diff --git a/HACKING.rst b/HACKING.rst new file mode 100644 index 00000000..07b6863d --- /dev/null +++ b/HACKING.rst @@ -0,0 +1,91 @@ +========= +HACKING +========= + ++-----------------------------------------+-------+-------+-------+ +| |matlab |fortran|python | ++=========================================+=======+=======+=======+ +| | | | | +| A. Base-one indexing | yes | yes | no | ++-----------------------------------------+-------+-------+-------+ +| | | | | +| B. Columns-first data layout | yes | yes | no | ++-----------------------------------------+-------+-------+-------+ +| C. Auto-expanding arrays | yes | no * | yes | ++-----------------------------------------+-------+-------+-------+ +| D. Update to create | yes | no * | yes | ++-----------------------------------------+-------+-------+-------+ +| E. Assignment as copy | yes | yes | no | ++-----------------------------------------+-------+-------+-------+ + + ++-----------------------------------------+-------+-------+-------+ +| |matlab |fortran|python | ++=========================================+=======+=======+=======+ +| F. Matrices everywhere | yes | no | no | ++-----------------------------------------+-------+-------+-------+ +| G. Single subscript implies ravel | yes | | | ++-----------------------------------------+-------+-------+-------+ +| H. Broadcast | | | | ++-----------------------------------------+-------+-------+-------+ +| I. Boolean indexing | | | | ++-----------------------------------------+-------+-------+-------+ +| J. Type and rank must be known | no | yes | no | +| in compile time | | | | ++-----------------------------------------+-------+-------+-------+ + ++-----------------------------------------+-------+-------+-------+ +| |matlab |fortran|python | ++=========================================+=======+=======+=======+ +| K. Garbage collection | yes | no * | yes | ++-----------------------------------------+-------+-------+-------+ +| L. All uppercase | no | yes | no | ++-----------------------------------------+-------+-------+-------+ +| M. Structs | | | | ++-----------------------------------------+-------+-------+-------+ +| N. Interpreted | yes | no | yes | ++-----------------------------------------+-------+-------+-------+ +| P. Strings are arrays of chars | yes | no | yes | ++-----------------------------------------+-------+-------+-------+ + +C. Auto-expanding arrays + Matlab arrays are auto-magically resized on out-of-bounds + update. Deprecated, this feature is widely used in legacy code. + Supporting this feature is hard both in python and in fortran. + + In fortran, the pattern should be somehow (how exactly?) detected in + compile-time. In python ``__setitem__`` hides ``try-catch``, with + ``resize`` called inside ``catch``. Is try-catch in fortran? + + In numpy out-of-bounds assignment is an error. In smop, + out-of-bounds assignment is supported for row and column matrices + and their generalizations having shape + + [1 1 ... N ... 1] + + These arrays may be resized along their only non-singular dimension. + For other matrices, new columns can be added to F_CONTIGUOUS arrays, + and new rows can be added to C_CONTIGUOUS arrays. + + Finally, scalar array of any dimension, having shape + + [1 1 ... 1] + + can be resized along any dimension. + +D. Update to create + In matlab, arrays may be created by updating a non existent array, + as in the example:: + + >>> clear a + >>> a(17)=42 + + This unique feature is not supported by smop, but can be worked + around by inserting assignments into the original matlab code:: + + >>> a=[] + >>> a(17_=42 + +------------------------------------- + +.. vim:tw=70 diff --git a/README b/README new file mode 100644 index 00000000..2febcaf0 --- /dev/null +++ b/README @@ -0,0 +1,228 @@ +Summary +------- + +SMOP stands for Small Matlab/Octave to Python compiler. It is +supposed to help those who attempt migration from Matlab to Python. +Despite the similarities between the two languages, there are enough +differences to make manual translation too time consuming. + +SMOP is not a polished product, nor a replacement to Octave and +Matlab. Taking into account its size (less than 3000 lines), this is +not surprizing. There are no toolboxes. Small everyday functions +(max, length, etc.) are recognized and supported, but that's all. + +SMOP is written in Python, using PLY -- Python Lex/Yacc for lexical +analysis and parsing, and numpy for runtime environment. SMOP is +platform-independent, but is tested only on Linux. It is a +command-line utility. + +Example +------- + +It is possible to run an example without installing smop. Just unzip +it somewhere, and `cd` there. In your current directory you will find +a bunch of .py files and a file named fastsolver.m. It is taken from +the winning submission to Matlab programming competition in 2004 +(Moving Furniture +http://www.mathworks.cn/matlabcentral/contest/contests/12/submissions/29989). + +Now type `python main.py fastsolver.m -o fastsolver.py`. If you don't +specify the output file with -o option, it is written to `a.py`. +Each time a function is translated, its name is written. + +.. code:: sh + + lei@fuji:~/smop/smop$ python main.py fastsolver.m + fastsolver.m + solver + cbest + mainsolver + imoves + easysolver + localfiddler + findoverlaps + dijkstra + improve + TLL79 + solverA + solver1 + movefrompos + onemove + solver2 + SearchPath + Faster10IntReps2 + matrixsolver + outoftheway + ismember1 + ismember2 + setdiff + unique + sub2ind + randperm + perms + itTakesAThief + movefurniture + findshortestpath + dealWall1 + lei@fuji:~/smop/smop$ + +The entire submission contains 2093 lines, and it is automatically +translated to Python by smop. These are the good news. The bad news +are that generating the code is not enough to run the program, so +there are no performance numbers yet. + +#. While the submission itself --- the solver program --- does not use + graphics, the envelope code that is responsible to run the + submission, collect and display the results, does. So about 100 + lines of the envelope must be rewritten by hand. + +#. Many standard functions are not yet implemented --- rand, find, + and others. They are on the issues list. + +#. Some matlab constructs, especially creating arrays by out of bound + assignment, are used in the submission, but not yet supported by + smop. Meanwhile, these lines should be rewritten in the Matlab + code. + +.. code:: matlab + + 01 function moves=solver(A,B,w0) + 02 [moves,optmove,optscore]=cbest(A,B,w0); + 03 curscore=sum(w0(moves(:,1))); + 04 lots=1; + 05 if length(moves)-optmove<20||curscore/optscore<1.05 + 06 lots=2; return + 07 else + 08 lenw=length(w0); + 09 [xx,nseq]=sort(rand(1,lenw)); + 10 A1=A; + 11 B1=B; + 12 w01=w0; + 13 for i=1:lenw + 14 A1(A==i)=nseq(i); + 15 B1(B==i)=nseq(i); + 16 w01(nseq(i))=w0(i); + 17 end; + 18 [moves2,optmove,optscore]=cbest(A1,B1,w01); + +becomes + +.. code:: python + + 01 def solver(A,B,w0): + 02 moves,optmove,optscore = cbest(A,B,w0) + 03 curscore=np.sum(w0[(moves[:,0]-1)]) + 04 lots=1 + 05 if max(moves.shape) - optmove < 20 or curscore / optscore < 1.05: + 06 lots=2 + 07 return moves + 08 else: + 09 lenw=max(w0.shape) + 10 xx,nseq=sort(rand(1,lenw)) + 11 A1=A + 12 B1=B + 13 w01=w0 + 14 for i in range(1,(lenw+1)): + 15 A1[A == i]=nseq[(i-1)] + 16 B1[B == i]=nseq[(i-1)] + 17 w01[(nseq[(i-1)]-1)]=w0[(i-1)] + 18 moves2,optmove,optscore = cbest(A1,B1,w01) + +Now some random notes. + +#. Line 03. Functions vs. arrays ambiguity is correctly resolved: + for example, `sum` is a function, but `w0` and `moves` are + arrays. + +#. Line 09, Matlab function `length` is correctly inlined as + `max(w0.shape)` --- that is the maximum of the array dimensions. + +#. For some functions, such as `abs`, `max`, and others, there are + both a builtin version and a different numpy version, and it is + important to use the right one. In line 03 `np.sum` is used, but + in line 09 builtin `max`. This is correct. + +#. Line 10. Functions rand and sort are not yet implemented. + +#. Lines 15-16. There is some support to boolean indexing. + +#. Lines 15-17. Array subscripts are modified to start with zero + index. Note that if all subscripts were decremented, it would + break boolean indexing. + +#. Line 13. Range specification in Matlab includes the upper bound. + In Python, it doesn't. So `for i=1:lenw` becomes `for i in + range(1,(lenw+1))`. Extra parentheses are known as issue #1. + +----------------------------------------------------------- + +The table below tries to summarize various features. + ++------------------------+----------------------------------+ +| Implemented features | | ++========================+==================================+ +| Lexical and syntactical| Mostly complete, including | +| analysis | some weird Matlab features | ++------------------------+----------------------------------+ +| Name resolution | For each occurrence of a | +| | variable, find a set of its | +| | possible definitions | ++------------------------+----------------------------------+ +| Inlining of small | | +| functions | | ++------------------------+----------------------------------+ +| Array subscripts | Also, end subscript implemented | +| translated from 1-based| | +| (Matlab and Fortran | | +| style) to 0-based (C | | +| and Python style) | | ++------------------------+----------------------------------+ +| from:step:to | | +| translated to | | +| from:to:step | | ++------------------------+----------------------------------+ +| Upper bound is n+1 | | ++------------------------+----------------------------------+ + ++------------------------+----------------------------------+ +| Unimplemented features | | +| | | ++========================+==================================+ +| Structs | | +| | To be implemented as soon as cc | +| | possible. | ++------------------------+----------------------------------+ +| Arrays silently become | In some cases it may break the | +| C=style (rows first). | code. Not detected. | ++------------------------+----------------------------------+ +| Function handles and | Handles break the heuristic that | +| lambda expressions | tells between function calls and | +| | array references. | ++------------------------+----------------------------------+ +| Graphics, | Never | ++------------------------+----------------------------------+ +| Auto-expanding arrays | Unlike other languages, matlab | +| | allows out-of-bounds assignment. | +| | As MathWorks tries to phase out | +| | this feature, there is a lot of | +| | legacy code depending on it. | ++------------------------+----------------------------------+ +| Sparse matrices | Have good chances of being | +| | implemented, especially taking | +| | into account that scipy have | +| | several implementations to choose| +| | from. | ++------------------------+----------------------------------+ +| Full support for | For example, x(x>0.5) = 1 | +| boolean indexing. | works, but y=x>0.5; x(y)=1 | +| Currently, some | does not work. | +| expressions don't work | | +| | | ++------------------------+----------------------------------+ +| Command syntax | Too complex to support | ++------------------------+----------------------------------+ +| Type, rank and shape | | +| inference | | ++------------------------+----------------------------------+ +| Strings | | ++------------------------+----------------------------------+ \ No newline at end of file diff --git a/smop/Makefile b/smop/Makefile index 41987aa6..5bfeffc6 100644 --- a/smop/Makefile +++ b/smop/Makefile @@ -1,52 +1,50 @@ + # for py3: make PYTHON=python3 CYTHON="cython -3" V=3.4 -VPATH = $(SCRIPTS)/general:$(SCRIPTS)/specfun:$(SCRIPTS)/plot/util -OCTAVE = /home/lei/octave-3.8.2 +VPATH = $(SCRIPTS)/strings $(SCRIPTS)/specfun +OCTAVE = /home/lei/octave-4.0.2 SCRIPTS = $(OCTAVE)/scripts CYTHON = cython PYTHON = python -#FLAGS = -S stft.m,datenum.m -X orderfields.m,legend.m,pack.m,unpack.m,__unimplemented__.m,assert.m,optimset.m -#FLAGS = -X interp1.m,interpn.m,nargchk.m,nargoutchk.m,profexplore.m,profshow.m,quadgk.m,quadl.m -FLAGS = -Xquadgk,quadl,lcm,adaptlobstp,spline,ppval,ellipke +XFILES = -x inputParser.m,quadgk.m,quadl.m,triplequad.m,dblquad.m +FLAGS = V = 2.7 ALL = \*.m +factorial.py: factorial.m + $(PYTHON) main.py -v -loctave $^ -o- $(FLAGS) all: mybench.py $(PYTHON) -c "import mybench ; mybench.mybench()" -octave.py: primes.m interp2.m meshgrid.m repmat.m magic.m - $(PYTHON) main.py $^ -r core -o $@ - -#octave.py: -# find $(SCRIPTS)/general $(SCRIPTS)/specfun -name \*.m | xargs smop -v -o $@ -r core $(FLAGS) - +#octave.py: primes.m interp2.m meshgrid.m repmat.m +# $(PYTHON) main.py --callgraph $(FLAGS) $^ -r core -o $@ +# dot -Tpdf -o G.pdf G.dot -go_so: solver.so - $(PYTHON) go.py +#test_primes: octave.py +# $(PYTHON) -c "import octave ; octave.primes(1000)" -go_py: solver.py - $(PYTHON) go.py +octave.py: + find $(SCRIPTS)/general $(SCRIPTS)/specfun -name \*.m | xargs python main.py -o $@ $(FLAGS) $(XFILES) -go_m: solver.m - octave -q go.m clean: rm -f a.* *.pyc solver.so solver.py octave.so -solver.py: solver.m r8_random.m - $(PYTHON) main.py $^ -o $@ -r core +solver.py: solver.m #r8_random.m octave.py + $(PYTHON) main.py $^ -o $@ -check: - $(PYTHON) octave.py +check: solver.py $(PYTHON) test_core.py $(PYTHON) test_matlabarray.py $(PYTHON) test_sparsearray.py - -$(PYTHON) test_lexer.py - $(PYTHON) main.py $(FLAGS) solver.m r8_random.m -o solver.py && python go.py - -test: - find $(SCRIPTS) -name $(ALL) | xargs python main.py $(FLAGS) + $(PYTHON) test_lexer.py + $(PYTHON) test_solver.py +# $(PYTHON) test_primes.py + +#$(PYTHON) main.py $(FLAGS) -r core solver.m r8_random.m -o solver.py && python go.py +#test: +# find $(SCRIPTS) -name $(ALL) | xargs python main.py $(FLAGS) %.c: %.py $(CYTHON) $^ @@ -56,5 +54,11 @@ test: %.py: %.m #smop $(FLAGS) -o $@ $^ - $(PYTHON) main.py -o $@ $^ -r core -r octave + $(PYTHON) main.py -o $@ $^ $(PYTHON) $@ + +%.pdf: %.dot + dot -Tpdf -o $@ $^ + +%.pdf: %.rst + rst2pdf $^ diff --git a/smop/backend.py b/smop/backend.py index 37ed86e6..8ac04d92 100644 --- a/smop/backend.py +++ b/smop/backend.py @@ -1,5 +1,5 @@ # smop -- Simple Matlab to Python compiler -# Copyright 2011-2014 Victor Leikehman +# Copyright 2011-2016 Victor Leikehman """ Calling conventions: @@ -13,7 +13,7 @@ import logging logger = logging.getLogger(__name__) import node,options -from node import extend +from node import extend,exceptions indent = " "*4 @@ -29,96 +29,42 @@ ".^": "**", "./": "/", ".*": "*", + ".*=" : "*", + "./=" : "/", } -def backend(t,*args): - return t._backend(*args) +def backend(t,*args,**kwargs): + return t._backend(level=1,*args,**kwargs) -@extend(node.matrix) -def _backend(self,level=0): - # TODO empty array has shape of 0 0 in matlab - # size([]) - # 0 0 - if not self.args: - return "[]" - elif any(a.__class__ is node.string for a in self.args): - return " + ".join(a._backend() for a in self.args) - else: - #import pdb; pdb.set_trace() - return "cat(%s)" % self.args[0]._backend() -@extend(node.cellarrayref) -def _backend(self,level=0): - return "%s[%s]" % (self.func_expr._backend(), - self.args._backend()) -@extend(node.cellarray) -def _backend(self,level=0): - return "cellarray([%s])" % self.args._backend() - -#@extend(node.concat_list) -#def _backend(self,level=0): -# return ";".join([t._backend() for t in self]) - -@extend(node.ravel) -def _backend(self,level=0): - return "%s.ravel()" % self.args[0]._backend() - -@extend(node.transpose) -def _backend(self,level=0): - return "%s.T" % self.args[0]._backend() +# Sometimes user's variable names in the matlab code collide with Python +# reserved words and constants. We handle this in the backend rather than in +# the lexer, to keep the target language separate from the lexer code. -@extend(node.expr_stmt) -def _backend(self,level=0): - return self.expr._backend() +# Some names, such as matlabarray, may collide with the user defined names. +# Both cases are solved by appending a trailing underscore to the user's names. -@extend(node.return_stmt) -def _backend(self,level=0): - if not self.ret: - return "return" - else: - return "return %s" % self.ret._backend() - -@extend(node.continue_stmt) -def _backend(self,level=0): - return "continue" - -@extend(node.global_stmt) -def _backend(self,level=0): - return "global %s" % self.global_list._backend() - -@extend(node.global_list) -def _backend(self,level=0): - return ",".join([t._backend() for t in self]) - -@extend(node.break_stmt) -def _backend(self,level=0): - return "break" - -@extend(node.string) -def _backend(self,level=0): - if self.value.find("'")+1: - return 'char("%s")' % (self.value) - else: - return "char('%s')" % (self.value) - -@extend(node.number) -def _backend(self,level=0): - #if type(self.value) == int: - # return "%s.0" % self.value - return str(self.value) +reserved = set( + """ + and assert break class continue + def del elif else except + exec finally for from global + if import in is lambda + not or pass print raise + return try while + + Data Float Int Numeric Oxphys + array close float int input + open range type write zeros + + len + """.split()) -@extend(node.logical) -def _backend(self,level=0): - if self.value == 0: - return "false" - else: - return "true" + #acos asin atan cos e + #exp fabs floor log log10 + #pi sin sqrt tan -# @extend(node.range) -# def _backend(self,level=0): -# i = node.ident.new("I") -# return "[ (%s, %s=%s,%s) ]" % (i,i,self.args[0],self.args[1]) - + @extend(node.add) def _backend(self,level=0): if (self.args[0].__class__ is node.number and @@ -128,12 +74,55 @@ def _backend(self,level=0): else: return "(%s+%s)" % (self.args[0]._backend(), self.args[1]._backend()) - -@extend(node.sub) + +@extend(node.arrayref) def _backend(self,level=0): - return "(%s-%s)" % (self.args[0]._backend(), - self.args[1]._backend()) - + fmt = "%s[%s]" + return fmt % (self.func_expr._backend(), + self.args._backend()) + +@extend(node.break_stmt) +def _backend(self,level=0): + return "break" + +@extend(node.builtins) +def _backend(self,level=0): + #if not self.ret: + return "%s(%s)" % (self.__class__.__name__, + self.args._backend()) + +@extend(node.cellarray) +def _backend(self,level=0): + return "cellarray([%s])" % self.args._backend() + +@extend(node.cellarrayref) +def _backend(self,level=0): + return "%s[%s]" % (self.func_expr._backend(), + self.args._backend()) + +@extend(node.comment_stmt) +def _backend(self,level=0): + s = self.value.strip() + if not s: + return "" + if s[0] in "%#": + return s.replace("%","#") + return self.value + +@extend(node.concat_list) +def _backend(self,level=0): + #import pdb; pdb.set_trace() + return ",".join(["[%s]"%t._backend() for t in self]) + +@extend(node.continue_stmt) +def _backend(self,level=0): + return "continue" + +@extend(node.dot) +def _backend(self,level=0): + return "%s.dot(%s)" % (self.args[0]._backend(), + self.args[1]._backend()) + @extend(node.expr) def _backend(self,level=0): if self.op == '@': # FIXME @@ -195,21 +184,37 @@ def _backend(self,level=0): return ret+"%s(%s)" % (self.op, ",".join([t._backend() for t in self.args])) -@extend(node.arrayref) + +@extend(node.expr_list) def _backend(self,level=0): -# if (len(self.args) == 1 and not -# (self.args[0].__class__== node.expr and self.args[0].op=="::")): -# fmt = "%s(%s)" -# else: - if options.subscripts == "round": - fmt = "%s(%s)" - elif options.subscripts == "square": - fmt = "%s[%s]" - else: - assert False, options.subscripts - return fmt % (self.func_expr._backend(), - self.args._backend()) + return ",".join([t._backend() for t in self]) + +@extend(node.expr_stmt) +def _backend(self,level=0): + return self.expr._backend() + +@extend(node.for_stmt) +def _backend(self,level=0): + fmt = "for %s in %s.reshape(-1):%s" + return fmt % (self.ident._backend(), + self.expr._backend(), + self.stmt_list._backend(level+1)) + +@extend(node.func_stmt) +def _backend(self,level=0): + if len(self.args) == 1 and self.args[0].name == "varargin": + s = "\ndef %s(*args):" % self.ident._backend() + s += "\n varargin = cellarray(args)" + return s + + s = """ +@function +def {0}({1}): + nargin = {0}.nargin""".format(self.ident._backend(), + self.args._backend()) + return s + @extend(node.funcall) def _backend(self,level=0): #import pdb; pdb.set_trace() @@ -224,153 +229,143 @@ def _backend(self,level=0): self.args._backend(), self.nargout) + +@extend(node.global_list) +def _backend(self,level=0): + return ",".join([t._backend() for t in self]) + +@extend(node.ident) +def _backend(self,level=0): + return self.name if self.name not in reserved else self.name+'_' + +@extend(node.if_stmt) +def _backend(self,level=0): + s = "if %s:%s" % (self.cond_expr._backend(), + self.then_stmt._backend(level+1)) + if self.else_stmt: + # Eech. This should have been handled in the parser. + if self.else_stmt.__class__ == node.if_stmt: + self.else_stmt = node.stmt_list([self.else_stmt]) + s += "\n"+indent*level + s += "else:%s" % self.else_stmt._backend(level+1) + return s + +@extend(node.lambda_expr) +def _backend(self,level=0): + return 'lambda %s: %s' % (self.args._backend(), + self.ret._backend()) + @extend(node.let) def _backend(self,level=0): -# if options.line_numbering: -# s = "# %d\n" % self.lineno + level*indent -# else: -# s = '' + if not options.no_numbers: + t = "\n# %s:%s" % (options.filename, + self.lineno) + # level*indent) + else: + t = '' + + s = '' #if self.args.__class__ is node.funcall: # self.args.nargout = self.nargout if self.ret.__class__ is node.expr and self.ret.op == "." : try: if self.ret.args[1].op == 'parens': - s = "setattr(%s,%s,%s)" % (self.ret.args[0]._backend(), + s += "setattr(%s,%s,%s)" % (self.ret.args[0]._backend(), self.ret.args[1].args[0]._backend(), self.args._backend()) except: - s = "%s%s = copy(%s)" % (self.ret.args[0]._backend(), + s += "%s%s = copy(%s)" % (self.ret.args[0]._backend(), self.ret.args[1]._backend(), self.args._backend()) elif (self.ret.__class__ is node.ident and self.args.__class__ is node.ident): - s = "%s=copy(%s)" % (self.ret._backend(), + s += "%s=copy(%s)" % (self.ret._backend(), self.args._backend()) else: - s = "%s=%s" % (self.ret._backend(), + s += "%s=%s" % (self.ret._backend(), self.args._backend()) - return s - -@extend(node.expr_list) + return s+t + +@extend(node.logical) def _backend(self,level=0): - return ",".join([t._backend() for t in self]) - -@extend(node.concat_list) + if self.value == 0: + return "false" + else: + return "true" + +@extend(node.matrix) def _backend(self,level=0): - #import pdb; pdb.set_trace() - return ",".join(["[%s]"%t._backend() for t in self]) - -# @extend(node.call_stmt) -# def _backend(self,level=0): -# return "CALL %s(%s,%s)" % (self.func_expr._backend(), -# self.args._backend(), -# self.ret._backend()) - -fortran_type = { - '@': '***', - 'd': 'DOUBLE PRECISION', - 'i': 'INTEGER', - 'l': 'LOGICAL', - 'c': 'CHARACTER', -} - -# def decl__backend(i): -# assert isinstance(i,ident) -# try: -# if i._rank() == 0: -# return "%s :: %s\n" % (fortran_type[i._type()], -# i) -# return ("%s,DIMENSION(%s),ALLOCATABLE :: %s\n" % -# (fortran_type[i._type()], -# ",".join([":" for j in range(i._rank())]), i)) -# except: -# return "??? :: %s\n" % i -@extend(node.function) -def _backend(self,level=0): - s = self.head._backend(level) - t = self.body._backend(level+1) - return "%s%s" % (s,t) - - -# Sometimes variable names collide with _python reserved -# words and constants. We handle this in the _backend rather than in -# the lexer, to keep the target language separate from -# the lexer code. -reserved = set( - """ - abs and apply as assert basestring bin bool break buffer bytearray - callable chr class classmethod cmp coerce compile complex continue copyright - credits def del delattr dict dir divmod elif Ellipsis else enumerate eval - except exec execfile exit False file filter finally float for format from - frozenset getattr global globals hasattr hash help hex id if import __import__ - in input int intern is isinstance issubclass iter lambda len license list - locals long map memoryview next None not not NotImplemented object oct - open or ord pass pow print property quit raise range raw_input reduce reload - repr return reversed round set setattr slice sorted staticmethod str sum super - True try tuple type unichr unicode vars while with xrange yield zip struct - """.split()) - -@extend(node.ident) + # TODO empty array has shape of 0 0 in matlab + # size([]) + # 0 0 + if not self.args: + return "[]" + elif any(a.__class__ is node.string for a in self.args): + return " + ".join(a._backend() for a in self.args) + else: + #import pdb; pdb.set_trace() + return "cat(%s)" % self.args[0]._backend() + +@extend(node.null_stmt) def _backend(self,level=0): - return self.name if self.name not in reserved else self.name+'_' - -@extend(node.stmt_list) + return "" + +@extend(node.number) def _backend(self,level=0): - sep = "\n"+indent*level - if len(self): - return sep+sep.join([t._backend(level) for t in self]) - else: - return sep+"pass" + #if type(self.value) == int: + # return "%s.0" % self.value + return str(self.value) -@extend(node.func_decl) -def _backend(self,level=0): - if self.args and isinstance(self.args[-1],node.ident) and self.args[-1].name == "varargin": - del self.args[-1] - s = ",".join(["%s=None" % a for a in self.args if isinstance(a,node.ident)]+["*args,**kwargs"]) - s = "def %s(%s):\n" % (self.ident._backend(), s) - s += ' nargout = kwargs["nargout"] if kwargs else None\n' - s += ' varargin = cellarray(args)\n' - s += " nargin = %d-[%s].count(None)+len(args)\n" % (len(self.args), - ",".join([(a._backend() if isinstance(a,node.ident) else a.ret._backend()) - for a in self.args])) # sic: a.name - return s -""" -@extend(node.allocate_stmt) +@extend(node.pass_stmt) def _backend(self,level=0): - s = "ALLOCATE (%s(%s))" % (self.ident._backend(), - self.args._backend()) - return s -""" - -@extend(node.lambda_expr) + return "pass" + +@extend(node.persistent_stmt) #FIXME +@extend(node.global_stmt) def _backend(self,level=0): - return 'lambda %s: %s' % (self.args._backend(), - self.ret._backend()) -@extend(node.for_stmt) + return "global %s" % self.global_list._backend() + +@extend(node.ravel) def _backend(self,level=0): - fmt = "for %s in %s.reshape(-1):%s" - return fmt % (self.ident._backend(), - self.expr._backend(), - self.stmt_list._backend(level+1)) - -@extend(node.if_stmt) + return "%s.ravel()" % self.args[0]._backend() + +@extend(node.return_stmt) def _backend(self,level=0): - s = "if %s:%s" % (self.cond_expr._backend(), - self.then_stmt._backend(level+1)) - if self.else_stmt: - # Eech. This should have been handled in the parser. - if self.else_stmt.__class__ == node.if_stmt: - self.else_stmt = node.stmt_list([self.else_stmt]) - s += "\n"+indent*level - s += "else:%s" % self.else_stmt._backend(level+1) - return s + if not self.ret: + return "return" + else: + return "return %s" % self.ret._backend() -@extend(node.while_stmt) + +@extend(node.stmt_list) def _backend(self,level=0): - fmt = "while %s:\n%s\n" - return fmt % (self.cond_expr._backend(), - self.stmt_list._backend(level+1)) - + for t in self: + if not isinstance(t,(node.null_stmt, + node.comment_stmt)): + break + else: + self.append(node.pass_stmt()) + sep = "\n"+indent*level + return sep+sep.join([t._backend(level) for t in self]) + +@extend(node.string) +def _backend(self,level=0): +# s = self.value.strip() +# if not s: +# return "" +# if s[0] in "%#": +# return "\n"+s.replace("%","#") + return '"%s"' % self.value.encode("string_escape").replace('"','\\"') + +@extend(node.sub) +def _backend(self,level=0): + return "(%s-%s)" % (self.args[0]._backend(), + self.args[1]._backend()) + +@extend(node.transpose) +def _backend(self,level=0): + return "%s.T" % self.args[0]._backend() + @extend(node.try_catch) def _backend(self,level=0): fmt = "try:%s\n%sfinally:%s" @@ -378,119 +373,10 @@ def _backend(self,level=0): indent*level, self.finally_stmt._backend(level+1)) -@extend(node.builtins) -def _backend(self,level=0): - #if not self.ret: - return "%s(%s)" % (self.__class__.__name__, - self.args._backend()) - # else: - # return ("%s=%s(%s)" % (self.ret._backend(), - # self.__class__.__name__, - # self.args._backend())) - -### @extend(node.strcmp) -### def _backend(self,level=0): -### return "%s==%s" % (self.args[0]._backend(), -### self.args[1]._backend()) -### @extend(node.strcmpi) -### def _backend(self,level=0): -### return "%s.lower()==%s.lower()" % (self.args[0]._backend(), -### self.args[1]._backend()) - -### @extend(node.isequal) -### def _backend(self,level=0): -### return "np.array_equal(%s)" % self.args._backend() - -### @extend(node.isempty) -### @exceptions -### def _backend(self,level=0): -### return "(0 in %s.shape)" % self.args[0]._backend() - -### @extend(node.numel) -### @exceptions -### def _backend(self,level=0): -### return "%s.size" % self.args[0]._backend() - -### @extend(node.size) -### @exceptions -### def _backend(self,level=0): -### if len(self.args) == 1: -### # if self.ret: -### # return "%s = %s.shape" % (self.ret, -### # self.args[0]._backend()) -### # else: -### return "%s.shape" % self.args[0]._backend() -### -### if self.args[1].__class__ is node.number: -### return "%s.shape[%s]" % (self.args[0]._backend(), -### self.args[1].value-1) -### return "%s.shape[%s-1]" % (self.args[0]._backend(), -### self.args[1]._backend()) - -### @extend(node.cumsum) -### @exceptions -### def _backend(self,level=0): -### if len(self.args) == 1: -### return "np.cumsum(%s,0)" % self.args[0]._backend() -### if self.args[1].__class__ is node.number: -### return "np.cumsum(%s,%s)" % (self.args[0]._backend(), -### self.args[1].value-1) -### return "np.cumsum(%s,%s-1)" % (self.args[0]._backend(), -### self.args[1]._backend()) - -@extend(node.dot) + +@extend(node.while_stmt) def _backend(self,level=0): - return "%s.dot(%s)" % (self.args[0]._backend(), - self.args[1]._backend()) -### @extend(node.length) -### @exceptions -### def _backend(self,level=0): -### return "max(%s.shape)" % self.args[0]._backend() - -### @extend(node.fopen) -### @exceptions -### def _backend(self,level=0): -### return "open(%s)" % self.args._backend() -### -### @extend(node.fclose) -### @exceptions -### def _backend(self,level=0): -### return "%s.close()" % self.args._backend() -### -### @extend(node.min) -### @extend(node.max) -### @extend(node.sum) -### @extend(node.zeros) -### @exceptions -### def _backend(self,level=0): -### cls_name = self.__class__.__name__ -### return ("np." + cls_name + "(%s)") % self.args._backend() -### -### @extend(node.exist) -### @exceptions -### def _backend(self,level=0): -### if self.args[1].__class__ is node.string and self.args[1].value == "file": -### return "os.path.exists(%s)" % self.args[0]._backend() -### if self.args[1].__class__ is node.string and self.args[1].value == "var": -### return "%s in globals()" % self.args[0]._backend() - -### @extend(node.find) -### @exceptions -### def _backend(self,level=0): -### return "np.flatnonzero(%s)" % self.args[0]._backend() - # if self.ret and len(self.ret) == 2: - # return "%s,%s = np.nonzero(%s)" % (self.ret[0]._backend(), - # self.ret[1]._backend(), - # self.args[0]._backend()) - # else: - # return "np.flatnonzero(%s)" % self.args[0]._backend() + fmt = "while %s:\n%s\n" + return fmt % (self.cond_expr._backend(), + self.stmt_list._backend(level+1)) -### @extend(node.load) -### @exceptions -### def _backend(self,level=0): -### return "loadmat(%s,matlab_compatible=True)" % self.args._backend() -### -### @extend(node.save) -### @exceptions -### def _backend(self,level=0): -### return "savemat(%s)" % self.args._backend() diff --git a/smop/benchmark5/Currency1.txt b/smop/benchmark5/Currency1.txt deleted file mode 100644 index 9be458ac..00000000 --- a/smop/benchmark5/Currency1.txt +++ /dev/null @@ -1,3161 +0,0 @@ -KEY Year Month Day AUD ATS BEF BRL CAD CNY DKK EUR FIM FRF DEM GRD HKD INR IEP ITL JPY KRW MYR MXP NLG NOK NZD PTE SEK ZAR SGD SRI ESP CHF TWD THB GBP VEB -2 1990 1 2 0.78 12.01 36.05 . 1.16 4.73 6.63 . 4.07 5.83 1.70 157.90 7.81 16.96 1.54 1279.00 146.25 . 2.70 . 1.93 6.63 0.59 150.90 6.23 2.56 1.90 40.01 110.30 1.57 . 25.71 1.61 . -3 1990 1 3 0.78 12.09 36.18 . 1.16 4.73 6.69 . 4.09 5.87 1.72 150.00 7.81 16.99 1.53 1289.00 145.70 683.50 2.70 . 1.94 6.65 0.59 151.35 6.27 2.57 1.90 40.01 111.12 1.57 . . 1.61 . -4 1990 1 4 0.78 11.84 35.36 . 1.16 4.73 6.55 . 4.02 5.75 1.68 158.00 7.81 16.94 1.55 1265.00 143.37 684.20 2.70 . 1.89 6.57 0.59 149.80 6.17 2.53 1.90 40.01 109.00 1.54 26.11 25.80 1.62 . -5 1990 1 5 0.78 11.81 35.30 . 1.16 4.73 6.55 . 4.02 5.74 1.68 157.55 7.81 16.93 1.56 1263.00 143.82 683.70 2.70 . 1.89 6.55 0.59 148.77 6.17 2.52 1.90 40.01 109.20 1.53 26.02 25.71 1.63 . -6 1990 1 8 0.78 11.75 35.02 . 1.16 4.73 6.48 . 3.99 5.69 1.66 158.05 7.81 16.93 1.58 1250.00 144.10 683.60 2.70 . 1.88 6.50 0.59 147.50 6.14 2.53 1.89 40.01 109.10 1.52 25.91 25.74 1.65 . -7 1990 1 9 0.78 11.83 35.31 . 1.16 4.73 6.53 . 4.00 5.73 1.68 157.20 7.81 16.93 1.56 1258.00 145.20 684.00 2.70 . 1.89 6.52 0.60 148.65 6.15 2.54 1.90 40.01 109.95 1.52 25.99 25.71 1.65 . -8 1990 1 10 0.78 11.82 35.21 . 1.15 4.73 6.53 . 3.99 5.71 1.68 157.50 7.80 16.92 1.56 1255.50 145.25 684.70 2.70 . 1.89 6.51 0.60 148.72 6.14 2.55 1.89 40.01 109.70 1.51 . 25.74 1.66 . -9 1990 1 11 0.79 11.85 35.31 . 1.15 4.73 6.53 . 3.99 5.73 1.68 157.50 7.81 16.93 1.56 1254.00 145.40 685.20 2.70 . 1.89 6.51 0.60 148.60 6.14 2.55 1.89 40.01 109.83 1.51 26.07 25.74 1.65 . -10 1990 1 12 0.79 11.81 35.21 . 1.15 4.73 6.51 . 3.97 5.71 1.67 157.20 7.80 16.94 1.57 1252.00 145.40 685.60 2.69 . 1.89 6.49 0.61 148.15 6.12 2.54 1.89 40.01 109.30 1.49 26.05 25.74 1.66 . -11 1990 1 15 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -12 1990 1 16 0.78 11.94 35.53 . 1.16 4.73 6.57 . 4.00 5.76 1.69 159.00 7.81 16.97 1.55 1263.00 145.48 685.70 2.70 . 1.91 6.53 0.60 149.20 6.16 2.55 1.89 40.01 109.92 1.51 . 25.75 1.65 . -13 1990 1 17 0.79 11.91 35.42 . 1.16 4.73 6.55 . 3.99 5.74 1.69 158.10 7.81 16.97 1.56 1261.00 145.49 686.60 2.70 . 1.90 6.52 0.61 149.30 6.16 2.55 1.88 40.01 109.18 1.50 26.08 25.75 1.64 . -14 1990 1 18 0.79 12.01 35.73 . 1.17 4.73 6.61 . 4.02 5.80 1.70 159.15 7.81 16.98 1.55 1271.00 146.12 686.50 2.70 . 1.92 6.57 0.61 150.00 6.20 2.57 1.89 40.01 110.10 1.51 26.12 25.75 1.64 . -15 1990 1 19 0.79 12.01 35.74 . 1.17 4.73 6.62 . 4.02 5.79 1.70 159.95 7.81 16.97 1.55 1271.00 145.65 687.20 2.70 . 1.92 6.58 0.61 150.35 6.21 2.55 1.87 40.01 110.85 1.51 26.09 25.79 1.64 . -16 1990 1 22 0.79 12.12 36.03 . 1.18 4.73 6.67 . 4.05 5.85 1.72 160.00 7.81 17.03 1.54 1282.00 146.43 687.90 2.70 . 1.94 6.61 0.61 151.25 6.25 2.56 1.87 40.01 111.40 1.53 26.15 25.80 1.63 . -17 1990 1 23 0.77 11.94 35.52 . 1.17 4.73 6.57 . 4.01 5.76 1.69 158.80 7.81 17.00 1.55 1263.50 146.09 688.40 2.70 . 1.91 6.55 0.60 149.50 6.20 2.55 1.88 40.01 110.55 1.50 . 25.80 1.64 . -18 1990 1 24 0.76 11.86 35.29 . 1.18 4.73 6.52 . 3.98 5.73 1.68 157.70 7.81 16.98 1.57 1255.25 145.32 687.90 2.70 . 1.90 6.52 0.59 148.60 6.16 2.55 1.87 40.01 109.25 1.49 26.16 25.76 1.65 . -19 1990 1 25 0.75 11.88 35.33 . 1.19 4.73 6.53 . 3.99 5.73 1.68 157.90 7.81 16.99 1.56 1255.50 144.42 687.80 2.70 . 1.90 6.53 0.59 148.85 6.17 2.56 1.87 40.01 109.47 1.48 26.15 25.75 1.65 . -20 1990 1 26 0.76 11.91 35.40 . 1.19 4.73 6.55 . 4.01 5.75 1.69 157.90 7.81 16.97 1.56 1258.75 143.35 . 2.70 . 1.90 6.54 0.59 148.75 6.18 2.56 1.87 40.01 109.63 1.49 . . 1.65 . -21 1990 1 29 0.76 11.81 35.07 . 1.18 4.73 6.48 . 3.96 5.70 1.67 157.15 7.81 16.97 1.58 1249.25 143.13 687.70 2.70 . 1.89 6.49 0.59 147.90 6.14 2.55 1.86 40.01 108.65 1.48 . 25.69 1.67 . -22 1990 1 30 0.76 11.84 35.16 . 1.19 4.73 6.50 . 3.97 5.71 1.68 157.00 7.81 16.96 1.57 1250.00 144.10 688.30 2.69 . 1.89 6.50 0.59 148.30 6.14 2.54 1.86 40.01 108.63 1.49 . 25.69 1.68 . -23 1990 1 31 0.76 11.89 35.30 . 1.18 4.73 6.53 . 3.99 5.73 1.68 157.80 7.81 16.97 1.57 1253.50 144.55 689.00 2.69 . 1.90 6.51 0.60 148.08 6.16 2.56 1.86 40.01 108.85 1.50 26.13 25.73 1.67 . -24 1990 2 1 0.77 11.83 35.15 . 1.18 4.73 6.50 . 3.99 5.70 1.68 157.70 7.81 16.96 1.57 1249.75 144.90 689.50 2.69 . 1.89 6.49 0.59 148.10 6.11 2.56 1.86 40.01 108.73 1.49 26.05 25.72 1.68 . -25 1990 2 2 0.77 11.87 35.25 . 1.18 4.73 6.52 . 3.98 5.73 1.68 157.70 7.81 16.96 1.57 1252.50 145.38 690.10 2.69 . 1.90 6.50 0.60 148.60 6.15 2.55 1.86 40.01 108.83 1.49 26.08 25.72 1.68 . -26 1990 2 5 0.76 11.76 34.89 . 1.18 4.73 6.46 . 3.96 5.67 1.66 157.45 7.81 16.95 1.58 1239.50 145.39 690.80 2.70 . 1.88 6.45 0.59 146.90 6.11 2.54 1.86 40.01 107.93 1.48 26.10 25.74 1.69 . -27 1990 2 6 0.76 11.69 34.67 . 1.18 4.73 6.45 . 3.93 5.64 1.65 156.10 7.81 16.95 1.59 1235.00 145.13 690.70 2.70 . 1.87 6.44 0.60 146.40 6.08 2.53 1.85 40.01 107.55 1.47 26.08 25.71 1.70 . -28 1990 2 7 0.75 11.66 34.69 . 1.19 4.73 6.41 . 3.93 5.63 1.65 156.10 7.81 16.95 1.60 1234.50 145.47 690.50 2.70 . 1.86 6.43 0.59 146.70 6.06 2.53 1.85 40.01 107.53 1.48 26.08 25.71 1.69 . -29 1990 2 8 0.75 11.78 35.02 . 1.19 4.73 6.46 . 3.96 5.68 1.67 157.00 7.81 16.96 1.58 1244.00 145.40 691.00 2.70 . 1.88 6.47 0.59 147.80 6.12 2.54 1.86 40.01 108.53 1.49 26.11 25.73 1.68 . -30 1990 2 9 0.74 11.80 35.07 . 1.19 4.73 6.47 . 3.97 5.69 1.67 158.05 7.81 16.96 1.58 1246.50 145.20 691.80 2.70 . 1.88 6.47 0.59 147.95 6.13 2.54 1.86 40.01 108.65 1.49 26.13 25.73 1.69 . -31 1990 2 12 0.75 11.74 34.90 . 1.20 4.73 6.45 . 3.95 5.68 1.67 157.80 7.81 16.99 1.58 1243.00 144.20 691.70 2.70 . 1.88 6.44 0.59 147.28 6.12 2.53 1.86 40.01 108.10 1.49 26.12 25.71 1.69 . -32 1990 2 13 0.75 11.79 35.05 . 1.19 4.73 6.48 . 3.97 5.70 1.67 158.00 7.81 16.98 1.57 1246.25 144.40 691.60 2.70 . 1.88 6.47 0.59 147.75 6.14 2.53 1.86 40.01 108.42 1.49 26.12 25.72 1.69 . -33 1990 2 14 0.74 11.77 34.97 . 1.20 4.73 6.46 . 3.98 5.68 1.67 157.80 7.81 16.97 1.58 1242.00 144.27 692.40 2.70 . 1.88 6.47 0.58 147.50 6.13 2.54 1.86 40.01 108.10 1.49 26.12 25.71 1.69 . -34 1990 2 15 0.75 11.84 35.13 . 1.20 4.73 6.49 . 3.97 5.71 1.68 158.80 7.80 16.97 1.58 1249.00 144.40 692.30 2.70 . 1.89 6.48 0.58 148.20 6.14 2.54 1.86 40.01 108.60 1.49 26.11 25.72 1.69 . -35 1990 2 16 0.75 11.82 35.04 . 1.19 4.73 6.48 . 3.97 5.70 1.67 159.40 7.81 16.96 1.57 1245.50 144.15 692.80 2.70 . 1.89 6.48 0.58 147.85 6.14 2.54 1.86 40.01 108.40 1.49 26.11 25.73 1.69 . -36 1990 2 19 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -37 1990 2 20 0.75 11.79 34.98 . 1.20 4.73 6.46 . 3.95 5.68 1.67 157.80 7.81 17.00 1.58 1242.50 145.45 693.10 2.70 . 1.88 6.47 0.58 147.85 6.28 2.54 1.86 40.01 108.28 1.48 26.12 25.70 1.70 . -38 1990 2 21 0.75 11.75 34.81 . 1.20 4.73 6.43 . 3.93 5.65 1.66 157.60 7.80 17.03 1.58 1235.50 145.32 693.10 2.70 . 1.87 6.45 0.58 147.20 6.10 2.53 1.86 40.01 107.83 1.47 26.14 25.72 1.71 . -39 1990 2 22 0.76 11.76 34.77 . 1.19 4.73 6.43 . 3.93 5.65 1.67 158.00 7.80 17.00 1.59 1235.50 145.89 693.50 2.70 . 1.88 6.45 0.58 147.00 6.09 2.54 1.86 40.01 107.77 1.47 . 25.72 1.71 . -40 1990 2 23 0.76 11.82 34.95 . 1.19 4.73 6.46 . 3.95 5.68 1.67 158.70 7.80 17.02 1.58 1241.00 146.92 694.30 2.70 . 1.89 6.47 0.59 147.80 6.08 2.54 1.86 40.01 108.25 1.47 26.13 25.73 1.71 . -41 1990 2 26 0.76 11.90 35.23 . 1.19 4.73 6.49 . 4.00 5.72 1.69 159.35 7.81 17.05 1.57 1250.00 148.85 695.10 2.70 . 1.90 6.51 0.58 148.47 6.11 2.55 1.86 40.01 108.50 1.48 26.15 25.78 1.69 . -42 1990 2 27 0.76 11.87 35.12 . 1.19 4.73 6.49 . 3.97 5.70 1.68 159.60 7.80 17.07 1.57 1246.00 148.63 696.00 2.70 . 1.89 6.50 0.58 148.30 6.11 2.55 1.86 40.01 108.45 1.48 26.15 25.80 1.69 . -43 1990 2 28 0.76 11.95 35.28 . 1.19 4.73 6.52 . 3.98 5.73 1.69 159.90 7.80 17.07 1.57 1252.00 148.82 696.70 2.70 . 1.91 6.52 0.58 148.90 6.12 2.55 1.86 40.01 108.75 1.49 26.15 25.82 1.68 . -44 1990 3 1 0.76 12.08 35.67 . 1.19 4.73 6.59 . 4.02 5.79 1.71 161.18 7.80 17.07 1.55 1265.00 149.67 . 2.70 . 1.93 6.58 0.58 150.60 6.17 2.58 1.87 40.01 109.98 1.50 26.15 25.85 1.66 . -45 1990 3 2 0.75 12.09 35.71 . 1.19 4.73 6.60 . 4.03 5.80 1.72 161.87 7.81 17.08 1.55 1267.00 150.28 696.70 2.70 . 1.93 6.60 0.58 150.90 6.18 2.58 1.87 40.01 110.33 1.51 . 25.87 1.65 . -46 1990 3 5 0.75 12.00 35.39 . 1.19 4.73 6.54 . 4.01 5.75 1.70 160.95 7.81 17.05 1.56 1256.50 149.78 695.90 2.70 . 1.91 6.57 0.58 150.10 6.15 2.58 1.87 40.01 109.43 1.50 26.15 25.87 1.63 . -47 1990 3 6 0.76 11.99 35.37 . 1.18 4.73 6.54 . 4.02 5.75 1.70 160.49 7.81 17.07 1.56 1256.50 149.80 697.40 2.70 . 1.91 6.57 0.58 150.10 6.15 2.57 1.87 40.01 109.43 1.49 26.16 25.82 1.64 . -48 1990 3 7 0.75 12.02 35.47 . 1.18 4.73 6.55 . 4.01 5.76 1.70 161.44 7.81 17.05 1.56 1259.00 151.22 698.30 2.71 . 1.92 6.58 0.58 150.60 6.18 2.58 1.87 40.01 109.63 1.50 26.17 25.86 1.63 . -49 1990 3 8 0.76 11.98 35.37 . 1.17 4.73 6.53 . 4.01 5.75 1.70 161.10 7.81 17.06 1.56 1256.25 150.83 699.60 2.70 . 1.91 6.57 0.58 149.80 6.17 2.59 1.87 40.01 109.28 1.50 26.25 25.85 1.64 . -50 1990 3 9 0.76 11.99 35.43 . 1.17 4.73 6.54 . 4.02 5.76 1.70 161.50 7.81 17.10 1.56 1258.50 151.34 700.80 2.70 . 1.91 6.60 0.59 150.40 6.17 2.60 1.87 40.01 109.53 1.51 26.45 25.88 1.61 . -51 1990 3 12 0.75 12.03 35.56 . 1.17 4.73 6.56 . 4.03 5.78 1.71 162.00 7.81 17.09 1.55 1263.00 152.38 701.10 2.70 . 1.92 6.62 0.58 151.00 6.19 2.60 1.87 40.01 109.93 1.52 26.36 25.88 1.61 . -52 1990 3 13 0.76 12.09 35.66 . 1.17 4.73 6.58 . 4.05 5.80 1.71 162.90 7.81 17.10 1.54 1268.00 152.55 701.40 2.71 . 1.93 6.65 0.58 151.80 6.21 2.62 1.87 40.01 110.32 1.52 26.39 25.93 1.60 . -53 1990 3 14 0.76 12.06 35.59 . 1.17 4.73 6.57 . 4.05 5.78 1.71 163.06 7.81 17.09 1.55 1265.00 152.24 701.30 2.71 . 1.92 6.62 0.58 151.30 6.19 2.61 1.87 40.01 110.13 1.52 26.39 25.91 1.60 . -54 1990 3 15 0.75 12.00 35.38 . 1.17 4.73 6.53 . 4.02 5.75 1.70 162.25 7.81 17.07 1.56 1257.50 152.55 700.90 2.71 . 1.91 6.59 0.58 150.70 6.17 2.61 1.87 40.01 109.51 1.52 26.43 25.92 1.61 . -55 1990 3 16 0.75 11.93 35.21 . 1.18 4.73 6.50 . 4.00 5.72 1.69 162.03 7.81 17.08 1.57 1251.75 152.38 699.90 2.71 . 1.90 6.57 0.58 150.20 6.14 2.60 1.87 40.01 108.93 1.50 26.50 25.90 1.62 . -56 1990 3 19 0.75 11.84 34.99 . 1.18 4.73 6.46 . 4.00 5.69 1.68 160.90 7.81 17.11 1.58 1244.25 153.50 699.00 2.71 . 1.89 6.55 0.58 149.50 6.13 2.60 1.87 40.01 108.25 1.50 26.48 25.91 1.61 . -57 1990 3 20 0.75 11.93 35.27 . 1.17 4.73 6.50 . 4.02 5.73 1.69 161.30 7.81 17.09 1.56 1253.00 153.88 699.70 2.72 . 1.91 6.59 0.58 150.40 6.15 2.61 1.87 40.01 108.70 1.51 26.45 25.91 1.61 . -58 1990 3 21 0.75 12.01 35.47 . 1.17 4.73 6.54 . 4.04 5.76 1.70 163.25 7.81 17.13 1.55 1259.50 154.16 700.10 2.72 . 1.92 6.62 0.57 151.30 6.17 2.62 1.87 40.01 109.15 1.52 26.42 25.91 1.59 . -59 1990 3 22 0.75 12.00 35.38 . 1.17 4.73 6.52 . 4.04 5.74 1.70 163.80 7.81 17.16 1.56 1257.50 155.10 700.50 2.73 . 1.91 6.61 0.58 150.95 6.17 2.62 1.88 40.01 109.15 1.51 26.41 26.00 1.60 . -60 1990 3 23 0.74 12.04 35.49 . 1.17 4.73 6.53 . 4.03 5.76 1.71 163.70 7.81 17.16 1.55 1260.00 153.90 700.90 2.72 . 1.92 6.62 0.57 151.40 6.17 2.63 1.88 40.01 109.40 1.51 26.40 25.99 1.60 . -61 1990 3 26 0.74 12.06 35.50 . 1.17 4.73 6.53 . 4.04 5.76 1.71 164.35 7.81 17.22 1.55 1261.00 156.50 702.20 2.72 . 1.92 6.61 0.58 151.28 6.17 2.66 1.88 40.01 109.52 1.52 26.40 25.99 1.61 . -62 1990 3 27 0.74 12.06 35.42 . 1.17 4.73 6.52 . 4.04 5.75 1.71 164.37 7.81 17.21 1.56 1257.00 157.40 703.80 2.72 . 1.92 6.61 0.58 150.90 6.17 2.66 1.88 40.01 109.33 1.51 26.40 26.03 1.62 . -63 1990 3 28 0.74 12.03 35.36 . 1.17 4.73 6.52 . 4.03 5.75 1.71 164.30 7.81 17.18 1.56 1257.00 158.75 704.10 2.72 . 1.92 6.60 0.57 150.60 6.17 2.65 1.88 40.01 109.23 1.51 26.40 26.06 1.62 . -64 1990 3 29 0.75 11.96 35.15 . 1.17 4.73 6.48 . 4.01 5.71 1.69 163.94 7.81 17.17 1.57 1251.50 156.75 703.10 2.72 . 1.91 6.58 0.57 150.10 6.14 2.65 1.88 40.01 108.83 1.49 . 26.02 1.63 . -65 1990 3 30 0.75 11.87 34.92 . 1.17 4.73 6.45 . 3.99 5.68 1.68 163.10 7.80 17.22 1.57 1244.00 157.82 703.70 2.72 . 1.90 6.54 0.57 148.95 6.11 2.64 1.88 40.01 108.20 1.49 26.41 26.00 1.64 . -66 1990 4 2 0.75 11.92 35.27 . 1.16 4.73 6.51 . 4.03 5.72 1.70 163.95 7.80 17.23 1.57 1254.00 158.90 704.90 2.73 . 1.91 6.60 0.57 150.57 6.15 2.67 1.88 40.01 109.15 1.50 26.41 26.07 1.63 . -67 1990 4 3 0.76 11.98 35.14 . 1.16 4.73 6.50 . 4.02 5.71 1.70 163.55 7.80 17.24 1.57 1248.25 159.13 706.60 2.73 . 1.91 6.58 0.57 150.10 6.14 2.65 1.88 40.01 108.60 1.50 . 26.05 1.63 . -68 1990 4 4 0.76 11.97 35.17 . 1.16 4.73 6.50 . 4.02 5.71 1.70 163.35 7.80 17.23 1.57 1250.50 158.60 708.40 2.73 . 1.91 6.57 0.57 150.30 6.14 2.65 1.88 40.01 108.08 1.50 26.41 26.05 1.64 . -69 1990 4 5 0.76 11.95 35.18 . 1.16 4.73 6.49 . 4.01 5.71 1.69 163.70 7.80 17.24 1.57 1250.50 157.68 708.40 2.72 . 1.91 6.58 0.57 150.10 6.14 2.65 1.87 40.01 108.10 1.50 . 26.02 1.64 . -70 1990 4 6 0.76 11.93 35.08 . 1.16 4.73 6.47 . 4.00 5.69 1.69 163.37 7.80 17.24 1.58 1245.75 157.65 709.00 2.73 . 1.90 6.56 0.57 149.80 6.13 . 1.87 40.01 107.75 1.50 26.39 26.02 1.63 . -71 1990 4 9 0.76 11.90 34.98 . 1.16 4.73 6.46 . 4.00 5.68 1.69 163.60 7.79 17.24 1.58 1242.50 157.50 709.40 2.72 . 1.90 6.55 0.57 149.70 6.12 2.64 1.87 40.01 107.33 1.49 . 25.99 1.63 . -72 1990 4 10 0.76 11.89 34.97 . 1.16 4.73 6.45 . 4.00 5.67 1.69 163.80 7.79 17.28 1.58 1242.50 158.58 709.70 2.73 . 1.90 6.56 0.57 149.70 6.11 2.65 1.88 40.01 107.28 1.49 26.28 26.03 1.63 . -73 1990 4 11 0.76 11.78 34.65 . 1.16 4.73 6.39 . 3.97 5.63 1.67 162.45 7.79 17.25 1.60 1231.75 158.28 709.80 2.73 . 1.88 6.51 0.57 148.60 6.09 2.64 1.87 40.01 106.50 1.48 26.33 26.03 1.64 . -74 1990 4 12 0.76 11.77 34.63 . 1.16 4.73 6.38 . 3.97 5.62 1.67 162.65 7.79 17.25 1.60 1230.50 158.19 709.00 2.73 . 1.88 6.51 0.57 148.55 6.10 2.64 1.87 40.01 106.35 1.48 26.37 26.03 1.64 . -75 1990 4 13 0.76 11.76 34.64 . 1.16 4.73 6.38 . 3.97 5.62 1.67 162.50 7.79 17.25 1.60 1230.00 158.75 709.20 2.73 . 1.88 6.52 0.57 148.50 6.10 2.64 1.87 40.01 106.23 1.48 26.32 . 1.63 . -76 1990 4 16 0.76 11.80 34.70 . 1.16 4.73 6.41 . 3.98 5.63 1.67 162.65 7.79 17.25 1.59 1233.25 159.37 709.30 2.73 . 1.88 6.53 0.57 149.00 6.10 2.66 1.87 40.01 106.68 1.49 26.36 26.03 1.63 . -77 1990 4 17 0.76 11.80 34.71 . 1.16 4.73 6.39 . 3.98 5.63 1.67 163.40 7.79 17.33 1.59 1233.50 159.90 709.70 2.73 . 1.89 6.52 0.57 149.00 6.10 2.65 1.87 40.01 106.58 1.49 26.37 26.05 1.63 . -78 1990 4 18 0.77 11.78 34.62 . 1.16 4.73 6.38 . 3.97 5.62 1.67 163.40 7.79 17.30 1.60 1229.25 159.10 709.90 2.73 . 1.88 6.52 0.57 148.28 6.08 2.64 1.87 40.01 106.00 1.48 26.37 26.05 1.63 . -79 1990 4 19 0.77 11.79 34.69 . 1.16 4.73 6.37 . 3.96 5.63 1.67 163.10 7.79 17.29 1.59 1231.25 156.50 709.80 2.71 . 1.88 6.51 0.58 148.55 6.08 2.65 1.87 40.01 106.10 1.48 26.36 26.01 1.64 . -80 1990 4 20 0.77 11.88 34.94 . 1.16 4.73 6.43 . 3.99 5.67 1.68 164.25 7.79 17.34 1.58 1240.00 157.85 708.50 2.71 . 1.90 6.55 0.58 149.70 6.12 2.66 1.87 40.01 106.78 1.49 26.36 25.98 1.63 . -81 1990 4 23 0.76 11.94 35.07 . 1.16 4.73 6.45 . 4.00 5.69 1.69 165.25 7.79 17.36 1.58 1245.00 157.70 707.90 2.71 . 1.90 6.56 0.58 149.90 6.13 2.65 1.87 40.01 107.05 1.49 26.37 25.99 1.63 . -82 1990 4 24 0.76 11.92 34.99 . 1.15 4.73 6.44 . 3.99 5.68 1.69 165.40 7.79 17.35 1.58 1241.50 158.72 707.90 2.71 . 1.90 6.55 0.58 149.80 6.13 2.65 1.87 40.01 106.98 1.48 26.37 26.02 1.63 . -83 1990 4 25 0.76 11.84 34.75 . 1.16 4.73 6.40 . 3.98 5.65 1.68 164.70 7.79 17.34 1.59 1235.00 158.73 708.40 2.71 . 1.89 6.53 0.58 149.00 6.10 2.65 1.87 40.01 106.22 1.46 26.37 . 1.63 . -84 1990 4 26 0.75 11.83 34.73 . 1.16 4.73 6.39 . 3.98 5.64 1.68 164.80 7.79 17.39 1.59 1233.25 158.75 709.00 2.71 . 1.89 6.53 0.57 149.20 6.10 2.65 1.87 40.01 106.28 1.46 . 26.01 1.63 . -85 1990 4 27 0.75 11.79 34.68 . 1.16 4.73 6.37 . 3.96 5.62 1.67 164.68 7.79 17.39 1.59 1227.75 158.90 709.40 2.71 . 1.88 6.51 0.57 148.30 6.08 2.66 1.87 . 106.86 1.45 26.38 26.03 1.63 . -86 1990 4 30 0.75 11.82 34.63 . 1.16 4.73 6.38 . 3.97 5.63 1.67 164.70 7.79 17.39 1.59 1230.00 158.85 709.80 2.71 . 1.88 6.53 0.57 148.50 6.09 2.65 1.87 40.01 106.00 1.45 26.40 26.00 1.63 . -87 1990 5 1 0.74 11.82 34.67 . 1.16 4.73 6.38 . 3.97 5.63 1.68 164.70 7.79 17.38 1.59 1231.50 158.85 709.20 2.71 . 1.89 6.53 0.56 148.70 6.10 2.65 1.87 . 105.90 1.45 26.40 . 1.64 . -88 1990 5 2 0.75 11.83 34.72 . 1.16 4.73 6.39 . 3.97 5.64 1.68 165.00 7.79 17.39 1.59 1233.75 158.30 . 2.71 . 1.89 6.52 0.57 148.80 6.09 2.65 1.87 40.01 105.88 1.45 26.40 26.02 1.64 . -89 1990 5 3 0.75 11.83 34.69 . 1.16 4.73 6.38 . 3.97 5.64 1.68 164.84 7.79 17.37 1.59 1232.00 158.15 708.60 2.70 . 1.89 6.52 0.57 148.80 6.09 2.65 1.87 40.01 105.33 1.45 26.39 26.01 1.64 . -90 1990 5 4 0.75 11.76 34.48 . 1.16 4.73 6.34 . 3.95 5.61 1.67 164.10 7.79 17.33 1.60 1225.50 158.35 708.30 2.71 . 1.88 6.48 0.57 147.90 6.08 2.65 1.87 40.01 104.63 1.44 26.39 26.02 1.66 . -91 1990 5 7 0.75 11.64 34.20 . 1.16 4.73 6.29 . 3.93 5.56 1.65 163.00 7.79 17.33 1.62 1215.50 158.00 708.60 2.71 . 1.86 6.45 0.57 146.50 6.04 2.64 1.87 40.01 103.73 1.43 26.39 26.01 1.66 . -92 1990 5 8 0.75 11.66 34.24 . 1.16 4.73 6.29 . 3.92 5.57 1.65 163.40 7.79 17.35 1.61 1216.75 157.90 710.10 2.70 . 1.86 6.44 0.57 147.00 6.04 2.64 1.86 40.01 103.88 1.43 26.41 26.02 1.66 . -93 1990 5 9 0.75 11.55 33.88 . 1.16 4.73 6.26 . 3.89 5.51 1.63 161.80 7.79 17.32 1.63 1204.75 156.45 710.70 2.70 . 1.84 6.39 0.57 145.50 6.00 2.63 1.86 40.01 102.83 1.40 26.40 25.97 1.67 . -94 1990 5 10 0.75 11.52 33.88 . 1.16 4.73 6.25 . 3.90 5.52 1.63 161.90 7.79 17.30 1.63 1206.00 157.00 710.30 2.69 . 1.84 6.40 0.57 145.70 6.01 2.63 1.86 40.01 102.83 1.39 26.40 25.93 1.67 . -95 1990 5 11 0.76 11.47 33.76 . 1.17 4.73 6.23 . 3.88 5.51 1.63 161.25 7.79 17.29 1.64 1203.25 152.73 710.40 2.69 . 1.83 6.37 0.57 145.10 5.99 2.62 1.85 40.01 102.85 1.39 26.44 25.90 1.68 . -96 1990 5 14 0.76 11.57 34.02 . 1.17 4.73 6.27 . 3.89 5.54 1.64 162.50 7.79 17.31 1.62 1209.50 152.77 710.50 2.69 . 1.84 6.40 0.57 145.86 6.01 2.64 1.85 40.01 103.14 1.39 . 26.42 1.68 . -97 1990 5 15 0.76 11.59 34.06 . 1.18 4.73 6.28 . 3.89 5.55 1.64 162.75 7.79 17.31 1.62 1211.25 151.40 710.90 2.69 . 1.85 6.41 0.57 145.80 6.01 2.63 1.84 40.01 103.10 1.39 27.50 25.83 1.67 . -98 1990 5 16 0.76 11.56 34.01 . 1.17 4.73 6.27 . 3.89 5.54 1.64 162.95 7.78 17.31 1.62 1209.00 151.43 711.30 2.69 . 1.84 6.39 0.57 145.63 6.01 2.63 1.85 40.01 102.85 1.40 27.35 25.84 1.68 . -99 1990 5 17 0.76 11.59 34.08 . 1.17 4.73 6.29 . 3.89 5.55 1.64 162.80 7.78 17.33 1.62 1211.25 152.35 711.70 2.69 . 1.85 6.40 0.57 145.87 6.02 2.63 1.85 40.01 103.06 1.40 . 25.84 1.69 . -100 1990 5 18 0.76 11.61 34.10 . 1.17 4.73 6.29 . 3.90 5.55 1.64 163.00 7.78 17.25 1.62 1212.25 152.85 712.00 2.70 . 1.85 6.40 0.57 145.75 6.02 2.64 1.85 40.01 102.75 1.40 27.39 25.86 1.69 . -101 1990 5 21 0.76 11.71 34.36 . 1.17 4.73 6.34 . 3.92 5.60 1.66 164.20 7.78 17.29 1.61 1223.00 153.53 712.80 2.70 . 1.87 6.44 0.57 147.20 6.05 2.65 1.85 40.01 103.55 1.42 27.44 25.87 1.69 . -102 1990 5 22 0.76 11.75 34.39 . 1.19 4.73 6.35 . 3.92 5.62 1.66 164.50 7.78 17.30 1.60 1226.00 151.60 714.50 2.70 . 1.87 6.44 0.57 147.40 6.07 2.64 1.85 . 104.03 1.41 . 25.88 1.69 . -103 1990 5 23 0.76 11.74 34.46 . 1.18 4.73 6.36 . 3.92 5.62 1.67 164.70 7.78 17.29 1.60 1226.50 151.23 714.80 2.70 . 1.88 6.45 0.57 147.20 6.07 2.64 1.85 40.01 104.03 1.41 27.50 25.85 1.69 . -104 1990 5 24 0.76 11.78 34.57 . 1.18 4.73 6.37 . 3.93 5.64 1.67 165.50 7.78 17.31 1.59 1233.75 151.55 714.30 2.70 . 1.88 6.46 0.57 148.00 6.08 2.64 1.84 40.01 104.60 1.42 27.49 25.85 1.68 . -105 1990 5 25 0.76 11.82 34.63 . 1.18 4.73 6.39 . 3.94 5.66 1.68 165.20 7.78 17.30 1.59 1234.50 149.69 714.60 2.69 . 1.89 6.47 0.57 148.00 6.09 2.65 1.84 40.01 104.90 1.42 27.50 25.84 1.68 . -106 1990 5 28 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -107 1990 5 29 0.76 11.75 34.40 . 1.18 4.73 6.36 . 3.92 5.63 1.67 164.30 7.78 17.37 1.60 1228.50 150.88 714.80 2.70 . 1.88 6.44 0.57 147.60 6.06 2.65 1.84 40.01 104.08 1.40 27.49 25.81 1.69 . -108 1990 5 30 0.77 11.81 34.60 . 1.17 4.73 6.40 . 3.94 5.67 1.68 165.10 7.78 17.35 1.59 1238.00 151.32 715.30 2.70 . 1.89 6.46 0.57 147.90 6.07 2.66 1.84 40.01 104.23 1.42 27.47 25.85 1.69 . -109 1990 5 31 0.76 11.94 34.94 . 1.17 4.73 6.46 . 3.97 5.73 1.69 166.50 7.78 17.36 1.57 1250.00 152.64 715.10 2.70 . 1.91 6.51 0.57 149.50 6.13 2.67 1.85 40.11 105.35 1.43 27.45 25.86 1.67 . -110 1990 6 1 0.76 11.94 34.87 . 1.17 4.73 6.47 . 3.98 5.71 1.69 166.30 7.78 17.38 1.58 1247.25 151.39 714.10 2.70 . 1.90 6.50 0.57 149.30 6.11 2.66 1.85 40.01 104.78 1.43 27.44 25.89 1.68 . -111 1990 6 4 0.76 11.93 34.91 . 1.17 4.73 6.45 . 3.97 5.70 1.69 166.20 7.78 17.44 1.58 1245.00 151.60 714.30 2.71 . 1.90 6.51 0.57 149.05 6.12 2.67 1.85 40.01 104.73 1.44 27.44 25.90 1.67 . -112 1990 6 5 0.77 11.90 34.80 . 1.17 4.73 6.44 . 3.96 5.70 1.69 166.10 7.78 17.42 1.58 1244.00 152.65 715.90 2.70 . 1.90 6.51 0.57 148.75 6.10 2.66 1.85 40.01 104.55 1.43 27.44 25.89 1.68 . -113 1990 6 6 0.77 11.87 34.75 . 1.17 4.73 6.43 . 3.95 5.68 1.68 165.28 7.78 17.40 1.58 1241.00 152.55 715.90 2.70 . 1.90 6.49 0.58 148.35 6.10 2.62 1.84 40.01 104.45 1.42 27.43 25.89 1.68 . -114 1990 6 7 0.77 11.90 34.81 . 1.16 4.73 6.44 . 3.96 5.70 1.69 165.65 7.77 17.38 1.58 1244.00 152.53 716.50 2.70 . 1.90 6.50 0.58 148.95 6.11 2.66 1.84 40.01 105.15 1.43 27.40 25.89 1.68 . -115 1990 6 8 0.77 11.93 34.90 . 1.17 4.73 6.46 . 3.98 5.71 1.69 166.20 7.78 17.44 1.57 1247.75 153.53 717.10 2.70 . 1.90 6.51 0.58 148.95 6.13 2.67 1.84 40.01 105.05 1.44 27.40 25.89 1.68 . -116 1990 6 11 0.77 11.88 34.78 . 1.17 4.73 6.44 . 3.98 5.69 1.69 165.60 7.78 17.46 1.58 1243.00 154.52 717.90 2.70 . 1.90 6.50 0.57 148.80 6.13 2.66 1.85 40.01 104.88 1.44 27.41 25.92 1.68 . -117 1990 6 12 0.77 11.90 34.78 . 1.17 4.73 6.44 . 3.97 5.69 1.69 165.55 7.78 17.42 1.58 1242.25 154.44 718.70 2.70 . 1.90 6.50 0.57 148.70 6.11 2.66 1.84 40.01 104.93 1.43 27.41 25.91 1.70 . -118 1990 6 13 0.77 11.90 34.81 . 1.17 4.73 6.43 . 3.96 5.69 1.69 165.80 7.78 17.38 1.58 1242.00 154.79 719.00 2.71 . 1.90 6.49 0.58 148.50 6.10 2.66 1.84 40.01 104.65 1.43 27.43 25.90 1.70 . -119 1990 6 14 0.77 11.91 34.85 . 1.17 4.73 6.44 . 3.97 5.70 1.69 164.85 7.78 17.42 1.58 1244.75 154.07 718.90 2.71 . 1.90 6.49 0.58 148.40 6.10 2.65 1.84 40.01 104.48 1.43 27.42 25.87 1.70 . -120 1990 6 15 0.77 11.92 34.84 . 1.17 4.73 6.45 . 3.97 5.69 1.69 165.70 7.78 17.43 1.58 1243.00 154.20 718.60 2.71 . 1.90 6.51 0.58 148.40 6.12 2.66 1.85 40.01 104.58 1.43 27.44 25.89 1.70 . -121 1990 6 18 0.77 11.79 34.60 . 1.17 4.73 6.37 . 3.95 5.63 1.67 164.00 7.78 17.42 1.59 1229.50 153.70 719.00 2.71 . 1.88 6.41 0.58 147.20 6.08 2.62 1.84 40.01 103.53 1.41 27.44 25.87 1.71 . -122 1990 6 19 0.78 11.75 34.32 . 1.17 4.73 6.35 . 3.93 5.61 1.66 163.60 7.78 17.42 1.60 1224.00 153.65 719.50 2.71 . 1.87 6.43 0.58 146.90 6.05 2.65 1.84 40.01 103.18 1.40 27.43 25.85 1.72 . -123 1990 6 20 0.78 11.80 34.45 . 1.17 4.73 6.38 . 3.95 5.63 1.67 164.30 7.79 17.42 1.59 1230.75 154.00 719.30 2.71 . 1.88 6.45 0.58 147.20 6.07 2.66 1.84 40.01 103.43 1.41 27.42 25.85 1.72 . -124 1990 6 21 0.79 11.82 34.49 . 1.17 4.73 6.38 . 3.95 5.63 1.68 164.50 7.78 17.42 1.59 1231.00 154.82 718.90 2.71 . 1.89 6.46 0.58 147.40 6.07 2.66 1.84 40.01 103.43 1.41 27.41 25.86 1.72 . -125 1990 6 22 0.78 11.78 34.37 . 1.18 4.73 6.37 . 3.94 5.62 1.67 164.00 7.78 17.45 1.60 1227.50 154.75 719.00 2.71 . 1.88 6.43 0.58 146.80 6.06 2.66 1.84 40.01 103.13 1.40 27.40 25.87 1.73 . -126 1990 6 25 0.78 11.81 34.37 . 1.17 4.73 6.38 . 3.94 5.63 1.67 164.30 7.78 17.44 1.59 1229.25 155.37 719.60 2.71 . 1.88 6.45 0.58 147.50 6.07 2.66 1.84 40.01 103.18 1.41 27.33 25.88 1.73 . -127 1990 6 26 0.78 11.75 34.36 . 1.17 4.73 6.35 . 3.94 5.61 1.67 163.35 7.78 17.40 1.60 1223.50 155.15 719.60 2.71 . 1.88 6.41 0.58 146.75 6.04 2.65 1.84 40.01 102.67 1.40 27.33 25.88 1.73 . -128 1990 6 27 0.78 11.70 34.15 . 1.17 4.73 6.33 . 3.91 5.59 1.66 162.90 7.78 17.42 1.61 1221.00 154.38 719.40 2.71 . 1.87 6.40 0.58 146.55 6.03 2.66 1.84 40.01 102.43 1.40 27.32 25.84 1.74 . -129 1990 6 28 0.78 11.73 34.21 . 1.16 4.73 6.34 . 3.92 5.60 1.66 163.30 7.78 17.45 1.60 1224.00 153.17 719.30 2.71 . 1.87 6.42 0.58 146.80 6.04 2.65 1.84 40.01 102.53 1.41 27.22 25.84 1.73 . -130 1990 6 29 0.79 11.72 34.22 . 1.16 4.73 6.33 . 3.91 5.59 1.66 162.90 7.78 17.43 1.61 1223.00 152.35 719.00 2.71 . 1.87 6.40 0.58 146.60 6.03 2.64 1.84 40.01 102.45 1.41 27.19 25.81 1.74 . -131 1990 7 2 0.79 11.64 34.05 . 1.16 4.73 6.30 . 3.89 5.56 1.65 162.30 7.78 17.45 1.61 1216.75 151.27 718.80 2.70 . 1.86 6.37 0.59 145.90 6.01 2.65 1.83 40.01 101.78 1.40 . 25.78 1.76 . -132 1990 7 3 0.79 11.62 33.96 . 1.16 4.73 6.28 . 3.87 5.54 1.65 161.80 7.78 17.45 1.62 1211.70 151.20 718.30 2.70 . 1.86 6.35 0.59 145.20 5.99 2.65 1.83 40.01 101.43 1.39 27.17 25.76 1.77 . -133 1990 7 4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -134 1990 7 5 0.79 11.60 33.95 . 1.16 4.73 6.28 . 3.86 5.53 1.64 161.50 7.78 17.42 1.62 1210.00 150.77 718.70 2.70 . 1.85 6.34 0.59 145.20 5.99 2.64 1.83 40.01 101.23 1.39 27.14 25.73 1.78 . -135 1990 7 6 0.79 11.63 34.00 . 1.16 4.73 6.29 . 3.87 5.55 1.65 162.20 7.77 17.42 1.62 1213.25 151.03 718.80 2.70 . 1.86 6.35 0.59 145.40 5.99 2.64 1.83 40.01 101.43 1.40 27.13 25.75 1.78 . -136 1990 7 9 0.80 11.59 33.89 . 1.15 4.73 6.27 . 3.85 5.53 1.64 161.50 7.77 17.38 1.62 1207.75 151.10 719.60 2.70 . 1.85 6.33 0.59 144.30 5.96 2.63 1.82 40.01 101.30 1.39 27.13 . 1.80 . -137 1990 7 10 0.80 11.57 33.88 . 1.15 4.73 6.27 . 3.84 5.52 1.64 161.20 7.76 17.36 1.63 1207.25 148.90 720.30 2.70 . 1.85 6.31 0.59 144.20 5.96 2.64 1.81 40.01 100.80 1.39 27.14 25.72 1.81 . -138 1990 7 11 0.79 11.60 33.98 . 1.15 4.73 6.28 . 3.85 5.54 1.65 162.00 7.77 17.39 1.62 1208.75 148.68 720.20 2.70 . 1.86 6.33 0.59 144.90 5.98 2.63 1.81 40.01 101.18 1.40 27.13 25.67 1.79 . -139 1990 7 12 0.79 11.67 34.19 . 1.15 4.73 6.31 . 3.87 5.55 1.65 162.60 7.77 17.47 1.61 1214.75 148.60 719.70 2.70 . 1.86 6.30 0.58 145.60 6.00 2.64 1.81 40.01 101.70 1.40 27.12 25.70 1.79 . -140 1990 7 13 0.78 11.56 33.84 . 1.15 4.73 6.25 . 3.84 5.51 1.64 161.00 7.76 17.42 1.63 1203.50 147.50 718.80 2.70 . 1.85 6.31 0.59 144.40 5.96 2.63 1.81 40.01 100.73 1.39 27.13 25.65 1.80 . -141 1990 7 16 0.78 11.63 34.07 . 1.15 4.73 6.28 . 3.86 5.54 1.65 161.70 7.76 17.45 1.62 1211.00 148.05 718.80 2.70 . 1.86 6.33 0.58 144.85 5.97 2.63 1.81 40.01 101.30 1.41 27.11 . 1.80 . -142 1990 7 17 0.78 11.58 33.91 . 1.15 4.73 6.26 . 3.85 5.52 1.64 161.55 7.77 17.44 1.62 1205.50 148.35 . 2.70 . 1.85 6.31 0.59 144.60 5.96 2.63 1.81 40.01 100.93 1.40 27.11 25.71 1.81 . -143 1990 7 18 0.79 11.57 33.91 . 1.15 4.73 6.25 . 3.89 5.51 1.64 161.00 7.76 17.39 1.63 1204.50 147.30 718.70 2.70 . 1.85 6.30 0.59 144.65 5.95 2.62 1.81 40.01 100.68 1.40 27.12 25.69 1.82 . -144 1990 7 19 0.78 11.55 33.90 . 1.15 4.73 6.24 . 3.84 5.51 1.64 161.06 7.76 17.42 1.63 1203.50 148.05 718.40 2.70 . 1.85 6.29 0.59 144.40 5.95 2.62 1.81 40.01 100.63 1.41 27.17 25.71 1.81 . -145 1990 7 20 0.78 11.54 33.85 . 1.15 4.73 6.25 . 3.84 5.50 1.64 160.48 7.76 17.40 1.63 1202.00 148.97 718.20 2.70 . 1.84 6.29 0.59 144.00 5.95 2.62 1.81 40.01 100.53 1.40 27.27 25.66 1.81 . -146 1990 7 23 0.78 11.45 33.57 . 1.15 4.73 6.19 . 3.81 5.46 1.62 159.40 7.76 17.42 1.64 1192.75 148.45 718.40 2.70 . 1.83 6.25 0.59 142.90 5.91 2.60 1.81 40.01 99.63 1.38 . 25.71 1.82 . -147 1990 7 24 0.78 11.37 33.32 . 1.15 4.73 6.16 . 3.80 5.42 1.61 158.80 7.76 17.42 1.65 1184.75 148.35 718.40 2.70 . 1.82 6.24 0.59 142.40 5.89 2.59 1.81 40.01 99.18 1.37 27.21 25.70 1.82 . -148 1990 7 25 0.78 11.39 33.35 . 1.15 4.73 6.16 . 3.80 5.42 1.61 158.80 7.76 17.42 1.65 1184.75 148.88 718.40 2.70 . 1.82 6.25 0.59 142.50 5.90 2.60 1.82 40.01 99.18 1.37 27.22 25.73 1.81 . -149 1990 7 26 0.77 11.43 33.39 . 1.15 4.73 6.18 . 3.81 5.43 1.62 159.25 7.76 17.43 1.65 1187.75 150.45 718.20 2.70 . 1.82 6.26 0.58 142.60 5.91 2.61 1.82 40.01 99.45 1.37 27.19 25.71 1.81 . -150 1990 7 27 0.78 11.35 33.23 . 1.15 4.73 6.15 . 3.79 5.41 1.61 158.45 7.76 17.40 1.66 1182.00 149.60 718.20 2.70 . 1.82 6.22 0.58 142.25 5.89 2.60 1.81 40.01 98.98 1.36 27.16 25.72 1.83 . -151 1990 7 30 0.79 11.33 33.10 . 1.15 4.73 6.13 . 3.77 5.39 1.60 158.00 7.76 17.35 1.66 1178.20 148.20 718.10 2.70 . 1.81 6.20 0.59 142.00 5.87 2.59 1.81 40.01 98.85 1.36 27.18 25.67 1.84 . -152 1990 7 31 0.79 11.17 32.68 . 1.15 4.73 6.05 . 3.73 5.32 1.58 157.80 7.76 17.35 1.68 1162.30 146.13 717.90 2.69 . 1.78 6.14 0.59 140.20 5.81 2.58 1.80 40.01 97.70 1.34 27.18 25.64 1.86 . -153 1990 8 1 0.79 11.21 32.75 . 1.15 4.73 6.08 . 3.74 5.33 1.59 156.65 7.76 17.37 1.68 1165.80 147.25 716.90 2.69 . 1.79 6.16 0.59 140.48 5.82 2.59 1.80 . 97.92 1.35 27.18 25.59 1.85 . -154 1990 8 2 0.78 11.22 32.82 . 1.15 4.73 6.08 . 3.76 5.34 1.59 156.75 7.76 17.38 1.67 1167.25 149.60 716.30 2.70 . 1.79 6.16 0.58 140.50 5.83 2.58 1.80 40.01 98.15 1.35 27.19 25.61 1.84 . -155 1990 8 3 0.78 11.20 32.74 . 1.15 4.73 6.06 . 3.74 5.33 1.59 156.55 7.76 17.35 1.68 1164.25 149.90 716.20 2.70 . 1.79 6.16 0.59 140.15 5.83 2.57 1.80 40.01 97.78 1.35 27.28 25.68 1.85 . -156 1990 8 6 0.79 11.08 32.42 . 1.14 4.73 6.01 . 3.72 5.29 1.57 154.85 7.77 17.28 1.70 1154.00 149.75 717.10 2.69 . 1.77 6.10 0.59 139.45 5.79 2.58 1.80 40.01 96.98 1.33 27.30 25.67 1.87 . -157 1990 8 7 0.79 11.10 32.43 . 1.15 4.73 6.01 . 3.72 5.29 1.58 155.50 7.77 17.29 1.70 1156.20 149.80 717.90 2.70 . 1.78 6.11 0.60 139.40 5.80 2.58 1.80 40.01 97.13 1.33 27.32 25.67 1.87 . -158 1990 8 8 0.79 11.21 32.75 . 1.14 4.73 6.07 . 3.75 5.34 1.59 157.35 7.77 17.34 1.68 1166.30 150.15 718.30 2.70 . 1.79 6.15 0.60 140.65 5.84 2.59 1.80 40.01 97.83 1.34 . 25.67 1.86 . -159 1990 8 9 0.79 11.20 32.75 . 1.14 4.73 6.07 . 3.75 5.33 1.59 156.45 7.77 17.35 1.68 1165.80 149.82 717.80 2.70 . 1.79 6.15 0.60 140.25 5.83 2.59 1.80 40.01 97.63 1.33 27.38 25.66 1.87 . -160 1990 8 10 0.79 11.18 32.76 . 1.14 4.73 6.07 . 3.74 5.32 1.59 156.50 7.77 17.39 1.68 1165.25 150.15 718.20 2.70 . 1.79 6.14 0.60 140.15 5.82 2.59 1.80 40.01 97.53 1.33 27.37 25.66 1.87 . -161 1990 8 13 0.80 11.08 32.42 . 1.14 4.73 6.01 . 3.71 5.29 1.57 155.25 7.74 17.35 1.70 1156.25 150.35 719.10 2.69 . 1.77 6.11 0.60 139.25 5.78 2.58 1.79 40.01 96.73 1.31 27.35 25.66 1.88 . -162 1990 8 14 0.80 11.02 32.27 . 1.14 4.73 5.98 . 3.69 5.27 1.56 154.40 7.77 17.34 1.71 1151.50 149.48 719.90 2.68 . 1.76 6.08 0.60 138.40 5.76 2.57 1.79 40.01 96.33 1.30 27.31 25.64 1.89 . -163 1990 8 15 0.80 10.99 32.15 . 1.14 4.73 5.96 . 3.69 5.24 1.56 154.05 7.77 17.28 1.71 1147.50 147.45 . 2.69 . 1.76 6.06 0.61 138.10 5.75 2.58 1.79 40.01 96.00 1.29 . 25.59 1.89 . -164 1990 8 16 0.80 11.00 32.18 . 1.14 4.73 5.97 . 3.69 5.25 1.56 154.50 7.77 17.37 1.71 1150.00 148.38 719.70 2.69 . 1.76 6.06 0.61 138.65 5.75 2.57 1.79 40.01 95.98 1.30 . 25.59 1.89 . -165 1990 8 17 0.80 10.89 31.98 . 1.14 4.73 5.93 . 3.68 5.21 1.55 153.05 7.77 17.26 1.72 1142.25 147.57 720.50 2.69 . 1.74 6.02 0.61 137.45 5.72 2.57 1.79 40.01 95.23 1.28 . 25.58 1.91 . -166 1990 8 20 0.80 10.97 32.08 . 1.14 4.73 5.97 . 3.67 5.23 1.55 153.95 7.77 17.28 1.72 1152.90 146.87 720.30 2.69 . 1.75 6.04 0.61 138.10 5.74 2.57 1.79 40.01 96.08 1.29 27.25 25.56 1.91 . -167 1990 8 21 0.81 10.93 32.00 . 1.13 4.73 5.96 . 3.69 5.23 1.55 153.80 7.77 17.32 1.72 1154.50 146.40 719.40 2.69 . 1.75 6.05 0.62 137.75 5.74 2.54 1.78 40.01 96.68 1.28 27.25 25.55 1.92 . -168 1990 8 22 0.82 10.92 31.94 . 1.13 4.73 5.96 . 3.67 5.22 1.55 153.90 7.78 17.32 1.72 1159.00 145.75 719.00 2.69 . 1.75 6.03 0.62 138.30 5.74 2.55 1.78 40.01 97.53 1.27 27.28 25.55 1.92 . -169 1990 8 23 0.82 10.89 31.82 . 1.13 4.73 5.95 . 3.66 5.19 1.54 152.70 7.78 17.27 1.73 1155.00 146.60 718.30 2.69 . 1.74 6.00 0.63 137.70 5.72 2.55 1.77 40.01 97.30 1.26 27.30 25.52 1.95 . -170 1990 8 24 0.83 10.96 31.97 . 1.13 4.73 5.96 . 3.67 5.22 1.55 154.15 7.77 17.30 1.72 1155.75 146.55 718.50 2.69 . 1.75 6.02 0.62 137.55 5.75 2.56 1.77 40.01 96.10 1.26 27.27 25.50 1.94 . -171 1990 8 27 0.83 10.91 31.84 . 1.13 4.73 5.95 . 3.66 5.20 1.55 152.90 7.77 17.39 1.72 1149.75 144.45 718.70 2.69 . 1.74 6.00 0.62 136.55 5.71 2.56 1.77 39.97 95.90 1.27 . 25.53 1.94 . -172 1990 8 28 0.83 10.92 31.88 . 1.14 4.73 5.94 . 3.65 5.20 1.55 153.50 7.77 17.36 1.72 1147.50 143.48 718.00 2.68 . 1.74 6.00 0.63 136.95 5.72 2.55 1.76 40.01 96.03 1.28 27.28 25.44 1.94 . -173 1990 8 29 0.83 10.95 32.02 . 1.13 4.73 5.96 . 3.66 5.21 1.55 154.25 7.77 17.38 1.72 1155.00 143.62 717.60 2.68 . 1.75 6.02 0.63 137.25 5.73 2.55 1.76 39.96 96.43 1.28 27.28 25.45 1.94 . -174 1990 8 30 0.81 11.01 32.15 . 1.14 4.73 6.00 . 3.68 5.25 1.56 155.05 7.76 17.48 1.71 1160.80 144.30 717.20 2.68 . 1.76 6.06 0.61 138.20 5.76 2.56 1.76 39.94 97.45 1.29 . 25.46 1.92 . -175 1990 8 31 0.81 11.09 32.31 . 1.15 4.73 6.04 . 3.72 5.28 1.57 154.90 7.76 17.52 1.70 1170.00 143.93 716.80 2.68 . 1.77 6.09 0.61 139.10 5.78 2.58 1.76 39.93 98.05 1.30 27.29 25.49 1.89 . -176 1990 9 3 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -177 1990 9 4 0.81 11.10 32.55 . 1.16 4.73 6.07 . 3.72 5.30 1.58 156.90 7.76 17.64 1.69 1180.75 143.55 716.20 2.68 . 1.78 6.12 0.61 139.75 5.81 2.58 1.76 39.94 99.00 1.31 27.29 25.50 1.87 . -178 1990 9 5 0.82 11.01 32.13 . 1.15 4.73 5.99 . 3.69 5.23 1.56 154.95 7.76 17.54 1.71 1167.00 141.68 716.90 2.68 . 1.76 6.05 0.62 138.38 5.75 2.56 1.74 39.93 98.35 1.29 27.30 25.47 1.89 . -179 1990 9 6 0.82 10.96 32.00 . 1.15 4.73 5.95 . 3.67 5.21 1.55 154.40 7.76 17.56 1.72 1162.00 141.05 717.80 2.68 . 1.75 6.03 0.62 138.60 5.73 2.55 1.75 39.93 98.07 1.29 27.30 25.43 1.90 . -180 1990 9 7 0.82 10.98 32.20 . 1.16 4.73 5.99 . 3.69 5.24 1.56 155.05 7.76 17.68 1.71 1169.00 140.10 718.60 2.68 . 1.76 6.05 0.62 138.75 5.75 2.57 1.77 39.93 98.11 1.30 27.30 25.40 1.89 . -181 1990 9 10 0.81 11.13 32.48 . 1.17 4.73 6.04 . 3.72 5.29 1.58 155.25 7.76 17.76 1.69 1179.80 139.20 719.10 2.68 . 1.78 6.10 0.62 139.80 5.79 2.58 1.76 39.93 99.33 1.31 27.31 25.39 1.85 . -182 1990 9 11 0.81 11.17 32.68 . 1.16 4.73 6.08 . 3.73 5.32 1.59 156.60 7.77 17.77 1.68 1186.50 139.85 719.00 2.69 . 1.79 6.14 0.61 140.50 5.82 2.58 1.76 39.91 99.80 1.33 27.30 25.42 1.84 . -183 1990 9 12 0.81 11.18 32.60 . 1.16 4.73 6.05 . 3.73 5.31 1.58 155.60 7.77 17.76 1.69 1184.25 137.70 718.10 2.69 . 1.78 6.11 0.62 140.40 5.80 2.58 1.77 39.92 99.75 1.32 27.31 25.41 1.86 . -184 1990 9 13 0.82 11.07 32.37 . 1.16 4.73 6.01 . 3.69 5.27 1.57 155.50 7.77 17.80 1.70 1174.00 137.35 718.30 2.69 . 1.77 6.07 0.62 139.30 5.76 2.56 1.78 39.93 98.90 1.31 27.32 25.37 1.87 . -185 1990 9 14 0.82 11.00 32.12 . 1.16 4.73 5.97 . 3.69 5.23 1.56 152.50 7.76 17.85 1.71 1166.00 136.67 718.80 2.69 . 1.76 6.04 0.62 138.40 5.73 2.56 1.77 39.94 98.30 1.29 27.29 25.34 1.89 . -186 1990 9 17 0.83 10.95 32.00 . 1.15 4.73 5.93 . 3.67 5.21 1.55 148.00 7.76 17.86 1.72 1166.75 137.00 719.30 2.69 . 1.75 6.02 0.62 138.05 5.72 2.56 1.76 39.94 98.08 1.28 27.29 25.32 1.90 . -187 1990 9 18 0.83 10.89 31.84 . 1.15 4.73 5.90 . 3.66 5.18 1.54 154.00 7.75 17.83 1.73 1160.50 137.50 719.30 2.69 . 1.74 6.00 0.62 137.35 5.69 2.55 1.76 39.95 97.50 1.28 27.29 25.32 1.91 . -188 1990 9 19 0.82 11.03 32.27 . 1.15 4.73 5.97 . 3.70 5.25 1.56 155.00 7.76 17.85 1.71 1172.50 137.50 718.40 2.69 . 1.76 6.06 0.62 138.90 5.75 2.57 1.76 39.95 98.47 1.30 27.29 25.36 1.88 . -189 1990 9 20 0.82 11.12 32.49 . 1.15 4.73 6.02 . 3.74 5.29 1.58 155.50 7.76 18.00 1.69 1178.00 136.93 717.90 2.69 . 1.78 6.10 0.61 140.15 5.78 2.58 1.76 39.96 98.88 1.32 27.29 25.35 1.86 . -190 1990 9 21 0.82 11.09 32.41 . 1.15 4.73 6.00 . 3.74 5.27 1.57 156.00 7.76 18.12 1.70 1175.75 136.90 718.00 2.70 . 1.77 6.10 0.61 139.95 5.78 2.58 1.76 39.97 98.48 1.32 27.29 25.36 1.84 . -191 1990 9 24 0.83 10.97 32.06 . 1.15 4.73 5.94 . 3.71 5.21 1.55 156.00 7.76 18.06 1.72 1166.00 136.10 718.00 2.69 . 1.75 6.05 0.62 138.25 5.74 2.56 1.76 39.95 97.63 1.29 27.29 25.33 1.88 . -192 1990 9 25 0.83 11.00 32.19 . 1.14 4.73 5.96 . 3.73 5.23 1.56 156.00 7.76 18.08 1.71 1169.75 137.38 717.10 2.70 . 1.76 6.05 0.62 138.95 5.76 2.56 1.76 39.96 97.93 1.30 27.31 25.32 1.87 . -193 1990 9 26 0.83 11.04 32.36 . 1.15 4.73 6.00 . 3.72 5.26 1.57 155.50 7.76 18.09 1.71 1176.00 137.27 716.70 2.70 . 1.77 6.08 0.61 139.65 5.78 2.56 1.76 39.96 98.28 1.31 27.29 25.34 1.86 . -194 1990 9 27 0.82 11.06 32.34 . 1.15 4.73 6.01 . 3.72 5.25 1.57 156.00 7.76 18.08 1.70 1177.50 138.37 716.30 2.70 . 1.77 6.09 0.61 140.05 5.78 2.57 1.76 39.97 98.53 1.30 27.30 25.36 1.87 . -195 1990 9 28 0.82 11.02 32.26 . 1.15 4.73 5.97 . 3.71 5.24 1.56 155.00 7.76 18.00 1.71 1172.50 138.27 715.80 2.70 . 1.76 6.06 0.61 139.30 5.76 2.56 1.76 40.00 97.97 1.29 . 25.36 1.87 . -196 1990 10 1 0.83 10.92 31.99 . 1.15 4.73 5.93 . 3.69 5.19 1.55 154.35 7.76 18.06 1.73 1163.50 136.90 715.70 2.69 . 1.75 6.02 0.61 137.53 5.72 2.56 1.76 40.07 97.25 1.28 27.29 25.33 1.88 . -197 1990 10 2 0.82 10.93 32.08 . 1.15 4.73 5.94 . 3.69 5.21 1.55 155.20 7.76 18.08 1.72 1163.75 136.95 . 2.69 . 1.75 6.03 0.61 138.10 5.73 2.57 1.76 40.07 97.45 1.29 27.29 25.32 1.88 . -198 1990 10 3 0.83 10.85 31.81 . 1.15 4.73 5.90 . 3.67 5.17 1.54 154.30 7.75 18.01 1.73 1157.25 136.13 . 2.69 . 1.74 6.00 0.61 137.15 5.70 2.55 1.75 . 96.75 1.28 . 25.31 1.89 . -199 1990 10 4 0.83 10.79 31.61 . 1.14 4.73 5.85 . 3.65 5.14 1.53 153.20 7.75 18.07 1.74 1150.00 133.90 . 2.69 . 1.73 5.97 0.61 136.15 5.67 2.55 1.75 40.01 96.40 1.27 27.28 25.28 1.91 . -200 1990 10 5 0.83 10.86 31.82 . 1.15 4.73 5.89 . 3.67 5.18 1.54 154.05 7.75 18.07 1.73 1158.50 132.40 715.70 2.69 . 1.74 5.98 0.61 137.15 5.67 2.57 1.74 40.03 96.93 1.29 27.27 25.22 1.94 . -201 1990 10 8 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -202 1990 10 9 0.83 10.73 31.39 . 1.15 4.73 5.81 . 3.61 5.11 1.52 152.30 7.75 18.04 1.75 1144.75 130.33 . 2.69 . 1.72 5.90 0.61 134.55 5.62 2.54 1.73 40.12 96.00 1.27 27.28 25.09 1.97 . -203 1990 10 10 0.82 10.74 31.47 . 1.15 4.73 5.82 . 3.61 5.11 1.52 152.75 7.75 18.05 1.75 1146.00 129.97 716.70 2.69 . 1.72 5.91 0.61 134.50 5.64 2.54 1.73 40.14 96.20 1.27 . 25.13 1.96 . -204 1990 10 11 0.81 10.78 31.54 . 1.15 4.73 5.84 . 3.62 5.13 1.53 153.50 7.75 18.00 1.74 1147.40 129.95 717.10 2.69 . 1.72 5.92 0.61 134.65 5.65 2.54 1.73 40.15 96.43 1.29 27.29 25.11 1.96 . -205 1990 10 12 0.81 10.69 31.26 . 1.14 4.73 5.78 . 3.60 5.08 1.51 152.60 7.75 17.99 1.76 1137.50 128.65 717.30 2.69 . 1.71 5.88 0.61 133.35 5.63 2.52 1.72 40.14 95.50 1.27 27.30 25.11 1.97 . -206 1990 10 15 0.78 10.72 31.38 . 1.15 4.73 5.81 . 3.60 5.10 1.52 153.00 7.76 18.00 1.76 1142.25 128.15 718.00 2.69 . 1.71 5.90 0.60 134.05 5.64 2.53 1.72 40.51 95.65 1.28 27.29 25.07 1.95 . -207 1990 10 16 0.78 10.66 31.22 . 1.15 4.73 5.78 . 3.58 5.07 1.51 153.45 7.76 18.05 1.77 1135.00 127.25 718.80 2.69 . 1.70 5.88 0.60 133.65 5.62 2.52 1.72 . 94.95 1.27 27.29 25.38 1.95 . -208 1990 10 17 0.77 10.63 31.12 . 1.16 4.73 5.70 . 3.57 5.06 1.51 152.05 7.77 18.07 1.77 1130.75 125.27 718.40 2.69 . 1.70 5.86 0.59 133.08 5.61 2.53 1.71 . 94.71 1.27 27.29 25.02 1.96 . -209 1990 10 18 0.76 10.62 31.11 . 1.17 4.73 5.76 . 3.58 5.06 1.51 152.50 7.77 18.08 1.77 1132.25 125.05 717.60 2.69 . 1.70 5.87 0.60 133.35 5.61 2.53 1.70 40.51 94.75 1.27 27.30 24.99 1.95 . -210 1990 10 19 0.78 10.57 30.97 . 1.16 4.73 5.72 . 3.56 5.03 1.50 151.30 7.78 18.10 1.78 1126.00 125.75 718.30 2.69 . 1.69 5.84 0.60 131.75 5.57 2.53 1.71 40.41 94.43 1.27 27.29 24.95 1.95 . -211 1990 10 22 0.78 10.64 31.19 . 1.17 4.73 5.77 . 3.59 5.07 1.51 152.15 7.78 18.08 1.77 1135.00 126.05 718.80 2.69 . 1.70 5.88 0.60 133.75 5.60 2.55 1.70 40.41 95.08 1.28 27.28 25.00 1.94 . -212 1990 10 23 0.77 10.69 31.27 . 1.17 4.73 5.79 . 3.60 5.07 1.51 154.00 7.78 18.10 1.76 1137.50 127.50 718.80 2.70 . 1.71 5.89 0.60 133.90 5.61 2.53 1.71 . 95.08 1.28 27.29 . 1.94 . -213 1990 10 24 0.78 10.61 31.03 . 1.16 4.73 5.75 . 3.59 5.04 1.50 152.85 7.78 18.12 1.77 1130.00 128.05 719.70 2.70 . 1.69 5.86 0.60 132.85 5.59 2.52 1.71 40.41 94.60 1.27 27.29 25.07 1.95 . -214 1990 10 25 0.78 10.61 31.06 . 1.16 4.73 5.75 . 3.59 5.06 1.51 152.25 7.78 18.10 1.77 1132.00 127.30 719.30 2.70 . 1.70 5.87 0.60 133.25 5.60 2.54 1.70 40.41 94.60 1.27 . 25.03 1.95 . -215 1990 10 26 0.78 10.66 31.20 . 1.16 4.73 5.78 . 3.60 5.07 1.51 153.20 7.78 18.10 1.76 1135.73 128.00 718.50 2.70 . 1.70 5.89 0.60 133.65 5.62 2.54 1.72 40.41 94.98 1.28 27.28 25.08 1.95 . -216 1990 10 29 0.78 10.67 31.23 . 1.16 4.73 5.79 . 3.61 5.07 1.51 152.60 7.78 18.15 1.76 1136.75 128.40 717.60 2.70 . 1.70 5.89 0.61 133.65 5.63 2.54 1.70 40.41 95.03 1.28 27.26 25.05 1.95 . -217 1990 10 30 0.78 10.68 31.25 . 1.16 4.73 5.80 . 3.61 5.08 1.51 154.45 7.79 18.14 1.76 1137.50 129.10 716.80 2.70 . 1.71 5.91 0.61 133.60 5.63 2.55 1.71 40.40 95.20 1.28 27.27 25.09 1.94 . -218 1990 10 31 0.78 10.66 31.21 . 1.16 4.73 5.79 . 3.62 5.07 1.51 153.65 7.79 18.16 1.76 1136.25 129.95 716.60 2.70 . 1.70 5.89 0.61 133.30 5.64 2.53 1.70 40.39 94.96 1.28 . 25.09 1.94 . -219 1990 11 1 0.78 10.61 31.03 . 1.16 4.73 5.75 . 3.58 5.05 1.50 152.65 7.79 18.10 1.77 1130.30 130.48 716.40 2.70 . 1.70 5.86 0.61 132.65 5.62 2.53 1.71 40.38 94.70 1.27 27.26 25.14 1.95 . -220 1990 11 2 0.77 10.57 30.93 . 1.16 4.73 5.76 . 3.60 5.04 1.50 152.70 7.80 18.08 1.78 1129.50 128.60 716.70 2.70 . 1.69 5.85 0.60 132.50 5.60 2.54 1.70 40.38 95.50 1.27 27.26 25.10 1.95 . -221 1990 11 5 0.78 10.47 30.61 . 1.15 4.73 5.69 . 3.55 4.98 1.48 151.90 7.79 18.10 1.80 1117.50 126.80 717.40 2.70 . 1.67 5.81 0.61 131.10 5.55 2.52 1.70 40.37 93.55 1.25 27.26 25.10 1.96 . -222 1990 11 6 0.78 10.45 30.61 . 1.16 4.73 5.68 . 3.55 4.98 1.48 151.85 7.79 18.10 1.80 1117.00 127.30 718.20 2.70 . 1.67 5.78 0.61 130.55 5.54 2.52 1.70 40.36 93.30 1.25 27.25 25.01 1.97 . -223 1990 11 7 0.77 10.44 30.52 . 1.16 4.73 5.66 . 3.54 4.97 1.48 151.60 7.79 18.09 1.80 1114.00 128.15 718.30 2.70 . 1.67 5.77 0.61 130.65 5.53 2.52 1.70 40.37 93.18 1.24 27.26 25.06 1.97 . -224 1990 11 8 0.77 10.45 30.66 . 1.16 4.73 5.69 . 3.56 4.99 1.48 152.05 7.79 18.13 1.80 1119.50 129.90 718.30 2.70 . 1.67 5.81 0.61 130.95 5.56 2.53 1.70 40.36 93.53 1.24 27.26 25.08 1.96 . -225 1990 11 9 0.77 10.46 30.65 . 1.17 4.73 5.70 . 3.55 4.99 1.48 152.40 7.79 18.13 1.80 1120.00 129.73 718.10 2.70 . 1.67 5.81 0.61 131.15 5.56 2.52 1.71 40.35 93.73 1.25 27.26 25.13 1.96 . -226 1990 11 12 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -227 1990 11 13 0.77 10.41 30.52 . 1.16 4.73 5.66 . 3.54 4.97 1.48 152.00 7.79 18.14 1.81 1113.50 129.60 717.90 2.69 . 1.66 5.77 0.61 130.75 5.54 2.53 1.71 40.35 93.78 1.25 27.26 25.04 1.96 . -228 1990 11 14 0.77 10.34 30.38 . 1.16 4.73 5.64 . 3.55 4.96 1.47 151.50 7.79 18.10 1.82 1109.00 129.62 717.30 2.69 . 1.66 5.75 0.61 129.85 5.54 2.51 1.71 40.35 93.75 1.24 27.24 25.10 1.96 . -229 1990 11 15 0.77 10.39 30.46 . 1.16 4.73 5.67 . 3.55 4.98 1.47 151.95 7.79 18.08 1.81 1113.50 129.27 716.80 2.69 . 1.66 5.78 0.60 130.75 5.55 2.53 1.71 40.35 94.28 1.25 27.24 25.07 1.95 . -230 1990 11 16 0.76 10.35 30.41 . 1.16 . 5.65 . 3.55 4.96 1.47 150.35 7.79 18.09 1.82 1110.50 129.43 716.50 2.69 . 1.65 5.76 0.60 129.95 5.53 2.53 1.71 40.36 93.90 1.24 27.24 25.09 1.96 . -231 1990 11 19 0.76 10.37 30.45 . 1.16 5.23 5.66 . 3.54 4.97 1.47 151.55 7.79 18.07 1.81 1110.80 129.00 717.00 2.69 . 1.66 5.76 0.60 130.25 5.53 2.53 1.70 40.35 93.55 1.24 27.24 25.06 1.97 . -232 1990 11 20 0.76 10.38 30.53 . 1.16 5.23 5.66 . 3.56 4.98 1.47 151.56 7.78 18.07 1.81 1111.75 128.95 717.00 2.69 . 1.66 5.77 0.61 130.20 5.54 2.52 1.70 40.35 93.70 1.24 27.23 25.06 1.96 . -233 1990 11 21 0.76 10.42 30.61 . 1.15 5.23 5.68 . 3.56 5.00 1.48 151.35 7.78 18.02 1.80 1113.50 127.65 717.20 2.68 . 1.67 5.79 0.61 130.35 5.55 2.53 1.71 40.36 94.05 1.25 27.21 25.05 1.96 . -234 1990 11 22 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -235 1990 11 23 0.76 10.45 30.71 . 1.15 5.23 5.69 . 3.56 5.00 1.48 152.30 7.79 18.05 1.79 1115.25 127.35 717.40 2.68 . 1.67 5.79 0.61 130.75 5.56 2.50 1.70 40.34 94.10 1.25 27.18 25.02 1.96 . -236 1990 11 26 0.76 10.49 30.82 . 1.16 5.23 5.72 . 3.57 5.03 1.49 153.00 7.79 18.08 1.79 1119.50 128.75 716.80 2.68 . 1.68 5.82 0.61 130.90 5.57 2.52 1.70 40.33 94.55 1.26 27.22 25.05 1.96 . -237 1990 11 27 0.76 10.41 30.57 . 1.16 5.23 5.67 . 3.55 4.99 1.48 152.80 7.79 18.10 1.80 1109.75 128.33 716.10 2.68 . 1.66 5.77 0.61 130.15 5.54 2.50 1.70 40.32 94.00 1.26 27.23 25.06 1.97 . -238 1990 11 28 0.76 10.44 30.59 . 1.16 5.23 5.69 . 3.56 5.01 1.48 152.30 7.79 18.13 1.79 1115.75 129.85 715.70 2.68 . 1.67 5.78 0.61 130.40 5.56 2.51 1.70 40.31 94.40 1.26 27.22 25.04 1.97 . -239 1990 11 29 0.77 10.51 30.89 . 1.16 5.23 5.73 . 3.57 5.04 1.49 154.50 7.79 18.12 1.78 1122.75 132.45 715.60 2.69 . 1.68 5.82 0.60 131.50 5.59 2.52 1.71 40.31 94.78 1.27 27.22 25.10 1.95 . -240 1990 11 30 0.77 10.54 30.98 . 1.16 5.23 5.74 . 3.60 5.06 1.50 155.00 7.80 18.17 1.78 1127.50 133.10 715.90 2.70 . 1.69 5.84 0.60 131.98 5.61 2.52 1.72 40.30 95.10 1.27 27.27 25.20 1.93 . -241 1990 12 3 0.77 10.62 31.27 . 1.16 5.23 5.80 . 3.63 5.11 1.51 155.60 7.80 18.16 1.76 1137.50 134.40 715.80 2.70 . 1.70 5.90 0.61 133.13 5.66 2.53 1.72 40.29 96.10 1.29 27.24 25.17 1.91 . -242 1990 12 4 0.77 10.58 31.10 . 1.16 5.23 5.77 . 3.61 5.08 1.50 155.60 7.80 18.11 1.77 1129.75 134.05 715.20 2.70 . 1.69 5.87 0.60 132.55 5.63 2.53 1.72 40.28 95.75 1.28 27.27 25.22 1.92 . -243 1990 12 5 0.76 10.58 31.14 . 1.16 5.23 5.78 . 3.62 5.08 1.50 154.80 7.80 18.09 1.77 1130.50 134.53 716.00 2.69 . 1.69 5.89 0.60 132.65 5.64 2.54 1.71 40.27 96.05 1.28 27.25 25.19 1.92 . -244 1990 12 6 0.77 10.49 30.90 . 1.16 5.23 5.73 . 3.59 5.05 1.48 154.30 7.80 18.12 1.78 1122.50 132.35 716.80 2.70 . 1.68 5.83 0.60 131.53 5.60 2.51 1.71 40.25 95.20 1.27 27.22 25.21 1.93 . -245 1990 12 7 0.77 10.39 30.68 . 1.15 5.23 5.68 . 3.57 5.01 1.47 153.60 7.80 18.10 1.80 1114.50 131.05 717.10 2.69 . 1.66 5.79 0.60 130.68 5.56 2.50 1.71 40.25 94.43 1.26 27.19 25.21 1.95 . -246 1990 12 10 0.76 10.35 30.52 . 1.15 5.23 5.66 . 3.55 5.00 1.47 153.05 7.80 18.09 1.80 1111.75 131.90 717.70 2.69 . 1.66 5.77 0.60 130.35 5.55 2.51 1.71 40.24 94.43 1.26 27.15 25.09 1.94 . -247 1990 12 11 0.76 10.39 30.71 . 1.15 5.23 5.70 . 3.58 5.01 1.48 153.35 7.80 18.08 1.80 1115.00 132.10 718.30 2.69 . 1.67 5.80 0.60 130.85 5.58 2.52 1.71 40.23 94.60 1.26 27.15 25.12 1.93 . -248 1990 12 12 0.76 10.40 30.66 . 1.16 5.23 5.69 . 3.57 5.02 1.47 153.70 7.80 18.06 1.80 1115.00 131.82 718.30 2.69 . 1.66 5.80 0.60 130.75 5.57 2.51 1.71 40.22 94.52 1.26 27.15 25.14 1.94 . -249 1990 12 13 0.75 10.42 30.69 . 1.16 5.23 5.70 . 3.57 5.03 1.48 153.70 7.80 18.09 1.79 1116.25 132.13 718.50 2.69 . 1.67 5.81 0.59 131.25 5.57 2.52 1.71 40.22 94.48 1.26 27.12 25.12 1.94 . -250 1990 12 14 0.76 10.44 30.77 . 1.15 5.23 5.72 . 3.59 5.04 1.48 154.40 7.80 18.11 1.79 1122.00 132.95 719.10 2.69 . 1.67 5.82 0.59 131.45 5.58 2.52 1.71 40.22 94.75 1.27 27.11 25.14 1.93 . -251 1990 12 17 0.76 10.46 30.75 . 1.15 5.23 5.73 . 3.61 5.06 1.48 155.00 7.80 18.14 1.79 1123.00 133.25 719.80 2.70 . 1.67 5.82 0.59 131.50 5.60 2.52 1.71 40.22 95.10 1.27 . 25.18 1.92 . -252 1990 12 18 0.77 10.43 30.72 . 1.15 5.23 5.74 . 3.60 5.05 1.48 155.30 7.80 18.15 1.79 1121.75 133.23 720.20 2.70 . 1.67 5.82 0.58 131.50 5.60 2.52 1.72 40.22 95.08 1.27 27.11 25.18 1.93 . -253 1990 12 19 0.77 10.39 30.60 . 1.15 5.23 5.72 . 3.59 5.04 1.47 154.90 7.80 18.16 1.79 1117.75 134.15 720.20 2.70 . 1.66 5.80 0.59 131.30 5.58 2.52 1.72 40.22 94.65 1.27 27.11 25.16 1.93 . -254 1990 12 20 0.77 10.55 31.02 . 1.15 5.23 5.79 . 3.63 5.10 1.50 157.25 7.80 18.18 1.77 1132.00 134.85 720.30 2.70 . 1.69 5.88 0.59 133.35 5.64 2.55 1.73 40.22 95.80 1.28 27.10 25.19 1.90 . -255 1990 12 21 0.77 10.76 31.60 . 1.16 5.23 5.90 . 3.68 5.19 1.52 158.40 7.80 18.20 1.73 1151.00 135.60 719.70 2.70 . 1.72 5.99 0.58 135.80 5.72 2.57 1.74 40.22 97.77 1.30 . 25.27 1.88 . -256 1990 12 24 0.77 10.87 31.83 . 1.16 5.23 5.93 . 3.71 5.24 1.54 159.80 7.80 18.20 1.72 1161.00 136.05 719.20 2.70 . 1.74 6.03 0.58 136.75 5.77 2.60 1.74 40.23 98.94 1.31 . 25.28 1.86 . -257 1990 12 25 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -258 1990 12 26 0.77 10.77 31.60 . 1.16 5.23 5.89 . 3.68 5.20 1.53 159.75 7.80 . 1.73 1152.50 136.05 719.90 2.71 . 1.72 6.00 0.58 136.10 5.72 2.57 1.75 40.23 98.00 1.30 27.13 25.28 1.88 . -259 1990 12 27 0.76 10.76 31.85 . 1.16 5.23 5.91 . 3.68 5.20 1.53 160.00 7.80 . 1.73 1154.00 136.45 720.40 2.72 . 1.72 6.00 0.58 136.85 5.73 2.58 1.75 40.23 97.83 1.30 27.11 25.38 1.88 . -260 1990 12 28 0.77 10.54 30.93 . 1.16 5.23 5.78 . 3.61 5.09 1.49 159.00 7.80 18.12 1.77 1130.00 135.12 719.80 2.71 . 1.68 5.87 0.58 134.05 5.63 2.54 1.74 40.23 95.80 1.27 27.12 25.31 1.92 . -261 1990 12 31 0.77 10.53 30.94 . 1.16 5.23 5.77 . 3.63 5.10 1.49 160.00 7.80 18.13 1.77 1127.50 135.75 719.20 2.70 . 1.68 5.86 0.58 134.10 5.63 2.56 1.74 40.23 95.75 1.27 . 25.31 1.92 . -262 1991 1 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -263 1991 1 2 0.77 10.48 30.72 . 1.15 5.23 5.73 . 3.60 5.07 1.49 156.50 7.79 18.10 1.78 1122.00 134.60 . 2.70 . 1.68 5.84 0.59 132.85 5.60 2.54 1.74 40.24 95.08 1.26 . 25.23 1.94 . -264 1991 1 3 0.77 10.50 30.78 . 1.15 5.23 5.75 . 3.60 5.07 1.49 157.00 7.79 18.12 1.78 1123.75 133.05 719.50 2.70 . 1.68 5.84 0.59 133.35 5.60 2.54 1.74 40.25 94.83 1.26 27.10 25.21 1.94 . -265 1991 1 4 0.77 10.60 31.00 . 1.15 5.23 5.79 . 3.62 5.10 1.50 156.95 7.79 18.13 1.77 1132.50 135.10 718.80 2.70 . 1.69 5.89 0.59 134.50 5.63 2.56 1.75 40.25 95.45 1.27 27.12 25.20 1.93 . -266 1991 1 7 0.77 10.78 31.61 . 1.15 5.23 5.90 . 3.67 5.20 1.53 161.25 7.79 18.17 1.74 1152.25 136.70 719.50 2.72 . 1.72 5.99 0.59 137.00 5.72 2.57 1.75 40.24 97.13 1.29 27.12 25.27 1.90 . -267 1991 1 8 0.77 10.76 31.56 . 1.15 5.23 5.90 . 3.68 5.19 1.53 161.00 7.79 18.22 1.74 1150.20 136.45 719.90 2.72 . 1.72 5.98 0.59 136.10 5.71 2.57 1.76 40.23 96.90 1.28 27.14 25.32 1.90 . -268 1991 1 9 0.77 10.64 31.19 . 1.15 5.23 5.82 . 3.65 5.13 1.51 159.00 7.79 18.20 1.76 1138.00 134.05 720.20 2.72 . 1.70 5.91 0.59 135.60 5.65 2.57 1.75 . 95.50 1.27 27.16 25.32 1.92 . -269 1991 1 10 0.77 10.77 31.58 . 1.15 5.23 5.89 . 3.68 5.20 1.53 161.20 7.76 18.24 1.74 1152.50 134.60 720.30 2.72 . 1.72 5.98 0.59 137.50 5.70 2.59 1.75 . 96.65 1.28 27.18 25.31 1.90 . -270 1991 1 11 0.77 10.77 31.61 . 1.15 5.23 5.90 . 3.68 5.20 1.53 161.65 7.80 18.29 1.74 1153.50 134.25 718.10 2.72 . 1.72 5.99 0.59 137.75 5.70 2.58 1.75 40.22 96.45 1.28 27.17 . 1.90 . -271 1991 1 14 0.77 10.87 31.77 . 1.14 5.23 5.93 . 3.71 5.23 1.54 162.55 7.80 18.34 1.73 1160.80 135.05 720.60 2.72 . 1.74 6.03 0.59 138.25 5.73 2.59 1.76 . 97.13 1.28 27.25 25.32 1.90 . -272 1991 1 15 0.78 10.85 31.80 . 1.14 5.23 5.95 . 3.72 5.24 1.54 162.80 7.80 18.39 1.73 1161.25 135.90 721.10 2.72 . 1.74 6.02 0.59 137.90 5.73 2.59 1.76 40.25 97.42 1.28 27.38 25.31 1.90 . -273 1991 1 16 0.78 10.86 31.85 . 1.14 5.23 5.95 . 3.72 5.25 1.54 163.55 7.79 18.38 1.73 1162.75 136.85 721.30 2.73 . 1.74 6.02 0.59 137.85 5.73 2.59 1.76 . 97.43 1.28 27.35 25.33 1.90 . -274 1991 1 17 0.78 10.64 31.18 . 1.15 5.23 5.82 . 3.65 5.13 1.51 160.60 7.79 18.37 1.76 1138.00 132.88 721.30 2.72 . 1.70 5.90 0.59 135.30 5.65 2.55 1.74 40.27 95.25 1.27 27.26 25.30 1.92 . -275 1991 1 18 0.77 10.56 30.95 . 1.15 5.23 5.78 . 3.62 5.10 1.50 159.80 7.79 18.37 1.77 1130.25 132.80 721.40 2.72 . 1.69 5.86 0.59 133.80 5.61 2.54 1.74 . 94.47 1.26 . 25.27 1.94 . -276 1991 1 21 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -277 1991 1 22 0.78 10.51 30.81 . 1.16 5.23 5.75 . 3.61 5.08 1.49 159.35 7.79 18.41 1.78 1123.50 131.70 721.80 2.71 . 1.68 5.84 0.59 133.05 5.58 2.56 1.73 . 93.88 1.25 . 25.18 1.94 . -278 1991 1 23 0.78 10.48 30.62 . 1.15 5.23 5.75 . 3.60 5.05 1.48 158.95 7.79 18.42 1.78 1119.00 132.41 722.20 2.71 . 1.67 5.83 0.59 132.45 5.56 2.54 1.73 40.33 93.63 1.25 . 25.20 1.95 . -279 1991 1 24 0.77 10.45 30.63 . 1.15 5.23 5.72 . 3.60 5.05 1.48 158.20 7.79 18.42 1.79 1117.25 132.23 722.30 2.70 . 1.67 5.81 0.59 131.70 5.56 2.55 1.72 40.35 93.36 1.25 . 25.17 1.96 . -280 1991 1 25 0.77 10.48 30.66 . 1.16 5.23 5.74 . 3.61 5.06 1.49 158.75 7.79 18.40 1.78 1120.30 132.27 721.60 2.70 . 1.68 5.83 0.59 131.95 5.57 2.56 1.72 40.35 93.60 1.26 . 25.19 1.95 . -281 1991 1 28 0.78 10.48 30.67 . 1.16 5.23 5.73 . 3.60 5.05 1.48 158.75 7.79 18.45 1.79 1118.00 132.20 721.20 2.69 . 1.67 5.81 0.59 131.85 5.56 2.56 1.72 40.36 93.23 1.26 . 25.20 1.96 . -282 1991 1 29 0.78 10.47 30.61 . 1.15 5.23 5.72 . 3.60 5.04 1.48 158.85 7.79 18.49 1.79 1115.70 131.53 721.60 2.69 . 1.67 5.81 0.60 131.65 5.55 2.55 1.72 . 93.13 1.26 . 25.17 1.96 . -283 1991 1 30 0.78 10.49 30.73 . 1.16 5.23 5.74 . 3.61 5.06 1.49 159.25 7.79 18.60 1.78 1118.75 131.60 722.00 2.69 . 1.68 5.83 0.59 131.95 5.56 2.55 1.72 40.37 93.33 1.26 27.10 25.19 1.96 . -284 1991 1 31 0.78 10.40 30.51 . 1.16 5.23 5.69 . 3.58 5.02 1.47 157.75 7.79 18.61 1.80 1111.75 131.45 721.80 2.69 . 1.66 5.78 0.59 130.65 5.53 2.53 1.73 40.39 92.83 1.25 . 25.18 1.96 . -285 1991 2 1 0.78 10.32 30.20 . 1.16 5.23 5.64 . 3.56 4.99 1.46 157.45 7.79 18.60 1.81 1104.00 131.45 721.50 2.69 . 1.65 5.74 0.59 129.75 5.50 2.52 1.73 40.39 91.97 1.25 . 25.16 1.97 . -286 1991 2 4 0.78 10.30 30.17 . 1.15 5.23 5.64 . 3.56 4.98 1.46 156.10 7.79 18.59 1.81 1102.00 131.08 722.20 2.69 . 1.65 5.73 0.60 129.55 5.48 2.53 1.71 . 92.10 1.25 . 25.16 1.97 . -287 1991 2 5 0.77 10.28 30.14 . 1.15 5.23 5.63 . 3.55 4.97 1.46 156.55 7.79 18.60 1.81 1098.50 129.73 723.00 2.69 . 1.64 5.72 0.59 129.35 5.48 2.53 1.71 40.41 91.88 1.24 . 25.12 1.98 . -288 1991 2 6 0.77 10.21 29.88 . 1.15 5.23 5.58 . 3.54 4.94 1.45 155.50 7.80 18.58 1.83 1091.00 128.35 722.90 2.68 . 1.63 5.68 0.60 128.25 5.45 2.51 1.71 . 91.13 1.23 . 25.09 1.99 . -289 1991 2 7 0.78 10.20 29.83 . 1.15 5.23 5.58 . 3.53 4.93 1.45 155.35 7.79 18.69 1.83 1091.50 127.95 721.40 2.69 . 1.63 5.67 0.60 128.25 5.45 2.51 1.71 40.43 91.03 1.23 27.10 25.05 1.99 . -290 1991 2 8 0.77 10.25 29.97 . 1.15 5.23 5.60 . 3.54 4.96 1.45 156.05 7.79 18.76 1.82 1096.50 127.90 723.90 2.69 . 1.64 5.69 0.60 128.95 5.46 2.52 1.71 40.45 91.61 1.24 . 25.06 1.98 . -291 1991 2 11 0.77 10.17 29.79 . 1.15 5.23 5.56 . 3.53 4.93 1.44 154.95 7.79 18.71 1.83 1089.20 127.72 724.80 2.68 . 1.62 5.66 0.60 128.05 5.44 2.51 1.70 . 91.15 1.23 . 25.04 1.99 . -292 1991 2 12 0.78 10.23 29.89 . 1.15 5.23 5.59 . 3.54 4.95 1.45 156.05 7.79 18.72 1.82 1093.80 128.30 721.40 2.69 . 1.63 5.68 0.60 128.65 5.46 2.52 1.71 . 91.38 1.24 27.11 25.03 1.99 . -293 1991 2 13 0.78 10.25 30.01 . 1.15 5.23 5.61 . 3.55 4.96 1.45 156.35 7.79 18.75 1.82 1096.00 129.08 721.40 2.68 . 1.64 5.71 0.60 128.50 5.75 2.52 1.70 . 91.26 1.24 . 25.07 1.99 . -294 1991 2 14 0.78 10.31 30.17 . 1.15 5.23 5.64 . 3.56 4.99 1.46 157.45 7.79 18.83 1.81 1102.50 129.80 . 2.68 . 1.65 5.73 0.60 129.55 5.49 2.54 1.70 . 91.73 1.25 . . 1.98 . -295 1991 2 15 0.78 10.37 30.34 . 1.15 5.23 5.67 . 3.58 5.03 1.47 158.15 7.79 18.90 1.80 1110.00 130.45 . 2.68 . 1.66 5.76 0.60 129.95 5.52 2.54 1.71 40.54 92.37 1.26 . . 1.97 . -296 1991 2 18 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -297 1991 2 19 0.78 10.50 30.75 . 1.15 5.23 5.73 . 3.62 5.08 1.49 160.15 7.79 19.10 1.78 1120.25 131.55 724.10 2.69 . 1.68 5.83 0.60 131.35 5.57 2.54 1.72 40.61 93.03 1.28 . 25.14 1.95 . -298 1991 2 20 0.78 10.53 30.82 . 1.15 5.23 5.76 . 3.62 5.09 1.49 160.55 7.79 19.10 1.77 1122.00 131.80 725.00 2.69 . 1.68 5.85 0.59 131.55 5.57 2.55 1.72 40.66 93.18 1.27 . 25.18 1.94 . -299 1991 2 21 0.78 10.48 30.68 . 1.15 5.23 5.73 . 3.61 5.07 1.49 160.05 7.79 19.08 1.78 1116.80 131.40 724.40 2.69 . 1.68 5.83 0.59 131.05 5.56 2.54 1.72 40.71 92.93 1.27 . 25.19 1.95 . -300 1991 2 22 0.78 10.58 30.96 . 1.15 5.23 5.78 . 3.63 5.11 1.50 161.85 7.79 19.05 1.77 1126.50 132.20 724.80 2.70 . 1.69 5.87 0.59 132.15 5.59 2.56 1.71 40.74 93.68 1.28 . 25.17 1.94 . -301 1991 2 25 0.78 10.71 31.35 . 1.15 5.23 5.85 . 3.67 5.17 1.52 163.75 7.79 19.08 1.74 1138.50 133.35 725.70 2.70 . 1.71 5.95 0.59 133.65 5.65 2.58 1.72 40.72 94.73 1.30 . 25.22 1.92 . -302 1991 2 26 0.78 10.70 31.31 . 1.15 5.23 5.84 . 3.67 5.16 1.52 163.45 7.79 19.06 1.75 1136.00 132.85 726.60 2.71 . 1.71 5.94 0.60 133.25 5.65 2.56 1.72 40.72 94.53 1.30 . 25.24 1.92 . -303 1991 2 27 0.78 10.71 31.38 . 1.15 5.23 5.84 . 3.67 5.17 1.52 163.65 7.79 19.08 1.75 1137.30 132.27 727.20 2.71 . 1.71 5.94 0.59 133.25 5.65 2.56 1.72 40.71 94.83 1.31 . 25.25 1.91 . -304 1991 2 28 0.78 10.74 31.39 . 1.14 5.23 5.86 . 3.68 5.19 1.52 164.25 7.79 19.06 1.74 1140.30 132.95 727.20 2.72 . 1.72 5.96 0.59 133.55 5.67 2.57 1.72 . 95.03 1.32 . 25.23 1.91 . -305 1991 3 1 0.78 10.81 31.62 . 1.15 5.23 5.90 . 3.70 5.23 1.53 165.75 7.79 19.08 1.73 1148.50 134.55 . 2.72 . 1.73 6.00 0.60 134.85 5.70 2.58 1.73 40.71 95.73 1.33 . 25.27 1.89 . -306 1991 3 4 0.77 10.80 31.64 . 1.15 5.23 5.89 . 3.71 5.23 1.53 165.75 7.79 19.06 1.73 1147.75 135.55 727.00 2.72 . 1.73 6.00 0.59 134.35 5.70 2.59 1.73 40.73 95.63 1.34 . 25.33 1.89 . -307 1991 3 5 0.77 10.79 31.58 . 1.15 5.23 5.89 . 3.70 5.22 1.53 165.65 7.79 19.04 1.73 1146.00 135.39 727.90 2.72 . 1.72 5.99 0.59 134.05 5.69 2.59 1.73 40.72 95.53 1.33 . 25.34 1.90 . -308 1991 3 6 0.76 10.83 31.74 . 1.15 . 5.92 . 3.71 5.25 1.54 166.25 7.79 19.03 1.72 1150.50 136.25 727.70 2.73 . 1.73 6.02 0.59 134.25 5.71 2.59 1.74 . 95.78 1.34 . 25.38 1.88 . -309 1991 3 7 0.76 10.88 31.90 . 1.16 . 5.94 . 3.72 5.26 1.54 167.15 7.79 19.04 1.72 1155.75 135.80 727.50 2.73 . 1.74 6.04 0.59 134.95 5.73 2.59 1.74 40.72 96.33 1.35 . 25.35 1.88 . -310 1991 3 8 0.76 10.98 32.18 . 1.16 . 6.00 . 3.75 5.32 1.56 168.75 7.79 19.09 1.70 1169.00 136.25 727.60 2.73 . 1.76 6.09 0.59 136.15 5.77 2.61 1.74 40.75 97.18 1.36 . 25.36 1.87 . -311 1991 3 11 0.76 11.11 32.52 . 1.15 5.23 6.07 . 3.79 5.38 1.58 170.20 7.79 19.11 1.68 1179.75 138.10 727.60 2.73 . 1.78 6.17 0.59 137.40 5.82 2.63 1.74 40.74 98.35 1.37 . 25.45 1.85 . -312 1991 3 12 0.76 11.06 32.42 . 1.15 5.23 6.04 . 3.77 5.35 1.57 169.65 7.79 19.10 1.69 1174.50 136.30 725.40 2.73 . 1.77 6.15 0.59 136.95 5.80 2.62 1.74 40.73 97.88 1.36 . 25.46 1.85 . -313 1991 3 13 0.76 11.10 32.50 . 1.15 5.23 6.06 . 3.78 5.37 1.57 170.25 7.79 19.12 1.68 1177.00 136.40 725.10 2.73 . 1.77 6.16 0.59 137.15 5.81 2.62 1.74 40.73 98.08 1.36 . 25.42 1.85 . -314 1991 3 14 0.76 11.11 32.55 . 1.15 5.23 6.06 . 3.79 5.38 1.57 170.55 7.79 19.14 1.68 1178.00 135.95 728.10 2.73 . 1.78 6.17 0.59 137.55 5.82 2.62 1.74 40.72 98.28 1.36 . 25.40 1.85 . -315 1991 3 15 0.77 11.25 32.93 . 1.15 5.23 6.14 . 3.83 5.45 1.59 172.65 7.79 19.16 1.66 1194.00 137.20 727.90 2.73 . 1.80 6.24 0.59 139.75 5.87 2.66 1.75 . 99.63 1.38 27.22 25.43 1.83 . -316 1991 3 18 0.76 11.49 33.62 . 1.15 5.23 6.26 . 3.88 5.55 1.63 176.25 7.79 19.23 1.62 1218.00 138.15 728.30 2.73 . 1.84 6.37 0.59 142.45 5.97 2.70 1.76 40.74 101.63 1.41 . 25.48 1.79 . -317 1991 3 19 0.76 11.64 34.09 . 1.15 5.23 6.35 . 3.93 5.63 1.65 178.35 7.78 19.30 1.61 1233.00 138.15 728.70 2.74 . 1.86 6.45 0.59 144.95 6.03 2.73 1.76 40.76 102.95 1.42 27.27 25.53 1.76 . -318 1991 3 20 0.76 11.59 34.01 . 1.15 5.23 6.32 . 3.90 5.62 1.64 177.85 7.78 19.35 1.61 1228.00 138.60 728.90 2.74 . 1.85 6.40 0.59 143.85 6.00 2.69 1.77 40.76 102.38 1.42 27.29 25.55 1.77 . -319 1991 3 21 0.77 11.52 33.74 . 1.15 5.23 6.28 . 3.89 5.57 1.63 176.85 7.78 19.30 1.62 1219.50 137.60 728.60 2.74 . 1.84 6.39 0.59 143.45 5.97 2.69 1.77 40.74 101.83 1.41 27.27 25.52 1.79 . -320 1991 3 22 0.77 11.57 33.89 . 1.15 5.23 6.31 . 3.90 5.59 1.64 178.80 7.78 19.21 1.61 1224.75 137.20 728.10 2.74 . 1.85 6.41 0.59 144.45 5.99 2.70 1.76 . 102.18 1.40 27.27 25.49 1.78 . -321 1991 3 25 0.77 11.74 34.41 . 1.16 5.23 6.40 . 3.95 5.67 1.67 180.45 7.78 19.38 1.59 1241.75 138.43 728.40 2.75 . 1.88 6.50 0.58 146.05 6.06 2.71 1.77 . 103.60 1.42 . 25.52 1.76 . -322 1991 3 26 0.77 11.88 34.77 . 1.15 5.23 6.48 . 3.99 5.73 1.68 182.45 7.79 19.59 1.57 1254.50 138.35 . 2.76 . 1.90 6.58 0.58 148.25 6.11 2.73 1.78 40.77 104.80 1.43 . 25.58 1.75 . -323 1991 3 27 0.77 11.99 35.17 . 1.16 5.23 6.53 . 4.02 5.78 1.70 184.65 7.79 19.59 1.56 1267.75 139.10 728.60 2.76 . 1.92 6.63 0.58 149.95 6.15 2.74 1.79 40.76 105.58 1.45 27.36 . 1.73 . -324 1991 3 28 0.77 12.02 35.14 . 1.15 5.23 6.54 . 4.03 5.78 1.70 185.25 7.79 19.57 1.56 1271.00 141.20 728.20 2.77 . 1.92 6.64 0.58 150.30 6.16 2.75 1.79 40.77 105.92 1.45 27.48 25.63 1.73 . -325 1991 3 29 0.77 11.94 34.90 . 1.15 5.23 6.49 . 4.01 5.75 1.69 183.95 7.79 19.61 1.57 1262.25 140.60 727.30 2.76 . 1.91 6.60 0.58 149.25 6.13 2.70 1.79 40.77 105.08 1.44 . . 1.74 . -326 1991 4 1 0.77 11.84 34.67 . 1.15 5.23 6.45 . 3.98 5.70 1.68 182.95 7.79 19.61 1.58 1253.50 140.20 727.50 2.77 . 1.89 6.55 0.58 147.65 6.09 2.68 1.78 . 104.40 1.43 27.45 25.63 1.75 . -327 1991 4 2 0.77 11.80 34.55 . 1.15 5.23 6.44 . 3.96 5.69 1.67 182.20 7.79 19.66 1.59 1250.50 138.30 727.90 2.76 . 1.89 6.53 0.59 147.75 6.07 2.70 1.78 . 104.15 1.42 27.42 25.57 1.77 . -328 1991 4 3 0.77 11.75 34.35 . 1.15 5.23 6.40 . 3.93 5.65 1.66 181.65 7.79 19.62 1.60 1242.50 137.40 728.20 2.74 . 1.88 6.50 0.59 146.95 6.05 2.69 1.76 40.74 103.48 1.41 27.42 25.56 1.77 . -329 1991 4 4 0.78 11.71 34.26 . 1.15 5.23 6.38 . 3.92 5.64 1.66 180.50 7.79 19.68 1.60 1237.75 135.97 728.20 2.74 . 1.87 6.48 0.59 145.75 6.02 2.52 1.77 40.76 103.00 1.40 . 25.56 1.78 . -330 1991 4 5 0.78 11.81 34.54 . 1.15 5.23 6.44 . 3.95 5.69 1.68 182.55 7.79 19.70 1.58 1248.00 136.90 . 2.74 . 1.89 6.54 0.59 147.25 6.06 2.70 1.76 40.75 103.88 1.41 . 25.52 1.77 . -331 1991 4 8 0.78 11.88 34.76 . 1.15 5.23 6.47 . 3.97 5.71 1.68 183.20 7.79 19.82 1.58 1253.25 137.25 728.60 2.75 . 1.90 6.56 0.59 147.60 6.08 2.71 1.77 40.78 104.15 1.43 27.35 . 1.76 . -332 1991 4 9 0.78 11.76 34.34 . 1.15 5.28 6.40 . 3.94 5.64 1.66 181.65 7.79 19.73 1.59 1240.00 135.10 729.00 2.74 . 1.88 6.50 0.59 146.45 6.03 2.71 1.76 40.79 103.18 1.41 27.21 25.55 1.79 . -333 1991 4 10 0.78 11.82 34.53 . 1.15 5.28 6.43 . 3.95 5.67 1.67 182.75 7.79 19.75 1.59 1245.00 136.35 729.00 2.73 . 1.89 6.53 0.59 146.95 6.05 2.72 1.75 40.78 103.68 1.42 27.17 25.48 1.77 . -334 1991 4 11 0.78 11.75 34.36 . 1.14 5.28 6.40 . 3.94 5.65 1.67 181.45 7.79 19.80 1.59 1240.00 135.95 728.70 2.74 . 1.88 6.49 0.58 145.65 6.03 2.70 1.75 40.79 103.03 1.41 27.28 25.53 1.79 . -335 1991 4 12 0.78 11.85 34.64 . 1.15 5.28 6.46 . 3.96 5.68 1.68 183.15 7.79 19.80 1.58 1249.00 136.30 728.70 2.73 . 1.89 6.53 0.58 146.55 6.06 2.73 1.75 40.78 103.88 1.42 27.27 . 1.77 . -336 1991 4 15 0.78 11.79 34.45 . 1.14 5.28 6.40 . 3.93 5.65 1.67 181.65 7.79 19.77 1.59 1240.50 134.48 729.00 2.73 . 1.88 6.50 0.58 145.35 6.03 2.71 1.75 . 103.23 1.42 27.25 25.50 1.78 . -337 1991 4 16 0.77 11.71 34.26 . 1.14 5.28 6.37 . 3.91 5.62 1.66 181.05 7.79 19.73 1.60 1235.50 134.85 729.30 2.73 . 1.87 6.48 0.59 145.25 6.01 2.71 1.75 40.77 102.78 1.41 27.27 25.46 1.78 . -338 1991 4 17 0.77 11.76 34.41 . 1.15 5.28 6.39 . 3.92 5.65 1.67 181.55 7.79 19.72 1.60 1240.50 136.35 728.90 2.73 . 1.88 6.50 0.59 145.75 6.02 2.72 1.74 . 103.23 1.42 27.27 25.48 1.78 . -339 1991 4 18 0.77 11.87 34.72 . 1.15 5.28 6.45 . 3.96 5.70 1.68 183.25 7.79 19.90 1.58 1249.70 136.80 728.00 2.73 . 1.90 6.56 0.59 146.55 6.07 2.74 1.75 . 104.33 1.44 27.31 25.51 1.77 . -340 1991 4 19 0.77 12.21 35.70 . 1.15 5.29 6.63 . 4.05 5.85 1.73 188.25 7.79 20.07 1.54 1282.25 138.58 727.60 2.74 . 1.95 6.74 0.58 150.45 6.19 2.79 1.77 . 107.23 1.47 27.37 25.60 1.71 . -341 1991 4 22 0.77 12.42 36.32 . 1.15 5.30 6.73 . 4.11 5.95 1.76 191.20 7.79 20.25 1.51 1303.75 139.45 728.40 2.76 . 1.99 6.85 0.58 151.60 6.27 2.79 1.78 40.85 108.60 1.48 27.41 25.66 1.69 . -342 1991 4 23 0.77 12.25 35.82 . 1.15 5.30 6.65 . 4.06 5.87 1.74 188.65 7.79 20.23 1.53 1285.75 137.94 729.10 2.76 . 1.96 6.77 0.58 149.65 6.21 2.77 1.77 40.88 107.43 1.45 27.36 . 1.71 . -343 1991 4 24 0.77 12.33 36.06 . 1.15 5.30 6.70 . 4.08 5.91 1.75 190.15 7.79 20.20 1.52 1295.50 138.05 728.70 2.75 . 1.97 6.81 0.58 151.40 6.24 2.81 1.77 40.88 108.00 1.46 27.34 25.66 1.69 . -344 1991 4 25 0.77 12.28 35.94 . 1.15 5.30 6.66 . 4.06 5.89 1.74 189.25 7.79 20.25 1.53 1289.50 138.05 727.70 2.76 . 1.96 6.78 0.58 150.45 6.21 2.78 1.77 40.91 107.48 1.46 27.36 25.66 1.69 . -345 1991 4 26 0.77 12.34 36.07 . 1.15 5.30 6.70 . 4.08 5.92 1.75 190.25 7.79 20.23 1.52 1296.50 138.13 727.50 2.75 . 1.97 6.81 0.58 150.95 6.24 2.79 1.77 40.91 108.03 1.47 27.36 25.66 1.68 . -346 1991 4 29 0.77 12.42 36.33 . 1.15 5.30 6.74 . 4.09 5.96 1.76 191.45 7.79 20.24 1.51 1304.50 137.70 727.50 2.76 . 1.99 6.86 0.58 152.15 6.27 2.80 1.78 40.96 108.83 1.48 27.38 25.71 1.67 . -347 1991 4 30 0.78 12.08 35.29 . 1.15 . 6.56 . 4.01 5.81 1.71 186.05 7.79 20.18 1.55 1271.00 136.38 728.00 2.76 . 1.93 6.70 0.58 147.85 6.14 2.76 1.76 40.93 105.83 1.44 27.36 25.67 1.72 . -348 1991 5 1 0.77 12.00 35.08 . 1.15 5.30 6.52 . 3.99 5.77 1.70 184.95 7.79 20.20 1.56 1262.00 137.60 727.30 2.74 . 1.92 6.65 0.58 146.95 6.12 2.76 1.75 40.93 105.42 1.44 27.28 . 1.72 . -349 1991 5 2 0.77 12.13 35.46 . 1.14 5.30 6.59 . 4.00 5.83 1.72 186.95 7.79 20.21 1.55 1276.00 138.10 727.30 2.75 . 1.94 6.71 0.58 147.95 6.15 2.78 1.76 40.91 106.51 1.45 27.31 25.63 1.71 . -350 1991 5 3 0.77 12.31 35.84 . 1.15 5.30 6.71 . 4.06 5.90 1.74 190.65 7.79 20.21 1.52 1295.50 138.55 726.40 2.75 . 1.96 6.82 0.58 150.85 6.22 2.84 1.77 40.91 108.28 1.47 27.30 25.64 1.69 . -351 1991 5 6 0.77 12.22 35.75 . 1.15 5.32 6.64 . 4.03 5.88 1.73 189.35 7.79 20.35 1.54 1285.50 138.47 725.80 2.75 . 1.95 6.76 0.58 149.25 6.19 2.80 1.77 40.94 107.38 1.47 27.30 . 1.70 . -352 1991 5 7 0.78 12.12 35.41 . 1.15 5.32 6.56 . 4.01 5.82 1.72 187.95 7.79 20.38 1.55 1273.50 137.95 726.30 2.75 . 1.93 6.69 0.58 148.55 6.15 2.77 1.76 . 106.28 1.45 27.31 25.68 1.72 . -353 1991 5 8 0.78 12.18 35.66 . 1.15 5.32 6.62 . 4.04 5.86 1.73 189.55 7.79 20.35 1.54 1282.50 138.35 727.00 2.75 . 1.95 6.74 0.58 150.05 6.18 2.79 1.77 40.93 107.13 1.46 27.36 25.65 1.71 . -354 1991 5 9 0.78 12.25 35.81 . 1.15 5.32 6.66 . 4.05 5.89 1.74 190.25 7.79 20.46 1.53 1288.00 139.30 727.20 2.75 . 1.96 6.77 0.58 151.55 6.20 2.80 1.77 40.94 107.48 1.47 27.33 25.66 1.70 . -355 1991 5 10 0.78 12.18 35.51 . 1.15 5.32 6.60 . 4.03 5.83 1.72 189.15 7.79 20.46 1.54 1278.25 138.75 728.90 2.76 . 1.94 6.71 0.58 150.75 6.17 2.79 1.77 40.96 106.93 1.45 27.32 25.67 1.71 . -356 1991 5 13 0.77 12.05 35.23 . 1.15 5.32 6.55 . 4.01 5.80 1.71 187.45 7.79 20.48 1.56 1270.50 139.42 729.80 2.76 . 1.93 6.66 0.58 149.25 6.13 2.78 1.77 40.97 105.98 1.44 27.32 25.68 1.73 . -357 1991 5 14 0.77 11.98 34.96 . 1.15 5.32 6.50 . 3.99 5.76 1.70 186.55 7.79 20.48 1.57 1263.75 138.15 730.40 2.76 . 1.91 6.61 0.58 148.45 6.10 2.76 1.77 40.97 105.38 1.43 27.30 25.67 1.73 . -358 1991 5 15 0.78 11.90 34.80 . 1.15 5.32 6.47 . 3.99 5.74 1.69 185.35 7.79 20.44 1.58 1258.00 137.99 730.70 2.75 . 1.90 6.58 0.58 148.05 6.08 2.78 1.76 40.98 104.88 1.43 27.30 25.62 1.74 . -359 1991 5 16 0.78 11.94 34.85 . 1.14 5.32 6.48 . 4.01 5.75 1.69 186.15 7.78 20.48 1.57 1262.50 137.55 729.60 2.75 . 1.91 6.61 0.59 148.75 6.10 2.78 1.76 . 105.28 1.44 27.28 25.60 1.74 . -360 1991 5 17 0.78 12.25 35.71 . 1.15 5.32 6.62 . 4.07 5.87 1.73 190.20 7.78 20.49 1.54 1290.00 138.50 728.50 2.75 . 1.95 6.74 0.59 151.25 6.20 2.84 1.77 40.99 107.40 1.47 27.26 25.62 1.71 . -361 1991 5 20 0.78 12.15 35.53 . 1.14 5.33 6.60 . 4.05 5.85 1.72 188.95 7.79 20.70 1.55 1282.00 138.22 728.30 2.76 . 1.94 6.71 0.58 150.95 6.20 2.79 1.77 41.01 106.98 1.45 27.28 25.69 1.71 . -362 1991 5 21 0.77 12.04 35.23 . 1.14 5.33 6.55 . 4.02 5.81 1.71 187.95 7.79 20.65 1.56 1271.00 137.50 . 2.76 . 1.92 6.67 0.58 149.55 6.14 2.78 1.77 41.02 106.18 1.44 27.25 25.65 1.73 . -363 1991 5 22 0.77 12.11 35.45 . 1.14 5.32 6.59 . 4.04 5.84 1.72 189.05 7.78 20.66 1.55 1279.00 138.05 728.80 2.75 . 1.94 6.70 0.58 150.65 6.17 2.82 1.77 . 106.83 1.46 27.26 25.63 1.72 . -364 1991 5 23 0.75 12.06 35.28 . 1.15 5.33 6.56 . 4.06 5.82 1.71 187.95 7.78 20.67 1.56 1274.25 137.73 729.60 2.75 . 1.93 6.67 0.57 149.95 6.14 2.78 1.77 . 106.23 1.45 27.28 25.65 1.73 . -365 1991 5 24 0.75 12.02 35.16 . 1.14 5.33 6.55 . 4.05 5.80 1.70 187.85 7.75 20.70 1.56 1271.50 138.40 728.90 2.75 . 1.92 6.66 0.58 149.65 6.12 2.80 1.76 . 106.03 1.45 27.25 25.64 1.73 . -366 1991 5 27 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -367 1991 5 28 0.76 11.94 34.94 . 1.14 5.33 6.50 . 4.05 5.76 1.69 186.10 7.74 20.69 1.57 1263.00 137.80 728.00 2.75 . 1.91 6.62 0.58 148.20 6.09 2.78 1.76 . 105.35 1.44 27.24 . 1.74 . -368 1991 5 29 0.76 12.05 35.18 . 1.14 5.33 6.55 . 4.07 5.80 1.71 187.35 7.72 20.69 1.56 1270.00 138.20 727.20 2.75 . 1.93 6.66 0.58 148.90 6.12 2.79 1.76 41.03 105.80 1.46 27.22 25.62 1.73 . -369 1991 5 30 0.75 12.10 35.36 . 1.14 5.34 6.59 . 4.10 5.83 1.72 188.80 7.73 20.77 1.55 1277.00 137.85 726.00 2.75 . 1.93 6.70 0.58 149.90 6.16 2.82 1.76 41.08 106.50 1.46 27.20 25.62 1.71 . -370 1991 5 31 0.75 12.23 35.78 . 1.14 5.34 6.67 . 4.14 5.90 1.73 190.60 7.73 20.89 1.53 1291.00 138.45 725.80 2.75 . 1.96 6.77 0.58 151.50 6.23 2.84 1.76 41.11 107.65 1.48 27.18 25.64 1.69 . -371 1991 6 3 0.75 12.28 35.92 . 1.14 5.35 6.71 . 4.15 5.91 1.74 191.45 7.74 21.00 1.53 1293.29 139.08 725.40 2.76 . 1.96 6.80 0.58 152.25 6.26 2.82 1.77 41.13 107.93 1.48 27.21 25.69 1.69 . -372 1991 6 4 0.76 12.25 35.80 . 1.14 5.35 6.68 . 4.11 5.89 1.73 191.05 7.74 21.00 1.53 1289.00 138.66 726.60 2.76 . 1.95 6.78 0.58 151.75 6.24 2.81 1.77 41.15 107.63 1.48 27.19 25.71 1.70 . -373 1991 6 5 0.76 12.30 35.96 . 1.14 5.35 6.72 . 4.13 5.91 1.74 191.60 7.74 21.01 1.53 1294.00 139.13 728.90 2.76 . 1.97 6.82 0.58 152.10 6.28 2.83 1.77 41.17 108.07 1.49 27.17 25.71 1.69 . -374 1991 6 6 0.75 12.32 36.09 . 1.14 5.35 6.72 . 4.13 5.93 1.75 191.95 7.74 21.00 1.52 1298.75 139.18 . 2.76 . 1.97 6.83 0.57 152.75 6.29 2.83 1.77 41.20 108.28 1.50 27.16 25.72 1.68 . -375 1991 6 7 0.75 12.44 36.42 . 1.14 5.35 6.79 . 4.17 5.99 1.77 193.85 7.73 21.06 1.51 1312.00 140.31 728.70 2.77 . 1.99 6.89 0.57 154.25 6.35 2.86 1.77 41.20 109.38 1.51 27.16 25.73 1.67 . -376 1991 6 10 0.75 12.46 36.41 . 1.14 5.36 6.80 . 4.17 5.99 1.77 193.45 7.72 21.01 1.51 1313.00 141.90 728.90 2.77 . 1.99 6.89 0.57 154.10 6.36 2.85 1.78 41.21 109.40 1.51 27.18 25.78 1.66 . -377 1991 6 11 0.75 12.45 36.45 . 1.14 5.36 6.81 . 4.18 6.01 1.77 193.45 7.72 21.03 1.51 1317.00 141.20 729.90 2.77 . 1.99 6.91 0.57 156.85 6.36 2.84 1.78 41.16 109.58 1.51 27.18 25.79 1.66 . -378 1991 6 12 0.75 12.61 36.87 . 1.14 5.36 6.89 . 4.23 6.07 1.79 195.75 7.73 20.94 1.49 1331.00 141.90 729.40 2.78 . 2.01 6.99 0.57 159.25 6.44 2.85 1.78 41.26 111.03 1.53 27.18 25.79 1.64 . -379 1991 6 13 0.75 12.66 37.00 . 1.14 5.37 6.92 . 4.25 6.09 1.79 196.05 7.73 21.00 1.48 1337.00 141.33 722.90 2.79 . 2.02 7.02 0.57 159.15 6.47 2.87 1.79 41.26 111.38 1.53 27.19 25.83 1.63 . -380 1991 6 14 0.75 12.58 36.84 . 1.14 . 6.89 . 4.23 6.07 1.78 195.25 7.72 20.99 1.49 1334.25 140.55 726.80 2.78 . 2.01 6.98 0.57 158.85 6.44 2.86 1.78 41.26 111.70 1.53 27.19 25.82 1.63 . -381 1991 6 17 0.75 12.63 37.00 . 1.14 5.37 6.93 . 4.26 6.10 1.79 196.05 7.72 21.16 1.48 1339.00 140.97 726.10 2.79 . 2.02 7.03 0.57 159.25 6.49 2.88 1.78 41.25 112.98 1.54 . 25.82 1.62 . -382 1991 6 18 0.76 12.75 37.31 . 1.14 5.37 6.99 . 4.29 6.16 1.81 197.50 7.72 21.16 1.47 1348.50 140.90 728.40 2.79 . 2.04 7.09 0.57 160.10 6.55 2.90 1.79 41.25 113.65 1.56 27.15 25.80 1.61 . -383 1991 6 19 0.76 12.59 36.84 . 1.14 5.37 6.90 . 4.25 6.09 1.79 195.35 7.72 21.14 1.49 1334.50 140.08 728.40 2.79 . 2.01 7.00 0.57 157.35 6.47 2.86 1.78 41.24 113.10 1.53 27.17 25.82 1.63 . -384 1991 6 20 0.76 12.63 36.99 . 1.14 5.36 6.93 . 4.27 6.11 1.79 196.85 7.71 21.09 1.48 1337.75 138.74 . 2.78 . 2.02 7.02 0.57 157.95 6.50 2.88 1.77 . 112.93 1.54 27.18 25.79 1.63 . -385 1991 6 21 0.76 12.65 37.02 . 1.14 5.36 6.93 . 4.27 6.11 1.79 196.95 7.71 21.08 1.48 1338.75 139.00 728.00 2.78 . 2.02 7.02 0.57 157.25 6.50 2.88 1.77 41.21 113.03 1.54 27.17 25.78 1.63 . -386 1991 6 24 0.76 12.56 36.73 . 1.14 5.36 6.89 . 4.24 6.06 1.78 195.65 7.72 21.15 1.49 1328.75 138.90 723.90 2.78 . 2.01 6.97 0.57 155.95 6.46 2.85 1.77 41.20 112.00 1.53 27.15 25.78 1.64 . -387 1991 6 25 0.76 12.63 37.04 . 1.14 5.36 6.93 . 4.25 6.10 1.79 196.95 7.74 21.12 1.48 1338.50 138.82 731.40 2.78 . 2.02 7.00 0.57 156.95 6.50 2.88 1.76 41.17 112.88 1.55 27.13 25.74 1.62 . -388 1991 6 26 0.76 12.56 36.78 . 1.14 5.36 6.89 . 4.23 6.06 1.78 195.65 7.74 21.09 1.49 1331.50 138.30 732.10 2.78 . 2.01 6.96 0.57 156.15 6.45 2.86 1.76 . 112.33 1.54 27.11 25.75 1.63 . -389 1991 6 27 0.76 12.61 36.98 . 1.14 5.36 6.94 . 4.25 6.08 1.79 196.75 7.74 21.08 1.49 1336.50 138.10 730.30 2.78 . 2.02 7.00 0.57 156.75 6.49 2.88 1.76 41.17 112.63 1.54 27.12 25.73 1.63 . -390 1991 6 28 0.76 12.76 37.32 . 1.14 5.36 6.94 . 4.24 6.14 1.81 199.00 7.76 21.13 1.47 1348.75 137.90 727.40 2.78 . 2.04 7.00 0.57 158.35 6.49 2.89 1.77 41.18 113.68 1.55 27.10 25.73 1.61 . -391 1991 7 1 0.76 12.81 37.50 . 1.14 5.36 7.03 . 4.31 6.17 1.82 199.75 7.76 23.09 1.46 1354.50 138.40 725.90 2.79 . 2.05 7.10 0.57 158.65 6.57 2.90 1.76 41.18 114.08 1.56 . 25.77 1.61 . -392 1991 7 2 0.76 12.90 37.72 . 1.14 5.37 7.07 . 4.35 6.21 1.83 199.93 7.77 23.12 1.46 1363.75 138.78 728.10 2.79 . 2.06 7.14 0.56 160.05 6.62 2.90 1.77 41.16 114.85 1.58 26.91 25.77 1.60 . -393 1991 7 3 0.76 12.87 37.64 . 1.14 5.38 7.07 . 4.34 6.21 1.83 200.35 7.77 26.28 1.46 1362.50 139.50 730.30 2.79 . 2.06 7.14 0.56 159.85 6.62 2.90 1.77 . 114.73 1.58 27.03 . 1.60 . -394 1991 7 4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -395 1991 7 5 0.76 12.84 37.59 . 1.14 5.38 7.06 . 4.34 6.19 1.82 199.85 7.76 26.07 1.46 1359.50 138.35 731.70 2.79 . 2.05 7.13 0.56 159.95 6.60 2.90 1.76 . 114.68 1.57 27.02 25.79 1.61 . -396 1991 7 8 0.76 12.73 37.27 . 1.14 5.37 7.00 . 4.32 6.14 1.81 198.25 7.76 25.86 1.47 1348.50 138.73 732.50 2.78 . 2.03 7.07 0.56 158.35 6.55 2.89 1.76 41.15 114.03 1.56 27.05 25.77 1.62 . -397 1991 7 9 0.76 12.79 37.41 . 1.14 5.37 7.03 . 4.35 6.16 1.81 198.95 7.75 25.86 1.47 1352.50 138.65 733.20 2.78 . 2.04 7.09 0.56 158.75 6.57 2.89 1.75 41.16 114.18 1.57 27.04 25.77 1.62 . -398 1991 7 10 0.76 12.76 37.37 . 1.14 5.37 7.01 . 4.36 6.15 1.81 198.25 7.76 25.92 1.47 1350.50 138.53 734.10 2.78 . 2.04 7.07 0.56 157.95 6.55 2.89 1.76 . 113.88 1.57 27.06 25.77 1.62 . -399 1991 7 11 0.76 12.91 37.74 . 1.14 5.37 7.09 . 4.41 6.21 1.83 200.45 7.76 25.89 1.45 1362.25 138.58 734.30 2.78 . 2.06 7.14 0.56 159.05 6.62 2.91 1.75 41.17 115.03 1.58 27.01 25.78 1.60 . -400 1991 7 12 0.77 12.60 36.83 . 1.14 5.37 6.92 . 4.30 6.07 1.78 195.20 7.76 25.88 1.49 1332.50 136.75 734.50 2.78 . 2.01 6.97 0.56 154.75 6.47 2.89 1.75 41.21 112.40 1.54 27.06 25.81 1.65 . -401 1991 7 15 0.77 12.58 36.83 . 1.14 5.36 6.92 . 4.30 6.06 1.78 195.20 7.76 25.90 1.49 1332.00 136.70 734.40 2.78 . 2.01 6.98 0.56 153.70 6.47 2.88 1.75 41.20 112.40 1.54 27.04 25.73 1.65 . -402 1991 7 16 0.77 12.65 37.04 . 1.14 5.36 6.94 . 4.32 6.10 1.79 196.15 7.75 25.96 1.48 1338.50 137.15 734.80 2.78 . 2.02 7.00 0.56 154.45 6.50 2.88 1.75 . 112.68 1.56 27.02 25.72 1.64 . -403 1991 7 17 0.77 12.60 36.84 . 1.14 5.36 6.92 . 4.30 6.07 1.78 195.55 7.76 25.96 1.49 1332.25 136.80 734.80 2.78 . 2.01 6.98 0.56 153.95 6.48 2.87 1.75 . 112.28 1.55 27.01 25.74 1.65 . -404 1991 7 18 0.77 12.46 36.45 . 1.15 5.36 6.84 . 4.25 6.01 1.77 193.70 7.76 25.87 1.50 1318.50 136.80 734.50 2.78 . 1.99 6.90 0.56 151.85 6.40 2.87 1.75 . 110.70 1.53 26.96 25.74 1.66 . -405 1991 7 19 0.77 12.29 36.01 . 1.16 5.36 6.76 . 4.20 5.93 1.74 191.85 7.76 25.87 1.52 1302.75 136.45 731.10 2.78 . 1.97 6.81 0.56 150.25 6.32 2.85 1.75 . 109.28 1.51 26.96 25.73 1.69 . -406 1991 7 22 0.77 12.39 36.24 . 1.15 5.36 6.79 . 4.23 5.97 1.75 193.00 7.75 25.77 1.52 1309.50 137.45 734.20 2.78 . 1.98 6.85 0.56 150.50 6.36 2.87 1.75 . 109.83 1.52 26.93 25.68 1.68 . -407 1991 7 23 0.77 12.37 36.15 . 1.15 5.36 6.79 . 4.22 5.96 1.75 192.60 7.75 25.78 1.52 1309.00 136.98 733.50 2.78 . 1.97 6.84 0.56 150.70 6.36 2.85 1.75 . 109.65 1.52 26.96 25.73 1.68 . -408 1991 7 24 0.77 12.21 35.75 . 1.15 5.36 6.71 . 4.18 5.90 1.73 190.60 7.75 25.75 1.53 1294.50 137.38 732.40 2.78 . 1.95 6.77 0.56 148.80 6.28 2.83 1.74 . 108.32 1.51 26.94 25.72 1.69 . -409 1991 7 25 0.77 12.36 36.14 . 1.15 . 6.78 . 4.22 5.96 1.75 191.92 7.75 25.69 1.52 1308.50 138.85 730.00 2.78 . 1.97 6.84 0.56 150.72 6.34 2.86 1.75 . 109.43 1.53 26.92 25.71 1.67 . -410 1991 7 26 0.77 12.26 35.81 . 1.14 5.36 6.72 . 4.19 5.91 1.73 191.05 7.75 25.72 1.53 1297.00 137.90 728.00 2.78 . 1.96 6.78 0.57 149.25 6.30 2.86 1.75 . 108.88 1.51 26.91 25.76 1.68 . -411 1991 7 29 0.77 12.34 36.13 . 1.14 5.36 6.78 . 4.22 5.96 1.75 192.75 7.75 25.76 1.52 1309.00 138.18 728.40 2.78 . 1.97 6.84 0.57 150.55 6.35 2.88 1.75 41.41 109.63 1.53 26.91 25.70 1.67 . -412 1991 7 30 0.77 12.30 36.10 . 1.15 5.36 6.78 . 4.22 5.95 1.75 192.55 7.75 25.72 1.52 1308.50 137.93 729.10 2.78 . 1.97 6.84 0.57 150.25 6.35 2.88 1.74 . 109.58 1.52 26.90 25.72 1.67 . -413 1991 7 31 0.77 12.28 35.97 . 1.15 5.36 6.76 . 4.20 5.93 1.74 192.25 7.76 25.76 1.53 1303.50 137.42 729.00 2.78 . 1.96 6.82 0.57 150.00 6.33 2.87 1.74 . 109.33 1.52 26.90 25.74 1.68 . -414 1991 8 1 0.77 12.37 36.21 . 1.15 5.36 6.81 . 4.22 5.97 1.75 193.65 7.76 25.74 1.52 1312.50 137.67 728.70 2.78 . 1.98 6.86 0.57 151.05 6.37 2.88 1.74 . 109.93 1.53 26.84 25.72 1.67 . -415 1991 8 2 0.77 12.20 35.74 . 1.15 5.36 6.71 . 4.17 5.89 1.73 192.20 7.76 25.90 1.54 1296.50 136.74 729.40 2.78 . 1.95 6.77 0.57 148.70 6.29 2.83 1.74 . 108.80 1.50 26.80 25.74 1.69 . -416 1991 8 5 0.78 12.11 35.44 . 1.14 5.36 6.67 . 4.15 5.85 1.71 189.95 7.76 25.72 1.55 1287.00 136.68 729.60 2.78 . 1.93 6.72 0.57 147.85 6.24 2.83 1.73 . 107.83 1.49 26.74 25.72 1.70 . -417 1991 8 6 0.78 12.04 35.29 . 1.14 5.35 6.63 . 4.12 5.82 1.71 189.35 7.76 25.57 1.56 1281.50 135.73 730.90 2.77 . 1.93 6.69 0.57 147.25 6.22 2.84 1.72 41.47 107.33 1.49 26.75 25.69 1.71 . -418 1991 8 7 0.78 12.05 35.21 . 1.14 5.35 6.62 . 4.12 5.81 1.70 189.50 7.76 25.64 1.56 1279.50 135.85 731.00 2.76 . 1.92 6.68 0.57 147.15 6.21 2.84 1.72 41.49 106.98 1.49 26.77 25.67 1.71 . -419 1991 8 8 0.78 12.09 35.49 . 1.14 5.35 6.68 . 4.17 5.85 1.72 191.05 7.76 25.57 1.55 1291.00 136.47 730.90 2.77 . 1.94 6.74 0.57 148.65 6.26 2.86 1.72 41.49 108.03 1.50 26.78 25.64 1.70 . -420 1991 8 9 0.78 12.15 35.61 . 1.14 5.36 6.69 . 4.19 5.87 1.72 191.30 7.76 25.74 1.54 1293.00 136.90 731.70 2.77 . 1.94 6.75 0.57 149.10 6.27 2.87 1.72 . 108.22 1.51 26.72 25.68 1.69 . -421 1991 8 12 0.78 12.14 35.56 . 1.14 5.36 6.68 . 4.20 5.87 1.72 190.90 7.76 25.89 1.54 1293.00 136.54 732.80 2.77 . 1.94 6.74 0.57 148.50 6.27 2.85 1.72 41.56 108.10 1.51 26.73 25.70 1.69 . -422 1991 8 13 0.78 12.18 35.67 . 1.14 5.36 6.70 . 4.20 5.89 1.73 191.65 7.76 25.82 1.54 1298.00 136.52 735.10 2.77 . 1.95 6.77 0.57 148.90 6.29 2.86 1.72 41.61 108.55 1.51 26.70 25.67 1.69 . -423 1991 8 14 0.78 12.21 35.74 . 1.14 5.36 6.72 . 4.22 5.90 1.73 191.95 7.76 26.02 1.53 1301.50 136.61 736.80 2.77 . 1.95 6.78 0.57 149.45 6.30 2.86 1.72 41.76 108.68 1.51 26.71 25.70 1.68 . -424 1991 8 15 0.77 12.19 35.70 . 1.14 5.36 6.70 . 4.22 5.89 1.73 191.85 7.76 25.99 1.54 1298.50 136.47 736.80 2.77 . 1.95 6.78 0.57 148.95 6.30 2.87 1.72 41.81 108.58 1.52 26.71 25.70 1.68 . -425 1991 8 16 0.77 12.38 36.26 . 1.14 5.36 6.79 . 4.28 5.99 1.76 194.75 7.76 25.96 1.51 1319.25 137.25 736.80 2.77 . 1.98 6.88 0.57 151.35 6.40 2.90 1.72 42.01 109.98 1.54 26.70 25.73 1.66 . -426 1991 8 19 0.77 12.77 37.32 . 1.14 5.37 6.99 . 4.41 6.15 1.81 198.95 7.77 26.00 1.47 1352.50 138.30 734.20 2.78 . 2.04 7.07 0.57 155.15 6.58 2.91 1.74 . 112.58 1.55 26.71 25.74 1.63 . -427 1991 8 20 0.78 12.69 37.08 . 1.14 5.39 6.94 . 4.38 6.11 1.80 197.55 7.77 26.00 1.48 1343.75 137.45 737.30 2.79 . 2.03 7.02 0.57 154.35 6.54 2.91 1.74 . 112.23 1.54 26.74 25.82 1.63 . -428 1991 8 21 0.78 12.34 36.06 . 1.14 5.38 6.76 . 4.26 5.95 1.75 193.85 7.76 25.94 1.52 1310.25 136.80 736.50 2.78 . 1.97 6.83 0.57 150.35 6.35 2.86 1.72 . 109.38 1.52 26.70 25.79 1.67 . -429 1991 8 22 0.78 12.16 35.54 . 1.14 5.38 6.66 . 4.20 5.87 1.72 190.75 7.76 25.95 1.54 1291.00 136.43 734.10 2.78 . 1.94 6.74 0.57 148.25 6.26 2.83 1.72 41.91 107.93 1.50 26.70 25.73 1.69 . -430 1991 8 23 0.78 12.33 36.05 . 1.14 5.38 6.76 . 4.26 5.95 1.75 193.50 7.76 25.94 1.52 1308.75 137.10 733.70 2.78 . 1.97 6.84 0.57 150.20 6.36 2.87 1.72 41.89 109.20 1.53 26.70 . 1.67 . -431 1991 8 26 0.78 12.29 35.96 . 1.14 5.38 6.74 . 4.26 5.93 1.74 193.45 7.76 . 1.52 1305.00 137.00 734.80 2.78 . 1.96 6.83 0.57 150.05 6.35 2.87 1.72 . 108.97 1.52 26.70 . 1.67 . -432 1991 8 27 0.78 12.30 35.98 . 1.14 5.38 6.74 . 4.26 5.93 1.74 193.55 7.76 25.94 1.52 1305.50 137.00 736.10 2.78 . 1.97 6.83 0.57 149.95 6.34 2.87 1.72 . 108.98 1.52 26.70 25.73 1.68 . -433 1991 8 28 0.78 12.23 35.75 . 1.14 5.38 6.72 . 4.24 5.90 1.73 192.65 7.76 25.87 1.53 1297.25 136.60 735.90 2.78 . 1.95 6.80 0.57 149.15 6.31 2.87 1.72 . 108.43 1.51 26.70 25.75 1.69 . -434 1991 8 29 0.78 12.28 35.94 . 1.14 5.38 6.74 . 4.24 5.92 1.74 193.35 7.76 25.74 1.53 1303.00 137.00 736.10 2.78 . 1.96 6.82 0.57 149.65 6.33 2.88 1.71 41.87 108.68 1.52 26.70 25.73 1.68 . -435 1991 8 30 0.78 12.30 35.97 . 1.14 5.38 6.74 . 4.24 5.93 1.74 193.45 7.76 25.82 1.52 1304.60 136.85 736.70 2.78 . 1.96 6.83 0.57 149.75 6.34 2.88 1.71 . 108.78 1.52 26.70 25.74 1.68 . -436 1991 9 2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -437 1991 9 3 0.77 12.24 35.79 . 1.14 5.38 6.71 . 4.23 5.91 1.74 192.65 7.76 25.83 1.53 1298.75 136.02 740.20 2.78 . 1.95 6.79 0.57 149.15 6.31 2.86 1.71 . 108.33 1.52 26.68 25.72 1.69 . -438 1991 9 4 0.78 12.21 35.74 . 1.14 5.38 6.70 . 4.22 5.89 1.73 191.85 7.76 25.76 1.54 1295.00 135.30 744.20 2.78 . 1.95 6.78 0.57 148.65 6.30 2.86 1.71 . 108.18 1.52 26.60 25.70 1.69 . -439 1991 9 5 0.78 12.24 35.81 . 1.14 5.38 6.71 . 4.21 5.90 1.74 192.45 7.75 25.79 1.53 1296.50 135.87 743.80 2.78 . 1.96 6.79 0.57 148.74 6.31 2.87 1.71 . 108.38 1.52 26.51 25.68 1.69 . -440 1991 9 6 0.78 12.21 35.65 . 1.13 5.38 6.68 . 4.21 5.88 1.73 191.65 7.75 25.82 1.54 1292.25 136.15 743.40 2.77 . 1.95 6.77 0.58 148.35 6.29 2.86 1.71 41.91 107.98 1.52 26.52 25.70 1.69 . -441 1991 9 9 0.79 11.94 34.90 . 1.13 5.38 6.55 . 4.13 5.75 1.69 187.70 7.75 25.79 1.57 1266.75 134.95 744.60 2.76 . 1.90 6.63 0.58 145.45 6.16 2.84 1.70 . 105.90 1.49 26.56 25.64 1.73 . -442 1991 9 10 0.78 11.93 34.87 . 1.14 5.38 6.53 . 4.13 5.76 1.69 187.80 7.74 25.77 1.57 1267.25 134.85 746.20 2.75 . 1.90 6.62 0.58 145.85 6.15 2.84 1.70 . 106.08 1.48 26.58 25.62 1.72 . -443 1991 9 11 0.78 11.94 34.96 . 1.13 5.38 6.54 . 4.13 5.77 1.69 188.20 7.74 25.79 1.57 1269.75 134.95 744.90 2.76 . 1.91 6.63 0.58 145.54 6.17 2.83 1.70 . 106.38 1.48 26.57 25.62 1.72 . -444 1991 9 12 0.79 11.85 34.76 . 1.13 5.38 6.51 . 4.11 5.74 1.68 187.45 7.74 25.78 1.58 1263.50 134.06 743.90 2.75 . 1.90 6.60 0.58 144.95 6.14 2.82 1.69 . 105.93 1.47 26.54 25.60 1.73 . -445 1991 9 13 0.79 11.86 34.71 . 1.13 5.38 6.51 . 4.11 5.73 1.68 187.25 7.75 25.80 1.58 1262.00 133.98 744.60 2.75 . 1.89 6.60 0.58 145.05 6.13 2.82 1.69 . 105.78 1.47 26.54 25.61 1.73 . -446 1991 9 16 0.79 11.77 34.48 . 1.13 . 6.46 . 4.08 5.70 1.67 186.15 7.74 25.85 1.59 1253.75 133.65 745.30 2.75 . 1.88 6.55 0.58 143.95 6.10 2.80 1.69 . 104.98 1.46 26.48 25.60 1.73 . -447 1991 9 17 0.79 11.74 34.44 . 1.13 5.38 6.45 . 4.06 5.68 1.67 186.15 7.75 25.96 1.59 1250.50 133.82 745.50 2.75 . 1.88 6.55 0.58 143.75 6.09 2.81 1.69 41.89 104.83 1.45 26.48 25.57 1.74 . -448 1991 9 18 0.80 11.83 34.66 . 1.13 . 6.49 . 4.07 5.72 1.68 186.75 7.75 25.89 1.58 1258.25 134.17 741.70 2.75 . 1.89 6.58 0.58 144.55 6.12 2.82 1.69 41.91 105.38 1.46 26.50 25.58 1.73 . -449 1991 9 19 0.79 11.89 34.81 . 1.13 5.38 6.52 . 4.12 5.75 1.68 187.95 7.75 25.89 1.58 1265.00 134.50 739.70 2.75 . 1.90 6.62 0.58 145.35 6.15 2.82 1.69 . 106.13 1.47 26.61 25.60 1.72 . -450 1991 9 20 0.79 11.86 34.78 . 1.13 5.38 6.51 . 4.12 5.74 1.68 187.85 7.75 25.92 1.58 1263.75 134.37 742.00 2.75 . 1.90 6.60 0.58 145.15 6.15 2.82 1.69 . 105.98 1.47 26.65 25.62 1.72 . -451 1991 9 23 0.80 11.76 34.45 . 1.13 5.38 6.45 . 4.07 5.69 1.67 186.25 7.75 25.89 1.59 1251.75 133.05 . 2.74 . 1.88 6.54 0.58 143.85 6.09 2.81 1.68 . 105.33 1.45 . . 1.74 . -452 1991 9 24 0.80 11.72 34.57 . 1.13 5.38 6.46 . 4.07 5.70 1.67 186.50 7.75 25.87 1.59 1255.50 133.08 745.20 2.74 . 1.89 6.55 0.58 144.60 6.11 2.79 1.69 . 105.95 1.45 26.58 25.55 1.73 . -453 1991 9 25 0.79 11.83 34.67 . 1.13 5.38 6.49 . 4.10 5.73 1.68 187.45 7.74 25.83 1.58 1258.75 133.30 747.00 2.74 . 1.89 6.59 0.57 145.25 6.14 2.82 1.69 . 106.23 1.46 26.60 25.57 1.73 . -454 1991 9 26 0.79 11.84 34.71 . 1.13 5.38 6.49 . 4.11 5.73 1.68 187.35 7.74 25.80 1.58 1259.25 133.67 744.90 2.74 . 1.89 6.58 0.56 145.45 6.14 2.82 1.69 42.00 106.71 1.46 26.58 25.57 1.73 . -455 1991 9 27 0.79 11.79 34.54 . 1.13 5.38 6.47 . 4.09 5.70 1.67 186.75 7.74 25.87 1.59 1253.25 133.40 746.40 2.75 . 1.88 6.56 0.56 145.25 6.12 2.81 1.69 . 105.98 1.45 26.53 . 1.73 . -456 1991 9 30 0.79 11.69 34.25 . 1.13 . 6.41 . 4.04 5.66 1.66 185.25 7.74 25.77 1.60 1243.50 132.85 745.90 2.73 . 1.87 6.50 0.56 143.95 6.06 2.80 1.68 . 105.18 1.44 26.47 25.56 1.75 . -457 1991 10 1 0.79 11.72 34.31 . 1.13 5.38 6.42 . 4.05 5.67 1.66 185.85 7.74 25.77 1.60 1246.25 133.20 746.00 2.74 . 1.87 6.51 0.56 143.85 6.07 2.80 1.68 . 105.33 1.45 26.49 25.56 1.74 . -458 1991 10 2 0.80 11.70 34.26 . 1.13 5.38 6.41 . 4.04 5.66 1.66 185.35 7.74 25.74 1.60 1244.00 132.68 747.50 2.73 . 1.87 6.50 0.56 143.25 6.06 2.81 1.68 . 105.28 1.45 26.48 25.56 1.75 . -459 1991 10 3 0.79 11.71 34.34 . 1.13 5.38 6.42 . 4.05 5.67 1.66 185.85 7.74 25.76 1.60 1246.25 130.77 . 2.73 . 1.87 6.51 0.56 143.55 6.06 2.81 1.68 . 105.63 1.45 26.46 25.56 1.75 . -460 1991 10 4 0.79 11.79 34.57 . 1.13 5.38 6.46 . 4.08 5.71 1.67 187.05 7.74 25.72 1.59 1252.75 130.03 . 2.73 . 1.89 6.55 0.56 144.45 6.10 2.82 1.69 42.09 106.13 1.46 26.42 25.50 1.73 . -461 1991 10 7 0.79 11.81 34.63 . 1.12 5.38 6.47 . 4.09 5.71 1.68 187.55 7.74 25.75 1.59 1255.00 129.30 751.40 2.74 . 1.89 6.56 0.56 144.65 6.12 2.81 1.69 42.11 106.23 1.47 26.38 . 1.73 . -462 1991 10 8 0.79 11.93 34.92 . 1.12 5.38 6.52 . 4.12 5.77 1.69 189.00 7.75 25.83 1.57 1267.50 130.10 755.40 2.74 . 1.91 6.63 0.56 145.67 6.17 2.83 1.69 . 107.00 1.48 26.48 25.50 1.71 . -463 1991 10 9 0.79 11.90 34.84 . 1.12 5.39 6.53 . 4.13 5.76 1.69 187.95 7.75 25.80 1.57 1264.00 130.25 755.40 2.74 . 1.90 6.63 0.56 145.52 6.17 2.81 1.69 . 106.74 1.48 26.42 25.55 1.71 . -464 1991 10 10 0.79 11.92 34.88 . 1.13 5.39 6.52 . 4.13 5.76 1.69 189.05 7.74 25.80 1.57 1266.75 130.35 755.00 2.74 . 1.90 6.62 0.56 145.75 6.17 2.82 1.69 . 107.09 1.48 . 25.45 1.71 . -465 1991 10 11 0.79 11.92 34.85 . 1.12 5.39 6.53 . 4.14 5.76 1.69 188.55 7.74 25.78 1.57 1266.50 129.73 755.20 2.74 . 1.90 6.63 0.56 145.60 6.17 2.82 1.69 . 106.98 1.48 . 25.54 1.71 . -466 1991 10 14 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -467 1991 10 15 0.80 12.05 35.22 . 1.12 5.39 6.59 . 4.17 5.82 1.71 190.10 7.75 25.82 1.56 1280.00 130.22 754.60 2.74 . 1.92 6.69 0.56 147.20 6.23 2.84 1.69 42.17 107.64 1.49 26.38 25.52 1.70 . -468 1991 10 16 0.79 11.96 35.03 . 1.13 5.39 6.55 . 4.15 5.80 1.70 189.55 7.75 25.82 1.57 1272.25 130.02 754.30 2.75 . 1.91 6.66 0.56 146.32 6.20 2.82 1.69 42.19 107.12 1.48 26.37 . 1.71 . -469 1991 10 17 0.79 11.98 35.05 . 1.12 . 6.56 . 4.16 5.80 1.70 189.50 7.75 25.80 1.56 1272.25 129.83 754.00 2.74 . 1.91 6.66 0.56 146.60 6.20 2.84 1.69 . 107.25 1.48 26.41 25.53 1.70 . -470 1991 10 18 0.79 11.89 34.81 . 1.12 5.39 6.51 . 4.16 5.75 1.68 188.25 7.75 25.80 1.58 1264.75 129.77 754.70 2.74 . 1.90 6.62 0.56 145.50 6.16 2.83 1.69 . 106.58 1.47 26.41 25.51 1.72 . -471 1991 10 21 0.79 11.89 34.80 . 1.12 5.39 6.53 . 4.10 5.76 1.69 188.35 7.75 25.80 1.58 1264.75 130.73 753.90 2.74 . 1.90 6.62 0.56 145.60 6.15 2.84 1.69 42.17 106.63 1.48 26.39 . 1.71 . -472 1991 10 22 0.79 11.93 34.90 . 1.12 5.39 6.55 . 4.11 5.78 1.69 189.00 7.75 25.84 1.57 1268.00 131.20 752.60 2.74 . 1.91 6.64 0.56 146.05 6.17 2.83 1.69 . 106.90 1.47 26.41 25.55 1.71 . -473 1991 10 23 0.78 12.00 35.07 . 1.12 5.39 6.59 . 4.12 5.81 1.70 190.15 7.75 25.80 1.56 1274.50 131.55 752.50 2.75 . 1.92 6.67 0.55 146.55 6.20 2.84 1.69 . 107.28 1.48 26.37 25.58 1.70 . -474 1991 10 24 0.78 11.96 35.00 . 1.12 5.39 6.58 . 4.12 5.79 1.69 189.95 7.75 25.79 1.57 1271.25 131.18 754.50 2.74 . 1.91 6.66 0.55 146.65 6.19 2.84 1.69 42.22 107.18 1.48 26.37 25.59 1.71 . -475 1991 10 25 0.78 11.97 35.01 . 1.12 5.39 6.58 . 4.13 5.80 1.70 190.65 7.75 25.79 1.57 1271.25 131.40 754.80 2.74 . 1.91 6.66 0.55 146.45 6.19 2.84 1.69 . 107.03 1.48 . 25.59 1.71 . -476 1991 10 28 0.78 12.02 35.22 . 1.12 . 6.62 . 4.15 5.83 1.71 191.55 7.76 25.80 1.56 1276.50 132.25 754.90 2.75 . 1.92 6.69 0.55 147.15 6.22 2.85 1.70 . 107.53 1.50 26.38 25.61 1.70 . -477 1991 10 29 0.78 11.89 34.79 . 1.12 5.38 6.55 . 4.12 5.77 1.69 189.45 7.77 25.79 1.58 1264.50 130.75 754.70 2.75 . 1.90 6.62 0.55 145.30 6.15 2.85 1.69 . 106.32 1.47 26.36 25.64 1.72 . -478 1991 10 30 0.78 11.76 34.47 . 1.12 5.39 6.47 . 4.06 5.71 1.67 187.20 7.77 25.90 1.60 1251.00 131.08 754.60 2.75 . 1.88 6.54 0.55 143.60 6.08 2.82 1.69 . 105.02 1.46 26.28 25.62 1.74 . -479 1991 10 31 0.77 11.73 34.34 . 1.12 5.39 6.47 . 4.07 5.69 1.66 187.15 7.76 25.84 1.60 1250.50 130.60 754.80 2.75 . 1.87 6.53 0.55 143.65 6.07 2.82 1.69 42.25 104.98 1.46 . 25.59 1.74 . -480 1991 11 1 0.78 11.69 34.19 . 1.12 . 6.44 . 4.04 5.67 1.66 186.25 7.76 25.85 1.60 1244.50 130.30 756.40 2.74 . 1.87 6.50 0.56 143.05 6.05 2.81 1.68 . 104.63 1.46 26.25 25.58 1.74 . -481 1991 11 4 0.78 11.48 33.62 . 1.12 5.39 6.32 . 3.97 5.58 1.63 183.50 7.76 25.80 1.63 1222.75 128.90 757.30 2.74 . 1.83 6.39 0.56 140.40 5.95 2.79 1.67 42.24 102.73 1.43 26.16 25.52 1.78 . -482 1991 11 5 0.78 11.56 33.82 . 1.12 5.39 6.36 . 3.99 5.61 1.64 185.00 7.76 25.79 1.62 1231.00 129.80 757.70 2.74 . 1.85 6.43 0.56 141.32 5.99 2.80 1.67 . 103.45 1.44 26.17 25.51 1.76 . -483 1991 11 6 0.78 11.54 33.80 . 1.12 . 6.36 . 3.99 5.61 1.64 184.75 7.76 25.79 1.62 1229.00 129.90 756.20 2.73 . 1.84 6.43 0.56 141.05 5.98 2.80 1.68 . 103.24 1.45 . 25.53 1.77 . -484 1991 11 7 0.78 11.48 33.60 . 1.12 . 6.32 . 3.97 5.57 1.63 183.95 7.76 25.82 1.63 1226.25 129.70 756.00 2.74 . 1.83 6.39 0.55 140.45 5.95 2.80 1.67 42.31 102.68 1.43 26.13 25.51 1.77 . -485 1991 11 8 0.78 11.56 33.83 . 1.12 5.39 6.37 . 4.00 5.61 1.64 185.35 7.76 25.84 1.62 1235.50 130.32 756.80 2.74 . 1.85 6.43 0.55 141.55 5.99 2.80 1.68 42.36 103.38 1.45 26.11 25.53 1.76 . -486 1991 11 11 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -487 1991 11 12 0.78 11.52 33.71 . 1.13 . 6.35 . 4.00 5.59 1.63 185.25 7.76 25.80 1.63 1232.75 129.65 756.60 2.74 . 1.84 6.41 0.56 141.35 5.98 2.80 1.67 42.35 103.03 1.45 . 25.52 1.77 . -488 1991 11 13 0.78 11.52 33.76 . 1.13 . 6.36 . 4.00 5.60 1.63 185.45 7.76 25.80 1.63 1233.50 130.12 756.70 2.74 . 1.84 6.42 0.56 141.75 5.98 2.80 1.67 . 103.28 1.45 26.02 25.51 1.77 . -489 1991 11 14 0.78 11.47 33.62 . 1.13 5.40 6.33 . 4.30 5.57 1.63 184.65 7.76 25.80 1.63 1228.50 129.87 755.80 2.73 . 1.83 6.40 0.56 141.05 5.96 2.79 1.67 42.37 102.58 1.44 25.90 25.50 1.77 . -490 1991 11 15 0.78 11.53 33.74 . 1.13 5.39 6.36 . 4.40 5.60 1.63 185.65 7.76 25.80 1.63 1235.50 130.05 756.40 2.74 . 1.84 6.43 0.56 143.05 5.99 2.79 1.67 . 103.18 1.45 25.92 25.50 1.76 . -491 1991 11 18 0.78 11.31 33.15 . 1.12 5.39 6.24 . 4.34 5.49 1.60 182.55 7.75 25.79 1.66 1214.50 129.30 757.00 2.73 . 1.81 6.30 0.56 141.25 5.87 2.78 1.66 42.37 101.48 1.42 25.94 25.46 1.79 . -492 1991 11 19 0.78 11.27 33.02 . 1.12 5.39 6.22 . 4.35 5.47 1.60 182.25 7.75 25.80 1.66 1210.00 129.95 757.40 2.73 . 1.80 6.28 0.56 140.15 5.84 2.78 1.66 42.39 101.33 1.41 25.95 . 1.79 . -493 1991 11 20 0.78 11.28 33.00 . 1.13 5.39 6.22 . 4.33 5.47 1.60 182.35 7.75 25.79 1.66 1210.50 129.77 757.30 2.73 . 1.80 6.29 0.56 139.85 5.85 2.78 1.66 42.39 101.58 1.42 25.96 25.48 1.79 . -494 1991 11 21 0.79 11.23 32.87 . 1.13 5.39 6.20 . 4.30 5.45 1.59 181.65 7.75 25.78 1.67 1207.00 129.62 758.50 2.73 . 1.79 6.27 0.56 139.65 5.83 2.77 1.66 . 101.43 1.41 25.93 25.48 1.79 . -495 1991 11 22 0.79 11.16 32.68 . 1.13 5.40 6.16 . 4.28 5.42 1.58 180.65 7.75 25.80 1.68 1199.50 129.53 759.30 2.73 . 1.78 6.24 0.56 140.85 5.80 2.77 1.66 42.41 101.58 1.41 25.92 25.48 1.79 . -496 1991 11 25 0.79 11.15 32.63 . 1.13 5.40 6.15 . 4.29 5.41 1.58 180.65 7.75 25.77 1.68 1198.00 127.77 759.40 2.73 . 1.78 6.23 0.56 140.35 5.80 2.77 1.65 . 101.28 1.40 25.85 25.43 1.79 . -497 1991 11 26 0.78 11.14 32.56 . 1.13 5.40 6.15 . 4.29 5.39 1.58 180.55 7.75 25.80 1.68 1196.00 128.10 758.90 2.73 . 1.78 6.23 0.56 141.05 5.80 2.75 1.65 42.42 101.23 1.40 25.78 25.43 1.79 . -498 1991 11 27 0.78 11.37 33.32 . 1.13 5.40 6.28 . 4.37 5.52 1.61 184.20 7.75 25.82 1.65 1219.00 130.28 758.60 2.74 . 1.82 6.36 0.56 144.25 5.92 2.80 1.66 . 102.97 1.42 25.77 25.47 1.76 . -499 1991 11 28 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -500 1991 11 29 0.78 11.45 33.50 . 1.13 5.41 6.32 . 4.39 5.55 1.62 185.35 7.76 25.80 1.63 1226.00 130.08 759.00 2.75 . 1.83 6.39 0.56 144.68 5.95 2.79 1.66 42.42 103.50 1.43 25.77 25.50 1.76 . -501 1991 12 2 0.78 11.33 33.14 . 1.13 5.41 6.25 . 4.35 5.49 1.60 183.45 7.76 25.78 1.65 1213.50 129.95 759.00 2.75 . 1.81 6.33 0.56 143.08 5.89 2.79 1.65 . 102.65 1.42 25.77 25.48 1.77 . -502 1991 12 3 0.78 11.36 33.25 . 1.13 5.41 6.27 . 4.36 5.51 1.61 184.15 7.76 25.80 1.65 1218.50 129.55 758.90 2.75 . 1.81 6.35 0.56 143.75 5.90 2.79 1.66 . 103.08 1.42 25.82 25.49 1.77 . -503 1991 12 4 0.78 11.36 33.28 . 1.13 5.41 6.28 . 4.37 5.52 1.61 184.25 7.76 25.79 1.65 1219.75 129.55 758.70 2.74 . 1.82 6.36 0.56 143.55 5.92 2.78 1.66 42.51 103.28 1.42 25.77 25.47 1.77 . -504 1991 12 5 0.78 11.17 32.76 . 1.13 5.41 6.18 . 4.31 5.43 1.59 181.55 7.78 25.81 1.67 1201.25 128.77 759.10 2.74 . 1.79 6.26 0.56 141.05 5.82 2.77 1.65 . 101.78 1.40 25.77 . 1.79 . -505 1991 12 6 0.77 11.07 32.40 . 1.13 5.41 6.11 . 4.26 5.37 1.57 179.85 7.77 25.86 1.69 1190.75 128.20 759.60 2.74 . 1.77 6.19 0.56 139.85 5.76 2.75 1.65 42.51 100.78 1.38 25.77 25.42 1.81 . -506 1991 12 9 0.77 11.07 32.45 . 1.13 5.41 6.12 . 4.26 5.38 1.57 180.20 7.77 25.83 1.69 1190.00 128.40 759.50 2.74 . 1.77 6.20 0.55 140.20 5.76 2.77 1.64 42.51 101.02 1.39 25.75 25.42 1.80 . -507 1991 12 10 0.77 11.11 32.51 . 1.13 5.41 6.14 . 4.28 5.39 1.57 181.25 7.77 25.86 1.68 1195.00 128.70 760.40 2.74 . 1.77 6.22 0.55 139.95 5.78 2.77 1.65 . 100.98 1.39 25.75 25.37 1.80 . -508 1991 12 11 0.77 11.17 32.47 . 1.14 5.42 6.13 . 4.27 5.38 1.57 180.95 7.77 25.86 1.68 1190.75 129.15 761.00 2.74 . 1.77 6.21 0.55 140.15 5.76 2.77 1.65 . 100.78 1.39 25.75 25.42 1.80 . -509 1991 12 12 0.77 11.12 32.57 . 1.14 5.42 6.14 . 4.28 5.40 1.58 181.60 7.77 25.86 1.68 1194.50 129.24 761.40 2.74 . 1.78 6.21 0.55 140.55 5.77 2.77 1.65 . 100.98 1.39 25.75 25.42 1.80 . -510 1991 12 13 0.77 11.13 32.59 . 1.14 5.42 6.16 . 4.28 5.40 1.58 181.85 7.77 25.83 1.68 1195.50 128.80 761.10 2.75 . 1.78 6.22 0.55 140.75 5.77 2.76 1.65 42.52 101.08 1.39 25.75 25.42 1.81 . -511 1991 12 16 0.77 11.11 32.51 . 1.14 5.42 6.14 . 4.26 5.39 1.57 181.30 7.77 25.84 1.68 1191.50 128.47 761.80 2.74 . 1.77 6.20 0.55 140.05 5.76 2.77 1.64 . 100.55 1.39 25.75 25.43 1.82 . -512 1991 12 17 0.77 11.10 32.45 . 1.14 5.42 6.12 . 4.26 5.38 1.57 180.65 7.77 25.83 1.69 1188.75 128.60 762.50 2.74 . 1.77 6.18 0.55 139.15 5.74 2.77 1.64 . 100.23 1.39 25.75 25.40 1.82 . -513 1991 12 18 0.77 11.07 32.38 . 1.14 5.42 6.11 . 4.26 5.37 1.57 180.55 7.77 25.81 1.69 1188.00 128.45 762.70 2.74 . 1.77 6.18 0.54 139.25 5.73 2.77 1.64 . 100.08 1.39 25.75 . 1.82 . -514 1991 12 19 0.77 10.97 32.12 . 1.15 5.42 6.07 . 4.23 5.33 1.55 178.80 7.77 25.79 1.70 1182.00 128.33 762.70 2.74 . 1.75 6.14 0.55 138.50 5.70 2.76 1.64 . 99.34 1.38 25.75 . 1.83 . -515 1991 12 20 0.76 10.78 31.63 . 1.15 5.42 5.97 . 4.18 5.24 1.53 178.70 7.77 25.79 1.73 1166.25 127.57 762.90 2.73 . 1.72 6.04 0.54 136.20 5.61 2.75 1.64 . 97.95 1.36 25.75 . 1.86 . -516 1991 12 23 0.76 10.65 31.23 . 1.16 5.42 5.90 . 4.13 5.17 1.51 174.25 7.77 25.82 1.75 1148.00 126.55 763.20 2.73 . 1.70 5.97 0.54 135.05 5.53 2.73 1.62 42.52 96.48 1.34 25.75 . 1.87 . -517 1991 12 24 0.76 10.72 31.42 . 1.16 5.42 5.94 . 4.16 5.20 1.52 175.55 7.77 25.85 1.74 1154.50 127.55 763.50 2.73 . 1.71 6.01 0.54 135.75 5.57 2.74 1.63 42.52 96.93 1.35 25.75 . 1.87 . -518 1991 12 25 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -519 1991 12 26 0.76 10.64 31.13 . 1.16 5.42 5.89 . 4.12 5.16 1.51 174.25 7.77 . 1.75 1145.50 126.78 763.30 2.73 . 1.70 5.96 0.54 135.10 5.52 . 1.63 . 96.30 1.34 25.75 . 1.88 . -520 1991 12 27 0.76 10.68 31.25 . 1.16 5.42 5.91 . 4.15 5.18 1.51 175.25 7.77 25.80 1.74 1150.00 125.57 764.00 2.73 . 1.71 5.98 0.54 135.25 5.55 2.75 1.62 . 96.68 1.35 25.75 . 1.87 . -521 1991 12 30 0.75 10.69 31.32 . 1.15 5.44 5.91 . 4.14 5.19 1.51 175.60 7.78 25.79 1.74 1151.25 125.75 764.70 2.73 . 1.71 5.98 0.54 135.00 5.55 2.74 1.63 . 96.80 1.35 25.75 . 1.86 . -522 1991 12 31 0.75 10.70 31.29 . 1.15 5.44 5.92 . 4.14 5.19 1.52 175.85 7.78 25.76 1.74 1151.25 124.90 765.30 2.72 . 1.71 5.98 0.54 134.65 5.55 2.74 1.62 . 95.98 1.36 25.74 . 1.86 . -523 1992 1 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -524 1992 1 2 0.75 10.75 31.45 . 1.15 5.44 5.94 . 4.15 5.22 1.52 176.65 7.77 25.79 1.73 1156.00 124.50 765.30 2.72 . 1.72 6.02 0.53 134.55 5.57 2.75 1.62 . 97.13 1.36 . 25.25 1.86 . -525 1992 1 3 0.75 10.88 31.85 . 1.14 5.45 6.01 . 4.19 5.28 1.54 178.55 7.75 25.81 1.71 1168.00 124.80 765.30 2.72 . 1.74 6.08 0.53 135.05 5.63 2.76 1.63 42.63 98.08 1.37 . 25.25 1.84 . -526 1992 1 6 0.76 10.69 31.27 . 1.14 5.45 5.90 . 4.12 5.18 1.51 175.45 7.75 25.79 1.75 1146.50 124.10 763.50 2.71 . 1.71 5.98 0.54 132.55 5.54 2.74 1.62 . 96.43 1.34 25.51 25.25 1.87 . -527 1992 1 7 0.75 10.70 31.29 . 1.14 5.44 5.92 . 4.13 5.19 1.52 176.15 7.75 25.79 1.74 1149.50 124.40 763.80 2.70 . 1.71 5.99 0.55 132.85 5.55 2.73 1.62 . 96.78 1.34 25.15 25.20 1.87 . -528 1992 1 8 0.75 10.67 31.21 . 1.14 5.44 5.89 . 4.13 5.17 1.51 175.25 7.75 25.79 1.75 1146.50 124.90 765.50 2.70 . 1.70 5.97 0.54 132.15 5.53 2.74 1.62 42.63 96.58 1.35 25.25 25.20 1.87 . -529 1992 1 9 0.74 10.89 31.84 . 1.14 5.44 6.00 . 4.20 5.28 1.54 178.50 7.76 25.82 1.72 1168.25 125.40 766.10 2.70 . 1.74 6.08 0.54 135.20 5.62 2.75 1.62 42.64 98.70 1.38 25.13 25.22 1.83 . -530 1992 1 10 0.73 11.12 32.59 . 1.15 5.45 6.13 . 4.29 5.40 1.58 182.55 7.76 25.81 1.68 1192.75 127.05 767.10 2.71 . 1.78 6.21 0.54 137.75 5.76 2.80 1.63 . 100.53 1.41 25.25 25.22 1.79 . -531 1992 1 13 0.74 11.07 32.39 . 1.14 5.46 6.10 . 4.28 5.36 1.57 181.45 7.76 25.80 1.69 1188.50 126.85 766.90 2.71 . 1.77 6.19 0.54 136.35 5.74 2.78 1.63 . 100.25 1.39 25.22 25.36 1.80 . -532 1992 1 14 0.74 11.16 32.73 . 1.14 5.46 6.14 . 4.31 5.42 1.59 182.90 7.76 25.81 1.67 1198.75 126.80 767.50 2.70 . 1.79 6.22 0.54 137.65 5.76 2.81 1.63 42.66 101.03 1.41 25.21 25.36 1.78 . -533 1992 1 15 0.74 11.40 33.38 . 1.15 5.46 6.28 . 4.41 5.53 1.62 186.80 7.76 25.86 1.64 1222.50 128.40 767.50 2.71 . 1.82 6.37 0.53 140.10 5.90 2.81 1.64 . 103.05 1.44 25.19 25.38 1.75 . -534 1992 1 16 0.74 11.38 33.32 . 1.15 5.46 6.27 . 4.41 5.51 1.61 187.20 7.76 25.84 1.64 1219.25 128.28 767.70 2.70 . 1.82 6.36 0.53 140.40 5.89 2.81 1.64 . 102.95 1.43 25.17 25.45 1.76 . -535 1992 1 17 0.74 11.31 33.09 . 1.15 5.46 6.23 . 4.38 5.48 1.60 185.55 7.76 25.94 1.65 1210.50 127.45 767.90 2.69 . 1.81 6.31 0.54 139.35 5.85 2.78 1.64 42.69 101.90 1.42 25.18 25.45 1.77 . -536 1992 1 20 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -537 1992 1 21 0.75 11.15 32.56 . 1.15 5.46 6.13 . 4.31 5.40 1.58 183.25 7.76 25.88 1.68 1192.00 123.20 768.20 2.68 . 1.78 6.21 0.54 136.70 5.75 2.77 1.63 42.67 100.10 1.40 25.13 25.34 1.80 . -538 1992 1 22 0.75 11.17 32.66 . 1.15 5.46 6.15 . 4.32 5.40 1.58 183.30 7.75 25.86 1.67 1194.00 123.22 768.80 2.67 . 1.78 6.23 0.54 136.80 5.77 2.78 1.63 42.67 100.33 1.40 25.12 25.34 1.80 . -539 1992 1 23 0.74 11.22 32.86 . 1.15 5.46 6.18 . 4.33 5.44 1.59 184.45 7.75 25.88 1.67 1199.75 123.90 769.00 2.67 . 1.79 6.26 0.54 137.75 5.80 2.78 1.63 42.66 100.93 1.41 25.13 25.32 1.79 . -540 1992 1 24 0.73 11.17 32.65 . 1.16 5.46 6.15 . 4.32 5.41 1.58 183.30 7.76 25.98 1.68 1194.50 123.42 769.10 2.66 . 1.78 6.24 0.54 137.00 5.77 2.77 1.63 42.67 100.40 1.40 25.08 25.36 1.80 . -541 1992 1 27 0.73 11.35 33.28 . 1.17 5.46 6.26 . 4.39 5.50 1.61 186.75 7.75 25.95 1.65 1213.75 125.40 769.00 2.65 . 1.82 6.33 0.53 139.45 5.86 2.81 1.63 . 101.78 1.43 25.01 25.39 1.77 . -542 1992 1 28 0.74 11.22 32.86 . 1.17 5.46 6.20 . 4.35 5.43 1.59 184.85 7.76 25.94 1.66 1200.75 125.62 769.00 2.66 . 1.79 6.27 0.54 137.75 5.80 2.78 1.63 . 100.78 1.42 25.00 25.38 1.79 . -543 1992 1 29 0.74 11.17 32.75 . 1.17 5.46 6.17 . 4.33 5.41 1.59 184.15 7.76 25.92 1.67 1196.00 125.45 768.10 2.65 . 1.79 6.24 0.54 137.35 5.78 2.78 1.63 . 100.03 1.41 25.00 25.38 1.80 . -544 1992 1 30 0.74 11.41 33.39 . 1.17 5.46 6.28 . 4.42 5.53 1.62 188.00 7.76 25.91 1.64 1219.00 126.00 767.10 2.63 . 1.82 6.35 0.53 140.05 5.88 2.82 1.63 . 102.27 1.44 25.01 25.39 1.77 . -545 1992 1 31 0.75 11.30 33.09 . 1.17 5.46 6.22 . 4.37 5.48 1.60 185.75 7.76 25.95 1.65 1208.25 125.55 766.50 2.62 . 1.80 6.30 0.54 138.45 5.83 2.79 1.63 . 101.08 1.42 25.03 25.40 1.78 . -546 1992 2 3 0.75 11.26 32.89 . 1.17 5.46 6.20 . 4.36 5.44 1.59 184.70 7.75 25.84 1.66 1201.25 125.95 766.80 2.61 . 1.79 6.27 0.54 137.70 5.81 2.78 1.62 42.69 100.62 1.42 . 25.40 1.79 . -547 1992 2 4 0.74 11.20 32.78 . 1.18 5.46 6.17 . 4.34 5.42 1.59 184.35 7.75 25.81 1.67 1198.50 126.15 . 2.61 . 1.79 6.24 0.54 137.45 5.78 2.78 1.62 . 100.28 1.42 . . 1.80 . -548 1992 2 5 0.74 11.18 32.74 . 1.17 5.46 6.17 . 4.33 5.41 1.58 184.15 7.75 25.80 1.67 1195.75 125.83 766.80 2.61 . 1.78 6.24 0.54 137.25 5.78 2.78 1.62 . 100.18 1.41 . . 1.80 . -549 1992 2 6 0.74 11.11 32.52 . 1.17 5.46 6.12 . 4.31 5.37 1.57 183.05 7.76 25.80 1.68 1188.50 125.65 766.80 2.60 . 1.77 6.20 0.54 136.45 5.74 2.77 1.62 . 99.58 1.40 . . 1.82 . -550 1992 2 7 0.75 10.98 32.12 . 1.17 5.46 6.05 . 4.26 5.31 1.56 181.15 7.75 25.80 1.70 1174.00 125.22 768.30 2.60 . 1.75 6.13 0.54 134.75 5.67 2.75 1.62 . 98.45 1.39 25.00 25.36 1.83 . -551 1992 2 10 0.74 11.05 32.36 . 1.17 5.46 6.09 . 4.28 5.35 1.57 182.35 7.74 25.82 1.69 1182.75 126.70 768.80 2.60 . 1.76 6.16 0.54 135.85 5.71 2.77 1.62 . 99.03 1.40 25.01 25.34 1.82 . -552 1992 2 11 0.75 11.18 32.77 . 1.18 5.47 6.17 . 4.34 5.42 1.59 184.25 7.74 25.91 1.67 1197.00 126.93 769.50 2.60 . 1.79 6.24 0.54 137.10 5.78 2.78 1.62 . 100.27 1.42 25.02 25.38 1.80 . -553 1992 2 12 0.75 11.32 33.07 . 1.18 5.48 6.23 . 4.38 5.47 1.60 185.90 7.75 25.94 1.65 1209.00 127.68 769.50 2.61 . 1.80 6.30 0.53 138.40 5.83 2.80 1.63 42.79 101.20 1.43 25.00 25.40 1.78 . -554 1992 2 13 0.75 11.42 33.41 . 1.18 5.48 6.28 . 4.41 5.52 1.62 187.65 7.75 25.92 1.64 1218.25 127.68 768.50 2.61 . 1.82 6.35 0.54 139.55 5.88 2.82 1.64 . 102.00 1.45 24.97 25.43 1.77 . -555 1992 2 14 0.75 11.45 33.51 . 1.18 5.48 6.30 . 4.43 5.54 1.62 187.90 7.75 25.90 1.63 1222.50 127.93 768.80 2.59 . 1.83 6.37 0.54 140.45 5.90 2.81 1.63 42.86 102.28 1.46 24.99 25.46 1.76 . -556 1992 2 17 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -557 1992 2 18 0.75 11.59 33.91 . 1.18 5.48 6.38 . 4.50 5.60 1.64 190.65 7.76 25.91 1.62 1236.00 128.00 769.90 2.59 . 1.85 6.45 0.54 141.95 5.97 2.83 1.64 . 103.18 1.48 25.02 25.44 1.75 . -558 1992 2 19 0.75 11.59 33.87 . 1.18 5.48 6.38 . 4.50 5.60 1.64 190.15 7.76 27.00 1.62 1235.75 128.40 770.90 2.59 . 1.85 6.45 0.54 141.85 5.97 2.83 1.64 . 103.18 1.48 25.06 25.48 1.75 . -559 1992 2 20 0.75 11.59 33.86 . 1.18 5.48 6.39 . 4.51 5.60 1.64 189.85 7.76 26.55 1.61 1235.00 128.65 771.00 2.58 . 1.85 6.45 0.54 141.75 5.97 2.83 1.64 42.87 103.23 1.48 25.07 25.51 1.75 . -560 1992 2 21 0.75 11.61 33.93 . 1.18 5.48 6.40 . 4.51 5.60 1.65 190.75 7.76 26.40 1.61 1238.75 128.72 772.00 2.59 . 1.85 6.46 0.54 141.90 5.98 2.84 1.64 42.86 103.48 1.49 25.06 25.52 1.74 . -561 1992 2 24 0.75 11.59 33.90 . 1.18 5.48 6.38 . 4.51 5.60 1.64 189.85 7.76 25.90 1.62 1236.25 129.10 772.50 2.58 . 1.85 6.45 0.54 141.75 5.97 2.84 1.64 42.88 103.28 1.49 25.07 25.53 1.74 . -562 1992 2 25 0.75 11.55 33.72 . 1.18 5.48 6.35 . 4.48 5.57 1.64 189.00 7.76 25.85 1.62 1230.00 129.45 772.80 2.59 . 1.84 6.42 0.54 141.05 5.94 2.85 1.64 . 102.88 1.48 25.07 25.53 1.75 . -563 1992 2 26 0.74 11.61 33.99 . 1.18 5.48 6.40 . 4.52 5.61 1.65 190.75 7.76 25.75 1.61 1240.00 129.68 771.60 2.59 . 1.86 6.46 0.54 142.25 5.98 2.87 1.64 42.98 103.48 1.49 25.08 25.56 1.74 . -564 1992 2 27 0.75 11.56 33.82 . 1.17 5.48 6.37 . 4.50 5.58 1.64 189.75 7.76 25.75 1.62 1234.00 129.41 771.90 2.59 . 1.85 6.44 0.54 141.45 5.96 2.83 1.64 43.05 103.18 1.48 25.11 25.53 1.75 . -565 1992 2 28 0.75 11.52 33.66 . 1.18 5.48 6.34 . 4.48 5.56 1.63 189.25 7.75 26.20 1.62 1229.25 129.15 772.40 2.58 . 1.84 6.41 0.54 141.05 5.93 2.84 1.64 . 103.18 1.48 25.15 25.53 1.75 . -566 1992 3 2 0.75 11.55 33.76 . 1.18 5.48 6.36 . 4.48 5.57 1.64 189.85 7.75 26.30 1.62 1232.00 129.63 772.40 2.58 . 1.84 6.43 0.54 141.55 5.95 2.85 1.64 . 103.30 1.48 25.19 25.53 1.75 . -567 1992 3 3 0.75 11.65 34.07 . 1.19 5.48 6.42 . 4.52 5.62 1.65 191.45 7.75 27.90 1.61 1241.50 130.84 773.20 2.57 . 1.86 6.49 0.54 142.55 6.00 2.85 1.64 . 103.98 1.50 25.27 25.54 1.73 . -568 1992 3 4 0.75 11.76 34.39 . 1.19 5.48 6.47 . 4.55 5.68 1.67 192.95 7.75 27.90 1.59 1252.75 132.11 772.80 2.57 . 1.88 6.54 0.54 143.95 6.05 2.88 1.64 . 105.10 1.52 25.29 25.60 1.72 . -569 1992 3 5 0.75 11.76 34.37 . 1.19 5.48 6.47 . 4.55 5.67 1.67 192.50 7.75 28.05 1.59 1251.75 131.85 772.90 2.56 . 1.88 6.54 0.54 143.95 6.05 2.88 1.65 . 105.15 1.52 25.26 25.61 1.71 . -570 1992 3 6 0.75 11.74 34.33 . 1.18 5.48 6.46 . 4.55 5.67 1.67 192.75 7.75 27.90 1.60 1251.25 131.76 772.90 2.56 . 1.87 6.54 0.54 143.95 6.04 2.88 1.65 . 105.18 1.51 . . 1.71 . -571 1992 3 9 0.75 11.70 34.21 . 1.19 5.48 6.45 . 4.54 5.65 1.66 192.35 7.75 27.95 1.60 1247.50 131.92 772.80 2.55 . 1.87 6.52 0.54 143.65 6.03 2.87 1.66 . 104.95 1.50 25.27 . 1.72 . -572 1992 3 10 0.75 11.76 34.39 . 1.19 5.48 6.48 . 4.55 5.67 1.67 193.00 7.75 27.80 1.59 1252.75 132.88 . 2.56 . 1.88 6.55 0.54 144.00 6.06 2.88 1.66 . 105.50 1.51 25.27 25.61 1.71 . -573 1992 3 11 0.75 11.70 34.25 . 1.19 5.48 6.45 . 4.54 5.65 1.66 192.15 7.74 27.85 1.60 1247.00 133.45 773.60 2.56 . 1.87 6.52 0.54 143.55 6.03 2.88 1.67 . 104.95 1.50 25.32 . 1.72 . -574 1992 3 12 0.75 11.77 34.42 . 1.19 5.48 6.49 . 4.57 5.68 1.67 192.70 7.74 28.10 1.59 1253.00 134.25 774.10 2.56 . 1.88 6.56 0.54 144.10 6.06 2.89 1.68 . 105.80 1.51 25.34 25.68 1.70 . -575 1992 3 13 0.75 11.73 34.29 . 1.19 5.48 6.46 . 4.54 5.65 1.66 192.45 7.74 28.20 1.60 1250.50 133.60 774.60 2.57 . 1.87 6.53 0.54 143.85 6.04 2.89 1.67 . 105.65 1.50 25.36 25.69 1.71 . -576 1992 3 16 0.75 11.71 34.27 . 1.20 5.48 6.45 . 4.54 5.65 1.66 192.35 7.73 28.58 1.60 1251.50 133.98 775.30 2.57 . 1.87 6.53 0.54 143.80 6.03 2.88 1.66 . 105.30 1.51 25.43 25.68 1.71 . -577 1992 3 17 0.75 11.63 34.04 . 1.19 5.48 6.42 . 4.51 5.61 1.65 191.25 7.74 28.48 1.61 1242.50 133.45 776.00 2.59 . 1.86 6.49 0.54 142.65 5.99 2.88 1.64 42.06 104.45 1.49 25.45 25.68 1.73 . -578 1992 3 18 0.76 11.61 33.96 . 1.19 5.48 6.40 . 4.49 5.60 1.64 190.90 7.74 28.60 1.61 1240.50 132.05 775.70 2.60 . 1.85 6.47 0.54 142.35 5.98 2.87 1.65 . 104.25 1.49 25.48 25.63 1.73 . -579 1992 3 19 0.75 11.76 34.38 . 1.19 5.48 6.48 . 4.55 5.66 1.67 193.35 7.74 28.60 1.59 1256.75 133.27 777.00 2.59 . 1.88 6.56 0.54 144.35 6.06 2.89 1.65 . 105.70 1.51 25.47 25.63 1.71 . -580 1992 3 20 0.75 11.82 34.53 . 1.19 5.49 6.50 . 4.57 5.69 1.67 194.20 7.74 28.75 1.58 1259.50 134.15 778.00 2.58 . 1.88 6.58 0.54 144.35 6.08 2.89 1.66 . 106.00 1.52 25.49 25.68 1.70 . -581 1992 3 23 0.76 11.74 34.37 . 1.19 5.49 6.48 . 4.55 5.66 1.66 193.95 7.74 29.25 1.59 1255.25 133.70 777.90 2.57 . 1.87 6.55 0.54 143.70 6.05 2.88 1.66 43.10 105.25 1.51 25.56 25.70 1.71 . -582 1992 3 24 0.76 11.70 34.24 . 1.19 5.49 6.46 . 4.53 5.64 1.66 193.00 7.74 29.25 1.60 1252.50 133.69 . 2.57 . 1.87 6.53 0.54 143.40 6.04 2.90 1.65 43.07 105.08 1.51 25.55 25.65 1.72 . -583 1992 3 25 0.76 11.62 33.99 . 1.18 5.48 6.41 . 4.49 5.60 1.65 191.40 7.74 29.00 1.61 1245.75 133.35 778.40 2.57 . 1.85 6.48 0.54 142.18 5.99 2.87 1.65 . 104.28 1.50 25.50 25.66 1.73 . -584 1992 3 26 0.76 11.69 34.21 . 1.18 5.48 6.44 . 4.52 5.63 1.66 193.25 7.74 29.00 1.60 1251.75 133.95 778.60 2.58 . 1.87 6.52 0.55 143.45 6.03 2.89 1.66 . 104.98 1.51 25.51 25.63 1.72 . -585 1992 3 27 0.76 11.57 33.84 . 1.18 5.48 6.38 . 4.48 5.57 1.64 191.10 7.74 29.05 1.61 1240.00 133.12 778.60 2.58 . 1.85 6.45 0.54 141.90 5.97 2.86 1.66 . 104.05 1.49 25.54 25.66 1.73 . -586 1992 3 30 0.76 11.60 33.95 . 1.19 5.48 6.40 . 4.50 5.59 1.64 191.55 7.73 28.70 1.61 1244.50 133.06 779.00 2.58 . 1.85 6.47 0.54 142.35 5.98 2.88 1.66 . 104.28 1.50 . 25.62 1.73 . -587 1992 3 31 0.77 11.58 33.89 . 1.19 5.48 6.38 . 4.49 5.58 1.64 191.25 7.73 29.10 1.61 1241.75 132.92 779.70 2.58 . 1.85 6.46 0.54 142.20 5.97 2.88 1.65 . 104.17 1.50 25.50 25.62 1.73 . -588 1992 4 1 0.76 11.62 34.00 . 1.19 5.48 6.40 . 4.51 5.59 1.65 191.95 7.74 29.00 1.61 1245.75 134.50 779.60 2.58 . 1.85 6.48 0.54 142.65 5.99 2.87 1.66 . 104.58 1.50 25.45 25.62 1.72 . -589 1992 4 2 0.76 11.58 33.86 . 1.19 5.48 6.38 . 4.49 5.57 1.64 191.65 7.74 28.95 1.61 1241.50 133.83 779.60 2.58 . 1.85 6.46 0.54 142.00 5.97 2.88 1.65 43.11 104.48 1.50 25.50 25.68 1.72 . -590 1992 4 3 0.76 11.42 33.38 . 1.18 5.48 6.30 . 4.56 5.50 1.62 189.40 7.73 29.00 1.63 1227.00 133.25 779.60 2.57 . 1.82 6.38 0.54 139.60 5.90 2.87 1.65 . 103.33 1.48 . 25.66 1.74 . -591 1992 4 6 0.76 11.42 33.36 . 1.18 5.48 6.29 . 4.44 5.49 1.62 190.15 7.73 29.00 1.63 1226.25 132.72 780.30 2.58 . 1.82 6.37 0.54 139.75 5.88 2.86 1.65 . 103.28 1.48 25.46 25.66 1.75 . -592 1992 4 7 0.76 11.43 33.41 . 1.18 5.48 6.30 . 4.44 5.50 1.62 190.65 7.73 28.90 1.63 1225.75 133.28 781.50 2.57 . 1.82 6.38 0.54 139.40 5.90 2.87 1.65 43.13 103.32 1.49 25.40 25.62 1.74 . -593 1992 4 8 0.75 11.44 33.47 . 1.18 5.48 6.31 . 4.45 5.50 1.62 190.95 7.73 29.05 1.63 1227.00 132.60 783.00 2.55 . 1.83 6.39 0.54 140.45 5.90 2.87 1.65 . 103.28 1.49 25.23 25.61 1.74 . -594 1992 4 9 0.76 11.40 33.32 . 1.18 5.47 6.28 . 4.42 5.48 1.62 189.95 7.73 29.00 1.64 1222.75 132.23 782.90 2.55 . 1.82 6.36 0.54 139.65 5.87 2.85 1.65 43.13 102.58 1.48 25.26 25.62 1.76 . -595 1992 4 10 0.76 11.51 33.67 . 1.18 5.47 6.38 . 4.46 5.54 1.63 191.70 7.73 29.00 1.62 1232.25 132.90 784.00 2.54 . 1.84 6.42 0.54 140.60 5.93 2.88 1.65 . 102.93 1.50 25.29 25.59 1.76 . -596 1992 4 13 0.76 11.63 34.03 . 1.18 5.50 6.41 . 4.50 5.60 1.65 193.30 7.73 29.05 1.61 1245.75 133.28 784.30 2.55 . 1.86 6.47 0.54 142.15 5.97 2.88 1.65 . 103.57 1.52 25.30 25.61 1.76 . -597 1992 4 14 0.76 11.57 33.86 . 1.18 5.50 6.37 . 4.48 5.57 1.64 192.35 7.73 28.95 1.62 1237.75 132.79 784.90 2.54 . 1.85 6.44 0.54 141.30 5.94 2.87 1.65 . 103.05 1.51 25.30 25.61 1.77 . -598 1992 4 15 0.76 11.68 34.18 . 1.17 5.53 6.42 . 4.52 5.62 1.66 194.05 7.73 28.97 1.60 1248.50 133.39 785.20 2.54 . 1.87 6.49 0.54 142.85 5.99 2.88 1.65 43.25 104.23 1.53 25.25 25.63 1.75 . -599 1992 4 16 0.76 11.73 34.27 . 1.18 5.53 6.45 . 4.53 5.63 1.66 194.85 7.74 28.98 1.60 1252.50 133.90 785.10 2.55 . 1.87 6.52 0.54 143.25 6.02 2.89 1.66 . 104.58 1.54 25.29 25.65 1.74 . -600 1992 4 17 0.76 11.75 34.32 . 1.18 5.53 6.46 . 4.54 5.64 1.66 194.80 7.73 28.99 1.59 1255.00 134.00 784.30 2.55 . 1.87 6.53 0.54 143.46 6.03 . 1.66 . 104.75 1.54 25.29 . 1.74 . -601 1992 4 20 0.76 12.07 34.43 . 1.18 5.53 6.48 . 4.56 5.65 1.67 195.45 . . 1.59 1258.25 134.50 782.20 . . 1.88 6.55 0.54 143.45 6.05 . . . 104.97 1.54 . . 1.74 . -602 1992 4 21 0.76 11.75 34.34 . 1.18 5.53 6.45 . 4.54 5.64 1.67 195.35 7.74 28.70 1.59 1253.25 134.23 782.40 2.54 . 1.88 6.53 0.54 142.45 6.03 2.89 1.66 43.38 104.68 1.54 25.30 25.68 1.74 . -603 1992 4 22 0.76 11.70 34.20 . 1.18 5.53 6.43 . 4.52 5.61 1.66 194.35 7.74 28.85 1.60 1248.50 134.15 783.90 2.54 . 1.87 6.50 0.53 141.20 6.00 2.88 1.65 43.37 105.14 1.54 25.26 25.68 1.76 . -604 1992 4 23 0.75 11.69 34.18 . 1.18 5.53 6.43 . 4.53 5.61 1.66 194.10 7.73 28.78 1.60 1250.25 134.53 784.70 2.53 . 1.87 6.50 0.53 141.30 6.00 2.88 1.66 . 104.28 1.54 25.26 25.66 1.76 . -605 1992 4 24 0.75 11.61 33.98 . 1.18 5.52 6.39 . 4.49 5.57 1.65 192.90 7.73 28.75 1.61 1242.00 134.53 784.50 2.52 . 1.85 6.45 0.53 140.25 5.96 2.88 1.65 . 103.63 1.53 25.26 25.68 1.77 . -606 1992 4 27 0.75 11.62 33.97 . 1.19 5.52 6.38 . 4.48 5.56 1.65 193.40 7.73 28.80 1.61 1241.00 133.13 783.20 2.54 . 1.85 6.45 0.53 139.85 5.96 2.87 1.65 . 103.58 1.53 25.27 25.68 1.78 . -607 1992 4 28 0.75 11.65 34.06 . 1.19 5.52 6.40 . 4.50 5.58 1.65 193.60 7.75 28.70 1.61 1244.75 133.33 783.60 2.53 . 1.86 6.46 0.53 139.45 5.97 2.87 1.65 . 103.80 1.51 25.26 25.65 1.77 . -608 1992 4 29 0.75 11.65 34.09 . 1.19 5.52 6.40 . 4.50 5.58 1.65 193.70 7.75 28.70 1.61 1245.50 133.50 783.90 2.52 . 1.86 6.46 0.53 139.75 5.98 2.87 1.65 . 103.91 1.52 25.23 25.64 1.76 . -609 1992 4 30 0.75 11.62 34.01 . 1.19 5.52 6.39 . 4.49 5.57 1.65 193.60 7.75 28.70 1.61 1242.75 133.30 783.40 2.52 . 1.85 6.45 0.53 139.20 5.96 2.87 1.65 . 103.80 1.51 25.22 25.64 1.77 . -610 1992 5 1 0.75 11.62 33.76 . 1.18 . 6.35 . 4.46 5.53 1.64 192.40 7.75 28.40 1.62 1234.00 132.75 783.00 2.52 . 1.84 6.40 0.53 138.30 5.92 2.85 1.65 . 103.15 1.50 25.18 . 1.78 . -611 1992 5 4 0.75 11.56 33.81 . 1.19 5.52 6.35 . 4.46 5.53 1.64 192.85 7.74 28.60 1.62 1234.50 132.70 783.10 2.51 . 1.84 6.41 0.53 138.45 5.92 2.86 1.65 . 103.20 1.50 25.15 25.61 1.78 . -612 1992 5 5 0.75 11.55 33.77 . 1.19 5.52 6.34 . 4.45 5.52 1.64 193.10 7.74 28.70 1.62 1232.50 133.07 . 2.51 . 1.84 6.40 0.53 137.80 5.91 2.87 1.65 . 103.05 1.50 25.12 25.61 1.78 . -613 1992 5 6 0.75 11.48 33.57 . 1.19 5.53 6.30 . 4.43 5.49 1.63 192.00 7.74 28.70 1.63 1226.50 132.50 785.20 2.51 . 1.83 6.37 0.53 136.40 5.87 2.85 1.65 . 102.15 1.50 25.07 25.61 1.79 . -614 1992 5 7 0.75 11.51 33.68 . 1.19 5.53 6.32 . 4.44 5.51 1.63 192.80 7.74 28.70 1.63 1231.25 132.70 786.90 2.52 . 1.84 6.38 0.53 137.30 5.89 2.86 1.65 . 102.40 1.51 25.03 25.60 1.79 . -615 1992 5 8 0.75 11.59 33.85 . 1.20 5.53 6.36 . 4.47 5.53 1.64 194.10 7.74 28.70 1.62 1239.50 133.40 787.00 2.52 . 1.85 6.43 0.53 137.40 5.93 2.88 1.65 . 103.00 1.52 25.11 25.59 1.78 . -616 1992 5 11 0.75 11.55 33.78 . 1.20 5.52 6.35 . 4.45 5.51 1.64 193.55 7.74 28.35 1.62 1235.25 133.17 787.30 2.53 . 1.84 6.40 0.53 136.85 5.91 2.87 1.65 . 102.55 1.52 25.06 25.63 1.79 . -617 1992 5 12 0.75 11.42 33.40 . 1.20 5.52 6.26 . 4.40 5.44 1.62 192.55 7.74 28.45 1.64 1220.80 130.50 788.10 2.51 . 1.82 6.33 0.53 135.00 5.84 2.85 1.64 43.42 101.20 1.50 25.06 25.63 1.81 . -618 1992 5 13 0.75 11.41 33.38 . 1.20 5.51 6.26 . 4.40 5.44 1.62 191.10 7.73 28.35 1.64 1221.00 130.40 786.70 2.52 . 1.82 6.32 0.53 134.90 5.83 2.83 1.64 . 101.25 1.49 24.91 25.55 1.81 . -619 1992 5 14 0.75 11.34 33.19 . 1.20 5.51 6.22 . 4.38 5.41 1.61 190.45 7.73 28.30 1.65 1214.00 130.20 787.10 2.52 . 1.81 6.29 0.53 134.00 5.81 2.83 1.63 . 100.90 1.47 24.96 25.51 1.82 . -620 1992 5 15 0.75 11.35 33.23 . 1.20 5.51 6.23 . 4.38 5.42 1.61 191.00 7.73 28.40 1.65 1214.50 130.25 787.80 2.52 . 1.81 6.30 0.53 134.10 5.81 2.84 1.64 . 100.95 1.48 24.97 25.54 1.81 . -621 1992 5 18 0.75 11.22 32.84 . 1.19 5.51 6.16 . 4.33 5.35 1.59 189.30 7.73 28.45 1.67 1200.75 128.80 788.30 2.52 . 1.79 6.22 0.53 132.55 5.74 2.83 1.63 . 99.78 1.46 25.00 25.53 1.83 . -622 1992 5 19 0.75 11.19 32.74 . 1.19 5.51 6.15 . 4.32 5.34 1.59 188.90 7.73 28.20 1.67 1197.50 129.10 789.40 2.52 . 1.79 6.20 0.53 132.30 5.73 2.82 1.63 . 99.65 1.45 25.00 25.49 1.83 . -623 1992 5 20 0.75 11.25 32.97 . 1.19 5.51 6.19 . 4.35 5.38 1.60 190.30 7.73 28.25 1.66 1205.25 129.58 788.10 2.52 . 1.80 6.25 0.53 133.40 5.76 2.83 1.62 43.46 100.25 1.47 24.99 25.51 1.83 . -624 1992 5 21 0.75 11.36 33.22 . 1.19 5.51 6.23 . 4.38 5.42 1.61 192.05 7.73 28.53 1.65 1216.25 130.25 787.50 2.52 . 1.81 6.30 0.53 134.20 5.81 2.83 1.63 . 100.85 1.48 24.97 25.51 1.81 . -625 1992 5 22 0.75 11.39 33.31 . 1.19 5.51 6.25 . 4.39 5.43 1.61 193.00 7.74 28.65 1.65 1219.00 129.40 788.70 2.52 . 1.82 6.31 0.53 134.48 5.83 2.83 1.63 . 101.05 1.48 24.99 25.51 1.81 . -626 1992 5 25 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -627 1992 5 26 0.75 11.32 33.08 . 1.20 5.50 6.21 . 4.36 5.40 1.60 191.75 7.74 28.78 1.66 1212.50 129.33 789.60 2.52 . 1.81 6.27 0.53 133.65 5.79 2.83 1.62 . 100.50 1.47 24.94 25.49 1.82 . -628 1992 5 27 0.75 11.50 33.61 . 1.20 5.50 6.29 . 4.43 5.49 1.63 194.65 7.74 28.82 1.63 1229.50 129.95 790.10 2.53 . 1.84 6.36 0.53 135.44 5.88 2.85 1.63 . 101.89 1.48 24.91 25.49 1.80 . -629 1992 5 28 0.75 11.44 33.47 . 1.20 5.50 6.27 . 4.41 5.46 1.62 194.00 7.74 28.75 1.64 1224.75 129.62 787.90 2.52 . 1.83 6.34 0.53 135.02 5.86 2.84 1.63 . 101.44 1.47 24.92 25.54 1.80 . -630 1992 5 29 0.75 11.30 33.06 . 1.20 5.50 6.18 . 4.35 5.39 1.60 192.00 7.74 28.75 1.66 1209.75 127.75 787.90 2.51 . 1.80 6.25 0.53 133.00 5.78 2.82 1.62 . 100.15 1.45 24.91 25.49 1.82 . -631 1992 6 1 0.75 11.33 33.10 . 1.20 5.50 6.19 . 4.37 5.40 1.61 193.10 7.73 28.70 1.66 1213.80 127.45 788.20 2.54 . 1.81 6.27 0.53 133.35 5.80 2.83 1.62 . 100.40 1.46 24.90 25.42 1.82 . -632 1992 6 2 0.75 11.31 33.06 . 1.20 5.49 6.18 . 4.37 5.39 1.60 192.90 7.73 28.65 1.66 1210.00 127.53 789.80 2.53 . 1.80 6.27 0.53 133.15 5.79 2.83 1.63 43.61 100.20 1.46 24.93 25.44 1.82 . -633 1992 6 3 0.76 11.28 33.01 . 1.20 5.49 6.19 . 4.36 5.40 1.60 192.90 7.73 28.70 1.66 1213.75 127.80 790.90 2.53 . 1.80 6.27 0.53 133.35 5.79 2.80 1.62 43.68 100.65 1.47 24.93 25.44 1.81 . -634 1992 6 4 0.76 11.26 32.92 . 1.19 5.49 6.17 . 4.35 5.38 1.60 192.45 7.73 28.70 1.66 1210.25 127.57 791.10 2.52 . 1.80 6.24 0.53 133.25 5.77 2.82 1.62 . 100.40 1.46 24.91 25.46 1.82 . -635 1992 6 5 0.76 11.17 32.68 . 1.19 5.49 6.13 . 4.33 5.35 1.58 191.30 7.73 28.68 1.67 1201.50 126.80 792.00 2.52 . 1.78 6.20 0.53 132.75 5.73 2.81 1.62 . 100.20 1.45 . 25.43 1.83 . -636 1992 6 8 0.76 11.19 32.72 . 1.19 5.49 6.14 . 4.33 5.35 1.58 191.70 7.73 28.70 1.67 1203.50 127.20 792.40 2.51 . 1.79 6.21 0.54 132.50 5.74 2.81 1.62 . 100.45 1.45 24.90 25.42 1.83 . -637 1992 6 9 0.76 11.19 32.74 . 1.19 5.49 6.14 . 4.33 5.35 1.59 192.80 7.73 28.45 1.67 1203.75 127.55 792.30 2.52 . 1.79 6.22 0.54 132.90 5.74 2.82 1.62 43.80 100.40 1.45 . 25.42 1.83 . -638 1992 6 10 0.76 11.21 32.80 . 1.19 5.49 6.13 . 4.34 5.36 1.59 192.85 7.73 28.45 1.67 1204.75 127.65 791.80 2.52 . 1.79 6.22 0.54 132.44 5.75 2.82 1.62 43.90 100.36 1.45 24.72 25.44 1.83 . -639 1992 6 11 0.76 11.10 32.51 . 1.19 5.49 6.09 . 4.30 5.31 1.57 192.15 7.73 28.45 1.69 1195.25 126.75 793.50 2.51 . 1.77 6.17 0.54 131.45 5.70 2.81 1.62 . 99.70 1.43 24.75 25.44 1.84 . -640 1992 6 12 0.75 11.08 32.46 . 1.19 5.49 6.08 . 4.30 5.31 1.57 192.00 7.73 28.45 1.69 1194.00 126.65 794.00 2.51 . 1.77 6.17 0.54 131.05 5.69 2.80 1.62 . 99.60 1.42 24.74 25.39 1.85 . -641 1992 6 15 0.75 11.05 32.33 . 1.19 5.49 6.04 . 4.28 5.29 1.57 191.15 7.73 28.45 1.70 1189.50 126.80 794.00 2.52 . 1.77 6.14 0.54 130.50 5.67 2.80 1.62 . 99.08 1.41 24.73 25.39 1.85 . -642 1992 6 16 0.75 11.02 32.26 . 1.19 5.48 6.04 . 4.27 5.27 1.56 190.95 7.73 28.45 1.70 1186.00 126.70 794.30 2.51 . 1.76 6.13 0.54 130.40 5.66 2.80 1.62 . 98.90 1.40 24.74 25.40 1.86 . -643 1992 6 17 0.75 11.09 32.45 . 1.19 5.48 6.07 . 4.29 5.31 1.57 192.50 7.73 28.45 1.69 1195.25 127.05 795.00 2.51 . 1.77 6.16 0.54 131.05 5.69 2.81 1.62 . 99.30 1.42 24.75 25.37 1.85 . -644 1992 6 18 0.75 11.01 32.21 . 1.19 5.48 6.03 . 4.26 5.27 1.56 191.10 7.73 28.45 1.70 1184.75 126.65 795.60 2.51 . 1.76 6.12 0.54 130.05 5.65 2.80 1.62 44.10 98.70 1.41 24.73 25.37 1.86 . -645 1992 6 19 0.75 11.05 32.33 . 1.19 5.48 6.04 . 4.28 5.29 1.57 191.70 7.73 28.38 1.70 1189.75 126.93 796.10 2.51 . 1.77 6.14 0.54 130.35 5.67 2.80 1.62 44.10 98.75 1.41 24.72 25.41 1.85 . -646 1992 6 22 0.74 11.02 32.23 . 1.19 5.48 6.02 . 4.26 5.27 1.56 190.80 7.73 28.30 1.70 1184.25 127.10 796.10 2.51 . 1.76 6.12 0.54 130.05 5.65 2.80 1.62 44.17 98.53 1.41 24.74 25.42 1.86 . -647 1992 6 23 0.75 11.01 32.22 . 1.19 5.48 6.01 . 4.26 5.26 1.56 190.05 7.73 28.35 1.70 1184.25 127.23 796.30 2.51 . 1.76 6.12 0.54 130.10 5.65 2.80 1.62 . 98.60 1.41 24.73 25.39 1.86 . -648 1992 6 24 0.75 10.92 31.93 . 1.19 5.48 5.96 . 4.22 5.23 1.55 188.20 7.73 28.30 1.72 1174.80 126.68 795.30 2.50 . 1.74 6.07 0.54 128.88 5.60 2.80 1.62 44.17 97.82 1.40 24.72 25.40 1.87 . -649 1992 6 25 0.75 10.86 31.72 . 1.19 5.47 5.92 . 4.19 5.19 1.54 187.50 7.73 28.40 1.72 1166.25 125.45 795.60 2.50 . 1.73 6.03 0.54 128.00 5.57 2.79 1.62 . 97.08 1.39 24.69 25.38 1.89 . -650 1992 6 26 0.74 10.84 31.68 . 1.19 5.47 5.91 . 4.18 5.17 1.53 187.10 7.73 28.45 1.73 1163.50 125.72 795.10 2.50 . 1.73 6.02 0.54 127.85 5.55 2.78 1.61 . 96.97 1.38 24.64 25.33 1.89 . -651 1992 6 29 0.74 10.68 31.23 . 1.19 5.47 5.83 . 4.13 5.09 1.51 184.65 7.73 28.80 1.75 1147.50 125.25 794.90 2.50 . 1.71 5.94 0.54 126.85 5.48 2.77 1.61 . 96.05 1.36 24.68 25.33 1.90 . -652 1992 6 30 0.74 10.73 31.37 . 1.19 5.47 5.85 . 4.15 5.12 1.52 185.40 7.73 28.70 1.75 1153.00 125.87 794.90 2.50 . 1.71 5.96 0.54 127.15 5.50 2.77 1.61 . 96.30 1.37 24.65 25.30 1.90 . -653 1992 7 1 0.74 10.68 31.22 . 1.20 5.47 5.83 . 4.13 5.10 1.51 184.70 7.73 28.65 1.75 1148.75 124.92 793.20 2.50 . 1.71 5.94 0.54 126.65 5.48 2.76 1.61 44.17 95.95 1.36 . . 1.91 . -654 1992 7 2 0.74 10.66 31.16 . 1.20 5.47 5.82 . 4.12 5.09 1.51 184.60 7.73 28.55 1.76 1148.50 124.60 791.20 2.50 . 1.70 5.93 0.54 126.34 5.47 2.75 1.61 . 95.73 1.35 24.62 25.30 1.91 . -655 1992 7 3 0.74 10.68 31.24 . 1.20 5.47 5.82 . 4.13 5.10 1.51 185.00 7.73 28.50 1.75 1151.00 124.80 789.40 2.49 . 1.71 5.94 0.54 126.70 5.48 2.76 1.61 . 95.90 1.35 24.52 25.27 1.90 . -656 1992 7 6 0.74 10.63 31.13 . 1.19 5.47 5.81 . 4.12 5.09 1.51 184.40 7.73 28.58 1.76 1144.50 124.55 788.80 2.50 . 1.70 5.92 0.54 126.70 5.46 2.75 1.61 . 95.65 1.35 24.60 25.31 1.91 . -657 1992 7 7 0.74 10.55 30.88 . 1.19 5.47 5.77 . 4.09 5.05 1.49 183.75 7.73 28.60 1.77 1133.75 124.42 789.90 2.49 . 1.69 5.88 0.54 125.88 5.42 2.75 1.61 . 94.80 1.34 24.54 25.27 1.92 . -658 1992 7 8 0.74 10.53 30.84 . 1.19 5.47 5.76 . 4.08 5.04 1.49 183.35 7.73 28.65 1.78 1131.00 124.85 789.30 2.49 . 1.68 5.86 0.54 126.13 5.41 2.74 1.61 . 94.65 1.34 24.53 25.24 1.91 . -659 1992 7 9 0.74 10.68 31.26 . 1.19 5.46 5.83 . 4.14 5.12 1.51 185.90 7.73 28.65 1.75 1147.00 125.80 789.60 2.50 . 1.71 5.95 0.54 127.85 5.49 2.77 1.61 . 96.20 1.37 24.50 25.27 1.89 . -660 1992 7 10 0.74 10.58 30.82 . 1.19 5.47 5.76 . 4.09 5.05 1.49 183.35 7.73 28.65 1.78 1131.50 125.40 783.70 2.50 . 1.68 5.88 0.54 126.25 5.43 2.75 1.61 . 95.25 1.35 24.59 25.32 1.92 . -661 1992 7 13 0.74 10.46 30.46 . 1.19 5.47 5.69 . 4.04 4.98 1.47 181.55 7.73 28.65 1.80 1119.75 124.95 790.20 2.49 . 1.66 5.80 0.54 125.95 5.36 2.73 1.61 43.90 94.20 1.33 24.78 25.27 1.92 . -662 1992 7 14 0.74 10.48 30.72 . 1.19 5.47 5.75 . 4.09 5.03 1.49 183.10 7.73 28.65 1.78 1129.50 126.00 790.50 2.49 . 1.68 5.87 0.54 126.95 5.42 2.76 1.61 . 94.85 1.34 24.85 25.26 1.91 . -663 1992 7 15 0.74 10.39 30.46 . 1.19 5.47 5.69 . 4.04 4.99 1.47 181.60 7.73 28.65 1.80 1125.00 125.00 790.80 2.49 . 1.66 5.81 0.54 126.14 5.36 2.74 1.61 43.90 94.35 1.33 24.91 25.25 1.92 . -664 1992 7 16 0.74 10.37 30.42 . 1.19 5.47 5.68 . 4.03 4.98 1.47 181.70 7.73 28.65 1.80 1120.25 125.45 791.00 2.49 . 1.66 5.80 0.54 125.35 5.35 2.73 1.60 . 94.08 1.32 24.81 25.27 1.93 . -665 1992 7 17 0.74 10.26 30.08 . 1.19 5.44 5.62 . 3.99 4.93 1.45 179.70 7.73 28.55 1.82 1108.75 124.55 . 2.49 . 1.64 5.74 0.54 124.25 5.29 2.72 1.61 . 93.45 1.30 24.77 25.26 1.94 . -666 1992 7 20 0.74 10.42 30.53 . 1.18 5.44 5.70 . 4.06 5.01 1.48 182.40 7.73 28.55 1.79 1124.50 125.25 789.50 2.49 . 1.67 5.82 0.54 126.05 5.38 2.77 1.61 . 94.95 1.31 24.79 25.22 1.91 . -667 1992 7 21 0.74 10.47 30.66 . 1.19 5.44 5.73 . 4.09 5.02 1.48 182.95 7.73 28.55 1.78 1131.50 125.30 789.80 2.49 . 1.67 5.85 0.54 127.12 5.41 2.74 1.61 43.90 95.67 1.32 24.82 25.29 1.90 . -668 1992 7 22 0.74 10.47 30.67 . 1.19 5.44 5.73 . 4.08 5.02 1.48 182.75 7.73 28.50 1.78 1128.80 126.90 790.00 2.49 . 1.67 5.85 0.54 127.00 5.41 2.76 1.61 . 95.50 1.32 24.84 25.29 1.90 . -669 1992 7 23 0.74 10.46 30.54 . 1.18 5.43 5.71 . 4.06 5.01 1.48 182.45 7.73 28.45 1.79 1125.75 126.63 789.70 2.49 . 1.67 5.83 0.54 126.35 5.38 2.75 1.61 . 94.70 1.31 24.91 25.32 1.91 . -670 1992 7 24 0.74 10.54 30.92 . 1.19 5.43 5.77 . 4.11 5.07 1.50 184.05 7.73 28.52 1.77 1138.00 127.67 789.90 2.50 . 1.69 5.89 0.54 127.20 5.44 2.78 1.61 . 95.35 1.33 24.94 25.32 1.89 . -671 1992 7 27 0.74 10.44 30.55 . 1.18 5.43 5.71 . 4.06 5.00 1.48 182.30 7.74 28.50 1.79 1122.75 127.73 790.50 2.50 . 1.67 5.82 0.54 125.70 5.38 2.76 1.61 . 94.40 1.31 24.98 25.36 1.91 . -672 1992 7 28 0.74 10.37 30.36 . 1.18 5.43 5.67 . 4.03 4.97 1.47 181.40 7.73 28.48 1.80 1114.75 127.58 791.40 2.50 . 1.66 5.79 0.54 125.15 5.34 2.75 1.61 . 93.78 1.30 24.98 25.35 1.92 . -673 1992 7 29 0.74 10.43 30.55 . 1.18 5.43 5.70 . 4.06 5.00 1.48 181.40 7.73 28.48 1.79 1122.00 127.93 791.30 2.50 . 1.67 5.82 0.54 126.03 5.38 2.76 1.61 . 94.37 1.32 24.97 25.32 1.91 . -674 1992 7 30 0.74 10.42 30.52 . 1.18 5.43 5.70 . 4.05 5.00 1.48 182.20 7.73 28.48 1.79 1119.50 127.65 787.50 2.50 . 1.67 5.82 0.54 125.75 5.37 2.76 1.61 . 94.15 1.32 24.94 25.35 1.91 . -675 1992 7 31 0.74 10.41 30.50 . 1.18 5.43 5.69 . 4.04 5.00 1.48 181.90 7.73 28.48 1.80 1119.25 127.35 791.20 2.50 . 1.66 5.81 0.54 126.05 5.37 2.76 1.61 44.20 94.40 1.31 24.96 25.34 1.92 . -676 1992 8 3 0.74 10.39 30.43 . 1.18 5.43 5.68 . 4.04 4.98 1.47 181.85 7.73 28.45 1.80 1115.75 127.28 790.30 2.50 . 1.66 5.80 0.54 125.65 5.36 2.76 1.61 . 94.00 1.31 24.96 25.31 1.92 . -677 1992 8 4 0.74 10.38 30.38 . 1.18 5.44 5.67 . 4.04 4.98 1.47 181.45 7.73 28.45 1.80 1115.25 127.25 791.80 2.50 . 1.66 5.80 0.54 125.65 5.35 2.76 1.61 . 94.10 1.32 24.97 25.31 1.92 . -678 1992 8 5 0.73 10.39 30.43 . 1.18 5.44 5.68 . 4.04 4.99 1.47 181.70 7.73 28.45 1.80 1117.00 127.40 792.70 2.50 . 1.66 5.81 0.54 126.25 5.36 2.76 1.61 . 94.40 1.32 25.02 25.31 1.91 . -679 1992 8 6 0.73 10.43 30.51 . 1.18 5.46 5.70 . 4.06 5.00 1.48 182.20 7.73 28.42 1.79 1121.00 127.75 792.30 2.50 . 1.67 5.83 0.54 126.55 5.38 2.77 1.61 . 94.60 1.33 25.07 25.33 1.90 . -680 1992 8 7 0.73 10.31 30.19 . 1.18 . 5.64 . 4.01 4.95 1.46 180.20 7.73 28.42 1.81 1109.50 127.50 792.30 2.50 . 1.65 5.76 0.54 125.10 5.32 2.77 1.61 . 93.56 1.31 25.11 25.34 1.92 . -681 1992 8 10 0.73 10.35 30.24 . 1.18 . 5.65 . 4.01 4.96 1.46 181.00 7.73 28.42 1.81 1110.00 128.05 791.90 2.50 . 1.65 5.77 0.54 125.40 5.33 2.77 1.61 . 93.76 1.31 25.12 25.31 1.92 . -682 1992 8 11 0.72 10.35 30.31 . 1.18 5.45 5.66 . 4.02 4.98 1.47 181.60 7.73 28.45 1.80 1113.00 128.05 793.40 2.49 . 1.65 5.79 0.54 125.65 5.34 2.77 1.61 44.20 93.95 1.32 25.11 25.32 1.92 . -683 1992 8 12 0.71 10.31 30.17 . 1.19 5.45 5.64 . 4.01 4.96 1.46 181.00 7.73 28.40 1.81 1110.00 127.72 793.10 2.49 . 1.65 5.77 0.53 125.36 5.32 2.77 1.61 . 93.66 1.32 25.14 25.32 1.92 . -684 1992 8 13 0.71 10.26 30.04 . 1.19 5.45 5.62 . 4.00 4.94 1.45 180.50 7.73 28.45 1.81 1109.00 127.27 792.70 2.49 . 1.64 5.75 0.53 125.02 5.31 2.77 1.61 . 93.52 1.31 25.15 25.31 1.93 . -685 1992 8 14 0.72 10.33 30.25 . 1.19 5.45 5.65 . 4.02 4.97 1.46 181.60 7.73 28.45 1.80 1116.50 126.25 793.30 2.50 . 1.65 5.78 0.53 125.95 5.34 2.77 1.61 44.00 94.10 1.32 25.12 25.28 1.91 . -686 1992 8 17 0.72 10.29 30.13 . 1.19 . 5.64 . 4.01 4.96 1.46 181.00 7.73 28.45 1.81 1110.00 125.75 793.80 2.50 . 1.64 5.76 0.53 125.35 5.32 2.76 1.61 . 93.75 1.31 25.13 25.29 1.92 . -687 1992 8 18 0.72 10.26 30.04 . 1.19 5.45 5.62 . 4.00 4.94 1.45 180.30 7.73 28.45 1.82 1107.50 126.25 794.70 2.50 . 1.64 5.75 0.53 125.47 5.31 2.76 1.61 . 93.61 1.31 25.19 25.27 1.92 . -688 1992 8 19 0.72 10.23 29.96 . 1.19 5.45 5.61 . 3.99 4.93 1.45 179.70 7.73 28.48 1.82 1104.50 126.30 794.60 2.49 . 1.63 5.73 0.53 126.10 5.30 2.76 1.60 44.05 93.40 1.30 25.20 25.26 1.93 . -689 1992 8 20 0.72 10.19 29.84 . 1.19 5.45 5.59 . 3.98 4.91 1.44 179.35 7.73 28.48 1.83 1101.50 126.32 793.80 2.49 . 1.63 5.71 0.54 126.93 5.28 2.76 1.60 44.00 93.21 1.29 25.18 25.26 1.93 . -690 1992 8 21 0.72 10.25 29.62 . 1.19 5.44 5.55 . 3.95 4.88 1.43 178.55 7.73 28.48 1.83 1095.50 126.07 793.80 2.49 . 1.62 5.67 0.53 126.74 5.24 2.78 1.60 . 93.00 1.27 25.17 25.26 1.94 . -691 1992 8 24 0.71 9.89 28.92 . 1.19 5.41 5.43 . 3.87 4.78 1.40 174.20 7.73 28.48 1.88 1071.50 124.68 793.90 2.49 . 1.58 5.55 0.53 123.55 5.13 2.75 1.60 . 90.75 1.24 25.13 25.21 1.99 . -692 1992 8 25 0.71 9.89 28.85 . 1.18 5.41 5.42 . 3.86 4.78 1.39 174.70 7.73 28.48 1.88 1070.00 124.90 793.30 2.48 . 1.57 5.55 0.54 122.50 5.13 2.74 1.60 . 91.00 1.24 25.15 25.17 1.98 . -693 1992 8 26 0.71 9.89 28.98 . 1.19 5.41 5.44 . 3.87 4.79 1.40 175.30 7.72 28.48 1.87 1075.00 124.95 791.60 2.49 . 1.58 5.56 0.54 122.35 5.14 2.74 1.60 44.00 91.60 1.26 25.16 25.18 1.98 . -694 1992 8 27 0.71 9.92 29.10 . 1.19 5.41 5.45 . 3.88 4.80 1.41 175.55 7.73 28.50 1.86 1080.00 124.90 789.90 2.49 . 1.59 5.58 0.54 123.15 5.15 2.75 1.60 . 91.65 1.26 25.15 25.18 1.97 . -695 1992 8 28 0.71 9.90 28.99 . 1.19 5.41 5.44 . 3.88 4.79 1.40 175.30 7.72 28.63 1.87 1076.50 123.26 789.90 2.49 . 1.58 5.57 0.54 123.20 5.15 2.74 1.59 . 91.40 1.25 25.13 25.19 1.98 . -696 1992 8 31 0.71 9.86 28.92 . 1.19 5.41 5.42 . 3.86 4.77 1.40 174.40 7.72 . 1.88 1071.00 122.95 790.70 2.49 . 1.58 5.55 0.53 122.60 5.12 2.72 1.59 . 91.00 1.24 25.10 25.15 1.98 . -697 1992 9 1 0.71 9.80 28.75 . 1.19 5.41 5.40 . 3.84 4.75 1.39 173.60 7.72 28.48 1.89 1066.00 122.95 788.90 2.49 . 1.57 5.52 0.53 122.20 5.10 2.72 1.59 44.00 90.60 1.24 25.11 25.13 1.99 . -698 1992 9 2 0.71 9.78 28.68 . 1.19 5.41 5.38 . 3.83 4.74 1.39 173.20 7.73 28.48 1.89 1063.50 123.00 788.30 2.48 . 1.56 5.50 0.54 122.05 5.08 2.72 1.59 . 90.35 1.23 25.08 25.11 2.00 . -699 1992 9 3 0.72 9.94 29.12 . 1.19 5.44 5.46 . 3.89 4.80 1.41 176.00 7.72 28.48 1.87 1080.75 124.00 788.60 2.49 . 1.59 5.58 0.54 123.80 5.16 2.77 1.59 44.00 91.80 1.26 25.10 25.12 1.98 . -700 1992 9 4 0.72 9.88 28.97 . 1.19 5.47 5.43 . 3.90 4.77 1.40 174.90 7.73 28.48 1.88 1074.00 123.22 789.20 2.49 . 1.58 5.55 0.54 122.90 5.13 2.74 1.59 . 91.20 1.25 25.14 25.16 1.99 . -701 1992 9 7 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -702 1992 9 8 0.71 9.79 28.71 . 1.20 5.47 5.37 . 4.40 4.73 1.39 173.40 7.72 28.48 1.90 1063.50 122.68 788.10 2.49 . 1.56 5.51 0.53 121.96 5.09 2.74 1.59 44.00 90.52 1.23 25.15 25.15 2.00 . -703 1992 9 9 0.71 9.92 29.10 . 1.21 5.47 5.45 . 4.52 4.81 1.41 175.70 7.72 28.48 1.88 1079.00 123.23 . 2.49 . 1.59 5.58 0.54 123.85 5.14 2.76 1.59 44.00 91.70 1.25 25.18 25.11 1.97 . -704 1992 9 10 0.72 9.92 29.12 . 1.22 5.51 5.45 . 4.54 4.81 1.41 175.90 7.73 28.45 1.87 1080.50 122.98 . 2.49 . 1.59 5.59 0.54 123.75 5.16 2.76 1.59 . 91.70 1.24 25.24 25.15 1.97 . -705 1992 9 11 0.72 10.21 29.95 . 1.22 5.51 5.60 . 4.53 4.93 1.45 180.50 7.73 28.45 1.82 1111.75 124.23 . 2.49 . 1.63 5.72 0.54 126.95 5.30 2.78 1.59 . 94.20 1.28 . 25.21 1.92 . -706 1992 9 14 0.73 10.45 30.60 . 1.21 5.52 5.72 . 4.50 5.03 1.48 185.20 7.73 28.48 1.79 1179.50 124.25 787.40 2.51 . 1.67 5.87 0.55 129.80 5.44 2.81 1.59 . 96.02 1.31 25.34 25.27 1.89 . -707 1992 9 15 0.73 10.45 30.65 . 1.21 5.52 5.72 . 4.61 5.04 1.48 185.00 7.73 28.48 1.79 1199.75 124.38 789.10 2.51 . 1.67 5.93 0.54 130.75 5.47 2.80 1.60 44.05 96.85 1.31 25.25 25.23 1.87 . -708 1992 9 16 0.73 10.67 31.30 . 1.22 5.53 5.86 . 4.79 5.15 1.51 189.20 7.73 28.48 1.75 1260.00 124.95 789.10 2.51 . 1.71 6.03 0.54 133.35 5.55 2.83 1.60 . 102.10 1.32 25.27 25.27 1.81 . -709 1992 9 17 0.73 10.42 30.60 . 1.21 5.53 5.79 . 4.67 5.08 1.48 188.90 7.73 28.48 1.77 1235.00 124.43 787.60 2.51 . 1.66 5.99 0.54 129.35 5.45 2.84 1.60 . 104.45 1.29 25.29 25.35 1.78 . -710 1992 9 18 0.73 10.57 31.00 . 1.21 5.52 5.85 . 4.80 5.13 1.50 187.50 7.73 28.48 1.76 1264.50 124.63 787.40 2.51 . 1.69 6.10 0.54 132.95 5.65 2.85 1.60 . 106.45 1.30 25.28 25.30 1.73 . -711 1992 9 21 0.72 10.43 30.54 . 1.23 . 5.77 . 4.63 5.06 1.48 188.50 7.73 28.48 1.75 1255.00 123.72 787.70 2.51 . 1.66 6.01 0.53 127.50 5.55 2.84 1.60 44.20 104.90 1.30 25.27 25.28 1.71 . -712 1992 9 22 0.72 10.51 30.71 . 1.23 5.53 5.81 . 4.75 5.10 1.49 190.10 7.73 28.48 1.75 1251.25 121.20 788.80 2.50 . 1.67 6.04 0.53 132.05 5.60 2.84 1.60 . 106.80 1.30 25.28 25.29 1.70 . -713 1992 9 23 0.72 10.56 30.92 . 1.24 5.53 5.81 . 4.74 5.12 1.50 190.50 7.73 28.48 1.74 1264.25 120.15 789.10 2.51 . 1.68 6.06 0.53 132.75 5.60 2.85 1.60 44.45 102.10 1.31 25.28 25.26 1.70 . -714 1992 9 24 0.72 10.44 30.58 . 1.24 5.53 5.73 . 4.68 5.04 1.48 189.25 7.72 28.48 1.76 1254.00 120.70 789.10 2.50 . 1.67 6.00 0.53 132.95 5.56 2.85 1.60 44.40 104.40 1.30 25.28 25.25 1.70 . -715 1992 9 25 0.72 10.45 30.56 . 1.23 5.53 5.73 . 4.68 5.02 1.48 188.85 7.72 28.48 1.76 1244.75 120.50 789.20 2.50 . 1.67 5.99 0.53 133.20 5.55 2.85 1.60 . 104.30 1.29 25.27 25.22 1.71 . -716 1992 9 28 0.71 10.21 29.88 . 1.24 5.53 5.60 . 4.60 4.89 1.45 185.75 7.73 28.48 1.80 1223.00 119.58 789.50 2.51 . 1.63 5.87 0.53 129.60 5.44 2.83 1.60 44.25 102.40 1.27 . 25.22 1.72 . -717 1992 9 29 0.71 10.02 29.35 . 1.25 5.52 5.51 . 4.52 4.82 1.42 182.85 7.72 28.45 1.84 1209.50 119.75 790.90 2.49 . 1.60 5.76 0.53 127.00 5.34 2.82 1.59 44.20 99.95 1.24 25.24 25.17 1.76 . -718 1992 9 30 0.71 9.96 29.16 . 1.24 5.51 5.48 . 4.50 4.78 1.41 181.95 7.72 28.48 1.85 1241.00 120.00 789.70 2.49 . 1.59 5.74 0.53 126.25 5.30 2.81 1.59 44.20 99.30 1.23 25.18 25.13 1.77 . -719 1992 10 1 0.71 10.00 29.37 . 1.24 5.51 5.50 . 4.53 4.83 1.42 184.05 7.72 28.48 1.85 1247.00 120.00 788.30 2.49 . 1.60 5.79 0.54 126.50 5.35 2.82 1.59 . 99.97 1.24 25.16 25.15 1.73 . -720 1992 10 2 0.71 9.98 29.04 . 1.25 5.51 5.46 . 4.50 4.76 1.40 181.95 7.72 28.48 1.85 1239.50 119.35 787.80 2.49 . 1.58 5.77 0.54 126.18 5.32 2.83 1.59 44.20 99.85 1.23 25.18 25.15 1.70 . -721 1992 10 5 0.72 9.88 29.00 . 1.24 5.51 5.47 . 4.52 4.77 1.40 180.95 7.72 28.48 1.86 1325.25 119.65 788.70 2.49 . 1.58 5.77 0.54 126.16 5.36 2.82 1.59 . 100.52 1.22 25.20 25.11 1.70 . -722 1992 10 6 0.72 10.07 29.48 . 1.24 . 5.55 . 4.55 4.85 1.43 186.30 7.72 28.45 1.83 1315.00 119.92 789.70 2.49 . 1.61 5.85 0.54 127.85 5.42 2.83 1.59 44.25 102.10 1.24 25.23 . 1.71 . -723 1992 10 7 0.71 10.14 29.69 . 1.24 5.54 5.59 . 4.57 4.88 1.44 187.50 7.73 28.45 1.82 1315.50 120.02 787.90 2.49 . 1.62 5.89 0.54 127.10 5.44 2.87 1.59 44.25 102.90 1.26 25.23 25.13 1.71 . -724 1992 10 8 0.72 10.03 30.32 . 1.24 5.54 5.68 . 4.66 5.00 1.47 188.85 7.73 28.45 1.78 1313.00 120.97 787.00 2.50 . 1.65 5.99 0.54 130.50 5.54 2.86 1.60 44.25 105.25 1.30 25.25 25.20 1.68 . -725 1992 10 9 0.71 10.46 30.62 . 1.25 5.55 5.73 . 4.68 5.03 1.48 192.75 7.73 28.45 1.76 1308.50 122.00 787.30 2.50 . 1.67 6.04 0.54 132.25 5.58 2.87 1.60 44.25 106.10 1.31 25.26 25.24 1.69 . -726 1992 10 12 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -727 1992 10 13 0.72 10.35 30.32 . 1.24 5.55 5.66 . 4.67 4.99 1.47 191.40 7.73 28.45 1.78 1299.50 121.50 787.80 2.50 . 1.65 5.97 0.54 131.40 5.56 2.86 1.61 44.25 105.40 1.31 25.24 25.24 1.71 . -728 1992 10 14 0.72 10.29 30.13 . 1.24 5.55 5.64 . 4.64 4.96 1.46 190.05 7.73 28.45 1.79 1293.50 121.02 787.40 2.50 . 1.64 5.96 0.54 130.20 5.50 2.86 1.61 44.25 104.65 1.30 25.25 25.24 1.70 . -729 1992 10 15 0.72 10.19 29.85 . 1.24 5.55 5.59 . 4.61 4.92 1.44 189.00 7.72 28.45 1.81 1284.50 120.40 786.20 2.50 . 1.63 5.92 0.54 129.10 5.47 2.84 1.60 44.25 103.70 1.29 25.24 25.23 1.70 . -730 1992 10 16 0.71 10.39 30.43 . 1.24 5.55 5.70 . 4.70 5.01 1.47 190.40 7.73 28.48 1.77 1301.00 119.85 785.90 2.50 . 1.66 6.02 0.54 132.13 5.57 2.87 1.60 44.25 105.84 1.31 25.27 25.22 1.65 . -731 1992 10 19 0.71 10.44 30.55 . 1.24 5.55 5.71 . 4.71 5.03 1.48 193.25 7.73 28.50 1.76 1304.00 119.85 786.10 2.50 . 1.67 6.04 0.54 130.98 5.59 2.89 1.61 44.26 104.50 1.32 25.28 25.23 1.63 . -732 1992 10 20 0.71 10.69 31.34 . 1.23 5.56 5.85 . 4.81 5.16 1.52 196.80 7.73 28.50 1.73 1337.50 121.95 785.50 2.50 . 1.71 6.19 0.53 135.60 5.72 2.94 1.61 44.27 108.20 1.36 25.30 25.29 1.62 . -733 1992 10 21 0.71 10.60 31.02 . 1.23 5.56 5.80 . 4.77 5.11 1.50 195.45 7.73 28.48 1.75 1324.00 121.80 785.10 2.50 . 1.69 6.14 0.53 134.13 5.69 2.92 1.61 44.28 107.20 1.34 25.32 25.34 1.61 . -734 1992 10 22 0.72 10.62 31.08 . 1.24 5.56 5.81 . 4.78 5.12 1.51 195.70 7.73 28.48 1.74 1320.50 120.75 786.00 2.50 . 1.70 6.15 0.54 134.75 5.69 2.91 1.61 44.30 108.00 1.35 25.31 25.32 1.61 . -735 1992 10 23 0.71 10.78 31.54 . 1.24 5.56 5.88 . 4.84 5.18 1.53 199.00 7.73 28.58 1.72 1344.00 121.77 785.90 2.50 . 1.72 6.24 0.54 137.50 5.77 2.93 1.61 44.29 109.70 1.36 25.32 25.28 1.61 . -736 1992 10 26 0.71 10.82 31.63 . 1.24 5.56 5.91 . 4.85 5.21 1.53 199.70 7.72 28.48 1.71 1332.00 122.03 785.80 2.51 . 1.73 6.26 0.53 137.39 5.79 2.94 1.62 44.31 109.17 1.36 . 25.31 1.58 . -737 1992 10 27 0.70 10.79 31.61 . 1.23 . 5.91 . 4.84 5.20 1.53 199.45 7.72 28.48 1.71 1330.50 122.48 786.40 2.50 . 1.72 6.26 0.53 137.15 5.79 2.95 1.61 44.33 109.05 1.36 25.37 25.33 1.57 . -738 1992 10 28 0.69 10.87 31.70 . 1.24 . 5.91 . 4.86 5.22 1.53 199.50 7.72 28.48 1.71 1329.75 122.50 786.50 2.50 . 1.73 6.27 0.53 137.10 5.79 2.95 1.61 44.33 109.20 1.37 25.35 25.33 1.57 . -739 1992 10 29 0.69 10.84 31.71 . 1.24 . 5.91 . 4.85 5.22 1.54 200.10 7.73 28.48 1.70 1317.00 123.36 785.70 2.51 . 1.73 6.27 0.52 137.35 5.79 2.95 1.61 44.33 109.40 1.37 25.37 25.33 1.57 . -740 1992 10 30 0.69 10.85 31.76 . 1.24 . 5.92 . 4.87 5.23 1.54 200.40 7.73 28.48 1.70 1321.00 123.30 785.60 2.51 . 1.73 6.28 0.52 137.67 5.80 2.95 1.62 44.34 109.76 1.37 25.36 25.39 1.56 . -741 1992 11 2 0.69 11.02 32.23 . 1.24 5.56 6.01 . 4.94 5.31 1.56 203.95 7.73 28.48 1.67 1345.00 123.95 785.50 2.51 . 1.76 6.38 0.52 139.85 5.90 2.97 1.62 . 111.58 1.39 25.37 25.41 1.53 . -742 1992 11 3 0.69 11.01 32.18 . 1.24 5.57 5.99 . 4.92 5.29 1.56 203.40 7.73 28.45 1.68 1336.00 122.25 785.20 2.51 . 1.75 6.35 0.52 139.30 5.88 2.97 1.62 44.37 111.35 1.39 25.39 25.43 1.54 . -743 1992 11 4 0.69 10.97 32.25 . 1.24 5.57 6.02 . 4.94 5.30 1.56 203.95 7.73 28.45 1.68 1338.50 122.80 785.10 2.51 . 1.76 6.38 0.52 139.90 5.90 2.97 1.62 44.37 111.85 1.39 25.38 25.40 1.55 . -744 1992 11 5 0.69 11.11 32.48 . 1.24 5.57 6.06 . 4.97 5.34 1.57 204.30 7.73 28.45 1.67 1350.00 122.67 785.10 2.51 . 1.77 6.41 0.52 141.15 5.93 2.98 1.63 44.37 113.08 1.41 25.38 25.39 1.53 . -745 1992 11 6 0.70 11.22 32.79 . 1.25 . 6.10 . 5.00 5.39 1.59 207.00 7.73 28.45 1.65 1364.00 123.20 785.20 2.51 . 1.79 6.47 0.52 142.20 5.98 2.98 1.63 44.39 114.10 1.43 25.44 25.42 1.53 . -746 1992 11 9 0.69 11.18 32.67 . 1.25 . 6.08 . 4.99 5.36 1.58 206.25 7.73 28.48 1.66 1359.00 123.90 785.10 2.52 . 1.78 6.46 0.52 141.35 5.97 2.99 1.63 44.39 113.62 1.42 25.41 25.44 1.52 . -747 1992 11 10 0.68 11.22 32.90 . 1.26 5.59 6.12 . 5.03 5.39 1.59 206.95 7.73 28.47 1.65 1362.50 124.40 785.60 2.52 . 1.79 6.50 0.52 142.07 6.01 3.00 1.63 44.41 114.35 1.43 25.45 25.47 1.51 . -748 1992 11 11 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -749 1992 11 12 0.69 11.17 32.66 . 1.26 5.59 6.09 . 5.00 5.35 1.58 205.85 7.73 28.45 1.66 1360.00 124.12 785.50 2.52 . 1.78 6.47 0.52 141.15 5.99 2.98 1.63 44.40 113.48 1.43 . 25.46 1.52 . -750 1992 11 13 0.69 11.02 32.20 . 1.26 5.58 6.01 . 4.95 5.28 1.56 203.75 7.73 28.45 1.69 1339.00 123.85 785.20 2.51 . 1.76 6.37 0.52 139.40 5.89 2.98 1.63 44.40 112.18 1.41 25.00 25.46 1.54 . -751 1992 11 16 0.68 11.19 32.74 . 1.27 5.58 6.09 . 5.04 5.36 1.59 206.55 7.73 28.45 1.66 1356.50 124.85 785.50 2.52 . 1.79 6.46 0.52 141.25 5.98 2.99 1.63 44.39 113.69 1.43 25.44 25.45 1.51 . -752 1992 11 17 0.68 11.27 32.93 . 1.27 5.58 6.12 . 5.11 5.38 1.59 207.80 7.73 28.48 1.65 1363.50 124.55 786.50 2.52 . 1.79 6.51 0.51 141.85 6.02 3.01 1.63 44.41 114.48 1.45 25.45 25.51 1.51 . -753 1992 11 18 0.68 11.23 32.81 . 1.27 5.58 6.14 . 5.18 5.38 1.59 207.75 7.73 28.48 1.65 1367.00 124.38 788.20 2.52 . 1.79 6.52 0.51 141.45 6.15 3.00 1.63 44.41 114.45 1.45 25.44 25.50 1.52 . -754 1992 11 19 0.68 11.11 32.44 . 1.27 5.62 6.11 . 5.18 5.33 1.57 205.75 7.73 28.48 1.67 1360.00 123.55 789.50 2.52 . 1.77 6.49 0.51 141.20 6.56 2.98 1.63 44.41 113.17 1.43 25.42 25.48 1.53 . -755 1992 11 20 0.68 11.21 32.81 . 1.27 5.67 6.22 . 5.23 5.39 1.59 207.55 7.73 28.48 1.65 1376.00 124.22 789.30 2.52 . 1.79 6.46 0.51 144.55 6.73 2.99 1.63 44.41 114.08 1.43 25.41 25.46 1.52 . -756 1992 11 23 0.68 11.27 32.98 . 1.28 . 6.23 . 5.12 5.44 1.60 208.85 7.73 28.48 1.63 1390.00 124.18 790.60 2.52 . 1.80 6.42 0.51 143.65 6.73 3.01 1.63 44.42 116.44 1.44 25.45 25.50 1.51 . -757 1992 11 24 0.68 11.27 32.99 . 1.28 . 6.24 . 5.17 5.44 1.60 208.90 7.73 28.45 1.63 1389.50 124.10 791.40 2.52 . 1.80 6.66 0.51 143.20 6.75 3.01 1.63 44.42 115.65 1.43 25.45 25.48 1.51 . -758 1992 11 25 0.68 11.19 32.81 . 1.28 . 6.17 . 5.06 5.39 1.59 207.45 7.73 28.50 1.64 1379.00 123.93 789.60 2.52 . 1.79 6.53 0.51 141.95 6.73 3.00 1.63 44.42 114.78 1.43 25.45 25.47 1.52 . -759 1992 11 26 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -760 1992 11 27 0.68 11.25 32.90 . 1.28 5.70 6.18 . 5.13 5.42 1.59 208.85 7.73 28.53 1.64 1395.00 124.40 788.50 2.53 . 1.79 6.54 0.51 143.75 6.81 3.02 1.63 44.44 115.58 1.44 25.44 25.51 1.50 . -761 1992 11 30 0.68 11.20 32.79 . 1.28 5.73 6.17 . 5.12 5.41 1.59 208.25 7.74 28.54 1.64 1394.00 124.42 788.20 2.53 . 1.79 6.49 0.51 143.25 6.84 3.01 1.63 44.45 114.88 1.43 25.45 25.52 1.51 . -762 1992 12 1 0.68 11.13 32.56 . 1.28 5.75 6.16 . 5.10 5.39 1.58 206.85 7.75 28.60 1.66 1400.50 124.40 787.80 2.53 . 1.77 6.49 0.51 141.90 6.80 3.01 1.63 . 114.35 1.41 25.44 25.52 1.53 . -763 1992 12 2 0.68 11.06 32.37 . 1.28 5.75 6.10 . 5.07 5.36 1.57 206.00 7.74 28.75 1.67 1391.00 124.41 788.40 2.54 . 1.76 6.43 0.51 140.85 6.77 2.99 1.63 44.46 113.80 1.39 25.44 25.53 1.54 . -764 1992 12 3 0.68 11.12 32.56 . 1.27 5.75 6.14 . 5.10 5.37 1.58 207.40 7.74 28.75 1.66 1391.00 124.67 789.10 2.53 . 1.77 6.47 0.51 141.90 6.80 3.00 1.63 44.46 114.19 1.41 . 25.50 1.56 . -765 1992 12 4 0.69 11.23 32.82 . 1.27 5.80 6.17 . 5.11 5.42 1.59 209.85 7.74 28.95 1.65 1400.25 124.90 788.50 2.54 . 1.79 6.50 0.51 141.92 6.82 3.00 1.64 . 114.85 1.43 25.44 25.51 1.55 . -766 1992 12 7 0.69 11.03 32.27 . 1.27 5.80 6.08 . 5.02 5.34 1.56 207.60 7.74 29.05 1.68 1381.50 124.44 789.40 2.54 . 1.76 6.41 0.51 139.50 6.71 2.99 1.64 44.47 112.60 1.40 25.46 25.49 1.58 . -767 1992 12 8 0.69 10.94 32.02 . 1.27 5.83 6.03 . 5.00 5.30 1.55 205.55 7.74 29.05 1.70 1370.50 124.00 791.10 2.53 . 1.74 6.36 0.51 138.15 6.67 2.98 1.63 44.47 111.00 1.39 25.45 25.47 1.59 . -768 1992 12 9 0.69 11.05 32.33 . 1.27 5.83 6.09 . 5.05 5.35 1.57 206.20 7.73 29.08 1.68 1391.50 124.10 792.40 2.53 . 1.76 6.40 0.51 140.05 6.77 2.99 1.63 . 112.20 1.40 25.46 25.44 1.56 . -769 1992 12 10 0.68 11.10 32.55 . 1.27 . 6.13 . 5.10 5.40 1.58 208.55 7.74 29.10 1.65 1402.50 123.73 792.60 2.54 . 1.77 6.80 0.51 141.35 6.79 3.00 1.63 . 112.92 1.41 25.46 25.46 1.55 . -770 1992 12 11 0.69 11.09 32.46 . 1.27 5.85 6.14 . 5.11 5.39 1.57 208.50 7.74 29.16 1.66 1393.25 123.89 792.20 2.54 . 1.77 6.82 0.51 141.85 6.76 3.01 1.63 44.47 112.80 1.40 25.46 25.47 1.55 . -771 1992 12 14 0.68 11.06 32.30 . 1.27 5.85 6.04 . 5.07 5.35 1.56 208.10 7.74 29.06 1.68 1394.50 123.85 793.30 2.55 . 1.76 6.74 0.51 140.23 6.76 3.00 1.64 44.60 111.80 1.40 25.46 25.47 1.56 . -772 1992 12 15 0.68 11.03 32.33 . 1.27 5.90 6.04 . 5.09 5.35 1.56 207.50 7.74 29.00 1.68 1399.50 124.10 794.10 2.58 . 1.76 6.73 0.51 140.40 6.76 3.00 1.64 44.60 111.65 1.41 25.46 25.48 1.56 . -773 1992 12 16 0.68 10.93 32.01 . 1.27 . 5.99 . 5.09 5.31 1.55 206.50 7.74 29.00 1.69 1398.00 122.90 793.60 2.57 . 1.74 6.65 0.51 139.30 6.81 3.00 1.63 44.63 110.85 1.39 25.46 25.48 1.57 . -774 1992 12 17 0.68 10.97 32.10 . 1.27 5.90 6.02 . 5.14 5.33 1.56 207.85 7.73 28.98 1.69 1405.00 123.10 792.40 2.57 . 1.75 6.68 0.51 139.68 6.94 2.99 1.63 44.63 111.24 1.40 25.46 25.45 1.57 . -775 1992 12 18 0.69 11.02 32.22 . 1.27 5.86 6.05 . 5.17 5.34 1.56 209.00 7.73 29.00 1.68 1407.75 123.28 792.40 2.58 . 1.76 6.74 0.51 140.10 6.94 3.01 1.64 44.65 111.50 1.41 25.46 25.44 1.56 . -776 1992 12 21 0.69 11.02 32.22 . 1.26 . 6.04 . 5.15 5.35 1.56 208.75 7.73 29.00 1.68 1408.00 122.97 791.90 2.58 . 1.76 6.75 0.51 141.34 6.93 3.01 1.63 44.83 111.45 1.41 25.46 25.46 1.56 . -777 1992 12 22 0.69 11.15 32.62 . 1.26 5.79 6.13 . 5.21 5.41 1.58 211.35 7.73 29.00 1.66 1419.00 123.52 794.00 2.59 . 1.78 6.74 0.51 143.55 7.00 3.01 1.63 45.45 112.80 1.43 25.44 25.44 1.53 . -778 1992 12 23 0.69 11.22 32.78 . 1.26 5.79 6.14 . 5.24 5.44 1.59 212.15 7.74 29.00 1.65 1427.50 123.85 793.70 2.60 . 1.79 6.76 0.51 143.95 7.06 3.01 1.63 45.67 113.38 1.44 25.44 25.48 1.52 . -779 1992 12 24 0.69 11.24 32.87 . 1.26 . 6.16 . 5.25 5.45 1.59 213.05 7.74 29.00 1.65 1430.00 123.90 792.50 2.59 . 1.79 6.79 0.51 144.45 7.08 3.01 1.64 45.90 113.38 1.44 . 25.50 1.52 . -780 1992 12 25 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -781 1992 12 28 0.68 11.30 33.04 . 1.26 5.76 6.19 . 5.25 5.48 1.60 213.65 7.74 29.00 1.64 1446.00 124.75 792.30 2.60 . 1.80 6.84 0.51 145.75 7.11 3.03 1.64 . 114.15 1.45 25.43 25.50 1.51 . -782 1992 12 29 0.68 11.38 33.17 . 1.26 5.76 6.23 . 5.28 5.49 1.61 213.65 7.74 29.00 1.63 1467.00 124.70 792.80 2.61 . 1.81 6.92 0.51 145.85 7.08 3.06 1.64 46.25 114.62 1.46 25.43 25.56 1.51 . -783 1992 12 30 0.68 11.35 33.13 . 1.26 5.76 6.23 . 5.24 5.50 1.61 214.85 7.74 29.00 1.63 1473.00 124.59 792.40 2.61 . 1.81 6.90 0.51 145.88 7.05 3.05 1.64 46.15 114.53 1.45 25.43 25.53 1.51 . -784 1992 12 31 0.68 11.35 33.25 . 1.27 5.76 6.27 . 5.24 5.52 1.61 215.65 7.74 29.00 1.62 1475.00 124.85 791.50 2.61 . 1.81 6.94 0.51 147.19 7.07 3.05 1.64 46.09 114.92 1.46 25.40 25.53 1.51 . -785 1993 1 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -786 1993 1 4 0.68 11.52 33.68 . 1.27 5.76 6.34 . 5.40 5.59 1.63 218.15 7.74 29.00 1.60 1521.00 125.40 789.70 2.60 . 1.84 6.97 0.51 147.69 7.18 3.07 1.65 . 116.48 1.47 . 25.54 1.50 . -787 1993 1 5 0.67 11.44 33.48 . 1.27 5.76 6.29 . 5.36 5.54 1.62 216.45 7.74 29.00 1.61 1529.00 125.11 791.30 2.59 . 1.82 6.95 0.50 146.48 7.23 3.05 1.65 . 115.83 1.47 25.40 25.57 1.54 . -788 1993 1 6 0.67 11.51 33.62 . 1.27 5.77 6.31 . 5.38 5.56 1.63 218.20 7.74 29.00 1.60 1529.00 125.10 793.40 2.59 . 1.83 6.98 0.50 147.15 7.25 3.06 1.66 . 116.30 1.48 25.42 25.53 1.54 . -789 1993 1 7 0.66 11.51 33.67 . 1.27 5.77 6.32 . 5.45 5.56 1.63 218.75 7.74 29.00 1.60 1512.50 125.25 794.20 2.59 . 1.84 7.02 0.50 146.93 7.36 3.06 1.65 46.15 116.03 1.49 25.41 25.55 1.53 . -790 1993 1 8 0.67 11.52 33.70 . 1.28 5.77 6.34 . 5.48 5.57 1.63 219.15 7.74 29.00 1.60 1501.00 125.27 795.00 2.59 . 1.84 7.00 0.51 147.12 7.41 3.08 1.66 . 116.42 1.49 25.42 25.56 1.54 . -791 1993 1 11 0.67 11.47 33.57 . 1.27 5.77 6.30 . 5.43 5.54 1.63 218.00 7.74 29.02 1.62 1479.50 125.05 795.60 2.59 . 1.83 6.97 0.51 146.20 7.38 3.07 1.65 46.25 115.85 1.48 25.45 25.56 1.55 . -792 1993 1 12 0.67 11.48 33.60 . 1.27 5.77 6.31 . 5.43 5.53 1.63 218.25 7.74 29.00 1.61 1499.75 125.30 795.10 2.59 . 1.83 6.96 0.51 146.00 7.46 3.06 1.65 46.25 115.80 1.49 25.44 25.54 1.54 . -793 1993 1 13 0.66 11.48 33.62 . 1.28 . 6.30 . 5.44 5.53 1.63 218.40 7.73 29.00 1.62 1511.00 126.03 794.20 2.60 . 1.83 6.95 0.51 145.95 7.45 3.07 1.65 46.35 115.80 1.49 25.44 25.56 1.54 . -794 1993 1 14 0.66 11.39 33.34 . 1.27 5.77 6.27 . 5.40 5.49 1.61 216.95 7.73 29.00 1.62 1501.00 125.75 795.30 2.59 . 1.81 6.88 0.51 145.55 7.23 3.07 1.65 . 115.00 1.48 25.45 25.54 1.53 . -795 1993 1 15 0.67 11.49 33.63 . 1.28 . 6.30 . 5.44 5.52 1.63 218.75 7.73 29.00 1.61 1502.00 126.10 796.40 2.59 . 1.83 6.89 0.51 147.05 7.29 3.08 1.65 46.45 115.92 1.49 25.43 25.56 1.53 . -796 1993 1 18 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -797 1993 1 19 0.67 11.33 33.18 . 1.27 5.77 6.20 . 5.42 5.45 1.61 215.55 7.73 29.00 1.64 1477.50 125.55 795.80 2.59 . 1.81 6.81 0.51 145.25 7.21 3.07 1.65 46.35 114.23 1.47 25.49 25.53 1.54 . -798 1993 1 20 0.66 11.31 33.10 . 1.28 5.77 6.17 . 5.41 5.42 1.60 214.85 7.73 29.00 1.64 1466.50 124.90 794.20 2.58 . 1.80 6.79 0.51 144.75 7.17 3.07 1.65 46.43 113.60 1.47 . 25.53 1.54 . -799 1993 1 21 0.66 11.36 33.27 . 1.28 5.78 6.20 . 5.53 5.45 1.61 216.05 7.73 29.00 1.64 1480.00 125.00 794.50 2.59 . 1.81 6.85 0.51 145.56 7.24 3.08 1.65 46.43 114.27 1.48 . 25.50 1.51 . -800 1993 1 22 0.67 11.29 32.99 . 1.28 5.78 6.13 . 5.44 5.38 1.59 213.65 7.73 29.00 1.66 1469.00 124.85 . 2.59 . 1.78 6.78 0.51 143.93 7.16 3.07 1.64 46.43 113.08 1.45 . 25.52 1.53 . -801 1993 1 25 0.67 11.08 32.39 . 1.27 5.78 6.05 . 5.26 5.32 1.57 210.50 7.73 29.05 1.68 1451.00 123.28 795.60 2.59 . 1.76 6.66 0.51 142.10 7.06 3.05 1.64 46.35 111.38 1.44 . 25.49 1.55 . -802 1993 1 26 0.67 11.11 32.43 . 1.27 5.78 6.07 . 5.30 5.33 1.57 211.55 7.73 29.05 1.68 1452.75 123.63 797.30 2.59 . 1.77 6.70 0.51 142.08 7.08 3.05 1.64 46.23 111.75 1.45 . 25.44 1.53 . -803 1993 1 27 0.67 11.15 32.65 . 1.27 5.78 6.10 . 5.41 5.35 1.58 212.25 7.73 29.20 1.65 1477.00 124.10 797.40 2.60 . 1.78 6.73 0.51 142.85 7.10 3.06 1.63 46.23 112.36 1.46 25.51 25.46 1.51 . -804 1993 1 28 0.68 11.15 32.65 . 1.27 5.78 6.12 . 5.45 5.37 1.58 212.25 7.73 29.30 1.65 1476.00 124.23 796.50 2.62 . 1.78 6.76 0.51 143.65 7.20 3.06 1.63 46.20 113.28 1.46 25.49 25.47 1.51 . -805 1993 1 29 0.67 11.31 33.17 . 1.27 5.78 6.21 . 5.56 5.45 1.61 215.80 7.73 29.20 1.62 1494.75 124.97 796.20 2.62 . 1.81 6.84 0.51 145.60 7.30 3.08 1.64 46.20 114.45 1.48 25.48 25.49 1.48 . -806 1993 2 1 0.67 11.50 33.71 . 1.26 5.78 6.31 . 5.71 5.53 1.63 219.25 7.73 29.35 1.49 1515.50 124.95 797.10 2.62 . 1.84 6.97 0.51 148.25 7.47 3.09 1.64 46.35 116.10 1.51 25.48 25.55 1.45 . -807 1993 2 2 0.67 11.55 33.85 . 1.26 5.78 6.34 . 5.64 5.55 1.64 220.25 7.73 29.35 1.48 1526.00 124.86 798.90 2.62 . 1.84 6.98 0.51 148.15 7.44 3.10 1.64 46.30 116.62 1.52 25.54 25.57 1.44 . -808 1993 2 3 0.67 11.58 33.98 . 1.26 . 6.41 . 5.69 5.57 1.64 220.50 7.73 29.55 1.46 1534.75 124.33 799.30 2.62 . 1.85 6.99 0.51 149.75 7.54 3.10 1.64 46.30 117.20 1.52 25.56 25.55 1.43 . -809 1993 2 4 0.67 11.64 34.14 . 1.26 . 6.36 . 5.73 5.59 1.65 222.00 7.73 29.60 1.46 1534.50 124.58 799.10 2.63 . 1.86 6.99 0.51 149.85 7.48 3.11 1.65 . 117.70 1.53 25.61 25.55 1.44 . -810 1993 2 5 0.67 11.63 34.13 . 1.26 5.80 6.30 . 5.75 5.59 1.65 221.65 7.73 29.90 1.44 1528.00 124.43 799.10 2.62 . 1.86 7.00 0.51 149.75 7.45 3.11 1.65 . 117.53 1.52 25.73 25.61 1.44 . -811 1993 2 8 0.66 11.63 34.12 . 1.26 5.80 6.30 . 5.79 5.59 1.65 221.30 7.73 29.90 1.47 1523.25 124.02 800.50 2.63 . 1.86 7.00 0.50 150.00 7.46 3.12 1.65 46.30 117.35 1.53 26.01 25.60 1.43 . -812 1993 2 9 0.67 11.63 34.15 . 1.26 5.80 6.32 . 5.87 5.59 1.65 221.20 7.73 30.05 1.47 1525.00 121.38 801.10 2.63 . 1.85 7.00 0.50 150.00 7.42 3.12 1.64 46.30 117.50 1.52 25.96 25.58 1.43 . -813 1993 2 10 0.67 11.66 34.18 . 1.26 5.80 6.33 . 6.06 5.60 1.65 221.50 7.73 30.20 1.47 1544.50 120.97 800.80 2.63 . 1.86 7.01 0.51 150.40 7.47 3.12 1.64 . 118.00 1.53 25.94 25.54 1.42 . -814 1993 2 11 0.67 11.66 34.20 . 1.25 5.80 6.35 . 5.94 5.60 1.65 221.65 7.73 30.50 1.46 1544.00 120.50 799.70 2.63 . 1.86 7.03 0.51 150.77 7.46 3.12 1.64 46.30 118.18 1.53 25.93 25.56 1.41 . -815 1993 2 12 0.67 11.69 34.28 . 1.25 5.80 6.37 . 5.97 5.62 1.66 222.25 7.73 30.40 1.46 1548.00 120.90 795.60 2.63 . 1.87 7.06 0.51 151.50 7.52 3.13 1.65 . 118.62 1.54 25.93 25.51 1.41 . -816 1993 2 15 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -817 1993 2 16 0.68 11.49 33.67 . 1.25 5.80 6.26 . 5.82 5.53 1.63 219.25 7.73 30.20 1.49 1541.00 119.80 799.80 2.63 . 1.83 6.95 0.51 149.90 7.44 3.12 1.64 46.37 116.88 1.50 25.97 25.53 1.44 . -818 1993 2 17 0.68 11.45 33.55 . 1.26 5.80 6.24 . 5.84 5.51 1.62 218.25 7.73 30.05 1.49 1546.00 119.40 800.20 2.62 . 1.83 6.92 0.51 149.42 7.45 3.11 1.64 46.32 117.38 1.50 25.96 25.48 1.44 . -819 1993 2 18 0.68 11.56 33.63 . 1.26 5.79 6.26 . 5.87 5.53 1.63 219.75 7.73 30.18 1.49 1557.00 119.60 799.70 2.62 . 1.83 6.95 0.51 149.41 7.56 3.11 1.64 46.32 117.22 1.50 25.95 25.48 1.44 . -820 1993 2 19 0.69 11.51 33.69 . 1.25 5.76 6.26 . 5.90 5.54 1.63 220.00 7.73 30.18 1.49 1573.00 119.11 799.90 2.62 . 1.84 6.95 0.51 149.90 7.59 3.12 1.64 . 117.40 1.50 25.94 25.45 1.45 . -821 1993 2 22 0.69 11.46 33.57 . 1.26 . 6.26 . 5.87 5.52 1.62 219.15 7.73 30.28 1.49 1572.75 116.45 800.00 2.62 . 1.83 6.94 0.51 150.55 7.59 3.12 1.64 46.32 118.97 1.49 25.94 25.41 1.45 . -822 1993 2 23 0.69 11.39 33.26 . 1.25 . 6.20 . 5.84 5.47 1.61 219.10 7.73 30.28 1.50 1573.00 116.65 799.40 2.62 . 1.81 6.88 0.52 149.28 7.69 3.11 1.64 46.32 117.25 1.48 25.94 25.38 1.45 . -823 1993 2 24 0.69 11.40 33.38 . 1.26 5.75 6.21 . 5.93 5.49 1.61 220.00 7.73 30.18 1.49 1596.00 116.90 798.60 2.62 . 1.82 6.92 0.52 149.50 7.84 3.12 1.64 46.42 116.95 1.49 25.89 25.40 1.43 . -824 1993 2 25 0.69 11.49 33.66 . 1.25 5.75 6.27 . 5.96 5.55 1.63 221.70 7.73 30.38 1.48 1588.00 117.50 798.40 2.63 . 1.83 6.97 0.52 150.80 7.84 3.13 1.64 46.47 117.85 1.51 25.79 25.44 1.43 . -825 1993 2 26 0.69 11.56 33.82 . 1.24 5.75 6.31 . 5.96 5.57 1.64 222.70 7.73 30.27 1.47 1588.00 118.10 798.60 2.63 . 1.84 6.99 0.52 150.80 7.81 3.14 1.64 46.52 118.05 1.52 25.75 25.44 1.42 . -826 1993 3 1 0.70 11.58 33.90 . 1.24 5.75 6.31 . 5.98 5.58 1.64 223.00 7.73 33.50 1.47 1567.25 118.75 798.00 2.63 . 1.85 6.99 0.52 150.90 7.76 3.15 1.64 . 118.35 1.52 25.85 25.47 1.43 . -827 1993 3 2 0.70 11.57 33.83 . 1.24 5.75 6.29 . 5.94 5.57 1.64 222.15 7.73 32.80 1.48 1570.00 117.77 798.00 2.62 . 1.84 6.98 0.52 150.75 7.72 3.15 1.64 . 118.00 1.52 25.89 25.46 1.44 . -828 1993 3 3 0.70 11.58 33.95 . 1.24 5.74 6.31 . 5.97 5.59 1.64 222.40 7.73 32.30 1.47 1570.25 117.25 797.50 2.61 . 1.85 6.99 0.52 151.10 7.71 3.15 1.64 . 118.25 1.52 25.89 25.42 1.44 . -829 1993 3 4 0.71 11.52 33.71 . 1.24 5.74 6.28 . 5.95 5.55 1.63 221.20 7.73 32.30 1.48 1565.50 116.80 797.60 2.61 . 1.83 6.96 0.53 150.75 7.66 3.15 1.64 46.62 117.75 1.51 25.84 25.41 1.45 . -830 1993 3 5 0.70 11.72 34.35 . 1.24 5.74 6.39 . 6.04 5.65 1.66 225.80 7.73 32.10 1.45 1577.25 117.65 796.50 2.61 . 1.87 7.06 0.52 153.90 7.74 3.17 1.64 46.57 118.95 1.54 25.85 25.40 1.44 . -831 1993 3 8 0.70 11.70 34.23 . 1.24 5.74 6.37 . 5.99 5.63 1.66 224.70 7.73 32.00 1.46 1577.50 116.62 795.90 2.61 . 1.86 7.04 0.52 152.65 7.61 3.18 1.64 46.67 118.15 1.53 25.90 25.47 1.44 . -832 1993 3 9 0.70 11.73 34.32 . 1.24 5.74 6.39 . 6.07 5.65 1.66 225.50 7.73 31.80 1.45 1609.00 117.40 795.90 2.61 . 1.87 7.08 0.52 153.60 7.63 3.18 1.64 . 118.77 1.54 25.93 25.41 1.43 . -833 1993 3 10 0.70 11.71 34.29 . 1.24 5.74 6.38 . 6.05 5.65 1.66 225.00 7.73 31.80 1.46 1602.00 118.12 795.90 2.61 . 1.87 7.08 0.52 153.93 7.60 3.18 1.64 . 118.53 1.53 25.98 25.46 1.43 . -834 1993 3 11 0.70 11.72 34.33 . 1.24 5.74 6.38 . 6.08 5.64 1.66 225.25 7.73 31.90 1.46 1604.00 117.57 795.20 2.60 . 1.86 7.07 0.52 153.78 7.78 3.18 1.64 46.77 118.65 1.52 . 25.48 1.43 . -835 1993 3 12 0.71 11.71 34.27 . 1.24 5.74 6.41 . 6.11 5.66 1.66 225.50 7.73 31.80 1.45 1607.00 117.80 796.60 2.60 . 1.87 7.08 0.52 154.02 7.80 3.19 1.64 . 119.05 1.52 25.98 25.45 1.43 . -836 1993 3 15 0.70 11.69 34.23 . 1.24 5.76 6.38 . 6.04 5.64 1.66 224.90 7.73 31.80 1.46 1605.00 118.45 796.80 2.60 . 1.86 7.06 0.52 154.25 7.84 3.19 1.64 46.91 118.75 1.52 26.07 25.48 1.43 . -837 1993 3 16 0.70 11.69 34.22 . 1.25 5.76 6.39 . 6.03 5.65 1.66 225.40 7.73 31.90 1.46 1607.00 116.90 795.30 2.59 . 1.86 7.07 0.52 153.80 7.80 3.19 1.64 46.96 118.72 1.52 26.10 25.47 1.44 . -838 1993 3 17 0.70 11.70 34.29 . 1.25 5.76 6.39 . 6.02 5.65 1.66 226.10 7.73 31.80 1.45 1607.00 117.25 795.40 2.59 . 1.87 7.08 0.53 153.46 7.81 3.19 1.64 . 119.12 1.53 26.11 25.43 1.45 . -839 1993 3 18 0.71 11.63 34.05 . 1.24 5.76 6.36 . 5.98 5.63 1.65 224.60 7.73 31.80 1.46 1597.50 116.88 796.00 2.60 . 1.85 7.02 0.53 152.93 7.78 3.19 1.64 47.23 118.40 1.52 26.10 25.43 1.47 . -840 1993 3 19 0.71 11.49 33.65 . 1.24 5.74 6.29 . 5.90 5.57 1.63 222.10 7.73 31.75 1.48 1580.25 115.95 795.80 2.59 . 1.83 6.94 0.53 151.25 7.70 3.17 1.64 47.23 117.05 1.50 26.11 25.39 1.48 . -841 1993 3 22 0.71 11.51 33.74 . 1.24 5.74 6.29 . 5.92 5.57 1.63 223.00 7.73 31.75 1.48 1579.00 115.67 796.00 2.59 . 1.84 6.95 0.53 151.75 7.73 3.17 1.64 . 116.85 1.51 26.12 25.39 1.48 . -842 1993 3 23 0.70 11.48 33.64 . 1.24 5.74 6.27 . 5.91 5.55 1.63 222.40 7.73 31.75 1.48 1581.00 115.70 796.00 2.59 . 1.83 6.93 0.52 151.55 7.73 3.17 1.64 47.36 116.33 1.50 26.12 25.39 1.48 . -843 1993 3 24 0.70 11.47 33.59 . 1.24 5.73 6.26 . 5.91 5.54 1.62 222.10 7.73 31.75 1.49 1592.25 116.88 796.20 2.59 . 1.83 6.92 0.53 151.62 7.75 3.17 1.64 47.46 116.30 1.50 26.13 25.39 1.48 . -844 1993 3 25 0.70 11.55 33.83 . 1.24 5.73 6.31 . 5.95 5.58 1.64 224.00 7.73 31.75 1.47 1603.25 117.30 796.20 2.59 . 1.84 6.99 0.53 152.60 7.82 3.18 1.64 . 117.45 1.52 26.13 25.39 1.47 . -845 1993 3 26 0.70 11.48 33.63 . 1.24 5.73 6.26 . 5.90 5.54 1.63 222.20 7.73 31.75 1.48 1591.00 116.40 796.40 2.60 . 1.83 6.93 0.53 151.25 7.71 3.18 1.64 . 116.65 1.50 26.13 25.42 1.49 . -846 1993 3 29 0.70 11.46 33.58 . 1.24 5.73 6.26 . 5.91 5.53 1.62 222.40 7.73 31.50 1.49 1612.00 116.77 796.40 2.59 . 1.83 6.93 0.53 151.50 7.74 3.18 1.64 47.26 116.82 1.50 . 25.38 1.49 . -847 1993 3 30 0.71 11.38 33.32 . 1.25 5.73 6.21 . 5.87 5.49 1.61 222.40 7.73 31.50 1.50 1603.50 116.62 796.90 2.59 . 1.81 6.88 0.53 149.92 7.69 3.18 1.64 47.40 115.51 1.49 26.16 25.39 1.49 . -848 1993 3 31 0.70 11.31 33.18 . 1.25 5.73 6.18 . 5.84 5.46 1.61 219.95 7.73 31.50 1.51 1592.50 114.90 797.10 2.59 . 1.80 6.84 0.53 148.60 7.72 3.17 1.63 47.45 114.97 1.49 26.11 25.38 1.50 . -849 1993 4 1 0.69 11.28 32.90 . 1.25 5.73 6.13 . 5.79 5.42 1.59 219.70 7.73 31.50 1.52 1588.50 114.10 797.10 2.59 . 1.79 6.79 0.52 147.95 7.60 3.17 1.63 47.42 114.14 1.48 26.06 25.34 1.52 . -850 1993 4 2 0.69 11.21 33.19 . 1.26 5.73 6.19 . 5.85 5.47 1.61 219.20 7.73 31.60 1.50 1591.25 114.20 798.30 2.59 . 1.81 6.85 0.52 149.95 7.62 3.18 1.63 47.35 115.05 1.49 26.05 25.32 1.51 . -851 1993 4 5 0.70 11.24 32.89 . 1.26 . 6.13 . 5.80 5.41 1.59 218.80 7.73 31.60 1.53 1588.50 113.60 798.70 2.59 . 1.79 6.79 0.53 147.90 7.56 3.18 1.62 47.50 114.15 1.47 . . 1.52 . -852 1993 4 6 0.70 11.35 33.23 . 1.25 . 6.19 . 5.86 5.46 1.61 220.10 7.73 31.60 1.50 1595.50 114.00 798.70 2.58 . 1.81 6.87 0.53 149.73 7.63 3.19 1.62 . 115.50 1.48 . 25.30 1.51 . -853 1993 4 7 0.70 11.38 33.30 . 1.26 . 6.21 . 5.85 5.46 1.61 221.05 7.73 31.60 1.51 1588.25 113.70 799.60 2.58 . 1.81 6.88 0.53 150.50 7.66 3.19 1.62 47.72 115.95 1.48 . 25.30 1.51 . -854 1993 4 8 0.70 11.31 33.06 . 1.25 5.73 6.17 . 5.78 5.43 1.60 219.70 7.73 31.60 1.52 1571.50 113.45 799.30 2.57 . 1.80 6.81 0.53 149.60 7.61 3.18 1.62 47.82 115.65 1.47 26.10 25.30 1.52 . -855 1993 4 9 0.70 11.29 33.03 . 1.25 5.73 6.16 . 5.77 5.43 1.60 219.60 7.73 31.60 1.52 1571.00 113.20 799.10 2.57 . 1.80 6.82 0.53 149.73 7.60 3.18 1.62 . 115.26 1.47 26.10 . 1.52 . -856 1993 4 12 0.71 11.28 32.80 . 1.26 5.73 6.12 . 5.73 5.39 1.59 218.27 7.73 . 1.53 1559.00 112.75 798.90 2.57 . 1.79 6.78 0.54 148.68 7.53 . 1.62 47.82 115.10 1.46 26.03 . 1.54 . -857 1993 4 13 0.71 11.11 32.50 . 1.26 5.71 6.06 . 5.62 5.34 1.57 216.30 7.73 31.60 1.54 1523.75 113.40 799.00 2.57 . 1.77 6.71 0.54 146.94 7.44 3.16 1.62 . 114.05 1.44 26.06 . 1.55 . -858 1993 4 14 0.72 11.19 32.73 . 1.26 5.71 6.09 . 5.55 5.37 1.59 217.50 7.73 31.70 1.53 1540.00 113.90 798.80 2.58 . 1.78 6.74 0.54 147.81 7.40 3.16 1.62 . 114.65 1.45 26.10 25.24 1.55 . -859 1993 4 15 0.72 11.26 33.00 . 1.26 5.71 6.16 . 5.58 5.43 1.60 217.90 7.73 31.60 1.52 1545.75 113.40 792.90 2.58 . 1.80 6.79 0.54 148.63 7.46 3.17 1.62 47.63 115.80 1.46 26.06 25.28 1.54 . -860 1993 4 16 0.71 11.35 33.23 . 1.25 5.71 6.19 . 5.60 5.45 1.61 220.30 7.73 31.60 1.51 1544.00 112.63 799.00 2.58 . 1.81 6.84 0.53 149.80 7.52 3.19 1.62 47.83 116.79 1.47 26.04 25.28 1.52 . -861 1993 4 19 0.71 11.26 32.93 . 1.25 5.70 6.13 . 5.52 5.40 1.60 218.50 7.73 31.60 1.52 1530.50 111.03 798.80 2.57 . 1.79 6.77 0.54 148.30 7.40 3.18 1.62 47.83 115.75 1.46 25.95 25.28 1.53 . -862 1993 4 20 0.71 11.25 32.91 . 1.25 5.70 6.13 . 5.50 5.40 1.59 218.20 7.73 31.60 1.52 1533.50 110.80 799.10 2.57 . 1.79 6.78 0.54 147.70 7.39 3.16 1.62 47.83 115.65 1.46 25.93 25.28 1.54 . -863 1993 4 21 0.71 11.29 33.04 . 1.25 . 6.15 . 5.56 5.42 1.60 219.30 7.73 31.60 1.51 1532.50 111.10 798.90 2.57 . 1.80 6.80 0.53 148.40 7.42 3.17 1.62 47.83 116.35 1.46 25.88 25.20 1.53 . -864 1993 4 22 0.71 11.30 33.04 . 1.26 . 6.15 . 5.55 5.42 1.60 218.80 7.73 31.60 1.51 1525.75 110.05 798.70 2.57 . 1.80 6.79 0.54 148.60 7.41 3.17 1.61 47.86 116.80 1.45 25.90 25.20 1.54 . -865 1993 4 23 0.71 11.15 32.57 . 1.26 5.70 6.08 . 5.45 5.34 1.58 215.70 7.72 31.60 1.53 1491.50 110.62 799.10 2.57 . 1.77 6.70 0.54 147.40 7.27 3.16 1.61 47.81 116.90 1.43 25.93 25.19 1.57 . -866 1993 4 26 0.72 11.02 32.25 . 1.25 5.70 6.03 . 5.35 5.30 1.56 213.40 7.72 31.60 1.55 1459.00 110.45 799.10 2.56 . 1.76 6.63 0.54 145.70 7.18 3.14 1.61 . 115.90 1.41 25.94 25.17 1.59 . -867 1993 4 27 0.71 11.10 32.46 . 1.27 . 6.08 . 5.39 5.33 1.58 215.20 7.72 31.65 1.54 1474.50 111.25 799.20 2.57 . 1.77 6.68 0.54 146.90 7.24 3.15 1.61 . 116.25 1.42 25.91 25.17 1.57 . -868 1993 4 28 0.71 11.16 32.60 . 1.27 . 6.10 . 5.43 5.34 1.58 215.70 7.72 31.65 1.53 1472.00 112.40 799.20 2.57 . 1.78 6.69 0.54 147.20 7.25 3.16 1.61 . 116.00 1.43 25.90 25.22 1.57 . -869 1993 4 29 0.71 11.11 32.54 . 1.27 . 6.09 . 5.44 5.33 1.58 215.00 7.73 31.65 1.53 1475.25 111.75 799.00 2.57 . 1.77 6.69 0.54 146.84 7.29 3.15 1.61 . 116.02 1.42 25.87 25.22 1.57 . -870 1993 4 30 0.70 11.17 32.66 . 1.27 . 6.11 . 5.56 5.35 1.58 215.60 7.73 31.65 1.53 1493.50 111.27 799.00 2.56 . 1.78 6.72 0.54 147.30 7.32 3.16 1.61 . 116.35 1.43 25.90 25.23 1.56 . -871 1993 5 3 0.70 11.15 32.61 . 1.26 . 6.08 . 5.46 5.33 1.58 215.50 7.73 31.65 1.53 1478.25 110.90 799.10 2.56 . 1.77 6.70 0.54 146.71 7.33 3.17 1.61 47.80 115.95 1.43 25.92 . 1.56 . -872 1993 5 4 0.69 11.05 32.32 . 1.27 5.72 6.04 . 5.42 5.30 1.57 214.30 7.72 31.60 1.55 1465.25 110.30 799.90 2.56 . 1.76 6.65 0.53 145.90 7.30 3.15 1.61 48.16 115.20 1.41 25.89 25.21 1.57 . -873 1993 5 5 0.69 11.11 32.50 . 1.27 . 6.07 . 5.41 5.32 1.58 214.60 7.72 31.60 1.54 1466.00 110.25 . 2.56 . 1.77 6.68 0.54 146.30 7.30 3.16 1.61 . 115.50 1.41 25.91 . 1.56 . -874 1993 5 6 0.70 11.10 32.48 . 1.27 . 6.08 . 5.40 5.32 1.57 214.80 7.72 31.60 1.54 1459.00 110.30 799.90 2.56 . 1.77 6.68 0.54 146.49 7.27 3.16 1.61 . 115.83 1.42 25.90 25.20 1.57 . -875 1993 5 7 0.70 11.13 32.57 . 1.27 . 6.10 . 5.42 5.33 1.58 215.50 7.72 31.60 1.53 1458.50 110.35 800.40 2.56 . 1.77 6.69 0.54 147.20 7.30 3.15 1.61 . 116.10 1.42 25.90 25.19 1.57 . -876 1993 5 10 0.70 11.28 32.99 . 1.26 5.72 6.20 . 5.52 5.40 1.60 218.30 7.73 31.60 1.51 1477.50 111.75 801.40 2.56 . 1.79 6.78 0.54 149.10 7.40 3.18 1.61 48.14 117.70 1.45 25.94 25.20 1.53 . -877 1993 5 11 0.69 11.32 33.08 . 1.27 5.73 6.20 . 5.53 5.42 1.60 218.40 7.73 31.60 1.51 1490.00 111.05 802.60 2.57 . 1.80 6.79 0.54 149.62 7.42 3.18 1.61 48.14 118.20 1.45 25.96 25.26 1.54 . -878 1993 5 12 0.70 11.34 33.18 . 1.27 5.73 6.21 . 5.53 5.43 1.61 218.50 7.73 31.60 1.50 1486.00 111.50 803.50 2.56 . 1.80 6.83 0.54 150.30 7.42 3.18 1.61 47.90 118.53 1.46 25.97 25.26 1.53 . -879 1993 5 13 0.70 11.35 33.20 . 1.27 5.74 6.23 . 5.56 5.44 1.61 219.55 7.73 31.60 1.50 1488.50 111.70 802.50 2.56 . 1.81 6.86 0.54 157.77 7.39 3.17 1.61 47.90 123.45 1.45 25.95 25.27 1.52 . -880 1993 5 14 0.70 11.26 32.95 . 1.27 5.74 6.17 . 5.53 5.40 1.60 217.90 7.72 31.60 1.51 1471.50 110.85 803.00 2.56 . 1.79 6.79 0.54 154.00 7.34 3.17 1.61 47.93 122.00 1.45 25.96 25.29 1.53 . -881 1993 5 17 0.70 11.33 33.19 . 1.27 5.74 6.19 . 5.54 5.44 1.61 218.80 7.72 31.60 1.50 1476.75 111.40 804.90 2.56 . 1.81 6.85 0.54 155.32 7.34 3.17 1.61 . 123.35 1.46 25.94 25.24 1.53 . -882 1993 5 18 0.69 11.43 33.39 . 1.27 5.74 6.25 . 5.56 5.48 1.62 220.40 7.72 31.60 1.50 1478.25 111.59 805.10 2.57 . 1.82 6.88 0.53 155.40 7.37 3.19 1.61 . 123.95 1.47 25.97 25.27 1.53 . -883 1993 5 19 0.69 11.42 33.42 . 1.26 5.74 6.23 . 5.49 5.48 1.62 220.00 7.72 31.60 1.50 1472.75 110.52 804.30 2.56 . 1.82 6.87 0.53 154.50 7.36 3.18 1.61 47.93 124.05 1.47 25.95 25.29 1.54 . -884 1993 5 20 0.69 11.34 33.18 . 1.26 5.74 6.18 . 5.43 5.43 1.61 218.65 7.72 31.60 1.51 1467.00 110.50 805.40 2.56 . 1.80 6.82 0.54 153.26 7.30 3.17 1.61 47.93 123.02 1.46 25.96 25.27 1.55 . -885 1993 5 21 0.69 11.45 33.43 . 1.26 5.74 6.23 . 5.47 5.47 1.62 220.40 7.72 31.60 1.50 1480.00 110.43 805.80 2.56 . 1.82 6.87 0.54 154.02 7.29 3.19 1.61 47.91 123.95 1.47 25.97 25.24 1.54 . -886 1993 5 24 0.69 11.51 33.64 . 1.26 5.74 6.26 . 5.51 5.51 1.63 221.60 7.72 31.60 1.49 1485.50 110.35 805.00 2.56 . 1.83 6.90 0.54 155.10 7.30 3.19 1.61 47.94 124.85 1.47 26.04 25.25 1.53 . -887 1993 5 25 0.70 11.45 33.47 . 1.26 5.74 6.22 . 5.49 5.48 1.62 220.55 7.72 31.60 1.50 1478.50 109.50 804.40 2.56 . 1.82 6.88 0.54 154.00 7.28 3.19 1.61 . 124.37 1.45 . 25.25 1.54 . -888 1993 5 26 0.69 11.47 33.50 . 1.26 5.74 6.24 . 5.52 5.49 1.63 221.10 7.72 31.60 1.49 1489.00 108.65 804.50 2.56 . 1.82 6.90 0.54 155.42 7.33 3.19 1.60 47.99 127.08 1.46 26.15 25.20 1.54 . -889 1993 5 27 0.69 11.35 33.12 . 1.26 . 6.16 . 5.46 5.43 1.61 218.35 7.72 31.70 1.51 1480.00 107.80 804.50 2.56 . 1.80 6.82 0.54 154.87 7.26 3.18 1.60 47.92 127.37 1.43 26.14 25.19 1.55 . -890 1993 5 28 0.68 11.17 32.65 . 1.27 5.74 6.08 . 5.37 5.36 1.58 215.15 7.72 31.70 1.53 1465.00 107.17 804.50 2.55 . 1.78 6.74 0.54 152.50 7.17 3.18 1.60 47.92 125.50 1.41 26.10 25.11 1.56 . -891 1993 5 31 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -892 1993 6 1 0.67 11.20 32.71 . 1.27 . 6.10 . 5.40 5.37 1.59 216.70 7.72 31.70 1.53 1472.00 107.23 805.40 2.55 . 1.78 6.76 0.54 153.61 7.20 3.17 1.60 48.05 125.35 1.42 26.13 25.13 1.55 . -893 1993 6 2 0.67 11.23 32.83 . 1.27 5.74 6.11 . 5.43 5.38 1.59 216.60 7.72 31.70 1.52 1461.50 107.68 806.50 2.55 . 1.79 6.77 0.54 153.45 7.19 3.18 1.60 . 125.10 1.42 26.11 25.14 1.54 . -894 1993 6 3 0.68 11.26 32.88 . 1.27 5.74 6.12 . 5.41 5.39 1.60 217.70 7.72 31.70 1.52 1462.00 107.40 806.10 2.55 . 1.79 6.78 0.54 153.90 7.20 3.18 1.60 48.10 125.10 1.42 . 25.15 1.53 . -895 1993 6 4 0.67 11.43 33.41 . 1.27 5.72 6.22 . 5.49 5.47 1.62 221.30 7.72 31.70 1.49 1484.00 107.75 806.90 2.55 . 1.82 6.89 0.53 156.80 7.31 3.19 1.61 . 127.05 1.45 26.14 25.14 1.51 . -896 1993 6 7 0.67 11.40 33.32 . 1.27 5.72 6.20 . 5.48 5.45 1.62 221.30 7.72 31.70 1.50 1480.50 107.36 807.00 2.55 . 1.81 6.86 0.53 154.04 7.26 3.18 1.60 48.10 124.50 1.45 26.15 25.18 1.52 . -897 1993 6 8 0.66 11.43 33.39 . 1.28 5.72 6.21 . 5.48 5.47 1.62 220.70 7.72 31.70 1.50 1475.25 106.30 806.40 2.55 . 1.82 6.87 0.53 154.20 7.24 3.19 1.60 . 124.25 1.45 . 25.16 1.51 . -898 1993 6 9 0.67 11.52 33.67 . 1.28 5.72 6.27 . 5.52 5.51 1.63 222.90 7.73 31.70 1.48 1486.50 106.55 806.10 2.55 . 1.83 6.93 0.53 154.80 7.30 3.19 1.61 48.05 125.05 1.47 26.16 25.15 1.51 . -899 1993 6 10 0.67 11.49 33.60 . 1.27 5.72 6.23 . 5.50 5.49 1.63 222.80 7.72 31.70 1.49 1489.00 106.16 805.00 2.55 . 1.83 6.91 0.53 154.90 7.25 3.19 1.60 48.00 125.38 1.46 26.16 25.17 1.51 . -900 1993 6 11 0.67 11.41 33.36 . 1.28 5.72 6.20 . 5.44 5.45 1.62 221.40 7.72 31.70 1.50 1479.00 106.10 804.50 2.57 . 1.81 6.86 0.54 154.20 7.18 3.18 1.61 . 124.35 1.45 . 25.16 1.52 . -901 1993 6 14 0.67 11.46 33.44 . 1.28 5.72 6.21 . 5.44 5.46 1.62 222.00 7.72 31.70 1.50 1478.75 105.15 804.40 2.56 . 1.82 6.87 0.54 154.50 7.23 3.19 1.60 48.00 124.45 1.45 26.17 25.14 1.52 . -902 1993 6 15 0.67 11.54 33.69 . 1.27 5.75 6.26 . 5.49 5.51 1.63 222.87 7.72 31.70 1.48 1492.25 105.60 804.70 2.56 . 1.83 6.92 0.54 156.20 7.30 3.20 1.61 47.96 125.22 1.46 26.17 25.13 1.52 . -903 1993 6 16 0.67 11.67 34.11 . 1.28 5.76 6.34 . 5.58 5.57 1.65 225.71 7.72 31.70 1.47 1508.50 106.60 805.20 2.56 . 1.85 7.00 0.54 158.10 7.42 3.22 1.61 47.98 126.78 1.48 26.18 25.17 1.50 . -904 1993 6 17 0.67 11.65 34.05 . 1.27 5.76 6.33 . 5.57 5.56 1.65 225.60 7.73 31.70 1.47 1504.25 106.75 805.10 2.56 . 1.85 6.98 0.54 157.90 7.46 3.23 1.61 . 126.65 1.47 26.23 25.21 1.51 . -905 1993 6 18 0.67 11.81 34.49 . 1.27 5.76 6.43 . 5.64 5.65 1.68 229.30 7.73 31.70 1.45 1523.50 109.50 805.20 2.57 . 1.88 7.09 0.54 160.00 7.53 3.24 1.62 48.00 128.50 1.50 26.29 25.21 1.49 . -906 1993 6 21 0.68 11.88 34.69 . 1.27 . 6.47 . 5.64 5.67 1.68 230.10 7.74 31.70 1.44 1530.00 111.05 805.40 2.59 . 1.89 7.13 0.54 160.34 7.56 3.28 1.64 48.10 129.10 1.50 26.38 25.32 1.48 . -907 1993 6 22 0.68 11.95 34.86 . 1.27 . 6.49 . 5.64 5.70 1.69 231.30 7.74 31.60 1.43 1533.50 111.35 806.60 2.58 . 1.90 7.16 0.54 160.60 7.60 3.30 1.63 48.12 129.40 1.51 26.39 25.35 1.47 . -908 1993 6 23 0.67 11.67 34.81 . 1.28 5.77 6.49 . 5.66 5.69 1.69 231.95 7.75 31.60 1.44 1529.50 109.15 807.40 2.58 . 1.89 7.15 0.53 160.57 7.71 3.30 1.63 48.14 129.15 1.50 26.43 25.36 1.47 . -909 1993 6 24 0.66 12.02 35.13 . 1.28 5.77 6.55 . 5.73 5.75 1.70 232.70 7.76 31.60 1.42 1542.50 109.25 806.40 2.58 . 1.91 7.21 0.53 162.05 7.81 3.32 1.63 48.15 130.44 1.51 . 25.30 1.46 . -910 1993 6 25 0.66 11.98 35.01 . 1.28 5.77 6.53 . 5.74 5.75 1.70 232.00 7.75 31.60 1.43 1543.50 106.15 805.80 2.58 . 1.91 7.19 0.53 162.15 7.81 3.31 1.62 48.15 130.60 1.51 26.40 25.29 1.47 . -911 1993 6 28 0.66 11.97 34.94 . 1.28 5.77 6.53 . 5.74 5.72 1.70 231.88 7.74 31.60 1.43 1550.50 106.05 806.10 2.58 . 1.90 7.19 0.53 162.10 7.87 3.32 1.62 . 130.30 1.50 26.42 25.25 1.49 . -912 1993 6 29 0.66 11.91 34.78 . 1.28 5.77 6.50 . 5.70 5.70 1.69 231.50 7.74 31.60 1.44 1539.00 107.13 807.00 2.58 . 1.89 7.15 0.53 161.10 7.76 3.32 1.62 48.20 129.29 1.50 26.42 25.28 1.50 . -913 1993 6 30 0.66 12.05 35.03 . 1.28 5.77 6.56 . 5.69 5.74 1.70 231.50 7.74 31.60 1.42 1545.50 106.80 806.90 2.57 . 1.91 7.21 0.53 162.43 7.73 3.33 1.62 . 130.39 1.51 26.39 25.28 1.49 . -914 1993 7 1 0.66 11.95 35.00 . 1.28 5.77 6.55 . 5.68 5.74 1.70 231.50 7.75 31.60 1.42 1546.00 107.85 806.40 2.57 . 1.90 7.16 0.54 162.50 7.72 3.35 1.62 48.21 130.00 1.50 . 25.33 1.50 . -915 1993 7 2 0.66 11.93 34.88 . 1.28 5.77 6.52 . 5.57 5.73 1.69 231.50 7.74 31.60 1.43 1541.50 108.70 806.30 2.57 . 1.90 7.18 0.54 161.80 7.70 3.34 1.62 48.22 129.48 1.50 26.41 25.31 1.50 . -916 1993 7 5 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -917 1993 7 6 0.67 11.96 35.00 . 1.28 5.77 6.54 . 5.68 5.75 1.70 231.65 7.75 31.60 1.42 1546.00 108.28 807.60 2.57 . 1.91 7.21 0.54 161.65 7.79 3.34 1.62 48.34 129.80 1.51 . 25.35 1.50 . -918 1993 7 7 0.67 12.03 35.20 . 1.28 5.77 6.56 . 5.71 5.77 1.70 231.75 7.75 31.60 1.42 1552.50 107.70 807.60 2.57 . 1.92 7.23 0.54 162.60 7.85 3.33 1.62 48.40 130.45 1.51 26.53 25.35 1.49 . -919 1993 7 8 0.68 12.01 35.12 . 1.28 5.77 6.58 . 5.70 5.79 1.70 233.40 7.75 31.60 1.42 1564.00 108.75 807.30 2.56 . 1.91 7.25 0.55 162.50 7.91 3.33 1.62 48.45 130.60 1.51 26.52 25.32 1.49 . -920 1993 7 9 0.68 12.11 35.49 . 1.27 5.77 6.65 . 5.77 5.85 1.72 234.80 7.75 31.60 1.40 1581.50 109.67 807.60 2.57 . 1.93 7.31 0.55 164.35 7.97 3.35 1.62 48.55 132.10 1.53 26.52 25.35 1.47 . -921 1993 7 12 0.67 12.16 35.66 . 1.27 5.77 6.72 . 5.79 5.90 1.72 236.50 7.76 31.60 1.39 1589.00 109.65 808.30 2.57 . 1.94 7.38 0.54 165.60 8.01 3.36 1.62 48.66 132.90 1.52 26.58 25.40 1.47 . -922 1993 7 13 0.67 12.11 35.50 . 1.27 5.77 6.70 . 5.78 5.87 1.72 235.20 7.75 31.60 1.40 1584.00 108.34 809.40 2.56 . 1.93 7.32 0.54 165.20 7.91 3.35 1.62 48.89 132.85 1.51 26.56 25.40 1.49 . -923 1993 7 14 0.67 12.06 35.41 . 1.28 5.77 6.69 . 5.78 5.86 1.71 234.50 7.75 31.60 1.40 1590.00 107.50 809.10 2.56 . 1.93 7.38 0.55 165.80 7.93 3.35 1.61 48.79 135.00 1.51 26.55 25.34 1.50 . -924 1993 7 15 0.68 12.13 35.60 . 1.28 5.77 6.72 . 5.81 5.89 1.72 235.05 7.75 31.60 1.39 1598.50 108.25 809.40 2.57 . 1.94 7.35 0.54 167.50 8.02 3.34 1.62 48.79 135.30 1.51 26.53 25.33 1.48 . -925 1993 7 16 0.67 12.14 35.64 . 1.27 5.77 6.71 . 5.83 5.89 1.72 235.60 7.75 31.60 1.39 1591.00 107.80 810.70 2.52 . 1.94 7.37 0.54 167.63 8.02 3.35 1.62 48.79 135.90 1.51 . 25.35 1.47 . -926 1993 7 19 0.67 11.99 35.25 . 1.27 5.77 6.59 . 5.76 5.81 1.70 233.60 7.75 31.60 1.41 1581.00 108.50 811.00 2.57 . 1.92 7.28 0.54 165.23 7.91 3.34 1.62 48.80 133.10 1.49 . 25.34 1.49 . -927 1993 7 20 0.67 12.03 35.31 . 1.27 5.77 6.60 . 5.80 5.83 1.70 233.70 7.75 31.60 1.41 1598.00 108.40 812.00 2.57 . 1.92 7.31 0.54 166.35 7.99 3.34 1.62 48.78 134.15 1.50 . 25.34 1.50 . -928 1993 7 21 0.67 11.95 35.09 . 1.27 5.77 6.57 . 5.76 5.80 1.69 232.20 7.75 31.60 1.41 1600.00 108.50 811.20 2.56 . 1.91 7.27 0.54 166.80 7.97 3.33 1.61 48.75 134.13 1.50 26.56 25.33 1.51 . -929 1993 7 22 0.67 12.01 35.34 . 1.27 5.77 6.63 . 5.85 5.83 1.70 234.30 7.75 31.60 1.40 1605.50 106.90 811.00 2.56 . 1.92 7.31 0.55 170.70 8.07 3.35 1.61 48.75 136.15 1.50 . 25.32 1.50 . -930 1993 7 23 0.67 12.09 35.59 . 1.27 5.77 6.68 . 5.87 5.87 1.71 236.50 7.75 31.60 1.40 1604.75 106.80 811.70 2.56 . 1.93 7.33 0.55 171.40 8.07 3.35 1.61 48.75 137.00 1.51 . 25.27 1.49 . -931 1993 7 26 0.67 12.13 35.73 . 1.28 5.77 6.70 . 5.82 5.89 1.72 237.60 7.75 31.60 1.39 1603.50 106.90 811.90 2.56 . 1.93 7.35 0.55 172.75 8.03 3.35 1.61 48.73 138.40 1.52 26.95 25.31 1.50 . -932 1993 7 27 0.67 12.14 35.82 . 1.28 5.77 6.72 . 5.83 5.89 1.72 237.50 7.75 31.60 1.39 1608.25 106.35 812.20 2.56 . 1.94 7.37 0.55 174.40 8.08 3.36 1.61 48.73 139.85 1.52 26.95 25.30 1.48 . -933 1993 7 28 0.67 12.10 35.61 . 1.28 5.77 6.69 . 5.82 5.85 1.71 236.60 7.75 31.60 1.40 1598.50 105.33 810.80 2.56 . 1.93 7.35 0.55 173.20 8.07 3.35 1.61 48.73 139.35 1.51 26.95 25.30 1.49 . -934 1993 7 29 0.67 12.14 36.20 . 1.28 5.77 6.76 . 5.89 5.93 1.73 237.20 7.75 31.60 1.39 1608.50 106.30 809.90 2.56 . 1.95 7.43 0.55 177.05 8.23 3.37 1.61 . 142.40 1.52 26.94 25.28 1.48 . -935 1993 7 30 0.68 12.24 36.70 . 1.28 5.77 6.77 . 5.94 5.96 1.74 239.50 7.75 31.60 1.38 1614.50 105.05 809.80 2.56 . 1.96 7.46 0.55 180.25 8.24 3.38 1.61 48.75 144.60 1.52 26.94 25.31 1.48 . -936 1993 8 2 0.68 12.08 37.18 . 1.28 5.77 6.83 . 5.87 6.02 1.71 240.75 7.75 31.60 1.40 1605.50 104.35 809.80 2.56 . 1.93 7.42 0.55 179.00 8.09 3.35 1.61 . 142.05 1.50 26.93 25.26 1.48 . -937 1993 8 3 0.69 11.99 36.32 . 1.29 5.77 6.77 . 5.81 5.94 1.70 238.25 7.75 31.60 1.40 1597.00 104.43 809.90 2.56 . 1.91 7.38 0.55 173.40 8.02 3.35 1.61 48.78 138.70 1.50 26.93 25.20 1.50 . -938 1993 8 4 0.68 12.03 35.87 . 1.28 5.77 6.74 . 5.78 5.93 1.71 238.00 7.75 31.60 1.40 1600.75 104.80 809.50 2.55 . 1.92 7.38 0.55 173.20 7.99 3.36 1.61 48.78 138.83 1.50 26.94 25.21 1.50 . -939 1993 8 5 0.68 12.07 36.25 . 1.28 5.77 6.78 . 5.79 5.95 1.71 239.75 7.75 31.60 1.40 1608.50 104.25 809.20 2.55 . 1.92 7.41 0.55 174.00 8.04 3.37 1.61 48.78 139.20 1.51 26.94 25.23 1.49 . -940 1993 8 6 0.67 11.94 36.32 . 1.29 5.77 6.82 . 5.74 5.93 1.69 238.40 7.75 31.60 1.39 1604.25 104.45 809.70 2.55 . 1.90 7.36 0.55 173.05 7.95 3.36 1.61 48.78 139.35 1.50 26.93 25.21 1.49 . -941 1993 8 9 0.68 11.94 36.17 . 1.29 5.77 6.86 . 5.77 5.95 1.69 237.10 7.75 31.60 1.39 1614.00 104.93 811.40 2.55 . 1.91 7.37 0.55 174.20 7.91 3.36 1.61 48.78 140.80 1.50 26.94 25.21 1.49 . -942 1993 8 10 0.68 12.02 36.46 . 1.29 5.77 6.94 . 5.86 6.01 1.70 239.20 7.75 31.60 1.36 1616.00 104.67 812.30 2.55 . 1.92 7.43 0.54 176.25 7.99 3.36 1.61 48.78 142.25 1.51 26.95 25.21 1.48 . -943 1993 8 11 0.68 12.09 36.47 . 1.30 5.79 6.97 . 5.89 6.02 1.71 240.60 7.75 31.60 1.36 1617.00 103.68 811.10 2.55 . 1.93 7.46 0.54 176.20 8.06 3.37 1.60 48.83 142.15 1.52 26.95 25.23 1.47 . -944 1993 8 12 0.67 12.10 36.75 . 1.30 5.79 7.07 . 5.90 6.04 1.71 240.70 7.75 31.63 1.35 1619.00 103.17 812.30 2.55 . 1.93 7.49 0.55 176.75 8.16 3.38 1.61 . 142.50 1.52 26.95 . 1.46 . -945 1993 8 13 0.67 12.05 36.54 . 1.31 5.79 7.08 . 5.91 6.05 1.71 239.60 7.75 31.63 1.36 1623.00 102.18 813.10 2.55 . 1.92 7.46 0.55 175.95 8.18 3.38 1.61 48.81 141.85 1.52 26.95 25.21 1.45 . -946 1993 8 16 0.67 11.86 36.03 . 1.31 5.79 6.98 . 5.82 5.97 1.68 239.00 7.75 31.63 1.38 1607.00 101.10 812.40 2.55 . 1.89 7.35 0.55 173.70 8.04 3.37 1.60 48.81 139.80 1.49 26.95 25.18 1.48 . -947 1993 8 17 0.67 11.94 35.72 . 1.31 5.79 6.97 . 5.84 5.96 1.69 236.10 7.75 31.63 1.38 1606.00 101.55 813.60 2.55 . 1.90 7.36 0.55 174.00 8.04 3.34 1.60 48.79 140.15 1.50 26.95 25.15 1.48 . -948 1993 8 18 0.67 11.82 35.57 . 1.32 5.79 6.90 . 5.79 5.91 1.68 236.25 7.75 31.63 1.39 1601.50 101.60 813.60 2.54 . 1.89 7.30 0.55 172.50 7.90 3.35 1.60 48.79 138.95 1.48 26.95 25.15 1.51 . -949 1993 8 19 0.67 11.87 35.34 . 1.31 5.79 6.89 . 5.79 5.88 1.68 236.20 7.74 31.63 1.39 1599.50 103.95 813.10 2.54 . 1.89 7.31 0.55 171.10 7.97 3.36 1.60 48.79 136.65 1.48 26.95 25.13 1.50 . -950 1993 8 20 0.67 11.82 35.33 . 1.32 5.79 6.84 . 5.77 5.83 1.67 235.90 7.75 31.63 1.40 1586.00 104.85 813.80 2.55 . 1.88 7.27 0.55 170.40 7.98 3.36 1.61 48.79 135.35 1.47 26.95 25.22 1.51 . -951 1993 8 23 0.66 11.80 35.67 . 1.32 5.79 6.93 . 5.81 5.88 1.68 237.25 7.74 31.48 1.39 1597.00 103.12 814.10 2.55 . 1.89 7.32 0.55 172.15 8.09 3.37 1.60 48.80 136.75 1.48 26.95 25.16 1.50 . -952 1993 8 24 0.66 11.82 35.41 . 1.31 5.79 6.89 . 5.81 5.85 1.68 236.00 7.74 31.63 1.40 1594.25 103.73 813.90 2.54 . 1.89 7.29 0.55 170.90 8.04 3.36 1.60 48.82 135.35 1.47 26.95 25.16 1.49 . -953 1993 8 25 0.67 11.89 35.67 . 1.31 5.79 6.91 . 5.84 5.86 1.68 237.30 7.75 31.63 1.39 1599.70 104.95 812.90 2.55 . 1.89 7.33 0.55 171.55 8.06 3.37 1.60 48.83 135.20 1.48 26.96 25.17 1.48 . -954 1993 8 26 0.67 11.74 35.63 . 1.31 5.79 6.86 . 5.77 5.84 1.66 235.05 7.75 31.63 1.39 1590.00 104.40 812.20 2.54 . 1.87 7.25 0.55 170.85 8.07 3.36 1.60 48.88 135.40 1.46 26.95 25.21 1.49 . -955 1993 8 27 0.66 11.73 35.57 . 1.32 5.79 6.85 . 5.87 5.83 1.66 235.30 7.74 31.63 1.39 1594.50 104.00 811.50 2.54 . 1.87 7.25 0.55 170.38 8.08 3.37 1.60 48.88 135.40 1.47 26.95 25.18 1.50 . -956 1993 8 30 0.67 11.77 35.66 . 1.32 5.80 6.90 . 5.89 5.85 1.67 235.65 7.74 31.63 1.39 1600.75 103.94 811.70 2.54 . 1.88 7.28 0.55 171.10 8.11 3.37 1.60 . 135.44 1.47 26.93 25.15 1.49 . -957 1993 8 31 0.67 11.80 35.74 . 1.32 5.80 6.88 . 5.88 5.86 1.67 235.65 7.74 31.63 1.39 1601.24 104.73 811.60 2.54 . 1.88 7.29 0.55 171.40 8.17 3.38 1.60 . 135.20 1.48 26.93 25.17 1.48 . -958 1993 9 1 0.66 11.68 35.73 . 1.32 5.80 6.85 . 5.89 5.82 1.65 235.41 7.74 31.63 1.40 1594.00 105.70 811.30 2.54 . 1.86 7.22 0.55 169.50 8.18 3.38 1.60 48.92 133.95 1.45 26.95 25.20 1.50 . -959 1993 9 2 0.65 11.59 35.57 . 1.32 5.80 6.84 . 5.90 5.81 1.64 233.45 7.74 31.63 1.40 1598.00 106.00 811.50 2.54 . 1.85 7.19 0.54 169.90 8.19 3.38 1.60 . 134.75 1.45 26.95 25.20 1.50 . -960 1993 9 3 0.64 11.42 35.32 . 1.32 5.80 6.70 . 5.79 5.72 1.62 233.30 7.74 31.63 1.40 1585.00 105.05 810.60 2.54 . 1.82 7.11 0.54 167.50 8.01 3.39 1.60 . 133.15 1.42 26.95 25.20 1.52 . -961 1993 9 6 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -962 1993 9 7 0.64 11.33 34.90 . 1.32 5.80 6.64 . 5.70 5.67 1.61 229.40 7.74 31.63 1.43 1563.75 104.05 811.50 2.54 . 1.80 7.03 0.54 165.70 7.91 3.41 1.60 48.84 131.30 1.41 26.94 25.15 1.54 . -963 1993 9 8 0.65 11.38 35.26 . 1.31 5.80 6.70 . 5.74 5.71 1.62 230.60 7.73 31.63 1.43 1563.00 105.64 811.30 2.54 . 1.81 7.09 0.55 166.60 7.98 3.41 1.60 . 131.50 1.42 26.94 25.15 1.53 . -964 1993 9 9 0.65 11.26 34.74 . 1.31 5.80 6.63 . 5.69 5.63 1.60 229.33 7.73 31.63 1.44 1546.75 105.20 810.60 2.54 . 1.79 7.00 0.55 164.41 7.88 3.40 1.60 48.82 128.90 1.40 26.94 25.18 1.55 . -965 1993 9 10 0.64 11.23 34.18 . 1.31 5.80 6.60 . 5.68 5.60 1.59 231.00 7.73 31.63 1.45 1537.00 106.20 810.50 2.54 . 1.79 6.98 0.55 163.70 7.86 3.40 1.60 48.78 127.75 1.39 26.94 25.16 1.54 . -966 1993 9 13 0.65 11.34 34.26 . 1.31 5.80 6.59 . 5.77 5.61 1.61 232.00 7.73 31.63 1.44 1538.00 106.30 810.70 2.54 . 1.81 7.00 0.55 164.10 7.85 3.41 1.59 48.78 127.95 1.40 26.93 25.17 1.54 . -967 1993 9 14 0.64 11.30 34.49 . 1.32 5.80 6.59 . 5.70 5.61 1.60 231.00 7.73 31.63 1.45 1536.00 105.85 811.80 2.54 . 1.80 6.99 0.55 163.60 7.90 3.41 1.59 48.79 128.15 1.39 26.93 25.18 1.54 . -968 1993 9 15 0.64 11.21 34.19 . 1.31 5.80 6.54 . 5.69 5.55 1.59 228.80 7.73 31.63 1.45 1539.50 106.30 812.00 2.54 . 1.78 6.95 0.55 163.25 7.87 3.41 1.59 48.79 128.30 1.39 26.94 25.19 1.55 . -969 1993 9 16 0.65 11.31 34.28 . 1.31 5.80 6.56 . 5.75 5.61 1.60 229.50 7.73 31.53 1.44 1556.00 104.45 811.90 2.54 . 1.80 7.01 0.55 164.30 7.94 3.41 1.59 . 128.55 1.40 26.93 25.15 1.53 . -970 1993 9 17 0.65 11.33 34.42 . 1.31 5.80 6.56 . 5.79 5.61 1.61 231.25 7.73 31.53 1.44 1557.75 104.50 812.20 2.54 . 1.80 7.03 0.55 164.77 7.98 3.41 1.59 48.76 129.05 1.40 26.94 25.16 1.53 . -971 1993 9 20 0.64 11.33 34.55 . 1.32 5.80 6.59 . 5.80 5.63 1.61 232.50 7.73 31.53 1.44 1562.00 104.31 813.30 2.54 . 1.81 7.02 0.55 164.90 8.06 3.41 1.59 48.79 128.90 1.40 26.83 25.17 1.53 . -972 1993 9 21 0.65 11.33 34.86 . 1.32 5.80 6.69 . 5.95 5.66 1.64 235.70 7.73 31.53 1.41 1586.00 106.50 814.30 2.54 . 1.84 7.15 0.55 167.68 8.22 3.41 1.59 48.79 131.22 1.43 26.86 25.19 1.50 . -973 1993 9 22 0.65 11.46 34.88 . 1.31 5.80 6.63 . 5.85 5.67 1.62 233.60 7.73 31.53 1.43 1577.25 106.50 812.90 2.55 . 1.82 7.11 0.55 166.60 8.14 3.42 1.59 48.87 130.20 1.41 26.90 25.25 1.51 . -974 1993 9 23 0.65 11.57 35.03 . 1.32 5.80 6.64 . 5.83 5.73 1.64 235.83 7.73 31.53 1.42 1592.50 106.07 812.10 2.55 . 1.84 7.17 0.55 168.20 8.06 3.43 1.59 48.93 131.55 1.43 26.94 25.25 1.50 . -975 1993 9 24 0.65 11.59 35.23 . 1.31 5.80 6.60 . 5.82 5.74 1.64 237.00 7.74 31.53 1.41 1593.00 106.05 812.10 2.55 . 1.85 7.19 0.55 168.70 8.07 3.43 1.59 48.97 132.20 1.43 26.93 25.24 1.50 . -976 1993 9 27 0.65 11.48 34.94 . 1.32 5.80 6.61 . 5.78 5.68 1.63 234.45 7.74 31.53 1.43 1577.75 105.90 812.10 2.55 . 1.83 7.13 0.55 167.19 8.02 3.43 1.59 48.95 131.06 1.42 26.93 25.24 1.51 . -977 1993 9 28 0.64 11.38 34.80 . 1.32 5.80 6.56 . 5.75 5.65 1.61 232.70 7.74 31.53 1.44 1578.00 105.25 812.00 2.55 . 1.81 7.09 0.55 166.70 8.03 3.41 1.59 48.95 130.70 1.41 . 25.24 1.51 . -978 1993 9 29 0.64 11.35 34.77 . 1.32 5.80 6.52 . 5.75 5.64 1.61 232.85 7.73 31.53 1.44 1576.50 105.20 812.00 2.54 . 1.81 7.07 0.55 166.25 8.04 3.42 1.58 48.93 130.35 1.41 26.91 25.21 1.51 . -979 1993 9 30 0.64 11.50 35.38 . 1.33 5.80 6.59 . 5.82 5.70 1.63 234.15 7.73 31.53 1.43 1593.25 106.05 812.00 2.54 . 1.83 7.13 0.55 168.25 8.08 3.43 1.58 . 131.90 1.43 . 25.22 1.49 . -980 1993 10 1 0.64 11.47 35.26 . 1.33 5.80 6.60 . 5.85 5.69 1.63 235.45 7.73 31.53 1.43 1589.75 106.05 812.00 2.54 . 1.83 7.12 0.55 168.02 8.10 3.45 1.58 48.97 131.61 1.42 26.84 25.26 1.50 . -981 1993 10 4 0.64 11.42 35.15 . 1.33 5.80 6.58 . 5.81 5.66 1.62 234.30 7.73 31.53 1.44 1589.25 105.80 812.30 2.54 . 1.82 7.10 0.55 167.24 8.08 3.44 1.58 49.00 130.85 1.41 26.84 25.28 1.51 . -982 1993 10 5 0.64 11.42 35.12 . 1.33 5.80 6.59 . 5.80 5.67 1.62 235.05 7.73 31.53 1.44 1591.00 105.57 815.20 2.54 . 1.82 7.10 0.54 167.70 8.08 3.44 1.57 . 131.50 1.42 26.85 25.24 1.51 . -983 1993 10 6 0.65 11.41 35.22 . 1.33 5.80 6.57 . 5.78 5.66 1.62 235.10 7.73 31.53 1.45 1592.00 105.60 816.30 2.54 . 1.82 7.09 0.54 167.18 8.05 3.45 1.55 48.96 131.14 1.42 26.83 25.25 1.52 . -984 1993 10 7 0.65 11.41 35.21 . 1.33 5.80 6.57 . 5.76 5.68 1.62 235.90 7.72 31.53 1.45 1604.34 105.15 815.30 2.55 . 1.82 7.09 0.54 167.65 8.05 3.45 1.56 48.94 132.03 1.42 26.83 25.21 1.52 . -985 1993 10 8 0.65 11.29 34.84 . 1.33 5.80 6.50 . 5.71 5.63 1.60 234.55 7.72 31.53 1.46 1590.50 105.57 814.60 2.54 . 1.80 7.02 0.55 166.15 7.98 3.44 1.56 48.94 130.70 1.40 26.85 25.17 1.53 . -986 1993 10 11 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -987 1993 10 12 0.65 11.23 34.78 . 1.33 5.80 6.45 . 5.68 5.60 1.59 232.75 7.72 31.53 1.46 1577.50 105.95 815.40 2.54 . 1.79 6.99 0.55 165.35 7.90 3.42 1.56 48.88 129.95 1.39 26.85 25.19 1.53 . -988 1993 10 13 0.66 11.29 35.10 . 1.32 5.80 6.51 . 5.70 5.66 1.60 233.77 7.72 31.53 1.45 1585.00 106.02 814.60 2.54 . 1.80 7.05 0.55 166.60 7.92 3.39 1.56 48.86 130.40 1.40 26.84 25.17 1.52 . -989 1993 10 14 0.66 11.36 35.47 . 1.32 5.80 6.55 . 5.75 5.69 1.61 234.95 7.72 31.53 1.45 1591.75 107.43 813.80 2.54 . 1.81 7.09 0.55 167.45 7.93 3.36 1.56 . 131.00 1.42 26.84 25.18 1.51 . -990 1993 10 15 0.66 11.36 35.53 . 1.33 5.80 6.57 . 5.69 5.72 1.61 236.30 7.72 31.53 1.45 1586.75 107.08 813.60 2.54 . 1.81 7.09 0.55 167.60 7.87 3.34 1.56 48.87 130.65 1.42 26.87 25.23 1.51 . -991 1993 10 18 0.66 11.45 35.62 . 1.32 5.80 6.60 . 5.66 5.75 1.62 237.90 7.72 31.53 1.44 1588.25 107.47 813.50 2.54 . 1.83 7.14 0.55 168.20 7.88 3.34 1.57 . 130.90 1.43 26.87 25.25 1.49 . -992 1993 10 19 0.66 11.52 35.79 . 1.32 5.80 6.65 . 5.68 5.78 1.63 239.40 7.73 31.53 1.42 1594.50 107.07 812.70 2.54 . 1.84 7.18 0.55 169.78 7.90 3.35 1.57 . 132.06 1.44 26.87 25.28 1.49 . -993 1993 10 20 0.66 11.58 35.99 . 1.32 5.80 6.67 . 5.72 5.81 1.64 240.30 7.73 31.53 1.42 1601.50 107.31 812.80 2.54 . 1.85 7.20 0.55 170.44 7.93 3.35 1.57 48.93 132.11 1.45 26.87 25.28 1.48 . -994 1993 10 21 0.67 11.71 36.03 . 1.31 5.80 6.71 . 5.74 5.84 1.66 242.40 7.73 31.53 1.40 1604.50 108.35 812.70 2.54 . 1.87 7.26 0.55 172.27 7.99 3.36 1.57 48.95 133.31 1.46 26.88 25.30 1.48 . -995 1993 10 22 0.66 11.76 36.20 . 1.30 5.80 6.72 . 5.77 5.84 1.67 244.60 7.73 31.53 1.40 1611.75 108.16 812.40 2.54 . 1.88 7.29 0.55 172.66 8.05 3.36 1.57 49.00 133.89 1.47 26.91 25.35 1.47 . -996 1993 10 25 0.66 11.76 36.37 . 1.30 5.80 6.74 . 5.75 5.84 1.67 243.60 7.72 31.43 1.40 1609.50 108.36 812.30 2.54 . 1.87 7.28 0.55 172.93 8.08 3.36 1.57 . 133.92 1.47 . 25.34 1.48 . -997 1993 10 26 0.66 11.82 36.48 . 1.32 5.80 6.76 . 5.80 5.85 1.68 241.00 7.73 31.43 1.40 1619.00 108.14 812.20 2.55 . 1.89 7.32 0.55 174.16 8.10 3.37 1.56 . 134.16 1.48 26.89 25.37 1.47 . -998 1993 10 27 0.66 11.83 36.45 . 1.31 5.80 6.78 . 5.81 5.87 1.68 240.25 7.73 31.43 1.40 1629.50 108.47 812.60 2.55 . 1.88 7.33 0.55 173.92 8.13 3.37 1.57 49.05 134.24 1.48 26.89 25.34 1.47 . -999 1993 10 28 0.66 11.85 36.49 . 1.32 5.80 6.78 . 5.81 5.90 1.68 241.30 7.73 31.43 1.39 1633.00 108.50 812.60 2.55 . 1.89 7.34 0.55 173.44 8.16 3.37 1.58 . 134.83 1.49 26.89 25.35 1.48 . -1000 1993 10 29 0.66 11.78 36.38 . 1.32 5.80 6.75 . 5.78 5.87 1.67 239.78 7.72 31.43 1.40 1629.25 108.35 812.10 2.55 . 1.88 7.32 0.55 173.31 8.14 3.36 1.58 49.05 134.41 1.48 26.85 25.34 1.48 . -1001 1993 11 1 0.67 11.90 36.75 . 1.31 5.80 6.81 . 5.81 5.92 1.69 242.25 7.72 31.43 1.39 1652.25 108.28 811.40 2.56 . 1.90 7.38 0.55 174.56 8.19 3.37 1.59 . 135.50 1.50 . 25.37 1.48 . -1002 1993 11 2 0.67 11.91 36.50 . 1.30 5.80 6.77 . 5.78 5.91 1.69 242.05 7.72 31.43 1.39 1639.25 107.57 810.80 2.56 . 1.90 7.36 0.55 174.46 8.17 3.37 1.58 . 135.58 1.50 26.84 25.37 1.48 . -1003 1993 11 3 0.67 11.91 36.23 . 1.30 5.80 6.76 . 5.77 5.90 1.69 242.05 7.72 31.43 1.40 1636.00 107.30 810.50 2.56 . 1.90 7.35 0.55 173.72 8.17 3.37 1.58 . 135.54 1.50 26.85 25.35 1.48 . -1004 1993 11 4 0.67 11.93 36.34 . 1.30 5.80 6.77 . 5.77 5.90 1.69 243.05 7.72 31.43 1.39 1645.00 108.27 810.50 2.56 . 1.90 7.37 0.55 174.11 8.18 3.36 1.59 . 135.84 1.50 26.85 25.34 1.47 . -1005 1993 11 5 0.67 11.90 36.11 . 1.29 5.80 6.74 . 5.74 5.87 1.69 242.20 7.72 31.43 1.40 1645.00 108.20 810.30 2.55 . 1.89 7.34 0.55 173.87 8.10 3.37 1.59 . 135.59 1.49 26.87 25.35 1.48 . -1006 1993 11 8 0.67 11.84 35.83 . 1.29 5.80 6.70 . 5.76 5.86 1.68 241.44 7.72 31.43 1.40 1644.50 108.07 810.40 2.55 3.15 1.89 7.32 0.55 172.41 8.13 3.36 1.59 49.07 135.12 1.48 26.87 25.34 1.48 . -1007 1993 11 9 0.66 11.92 36.27 . 1.30 5.80 6.75 . 5.79 5.90 1.69 242.68 7.72 31.43 1.39 1655.75 108.26 804.50 2.55 3.24 1.90 7.37 0.54 173.45 8.18 3.36 1.59 49.20 136.00 1.49 26.86 25.37 1.46 . -1008 1993 11 10 0.66 11.91 36.23 . 1.30 5.80 6.73 . 5.80 5.89 1.69 242.24 7.72 31.43 1.40 1648.50 107.28 804.50 2.55 3.24 1.89 7.36 0.53 173.31 8.22 3.36 1.59 49.24 135.93 1.49 26.87 25.35 1.47 . -1009 1993 11 11 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1010 1993 11 12 0.65 11.89 36.13 . 1.31 5.80 6.75 . 5.82 5.89 1.69 242.47 7.72 31.43 1.40 1659.75 106.30 808.60 2.55 3.24 1.90 7.35 0.53 173.16 8.21 3.36 1.59 49.20 136.85 1.49 26.87 25.34 1.48 . -1011 1993 11 15 0.65 11.88 36.01 . 1.32 5.80 6.74 . 5.85 5.87 1.69 242.16 7.72 31.43 1.40 1663.75 106.90 809.10 2.54 3.22 1.89 7.34 0.53 172.80 8.20 3.36 1.59 49.20 137.38 1.49 26.85 25.32 1.49 . -1012 1993 11 16 0.65 11.96 36.23 . 1.31 5.80 6.77 . 5.84 5.89 1.70 244.18 7.72 31.43 1.40 1666.25 106.73 810.10 2.54 . 1.91 7.39 0.53 173.62 8.24 3.36 1.59 49.20 137.65 1.50 26.86 25.35 1.48 . -1013 1993 11 17 0.66 12.00 36.19 . 1.31 5.80 6.76 . 5.83 5.91 1.70 243.99 7.72 31.43 1.39 1669.75 107.00 810.80 2.55 . 1.91 7.39 0.55 173.63 8.24 3.37 1.59 49.25 137.65 1.49 26.90 25.39 1.47 . -1014 1993 11 18 0.66 12.04 36.30 . 1.32 5.81 6.78 . 5.80 5.92 1.71 244.72 7.73 31.43 1.39 1671.50 107.10 811.30 2.55 3.11 1.92 7.42 0.55 174.37 8.28 3.37 1.59 49.20 137.95 1.50 26.88 25.37 1.47 . -1015 1993 11 19 0.66 12.06 36.41 . 1.32 5.81 6.80 . 5.81 5.95 1.71 245.25 7.72 31.44 1.39 1679.50 108.30 810.70 2.55 3.12 1.92 7.44 0.54 174.14 8.34 3.37 1.59 49.12 138.08 1.50 26.88 25.42 1.47 . -1016 1993 11 22 0.66 11.98 36.18 . 1.33 5.81 6.75 . 5.78 5.92 1.70 243.61 7.72 31.44 1.40 1682.50 108.27 809.50 2.55 3.10 1.91 7.40 0.54 173.71 8.32 3.36 1.59 49.15 137.57 1.49 26.90 25.43 1.47 . -1017 1993 11 23 0.66 11.96 36.10 . 1.32 5.81 6.75 . 5.81 5.90 1.70 244.21 7.72 31.44 1.40 1693.50 108.45 809.80 2.55 3.10 1.90 7.40 0.54 173.40 8.37 3.35 1.59 49.50 138.05 1.48 26.89 25.45 1.48 . -1018 1993 11 24 0.66 11.97 35.98 . 1.32 5.81 6.75 . 5.81 5.90 1.70 243.51 7.72 31.44 1.41 1682.50 108.15 810.30 2.55 3.10 1.91 7.39 0.54 173.75 8.37 3.35 1.59 49.17 138.35 1.49 26.92 25.40 1.48 . -1019 1993 11 25 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1020 1993 11 26 0.66 12.03 36.20 . 1.32 5.81 6.78 . 5.95 5.91 1.71 245.66 7.72 31.44 1.41 1693.25 108.75 810.90 2.55 3.11 1.92 7.43 0.54 175.06 8.40 3.36 1.60 48.78 139.69 1.49 26.91 25.43 1.47 . -1021 1993 11 29 0.65 12.01 36.19 . 1.33 5.81 6.77 . 5.83 5.90 1.70 244.47 7.72 31.44 1.41 1694.25 109.27 811.00 2.55 3.11 1.91 7.42 0.54 175.19 8.44 3.37 1.60 49.23 139.98 1.49 26.94 25.45 1.48 . -1022 1993 11 30 0.65 12.07 36.35 . 1.33 5.81 6.80 . 5.85 5.93 1.71 246.47 7.72 31.44 1.41 1703.50 109.08 810.80 2.55 3.11 1.92 7.46 0.54 175.80 8.48 3.37 1.60 49.30 141.10 1.50 26.93 25.44 1.48 . -1023 1993 12 1 0.65 12.07 36.26 . 1.33 5.81 6.79 . 5.82 5.93 1.71 246.55 7.72 31.44 1.41 1715.75 108.70 811.00 2.55 3.10 1.92 7.46 0.54 175.78 8.48 3.37 1.59 49.30 141.15 1.49 26.92 25.45 1.48 . -1024 1993 12 2 0.66 12.11 36.32 . 1.33 5.81 6.80 . 5.82 5.93 1.72 247.40 7.72 31.44 1.40 1726.00 108.74 811.40 2.55 3.11 1.93 7.47 0.54 175.95 8.46 3.37 1.59 49.40 141.87 1.49 26.91 25.45 1.48 . -1025 1993 12 3 0.66 12.10 36.22 . 1.32 5.81 6.78 . 5.80 5.91 1.72 246.95 7.72 31.44 1.41 1713.50 108.46 812.00 2.55 3.10 1.93 7.46 0.54 175.99 8.42 3.37 1.60 49.40 142.08 1.48 26.90 25.45 1.49 . -1026 1993 12 6 0.67 11.98 35.48 . 1.32 5.81 6.72 . 5.74 5.85 1.70 244.91 7.72 31.44 1.42 1686.50 108.23 812.50 2.55 3.11 1.91 7.39 0.55 174.11 8.32 3.36 1.59 49.35 140.42 1.46 26.88 25.43 1.49 . -1027 1993 12 7 0.66 11.99 35.62 . 1.32 5.81 6.71 . 5.74 5.87 1.70 244.91 7.72 31.44 1.41 1676.00 107.60 812.40 2.55 3.11 1.91 7.40 0.55 173.87 8.34 3.36 1.59 49.29 139.51 1.46 26.89 25.40 1.49 . -1028 1993 12 8 0.67 12.00 35.63 . 1.32 5.81 6.68 . 5.73 5.84 1.70 243.74 7.72 31.44 1.41 1671.75 108.62 812.60 2.55 3.11 1.90 7.39 0.55 173.72 8.31 3.37 1.59 49.33 139.02 1.46 26.87 25.41 1.49 . -1029 1993 12 9 0.67 12.00 35.71 . 1.32 5.81 6.67 . 5.73 5.84 1.70 243.82 7.72 31.44 1.41 1678.00 108.75 812.60 2.55 3.11 1.90 7.40 0.55 173.72 8.31 3.36 1.59 49.30 139.18 1.46 26.86 25.43 1.49 . -1030 1993 12 10 0.67 11.90 35.57 . 1.32 5.81 6.64 . 5.72 5.82 1.69 242.70 7.72 31.44 1.41 1675.50 109.18 812.50 2.55 3.12 1.90 7.37 0.55 173.50 8.35 3.36 1.59 49.29 138.90 1.45 26.84 25.40 1.49 . -1031 1993 12 13 0.67 11.98 35.71 . 1.32 5.81 6.68 . 5.76 5.83 1.70 244.64 7.72 31.44 1.41 1688.50 108.98 812.40 2.54 3.11 1.91 7.40 0.55 174.85 8.41 3.37 1.59 49.25 139.83 1.46 26.83 25.39 1.49 . -1032 1993 12 14 0.67 12.04 35.86 . 1.33 5.81 6.71 . 5.82 5.86 1.71 245.59 7.72 31.44 1.41 1692.00 109.38 813.10 2.54 3.11 1.92 7.44 0.55 174.73 8.45 3.38 1.59 49.33 139.97 1.46 26.82 25.40 1.48 . -1033 1993 12 15 0.67 12.07 35.83 . 1.33 5.82 6.73 . 5.81 5.86 1.71 245.76 7.72 31.44 1.41 1693.00 109.66 814.00 2.54 3.11 1.92 7.45 0.55 174.96 8.44 3.38 1.59 49.33 140.81 1.46 26.77 25.45 1.48 . -1034 1993 12 16 0.67 12.02 35.69 . 1.33 5.82 6.69 . 5.80 5.83 1.70 244.99 7.72 31.44 1.41 1688.50 109.72 813.90 2.54 3.11 1.91 7.42 0.56 174.49 8.39 3.38 1.59 49.31 140.75 1.46 26.70 25.45 1.48 . -1035 1993 12 17 0.67 11.99 35.53 . 1.33 5.82 6.68 . 5.79 5.82 1.70 244.98 7.72 31.44 1.42 1685.00 110.10 813.60 2.55 3.11 1.91 7.40 0.56 174.04 8.39 3.38 1.59 49.32 140.21 1.45 26.62 25.44 1.49 . -1036 1993 12 20 0.67 12.04 35.56 . 1.34 5.82 6.71 . 5.78 5.84 1.71 246.16 7.72 31.44 1.41 1678.25 110.55 813.60 2.55 3.11 1.91 7.42 0.56 175.10 8.42 3.39 1.59 49.33 140.46 1.46 26.69 25.46 1.48 . -1037 1993 12 21 0.67 12.01 35.46 . 1.34 5.82 6.68 . 5.75 5.81 1.70 245.59 7.72 31.44 1.42 1668.00 111.08 814.80 2.55 3.11 1.91 7.40 0.56 174.53 8.36 3.38 1.59 49.32 139.99 1.45 26.75 25.47 1.48 . -1038 1993 12 22 0.68 11.97 35.34 . 1.33 5.82 6.65 . 5.69 5.79 1.70 244.48 7.72 31.44 1.42 1662.75 110.57 814.90 2.55 3.12 1.90 7.38 0.56 173.86 8.26 3.39 1.59 49.33 139.67 1.43 26.75 25.49 1.49 . -1039 1993 12 23 0.67 11.91 35.17 . 1.32 5.82 6.61 . 5.66 5.76 1.69 243.85 7.72 31.44 1.43 1657.50 110.55 813.70 2.56 3.11 1.89 7.34 0.55 173.18 8.20 3.38 1.59 49.31 139.30 1.43 26.69 25.47 1.50 . -1040 1993 12 24 0.67 11.94 35.34 . 1.32 5.82 6.63 . 5.67 5.78 1.69 244.25 7.72 31.44 1.43 1667.75 110.95 811.50 2.57 3.11 1.89 7.36 0.55 173.99 8.21 3.37 1.59 49.30 139.50 1.43 26.65 25.47 1.50 . -1041 1993 12 27 0.67 11.95 35.22 . 1.32 5.82 6.64 . 5.72 5.79 1.70 244.24 7.72 31.44 1.42 1674.75 111.53 811.00 2.58 3.11 1.90 7.37 0.55 172.65 8.28 3.37 1.60 49.32 139.67 1.44 26.66 25.50 1.50 . -1042 1993 12 28 0.67 11.95 35.37 . 1.32 5.82 6.64 . 5.69 5.79 1.70 244.49 7.72 31.44 1.43 1681.00 111.35 811.30 2.60 3.11 1.90 7.38 0.55 173.60 8.23 3.37 1.59 49.30 140.05 1.43 26.65 25.50 1.50 . -1043 1993 12 29 0.67 12.08 35.72 . 1.33 5.81 6.70 . 5.75 5.84 1.71 246.90 7.72 31.44 1.42 1696.75 111.60 811.40 2.64 3.11 1.92 7.45 0.55 175.03 8.27 3.38 1.60 49.34 141.55 1.45 26.64 25.50 1.49 . -1044 1993 12 30 0.67 12.20 36.11 . 1.32 5.81 6.77 . 5.79 5.89 1.73 249.73 7.72 31.44 1.40 1710.75 112.00 811.60 2.69 3.11 1.94 7.51 0.55 176.70 8.32 3.40 1.60 49.35 142.70 1.48 26.67 25.57 1.47 . -1045 1993 12 31 0.67 12.23 36.24 . 1.32 5.81 6.79 . 5.81 5.91 1.73 249.99 7.72 31.44 1.40 1717.50 111.70 811.30 2.69 . 1.94 7.53 0.55 176.97 8.34 3.40 1.60 49.30 143.15 1.48 26.62 25.58 1.47 . -1046 1994 1 3 0.68 12.25 36.32 . 1.31 8.72 6.80 . 5.82 5.92 1.74 250.13 7.72 31.44 1.40 1706.75 112.50 810.40 2.67 3.11 1.94 7.54 0.56 176.70 8.38 3.40 1.61 49.38 143.42 1.49 26.62 25.58 1.47 . -1047 1994 1 4 0.68 12.21 36.12 . 1.31 8.72 6.77 . 5.77 5.90 1.73 249.86 7.72 31.44 1.41 1697.75 112.75 811.30 2.63 3.12 1.94 7.51 0.56 176.72 8.24 3.40 1.61 49.53 143.62 1.48 . 25.59 1.48 . -1048 1994 1 5 0.68 12.23 36.11 . 1.31 8.72 6.76 . 5.77 5.90 1.74 250.49 7.72 31.44 1.42 1696.25 113.10 812.20 2.62 3.11 1.94 7.50 0.56 176.76 8.21 3.40 1.60 49.52 144.82 1.48 26.57 25.58 1.48 . -1049 1994 1 6 0.68 12.24 36.12 . 1.32 8.72 6.77 . 5.77 5.92 1.74 250.63 7.72 31.44 1.42 1692.50 112.75 814.50 2.63 3.11 1.94 7.50 0.55 176.83 8.21 3.40 1.59 49.45 145.47 1.48 26.56 25.57 1.48 . -1050 1994 1 7 0.68 12.21 35.99 . 1.32 8.71 6.73 . 5.75 5.89 1.73 248.89 7.72 31.44 1.43 1692.25 111.97 816.20 2.62 3.11 1.93 7.47 0.55 176.25 8.15 3.39 1.59 49.59 144.60 1.47 26.59 25.57 1.49 . -1051 1994 1 10 0.68 12.20 36.21 . 1.31 8.72 6.73 . 5.76 5.91 1.73 249.77 7.72 31.44 1.43 1704.00 112.38 816.60 2.66 3.12 1.94 7.49 0.55 176.77 8.16 3.40 1.59 49.47 144.79 1.47 26.47 25.56 1.49 . -1052 1994 1 11 0.69 12.22 36.26 . 1.32 8.72 6.75 . 5.74 5.91 1.73 250.08 7.72 31.44 1.43 1701.50 112.35 815.20 2.74 3.11 1.94 7.51 0.55 176.78 8.19 3.40 1.60 49.32 144.43 1.47 26.52 25.58 1.49 . -1053 1994 1 12 0.69 12.19 36.19 . 1.32 8.72 6.72 . 5.72 5.89 1.73 249.52 7.72 31.44 1.43 1690.50 112.40 814.90 2.73 3.11 1.94 7.49 0.55 175.71 8.15 3.40 1.60 49.44 143.54 1.46 26.55 25.58 1.50 . -1054 1994 1 13 0.69 12.30 36.50 . 1.32 8.72 6.78 . 5.73 5.94 1.75 251.88 7.72 31.44 1.43 1702.25 111.92 814.50 2.73 3.11 1.96 7.54 0.55 176.57 8.17 3.41 1.61 49.42 144.20 1.47 26.51 25.60 1.49 . -1055 1994 1 14 0.69 12.30 36.53 . 1.32 8.72 6.78 . 5.71 5.94 1.75 251.30 7.72 31.44 1.42 1706.00 111.24 814.20 2.73 3.11 1.96 7.54 0.55 176.38 8.19 3.41 1.60 49.47 144.34 1.48 26.49 25.58 1.49 . -1056 1994 1 17 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1057 1994 1 18 0.69 12.27 36.35 . 1.31 8.72 6.77 . 5.69 5.93 1.74 250.36 7.72 31.44 1.43 1700.50 110.75 815.50 2.73 3.11 1.95 7.50 0.56 175.33 8.09 3.41 1.60 49.54 142.50 1.46 26.42 25.57 1.49 . -1058 1994 1 19 0.70 12.25 36.40 . 1.31 8.72 6.78 . 5.69 5.93 1.74 250.22 7.72 31.44 1.42 1700.00 110.85 815.20 2.73 3.11 1.95 7.51 0.56 176.00 8.13 3.41 1.61 49.53 142.66 1.46 26.44 25.52 1.49 . -1059 1994 1 20 0.70 12.21 36.24 . 1.31 8.72 6.76 . 5.66 5.91 1.73 248.87 7.72 31.44 1.43 1695.75 111.60 813.80 2.74 3.11 1.94 7.47 0.56 175.45 8.09 3.41 1.60 49.55 142.32 1.45 26.45 25.53 1.50 . -1060 1994 1 21 0.70 12.28 36.37 . 1.31 8.72 6.78 . 5.67 5.93 1.74 250.80 7.72 31.44 1.43 1701.25 111.25 813.70 2.74 3.11 1.96 7.52 0.56 176.41 8.07 3.41 1.60 49.52 142.88 1.46 26.43 25.52 1.49 . -1061 1994 1 24 0.70 12.30 36.40 . 1.31 8.72 6.79 . 5.67 5.94 1.75 250.93 7.72 31.44 1.42 1705.00 111.80 813.40 2.76 3.11 1.96 7.51 0.56 176.18 8.08 3.42 1.60 49.40 142.92 1.46 26.47 25.53 1.49 . -1062 1994 1 25 0.70 12.33 36.26 . 1.31 8.73 6.80 . 5.64 5.94 1.75 251.36 7.72 31.44 1.43 1700.75 111.15 812.20 2.76 3.11 1.96 7.52 0.56 175.78 8.02 3.42 1.60 49.40 141.23 1.47 26.46 25.54 1.49 . -1063 1994 1 26 0.70 12.28 36.14 . 1.31 8.72 6.78 . 5.62 5.93 1.74 250.89 7.72 31.44 1.43 1701.50 110.28 812.30 2.75 3.11 1.95 7.50 0.56 175.39 7.97 3.42 1.59 49.43 141.64 1.47 26.46 25.49 1.49 . -1064 1994 1 27 0.70 12.26 36.02 . 1.31 8.72 6.77 . 5.61 5.92 1.74 250.68 7.72 31.44 1.43 1702.75 109.62 811.90 2.75 3.11 1.95 7.50 0.56 175.10 7.97 3.42 1.59 49.37 140.82 1.47 26.43 25.47 1.49 . -1065 1994 1 28 0.70 12.19 35.77 . 1.32 8.72 6.73 . 5.58 5.89 1.73 249.06 7.72 31.44 1.44 1696.25 109.45 811.60 2.76 3.11 1.94 7.45 0.56 174.82 7.93 3.42 1.59 49.43 140.25 1.46 26.45 25.44 1.49 . -1066 1994 1 31 0.70 12.23 35.82 . 1.32 8.72 6.75 . 5.54 5.90 1.73 250.16 7.72 31.44 1.44 1695.50 108.72 811.30 2.77 3.11 1.94 7.46 0.56 174.91 7.90 3.42 1.59 49.43 140.38 1.46 26.42 25.45 1.50 . -1067 1994 2 1 0.71 12.16 35.69 . 1.33 8.72 6.71 . 5.50 5.87 1.73 248.94 7.72 31.44 1.44 1688.75 108.05 812.00 2.77 3.11 1.94 7.43 0.57 174.07 7.87 3.41 1.58 49.15 140.05 1.45 26.43 25.40 1.50 . -1068 1994 2 2 0.71 12.17 35.83 . 1.32 8.72 6.73 . 5.54 5.88 1.73 249.40 7.72 31.44 1.43 1689.75 108.03 811.10 2.77 3.11 1.94 7.45 0.57 174.63 7.92 3.42 1.58 49.07 140.78 1.45 26.43 25.39 1.49 . -1069 1994 2 3 0.71 12.21 35.89 . 1.32 8.72 6.74 . 5.55 5.89 1.73 250.18 7.72 31.44 1.43 1690.50 108.18 810.90 2.76 3.11 1.94 7.46 0.57 174.62 7.89 3.42 1.58 49.18 141.10 1.45 . 25.41 1.49 . -1070 1994 2 4 0.71 12.29 36.12 . 1.33 8.72 6.80 . 5.59 5.93 1.75 252.08 7.72 31.44 1.42 1694.25 108.98 810.80 2.76 3.11 1.96 7.51 0.57 175.99 7.91 3.42 1.59 49.17 141.58 1.45 . 25.44 1.47 . -1071 1994 2 7 0.71 12.38 36.34 . 1.34 8.72 6.83 . 5.65 5.97 1.76 253.01 7.73 31.44 1.41 1697.75 108.56 809.40 2.76 3.11 1.97 7.54 0.57 176.54 7.98 3.43 1.59 49.16 142.30 1.47 26.39 25.45 1.48 . -1072 1994 2 8 0.71 12.40 36.34 . 1.34 8.72 6.85 . 5.67 5.97 1.76 253.34 7.74 31.44 1.41 1700.75 108.66 811.90 2.76 3.11 1.97 7.56 0.57 176.99 8.03 3.43 1.58 49.18 142.57 1.48 . 25.45 1.47 . -1073 1994 2 9 0.71 12.37 36.22 . 1.34 8.72 6.84 . 5.66 5.96 1.75 252.67 7.75 31.44 1.40 1688.75 107.89 811.90 2.76 3.11 1.96 7.56 0.57 176.55 8.02 3.43 1.58 49.20 142.46 1.47 . 25.43 1.46 . -1074 1994 2 10 0.71 12.32 36.14 . 1.34 8.72 6.84 . 5.69 5.95 1.75 252.31 7.75 31.44 1.40 1690.75 108.45 811.90 2.76 3.11 1.96 7.57 0.57 176.50 8.08 3.44 1.58 49.25 142.40 1.47 . 25.48 1.46 . -1075 1994 2 11 0.71 12.32 36.15 . 1.34 8.72 6.83 . 5.67 5.95 1.75 253.05 7.75 31.44 1.40 1689.75 107.67 811.90 2.76 3.11 1.96 7.57 0.57 176.55 8.08 3.45 1.58 49.20 142.50 1.47 . 25.47 1.46 . -1076 1994 2 14 0.71 12.25 35.89 . 1.35 8.72 6.80 . 5.63 5.92 1.74 251.90 7.74 31.44 1.40 1683.00 104.08 814.20 2.75 3.11 1.95 7.53 0.57 175.65 8.06 3.44 1.58 49.05 141.80 1.47 26.40 25.34 1.47 . -1077 1994 2 15 0.70 12.14 35.59 . 1.35 8.72 6.76 . 5.60 5.88 1.72 249.65 7.73 31.44 1.41 1677.00 103.95 815.60 2.78 3.11 1.93 7.46 0.57 174.20 8.03 3.44 1.59 49.07 141.20 1.45 26.35 25.32 1.47 . -1078 1994 2 16 0.71 12.12 35.52 . 1.35 8.72 6.75 . 5.59 5.87 1.72 249.60 7.73 31.44 1.41 1680.75 103.80 814.00 2.79 3.11 1.93 7.45 0.57 174.37 8.04 3.44 1.59 49.11 141.10 1.45 26.39 25.30 1.47 . -1079 1994 2 17 0.71 12.16 35.64 . 1.34 8.72 6.74 . 5.56 5.87 1.73 250.70 7.73 31.44 1.41 1678.50 104.20 814.20 2.78 3.11 1.94 7.47 0.57 174.87 7.99 3.45 1.59 49.00 141.10 1.45 26.39 25.31 1.47 . -1080 1994 2 18 0.71 12.08 35.40 . 1.33 8.72 6.72 . 5.54 5.84 1.71 249.04 7.73 31.37 1.42 1668.50 104.15 813.70 2.78 3.11 1.92 7.43 0.57 174.48 7.92 3.45 1.58 49.10 140.32 1.45 26.40 25.33 1.47 . -1081 1994 2 21 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1082 1994 2 22 0.71 12.13 35.52 . 1.34 8.72 6.73 . 5.53 5.86 1.72 249.29 7.72 31.44 1.41 1678.00 105.27 812.60 2.77 3.11 1.93 7.46 0.57 174.84 7.92 3.47 1.58 49.08 140.43 1.44 26.47 25.35 1.47 . -1083 1994 2 23 0.72 12.16 35.61 . 1.34 8.71 6.75 . 5.55 5.87 1.72 250.15 7.72 31.44 1.41 1683.50 105.80 812.50 2.74 3.12 1.94 7.47 0.57 175.40 7.95 3.53 1.58 49.11 140.68 1.45 26.54 25.35 1.47 . -1084 1994 2 24 0.72 12.10 35.44 . 1.34 8.72 6.72 . 5.56 5.84 1.72 249.15 7.73 31.75 1.42 1684.00 105.15 811.50 2.73 3.21 1.93 7.49 0.57 174.25 7.97 3.49 1.58 49.05 139.72 1.43 26.49 25.36 1.48 . -1085 1994 2 25 0.72 12.01 35.19 . 1.35 8.71 6.68 . 5.56 5.80 1.70 247.77 7.73 31.44 1.42 1687.25 104.63 811.30 2.72 3.21 1.91 7.41 0.57 174.04 8.02 3.47 1.58 49.06 139.43 1.42 26.50 25.32 1.48 . -1086 1994 2 28 0.71 11.98 35.07 . 1.35 8.72 6.67 . 5.54 5.78 1.70 246.89 7.72 31.37 1.43 1681.75 104.22 811.20 2.72 3.20 1.91 7.38 0.57 173.33 7.97 3.47 1.58 48.95 138.97 1.42 26.48 25.31 1.48 . -1087 1994 3 1 0.71 12.04 35.25 . 1.34 8.72 6.70 . 5.56 5.83 1.71 248.35 7.72 31.72 1.42 1693.25 104.80 811.20 2.72 3.18 1.92 7.43 0.57 174.76 8.04 3.46 1.58 48.95 139.98 1.44 26.49 25.35 1.48 . -1088 1994 3 2 0.70 11.98 35.09 . 1.35 8.72 6.67 . 5.57 5.80 1.70 247.08 7.72 31.40 1.43 1684.75 103.70 811.80 2.71 3.26 1.91 7.39 0.57 174.60 8.02 3.46 1.57 48.90 139.79 1.42 26.47 25.28 1.49 . -1089 1994 3 3 0.70 12.01 35.19 . 1.35 8.72 6.67 . 5.54 5.80 1.70 248.53 7.72 31.44 1.43 1680.75 103.73 810.30 2.72 3.25 1.91 7.39 0.56 174.66 7.98 3.46 1.58 48.90 139.92 1.43 26.45 25.32 1.49 . -1090 1994 3 4 0.71 12.08 35.36 . 1.35 8.72 6.71 . 5.55 5.84 1.71 249.37 7.72 31.40 1.42 1688.00 105.60 810.60 2.72 3.25 1.92 7.44 0.57 175.73 8.02 3.48 1.58 48.98 140.78 1.44 26.42 25.33 1.48 . -1091 1994 3 7 0.71 12.08 35.37 . 1.35 8.72 6.70 . 5.54 5.83 1.71 248.39 7.72 31.38 1.42 1689.25 105.73 810.20 2.72 3.25 1.92 7.43 0.57 175.76 8.00 3.48 1.58 48.90 140.72 1.43 26.39 25.32 1.49 . -1092 1994 3 8 0.71 12.08 35.35 . 1.35 8.72 6.70 . 5.56 5.83 1.71 248.94 7.72 31.44 1.43 1690.75 105.30 809.50 2.72 3.26 1.92 7.43 0.57 176.40 8.01 3.48 1.58 48.90 141.46 1.43 26.44 25.31 1.48 . -1093 1994 3 9 0.71 12.00 35.24 . 1.35 8.72 6.68 . 5.57 5.80 1.70 247.98 7.72 31.44 1.42 1690.50 105.88 812.00 2.72 3.31 1.92 7.41 0.57 175.97 8.01 3.47 1.58 48.80 140.97 1.43 26.39 25.32 1.49 . -1094 1994 3 10 0.70 11.87 34.82 . 1.35 8.72 6.59 . 5.53 5.75 1.68 245.32 7.72 31.37 1.43 1673.50 105.70 811.80 2.72 3.29 1.89 7.32 0.57 174.42 7.91 3.44 1.58 49.04 139.08 1.42 26.41 25.31 1.50 . -1095 1994 3 11 0.71 11.79 34.56 . 1.36 8.72 6.55 . 5.49 5.70 1.67 244.27 7.72 31.44 1.44 1661.25 105.05 810.80 2.72 3.30 1.88 7.28 0.57 173.08 7.83 3.43 1.58 48.95 138.04 1.41 26.37 25.28 1.50 . -1096 1994 3 14 0.71 11.89 34.83 . 1.36 8.72 6.59 . 5.50 5.74 1.69 246.40 7.72 31.44 1.43 1671.00 106.00 809.60 2.72 3.29 1.90 7.32 0.57 173.62 7.87 3.45 1.58 48.85 138.68 1.43 26.39 25.31 1.49 . -1097 1994 3 15 0.71 11.93 34.91 . 1.36 8.72 6.61 . 5.54 5.76 1.69 246.45 7.72 31.37 1.43 1670.50 105.97 810.20 2.73 3.31 1.90 7.33 0.57 174.05 7.87 3.45 1.58 48.87 139.03 1.43 26.40 25.32 1.49 . -1098 1994 3 16 0.71 11.88 34.79 . 1.36 8.72 6.60 . 5.52 5.74 1.68 245.99 7.72 31.37 1.43 1667.50 105.85 810.40 2.72 3.31 1.89 7.31 0.57 173.83 7.85 3.45 1.58 49.04 138.60 1.43 26.42 25.31 1.49 . -1099 1994 3 17 0.71 11.84 34.72 . 1.36 8.72 6.60 . 5.51 5.73 1.68 245.60 7.72 31.37 1.43 1666.25 105.82 809.70 2.71 3.30 1.89 7.31 0.57 173.55 7.83 3.43 1.58 48.96 138.47 1.43 26.41 25.30 1.49 . -1100 1994 3 18 0.71 11.89 34.84 . 1.36 8.72 6.62 . 5.53 5.76 1.69 246.84 7.72 31.43 1.43 1673.00 106.05 809.50 2.72 3.33 1.90 7.33 0.57 173.86 7.85 3.45 1.58 48.95 138.80 1.43 26.38 25.32 1.49 . -1101 1994 3 21 0.70 11.95 34.99 . 1.36 8.72 6.66 . 5.58 5.79 1.69 247.94 7.72 31.38 1.42 1677.00 106.25 810.00 2.72 3.33 1.90 7.36 0.56 174.50 7.89 3.45 1.58 48.95 139.04 1.43 26.40 25.30 1.48 . -1102 1994 3 22 0.70 11.86 35.00 . 1.36 8.71 6.64 . 5.55 5.76 1.68 246.64 7.72 31.40 1.43 1669.25 106.00 810.40 2.72 3.33 1.89 7.33 0.56 174.00 7.87 3.45 1.58 49.05 138.43 1.42 26.42 25.29 1.48 . -1103 1994 3 23 0.71 11.86 34.79 . 1.36 8.72 6.62 . 5.59 5.76 1.68 246.89 7.72 31.42 1.43 1667.00 106.40 810.70 2.72 3.34 1.89 7.32 0.57 173.54 7.87 3.45 1.58 49.05 138.14 1.42 26.41 25.97 1.49 . -1104 1994 3 24 0.70 11.73 34.46 . 1.37 8.72 6.57 . 5.54 5.71 1.66 244.25 7.72 31.42 1.43 1659.25 105.52 811.20 2.72 . 1.87 7.26 0.56 172.19 7.86 3.44 1.58 49.02 137.17 1.41 26.45 25.27 1.49 . -1105 1994 3 25 0.71 11.73 34.38 . 1.37 8.72 6.57 . 5.57 5.71 1.66 243.85 7.72 31.37 1.44 1649.25 104.85 811.20 2.71 3.36 1.87 7.26 0.56 172.45 7.90 3.44 1.57 48.97 137.30 1.41 26.42 25.25 1.49 . -1106 1994 3 28 0.71 11.76 34.47 . 1.37 8.72 6.58 . 5.55 5.71 1.67 245.80 7.72 31.37 1.44 1632.50 104.12 812.20 2.68 3.36 1.88 7.27 0.56 173.10 7.89 3.44 1.57 48.88 137.35 1.42 26.41 25.27 1.49 . -1107 1994 3 29 0.70 11.78 34.52 . 1.37 8.72 6.60 . 5.54 5.73 1.67 246.77 7.72 31.37 1.43 1640.25 103.45 812.00 2.68 3.35 1.88 7.29 0.56 173.75 7.91 3.45 1.56 48.85 137.50 1.42 26.41 25.23 1.48 . -1108 1994 3 30 0.69 11.77 34.51 . 1.37 8.72 6.59 . 5.50 5.72 1.67 246.89 7.72 31.42 1.43 1631.00 103.07 810.80 2.68 3.36 1.88 7.30 0.55 172.97 7.87 3.48 1.56 48.84 136.85 1.41 26.37 25.24 1.48 . -1109 1994 3 31 0.70 11.74 34.38 . 1.38 8.72 6.56 . 5.46 5.70 1.66 245.90 7.72 31.37 1.43 1606.75 102.40 809.70 2.68 3.37 1.87 7.25 0.56 171.32 7.82 3.47 1.56 48.80 135.92 1.40 26.33 25.25 1.48 . -1110 1994 4 1 0.70 11.93 34.93 . 1.38 . 6.65 . 5.49 5.78 1.69 249.82 7.72 31.42 1.41 1626.00 103.75 810.40 2.67 . 1.90 7.36 0.56 173.79 7.91 3.49 1.57 48.78 137.86 1.42 26.36 25.25 1.47 . -1111 1994 4 4 0.70 11.95 34.99 . 1.39 . 6.67 . 5.51 5.79 1.69 249.50 7.72 31.42 1.41 1632.25 103.30 811.10 2.67 3.36 1.90 7.38 0.56 173.79 7.92 3.48 1.57 48.85 138.03 1.42 26.39 25.26 1.46 . -1112 1994 4 5 0.70 12.03 35.25 . 1.38 8.72 6.71 . 5.55 5.84 1.71 251.60 7.72 31.37 1.40 1647.50 103.85 811.10 2.69 3.36 1.91 7.42 0.56 174.70 7.99 3.52 1.57 48.95 138.53 1.44 26.39 25.30 1.46 . -1113 1994 4 6 0.70 12.06 35.35 . 1.38 8.72 6.72 . 5.54 5.86 1.71 251.32 7.72 31.37 1.41 1656.50 104.45 813.00 2.69 3.36 1.92 7.43 0.56 173.70 7.95 3.53 1.57 49.00 138.73 1.44 26.34 25.33 1.46 . -1114 1994 4 7 0.71 12.08 35.42 . 1.38 8.72 6.73 . 5.53 5.88 1.71 252.25 7.72 31.37 1.41 1638.50 104.85 812.50 2.68 3.36 1.92 7.43 0.56 174.27 7.91 3.55 1.57 48.95 138.90 1.45 26.37 25.34 1.46 . -1115 1994 4 8 0.72 12.03 35.28 . 1.38 8.72 6.70 . 5.52 5.86 1.71 251.00 7.72 31.37 1.42 1630.25 105.02 812.40 2.68 3.36 1.92 7.41 0.57 173.82 7.89 3.56 1.56 49.00 138.48 1.44 26.38 25.34 1.47 . -1116 1994 4 11 0.72 12.03 35.21 . 1.38 8.72 6.75 . 5.52 5.86 1.71 251.34 7.72 31.42 1.42 1626.00 103.45 814.30 2.68 3.37 1.92 7.41 0.57 174.19 7.88 3.59 1.56 48.95 138.47 1.44 26.38 25.26 1.47 . -1117 1994 4 12 0.72 12.09 35.39 . 1.37 8.72 6.72 . 5.52 5.87 1.71 252.18 7.72 31.42 1.42 1638.00 103.62 813.50 2.69 3.37 1.93 7.44 0.56 174.92 7.91 3.61 1.56 49.00 138.90 1.44 26.39 25.27 1.47 . -1118 1994 4 13 0.72 12.04 35.23 . 1.37 8.72 6.70 . 5.53 5.85 1.71 248.91 7.72 31.42 1.42 1631.25 103.57 813.50 2.69 3.37 1.92 7.42 0.56 174.62 7.92 3.60 1.56 49.00 138.81 1.44 26.38 25.27 1.47 . -1119 1994 4 14 0.72 12.03 35.19 . 1.37 8.72 6.69 . 5.51 5.84 1.70 250.32 7.72 31.42 1.43 1633.00 104.15 812.60 2.68 3.37 1.91 7.41 0.56 174.54 7.92 3.62 1.56 48.95 138.91 1.44 26.37 25.27 1.47 . -1120 1994 4 15 0.72 12.03 35.24 . 1.38 8.73 6.70 . 5.52 5.85 1.71 250.63 7.72 31.37 1.43 1637.75 103.60 812.40 2.68 3.36 1.92 7.42 0.56 175.30 7.91 3.64 1.56 49.00 139.65 1.45 26.38 25.28 1.47 . -1121 1994 4 18 0.71 12.09 35.37 . 1.38 8.71 6.73 . 5.52 5.88 1.71 251.80 7.72 31.37 1.42 1640.00 103.40 812.00 2.69 3.37 1.93 7.45 0.56 175.00 7.92 3.66 1.55 48.98 140.48 1.45 26.39 25.28 1.47 . -1122 1994 4 19 0.71 11.96 35.03 . 1.38 8.71 6.67 . 5.51 5.83 1.70 249.30 7.72 31.37 1.43 1630.00 103.23 812.20 2.68 3.37 1.91 7.38 0.56 173.80 7.93 3.55 1.55 48.90 139.28 1.44 26.40 25.25 1.47 . -1123 1994 4 20 0.71 11.93 34.92 . 1.38 8.71 6.64 . 5.50 5.81 1.69 248.46 7.72 31.42 1.43 1624.75 103.30 811.60 2.68 3.37 1.90 7.36 0.56 173.45 7.91 3.60 1.55 49.03 138.79 1.44 26.39 25.24 1.48 . -1124 1994 4 21 0.71 11.88 34.79 . 1.38 8.71 6.63 . 5.49 5.79 1.69 247.55 7.72 31.37 1.44 1620.50 103.65 810.60 2.69 3.37 1.89 7.33 0.56 172.78 7.88 3.59 1.56 48.85 137.60 1.43 26.39 25.24 1.49 . -1125 1994 4 22 0.71 11.91 34.86 . 1.37 8.71 6.64 . 5.49 5.80 1.69 248.30 7.72 31.37 1.44 1621.25 103.60 810.60 2.69 3.37 1.90 7.34 0.57 173.35 7.89 3.61 1.55 48.92 137.90 1.43 26.38 25.24 1.48 . -1126 1994 4 25 0.71 11.80 34.58 . 1.38 8.74 6.59 . 5.47 5.76 1.67 246.45 7.72 31.42 1.45 1608.75 103.26 810.40 2.69 3.36 1.88 7.29 0.57 172.20 7.85 3.61 1.55 48.99 136.86 1.43 26.41 25.23 1.49 . -1127 1994 4 26 0.72 11.80 34.58 . 1.37 8.70 6.59 . 5.45 5.76 1.67 246.30 7.72 31.37 1.45 1608.50 102.95 810.60 2.69 3.31 1.88 7.29 0.57 172.50 7.84 3.58 1.55 48.92 137.15 1.43 26.40 25.24 1.50 . -1128 1994 4 27 0.71 11.75 34.42 . 1.37 8.72 6.57 . 5.43 5.73 1.67 245.15 7.72 31.42 1.46 1607.25 102.35 810.40 2.69 3.27 1.87 7.25 0.57 171.71 7.78 3.58 1.55 48.85 136.55 1.42 26.40 25.24 1.50 . -1129 1994 4 28 0.71 11.73 34.33 . 1.38 8.72 6.54 . 5.43 5.71 1.66 244.62 7.72 31.37 1.46 1597.50 101.77 810.20 2.69 3.28 1.87 7.23 0.57 171.09 7.74 3.58 1.55 48.80 135.89 1.41 26.45 25.24 1.50 . -1130 1994 4 29 0.71 11.67 34.19 . 1.38 8.72 6.51 . 5.36 5.68 1.66 243.85 7.72 31.37 1.47 1592.00 102.05 810.50 2.67 3.28 1.86 7.19 0.57 170.75 7.65 3.52 1.55 48.75 135.25 1.41 26.42 25.24 1.51 . -1131 1994 5 2 0.71 11.58 33.91 . 1.38 8.70 6.45 . 5.33 5.63 1.64 241.55 7.72 31.38 1.48 1587.25 101.79 810.70 2.67 3.27 1.84 7.13 0.57 169.57 7.60 3.52 1.55 48.75 134.66 1.40 26.42 25.19 1.51 . -1132 1994 5 3 0.70 11.54 33.77 . 1.38 8.69 6.42 . 5.33 5.62 1.64 241.50 7.72 31.37 1.47 1583.50 101.20 811.10 2.67 3.31 1.84 7.11 0.57 169.20 7.59 3.55 1.55 48.77 134.38 1.39 26.46 25.18 1.51 . -1133 1994 5 4 0.71 11.67 34.16 . 1.38 8.69 6.49 . 5.40 5.68 1.65 244.50 7.72 31.37 1.45 1606.50 102.00 810.30 2.67 3.31 1.86 7.20 0.57 170.78 7.69 3.60 1.55 48.80 136.68 1.41 26.46 25.21 1.49 . -1134 1994 5 5 0.71 11.72 34.33 . 1.38 8.68 6.52 . 5.42 5.71 1.66 245.30 7.72 31.37 1.45 1607.50 102.70 810.30 2.65 . 1.87 7.23 0.57 171.72 7.71 3.62 1.55 48.80 137.35 1.41 26.53 25.23 1.49 . -1135 1994 5 6 0.71 11.69 34.25 . 1.38 8.68 6.51 . 5.41 5.70 1.66 244.65 7.72 31.38 1.45 1596.25 102.72 809.20 2.64 3.32 1.86 7.21 0.57 170.79 7.69 3.57 1.55 48.85 136.99 1.41 26.55 25.20 1.49 . -1136 1994 5 9 0.71 11.63 34.06 . 1.37 8.68 6.47 . 5.39 5.66 1.65 244.06 7.72 31.37 1.46 1587.50 102.70 809.60 2.61 3.34 1.85 7.17 0.57 170.98 7.68 3.61 1.54 48.90 136.23 1.41 26.64 25.21 1.49 . -1137 1994 5 10 0.72 11.75 34.42 . 1.37 8.68 6.54 . 5.44 5.72 1.67 246.50 7.72 31.37 1.45 1598.00 104.00 811.50 2.61 3.34 1.87 7.24 0.58 172.85 7.75 3.61 1.55 48.89 137.60 1.43 26.77 25.23 1.49 . -1138 1994 5 11 0.72 11.75 34.42 . 1.37 8.68 6.54 . 5.44 5.73 1.67 246.70 7.72 31.37 1.45 1602.50 104.42 810.00 2.61 3.33 1.87 7.24 0.58 172.91 7.75 3.64 1.55 49.03 138.35 1.42 26.78 25.25 1.49 . -1139 1994 5 12 0.71 11.73 34.35 . 1.38 8.71 6.52 . 5.43 5.72 1.66 246.40 7.72 31.37 1.46 1596.00 104.23 809.40 2.61 3.33 1.87 7.23 0.58 172.07 7.74 3.64 1.55 48.95 137.64 1.42 26.88 25.25 1.49 . -1140 1994 5 13 0.72 11.74 34.39 . 1.37 8.68 6.53 . 5.45 5.72 1.67 247.55 7.72 31.37 1.46 1601.25 104.90 809.10 2.61 3.32 1.87 7.23 0.58 172.25 7.75 3.65 1.55 49.25 138.40 1.42 26.82 25.25 1.49 . -1141 1994 5 16 0.72 11.77 34.48 . 1.37 8.68 6.54 . 5.47 5.73 1.67 247.96 7.72 31.38 1.46 1610.00 104.80 809.20 2.61 3.33 1.87 7.25 0.58 172.66 7.79 3.66 1.55 49.25 138.79 1.42 26.81 25.23 1.50 . -1142 1994 5 17 0.72 11.71 34.30 . 1.37 8.68 6.52 . 5.44 5.70 1.66 246.75 7.72 31.37 1.47 1595.50 104.37 809.50 2.61 3.33 1.86 7.21 0.58 171.88 7.74 3.66 1.55 49.30 137.80 1.41 26.86 25.23 1.50 . -1143 1994 5 18 0.72 11.65 34.10 . 1.37 8.68 6.48 . 5.42 5.66 1.65 246.50 7.72 31.37 1.48 1586.50 103.55 809.50 2.60 3.33 1.85 7.17 0.58 171.00 7.69 3.67 1.54 49.40 136.98 1.40 26.86 25.22 1.50 . -1144 1994 5 19 0.72 11.63 34.07 . 1.37 8.68 6.48 . 5.42 5.67 1.65 245.96 7.72 31.42 1.48 1585.00 104.25 809.40 2.59 3.32 1.85 7.16 0.58 170.79 7.69 3.67 1.53 49.15 136.51 1.40 26.80 25.23 1.50 . -1145 1994 5 20 0.72 11.58 33.90 . 1.37 8.68 6.44 . 5.39 5.63 1.64 249.12 7.72 31.37 1.48 1583.00 103.97 809.60 2.59 3.31 1.84 7.13 0.58 170.45 7.67 3.67 1.53 49.12 136.12 1.40 26.88 25.19 1.50 . -1146 1994 5 23 0.73 11.57 33.87 . 1.37 8.68 6.43 . 5.39 5.62 1.64 244.75 7.72 31.37 1.48 1592.10 104.33 809.70 2.59 3.30 1.84 7.12 0.58 170.16 7.68 3.65 1.53 49.18 135.67 1.40 26.86 25.17 1.50 . -1147 1994 5 24 0.73 11.62 34.05 . 1.37 8.68 6.47 . 5.43 5.65 1.65 244.78 7.72 31.37 1.47 1594.49 104.90 809.30 2.59 3.29 1.85 7.15 0.58 170.99 7.74 3.67 1.53 49.15 136.11 1.41 26.98 25.18 1.50 . -1148 1994 5 25 0.73 11.56 33.87 . 1.38 8.68 6.44 . 5.43 5.62 1.64 243.69 7.72 31.37 1.48 1593.00 104.50 809.40 2.59 3.30 1.84 7.12 0.58 170.36 7.78 3.67 1.53 49.15 135.71 1.40 27.04 25.18 1.50 . -1149 1994 5 26 0.73 11.56 33.85 . 1.38 8.68 6.43 . 5.43 5.61 1.64 246.26 7.72 31.37 1.48 1596.00 104.45 809.70 2.58 3.32 1.84 7.11 0.58 170.94 7.74 3.65 1.53 49.18 135.67 1.40 27.09 25.20 1.51 . -1150 1994 5 27 0.73 11.56 33.86 . 1.38 8.67 6.44 . 5.41 5.61 1.64 246.66 7.72 31.37 1.48 1590.50 104.30 809.80 2.58 3.32 1.84 7.12 0.58 170.99 7.71 3.64 1.53 49.20 135.66 1.40 27.08 25.21 1.50 . -1151 1994 5 30 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1152 1994 5 31 0.73 11.56 33.85 . 1.38 8.67 6.45 . 5.45 5.62 1.64 242.42 7.72 31.37 1.47 1593.50 104.74 809.30 2.58 3.33 1.84 7.13 0.59 170.78 7.81 3.63 1.53 49.33 135.64 1.40 27.06 25.21 1.51 . -1153 1994 6 1 0.74 11.56 33.86 . 1.38 8.67 6.46 . 5.47 5.62 1.64 243.93 7.72 31.38 1.47 1595.50 104.70 809.30 2.57 3.33 1.84 7.13 0.59 171.20 7.87 3.64 1.53 49.33 135.75 1.40 27.08 25.22 1.51 . -1154 1994 6 2 0.73 11.62 34.03 . 1.38 8.67 6.49 . 5.47 5.64 1.65 246.89 7.72 31.37 1.47 1602.62 104.98 809.70 2.58 3.32 1.85 7.16 0.59 171.95 7.86 3.63 1.53 49.30 136.44 1.40 27.03 25.22 1.50 . -1155 1994 6 3 0.73 11.74 34.35 . 1.38 8.70 6.54 . 5.52 5.69 1.66 249.68 7.72 31.66 1.47 1622.00 105.38 809.60 2.59 3.33 1.87 7.22 0.59 173.08 7.89 3.62 1.53 49.30 137.47 1.41 27.07 25.24 1.50 . -1156 1994 6 6 0.73 11.73 34.34 . 1.37 8.67 6.52 . 5.52 5.68 1.66 248.52 7.72 31.37 1.47 1618.99 105.25 809.50 2.59 3.33 1.86 7.22 0.59 173.45 7.89 3.61 1.53 49.34 137.11 1.41 27.08 25.23 1.50 . -1157 1994 6 7 0.73 11.72 34.31 . 1.37 8.70 6.52 . 5.54 5.69 1.66 248.53 7.72 31.37 1.47 1616.19 104.90 809.50 2.59 3.36 1.86 7.22 0.59 172.53 7.93 3.62 1.53 49.35 136.46 1.41 27.09 25.25 1.50 . -1158 1994 6 8 0.73 11.75 34.42 . 1.37 8.70 6.53 . 5.53 5.68 1.67 249.71 7.73 31.37 1.46 1620.00 104.05 809.60 2.59 3.36 1.87 7.23 0.59 173.75 7.94 3.62 1.53 49.28 136.80 1.41 27.07 25.22 1.50 . -1159 1994 6 9 0.73 11.78 34.50 . 1.37 8.70 6.53 . 5.56 5.69 1.67 250.89 7.73 31.37 1.46 1621.25 104.45 809.50 2.59 3.36 1.87 7.25 0.58 174.25 7.95 3.61 1.53 49.35 136.94 1.41 27.09 25.21 1.50 . -1160 1994 6 10 0.73 11.71 34.31 . 1.37 8.70 6.50 . 5.53 5.66 1.66 250.38 7.73 31.37 1.47 1610.25 103.70 809.50 2.59 3.37 1.86 7.21 0.58 173.76 7.92 3.62 1.53 49.30 136.21 1.40 27.05 25.19 1.50 . -1161 1994 6 13 0.73 11.58 34.01 . 1.38 8.67 6.46 . 5.52 5.61 1.64 248.85 7.73 31.37 1.48 1600.00 103.00 809.50 2.59 3.37 1.85 7.16 0.58 172.35 7.90 3.61 1.53 49.23 135.72 1.38 27.05 25.16 1.52 . -1162 1994 6 14 0.72 11.56 33.84 . 1.38 8.67 6.43 . 5.51 5.60 1.64 245.93 7.73 31.37 1.48 1598.50 102.50 809.90 2.59 3.37 1.84 7.13 0.58 170.56 7.89 3.61 1.53 49.30 135.29 1.38 27.04 25.14 1.51 . -1163 1994 6 15 0.73 11.50 33.67 . 1.38 8.67 6.40 . 5.49 5.58 1.63 247.22 7.73 31.37 1.48 1593.25 102.78 810.20 2.59 3.37 1.83 7.10 0.58 169.67 7.86 3.62 1.53 49.20 134.64 1.37 27.04 25.14 1.51 . -1164 1994 6 16 0.73 11.48 33.61 . 1.39 8.67 6.39 . 5.49 5.57 1.63 246.98 7.73 31.37 1.48 1605.50 103.28 810.00 2.59 3.37 1.82 7.09 0.58 169.61 7.87 3.63 1.53 49.10 135.27 1.37 27.05 25.16 1.52 . -1165 1994 6 17 0.73 11.33 33.18 . 1.39 8.67 6.31 . 5.39 5.51 1.61 243.49 7.73 31.37 1.49 1586.75 102.75 809.50 2.59 3.37 1.80 7.00 0.59 167.43 7.76 3.65 1.53 49.20 133.69 1.35 27.05 25.14 1.53 . -1166 1994 6 20 0.73 11.26 32.97 . 1.39 8.67 6.28 . 5.35 5.46 1.60 241.74 7.72 31.37 1.51 1584.25 101.90 810.00 2.59 3.37 1.79 6.96 0.59 166.58 7.72 3.64 1.52 49.30 133.49 1.35 27.04 25.09 1.53 . -1167 1994 6 21 0.74 11.20 32.81 . 1.38 8.67 6.25 . 5.31 5.44 1.59 241.25 7.72 31.37 1.51 1572.25 101.78 811.70 2.59 3.38 1.78 6.92 0.59 165.08 7.67 3.65 1.52 49.20 132.83 1.34 27.04 25.05 1.54 . -1168 1994 6 22 0.73 11.29 33.08 . 1.38 8.67 6.30 . 5.34 5.49 1.60 243.10 7.72 31.37 1.50 1578.50 101.17 812.10 2.58 3.38 1.79 6.98 0.59 166.40 7.70 3.65 1.53 49.20 133.75 1.35 26.95 25.05 1.53 . -1169 1994 6 23 0.73 11.26 32.97 . 1.38 8.67 6.28 . 5.32 5.47 1.60 241.98 7.73 31.37 1.51 1573.00 101.10 810.20 2.58 3.39 1.79 6.96 0.59 165.62 7.69 3.61 1.52 49.25 132.58 1.34 26.98 25.07 1.54 . -1170 1994 6 24 0.72 11.15 32.68 . 1.38 8.67 6.22 . 5.27 5.44 1.58 239.52 7.72 31.37 1.52 1563.50 100.50 809.40 2.59 3.39 1.77 6.90 0.58 163.88 7.63 3.62 1.52 49.18 131.30 1.33 27.02 25.09 1.55 . -1171 1994 6 27 0.72 11.09 32.51 . 1.38 8.67 6.19 . 5.24 5.40 1.57 238.50 7.72 31.37 1.53 1557.00 100.05 809.60 2.59 3.40 1.77 6.87 0.58 162.42 7.59 3.61 1.52 49.10 130.09 1.32 26.91 25.02 1.54 . -1172 1994 6 28 0.72 11.12 32.58 . 1.38 8.67 6.20 . 5.27 5.42 1.58 238.80 7.72 31.37 1.53 1561.00 100.03 810.40 2.59 3.39 1.77 6.88 0.59 162.61 7.60 3.64 1.52 49.05 130.29 1.32 26.91 25.04 1.55 . -1173 1994 6 29 0.72 11.13 32.64 . 1.38 8.67 6.21 . 5.28 5.42 1.58 239.13 7.72 31.37 1.52 1571.50 98.82 809.60 2.60 3.39 1.77 6.90 0.59 162.87 7.64 3.64 1.52 49.16 130.10 1.33 26.86 25.03 1.54 . -1174 1994 6 30 0.73 11.14 32.63 . 1.38 8.67 6.22 . 5.28 5.43 1.58 240.00 7.73 31.37 1.52 1577.00 98.51 808.70 2.60 3.40 1.77 6.91 0.59 163.60 7.65 3.65 1.52 49.09 130.94 1.33 26.81 25.04 1.54 . -1175 1994 7 1 0.72 11.20 32.83 . 1.38 8.70 6.25 . 5.31 5.45 1.59 240.26 7.72 31.37 1.52 1583.75 98.51 808.30 2.60 3.40 1.78 6.95 0.59 163.82 7.82 3.65 1.52 49.05 131.34 1.33 26.82 25.04 1.53 . -1176 1994 7 4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1177 1994 7 5 0.72 11.13 32.67 . 1.38 8.66 6.21 . 5.25 5.42 1.58 238.86 7.72 31.37 1.52 1573.50 98.87 809.50 2.60 3.40 1.77 6.93 0.59 162.99 7.83 3.66 1.52 49.05 130.86 1.32 26.76 25.01 1.54 . -1178 1994 7 6 0.72 11.03 32.46 . 1.38 8.66 6.17 . 5.20 5.39 1.56 236.55 7.72 31.38 1.53 1560.50 98.23 809.70 2.60 3.40 1.76 6.88 0.59 161.83 7.84 3.66 1.51 49.08 130.35 1.32 26.73 24.97 1.55 . -1179 1994 7 7 0.72 11.06 32.58 . 1.38 8.66 6.18 . 5.23 5.40 1.57 237.51 7.72 31.37 1.52 1566.50 98.86 808.90 2.59 3.41 1.76 6.90 0.59 162.17 7.83 3.67 1.52 49.04 130.50 1.32 26.77 25.00 1.54 . -1180 1994 7 8 0.72 11.01 32.38 . 1.39 8.66 6.15 . 5.19 5.38 1.56 236.77 7.72 31.37 1.53 1556.50 98.10 809.10 2.59 3.41 1.75 6.87 0.60 161.37 7.75 3.68 1.52 49.00 129.60 1.32 26.74 25.00 1.54 . -1181 1994 7 11 0.73 10.80 31.70 . 1.39 8.66 6.04 . 5.09 5.28 1.53 232.09 7.72 31.37 1.55 1528.25 97.37 808.80 2.59 3.41 1.72 6.74 0.60 158.21 7.62 3.65 1.51 48.98 126.61 1.29 26.74 24.95 1.56 . -1182 1994 7 12 0.73 10.70 31.37 . 1.38 8.66 5.98 . 5.05 5.22 1.52 230.02 7.72 31.37 1.55 1511.50 96.81 809.00 2.58 3.40 1.70 6.67 0.60 156.41 7.51 3.63 1.51 48.90 125.23 1.28 26.69 24.91 1.57 . -1183 1994 7 13 0.73 10.80 31.63 . 1.38 8.66 6.03 . 5.09 5.26 1.53 232.13 7.72 31.37 1.55 1526.00 97.90 809.30 2.58 3.41 1.72 6.73 0.60 157.81 7.58 3.65 1.51 48.85 126.51 1.29 26.63 24.94 1.56 . -1184 1994 7 14 0.73 10.89 31.92 . 1.38 8.66 6.08 . 5.15 5.30 1.54 234.50 7.72 31.37 1.54 1534.75 98.40 809.10 2.59 3.40 1.73 6.78 0.59 159.29 7.69 3.65 1.51 48.95 127.74 1.30 26.63 24.96 1.56 . -1185 1994 7 15 0.73 10.95 32.09 . 1.37 8.66 6.11 . 5.18 5.34 1.55 235.65 7.72 31.36 1.53 1546.50 98.10 809.60 2.59 3.40 1.74 6.81 0.59 160.21 7.76 3.66 1.51 49.00 128.70 1.31 26.57 24.96 1.55 . -1186 1994 7 18 0.73 10.87 31.86 . 1.37 8.66 6.07 . 5.13 5.30 1.54 233.90 7.72 31.37 1.53 1549.50 98.51 810.20 2.59 3.41 1.73 6.77 0.59 159.29 7.69 3.66 1.51 48.95 127.76 1.30 26.59 24.96 1.56 . -1187 1994 7 19 0.73 11.01 32.23 . 1.38 8.66 6.14 . 5.20 5.36 1.56 236.83 7.72 31.37 1.52 1564.75 99.20 810.50 2.59 3.40 1.75 6.84 0.59 161.14 7.73 3.67 1.51 49.05 129.14 1.32 26.59 24.98 1.55 . -1188 1994 7 20 0.73 10.99 32.19 . 1.38 8.65 6.13 . 5.19 5.35 1.56 236.20 7.72 31.37 1.53 1558.25 98.55 809.20 2.59 3.41 1.75 6.82 0.60 160.62 7.73 3.68 1.51 49.10 128.77 1.32 26.68 24.97 1.54 . -1189 1994 7 21 0.73 11.08 32.45 . 1.37 8.65 6.18 . 5.23 5.39 1.57 238.32 7.72 31.37 1.51 1570.50 98.55 808.50 2.59 3.40 1.76 6.87 0.60 161.90 7.77 3.67 1.51 48.99 129.86 1.33 26.65 24.97 1.53 . -1190 1994 7 22 0.73 11.20 32.81 . 1.37 8.65 6.24 . 5.28 5.44 1.59 240.82 7.72 31.45 1.50 1581.75 98.55 808.30 2.59 3.41 1.78 6.94 0.60 163.26 7.84 3.70 1.51 48.96 131.26 1.35 26.67 25.00 1.53 . -1191 1994 7 25 0.74 11.19 32.77 . 1.37 8.64 6.24 . 5.27 5.43 1.59 240.59 7.72 31.37 1.51 1579.75 98.95 807.10 2.59 3.40 1.78 6.93 0.60 163.03 7.80 3.69 1.50 48.95 131.08 1.35 26.55 24.99 1.53 . -1192 1994 7 26 0.74 11.16 32.66 . 1.38 8.64 6.23 . 5.23 5.41 1.58 239.94 7.72 31.37 1.50 1586.75 98.03 805.80 2.59 3.41 1.78 6.91 0.60 162.24 7.77 3.68 1.51 49.10 130.48 1.34 26.60 24.97 1.52 . -1193 1994 7 27 0.73 11.08 32.44 . 1.37 8.64 6.19 . 5.19 5.38 1.57 238.28 7.72 31.36 1.51 1585.50 98.18 805.80 2.59 3.41 1.76 6.87 0.60 161.14 7.74 3.66 1.50 49.05 129.63 1.33 26.59 24.96 1.53 . -1194 1994 7 28 0.73 11.13 32.58 . 1.38 8.64 6.21 . 5.22 5.40 1.58 239.45 7.72 31.37 1.51 1591.75 99.18 805.60 2.59 3.40 1.77 6.90 0.60 161.75 7.77 3.68 1.51 49.05 130.34 1.34 26.54 24.99 1.53 . -1195 1994 7 29 0.73 11.16 32.68 . 1.38 8.63 6.24 . 5.23 5.41 1.58 239.70 7.72 31.37 1.52 1590.00 100.05 805.50 2.59 3.41 1.78 6.92 0.60 161.13 7.78 3.67 1.51 49.10 130.51 1.34 26.58 25.01 1.54 . -1196 1994 8 1 0.73 11.10 32.49 . 1.38 8.63 6.21 . 5.20 5.39 1.57 238.58 7.72 31.37 1.52 1589.00 99.35 805.80 2.59 3.40 1.77 6.88 0.60 160.54 7.77 3.65 1.50 49.00 129.80 1.33 26.54 24.97 1.53 . -1197 1994 8 2 0.73 11.11 32.52 . 1.38 8.63 6.21 . 5.22 5.40 1.57 238.78 7.72 31.37 1.51 1583.75 100.37 806.00 2.58 3.39 1.77 6.89 0.60 160.87 7.73 3.65 1.50 49.20 130.16 1.33 26.60 25.03 1.53 . -1198 1994 8 3 0.73 11.12 32.56 . 1.38 8.63 6.21 . 5.21 5.40 1.58 240.38 7.72 31.37 1.51 1574.00 100.42 805.80 2.57 3.38 1.77 6.90 0.60 161.23 7.71 3.63 1.50 49.20 130.24 1.33 26.57 25.04 1.53 . -1199 1994 8 4 0.73 11.12 32.57 . 1.38 8.62 6.22 . 5.22 5.41 1.58 239.03 7.72 31.37 1.51 1580.50 100.20 805.90 2.56 3.38 1.77 6.91 0.60 161.12 7.73 3.62 1.50 49.10 130.14 1.33 26.57 25.03 1.53 . -1200 1994 8 5 0.74 11.13 32.55 . 1.38 8.62 6.22 . 5.21 5.41 1.58 238.77 7.72 31.37 1.52 1577.00 100.37 805.80 2.57 3.38 1.77 6.91 0.60 160.53 7.74 3.62 1.50 49.35 129.93 1.33 26.51 25.04 1.54 . -1201 1994 8 8 0.74 11.12 32.56 . 1.38 8.62 6.21 . 5.20 5.41 1.58 238.69 7.72 31.37 1.52 1577.25 101.33 805.90 2.58 3.39 1.77 6.90 0.60 160.61 7.73 3.61 1.50 49.25 129.99 1.33 26.48 25.06 1.54 . -1202 1994 8 9 0.74 11.13 32.60 . 1.37 8.62 6.23 . 5.21 5.41 1.58 239.11 7.72 31.37 1.52 1584.00 101.20 806.90 2.57 3.39 1.77 6.91 0.60 160.86 7.78 3.61 1.50 49.30 130.04 1.33 26.45 25.08 1.53 . -1203 1994 8 10 0.74 11.09 32.51 . 1.37 8.61 6.22 . 5.20 5.40 1.57 238.32 7.72 31.37 1.52 1588.00 101.20 808.00 2.58 3.40 1.77 6.90 0.59 160.42 7.78 3.61 1.50 49.28 130.07 1.32 26.46 25.06 1.53 . -1204 1994 8 11 0.74 11.10 32.53 . 1.37 8.61 6.23 . 5.22 5.40 1.57 238.66 7.72 31.37 1.51 1595.00 100.85 807.80 2.56 3.41 1.77 6.92 0.60 160.40 7.87 3.61 1.50 49.30 130.60 1.32 26.46 25.06 1.53 . -1205 1994 8 12 0.74 10.96 32.15 . 1.38 8.61 6.18 . 5.18 5.35 1.55 236.34 7.72 31.37 1.51 1602.25 100.27 807.50 2.55 3.40 1.75 6.85 0.59 160.11 7.81 3.59 1.50 49.23 130.50 1.30 26.45 25.02 1.54 . -1206 1994 8 15 0.74 10.91 32.00 . 1.38 8.61 6.15 . 5.16 5.32 1.55 235.20 7.72 31.37 1.52 1589.50 100.10 809.00 2.56 3.40 1.74 6.82 0.60 159.26 7.77 3.48 1.50 49.30 129.77 1.30 26.48 25.01 1.54 . -1207 1994 8 16 0.74 10.93 31.99 . 1.37 8.60 6.16 . 5.16 5.32 1.55 235.16 7.72 31.37 1.52 1586.75 100.31 809.00 2.56 3.41 1.74 6.83 0.60 159.07 7.83 3.58 1.50 49.30 129.57 1.30 26.48 25.00 1.54 . -1208 1994 8 17 0.74 10.94 32.06 . 1.37 8.60 6.17 . 5.17 5.33 1.55 235.76 7.72 31.37 1.52 1587.25 100.31 809.30 2.56 3.40 1.74 6.85 0.59 159.59 7.88 3.58 1.50 49.30 129.93 1.30 26.49 25.04 1.54 . -1209 1994 8 18 0.73 10.88 31.93 . 1.37 8.60 6.13 . 5.14 5.30 1.54 234.72 7.72 31.37 1.52 1585.00 98.85 807.90 2.55 3.38 1.73 6.81 0.60 159.05 7.81 3.58 1.50 49.30 129.70 1.29 26.47 25.00 1.54 . -1210 1994 8 19 0.73 10.83 31.78 . 1.37 8.60 6.10 . 5.06 5.28 1.54 233.60 7.72 31.37 1.52 1569.00 98.57 806.90 2.54 3.38 1.72 6.77 0.59 158.05 7.72 3.57 1.50 49.30 129.11 1.29 26.44 24.98 1.54 . -1211 1994 8 22 0.73 10.77 31.55 . 1.37 8.59 6.05 . 5.01 5.24 1.53 232.40 7.72 31.36 1.53 1562.50 98.01 807.50 2.55 3.33 1.71 6.73 0.59 157.23 7.55 3.57 1.50 49.30 128.28 1.28 26.38 25.00 1.55 . -1212 1994 8 23 0.73 10.83 31.75 . 1.37 8.59 6.08 . 5.04 5.27 1.53 233.66 7.72 31.36 1.52 1568.00 98.40 807.20 2.55 3.34 1.72 6.76 0.60 157.98 7.61 3.58 1.50 49.15 128.71 1.29 26.34 24.98 1.55 . -1213 1994 8 24 0.74 10.86 31.89 . 1.37 8.59 6.12 . 5.06 5.29 1.54 234.78 7.72 31.37 1.53 1570.00 98.62 806.80 2.54 3.35 1.73 6.79 0.60 158.30 7.64 3.58 1.50 49.15 128.86 1.30 26.32 24.96 1.55 . -1214 1994 8 25 0.74 10.88 31.90 . 1.37 8.59 6.13 . 5.06 5.30 1.54 235.06 7.72 31.37 1.53 1569.25 99.71 805.70 2.54 3.36 1.73 6.80 0.60 158.26 7.61 3.58 1.50 49.25 129.00 1.30 26.22 24.99 1.55 . -1215 1994 8 26 0.74 11.02 32.31 . 1.37 8.56 6.20 . 5.10 5.36 1.56 238.11 7.72 31.37 1.51 1591.50 100.40 805.40 2.54 3.37 1.75 6.88 0.60 160.16 7.72 3.59 1.50 49.18 130.70 1.32 26.27 25.02 1.53 . -1216 1994 8 29 0.74 11.11 32.54 . 1.36 8.58 6.25 . 5.12 5.40 1.57 239.62 7.72 31.37 1.51 1596.00 100.05 805.30 2.55 3.38 1.77 6.92 0.60 160.59 7.73 3.59 1.50 49.26 130.92 1.33 26.25 25.03 1.53 . -1217 1994 8 30 0.74 11.10 32.48 . 1.36 8.58 6.23 . 5.10 5.40 1.57 239.40 7.72 31.37 1.51 1582.00 99.63 804.80 2.55 3.39 1.77 6.91 0.60 160.54 7.72 3.58 1.50 49.25 130.79 1.33 26.18 25.04 1.53 . -1218 1994 8 31 0.74 11.10 32.48 . 1.37 8.57 6.23 . 5.10 5.40 1.57 239.40 7.72 31.37 1.51 1582.00 100.11 806.90 2.56 3.39 1.77 6.91 0.60 160.54 7.72 3.58 1.50 49.30 130.79 1.33 26.20 25.04 1.53 . -1219 1994 9 1 0.74 11.07 32.42 . 1.36 8.57 6.20 . 5.09 5.39 1.57 239.19 7.72 31.37 1.52 1580.50 99.63 803.30 2.55 3.39 1.76 6.90 0.60 160.30 7.69 3.58 1.50 49.20 130.56 1.32 26.24 25.02 1.54 . -1220 1994 9 2 0.74 10.96 32.07 . 1.36 8.57 6.14 . 5.05 5.32 1.55 236.61 7.72 31.37 1.53 1571.25 99.20 803.70 2.54 3.38 1.74 6.83 0.60 158.73 7.65 3.58 1.50 49.23 129.46 1.30 26.24 24.98 1.54 . -1221 1994 9 5 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1222 1994 9 6 0.74 10.86 31.83 . 1.36 8.56 6.10 . 5.03 5.29 1.54 235.08 7.72 31.37 1.52 1570.75 98.77 804.40 2.55 3.40 1.73 6.79 0.60 157.99 7.63 3.56 1.50 49.21 128.84 1.29 26.21 24.97 1.54 . -1223 1994 9 7 0.74 10.89 31.92 . 1.36 8.56 6.12 . 5.04 5.31 1.54 235.81 7.72 31.37 1.52 1579.00 99.25 804.40 2.55 3.40 1.73 6.81 0.60 158.45 7.60 3.56 1.50 49.18 129.07 1.29 26.21 24.98 1.54 . -1224 1994 9 8 0.74 10.96 32.11 . 1.37 8.56 6.16 . 5.07 5.34 1.55 237.41 7.72 31.37 1.53 1582.25 99.48 804.70 2.55 3.40 1.74 6.84 0.60 158.77 7.65 3.56 1.49 49.26 129.59 1.30 26.20 25.00 1.54 . -1225 1994 9 9 0.74 10.83 31.71 . 1.36 8.56 6.08 . 5.00 5.27 1.53 234.46 7.72 31.37 1.52 1570.25 99.20 804.50 2.55 3.42 1.72 6.76 0.60 157.03 7.55 3.55 1.49 49.25 128.32 1.28 26.20 24.96 1.55 . -1226 1994 9 12 0.74 10.86 31.73 . 1.36 8.56 6.08 . 4.96 5.27 1.54 234.77 7.72 31.37 1.54 1565.75 99.00 804.00 2.55 3.41 1.72 6.76 0.60 157.03 7.48 3.55 1.49 49.25 128.04 1.28 26.21 24.97 1.56 . -1227 1994 9 13 0.74 10.89 31.87 . 1.35 8.55 6.11 . 4.99 5.29 1.54 235.83 7.72 31.37 1.53 1569.75 98.96 803.70 2.55 3.42 1.73 6.79 0.60 157.66 7.52 3.55 1.48 49.30 128.44 1.29 26.21 24.97 1.56 . -1228 1994 9 14 0.74 10.83 31.71 . 1.35 8.55 6.07 . 4.97 5.26 1.53 234.54 7.72 31.37 1.54 1564.50 99.05 803.20 2.55 3.42 1.72 6.76 0.60 157.08 7.53 3.55 1.48 49.23 127.99 1.27 26.20 24.96 1.56 . -1229 1994 9 15 0.74 10.89 31.87 . 1.35 8.55 6.10 . 4.99 5.28 1.54 235.98 7.72 31.37 1.54 1564.75 99.45 803.40 2.55 3.42 1.73 6.79 0.60 157.60 7.49 3.55 1.48 49.25 128.44 1.28 26.21 . 1.56 . -1230 1994 9 16 0.74 10.79 31.59 . 1.35 8.55 6.05 . 4.93 5.25 1.53 233.78 7.72 31.37 1.56 1551.25 98.72 803.20 2.55 3.40 1.72 6.73 0.60 156.36 7.41 3.55 1.48 49.50 127.53 1.27 26.22 24.96 1.58 . -1231 1994 9 19 0.74 10.92 31.96 . 1.35 8.55 6.11 . 4.95 5.30 1.55 236.50 7.72 31.37 1.54 1568.00 98.58 802.80 2.55 3.41 1.74 6.80 0.60 158.05 7.46 3.54 1.48 49.22 128.71 1.28 26.23 24.97 1.56 . -1232 1994 9 20 0.74 10.93 31.98 . 1.34 8.55 6.11 . 4.95 5.30 1.55 236.67 7.72 31.37 1.55 1562.00 97.79 802.80 2.55 3.41 1.74 6.81 0.60 157.88 7.47 3.54 1.47 49.27 128.69 1.28 26.23 24.94 1.57 . -1233 1994 9 21 0.74 10.89 31.86 . 1.34 8.55 6.08 . 4.93 5.28 1.54 235.84 7.72 31.37 1.55 1558.25 97.92 802.80 2.55 3.40 1.73 6.78 0.60 157.34 7.45 3.54 1.47 49.21 128.09 1.28 26.24 24.94 1.57 . -1234 1994 9 22 0.73 10.89 31.85 . 1.34 8.55 6.09 . 4.93 5.29 1.54 235.72 7.72 31.37 1.55 1568.75 98.05 802.80 2.55 3.41 1.73 6.78 0.59 157.72 7.45 3.53 1.47 49.31 128.21 1.28 26.19 24.94 1.57 . -1235 1994 9 23 0.73 10.86 31.79 . 1.34 8.55 6.07 . 4.92 5.27 1.54 235.39 7.72 31.37 1.56 1558.00 97.70 804.10 2.55 3.40 1.73 6.77 0.60 157.78 7.46 3.53 1.48 49.30 128.14 1.28 26.19 24.93 1.58 . -1236 1994 9 26 0.73 10.95 32.04 . 1.34 8.55 6.10 . 4.92 5.31 1.55 237.17 7.72 31.37 1.55 1564.50 98.65 805.70 2.56 3.37 1.74 6.81 0.60 158.54 7.48 3.54 1.48 49.26 128.82 1.28 26.16 24.97 1.57 . -1237 1994 9 27 0.73 10.89 31.87 . 1.34 8.55 6.08 . 4.90 5.28 1.54 236.10 7.72 31.37 1.55 1559.00 98.37 806.00 2.56 3.40 1.73 6.78 0.60 157.92 7.46 3.55 1.48 49.31 128.51 1.28 26.22 24.95 1.57 . -1238 1994 9 28 0.74 10.90 31.87 . 1.34 8.55 6.08 . 4.90 5.28 1.54 236.21 7.72 31.37 1.55 1558.75 98.77 803.80 2.56 3.41 1.74 6.78 0.60 157.94 7.47 3.55 1.48 49.24 128.48 1.28 26.22 24.97 1.57 . -1239 1994 9 29 0.74 10.89 31.84 . 1.34 8.55 6.07 . 4.88 5.28 1.54 236.03 7.72 31.36 1.56 1555.50 98.67 802.20 2.56 3.40 1.73 6.77 0.60 157.82 7.48 3.57 1.48 49.24 128.23 1.28 26.17 24.98 1.58 . -1240 1994 9 30 0.74 10.91 31.91 . 1.34 8.55 6.08 . 4.88 5.29 1.55 236.57 7.72 31.36 1.56 1558.75 99.05 802.00 2.56 3.40 1.73 6.78 0.60 158.15 7.49 3.56 1.48 49.24 128.54 1.28 26.20 24.99 1.57 . -1241 1994 10 3 0.74 10.94 31.99 . 1.34 8.55 6.08 . 4.84 5.30 1.55 237.16 7.72 31.37 1.56 1564.50 99.50 801.30 2.56 3.40 1.74 6.78 0.60 158.32 7.47 3.58 1.48 49.28 128.66 1.29 26.22 25.02 1.57 . -1242 1994 10 4 0.73 10.91 31.91 . 1.34 8.55 6.07 . 4.81 5.29 1.55 236.60 7.72 31.37 1.56 1563.75 99.65 801.30 2.56 3.41 1.73 6.75 0.60 157.92 7.39 3.57 1.48 49.30 128.48 1.28 26.19 25.02 1.57 . -1243 1994 10 5 0.73 10.85 31.76 . 1.34 8.55 6.04 . 4.80 5.27 1.54 235.30 7.72 31.37 1.57 1569.25 99.47 803.40 2.56 3.42 1.72 6.72 0.60 157.38 7.39 3.57 1.47 49.28 128.01 1.27 26.19 25.01 1.58 . -1244 1994 10 6 0.73 10.87 31.79 . 1.34 8.55 6.04 . 4.78 5.27 1.54 235.91 7.72 31.37 1.56 1566.25 99.65 803.60 2.56 3.42 1.72 6.72 0.60 157.59 7.36 3.57 1.47 49.33 128.10 1.28 26.18 25.02 1.58 . -1245 1994 10 7 0.73 10.87 31.81 . 1.34 8.55 6.04 . 4.76 5.28 1.54 236.04 7.72 31.37 1.57 1571.00 100.37 801.90 2.56 3.42 1.73 6.71 0.60 157.67 7.34 3.57 1.48 49.30 128.04 1.28 26.16 25.04 1.58 . -1246 1994 10 10 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1247 1994 10 11 0.73 10.89 31.87 . 1.34 8.55 6.06 . 4.79 5.29 1.54 236.45 7.72 31.37 1.56 1577.00 100.50 802.20 2.57 3.42 1.73 6.74 0.60 158.10 7.41 3.57 1.48 49.28 128.39 1.29 26.21 25.05 1.57 . -1248 1994 10 12 0.73 10.85 31.76 . 1.34 8.55 6.04 . 4.78 5.27 1.54 235.61 7.72 31.37 1.56 1567.75 99.95 803.40 2.57 3.42 1.72 6.72 0.60 157.69 7.42 3.58 1.48 49.23 128.09 1.28 26.22 25.04 1.58 . -1249 1994 10 13 0.73 10.84 31.72 . 1.34 8.54 6.03 . 4.78 5.28 1.54 235.70 7.72 31.37 1.56 1565.50 99.75 803.80 2.57 3.42 1.72 6.71 0.60 157.67 7.39 3.58 1.48 49.27 128.06 1.28 26.19 25.04 1.58 . -1250 1994 10 14 0.73 10.69 31.29 . 1.35 8.54 5.96 . 4.71 5.20 1.52 232.97 7.72 31.37 1.57 1551.00 98.43 802.30 2.56 3.42 1.70 6.62 0.60 155.65 7.33 3.57 1.47 49.23 126.42 1.26 26.17 24.98 1.59 . -1251 1994 10 17 0.73 10.56 30.90 . 1.35 8.54 5.88 . 4.63 5.15 1.50 230.16 7.72 31.37 1.59 1536.00 97.68 801.90 2.55 3.42 1.68 6.53 0.61 153.67 7.22 3.54 1.47 49.03 124.86 1.24 26.12 24.95 1.61 . -1252 1994 10 18 0.73 10.56 30.92 . 1.35 8.54 5.88 . 4.64 5.15 1.50 230.37 7.72 31.37 1.59 1533.75 97.79 803.20 2.55 3.43 1.68 6.54 0.61 153.65 7.21 3.53 1.47 49.10 124.83 1.24 26.13 24.93 1.61 . -1253 1994 10 19 0.73 10.57 30.94 . 1.35 8.54 5.88 . 4.63 5.15 1.50 230.77 7.72 31.37 1.59 1533.00 97.30 802.90 2.54 3.42 1.68 6.54 0.61 153.94 7.21 3.52 1.46 49.10 125.23 1.24 26.11 24.93 1.61 . -1254 1994 10 20 0.73 10.56 30.92 . 1.35 8.54 5.87 . 4.62 5.14 1.50 230.81 7.72 31.37 1.59 1533.75 97.20 801.90 2.54 3.42 1.68 6.53 0.61 153.73 7.16 3.53 1.47 48.98 125.12 1.24 26.10 24.93 1.62 . -1255 1994 10 21 0.73 10.55 30.88 . 1.35 8.54 5.86 . 4.60 5.13 1.49 230.54 7.72 31.37 1.60 1534.00 97.37 802.10 2.55 3.42 1.68 6.52 0.61 153.38 7.13 3.50 1.47 48.89 125.00 1.24 26.03 24.90 1.62 . -1256 1994 10 24 0.73 10.53 30.84 . 1.35 8.54 5.85 . 4.57 5.13 1.49 230.39 7.72 31.37 1.60 1531.50 97.20 801.50 2.55 3.42 1.67 6.51 0.61 153.04 7.11 3.50 1.47 48.93 124.85 1.24 26.06 25.59 1.62 . -1257 1994 10 25 0.73 10.50 30.73 . 1.34 8.54 5.82 . 4.54 5.11 1.49 229.90 7.72 31.37 1.61 1526.25 96.95 800.60 2.54 3.43 1.67 6.49 0.61 152.23 7.06 3.49 1.47 48.93 124.55 1.24 26.07 24.92 1.63 . -1258 1994 10 26 0.74 10.52 30.79 . 1.34 8.54 5.84 . 4.55 5.11 1.49 230.71 7.72 31.37 1.61 1528.50 97.05 801.10 2.55 3.43 1.67 6.50 0.61 152.66 7.07 3.50 1.47 48.90 124.56 1.25 26.09 24.91 1.63 . -1259 1994 10 27 0.74 10.54 30.82 . 1.34 8.54 5.85 . 4.56 5.12 1.49 230.97 7.72 31.38 1.61 1529.00 96.95 800.70 2.55 3.43 1.67 6.51 0.61 152.89 7.10 3.50 1.47 48.90 124.54 1.25 26.08 24.89 1.63 . -1260 1994 10 28 0.74 10.62 31.08 . 1.35 8.54 5.90 . 4.62 5.16 1.50 232.87 7.72 31.37 1.60 1544.75 97.40 800.40 2.55 3.43 1.69 6.56 0.61 154.34 7.20 3.50 1.47 48.93 125.71 1.26 26.06 24.93 1.62 . -1261 1994 10 31 0.74 10.59 30.95 . 1.35 8.54 5.88 . 4.62 5.15 1.50 231.89 7.72 31.38 1.60 1539.25 96.90 800.00 2.55 3.44 1.68 6.54 0.61 153.76 7.19 3.50 1.46 49.05 125.23 1.25 26.05 24.91 1.63 . -1262 1994 11 1 0.74 10.53 30.80 . 1.35 8.54 5.85 . 4.61 5.12 1.49 230.83 7.72 31.39 1.61 1538.00 96.77 800.20 2.55 3.44 1.67 6.52 0.61 152.99 7.20 3.49 1.46 49.00 124.72 1.24 26.02 24.91 1.63 . -1263 1994 11 2 0.74 10.56 30.95 . 1.35 8.54 5.88 . 4.63 5.15 1.50 232.00 7.72 31.43 1.61 1548.50 97.00 800.30 2.55 3.44 1.68 6.56 0.61 153.78 7.21 3.50 1.46 48.97 125.38 1.25 26.03 24.92 1.63 . -1264 1994 11 3 0.74 10.72 31.35 . 1.35 8.54 5.97 . 4.69 5.22 1.52 235.09 7.72 31.40 1.58 1563.75 98.20 800.50 2.56 3.44 1.70 6.65 0.61 155.75 7.39 3.51 1.47 48.98 126.89 1.27 26.04 24.96 1.61 . -1265 1994 11 4 0.74 10.71 31.32 . 1.35 8.54 5.96 . 4.69 5.21 1.52 234.69 7.73 31.41 1.58 1560.50 97.65 800.40 2.56 3.43 1.70 6.63 0.61 155.47 7.35 3.52 1.47 49.00 126.75 1.27 26.05 24.95 1.61 . -1266 1994 11 7 0.75 10.65 31.17 . 1.35 8.54 5.93 . 4.69 5.19 1.51 233.50 7.72 31.43 1.59 1555.45 97.24 800.30 2.56 3.43 1.69 6.61 0.62 154.31 7.33 3.50 1.46 48.95 126.11 1.26 26.06 24.92 1.61 . -1267 1994 11 8 0.75 10.60 31.04 . 1.35 8.54 5.90 . 4.65 5.17 1.50 232.45 7.72 31.42 1.59 1549.75 96.93 800.10 2.55 3.43 1.68 6.58 0.62 155.19 7.27 3.49 1.46 49.00 125.64 1.25 26.07 24.93 1.62 . -1268 1994 11 9 0.75 10.76 31.48 . 1.35 8.54 5.98 . 4.70 5.25 1.52 235.80 7.72 31.42 1.57 1572.00 97.78 800.90 2.55 3.43 1.71 6.67 0.62 156.35 7.35 3.51 1.46 48.91 127.49 1.28 26.07 24.96 1.60 . -1269 1994 11 10 0.75 10.79 31.57 . 1.35 8.53 5.99 . 4.68 5.27 1.53 236.50 7.72 31.43 1.56 1572.00 97.92 800.10 2.56 3.44 1.71 6.71 0.62 156.41 7.31 3.52 1.47 48.95 127.51 1.28 26.11 24.98 1.59 . -1270 1994 11 11 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1271 1994 11 14 0.75 10.84 31.72 . 1.35 8.53 6.01 . 4.67 5.30 1.54 237.46 7.72 31.38 1.56 1584.00 98.07 800.20 2.56 3.45 1.73 6.73 0.62 157.30 7.25 3.52 1.47 49.10 128.35 1.29 26.20 25.01 1.58 . -1272 1994 11 15 0.75 10.88 31.81 . 1.36 8.53 6.04 . 4.71 5.31 1.54 238.03 7.72 31.37 1.55 1585.00 98.28 800.10 2.56 3.45 1.73 6.76 0.62 157.66 7.34 3.52 1.47 49.15 128.54 1.29 26.21 25.01 1.58 . -1273 1994 11 16 0.75 10.92 31.94 . 1.36 8.53 6.06 . 4.75 5.32 1.55 238.97 7.72 31.37 1.54 1589.50 98.37 799.70 2.56 3.45 1.73 6.79 0.61 158.15 7.34 3.52 1.47 49.15 129.19 1.30 26.29 25.02 1.57 . -1274 1994 11 17 0.75 10.88 31.82 . 1.36 8.53 6.04 . 4.75 5.31 1.54 238.28 7.73 31.37 1.55 1586.75 98.10 799.40 2.56 3.45 1.73 6.77 0.62 157.88 7.32 3.53 1.47 49.20 128.85 1.29 26.23 25.01 1.57 . -1275 1994 11 18 0.75 10.94 32.02 . 1.36 8.53 6.08 . 4.77 5.34 1.55 239.77 7.73 31.37 1.54 1594.00 98.50 799.30 2.56 3.45 1.74 6.81 0.62 158.71 7.33 3.53 1.47 49.15 129.52 1.31 26.31 25.02 1.56 . -1276 1994 11 21 0.76 10.97 32.10 . 1.36 8.53 6.09 . 4.78 5.35 1.55 240.15 7.73 31.37 1.54 1599.50 98.41 799.10 2.56 3.45 1.74 6.82 0.62 159.04 7.36 3.54 1.46 49.20 129.93 1.32 26.39 25.02 1.56 . -1277 1994 11 22 0.76 10.94 32.01 . 1.37 8.53 6.09 . 4.75 5.34 1.55 239.63 7.73 31.36 1.54 1607.50 98.19 798.80 2.55 3.45 1.74 6.81 0.62 158.51 7.37 3.53 1.46 49.10 129.66 1.31 26.37 25.00 1.56 . -1278 1994 11 23 0.76 10.92 31.94 . 1.37 8.53 6.08 . 4.75 5.33 1.55 239.20 7.73 31.37 1.55 1604.00 98.27 798.50 2.55 3.45 1.73 6.79 0.62 158.26 7.37 3.53 1.46 49.24 129.51 1.31 26.28 25.01 1.57 . -1279 1994 11 24 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1280 1994 11 25 0.75 10.97 32.11 . 1.37 8.53 6.10 . 4.83 5.35 1.55 240.64 7.73 31.37 1.53 1618.25 98.75 798.30 2.55 3.45 1.74 6.83 0.62 159.28 7.47 3.53 1.46 49.60 130.19 1.32 26.22 25.04 1.56 . -1281 1994 11 28 0.76 11.01 32.22 . 1.37 8.53 6.12 . 4.85 5.37 1.56 241.23 7.73 31.37 1.53 1614.75 98.59 798.00 2.55 3.45 1.75 6.82 0.62 159.91 7.53 3.54 1.46 49.50 130.70 1.32 26.29 25.04 1.56 . -1282 1994 11 29 0.76 11.02 32.24 . 1.37 8.52 6.13 . 4.85 5.37 1.56 241.54 7.73 31.39 1.53 1615.50 98.95 797.50 2.55 3.44 1.75 6.82 0.62 160.15 7.54 3.54 1.46 49.60 130.83 1.32 26.25 25.04 1.56 . -1283 1994 11 30 0.76 11.04 32.27 . 1.37 8.52 6.14 . 4.87 5.37 1.56 241.83 7.73 31.40 1.53 1617.50 98.91 797.40 2.55 3.44 1.75 6.82 0.62 160.23 7.53 3.55 1.46 49.50 130.94 1.32 26.27 25.04 1.56 . -1284 1994 12 1 0.76 11.08 32.38 . 1.37 8.52 6.15 . 4.89 5.39 1.57 242.81 7.73 31.42 1.53 1617.75 99.40 797.60 2.55 3.44 1.76 6.84 0.62 160.83 7.54 3.56 1.46 49.40 131.50 1.33 26.30 25.06 1.56 . -1285 1994 12 2 0.76 11.09 32.44 . 1.37 8.52 6.16 . 4.90 5.41 1.57 243.18 7.73 31.39 1.53 1617.25 100.39 797.10 2.55 3.44 1.76 6.86 0.63 161.96 7.51 3.56 1.47 49.30 131.70 1.33 26.35 25.09 1.56 . -1286 1994 12 5 0.77 11.06 32.35 . 1.37 8.52 6.15 . 4.88 5.39 1.57 242.51 7.73 31.39 1.53 1618.50 100.32 795.30 2.56 3.44 1.76 6.84 0.63 160.74 7.49 3.56 1.46 49.28 131.85 1.32 26.32 25.09 1.55 . -1287 1994 12 6 0.76 11.08 32.40 . 1.37 8.52 6.16 . 4.90 5.40 1.57 242.88 7.73 31.38 1.53 1627.75 100.35 794.90 2.56 3.45 1.76 6.86 0.63 161.04 7.54 3.56 1.46 49.63 132.16 1.33 26.32 25.10 1.56 . -1288 1994 12 7 0.76 11.06 32.34 . 1.37 8.52 6.15 . 4.88 5.40 1.57 242.50 7.73 31.37 1.52 1623.00 100.13 794.40 2.56 3.45 1.76 6.85 0.63 160.72 7.50 3.55 1.46 49.60 131.69 1.32 26.30 25.09 1.56 . -1289 1994 12 8 0.76 11.10 32.45 . 1.38 8.52 6.17 . 4.88 5.41 1.57 243.43 7.73 31.37 1.53 1628.75 100.41 794.20 2.56 3.45 1.76 6.87 0.63 161.30 7.52 3.56 1.46 49.33 132.23 1.33 26.33 25.10 1.56 . -1290 1994 12 9 0.77 11.11 32.47 . 1.38 8.51 6.17 . 4.89 5.41 1.57 243.68 7.73 31.37 1.53 1633.00 100.22 794.40 2.56 3.45 1.76 6.87 0.63 161.43 7.52 3.56 1.46 49.51 132.21 1.33 26.37 25.10 1.56 . -1291 1994 12 12 0.77 11.07 32.36 . 1.38 8.51 6.16 . 4.89 5.41 1.57 243.17 7.73 31.37 1.53 1636.25 100.04 794.70 2.56 3.45 1.76 6.86 0.63 160.99 7.54 3.56 1.46 49.62 131.79 1.33 26.42 25.10 1.56 . -1292 1994 12 13 0.77 11.06 32.33 . 1.38 8.51 6.16 . 4.89 5.41 1.57 242.94 7.74 31.37 1.53 1638.50 100.32 795.80 2.56 3.46 1.75 6.86 0.63 161.08 7.54 3.56 1.46 49.50 132.18 1.33 26.40 25.10 1.56 . -1293 1994 12 14 0.77 11.06 32.34 . 1.38 8.51 6.16 . 4.90 5.41 1.57 242.94 7.74 31.37 1.53 1637.00 100.30 795.80 2.56 3.45 1.75 6.86 0.63 161.23 7.57 3.56 1.46 49.53 132.19 1.33 26.42 25.13 1.56 . -1294 1994 12 15 0.77 11.05 32.32 . 1.38 8.50 6.15 . 4.88 5.41 1.57 242.93 7.73 31.37 1.53 1634.75 100.26 796.00 2.56 3.46 1.75 6.85 0.64 161.26 7.53 3.57 1.46 49.49 132.06 1.32 26.36 25.12 1.56 . -1295 1994 12 16 0.77 11.07 32.35 . 1.38 8.50 6.16 . 4.88 5.42 1.57 243.02 7.73 31.37 1.53 1638.50 100.28 796.30 2.56 3.46 1.76 6.86 0.63 161.47 7.54 3.57 1.46 49.50 132.10 1.33 26.41 25.11 1.56 . -1296 1994 12 19 0.77 11.07 32.39 . 1.39 8.50 6.17 . 4.89 5.42 1.57 243.25 7.73 31.40 1.53 1648.75 100.15 790.60 2.56 3.47 1.76 6.86 0.64 161.68 7.55 3.55 1.46 49.55 132.26 1.33 26.45 25.13 1.56 . -1297 1994 12 20 0.77 11.06 32.34 . 1.39 8.49 6.17 . 4.88 5.42 1.57 243.17 7.73 31.41 1.54 1649.00 100.32 796.20 2.55 3.95 1.76 6.86 0.63 161.47 7.52 3.55 1.46 49.55 132.42 1.32 26.43 25.11 1.56 . -1298 1994 12 21 0.77 11.05 32.29 . 1.39 8.49 6.16 . 4.85 5.42 1.57 242.90 7.73 31.40 1.53 1641.75 100.23 795.20 2.56 4.00 1.75 6.85 0.63 161.44 7.49 3.55 1.46 49.55 133.00 1.32 26.40 25.12 1.55 . -1299 1994 12 22 0.77 11.10 32.46 . 1.39 8.48 6.19 . 4.83 5.45 1.57 244.31 7.73 31.40 1.52 1642.00 100.45 794.60 2.56 4.85 1.76 6.88 0.64 162.37 7.49 3.56 1.46 49.63 133.36 1.33 26.42 25.12 1.54 . -1300 1994 12 23 0.77 11.11 32.48 . 1.39 8.48 6.19 . 4.79 5.45 1.58 244.62 7.73 31.39 1.52 1642.00 100.22 794.30 2.56 4.70 1.76 6.89 0.64 162.47 7.50 3.56 1.46 49.62 133.41 1.33 26.42 25.14 1.54 . -1301 1994 12 26 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1302 1994 12 27 0.77 11.09 32.40 . 1.40 8.47 6.18 . 4.78 5.44 1.57 243.98 7.73 31.41 1.52 1642.50 100.46 794.20 2.56 5.75 1.76 6.88 0.64 161.98 7.49 3.56 1.46 49.62 133.37 1.33 26.45 25.13 1.54 . -1303 1994 12 28 0.77 11.06 32.31 . 1.40 8.47 6.16 . 4.78 5.43 1.57 243.19 7.73 31.41 1.52 1642.25 100.33 793.60 2.56 5.35 1.76 6.86 0.64 161.49 7.49 3.56 1.46 49.67 133.11 1.32 26.45 25.13 1.54 . -1304 1994 12 29 0.77 10.90 31.86 . 1.40 8.46 6.08 . 4.75 5.35 1.54 240.24 7.73 31.39 1.54 1626.75 99.65 793.20 2.56 5.00 1.73 6.77 0.64 159.34 7.45 3.54 1.46 49.66 132.12 1.30 26.39 25.09 1.56 . -1305 1994 12 30 0.77 10.90 31.85 . 1.40 8.46 6.08 . 4.74 5.34 1.54 240.47 7.73 31.37 1.54 1622.00 99.60 792.70 2.55 5.00 1.73 6.76 0.64 159.10 7.42 3.54 1.45 49.62 131.73 1.31 26.29 25.10 1.56 . -1306 1995 1 2 . . . 0.84 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.00 -1307 1995 1 3 0.77 10.93 31.97 0.84 1.40 8.46 6.10 . 4.76 5.35 1.55 241.20 7.73 31.37 1.54 1622.25 100.52 791.80 2.54 5.50 1.74 6.78 0.63 159.70 7.45 3.55 1.45 49.75 131.90 1.31 26.23 25.11 1.56 170.00 -1308 1995 1 4 0.76 10.98 32.11 0.84 1.40 8.46 6.13 . 4.77 5.37 1.56 242.47 7.74 31.37 1.54 1626.75 101.40 791.60 2.55 5.55 1.74 6.81 0.63 160.31 7.46 3.55 1.45 49.85 132.78 1.31 26.24 25.14 1.56 170.00 -1309 1995 1 5 0.76 10.92 31.96 0.84 1.40 8.46 6.09 . 4.77 5.35 1.55 241.20 7.74 31.36 1.54 1621.75 100.97 792.40 2.55 5.45 1.74 6.77 0.63 159.54 7.46 3.55 1.45 49.78 132.82 1.30 26.35 25.14 1.56 170.00 -1310 1995 1 6 0.76 10.97 32.14 0.84 1.40 8.46 6.13 . 4.81 5.38 1.56 242.38 7.76 31.37 1.53 1632.00 101.37 792.70 2.55 5.50 1.74 6.81 0.63 160.40 7.54 3.55 1.45 49.73 133.93 1.31 26.28 25.14 1.55 170.00 -1311 1995 1 9 0.76 10.87 31.84 0.84 1.40 8.46 6.07 . 4.78 5.33 1.54 240.08 7.75 31.37 1.54 1622.50 100.33 793.40 2.55 5.40 1.73 6.75 0.63 159.08 7.48 3.54 1.45 49.90 133.36 1.29 26.37 25.13 1.55 . -1312 1995 1 10 0.76 10.83 31.72 0.84 1.41 8.46 6.06 . 4.81 5.31 1.53 239.46 7.76 31.37 1.54 1626.25 100.40 794.10 2.55 5.80 1.72 6.74 0.64 158.62 7.55 3.54 1.45 49.85 133.76 1.28 26.32 25.13 1.55 170.00 -1313 1995 1 11 0.77 10.80 31.64 0.85 1.41 8.46 6.05 . 4.75 5.30 1.53 238.92 7.76 31.36 1.54 1625.00 99.90 794.30 2.55 5.75 1.72 6.73 0.64 158.44 7.49 3.52 1.45 49.90 133.65 1.28 26.33 25.12 1.55 170.00 -1314 1995 1 12 0.76 10.74 31.47 0.84 1.41 8.46 6.02 . 4.73 5.28 1.52 237.67 7.75 31.37 1.55 1623.75 98.80 793.30 2.56 5.65 1.71 6.69 0.64 157.56 7.47 3.52 1.46 49.90 133.44 1.28 26.30 25.70 1.57 170.00 -1315 1995 1 13 0.75 10.80 31.66 0.84 1.41 8.46 6.05 . 4.76 5.30 1.53 239.07 7.75 31.36 1.54 1620.25 98.77 793.10 2.56 5.35 1.72 6.72 0.63 158.60 7.52 3.52 1.45 49.90 133.73 1.29 26.32 25.25 1.56 170.00 -1316 1995 1 16 . . . 0.84 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.00 -1317 1995 1 17 0.75 10.77 31.58 0.84 1.42 8.46 6.03 . 4.74 5.29 1.53 238.38 7.74 31.37 1.54 1616.50 99.00 795.80 2.55 5.27 1.71 6.69 0.63 158.12 7.47 3.54 1.44 49.85 133.03 1.28 26.32 25.05 1.56 170.00 -1318 1995 1 18 0.76 10.76 31.54 0.84 1.42 8.46 6.03 . 4.74 5.28 1.52 238.06 7.73 31.37 1.55 1614.75 99.55 795.10 2.55 5.29 1.71 6.69 0.63 157.95 7.45 3.53 1.45 49.90 133.14 1.28 26.30 25.07 1.57 170.00 -1319 1995 1 19 0.76 10.74 31.39 0.84 1.42 8.46 6.00 . 4.72 5.26 1.52 237.17 7.74 31.37 1.56 1608.75 99.43 795.60 2.55 5.68 1.70 6.66 0.64 157.16 7.48 3.54 1.45 49.75 132.53 1.28 26.30 25.06 1.57 170.00 -1320 1995 1 20 0.76 10.64 31.21 0.84 1.42 8.46 5.96 . 4.69 5.23 1.51 235.92 7.73 31.37 1.56 1594.50 99.40 795.50 2.55 5.70 1.69 6.62 0.64 156.23 7.43 3.53 1.44 49.65 131.59 1.27 26.29 25.08 1.58 170.00 -1321 1995 1 23 0.76 10.63 31.19 0.85 1.41 8.45 5.96 . 4.70 5.23 1.51 235.64 7.73 31.37 1.57 1588.00 99.75 795.60 2.55 5.76 1.69 6.61 0.64 156.31 7.45 3.53 1.45 49.95 131.99 1.26 26.31 25.07 1.59 170.00 -1322 1995 1 24 0.77 10.64 31.20 0.85 1.41 8.45 5.96 . 4.70 5.23 1.51 235.72 7.73 31.37 1.57 1586.25 99.64 795.40 2.56 5.80 1.69 6.61 0.64 156.37 7.44 3.53 1.45 49.95 131.96 1.27 26.28 25.07 1.59 170.00 -1323 1995 1 25 0.76 10.66 31.26 0.85 1.41 8.45 5.97 . 4.73 5.24 1.51 236.19 7.73 31.39 1.57 1597.25 99.60 793.20 2.56 5.70 1.69 6.63 0.64 156.68 7.49 3.53 1.45 49.95 132.01 1.27 26.27 25.09 1.59 170.00 -1324 1995 1 26 0.76 10.64 31.23 0.84 1.41 8.45 5.97 . 4.74 5.24 1.51 235.87 7.73 31.37 1.57 1598.00 99.31 790.50 2.55 5.66 1.69 6.62 0.64 156.47 7.46 3.53 1.45 49.95 131.58 1.27 26.27 25.09 1.59 170.00 -1325 1995 1 27 0.76 10.66 31.27 0.84 1.41 8.45 5.98 . 4.74 5.25 1.51 236.34 7.73 31.38 1.56 1603.00 99.35 788.40 2.55 5.68 1.69 6.64 0.64 156.60 7.46 3.54 1.45 49.95 131.75 1.27 26.29 25.06 1.58 170.00 -1326 1995 1 30 0.75 10.58 31.04 0.84 1.41 8.45 5.94 . 4.71 5.21 1.50 234.67 7.73 31.38 1.57 1593.75 98.40 789.90 2.55 6.50 1.68 6.59 0.63 155.52 7.41 3.53 1.45 49.97 131.01 1.26 26.31 25.05 1.59 170.00 -1327 1995 1 31 0.75 10.71 31.41 0.84 1.40 8.45 6.01 . 4.77 5.28 1.52 237.72 7.73 31.37 1.56 1609.25 99.43 789.80 2.55 5.82 1.70 6.68 0.63 157.47 7.50 3.54 1.45 49.97 132.48 1.28 26.31 25.10 1.58 170.00 -1328 1995 2 1 0.75 10.72 31.38 0.84 1.41 8.45 6.00 . 4.73 5.27 1.52 237.67 7.73 31.37 1.56 1610.50 99.40 789.80 2.55 5.51 1.70 6.67 0.63 157.50 7.46 3.54 1.45 49.91 132.27 1.28 26.31 25.07 1.58 170.00 -1329 1995 2 2 0.75 10.68 31.27 0.83 1.40 8.45 5.99 . 4.71 5.26 1.51 237.09 7.73 31.37 1.56 1606.00 99.50 789.80 2.55 5.47 1.70 6.65 0.64 157.00 7.44 3.54 1.45 49.97 131.86 1.28 26.29 25.06 1.58 170.00 -1330 1995 2 3 0.75 10.73 31.41 0.83 1.40 8.45 6.01 . 4.73 5.29 1.52 238.23 7.73 31.38 1.54 1612.50 99.75 792.00 2.55 5.36 1.71 6.68 0.63 157.68 7.47 3.54 1.45 49.85 132.61 1.29 26.30 25.09 1.56 170.00 -1331 1995 2 6 0.75 10.77 31.50 0.83 1.39 8.45 6.02 . 4.74 5.29 1.53 239.21 7.73 31.37 1.54 1613.00 99.30 794.70 2.55 5.38 1.71 6.69 0.63 158.15 7.44 3.54 1.46 49.96 132.72 1.29 26.29 25.07 1.56 170.00 -1332 1995 2 7 0.74 10.81 31.62 0.83 1.39 8.45 6.04 . 4.75 5.31 1.53 240.18 7.73 31.37 1.54 1618.25 99.42 795.20 2.55 5.35 1.72 6.71 0.63 158.42 7.47 3.55 1.46 50.00 132.48 1.30 26.29 25.08 1.55 170.00 -1333 1995 2 8 0.74 10.78 31.54 0.83 1.39 8.45 6.03 . 4.74 5.30 1.53 239.48 7.73 31.36 1.54 1616.25 98.98 793.00 2.55 5.37 1.71 6.70 0.63 158.00 7.47 3.55 1.45 50.02 132.04 1.29 26.31 25.08 1.55 170.00 -1334 1995 2 9 0.74 10.75 31.46 0.83 1.39 8.45 6.01 . 4.73 5.28 1.52 239.02 7.73 31.37 1.55 1618.00 98.85 793.40 2.54 5.55 1.71 6.68 0.63 157.38 7.46 3.55 1.45 50.02 131.48 1.29 26.29 25.07 1.55 170.00 -1335 1995 2 10 0.74 10.71 31.34 0.83 1.40 8.45 5.99 . 4.69 5.26 1.52 238.48 7.73 31.37 1.55 1612.50 98.86 793.90 2.54 5.65 1.70 6.66 0.63 156.96 7.41 3.55 1.45 49.87 131.04 1.28 26.33 25.06 1.56 170.00 -1336 1995 2 13 0.74 10.70 31.32 0.83 1.40 8.45 5.99 . 4.68 5.26 1.52 238.36 7.73 31.37 1.55 1614.25 98.66 796.60 2.54 5.60 1.70 6.66 0.63 156.96 7.42 3.54 1.45 49.93 131.23 1.28 26.37 25.04 1.56 170.00 -1337 1995 2 14 0.74 10.65 31.17 0.83 1.39 8.45 5.96 . 4.67 5.24 1.51 237.54 7.73 31.37 1.55 1609.00 98.65 796.30 2.55 5.77 1.69 6.63 0.63 156.29 7.39 3.54 1.45 49.98 130.03 1.27 26.38 25.04 1.55 170.00 -1338 1995 2 15 0.74 10.63 31.13 0.83 1.40 8.45 5.95 . 4.66 5.24 1.51 237.30 7.73 31.37 1.55 1609.25 98.52 794.10 2.55 6.03 1.69 6.61 0.63 156.23 7.38 3.54 1.45 49.94 129.89 1.27 26.38 25.03 1.56 170.00 -1339 1995 2 16 0.74 10.49 30.72 0.84 1.41 8.45 5.88 . 4.64 5.19 1.49 234.54 7.73 31.36 1.56 1606.00 97.55 794.40 2.55 6.09 1.67 6.54 0.63 154.27 7.36 3.54 1.45 49.31 129.09 1.25 26.37 25.01 1.57 170.00 -1340 1995 2 17 0.73 10.47 30.67 0.85 1.40 8.45 5.88 . 4.63 5.17 1.48 234.30 7.73 31.37 1.56 1611.00 97.48 797.50 2.55 5.82 1.66 6.54 0.63 154.12 7.35 3.54 1.45 49.97 129.71 1.25 26.38 24.99 1.57 170.00 -1341 1995 2 20 . . . 0.84 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.00 -1342 1995 2 21 0.74 10.39 30.50 0.84 1.39 8.45 5.83 . 4.57 5.15 1.47 233.14 7.73 31.38 1.57 1614.25 97.30 795.90 2.55 5.44 1.65 6.50 0.63 153.11 7.31 3.56 1.45 49.95 129.29 1.24 26.36 24.97 1.58 170.00 -1343 1995 2 22 0.73 10.35 30.32 0.84 1.39 8.45 5.82 . 4.56 5.14 1.47 232.79 7.73 31.37 1.58 1621.00 97.03 791.80 2.55 5.93 1.64 6.47 0.63 152.66 7.30 3.59 1.45 49.92 129.33 1.24 26.36 24.93 1.58 170.17 -1344 1995 2 23 0.73 10.34 30.27 0.84 1.39 8.45 5.81 . 4.54 5.14 1.46 232.48 7.73 31.38 1.58 1621.75 96.80 791.80 2.55 5.69 1.64 6.47 0.63 152.51 7.27 3.60 1.45 49.90 129.25 1.25 26.36 24.93 1.59 170.17 -1345 1995 2 24 0.73 10.32 30.25 0.85 1.39 8.45 5.81 . 4.55 5.16 1.46 232.66 7.73 31.40 1.58 1635.75 97.10 791.20 2.55 5.84 1.64 6.47 0.63 152.25 7.26 3.61 1.45 49.85 129.16 1.24 26.37 24.95 1.58 170.17 -1346 1995 2 27 0.73 10.25 30.04 0.85 1.39 8.45 5.79 . 4.54 5.13 1.45 232.42 7.73 31.39 1.58 1674.25 96.75 790.20 2.55 6.06 1.63 6.46 0.63 151.25 7.36 3.60 1.45 49.83 128.67 1.23 26.34 24.95 1.58 170.17 -1347 1995 2 28 0.73 10.25 29.34 0.85 1.39 8.45 5.79 . 4.50 5.12 1.45 232.27 7.73 31.42 1.57 1667.50 96.60 789.10 2.55 5.97 1.63 6.45 0.63 151.15 7.33 3.59 1.44 49.83 127.72 1.23 26.36 24.95 1.58 170.17 -1348 1995 3 1 0.73 10.31 30.18 0.85 1.39 8.45 5.82 . 4.50 5.14 1.46 233.34 7.73 31.41 1.57 1645.25 96.75 789.10 2.55 5.96 1.64 6.47 0.63 151.79 7.31 3.59 1.44 49.82 127.90 1.24 26.38 24.95 1.58 170.17 -1349 1995 3 2 0.73 10.26 30.06 0.85 1.40 8.45 5.79 . 4.48 5.12 1.45 232.49 7.73 31.48 1.58 1658.00 95.81 791.00 2.55 5.97 1.63 6.45 0.63 151.44 7.34 3.59 1.44 49.87 128.81 1.23 26.37 24.92 1.59 170.17 -1350 1995 3 3 0.73 10.10 29.59 0.85 1.40 8.45 5.70 . 4.42 5.05 1.43 229.72 7.73 31.36 1.61 1668.25 94.40 792.60 2.55 6.06 1.60 6.35 0.63 149.18 7.29 3.56 1.44 49.72 126.91 1.21 26.34 24.86 1.62 170.17 -1351 1995 3 6 0.73 9.84 28.88 0.86 1.41 8.44 5.65 . 4.34 4.95 1.39 222.42 7.73 31.83 1.62 1654.00 92.60 793.90 2.54 6.60 1.56 6.23 0.64 147.52 7.24 3.55 1.43 49.75 127.88 1.16 26.25 24.83 1.63 170.17 -1352 1995 3 7 0.73 9.67 28.55 0.88 1.42 8.44 5.58 . 4.32 4.92 1.37 223.22 7.73 31.90 1.63 1630.75 90.85 790.80 2.54 6.90 1.54 6.17 0.64 145.48 7.17 3.57 1.42 49.75 127.29 1.14 26.23 24.79 1.64 170.17 -1353 1995 3 8 0.73 9.80 28.84 0.88 1.40 8.44 5.60 . 4.36 4.96 1.39 226.66 7.73 31.81 1.61 1652.00 91.27 788.80 2.55 6.82 1.56 6.21 0.64 146.50 7.16 3.58 1.42 49.75 128.26 1.16 26.00 24.77 1.61 170.17 -1354 1995 3 9 0.74 9.81 28.85 0.88 1.41 8.44 5.61 . 4.35 4.95 1.39 227.01 7.73 31.68 1.61 1651.75 90.57 788.20 2.54 7.60 1.56 6.21 0.64 146.43 7.13 3.60 1.41 49.70 128.26 1.16 26.09 24.75 1.61 170.17 -1355 1995 3 10 0.74 9.94 29.27 0.88 1.40 8.44 5.68 . 4.42 5.02 1.41 229.29 7.73 31.78 1.57 1668.25 91.23 787.00 2.55 6.35 1.58 6.31 0.64 148.76 7.23 3.70 1.42 49.77 129.99 1.17 26.11 24.79 1.58 170.00 -1356 1995 3 13 0.74 9.90 29.15 0.88 1.41 8.44 5.66 . 4.42 5.02 1.40 229.01 7.73 31.80 1.58 1688.25 90.50 786.40 2.55 6.47 1.57 6.28 0.65 148.75 7.27 3.61 1.41 49.68 129.85 1.17 26.12 24.75 1.59 170.17 -1357 1995 3 14 0.74 9.94 29.18 0.88 1.41 8.44 5.66 . 4.40 5.01 1.41 229.61 7.73 31.83 1.57 1678.00 90.97 783.00 2.55 6.57 1.58 6.28 0.65 149.02 7.20 3.63 1.41 49.80 128.82 1.17 26.11 24.78 1.58 170.17 -1358 1995 3 15 0.74 9.75 28.63 0.88 1.41 8.44 5.58 . 4.34 4.93 1.38 225.15 7.73 31.38 1.59 1683.75 89.40 783.80 2.54 6.90 1.55 6.21 0.65 146.63 7.19 3.57 1.41 49.77 127.66 1.14 26.10 24.73 1.60 170.17 -1359 1995 3 16 0.74 9.83 28.86 0.89 1.41 8.44 5.62 . 4.37 4.97 1.39 227.50 7.73 31.45 1.58 1698.00 90.30 782.30 2.54 7.25 1.56 6.26 0.64 147.73 7.21 3.57 1.41 49.95 128.74 1.16 26.06 24.74 1.58 170.17 -1360 1995 3 17 0.73 9.74 28.63 0.89 1.41 8.44 5.59 . 4.35 4.95 1.38 227.15 7.73 31.40 1.58 1735.75 89.19 781.80 2.55 7.21 1.55 6.22 0.64 146.86 7.23 3.60 1.41 49.64 128.44 1.15 26.02 24.72 1.58 170.00 -1361 1995 3 20 0.72 9.86 28.94 0.91 1.40 8.44 5.62 . 4.40 4.99 1.40 229.96 7.73 31.50 1.58 1728.25 89.42 778.80 2.55 7.00 1.57 6.26 0.64 148.15 7.28 3.62 1.41 49.33 128.98 1.16 25.97 24.73 1.58 170.00 -1362 1995 3 21 0.72 9.97 29.25 0.89 1.40 8.44 5.66 . 4.41 5.00 1.41 232.31 7.73 31.50 1.58 1700.25 89.38 777.50 2.55 7.10 1.58 6.31 0.64 148.62 7.28 3.63 1.41 49.45 129.52 1.17 26.01 24.73 1.58 170.00 -1363 1995 3 22 0.72 9.89 29.04 0.90 1.40 8.44 5.62 . 4.40 4.97 1.40 230.15 7.73 31.56 1.58 1716.00 88.92 775.90 2.54 7.23 1.57 6.27 0.64 147.85 7.29 3.61 1.41 49.45 129.50 1.16 26.03 24.72 1.58 170.00 -1364 1995 3 23 0.72 9.90 29.09 0.90 1.40 8.44 5.62 . 4.40 4.97 1.40 230.90 7.73 31.60 1.59 1732.00 88.31 771.40 2.55 7.10 1.57 6.27 0.64 147.80 7.32 3.60 1.41 49.48 129.53 1.16 26.01 24.70 1.59 170.00 -1365 1995 3 24 0.72 9.98 29.25 0.90 1.40 8.44 5.64 . 4.43 4.99 1.41 232.06 7.73 31.62 1.58 1723.25 89.10 769.50 2.54 6.85 1.60 6.32 0.65 149.22 7.35 3.61 1.42 49.40 130.01 1.17 26.01 24.72 1.58 170.00 -1366 1995 3 27 0.72 9.89 28.96 0.91 1.40 8.44 5.57 . 4.41 4.94 1.40 229.42 7.73 31.61 1.60 1702.75 89.07 773.90 2.53 6.72 1.57 6.25 0.64 147.69 7.29 3.60 1.42 49.50 129.13 1.15 26.06 24.73 1.59 170.00 -1367 1995 3 28 0.72 9.79 28.68 0.91 1.40 8.44 5.54 . 4.39 4.91 1.39 227.45 7.73 31.55 1.61 1698.00 89.22 772.70 2.53 6.82 1.55 6.21 0.64 146.50 7.35 3.59 1.41 49.52 128.28 1.14 26.04 24.69 1.61 170.00 -1368 1995 3 29 0.72 9.74 28.53 0.90 1.40 8.44 5.51 . 4.37 4.87 1.38 227.06 7.73 31.50 1.61 1708.25 88.31 774.20 2.53 6.81 1.55 6.19 0.64 146.47 7.34 3.58 1.41 49.45 127.94 1.14 26.05 24.68 1.60 170.00 -1369 1995 3 30 0.72 9.93 29.05 0.90 1.39 8.44 5.57 . 4.40 4.91 1.41 228.88 7.73 31.45 1.59 1718.25 89.53 774.60 2.53 6.76 1.58 6.27 0.64 148.40 7.43 3.60 1.42 49.40 128.57 1.17 25.99 24.76 1.59 170.17 -1370 1995 3 31 0.73 9.71 28.35 0.90 1.39 8.44 5.44 . 4.34 4.81 1.37 225.38 7.73 31.43 1.62 1707.75 86.85 774.50 2.53 6.82 1.54 6.16 0.65 145.43 7.39 3.58 1.41 49.47 127.04 1.13 26.00 24.65 1.61 170.17 -1371 1995 4 3 0.73 9.67 28.28 0.90 1.39 8.44 5.44 . 4.32 4.81 1.37 224.94 7.73 31.47 1.61 1727.50 86.25 774.40 2.52 6.82 1.53 6.17 0.65 145.42 7.36 3.58 1.40 49.37 126.87 1.12 25.94 24.62 1.61 170.00 -1372 1995 4 4 0.73 9.74 28.47 0.89 1.39 8.44 5.48 . 4.31 4.85 1.38 226.40 7.73 31.41 1.60 1722.25 86.36 772.90 2.52 6.62 1.55 6.20 0.65 146.56 7.38 3.59 1.40 49.50 127.05 1.13 25.94 24.63 1.60 170.00 -1373 1995 4 5 0.73 9.72 28.40 0.89 1.39 8.44 5.45 . 4.29 4.83 1.38 225.65 7.73 31.44 1.61 1717.00 86.25 773.90 2.50 6.46 1.54 6.18 0.65 146.10 7.39 3.59 1.40 49.60 126.37 1.13 25.94 24.64 1.60 170.00 -1374 1995 4 6 0.74 9.68 28.30 0.89 1.39 8.44 5.41 . 4.27 4.79 1.37 224.78 7.73 31.43 1.61 1711.50 85.47 774.10 2.49 6.47 1.54 6.17 0.65 145.49 7.38 3.59 1.40 49.35 125.41 1.12 25.90 24.60 1.60 170.00 -1375 1995 4 7 0.74 9.74 28.44 0.89 1.39 8.44 5.44 . 4.28 4.80 1.38 225.60 7.73 31.41 1.61 1705.50 84.32 775.00 2.49 6.32 1.54 6.20 0.66 146.06 7.36 3.59 1.40 49.30 124.48 1.13 25.68 24.60 1.60 170.00 -1376 1995 4 10 0.74 9.91 28.97 . 1.38 8.44 5.54 . 4.33 4.90 1.40 228.91 7.73 31.40 1.60 1729.25 83.10 772.80 2.48 6.40 1.57 6.30 0.66 148.26 7.35 3.60 1.39 49.30 125.57 1.16 25.17 24.59 1.59 . -1377 1995 4 11 0.74 9.86 28.83 0.90 1.37 8.44 5.51 . 4.31 4.88 1.40 227.55 7.73 31.40 1.61 1724.75 83.80 770.80 2.48 6.30 1.57 6.27 0.66 147.64 7.33 3.60 1.40 49.37 125.16 1.15 25.30 24.62 1.59 170.00 -1378 1995 4 12 0.74 9.88 28.87 0.90 1.37 8.44 5.51 . 4.34 4.89 1.40 228.00 7.73 31.39 1.61 1725.50 84.00 771.80 2.47 6.18 1.58 6.29 0.66 148.20 7.37 3.60 1.40 49.30 124.83 1.15 25.40 24.61 1.59 170.00 -1379 1995 4 13 0.73 9.78 28.57 0.90 1.37 8.44 5.45 . 4.29 4.85 1.38 225.64 7.73 31.36 1.63 1707.00 83.59 772.60 2.46 6.32 1.55 6.22 0.67 145.98 7.31 3.60 1.39 49.70 123.33 1.14 25.35 24.57 1.60 170.00 -1380 1995 4 14 0.74 9.79 28.61 0.90 1.36 8.44 5.46 . 4.30 4.85 1.39 225.99 7.73 31.36 1.63 1706.25 83.35 773.40 2.46 6.32 1.55 6.22 0.67 146.16 7.32 3.60 1.39 49.30 123.48 1.15 25.36 24.56 1.60 170.00 -1381 1995 4 17 0.74 9.63 28.16 0.90 1.36 8.44 5.39 . 4.24 4.79 1.36 222.63 7.73 31.41 1.65 1687.75 82.10 773.20 2.46 6.27 1.53 6.13 0.67 144.19 7.25 3.60 1.39 49.20 121.67 1.12 25.35 24.52 1.61 170.00 -1382 1995 4 18 0.74 9.60 28.09 0.90 1.36 8.44 5.37 . 4.24 4.80 1.36 222.30 7.73 31.39 1.65 1704.00 81.40 771.80 2.46 6.24 1.52 6.14 0.67 144.19 7.29 3.59 1.39 49.60 122.47 1.12 25.35 24.49 1.61 170.00 -1383 1995 4 19 0.73 9.53 27.94 0.91 1.37 8.44 5.36 . 4.22 4.82 1.35 221.80 7.73 31.40 1.65 1717.75 81.12 770.70 2.46 6.11 1.51 6.12 0.66 143.76 7.30 3.59 1.39 49.23 123.22 1.11 25.31 24.47 1.61 170.00 -1384 1995 4 20 0.73 9.71 28.42 0.91 1.37 8.44 5.43 . 4.31 4.88 1.38 225.52 7.73 31.44 1.63 1736.25 82.95 769.30 2.47 6.12 1.54 6.22 0.67 146.24 7.40 3.60 1.39 49.30 124.13 1.14 25.37 24.54 1.61 170.00 -1385 1995 4 21 0.73 9.67 28.33 0.90 1.36 8.44 5.43 . 4.29 4.88 1.37 224.62 7.73 31.42 1.63 1719.25 82.92 768.70 2.46 6.01 1.53 6.20 0.67 145.58 7.40 3.61 1.39 49.30 123.39 1.13 25.41 24.55 1.61 170.00 -1386 1995 4 24 0.72 9.67 28.31 0.91 1.36 8.44 5.41 . 4.28 4.85 1.37 224.54 7.73 31.40 1.63 1704.75 83.26 767.40 2.45 5.97 1.53 6.19 0.67 145.47 7.46 3.61 1.39 49.35 123.21 1.13 25.40 24.56 1.60 170.00 -1387 1995 4 25 0.72 9.62 28.17 0.92 1.36 8.44 5.38 . 4.25 4.82 1.36 223.34 7.73 31.38 1.64 1685.75 81.95 765.80 2.45 5.91 1.53 6.16 0.67 144.58 7.34 3.61 1.39 49.40 122.63 1.13 25.41 24.52 1.61 170.00 -1388 1995 4 26 0.72 9.69 28.35 0.91 1.36 8.43 5.40 . 4.27 4.86 1.37 224.68 7.73 31.38 1.63 1710.50 83.98 764.90 2.46 5.83 1.54 6.20 0.66 145.65 7.32 3.62 1.39 49.24 123.31 1.13 25.41 24.57 1.61 170.00 -1389 1995 4 27 0.72 9.68 28.33 0.91 1.36 8.43 5.41 . 4.26 4.87 1.37 224.64 7.73 31.39 1.63 1699.75 83.58 764.80 2.46 5.85 1.54 6.20 0.67 145.63 7.24 3.61 1.39 49.30 122.90 1.13 25.42 24.58 1.61 170.00 -1390 1995 4 28 0.72 9.75 28.54 0.91 1.35 8.42 5.43 . 4.27 4.91 1.38 226.21 7.74 31.45 1.63 1675.50 84.04 763.90 2.47 6.05 1.55 6.23 0.67 146.71 7.26 3.62 1.39 49.40 123.24 1.14 25.41 24.60 1.60 170.00 -1391 1995 5 1 0.72 9.78 28.65 0.91 1.35 8.42 5.46 . 4.29 4.94 1.39 226.86 7.73 31.44 1.63 1666.25 83.53 764.80 2.47 5.94 1.55 6.24 0.67 147.04 7.27 3.62 1.39 49.30 123.39 1.14 25.40 24.60 1.61 170.00 -1392 1995 5 2 0.72 9.70 28.47 0.91 1.35 8.41 5.42 . 4.27 4.91 1.37 225.00 7.73 31.43 1.63 1666.25 83.69 764.80 2.46 5.96 1.54 6.22 0.67 146.01 7.30 3.62 1.39 49.39 123.13 1.13 25.40 24.56 1.61 170.00 -1393 1995 5 3 0.73 9.66 28.36 0.90 1.36 8.39 5.40 . 4.25 4.89 1.37 224.42 7.73 31.43 1.64 1663.75 83.45 765.10 2.46 5.83 1.53 6.20 0.67 145.55 7.26 3.63 1.39 49.30 122.63 1.13 25.40 24.58 1.61 170.00 -1394 1995 5 4 0.74 9.62 28.24 0.90 1.36 8.38 5.38 . 4.24 4.87 1.36 223.44 7.73 31.42 1.64 1649.75 83.62 765.30 2.46 5.91 1.53 6.17 0.67 144.87 7.25 3.63 1.39 49.40 121.95 1.12 25.41 24.56 1.61 170.00 -1395 1995 5 5 0.74 9.65 28.31 0.90 1.35 8.36 5.38 . 4.24 4.89 1.37 224.28 7.73 31.42 1.63 1636.00 84.03 765.30 2.46 5.87 1.53 6.19 0.67 145.22 7.25 3.62 1.39 49.29 122.17 1.13 25.41 24.58 1.59 170.00 -1396 1995 5 8 0.73 9.59 28.14 0.89 1.35 8.35 5.35 . 4.21 4.83 1.36 222.61 7.73 31.40 1.64 1623.00 83.00 765.50 2.46 5.88 1.52 6.14 0.67 144.35 7.18 3.62 1.39 49.30 121.20 1.12 25.41 24.54 1.60 170.00 -1397 1995 5 9 0.72 9.65 28.32 0.89 1.35 8.34 5.38 . 4.23 4.85 1.37 223.66 7.73 31.39 1.62 1626.75 82.95 763.60 2.46 5.86 1.53 6.18 0.67 145.26 7.17 3.62 1.39 49.30 120.08 1.13 25.41 24.54 1.58 170.00 -1398 1995 5 10 0.72 9.78 28.63 0.89 1.35 8.32 5.45 . 4.27 4.88 1.39 226.06 7.73 31.43 1.62 1627.00 83.87 762.90 2.46 5.97 1.55 6.24 0.67 146.36 7.18 3.64 1.39 49.34 120.63 1.15 25.41 24.59 1.58 170.00 -1399 1995 5 11 0.73 9.99 29.09 0.89 1.35 8.31 5.54 . 4.38 4.99 1.42 230.20 7.73 31.38 1.60 1653.00 85.80 763.30 2.47 5.93 1.58 6.29 0.66 149.26 7.31 3.64 1.40 49.50 122.48 1.19 25.41 24.68 1.55 170.00 -1400 1995 5 12 0.74 10.17 29.73 0.89 1.35 8.30 5.63 . 4.42 5.06 1.44 233.54 7.73 31.44 1.60 1666.75 87.00 764.10 2.49 5.95 1.62 6.43 0.66 151.57 7.37 3.65 1.40 49.49 124.82 1.20 25.41 24.74 1.57 170.00 -1401 1995 5 15 0.73 10.15 29.72 0.88 1.35 8.29 5.64 . 4.43 5.06 1.44 232.86 7.73 31.45 1.60 1646.75 86.86 766.30 2.49 5.97 1.61 6.41 0.66 151.36 7.35 3.65 1.40 49.54 124.72 1.20 25.50 24.73 1.56 170.00 -1402 1995 5 16 0.72 10.09 29.54 0.89 1.35 8.29 5.61 . 4.40 5.05 1.43 230.58 7.73 31.45 1.60 1641.75 86.20 766.20 2.48 5.95 1.60 6.38 0.66 150.44 7.31 3.65 1.40 49.58 123.98 1.19 25.58 24.71 1.56 170.00 -1403 1995 5 17 0.73 10.10 29.59 0.89 1.35 8.30 5.68 . 4.41 5.10 1.43 231.72 7.73 31.44 1.59 1650.00 86.73 765.50 2.47 5.94 1.60 6.40 0.66 150.90 7.36 3.66 1.39 49.80 125.22 1.20 25.59 24.74 1.56 170.00 -1404 1995 5 18 0.71 10.24 29.98 0.89 1.35 8.31 5.68 . 4.45 5.16 1.45 234.59 7.73 31.44 1.59 1667.25 87.43 764.90 2.47 5.94 1.63 6.47 0.66 153.12 7.44 3.69 1.39 49.80 126.24 1.21 25.65 24.80 1.56 170.00 -1405 1995 5 19 0.71 10.12 29.65 0.89 1.35 8.31 5.63 . 4.41 5.10 1.44 232.45 7.73 31.42 1.60 1668.00 86.77 764.50 2.46 5.92 1.61 6.40 0.65 151.05 7.39 3.69 1.39 49.80 125.14 1.20 25.65 24.76 1.57 170.00 -1406 1995 5 22 0.71 10.12 29.64 0.88 1.36 8.31 5.62 . 4.41 5.10 1.44 232.40 7.73 31.40 1.60 1676.25 87.47 763.70 2.46 5.92 1.61 6.41 0.65 151.03 7.35 3.69 1.39 49.65 125.72 1.19 25.78 24.76 1.57 170.00 -1407 1995 5 23 0.71 10.17 29.76 0.88 1.36 8.31 5.65 . 4.43 5.13 1.44 234.31 7.73 31.38 1.59 1705.75 87.38 764.30 2.46 5.99 1.61 6.44 0.66 152.07 7.42 3.69 1.39 49.70 126.91 1.20 25.83 24.75 1.56 170.00 -1408 1995 5 24 0.71 10.11 29.59 0.88 1.36 8.32 5.62 . 4.41 5.11 1.43 233.33 7.73 31.40 1.60 1675.75 87.15 764.80 2.46 6.06 1.61 6.40 0.65 151.19 7.37 3.70 1.39 49.80 125.02 1.20 25.84 24.75 1.57 170.00 -1409 1995 5 25 0.71 9.87 28.87 0.89 1.36 8.32 5.49 . 4.31 4.98 1.40 227.39 7.73 31.41 1.63 1641.00 85.05 763.30 2.45 6.10 1.57 6.23 0.66 147.44 7.25 3.68 1.39 49.80 121.78 1.16 25.77 24.69 1.60 170.00 -1410 1995 5 26 0.71 9.69 28.35 0.89 1.37 8.32 5.39 . 4.25 4.86 1.37 224.31 7.73 31.40 1.64 1640.00 82.85 763.10 2.46 6.17 1.54 6.15 0.66 145.12 7.28 3.67 1.39 49.80 119.89 1.13 25.40 24.62 1.60 170.00 -1411 1995 5 29 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1412 1995 5 30 0.72 9.75 28.51 0.90 1.37 8.32 5.42 . 4.29 4.90 1.38 225.46 7.73 31.37 1.64 1628.25 83.00 763.10 2.46 6.21 1.55 6.19 0.66 146.46 7.26 3.66 1.39 49.60 121.24 1.14 25.58 24.60 1.60 170.00 -1413 1995 5 31 0.71 9.94 29.05 0.90 1.36 8.32 5.52 . 4.35 4.95 1.41 226.74 7.73 31.43 1.62 1642.00 84.65 763.10 2.46 6.16 1.58 6.28 0.66 149.08 7.34 3.66 1.39 49.80 122.58 1.16 25.58 24.70 1.58 170.00 -1414 1995 6 1 0.71 9.96 29.05 0.90 1.37 8.32 5.34 . 4.36 4.98 1.41 228.45 7.73 31.42 1.62 1640.50 84.95 762.00 2.46 6.25 1.58 6.29 0.66 149.53 7.32 3.68 1.39 49.78 123.03 1.17 25.70 24.69 1.59 170.00 -1415 1995 6 2 0.71 9.97 29.10 0.90 1.37 8.32 5.53 . 4.35 4.98 1.41 227.99 7.73 31.44 1.61 1643.25 84.90 761.80 2.45 6.20 1.58 6.30 0.66 149.72 7.34 3.67 1.39 49.74 122.80 1.16 25.71 24.69 1.58 170.00 -1416 1995 6 5 0.71 9.88 28.80 0.90 1.37 8.31 5.47 . 4.31 4.91 1.40 225.72 7.73 31.40 1.62 1623.50 84.63 763.80 2.45 6.18 1.57 6.23 0.66 147.57 7.22 3.67 1.39 50.22 121.10 1.15 25.67 24.66 1.59 170.00 -1417 1995 6 6 0.71 9.95 29.09 0.90 1.38 8.32 5.52 . 4.34 4.96 1.41 227.15 7.73 31.40 1.62 1636.50 85.10 763.80 2.43 6.13 1.58 6.31 0.67 148.71 7.23 3.67 1.39 49.79 121.92 1.17 25.74 24.69 1.59 170.00 -1418 1995 6 7 0.72 9.88 28.88 0.91 1.38 8.31 5.48 . 4.30 4.95 1.40 225.79 7.73 31.41 1.62 1642.25 84.24 764.90 2.43 6.15 1.57 6.25 0.67 147.88 7.21 3.67 1.39 49.85 122.12 1.15 25.69 24.65 1.59 170.00 -1419 1995 6 8 0.72 9.95 29.10 0.91 1.37 8.31 5.52 . 4.34 4.98 1.41 227.90 7.73 31.41 1.62 1646.25 84.90 764.00 2.43 6.23 1.58 6.32 0.67 148.84 7.23 3.68 1.39 49.95 122.66 1.16 25.69 24.70 1.59 170.00 -1420 1995 6 9 0.72 9.87 28.85 0.91 1.37 8.32 5.47 . 4.31 4.92 1.40 226.67 7.73 31.42 1.62 1634.00 84.40 763.50 2.44 6.27 1.57 6.24 0.66 147.56 7.22 3.67 1.39 50.20 121.67 1.15 25.69 24.66 1.59 170.00 -1421 1995 6 12 0.71 9.85 28.75 0.91 1.37 8.32 5.47 . 4.31 4.93 1.40 226.30 7.73 31.42 1.63 1660.75 83.92 767.30 2.44 6.29 1.56 6.23 0.66 147.52 7.24 3.67 1.39 50.30 121.89 1.15 25.73 24.64 1.59 170.00 -1422 1995 6 13 0.71 9.88 28.91 0.91 1.38 8.32 5.48 . 4.32 4.94 1.40 227.78 7.73 31.40 1.62 1658.00 84.33 766.90 2.44 6.20 1.57 6.25 0.66 148.03 7.25 3.66 1.39 49.90 122.00 1.16 25.75 24.64 1.59 170.00 -1423 1995 6 14 0.72 9.85 28.77 0.90 1.38 8.32 5.45 . 4.30 4.91 1.40 226.52 7.73 31.40 1.63 1639.00 84.40 765.10 2.38 6.23 1.56 6.23 0.67 147.35 7.22 3.66 1.39 50.15 121.26 1.15 25.80 24.65 1.60 170.00 -1424 1995 6 15 0.72 9.93 29.01 0.90 1.37 8.32 5.50 . 4.34 4.94 1.41 228.23 7.73 31.40 1.62 1654.00 84.82 766.20 2.44 6.20 1.58 6.28 0.66 148.59 7.28 3.67 1.39 50.21 122.37 1.17 25.78 24.68 1.59 170.00 -1425 1995 6 16 0.72 9.85 28.80 0.90 1.38 8.32 5.47 . 4.31 4.91 1.40 226.52 7.73 31.40 1.63 1649.25 84.66 765.40 2.44 6.19 1.56 6.24 0.66 147.56 7.25 3.66 1.39 50.50 121.68 1.16 25.79 24.67 1.60 170.00 -1426 1995 6 19 0.72 9.87 28.86 0.91 1.38 8.32 5.48 . 4.32 4.91 1.40 227.29 7.73 31.40 1.63 1653.25 84.95 764.30 2.44 6.23 1.57 6.25 0.67 147.85 7.28 3.66 1.39 50.40 121.99 1.16 25.88 24.67 1.59 170.00 -1427 1995 6 20 0.72 9.80 28.66 0.91 1.37 8.32 5.44 . 4.30 4.89 1.39 225.75 7.73 31.40 1.63 1640.00 84.65 763.80 2.43 6.22 1.56 6.21 0.67 146.94 7.27 3.65 1.39 50.20 121.29 1.15 25.91 24.66 1.60 170.00 -1428 1995 6 21 0.72 9.78 28.60 0.91 1.37 8.32 5.43 . 4.29 4.88 1.39 225.36 7.73 31.39 1.63 1634.00 84.38 763.50 2.43 6.28 1.55 6.20 0.67 146.57 7.27 3.65 1.40 50.00 121.05 1.15 25.88 24.66 1.60 170.00 -1429 1995 6 22 0.72 9.83 28.76 0.91 1.37 8.32 5.46 . 4.31 4.89 1.39 226.87 7.73 31.38 1.62 1636.00 84.65 763.50 2.43 6.26 1.56 6.23 0.67 147.65 7.27 3.64 1.39 50.45 121.53 1.15 25.84 24.68 1.59 170.00 -1430 1995 6 23 0.72 9.76 28.53 0.91 1.37 8.32 5.41 . 4.28 4.86 1.38 224.80 7.73 31.39 1.64 1618.75 84.50 763.60 2.43 6.25 1.55 6.18 0.67 146.07 7.24 3.64 1.39 50.08 120.54 1.14 25.79 24.67 1.60 170.00 -1431 1995 6 26 0.71 9.79 28.64 0.91 1.37 8.32 5.43 . 4.28 4.88 1.39 225.98 7.73 31.37 1.62 1631.25 84.34 763.30 2.43 6.26 1.56 6.20 0.67 146.98 7.26 3.63 1.39 50.60 121.22 1.15 25.84 24.67 1.58 170.00 -1432 1995 6 27 0.71 9.73 28.46 0.91 1.37 8.32 5.40 . 4.25 4.86 1.38 224.90 7.73 31.37 1.62 1626.00 84.08 763.30 2.43 6.28 1.55 6.15 0.67 146.14 7.24 3.63 1.39 50.60 120.91 1.14 25.87 24.66 1.58 170.00 -1433 1995 6 28 0.71 9.85 28.83 0.91 1.37 8.32 5.47 . 4.30 4.91 1.40 228.10 7.73 31.40 1.62 1641.50 85.70 762.70 2.43 6.32 1.57 6.24 0.66 148.19 7.30 3.65 1.39 50.60 122.34 1.16 25.85 24.71 1.57 170.00 -1434 1995 6 29 0.71 9.73 28.46 0.91 1.37 8.32 5.40 . 4.27 4.84 1.38 224.98 7.73 31.43 1.63 1629.50 84.70 761.60 2.43 6.27 1.55 6.16 0.66 146.27 7.24 3.64 1.39 50.60 121.06 1.15 25.82 24.69 1.59 170.00 -1435 1995 6 30 0.71 9.73 28.46 0.92 1.37 8.32 5.40 . 4.29 4.85 1.38 225.18 7.73 31.41 1.63 1637.00 84.78 761.10 2.43 6.26 1.55 6.16 0.66 146.28 7.29 3.63 1.39 50.50 121.14 1.15 25.83 24.69 1.59 170.00 -1436 1995 7 3 0.71 9.70 28.41 0.92 1.37 8.32 5.39 . 4.28 4.83 1.38 224.62 7.73 31.41 1.64 1625.50 84.80 761.00 2.43 6.26 1.54 6.15 0.67 145.76 7.24 3.63 1.39 50.80 120.67 1.14 25.90 24.68 1.59 170.00 -1437 1995 7 4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1438 1995 7 5 0.71 9.70 28.40 0.92 1.37 8.32 5.38 . 4.27 4.82 1.38 224.38 7.73 31.38 1.64 1620.25 84.94 760.10 2.44 6.27 1.54 6.15 0.67 145.56 7.24 3.63 1.39 50.55 120.13 1.14 25.88 24.69 1.59 170.00 -1439 1995 7 6 0.71 9.72 28.45 0.92 1.36 8.32 5.39 . 4.27 4.83 1.38 224.93 7.74 31.38 1.64 1620.75 85.18 759.10 2.44 6.25 1.54 6.15 0.67 145.94 7.25 3.63 1.39 51.50 120.42 1.14 25.88 24.70 1.59 170.00 -1440 1995 7 7 0.71 9.79 28.63 0.92 1.36 8.32 5.42 . 4.30 4.85 1.39 226.27 7.74 31.39 1.63 1609.00 86.77 759.00 2.44 6.17 1.56 6.19 0.67 146.85 7.26 3.64 1.40 51.20 120.67 1.15 25.93 24.75 1.59 170.00 -1441 1995 7 10 0.71 9.82 28.71 0.92 1.35 8.32 5.43 . 4.30 4.85 1.39 226.59 7.74 31.37 1.62 1616.25 87.09 760.20 2.44 6.15 1.56 6.20 0.67 147.10 7.24 3.64 1.40 51.50 120.70 1.16 26.21 24.75 1.59 170.00 -1442 1995 7 11 0.72 9.87 28.81 0.92 1.35 8.32 5.46 . 4.32 4.87 1.40 227.62 7.74 31.40 1.63 1624.50 87.45 760.60 2.45 6.11 1.57 6.23 0.67 147.65 7.27 3.65 1.40 51.00 120.75 1.16 26.17 24.77 1.58 170.00 -1443 1995 7 12 0.72 9.86 28.84 0.92 1.35 8.32 5.45 . 4.31 4.87 1.40 227.35 7.74 31.37 1.63 1619.00 87.51 760.70 2.45 6.12 1.57 6.23 0.67 147.53 7.20 3.65 1.39 50.90 120.43 1.16 26.18 24.78 1.59 170.00 -1444 1995 7 13 0.73 9.79 28.64 0.92 1.35 8.32 5.42 . 4.28 4.85 1.39 225.86 7.73 31.37 1.64 1613.75 87.40 760.30 2.44 6.05 1.55 6.18 0.67 146.62 7.17 3.64 1.39 50.95 119.49 1.16 26.21 24.75 1.60 170.00 -1445 1995 7 14 0.73 9.78 28.64 0.92 1.35 8.32 5.42 . 4.27 4.84 1.39 226.26 7.73 31.37 1.63 1611.50 87.89 760.10 2.44 6.02 1.55 6.18 0.67 146.38 7.19 3.64 1.39 50.55 119.27 1.16 26.18 24.75 1.59 170.00 -1446 1995 7 17 0.73 9.81 28.71 0.92 1.35 8.32 5.43 . 4.27 4.85 1.39 226.32 7.73 31.38 1.63 1610.00 88.65 762.10 2.45 6.00 1.56 6.19 0.67 146.57 7.18 3.65 1.40 50.65 119.63 1.16 26.30 24.78 1.59 170.00 -1447 1995 7 18 0.73 9.76 28.57 0.92 1.36 8.32 5.40 . 4.25 4.83 1.38 225.46 7.73 31.38 1.63 1615.75 88.35 762.10 2.44 6.04 1.55 6.17 0.67 145.91 7.17 3.64 1.39 51.00 120.00 1.15 26.40 24.78 1.59 170.00 -1448 1995 7 19 0.73 9.75 28.55 0.92 1.36 8.32 5.39 . 4.24 4.82 1.38 225.66 7.73 31.39 1.64 1623.50 87.75 761.20 2.44 6.08 1.55 6.16 0.67 145.99 7.16 3.64 1.40 51.00 119.71 1.15 26.39 24.77 1.59 170.00 -1449 1995 7 20 0.73 9.70 28.41 0.92 1.36 8.32 5.37 . 4.22 4.79 1.37 224.57 7.73 31.38 1.64 1613.50 87.76 759.90 2.45 6.15 1.54 6.14 0.67 145.15 7.15 3.63 1.39 50.52 118.97 1.15 26.38 24.77 1.59 170.00 -1450 1995 7 21 0.73 9.70 28.40 0.93 1.35 8.32 5.37 . 4.22 4.82 1.38 224.30 7.73 31.37 1.64 1600.00 88.55 759.50 2.44 6.10 1.54 6.13 0.67 145.08 7.13 3.64 1.39 51.00 118.82 1.15 26.42 24.79 1.59 170.00 -1451 1995 7 24 0.73 9.73 28.48 0.93 1.35 8.32 5.38 . 4.23 4.80 1.38 224.98 7.73 31.38 1.64 1600.25 87.55 759.10 2.45 6.10 1.55 6.15 0.67 145.16 7.15 3.63 1.39 51.00 119.01 1.15 26.50 24.76 1.59 170.00 -1452 1995 7 25 0.73 9.81 28.70 0.93 1.35 8.32 5.43 . 4.24 4.83 1.39 226.41 7.73 31.37 1.63 1605.50 87.88 759.20 2.45 6.16 1.56 6.19 0.67 145.91 7.14 3.63 1.39 50.59 119.77 1.16 26.59 24.77 1.58 170.00 -1453 1995 7 26 0.73 9.76 28.56 0.93 1.35 8.32 5.40 . 4.22 4.81 1.38 224.80 7.73 31.39 1.64 1596.75 87.95 759.10 2.45 6.11 1.55 6.16 0.67 145.02 7.09 3.63 1.39 50.51 119.23 1.15 26.70 24.76 1.59 170.00 -1454 1995 7 27 0.73 9.72 28.45 0.93 1.36 8.32 5.37 . 4.21 4.79 1.38 224.08 7.73 31.38 1.64 1592.50 87.95 759.10 2.45 6.10 1.54 6.13 0.66 144.47 7.07 3.63 1.39 51.00 118.80 1.14 26.44 24.76 1.59 170.00 -1455 1995 7 28 0.73 9.70 28.39 0.93 1.36 8.32 5.36 . 4.20 4.77 1.37 223.88 7.73 31.39 1.64 1585.25 88.18 759.00 2.45 6.11 1.54 6.11 0.67 144.24 7.04 3.62 1.39 50.75 118.54 1.14 26.42 24.76 1.60 170.00 -1456 1995 7 31 0.73 9.74 28.49 0.93 1.36 8.32 5.38 . 4.20 4.78 1.38 224.69 7.73 31.43 1.64 1590.75 88.34 759.50 2.45 6.12 1.55 6.13 0.67 144.73 7.07 3.62 1.39 51.00 119.09 1.15 26.48 24.77 1.59 170.00 -1457 1995 8 1 0.74 9.72 28.43 0.93 1.36 8.32 5.37 . 4.19 4.77 1.38 224.07 7.73 31.42 1.64 1584.00 88.43 760.10 2.45 6.13 1.54 6.12 0.67 143.85 7.09 3.61 1.39 51.00 118.75 1.14 26.64 24.77 1.59 170.00 -1458 1995 8 2 0.74 9.83 28.78 0.93 1.35 8.32 5.42 . 4.24 4.81 1.39 225.90 7.73 31.42 1.63 1588.00 90.82 760.20 2.45 6.12 1.56 6.17 0.67 145.23 7.12 3.62 1.39 50.60 119.67 1.15 26.68 24.82 1.59 170.00 -1459 1995 8 3 0.74 9.77 28.51 0.93 1.35 8.32 5.39 . 4.20 4.78 1.39 224.61 7.73 31.41 1.64 1572.50 90.45 760.50 2.46 6.13 1.55 6.13 0.67 144.40 7.05 3.61 1.39 51.00 118.87 1.14 26.80 24.79 1.60 170.00 -1460 1995 8 4 0.74 9.80 28.68 0.93 1.35 8.30 5.40 . 4.20 4.79 1.39 225.37 7.73 31.42 1.64 1569.00 91.25 758.50 2.46 6.16 1.56 6.14 0.66 144.71 7.05 3.61 1.39 50.65 120.18 1.14 26.60 24.82 1.60 170.00 -1461 1995 8 7 0.74 9.89 28.95 0.93 1.35 8.32 5.45 . 4.23 4.85 1.40 227.02 7.73 31.44 1.64 1581.25 91.30 762.00 2.47 6.12 1.57 6.20 0.66 145.97 7.11 3.61 1.40 51.00 120.03 1.16 26.94 24.83 1.60 170.00 -1462 1995 8 8 0.74 9.91 29.02 0.93 1.35 8.32 5.46 . 4.25 4.86 1.40 227.51 7.73 31.45 1.63 1588.00 91.77 761.60 2.46 6.15 1.58 6.21 0.66 146.48 7.15 3.61 1.39 51.00 120.33 1.16 26.92 24.85 1.60 170.00 -1463 1995 8 9 0.74 9.89 28.97 0.93 1.36 8.32 5.45 . 4.22 4.86 1.40 227.06 7.73 31.47 1.63 1586.25 91.57 761.20 2.46 6.14 1.57 6.20 0.66 146.16 7.14 3.60 1.39 51.00 120.25 1.16 26.95 24.84 1.60 170.00 -1464 1995 8 10 0.73 10.00 29.27 0.93 1.35 8.32 5.51 . 4.22 4.90 1.42 229.39 7.74 31.45 1.62 1590.50 92.83 761.00 2.47 6.15 1.59 6.25 0.65 147.72 7.13 3.61 1.39 50.60 121.54 1.17 26.97 24.89 1.58 170.00 -1465 1995 8 11 0.74 10.08 29.51 0.93 1.35 8.32 5.55 . 4.25 4.93 1.43 230.82 7.74 31.45 1.61 1597.00 93.77 761.30 2.47 6.14 1.60 6.30 0.66 148.88 7.16 3.63 1.39 51.00 122.42 1.19 27.40 24.91 1.57 170.00 -1466 1995 8 14 0.74 10.09 29.53 0.94 1.36 8.32 5.56 . 4.27 4.94 1.43 230.55 7.74 31.49 1.61 1606.50 93.61 763.10 2.47 6.15 1.60 6.32 0.66 149.05 7.20 3.63 1.40 51.00 122.65 1.19 27.32 24.92 1.57 170.00 -1467 1995 8 15 0.73 10.36 30.32 0.94 1.36 8.32 5.71 . 4.35 5.05 1.47 236.40 7.74 31.49 1.58 1629.25 96.68 763.10 2.48 6.15 1.65 6.46 0.65 152.83 7.32 3.65 1.40 51.25 125.61 1.22 27.29 25.03 1.55 170.00 -1468 1995 8 16 0.73 10.37 30.32 0.94 1.35 8.32 5.71 . 4.35 5.05 1.47 235.42 7.74 31.62 1.58 1622.25 97.80 765.00 2.49 6.17 1.65 6.44 0.65 152.50 7.28 3.65 1.42 51.00 125.65 1.22 27.50 25.08 1.55 170.00 -1469 1995 8 17 0.73 10.39 30.39 0.94 1.35 8.32 5.72 . 4.39 5.06 1.47 236.07 7.74 31.59 1.56 1628.25 97.85 773.20 2.49 6.19 1.65 6.45 0.64 152.41 7.34 3.65 1.42 51.08 125.95 1.22 27.47 25.09 1.53 170.00 -1470 1995 8 18 0.73 10.35 30.28 0.94 1.35 8.32 5.70 . 4.38 5.04 1.47 235.58 7.74 31.59 1.57 1623.75 96.95 766.60 2.49 6.26 1.64 6.44 0.64 152.17 7.36 3.65 1.42 51.00 125.34 1.22 27.45 25.01 1.54 170.00 -1471 1995 8 21 0.73 10.35 30.26 0.94 1.35 8.33 5.70 . 4.34 5.04 1.47 235.69 7.74 31.62 1.57 1616.50 96.55 777.70 2.49 6.23 1.64 6.43 0.65 152.00 7.35 3.65 1.42 51.50 125.34 1.22 27.46 25.05 1.54 170.00 -1472 1995 8 22 0.74 10.43 30.51 0.94 1.35 8.33 5.75 . 4.38 5.07 1.48 237.47 7.74 31.63 1.57 1623.75 96.73 776.30 2.49 6.21 1.66 6.47 0.64 153.31 7.34 3.66 1.42 51.50 126.14 1.23 27.50 25.04 1.53 170.00 -1473 1995 8 23 0.74 10.41 30.47 0.94 1.35 8.33 5.74 . 4.39 5.07 1.48 236.96 7.74 31.70 1.57 1618.00 96.50 776.90 2.49 6.28 1.65 6.46 0.64 153.07 7.31 3.65 1.42 51.50 126.00 1.22 27.49 25.04 1.54 170.00 -1474 1995 8 24 0.74 10.38 30.36 0.94 1.35 8.33 5.72 . 4.37 5.07 1.47 236.10 7.74 31.82 1.57 1609.75 96.55 777.50 2.49 6.31 1.65 6.44 0.64 152.64 7.29 3.66 1.42 51.65 125.65 1.22 27.47 25.06 1.54 170.00 -1475 1995 8 25 0.74 10.40 30.41 0.94 1.34 8.33 5.73 . 4.40 5.08 1.47 237.32 7.74 31.72 1.57 1617.00 96.64 777.00 2.48 6.31 1.65 6.46 0.65 153.34 7.33 3.66 1.42 51.50 126.15 1.21 27.48 25.04 1.54 170.00 -1476 1995 8 28 0.74 10.28 30.10 0.94 1.34 8.33 5.67 . 4.37 5.05 1.46 235.10 7.74 31.85 1.58 1628.25 96.60 774.30 2.48 6.33 1.63 6.41 0.65 151.90 7.31 3.65 1.41 51.78 125.36 1.20 27.50 25.01 1.55 170.00 -1477 1995 8 29 0.75 10.35 30.27 0.95 1.33 8.32 5.71 . 4.40 5.06 1.47 236.78 7.74 31.85 1.58 1634.00 97.63 774.80 2.49 6.32 1.64 6.43 0.65 152.90 7.32 3.66 1.42 51.70 125.92 1.21 27.55 25.05 1.54 169.70 -1478 1995 8 30 0.75 10.38 30.36 0.94 1.33 8.32 5.72 . 4.41 5.07 1.47 237.16 7.74 31.83 1.57 1626.75 98.95 765.40 2.50 6.29 1.65 6.44 0.65 153.30 7.32 3.66 1.42 51.90 126.09 1.21 27.50 25.09 1.54 170.00 -1479 1995 8 31 0.75 10.32 30.21 0.95 1.34 8.32 5.69 . 4.40 5.04 1.46 236.32 7.74 31.87 1.58 1624.75 97.75 773.40 2.49 6.30 1.64 6.42 0.65 152.46 7.30 3.65 1.42 52.00 125.42 1.20 27.50 25.06 1.55 170.00 -1480 1995 9 1 0.74 10.30 30.17 0.94 1.34 8.32 5.69 . 4.40 5.05 1.46 236.02 7.74 31.92 1.58 1622.75 97.49 773.20 2.49 6.26 1.64 6.41 0.65 152.39 7.31 3.65 1.42 51.95 125.64 1.20 27.50 25.05 1.55 170.00 -1481 1995 9 4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1482 1995 9 5 0.75 10.29 30.13 0.94 1.34 8.33 5.67 . 4.38 5.05 1.46 235.66 7.74 32.40 1.58 1626.25 97.77 769.90 2.49 6.24 1.63 6.40 0.65 152.30 7.30 3.66 1.42 52.00 125.64 1.20 27.49 25.06 1.55 170.00 -1483 1995 9 6 0.75 10.40 30.44 0.94 1.33 8.33 5.73 . 4.39 5.09 1.47 237.70 7.74 32.29 1.57 1622.50 98.79 770.90 2.50 6.26 1.65 6.46 0.65 153.61 7.29 3.66 1.42 51.50 126.66 1.21 27.50 25.09 1.55 170.00 -1484 1995 9 7 0.75 10.38 30.38 0.94 1.33 8.33 5.71 . 4.37 5.08 1.47 237.12 7.74 32.21 1.57 1620.25 98.58 771.00 2.49 6.26 1.65 6.44 0.65 153.38 7.27 3.66 1.42 51.75 126.52 1.21 27.50 25.09 1.55 170.00 -1485 1995 9 8 0.75 10.41 30.45 0.95 1.34 8.33 5.72 . 4.39 5.08 1.48 237.44 7.74 32.26 1.57 1615.50 99.75 771.00 2.50 6.28 1.65 6.45 0.65 153.19 7.19 3.66 1.42 52.10 126.25 1.21 27.50 25.12 1.54 170.00 -1486 1995 9 11 0.75 10.35 30.29 0.95 1.34 8.33 5.69 . 4.39 5.07 1.47 237.36 7.73 32.47 1.57 1615.25 99.78 771.80 2.49 6.30 1.64 6.42 0.65 152.84 7.11 3.66 1.42 51.65 125.96 1.20 27.49 25.10 1.54 170.00 -1487 1995 9 12 0.76 10.34 30.26 0.95 1.34 8.33 5.68 . 4.38 5.08 1.47 236.94 7.73 32.71 1.58 1611.00 100.87 773.80 2.50 6.29 1.64 6.42 0.65 152.64 7.10 3.66 1.43 52.20 125.97 1.20 27.50 25.13 1.55 170.00 -1488 1995 9 13 0.76 10.50 30.71 0.95 1.35 8.33 5.77 . 4.44 5.13 1.49 239.77 7.73 32.89 1.57 1614.50 102.50 775.80 2.50 6.28 1.67 6.50 0.65 154.80 7.14 3.66 1.43 52.30 127.37 1.22 27.50 25.17 1.54 170.00 -1489 1995 9 14 0.76 10.45 30.57 0.95 1.36 8.33 5.75 . 4.44 5.12 1.48 238.82 7.73 34.05 1.58 1611.00 102.55 775.10 2.51 6.28 1.66 6.48 0.65 154.26 7.14 3.67 1.43 52.50 126.74 1.21 27.50 25.18 1.55 170.00 -1490 1995 9 15 0.75 10.46 30.62 0.95 1.36 8.33 5.75 . 4.43 5.11 1.48 239.11 7.73 33.90 1.58 1610.00 103.52 776.30 2.52 6.28 1.66 6.49 0.65 154.52 7.15 3.67 1.44 52.70 126.97 1.20 27.50 25.20 1.55 170.00 -1491 1995 9 18 0.75 10.45 30.59 0.95 1.36 8.33 5.75 . 4.43 5.11 1.48 238.87 7.73 33.78 1.57 1611.25 103.55 777.20 2.52 6.30 1.66 6.49 0.65 154.37 7.17 3.67 1.44 52.53 127.04 1.21 27.50 25.20 1.54 170.00 -1492 1995 9 19 0.76 10.44 30.57 0.95 1.35 8.33 5.75 . 4.44 5.11 1.48 238.87 7.73 33.89 1.57 1610.00 104.20 775.80 2.53 6.30 1.66 6.48 0.65 154.51 7.13 3.67 1.44 53.10 126.99 1.20 27.50 25.23 1.54 170.00 -1493 1995 9 20 0.75 10.32 30.22 0.95 1.36 8.33 5.68 . 4.40 5.05 1.46 236.00 7.73 33.84 1.58 1617.25 103.25 775.00 2.52 6.34 1.64 6.42 0.66 153.08 7.10 3.66 1.44 54.30 125.85 1.17 27.48 25.19 1.55 170.00 -1494 1995 9 21 0.75 10.12 29.58 0.95 1.35 8.32 5.57 . 4.30 4.94 1.43 232.20 7.73 34.00 1.60 1609.25 100.10 770.20 2.51 6.31 1.60 6.29 0.66 150.15 7.04 3.65 1.43 53.00 124.20 1.14 27.46 25.13 1.56 170.00 -1495 1995 9 22 0.74 9.92 29.07 0.95 1.35 8.33 5.50 . 4.29 4.90 1.41 229.93 7.73 33.82 1.61 1615.25 98.50 770.40 2.51 6.38 1.58 6.24 0.66 148.20 7.05 3.65 1.43 52.80 123.17 1.13 27.46 25.07 1.57 170.00 -1496 1995 9 25 0.74 10.04 29.41 0.95 1.34 8.33 5.55 . 4.34 4.94 1.42 232.81 7.73 34.00 1.60 1612.75 99.88 769.30 2.52 6.39 1.60 6.29 0.66 150.02 6.99 3.65 1.44 52.75 124.26 1.14 27.37 25.12 1.57 170.00 -1497 1995 9 26 0.74 10.04 29.38 0.95 1.34 8.33 5.53 . 4.31 4.95 1.43 231.52 7.73 33.92 1.60 1593.75 100.83 768.90 2.52 6.39 1.59 6.28 0.65 149.11 6.96 3.65 1.44 52.80 122.78 1.16 27.34 25.13 1.57 170.00 -1498 1995 9 27 0.74 10.04 29.37 0.95 1.34 8.33 5.53 . 4.34 4.91 1.42 231.94 7.73 33.91 1.60 1604.75 100.17 768.40 2.51 6.40 1.59 6.29 0.65 149.49 7.01 3.64 1.42 53.00 123.16 1.15 27.24 25.11 1.57 170.00 -1499 1995 9 28 0.75 10.00 29.26 0.95 1.35 8.33 5.52 . 4.27 4.90 1.42 231.70 7.73 33.99 1.61 1609.25 99.73 768.50 2.51 6.44 1.59 6.26 0.65 149.20 6.97 3.64 1.42 53.10 123.22 1.14 27.24 25.10 1.58 170.00 -1500 1995 9 29 0.75 10.05 29.41 0.95 1.34 8.33 5.54 . 4.29 4.92 1.42 233.16 7.73 33.94 1.61 1615.75 99.10 768.30 2.51 6.39 1.60 6.28 0.65 150.15 6.93 3.65 1.42 52.90 123.71 1.15 27.07 25.10 1.57 170.00 -1501 1995 10 2 0.76 10.05 29.40 0.95 1.33 8.33 5.53 . 4.30 4.93 1.42 232.45 7.73 33.92 1.62 1613.25 100.72 768.40 2.52 6.42 1.60 6.27 0.65 149.75 6.97 3.66 1.43 53.00 123.20 1.15 26.90 25.14 1.59 170.00 -1502 1995 10 3 0.76 10.14 29.64 0.95 1.32 8.33 5.59 . 4.33 4.97 1.44 234.96 7.73 33.90 1.61 1622.25 101.65 768.40 2.52 6.57 1.61 6.32 0.65 151.06 6.99 3.66 1.43 52.75 124.49 1.16 26.76 25.15 1.58 170.00 -1503 1995 10 4 0.76 10.08 29.49 0.95 1.33 8.33 5.56 . 4.31 4.95 1.43 233.54 7.73 33.82 1.61 1608.50 100.73 767.30 2.52 6.55 1.60 6.29 0.65 150.10 6.95 3.65 1.43 52.90 123.74 1.15 26.86 25.14 1.58 170.00 -1504 1995 10 5 0.75 10.04 29.37 0.95 1.33 8.33 5.54 . 4.30 4.95 1.42 233.25 7.73 33.91 1.61 1608.75 100.25 769.40 2.53 6.54 1.59 6.27 0.66 149.38 6.95 3.66 1.42 51.60 123.46 1.14 26.81 25.12 1.58 170.00 -1505 1995 10 6 0.76 10.03 29.23 0.95 1.33 8.33 5.54 . 4.33 4.99 1.42 234.51 7.73 33.91 1.61 1613.25 100.85 768.70 2.53 6.55 1.59 6.30 0.66 149.92 7.02 3.66 1.42 52.75 123.69 1.14 26.91 25.13 1.58 170.00 -1506 1995 10 9 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1507 1995 10 10 0.75 9.98 29.22 0.95 1.33 8.33 5.51 . 4.32 4.96 1.41 234.04 7.73 33.89 1.61 1608.00 100.64 769.30 2.53 6.84 1.59 6.26 0.65 149.31 6.96 3.65 1.42 52.05 123.07 1.14 26.90 25.10 1.57 170.00 -1508 1995 10 11 0.76 10.03 29.34 0.95 1.33 8.33 5.52 . 4.31 4.96 1.42 234.86 7.73 33.87 1.60 1606.25 100.90 768.00 2.54 6.75 1.59 6.26 0.66 149.73 6.95 3.65 1.42 52.20 123.08 1.15 26.91 25.12 1.57 170.00 -1509 1995 10 12 0.76 10.00 29.26 0.95 1.33 8.33 5.51 . 4.31 4.95 1.42 233.75 7.73 33.96 1.60 1599.50 100.28 768.30 2.54 6.72 1.59 6.24 0.66 149.19 6.95 3.65 1.42 52.50 122.43 1.15 26.91 25.10 1.57 170.00 -1510 1995 10 13 0.75 10.07 29.44 0.95 1.33 8.33 5.55 . 4.33 4.97 1.43 234.31 7.73 34.35 1.60 1604.50 100.80 768.50 2.54 6.74 1.60 6.27 0.66 150.29 6.96 3.65 1.42 52.50 123.16 1.15 26.90 25.11 1.57 170.00 -1511 1995 10 16 0.75 9.99 29.24 0.95 1.33 8.33 5.50 . 4.31 4.95 1.42 232.91 7.73 34.60 1.61 1603.25 100.45 768.40 2.54 6.75 1.59 6.25 0.66 149.40 6.95 3.65 1.42 52.60 122.47 1.14 26.93 25.11 1.57 170.00 -1512 1995 10 17 0.75 9.95 29.12 0.95 1.33 8.33 5.49 . 4.29 4.96 1.41 232.34 7.73 34.85 1.60 1596.70 100.33 767.40 2.52 6.76 1.58 6.23 0.65 148.85 6.91 3.65 1.42 52.65 122.27 1.14 26.97 25.10 1.57 170.00 -1513 1995 10 18 0.75 10.00 29.28 0.95 1.33 8.33 5.52 . 4.27 4.98 1.42 233.54 7.73 34.91 1.60 1603.00 100.62 766.60 2.52 6.73 1.59 6.25 0.65 149.88 6.85 3.65 1.42 52.60 123.20 1.15 26.96 25.11 1.56 170.00 -1514 1995 10 19 0.75 9.93 29.05 0.95 1.33 8.33 5.48 . 4.25 4.95 1.41 231.98 7.73 35.09 1.60 1591.75 100.59 766.30 2.52 6.69 1.58 6.21 0.65 148.73 6.77 3.64 1.42 52.50 122.06 1.15 27.00 25.10 1.57 170.00 -1515 1995 10 20 0.74 9.84 28.81 0.96 1.35 8.33 5.44 . 4.23 4.92 1.39 230.46 7.73 35.65 1.61 1604.75 100.25 767.00 2.52 6.68 1.56 6.18 0.66 147.90 6.70 3.64 1.42 52.50 121.22 1.14 26.99 25.08 1.57 170.00 -1516 1995 10 23 0.74 9.75 28.54 0.96 1.36 8.33 5.39 . 4.20 4.88 1.38 229.86 7.73 35.65 1.62 1617.30 99.70 765.50 2.51 6.67 1.55 6.15 0.66 146.81 6.70 3.63 1.41 52.50 120.62 1.12 26.95 25.08 1.58 170.00 -1517 1995 10 24 0.74 9.76 28.55 0.96 1.37 8.33 5.38 . 4.20 4.88 1.38 229.89 7.73 35.60 1.62 1616.16 100.17 765.80 2.52 6.77 1.55 6.15 0.65 146.92 6.64 3.63 1.41 52.50 120.76 1.13 26.93 25.06 1.58 170.00 -1518 1995 10 25 0.74 9.80 28.68 0.96 1.36 8.33 5.41 . 4.20 4.89 1.39 230.77 7.73 35.60 1.62 1615.49 101.27 765.40 2.53 6.79 1.56 6.17 0.65 147.38 6.60 3.63 1.41 52.36 121.25 1.13 26.93 25.10 1.57 170.00 -1519 1995 10 26 0.75 9.87 28.87 0.96 1.36 8.33 5.45 . 4.24 4.92 1.40 233.07 7.73 35.60 1.61 1600.91 101.80 765.80 2.53 6.96 1.57 6.22 0.65 148.45 6.65 3.63 1.41 52.80 122.44 1.13 26.96 25.12 1.57 170.00 -1520 1995 10 27 0.75 9.86 28.82 0.96 1.37 8.33 5.43 . 4.23 4.87 1.40 231.56 7.73 35.50 1.61 1597.34 101.71 766.00 2.53 7.13 1.56 6.20 0.65 148.18 6.60 3.63 1.41 52.70 122.21 1.13 26.96 25.13 1.57 170.00 -1521 1995 10 30 0.76 9.88 28.89 0.96 1.36 8.33 5.45 . 4.24 4.88 1.40 231.46 7.73 34.90 1.61 1595.38 101.65 765.40 2.54 6.92 1.57 6.21 0.66 148.14 6.62 3.64 1.41 52.60 121.92 1.13 27.00 25.15 1.57 170.00 -1522 1995 10 31 0.76 9.90 28.96 0.96 1.34 8.33 5.46 . 4.25 4.88 1.40 232.05 7.73 34.30 1.61 1593.13 102.26 765.20 2.54 7.15 1.57 6.22 0.66 148.42 6.64 3.64 1.41 52.75 122.03 1.13 26.99 25.17 1.58 170.00 -1523 1995 11 1 0.76 9.95 29.10 0.96 1.34 8.33 5.48 . 4.27 4.91 1.41 233.10 7.73 34.60 1.61 1593.73 103.07 766.10 2.54 7.33 1.58 6.23 0.65 149.16 6.62 3.64 1.41 52.75 122.67 1.13 27.09 25.21 1.57 170.00 -1524 1995 11 2 0.75 9.97 29.17 0.96 1.34 8.33 5.49 . 4.27 4.90 1.41 233.83 7.73 34.50 1.61 1599.25 103.59 770.00 2.54 7.31 1.58 6.25 0.65 149.01 6.65 3.64 1.41 53.05 122.47 1.14 27.19 25.25 1.58 170.00 -1525 1995 11 3 0.75 9.95 29.10 0.96 1.34 8.33 5.48 . 4.38 4.88 1.41 233.46 7.73 34.70 1.61 1586.99 103.88 771.70 2.54 7.66 1.58 6.24 0.65 148.48 6.64 3.64 1.41 53.50 121.99 1.13 27.24 25.24 1.58 170.00 -1526 1995 11 6 0.75 9.95 29.09 0.96 1.35 8.33 5.47 . 4.26 4.90 1.41 233.67 7.73 34.77 1.61 1594.25 103.20 771.70 2.54 7.35 1.58 6.25 0.65 148.76 6.69 3.64 1.40 53.00 121.90 1.13 27.21 25.22 1.57 170.00 -1527 1995 11 7 0.75 9.97 29.15 0.96 1.35 8.33 5.49 . 4.25 4.88 1.41 234.25 7.73 34.61 1.61 1593.25 103.18 772.00 2.54 7.51 1.58 6.25 0.65 149.00 6.68 3.64 1.41 52.95 122.17 1.13 27.22 25.20 1.57 170.00 -1528 1995 11 8 0.75 9.97 29.15 0.96 1.35 8.33 5.49 . 4.25 4.88 1.41 233.77 7.73 34.35 1.61 1586.00 102.50 770.30 2.53 7.77 1.58 6.25 0.65 148.97 6.67 3.63 1.41 53.20 122.15 1.14 27.22 25.17 1.58 170.00 -1529 1995 11 9 0.73 9.93 29.05 0.96 1.35 8.33 5.47 . 4.24 4.87 1.41 232.70 7.73 34.53 1.61 1593.75 100.75 769.50 2.53 8.05 1.58 6.23 0.65 148.22 6.66 3.63 1.41 53.20 121.70 1.13 27.22 25.16 1.57 170.00 -1530 1995 11 10 0.73 9.93 29.05 . 1.35 8.33 5.47 . 4.24 4.87 1.41 233.96 7.73 34.56 1.61 1596.67 100.95 769.20 2.53 7.73 1.58 6.24 0.65 148.72 6.65 3.63 1.41 53.25 121.96 1.13 27.19 25.14 1.57 . -1531 1995 11 13 0.73 9.98 29.18 0.96 1.35 8.33 5.49 . 4.26 4.89 1.41 235.21 7.73 34.57 1.59 1596.72 101.70 768.80 2.53 7.90 1.58 6.26 0.65 149.31 6.76 3.63 1.41 53.20 122.31 1.14 27.20 25.17 1.55 170.00 -1532 1995 11 14 0.74 9.95 29.09 0.96 1.35 8.33 5.48 . 4.22 4.87 1.41 233.88 7.73 34.59 1.60 1594.01 101.68 769.80 2.53 8.05 1.58 6.23 0.65 148.52 6.67 3.64 1.41 53.30 121.68 1.14 27.26 25.15 1.56 170.00 -1533 1995 11 15 0.73 9.87 28.86 0.96 1.35 8.33 5.44 . 4.19 4.84 1.40 232.61 7.73 34.58 1.60 1592.25 100.90 768.60 2.53 7.96 1.57 6.19 0.64 147.18 6.61 3.64 1.41 53.30 120.77 1.13 27.24 25.13 1.55 170.00 -1534 1995 11 16 0.74 9.92 29.02 0.96 1.35 8.33 5.46 . 4.21 4.86 1.41 233.89 7.73 34.81 1.60 1591.14 102.15 768.80 2.53 7.87 1.57 6.22 0.64 147.92 6.61 3.64 1.41 52.53 121.31 1.14 27.26 25.15 1.55 170.00 -1535 1995 11 17 0.74 9.86 28.85 0.96 1.35 8.33 5.43 . 4.18 4.84 1.40 232.53 7.73 34.71 1.60 1588.90 102.03 770.10 2.53 7.78 1.57 6.19 0.64 147.23 6.55 3.64 1.41 53.30 120.74 1.13 27.27 25.14 1.55 170.00 -1536 1995 11 20 0.74 9.92 29.01 0.96 1.35 8.33 5.46 . 4.20 4.86 1.41 233.57 7.73 34.82 1.60 1593.75 101.35 774.20 2.53 7.75 1.57 6.22 0.65 147.70 6.57 3.65 1.41 53.45 121.18 1.13 27.34 25.13 1.54 170.00 -1537 1995 11 21 0.74 9.92 29.00 0.96 1.35 8.33 5.46 . 4.21 4.86 1.40 233.54 7.73 34.82 1.60 1592.00 101.63 769.20 2.54 7.73 1.57 6.22 0.65 147.58 6.53 3.64 1.41 53.35 121.30 1.13 27.32 25.13 1.55 170.00 -1538 1995 11 22 0.74 9.88 28.91 0.96 1.35 8.33 5.44 . 4.20 4.85 1.40 232.65 7.73 34.83 1.60 1584.00 100.50 768.60 2.54 7.75 1.57 6.20 0.65 147.04 6.50 3.64 1.41 53.35 120.42 1.13 27.34 25.12 1.56 170.00 -1539 1995 11 23 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1540 1995 11 24 0.74 9.98 29.18 0.96 1.35 8.33 5.49 . 4.23 4.87 1.41 234.10 7.73 34.88 1.61 1594.00 101.50 768.90 2.54 7.70 1.58 6.25 0.65 148.44 6.52 3.65 1.41 53.40 121.36 1.14 27.31 25.14 1.56 170.00 -1541 1995 11 27 0.74 10.11 29.55 0.96 1.35 8.33 5.56 . 4.26 4.92 1.43 235.30 7.73 34.93 1.59 1596.59 101.80 769.00 2.54 7.68 1.60 6.32 0.65 149.83 6.55 3.65 1.41 53.40 122.25 1.15 27.31 25.16 1.55 170.00 -1542 1995 11 28 0.75 10.07 29.44 0.96 1.35 8.33 5.54 . 4.25 4.91 1.43 236.17 7.73 34.93 1.59 1582.27 101.12 768.90 2.54 7.65 1.60 6.31 0.65 149.32 6.51 3.65 1.41 53.25 121.84 1.15 27.32 25.16 1.54 170.00 -1543 1995 11 29 0.74 10.10 29.51 0.96 1.35 8.33 5.55 . 4.27 4.93 1.43 236.70 7.73 34.91 1.58 1597.00 101.46 769.30 2.54 7.49 1.60 6.32 0.65 150.18 6.50 3.66 1.41 53.23 122.40 1.16 27.32 25.15 1.53 170.00 -1544 1995 11 30 0.74 10.18 29.77 0.96 1.35 8.33 5.60 . 4.30 4.99 1.44 238.40 7.73 34.91 1.58 1599.60 101.80 770.70 2.53 7.55 1.62 6.37 0.65 151.80 6.56 3.66 1.41 53.21 123.49 1.17 27.32 25.17 1.53 170.00 -1545 1995 12 1 0.73 10.18 29.71 0.96 1.36 8.33 5.60 . 4.29 4.98 1.44 237.60 7.73 34.93 1.59 1604.75 101.20 770.00 2.53 7.58 1.61 6.36 0.64 151.30 6.53 3.66 1.41 54.00 123.30 1.17 27.36 25.16 1.53 170.00 -1546 1995 12 4 0.73 10.12 29.59 0.96 1.36 8.33 5.57 . 4.29 5.00 1.43 237.75 7.73 34.92 1.58 1603.40 101.05 769.40 2.53 7.62 1.61 6.34 0.64 151.20 6.58 3.66 1.41 54.10 123.00 1.16 27.31 25.15 1.53 170.00 -1547 1995 12 5 0.73 10.11 29.53 0.96 1.36 8.33 5.56 . 4.28 4.96 1.43 237.00 7.73 34.87 1.59 1598.10 101.42 769.80 2.54 7.68 1.60 6.33 0.64 150.90 6.54 3.66 1.41 53.85 122.72 1.16 27.29 25.14 1.54 170.00 -1548 1995 12 6 0.73 10.16 29.72 0.96 1.36 8.33 5.59 . 4.31 4.97 1.44 237.50 7.73 34.84 1.59 1595.80 101.37 769.70 2.54 7.68 1.61 6.36 0.64 151.80 6.57 3.66 1.41 54.10 123.10 1.16 27.30 25.15 1.54 170.00 -1549 1995 12 7 0.73 10.16 29.70 0.96 1.36 8.33 5.54 . 4.31 4.97 1.44 237.55 7.73 34.84 1.58 1591.00 101.40 769.80 2.53 7.71 1.61 6.35 0.64 151.60 6.64 3.66 1.41 54.00 122.95 1.16 27.30 25.16 1.53 170.00 -1550 1995 12 8 0.73 10.18 29.74 0.96 1.37 8.33 5.59 . 4.33 4.98 1.44 237.70 7.73 34.93 1.58 1591.75 100.95 769.70 2.53 7.78 1.62 6.36 0.64 151.95 6.65 3.66 1.41 53.90 123.25 1.16 27.30 25.17 1.53 170.00 -1551 1995 12 11 0.73 10.16 29.71 0.96 1.38 8.32 5.59 . 4.35 4.98 1.44 238.20 7.73 34.84 1.58 1595.50 101.07 769.40 2.53 7.76 1.61 6.37 0.64 151.80 6.74 3.66 1.41 53.95 123.10 1.16 27.31 25.14 1.53 170.00 -1552 1995 12 12 0.74 10.19 29.80 0.96 1.37 8.33 5.62 . 4.36 5.00 1.44 239.50 7.73 34.88 1.57 1599.74 101.85 770.70 2.54 7.77 1.62 6.39 0.64 152.20 6.72 3.66 1.41 54.30 123.36 1.17 27.31 25.17 1.53 290.00 -1553 1995 12 13 0.74 10.21 29.82 0.96 1.37 8.33 5.62 . 4.35 5.02 1.45 240.20 7.73 34.96 1.58 1601.00 101.75 769.70 2.54 7.80 1.62 6.41 0.64 152.35 6.71 3.66 1.41 54.20 123.26 1.17 27.32 25.16 1.53 290.00 -1554 1995 12 14 0.73 10.14 29.60 0.96 1.37 8.33 5.58 . 4.33 4.96 1.44 238.70 7.73 34.97 1.59 1599.00 101.50 771.10 2.54 7.82 1.61 6.36 0.65 151.00 6.64 3.66 1.41 53.86 122.62 1.16 27.32 25.14 1.54 290.00 -1555 1995 12 15 0.74 10.15 29.67 0.96 1.37 8.33 5.59 . 4.33 4.96 1.44 238.20 7.73 34.97 1.58 1594.00 102.14 771.70 2.54 7.77 1.61 6.37 0.65 151.35 6.61 3.66 1.41 53.76 122.93 1.16 27.33 25.16 1.53 290.00 -1556 1995 12 18 0.74 10.07 29.45 0.96 1.37 8.33 5.55 . 4.31 4.93 1.43 237.05 7.73 34.99 1.59 1596.50 101.70 771.80 2.54 7.76 1.60 6.33 0.65 150.45 6.60 3.66 1.41 53.40 122.10 1.14 27.35 25.15 1.53 290.00 -1557 1995 12 19 0.74 10.11 29.60 0.96 1.37 8.33 5.57 . 4.33 4.94 1.43 238.50 7.73 34.98 1.59 1596.25 101.85 771.50 2.54 7.69 1.60 6.35 0.65 150.72 6.62 3.66 1.41 53.79 122.10 1.15 27.34 25.16 1.54 290.00 -1558 1995 12 20 0.74 10.14 29.64 . 1.36 8.33 5.59 . 4.36 4.95 1.44 238.90 7.73 34.98 1.58 1593.40 102.00 771.70 2.54 7.55 1.61 6.37 0.65 151.20 6.64 3.66 1.41 53.70 122.46 1.15 27.34 25.18 1.53 . -1559 1995 12 21 0.74 10.13 29.58 0.96 1.36 8.33 5.58 . 4.35 4.93 1.43 238.20 7.73 35.03 1.59 1589.50 101.81 772.50 2.53 7.59 1.61 6.36 0.65 150.60 6.65 3.66 1.41 53.45 121.97 1.15 27.34 25.18 1.53 290.00 -1560 1995 12 22 0.73 10.13 29.56 0.97 1.36 8.33 5.57 . 4.36 4.93 1.43 238.10 7.73 34.99 1.59 1591.00 102.60 772.70 2.53 7.58 1.61 6.35 0.65 150.50 6.65 3.66 1.41 53.50 122.20 1.15 27.29 25.18 1.54 290.00 -1561 1995 12 25 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1562 1995 12 26 0.74 10.17 29.46 0.96 1.36 8.33 5.56 . 4.34 4.91 1.43 237.50 7.73 35.01 1.60 1582.00 102.38 772.80 2.53 7.55 1.60 6.33 0.65 150.20 6.64 3.66 1.41 53.50 121.55 1.15 27.30 25.17 1.55 290.00 -1563 1995 12 27 0.74 10.07 29.43 0.97 1.36 8.33 5.53 . 4.34 4.88 1.43 237.05 7.73 35.07 1.61 1580.80 102.80 772.50 2.54 7.64 1.60 6.31 0.65 149.53 6.63 3.65 1.41 53.75 121.28 1.15 27.30 25.17 1.56 290.00 -1564 1995 12 28 0.74 10.13 29.56 . 1.36 8.33 5.57 . 4.38 4.92 1.44 238.80 7.73 35.14 1.59 1589.75 102.87 773.80 2.54 7.69 1.61 6.37 0.65 150.50 6.69 3.65 1.41 53.52 121.95 1.15 27.29 25.19 1.53 . -1565 1995 12 29 0.74 10.08 29.43 . 1.36 8.33 5.54 . 4.34 4.89 1.43 237.10 7.73 35.18 1.60 1584.40 103.28 775.80 2.54 7.74 1.60 6.32 0.65 149.50 6.62 3.64 1.41 53.52 121.40 1.15 27.29 25.20 1.55 . -1566 1996 1 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1567 1996 1 2 0.74 10.10 29.50 0.97 1.35 8.33 5.56 . 4.33 4.90 1.43 237.40 7.73 35.21 1.60 1570.00 103.92 775.80 2.54 7.70 1.60 6.33 0.65 149.50 6.63 3.64 1.41 53.80 121.34 1.15 27.27 25.19 1.55 290.00 -1568 1996 1 3 0.74 10.13 29.60 0.97 1.35 8.33 5.57 . 4.33 4.91 1.44 236.90 7.73 35.22 1.60 1572.50 104.35 778.50 2.54 7.57 1.61 6.35 0.65 149.95 6.59 3.63 1.41 54.10 121.55 1.16 27.27 25.23 1.55 290.00 -1569 1996 1 4 0.74 10.22 29.89 0.97 1.35 8.34 5.62 . 4.37 4.96 1.45 238.70 7.73 35.32 1.59 1586.00 106.41 787.30 2.56 7.57 1.62 6.40 0.65 151.20 6.65 3.63 1.43 54.00 122.50 1.17 27.33 25.27 1.54 290.00 -1570 1996 1 5 0.74 10.12 29.57 0.97 1.35 8.34 5.56 . 4.35 4.92 1.43 236.10 7.73 35.44 1.60 1580.60 105.13 788.30 2.55 7.57 1.61 6.35 0.65 150.41 6.62 3.62 1.42 53.45 121.22 1.16 27.32 25.25 1.55 290.00 -1571 1996 1 8 0.74 10.13 29.61 0.97 1.36 8.34 5.57 . 4.36 4.93 1.43 236.40 7.73 35.85 1.59 1583.00 105.80 788.30 2.55 7.57 1.61 6.35 0.65 149.80 6.62 3.63 1.42 54.00 121.10 1.16 27.38 25.26 1.54 290.00 -1572 1996 1 9 0.74 10.14 29.67 0.97 1.36 8.34 5.57 . 4.36 4.94 1.44 235.70 7.73 35.87 1.59 1573.34 104.90 787.20 2.55 7.49 1.61 6.34 0.65 149.50 6.60 3.62 1.42 53.95 121.28 1.16 27.39 25.50 1.54 290.00 -1573 1996 1 10 0.74 10.14 29.65 0.97 1.36 8.34 5.57 . 4.36 4.93 1.44 235.61 7.73 35.80 1.59 1573.50 105.28 787.90 2.55 7.54 1.61 6.34 0.65 149.30 6.58 3.62 1.42 53.84 121.05 1.16 27.39 25.25 1.54 290.00 -1574 1996 1 11 0.74 10.12 29.60 0.97 1.36 8.34 5.56 . 4.35 4.94 1.44 235.70 7.73 35.81 1.59 1573.38 104.80 792.20 2.55 7.54 1.61 6.33 0.65 149.50 6.57 3.62 1.42 53.92 121.06 1.16 27.41 25.24 1.54 290.00 -1575 1996 1 12 0.74 10.12 29.61 0.97 1.36 8.34 5.56 . 4.36 4.93 1.44 237.15 7.73 35.78 1.60 1572.50 105.07 790.60 2.56 7.47 1.61 6.32 0.66 149.45 6.57 3.63 1.42 54.40 120.95 1.16 27.38 25.28 1.54 290.00 -1576 1996 1 15 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1577 1996 1 16 0.74 10.25 29.97 0.98 1.36 8.34 5.64 . 4.42 4.99 1.45 239.50 7.73 35.91 1.59 1580.25 105.88 792.70 2.56 7.53 1.63 6.39 0.66 150.90 6.63 3.64 1.42 53.99 122.80 1.17 27.40 25.27 1.53 290.00 -1578 1996 1 17 0.74 10.32 30.11 0.97 1.36 8.34 5.67 . 4.45 5.01 1.46 240.55 7.73 35.86 1.58 1582.50 105.38 791.70 2.55 7.51 1.64 6.43 0.66 151.60 6.67 3.64 1.41 53.80 123.50 1.18 27.43 25.27 1.52 290.00 -1579 1996 1 18 0.73 10.39 30.20 0.97 1.36 8.33 5.68 . 4.46 5.02 1.46 241.75 7.73 35.89 1.57 1581.50 105.44 789.70 2.55 7.48 1.64 6.43 0.66 151.95 6.69 3.64 1.41 53.88 123.89 1.18 27.42 25.30 1.52 290.00 -1580 1996 1 19 0.73 10.41 30.42 0.97 1.36 8.33 5.72 . 4.49 5.05 1.48 243.60 7.73 35.91 1.56 1581.45 105.40 790.00 2.55 7.44 1.65 6.48 0.66 153.30 6.71 3.64 1.42 53.80 124.83 1.19 27.43 25.30 1.50 290.00 -1581 1996 1 22 0.73 10.39 30.36 0.97 1.36 8.33 5.71 . 4.53 5.04 1.47 243.30 7.73 35.85 1.57 1590.25 105.76 789.40 2.55 7.33 1.65 6.47 0.66 152.77 6.83 3.64 1.42 53.82 124.45 1.18 27.44 25.30 1.51 290.00 -1582 1996 1 23 0.73 10.41 30.44 0.97 1.37 8.33 5.72 . 4.54 5.07 1.48 244.30 7.73 35.76 1.56 1596.25 105.80 787.60 2.55 7.37 1.65 6.49 0.66 153.60 6.88 3.64 1.42 53.90 124.82 1.19 27.44 25.31 1.51 290.00 -1583 1996 1 24 0.73 10.44 30.51 0.97 1.37 8.33 5.74 . 4.54 5.08 1.48 245.20 7.73 35.84 1.56 1592.00 106.92 787.30 2.56 7.42 1.66 6.50 0.66 154.00 6.86 3.65 1.42 53.85 125.15 1.19 27.46 25.33 1.50 290.00 -1584 1996 1 25 0.73 10.46 30.57 0.97 1.37 8.33 5.75 . 4.56 5.10 1.48 245.45 7.73 36.06 1.56 1600.00 106.90 786.20 2.56 7.40 1.66 6.51 0.66 154.30 6.90 3.65 1.41 53.90 125.70 1.19 27.46 25.34 1.50 290.00 -1585 1996 1 26 0.73 10.49 30.65 0.97 1.38 8.33 5.76 . 4.55 5.12 1.49 246.90 7.73 36.07 1.55 1602.00 106.60 785.60 2.55 7.43 1.67 6.53 0.66 155.40 6.97 3.65 1.41 53.80 126.55 1.20 27.46 25.35 1.50 290.00 -1586 1996 1 29 0.74 10.44 30.53 0.97 1.38 8.33 5.74 . 4.54 5.10 1.48 246.10 7.73 35.99 1.56 1601.25 106.80 783.30 2.55 7.39 1.66 6.51 0.66 154.48 6.98 3.65 1.41 53.70 125.98 1.20 27.49 25.33 1.50 290.00 -1587 1996 1 30 0.74 10.47 30.63 0.97 1.37 8.33 5.76 . 4.56 5.11 1.48 246.95 7.73 36.14 1.55 1601.00 107.29 784.90 2.56 7.36 1.66 6.52 0.66 154.60 6.96 3.65 1.42 53.73 125.85 1.21 27.48 25.35 1.50 290.00 -1588 1996 1 31 0.74 10.46 30.60 0.97 1.37 8.33 5.76 . 4.55 5.10 1.48 245.90 7.73 36.46 1.56 1589.00 106.95 785.30 2.56 7.44 1.66 6.51 0.67 154.32 6.94 3.65 1.41 53.72 125.35 1.21 27.47 25.34 1.50 290.00 -1589 1996 2 1 0.74 10.50 30.70 0.97 1.37 8.33 5.78 . 4.56 5.12 1.49 246.00 7.73 36.61 1.56 1579.00 107.08 784.80 2.55 7.41 1.67 6.52 0.67 154.80 6.95 3.65 1.42 53.67 125.64 1.21 27.49 25.34 1.51 290.00 -1590 1996 2 2 0.75 10.44 30.51 0.97 1.37 8.33 5.75 . 4.56 5.10 1.48 245.10 7.73 36.80 1.56 1577.00 106.70 781.50 2.55 7.43 1.66 6.49 0.67 154.10 6.96 3.65 1.41 53.72 125.05 1.21 27.48 25.35 1.51 290.00 -1591 1996 2 5 0.75 10.31 30.16 0.97 1.37 8.33 5.67 . 4.51 5.04 1.46 242.20 7.73 38.05 1.58 1569.70 105.02 778.20 2.54 7.41 1.64 6.41 0.67 152.40 6.94 3.64 1.41 53.75 123.90 1.19 27.47 25.26 1.53 290.00 -1592 1996 2 6 0.75 10.35 30.25 0.97 1.37 8.33 5.70 . 4.53 5.06 1.47 243.50 7.73 37.75 1.58 1575.50 105.54 777.60 2.54 7.48 1.65 6.44 0.67 153.00 7.02 3.64 1.41 53.72 124.30 1.20 27.48 25.26 1.54 290.00 -1593 1996 2 7 0.75 10.40 30.40 0.97 1.36 8.33 5.72 . 4.57 5.07 1.47 244.40 7.73 37.30 1.58 1576.00 106.20 781.70 2.54 7.48 1.65 6.44 0.67 153.40 7.03 3.64 1.41 53.60 124.40 1.20 27.48 25.25 1.53 290.00 -1594 1996 2 8 0.75 10.37 30.33 0.97 1.36 8.33 5.71 . 4.59 5.07 1.47 244.00 7.73 37.20 1.58 1573.75 106.90 780.80 2.55 7.49 1.65 6.44 0.67 153.35 6.99 3.64 1.41 53.62 124.35 1.20 27.48 25.28 1.53 290.00 -1595 1996 2 9 0.75 10.40 30.41 0.97 1.37 8.32 5.72 . 4.62 5.07 1.47 244.25 7.73 36.95 1.57 1566.75 107.10 780.50 2.54 7.50 1.65 6.45 0.67 153.63 6.95 3.64 1.41 53.65 124.42 1.20 27.48 25.28 1.53 290.00 -1596 1996 2 12 0.75 10.34 30.27 0.97 1.37 8.32 5.69 . 4.60 5.06 1.47 242.70 7.73 36.97 1.57 1570.60 106.67 778.60 2.54 7.53 1.64 6.43 0.67 152.90 6.94 3.64 1.41 53.54 123.90 1.20 27.47 25.27 1.53 290.00 -1597 1996 2 13 0.75 10.40 30.39 0.98 1.37 8.33 5.71 . 4.60 5.08 1.47 243.50 7.73 36.76 1.57 1564.25 106.93 779.10 2.54 7.57 1.65 6.45 0.67 153.55 6.96 3.64 1.41 53.67 124.45 1.20 27.48 25.30 1.53 290.00 -1598 1996 2 14 0.75 10.31 30.20 0.98 1.37 8.33 5.67 . 4.59 5.05 1.46 242.12 7.73 36.52 1.58 1584.50 106.77 778.50 2.54 7.54 1.64 6.41 0.67 152.55 6.96 3.64 1.41 53.67 123.70 1.19 27.46 25.27 1.53 290.00 -1599 1996 2 15 0.75 10.34 30.26 0.98 1.37 8.33 5.68 . 4.60 5.06 1.47 243.30 7.73 36.53 1.58 1588.00 106.18 778.00 2.54 7.51 1.64 6.42 0.67 153.00 6.95 3.66 1.41 53.67 124.00 1.19 27.47 25.24 1.53 290.00 -1600 1996 2 16 0.75 10.35 30.03 0.98 1.38 8.33 5.65 . 4.57 5.02 1.46 241.60 7.73 36.55 1.59 1582.90 105.35 779.90 2.55 7.55 1.63 6.38 0.67 152.00 6.91 3.77 1.40 53.75 123.15 1.18 27.49 25.24 1.54 290.00 -1601 1996 2 19 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1602 1996 2 20 0.75 10.22 29.89 0.98 1.38 8.33 5.62 . 4.53 5.01 1.45 240.95 7.73 36.56 1.58 1582.50 106.10 779.90 2.54 7.58 1.62 6.35 0.67 151.70 6.84 3.87 1.40 53.67 122.55 1.18 27.49 25.22 1.54 290.00 -1603 1996 2 21 0.75 10.22 29.89 0.98 1.37 8.33 5.61 . 4.52 5.01 1.45 240.50 7.73 36.63 1.58 1573.00 105.25 779.40 2.55 7.54 1.62 6.35 0.67 151.55 6.76 3.95 1.40 53.60 122.40 1.18 27.49 25.24 1.54 290.00 -1604 1996 2 22 0.75 10.21 29.88 0.98 1.37 8.33 5.61 . 4.51 5.00 1.45 240.42 7.73 36.80 1.58 1568.46 104.95 778.90 2.55 7.55 1.62 6.34 0.67 150.98 6.75 3.89 1.40 54.00 122.31 1.18 27.49 25.22 1.54 290.00 -1605 1996 2 23 0.75 10.17 29.76 0.98 1.37 8.33 5.59 . 4.49 4.96 1.44 239.50 7.73 36.28 1.59 1557.00 104.73 780.30 2.55 7.53 1.62 6.31 0.67 150.50 6.71 3.86 1.40 53.80 122.95 1.17 27.49 25.20 1.54 290.00 -1606 1996 2 26 0.75 10.18 29.79 0.98 1.37 8.33 5.60 . 4.50 4.97 1.44 239.75 7.73 35.92 1.58 1557.50 104.33 780.00 2.54 7.56 1.62 6.32 0.67 150.65 6.72 3.82 1.40 53.80 122.05 1.17 27.50 25.17 1.54 290.00 -1607 1996 2 27 0.75 10.20 29.84 0.98 1.37 8.33 5.60 . 4.49 4.98 1.45 238.90 7.73 35.57 1.58 1544.50 104.37 779.30 2.54 7.54 1.62 6.39 0.67 150.95 6.67 3.82 1.40 53.67 122.29 1.18 27.50 25.18 1.53 290.00 -1608 1996 2 28 0.76 10.31 30.12 0.98 1.37 8.34 5.66 . 4.52 5.02 1.46 240.50 7.73 35.29 1.57 1550.50 104.47 782.50 2.54 7.56 1.64 6.38 0.66 152.10 6.70 3.82 1.41 53.75 123.53 1.19 27.50 25.20 1.53 290.00 -1609 1996 2 29 0.76 10.34 30.22 0.98 1.37 8.34 5.68 . 4.54 5.04 1.47 241.05 7.73 34.85 1.57 1558.50 105.12 782.80 2.54 7.64 1.64 6.40 0.67 152.65 6.75 3.87 1.41 54.00 123.75 1.19 27.50 25.22 1.53 290.00 -1610 1996 3 1 0.76 10.39 30.37 0.98 1.37 8.34 5.70 . 4.56 5.07 1.47 242.35 7.73 34.60 1.57 1563.00 105.70 782.80 2.54 7.59 1.65 6.43 0.67 153.25 6.77 3.90 1.41 53.67 124.40 1.20 27.50 25.22 1.52 290.00 -1611 1996 3 4 0.76 10.38 30.36 0.98 1.37 8.34 5.70 . 4.57 5.06 1.47 241.85 7.73 34.55 1.57 1545.00 105.05 779.70 2.54 7.58 1.65 6.42 0.67 153.50 6.82 3.90 1.41 53.75 125.05 1.20 27.50 25.50 1.52 290.00 -1612 1996 3 5 0.76 10.38 30.35 0.98 1.37 8.34 5.69 . 4.58 5.05 1.47 241.26 7.73 34.30 1.57 1550.50 105.10 779.30 2.54 7.59 1.65 6.42 0.67 153.18 6.83 3.87 1.41 53.67 124.90 1.19 27.50 25.20 1.52 290.00 -1613 1996 3 6 0.76 10.38 30.33 . 1.37 8.34 5.70 . 4.59 5.05 1.47 240.90 7.73 34.12 1.57 1556.25 105.37 777.70 2.53 7.61 1.65 6.42 0.67 153.25 6.82 3.88 1.41 53.67 124.65 1.20 27.50 25.21 1.52 . -1614 1996 3 7 0.76 10.40 30.41 0.98 1.37 8.34 5.71 . 4.59 5.06 1.47 241.75 7.73 34.25 1.57 1558.00 105.25 778.30 2.53 7.57 1.65 6.43 0.67 153.45 6.77 3.91 1.40 53.67 124.55 1.20 27.50 25.21 1.53 290.00 -1615 1996 3 8 0.76 10.46 30.58 0.98 1.36 8.34 5.74 . 4.62 5.09 1.48 242.65 7.73 34.20 1.56 1563.70 105.94 777.50 2.54 7.59 1.66 6.47 0.67 154.20 6.82 3.92 1.40 53.67 124.95 1.20 27.50 25.22 1.52 290.00 -1616 1996 3 11 0.76 10.41 30.46 0.98 1.36 8.34 5.72 . 4.60 5.07 1.48 242.45 7.73 34.25 1.56 1562.00 105.35 780.80 2.54 7.62 1.65 6.44 0.67 153.23 6.82 3.94 1.40 53.67 124.53 1.20 27.50 25.23 1.52 290.00 -1617 1996 3 12 0.77 10.39 30.39 0.98 1.36 8.34 5.70 . 4.60 5.05 1.47 241.80 7.73 34.13 1.56 1556.60 105.54 780.60 2.54 7.61 1.65 6.42 0.68 152.67 6.80 3.93 1.40 53.30 124.40 1.19 27.50 25.22 1.52 290.00 -1618 1996 3 13 0.77 10.36 30.32 0.98 1.36 8.35 5.70 . 4.59 5.05 1.47 241.75 7.73 34.21 1.57 1568.50 105.29 780.30 2.54 7.60 1.65 6.42 0.68 152.45 6.79 3.91 1.40 53.68 123.95 1.19 27.50 25.23 1.52 290.00 -1619 1996 3 14 0.77 10.36 30.31 0.98 1.36 8.35 5.69 . 4.61 5.05 1.47 241.61 7.73 34.15 1.57 1568.25 105.48 780.70 2.53 7.56 1.65 6.42 0.68 152.43 6.78 3.94 1.40 53.67 124.00 1.19 27.50 25.24 1.52 290.00 -1620 1996 3 15 0.77 10.37 30.31 0.98 1.36 8.35 5.69 . 4.61 5.05 1.47 241.70 7.73 34.48 1.57 1567.00 105.87 780.70 2.54 7.58 1.65 6.42 0.68 152.90 6.77 3.92 1.40 53.15 124.45 1.18 27.47 25.24 1.52 290.00 -1621 1996 3 18 0.77 10.37 30.35 0.98 1.35 8.35 5.70 . 4.61 5.05 1.47 241.63 7.73 35.20 1.57 1562.00 106.02 781.80 2.53 7.56 1.65 6.42 0.68 152.78 6.71 3.93 1.40 53.72 124.25 1.19 27.45 25.25 1.53 290.00 -1622 1996 3 19 0.77 10.37 30.30 0.98 1.35 8.35 5.70 . 4.61 5.04 1.47 241.10 7.73 35.35 1.57 1558.75 106.26 781.80 2.54 7.53 1.65 6.41 0.68 152.60 6.67 3.92 1.40 55.00 124.12 1.19 27.32 25.26 1.53 290.00 -1623 1996 3 20 0.77 10.36 30.28 0.98 1.35 8.35 5.69 . 4.58 5.04 1.47 240.53 7.73 35.50 1.58 1556.70 106.44 782.30 2.54 7.53 1.65 6.40 0.68 152.33 6.61 3.92 1.41 53.72 123.90 1.19 27.20 25.26 1.53 290.00 -1624 1996 3 21 0.77 10.39 30.37 0.98 1.36 8.35 5.70 . 4.60 5.06 1.47 241.50 7.73 35.00 1.57 1563.00 106.72 784.40 2.54 7.55 1.65 6.42 0.68 152.75 6.65 3.91 1.41 53.67 124.20 1.19 27.27 25.26 1.53 290.00 -1625 1996 3 22 0.77 10.38 30.36 0.98 1.36 8.35 5.70 . 4.60 5.06 1.47 241.73 7.73 34.60 1.57 1563.00 106.80 786.70 2.54 7.56 1.65 6.42 0.68 152.66 6.62 3.92 1.41 53.56 124.10 1.19 27.30 25.27 1.53 290.00 -1626 1996 3 25 0.77 10.39 30.37 0.98 1.36 8.35 5.70 . 4.60 5.06 1.47 241.10 7.73 34.10 1.57 1561.50 106.19 782.10 2.54 7.55 1.65 6.42 0.68 152.75 6.62 3.93 1.40 54.14 124.30 1.19 27.31 25.26 1.52 290.00 -1627 1996 3 26 0.77 10.38 30.35 0.98 1.36 8.35 5.70 . 4.61 5.05 1.47 240.90 7.73 34.10 1.57 1570.50 106.39 782.80 2.54 7.54 1.65 6.42 0.68 152.57 6.62 3.94 1.40 53.75 124.15 1.19 27.25 25.23 1.52 290.00 -1628 1996 3 27 0.77 10.45 30.55 0.98 1.36 8.35 5.74 . 4.65 5.06 1.48 242.20 7.73 34.55 1.56 1579.00 106.64 782.30 2.54 7.55 1.66 6.46 0.68 153.50 6.65 3.98 1.42 53.67 125.00 1.19 27.28 25.25 1.51 290.00 -1629 1996 3 28 0.78 10.37 30.33 0.98 1.36 8.35 5.70 . 4.64 5.03 1.47 240.60 7.73 34.20 1.56 1570.50 106.34 782.70 2.53 7.56 1.65 6.41 0.67 152.65 6.65 4.00 1.40 54.10 124.25 1.19 27.25 25.24 1.52 290.00 -1630 1996 3 29 0.78 10.38 30.34 0.98 1.36 8.35 5.70 . 4.63 5.03 1.47 241.00 7.73 34.35 1.57 1567.25 107.00 782.30 2.53 7.54 1.65 6.41 0.68 152.50 6.68 3.97 1.40 53.80 124.15 1.18 27.30 25.26 1.52 290.00 -1631 1996 4 1 0.78 10.42 30.46 0.98 1.35 8.35 5.72 . 4.63 5.05 1.48 241.56 7.73 34.25 1.57 1570.70 107.53 781.70 2.53 7.51 1.65 6.43 0.68 153.05 6.66 4.00 1.40 53.55 124.61 1.19 27.24 25.27 1.52 290.00 -1632 1996 4 2 0.78 10.42 30.44 0.98 1.35 8.35 5.71 . 4.62 5.05 1.48 240.40 7.73 34.35 1.57 1562.50 107.48 780.30 2.52 7.52 1.65 6.42 0.68 152.80 6.64 4.01 1.40 53.67 124.58 1.19 27.24 25.26 1.52 290.00 -1633 1996 4 3 0.78 10.39 30.39 0.98 1.35 8.35 5.70 . 4.63 5.05 1.47 240.64 7.73 34.20 1.57 1562.00 106.94 780.30 2.53 7.52 1.65 6.40 0.68 152.32 6.63 4.13 1.40 53.80 123.82 1.19 27.24 25.24 1.52 290.00 -1634 1996 4 4 0.78 10.41 30.42 0.98 1.35 8.35 5.71 . 4.63 5.03 1.48 240.80 7.73 34.50 1.57 1559.80 107.09 780.10 2.53 7.54 1.65 6.41 0.68 152.39 6.64 4.11 1.40 54.10 123.76 1.19 27.24 25.24 1.52 290.00 -1635 1996 4 5 0.78 10.43 30.47 0.98 1.35 8.35 5.72 . 4.64 5.05 1.48 241.25 7.73 34.20 1.57 1567.00 107.67 780.10 2.53 7.54 1.65 6.42 0.68 153.00 6.65 4.12 1.41 55.15 124.11 1.19 27.19 25.26 1.52 290.00 -1636 1996 4 8 0.78 10.38 30.34 0.98 1.35 8.35 5.70 . 4.62 5.03 1.47 239.73 7.73 34.15 1.57 1560.00 107.42 780.10 2.53 7.57 1.64 6.39 0.68 152.10 6.64 4.08 1.40 53.72 123.60 1.19 27.17 25.27 1.53 290.00 -1637 1996 4 9 0.78 10.48 30.65 0.98 1.35 8.35 5.76 . 4.66 5.07 1.49 241.13 7.73 34.15 1.57 1568.50 108.18 780.80 2.53 7.54 1.66 6.45 0.68 153.60 6.70 4.15 1.40 53.67 124.70 1.20 27.19 25.30 1.52 290.00 -1638 1996 4 10 0.78 10.54 30.82 0.98 1.35 8.35 5.78 . 4.68 5.10 1.50 242.50 7.73 34.25 1.56 1573.00 108.56 782.20 2.52 7.49 1.67 6.48 0.68 154.20 6.70 4.19 1.41 54.00 125.50 1.21 27.18 25.33 1.51 290.00 -1639 1996 4 11 0.78 10.57 30.87 0.99 1.35 8.35 5.80 . 4.70 5.10 1.50 242.48 7.73 34.30 1.56 1568.80 108.52 782.20 2.51 7.49 1.67 6.49 0.67 154.45 6.71 4.16 1.40 54.07 125.68 1.21 27.18 25.33 1.51 290.00 -1640 1996 4 12 0.79 10.57 30.88 0.99 1.35 8.35 5.80 . 4.70 5.11 1.50 242.45 7.73 34.25 1.56 1568.30 108.67 782.80 2.51 7.50 1.68 6.49 0.67 154.50 6.72 4.16 1.41 54.10 125.60 1.22 27.18 25.33 1.51 290.00 -1641 1996 4 15 0.79 10.62 31.01 0.98 1.35 8.35 5.82 . 4.73 5.12 1.51 243.10 7.73 34.50 1.55 1573.50 108.36 782.80 2.51 7.48 1.68 6.51 0.67 155.00 6.75 4.22 1.41 54.20 126.10 1.23 27.16 25.33 1.50 290.00 -1642 1996 4 16 0.78 10.62 31.02 0.98 1.35 8.35 5.83 . 4.75 5.13 1.51 243.15 7.73 34.40 1.55 1576.00 108.28 781.90 2.50 7.44 1.68 6.51 0.67 155.09 6.76 4.24 1.41 54.20 125.95 1.23 27.16 25.32 1.50 290.00 -1643 1996 4 17 0.78 10.58 30.92 0.98 1.35 8.35 5.81 . 4.73 5.11 1.50 241.85 7.73 34.25 1.56 1576.80 108.27 781.70 2.49 7.43 1.68 6.49 0.68 154.55 6.74 4.23 1.40 53.85 125.60 1.22 27.16 25.32 1.50 290.00 -1644 1996 4 18 0.78 10.62 31.01 0.98 1.36 8.35 5.82 . 4.74 5.11 1.50 242.10 7.73 34.30 1.56 1571.30 107.10 779.90 2.49 7.44 1.68 6.50 0.68 154.80 6.72 4.24 1.40 54.05 125.70 1.22 27.15 25.30 1.51 290.00 -1645 1996 4 19 0.78 10.60 30.97 0.99 1.36 8.35 5.81 . 4.76 5.10 1.50 241.70 7.73 34.25 1.56 1570.00 107.10 779.10 2.49 7.41 1.68 6.49 0.68 154.70 6.69 4.27 1.40 54.30 125.49 1.22 27.15 25.29 1.51 290.00 -1646 1996 4 22 0.78 10.66 31.14 0.99 1.36 8.35 5.84 . 4.77 5.13 1.51 241.68 7.73 34.20 1.56 1553.50 106.70 778.90 2.49 7.38 1.69 6.51 0.68 155.33 6.70 4.25 1.40 54.50 126.00 1.22 27.16 25.30 1.51 499.50 -1647 1996 4 23 0.78 10.68 31.20 0.99 1.36 8.35 5.86 . 4.81 5.13 1.51 242.30 7.73 34.30 1.56 1551.50 106.59 779.20 2.49 7.43 1.69 6.53 0.68 155.60 6.71 4.25 1.41 54.25 126.25 1.22 27.18 25.28 1.51 489.00 -1648 1996 4 24 0.78 10.70 31.26 0.99 1.36 8.35 5.87 . 4.82 5.13 1.52 242.10 7.73 34.25 1.56 1555.50 106.77 778.90 2.49 7.44 1.70 6.54 0.68 155.70 6.74 4.26 1.40 54.40 126.45 1.23 27.22 25.30 1.51 462.25 -1649 1996 4 25 0.78 10.76 31.43 0.99 1.36 8.35 5.89 . 4.83 5.16 1.52 243.30 7.73 34.35 1.55 1564.00 106.47 779.60 2.50 7.39 1.71 6.56 0.68 156.50 6.80 4.45 1.40 54.52 126.80 1.23 27.20 25.30 1.51 469.25 -1650 1996 4 26 0.78 10.75 31.40 0.99 1.36 8.35 5.89 . 4.84 5.15 1.52 243.50 7.73 34.35 1.56 1564.70 105.54 779.10 2.49 7.41 1.71 6.56 0.68 156.53 6.76 4.43 1.40 54.52 126.73 1.23 27.20 25.30 1.51 465.25 -1651 1996 4 29 0.78 10.71 31.27 0.99 1.36 8.35 5.87 . 4.82 5.14 1.52 242.30 7.73 34.28 1.56 1563.30 104.52 779.20 2.49 7.46 1.70 6.54 0.68 156.00 6.75 4.36 1.40 54.25 126.45 1.23 27.17 25.25 1.50 466.00 -1652 1996 4 30 0.78 10.77 31.48 0.99 1.36 8.35 5.90 . 4.84 5.16 1.53 244.00 7.73 35.00 1.55 1562.50 104.63 778.30 2.49 7.44 1.71 6.57 0.68 157.00 6.78 4.32 1.40 54.72 127.25 1.24 27.17 25.26 1.50 464.20 -1653 1996 5 1 0.78 10.79 31.53 0.99 1.36 8.35 5.91 . 4.85 5.17 1.53 244.70 7.73 34.80 1.55 1559.75 105.08 778.30 2.49 7.42 1.71 6.58 0.68 157.33 6.83 4.33 1.40 54.77 127.50 1.24 27.17 25.27 1.49 464.25 -1654 1996 5 2 0.79 10.76 31.49 0.99 1.36 8.35 5.90 . 4.81 5.16 1.52 243.38 7.73 34.75 1.55 1563.50 104.49 778.60 2.49 7.47 1.71 6.57 0.68 157.20 6.86 4.39 1.40 54.82 127.62 1.24 27.17 25.26 1.50 465.25 -1655 1996 5 3 0.79 10.75 31.41 0.99 1.36 8.35 5.88 . 4.79 5.16 1.52 243.55 7.73 34.65 1.55 1561.00 104.83 778.30 2.49 7.48 1.70 6.56 0.68 157.25 6.82 4.38 1.40 54.62 127.43 1.24 27.17 25.28 1.50 468.00 -1656 1996 5 6 0.79 10.73 31.38 0.99 1.36 8.35 5.89 . 4.81 5.15 1.52 243.40 7.73 34.65 1.56 1558.50 104.93 778.30 2.49 7.53 1.70 6.56 0.68 157.10 6.84 4.40 1.40 54.50 127.35 1.24 27.18 25.26 1.50 474.00 -1657 1996 5 7 0.79 10.70 31.28 0.99 1.36 8.35 5.87 . 4.80 5.14 1.52 242.38 7.73 34.45 1.56 1556.00 104.97 778.30 2.49 7.51 1.70 6.55 0.68 156.28 6.82 4.38 1.40 54.77 126.75 1.24 27.17 25.24 1.51 468.25 -1658 1996 5 8 0.80 10.66 31.15 0.99 1.36 8.35 5.84 . 4.74 5.12 1.51 242.00 7.73 34.70 1.57 1558.00 105.15 778.40 2.48 7.49 1.69 6.52 0.68 156.05 6.80 4.49 1.40 54.82 126.45 1.23 27.17 25.23 1.52 464.25 -1659 1996 5 9 0.79 10.67 31.18 0.99 1.36 8.35 5.86 . 4.72 5.14 1.51 241.80 7.73 35.20 1.57 1561.25 104.80 778.50 2.49 7.48 1.69 6.53 0.68 156.40 6.78 4.47 1.40 54.77 127.18 1.23 27.18 25.23 1.52 468.25 -1660 1996 5 10 0.80 10.74 31.40 0.99 1.36 8.35 5.89 . 4.72 5.17 1.52 243.35 7.73 35.35 1.56 1559.00 105.50 778.50 2.48 7.45 1.70 6.56 0.69 156.95 6.78 4.39 1.40 54.76 127.60 1.24 27.18 25.25 1.52 467.05 -1661 1996 5 13 0.80 10.78 31.50 0.99 1.36 8.35 5.91 . 4.74 5.18 1.53 243.25 7.73 35.40 1.56 1554.40 104.96 778.30 2.48 7.44 1.71 6.57 0.68 157.35 6.76 4.37 1.40 55.00 127.75 1.24 27.18 25.25 1.51 468.50 -1662 1996 5 14 0.80 10.80 31.55 0.99 1.36 8.35 5.92 . 4.75 5.19 1.53 243.20 7.73 35.00 1.55 1555.50 105.80 778.20 2.49 7.42 1.71 6.58 0.68 157.70 6.77 4.30 1.40 54.30 128.12 1.25 27.20 25.28 1.51 468.00 -1663 1996 5 15 0.80 10.79 31.51 0.99 1.36 8.35 5.92 . 4.71 5.19 1.53 243.50 7.73 34.90 1.56 1554.50 106.85 778.40 2.49 7.45 1.71 6.58 0.68 157.60 6.76 4.32 1.40 55.00 128.00 1.25 27.21 25.28 1.51 469.25 -1664 1996 5 16 0.80 10.80 31.58 0.99 1.36 8.35 5.92 . 4.72 5.19 1.53 243.55 7.73 35.00 1.55 1556.50 106.67 779.30 2.49 7.43 1.71 6.58 0.68 157.86 6.74 4.36 1.40 54.91 128.32 1.25 27.22 25.30 1.51 474.00 -1665 1996 5 17 0.80 10.75 31.41 0.99 1.37 8.34 5.90 . 4.70 5.17 1.52 242.30 7.73 35.10 1.56 1547.70 106.53 780.20 2.48 7.41 1.70 6.56 0.68 157.22 6.73 4.32 1.40 55.30 127.67 1.25 27.24 25.30 1.51 476.25 -1666 1996 5 20 0.79 10.79 31.53 0.99 1.37 8.34 5.92 . 4.71 5.19 1.53 243.05 7.73 35.10 1.56 1553.10 107.14 781.00 2.49 7.42 1.71 6.58 0.68 157.70 6.75 4.32 1.40 54.99 127.92 1.26 27.32 25.31 1.51 469.25 -1667 1996 5 21 0.79 10.84 31.69 0.99 1.37 8.34 5.95 . 4.72 5.21 1.54 243.75 7.73 35.20 1.55 1560.00 107.00 780.10 2.49 7.40 1.72 6.61 0.68 158.30 6.81 4.33 1.40 55.00 128.45 1.26 27.33 25.31 1.51 470.25 -1668 1996 5 22 0.79 10.83 31.65 0.99 1.37 8.34 5.94 . 4.73 5.21 1.53 243.70 7.73 35.05 1.55 1561.80 107.04 781.60 2.49 7.39 1.72 6.59 0.68 158.08 6.82 4.35 1.40 54.85 128.25 1.26 27.34 25.31 1.51 472.25 -1669 1996 5 23 0.79 10.84 31.66 0.99 1.37 8.34 5.94 . 4.74 5.21 1.54 243.98 7.73 35.10 1.56 1559.10 106.78 781.60 2.49 7.38 1.72 6.59 0.68 158.15 6.84 4.36 1.41 54.99 128.45 1.26 27.30 25.32 1.51 470.25 -1670 1996 5 24 0.79 10.86 31.72 0.99 1.37 8.34 5.95 . 4.76 5.22 1.54 244.35 7.73 35.25 1.55 1561.00 107.90 781.60 2.50 7.40 1.72 6.60 0.68 158.50 6.83 4.36 1.41 55.30 128.60 1.26 27.95 25.33 1.51 470.00 -1671 1996 5 27 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1672 1996 5 28 0.79 10.89 31.81 0.99 1.37 8.34 5.97 . 4.76 5.23 1.54 244.35 7.73 35.18 1.55 1558.20 108.70 786.80 2.49 7.40 1.73 6.61 0.68 158.80 6.82 4.40 1.41 54.90 128.80 1.27 27.91 25.36 1.51 470.75 -1673 1996 5 29 0.79 10.86 31.75 0.99 1.37 8.33 5.96 . 4.75 5.23 1.54 244.00 7.73 35.25 1.56 1555.40 108.77 788.30 2.50 7.41 1.72 6.60 0.68 158.90 6.81 4.38 1.40 54.81 129.30 1.27 27.79 25.36 1.52 470.25 -1674 1996 5 30 0.79 10.78 31.49 0.99 1.36 8.34 5.92 . 4.73 5.18 1.53 242.80 7.73 35.24 1.57 1549.50 107.65 788.30 2.49 7.44 1.71 6.55 0.68 158.00 6.76 4.37 1.40 54.81 129.25 1.25 27.68 25.31 1.53 470.25 -1675 1996 5 31 0.79 10.74 31.37 0.99 1.37 8.34 5.89 . 4.71 5.16 1.52 241.50 7.73 35.23 1.58 1544.00 107.99 788.00 2.49 7.43 1.70 6.52 0.67 157.18 6.73 4.35 1.40 55.10 128.60 1.25 27.68 25.32 1.54 471.25 -1676 1996 6 3 0.80 10.75 31.42 0.99 1.36 8.34 5.90 . 4.70 5.17 1.52 241.20 7.73 35.10 1.58 1544.30 108.37 785.80 2.50 7.48 1.71 6.53 0.68 157.47 6.71 4.35 1.40 55.15 128.63 1.25 27.69 25.34 1.55 471.25 -1677 1996 6 4 0.79 10.78 31.32 0.99 1.36 8.34 5.91 . 4.68 5.18 1.53 241.68 7.73 35.10 1.58 1544.70 109.20 786.60 2.50 7.43 1.71 6.54 0.67 157.97 6.70 4.38 1.40 55.50 129.30 1.25 27.76 25.34 1.54 471.25 -1678 1996 6 5 0.79 10.77 31.47 0.99 1.36 8.34 5.90 . 4.69 5.18 1.53 241.95 7.73 35.06 1.58 1546.80 108.84 787.00 2.49 7.48 1.71 6.54 0.67 158.10 6.73 4.37 1.41 55.30 129.74 1.25 27.77 25.35 1.54 471.25 -1679 1996 6 6 0.78 10.78 31.51 0.99 1.36 8.34 5.91 . 4.71 5.19 1.53 242.05 7.73 35.00 1.57 1549.00 109.26 787.00 2.49 7.51 1.71 6.55 0.66 158.20 6.74 4.35 1.40 55.33 129.50 1.26 27.68 25.37 1.54 472.50 -1680 1996 6 7 0.79 10.79 31.56 0.99 1.36 8.34 5.92 . 4.71 5.19 1.53 242.30 7.74 35.00 1.57 1549.25 109.23 787.60 2.49 7.52 1.71 6.56 0.66 158.25 6.75 4.36 1.40 55.31 129.40 1.26 27.73 25.36 1.54 473.25 -1681 1996 6 10 0.79 10.79 31.57 0.99 1.36 8.34 5.92 . 4.70 5.19 1.53 242.50 7.74 35.00 1.57 1551.00 109.07 790.80 2.49 7.53 1.71 6.56 0.67 158.30 6.75 4.35 1.40 55.30 129.58 1.26 27.74 25.36 1.53 473.00 -1682 1996 6 11 0.79 10.81 31.60 0.99 1.36 8.34 5.93 . 4.70 5.20 1.53 242.45 7.74 35.05 1.57 1551.50 109.50 792.50 2.49 7.62 1.72 6.56 0.67 158.45 6.71 4.35 1.40 55.80 129.60 1.26 27.75 25.37 1.53 473.50 -1683 1996 6 12 0.79 10.81 31.61 1.00 1.36 8.34 5.92 . 4.69 5.20 1.53 242.65 7.74 35.05 1.57 1549.00 109.47 794.90 2.49 7.58 1.71 6.56 0.67 158.40 6.71 4.32 1.40 55.39 129.40 1.26 27.74 25.37 1.53 473.00 -1684 1996 6 13 0.79 10.79 31.56 1.00 1.36 8.34 5.91 . 4.69 5.20 1.53 243.25 7.74 35.10 1.57 1552.00 108.85 797.80 2.49 7.64 1.71 6.56 0.67 158.10 6.71 4.32 1.40 55.42 129.65 1.25 27.66 25.36 1.53 472.50 -1685 1996 6 14 0.79 10.72 31.38 1.00 1.36 8.34 5.88 . 4.69 5.17 1.52 242.10 7.74 35.10 1.58 1546.50 108.87 796.40 2.49 7.60 1.70 6.53 0.67 157.15 6.70 4.35 1.40 55.45 128.80 1.25 27.61 25.35 1.53 472.50 -1686 1996 6 17 0.79 10.68 31.24 1.00 1.36 8.34 5.85 . 4.65 5.14 1.51 240.78 7.74 35.10 1.58 1539.00 108.85 798.90 2.49 7.59 1.69 6.51 0.67 156.23 6.66 4.34 1.40 55.60 128.20 1.24 27.67 25.34 1.54 471.50 -1687 1996 6 18 0.78 10.66 31.18 1.00 1.36 8.34 5.84 . 4.63 5.14 1.51 240.25 7.74 35.15 1.58 1536.30 108.04 798.40 2.49 7.59 1.69 6.50 0.67 156.05 6.64 4.35 1.40 55.57 128.10 1.24 27.65 25.31 1.54 471.76 -1688 1996 6 19 0.78 10.70 31.31 1.00 1.36 8.34 5.85 . 4.63 5.16 1.52 240.95 7.74 35.10 1.58 1535.00 108.05 799.20 2.49 7.53 1.70 6.51 0.67 156.50 6.62 4.35 1.40 55.55 128.35 1.25 27.65 25.31 1.54 471.50 -1689 1996 6 20 0.78 10.72 31.34 1.00 1.36 8.34 5.86 . 4.63 5.16 1.52 241.20 7.74 35.10 1.58 1534.10 108.10 807.00 2.49 7.56 1.70 6.51 0.67 156.70 6.63 4.36 1.40 55.10 128.30 1.25 27.65 25.32 1.54 471.75 -1690 1996 6 21 0.79 10.78 31.53 1.00 1.36 8.34 5.90 . 4.67 5.19 1.53 242.00 7.74 35.05 1.58 1540.00 109.10 807.30 2.49 7.58 1.71 6.55 0.67 157.50 6.65 4.36 1.41 56.00 128.90 1.26 27.62 25.36 1.53 471.50 -1691 1996 6 24 0.79 10.76 31.50 1.00 1.36 8.34 5.90 . 4.64 5.18 1.53 242.10 7.73 35.10 1.58 1538.60 108.94 811.60 2.49 7.65 1.71 6.54 0.67 157.30 6.65 4.35 1.40 56.10 128.75 1.26 27.63 25.35 1.54 471.00 -1692 1996 6 25 0.79 10.77 31.49 1.00 1.36 8.34 5.89 . 4.64 5.18 1.52 242.05 7.73 35.10 1.58 1536.60 109.03 811.00 2.49 7.61 1.71 6.53 0.67 157.20 6.63 4.35 1.41 55.80 128.70 1.26 27.69 25.36 1.54 471.25 -1693 1996 6 26 0.79 10.74 31.44 1.00 1.36 8.34 5.89 . 4.63 5.16 1.52 241.85 7.73 35.10 1.58 1536.00 109.50 808.80 2.49 7.62 1.71 6.53 0.68 157.10 6.60 4.33 1.41 55.75 128.48 1.25 27.64 25.38 1.54 469.25 -1694 1996 6 27 0.78 10.71 31.32 1.00 1.36 8.34 5.86 . 4.63 5.14 1.52 241.00 7.74 35.20 1.59 1534.00 109.45 809.00 2.49 7.64 1.70 6.50 0.68 156.55 6.63 4.33 1.40 55.71 128.00 1.25 27.60 25.38 1.54 469.25 -1695 1996 6 28 0.78 10.70 31.31 1.00 1.36 8.34 5.86 . 4.64 5.14 1.52 240.70 7.74 35.43 1.59 1532.25 109.48 811.40 2.49 7.59 1.70 6.49 0.68 156.50 6.62 4.33 1.41 55.44 128.05 1.25 27.55 25.40 1.55 469.75 -1696 1996 7 1 0.78 10.72 31.36 1.00 1.36 8.34 5.87 . 4.66 5.15 1.52 239.73 7.74 35.10 1.59 1533.90 109.56 809.90 2.49 7.61 1.70 6.50 0.68 156.77 6.65 4.33 1.41 55.50 128.16 1.24 27.54 25.38 1.55 470.25 -1697 1996 7 2 0.78 10.73 31.39 1.00 1.36 8.34 5.87 . 4.67 5.15 1.52 239.80 7.74 35.15 1.59 1536.00 110.10 812.80 2.49 7.59 1.71 6.50 0.68 156.83 6.69 4.33 1.41 55.60 128.30 1.25 27.51 25.39 1.55 470.25 -1698 1996 7 3 0.78 10.72 31.32 1.00 1.36 8.34 5.86 . 4.67 5.14 1.52 239.10 7.74 35.15 1.59 1531.75 110.31 806.00 2.49 7.60 1.70 6.49 0.68 156.49 6.66 4.33 1.41 55.08 128.03 1.25 27.58 25.42 1.55 470.00 -1699 1996 7 4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1700 1996 7 5 0.79 10.77 31.52 1.00 1.36 8.34 5.89 . 4.67 5.17 1.53 240.37 7.74 35.20 1.59 1537.10 110.95 813.70 2.49 7.63 1.71 6.53 0.68 157.28 6.69 4.33 1.41 55.21 128.78 1.26 27.57 25.42 1.55 470.25 -1701 1996 7 8 0.79 10.75 31.50 1.00 1.37 8.33 5.89 . 4.66 5.17 1.52 240.40 7.74 35.45 1.59 1537.00 110.94 814.20 2.49 7.67 1.71 6.53 0.68 157.27 6.70 4.34 1.41 55.00 128.70 1.26 27.68 25.43 1.55 470.50 -1702 1996 7 9 0.79 10.73 31.41 1.00 1.36 8.33 5.87 . 4.65 5.16 1.52 239.65 7.74 35.40 1.59 1532.70 110.28 810.30 2.49 7.64 1.71 6.52 0.68 156.75 6.68 4.33 1.41 55.70 128.30 1.26 27.55 25.41 1.54 470.50 -1703 1996 7 10 0.79 10.73 31.43 1.00 1.36 8.33 5.87 . 4.68 5.16 1.52 239.90 7.74 35.45 1.59 1535.50 110.18 811.20 2.49 7.63 1.71 6.52 0.68 156.72 6.67 4.33 1.41 55.55 128.35 1.26 27.60 25.42 1.55 471.00 -1704 1996 7 11 0.79 10.70 31.36 1.00 1.37 8.33 5.88 . 4.64 5.14 1.52 238.90 7.73 35.60 1.59 1533.00 110.18 812.60 2.49 7.65 1.70 6.50 0.68 156.25 6.67 4.34 1.41 55.33 127.90 1.25 27.61 25.42 1.55 470.75 -1705 1996 7 12 0.79 10.71 31.24 1.00 1.36 8.33 5.86 . 4.65 5.15 1.52 239.36 7.73 35.60 1.59 1533.70 110.69 814.00 2.49 7.64 1.70 6.50 0.68 156.43 6.70 4.41 1.42 55.30 128.06 1.25 27.56 25.43 1.55 471.25 -1706 1996 7 15 0.79 10.69 31.30 1.00 1.36 8.33 5.86 . 4.61 5.15 1.52 239.10 7.73 35.70 1.59 1538.00 110.45 813.70 2.49 7.65 1.70 6.50 0.68 156.30 6.75 4.43 1.41 55.50 128.00 1.25 27.65 25.41 1.55 470.25 -1707 1996 7 16 0.79 10.48 30.70 1.00 1.37 8.34 5.74 . 4.54 5.04 1.48 235.85 7.73 35.95 1.60 1519.90 109.15 813.50 2.48 7.67 1.67 6.40 0.68 153.35 6.64 4.43 1.41 55.40 125.70 1.22 27.57 25.35 1.55 471.00 -1708 1996 7 17 0.78 10.45 30.59 1.00 1.37 8.34 5.72 . 4.50 5.02 1.48 235.90 7.73 36.00 1.59 1525.00 108.62 813.50 2.48 7.66 1.66 6.39 0.68 152.81 6.62 4.39 1.41 55.26 125.65 1.21 27.58 25.33 1.54 471.25 -1709 1996 7 18 0.79 10.46 30.63 1.00 1.36 8.34 5.74 . 4.52 5.03 1.48 235.30 7.73 35.83 1.60 1519.75 107.93 814.40 2.48 7.64 1.66 6.40 0.68 153.15 6.63 4.39 1.41 55.35 125.92 1.21 27.59 25.32 1.54 471.00 -1710 1996 7 19 0.79 10.48 30.67 1.00 1.36 8.34 5.73 . 4.52 5.04 1.48 235.55 7.73 35.80 1.60 1510.90 108.22 814.10 2.48 7.62 1.67 6.40 0.69 153.10 6.60 4.38 1.41 55.37 125.60 1.21 27.56 25.31 1.54 471.00 -1711 1996 7 22 0.79 10.47 30.58 1.00 1.36 8.34 5.72 . 4.51 5.01 1.48 235.27 7.73 35.75 1.61 1509.00 107.50 814.00 2.48 7.63 1.66 6.38 0.69 152.73 6.59 4.39 1.42 55.40 125.67 1.20 27.56 25.30 1.55 471.70 -1712 1996 7 23 0.79 10.49 30.72 1.00 1.37 8.34 5.74 . 4.53 5.04 1.49 237.10 7.73 35.80 1.61 1516.50 108.09 813.30 2.49 7.61 1.67 6.40 0.69 153.35 6.57 4.43 1.41 55.25 126.28 1.21 27.57 25.29 1.55 471.25 -1713 1996 7 24 0.79 10.48 30.72 1.00 1.37 8.34 5.74 . 4.52 5.05 1.49 237.40 7.73 35.75 1.61 1519.75 108.29 814.30 2.48 7.61 1.67 6.40 0.69 153.15 6.56 4.42 1.41 55.11 126.07 1.21 27.56 25.27 1.55 472.00 -1714 1996 7 25 0.78 10.41 30.49 1.00 1.37 8.34 5.70 . 4.48 5.01 1.47 236.20 7.73 35.85 1.61 1516.50 108.38 813.40 2.49 7.59 1.66 6.36 0.69 152.33 6.54 4.44 1.41 54.99 125.58 1.20 27.51 25.29 1.55 471.50 -1715 1996 7 26 0.78 10.44 30.57 1.00 1.37 8.34 5.72 . 4.50 5.03 1.48 236.80 7.73 35.80 1.61 1529.50 108.33 814.30 2.49 7.60 1.66 6.39 0.69 152.76 6.58 4.45 1.41 55.25 126.28 1.21 27.65 25.34 1.55 472.25 -1716 1996 7 29 0.78 10.42 30.52 1.01 1.37 8.34 5.71 . 4.50 5.02 1.48 235.98 7.74 35.80 1.61 1526.10 109.20 817.00 2.49 7.52 1.66 6.37 0.69 152.40 6.57 4.45 1.41 55.10 126.06 1.20 27.55 25.33 1.55 471.66 -1717 1996 7 30 0.78 10.41 30.47 1.01 1.37 8.34 5.71 . 4.51 5.02 1.47 236.10 7.73 36.85 1.61 1528.00 108.08 813.50 2.49 7.57 1.66 6.38 0.69 152.35 6.60 4.47 1.41 55.15 126.15 1.20 27.52 25.30 1.55 472.25 -1718 1996 7 31 0.77 10.35 30.35 1.01 1.37 8.34 5.69 . 4.49 4.99 1.47 234.58 7.73 35.70 1.61 1520.50 106.77 813.00 2.49 7.59 1.65 6.37 0.68 151.70 6.61 4.51 1.41 55.05 125.59 1.19 27.53 25.25 1.55 472.00 -1719 1996 8 1 0.77 10.37 30.42 1.01 1.37 8.34 5.69 . 4.47 5.00 1.47 235.10 7.73 35.65 1.61 1514.25 106.75 813.20 2.49 7.57 1.65 6.36 0.68 151.65 6.56 4.50 1.41 55.15 125.55 1.20 27.52 25.25 1.55 471.90 -1720 1996 8 2 0.77 10.40 30.46 1.00 1.37 8.34 5.71 . 4.48 5.02 1.47 235.93 7.73 35.55 1.60 1519.00 107.05 813.80 2.49 7.54 1.65 6.38 0.68 152.00 6.58 4.47 1.41 55.50 125.92 1.20 27.51 25.27 1.54 472.50 -1721 1996 8 5 0.77 10.44 30.57 1.00 1.37 8.34 5.73 . 4.50 5.04 1.48 237.30 7.73 35.80 1.60 1517.00 106.64 814.50 2.49 7.55 1.66 6.40 0.68 152.45 6.60 4.46 1.41 55.50 125.95 1.20 27.50 25.25 1.54 473.50 -1722 1996 8 6 0.77 10.44 30.57 1.01 1.37 8.33 5.73 . 4.48 5.05 1.48 236.96 7.73 35.80 1.60 1520.27 106.92 814.30 2.48 7.54 1.66 6.40 0.68 152.52 6.60 4.48 1.41 55.12 126.04 1.20 27.48 25.25 1.53 472.75 -1723 1996 8 7 0.77 10.46 30.61 1.01 1.37 8.33 5.74 . 4.47 5.06 1.48 237.20 7.73 35.80 1.60 1519.75 107.95 814.30 2.49 7.53 1.66 6.41 0.68 152.73 6.64 4.50 1.41 55.35 126.22 1.20 27.49 25.28 1.54 473.00 -1724 1996 8 8 0.77 10.44 30.59 1.03 1.37 8.33 5.74 . 4.47 5.05 1.48 237.03 7.73 35.95 1.60 1518.60 108.14 814.30 2.49 7.53 1.66 6.41 0.68 152.50 6.64 4.53 1.41 55.26 125.88 1.21 27.51 25.31 1.54 474.50 -1725 1996 8 9 0.77 10.40 30.49 1.01 1.37 8.33 5.72 . 4.45 5.05 1.47 236.80 7.73 35.90 1.61 1517.30 108.12 814.50 2.49 7.52 1.65 6.40 0.68 152.20 6.65 4.53 1.41 55.50 125.88 1.20 27.47 25.31 1.54 474.25 -1726 1996 8 12 0.77 10.39 30.44 1.01 1.37 8.33 5.71 . 4.44 5.05 1.47 236.35 7.73 35.80 1.61 1517.00 107.72 814.80 2.49 7.51 1.65 6.40 0.68 151.85 6.66 4.54 1.41 55.50 125.83 1.20 27.50 25.29 1.55 474.50 -1727 1996 8 13 0.77 10.39 30.44 1.01 1.37 8.33 5.71 . 4.44 5.05 1.47 236.35 7.73 35.80 1.61 1515.80 107.59 817.00 2.49 7.49 1.65 6.39 0.68 151.88 6.65 4.53 1.41 55.30 125.75 1.19 27.51 25.29 1.54 474.90 -1728 1996 8 14 0.77 10.46 30.64 1.01 1.37 8.33 5.75 . 4.46 5.08 1.48 238.16 7.73 35.80 1.60 1520.00 107.94 821.40 2.49 7.49 1.66 6.42 0.68 152.67 6.64 4.55 1.41 56.10 126.16 1.20 27.49 25.27 1.54 475.25 -1729 1996 8 15 0.78 10.45 30.62 1.01 1.37 8.33 5.75 . 4.46 5.08 1.48 237.75 7.73 35.80 1.60 1516.50 108.01 821.40 2.49 7.50 1.66 6.42 0.68 152.45 6.63 4.56 1.41 55.69 125.75 1.20 27.49 25.30 1.55 474.25 -1730 1996 8 16 0.78 10.51 30.77 1.01 1.37 8.33 5.77 . 4.48 5.10 1.49 238.18 7.73 35.80 1.60 1519.50 107.96 820.10 2.49 7.49 1.67 6.44 0.68 152.99 6.64 4.55 1.40 55.51 126.14 1.21 27.49 25.30 1.54 474.75 -1731 1996 8 19 0.79 10.47 30.68 1.01 1.37 8.33 5.75 . 4.47 5.09 1.48 237.75 7.73 35.80 1.60 1517.70 107.87 819.50 2.49 7.49 1.66 6.43 0.68 152.67 6.63 4.57 1.41 55.90 125.94 1.20 27.49 25.28 1.54 475.35 -1732 1996 8 20 0.78 10.47 30.67 1.01 1.37 8.33 5.74 . 4.48 5.08 1.48 237.70 7.73 35.80 1.60 1519.50 108.30 819.90 2.49 7.48 1.67 6.42 0.68 152.70 6.60 4.56 1.41 55.88 125.83 1.20 27.53 25.29 1.54 475.10 -1733 1996 8 21 0.78 10.44 30.55 1.01 1.37 8.33 5.73 . 4.47 5.07 1.48 237.25 7.73 35.70 1.61 1516.30 108.34 818.90 2.49 7.49 1.66 6.43 0.69 152.35 6.60 4.56 1.41 55.60 125.55 1.20 27.51 25.31 1.54 475.50 -1734 1996 8 22 0.79 10.49 30.72 1.01 1.37 8.33 5.76 . 4.52 5.08 1.49 238.00 7.73 35.80 1.60 1518.60 108.23 819.30 2.49 7.48 1.67 6.45 0.69 153.05 6.61 4.56 1.41 55.75 126.20 1.20 27.51 25.31 1.55 475.00 -1735 1996 8 23 0.79 10.45 30.60 1.01 1.37 8.33 5.74 . 4.51 5.06 1.48 237.25 7.73 35.80 1.61 1515.50 108.40 818.40 2.49 7.49 1.66 6.43 0.69 152.45 6.59 4.54 1.41 55.80 125.65 1.20 27.50 25.31 1.55 475.11 -1736 1996 8 26 0.79 10.41 30.47 1.02 1.37 8.33 5.71 . 4.49 5.05 1.47 236.50 7.73 35.85 1.61 1512.25 107.70 818.20 2.49 7.50 1.65 6.40 0.69 151.86 6.59 4.53 1.40 55.70 125.10 1.19 27.48 25.29 1.55 476.00 -1737 1996 8 27 0.78 10.40 30.45 1.01 1.36 8.33 5.71 . 4.49 5.06 1.47 236.50 7.73 35.85 1.61 1514.00 107.78 819.10 2.49 7.52 1.65 6.41 0.69 151.63 6.61 4.52 1.40 55.85 125.05 1.19 27.48 25.28 1.55 475.50 -1738 1996 8 28 0.79 10.39 30.41 1.01 1.36 8.33 5.70 . 4.48 5.05 1.47 236.23 7.73 35.85 1.62 1510.30 108.44 819.50 2.49 7.49 1.65 6.40 0.69 151.47 6.60 4.50 1.40 55.90 124.92 1.19 27.50 25.29 1.55 475.50 -1739 1996 8 29 0.79 10.42 30.50 1.01 1.36 8.33 5.72 . 4.47 5.07 1.48 237.25 7.73 35.85 1.61 1515.00 108.50 819.80 2.49 7.53 1.66 6.42 0.69 151.93 6.62 4.50 1.40 55.85 125.31 1.19 27.49 25.31 1.55 475.25 -1740 1996 8 30 0.79 10.41 30.49 1.01 1.36 8.33 5.71 . 4.47 5.06 1.48 236.50 7.73 35.85 1.62 1511.50 108.70 819.30 2.49 7.59 1.65 6.41 0.69 151.86 6.62 4.49 1.40 55.55 125.16 1.20 27.47 25.32 1.56 476.00 -1741 1996 9 2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1742 1996 9 3 0.79 10.44 30.56 1.01 1.36 8.33 5.73 . 4.49 5.08 1.48 236.90 7.73 35.75 1.62 1513.47 109.28 818.90 2.49 7.58 1.66 6.41 0.69 152.02 6.63 4.48 1.40 55.46 125.33 1.20 27.52 25.50 1.56 475.80 -1743 1996 9 4 0.79 10.43 30.55 1.01 1.36 8.33 5.73 . 4.50 5.08 1.48 236.75 7.73 35.95 1.62 1512.50 108.85 818.80 2.49 7.56 1.66 6.41 0.69 151.95 6.64 4.48 1.40 55.65 125.44 1.20 27.50 25.29 1.56 476.30 -1744 1996 9 5 0.79 10.44 30.59 1.01 1.37 8.33 5.73 . 4.50 5.08 1.48 237.50 7.73 35.95 1.62 1512.00 109.09 818.30 2.49 7.60 1.66 6.40 0.69 152.20 6.64 4.50 1.40 56.10 125.60 1.20 27.50 25.34 1.56 476.55 -1745 1996 9 6 0.79 10.49 30.72 1.01 1.37 8.33 5.75 . 4.52 5.09 1.49 238.13 7.73 35.85 1.61 1512.00 109.37 819.20 2.49 7.57 1.67 6.40 0.69 152.73 6.65 4.51 1.40 56.10 125.97 1.21 27.50 25.36 1.56 476.75 -1746 1996 9 9 0.80 10.51 30.81 1.01 1.37 8.33 5.76 . 4.52 5.09 1.49 238.25 7.73 35.85 1.61 1510.00 109.19 819.60 2.50 7.55 1.67 6.41 0.69 153.05 6.65 4.49 1.40 55.78 126.12 1.21 27.49 25.35 1.55 477.00 -1747 1996 9 10 0.79 10.61 31.08 1.02 1.37 8.33 5.81 . 4.57 5.15 1.50 240.00 7.73 35.85 1.61 1518.25 109.84 822.80 2.50 7.55 1.69 6.47 0.69 154.40 6.72 4.49 1.40 55.74 127.20 1.23 27.50 25.80 1.55 476.75 -1748 1996 9 11 0.80 10.60 31.07 1.01 1.37 8.33 5.81 . 4.56 5.14 1.50 240.10 7.73 35.85 1.61 1525.30 110.25 821.60 2.50 7.56 1.69 6.47 0.69 154.45 6.69 4.48 1.41 55.95 127.40 1.23 27.50 25.39 1.55 476.75 -1749 1996 9 12 0.79 10.66 31.18 1.01 1.37 8.33 5.84 . 4.57 5.16 1.51 241.10 7.73 35.95 1.60 1528.50 110.30 823.20 2.50 7.55 1.69 6.49 0.69 155.05 6.70 4.49 1.40 55.75 127.83 1.23 27.50 25.39 1.55 476.75 -1750 1996 9 13 0.79 10.64 31.16 1.01 1.37 8.33 5.82 . 4.57 5.15 1.51 241.00 7.73 35.85 1.60 1528.80 110.44 821.00 2.49 7.51 1.69 6.48 0.69 154.75 6.66 4.49 1.40 56.00 127.70 1.24 27.50 25.41 1.55 476.75 -1751 1996 9 16 0.78 10.62 31.08 1.01 1.37 8.33 5.81 . 4.55 5.14 1.51 240.60 7.73 35.90 1.61 1525.10 110.15 829.00 2.49 7.52 1.69 6.46 0.69 154.25 6.63 4.48 1.41 56.00 127.25 1.23 27.50 25.41 1.55 476.80 -1752 1996 9 17 0.79 10.66 31.18 1.01 1.37 8.33 5.82 . 4.54 5.14 1.51 241.20 7.73 35.90 1.60 1525.20 110.39 829.20 2.49 7.51 1.69 6.48 0.69 154.75 6.62 4.48 1.41 56.06 127.75 1.24 27.51 25.40 1.55 476.50 -1753 1996 9 18 0.78 10.62 31.09 1.01 1.37 8.33 5.81 . 4.53 5.14 1.50 240.35 7.73 35.90 1.61 1524.50 109.21 828.50 2.49 7.49 1.69 6.46 0.70 154.00 6.62 4.48 1.40 55.76 127.04 1.24 27.50 25.36 1.56 476.66 -1754 1996 9 19 0.78 10.65 31.18 1.01 1.37 8.33 5.82 . 4.53 5.15 1.51 241.10 7.73 35.85 1.60 1525.60 109.38 824.30 2.49 7.51 1.69 6.48 0.69 154.45 6.62 4.49 1.40 56.22 127.37 1.24 27.51 25.37 1.55 475.20 -1755 1996 9 20 0.79 10.65 31.20 1.02 1.36 8.33 5.82 . 4.53 5.13 1.51 240.50 7.73 35.90 1.60 1523.60 109.87 820.20 2.50 7.55 1.69 6.47 0.69 154.36 6.61 4.50 1.40 56.65 127.40 1.23 27.51 25.39 1.55 475.15 -1756 1996 9 23 0.79 10.63 31.14 1.01 1.36 8.33 5.80 . 4.52 5.12 1.51 239.20 7.73 35.85 1.60 1523.70 109.86 821.30 2.50 7.59 1.69 6.46 0.69 154.05 6.59 4.51 1.40 56.46 127.33 1.23 27.51 25.38 1.55 475.45 -1757 1996 9 24 0.78 10.64 31.20 1.01 1.36 8.33 5.81 . 4.54 5.12 1.51 239.30 7.73 35.85 1.60 1521.60 109.82 821.40 2.50 7.53 1.69 6.46 0.69 154.20 6.59 4.51 1.40 55.00 127.35 1.23 27.50 25.38 1.55 476.00 -1758 1996 9 25 0.79 10.64 31.14 1.02 1.36 8.33 5.80 . 4.53 5.11 1.51 238.58 7.73 35.85 1.60 1514.10 110.38 821.40 2.50 7.53 1.69 6.45 0.69 153.87 6.60 4.51 1.40 56.50 127.25 1.23 27.48 25.37 1.56 475.25 -1759 1996 9 26 0.79 10.71 31.35 1.02 1.36 8.33 5.84 . 4.57 5.14 1.52 240.37 7.73 35.85 1.60 1519.20 110.45 821.40 2.50 7.54 1.70 6.49 0.69 154.90 6.65 4.53 1.40 56.50 128.05 1.25 27.49 25.41 1.56 473.00 -1760 1996 9 27 0.79 10.73 31.39 1.02 1.36 8.33 5.85 . 4.55 5.15 1.52 241.15 7.73 35.85 1.60 1522.30 110.85 821.40 2.50 7.54 1.71 6.49 0.69 155.13 6.63 4.53 1.40 56.85 128.22 1.25 27.49 25.42 1.56 471.25 -1761 1996 9 30 0.79 10.74 31.44 1.02 1.36 8.33 5.86 . 4.57 5.16 1.52 241.30 7.73 35.85 1.60 1523.85 111.65 826.50 2.50 7.55 1.71 6.50 0.69 155.30 6.63 4.53 1.40 56.47 128.51 1.25 27.49 25.42 1.56 472.75 -1762 1996 10 1 0.79 10.73 31.43 1.02 1.36 8.33 5.85 . 4.56 5.17 1.52 241.50 7.73 35.85 1.60 1522.50 111.37 821.00 2.50 7.53 1.71 6.50 0.69 155.05 6.62 4.53 1.40 56.66 128.53 1.25 27.49 25.43 1.56 471.25 -1763 1996 10 2 0.79 10.75 31.46 1.02 1.36 8.33 5.86 . 4.56 5.17 1.52 241.25 7.73 35.85 1.60 1516.40 111.66 821.70 2.50 7.52 1.71 6.50 0.69 154.67 6.60 4.50 1.41 56.76 128.60 1.25 27.50 25.44 1.56 467.25 -1764 1996 10 3 0.79 10.75 31.48 1.02 1.36 8.33 5.86 . 4.56 5.17 1.52 241.05 7.73 35.80 1.59 1516.90 111.48 821.70 2.50 7.53 1.71 6.50 0.69 154.64 6.61 4.52 1.40 57.15 128.72 1.25 27.50 25.43 1.56 466.00 -1765 1996 10 4 0.78 10.76 31.51 1.02 1.35 8.33 5.86 . 4.56 5.18 1.53 241.15 7.73 35.80 1.59 1521.10 111.63 824.80 2.49 7.54 1.71 6.51 0.69 154.95 6.61 4.53 1.41 57.15 128.75 1.25 27.50 25.44 1.56 466.00 -1766 1996 10 7 0.78 10.76 31.53 1.02 1.35 8.33 5.86 . 4.57 5.17 1.53 240.90 7.73 35.85 1.60 1516.60 111.27 828.10 2.50 7.53 1.71 6.51 0.69 154.75 6.62 4.54 1.41 56.75 128.67 1.25 27.50 25.45 1.56 466.00 -1767 1996 10 8 0.78 10.74 31.45 1.02 1.35 8.33 5.85 . 4.55 5.15 1.52 240.00 7.73 35.85 1.60 1518.00 111.31 829.10 2.50 7.54 1.71 6.49 0.69 154.60 6.58 4.53 1.41 56.83 128.50 1.25 27.51 25.44 1.56 465.60 -1768 1996 10 9 0.78 10.75 31.49 1.02 1.35 8.33 5.85 . 4.56 5.16 1.52 240.20 7.73 35.85 1.60 1522.10 111.47 829.50 2.50 7.58 1.71 6.50 0.68 154.66 6.58 4.54 1.41 56.84 128.55 1.25 27.51 25.44 1.56 468.00 -1769 1996 10 10 0.79 10.76 31.52 1.02 1.35 8.32 5.86 . 4.57 5.17 1.52 240.15 7.73 35.85 1.60 1523.50 111.28 833.90 2.50 7.61 1.71 6.50 0.69 154.90 6.60 4.55 1.40 56.90 128.75 1.25 27.51 25.45 1.56 472.50 -1770 1996 10 11 0.79 10.77 31.54 1.02 1.35 8.32 5.87 . 4.57 5.18 1.53 240.00 7.73 35.70 1.60 1522.80 111.66 829.10 2.50 7.64 1.71 6.51 0.69 155.00 6.60 4.54 1.40 56.40 128.80 1.25 27.49 25.46 1.57 470.75 -1771 1996 10 14 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1772 1996 10 15 0.79 10.84 31.74 1.02 1.35 8.32 5.90 . 4.59 5.20 1.54 240.97 7.73 35.75 1.60 1530.70 112.28 829.50 2.50 7.75 1.72 6.53 0.69 155.73 6.62 4.54 1.41 57.02 129.59 1.26 27.50 25.48 1.58 470.25 -1773 1996 10 16 0.79 10.81 31.68 1.02 1.35 8.32 5.89 . 4.59 5.20 1.53 240.50 7.73 35.75 1.59 1535.60 112.14 828.20 2.50 7.80 1.72 6.52 0.69 154.95 6.63 4.55 1.41 56.99 129.25 1.26 27.51 25.48 1.58 471.75 -1774 1996 10 17 0.79 10.85 31.80 1.02 1.35 8.32 5.91 . 4.61 5.21 1.54 241.22 7.73 35.80 1.59 1540.00 112.22 826.70 2.50 7.77 1.73 6.54 0.70 155.70 6.66 4.54 1.41 57.40 130.00 1.26 27.50 25.50 1.58 471.25 -1775 1996 10 18 0.79 10.84 31.78 1.02 1.34 8.32 5.90 . 4.61 5.21 1.54 241.05 7.73 35.73 1.60 1534.50 112.54 827.40 2.50 7.77 1.73 6.52 0.70 155.35 6.64 4.55 1.41 57.45 129.69 1.27 27.51 25.50 1.59 472.00 -1776 1996 10 21 0.79 10.80 31.64 1.02 1.34 8.33 5.88 . 4.59 5.19 1.53 240.20 7.73 35.85 1.60 1532.00 112.76 829.30 2.50 7.74 1.72 6.50 0.71 153.90 6.61 4.57 1.41 57.14 129.25 1.26 27.51 25.49 1.59 471.25 -1777 1996 10 22 0.79 10.79 31.61 1.02 1.34 8.33 5.87 . 4.60 5.18 1.53 240.00 7.73 35.85 1.60 1531.25 112.86 827.70 2.50 7.77 1.72 6.50 0.70 154.55 6.61 4.57 1.41 57.13 129.15 1.26 27.57 25.48 1.59 471.70 -1778 1996 10 23 0.79 10.71 31.36 1.02 1.34 8.33 5.83 . 4.56 5.14 1.52 238.50 7.73 35.65 1.61 1527.70 112.97 827.00 2.50 7.86 1.70 6.46 0.71 153.70 6.56 4.58 1.41 56.25 128.30 1.25 27.63 25.47 1.59 472.00 -1779 1996 10 24 0.79 10.70 31.34 1.02 1.34 8.33 5.84 . 4.57 5.14 1.52 238.78 7.73 35.75 1.60 1527.10 112.85 827.50 2.50 7.84 1.70 6.45 0.70 153.60 6.57 4.59 1.41 57.45 128.18 1.25 27.58 25.49 1.59 470.75 -1780 1996 10 25 0.79 10.69 31.35 1.02 1.34 8.33 5.82 . 4.54 5.13 1.52 237.30 7.73 35.75 1.61 1517.50 113.33 829.50 2.50 7.96 1.70 6.42 0.70 153.20 6.57 4.62 1.41 57.07 127.85 1.26 27.60 25.50 1.60 471.50 -1781 1996 10 28 0.79 10.68 31.26 1.02 1.34 8.33 5.82 . 4.54 5.12 1.51 237.90 7.73 35.80 1.62 1521.00 114.12 833.00 2.51 7.91 1.70 6.41 0.70 153.35 6.57 4.66 1.41 57.01 127.91 1.25 27.60 25.53 1.61 471.00 -1782 1996 10 29 0.79 10.61 31.09 1.02 1.34 8.33 5.80 . 4.52 5.10 1.50 237.20 7.73 35.85 1.62 1516.80 114.11 834.50 2.51 7.92 1.69 6.39 0.70 152.80 6.54 4.69 1.41 56.94 127.25 1.25 27.57 25.52 1.60 471.50 -1783 1996 10 30 0.79 10.62 31.09 1.02 1.34 8.33 5.79 . 4.51 5.09 1.50 236.95 7.73 35.85 1.63 1514.00 113.97 833.50 2.52 8.01 1.69 6.37 0.70 151.10 6.55 4.74 1.40 57.45 127.23 1.25 27.56 25.50 1.63 471.24 -1784 1996 10 31 0.79 10.65 31.20 1.02 1.34 8.33 5.81 . 4.53 5.11 1.51 237.85 7.73 35.90 1.62 1515.90 113.79 828.50 2.52 8.05 1.69 6.37 0.70 153.10 6.57 4.69 1.40 57.60 127.65 1.26 27.56 25.51 1.62 471.50 -1785 1996 11 1 0.78 10.65 31.19 1.02 1.33 8.32 5.81 . 4.53 5.11 1.51 238.25 7.73 35.84 1.63 1519.00 113.28 827.00 2.52 7.97 1.69 6.37 0.70 153.25 6.58 4.68 1.40 57.02 127.60 1.27 27.53 25.51 1.63 471.75 -1786 1996 11 4 0.78 10.66 31.20 1.02 1.33 8.32 5.82 . 4.54 5.12 1.51 239.00 7.73 35.75 1.64 1520.00 113.97 828.00 2.52 7.93 1.69 6.36 0.70 153.40 6.60 4.70 1.40 57.10 127.61 1.27 27.52 25.49 1.64 471.75 -1787 1996 11 5 0.78 10.69 31.31 1.02 1.33 8.32 5.83 . 4.56 5.13 1.52 238.20 7.73 35.74 1.64 1523.00 114.22 828.00 2.52 7.90 1.70 6.38 0.71 153.70 6.62 4.70 1.40 57.20 127.85 1.27 27.52 25.51 1.64 472.00 -1788 1996 11 6 0.79 10.69 31.29 1.02 1.33 8.32 5.83 . 4.56 5.12 1.51 239.15 7.73 35.85 1.64 1523.50 113.98 830.00 2.52 7.90 1.70 6.38 0.71 153.45 6.61 4.71 1.40 57.09 127.80 1.27 27.55 25.50 1.64 471.75 -1789 1996 11 7 0.78 10.61 31.07 1.03 1.33 8.32 5.79 . 4.54 5.09 1.50 237.95 7.73 35.85 1.65 1518.00 111.54 833.10 2.51 7.96 1.69 6.34 0.70 152.67 6.60 4.70 1.40 57.10 127.05 1.26 27.52 25.45 1.64 472.00 -1790 1996 11 8 0.78 10.59 31.02 1.03 1.33 8.32 5.78 . 4.54 5.09 1.50 238.16 7.73 36.12 1.65 1515.80 111.63 833.50 2.51 7.92 1.68 6.32 0.70 152.24 6.58 4.70 1.40 57.04 126.70 1.26 27.54 25.45 1.64 472.00 -1791 1996 11 11 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1792 1996 11 12 0.78 10.56 30.93 1.03 1.33 8.32 5.77 . 4.53 5.07 1.50 237.80 7.73 35.90 1.65 1514.00 111.50 831.00 2.52 7.92 1.68 6.31 0.70 152.20 6.63 4.67 1.40 56.82 126.50 1.26 27.52 25.43 1.64 472.26 -1793 1996 11 13 0.78 10.59 31.04 1.03 1.33 8.32 5.78 . 4.53 5.08 1.50 237.80 7.73 35.90 1.65 1515.70 111.41 831.00 2.52 7.93 1.68 6.31 0.71 152.15 6.64 4.69 1.40 56.61 126.74 1.26 27.52 25.44 1.65 472.26 -1794 1996 11 14 0.79 10.63 31.12 1.03 1.33 8.32 5.79 . 4.53 5.10 1.50 238.30 7.73 36.00 1.66 1519.70 111.29 831.00 2.52 7.92 1.69 6.32 0.71 152.65 6.63 4.69 1.40 56.95 127.10 1.27 27.52 25.45 1.66 471.25 -1795 1996 11 15 0.79 10.62 31.09 1.02 1.33 8.33 5.79 . 4.53 5.09 1.50 238.30 7.73 35.95 1.66 1520.00 111.30 831.00 2.52 7.95 1.69 6.33 0.70 152.50 6.62 4.67 1.39 57.20 127.05 1.27 27.52 25.42 1.66 471.25 -1796 1996 11 18 0.79 10.56 30.95 1.03 1.34 8.33 5.76 . 4.52 5.07 1.50 237.10 7.73 35.85 1.67 1511.40 111.31 830.00 2.52 7.91 1.68 6.33 0.70 151.70 6.60 4.66 1.39 57.40 126.40 1.26 27.52 25.42 1.67 471.00 -1797 1996 11 19 0.79 10.58 31.00 1.02 1.34 8.33 5.77 . 4.53 5.08 1.50 238.00 7.73 35.75 1.67 1513.80 111.55 830.00 2.52 7.90 1.68 6.33 0.71 152.20 6.63 4.63 1.40 57.06 126.61 1.27 27.52 25.43 1.67 469.50 -1798 1996 11 20 0.79 10.53 30.84 1.03 1.34 8.33 5.74 . 4.51 5.06 1.49 236.25 7.73 35.70 1.68 1496.00 111.25 832.00 2.52 7.89 1.67 6.30 0.70 151.20 6.60 4.66 1.40 56.97 125.95 1.26 27.52 25.41 1.67 470.75 -1799 1996 11 21 0.81 10.54 30.89 1.03 1.33 8.33 5.75 . 4.52 5.08 1.49 236.52 7.73 35.75 1.69 1497.40 111.42 832.00 2.51 7.89 1.68 6.32 0.71 151.50 6.61 4.60 1.40 56.95 126.05 1.26 27.52 25.42 1.68 470.50 -1800 1996 11 22 0.81 10.59 31.03 1.03 1.33 8.33 5.78 . 4.54 5.09 1.50 237.20 7.73 35.75 1.68 1502.70 111.41 830.00 2.51 7.88 1.68 6.34 0.71 152.05 6.61 4.61 1.40 57.65 126.65 1.26 27.52 25.42 1.68 471.50 -1801 1996 11 25 0.81 10.71 31.34 1.03 1.34 8.33 5.83 . 4.57 5.15 1.52 239.18 7.73 35.85 1.67 1506.00 112.69 830.00 2.52 7.92 1.70 6.40 0.71 153.45 6.64 4.60 1.40 56.65 127.89 1.28 27.52 25.46 1.66 471.50 -1802 1996 11 26 0.81 10.72 31.41 1.03 1.34 8.33 5.85 . 4.58 5.17 1.52 239.68 7.73 35.90 1.67 1514.10 112.66 832.00 2.52 7.88 1.71 6.41 0.70 153.90 6.67 4.58 1.40 56.55 128.38 1.29 27.52 25.47 1.67 472.25 -1803 1996 11 27 0.81 10.76 31.50 1.03 1.34 8.33 5.86 . 4.59 5.17 1.52 240.50 7.73 35.74 1.67 1513.20 113.33 832.00 2.52 7.89 1.71 6.41 0.70 154.33 6.67 4.55 1.40 56.65 128.65 1.29 27.52 25.50 1.67 472.50 -1804 1996 11 28 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1805 1996 11 29 0.81 10.81 31.69 1.03 1.34 8.33 5.89 . 4.61 5.22 1.53 241.91 7.73 35.74 1.68 1516.15 113.88 829.10 2.52 7.90 1.72 6.41 0.71 155.27 6.71 4.61 1.40 56.75 129.75 1.30 27.49 25.54 1.68 473.00 -1806 1996 12 2 0.81 10.86 31.84 1.03 1.35 8.33 5.90 . 4.62 5.23 1.54 242.60 7.73 35.80 1.68 1517.00 113.80 832.00 2.52 7.89 1.73 6.43 0.71 155.90 6.73 4.64 1.40 56.70 130.02 1.31 27.50 25.55 1.68 473.25 -1807 1996 12 3 0.79 11.00 32.27 1.03 1.34 8.33 5.98 . 4.66 5.28 1.56 245.20 7.73 35.75 1.63 1535.50 113.59 833.00 2.52 7.88 1.75 6.52 0.70 157.50 6.79 4.65 1.40 56.85 131.45 1.32 27.51 25.57 1.64 473.74 -1808 1996 12 4 0.79 10.99 32.20 1.03 1.35 8.33 5.98 . 4.66 5.27 1.56 245.65 7.73 35.83 1.64 1536.00 113.13 832.00 2.52 7.87 1.75 6.52 0.71 157.85 6.80 4.67 1.40 56.66 131.55 1.32 27.52 25.58 1.63 473.51 -1809 1996 12 5 0.79 10.92 32.00 1.03 1.35 8.33 5.96 . 4.64 5.24 1.55 244.45 7.73 35.87 1.63 1530.75 112.35 832.50 2.52 7.89 1.74 6.48 0.70 156.65 6.80 4.67 1.40 56.78 130.48 1.31 27.52 25.54 1.62 473.75 -1810 1996 12 6 0.79 10.87 31.87 1.03 1.35 8.33 5.92 . 4.62 5.22 1.54 244.10 7.73 35.90 1.64 1526.70 112.84 833.50 2.52 7.92 1.73 6.46 0.70 156.20 6.80 4.66 1.40 56.80 130.25 1.31 27.52 25.56 1.64 473.70 -1811 1996 12 9 0.80 10.96 32.11 1.03 1.35 8.32 5.96 . 4.66 5.26 1.55 245.30 7.73 35.92 1.65 1533.50 113.27 837.00 2.52 7.91 1.74 6.49 0.70 157.30 6.85 4.69 1.40 56.70 131.03 1.32 27.52 25.57 1.64 474.00 -1812 1996 12 10 0.80 10.94 32.05 1.03 1.35 8.32 5.94 . 4.64 5.25 1.55 245.10 7.73 35.91 1.65 1534.00 113.28 838.00 2.52 7.88 1.74 6.48 0.69 157.30 6.83 4.68 1.40 56.65 130.84 1.32 27.52 25.57 1.65 474.51 -1813 1996 12 11 0.79 10.84 31.76 1.03 1.36 8.32 5.89 . 4.61 5.20 1.54 243.84 7.73 35.90 1.66 1524.60 112.90 842.00 2.52 7.90 1.72 6.43 0.69 155.29 6.78 4.67 1.39 56.76 129.82 1.31 27.52 25.56 1.65 474.75 -1814 1996 12 12 0.79 10.86 31.82 1.03 1.35 8.32 5.91 . 4.62 5.22 1.54 243.70 7.73 35.90 1.66 1526.50 113.55 849.00 2.52 7.91 1.73 6.46 0.70 155.90 6.80 4.75 1.39 56.80 129.95 1.31 27.52 25.57 1.65 474.75 -1815 1996 12 13 0.79 10.88 31.87 1.03 1.36 8.32 5.92 . 4.62 5.21 1.54 244.60 7.73 35.90 1.66 1525.50 113.80 848.00 2.52 7.92 1.73 6.46 0.70 156.10 6.79 4.73 1.40 56.82 130.10 1.31 27.52 25.58 1.66 474.76 -1816 1996 12 16 0.79 10.93 32.01 1.03 1.36 8.32 5.94 . 4.63 5.23 1.55 245.08 7.73 35.89 1.66 1529.50 114.24 845.00 2.52 7.89 1.74 6.47 0.69 156.58 6.83 4.72 1.40 56.95 130.75 1.32 27.52 25.62 1.66 475.40 -1817 1996 12 17 0.79 10.87 31.86 1.04 1.36 8.32 5.91 . 4.61 5.22 1.54 244.75 7.73 35.85 1.66 1524.40 113.63 845.00 2.52 7.88 1.73 6.45 0.70 156.00 6.82 4.72 1.40 56.65 130.18 1.32 27.52 25.59 1.67 475.24 -1818 1996 12 18 0.79 10.94 32.04 1.03 1.36 8.32 5.94 . 4.63 5.25 1.55 246.45 7.73 35.95 1.66 1530.90 113.65 844.00 2.52 7.84 1.74 6.47 0.70 156.84 6.84 4.68 1.39 56.52 130.88 1.33 27.51 25.75 1.67 475.74 -1819 1996 12 19 0.79 10.94 32.14 1.03 1.36 8.32 5.96 . 4.65 5.26 1.55 246.95 7.73 35.92 1.65 1529.50 114.00 844.30 2.52 7.87 1.74 6.48 0.70 157.05 6.83 4.67 1.39 56.60 131.10 1.33 27.51 25.60 1.65 475.74 -1820 1996 12 20 0.79 10.91 31.94 1.03 1.36 8.32 5.93 . 4.62 5.23 1.55 246.96 7.73 35.89 1.65 1528.50 114.25 845.00 2.52 7.85 1.74 6.45 0.70 156.40 6.82 4.68 1.39 56.45 130.57 1.33 27.51 25.62 1.66 476.10 -1821 1996 12 23 0.79 10.95 32.06 1.03 1.36 8.32 5.95 . 4.64 5.25 1.55 247.67 7.73 35.88 1.65 1529.20 114.12 845.00 2.52 7.84 1.74 6.47 0.70 156.80 6.87 4.69 1.40 56.92 131.15 1.33 27.50 25.61 1.67 476.90 -1822 1996 12 24 0.79 10.95 32.06 1.03 1.36 8.32 5.95 . 4.65 5.25 1.55 247.50 7.73 35.85 1.65 1528.50 114.50 847.00 2.52 7.84 1.74 6.56 0.70 156.40 6.87 4.69 1.39 56.75 131.00 1.34 27.52 25.60 1.67 476.50 -1823 1996 12 25 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1824 1996 12 26 0.79 10.95 32.08 1.03 1.36 8.32 5.95 . 4.65 5.25 1.55 247.80 7.73 35.85 1.65 1528.30 114.92 846.50 2.52 7.85 1.74 6.46 0.70 156.73 6.87 4.69 1.39 56.70 131.16 1.34 27.52 25.63 1.67 476.25 -1825 1996 12 27 0.79 10.95 32.05 1.03 1.36 8.32 5.95 . 4.64 5.25 1.55 247.60 7.73 35.85 1.67 1528.80 116.13 847.00 2.52 7.86 1.74 6.45 0.70 156.60 6.86 4.68 1.40 56.80 131.08 1.35 27.52 25.64 1.69 476.35 -1826 1996 12 30 0.79 10.96 32.09 1.03 1.36 8.32 5.96 . 4.65 5.25 1.55 247.54 7.73 35.95 1.67 1530.50 115.88 847.00 2.52 7.86 1.74 6.45 0.70 156.90 6.88 4.68 1.40 56.76 131.30 1.35 27.52 25.64 1.69 476.60 -1827 1996 12 31 0.79 10.83 31.71 1.03 1.36 8.32 5.89 . 4.60 5.19 1.53 246.96 7.73 35.95 1.69 1519.00 115.77 847.50 2.52 7.88 1.72 6.37 0.70 155.10 6.82 4.68 1.39 56.70 129.86 1.33 27.52 25.65 1.71 476.75 -1828 1997 1 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1829 1997 1 2 0.78 10.84 31.76 1.03 1.37 8.32 5.89 . 4.61 5.19 1.54 244.60 7.73 36.00 1.66 1515.70 115.49 857.50 2.52 7.91 1.73 6.38 0.70 155.10 6.87 4.69 1.39 56.72 129.88 1.34 27.52 25.62 1.68 476.70 -1830 1997 1 3 0.79 10.98 32.13 1.03 1.37 8.32 5.95 . 4.67 5.27 1.56 246.64 7.73 35.95 1.66 1535.94 116.33 846.50 2.52 7.87 1.75 6.44 0.70 156.84 6.92 4.70 1.40 56.82 131.23 1.35 27.52 25.64 1.69 476.75 -1831 1997 1 6 0.78 11.02 32.28 1.04 1.36 8.32 5.98 . 4.70 5.29 1.56 246.75 7.73 35.93 1.66 1542.70 115.80 845.50 2.49 7.86 1.75 6.46 0.70 157.30 6.96 4.70 1.40 57.20 131.80 1.35 27.52 25.63 1.68 477.00 -1832 1997 1 7 0.78 10.99 32.21 1.04 1.35 8.32 5.96 . 4.68 5.28 1.56 245.70 7.73 35.97 1.66 1536.50 115.34 846.00 2.49 7.84 1.75 6.45 0.70 156.95 6.96 4.66 1.40 57.15 131.50 1.35 27.52 25.60 1.69 477.25 -1833 1997 1 8 0.77 11.08 32.49 1.04 1.35 8.32 6.01 . 4.71 5.32 1.57 247.25 7.73 35.95 1.66 1542.50 115.86 846.50 2.48 7.82 1.76 6.50 0.70 157.85 6.97 4.68 1.40 57.12 132.60 1.36 27.52 25.62 1.68 477.25 -1834 1997 1 9 0.77 11.10 32.52 1.04 1.35 8.32 6.01 . 4.70 5.32 1.57 246.83 7.73 35.89 1.66 1538.50 116.19 849.00 2.48 7.82 1.77 6.43 0.70 157.82 6.92 4.67 1.40 57.25 132.65 1.36 27.52 25.63 1.69 477.25 -1835 1997 1 10 0.78 11.15 32.70 1.04 1.34 8.32 6.03 . 4.72 5.35 1.58 247.35 7.73 35.90 1.65 1541.00 116.10 848.50 2.48 7.86 1.78 6.40 0.70 158.42 6.90 4.68 1.40 57.17 132.27 1.37 27.52 25.63 1.68 477.85 -1836 1997 1 13 0.77 11.19 32.80 1.04 1.34 8.32 6.05 . 4.72 5.37 1.59 249.19 7.73 35.90 1.64 1548.00 116.41 859.00 2.47 7.81 1.78 6.37 0.70 158.60 6.95 4.67 1.40 57.32 132.80 1.37 27.50 25.65 1.67 478.00 -1837 1997 1 14 0.78 11.22 32.92 1.04 1.35 8.32 6.08 . 4.75 5.38 1.59 248.68 7.73 35.90 1.63 1551.00 116.90 850.00 2.47 7.80 1.79 6.40 0.70 159.31 6.96 4.66 1.40 57.32 133.32 1.37 27.46 25.65 1.66 478.41 -1838 1997 1 15 0.77 11.20 32.83 1.04 1.34 8.32 6.06 . 4.74 5.37 1.59 248.50 7.73 35.88 1.64 1547.75 117.24 851.00 2.47 7.81 1.78 6.35 0.70 158.75 6.95 4.64 1.40 57.16 133.20 1.37 27.39 25.66 1.67 478.25 -1839 1997 1 16 0.77 11.22 32.89 1.04 1.33 8.32 6.08 . 4.74 5.38 1.59 248.48 7.73 35.88 1.63 1551.11 116.54 851.00 2.48 7.82 1.79 6.34 0.70 158.93 6.95 4.65 1.40 57.20 133.30 1.37 27.34 25.67 1.67 477.75 -1840 1997 1 17 0.78 11.32 33.27 1.04 1.33 8.32 6.14 . 4.77 5.43 1.61 251.12 7.73 35.89 1.63 1566.75 117.11 850.00 2.48 7.83 1.81 6.34 0.70 160.60 7.03 4.64 1.40 57.00 134.52 1.39 27.41 25.68 1.66 476.50 -1841 1997 1 20 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1842 1997 1 21 0.77 11.43 33.53 1.04 1.33 8.32 6.19 . 4.78 5.48 1.62 253.10 7.73 35.90 1.62 1578.60 117.80 853.00 2.48 7.80 1.82 6.47 0.70 161.87 7.09 4.65 1.40 57.10 135.87 1.41 27.49 25.75 1.66 477.00 -1843 1997 1 22 0.77 11.52 33.78 1.04 1.33 8.32 6.24 . 4.79 5.53 1.63 256.30 7.73 35.90 1.61 1596.05 118.92 856.00 2.48 7.80 1.84 6.51 0.70 163.28 7.14 4.61 1.40 57.25 137.35 1.42 27.52 25.77 1.65 477.10 -1844 1997 1 23 0.77 11.54 33.80 1.04 1.34 8.32 6.26 . 4.89 5.53 1.64 257.20 7.73 35.88 1.60 1601.50 119.65 855.50 2.48 7.80 1.84 6.61 0.69 163.88 7.27 4.61 1.40 57.25 137.91 1.42 27.46 25.81 1.62 475.50 -1845 1997 1 24 0.77 11.44 33.59 1.04 1.34 8.32 6.20 . 4.86 5.49 1.63 256.29 7.74 35.82 1.60 1587.14 119.06 856.50 2.48 7.83 1.83 6.56 0.69 163.31 7.22 4.61 1.40 57.55 137.40 1.40 27.48 25.80 1.62 474.75 -1846 1997 1 27 0.77 11.54 33.88 1.04 1.34 8.32 6.26 . 4.85 5.53 1.64 257.45 7.74 35.90 1.60 1597.60 119.45 857.50 2.48 7.83 1.84 6.49 0.69 164.28 7.26 4.58 1.40 57.65 138.18 1.42 27.47 25.81 1.62 476.00 -1847 1997 1 28 0.76 11.60 33.98 1.04 1.34 8.32 6.28 . 4.89 5.55 1.64 258.30 7.74 35.90 1.59 1615.20 121.19 861.00 2.49 7.82 1.85 6.54 0.68 165.10 7.30 4.57 1.41 57.59 139.00 1.42 27.47 25.85 1.61 476.00 -1848 1997 1 29 0.77 11.55 33.87 1.04 1.34 8.32 6.26 . 4.89 5.53 1.64 258.08 7.74 35.90 1.59 1612.90 121.98 861.50 2.49 7.83 1.84 6.54 0.68 164.75 7.28 4.55 1.40 57.62 138.85 1.42 27.47 25.89 1.62 475.11 -1849 1997 1 30 0.76 11.52 33.78 1.04 1.34 8.32 6.24 . 4.86 5.52 1.63 257.00 7.74 35.83 1.59 1609.10 121.55 867.00 2.48 7.85 1.83 6.48 0.69 164.10 7.22 4.56 1.40 57.72 138.30 1.42 27.46 25.97 1.61 475.00 -1850 1997 1 31 0.76 11.52 33.81 1.04 1.34 8.32 6.25 . 4.88 5.52 1.63 257.55 7.74 35.90 1.59 1610.50 121.25 867.00 2.48 7.82 1.83 6.49 0.68 164.15 7.24 4.56 1.40 57.67 138.68 1.41 27.45 25.91 1.60 474.90 -1851 1997 2 3 0.76 11.56 33.90 1.04 1.34 8.32 6.26 . 4.90 5.55 1.63 258.95 7.74 35.88 1.59 1623.90 121.68 869.00 2.48 7.82 1.84 6.48 0.68 165.00 7.29 4.53 1.40 57.72 139.65 1.42 27.46 25.90 1.61 474.45 -1852 1997 2 4 0.76 11.57 33.91 1.04 1.34 8.32 6.26 . 4.89 5.55 1.64 260.00 7.74 35.87 1.59 1621.35 122.34 871.00 2.49 7.83 1.84 6.45 0.68 165.35 7.32 4.53 1.40 57.72 139.35 1.42 27.46 25.91 1.62 475.00 -1853 1997 2 5 0.76 11.59 33.98 1.04 1.34 8.32 6.28 . 4.90 5.56 1.64 259.00 7.75 35.88 1.60 1623.00 123.59 872.00 2.49 7.82 1.85 6.45 0.69 165.40 7.37 4.49 1.41 57.66 139.45 1.42 27.52 25.94 1.63 474.50 -1854 1997 2 6 0.76 11.62 34.09 1.04 1.34 8.32 6.30 . 4.90 5.57 1.65 259.20 7.74 35.90 1.60 1626.00 123.82 868.00 2.49 7.83 1.85 6.47 0.68 165.98 7.38 4.46 1.41 57.80 139.73 1.42 27.52 25.98 1.63 474.50 -1855 1997 2 7 0.76 11.76 34.53 1.04 1.34 8.32 6.37 . 4.95 5.64 1.67 262.60 7.74 35.88 1.58 1634.50 124.54 872.00 2.49 7.81 1.88 6.56 0.68 167.75 7.42 4.44 1.41 60.00 141.25 1.44 27.54 26.05 1.62 475.25 -1856 1997 2 10 0.75 11.65 34.15 1.04 1.35 8.32 6.31 . 4.90 5.59 1.65 260.13 7.74 35.89 1.60 1629.50 122.74 871.50 2.48 7.80 1.85 6.56 0.68 166.31 7.34 4.39 1.40 57.73 140.06 1.42 27.53 25.94 1.63 475.30 -1857 1997 2 11 0.75 11.76 34.51 1.04 1.35 8.32 6.37 . 4.94 5.64 1.67 261.18 7.74 35.89 1.59 1638.70 123.17 871.50 2.48 7.80 1.87 6.58 0.68 168.03 7.40 4.41 1.41 57.85 141.43 1.43 27.56 25.94 1.64 475.30 -1858 1997 2 12 0.75 11.84 34.76 1.04 1.35 8.32 6.41 . 4.95 5.68 1.68 262.50 7.74 35.84 1.58 1649.20 124.02 871.50 2.48 7.79 1.89 6.61 0.68 169.25 7.39 4.40 1.41 57.79 142.55 1.44 27.56 25.99 1.63 474.75 -1859 1997 2 13 0.76 11.87 34.79 1.04 1.35 8.32 6.43 . 4.98 5.69 1.68 263.40 7.75 35.95 1.58 1661.00 124.35 877.50 2.48 7.79 1.89 6.65 0.69 169.60 7.40 4.41 1.41 57.71 142.86 1.45 27.56 26.04 1.62 473.50 -1860 1997 2 14 0.76 11.86 34.80 1.04 1.35 8.32 6.42 . 5.00 5.69 1.68 263.45 7.75 35.89 1.58 1659.00 124.06 877.00 2.48 7.78 1.89 6.69 0.69 169.55 7.36 4.41 1.41 57.69 142.79 1.46 27.56 26.10 1.62 472.65 -1861 1997 2 17 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1862 1997 2 18 0.76 11.88 34.80 1.04 1.35 8.32 6.43 . 5.02 5.69 1.68 264.65 7.75 35.90 1.56 1681.00 123.92 873.00 2.48 7.80 1.89 6.74 0.68 169.45 7.42 4.46 1.42 57.62 142.95 1.47 27.67 26.02 1.60 472.50 -1863 1997 2 19 0.76 11.94 35.02 1.05 1.35 8.32 6.48 . 5.06 5.73 1.69 266.07 7.74 35.90 1.56 1689.30 124.30 862.50 2.48 7.79 1.90 6.74 0.69 170.78 7.47 4.47 1.42 57.39 143.95 1.48 27.60 26.00 1.61 470.75 -1864 1997 2 20 0.77 11.86 34.86 1.05 1.35 8.32 6.43 . 5.03 5.69 1.68 264.20 7.74 35.88 1.57 1666.20 122.83 857.00 2.48 7.74 1.89 6.77 0.69 169.43 7.41 4.48 1.42 57.52 142.75 1.47 27.64 25.94 1.61 468.60 -1865 1997 2 21 0.77 11.88 34.86 1.05 1.36 8.32 6.44 . 5.04 5.70 1.68 264.64 7.75 35.90 1.57 1669.20 123.28 859.00 2.47 7.76 1.89 6.74 0.69 169.63 7.42 4.48 1.42 57.52 142.99 1.47 27.61 25.95 1.61 471.75 -1866 1997 2 24 0.77 11.77 34.49 1.05 1.36 8.32 6.37 . 4.99 5.64 1.67 261.86 7.74 35.90 1.58 1659.20 122.18 867.00 2.47 7.75 1.88 6.64 0.69 167.85 7.38 4.42 1.42 57.50 141.65 1.45 27.57 25.89 1.63 474.01 -1867 1997 2 25 0.77 11.79 34.61 1.05 1.36 8.32 6.39 . 4.99 5.65 1.67 262.06 7.74 35.90 1.58 1668.58 121.93 864.00 2.48 7.76 1.88 6.66 0.69 168.38 7.43 4.42 1.42 57.50 142.05 1.46 27.57 25.90 1.63 475.25 -1868 1997 2 26 0.77 11.88 34.84 1.05 1.36 8.32 6.44 . 5.02 5.69 1.68 263.15 7.74 35.86 1.58 1678.00 121.90 864.00 2.48 7.79 1.89 6.69 0.69 169.49 7.46 4.43 1.42 57.50 142.99 1.47 27.52 25.90 1.63 478.27 -1869 1997 2 27 0.77 11.88 34.84 1.05 1.36 8.32 6.43 . 5.03 5.69 1.68 264.23 7.74 35.90 1.57 1678.10 120.80 866.00 2.48 7.84 1.89 6.73 0.69 169.49 7.47 4.47 1.42 57.90 143.25 1.47 27.54 25.89 1.62 478.25 -1870 1997 2 28 0.77 11.87 34.82 1.05 1.36 8.32 6.43 . 5.03 5.69 1.68 264.70 7.74 35.91 1.58 1689.30 120.83 866.00 2.48 7.97 1.89 6.72 0.69 169.80 7.49 4.48 1.42 57.55 143.40 1.47 27.54 25.90 1.62 480.25 -1871 1997 3 3 0.78 11.93 35.01 1.05 1.36 8.32 6.46 . 5.07 5.72 1.69 266.72 7.74 35.86 1.57 1692.90 121.15 864.50 2.48 7.99 1.90 6.84 0.70 170.41 7.58 4.47 1.42 57.64 143.92 1.47 27.55 25.89 1.61 487.25 -1872 1997 3 4 0.78 12.06 35.35 1.05 1.37 8.32 6.53 . 5.10 5.77 1.71 268.90 7.74 35.89 1.56 1708.00 121.95 866.50 2.47 7.97 1.92 6.97 0.70 172.00 7.67 4.45 1.42 57.61 145.00 1.48 27.54 25.94 1.61 478.00 -1873 1997 3 5 0.78 12.05 35.32 1.05 1.36 8.32 6.53 . 5.12 5.77 1.71 268.55 7.74 35.88 1.56 1705.25 121.50 870.00 2.47 8.05 1.92 6.94 0.70 172.03 7.64 4.44 1.42 57.85 145.05 1.48 27.54 25.95 1.61 478.75 -1874 1997 3 6 0.78 12.08 35.42 1.05 1.36 8.32 6.54 . 5.12 5.78 1.71 269.30 7.74 35.88 1.55 1701.10 121.28 871.50 2.47 8.01 1.93 6.93 0.70 172.20 7.66 4.45 1.43 57.85 145.20 1.48 27.53 25.96 1.61 478.50 -1875 1997 3 7 0.78 12.09 35.45 1.05 1.36 8.32 6.55 . 5.13 5.79 1.71 269.80 7.74 35.87 1.55 1703.80 121.88 871.50 2.48 8.00 1.93 6.93 0.70 172.38 7.69 4.46 1.43 57.80 145.61 1.48 27.52 25.95 1.60 478.50 -1876 1997 3 10 0.78 11.98 35.10 1.05 1.37 8.32 6.49 . 5.08 5.74 1.70 267.80 7.74 35.90 1.55 1692.00 121.70 877.00 2.47 7.95 1.91 6.82 0.70 170.94 7.60 4.43 1.43 57.90 144.54 1.47 27.54 25.94 1.60 478.00 -1877 1997 3 11 0.79 11.99 35.14 1.05 1.36 8.32 6.49 . 5.09 5.74 1.70 267.20 7.74 35.86 1.56 1696.25 121.77 880.50 2.47 7.98 1.91 6.81 0.70 170.95 7.62 4.43 1.43 57.65 144.58 1.47 27.54 25.96 1.60 477.80 -1878 1997 3 12 0.79 11.96 35.08 1.05 1.36 8.32 6.49 . 5.08 5.74 1.70 266.82 7.74 35.85 1.55 1696.35 122.68 879.50 2.47 7.96 1.91 6.80 0.70 170.70 7.69 4.40 1.43 57.73 144.32 1.46 27.56 25.92 1.59 478.25 -1879 1997 3 13 0.79 12.00 35.19 1.05 1.36 8.32 6.51 . 5.08 5.75 1.70 268.00 7.74 35.87 1.55 1696.60 123.24 880.50 2.47 8.00 1.92 6.85 0.69 171.10 7.69 4.40 1.43 57.75 144.50 1.46 27.55 25.95 1.59 478.30 -1880 1997 3 14 0.79 11.93 35.01 1.05 1.36 8.32 6.47 . 5.06 5.72 1.69 267.00 7.74 35.85 1.56 1689.90 123.46 881.50 2.47 7.98 1.90 6.83 0.69 170.70 7.76 4.44 1.43 57.72 143.92 1.45 27.55 25.97 1.60 478.25 -1881 1997 3 17 0.79 11.90 34.85 1.05 1.36 8.32 6.45 . 5.08 5.70 1.69 266.85 7.74 35.89 1.55 1693.75 123.65 882.00 2.47 7.99 1.90 6.85 0.69 170.10 7.73 4.43 1.43 57.78 143.63 1.45 27.54 25.96 1.59 477.25 -1882 1997 3 18 0.78 11.80 34.52 1.06 1.37 8.32 6.39 . 5.05 5.64 1.67 263.98 7.74 35.89 1.56 1684.70 122.45 885.00 2.47 7.95 1.88 6.80 0.69 168.90 7.69 4.41 1.43 57.67 142.44 1.43 27.54 25.92 1.58 477.60 -1883 1997 3 19 0.78 11.84 34.72 1.06 1.37 8.32 6.41 . 5.06 5.67 1.68 265.60 7.74 35.90 1.56 1686.80 122.80 887.00 2.47 7.92 1.89 6.76 0.69 169.50 7.67 4.42 1.44 57.90 142.95 1.44 27.54 25.93 1.59 477.75 -1884 1997 3 20 0.78 11.89 34.89 1.06 1.37 8.32 6.44 . 5.08 5.69 1.68 266.50 7.74 35.91 1.56 1692.00 123.59 886.50 2.47 7.94 1.90 6.77 0.69 170.15 7.66 4.43 1.44 57.72 143.45 1.44 27.54 25.96 1.59 477.90 -1885 1997 3 21 0.78 11.88 34.84 1.06 1.38 8.32 6.43 . 5.04 5.69 1.68 265.80 7.74 35.90 1.57 1690.25 122.82 887.00 2.47 7.92 1.90 6.70 0.69 169.80 7.63 4.42 1.44 57.84 143.00 1.45 27.56 25.96 1.60 477.75 -1886 1997 3 24 0.78 11.88 34.82 1.06 1.37 8.32 6.43 . 5.04 5.69 1.68 265.95 7.74 35.88 1.57 1689.30 122.93 890.00 2.47 7.90 1.89 6.71 0.69 169.66 7.62 4.42 1.43 57.74 143.20 1.45 27.56 25.97 1.61 477.50 -1887 1997 3 25 0.78 11.91 34.92 1.06 1.37 8.32 6.45 . 5.05 5.70 1.69 266.73 7.74 35.90 1.57 1694.80 123.90 891.00 2.47 7.89 1.90 6.67 0.69 170.35 7.66 4.41 1.44 58.02 143.75 1.46 27.59 25.99 1.61 477.55 -1888 1997 3 26 0.78 11.90 34.89 1.06 1.37 8.32 6.45 . 5.02 5.70 1.69 267.20 7.75 35.90 1.57 1686.00 124.23 892.00 2.48 7.91 1.90 6.69 0.69 170.11 7.64 4.42 1.45 58.35 143.48 1.46 27.60 26.03 1.62 478.00 -1889 1997 3 27 0.78 11.79 34.62 1.05 1.37 8.32 6.37 . 4.98 5.65 1.67 264.95 7.74 35.90 1.57 1672.50 123.65 896.00 2.47 7.91 1.88 6.62 0.69 168.80 7.54 4.42 1.44 58.20 142.07 1.44 27.56 26.02 1.63 478.40 -1890 1997 3 28 0.78 11.82 34.63 1.06 1.38 8.32 6.39 . 4.98 5.64 1.67 265.46 7.75 35.91 1.57 1675.60 123.90 897.50 2.48 7.93 1.88 6.63 0.69 168.65 7.57 4.42 1.44 58.25 142.12 1.45 27.56 25.99 1.63 478.40 -1891 1997 3 31 0.78 11.80 34.42 1.05 1.38 8.32 6.35 . 4.95 5.61 1.66 265.00 7.74 35.88 1.58 1667.60 123.72 898.00 2.47 7.93 1.87 6.59 0.69 167.82 7.54 4.42 1.44 58.36 141.35 1.43 27.56 25.97 1.64 478.50 -1892 1997 4 1 0.78 11.77 34.47 1.05 1.38 8.32 6.36 . 4.97 5.62 1.67 265.10 7.74 35.89 1.58 1667.40 122.70 898.00 2.47 7.92 1.87 6.72 0.69 168.04 7.60 4.41 1.43 58.45 141.45 1.44 27.56 25.96 1.64 478.50 -1893 1997 4 2 0.78 11.77 34.57 1.05 1.38 8.32 6.39 . 5.02 5.64 1.67 265.88 7.74 35.90 1.58 1663.50 122.72 897.00 2.48 7.93 1.88 6.79 0.69 168.38 7.64 4.42 1.44 58.30 141.88 1.44 27.56 25.96 1.64 478.25 -1894 1997 4 3 0.77 11.75 34.44 1.05 1.38 8.32 6.36 . 5.00 5.62 1.66 264.55 7.74 35.87 1.58 1654.60 122.80 897.00 2.48 7.97 1.87 6.78 0.69 167.88 7.59 4.41 1.43 58.40 141.28 1.43 27.57 25.98 1.64 478.25 -1895 1997 4 4 0.77 11.82 34.70 1.06 1.39 8.32 6.40 . 5.04 5.65 1.68 265.80 7.74 35.88 1.57 1663.30 124.27 895.00 2.48 7.95 1.89 6.83 0.69 169.12 7.61 4.41 1.43 58.32 141.97 1.44 27.57 25.99 1.63 477.50 -1896 1997 4 7 0.77 12.02 35.25 1.05 1.38 8.32 6.50 . 5.10 5.75 1.70 268.85 7.74 35.88 1.55 1682.80 125.67 896.00 2.49 7.90 1.92 6.96 0.68 171.45 7.71 4.42 1.44 58.45 144.40 1.46 27.57 26.05 1.62 477.75 -1897 1997 4 8 0.78 12.04 35.30 1.05 1.38 8.32 6.51 . 5.11 5.75 1.71 269.44 7.74 35.89 1.55 1687.20 126.08 896.00 2.50 7.89 1.92 6.93 0.68 171.76 7.65 4.42 1.44 58.50 144.55 1.46 27.60 26.09 1.62 478.45 -1898 1997 4 9 0.78 12.12 35.60 1.05 1.38 8.32 6.56 . 5.14 5.79 1.72 270.93 7.74 35.86 1.54 1700.80 126.86 896.00 2.50 7.89 1.93 6.97 0.69 173.00 7.70 4.43 1.44 58.65 145.57 1.47 27.62 26.11 1.62 478.25 -1899 1997 4 10 0.78 12.09 35.45 1.05 1.39 8.32 6.54 . 5.13 5.78 1.71 270.10 7.74 35.85 1.54 1698.75 125.95 895.00 2.50 7.91 1.93 6.96 0.69 172.05 7.69 4.45 1.43 58.75 145.15 1.47 27.59 26.08 1.62 477.90 -1900 1997 4 11 0.78 12.14 35.58 1.05 1.39 8.32 6.57 . 5.15 5.80 1.72 271.20 7.74 35.88 1.54 1698.50 126.04 895.00 2.50 7.92 1.93 6.98 0.69 172.40 7.69 4.45 1.44 58.83 145.35 1.46 27.66 26.09 1.62 478.40 -1901 1997 4 14 0.77 12.13 35.60 1.05 1.39 8.32 6.56 . 5.15 5.80 1.72 271.10 7.74 35.85 1.54 1696.30 126.48 896.50 2.50 7.91 1.93 6.97 0.69 172.10 7.63 4.45 1.44 58.90 145.11 1.46 27.64 26.08 1.62 478.55 -1902 1997 4 15 0.77 12.20 35.79 1.06 1.39 8.32 6.60 . 5.19 5.83 1.73 272.75 7.74 35.83 1.53 1706.00 126.35 897.00 2.51 7.88 1.94 7.02 0.68 173.55 7.70 4.46 1.44 58.86 146.00 1.46 27.62 26.06 1.62 478.50 -1903 1997 4 16 0.77 12.16 35.66 1.06 1.39 8.32 6.58 . 5.18 5.81 1.72 271.90 7.74 35.80 1.54 1703.40 125.75 896.00 2.51 7.89 1.94 7.05 0.68 173.20 7.72 4.45 1.44 59.00 145.70 1.47 27.62 26.08 1.62 479.10 -1904 1997 4 17 0.77 12.14 35.61 1.06 1.39 8.32 6.57 . 5.19 5.80 1.72 271.20 7.74 35.83 1.54 1700.00 126.05 894.50 2.51 7.89 1.93 7.09 0.68 172.90 7.73 4.45 1.44 58.92 145.45 1.46 27.66 26.08 1.63 480.85 -1905 1997 4 18 0.77 12.08 35.37 1.06 1.39 8.32 6.53 . 5.17 5.77 1.71 270.75 7.74 35.80 1.55 1693.00 125.88 896.00 2.51 7.88 1.92 7.05 0.69 172.39 7.67 4.44 1.44 58.86 144.55 1.45 27.65 26.08 1.63 480.71 -1906 1997 4 21 0.77 11.98 35.16 1.06 1.39 8.32 6.49 . 5.15 5.75 1.70 270.00 7.74 35.78 1.55 1695.00 125.66 895.00 2.50 7.87 1.91 7.07 0.69 171.40 7.64 4.44 1.43 58.90 143.85 1.44 27.65 26.07 1.63 480.80 -1907 1997 4 22 0.77 12.06 35.37 1.06 1.39 8.32 6.53 . 5.17 5.78 1.71 272.08 7.74 35.79 1.55 1705.70 126.25 895.00 2.49 7.87 1.92 7.09 0.69 172.46 7.67 4.44 1.44 58.82 144.73 1.45 27.66 26.07 1.63 480.80 -1908 1997 4 23 0.77 12.05 35.33 1.06 1.39 8.32 6.52 . 5.15 5.77 1.71 272.23 7.74 35.76 1.54 1703.80 126.16 894.50 2.49 7.88 1.92 7.04 0.69 172.10 7.64 4.44 1.44 59.10 144.47 1.46 27.65 26.07 1.62 480.25 -1909 1997 4 24 0.77 12.07 35.40 1.06 1.39 8.32 6.53 . 5.15 5.79 1.71 272.25 7.74 35.77 1.55 1700.20 125.96 895.00 2.50 7.86 1.93 7.07 0.69 172.11 7.67 4.44 1.44 59.16 144.60 1.46 27.67 26.07 1.62 480.80 -1910 1997 4 25 0.77 12.13 35.60 1.06 1.39 8.32 6.57 . 5.18 5.82 1.72 274.35 7.74 35.78 1.54 1718.61 125.88 894.50 2.50 7.89 1.94 7.08 0.69 173.10 7.77 4.45 1.44 59.16 145.32 1.46 27.65 26.08 1.62 481.00 -1911 1997 4 28 0.77 12.16 35.66 1.06 1.39 8.32 6.58 . 5.19 5.82 1.72 273.93 7.74 35.77 1.54 1717.60 126.68 894.50 2.51 7.93 1.94 7.10 0.69 173.12 7.79 4.44 1.44 59.28 145.80 1.46 27.69 26.11 1.62 482.00 -1912 1997 4 29 0.78 12.13 35.57 1.06 1.39 8.32 6.56 . 5.20 5.81 1.72 273.20 7.74 35.77 1.53 1710.25 126.81 895.00 2.51 7.97 1.93 7.09 0.69 172.55 7.82 4.44 1.44 59.30 145.29 1.46 27.69 26.12 1.63 481.25 -1913 1997 4 30 0.77 12.19 35.73 1.06 1.39 8.32 6.59 . 5.20 5.83 1.73 275.17 7.74 35.78 1.49 1712.70 127.03 894.00 2.51 7.95 1.95 7.12 0.69 173.96 7.85 4.44 1.44 59.25 146.10 1.47 27.68 26.13 1.62 481.40 -1914 1997 5 1 0.78 12.10 35.50 1.06 1.38 8.32 6.55 . 5.18 5.80 1.72 274.10 7.74 35.77 1.48 1703.50 126.64 895.00 2.50 7.95 1.93 7.08 0.68 172.70 7.77 4.44 1.44 59.25 145.16 1.46 27.68 26.11 1.62 481.90 -1915 1997 5 2 0.78 12.15 35.63 1.06 1.38 8.32 6.57 . 5.20 5.82 1.72 274.40 7.74 35.76 1.49 1711.00 126.57 895.00 2.50 7.92 1.94 7.09 0.69 173.40 7.83 4.45 1.44 59.27 145.80 1.47 27.69 26.09 1.62 481.85 -1916 1997 5 5 0.78 12.19 35.73 1.06 1.38 8.32 6.60 . 5.22 5.84 1.73 275.20 7.74 35.80 1.48 1712.00 126.70 895.00 2.50 7.91 1.94 7.16 0.68 174.00 7.91 4.45 1.44 59.68 146.00 1.47 27.75 26.10 1.62 481.75 -1917 1997 5 6 0.77 12.12 35.53 1.06 1.37 8.32 6.56 . 5.19 5.81 1.72 273.63 7.74 35.86 1.50 1706.50 125.45 897.00 2.50 7.88 1.93 7.13 0.68 173.15 7.81 4.45 1.44 59.34 145.46 1.46 27.76 26.08 1.63 482.00 -1918 1997 5 7 0.77 12.11 35.54 1.06 1.38 8.32 6.55 . 5.19 5.80 1.72 273.30 7.74 35.88 1.50 1702.40 125.09 897.50 2.51 7.92 1.93 7.12 0.68 173.10 7.75 4.45 1.44 59.70 145.45 1.46 27.76 26.07 1.63 481.75 -1919 1997 5 8 0.78 12.05 35.23 1.06 1.38 8.32 6.49 . 5.16 5.75 1.70 271.75 7.74 35.87 1.50 1689.60 123.85 896.00 2.50 7.92 1.92 7.07 0.68 171.60 7.69 4.46 1.44 59.33 144.18 1.44 27.71 26.05 1.62 482.40 -1920 1997 5 9 0.77 11.88 34.83 1.06 1.39 8.32 6.42 . 5.10 5.69 1.69 269.65 7.74 35.86 1.52 1676.10 120.73 896.00 2.50 7.90 1.89 7.04 0.68 170.10 7.65 4.46 1.44 59.35 142.90 1.42 27.71 25.99 1.62 482.90 -1921 1997 5 12 0.77 11.99 35.17 1.06 1.39 8.32 6.49 . 5.14 5.74 1.70 272.50 7.74 35.86 1.51 1691.00 118.95 894.00 2.51 7.93 1.91 7.10 0.69 171.70 7.69 4.46 1.43 59.21 144.20 1.43 27.78 25.94 1.62 483.00 -1922 1997 5 13 0.77 11.95 35.06 1.06 1.38 8.32 6.46 . 5.12 5.71 1.69 270.80 7.74 35.86 1.51 1678.80 118.75 895.50 2.51 7.91 1.90 7.02 0.69 170.88 7.65 4.46 1.43 58.72 143.40 1.43 27.80 25.95 1.63 483.50 -1923 1997 5 14 0.77 11.96 35.11 1.06 1.38 8.32 6.47 . 5.13 5.72 1.70 271.80 7.73 35.85 1.52 1675.60 118.33 895.00 2.52 7.89 1.91 7.04 0.69 171.20 7.60 4.48 1.43 58.65 143.64 1.43 27.79 25.90 1.64 484.00 -1924 1997 5 15 0.77 11.96 35.07 1.06 1.37 8.32 6.47 . 5.14 5.72 1.69 271.50 7.73 35.84 1.52 1677.10 116.28 894.00 2.49 7.90 1.91 7.07 0.69 171.26 7.60 4.48 1.43 58.50 143.33 1.43 27.81 25.37 1.63 484.90 -1925 1997 5 16 0.77 11.91 34.96 1.06 1.37 8.32 6.45 . 5.11 5.70 1.69 270.10 7.73 35.84 1.52 1670.75 115.43 894.00 2.48 7.90 1.90 7.05 0.69 170.65 7.62 4.47 1.43 58.60 142.80 1.42 27.76 25.89 1.63 484.50 -1926 1997 5 19 0.77 12.01 35.30 1.06 1.37 8.32 6.51 . 5.15 5.75 1.71 272.35 7.73 35.82 1.52 1677.75 116.05 894.00 2.49 7.89 1.92 7.12 0.69 171.80 7.67 4.46 1.43 58.70 143.95 1.42 27.78 25.39 1.63 484.61 -1927 1997 5 20 0.77 11.93 35.05 1.06 1.37 8.32 6.45 . 5.10 5.71 1.69 269.70 7.73 35.79 1.53 1667.75 113.80 893.50 2.50 7.89 1.90 7.05 0.69 170.60 7.56 4.46 1.43 58.60 142.73 1.40 27.78 25.10 1.64 483.75 -1928 1997 5 21 0.78 11.92 34.93 1.06 1.36 8.32 6.44 . 5.10 5.69 1.69 269.60 7.73 35.81 1.50 1664.50 114.08 893.50 2.50 7.87 1.90 7.02 0.69 170.45 7.53 4.45 1.43 58.52 142.45 1.40 27.83 25.28 1.64 484.75 -1929 1997 5 22 0.77 11.93 35.00 1.07 1.37 8.32 6.45 . 5.11 5.71 1.69 270.30 7.73 35.79 1.51 1668.20 115.96 894.00 2.50 7.87 1.90 7.05 0.69 170.90 7.60 4.47 1.43 58.60 142.85 1.41 27.83 25.74 1.62 484.75 -1930 1997 5 23 0.76 11.90 34.93 1.07 1.37 8.32 6.44 . 5.10 5.69 1.69 270.18 7.73 35.76 1.51 1666.50 115.80 891.00 2.50 7.89 1.90 7.05 0.69 170.80 7.59 4.47 1.43 58.47 142.65 1.40 27.85 25.70 1.63 485.25 -1931 1997 5 26 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1932 1997 5 27 0.76 11.96 35.09 1.07 1.38 8.32 6.47 . 5.13 5.73 1.69 272.20 7.74 35.84 1.51 1676.00 116.45 894.50 2.51 7.93 1.91 7.08 0.69 171.95 7.65 4.47 1.43 58.55 143.50 1.41 27.86 25.87 1.62 485.50 -1933 1997 5 28 0.76 11.92 34.96 1.07 1.38 8.32 6.45 . 5.11 5.72 1.69 272.40 7.74 35.82 1.51 1681.90 115.52 895.00 2.51 7.91 1.90 7.06 0.68 171.70 7.67 4.47 1.43 58.35 143.77 1.41 27.90 25.82 1.63 485.11 -1934 1997 5 29 0.76 11.96 35.08 1.07 1.38 8.32 6.47 . 5.13 5.74 1.69 272.60 7.74 35.82 1.50 1681.00 116.21 895.00 2.51 7.91 1.91 7.08 0.69 172.10 7.71 4.47 1.43 58.38 143.84 1.41 27.89 25.57 1.64 484.25 -1935 1997 5 30 0.76 11.97 35.25 1.07 1.37 8.32 6.50 . 5.15 5.77 1.70 272.90 7.74 35.80 1.50 1693.00 116.40 893.50 2.51 7.92 1.92 7.11 0.68 172.00 7.74 4.46 1.43 58.33 144.50 1.41 27.89 24.75 1.63 484.51 -1936 1997 6 2 0.75 12.15 35.67 1.07 1.37 8.32 6.57 . 5.19 5.82 1.72 275.58 7.74 35.83 1.49 1699.40 116.74 893.50 2.51 7.91 1.94 7.16 0.68 174.80 7.78 4.47 1.43 58.40 145.88 1.42 27.89 24.90 1.63 484.25 -1937 1997 6 3 0.76 12.15 35.66 1.07 1.37 8.32 6.58 . 5.18 5.82 1.72 275.31 7.74 35.82 1.48 1696.30 116.15 893.50 2.51 7.91 1.94 7.13 0.68 174.50 7.74 4.46 1.43 58.70 145.90 1.43 27.90 24.92 1.63 485.00 -1938 1997 6 4 0.75 12.19 35.74 1.07 1.37 8.32 6.59 . 5.19 5.84 1.73 275.35 7.74 35.79 1.48 1700.50 116.30 893.50 2.51 7.93 1.94 7.15 0.68 174.80 7.75 4.46 1.43 58.67 146.20 1.44 27.92 24.70 1.62 485.00 -1939 1997 6 5 0.76 12.18 35.70 1.07 1.37 8.32 6.58 . 5.19 5.83 1.73 274.85 7.74 35.75 1.48 1701.00 115.67 893.00 2.51 7.95 1.94 7.16 0.68 174.90 7.76 4.48 1.42 58.78 146.10 1.44 27.92 24.00 1.63 487.00 -1940 1997 6 6 0.76 12.17 35.72 1.07 1.38 8.32 6.58 . 5.20 5.84 1.73 275.37 7.74 35.80 1.48 1705.30 115.40 893.00 2.51 7.99 1.94 7.18 0.68 175.02 7.79 4.48 1.42 58.53 146.40 1.45 27.92 23.95 1.62 487.25 -1941 1997 6 9 0.76 12.01 35.26 1.07 1.38 8.32 6.50 . 5.14 5.77 1.70 272.20 7.74 35.80 1.51 1688.50 112.63 893.50 2.51 7.99 1.92 7.10 0.69 173.07 7.77 4.50 1.41 58.75 144.77 1.43 27.90 24.40 1.63 486.80 -1942 1997 6 10 0.76 12.08 35.48 1.07 1.38 8.32 6.54 . 5.17 5.81 1.72 273.90 7.74 35.80 1.51 1700.00 112.60 893.50 2.51 7.97 1.93 7.15 0.69 174.25 7.80 4.50 1.42 58.60 145.60 1.44 27.89 24.10 1.63 486.50 -1943 1997 6 11 0.75 12.06 35.44 1.07 1.38 8.32 6.53 . 5.15 5.80 1.71 272.90 7.74 35.82 1.51 1693.25 111.42 893.00 2.51 7.97 1.93 7.16 0.69 173.85 7.77 4.49 1.41 58.40 145.08 1.43 27.90 23.95 1.63 486.00 -1944 1997 6 12 0.75 12.13 35.58 1.07 1.38 8.32 6.56 . 5.18 5.81 1.72 273.72 7.74 35.85 1.51 1695.50 113.98 892.00 2.51 7.97 1.93 7.20 0.69 174.33 7.77 4.49 1.42 58.33 145.75 1.44 27.90 24.05 1.63 484.60 -1945 1997 6 13 0.75 12.23 35.72 1.07 1.38 8.32 6.62 . 5.22 5.83 1.73 275.32 7.74 35.83 1.51 1697.10 113.50 890.00 2.51 7.97 1.94 7.27 0.68 176.00 7.75 4.50 1.42 58.80 147.08 1.44 27.91 24.70 1.63 485.50 -1946 1997 6 16 0.74 12.18 35.73 1.07 1.38 8.32 6.59 . 5.18 5.83 1.73 274.03 7.74 35.83 1.51 1697.80 113.49 891.00 2.51 7.96 1.94 7.31 0.69 174.35 7.78 4.49 1.42 58.40 146.20 1.44 27.92 24.00 1.63 485.50 -1947 1997 6 17 0.75 12.20 35.78 1.07 1.38 8.32 6.60 . 5.18 5.84 1.73 273.86 7.74 35.82 1.50 1697.00 113.35 890.00 2.51 7.94 1.95 7.25 0.68 175.00 7.76 4.51 1.42 58.32 146.34 1.44 27.94 22.75 1.63 485.25 -1948 1997 6 18 0.75 12.19 35.74 1.07 1.38 8.32 6.59 . 5.19 5.84 1.73 273.90 7.74 35.79 1.50 1696.00 113.50 890.00 2.51 7.92 1.94 7.25 0.68 174.55 7.76 4.51 1.42 58.38 146.10 1.44 27.93 23.80 1.63 485.25 -1949 1997 6 19 0.74 12.13 35.58 1.07 1.38 8.32 6.56 . 5.17 5.81 1.72 272.60 7.74 35.84 1.51 1688.50 114.09 890.50 2.51 7.91 1.94 7.24 0.68 173.62 7.72 4.51 1.42 58.70 145.42 1.43 27.95 25.20 1.64 485.75 -1950 1997 6 20 0.75 12.17 35.68 1.07 1.39 8.32 6.58 . 5.17 5.83 1.72 273.50 7.74 35.83 1.50 1692.30 114.62 890.00 2.51 7.96 1.94 7.26 0.68 174.40 7.71 4.51 1.42 58.42 145.90 1.43 27.95 24.30 1.65 485.20 -1951 1997 6 23 0.75 12.10 35.52 1.07 1.38 8.32 6.55 . 5.14 5.80 1.72 271.50 7.74 35.83 1.51 1684.00 115.30 890.00 2.51 7.98 1.93 7.24 0.68 173.65 7.70 4.49 1.43 58.43 145.45 1.43 27.92 25.10 1.66 485.50 -1952 1997 6 24 0.75 12.14 35.61 1.07 1.39 8.32 6.57 . 5.17 5.82 1.72 272.30 7.74 35.84 1.51 1685.50 114.80 889.50 2.52 7.94 1.94 7.25 0.68 174.25 7.73 4.50 1.43 58.50 145.52 1.43 27.90 25.20 1.66 486.00 -1953 1997 6 25 0.75 12.14 35.61 1.07 1.39 8.32 6.57 . 5.16 5.82 1.72 272.45 7.74 35.82 1.51 1683.00 113.95 890.00 2.52 7.95 1.94 7.25 0.68 174.10 7.69 4.50 1.42 58.54 145.65 1.43 27.88 25.35 1.66 486.40 -1954 1997 6 26 0.74 12.15 35.63 1.07 1.38 8.32 6.58 . 5.15 5.82 1.72 272.95 7.74 35.83 1.51 1688.00 113.23 890.00 2.52 7.96 1.94 7.26 0.68 174.60 7.70 4.51 1.42 58.47 145.98 1.43 27.86 25.40 1.66 485.25 -1955 1997 6 27 0.74 12.22 35.84 1.07 1.38 8.32 6.61 . 5.18 5.85 1.73 274.20 7.74 35.83 1.50 1697.00 114.67 890.00 2.52 7.95 1.95 7.30 0.67 175.70 7.72 4.52 1.43 58.49 146.95 1.44 27.84 25.30 1.66 486.00 -1956 1997 6 30 0.75 12.27 35.97 1.07 1.38 8.32 6.63 . 5.19 5.87 1.74 274.59 7.74 35.85 1.51 1699.30 114.61 890.00 2.52 7.95 1.96 7.32 0.67 175.98 7.73 4.53 1.43 58.54 147.30 1.46 27.82 25.15 1.66 487.30 -1957 1997 7 1 0.75 12.25 36.00 1.07 1.38 8.32 6.62 . 5.18 5.86 1.74 274.22 7.74 35.83 1.51 1694.50 114.93 890.00 2.52 7.93 1.96 7.30 0.67 176.10 7.73 4.53 1.42 58.47 147.25 1.45 27.82 24.52 1.65 494.80 -1958 1997 7 2 0.75 12.32 36.21 1.07 1.37 8.32 6.68 . 5.23 5.90 1.75 276.40 7.74 35.80 1.50 1706.70 114.52 890.50 2.52 7.95 1.97 7.35 0.67 177.00 7.77 4.53 1.43 58.51 148.15 1.47 27.87 30.18 1.66 487.80 -1959 1997 7 3 0.75 12.30 36.10 1.07 1.37 8.32 6.66 . 5.21 5.89 1.74 275.80 7.74 35.79 1.53 1702.40 113.46 889.00 2.52 7.95 1.96 7.29 0.67 176.70 7.71 4.52 1.43 58.52 147.80 1.46 27.89 29.00 1.68 488.55 -1960 1997 7 4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -1961 1997 7 7 0.74 12.27 36.00 1.07 1.37 8.32 6.65 . 5.20 5.89 1.74 275.45 7.74 35.82 1.52 1703.70 112.60 889.00 2.52 7.91 1.96 7.30 0.67 176.60 7.72 4.53 1.43 58.52 147.64 1.45 27.92 28.90 1.68 489.30 -1962 1997 7 8 0.74 12.37 36.30 1.07 1.37 8.32 6.70 . 5.22 5.93 1.75 277.00 7.74 35.80 1.52 1713.25 112.76 890.00 2.50 7.92 1.98 7.36 0.67 177.90 7.77 4.55 1.43 58.65 148.60 1.46 27.94 28.92 1.68 489.85 -1963 1997 7 9 0.74 12.39 36.36 1.07 1.37 8.32 6.71 . 5.22 5.94 1.76 276.94 7.74 35.78 1.51 1717.20 112.97 890.00 2.50 7.90 1.98 7.34 0.67 177.83 7.72 4.55 1.43 58.62 148.76 1.46 27.95 29.10 1.68 489.50 -1964 1997 7 10 0.74 12.32 36.17 1.07 1.37 8.32 6.67 . 5.21 5.92 1.75 275.90 7.74 35.77 1.52 1712.20 113.08 891.00 2.48 7.88 1.97 7.34 0.67 177.30 7.72 4.55 1.43 58.62 148.02 1.44 27.87 29.04 1.68 491.25 -1965 1997 7 11 0.74 12.45 36.55 1.08 1.37 8.32 6.74 . 5.25 5.97 1.77 278.30 7.74 35.73 1.51 1717.90 113.88 892.00 2.50 7.85 1.99 7.41 0.66 178.80 7.75 4.54 1.43 58.58 149.35 1.46 27.87 30.15 1.69 488.85 -1966 1997 7 14 0.73 12.60 36.91 1.08 1.36 8.32 6.80 . 5.29 6.04 1.78 279.90 7.74 35.75 1.50 1736.00 113.76 893.50 2.56 7.87 2.01 7.46 0.66 180.28 7.79 4.55 1.44 58.57 151.02 1.47 27.94 29.80 1.68 489.50 -1967 1997 7 15 0.73 12.68 37.21 1.08 1.37 8.32 6.87 . 5.32 6.08 1.80 282.70 7.74 35.73 1.49 1749.50 115.87 894.00 2.56 7.89 2.02 7.55 0.66 182.00 7.86 4.55 1.44 58.57 151.83 1.48 27.96 30.10 1.67 490.50 -1968 1997 7 16 0.73 12.63 37.13 1.08 1.37 8.32 6.85 . 5.31 6.07 1.79 282.45 7.74 35.73 1.50 1745.10 116.28 896.00 2.59 7.92 2.02 7.47 0.65 181.80 7.83 4.55 1.44 58.74 151.55 1.48 27.97 29.90 1.67 492.40 -1969 1997 7 17 0.73 12.60 37.00 1.08 1.37 8.32 6.82 . 5.29 6.05 1.79 281.48 7.75 35.72 1.50 1743.90 116.13 896.00 2.59 7.86 2.01 7.40 0.65 181.04 7.78 4.55 1.45 58.70 150.95 1.48 27.97 30.70 1.67 493.50 -1970 1997 7 18 0.74 12.58 36.97 1.08 1.37 8.32 6.81 . 5.28 6.04 1.78 280.97 7.75 35.71 1.50 1742.30 115.46 897.00 2.64 7.90 2.01 7.39 0.65 180.63 7.76 4.56 1.46 58.70 150.90 1.47 27.96 31.00 1.67 494.50 -1971 1997 7 21 0.74 12.64 37.11 1.08 1.37 8.32 6.83 . 5.30 6.06 1.79 281.51 7.74 35.72 1.49 1747.10 115.88 894.50 2.62 7.89 2.02 7.41 0.65 181.60 7.78 4.57 1.46 58.71 151.30 1.47 27.94 30.60 1.67 493.85 -1972 1997 7 22 0.73 12.79 37.54 1.08 1.38 8.32 6.91 . 5.35 6.12 1.81 284.60 7.74 35.71 1.47 1766.90 115.68 896.50 2.63 7.86 2.04 7.49 0.64 183.10 7.82 4.57 1.46 59.00 153.08 1.49 27.96 30.90 1.67 492.75 -1973 1997 7 23 0.73 12.85 37.68 1.08 1.38 8.32 6.94 . 5.36 6.14 1.82 284.90 7.74 35.71 1.47 1773.50 115.85 896.50 2.63 7.84 2.05 7.48 0.64 184.40 7.81 4.56 1.46 58.74 153.60 1.48 27.98 31.65 1.67 493.75 -1974 1997 7 24 0.73 12.87 37.79 1.08 1.38 8.32 6.96 . 5.40 6.17 1.82 285.85 7.73 35.71 1.47 1782.50 115.95 895.00 2.64 7.84 2.05 7.55 0.65 184.85 7.89 4.55 1.47 58.70 154.15 1.49 27.97 31.80 1.67 494.10 -1975 1997 7 25 0.73 12.91 37.90 1.08 1.38 8.32 6.98 . 5.42 6.18 1.83 286.80 7.74 35.70 1.47 1787.00 116.75 894.00 2.65 7.77 2.06 7.57 0.65 185.50 7.86 4.56 1.47 58.72 154.73 1.51 27.98 32.25 1.66 494.75 -1976 1997 7 28 0.73 13.00 38.18 1.08 1.38 8.30 7.03 . 5.45 6.22 1.84 288.98 7.74 35.75 1.44 1797.50 117.76 893.50 2.63 7.78 2.08 7.63 0.64 186.55 7.95 4.57 1.46 58.87 155.70 1.52 28.00 32.02 1.62 495.50 -1977 1997 7 29 0.74 12.89 37.86 1.08 1.38 8.29 6.98 . 5.43 6.17 1.83 287.00 7.74 35.73 1.46 1788.00 118.00 894.00 2.61 7.80 2.06 7.59 0.64 185.30 7.93 4.58 1.46 58.83 154.60 1.51 28.25 31.40 1.62 496.40 -1978 1997 7 30 0.74 12.92 37.88 1.08 1.38 8.29 6.98 . 5.46 6.18 1.83 287.01 7.74 35.72 1.45 1789.40 118.33 894.00 2.63 7.77 2.06 7.61 0.65 185.53 7.99 4.59 1.46 59.92 155.10 1.51 28.80 31.80 1.62 497.24 -1979 1997 7 31 0.74 12.92 38.02 1.08 1.38 8.29 7.00 . 5.49 6.19 1.83 287.25 7.74 35.72 1.45 1793.40 118.37 892.00 2.63 7.83 2.07 7.63 0.64 185.65 7.98 4.61 1.47 58.85 155.20 1.51 28.90 32.30 1.63 498.40 -1980 1997 8 1 0.73 13.11 38.66 1.08 1.38 8.32 7.10 . 5.55 6.28 1.86 290.60 7.74 35.80 1.44 1818.50 118.47 891.50 2.63 7.82 2.09 7.71 0.64 188.50 8.02 4.63 1.47 59.08 157.10 1.52 28.90 32.20 1.63 496.75 -1981 1997 8 4 0.73 13.11 38.51 1.08 1.37 8.32 7.10 . 5.55 6.29 1.86 291.00 7.74 35.80 1.44 1825.75 118.34 891.00 2.63 7.83 2.10 7.69 0.64 188.90 8.04 4.65 1.46 58.90 157.53 1.52 28.75 31.70 1.62 495.60 -1982 1997 8 5 0.73 13.23 38.82 1.08 1.38 8.32 7.16 . 5.59 6.34 1.88 293.20 7.74 35.73 1.43 1838.05 119.26 893.00 2.64 7.81 2.11 7.75 0.64 190.40 8.08 4.65 1.47 59.10 158.75 1.53 28.75 31.40 1.62 495.50 -1983 1997 8 6 0.73 13.22 38.82 1.08 1.38 8.32 7.15 . 5.60 6.34 1.87 293.60 7.74 35.73 1.43 1840.75 118.65 895.50 2.63 7.78 2.11 7.73 0.63 190.22 8.05 4.67 1.47 59.00 158.80 1.53 28.75 31.05 1.60 495.75 -1984 1997 8 7 0.73 13.15 38.67 1.08 1.38 8.32 7.13 . 5.59 6.30 1.87 292.55 7.74 35.72 1.43 1829.90 118.40 895.50 2.64 7.79 2.10 7.68 0.63 189.35 8.04 4.67 1.47 59.10 158.05 1.52 28.80 31.00 1.58 495.00 -1985 1997 8 8 0.73 12.98 38.20 1.08 1.39 8.31 7.03 . 5.51 6.22 1.84 289.00 7.74 35.74 1.44 1802.00 115.30 896.50 2.70 7.83 2.08 7.56 0.63 186.60 7.90 4.66 1.48 59.15 156.00 1.50 28.85 31.05 1.58 495.65 -1986 1997 8 11 0.73 13.06 38.33 1.08 1.39 8.31 7.07 . 5.54 6.25 1.85 290.95 7.74 35.72 1.43 1810.90 115.85 895.50 2.74 7.80 2.09 7.64 0.64 188.10 7.98 4.66 1.48 59.00 156.62 1.52 28.85 31.25 1.59 495.50 -1987 1997 8 12 0.73 13.14 38.55 1.08 1.39 8.31 7.11 . 5.58 6.29 1.86 292.00 7.74 35.73 1.43 1822.20 116.21 896.50 2.78 7.78 2.10 7.67 0.63 188.90 8.02 4.67 1.50 59.20 157.45 1.52 28.95 31.45 1.57 494.85 -1988 1997 8 13 0.74 12.91 37.90 1.08 1.39 8.31 6.99 . 5.49 6.18 1.83 288.66 7.74 35.73 1.44 1796.00 115.78 897.00 2.77 7.78 2.06 7.61 0.64 186.01 8.01 4.66 1.50 59.03 155.17 1.51 28.85 31.35 1.58 494.51 -1989 1997 8 14 0.74 12.96 38.06 1.08 1.39 8.31 7.02 . 5.52 6.21 1.84 288.95 7.74 35.74 1.44 1799.19 117.75 897.00 2.78 7.77 2.07 7.64 0.64 186.87 8.04 4.68 1.51 59.10 156.10 1.51 28.85 31.60 1.58 495.00 -1990 1997 8 15 0.74 12.82 37.66 1.08 1.39 8.31 6.94 . 5.46 6.14 1.82 286.00 7.74 35.81 1.46 1781.00 117.80 897.00 2.78 7.76 2.03 7.58 0.64 185.10 7.96 4.69 1.51 59.10 154.45 1.50 28.90 31.97 1.60 495.50 -1991 1997 8 18 0.73 12.82 37.65 1.08 1.38 8.31 6.94 . 5.46 6.14 1.82 286.00 7.73 35.74 1.46 1781.50 117.81 900.50 2.80 7.77 2.05 7.59 0.64 184.95 8.02 4.68 1.51 60.10 154.22 1.51 28.80 32.60 1.60 495.25 -1992 1997 8 19 0.74 12.95 38.04 1.08 1.39 8.31 7.01 . 5.51 6.20 1.84 288.40 7.74 35.73 1.45 1796.66 118.45 900.50 2.79 7.76 2.07 7.66 0.64 186.60 8.08 4.70 1.51 59.40 155.60 1.51 28.80 32.65 1.60 496.01 -1993 1997 8 20 0.74 13.06 38.33 1.08 1.39 8.32 7.07 . 5.54 6.25 1.85 290.80 7.74 36.20 1.43 1806.90 118.08 901.00 2.78 7.77 2.09 7.72 0.64 188.10 8.06 4.75 1.50 59.40 156.75 1.52 28.85 32.40 1.59 495.75 -1994 1997 8 21 0.74 12.97 38.07 1.08 1.39 8.31 7.02 . 5.50 6.21 1.84 289.00 7.74 36.30 1.44 1795.35 117.78 898.90 2.76 7.76 2.07 7.68 0.64 186.90 8.02 4.74 1.49 59.00 155.65 1.51 28.85 32.90 1.59 496.25 -1995 1997 8 22 0.74 12.78 37.45 1.09 1.39 8.31 6.93 . 5.42 6.11 1.81 285.00 7.74 36.40 1.47 1771.00 117.26 902.00 2.77 7.78 2.04 7.58 0.64 184.10 7.94 4.69 1.49 59.10 153.45 1.49 28.80 33.65 1.60 496.50 -1996 1997 8 25 0.74 12.81 37.59 1.09 1.39 8.31 6.94 . 5.44 6.13 1.82 286.30 7.74 36.60 1.46 1775.65 118.73 907.00 2.77 7.76 2.04 7.59 0.64 184.70 7.97 4.69 1.49 59.20 154.00 1.49 28.80 33.70 1.60 496.25 -1997 1997 8 26 0.74 12.66 37.12 1.09 1.39 8.31 6.84 . 5.38 6.05 1.79 282.90 7.74 36.50 1.48 1754.60 118.32 902.00 2.78 7.76 2.02 7.49 0.64 182.50 7.88 4.69 1.49 59.20 152.10 1.48 28.80 33.65 1.61 496.80 -1998 1997 8 27 0.74 12.72 37.38 1.09 1.39 8.31 6.89 . 5.44 6.09 1.81 284.82 7.74 36.50 1.47 1768.70 118.88 905.00 2.83 7.76 2.03 7.49 0.64 183.77 7.87 4.69 1.51 59.25 153.14 1.49 28.78 33.90 1.61 497.00 -1999 1997 8 28 0.73 12.64 37.15 1.09 1.38 8.31 6.84 . 5.39 6.04 1.79 283.00 7.74 36.45 1.48 1758.00 118.75 905.00 2.93 7.77 2.02 7.42 0.64 182.50 7.83 4.70 1.52 59.15 151.90 1.48 28.80 34.40 1.61 497.75 -2000 1997 8 29 0.73 12.69 37.27 1.09 1.38 8.31 6.87 . 5.44 6.07 1.80 283.97 7.75 36.48 1.48 1766.82 120.65 905.00 2.92 7.79 2.03 7.47 0.63 183.50 7.87 4.69 1.51 59.40 152.79 1.48 28.82 34.50 1.62 497.50 -2001 1997 9 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2002 1997 9 2 0.72 12.90 37.86 1.09 1.38 8.31 6.98 . 5.51 6.17 1.83 288.25 7.74 36.57 1.46 1785.60 121.55 905.60 2.92 7.78 2.06 7.58 0.63 185.80 7.93 4.70 1.51 60.40 154.55 1.50 28.90 34.55 1.58 496.00 -2003 1997 9 3 0.72 12.76 37.47 1.09 1.38 8.31 6.90 . 5.45 6.10 1.81 285.73 7.74 36.48 1.46 1770.90 121.03 907.00 2.98 7.77 2.04 7.50 0.63 183.90 7.85 4.70 1.51 59.87 153.04 1.49 28.90 35.75 1.58 496.40 -2004 1997 9 4 0.73 12.79 37.53 1.09 1.38 8.31 6.91 . 5.44 6.11 1.81 286.30 7.74 36.51 1.46 1771.00 120.72 909.00 2.99 7.79 2.04 7.50 0.63 184.30 7.86 4.70 1.51 59.40 153.37 1.49 28.75 35.95 1.58 496.25 -2005 1997 9 5 0.73 12.66 37.19 1.09 1.38 8.31 6.85 . 5.39 6.05 1.80 283.76 7.74 37.00 1.49 1756.20 121.09 909.00 2.95 7.81 2.02 7.39 0.63 182.70 7.79 4.69 1.51 59.60 152.00 1.47 28.70 35.15 1.59 496.85 -2006 1997 9 8 0.73 12.72 37.36 1.09 1.38 . 6.88 . 5.42 6.08 1.80 284.40 7.74 36.56 1.48 1762.00 121.02 910.00 2.91 7.79 2.03 7.44 0.63 183.40 7.76 4.69 1.50 59.52 152.65 1.48 28.90 34.25 1.58 496.85 -2007 1997 9 9 0.73 12.75 37.43 1.09 1.38 8.31 6.90 . 5.42 6.09 1.81 284.45 7.74 36.66 1.49 1766.10 119.05 911.00 2.91 7.78 2.04 7.45 0.63 183.85 7.79 4.70 1.50 59.55 152.85 1.48 28.90 33.55 1.58 496.30 -2008 1997 9 10 0.72 12.65 37.15 1.09 1.38 8.31 6.84 . 5.38 6.04 1.79 283.00 7.74 36.47 1.49 1754.60 119.26 911.00 2.91 7.78 2.02 7.41 0.63 182.40 7.79 4.70 1.50 59.75 151.60 1.47 28.70 34.20 1.58 495.75 -2009 1997 9 11 0.72 12.56 36.78 1.09 1.39 8.31 6.77 . 5.33 5.98 1.78 280.00 7.74 36.65 1.50 1738.50 119.58 911.00 2.95 7.78 2.00 7.31 0.63 181.06 7.74 4.69 1.51 59.75 150.25 1.47 28.70 35.00 1.59 496.30 -2010 1997 9 12 0.72 12.47 36.61 1.09 1.39 8.31 6.74 . 5.31 5.96 1.77 278.90 7.74 36.60 1.50 1732.00 120.93 911.00 2.96 7.78 1.99 7.29 0.63 180.20 7.66 4.68 1.51 59.80 149.60 1.46 28.70 35.30 1.60 496.75 -2011 1997 9 15 0.71 12.39 36.37 1.09 1.39 8.31 6.70 . 5.25 5.92 1.76 278.30 7.74 36.46 1.51 1718.50 120.40 911.00 2.97 7.77 1.98 7.26 0.63 179.20 7.62 4.67 1.50 59.70 148.66 1.44 28.70 35.35 1.60 495.25 -2012 1997 9 16 0.71 12.43 36.44 1.09 1.39 8.31 6.72 . 5.28 5.93 1.76 279.30 7.74 36.65 1.49 1723.20 121.10 911.00 3.00 7.77 1.98 7.29 0.63 179.55 7.62 4.68 1.51 59.68 149.15 1.44 28.70 35.65 1.59 496.95 -2013 1997 9 17 0.71 12.46 36.58 1.09 1.38 8.31 6.74 . 5.30 5.95 1.77 280.15 7.74 36.46 1.49 1730.05 120.99 911.00 3.01 7.75 1.99 7.19 0.63 180.17 7.62 4.68 1.51 59.70 149.60 1.45 28.65 35.95 1.59 497.00 -2014 1997 9 18 0.71 12.47 36.71 1.09 1.39 8.31 6.76 . 5.30 5.97 1.77 280.93 7.74 36.40 1.49 1735.80 121.98 912.00 3.02 7.77 2.00 7.22 0.63 180.76 7.61 4.67 1.51 59.60 150.10 1.46 28.70 35.60 1.61 497.00 -2015 1997 9 19 0.72 12.48 36.58 1.09 1.39 8.31 6.74 . 5.28 5.95 1.77 279.80 7.74 36.50 1.48 1728.50 121.93 916.00 3.03 7.75 1.99 7.21 0.63 180.05 7.60 4.67 1.51 59.65 149.52 1.45 28.70 35.85 1.61 497.11 -2016 1997 9 22 0.71 12.60 37.03 1.09 1.38 8.31 6.83 . 5.35 6.02 1.79 283.32 7.74 36.40 1.46 1752.00 122.25 916.00 3.12 7.73 2.01 7.28 0.63 182.34 7.69 4.70 1.52 59.63 151.47 1.47 28.70 36.55 1.60 497.25 -2017 1997 9 23 0.71 12.64 37.08 1.09 1.39 8.31 6.84 . 5.35 6.03 1.79 283.54 7.74 36.40 1.46 1752.00 121.53 916.00 3.07 7.77 2.02 7.25 0.63 182.60 7.63 4.70 1.51 59.75 151.53 1.47 28.66 35.27 1.61 497.25 -2018 1997 9 24 0.72 12.48 36.62 1.09 1.38 8.31 6.75 . 5.29 5.96 1.77 280.63 7.74 36.30 1.47 1733.70 120.40 916.00 3.06 7.82 1.99 7.19 0.63 180.62 7.55 4.69 1.51 59.70 149.84 1.46 28.66 35.15 1.61 497.40 -2019 1997 9 25 0.72 12.43 36.51 1.09 1.38 8.31 6.73 . 5.28 5.94 1.76 279.20 7.73 36.25 1.46 1726.95 121.30 917.00 3.12 7.82 1.99 7.15 0.64 179.90 7.53 4.68 1.52 59.65 149.25 1.45 28.66 34.75 1.62 497.75 -2020 1997 9 26 0.72 12.39 36.33 1.09 1.38 8.31 6.70 . 5.27 5.91 1.76 278.60 7.73 36.25 1.46 1722.00 120.87 918.00 3.14 7.83 1.98 7.13 0.64 179.36 7.57 4.68 1.52 59.67 148.71 1.45 28.76 34.95 1.61 498.30 -2021 1997 9 29 0.71 12.36 36.28 1.09 1.38 8.31 6.69 . 5.26 5.90 1.75 277.85 7.73 36.22 1.46 1722.00 121.00 917.00 3.19 7.82 1.98 7.09 0.63 179.20 7.56 4.66 1.52 59.80 148.60 1.45 28.66 35.75 1.61 497.90 -2022 1997 9 30 0.72 12.43 36.49 1.09 1.38 8.31 6.73 . 5.29 5.93 1.76 279.04 7.73 36.19 1.45 1726.00 120.71 917.00 3.24 7.78 1.99 7.10 0.63 180.03 7.59 4.66 1.53 59.80 149.33 1.45 28.66 35.85 1.61 498.40 -2023 1997 10 1 0.72 12.50 36.69 1.09 1.37 8.31 6.76 . 5.31 5.96 1.77 280.35 7.73 36.20 1.45 1739.00 120.80 915.00 3.36 7.76 1.99 7.13 0.64 180.90 7.60 4.67 1.53 59.80 149.80 1.46 28.66 35.95 1.61 498.41 -2024 1997 10 2 0.72 12.45 36.61 1.09 1.37 8.31 6.75 . 5.31 5.95 1.77 280.26 7.73 37.00 1.45 1737.39 121.80 916.00 3.32 7.76 1.99 7.10 0.64 180.60 7.59 4.66 1.53 59.95 149.75 1.45 28.70 35.65 1.61 498.25 -2025 1997 10 3 0.72 12.38 36.31 1.09 1.37 8.31 6.69 . 5.27 5.91 1.75 277.90 7.73 36.25 1.45 1723.70 121.93 916.00 3.37 7.75 1.98 7.02 0.64 179.30 7.50 4.67 1.54 60.05 148.60 1.44 28.68 35.85 1.61 497.74 -2026 1997 10 6 0.72 12.39 36.38 1.09 1.37 8.31 6.71 . 5.28 5.92 1.76 278.70 7.73 36.20 1.45 1728.75 121.93 916.00 3.34 7.76 1.98 7.05 0.63 179.90 7.53 4.66 1.54 59.99 149.00 1.45 28.65 36.05 1.61 498.35 -2027 1997 10 7 0.72 12.34 36.20 1.09 1.37 8.31 6.67 . 5.25 5.89 1.75 276.60 7.73 36.25 1.46 1722.30 122.01 917.00 3.25 7.75 1.97 7.03 0.64 178.85 7.52 4.66 1.56 59.95 148.10 1.44 28.55 35.80 1.61 498.50 -2028 1997 10 8 0.72 12.33 36.18 1.09 1.37 8.31 6.67 . 5.25 5.88 1.75 276.50 7.73 36.25 1.45 1718.00 121.09 918.00 3.17 7.76 1.97 7.07 0.64 178.65 7.55 4.67 1.55 59.70 147.95 1.44 28.58 35.80 1.62 498.51 -2029 1997 10 9 0.73 12.26 36.01 1.09 1.37 8.31 6.64 . 5.23 5.86 1.74 275.55 7.73 36.22 1.46 1719.00 121.18 918.00 3.07 7.77 1.96 7.03 0.64 177.80 7.55 4.67 1.53 59.45 147.35 1.45 28.50 35.80 1.62 497.70 -2030 1997 10 10 0.73 12.33 36.15 1.09 1.37 8.31 6.67 . 5.25 5.88 1.75 276.40 7.73 36.25 1.46 1724.00 120.13 918.00 3.11 7.76 1.97 7.02 0.64 178.10 7.57 4.67 1.53 59.45 147.90 1.45 28.57 35.85 1.62 498.95 -2031 1997 10 13 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2032 1997 10 14 0.73 12.35 36.22 1.09 1.38 8.31 6.68 . 5.26 5.88 1.75 276.00 7.73 36.30 1.46 1715.70 121.75 914.20 3.10 7.75 1.97 7.07 0.64 178.55 7.58 4.67 1.54 59.55 148.10 1.46 28.53 36.30 1.61 497.75 -2033 1997 10 15 0.73 12.31 36.10 1.09 1.38 8.31 6.66 . 5.24 5.86 1.74 275.10 7.73 36.25 1.47 1711.20 121.31 917.00 3.15 7.74 1.97 7.05 0.64 178.10 7.56 4.67 1.54 59.55 147.65 1.45 28.54 37.25 1.62 498.51 -2034 1997 10 16 0.73 12.27 36.03 1.09 1.38 8.31 6.65 . 5.23 5.85 1.74 274.55 7.73 36.23 1.46 1706.70 119.87 918.00 3.19 7.75 1.96 6.99 0.64 177.84 7.56 4.68 1.54 59.50 147.30 1.45 28.56 37.30 1.61 498.40 -2035 1997 10 17 0.73 12.37 36.59 1.10 1.38 8.31 6.75 . 5.32 5.94 1.77 278.17 7.74 36.23 1.45 1730.00 120.19 918.00 3.24 7.75 1.99 7.11 0.64 180.56 7.65 4.69 1.55 59.50 149.55 1.47 29.75 37.45 1.61 498.76 -2036 1997 10 20 0.72 12.47 36.57 1.09 1.38 8.31 6.75 . 5.30 5.94 1.77 277.72 7.74 36.25 1.47 1730.50 121.40 927.00 3.33 7.73 1.99 7.10 0.64 180.53 7.61 4.69 1.56 59.75 149.45 1.47 30.75 38.25 1.62 498.90 -2037 1997 10 21 0.72 12.58 36.95 1.09 1.38 8.31 6.81 . 5.35 5.99 1.78 280.30 7.75 36.25 1.46 1745.00 120.66 930.00 3.33 7.72 2.01 7.22 0.63 182.30 7.69 4.69 1.57 59.75 150.82 1.48 30.80 38.80 1.63 498.35 -2038 1997 10 22 0.70 12.55 36.79 1.10 1.39 8.31 6.79 . 5.33 5.97 1.78 279.35 7.75 36.20 1.46 1740.67 120.71 919.00 3.40 7.72 2.00 7.24 0.62 181.51 7.70 4.71 1.58 59.70 150.34 1.47 30.80 38.90 1.63 497.86 -2039 1997 10 23 0.70 12.47 36.57 1.10 1.38 8.31 6.74 . 5.29 5.94 1.77 278.72 7.72 36.30 1.46 1733.00 121.67 923.00 3.34 7.76 1.99 7.14 0.62 180.44 7.61 4.72 1.57 59.75 149.42 1.46 30.50 38.30 1.63 498.45 -2040 1997 10 24 0.70 12.50 36.57 1.10 1.39 8.31 6.75 . 5.30 5.94 1.77 278.90 7.73 36.30 1.46 1731.70 121.73 932.00 3.39 7.84 1.99 7.12 0.62 180.52 7.58 4.73 1.58 59.75 149.64 1.46 30.70 39.20 1.63 499.10 -2041 1997 10 27 0.69 12.40 36.36 1.10 1.39 8.31 6.70 . 5.27 5.90 1.76 277.80 7.73 36.34 1.48 1722.00 121.87 945.00 3.40 8.14 1.98 7.09 0.62 179.50 7.57 4.78 1.57 59.80 148.57 1.45 30.80 38.70 1.65 499.30 -2042 1997 10 28 0.70 12.05 35.67 1.10 1.40 8.31 6.59 . 5.18 5.79 1.72 272.59 7.73 36.30 1.50 1699.00 119.70 965.00 3.43 8.35 1.94 7.05 0.62 176.45 7.53 4.82 1.57 59.70 146.00 1.41 31.00 39.05 1.67 500.00 -2043 1997 10 29 0.70 12.26 35.77 1.10 1.40 8.31 6.61 . 5.19 5.80 1.73 273.49 7.73 36.34 1.49 1702.90 120.53 970.00 3.39 8.15 1.95 7.06 0.62 177.02 7.53 4.81 1.57 59.75 146.52 1.41 31.30 39.10 1.67 499.90 -2044 1997 10 30 0.70 12.15 35.61 1.10 1.40 8.31 6.57 . 5.19 5.78 1.72 272.93 7.73 36.32 1.49 1693.40 120.68 965.00 3.44 8.30 1.94 7.01 0.62 176.22 7.50 4.83 1.58 59.72 145.80 1.40 31.20 40.10 1.66 499.60 -2045 1997 10 31 0.70 12.12 35.52 1.10 1.40 8.31 6.54 . 5.17 5.76 1.72 272.55 7.73 36.39 1.50 1690.10 120.39 970.00 3.32 8.41 1.94 6.97 0.62 175.90 7.48 4.81 1.57 59.80 145.52 1.39 31.20 40.50 1.67 499.26 -2046 1997 11 3 0.71 12.20 35.82 1.10 1.40 8.31 6.61 . 5.21 5.81 1.73 271.90 7.73 36.40 1.49 1701.75 121.04 976.00 3.23 8.23 1.95 7.06 0.63 177.20 7.55 4.78 1.54 59.88 146.80 1.41 31.40 39.25 1.67 499.45 -2047 1997 11 4 0.70 12.11 35.57 1.10 1.40 8.31 6.56 . 5.18 5.77 1.72 271.80 7.73 36.40 1.51 1690.20 121.83 965.00 3.28 8.25 1.94 7.03 0.62 176.10 7.52 4.82 1.56 59.86 145.65 1.40 30.85 38.75 1.68 499.35 -2048 1997 11 5 0.70 12.12 35.54 1.10 1.40 8.31 6.55 . 5.17 5.77 1.72 269.82 7.73 36.40 1.50 1688.10 122.56 974.00 3.29 8.18 1.94 7.03 0.62 175.92 7.51 4.81 1.57 59.89 145.52 1.40 30.60 39.10 1.67 499.65 -2049 1997 11 6 0.69 12.10 35.50 1.10 1.40 8.31 6.54 . 5.17 5.76 1.72 270.55 7.73 36.50 1.50 1684.90 123.16 975.30 3.30 8.38 1.93 7.00 0.62 175.60 7.48 4.82 1.57 59.98 145.23 1.40 30.80 39.30 1.69 499.50 -2050 1997 11 7 0.69 12.01 35.22 1.10 1.40 8.31 6.50 . 5.14 5.72 1.70 269.00 7.73 36.55 1.51 1676.00 123.97 985.00 3.30 8.38 1.92 6.93 0.62 174.40 7.45 4.83 1.57 59.95 144.35 1.39 31.00 38.65 1.69 499.35 -2051 1997 11 10 0.69 12.04 35.31 1.10 1.40 8.31 6.50 . 5.15 5.72 1.71 268.10 7.73 36.64 1.52 1675.50 124.15 999.00 3.31 8.28 1.92 6.96 0.62 174.40 7.48 4.82 1.57 59.95 144.40 1.39 31.05 37.40 1.68 499.61 -2052 1997 11 11 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2053 1997 11 12 0.69 12.10 35.61 1.10 1.40 8.31 6.56 . 5.20 5.78 1.72 270.74 7.73 36.76 1.51 1688.50 126.10 995.00 3.29 8.35 1.94 7.05 0.62 175.90 7.52 4.82 1.58 59.95 145.57 1.39 31.20 38.35 1.70 500.40 -2054 1997 11 13 0.69 12.09 35.50 1.10 1.40 8.31 6.54 . 5.18 5.76 1.72 270.50 7.73 36.80 1.51 1683.60 125.93 992.00 3.31 8.38 1.93 7.04 0.62 175.60 7.49 4.83 1.57 59.90 145.33 1.39 31.30 38.10 1.70 500.30 -2055 1997 11 14 0.69 12.18 35.74 1.10 1.41 8.31 6.59 . 5.21 5.80 1.73 272.08 7.73 36.80 1.50 1694.47 126.78 992.00 3.32 8.33 1.95 7.06 0.62 176.50 7.53 4.85 1.58 59.89 146.05 1.40 31.50 38.40 1.69 500.70 -2056 1997 11 17 0.69 12.18 35.78 1.10 1.41 8.31 6.59 . 5.21 5.80 1.73 272.25 7.73 36.94 1.50 1697.50 125.85 . 3.34 8.25 1.95 7.06 0.62 176.80 7.54 4.85 1.58 59.80 146.24 1.40 31.80 38.50 1.69 500.75 -2057 1997 11 18 0.69 12.15 35.60 1.10 1.41 8.31 6.56 . 5.20 5.77 1.72 270.79 7.73 37.60 1.50 1689.50 125.85 1020.00 3.41 8.25 1.94 7.02 0.62 176.15 7.56 4.85 1.59 59.90 145.63 1.40 32.00 39.45 1.69 500.20 -2058 1997 11 19 0.68 12.19 35.76 1.10 1.41 8.31 6.60 . 5.22 5.80 1.73 271.85 7.73 37.60 1.50 1698.25 127.22 1040.00 3.49 8.29 1.95 7.05 0.62 177.00 7.56 4.85 1.60 59.90 146.35 1.40 33.25 40.00 1.69 499.50 -2059 1997 11 20 0.68 12.16 35.78 1.10 1.42 8.31 6.60 . 5.23 5.80 1.73 271.80 7.73 37.54 1.50 1700.40 126.81 1139.00 3.53 8.24 1.95 7.06 0.62 177.09 7.56 4.85 1.60 60.60 146.50 1.40 33.00 39.65 1.69 500.00 -2060 1997 11 21 0.69 12.29 36.01 1.11 1.41 8.31 6.64 . 5.26 5.85 1.74 273.47 7.73 37.83 1.49 1713.40 125.85 1060.00 3.42 8.19 1.96 7.10 0.62 178.45 7.59 4.83 1.58 60.15 147.50 1.41 32.40 38.90 1.68 500.50 -2061 1997 11 24 0.69 12.20 35.83 1.10 1.42 8.31 6.61 . 5.24 5.82 1.73 272.24 7.73 38.32 1.49 1703.35 127.07 1085.00 3.45 8.24 1.95 7.06 0.62 177.55 7.57 4.83 1.59 60.30 146.80 1.40 32.50 39.50 1.69 500.75 -2062 1997 11 25 0.68 12.27 35.97 1.11 1.41 8.31 6.64 . 5.27 5.83 1.74 273.44 7.73 38.26 1.49 1709.50 127.45 1122.00 3.49 8.24 1.96 7.10 0.61 178.27 7.62 4.85 1.59 60.45 147.46 1.40 32.75 39.65 1.68 500.50 -2063 1997 11 26 0.68 12.38 36.33 1.10 1.42 8.31 6.70 . 5.31 5.89 1.76 276.55 7.73 38.75 1.47 1724.40 127.51 1110.00 3.51 8.22 1.98 7.19 0.61 179.95 7.73 4.85 1.59 61.25 148.90 1.41 32.55 39.70 1.67 501.00 -2064 1997 11 27 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2065 1997 11 28 0.68 12.41 36.40 1.10 1.42 8.30 6.71 . 5.33 5.90 1.76 276.85 7.73 39.10 1.48 1728.10 127.74 1169.50 3.51 8.22 1.98 7.19 0.61 180.19 7.72 4.85 1.59 60.78 149.19 1.42 32.35 41.00 1.68 501.60 -2066 1997 12 1 0.67 12.50 36.69 1.11 1.42 8.30 6.76 . 5.38 5.94 1.77 278.73 7.73 39.45 1.46 1738.80 129.15 1188.00 3.57 8.19 2.00 7.25 0.60 181.70 7.80 4.86 1.60 61.00 150.33 1.43 32.45 41.20 1.68 501.60 -2067 1997 12 2 0.67 12.48 36.62 1.11 1.42 8.30 6.75 . 5.37 5.94 1.77 278.40 7.73 39.50 1.47 1738.20 128.77 1228.00 3.59 8.16 2.00 7.20 0.60 181.30 7.78 4.86 1.60 61.35 150.00 1.43 32.45 41.70 1.68 501.95 -2068 1997 12 3 0.67 12.45 36.53 1.11 1.41 8.31 6.73 . 5.35 5.92 1.77 277.86 7.73 39.45 1.47 1734.25 128.72 1199.00 3.66 8.13 1.99 7.15 0.60 180.90 7.76 4.85 1.61 61.30 149.56 1.42 32.50 42.35 1.68 502.05 -2069 1997 12 4 0.67 12.46 36.54 1.11 1.42 8.31 6.74 . 5.35 5.92 1.77 278.00 7.73 39.15 1.46 1735.00 129.40 1163.00 3.73 8.11 1.99 7.17 0.60 180.80 7.77 4.86 1.61 61.13 149.65 1.43 32.20 41.80 1.67 502.35 -2070 1997 12 5 0.67 12.53 36.80 1.11 1.42 8.31 6.78 . 5.39 5.96 1.78 279.65 7.73 39.00 1.46 1745.70 130.20 1233.00 4.00 8.15 2.00 7.22 0.60 182.16 7.83 4.87 1.61 61.20 150.69 1.43 32.45 41.80 1.65 502.60 -2071 1997 12 8 0.67 12.56 36.86 1.11 1.42 8.31 6.80 . 5.39 5.98 1.78 280.39 7.73 38.99 1.45 1749.40 130.50 1342.40 3.65 8.12 2.01 7.22 0.59 182.40 7.80 4.86 1.61 61.30 150.98 1.45 32.15 41.40 1.64 502.25 -2072 1997 12 9 0.66 12.62 36.99 1.11 1.42 8.31 6.82 . 5.41 5.99 1.79 281.30 7.74 39.15 1.45 1752.90 129.80 1465.70 3.66 8.11 2.01 7.25 0.59 182.90 7.83 4.88 1.62 61.38 151.40 1.45 32.15 42.85 1.65 503.20 -2073 1997 12 10 0.66 12.55 37.60 1.11 1.42 8.31 6.79 . 5.37 5.97 1.78 280.43 7.74 39.15 1.45 1746.68 129.09 1565.90 3.66 8.14 2.01 7.25 0.60 182.30 7.81 4.89 1.61 61.50 150.78 1.44 32.55 42.20 1.64 502.90 -2074 1997 12 11 0.66 12.47 36.51 1.11 1.42 8.30 6.74 . 5.34 5.92 1.77 278.59 7.75 39.60 1.46 1733.30 129.92 . 3.77 8.21 2.00 7.21 0.59 180.80 7.76 4.89 1.63 61.50 149.63 1.43 32.90 43.60 1.65 502.75 -2075 1997 12 12 0.66 12.47 36.59 1.11 1.42 8.30 6.75 . 5.35 5.93 1.77 278.90 7.75 39.60 1.46 1738.00 130.73 . 3.82 8.17 1.99 7.26 0.59 181.30 7.76 4.89 1.65 61.65 149.95 1.43 32.75 45.45 1.65 502.91 -2076 1997 12 15 0.65 12.44 36.59 1.11 1.42 8.31 6.75 . 5.34 5.93 1.77 279.58 7.75 39.57 1.45 1737.40 131.08 . 3.87 8.14 1.99 7.28 0.59 181.19 7.75 4.89 1.68 61.70 150.05 1.43 32.15 47.40 1.63 502.70 -2077 1997 12 16 0.64 12.55 36.83 1.11 1.42 8.31 6.79 . 5.38 5.97 1.78 280.95 7.75 40.00 1.44 1747.50 130.87 1430.00 3.87 8.09 2.00 7.31 0.57 182.40 7.78 4.88 1.70 61.75 150.92 1.44 32.15 47.00 1.63 502.90 -2078 1997 12 17 0.66 12.45 36.53 1.11 1.42 8.31 6.74 . 5.34 5.93 1.76 278.85 7.74 40.00 1.45 1735.75 127.00 1485.00 3.81 8.08 1.99 7.22 0.58 181.90 7.74 4.86 1.68 61.65 149.80 1.43 32.60 45.50 1.65 502.75 -2079 1997 12 18 0.65 12.47 36.61 1.11 1.42 8.31 6.76 . 5.36 5.94 1.77 279.50 7.75 40.00 1.45 1741.50 128.53 1485.00 3.78 8.07 2.01 7.25 0.58 181.50 7.77 4.85 1.66 61.60 150.18 1.43 32.35 44.20 1.66 503.20 -2080 1997 12 19 0.65 12.45 36.60 1.11 1.43 8.31 6.74 . 5.35 5.92 1.76 278.50 7.75 40.00 1.45 1733.73 129.10 1580.00 3.83 8.13 1.99 7.26 0.58 181.00 7.76 4.86 1.67 62.25 149.75 1.42 32.35 45.10 1.66 502.47 -2081 1997 12 22 0.65 12.52 36.74 1.11 1.43 8.31 6.78 . 5.38 5.95 1.78 280.50 7.75 39.06 1.44 1745.60 130.38 1710.00 3.82 8.12 2.00 7.29 0.57 182.10 7.77 4.85 1.67 61.90 150.65 1.43 32.35 44.80 1.66 503.50 -2082 1997 12 23 0.65 12.48 36.64 1.11 1.43 8.31 6.76 . 5.37 5.93 1.77 279.94 7.74 39.01 1.44 1740.20 130.00 1960.00 3.84 8.13 1.99 7.28 0.58 182.32 7.77 4.85 1.67 61.75 150.08 1.43 32.70 46.00 1.66 503.75 -2083 1997 12 24 0.65 12.47 36.60 1.11 1.43 8.31 6.75 . 5.37 5.93 1.77 279.67 7.75 39.00 1.44 1743.00 130.06 1835.00 3.90 8.19 1.99 7.27 0.58 181.40 7.76 4.85 1.66 62.00 150.17 1.43 32.70 45.35 1.66 502.75 -2084 1997 12 25 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2085 1997 12 26 0.65 12.48 36.62 1.11 1.43 8.30 6.76 . 5.37 5.93 1.77 279.95 7.74 39.30 1.44 1743.00 130.30 1506.00 3.84 8.15 1.99 7.30 0.58 181.35 7.77 4.86 1.67 61.85 150.20 1.43 32.80 45.50 1.66 503.76 -2086 1997 12 29 0.65 12.49 36.89 1.11 1.43 8.31 6.81 . 5.41 5.98 1.78 282.00 7.75 39.16 1.44 1756.20 130.05 1450.00 3.89 8.08 2.01 7.34 0.58 182.90 7.84 4.86 1.67 61.75 151.40 1.44 32.80 45.90 1.66 504.24 -2087 1997 12 30 0.65 12.60 36.99 1.11 1.43 8.31 6.82 . 5.43 5.99 1.79 282.85 7.74 39.35 1.42 1759.80 130.05 1640.00 3.89 8.07 2.01 7.34 0.58 183.25 7.90 4.86 1.67 61.70 151.65 1.45 32.75 46.90 1.65 504.40 -2088 1997 12 31 0.65 12.63 37.08 1.11 1.42 8.31 6.85 . 5.45 6.01 1.79 284.02 7.74 39.30 1.42 1769.00 130.45 1695.00 3.88 8.07 2.02 7.37 0.58 184.10 7.94 4.86 1.68 61.80 152.40 1.46 32.80 46.80 1.64 504.80 -2089 1998 1 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2090 1998 1 2 0.65 12.68 37.21 1.11 1.42 8.31 6.86 . 5.45 6.03 1.80 284.78 7.75 39.40 1.41 1772.10 132.40 1695.00 3.98 8.06 2.03 7.37 0.57 184.41 7.97 4.88 1.69 61.91 152.72 1.46 33.10 48.30 1.64 503.63 -2091 1998 1 5 0.64 12.73 37.59 1.11 1.42 8.31 6.93 . 5.52 6.09 1.82 288.06 7.75 39.48 1.39 1790.75 133.99 1790.00 4.15 8.04 2.05 7.45 0.56 186.38 8.02 4.91 1.72 62.00 154.00 1.48 33.60 50.80 1.63 505.00 -2092 1998 1 6 0.63 12.73 37.58 1.11 1.43 8.31 6.93 . 5.51 6.09 1.82 288.00 7.75 39.55 1.37 1788.40 133.88 1748.00 4.46 8.04 2.05 7.46 0.56 186.25 8.05 4.94 1.75 63.00 154.35 1.47 33.95 53.00 1.63 504.06 -2093 1998 1 7 0.64 12.84 38.50 1.11 1.42 8.30 6.94 . 5.52 6.10 1.82 288.58 7.73 39.76 1.36 1792.30 131.70 1753.00 4.52 8.07 2.05 7.50 0.56 186.60 8.05 4.93 1.73 62.10 154.55 1.47 34.50 52.70 1.62 505.40 -2094 1998 1 8 0.63 12.80 37.54 1.11 1.43 8.31 6.93 . 5.51 6.09 1.82 287.67 7.74 39.80 1.36 1788.60 132.49 1790.00 4.73 8.08 2.05 7.48 0.56 186.00 8.03 4.94 1.78 62.10 154.10 1.47 34.80 54.30 1.61 506.05 -2095 1998 1 9 0.64 12.79 37.55 1.11 1.42 8.31 6.92 . 5.51 6.08 1.81 287.64 7.75 39.95 1.37 1787.20 131.52 1812.00 4.60 8.09 2.04 7.46 0.57 186.20 7.98 4.93 1.77 62.10 154.25 1.47 34.40 53.70 1.61 506.50 -2096 1998 1 12 0.64 12.78 37.55 1.11 1.43 8.31 6.92 . 5.50 6.08 1.81 287.63 7.74 39.97 1.37 1790.08 132.83 1739.00 4.66 8.30 2.04 7.52 0.57 185.86 8.04 4.99 1.79 62.10 154.22 1.47 34.70 56.10 1.62 506.30 -2097 1998 1 13 0.64 12.80 37.57 1.11 1.43 8.31 6.93 . 5.51 6.09 1.82 287.26 7.74 40.00 1.37 1791.01 131.72 1765.00 4.60 8.17 2.05 7.53 0.57 186.19 8.03 4.97 1.77 62.00 154.23 1.47 34.70 54.30 1.63 507.30 -2098 1998 1 14 0.64 12.83 37.62 1.11 1.43 8.31 6.94 . 5.51 6.10 1.82 287.10 7.74 40.30 1.37 1793.80 131.43 1670.00 4.35 8.20 2.05 7.53 0.57 186.36 8.02 4.94 1.74 62.25 154.39 1.48 34.30 51.15 1.63 506.51 -2099 1998 1 15 0.65 12.80 37.79 1.12 1.43 8.31 6.97 . 5.54 6.13 1.83 288.80 7.73 40.40 1.37 1802.20 130.41 1608.00 4.29 8.30 2.06 7.54 0.57 187.20 8.02 4.97 1.76 62.05 155.10 1.49 34.15 52.00 1.63 507.40 -2100 1998 1 16 0.66 12.83 37.78 1.12 1.43 8.30 6.97 . 5.53 6.12 1.83 288.40 7.73 40.00 1.37 1799.90 128.88 1624.00 4.19 8.20 2.06 7.55 0.58 186.95 8.02 4.97 1.73 62.15 154.96 1.49 33.90 51.80 1.63 508.80 -2101 1998 1 19 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2102 1998 1 20 0.66 12.96 38.00 1.12 1.43 8.31 7.01 . 5.57 6.16 1.84 290.41 7.73 39.20 1.36 1808.75 128.80 1647.00 4.23 8.22 2.07 7.59 0.58 188.46 8.09 4.97 1.75 62.15 156.12 1.49 33.80 52.30 1.62 509.25 -2103 1998 1 21 0.65 12.89 37.74 1.12 1.44 8.31 6.96 . 5.53 6.12 1.82 288.50 7.73 38.90 1.37 1798.15 127.50 1725.00 4.37 8.28 2.05 7.54 0.58 187.05 8.04 4.96 1.75 62.20 154.80 1.48 33.49 52.50 1.62 510.40 -2104 1998 1 22 0.65 12.68 37.22 1.12 1.45 8.31 6.87 . 5.46 6.04 1.80 285.20 7.73 38.90 1.39 1774.10 127.22 1760.00 4.53 8.33 2.03 7.47 0.58 184.55 7.96 4.94 1.76 62.50 153.00 1.47 33.85 53.80 1.64 509.30 -2105 1998 1 23 0.66 12.58 36.76 1.12 1.45 8.31 6.78 . 5.39 5.96 1.78 282.90 7.74 38.85 1.41 1755.50 125.78 1748.00 4.57 8.30 2.00 7.40 0.58 182.42 7.88 4.92 1.76 62.60 150.96 1.44 34.15 54.20 1.66 508.25 -2106 1998 1 26 0.66 12.55 37.05 1.12 1.44 8.31 6.84 . 5.43 6.01 1.79 284.90 7.74 38.41 1.40 1772.00 126.64 1682.00 4.52 8.28 2.02 7.46 0.58 183.30 7.93 4.90 1.75 62.25 151.95 1.45 34.10 54.10 1.65 509.00 -2107 1998 1 27 0.67 12.55 36.94 1.12 1.45 8.31 6.81 . 5.41 5.99 1.78 284.13 7.73 38.45 1.39 1765.00 126.02 1682.00 4.42 8.27 2.01 7.43 0.59 183.11 7.95 4.91 1.72 62.65 151.82 1.44 34.20 53.70 1.64 509.25 -2108 1998 1 28 0.68 12.70 37.33 1.12 1.45 8.31 6.88 . 5.47 6.05 1.80 286.25 7.73 38.90 1.38 1784.50 125.26 1690.00 4.37 8.38 2.03 7.49 0.59 184.80 8.02 4.91 1.71 62.55 153.25 1.46 34.20 53.70 1.64 509.50 -2109 1998 1 29 0.67 12.80 37.57 1.12 1.46 8.31 6.93 . 5.51 6.09 1.82 288.52 7.73 38.80 1.37 1797.30 125.38 1690.00 4.38 8.48 2.05 7.58 0.58 186.46 8.08 4.92 1.72 62.50 154.52 1.46 34.20 54.10 1.64 510.50 -2110 1998 1 30 0.68 12.88 37.82 1.12 1.45 8.31 6.97 . 5.54 6.13 1.83 290.15 7.73 38.80 1.36 1805.82 127.10 1528.00 4.23 8.46 2.06 7.59 0.58 187.40 8.11 4.94 1.71 62.45 155.30 1.48 34.25 53.10 1.63 511.15 -2111 1998 2 2 0.68 12.49 37.50 1.12 1.45 8.27 6.93 . 5.50 6.09 1.82 287.85 7.73 38.95 1.37 1796.00 126.65 1556.00 4.13 8.45 2.05 7.52 0.59 186.20 8.07 4.92 1.70 62.20 154.19 1.47 33.50 51.00 1.63 511.65 -2112 1998 2 3 0.68 12.78 37.51 1.12 1.45 8.31 6.92 . 5.50 6.08 1.81 287.60 7.73 38.90 1.38 1794.00 126.02 1620.00 3.98 8.43 2.04 7.54 0.58 186.00 8.08 4.93 1.68 62.95 154.05 1.46 33.25 48.20 1.64 513.00 -2113 1998 2 4 0.68 12.70 37.21 1.12 1.44 8.31 6.86 . 5.45 6.03 1.80 285.15 7.73 38.85 1.39 1778.00 123.78 1608.00 3.99 8.41 2.03 7.48 0.58 184.23 8.02 4.91 1.68 62.35 152.65 1.45 34.05 49.50 1.65 513.30 -2114 1998 2 5 0.67 12.58 36.94 1.12 1.43 8.31 6.82 . 5.42 5.99 1.78 283.58 7.73 38.85 1.40 1766.00 123.31 1608.00 3.99 8.42 2.01 7.45 0.58 183.10 8.01 4.91 1.66 62.65 151.67 1.44 32.95 48.90 1.65 513.00 -2115 1998 2 6 0.67 12.64 37.20 1.12 1.42 8.30 6.87 . 5.47 6.02 1.80 285.10 7.73 38.85 1.39 1780.60 124.26 1557.00 3.82 8.42 2.03 7.51 0.58 184.45 8.03 4.90 1.65 62.35 152.70 1.45 32.95 48.10 1.64 514.75 -2116 1998 2 9 0.67 12.74 37.50 1.12 1.43 8.29 6.92 . 5.50 6.09 1.81 287.35 7.73 38.56 1.38 1794.80 124.28 1558.00 3.83 8.45 2.04 7.56 0.58 185.95 8.12 4.91 1.65 62.80 154.00 1.46 33.15 48.00 1.63 516.50 -2117 1998 2 10 0.68 12.75 37.41 1.12 1.42 8.31 6.90 . 5.49 6.07 1.81 286.78 7.73 38.90 1.38 1790.16 123.47 1586.00 3.59 8.50 2.04 7.55 0.59 185.20 8.12 4.92 1.62 62.85 153.36 1.46 32.95 45.40 1.62 516.00 -2118 1998 2 11 0.67 12.80 37.57 1.12 1.43 8.31 6.93 . 5.52 6.09 1.81 287.22 7.73 38.79 1.38 1795.80 123.53 1603.00 3.58 8.46 2.05 7.56 0.58 186.24 8.13 4.92 1.62 62.60 154.21 1.46 32.80 43.90 1.63 514.26 -2119 1998 2 12 0.67 12.73 37.38 1.12 1.43 8.31 6.89 . 5.49 6.06 1.80 286.06 7.74 38.85 1.38 1785.63 123.78 1629.00 3.78 8.46 2.04 7.52 0.58 185.30 8.07 4.93 1.65 62.35 153.47 1.45 32.90 45.10 1.63 516.20 -2120 1998 2 13 0.67 12.85 37.68 1.12 1.44 8.30 6.95 . 5.53 6.11 1.82 287.95 7.73 38.85 1.37 1797.30 125.37 1623.00 3.84 8.47 2.05 7.57 0.58 186.60 8.11 4.93 1.66 62.20 154.50 1.46 32.85 46.60 1.63 516.20 -2121 1998 2 16 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2122 1998 2 17 0.66 12.82 37.70 1.12 1.44 8.31 6.96 . 5.54 6.10 1.82 288.00 7.74 38.95 1.35 1798.25 126.87 1692.00 3.87 8.47 2.05 7.61 0.57 186.95 8.14 4.94 1.66 62.20 154.75 1.47 33.05 46.20 1.63 516.75 -2123 1998 2 18 0.67 12.80 37.55 1.12 1.43 8.31 6.93 . 5.53 6.09 1.82 287.12 7.74 38.90 1.36 1794.25 126.35 1711.00 3.80 8.55 2.05 7.59 0.57 186.30 8.10 4.94 1.64 62.20 154.08 1.46 32.97 45.80 1.63 515.50 -2124 1998 2 19 0.67 12.83 37.67 1.12 1.42 8.31 6.95 . 5.53 6.11 1.82 288.05 7.74 38.90 1.36 1798.10 126.25 1674.00 3.73 8.55 2.05 7.59 0.58 186.78 8.09 4.94 1.62 62.20 154.52 1.47 32.85 44.20 1.63 515.50 -2125 1998 2 20 0.67 12.84 37.65 1.12 1.42 8.30 6.95 . 5.53 6.11 1.82 289.03 7.74 39.39 1.36 1799.20 127.73 1661.00 3.78 8.59 2.06 7.60 0.57 186.65 8.08 4.95 1.64 62.20 154.53 1.47 32.90 44.70 1.63 516.75 -2126 1998 2 23 0.66 12.67 37.02 1.12 1.42 8.31 6.84 . 5.44 6.02 1.79 284.05 7.74 39.30 1.38 1769.80 128.92 1663.00 3.84 8.63 2.02 7.51 0.57 183.85 8.01 4.94 1.65 62.25 152.20 1.45 32.95 44.80 1.64 516.20 -2127 1998 2 24 0.66 12.67 37.17 1.12 1.42 8.31 6.86 . 5.46 6.03 1.80 284.99 7.74 39.35 1.38 1777.80 128.15 1656.00 3.75 8.61 2.02 7.52 0.57 184.42 8.02 4.93 1.63 62.20 152.63 1.45 32.80 44.00 1.64 516.50 -2128 1998 2 25 0.66 12.74 37.38 1.12 1.42 8.30 6.90 . 5.50 6.06 1.81 286.55 7.74 39.26 1.36 1788.20 128.62 1644.00 3.74 8.58 2.04 7.59 0.57 185.49 8.05 4.94 1.63 62.25 153.59 1.46 32.60 43.20 1.64 517.01 -2129 1998 2 26 0.67 12.75 37.43 1.12 1.42 8.31 6.90 . 5.50 6.08 1.81 287.43 7.74 39.30 1.36 1785.90 127.72 1656.00 3.70 8.56 2.04 7.56 0.57 185.71 8.03 4.95 1.62 62.20 153.68 1.46 32.35 43.00 1.64 517.75 -2130 1998 2 27 0.67 12.71 37.46 1.13 1.42 8.31 6.91 . 5.50 6.08 1.81 287.50 7.74 39.45 1.36 1787.60 126.12 1635.00 3.70 8.53 2.04 7.57 0.58 185.75 8.00 4.94 1.62 61.90 153.80 1.46 32.20 43.15 1.64 516.25 -2131 1998 3 2 0.68 12.71 37.41 1.13 1.42 8.31 6.91 . 5.50 6.07 1.81 287.10 7.74 39.60 1.36 1786.35 125.38 1553.00 3.62 8.50 2.04 7.57 0.58 185.64 7.98 4.93 1.61 61.98 153.65 1.46 32.10 44.20 1.64 518.00 -2132 1998 3 3 0.67 12.72 37.32 1.13 1.41 8.31 6.89 . 5.49 6.08 1.80 285.98 7.74 39.53 1.37 1781.70 126.05 . 3.81 8.53 2.03 7.54 0.58 185.20 7.97 4.93 1.63 61.55 153.46 1.46 32.10 44.00 1.65 518.75 -2133 1998 3 4 0.67 12.78 37.50 1.13 1.42 8.31 6.93 . 5.51 6.08 1.81 287.02 7.74 39.54 1.36 1787.89 126.79 1566.00 3.81 8.59 2.04 7.55 0.58 185.95 7.99 4.93 1.64 61.75 154.20 1.47 32.05 44.70 1.64 519.05 -2134 1998 3 5 0.66 12.82 37.69 1.13 1.41 8.30 6.96 . 5.54 6.12 1.82 288.50 7.74 39.54 1.36 1795.30 127.61 1605.00 3.96 8.61 2.05 7.59 0.57 186.85 8.04 4.94 1.65 62.50 154.75 1.48 32.20 45.00 1.64 519.30 -2135 1998 3 6 0.66 12.90 37.88 1.13 1.41 8.31 6.99 . 5.57 6.14 1.83 290.05 7.74 39.55 1.35 1802.60 128.42 1638.00 3.95 8.60 2.06 7.62 0.57 187.60 8.06 4.98 1.65 61.80 155.50 1.49 32.25 44.60 1.63 519.25 -2136 1998 3 9 0.66 12.87 37.73 1.13 1.41 8.31 6.97 . 5.55 6.13 1.82 288.90 7.74 39.45 1.36 1799.90 127.78 1616.00 3.99 8.62 2.06 7.60 0.57 187.10 8.00 4.98 1.65 61.90 154.97 1.49 32.25 44.75 1.63 520.00 -2137 1998 3 10 0.66 12.88 37.81 1.13 1.41 8.31 6.98 . 5.56 6.14 1.83 289.70 7.74 39.55 1.35 1803.05 127.63 1597.00 3.91 8.63 2.06 7.60 0.58 187.50 8.01 4.97 1.64 61.80 155.25 1.49 32.40 43.75 1.63 520.50 -2138 1998 3 11 0.66 12.90 37.85 1.13 1.40 8.31 6.99 . 5.57 6.15 1.83 289.70 7.74 39.53 1.35 1805.10 129.30 1582.00 3.94 8.67 2.06 7.62 0.57 187.60 8.00 4.98 1.63 61.80 155.50 1.49 32.35 43.80 1.64 520.80 -2139 1998 3 12 0.66 12.86 37.70 1.13 1.41 8.31 6.96 . 5.55 6.12 1.82 288.60 7.74 39.55 1.35 1799.25 129.25 1551.00 3.85 8.58 2.06 7.61 0.58 187.00 7.99 4.98 1.62 61.80 154.95 1.48 32.45 43.05 1.65 521.70 -2140 1998 3 13 0.67 12.79 37.52 1.13 1.41 8.31 6.93 . 5.52 6.10 1.81 293.80 7.74 39.80 1.37 1788.03 128.23 1528.00 3.73 8.56 2.05 7.56 0.58 186.02 7.91 4.97 1.59 61.90 154.25 1.47 32.50 40.40 1.66 522.50 -2141 1998 3 16 0.67 12.80 37.60 1.13 1.41 8.28 6.94 . 5.53 6.10 1.82 320.00 7.74 39.57 1.37 1795.65 129.40 1466.00 3.79 8.59 2.05 7.59 0.58 186.70 7.95 4.97 1.60 61.80 154.60 1.48 32.50 40.10 1.66 523.25 -2142 1998 3 17 0.67 12.77 37.48 1.13 1.41 8.31 6.92 . 5.51 6.09 1.81 319.73 7.74 39.55 1.37 1789.80 129.41 1470.00 3.80 8.59 2.05 7.58 0.58 185.97 7.93 4.96 1.60 61.75 154.20 1.47 32.60 40.20 1.67 523.25 -2143 1998 3 18 0.66 12.86 37.71 1.13 1.41 8.31 6.96 . 5.54 6.12 1.82 323.00 7.74 39.65 1.37 1799.70 130.17 1487.00 3.65 8.59 2.06 7.62 0.56 187.10 7.97 4.97 1.60 61.85 155.05 1.49 32.90 41.00 1.67 523.50 -2144 1998 3 19 0.66 12.86 37.76 1.13 1.41 8.31 6.97 . 5.55 6.13 1.82 323.13 7.74 39.68 1.37 1797.00 130.43 1476.00 3.67 8.57 2.06 7.59 0.56 186.95 7.98 4.97 1.61 61.85 154.95 1.49 32.85 40.00 1.66 521.30 -2145 1998 3 20 0.66 12.90 37.83 1.13 1.41 8.31 6.99 . 5.56 6.14 1.83 322.80 7.74 39.55 1.36 1805.00 130.34 1451.00 3.65 8.58 2.06 7.61 0.56 187.60 7.97 4.98 1.60 62.10 155.35 1.49 32.85 39.80 1.66 522.15 -2146 1998 3 23 0.66 12.85 37.67 1.13 1.42 8.31 6.96 . 5.54 6.12 1.82 320.80 7.74 39.54 1.37 1799.50 130.28 1371.00 3.54 8.54 2.05 7.54 0.56 187.00 7.93 4.98 1.60 62.50 154.80 1.49 32.80 38.55 1.67 522.90 -2147 1998 3 24 0.67 12.85 37.70 1.13 1.41 8.31 6.96 . 5.54 6.12 1.82 320.50 7.74 39.58 1.37 1800.50 130.25 1379.00 3.65 8.54 2.05 7.56 0.56 187.20 7.92 4.97 1.61 62.70 155.07 1.49 32.75 38.80 1.67 522.10 -2148 1998 3 25 0.67 12.85 37.70 1.13 1.41 8.31 6.96 . 5.54 6.12 1.82 318.90 7.74 39.60 1.37 1801.10 128.76 1391.00 3.59 8.53 2.06 7.56 0.56 187.30 7.92 4.97 1.60 62.50 155.15 1.49 32.70 38.45 1.67 522.25 -2149 1998 3 26 0.67 12.82 37.60 1.13 1.41 8.31 6.95 . 5.53 6.11 1.82 317.92 7.74 39.55 1.37 1797.80 128.71 1398.00 3.59 8.52 2.05 7.51 0.56 186.65 7.88 4.97 1.59 62.60 154.61 1.48 32.59 38.70 1.68 522.80 -2150 1998 3 27 0.67 12.85 37.67 1.13 1.41 8.31 6.96 . 5.54 6.11 1.82 317.93 7.74 39.51 1.37 1800.70 130.17 1380.50 3.56 8.53 2.05 7.51 0.56 187.10 7.87 4.97 1.59 62.50 154.95 1.49 32.63 38.00 1.68 523.75 -2151 1998 3 30 0.66 12.99 38.10 1.13 1.42 8.31 7.04 . 5.60 6.18 1.84 319.50 7.74 39.55 1.36 1820.60 132.16 1385.00 3.64 8.54 2.08 7.58 0.55 189.20 7.93 5.02 1.60 62.30 156.71 1.52 32.75 38.60 1.67 524.50 -2152 1998 3 31 0.66 13.01 38.14 1.13 1.41 8.28 7.05 . 5.61 6.19 1.85 319.50 7.74 39.53 1.35 1823.00 133.29 1386.00 3.66 8.52 2.08 7.62 0.55 189.37 7.99 5.03 1.61 62.60 156.95 1.52 32.95 39.60 1.67 525.40 -2153 1998 4 1 0.65 13.03 38.26 1.13 1.41 8.31 7.07 . 5.62 6.21 1.85 323.07 7.74 39.55 1.35 1827.60 133.76 1392.00 3.70 8.60 2.08 7.70 0.54 190.00 8.03 5.04 1.62 62.25 157.41 1.53 32.90 39.60 1.67 525.40 -2154 1998 4 2 0.65 13.03 38.21 1.13 1.41 8.31 7.06 . 5.62 6.20 1.85 321.00 7.74 39.55 1.35 1826.50 133.50 1416.00 3.75 8.52 2.08 7.66 0.54 189.86 8.02 5.04 1.62 62.80 157.20 1.53 32.95 41.00 1.66 524.75 -2155 1998 4 3 0.65 13.02 38.20 1.13 1.42 8.28 7.05 . 5.62 6.20 1.85 321.00 7.74 39.56 1.35 1826.75 135.05 1449.00 3.79 8.55 2.08 7.65 0.55 189.70 8.00 5.04 1.63 62.37 157.10 1.53 32.90 41.20 1.65 526.00 -2156 1998 4 6 0.65 12.96 37.97 1.13 1.41 8.31 7.02 . 5.60 6.17 1.84 320.64 7.74 39.58 1.36 1817.85 134.71 1476.00 3.72 8.52 2.07 7.65 0.55 188.85 8.01 5.05 1.61 62.45 156.36 1.52 32.90 39.86 1.66 525.50 -2157 1998 4 7 0.65 12.94 37.98 1.13 1.42 8.31 7.01 . 5.58 6.17 1.84 320.00 7.74 39.74 1.36 1817.00 133.68 1437.00 3.72 8.53 2.07 7.65 0.54 188.60 8.00 5.05 1.60 63.00 156.25 1.52 33.10 39.95 1.66 527.75 -2158 1998 4 8 0.65 12.82 37.57 1.13 1.42 8.31 6.95 . 5.53 6.10 1.82 316.28 7.75 39.40 1.38 1797.98 132.64 1416.00 3.72 8.51 2.05 7.56 0.54 186.50 7.91 5.04 1.60 62.70 154.55 1.51 33.10 40.10 1.66 528.25 -2159 1998 4 9 0.65 12.81 37.58 1.13 1.42 8.31 6.94 . 5.53 6.10 1.82 316.70 7.74 39.80 1.38 1799.00 130.21 1393.00 3.62 8.50 2.05 7.55 0.55 186.70 7.87 5.03 1.59 62.35 154.65 1.51 33.10 40.00 1.67 528.60 -2160 1998 4 10 0.65 12.83 37.66 1.13 1.42 8.31 6.95 . 5.54 6.11 1.82 318.50 7.74 39.90 1.38 1801.00 128.96 1387.00 3.67 8.49 2.05 7.56 0.55 186.80 7.87 5.03 1.58 62.45 154.80 1.51 32.90 40.00 1.67 528.60 -2161 1998 4 13 0.65 12.83 37.64 1.13 1.43 8.31 6.95 . 5.53 6.11 1.82 318.15 7.74 39.70 1.38 1802.00 129.52 1405.00 3.65 8.52 2.05 7.56 0.55 186.85 7.86 5.03 1.59 63.20 154.75 1.51 33.05 40.00 1.66 528.75 -2162 1998 4 14 0.64 12.69 37.20 1.14 1.43 8.31 6.88 . 5.48 6.04 1.80 313.45 7.74 39.65 1.39 1782.50 129.35 1400.00 3.69 8.49 2.03 7.50 0.54 184.75 7.77 5.03 1.59 63.30 153.20 1.49 33.00 40.00 1.68 529.50 -2163 1998 4 15 0.64 12.65 37.12 1.14 1.43 8.31 6.86 . 5.46 6.02 1.79 312.66 7.75 39.72 1.40 1780.40 129.45 1395.00 3.70 8.47 2.02 7.50 0.55 184.47 7.76 5.03 1.59 62.80 152.89 1.49 32.91 40.10 1.68 530.50 -2164 1998 4 16 0.65 12.71 37.30 1.14 1.43 8.31 6.88 . 5.48 6.05 1.80 314.40 7.74 39.74 1.39 1786.00 131.78 1388.00 3.77 8.50 2.03 7.49 0.55 185.10 7.75 5.04 1.60 62.45 153.40 1.50 33.00 40.10 1.69 535.25 -2165 1998 4 17 0.64 12.73 37.35 1.14 1.42 8.31 6.90 . 5.49 6.06 1.80 313.45 7.74 39.73 1.39 1787.20 131.85 1387.00 3.80 8.49 2.03 7.51 0.55 185.30 7.77 5.04 1.60 62.70 153.65 1.50 33.03 39.60 1.68 532.75 -2166 1998 4 20 0.64 12.66 37.15 1.14 1.42 8.31 6.86 . 5.46 6.03 1.79 312.40 7.74 39.71 1.39 1779.00 132.23 1385.00 3.79 8.48 2.02 7.47 0.55 184.65 7.71 5.05 1.60 62.85 153.10 1.49 33.10 39.35 1.67 532.50 -2167 1998 4 21 0.64 12.58 36.91 1.14 1.43 8.31 6.82 . 5.42 5.99 1.78 309.11 7.74 39.80 1.41 1767.50 131.33 1379.00 3.74 8.46 2.01 7.41 0.55 183.00 7.67 5.04 1.59 63.50 151.90 1.48 33.05 39.15 1.67 533.95 -2168 1998 4 22 0.65 12.61 37.00 1.14 1.43 8.31 6.83 . 5.43 6.00 1.79 310.30 7.75 39.75 1.40 1772.50 130.77 1377.00 3.77 8.46 2.01 7.43 0.55 183.70 7.68 5.04 1.58 63.20 152.30 1.48 33.05 39.32 1.67 533.65 -2169 1998 4 23 0.65 12.66 37.17 1.14 1.43 8.31 6.87 . 5.46 6.03 1.80 313.30 7.75 39.78 1.39 1779.50 130.19 1373.00 3.79 8.47 2.02 7.48 0.56 184.40 7.72 5.06 1.59 63.00 153.10 1.49 33.05 39.40 1.66 535.40 -2170 1998 4 24 0.65 12.62 37.00 1.14 1.43 8.27 6.84 . 5.43 6.00 1.79 311.95 7.74 39.72 1.40 1770.10 130.90 1366.00 3.77 8.48 2.01 7.45 0.55 183.65 7.68 5.05 1.59 62.70 152.10 1.49 33.05 38.90 1.66 534.10 -2171 1998 4 27 0.64 12.58 36.91 1.14 1.43 8.27 6.82 . 5.43 5.99 1.78 315.45 7.74 39.75 1.41 1768.50 132.09 1365.00 3.79 8.52 2.01 7.44 0.55 183.24 7.72 5.04 1.60 63.15 151.92 1.48 33.10 38.85 1.67 536.00 -2172 1998 4 28 0.64 12.62 37.05 1.14 1.43 8.31 6.84 . 5.44 6.01 1.79 315.00 7.74 39.80 1.40 1773.50 132.19 1351.00 3.76 8.49 2.01 7.46 0.55 183.95 7.75 5.04 1.59 63.75 152.45 1.49 33.02 38.55 1.66 536.25 -2173 1998 4 29 0.64 12.63 37.04 1.14 1.43 8.31 6.84 . 5.44 6.01 1.79 316.80 7.74 39.78 1.40 1773.50 132.05 1339.00 3.74 8.51 2.02 7.46 0.55 183.91 7.75 5.05 1.58 63.40 152.35 1.49 33.10 38.65 1.67 537.55 -2174 1998 4 30 0.65 12.61 37.00 1.14 1.43 8.31 6.84 . 5.44 6.01 1.79 314.35 7.74 39.74 1.40 1771.50 132.37 1338.00 3.75 8.49 2.02 7.46 0.55 183.85 7.73 5.05 1.58 63.50 152.35 1.50 32.98 38.70 1.67 536.70 -2175 1998 5 1 0.65 12.51 36.71 1.14 1.43 8.27 6.77 . 5.39 5.96 1.77 309.90 7.74 39.82 1.41 1755.75 133.01 1338.00 3.67 8.50 2.00 7.39 0.55 182.25 7.68 5.05 1.58 63.45 150.90 1.48 33.05 38.60 1.66 537.00 -2176 1998 5 4 0.64 12.52 36.72 1.14 1.43 8.31 6.78 . 5.41 5.96 1.78 309.03 7.74 39.75 1.41 1758.20 132.98 1349.00 3.67 8.48 2.00 7.39 0.55 182.40 7.68 5.06 1.58 63.45 151.36 1.48 33.01 38.60 1.66 537.55 -2177 1998 5 5 0.64 12.47 36.56 1.14 1.43 8.31 6.76 . 5.38 5.94 1.77 307.01 7.74 39.80 1.41 1747.50 131.74 1349.00 3.69 8.48 1.99 7.35 0.55 181.55 7.63 5.06 1.58 63.69 150.55 1.48 33.01 38.55 1.66 538.00 -2178 1998 5 6 0.63 12.42 36.42 1.14 1.43 8.31 6.73 . 5.36 5.92 1.76 306.98 7.74 39.84 1.42 1740.72 132.73 1371.00 3.89 8.48 1.98 7.33 0.54 180.91 7.58 5.05 1.61 63.50 150.06 1.47 33.04 39.20 1.66 537.10 -2179 1998 5 7 0.63 12.41 36.50 1.14 1.44 8.31 6.72 . 5.36 5.91 1.76 308.87 7.74 39.80 1.42 1739.50 133.09 1406.00 3.87 8.50 1.98 7.36 0.54 180.81 7.58 5.06 1.62 63.95 149.87 1.47 33.17 38.95 1.64 538.05 -2180 1998 5 8 0.63 12.46 36.52 1.14 1.43 8.31 6.75 . 5.38 5.93 1.77 308.63 7.75 39.80 1.42 1747.40 132.88 1389.00 3.82 8.48 1.99 7.41 0.54 181.43 7.61 5.06 1.61 64.05 150.57 1.47 33.25 38.70 1.63 537.65 -2181 1998 5 11 0.63 12.51 36.67 1.14 1.43 8.31 6.77 . 5.40 5.96 1.77 309.32 7.74 39.79 1.41 1753.60 132.84 1393.00 3.87 8.47 2.00 7.44 0.54 182.20 7.63 5.06 1.62 63.92 151.00 1.48 33.21 38.65 1.63 537.25 -2182 1998 5 12 0.63 12.48 36.61 1.14 1.43 8.31 6.76 . 5.39 5.95 1.77 308.34 7.74 39.85 1.42 1749.25 134.00 1393.00 3.89 8.51 2.00 7.42 0.53 181.70 7.61 5.07 1.64 63.95 150.65 1.48 33.42 38.77 1.63 537.50 -2183 1998 5 13 0.62 12.51 36.69 1.14 1.44 8.31 6.77 . 5.40 5.96 1.77 308.25 7.74 39.85 1.41 1753.00 134.18 1420.00 3.89 8.52 2.00 7.46 0.53 182.30 7.70 5.08 1.65 64.20 151.15 1.48 33.45 39.05 1.63 535.51 -2184 1998 5 14 0.62 12.53 36.75 1.14 1.44 8.31 6.78 . 5.41 5.97 1.78 308.03 7.74 40.65 1.41 1757.50 134.23 1425.00 3.79 8.51 2.00 7.47 0.53 182.61 7.72 5.08 1.65 64.18 151.27 1.48 33.25 38.85 1.63 536.50 -2185 1998 5 15 0.62 12.57 36.84 1.14 1.45 8.31 6.80 . 5.42 5.99 1.78 309.17 7.74 40.65 1.41 1761.80 134.39 1440.00 3.75 8.52 2.01 7.49 0.53 183.03 7.74 5.08 1.64 64.50 151.75 1.48 33.25 39.15 1.62 536.25 -2186 1998 5 18 0.62 12.57 36.87 1.14 1.44 8.31 6.81 . 5.43 5.99 1.78 309.10 7.74 40.57 1.40 1762.30 135.95 1448.00 3.84 8.54 2.01 7.52 0.53 183.25 7.79 5.09 1.65 64.55 151.95 1.48 33.79 39.45 1.62 536.50 -2187 1998 5 19 0.62 12.56 36.81 1.14 1.45 8.31 6.79 . 5.42 5.98 1.78 308.90 7.74 40.57 1.40 1760.20 136.34 1445.00 3.86 8.58 2.01 7.51 0.53 182.93 7.76 5.11 1.65 64.72 151.63 1.48 33.83 39.60 1.62 536.50 -2188 1998 5 20 0.62 12.45 36.51 1.14 1.44 8.31 6.74 . 5.38 5.93 1.77 305.70 7.74 40.53 1.42 1745.00 135.99 1412.00 3.83 8.64 1.99 7.49 0.53 181.30 7.71 5.10 1.65 64.55 150.40 1.47 33.69 39.45 1.63 535.75 -2189 1998 5 21 0.63 12.37 36.26 1.15 1.44 8.31 6.70 . 5.34 5.89 1.75 303.20 7.74 40.54 1.43 1734.90 135.65 1393.00 3.78 8.64 1.98 7.44 0.53 180.15 7.67 5.08 1.63 64.25 149.38 1.46 33.60 39.25 1.63 536.51 -2190 1998 5 22 0.63 12.38 36.29 1.15 1.44 8.31 6.70 . 5.35 5.89 1.75 302.27 7.74 40.70 1.42 1736.00 135.77 1385.00 3.81 8.65 1.98 7.41 0.53 180.16 7.69 5.09 1.63 64.40 149.48 1.46 33.62 39.45 1.63 537.50 -2191 1998 5 25 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2192 1998 5 26 0.62 12.44 36.47 1.15 1.45 8.31 6.74 . 5.37 5.93 1.76 304.00 7.74 41.30 1.42 1744.10 137.38 1397.00 3.84 8.73 1.99 7.47 0.53 181.06 7.74 5.11 1.65 64.80 150.20 1.47 33.89 39.30 1.63 537.76 -2193 1998 5 27 0.62 12.50 36.73 1.15 1.45 8.31 6.78 . 5.41 5.97 1.78 307.35 7.74 41.45 1.41 1754.90 137.36 1415.00 3.85 8.89 2.00 7.57 0.53 182.35 7.82 5.15 1.66 64.75 151.15 1.47 33.90 39.70 1.63 538.90 -2194 1998 5 28 0.62 12.53 36.72 1.14 1.45 8.31 6.79 . 5.41 5.96 1.78 305.40 7.74 42.35 1.41 1755.50 138.91 1404.00 3.89 8.79 2.00 7.55 0.53 182.40 7.81 5.18 1.67 64.90 151.40 1.47 33.88 40.25 1.62 539.01 -2195 1998 5 29 0.62 12.55 36.79 1.15 1.45 8.31 6.79 . 5.42 5.98 1.78 305.01 7.74 41.75 1.41 1758.60 138.50 1409.00 3.87 8.83 2.01 7.53 0.53 182.70 7.83 5.15 1.67 65.45 151.48 1.48 34.00 40.44 1.63 538.50 -2196 1998 6 1 0.61 12.52 36.70 1.15 1.45 8.31 6.78 . 5.41 5.96 1.77 303.85 7.74 41.85 1.41 1755.00 139.57 1400.00 3.95 8.91 2.00 7.52 0.52 182.40 7.82 5.20 1.69 64.50 151.26 1.47 34.30 42.05 1.63 539.50 -2197 1998 6 2 0.61 12.52 36.71 1.15 1.45 8.31 6.78 . 5.41 5.96 1.78 303.00 7.74 41.87 1.41 1754.40 138.97 1406.00 3.93 8.88 2.00 7.49 0.52 182.35 7.79 5.13 1.68 64.50 151.25 1.48 34.34 41.95 1.63 539.50 -2198 1998 6 3 0.61 12.47 36.55 1.15 1.45 8.31 6.74 . 5.38 5.94 1.77 301.62 7.74 41.80 1.42 1744.50 138.34 1392.00 3.92 8.80 1.99 7.45 0.52 181.50 7.77 5.10 1.67 64.75 150.48 1.47 34.21 42.05 1.63 539.50 -2199 1998 6 4 0.61 12.41 36.37 1.15 1.45 8.31 6.71 . 5.36 5.91 1.76 299.65 7.74 41.95 1.42 1737.20 138.40 1394.00 3.97 8.78 1.98 7.43 0.52 180.65 7.75 5.11 1.68 65.00 149.85 1.46 34.30 42.95 1.63 539.25 -2200 1998 6 5 0.60 12.48 36.59 1.15 1.45 8.31 6.75 . 5.39 5.95 1.77 301.20 7.74 41.85 1.42 1748.10 139.66 1396.00 3.99 8.77 1.99 7.45 0.51 181.65 7.80 5.13 1.70 64.80 150.70 1.47 34.35 43.10 1.63 539.00 -2201 1998 6 8 0.59 12.51 36.69 1.15 1.45 8.31 6.77 . 5.40 5.96 1.77 301.55 7.74 41.86 1.41 1751.20 140.58 1400.00 4.00 8.84 2.00 7.46 0.50 182.10 7.82 5.16 1.71 64.90 150.99 1.47 34.74 43.20 1.63 540.71 -2202 1998 6 9 0.59 12.52 36.73 1.15 1.46 8.31 6.78 . 5.41 5.97 1.78 301.40 7.74 42.45 1.41 1754.75 140.25 1399.00 3.95 8.83 2.00 7.51 0.50 182.40 7.88 5.16 1.71 65.70 151.20 1.47 34.76 42.87 1.63 540.95 -2203 1998 6 10 0.58 12.64 37.08 1.15 1.46 8.31 6.84 . 5.46 6.02 1.79 305.27 7.74 42.45 1.40 1771.00 141.52 1395.00 4.02 8.88 2.02 7.59 0.49 183.99 7.97 5.20 1.74 65.05 152.50 1.48 35.00 43.60 1.62 541.25 -2204 1998 6 11 0.58 12.69 37.23 1.15 1.47 8.31 6.87 . 5.49 6.04 1.80 307.10 7.75 42.45 1.39 1779.10 143.25 1395.00 4.02 8.99 2.03 7.63 0.49 184.75 8.00 5.26 1.74 65.60 153.20 1.49 34.90 43.50 1.62 541.90 -2205 1998 6 12 0.59 12.70 37.25 1.15 1.46 8.31 6.88 . 5.49 6.05 1.80 307.05 7.74 42.20 1.39 1778.10 144.36 1400.00 4.04 9.07 2.03 7.64 0.50 184.80 8.00 5.33 1.74 65.45 153.15 1.49 34.95 43.60 1.63 543.50 -2206 1998 6 15 0.58 12.75 37.41 1.15 1.47 8.31 6.90 . 5.51 6.08 1.81 309.94 7.74 42.40 1.38 1787.00 146.42 1437.00 4.09 9.04 2.04 7.70 0.49 185.76 8.10 5.39 1.75 65.35 153.86 1.50 34.91 43.75 1.63 543.50 -2207 1998 6 16 0.59 12.66 37.10 1.15 1.47 8.31 6.84 . 5.46 6.02 1.79 306.47 7.74 42.35 1.40 1770.40 144.05 1435.00 4.05 9.01 2.02 7.64 0.49 184.12 8.05 5.35 1.73 65.30 152.54 1.49 34.85 43.28 1.65 545.00 -2208 1998 6 17 0.60 12.58 36.89 1.15 1.46 8.31 6.81 . 5.43 5.99 1.78 303.79 7.74 42.25 1.40 1761.00 137.68 1423.00 3.93 8.89 2.01 7.57 0.51 183.17 7.94 5.33 1.67 65.04 151.68 1.49 34.85 41.20 1.66 545.00 -2209 1998 6 18 0.60 12.61 36.98 1.15 1.46 8.31 6.82 . 5.44 6.01 1.79 305.02 7.74 42.30 1.40 1766.80 137.61 1396.00 3.96 8.91 2.02 7.58 0.51 183.53 7.93 5.40 1.67 65.25 152.15 1.49 34.12 41.60 1.67 544.00 -2210 1998 6 19 0.62 12.56 36.83 1.15 1.46 8.31 6.80 . 5.43 5.99 1.78 303.19 7.74 42.60 1.41 1759.30 134.20 1395.00 3.87 8.89 2.01 7.55 0.52 182.74 7.92 5.47 1.60 65.40 151.43 1.49 34.11 41.05 1.67 543.25 -2211 1998 6 22 0.61 12.62 36.99 1.15 1.47 8.31 6.83 . 5.45 6.01 1.79 303.55 7.74 42.80 1.40 1767.70 137.90 1396.00 3.96 8.92 2.02 7.58 0.51 183.80 7.93 5.51 1.65 65.05 152.23 1.49 34.40 41.35 1.67 544.30 -2212 1998 6 23 0.60 12.69 37.19 1.15 1.46 8.31 6.87 . 5.48 6.04 1.80 304.50 7.74 42.95 1.39 1778.00 139.13 1386.00 3.95 8.91 2.03 7.60 0.50 184.80 7.94 5.48 1.65 65.00 153.30 1.50 34.45 41.25 1.66 544.75 -2213 1998 6 24 0.60 12.67 37.16 1.15 1.47 8.31 6.85 . 5.47 6.03 1.80 303.86 7.74 42.85 1.39 1775.10 140.75 1382.00 3.95 8.94 2.03 7.58 0.51 184.50 7.89 5.43 1.66 64.90 152.89 1.50 34.40 41.25 1.66 545.50 -2214 1998 6 25 0.60 12.62 37.04 1.15 1.46 8.31 6.84 . 5.45 6.01 1.79 303.19 7.74 42.85 1.40 1768.80 141.67 1375.00 4.00 8.96 2.02 7.59 0.51 183.90 7.87 5.58 1.66 65.50 152.32 1.51 34.55 41.35 1.67 546.91 -2215 1998 6 26 0.60 12.76 37.40 1.15 1.46 8.31 6.91 . 5.51 6.08 1.81 307.25 7.75 42.90 1.38 1787.00 142.75 1388.00 4.08 9.05 2.04 7.70 0.50 185.55 7.99 5.91 1.69 65.65 153.83 1.52 34.70 41.70 1.66 552.00 -2216 1998 6 29 0.60 12.76 37.41 1.15 1.47 8.31 6.91 . 5.51 6.08 1.81 306.40 7.74 42.59 1.38 1787.65 141.92 1385.00 4.19 9.03 2.04 7.70 0.50 185.75 7.97 5.95 1.71 65.15 154.04 1.52 34.60 42.50 1.66 549.75 -2217 1998 6 30 0.62 12.68 37.21 1.15 1.47 8.31 6.87 . 5.48 6.04 1.80 304.40 7.74 42.50 1.39 1776.90 138.29 1376.00 4.13 8.99 2.03 7.66 0.52 184.60 7.97 5.92 1.68 65.45 153.13 1.51 34.37 42.15 1.66 555.00 -2218 1998 7 1 0.61 12.79 37.47 1.15 1.46 8.31 6.92 . 5.52 6.09 1.81 306.00 7.74 42.35 1.38 1790.50 138.65 1373.00 4.14 8.94 2.04 7.72 0.51 186.06 8.03 5.99 1.69 65.45 154.37 1.52 34.38 42.20 1.66 556.10 -2219 1998 7 2 0.61 12.82 37.62 1.15 1.46 8.31 6.94 . 5.54 6.11 1.82 306.50 7.74 42.75 1.38 1795.00 141.44 1370.00 4.21 8.98 2.05 7.77 0.51 186.57 8.10 6.32 1.70 65.95 154.45 1.53 34.38 42.30 1.65 555.01 -2220 1998 7 3 0.61 12.79 37.50 1.15 1.46 8.31 6.92 . 5.52 6.09 1.81 304.65 7.74 42.60 1.38 1791.60 139.35 1358.00 4.15 8.95 2.05 7.76 0.51 186.20 8.09 6.36 1.70 65.90 154.35 1.53 34.41 41.60 1.64 554.50 -2221 1998 7 6 0.61 12.74 37.36 1.15 1.47 8.31 6.90 . 5.50 6.07 1.81 303.16 7.74 42.56 1.39 1784.60 140.18 1348.00 4.19 8.98 2.04 7.70 0.51 185.25 8.08 6.47 1.71 65.75 153.67 1.52 34.51 41.45 1.64 555.35 -2222 1998 7 7 0.61 12.77 37.42 1.15 1.47 8.31 6.92 . 5.52 6.08 1.81 303.20 7.74 42.60 1.38 1788.00 138.78 1348.00 4.15 8.96 2.04 7.71 0.52 185.70 8.08 6.18 1.69 65.75 153.90 1.52 34.38 41.30 1.63 554.50 -2223 1998 7 8 0.61 12.79 37.49 1.16 1.47 8.31 6.92 . 5.52 6.09 1.81 303.65 7.74 42.75 1.38 1791.50 139.60 1334.00 4.19 8.92 2.05 7.71 0.51 186.00 8.06 6.15 1.70 66.20 154.35 1.52 34.40 41.35 1.63 554.50 -2224 1998 7 9 0.61 12.87 37.74 1.16 1.47 8.31 6.97 . 5.56 6.13 1.83 305.50 7.75 42.75 1.37 1804.50 141.30 1310.00 4.25 8.95 2.06 7.77 0.51 187.20 8.10 6.28 1.71 66.20 155.20 1.54 34.40 42.00 1.63 554.51 -2225 1998 7 10 0.61 12.79 37.49 1.16 1.48 8.31 6.92 . 5.52 6.09 1.81 302.50 7.74 42.60 1.38 1792.00 141.05 1316.00 4.26 8.96 2.04 7.70 0.51 186.05 8.07 6.38 1.72 65.63 154.33 1.53 34.41 42.05 1.63 556.75 -2226 1998 7 13 0.61 12.70 37.15 1.16 1.47 8.31 6.86 . 5.47 6.03 1.80 298.70 7.74 42.70 1.39 1775.00 140.98 1314.00 4.21 8.90 2.03 7.65 0.51 184.25 8.03 6.14 1.71 65.90 152.73 1.51 34.50 41.80 1.64 558.65 -2227 1998 7 14 0.62 12.66 37.14 1.16 1.47 8.31 6.86 . 5.47 6.04 1.80 298.52 7.74 42.65 1.39 1777.50 139.84 1291.00 4.13 8.86 2.03 7.67 0.52 184.50 8.05 6.01 1.68 65.69 152.95 1.52 34.40 41.21 1.63 556.50 -2228 1998 7 15 0.62 12.66 37.14 1.16 1.48 8.31 6.86 . 5.47 6.04 1.80 299.95 7.75 42.75 1.39 1775.00 140.67 1285.00 4.15 8.86 2.02 7.63 0.52 184.40 8.02 6.13 1.69 66.35 152.90 1.51 34.40 41.45 1.63 557.50 -2229 1998 7 16 0.62 12.59 36.92 1.16 1.48 8.31 6.82 . 5.44 6.00 1.79 297.90 7.74 42.75 1.40 1765.50 140.25 1286.00 4.10 8.85 2.01 7.56 0.52 183.15 7.95 6.20 1.68 66.00 152.05 1.50 34.37 40.70 1.63 558.35 -2230 1998 7 17 0.62 12.56 36.85 1.16 1.48 8.31 6.80 . 5.42 5.98 1.78 296.10 7.74 42.55 1.40 1759.80 139.60 1286.00 4.12 8.82 2.01 7.52 0.52 182.65 7.91 6.39 1.71 65.65 151.45 1.50 34.28 40.85 1.64 558.50 -2231 1998 7 20 0.63 12.52 36.70 1.16 1.48 8.31 6.78 . 5.41 5.96 1.77 294.95 7.74 42.55 1.41 1755.90 138.85 1290.00 4.12 8.80 2.00 7.51 0.52 182.05 7.90 6.24 1.70 65.76 151.05 1.50 34.32 40.88 1.64 560.00 -2232 1998 7 21 0.62 12.59 36.92 1.16 1.49 8.31 6.81 . 5.44 5.99 1.79 297.00 7.74 42.49 1.40 1765.00 140.39 1293.00 4.14 8.82 2.01 7.57 0.52 182.97 7.96 6.36 1.71 66.00 151.95 1.51 34.32 41.00 1.64 559.50 -2233 1998 7 22 0.62 12.58 36.88 1.16 1.49 8.31 6.81 . 5.43 5.99 1.78 296.80 7.74 42.47 1.40 1765.20 141.10 1292.00 4.15 8.87 2.01 7.56 0.52 183.00 7.95 6.25 1.71 66.45 151.95 1.51 34.37 41.05 1.64 559.24 -2234 1998 7 23 0.61 12.60 36.96 1.16 1.49 8.31 6.82 . 5.44 6.00 1.79 297.20 7.74 42.55 1.40 1767.60 141.54 1277.00 4.15 8.87 2.01 7.57 0.51 183.30 7.95 6.24 1.71 66.40 152.15 1.51 34.40 41.20 1.64 561.30 -2235 1998 7 24 0.61 12.51 36.68 1.16 1.49 8.31 6.77 . 5.40 5.96 1.77 295.50 7.74 42.63 1.41 1754.56 140.93 1247.50 4.13 8.88 2.00 7.53 0.51 181.90 7.88 6.18 1.71 65.51 151.05 1.49 34.40 40.85 1.65 561.50 -2236 1998 7 27 0.60 12.55 36.77 1.16 1.50 8.31 6.79 . 5.42 5.98 1.78 296.38 7.74 42.60 1.40 1759.00 142.24 1212.00 4.14 8.89 2.01 7.54 0.51 182.40 7.88 6.26 1.72 65.95 151.33 1.49 34.43 41.10 1.65 561.75 -2237 1998 7 28 0.61 12.47 36.57 1.16 1.50 8.31 6.76 . 5.39 5.94 1.77 294.68 7.74 42.65 1.41 1749.00 141.75 1259.00 4.12 8.89 2.00 7.51 0.51 181.65 7.87 6.25 1.70 65.95 150.68 1.49 34.38 41.00 1.64 562.45 -2238 1998 7 29 0.61 12.47 36.56 1.16 1.50 8.31 6.75 . 5.39 5.94 1.77 294.87 7.74 42.55 1.41 1749.50 142.46 1245.00 4.12 8.92 2.00 7.52 0.51 181.49 7.91 6.19 1.71 65.65 150.70 1.48 34.34 40.90 1.64 562.15 -2239 1998 7 30 0.61 12.48 36.59 1.16 1.50 8.31 6.76 . 5.39 5.95 1.77 295.47 7.74 42.62 1.41 1751.50 142.51 1236.00 4.11 8.90 2.00 7.53 0.51 181.56 7.92 6.10 1.71 65.65 150.72 1.48 34.34 40.70 1.64 563.00 -2240 1998 7 31 0.60 12.51 36.70 1.16 1.51 8.31 6.78 . 5.41 5.96 1.77 295.97 7.74 42.60 1.41 1758.00 144.65 1232.00 4.14 8.92 2.00 7.55 0.51 182.08 7.95 6.13 1.72 66.15 151.10 1.49 34.39 40.95 1.63 563.30 -2241 1998 8 3 0.60 12.55 36.79 1.16 1.51 8.31 6.80 . 5.43 5.98 1.78 296.45 7.74 42.60 1.40 1760.80 145.80 1250.00 4.16 8.96 2.01 7.60 0.50 182.70 7.99 6.17 1.73 66.30 151.55 1.50 34.45 41.10 1.62 563.90 -2242 1998 8 4 0.60 12.53 36.72 1.16 1.51 8.31 6.79 . 5.41 5.96 1.78 295.70 7.74 42.57 1.41 1756.60 144.84 1242.00 4.15 8.97 2.00 7.58 0.51 182.27 7.98 6.18 1.72 66.50 151.21 1.49 34.45 40.85 1.63 563.35 -2243 1998 8 5 0.60 12.46 36.54 1.16 1.51 8.31 6.75 . 5.38 5.94 1.77 294.25 7.75 42.60 1.41 1749.60 144.38 1270.00 4.15 9.01 1.99 7.55 0.51 181.35 7.94 6.15 1.72 66.70 150.45 1.49 34.50 40.80 1.63 563.25 -2244 1998 8 6 0.60 12.45 36.48 1.16 1.52 8.31 6.74 . 5.38 5.93 1.76 293.78 7.74 42.56 1.41 1746.50 144.60 1333.00 4.17 9.03 1.99 7.55 0.51 181.05 7.97 6.22 1.74 64.50 150.27 1.49 34.51 41.95 1.63 563.30 -2245 1998 8 7 0.59 12.52 36.69 1.16 1.52 8.31 6.78 . 5.40 5.96 1.77 294.65 7.74 42.70 1.41 1753.30 146.30 1330.00 4.20 9.03 2.00 7.59 0.50 181.90 8.03 6.28 1.75 67.40 150.95 1.49 34.65 42.05 1.62 563.85 -2246 1998 8 10 0.59 12.52 36.71 1.16 1.51 8.31 6.78 . 5.41 5.97 1.78 295.02 7.74 42.75 1.41 1756.05 146.54 1345.00 4.25 9.14 2.00 7.60 0.50 182.17 8.08 6.29 1.75 67.60 151.10 1.49 34.80 42.05 1.63 566.50 -2247 1998 8 11 0.59 12.53 36.74 1.16 1.52 8.31 6.78 . 5.41 5.97 1.78 296.80 7.74 43.00 1.40 1756.30 147.14 1340.00 4.25 9.20 2.00 7.60 0.50 182.20 8.12 6.36 1.76 66.55 151.10 1.48 34.90 42.55 1.62 568.75 -2248 1998 8 12 0.59 12.49 36.61 1.17 1.51 8.31 6.75 . 5.39 5.95 1.77 295.37 7.75 43.05 1.41 1752.10 146.09 1338.00 4.19 9.19 2.00 7.55 0.50 181.67 8.08 6.34 1.75 66.60 150.67 1.48 34.85 41.90 1.62 570.60 -2249 1998 8 13 0.59 12.56 36.84 1.17 1.51 8.31 6.80 . 5.42 5.98 1.78 301.05 7.75 43.05 1.40 1762.00 145.05 1340.00 4.18 9.22 2.01 7.60 0.50 182.78 8.11 6.30 1.74 66.38 151.55 1.48 34.79 41.80 1.62 571.25 -2250 1998 8 14 0.59 12.65 37.10 1.17 1.51 8.31 6.85 . 5.47 6.04 1.80 304.20 7.75 43.23 1.39 1776.00 146.37 1327.00 4.22 9.20 2.02 7.65 0.50 184.25 8.17 6.32 1.75 66.27 152.65 1.50 34.71 42.10 1.61 571.25 -2251 1998 8 17 0.59 12.62 36.98 1.17 1.52 8.31 6.82 . 5.45 6.00 1.79 302.94 7.75 43.28 1.39 1769.00 145.78 1335.00 4.24 9.30 2.02 7.66 0.50 183.59 8.16 6.26 1.76 67.10 152.17 1.50 34.77 41.80 1.61 571.76 -2252 1998 8 18 0.59 12.65 37.06 1.17 1.52 8.31 6.84 . 5.46 6.03 1.79 302.32 7.74 43.40 1.39 1772.80 145.02 1320.00 4.23 9.24 2.02 7.69 0.50 183.92 8.18 6.26 1.76 67.00 152.49 1.51 34.74 41.70 1.61 572.50 -2253 1998 8 19 0.59 12.66 37.06 1.17 1.53 8.31 6.84 . 5.46 6.02 1.79 302.32 7.74 43.60 1.39 1772.65 143.85 1305.00 4.20 9.20 2.02 7.70 0.50 184.05 8.16 6.32 1.75 66.23 152.64 1.50 34.85 41.55 1.62 573.51 -2254 1998 8 20 0.58 12.65 37.07 1.17 1.53 8.31 6.84 . 5.46 6.02 1.79 302.37 7.74 42.90 1.39 1773.60 142.60 1302.00 4.18 9.31 2.02 7.74 0.49 184.06 8.15 6.35 1.75 66.70 152.58 1.50 34.60 41.20 1.62 574.74 -2255 1998 8 21 0.58 12.63 37.00 1.17 1.54 8.31 6.83 . 5.46 6.02 1.79 303.26 7.75 42.70 1.39 1771.00 144.94 1302.00 4.23 9.70 2.02 7.72 0.49 184.70 8.18 6.38 1.76 67.00 152.38 1.50 34.70 41.70 1.63 576.50 -2256 1998 8 24 0.57 12.62 37.01 1.17 1.54 8.31 6.83 . 5.46 6.01 1.79 305.75 7.74 42.60 1.39 1770.00 143.96 1306.00 4.20 9.67 2.02 7.79 0.49 183.77 8.22 6.27 1.76 66.80 152.35 1.49 34.85 41.75 1.64 577.00 -2257 1998 8 25 0.57 12.65 37.08 1.17 1.55 8.31 6.85 . 5.46 6.03 1.79 306.80 7.74 42.56 1.39 1773.00 144.94 1309.00 4.22 9.59 2.02 7.86 0.49 184.10 8.26 6.27 1.77 66.85 152.80 1.50 34.85 41.55 1.63 577.25 -2258 1998 8 26 0.56 12.71 37.27 1.17 1.56 8.31 6.87 . 5.50 6.05 1.80 313.01 7.74 42.55 1.38 1783.00 144.43 1312.00 4.20 9.86 2.03 8.00 0.48 185.02 8.33 6.40 1.77 66.36 153.40 1.50 34.84 41.72 1.63 578.00 -2259 1998 8 27 0.55 12.69 37.06 1.17 1.57 8.31 6.88 . 5.48 6.02 1.79 312.15 7.75 42.65 1.39 1777.00 142.20 1320.00 4.20 9.97 2.02 8.32 0.48 185.20 8.33 6.64 1.76 67.25 153.50 1.48 34.80 41.90 1.64 578.51 -2260 1998 8 28 0.56 12.47 36.55 1.17 1.56 8.31 6.74 . 5.39 5.94 1.77 304.73 7.75 42.70 1.41 1751.00 142.55 1338.00 4.20 10.05 2.00 7.95 0.49 181.80 8.09 6.48 1.77 66.45 150.45 1.45 34.85 42.10 1.67 581.25 -2261 1998 8 31 0.57 12.36 36.37 1.17 1.57 8.31 6.69 . 5.34 5.91 1.75 302.48 7.74 42.65 1.42 1741.00 140.90 1336.00 4.19 9.99 1.98 7.80 0.49 180.21 8.06 6.44 1.77 66.95 149.79 1.44 34.88 42.00 1.67 582.50 -2262 1998 9 1 0.58 12.32 36.13 1.17 1.55 8.31 6.66 . 5.33 5.86 1.75 301.29 7.74 42.65 1.43 1732.70 136.23 1356.00 3.89 9.99 1.97 7.74 0.50 179.37 7.96 6.28 1.71 66.45 148.80 1.44 34.81 40.55 1.67 582.75 -2263 1998 9 2 0.58 12.32 36.12 1.17 1.53 8.31 6.66 . 5.33 5.87 1.75 299.54 7.75 42.58 1.42 1731.40 137.76 1342.00 3.81 9.94 1.97 7.72 0.50 179.28 7.95 6.21 1.74 66.35 148.80 1.44 34.78 40.70 1.66 582.75 -2264 1998 9 3 0.58 12.14 35.62 1.17 1.53 8.31 6.57 . 5.25 5.79 1.72 297.40 7.74 42.60 1.45 1703.50 134.82 1332.00 3.80 10.12 1.94 7.72 0.50 176.95 7.89 6.22 1.75 66.58 146.60 1.41 34.82 40.75 1.67 583.75 -2265 1998 9 4 0.58 12.21 35.81 1.17 1.52 8.31 6.60 . 5.28 5.82 1.73 299.90 7.73 42.65 1.44 1713.40 133.99 1344.00 3.80 10.15 1.95 7.71 0.50 177.70 7.94 6.23 1.75 66.90 147.25 1.42 34.75 40.85 1.67 584.25 -2266 1998 9 7 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2267 1998 9 8 0.58 12.14 35.61 1.17 1.52 8.31 6.57 . 5.25 5.78 1.72 295.58 7.74 42.60 1.44 1703.00 132.10 1358.00 3.80 10.31 1.94 7.72 0.50 176.81 7.95 6.24 1.72 66.00 146.50 1.41 34.57 40.80 1.65 586.01 -2268 1998 9 9 0.58 12.13 35.57 1.17 1.52 8.31 6.56 . 5.24 5.78 1.72 294.92 7.75 42.60 1.45 1702.10 136.45 1363.00 3.80 10.37 1.94 7.71 0.50 176.75 7.96 6.23 1.74 66.18 146.43 1.41 34.69 40.80 1.66 587.25 -2269 1998 9 10 0.59 11.89 34.87 1.17 1.51 8.31 6.44 . 5.14 5.67 1.69 291.71 7.75 42.60 1.48 1671.00 134.32 1370.00 3.80 10.63 1.90 7.61 0.51 173.34 7.92 6.26 1.73 66.05 143.75 1.39 34.61 40.74 1.68 587.75 -2270 1998 9 11 0.60 11.86 34.79 1.17 1.51 8.31 6.44 . 5.12 5.65 1.68 290.50 7.75 42.57 1.48 1663.50 131.05 1370.00 3.80 10.53 1.90 7.52 0.52 172.75 7.82 6.27 1.71 66.00 143.27 1.38 34.52 40.90 1.68 588.15 -2271 1998 9 14 0.59 11.98 35.13 1.17 1.51 8.31 6.49 . 5.18 5.71 1.70 291.93 7.74 42.60 1.46 1682.80 133.22 1392.00 3.80 10.54 1.92 7.57 0.51 174.65 7.87 6.23 1.73 66.35 144.73 1.40 34.61 40.95 1.67 589.00 -2272 1998 9 15 0.59 11.88 34.82 1.17 1.50 8.31 6.43 . 5.14 5.66 1.68 290.30 7.74 42.55 1.48 1667.50 133.05 1383.00 3.80 10.21 1.90 7.53 0.51 173.15 7.75 6.17 1.72 66.40 143.41 1.39 34.61 40.85 1.67 589.25 -2273 1998 9 16 0.59 11.90 34.89 1.18 1.50 8.31 6.44 . 5.15 5.67 1.69 290.20 7.74 42.55 1.47 1671.05 134.92 1377.00 3.80 10.05 1.90 7.51 0.50 173.45 7.79 6.11 1.72 66.12 143.71 1.39 34.61 40.85 1.67 589.25 -2274 1998 9 17 0.59 11.83 34.76 1.17 1.52 8.31 6.41 . 5.13 5.65 1.68 289.75 7.74 42.55 1.48 1667.50 131.88 1385.00 3.80 10.31 1.90 7.49 0.50 172.91 7.83 6.16 1.72 66.80 143.20 1.38 34.55 40.80 1.68 587.00 -2275 1998 9 18 0.58 11.90 34.89 1.18 1.52 8.31 6.44 . 5.15 5.66 1.68 290.78 7.74 42.58 1.47 1671.20 132.63 1387.50 3.80 10.15 1.90 7.48 0.50 173.42 7.83 6.15 1.72 66.15 143.70 1.39 34.53 40.70 1.68 586.25 -2276 1998 9 21 0.58 11.81 34.68 1.18 1.52 8.31 6.40 . 5.12 5.63 1.68 291.02 7.74 42.55 1.48 1661.70 133.40 1395.00 3.80 10.32 1.89 7.47 0.50 172.41 7.91 6.13 1.73 66.09 142.86 1.38 34.69 40.70 1.68 583.75 -2277 1998 9 22 0.58 11.85 34.73 1.18 1.52 8.31 6.40 . 5.12 5.64 1.68 289.08 7.74 42.60 1.48 1663.90 135.20 1399.00 3.80 10.11 1.89 7.49 0.49 172.64 7.88 5.95 1.73 66.25 142.90 1.38 34.63 40.70 1.68 583.30 -2278 1998 9 23 0.57 11.88 34.82 1.18 1.52 8.31 6.42 . 5.14 5.65 1.68 290.62 7.74 42.63 1.47 1668.50 136.45 1402.00 3.80 10.12 1.90 7.51 0.49 173.10 7.90 5.95 1.73 66.14 143.33 1.39 34.71 40.50 1.67 582.75 -2279 1998 9 24 0.58 11.80 34.63 1.18 1.51 8.31 6.39 . 5.11 5.62 1.67 290.20 7.74 42.55 1.49 1659.70 135.33 1393.00 3.80 10.12 1.89 7.46 0.49 172.20 7.88 5.78 1.71 66.18 142.55 1.38 34.61 39.30 1.69 578.25 -2280 1998 9 25 0.59 11.77 34.53 1.18 1.51 8.31 6.36 . 5.09 5.60 1.67 290.35 7.74 42.55 1.49 1654.50 135.10 1388.00 3.80 10.24 1.88 7.40 0.49 171.50 7.87 5.84 1.69 66.21 142.10 1.38 34.62 39.00 1.70 580.80 -2281 1998 9 28 0.58 11.80 34.61 1.18 1.51 8.27 6.39 . 5.11 5.62 1.67 289.70 7.74 42.56 1.48 1659.50 135.70 1383.80 3.80 10.11 1.89 7.42 0.49 172.45 7.85 5.85 1.69 66.15 142.60 1.39 34.61 39.30 1.70 579.75 -2282 1998 9 29 0.59 11.79 34.58 1.18 1.50 8.27 6.37 . 5.10 5.61 1.67 289.00 7.74 42.55 1.49 1657.70 133.90 1373.00 3.80 10.11 1.89 7.40 0.50 171.85 7.83 5.83 1.67 66.11 142.35 1.38 34.54 39.08 1.70 575.00 -2283 1998 9 30 0.59 11.75 34.48 1.18 1.52 8.27 6.35 . 5.08 5.59 1.67 288.00 7.74 42.48 1.49 1651.20 136.59 1393.00 3.80 10.20 1.88 7.40 0.50 171.40 7.84 5.88 1.68 66.00 142.05 1.38 34.70 39.63 1.69 573.75 -2284 1998 10 1 0.59 11.61 34.08 1.18 1.53 8.27 6.27 . 5.02 5.53 1.65 284.90 7.74 42.50 1.51 1632.50 135.75 1390.00 3.80 10.32 1.86 7.37 0.50 169.20 7.85 6.11 1.69 66.25 140.25 1.36 34.37 39.65 1.70 572.00 -2285 1998 10 2 0.59 11.48 33.87 1.18 1.55 8.27 6.23 . 4.99 5.50 1.64 284.00 7.74 42.45 1.52 1620.60 135.60 1390.00 3.80 10.31 1.84 7.46 0.49 168.15 7.96 6.13 1.68 66.05 139.20 1.35 34.05 39.60 1.70 572.25 -2286 1998 10 5 0.59 11.49 33.71 1.18 1.55 8.27 6.22 . 4.97 5.48 1.63 285.00 7.74 42.50 1.52 1616.70 134.54 1389.00 3.80 10.20 1.84 7.48 0.49 167.60 8.06 6.08 1.67 66.00 138.95 1.34 33.75 39.15 1.69 571.15 -2287 1998 10 6 0.58 11.50 33.71 1.18 1.55 8.27 6.20 . 4.96 5.47 1.63 284.00 7.74 42.45 1.52 1615.50 131.15 1389.00 3.80 10.19 1.84 7.43 0.49 167.52 8.02 6.01 1.67 66.00 138.89 1.34 33.54 38.83 1.68 571.75 -2288 1998 10 7 0.61 11.35 33.36 1.18 1.52 8.27 6.13 . 4.91 5.40 1.61 279.63 7.74 42.40 1.54 1596.00 123.97 1382.00 3.80 10.20 1.81 7.33 0.51 165.45 7.74 5.87 1.65 65.50 137.20 1.31 33.40 38.75 1.69 571.24 -2289 1998 10 8 0.61 11.32 33.19 1.18 1.54 8.27 6.11 . 4.89 5.38 1.60 279.45 7.74 42.40 1.55 1592.00 118.85 1365.00 3.80 10.38 1.81 7.33 0.51 164.85 7.85 5.82 1.64 65.50 136.80 1.29 33.00 38.70 1.72 571.25 -2290 1998 10 9 0.61 11.51 33.73 1.18 1.54 8.27 6.21 . 4.97 5.47 1.63 283.70 7.74 42.40 1.52 1619.00 117.00 1335.00 3.80 10.23 1.84 7.50 0.52 167.55 7.93 5.79 1.64 65.57 138.85 1.32 32.95 38.40 1.70 571.30 -2291 1998 10 12 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2292 1998 10 13 0.62 11.53 33.83 1.18 1.54 8.27 6.23 . 4.99 5.49 1.63 282.49 7.74 42.40 1.51 1622.15 118.85 1350.00 3.80 10.20 1.84 7.53 0.54 168.24 7.89 5.81 1.63 65.82 139.33 1.32 33.16 38.30 1.70 571.40 -2293 1998 10 14 0.62 11.55 33.85 1.18 1.54 8.27 6.23 . 4.99 5.50 1.64 282.84 7.74 42.35 1.52 1624.20 119.27 1350.00 3.80 10.18 1.85 7.60 0.53 168.40 7.94 5.67 1.61 66.00 139.45 1.33 33.30 38.20 1.70 571.00 -2294 1998 10 15 0.63 11.44 33.55 1.18 1.54 8.27 6.18 . 4.95 5.45 1.62 280.38 7.74 42.33 1.53 1609.50 117.50 1336.00 3.80 10.13 1.83 7.65 0.53 166.90 7.97 5.67 1.61 66.30 138.30 1.32 33.05 37.95 1.70 571.05 -2295 1998 10 16 0.63 11.38 33.43 1.18 1.54 8.27 6.15 . 4.92 5.42 1.61 278.30 7.74 42.35 1.54 1601.70 115.45 1326.00 3.80 10.09 1.82 7.39 0.53 166.10 7.78 5.69 1.61 66.33 137.60 1.31 32.80 37.95 1.70 568.90 -2296 1998 10 19 0.63 11.45 33.61 1.19 1.54 8.27 6.19 . 4.95 5.45 1.62 279.59 7.74 42.35 1.52 1611.60 114.46 1328.00 3.80 10.10 1.83 7.44 0.53 167.05 7.77 5.67 1.61 66.90 138.36 1.32 32.99 38.20 1.69 570.00 -2297 1998 10 20 0.62 11.56 33.90 1.18 1.53 8.27 6.25 . 4.99 5.51 1.64 281.35 7.74 42.34 1.51 1624.70 118.09 1330.00 3.80 10.05 1.85 7.46 0.52 168.58 7.80 5.75 1.62 66.32 139.64 1.34 33.00 38.05 1.70 569.95 -2298 1998 10 21 0.62 11.56 33.90 1.19 1.55 8.27 6.24 . 4.99 5.50 1.64 281.10 7.74 42.34 1.51 1625.25 116.85 1326.00 3.80 10.04 1.85 7.41 0.52 168.50 7.75 5.69 1.61 66.40 139.65 1.34 33.00 37.90 1.70 569.75 -2299 1998 10 22 0.62 11.55 33.90 1.19 1.54 8.27 6.23 . 4.99 5.50 1.64 280.50 7.74 42.32 1.51 1625.25 117.88 1324.00 3.80 10.00 1.85 7.38 0.52 168.35 7.74 5.72 1.62 66.61 139.41 1.34 32.92 37.70 1.69 570.50 -2300 1998 10 23 0.61 11.51 33.80 1.19 1.54 8.27 6.22 . 4.98 5.49 1.63 279.55 7.75 42.35 1.52 1619.70 118.06 1322.00 3.80 10.04 1.84 7.31 0.52 167.75 7.63 5.74 1.62 66.61 139.13 1.33 32.96 37.49 1.69 570.65 -2301 1998 10 26 0.61 11.59 34.00 1.19 1.54 8.27 6.26 . 5.01 5.52 1.65 279.65 7.74 42.40 1.51 1632.50 118.84 1316.00 3.80 10.02 1.86 7.33 0.52 169.10 7.67 5.69 1.62 66.93 140.00 1.34 33.00 37.65 1.68 571.25 -2302 1998 10 27 0.61 11.64 34.14 1.20 1.53 8.27 6.29 . 5.03 5.54 1.65 281.53 7.75 42.40 1.50 1637.75 118.60 1321.00 3.80 10.20 1.86 7.38 0.52 169.75 7.79 5.77 1.63 66.95 140.71 1.34 32.70 37.41 1.67 571.65 -2303 1998 10 28 0.61 11.64 34.14 1.19 1.54 8.27 6.29 . 5.03 5.54 1.65 282.00 7.74 42.35 1.50 1638.00 117.56 1320.00 3.80 10.17 1.86 7.39 0.52 169.70 7.80 5.75 1.62 67.02 140.65 1.34 32.55 36.90 1.67 570.74 -2304 1998 10 29 0.62 11.63 34.15 1.19 1.54 8.27 6.28 . 5.03 5.54 1.65 282.80 7.74 42.45 1.50 1636.00 117.30 1317.00 3.80 10.22 1.86 7.39 0.52 169.57 7.78 5.71 1.62 67.04 140.55 1.34 32.58 36.90 1.67 568.25 -2305 1998 10 30 0.62 11.65 34.18 1.19 1.54 8.27 6.30 . 5.03 5.55 1.65 281.75 7.74 42.45 1.50 1639.50 116.45 1321.00 3.80 10.10 1.86 7.37 0.52 169.92 7.81 5.60 1.62 67.15 140.90 1.35 32.48 36.80 1.67 568.25 -2306 1998 11 2 0.62 11.62 34.08 1.19 1.53 8.27 6.28 . 5.02 5.54 1.65 279.70 7.74 42.35 1.50 1634.50 114.52 1320.00 3.80 9.99 1.86 7.33 0.53 169.50 7.78 5.64 1.62 67.12 140.49 1.35 32.45 36.70 1.66 568.50 -2307 1998 11 3 0.62 11.67 34.22 1.19 1.52 8.27 6.30 . 5.04 5.56 1.65 279.60 7.74 42.40 1.49 1641.25 115.50 1316.00 3.80 10.03 1.87 7.38 0.53 170.15 7.81 5.62 1.62 67.12 141.10 1.35 32.51 36.72 1.65 568.50 -2308 1998 11 4 0.62 11.72 34.39 1.19 1.52 8.27 6.34 . 5.07 5.58 1.66 280.30 7.74 42.33 1.49 1649.90 116.55 1313.00 3.80 9.95 1.88 7.42 0.53 170.95 7.84 5.58 1.62 67.23 141.75 1.36 32.53 36.60 1.65 568.00 -2309 1998 11 5 0.63 11.65 34.17 1.18 1.51 8.27 6.29 . 5.03 5.55 1.65 277.70 7.74 42.39 1.50 1638.50 117.45 1318.00 3.80 9.99 1.86 7.34 0.53 169.83 7.76 5.59 1.62 67.45 140.86 1.35 32.60 36.42 1.66 569.01 -2310 1998 11 6 0.63 11.74 34.42 1.18 1.53 8.27 6.32 . 5.06 5.59 1.66 278.70 7.74 42.30 1.48 1645.60 118.73 1313.00 3.80 9.98 1.87 7.37 0.53 170.60 7.81 5.49 1.63 67.29 141.56 1.37 32.65 36.75 1.65 569.65 -2311 1998 11 9 0.63 11.89 34.87 1.18 1.53 8.27 6.42 . 5.14 5.66 1.69 284.05 7.73 42.32 1.47 1671.70 121.98 1316.30 3.80 10.01 1.90 7.47 0.53 173.32 7.91 5.58 1.65 67.42 143.72 1.39 32.68 36.95 1.65 569.50 -2312 1998 11 10 0.62 11.86 34.76 1.19 1.54 8.27 6.41 . 5.13 5.65 1.68 284.00 7.74 42.33 1.47 1668.70 122.88 1318.00 3.80 10.02 1.90 7.50 0.52 172.87 7.98 5.65 1.65 67.55 143.37 1.39 32.85 37.20 1.65 568.50 -2313 1998 11 11 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2314 1998 11 12 0.63 11.91 34.93 1.19 1.54 8.27 6.43 . 5.15 5.67 1.69 284.12 7.74 42.37 1.46 1675.50 122.77 1317.90 3.80 10.05 1.91 7.54 0.52 173.60 8.14 5.76 1.65 67.54 143.95 1.39 32.75 36.95 1.65 568.55 -2315 1998 11 13 0.63 11.87 34.81 1.19 1.55 8.27 6.41 . 5.13 5.66 1.68 284.00 7.74 42.39 1.47 1670.50 122.68 1319.00 3.80 10.00 1.90 7.48 0.53 173.00 8.12 5.70 1.65 67.66 143.50 1.39 32.73 36.90 1.66 568.95 -2316 1998 11 16 0.63 11.73 34.41 1.19 1.55 8.27 6.33 . 5.07 5.59 1.66 280.85 7.74 42.41 1.49 1651.00 119.70 1317.00 3.80 9.97 1.88 7.44 0.53 171.05 8.07 5.66 1.63 67.59 141.85 1.37 32.60 36.58 1.67 569.00 -2317 1998 11 17 0.63 11.74 34.42 1.19 1.54 8.27 6.34 . 5.07 5.59 1.66 280.49 7.74 42.50 1.48 1652.00 121.30 1300.00 3.80 9.95 1.88 7.42 0.53 171.22 8.05 5.68 1.63 67.60 141.93 1.37 32.55 36.54 1.67 569.25 -2318 1998 11 18 0.64 11.74 34.44 1.19 1.55 8.27 6.35 . 5.07 5.59 1.67 280.60 7.74 42.50 1.48 1653.30 121.44 1300.00 3.80 9.94 1.88 7.44 0.53 171.30 8.04 5.67 1.63 67.30 142.00 1.37 32.65 36.25 1.67 569.30 -2319 1998 11 19 0.64 11.84 34.73 1.19 1.55 8.27 6.39 . 5.11 5.64 1.68 282.10 7.74 42.50 1.47 1666.60 119.65 1292.00 3.80 9.93 1.89 7.48 0.54 172.60 8.09 5.63 1.62 67.63 143.10 1.38 32.60 36.30 1.66 569.50 -2320 1998 11 20 0.64 11.88 34.86 1.19 1.54 8.27 6.42 . 5.13 5.66 1.68 283.25 7.74 42.45 1.47 1673.00 120.32 1268.00 3.79 9.90 1.90 7.46 0.53 173.23 8.07 5.62 1.62 68.00 143.68 1.39 32.65 36.20 1.65 570.25 -2321 1998 11 23 0.64 12.00 35.21 1.19 1.54 8.27 6.48 . 5.18 5.72 1.70 286.30 7.74 42.44 1.45 1688.80 120.93 1248.00 3.80 9.88 1.92 7.49 0.53 175.00 8.11 5.66 1.63 67.80 145.00 1.40 32.50 36.35 1.65 570.25 -2322 1998 11 24 0.64 12.01 35.22 1.19 1.54 8.27 6.49 . 5.19 5.72 1.70 286.53 7.74 42.48 1.45 1689.50 120.85 1260.00 3.80 9.93 1.92 7.49 0.53 175.15 8.09 5.70 1.63 67.92 145.18 1.40 32.55 36.20 1.65 570.75 -2323 1998 11 25 0.64 11.99 35.15 1.19 1.54 8.27 6.47 . 5.18 5.71 1.70 285.90 7.74 42.43 1.46 1686.80 121.80 1255.00 3.80 9.93 1.92 7.50 0.53 174.87 8.20 5.68 1.64 67.92 144.93 1.40 32.55 36.15 1.66 571.80 -2324 1998 11 26 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2325 1998 11 27 0.63 12.06 35.37 1.20 1.53 8.27 6.51 . 5.20 5.74 1.71 287.49 7.74 42.60 1.45 1696.90 123.24 1248.00 3.79 9.97 1.93 7.55 0.52 175.68 8.17 5.71 1.64 67.90 145.72 1.41 32.55 36.10 1.65 571.52 -2326 1998 11 30 0.62 11.93 34.99 1.20 1.52 8.27 6.44 . 5.16 5.68 1.69 284.55 7.74 42.65 1.46 1679.25 123.21 1247.00 3.80 10.01 1.91 7.48 0.52 173.92 8.13 5.69 1.65 67.95 144.23 1.39 32.50 36.15 1.64 572.85 -2327 1998 12 1 0.63 11.82 34.67 1.20 1.53 8.27 6.39 . 5.10 5.63 1.68 283.28 7.74 42.61 1.47 1664.00 122.20 1246.00 3.80 10.03 1.89 7.44 0.52 172.41 8.12 5.66 1.64 67.94 143.04 1.37 32.50 36.20 1.65 573.70 -2328 1998 12 2 0.63 11.75 34.47 1.20 1.53 8.27 6.35 . 5.08 5.60 1.67 281.30 7.74 42.61 1.48 1654.75 120.17 1240.00 3.80 9.97 1.88 7.43 0.52 171.50 8.06 5.65 1.64 68.00 142.27 1.37 32.47 36.15 1.66 574.25 -2329 1998 12 3 0.62 11.76 34.49 1.20 1.53 8.27 6.36 . 5.08 5.60 1.67 281.18 7.74 42.56 1.48 1655.60 118.79 1230.00 3.80 9.99 1.88 7.42 0.52 171.48 8.04 5.73 1.64 68.00 142.25 1.36 32.55 35.95 1.66 575.15 -2330 1998 12 4 0.61 11.81 34.64 1.20 1.53 8.27 6.37 . 5.10 5.62 1.67 282.30 7.74 42.58 1.48 1661.30 119.35 1217.00 3.80 10.00 1.89 7.44 0.52 172.09 8.09 5.89 1.65 68.10 142.78 1.37 32.40 35.98 1.66 575.70 -2331 1998 12 7 0.62 11.80 34.61 1.20 1.53 8.27 6.38 . 5.10 5.62 1.67 281.87 7.74 42.59 1.48 1660.95 119.63 1210.00 3.80 10.01 1.89 7.48 0.52 172.05 8.15 5.90 1.65 68.09 142.80 1.37 32.40 35.96 1.65 575.75 -2332 1998 12 8 0.61 11.76 34.49 1.20 1.54 8.27 6.35 . 5.08 5.60 1.67 280.60 7.74 42.62 1.48 1655.10 119.55 1217.00 3.80 9.94 1.88 7.52 0.51 171.40 8.10 6.02 1.65 67.75 142.23 1.36 32.40 35.95 1.65 572.50 -2333 1998 12 9 0.61 11.74 34.43 1.20 1.54 8.27 6.34 . 5.07 5.59 1.66 279.70 7.74 42.60 1.48 1653.70 118.08 1217.00 3.80 9.95 1.88 7.55 0.51 171.20 8.03 5.98 1.64 67.83 142.05 1.36 32.35 35.81 1.65 564.75 -2334 1998 12 10 0.61 11.64 34.13 1.20 1.54 8.27 6.30 . 5.04 5.55 1.65 278.00 7.74 42.61 1.50 1640.00 117.07 1208.00 3.80 9.95 1.86 7.56 0.52 169.84 8.04 5.96 1.64 68.00 140.95 1.33 32.30 35.78 1.66 553.25 -2335 1998 12 11 0.62 11.60 34.05 1.20 1.54 8.27 6.28 . 5.02 5.53 1.64 276.60 7.74 42.61 1.50 1633.85 116.78 1210.00 3.80 9.94 1.85 7.66 0.52 169.21 8.02 5.97 1.65 68.01 140.42 1.32 32.31 35.85 1.68 559.01 -2336 1998 12 14 0.62 11.62 34.07 1.20 1.54 8.27 6.28 . 5.02 5.53 1.64 276.60 7.74 42.60 1.50 1633.50 115.08 1205.00 3.79 9.94 1.86 7.76 0.52 169.17 8.03 6.01 1.64 68.10 140.38 1.33 32.20 35.84 1.68 561.55 -2337 1998 12 15 0.62 11.66 34.19 1.20 1.54 8.27 6.31 . 5.04 5.56 1.65 278.00 7.74 42.60 1.49 1641.70 116.73 1213.00 3.81 9.95 1.86 7.81 0.52 170.00 8.05 6.03 1.65 67.75 141.05 1.34 32.20 36.25 1.68 562.00 -2338 1998 12 16 0.61 11.72 34.35 1.20 1.53 8.27 6.33 . 5.07 5.58 1.66 279.95 7.74 42.60 1.49 1649.50 115.68 1210.00 3.80 9.89 1.87 7.66 0.52 170.80 8.04 5.99 1.64 68.18 141.75 1.34 32.30 36.33 1.67 562.50 -2339 1998 12 17 0.62 11.72 34.36 1.20 1.54 8.27 6.32 . 5.05 5.58 1.66 279.57 7.74 42.62 1.49 1649.75 116.33 1211.00 3.81 9.80 1.87 7.69 0.52 170.81 8.11 5.89 1.64 68.30 141.73 1.34 32.32 36.76 1.67 562.85 -2340 1998 12 18 0.62 11.72 34.41 1.20 1.54 8.27 6.33 . 5.06 5.58 1.66 279.68 7.74 42.60 1.49 1648.70 115.67 1210.00 3.80 9.77 1.87 7.72 0.52 170.79 8.03 5.93 1.64 68.25 141.72 1.34 32.30 36.37 1.68 563.00 -2341 1998 12 21 0.61 11.76 34.50 1.20 1.54 8.27 6.36 . 5.08 5.61 1.67 280.66 7.74 42.58 1.48 1656.95 116.08 1196.00 3.79 9.76 1.88 7.69 0.52 171.53 8.04 5.90 1.65 68.12 142.36 1.36 32.30 36.26 1.68 563.00 -2342 1998 12 22 0.61 11.78 34.53 1.20 1.55 8.27 6.37 . 5.09 5.61 1.67 280.89 7.74 42.58 1.48 1658.40 116.85 1204.00 3.80 9.81 1.88 7.67 0.51 171.67 8.03 5.92 1.65 68.25 142.47 1.36 32.30 36.38 1.67 563.50 -2343 1998 12 23 0.61 11.77 34.50 1.20 1.55 8.27 6.37 . 5.09 5.61 1.67 281.00 7.74 42.55 1.48 1656.80 116.02 1209.00 3.80 9.82 1.88 7.66 0.52 171.53 8.03 5.92 1.65 68.28 142.38 1.36 32.35 36.40 1.67 563.50 -2344 1998 12 24 0.61 11.83 34.71 1.20 1.55 8.27 6.40 . 5.11 5.64 1.68 282.10 7.74 42.60 1.47 1665.75 116.24 1208.50 3.81 9.89 1.89 7.63 0.52 172.58 8.07 5.92 1.65 68.33 143.23 1.37 32.30 36.45 1.67 564.50 -2345 1998 12 25 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2346 1998 12 28 0.60 11.82 34.63 1.20 1.55 8.27 6.39 . 5.10 5.63 1.67 282.25 7.74 42.58 1.47 1663.00 115.88 1210.30 3.80 9.85 1.89 7.65 0.52 172.30 8.13 5.88 1.65 68.00 142.95 1.37 32.31 36.95 1.67 564.25 -2347 1998 12 29 0.61 11.74 34.43 1.20 1.55 8.27 6.35 . 5.07 5.59 1.67 280.86 7.74 42.60 1.48 1654.00 115.42 1210.00 3.80 9.86 1.88 7.60 0.52 171.29 8.08 5.88 1.65 68.39 142.06 1.36 32.31 37.15 1.68 564.90 -2348 1998 12 30 0.61 11.80 34.53 1.20 1.54 8.27 6.37 . 5.09 5.61 1.67 283.10 7.74 42.58 1.48 1659.80 114.88 1203.00 3.80 9.94 1.88 7.59 0.52 171.86 8.11 5.87 1.65 68.45 142.63 1.38 32.28 36.80 1.66 565.00 -2349 1998 12 31 0.61 11.72 34.36 1.20 1.53 8.27 6.36 . 5.06 5.58 1.66 279.90 7.74 42.52 1.49 1654.00 113.08 1206.00 3.80 9.90 1.87 7.58 0.52 170.65 8.10 5.89 1.65 68.46 142.15 1.37 32.27 36.50 1.66 565.00 -2350 1999 1 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2351 1999 1 4 0.61 . . 1.20 1.52 8.27 6.30 1.18 . . . 276.00 7.74 42.60 . . 112.15 1187.50 3.80 9.83 . 7.49 0.53 . 8.02 5.86 1.65 68.43 . 1.36 32.13 36.20 1.65 565.51 -2352 1999 1 5 0.62 . . 1.20 1.52 8.27 6.32 1.17 . . . 275.80 7.74 42.56 . . 111.15 1166.00 3.80 9.80 . 7.43 0.53 . 7.97 5.76 1.67 68.41 . 1.36 32.25 36.18 1.65 566.00 -2353 1999 1 6 0.62 . . 1.21 1.51 8.27 6.36 1.16 . . . 277.90 7.74 42.55 . . 112.78 1160.00 3.80 9.78 . 7.43 0.53 . 7.93 5.67 1.67 68.41 . 1.38 32.25 36.50 1.65 565.75 -2354 1999 1 7 0.63 . . 1.21 1.51 8.27 6.38 1.16 . . . 278.30 7.74 42.55 . . 111.69 1151.00 3.80 9.83 . 7.40 0.54 . 7.91 5.84 1.67 68.51 . 1.38 32.13 36.30 1.64 566.50 -2355 1999 1 8 0.63 . . 1.20 1.51 8.27 6.44 1.15 . . . 280.20 7.74 42.55 . . 111.52 1174.00 3.80 9.81 . 7.39 0.54 . 7.92 5.83 1.67 68.48 . 1.39 32.22 36.45 1.64 567.10 -2356 1999 1 11 0.63 . . 1.20 1.50 8.27 6.45 1.15 . . . 281.15 7.74 42.55 . . 108.83 1175.00 3.80 9.96 . 7.42 0.54 . 7.85 5.98 1.67 68.57 . 1.39 32.20 36.28 1.63 567.25 -2357 1999 1 12 0.64 . . 1.21 1.50 8.27 6.44 1.15 . . . 280.47 7.74 42.55 . . 112.07 1180.00 3.80 10.10 . 7.42 0.54 . 7.80 6.03 1.68 68.67 . 1.38 32.26 36.46 1.63 567.75 -2358 1999 1 13 0.63 . . 1.32 1.53 8.27 6.36 1.16 . . . 278.40 7.74 42.53 . . 113.46 1175.00 3.80 10.60 . 7.47 0.54 . 7.80 6.12 1.68 68.64 . 1.35 32.23 37.05 1.64 568.50 -2359 1999 1 14 0.63 . . 1.32 1.52 8.27 6.36 1.16 . . . 278.00 7.74 42.55 . . 113.25 1187.50 3.80 10.53 . 7.47 0.53 . 7.80 6.24 1.67 68.25 . 1.36 32.33 37.05 1.65 569.30 -2360 1999 1 15 0.63 . . 1.48 1.52 8.27 6.42 1.15 . . . 279.30 7.74 42.50 . . 114.19 1185.00 3.80 10.29 . 7.48 0.54 . 7.87 6.08 1.68 68.55 . 1.37 32.26 36.55 1.65 570.71 -2361 1999 1 18 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2362 1999 1 19 0.63 . . 1.60 1.53 8.27 6.41 1.16 . . . 278.20 7.74 42.55 . . 113.76 1176.50 3.80 10.27 . 7.44 0.53 . 7.75 6.05 1.68 68.60 . 1.37 32.40 36.45 1.65 570.75 -2363 1999 1 20 0.63 . . 1.58 1.52 8.27 6.43 1.15 . . . 278.71 7.74 42.55 . . 113.45 1168.00 3.80 10.20 . 7.42 0.54 . 7.72 6.02 1.67 68.58 . 1.39 32.30 36.50 1.64 570.34 -2364 1999 1 21 0.63 . . 1.71 1.51 8.27 6.41 1.15 . . . 278.50 7.74 42.54 . . 113.75 1174.00 3.80 10.29 . 7.44 0.54 . 7.73 6.07 1.67 68.75 . 1.38 32.31 36.47 1.65 571.25 -2365 1999 1 22 0.63 . . 1.70 1.51 8.27 6.41 1.15 . . . 277.90 7.75 42.55 . . 114.65 1181.00 3.80 10.20 . 7.46 0.53 . 7.73 6.04 1.67 68.69 . 1.38 32.35 36.90 1.65 572.50 -2366 1999 1 25 0.63 . . 1.79 1.51 8.27 6.43 1.15 . . . 278.15 7.75 42.55 . . 113.80 1181.00 3.80 10.23 . 7.45 0.53 . 7.72 6.05 1.68 68.90 . 1.38 32.50 36.90 1.65 572.50 -2367 1999 1 26 0.63 . . 1.86 1.52 8.27 6.42 1.15 . . . 278.10 7.74 42.52 . . 114.03 1177.00 3.80 10.22 . 7.44 0.53 . 7.70 6.04 1.68 68.74 . 1.38 32.50 36.75 1.65 573.00 -2368 1999 1 27 0.62 . . 1.89 1.52 8.27 6.48 1.14 . . . 280.00 7.74 42.52 . . 115.62 1176.00 3.80 10.17 . 7.46 0.53 . 7.71 6.02 1.68 68.80 . 1.40 32.36 36.90 1.64 573.50 -2369 1999 1 28 0.62 . . 1.94 1.52 8.27 6.52 1.13 . . . 281.95 7.74 42.55 . . 116.36 1176.50 3.80 10.18 . 7.51 0.53 . 7.77 6.04 1.68 68.88 . 1.41 32.38 37.00 1.64 574.20 -2370 1999 1 29 0.62 . . 2.07 1.50 8.27 6.54 1.13 . . . 282.25 7.74 42.54 . . 116.00 1176.00 3.80 10.15 . 7.52 0.53 . 7.78 6.07 1.69 69.10 . 1.41 32.34 36.92 1.64 573.75 -2371 1999 2 1 0.63 . . 1.97 1.50 8.27 6.57 1.13 . . . 284.20 7.74 42.55 . . 115.09 1176.00 3.80 10.12 . 7.55 0.54 . 7.83 6.04 1.69 68.93 . 1.42 32.30 36.85 1.64 576.05 -2372 1999 2 2 0.64 . . 1.81 1.51 8.27 6.55 1.13 . . . 282.47 7.74 42.54 . . 112.12 1171.00 3.80 10.10 . 7.58 0.54 . 7.83 6.01 1.68 68.71 . 1.41 32.34 36.75 1.64 576.55 -2373 1999 2 3 0.64 . . 1.80 1.51 8.27 6.55 1.13 . . . 282.95 7.74 42.50 . . 112.46 1171.50 3.80 10.13 . 7.61 0.55 . 7.86 6.01 1.68 68.80 . 1.41 32.30 36.70 1.63 577.00 -2374 1999 2 4 0.64 . . 1.82 1.49 8.27 6.57 1.13 . . . 284.28 7.74 42.52 . . 112.03 1171.60 3.80 10.12 . 7.64 0.55 . 7.84 6.05 1.68 68.80 . 1.41 32.40 36.85 1.63 576.75 -2375 1999 2 5 0.65 . . 1.85 1.48 8.27 6.59 1.12 . . . 285.30 7.74 42.50 . . 113.14 1171.20 3.80 10.09 . 7.66 0.55 . 7.85 5.97 1.68 68.83 . 1.41 32.30 36.82 1.63 577.00 -2376 1999 2 8 0.65 . . 1.89 1.48 8.27 6.58 1.12 . . . 285.20 7.74 42.50 . . 114.38 1177.00 3.80 10.09 . 7.63 0.55 . 7.86 5.96 1.69 68.97 . 1.41 32.29 37.00 1.63 577.00 -2377 1999 2 9 0.64 . . 1.91 1.49 8.27 6.57 1.13 . . . 285.20 7.74 42.50 . . 114.42 1177.00 3.80 10.08 . 7.65 0.55 . 7.88 6.10 1.69 68.60 . 1.41 32.32 37.13 1.63 577.50 -2378 1999 2 10 0.64 . . 1.91 1.49 8.27 6.56 1.13 . . . 284.25 7.74 42.45 . . 114.45 1179.00 3.80 10.06 . 7.64 0.55 . 7.88 6.08 1.69 68.60 . 1.40 32.31 37.10 1.62 578.25 -2379 1999 2 11 0.64 . . 1.90 1.48 8.27 6.57 1.13 . . . 284.90 7.74 42.51 . . 114.70 1176.40 3.80 10.00 . 7.63 0.55 . 7.89 6.07 1.68 69.00 . 1.41 32.36 37.05 1.62 578.40 -2380 1999 2 12 0.64 . . 1.90 1.49 8.27 6.59 1.12 . . . 285.43 7.75 42.60 . . 114.32 1176.70 3.79 9.95 . 7.62 0.54 . 7.88 6.10 1.69 69.12 . 1.41 32.35 36.95 1.63 578.10 -2381 1999 2 15 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2382 1999 2 16 0.63 . . 1.91 1.50 8.27 6.64 1.11 . . . 287.68 7.74 42.51 . . 118.08 1176.00 3.80 9.92 . 7.73 0.53 . 7.93 6.13 1.69 69.00 . 1.42 32.38 36.90 1.63 578.00 -2383 1999 2 17 0.63 . . 1.93 1.49 8.27 6.62 1.12 . . . 286.40 7.74 42.50 . . 119.03 1176.00 3.80 9.88 . 7.75 0.53 . 7.93 6.16 1.69 69.20 . 1.42 32.40 37.05 1.63 578.00 -2384 1999 2 18 0.63 . . 1.91 1.48 8.27 6.62 1.12 . . . 286.78 7.74 42.51 . . 119.82 1183.00 3.80 9.89 . 7.79 0.53 . 7.96 6.18 1.70 69.22 . 1.42 32.40 37.10 1.63 577.61 -2385 1999 2 19 0.63 . . 1.94 1.49 8.27 6.71 1.10 . . . 290.60 7.74 42.47 . . 121.00 1206.00 3.80 9.94 . 7.83 0.54 . 8.02 6.26 1.70 69.31 . 1.44 32.50 37.65 1.62 577.75 -2386 1999 2 22 0.64 . . 1.96 1.49 8.27 6.74 1.10 . . . 292.35 7.74 42.43 . . 120.35 1218.00 3.80 9.93 . 7.84 0.54 . 8.07 6.20 1.71 69.39 . 1.44 33.20 37.70 1.62 577.50 -2387 1999 2 23 0.63 . . 2.04 1.49 8.27 6.76 1.09 . . . 294.50 7.74 42.48 . . 121.45 1213.00 3.80 9.95 . 7.87 0.53 . 8.10 6.22 1.72 69.28 . 1.44 33.10 37.56 1.61 578.35 -2388 1999 2 24 0.63 . . 2.01 1.49 8.27 6.78 1.09 . . . 294.00 7.74 42.60 . . 121.90 1219.00 3.80 9.94 . 7.91 0.53 . 8.14 6.20 1.72 69.46 . 1.45 33.20 37.65 1.59 577.00 -2389 1999 2 25 0.62 . . 2.04 1.50 8.27 6.71 1.10 . . . 291.65 7.74 42.60 . . 119.26 1225.00 3.80 10.00 . 7.86 0.52 . 8.11 6.19 1.72 69.54 . 1.43 33.14 37.47 1.60 577.00 -2390 1999 2 26 0.62 . . 2.09 1.50 8.27 6.76 1.09 . . . 292.65 7.74 42.83 . . 118.70 1224.50 3.80 9.94 . 7.91 0.52 . 8.19 6.20 1.72 69.56 . 1.44 33.13 37.32 1.60 575.25 -2391 1999 3 1 0.61 . . 2.05 1.52 8.27 6.82 1.08 . . . 295.10 7.74 42.54 . . 119.79 1222.00 3.80 9.92 . 7.95 0.52 . 8.25 6.23 1.72 69.56 . 1.46 33.05 37.39 1.60 575.75 -2392 1999 3 2 0.62 . . 2.17 1.52 8.27 6.80 1.09 . . . 294.70 7.74 42.58 . . 120.47 1225.50 3.80 9.95 . 7.92 0.52 . 8.23 6.24 1.73 69.61 . 1.45 33.10 37.57 1.61 576.70 -2393 1999 3 3 0.62 . . 2.20 1.52 8.27 6.82 1.08 . . . 295.51 7.74 42.58 . . 121.68 1230.40 3.80 9.97 . 7.94 0.52 . 8.26 6.25 1.73 69.62 . 1.46 33.15 37.65 1.61 576.25 -2394 1999 3 4 0.62 . . 2.11 1.52 8.27 6.86 1.08 . . . 297.40 7.74 42.55 . . 123.50 1241.00 3.80 9.94 . 7.94 0.52 . 8.27 6.24 1.73 69.65 . 1.47 33.20 37.88 1.60 576.51 -2395 1999 3 5 0.62 . . 2.00 1.51 8.27 6.85 1.08 . . . 296.80 7.74 42.55 . . 122.57 1243.00 3.80 9.88 . 7.90 0.53 . 8.23 6.21 1.72 69.90 . 1.46 33.40 37.47 1.60 577.00 -2396 1999 3 8 0.63 . . 1.97 1.51 8.27 6.81 1.08 . . . 295.30 7.74 42.56 . . 121.73 1240.50 3.80 9.84 . 7.85 0.53 . 8.20 6.20 1.72 69.90 . 1.46 33.20 37.15 1.60 577.50 -2397 1999 3 9 0.63 . . 1.92 1.51 8.27 6.83 1.08 . . . 296.00 7.74 42.53 . . 121.40 1236.50 3.80 9.79 . 7.85 0.53 . 8.18 6.16 1.73 69.75 . 1.46 33.22 37.27 1.61 577.25 -2398 1999 3 10 0.63 . . 1.87 1.52 8.27 6.78 1.09 . . . 293.35 7.74 42.50 . . 119.84 1234.90 3.80 9.80 . 7.81 0.53 . 8.11 6.14 1.72 69.70 . 1.45 33.15 37.48 1.62 578.25 -2399 1999 3 11 0.63 . . 1.89 1.52 8.27 6.80 1.09 . . . 294.15 7.75 42.48 . . 119.57 1231.00 3.80 9.75 . 7.80 0.53 . 8.09 6.16 1.73 69.72 . 1.46 33.15 38.65 1.62 579.30 -2400 1999 3 12 0.63 . . 1.91 1.52 8.27 6.79 1.09 . . . 293.90 7.74 42.52 . . 118.99 1235.00 3.80 9.77 . 7.80 0.53 . 8.11 6.18 1.73 69.68 . 1.46 33.16 37.45 1.63 580.00 -2401 1999 3 15 0.63 . . 1.88 1.52 8.27 6.80 1.09 . . . 294.20 7.75 42.50 . . 117.70 1232.00 3.80 9.69 . 7.84 0.58 . 8.16 6.21 1.71 69.55 . 1.46 33.12 37.38 1.62 579.50 -2402 1999 3 16 0.62 . . 1.86 1.52 8.27 6.80 1.09 . . . 294.25 7.75 42.50 . . 117.74 1230.00 3.80 9.68 . 7.82 0.52 . 8.21 6.25 1.72 69.65 . 1.46 33.14 37.28 1.62 578.85 -2403 1999 3 17 0.62 . . 1.89 1.52 8.27 6.74 1.10 . . . 291.20 7.75 42.50 . . 118.15 1228.00 3.80 9.68 . 7.73 0.52 . 8.15 6.23 1.72 69.35 . 1.44 33.20 37.30 1.63 580.25 -2404 1999 3 18 0.63 . . 1.87 1.51 8.27 6.75 1.09 . . . 292.60 7.75 42.50 . . 117.53 1226.00 3.80 9.64 . 7.69 0.53 . 8.11 6.26 1.72 69.55 . 1.45 33.10 37.44 1.62 580.75 -2405 1999 3 19 0.63 . . 1.85 1.51 8.27 6.79 1.09 . . . 294.15 7.75 42.50 . . 117.05 1220.00 3.80 9.68 . 7.71 0.53 . 8.17 6.19 1.72 69.42 . 1.46 33.11 37.47 1.63 580.75 -2406 1999 3 22 0.63 . . 1.87 1.50 8.27 6.81 1.09 . . . 294.80 7.74 42.50 . . 118.14 1224.00 3.80 9.72 . 7.74 0.53 . 8.19 6.17 1.72 69.52 . 1.46 33.13 37.59 1.62 581.30 -2407 1999 3 23 0.63 . . 1.85 1.50 8.27 6.81 1.09 . . . 295.50 7.74 42.50 . . 118.02 1226.50 3.80 9.67 . 7.74 0.53 . 8.19 6.24 1.73 69.52 . 1.45 33.15 37.53 1.63 582.25 -2408 1999 3 24 0.63 . . 1.84 1.50 8.27 6.80 1.09 . . . 297.25 7.74 42.50 . . 117.35 1224.40 3.80 9.69 . 7.75 0.54 . 8.25 6.20 1.72 69.40 . 1.45 33.15 37.60 1.64 583.50 -2409 1999 3 25 0.63 . . 1.80 1.51 8.27 6.83 1.08 . . . 298.00 7.74 42.50 . . 118.05 1225.00 3.80 9.65 . 7.76 0.53 . 8.25 6.20 1.72 69.40 . 1.46 33.17 37.65 1.63 584.76 -2410 1999 3 26 0.63 . . 1.77 1.51 8.28 6.92 1.07 . . . 302.40 7.74 42.50 . . 120.30 1223.70 3.80 9.59 . 7.80 0.53 . 8.33 6.26 1.73 69.37 . 1.48 33.18 37.68 1.62 584.01 -2411 1999 3 29 0.63 . . 1.77 1.51 8.27 6.93 1.07 . . . 304.50 7.74 42.48 . . 119.78 1226.20 3.80 9.51 . 7.79 0.53 . 8.34 6.23 1.73 69.38 . 1.48 33.20 37.66 1.61 583.15 -2412 1999 3 30 0.62 . . 1.73 1.51 8.28 6.92 1.07 . . . 303.40 7.74 42.50 . . 120.10 1230.00 3.80 9.54 . 7.79 0.53 . 8.33 6.21 1.73 69.45 . 1.48 33.20 37.67 1.61 584.00 -2413 1999 3 31 0.63 . . 1.72 1.50 8.28 6.87 1.08 . . . 301.86 7.75 42.50 . . 118.43 1228.00 3.80 9.52 . 7.72 0.53 . 8.21 6.17 1.72 69.45 . 1.47 33.17 37.58 1.61 583.75 -2414 1999 4 1 0.63 . . 1.73 1.50 8.27 6.89 1.07 . . . 301.90 7.74 42.50 . . 120.19 1225.00 3.80 9.52 . 7.75 0.53 . 8.24 6.17 1.72 69.55 . 1.48 33.20 37.72 1.60 583.75 -2415 1999 4 2 0.63 . . 1.73 1.49 8.27 6.89 1.07 . . . 302.65 7.75 42.50 . . 120.60 1225.20 3.80 9.51 . 7.74 0.53 . 8.23 6.17 1.73 69.55 . 1.48 33.18 37.73 1.60 583.75 -2416 1999 4 5 0.63 . . 1.73 1.49 8.27 6.94 1.07 . . . 305.30 7.75 42.50 . . 122.00 1228.00 3.80 9.48 . 7.79 0.53 . 8.29 6.16 1.73 69.50 . 1.49 33.30 37.76 1.60 583.75 -2417 1999 4 6 0.62 . . 1.73 1.50 8.27 6.85 1.08 . . . 300.00 7.74 42.75 . . 120.74 1231.00 3.80 9.50 . 7.69 0.53 . 8.21 6.17 1.73 69.55 . 1.47 33.32 37.76 1.59 584.00 -2418 1999 4 7 0.62 . . 1.73 1.50 8.27 6.89 1.07 . . . 301.30 7.74 42.75 . . 121.34 1223.00 3.80 9.50 . 7.76 0.53 . 8.29 6.19 1.73 69.30 . 1.48 33.30 37.77 1.59 584.40 -2419 1999 4 8 0.62 . . 1.72 1.49 8.27 6.85 1.08 . . . 299.60 7.74 42.76 . . 120.85 1227.00 3.80 9.49 . 7.77 0.53 . 8.26 6.22 1.72 69.25 . 1.47 33.30 37.80 1.60 584.75 -2420 1999 4 9 0.62 . . 1.71 1.50 8.27 6.88 1.07 . . . 300.20 7.74 42.78 . . 121.09 1226.00 3.80 9.59 . 7.78 0.53 . 8.27 6.18 1.73 69.30 . 1.48 33.18 37.95 1.60 585.75 -2421 1999 4 12 0.63 . . 1.71 1.49 8.27 6.85 1.08 . . . 299.60 7.74 42.77 . . 120.14 1225.00 3.80 9.56 . 7.72 0.54 . 8.27 6.17 1.72 69.46 . 1.47 33.10 37.98 1.61 586.25 -2422 1999 4 13 0.63 . . 1.66 1.48 8.27 6.90 1.07 . . . 301.85 7.75 42.90 . . 120.04 1223.00 3.80 9.51 . 7.76 0.54 . 8.30 6.11 1.71 69.46 . 1.49 33.10 37.95 1.61 587.25 -2423 1999 4 14 0.63 . . 1.67 1.49 8.27 6.89 1.07 . . . 300.80 7.74 42.85 . . 118.89 1220.00 3.80 9.51 . 7.72 0.54 . 8.27 6.07 1.69 69.46 . 1.48 33.00 37.64 1.61 589.00 -2424 1999 4 15 0.63 . . 1.67 1.49 8.27 6.94 1.07 . . . 302.60 7.75 42.90 . . 119.04 1220.00 3.80 9.54 . 7.75 0.53 . 8.28 6.10 1.69 69.65 . 1.49 32.85 37.60 1.61 588.30 -2425 1999 4 16 0.64 . . 1.67 1.48 8.27 6.95 1.06 . . . 303.80 7.74 42.75 . . 117.86 1221.00 3.80 9.53 . 7.77 0.54 . 8.33 6.11 1.70 69.70 . 1.49 32.90 37.40 1.61 588.50 -2426 1999 4 19 0.65 . . 1.67 1.48 8.27 7.00 1.06 . . . 306.60 7.74 42.95 . . 117.99 1215.00 3.80 9.38 . 7.79 0.54 . 8.38 6.04 1.70 69.55 . 1.50 32.80 37.33 1.60 588.80 -2427 1999 4 20 0.64 . . 1.72 1.49 8.27 6.98 1.06 . . . 306.45 7.74 42.90 . . 118.18 1200.00 3.80 9.42 . 7.79 0.54 . 8.38 6.08 1.70 69.70 . 1.50 32.75 37.40 1.61 588.75 -2428 1999 4 21 0.64 . . 1.74 1.48 8.27 7.00 1.06 . . . 307.70 7.74 42.90 . . 119.76 1195.00 3.80 9.37 . 7.79 0.54 . 8.40 6.08 1.71 69.68 . 1.50 32.75 37.60 1.60 590.15 -2429 1999 4 22 0.65 . . 1.70 1.48 8.27 7.01 1.05 . . . 308.60 7.74 42.81 . . 119.84 1198.00 3.80 9.34 . 7.80 0.54 . 8.40 6.09 1.70 69.69 . 1.50 32.80 37.57 1.61 590.00 -2430 1999 4 23 0.65 . . 1.69 1.47 8.27 6.99 1.06 . . . 306.90 7.74 42.85 . . 119.26 1195.00 3.80 9.29 . 7.80 0.54 . 8.38 6.09 1.70 69.70 . 1.50 32.75 37.60 1.61 590.10 -2431 1999 4 26 0.64 . . 1.70 1.47 8.27 7.02 1.05 . . . 308.18 7.75 42.90 . . 119.13 1190.00 3.80 9.32 . 7.81 0.54 . 8.40 6.07 1.70 69.93 . 1.51 32.75 37.70 1.61 589.75 -2432 1999 4 27 0.65 . . 1.70 1.47 8.27 6.98 1.06 . . . 306.25 7.75 42.91 . . 120.23 1185.00 3.80 9.33 . 7.78 0.54 . 8.35 6.07 1.70 69.85 . 1.50 32.75 37.67 1.61 590.00 -2433 1999 4 28 0.65 . . 1.69 1.47 8.27 7.00 1.06 . . . 307.80 7.75 42.90 . . 119.13 1182.00 3.80 9.30 . 7.80 0.55 . 8.38 6.06 1.69 69.80 . 1.51 32.70 37.45 1.61 590.90 -2434 1999 4 29 0.65 . . 1.67 1.46 8.27 7.00 1.05 . . . 307.55 7.75 42.86 . . 119.26 1176.00 3.80 9.27 . 7.80 0.55 . 8.40 6.06 1.69 69.65 . 1.51 32.70 37.40 1.61 591.35 -2435 1999 4 30 0.66 . . 1.66 1.45 8.27 7.03 1.05 . . . 308.10 7.75 42.84 . . 119.43 1189.00 3.80 9.24 . 7.81 0.56 . 8.44 6.08 1.69 69.65 . 1.52 32.75 37.10 1.60 592.05 -2436 1999 5 3 0.66 . . 1.66 1.45 8.27 7.03 1.05 . . . 307.90 7.75 42.85 . . 120.14 1191.00 3.80 9.26 . 7.80 0.56 . 8.46 6.05 1.70 69.65 . 1.52 32.75 37.39 1.60 592.50 -2437 1999 5 4 0.66 . . 1.67 1.45 8.27 7.02 1.05 . . . 306.90 7.75 42.80 . . 120.94 1197.10 3.80 9.28 . 7.78 0.55 . 8.47 6.06 1.70 69.72 . 1.51 32.75 36.88 1.62 594.30 -2438 1999 5 5 0.66 . . 1.68 1.45 8.27 6.93 1.07 . . . 302.90 7.75 42.80 . . 120.91 1199.00 3.80 9.33 . 7.73 0.55 . 8.40 6.11 1.70 69.80 . 1.49 32.77 36.78 1.63 595.50 -2439 1999 5 6 0.66 . . 1.67 1.45 8.27 6.89 1.07 . . . 301.40 7.75 42.80 . . 120.77 1203.00 3.80 9.34 . 7.66 0.56 . 8.33 6.09 1.70 69.85 . 1.49 32.79 37.00 1.63 596.75 -2440 1999 5 7 0.67 . . 1.67 1.45 8.27 6.89 1.07 . . . 303.15 7.75 42.80 . . 120.78 1203.00 3.80 9.35 . 7.64 0.55 . 8.31 6.14 1.69 69.89 . 1.49 32.78 36.83 1.63 595.75 -2441 1999 5 10 0.66 . . 1.65 1.46 8.27 6.88 1.07 . . . 302.00 7.75 42.80 . . 120.68 1201.20 3.80 9.30 . 7.61 0.56 . 8.28 6.17 1.69 70.10 . 1.48 32.83 36.80 1.63 596.15 -2442 1999 5 11 0.67 . . 1.64 1.45 8.27 6.93 1.07 . . . 303.33 7.75 42.80 . . 120.96 1199.00 3.80 9.26 . 7.66 0.56 . 8.35 6.16 1.69 70.35 . 1.49 32.74 36.79 1.62 594.00 -2443 1999 5 12 0.66 . . 1.66 1.46 8.27 6.97 1.06 . . . 304.70 7.75 42.80 . . 120.86 1206.00 3.80 9.32 . 7.70 0.56 . 8.39 6.20 1.70 70.57 . 1.50 32.74 36.82 1.61 596.35 -2444 1999 5 13 0.66 . . 1.65 1.45 8.27 6.99 1.06 . . . 305.70 7.75 42.80 . . 121.67 1206.50 3.80 9.27 . 7.71 0.55 . 8.42 6.21 1.70 70.74 . 1.50 32.75 37.05 1.61 596.00 -2445 1999 5 14 0.66 . . 1.65 1.46 8.27 6.97 1.06 . . . 305.25 7.75 42.83 . . 122.64 1208.00 3.80 9.37 . 7.70 0.55 . 8.41 6.22 1.71 70.95 . 1.50 32.79 37.22 1.61 596.25 -2446 1999 5 17 0.66 . . 1.67 1.46 8.27 6.96 1.06 . . . 304.95 7.75 42.76 . . 123.27 1207.00 3.80 9.36 . 7.68 0.55 . 8.42 6.19 1.71 70.90 . 1.50 32.79 37.25 1.61 595.75 -2447 1999 5 18 0.67 . . 1.67 1.46 8.27 6.96 1.06 . . . 305.00 7.75 42.77 . . 123.24 1201.00 3.80 9.30 . 7.70 0.56 . 8.43 6.15 1.71 71.20 . 1.50 32.80 37.05 1.62 596.51 -2448 1999 5 19 0.66 . . 1.67 1.46 8.27 6.98 1.06 . . . 305.25 7.75 42.80 . . 124.45 1200.00 3.80 9.31 . 7.75 0.55 . 8.46 6.18 1.72 71.30 . 1.50 32.81 37.18 1.61 596.75 -2449 1999 5 20 0.66 . . 1.69 1.46 8.27 6.99 1.06 . . . 305.55 7.75 42.80 . . 124.15 1200.00 3.80 9.34 . 7.76 0.54 . 8.44 6.21 1.72 71.20 . 1.50 32.85 37.13 1.61 597.00 -2450 1999 5 21 0.65 . . 1.70 1.45 8.27 7.02 1.05 . . . 307.25 7.75 42.80 . . 123.90 1194.50 3.80 9.37 . 7.78 0.54 . 8.48 6.20 1.72 70.85 . 1.51 32.85 37.15 1.60 597.25 -2451 1999 5 24 0.65 . . 1.70 1.45 8.27 7.01 1.05 . . . 306.50 7.75 42.80 . . 123.57 1189.50 3.80 9.40 . 7.79 0.54 . 8.47 6.21 1.72 71.15 . 1.51 32.80 37.10 1.59 597.90 -2452 1999 5 25 0.65 . . 1.75 1.46 8.27 7.01 1.05 . . . 307.00 7.75 42.80 . . 122.88 1186.60 3.80 9.55 . 7.79 0.54 . 8.48 6.23 1.72 70.80 . 1.50 32.77 37.17 1.60 598.00 -2453 1999 5 26 0.64 . . 1.72 1.47 8.27 7.09 1.04 . . . 311.00 7.75 42.95 . . 122.03 1191.20 3.80 9.67 . 7.85 0.53 . 8.57 6.26 1.73 70.78 . 1.52 32.79 37.17 1.59 598.74 -2454 1999 5 27 0.64 . . 1.72 1.47 8.27 7.12 1.04 . . . 311.70 7.75 43.45 . . 121.27 1188.70 3.80 9.76 . 7.90 0.53 . 8.61 6.27 1.73 70.92 . 1.52 32.85 37.11 1.59 599.00 -2455 1999 5 28 0.65 . . 1.73 1.47 8.27 7.13 1.04 . . . 311.70 7.75 43.17 . . 120.88 1186.10 3.80 9.79 . 7.90 0.53 . 8.59 6.23 1.72 70.90 . 1.52 32.80 37.15 1.60 599.15 -2456 1999 5 31 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2457 1999 6 1 0.64 . . 1.74 1.48 8.27 7.11 1.04 . . . 311.00 7.75 43.00 . . 120.75 1187.40 3.80 9.81 . 7.88 0.52 . 8.59 6.21 1.72 70.85 . 1.52 32.80 37.10 1.61 599.50 -2458 1999 6 2 0.64 . . 1.75 1.48 8.27 7.17 1.03 . . . 312.50 7.75 43.00 . . 121.14 1186.20 3.80 9.78 . 7.94 0.52 . 8.64 6.20 1.72 71.00 . 1.53 32.80 37.13 1.60 599.50 -2459 1999 6 3 0.64 . . 1.75 1.47 8.27 7.18 1.03 . . . 313.10 7.75 43.00 . . 121.50 1185.00 3.80 9.66 . 7.96 0.52 . 8.64 6.19 1.72 70.75 . 1.53 32.80 37.08 1.60 599.90 -2460 1999 6 4 0.65 . . 1.73 1.46 8.27 7.20 1.03 . . . 314.50 7.75 43.00 . . 121.99 1184.00 3.80 9.62 . 7.97 0.53 . 8.65 6.16 1.72 70.85 . 1.53 32.80 37.14 1.60 600.60 -2461 1999 6 7 0.65 . . 1.74 1.47 8.27 7.21 1.02 . . . 314.30 7.75 43.05 . . 121.31 1184.00 3.80 9.50 . 7.95 0.53 . 8.63 6.09 1.72 70.71 . 1.54 32.65 37.10 1.60 600.75 -2462 1999 6 8 0.65 . . 1.75 1.47 8.27 7.11 1.04 . . . 310.10 7.75 43.05 . . 119.88 1178.50 3.80 9.50 . 7.85 0.53 . 8.52 6.10 1.71 70.87 . 1.52 32.60 36.97 1.60 601.50 -2463 1999 6 9 0.65 . . 1.75 1.47 8.27 7.11 1.04 . . . 310.15 7.75 43.07 . . 119.20 1166.50 3.80 9.57 . 7.87 0.53 . 8.55 6.13 1.71 70.83 . 1.52 32.55 37.00 1.60 602.00 -2464 1999 6 10 0.66 . . 1.76 1.46 8.27 7.08 1.04 . . . 309.30 7.75 43.15 . . 118.85 1167.50 3.80 9.60 . 7.82 0.53 . 8.49 6.13 1.71 70.91 . 1.52 32.55 36.91 1.60 602.00 -2465 1999 6 11 0.66 . . 1.77 1.46 8.27 7.07 1.05 . . . 308.25 7.75 43.06 . . 118.14 1168.00 3.80 9.55 . 7.80 0.54 . 8.45 6.08 1.71 70.90 . 1.51 32.50 36.90 1.60 602.00 -2466 1999 6 14 0.66 . . 1.78 1.46 8.27 7.13 1.04 . . . 311.50 7.75 43.25 . . 120.40 1171.00 3.80 9.58 . 7.85 0.53 . 8.50 6.09 1.71 70.99 . 1.53 32.43 37.05 1.60 602.75 -2467 1999 6 15 0.65 . . 1.79 1.46 8.27 7.13 1.04 . . . 311.00 7.75 43.45 . . 120.63 1167.00 3.80 9.52 . 7.86 0.53 . 8.48 6.09 1.70 71.50 . 1.53 32.39 37.00 1.59 603.00 -2468 1999 6 16 0.65 . . 1.76 1.45 8.27 7.21 1.02 . . . 314.00 7.75 43.20 . . 120.03 1165.00 3.80 9.46 . 7.92 0.53 . 8.53 6.08 1.70 71.30 . 1.54 32.42 36.92 1.58 603.60 -2469 1999 6 17 0.65 . . 1.75 1.46 8.27 7.19 1.03 . . . 312.95 7.75 43.20 . . 119.47 1167.00 3.80 9.38 . 7.88 0.53 . 8.47 6.04 1.70 71.25 . 1.54 32.36 36.90 1.59 604.00 -2470 1999 6 18 0.65 . . 1.75 1.46 8.27 7.17 1.03 . . . 312.35 7.75 43.16 . . 120.48 1164.00 3.80 9.37 . 7.86 0.53 . 8.43 5.99 1.70 71.30 . 1.54 32.37 36.93 1.59 604.80 -2471 1999 6 21 0.65 . . 1.76 1.47 8.27 7.20 1.03 . . . 314.20 7.75 43.17 . . 122.28 1166.00 3.80 9.39 . 7.84 0.53 . 8.41 6.01 1.70 71.40 . 1.54 33.00 36.92 1.58 605.50 -2472 1999 6 22 0.65 . . 1.77 1.47 8.27 7.20 1.03 . . . 314.20 7.75 43.30 . . 121.68 1160.00 3.80 9.36 . 7.84 0.53 . 8.43 5.98 1.69 71.45 . 1.54 32.36 36.58 1.58 605.00 -2473 1999 6 23 0.65 . . 1.78 1.47 8.27 7.20 1.03 . . . 314.50 7.75 43.27 . . 122.05 1163.00 3.80 9.40 . 7.85 0.53 . 8.42 6.04 1.70 71.48 . 1.54 32.40 36.73 1.57 605.40 -2474 1999 6 24 0.65 . . 1.81 1.47 8.27 7.17 1.03 . . . 313.50 7.75 43.45 . . 121.83 1158.00 3.80 9.47 . 7.85 0.53 . 8.44 6.07 1.70 71.65 . 1.53 32.38 36.65 1.58 605.40 -2475 1999 6 25 0.66 . . 1.79 1.46 8.27 7.11 1.04 . . . 311.25 7.75 43.45 . . 121.28 1156.00 3.80 9.49 . 7.80 0.53 . 8.39 6.06 1.70 71.58 . 1.52 32.41 36.65 1.58 605.75 -2476 1999 6 28 0.65 . . 1.78 1.46 8.27 7.16 1.03 . . . 313.05 7.75 43.45 . . 121.30 1157.00 3.80 9.48 . 7.85 0.53 . 8.45 6.05 1.70 71.90 . 1.54 32.36 36.92 1.58 605.70 -2477 1999 6 29 0.65 . . 1.77 1.47 8.27 7.19 1.03 . . . 313.90 7.75 43.50 . . 120.81 1157.50 3.80 9.42 . 7.85 0.53 . 8.46 6.03 1.70 71.59 . 1.54 32.31 36.88 1.57 606.40 -2478 1999 6 30 0.66 . . 1.77 1.47 8.27 7.21 1.03 . . . 315.10 7.75 43.45 . . 120.94 1157.50 3.80 9.44 . 7.87 0.52 . 8.48 6.03 1.70 71.59 . 1.55 32.31 36.89 1.57 607.25 -2479 1999 7 1 0.66 . . 1.76 1.46 8.27 7.26 1.02 . . . 317.75 7.75 43.35 . . 120.99 1165.00 3.80 9.38 . 7.91 0.53 . 8.54 6.03 1.69 71.53 . 1.56 32.32 36.87 1.57 607.10 -2480 1999 7 2 0.67 . . 1.77 1.46 8.27 7.25 1.02 . . . 317.15 7.75 43.45 . . 121.13 1164.10 3.80 9.36 . 7.88 0.53 . 8.49 6.02 1.69 71.90 . 1.56 32.28 36.95 1.57 607.75 -2481 1999 7 5 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2482 1999 7 6 0.66 . . 1.77 1.46 8.27 7.26 1.02 . . . 317.80 7.75 43.40 . . 121.94 1168.00 3.80 9.33 . 7.88 0.52 . 8.49 6.05 1.69 71.90 . 1.56 32.29 36.81 1.56 608.65 -2483 1999 7 7 0.66 . . 1.78 1.47 8.27 7.27 1.02 . . . 318.00 7.75 43.45 . . 122.19 1173.00 3.80 9.36 . 7.91 0.52 . 8.50 6.05 1.69 71.80 . 1.56 32.30 36.95 1.56 608.76 -2484 1999 7 8 0.66 . . 1.79 1.46 8.27 7.29 1.01 . . . 319.20 7.75 43.50 . . 122.57 1181.00 3.80 9.34 . 7.95 0.52 . 8.55 6.07 1.69 71.80 . 1.57 32.34 37.10 1.55 609.25 -2485 1999 7 9 0.66 . . 1.80 1.47 8.27 7.30 1.01 . . . 319.10 7.76 43.35 . . 122.37 1188.00 3.80 9.37 . 7.96 0.52 . 8.57 6.11 1.69 71.90 . 1.57 32.35 37.16 1.55 610.21 -2486 1999 7 12 0.66 . . 1.82 1.48 8.27 7.33 1.01 . . . 320.54 7.76 43.30 . . 122.22 1184.00 3.80 9.46 . 7.99 0.52 . 8.61 6.14 1.70 71.95 . 1.58 32.26 37.27 1.55 611.00 -2487 1999 7 13 0.65 . . 1.83 1.48 8.27 7.31 1.01 . . . 319.30 7.76 43.35 . . 121.38 1176.00 3.80 9.46 . 8.01 0.52 . 8.59 6.15 1.69 71.95 . 1.57 32.29 37.18 1.55 609.90 -2488 1999 7 14 0.65 . . 1.80 1.48 8.27 7.28 1.02 . . . 317.80 7.76 43.35 . . 120.58 1184.00 3.80 9.34 . 7.98 0.52 . 8.58 6.15 1.69 72.10 . 1.57 32.29 37.10 1.56 611.25 -2489 1999 7 15 0.66 . . 1.82 1.48 8.27 7.27 1.02 . . . 317.30 7.76 43.26 . . 120.49 1184.00 3.80 9.35 . 7.97 0.52 . 8.56 6.14 1.69 72.10 . 1.57 32.34 37.09 1.56 612.00 -2490 1999 7 16 0.66 . . 1.81 1.48 8.27 7.28 1.02 . . . 317.75 7.76 43.35 . . 120.98 1183.00 3.80 9.36 . 7.96 0.52 . 8.55 6.15 1.70 71.68 . 1.57 32.39 37.20 1.56 612.10 -2491 1999 7 19 0.65 . . 1.79 1.49 8.27 7.30 1.02 . . . 318.40 7.75 43.25 . . 119.18 1188.00 3.80 9.30 . 7.94 0.52 . 8.52 6.17 1.70 71.80 . 1.57 32.36 37.17 1.56 612.00 -2492 1999 7 20 0.64 . . 1.80 1.49 8.27 7.14 1.04 . . . 311.75 7.75 43.26 . . 118.94 1194.00 3.80 9.30 . 7.85 0.52 . 8.39 6.12 1.70 71.80 . 1.54 32.26 37.16 1.57 611.25 -2493 1999 7 21 0.64 . . 1.81 1.50 8.27 7.07 1.05 . . . 308.85 7.76 43.35 . . 118.25 1201.00 3.80 9.35 . 7.85 0.52 . 8.33 6.10 1.69 71.95 . 1.52 32.41 37.18 1.57 613.00 -2494 1999 7 22 0.64 . . 1.82 1.50 8.27 7.08 1.05 . . . 309.55 7.76 43.35 . . 117.27 1209.00 3.80 9.38 . 7.86 0.52 . 8.35 6.11 1.70 71.95 . 1.52 32.50 37.40 1.58 613.25 -2495 1999 7 23 0.64 . . 1.81 1.50 8.27 7.11 1.04 . . . 309.50 7.76 43.28 . . 116.51 1208.80 3.80 9.39 . 7.85 0.53 . 8.36 6.11 1.69 72.00 . 1.52 32.40 37.41 1.57 614.00 -2496 1999 7 26 0.64 . . 1.81 1.51 8.27 6.98 1.06 . . . 305.10 7.76 43.28 . . 116.66 1209.00 3.80 9.41 . 7.81 0.52 . 8.27 6.14 1.68 72.05 . 1.50 32.33 37.35 1.59 613.75 -2497 1999 7 27 0.64 . . 1.81 1.51 8.27 7.00 1.06 . . . 305.65 7.76 43.40 . . 116.23 1204.00 3.80 9.37 . 7.84 0.52 . 8.27 6.13 1.68 72.05 . 1.50 32.40 37.30 1.58 613.20 -2498 1999 7 28 0.64 . . 1.78 1.51 8.27 7.00 1.06 . . . 305.50 7.76 43.33 . . 116.17 1198.10 3.80 9.38 . 7.87 0.52 . 8.26 6.14 1.67 72.00 . 1.50 32.38 37.02 1.59 612.25 -2499 1999 7 29 0.64 . . 1.79 1.50 8.27 6.94 1.07 . . . 303.50 7.76 43.43 . . 115.19 1205.00 3.80 9.42 . 7.81 0.52 . 8.20 6.16 1.68 72.00 . 1.49 32.35 37.10 1.61 611.00 -2500 1999 7 30 0.65 . . 1.79 1.50 8.27 6.96 1.06 . . . 304.40 7.76 43.45 . . 114.70 1204.00 3.80 9.40 . 7.77 0.53 . 8.22 6.16 1.68 71.95 . 1.49 32.24 37.23 1.62 613.00 -2501 1999 8 2 0.65 . . 1.81 1.50 8.27 6.98 1.06 . . . 305.40 7.76 43.38 . . 114.51 1201.00 3.80 9.40 . 7.75 0.52 . 8.21 6.20 1.67 71.85 . 1.49 32.32 37.40 1.61 613.50 -2502 1999 8 3 0.65 . . 1.83 1.49 8.27 6.96 1.06 . . . 305.14 7.76 43.38 . . 115.10 1199.00 3.80 9.46 . 7.74 0.53 . 8.17 6.19 1.68 71.80 . 1.49 32.19 37.29 1.61 613.70 -2503 1999 8 4 0.65 . . 1.82 1.48 8.27 6.91 1.07 . . . 302.35 7.76 43.40 . . 114.20 1202.00 3.80 9.44 . 7.72 0.53 . 8.14 6.15 1.67 71.70 . 1.48 32.25 37.36 1.62 613.75 -2504 1999 8 5 0.65 . . 1.85 1.49 8.27 6.89 1.07 . . . 302.10 7.76 43.45 . . 113.98 1202.00 3.80 9.49 . 7.70 0.53 . 8.14 6.17 1.67 71.65 . 1.48 32.10 37.50 1.61 613.75 -2505 1999 8 6 0.65 . . 1.85 1.50 8.27 6.91 1.07 . . . 303.60 7.76 43.48 . . 114.60 1200.00 3.80 9.50 . 7.72 0.52 . 8.16 6.17 1.66 71.65 . 1.48 32.20 37.70 1.61 613.50 -2506 1999 8 9 0.65 . . 1.84 1.50 8.27 6.95 1.06 . . . 305.67 7.76 43.35 . . 115.37 1198.00 3.79 9.48 . 7.74 0.52 . 8.22 6.16 1.66 . . 1.49 32.00 37.83 1.60 613.25 -2507 1999 8 10 0.65 . . 1.88 1.50 8.27 6.92 1.07 . . . 304.05 7.76 43.45 . . 114.44 1199.30 3.80 9.52 . 7.70 0.52 . 8.21 6.17 1.66 71.65 . 1.48 32.20 37.82 1.61 613.50 -2508 1999 8 11 0.64 . . 1.87 1.49 8.27 6.97 1.06 . . . 306.50 7.76 43.47 . . 115.10 1202.00 3.80 9.42 . 7.73 0.52 . 8.25 6.14 1.67 71.65 . 1.50 32.20 38.18 1.61 614.35 -2509 1999 8 12 0.64 . . 1.85 1.48 8.27 6.99 1.06 . . . 307.20 7.76 43.50 . . 115.76 1210.00 3.80 9.35 . 7.74 0.52 . 8.26 6.11 1.67 71.65 . 1.50 32.23 38.15 1.60 614.75 -2510 1999 8 13 0.65 . . 1.87 1.47 8.27 7.03 1.05 . . . 308.35 7.76 43.52 . . 115.66 1207.00 3.80 9.39 . 7.80 0.53 . 8.31 6.11 1.67 71.72 . 1.51 32.20 38.00 1.60 615.25 -2511 1999 8 16 0.64 . . 1.88 1.48 8.27 7.04 1.05 . . . 309.30 7.76 43.50 . . 114.83 1204.00 3.80 9.36 . 7.78 0.52 . 8.30 6.10 1.67 72.10 . 1.51 32.10 38.00 1.60 615.31 -2512 1999 8 17 0.64 . . 1.88 1.47 8.27 7.06 1.05 . . . 310.00 7.76 43.54 . . 114.18 1206.00 3.80 9.34 . 7.80 0.52 . 8.31 6.12 1.68 71.69 . 1.52 32.05 38.47 1.60 615.25 -2513 1999 8 18 0.64 . . 1.89 1.48 8.27 7.07 1.05 . . . 310.65 7.76 43.55 . . 112.30 1203.00 3.80 9.32 . 7.82 0.53 . 8.33 6.12 1.67 72.05 . 1.52 32.03 38.41 1.60 615.25 -2514 1999 8 19 0.63 . . 1.92 1.49 8.27 6.99 1.06 . . . 307.45 7.76 43.59 . . 111.14 1200.00 3.80 9.39 . 7.74 0.53 . 8.24 6.12 1.67 71.66 . 1.50 32.02 38.43 1.61 616.10 -2515 1999 8 20 0.63 . . 1.99 1.49 8.27 6.97 1.06 . . . 306.60 7.76 43.59 . . 111.44 1201.00 3.80 9.40 . 7.74 0.53 . 8.22 6.11 1.67 72.00 . 1.49 32.03 38.36 1.61 616.75 -2516 1999 8 23 0.63 . . 1.86 1.49 8.27 7.04 1.05 . . . 309.75 7.76 43.53 . . 111.73 1198.00 3.80 9.34 . 7.87 0.53 . 8.29 6.07 1.68 72.05 . 1.51 31.98 38.33 1.60 617.75 -2517 1999 8 24 0.63 . . 1.90 1.49 8.27 7.07 1.05 . . . 310.68 7.76 43.65 . . 111.53 1199.00 3.80 9.32 . 7.85 0.52 . 8.28 6.09 1.69 72.05 . 1.52 31.98 38.35 1.59 617.75 -2518 1999 8 25 0.63 . . 1.93 1.49 8.27 7.10 1.04 . . . 311.85 7.76 43.55 . . 111.18 1192.00 3.80 9.31 . 7.95 0.51 . 8.33 6.11 1.69 71.80 . 1.53 31.95 38.35 1.58 618.60 -2519 1999 8 26 0.63 . . 1.91 1.50 8.27 7.12 1.04 . . . 312.85 7.76 43.55 . . 111.83 1191.00 3.80 9.34 . 7.99 0.51 . 8.35 6.09 1.69 72.15 . 1.53 31.95 38.38 1.58 618.50 -2520 1999 8 27 0.63 . . 1.94 1.49 8.27 7.10 1.04 . . . 312.08 7.76 43.53 . . 111.68 1183.00 3.80 9.39 . 7.95 0.51 . 8.32 6.09 1.68 71.90 . 1.53 31.90 38.35 1.58 619.35 -2521 1999 8 30 0.63 . . 1.94 1.49 8.27 7.11 1.04 . . . 312.40 7.76 43.56 . . 111.13 1184.50 3.80 9.41 . 7.94 0.51 . 8.34 6.09 1.68 72.40 . 1.53 31.90 38.33 1.58 620.50 -2522 1999 8 31 0.63 . . 1.92 1.49 8.27 7.02 1.05 . . . 308.45 7.76 43.55 . . 109.30 1181.00 3.80 9.39 . 7.83 0.51 . 8.22 6.09 1.68 72.05 . 1.51 31.90 38.33 1.60 620.55 -2523 1999 9 1 0.63 . . 1.91 1.48 8.27 7.02 1.05 . . . 308.35 7.76 43.55 . . 109.35 1185.00 3.80 9.34 . 7.82 0.51 . 8.21 6.03 1.68 71.95 . 1.51 31.88 38.82 1.60 621.50 -2524 1999 9 2 0.64 . . 1.92 1.49 8.27 6.95 1.06 . . . 305.33 7.76 43.60 . . 109.24 1191.00 3.80 9.38 . 7.78 0.51 . 8.16 6.04 1.68 71.80 . 1.49 31.85 38.86 1.60 622.75 -2525 1999 9 3 0.64 . . 1.90 1.49 8.27 7.01 1.06 . . . 308.00 7.76 43.57 . . 110.09 1192.00 3.80 9.34 . 7.84 0.51 . 8.19 6.01 1.68 72.00 . 1.50 31.85 38.85 1.60 623.55 -2526 1999 9 6 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2527 1999 9 7 0.64 . . 1.90 1.49 8.27 7.03 1.05 . . . 309.50 7.76 43.58 . . 110.92 1194.00 3.80 9.36 . 7.81 0.52 . 8.17 6.05 1.69 71.80 . 1.51 31.88 39.19 1.60 622.50 -2528 1999 9 8 0.64 . . 1.89 1.48 8.27 7.02 1.05 . . . 308.85 7.76 43.57 . . 110.99 1195.00 3.80 9.35 . 7.77 0.52 . 8.15 6.09 1.69 71.80 . 1.51 31.80 39.70 1.61 622.50 -2529 1999 9 9 0.65 . . 1.87 1.48 8.27 7.05 1.05 . . . 310.30 7.76 43.58 . . 108.00 1191.00 3.80 9.35 . 7.78 0.53 . 8.16 6.08 1.68 71.80 . 1.51 31.88 39.50 1.63 622.61 -2530 1999 9 10 0.65 . . 1.85 1.47 8.27 7.14 1.04 . . . 314.20 7.76 43.55 . . 109.00 1192.00 3.80 9.32 . 7.88 0.53 . 8.26 6.06 1.68 72.25 . 1.54 31.85 39.49 1.61 624.50 -2531 1999 9 13 0.65 . . 1.88 1.47 8.27 7.14 1.04 . . . 313.75 7.76 43.58 . . 106.19 1191.00 3.80 9.32 . 7.86 0.53 . 8.21 6.06 1.68 71.80 . 1.54 31.85 39.48 1.60 624.75 -2532 1999 9 14 0.65 . . 1.89 1.47 8.27 7.15 1.04 . . . 314.00 7.76 43.60 . . 105.33 1195.00 3.80 9.34 . 7.90 0.52 . 8.28 6.07 1.68 71.80 . 1.54 31.85 39.58 1.60 624.75 -2533 1999 9 15 0.64 . . 1.88 1.47 8.27 7.16 1.03 . . . 314.10 7.76 43.60 . . 103.78 1192.00 3.80 9.31 . 7.91 0.52 . 8.29 6.12 1.68 71.80 . 1.54 31.83 39.53 1.61 625.00 -2534 1999 9 16 0.64 . . 1.88 1.47 8.27 7.13 1.04 . . . 313.30 7.76 43.61 . . 105.10 1199.00 3.80 9.43 . 7.89 0.52 . 8.29 6.12 1.69 71.80 . 1.53 31.80 40.05 1.62 624.85 -2535 1999 9 17 0.64 . . 1.89 1.47 8.27 7.14 1.03 . . . 313.95 7.76 43.61 . . 106.94 1204.00 3.80 9.38 . 7.89 0.52 . 8.28 6.09 1.69 71.80 . 1.54 31.83 40.01 1.62 625.70 -2536 1999 9 20 0.64 . . 1.87 1.47 8.27 7.14 1.04 . . . 313.90 7.76 43.61 . . 106.42 1201.00 3.80 9.33 . 7.86 0.52 . 8.24 6.08 1.69 71.90 . 1.54 31.75 40.13 1.62 626.16 -2537 1999 9 21 0.64 . . 1.88 1.47 8.27 7.10 1.04 . . . 312.95 7.76 43.63 . . 104.85 1203.00 3.80 9.30 . 7.83 0.52 . 8.23 6.06 1.70 71.85 . 1.53 31.90 40.26 1.63 626.30 -2538 1999 9 22 0.65 . . 1.89 1.46 8.27 7.07 1.05 . . . 311.25 7.76 43.58 . . 104.03 1210.00 3.80 9.29 . 7.82 0.52 . 8.22 6.07 1.70 72.25 . 1.52 31.88 40.48 1.63 626.50 -2539 1999 9 23 0.64 . . 1.89 1.47 8.27 7.13 1.04 . . . 313.66 7.76 43.59 . . 104.18 1209.00 3.80 9.31 . 7.85 0.52 . 8.25 6.04 1.71 72.25 . 1.53 31.88 41.41 1.63 627.01 -2540 1999 9 24 0.65 . . 1.91 1.47 8.27 7.09 1.04 . . . 313.25 7.76 43.59 . . 104.14 1213.00 3.80 9.36 . 7.84 0.51 . 8.23 6.04 1.71 72.10 . 1.53 31.85 41.07 1.64 627.75 -2541 1999 9 27 0.65 . . 1.92 1.47 8.27 7.12 1.04 . . . 314.70 7.76 43.59 . . 106.07 1211.00 3.80 9.32 . 7.86 0.51 . 8.26 6.01 1.70 72.05 . 1.53 31.85 40.95 1.64 629.25 -2542 1999 9 28 0.65 . . 1.93 1.46 8.27 7.07 1.05 . . . 313.00 7.76 43.68 . . 106.14 1218.00 3.80 9.36 . 7.79 0.51 . 8.21 5.98 1.71 72.10 . 1.52 31.85 41.62 1.64 630.00 -2543 1999 9 29 0.65 . . 1.92 1.46 8.27 7.00 1.06 . . . 310.10 7.76 43.70 . . 106.80 1218.00 3.80 9.36 . 7.75 0.51 . 8.19 6.00 1.70 72.10 . 1.50 31.85 41.29 1.64 628.00 -2544 1999 9 30 0.65 . . 1.92 1.46 8.27 6.98 1.06 . . . 308.75 7.76 43.59 . . 106.82 1217.00 3.80 9.35 . 7.73 0.51 . 8.20 6.00 1.70 71.78 . 1.50 31.85 40.98 1.64 627.70 -2545 1999 10 1 0.65 . . 1.92 1.47 8.27 6.93 1.07 . . . 306.95 7.76 43.73 . . 105.08 1216.00 3.80 9.41 . 7.69 0.51 . 8.14 6.01 1.69 71.95 . 1.48 31.83 40.65 1.65 628.35 -2546 1999 10 4 0.66 . . 1.94 1.47 8.27 6.94 1.07 . . . 307.45 7.76 43.73 . . 106.35 1213.00 3.80 9.45 . 7.69 0.52 . 8.14 5.99 1.69 71.30 . 1.48 31.80 40.45 1.65 628.65 -2547 1999 10 5 0.66 . . 1.95 1.46 8.27 6.95 1.06 . . . 307.35 7.76 43.73 . . 106.96 1207.00 3.80 9.48 . 7.70 0.52 . 8.11 5.98 1.67 71.70 . 1.48 31.83 38.95 1.65 629.45 -2548 1999 10 6 0.66 . . 1.96 1.46 8.27 6.94 1.07 . . . 307.00 7.76 43.70 . . 107.54 1204.00 3.80 9.43 . 7.71 0.52 . 8.13 6.05 1.67 71.40 . 1.48 31.85 39.33 1.65 629.70 -2549 1999 10 7 0.66 . . 1.93 1.47 8.27 6.93 1.07 . . . 306.30 7.76 43.65 . . 107.67 1202.00 3.80 9.46 . 7.71 0.51 . 8.13 6.04 1.68 71.70 . 1.48 31.85 39.93 1.65 629.60 -2550 1999 10 8 0.65 . . 1.95 1.47 8.27 6.99 1.06 . . . 309.00 7.76 43.55 . . 107.38 1204.00 3.80 9.48 . 7.81 0.51 . 8.18 6.04 1.68 71.65 . 1.50 31.83 40.34 1.65 630.75 -2551 1999 10 11 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2552 1999 10 12 0.65 . . 1.95 1.47 8.27 6.92 1.07 . . . 306.15 7.76 43.55 . . 106.28 1205.00 3.80 9.47 . 7.71 0.51 . 8.09 6.07 1.67 71.90 . 1.48 31.83 39.47 1.65 630.50 -2553 1999 10 13 0.64 . . 1.96 1.48 8.27 6.90 1.07 . . . 305.80 7.76 43.56 . . 107.45 1205.20 3.80 9.52 . 7.72 0.51 . 8.10 6.12 1.68 71.90 . 1.47 31.83 39.63 1.65 630.50 -2554 1999 10 14 0.65 . . 1.96 1.48 8.27 6.88 1.07 . . . 304.75 7.76 43.55 . . 106.96 1207.50 3.80 9.65 . 7.71 0.51 . 8.10 6.11 1.67 71.95 . 1.47 31.83 39.40 1.65 630.20 -2555 1999 10 15 0.64 . . 1.98 1.48 8.27 6.82 1.08 . . . 302.45 7.77 43.56 . . 105.43 1206.00 3.80 9.72 . 7.66 0.51 . 8.10 6.13 1.67 72.05 . 1.45 31.84 39.23 1.66 631.00 -2556 1999 10 18 0.64 . . 1.98 1.49 8.27 6.84 1.08 . . . 303.30 7.76 43.52 . . 104.93 1204.00 3.80 9.73 . 7.70 0.50 . 8.16 6.15 1.67 72.05 . 1.46 31.82 39.65 1.67 631.60 -2557 1999 10 19 0.64 . . 1.99 1.49 8.27 6.86 1.08 . . . 303.90 7.77 43.40 . . 105.50 1206.00 3.80 9.67 . 7.70 0.51 . 8.13 6.13 1.67 71.69 . 1.46 31.83 39.50 1.67 630.81 -2558 1999 10 20 0.64 . . 2.00 1.49 8.27 6.90 1.07 . . . 306.00 7.76 43.50 . . 106.16 1205.00 3.80 9.62 . 7.72 0.51 . 8.17 6.12 1.67 71.95 . 1.47 31.83 39.30 1.66 632.00 -2559 1999 10 21 0.64 . . 1.99 1.48 8.27 6.87 1.08 . . . 305.30 7.77 43.50 . . 105.96 1206.00 3.80 9.65 . 7.70 0.51 . 8.12 6.14 1.67 71.58 . 1.47 31.83 39.25 1.67 632.00 -2560 1999 10 22 0.65 . . 1.98 1.47 8.27 6.96 1.06 . . . 309.20 7.77 43.50 . . 105.81 1205.50 3.80 9.60 . 7.75 0.51 . 8.14 6.13 1.66 71.52 . 1.49 31.82 39.14 1.65 631.51 -2561 1999 10 25 0.65 . . 1.97 1.47 8.27 6.96 1.06 . . . 309.00 7.77 43.38 . . 105.35 1205.50 3.80 9.64 . 7.75 0.51 . 8.13 6.13 1.66 71.75 . 1.49 31.82 38.93 1.66 631.75 -2562 1999 10 26 0.65 . . 1.98 1.47 8.27 7.03 1.05 . . . 312.40 7.77 43.40 . . 104.83 1204.00 3.80 9.63 . 7.78 0.51 . 8.16 6.16 1.66 71.75 . 1.51 31.83 38.69 1.65 631.50 -2563 1999 10 27 0.64 . . 1.99 1.47 8.27 7.05 1.05 . . . 313.77 7.77 43.52 . . 104.24 1200.00 3.80 9.65 . 7.82 0.50 . 8.20 6.16 1.67 71.65 . 1.52 31.82 39.00 1.64 631.40 -2564 1999 10 28 0.64 . . 1.98 1.47 8.27 7.06 1.05 . . . 314.05 7.77 43.51 . . 105.13 1200.00 3.80 9.64 . 7.85 0.51 . 8.25 6.15 1.66 71.70 . 1.52 31.81 38.85 1.64 631.50 -2565 1999 10 29 0.63 . . 1.95 1.47 8.27 7.06 1.05 . . . 314.00 7.76 43.51 . . 104.29 1200.00 3.80 9.62 . 7.85 0.50 . 8.22 6.14 1.66 71.80 . 1.52 31.82 38.62 1.64 632.20 -2566 1999 11 1 0.63 . . 1.94 1.46 8.27 7.08 1.04 . . . 313.30 7.76 43.51 . . 104.19 1196.00 3.80 9.62 . 7.87 0.50 . 8.25 6.15 1.65 71.65 . 1.52 31.80 38.51 1.64 632.51 -2567 1999 11 2 0.64 . . 1.94 1.46 8.27 7.07 1.05 . . . 313.20 7.76 43.45 . . 104.15 1194.00 3.80 9.58 . 7.86 0.50 . 8.24 6.15 1.66 71.30 . 1.53 31.81 38.60 1.64 631.70 -2568 1999 11 3 0.64 . . 1.94 1.46 8.27 7.09 1.04 . . . 313.40 7.77 43.46 . . 105.00 1191.00 3.80 9.55 . 7.88 0.51 . 8.27 6.13 1.67 71.65 . 1.53 31.80 38.72 1.64 632.00 -2569 1999 11 4 0.63 . . 1.91 1.46 8.27 7.12 1.04 . . . 314.45 7.77 43.45 . . 104.48 1185.00 3.80 9.48 . 7.91 0.51 . 8.34 6.12 1.66 71.75 . 1.54 31.80 38.45 1.63 632.75 -2570 1999 11 5 0.63 . . 1.91 1.46 8.27 7.15 1.04 . . . 314.90 7.77 43.45 . . 106.33 1187.00 3.80 9.46 . 7.92 0.51 . 8.33 6.11 1.67 71.63 . 1.55 31.81 38.55 1.62 633.00 -2571 1999 11 8 0.63 . . 1.92 1.46 8.27 7.17 1.03 . . . 316.90 7.77 43.46 . . 105.77 1183.40 3.80 9.46 . 7.92 0.51 . 8.34 6.12 1.67 71.95 . 1.55 31.83 38.69 1.61 632.76 -2572 1999 11 9 0.63 . . 1.93 1.47 8.27 7.15 1.04 . . . 316.25 7.77 43.46 . . 104.86 1185.00 3.80 9.43 . 7.89 0.50 . 8.32 6.12 1.67 71.90 . 1.54 31.82 38.88 1.62 632.00 -2573 1999 11 10 0.64 . . 1.93 1.47 8.27 7.11 1.04 . . . 314.45 7.78 43.45 . . 104.58 1180.00 3.80 9.41 . 7.85 0.51 . 8.29 6.13 1.67 72.30 . 1.53 31.83 39.00 1.62 633.00 -2574 1999 11 11 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2575 1999 11 12 0.64 . . 1.93 1.46 8.27 7.20 1.03 . . . 318.20 7.77 43.45 . . 105.34 1170.00 3.80 9.39 . 7.93 0.51 . 8.37 6.12 1.66 72.30 . 1.55 31.81 38.81 1.61 634.35 -2576 1999 11 15 0.64 . . 1.93 1.46 8.27 7.20 1.03 . . . 318.50 7.77 43.45 . . 104.88 1181.80 3.80 9.37 . 7.94 0.52 . 8.36 6.14 1.66 72.40 . 1.55 31.80 38.52 1.62 634.40 -2577 1999 11 16 0.64 . . 1.93 1.46 8.27 7.20 1.03 . . . 318.70 7.77 43.47 . . 105.83 1178.00 3.80 9.40 . 7.95 0.51 . 8.39 6.15 1.66 72.40 . 1.55 31.82 38.85 1.61 634.20 -2578 1999 11 17 0.63 . . 1.93 1.46 8.27 7.14 1.04 . . . 316.20 7.77 43.45 . . 105.47 1176.00 3.80 9.35 . 7.88 0.51 . 8.30 6.15 1.66 71.77 . 1.54 31.83 38.78 1.62 635.00 -2579 1999 11 18 0.63 . . 1.93 1.46 8.27 7.22 1.02 . . . 319.60 7.77 43.45 . . 105.85 1174.00 3.80 9.35 . 7.96 0.51 . 8.37 6.14 1.67 72.20 . 1.55 31.80 38.70 1.61 635.75 -2580 1999 11 19 0.63 . . 1.93 1.46 8.27 7.21 1.03 . . . 319.40 7.77 43.46 . . 106.13 1173.80 3.80 9.33 . 7.94 0.50 . 8.34 6.13 1.66 72.20 . 1.55 31.81 38.75 1.61 636.00 -2581 1999 11 22 0.63 . . 1.93 1.46 8.27 7.20 1.03 . . . 318.50 7.77 43.45 . . 104.87 1174.00 3.80 9.32 . 7.91 0.51 . 8.34 6.13 1.67 72.20 . 1.55 31.80 38.77 1.62 636.75 -2582 1999 11 23 0.63 . . 1.93 1.46 8.27 7.25 1.02 . . . 320.30 7.77 43.45 . . 104.20 1170.00 3.80 9.34 . 7.96 0.51 . 8.38 6.13 1.66 72.20 . 1.55 31.78 38.73 1.62 637.10 -2583 1999 11 24 0.63 . . 1.93 1.46 8.27 7.30 1.01 . . . 322.65 7.77 43.45 . . 104.62 1162.00 3.80 9.32 . 8.00 0.51 . 8.43 6.13 1.66 72.25 . 1.57 31.78 38.76 1.60 637.50 -2584 1999 11 25 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2585 1999 11 26 0.63 . . 1.92 1.46 8.27 7.34 1.01 . . . 324.25 7.77 43.48 . . 102.19 1159.00 3.80 9.36 . 8.00 0.51 . 8.46 6.14 1.67 72.10 . 1.57 31.74 38.85 1.60 638.00 -2586 1999 11 29 0.63 . . 1.92 1.47 8.27 7.36 1.01 . . . 325.27 7.77 43.43 . . 102.43 1160.00 3.80 9.39 . 8.04 0.51 . 8.48 6.19 1.68 72.30 . 1.58 31.74 39.05 1.60 638.25 -2587 1999 11 30 0.63 . . 1.92 1.47 8.27 7.38 1.00 . . . 326.30 7.76 43.48 . . 101.80 1159.50 3.80 9.42 . 8.05 0.51 . 8.51 6.17 1.68 72.35 . 1.58 31.67 39.00 1.59 639.01 -2588 1999 12 1 0.63 . . 1.92 1.47 8.27 7.39 1.00 . . . 326.60 7.77 43.45 . . 102.37 1157.50 3.80 9.47 . 8.09 0.51 . 8.56 6.15 1.68 72.50 . 1.59 31.73 38.91 1.59 639.15 -2589 1999 12 2 0.63 . . 1.89 1.47 8.27 7.41 1.00 . . . 327.70 7.77 43.45 . . 102.69 1150.00 3.80 9.52 . 8.09 0.50 . 8.60 6.15 1.68 72.30 . 1.59 31.70 38.96 1.59 641.25 -2590 1999 12 3 0.63 . . 1.87 1.47 8.27 7.43 1.00 . . . 327.95 7.77 43.45 . . 102.55 1150.50 3.80 9.48 . 8.09 0.50 . 8.56 6.15 1.68 72.45 . 1.59 31.69 38.96 1.60 641.51 -2591 1999 12 6 0.63 . . 1.86 1.47 8.27 7.26 1.02 . . . 320.75 7.77 43.43 . . 103.10 1150.20 3.80 9.46 . 7.93 0.50 . 8.41 6.15 1.67 72.45 . 1.56 31.65 38.97 1.62 641.00 -2592 1999 12 7 0.63 . . 1.86 1.47 8.27 7.27 1.02 . . . 321.30 7.77 43.50 . . 102.39 1139.00 3.80 9.45 . 7.93 0.50 . 8.41 6.15 1.67 72.11 . 1.56 31.60 38.70 1.62 641.75 -2593 1999 12 8 0.63 . . 1.86 1.47 8.27 7.25 1.02 . . . 320.00 7.77 43.50 . . 102.97 1125.00 3.80 9.48 . 7.92 0.50 . 8.35 6.15 1.68 72.50 . 1.56 31.60 38.56 1.62 642.81 -2594 1999 12 9 0.63 . . 1.86 1.47 8.27 7.32 1.01 . . . 323.70 7.77 43.50 . . 102.57 1130.00 3.80 9.43 . 7.98 0.50 . 8.40 6.14 1.67 72.50 . 1.57 31.63 38.60 1.62 642.25 -2595 1999 12 10 0.63 . . 1.86 1.47 8.27 7.33 1.01 . . . 324.75 7.77 43.50 . . 102.40 1132.80 3.80 9.42 . 7.99 0.49 . 8.46 6.12 1.67 71.70 . 1.57 31.65 38.67 1.62 643.00 -2596 1999 12 13 0.63 . . 1.85 1.47 8.27 7.35 1.01 . . . 326.10 7.77 43.57 . . 103.26 1128.00 3.80 9.41 . 8.01 0.49 . 8.49 6.12 1.67 71.75 . 1.58 31.65 38.57 1.62 643.00 -2597 1999 12 14 0.63 . . 1.84 1.48 8.27 7.39 1.00 . . . 327.85 7.77 43.60 . . 103.47 1134.00 3.80 9.41 . 8.05 0.49 . 8.53 6.13 1.68 72.10 . 1.58 31.65 38.65 1.61 644.11 -2598 1999 12 15 0.63 . . 1.85 1.48 8.27 7.39 1.00 . . . 328.15 7.77 43.54 . . 103.54 1135.00 3.80 9.37 . 8.04 0.49 . 8.52 6.15 1.67 72.20 . 1.59 31.70 38.43 1.60 644.00 -2599 1999 12 16 0.64 . . 1.84 1.47 8.27 7.31 1.01 . . . 324.76 7.77 43.55 . . 103.04 1131.00 3.80 9.36 . 7.98 0.50 . 8.46 6.14 1.67 72.15 . 1.57 31.68 38.03 1.61 644.00 -2600 1999 12 17 0.64 . . 1.80 1.47 8.27 7.36 1.00 . . . 327.35 7.77 43.55 . . 103.27 1130.50 3.80 9.33 . 7.99 0.50 . 8.50 6.14 1.67 71.95 . 1.58 31.68 38.20 1.60 644.00 -2601 1999 12 20 0.64 . . 1.81 1.48 8.27 7.39 1.00 . . . 328.50 7.77 43.55 . . 102.72 1135.00 3.80 9.33 . 8.02 0.50 . 8.54 6.14 1.67 71.45 . 1.59 31.68 38.04 1.60 644.25 -2602 1999 12 21 0.64 . . 1.82 1.47 8.27 7.36 1.00 . . . 327.15 7.77 43.55 . . 102.06 1134.50 3.80 9.32 . 7.99 0.51 . 8.50 6.14 1.67 71.90 . 1.58 31.68 37.95 1.61 644.75 -2603 1999 12 22 0.64 . . 1.82 1.47 8.27 7.38 1.00 . . . 327.50 7.77 43.55 . . 101.53 1131.70 3.80 9.31 . 7.98 0.51 . 8.49 6.15 1.66 71.90 . 1.58 31.68 37.62 1.60 644.75 -2604 1999 12 23 0.64 . . 1.83 1.47 8.27 7.32 1.01 . . . 325.50 7.76 43.55 . . 101.73 1131.00 3.80 9.38 . 7.97 0.51 . 8.43 6.15 1.67 71.90 . 1.57 31.65 37.50 1.61 646.00 -2605 1999 12 24 0.64 . . 1.83 1.46 8.27 7.34 1.01 . . . 326.50 7.77 43.55 . . 102.95 1132.60 3.80 9.42 . 8.01 0.51 . 8.45 6.16 1.67 71.80 . 1.58 31.63 37.60 1.61 646.25 -2606 1999 12 27 0.64 . . 1.83 1.46 8.27 7.34 1.01 . . . 326.15 7.77 43.55 . . 102.10 1133.70 3.80 9.46 . 7.98 0.51 . 8.46 6.15 1.66 71.80 . 1.58 31.60 37.75 1.61 647.25 -2607 1999 12 28 0.64 . . 1.83 1.45 8.27 7.38 1.00 . . . 327.80 7.77 43.55 . . 102.19 1143.00 3.80 9.51 . 8.03 0.51 . 8.51 6.15 1.66 71.75 . 1.59 31.55 37.60 1.61 647.40 -2608 1999 12 29 0.65 . . 1.81 1.45 8.27 7.40 1.00 . . . 329.00 7.77 43.55 . . 102.05 1142.50 3.80 9.53 . 8.04 0.52 . 8.53 6.16 1.66 71.75 . 1.59 31.50 37.50 1.61 648.50 -2609 1999 12 30 0.65 . . 1.79 1.45 8.27 7.42 1.00 . . . 329.30 7.77 43.55 . . 102.33 1133.00 3.80 9.50 . 8.03 0.52 . 8.54 6.15 1.66 71.75 . 1.60 31.40 37.70 1.61 648.25 -2610 1999 12 31 0.65 . . 1.80 1.44 8.27 7.39 1.00 . . . 327.90 7.77 43.51 . . 102.16 1136.00 3.80 9.48 . 8.01 0.52 . 8.50 6.16 1.66 71.75 . 1.59 31.39 37.75 1.61 649.25 -2611 2000 1 3 0.65 . . 1.80 1.44 8.27 7.32 1.01 . . . 325.20 7.77 43.55 . . 101.70 1128.00 3.80 9.40 . 7.96 0.52 . 8.44 6.12 1.65 72.30 . 1.58 31.38 36.97 1.62 649.75 -2612 2000 1 4 0.65 . . 1.84 1.45 8.27 7.21 1.03 . . . 320.55 7.77 43.55 . . 103.09 1122.50 3.80 9.46 . 7.93 0.51 . 8.36 6.08 1.65 72.65 . 1.55 30.60 37.13 1.63 650.25 -2613 2000 1 5 0.65 . . 1.85 1.45 8.27 7.20 1.03 . . . 320.10 7.77 43.55 . . 103.77 1135.00 3.80 9.54 . 7.93 0.51 . 8.35 6.07 1.65 72.95 . 1.55 30.80 37.10 1.64 651.50 -2614 2000 1 6 0.65 . . 1.84 1.45 8.27 7.21 1.03 . . . 320.50 7.77 43.55 . . 105.19 1146.50 3.80 9.57 . 7.94 0.51 . 8.36 6.08 1.66 72.95 . 1.55 31.75 37.62 1.64 650.25 -2615 2000 1 7 0.65 . . 1.83 1.45 8.27 7.22 1.02 . . . 320.65 7.77 43.55 . . 105.17 1138.00 3.80 9.52 . 7.96 0.51 . 8.41 6.05 1.66 73.15 . 1.56 30.85 37.30 1.63 650.75 -2616 2000 1 10 0.65 . . 1.81 1.45 8.27 7.25 1.02 . . . 322.15 7.77 43.55 . . 105.28 1133.50 3.80 9.45 . 8.02 0.51 . 8.44 6.07 1.66 73.30 . 1.57 30.83 37.27 1.63 651.75 -2617 2000 1 11 0.65 . . 1.82 1.45 8.27 7.21 1.03 . . . 320.70 7.77 43.60 . . 106.09 1147.00 3.80 9.48 . 7.96 0.51 . 8.39 6.09 1.66 73.35 . 1.56 30.83 37.61 1.64 652.00 -2618 2000 1 12 0.65 . . 1.83 1.45 8.27 7.23 1.02 . . . 321.40 7.77 43.60 . . 105.76 1144.50 3.80 9.52 . 7.97 0.51 . 8.41 6.06 1.66 73.35 . 1.56 30.80 37.54 1.64 652.60 -2619 2000 1 13 0.66 . . 1.81 1.44 8.27 7.25 1.02 . . . 322.50 7.77 43.55 . . 106.09 1135.50 3.80 9.51 . 7.94 0.52 . 8.41 6.05 1.67 73.35 . 1.57 30.80 37.49 1.64 653.30 -2620 2000 1 14 0.66 . . 1.80 1.44 8.27 7.34 1.01 . . . 327.26 7.77 43.55 . . 105.86 1125.00 3.80 9.46 . 7.99 0.52 . 8.47 6.07 1.67 73.35 . 1.59 30.83 37.55 1.63 651.25 -2621 2000 1 17 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2622 2000 1 18 0.66 . . 1.79 1.45 8.27 7.35 1.01 . . . 326.75 7.77 43.60 . . 105.49 1127.00 3.80 9.44 . 8.01 0.51 . 8.46 6.08 1.67 72.85 . 1.59 30.89 37.40 1.63 653.40 -2623 2000 1 19 0.66 . . 1.79 1.45 8.27 7.36 1.01 . . . 327.15 7.77 43.60 . . 105.39 1134.00 3.80 9.42 . 8.00 0.51 . 8.48 6.11 1.67 73.20 . 1.59 30.85 37.40 1.64 652.50 -2624 2000 1 20 0.66 . . 1.77 1.44 8.27 7.34 1.01 . . . 326.60 7.77 43.60 . . 105.45 1126.00 3.80 9.41 . 7.97 0.51 . 8.46 6.10 1.67 72.95 . 1.59 30.85 37.28 1.65 653.50 -2625 2000 1 21 0.66 . . 1.78 1.44 8.27 7.37 1.01 . . . 328.15 7.77 43.60 . . 104.96 1128.00 3.80 9.45 . 7.99 0.51 . 8.49 6.12 1.68 73.30 . 1.59 30.85 37.23 1.65 653.50 -2626 2000 1 24 0.65 . . 1.76 1.44 8.27 7.42 1.00 . . . 330.90 7.77 43.62 . . 105.52 1124.50 3.80 9.49 . 8.02 0.50 . 8.52 6.16 1.68 72.95 . 1.60 30.85 37.30 1.65 654.00 -2627 2000 1 25 0.65 . . 1.78 1.43 8.27 7.41 1.00 . . . 330.20 7.78 43.59 . . 105.87 1127.00 3.80 9.53 . 8.03 0.50 . 8.52 6.16 1.68 73.45 . 1.60 30.85 37.27 1.64 655.11 -2628 2000 1 26 0.65 . . 1.78 1.43 8.27 7.43 1.00 . . . 330.85 7.78 43.65 . . 105.85 1127.80 3.80 9.52 . 8.06 0.50 . 8.52 6.17 1.69 73.40 . 1.61 30.85 37.48 1.63 655.00 -2629 2000 1 27 0.65 . . 1.78 1.43 8.27 7.52 0.98 . . . 335.40 7.78 43.63 . . 104.91 1125.00 3.80 9.52 . 8.14 0.50 . 8.61 6.22 1.69 73.45 . 1.63 30.83 37.46 1.63 655.00 -2630 2000 1 28 0.62 . . 1.79 1.44 8.27 7.61 0.97 . . . 339.40 7.78 43.65 . . 107.15 1121.00 3.80 9.58 . 8.27 0.48 . 8.82 6.35 1.71 73.05 . 1.64 30.75 37.65 1.62 655.00 -2631 2000 1 31 0.63 . . 1.80 1.45 8.27 7.63 0.97 . . . 340.70 7.78 43.65 . . 107.33 1124.00 3.80 9.64 . 8.30 0.49 . 8.81 6.31 1.70 73.50 . 1.64 30.75 37.55 1.61 655.75 -2632 2000 2 1 0.63 . . 1.79 1.44 8.27 7.64 0.97 . . . 341.00 7.78 43.62 . . 107.67 1127.00 3.80 9.60 . 8.27 0.49 . 8.76 6.28 1.69 73.55 . 1.65 31.75 37.51 1.61 656.25 -2633 2000 2 2 0.63 . . 1.78 1.44 8.27 7.62 0.97 . . . 339.92 7.78 43.65 . . 108.40 1131.00 3.80 9.58 . 8.22 0.48 . 8.70 6.28 1.69 73.25 . 1.65 30.80 37.65 1.60 657.10 -2634 2000 2 3 0.63 . . 1.77 1.44 8.27 7.52 0.98 . . . 335.80 7.78 43.65 . . 107.92 1130.50 3.80 9.51 . 8.15 0.49 . 8.57 6.25 1.69 73.55 . 1.62 30.80 37.59 1.60 657.00 -2635 2000 2 4 0.63 . . 1.77 1.44 8.27 7.62 0.97 . . . 340.85 7.78 43.65 . . 107.54 1130.00 3.80 9.48 . 8.27 0.49 . 8.66 6.28 1.69 73.55 . 1.64 30.80 37.55 1.59 657.26 -2636 2000 2 7 0.63 . . 1.77 1.44 8.27 7.60 0.97 . . . 340.00 7.78 43.64 . . 108.75 1129.60 3.80 9.44 . 8.25 0.49 . 8.66 6.29 1.69 73.50 . 1.64 30.80 37.75 1.59 657.25 -2637 2000 2 8 0.63 . . 1.76 1.44 8.27 7.54 0.98 . . . 337.25 7.78 43.63 . . 109.59 1129.50 3.80 9.40 . 8.18 0.49 . 8.59 6.29 1.69 73.60 . 1.63 30.75 37.64 1.61 657.75 -2638 2000 2 9 0.63 . . 1.77 1.44 8.27 7.50 0.99 . . . 335.40 7.78 43.65 . . 109.11 1124.00 3.80 9.40 . 8.14 0.49 . 8.54 6.32 1.69 73.60 . 1.62 30.65 37.55 1.61 658.51 -2639 2000 2 10 0.63 . . 1.77 1.45 8.27 7.54 0.98 . . . 337.75 7.78 43.58 . . 108.74 1121.00 3.80 9.44 . 8.17 0.49 . 8.58 6.34 1.69 72.82 . 1.62 30.65 37.42 1.60 658.75 -2640 2000 2 11 0.62 . . 1.76 1.45 8.27 7.56 0.98 . . . 338.35 7.78 43.65 . . 108.99 1115.00 3.80 9.42 . 8.21 0.49 . 8.60 6.36 1.69 73.60 . 1.63 30.63 37.43 1.59 658.26 -2641 2000 2 14 0.62 . . 1.76 1.45 8.27 7.61 0.97 . . . 340.60 7.78 43.65 . . 108.65 1128.00 3.80 9.39 . 8.24 0.48 . 8.67 6.35 1.69 73.65 . 1.64 30.72 37.49 1.58 658.50 -2642 2000 2 15 0.63 . . 1.78 1.45 8.27 7.57 0.98 . . . 338.90 7.78 43.64 . . 108.75 1128.00 3.80 9.39 . 8.25 0.48 . 8.68 6.35 1.69 73.75 . 1.63 30.75 37.52 1.59 659.26 -2643 2000 2 16 0.63 . . 1.77 1.45 8.27 7.56 0.98 . . . 338.70 7.78 43.75 . . 109.38 1126.00 3.80 9.37 . 8.23 0.48 . 8.66 6.33 1.70 73.41 . 1.63 30.72 37.70 1.60 659.51 -2644 2000 2 17 0.63 . . 1.77 1.45 8.27 7.55 0.98 . . . 338.50 7.78 43.68 . . 110.27 1128.00 3.80 9.40 . 8.28 0.49 . 8.68 6.32 1.70 73.65 . 1.62 30.72 37.77 1.60 661.35 -2645 2000 2 18 0.62 . . 1.77 1.45 8.27 7.56 0.98 . . . 338.85 7.78 43.68 . . 110.88 1129.00 3.80 9.35 . 8.25 0.49 . 8.67 6.32 1.70 73.36 . 1.62 30.76 38.11 1.59 661.00 -2646 2000 2 21 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2647 2000 2 22 0.62 . . 1.78 1.45 8.27 7.40 1.00 . . . 331.85 7.78 43.65 . . 111.04 1135.00 3.80 9.43 . 8.14 0.49 . 8.53 6.31 1.70 73.60 . 1.59 30.80 38.22 1.61 661.35 -2648 2000 2 23 0.61 . . 1.79 1.46 8.27 7.43 1.00 . . . 333.30 7.78 43.68 . . 111.11 1136.00 3.80 9.41 . 8.17 0.48 . 8.57 6.33 1.71 73.60 . 1.60 30.80 38.09 1.60 661.26 -2649 2000 2 24 0.61 . . 1.78 1.45 8.27 7.50 0.99 . . . 336.55 7.78 43.65 . . 110.95 1144.00 3.80 9.38 . 8.20 0.48 . 8.61 6.32 1.71 73.75 . 1.62 30.85 38.22 1.59 662.05 -2650 2000 2 25 0.61 . . 1.77 1.45 8.27 7.63 0.97 . . . 342.35 7.78 43.65 . . 110.98 1137.00 3.80 9.38 . 8.31 0.48 . 8.69 6.31 1.71 73.75 . 1.64 30.80 37.88 1.59 661.75 -2651 2000 2 28 0.61 . . 1.77 1.45 8.27 7.69 0.96 . . . 345.25 7.78 43.68 . . 109.17 1135.00 3.80 9.40 . 8.34 0.48 . 8.68 6.37 1.71 73.75 . 1.66 30.80 37.95 1.59 662.15 -2652 2000 2 29 0.61 . . 1.76 1.45 8.27 7.72 0.96 . . . 346.25 7.78 43.65 . . 109.88 1131.31 3.80 9.36 . 8.38 0.48 . 8.75 6.34 1.72 73.75 . 1.66 30.76 38.13 1.57 662.50 -2653 2000 3 1 0.60 . . 1.76 1.44 8.27 7.67 0.97 . . . 344.00 7.78 43.63 . . 107.10 1128.50 3.80 9.36 . 8.31 0.48 . 8.68 6.35 1.71 73.75 . 1.65 30.75 38.11 1.58 663.00 -2654 2000 3 2 0.60 . . 1.75 1.45 8.27 7.74 0.96 . . . 347.11 7.78 43.65 . . 107.37 1120.50 3.80 9.34 . 8.40 0.48 . 8.80 6.36 1.72 73.90 . 1.67 30.75 38.00 1.57 663.75 -2655 2000 3 3 0.60 . . 1.74 1.45 8.27 7.74 0.96 . . . 346.80 7.78 43.65 . . 107.80 1120.50 3.80 9.32 . 8.39 0.48 . 8.81 6.49 1.72 73.90 . 1.67 30.75 38.01 1.58 664.10 -2656 2000 3 6 0.60 . . 1.74 1.45 8.27 7.75 0.96 . . . 347.40 7.78 43.63 . . 107.74 1119.30 3.80 9.32 . 8.41 0.48 . 8.78 6.50 1.72 74.00 . 1.67 30.80 38.10 1.57 664.26 -2657 2000 3 7 0.60 . . 1.74 1.45 8.27 7.78 0.95 . . . 349.35 7.78 43.63 . . 106.20 1118.70 3.80 9.29 . 8.43 0.48 . 8.80 6.52 1.71 73.90 . 1.68 30.75 38.06 1.57 664.25 -2658 2000 3 8 0.60 . . 1.75 1.45 8.27 7.77 0.95 . . . 348.25 7.78 43.65 . . 106.89 1119.20 3.80 9.27 . 8.45 0.48 . 8.85 6.48 1.71 73.65 . 1.67 30.76 37.94 1.58 664.50 -2659 2000 3 9 0.61 . . 1.73 1.45 8.27 7.69 0.96 . . . 344.60 7.78 43.63 . . 106.45 1123.00 3.80 9.29 . 8.39 0.49 . 8.72 6.40 1.70 73.65 . 1.65 30.75 37.93 1.58 665.30 -2660 2000 3 10 0.61 . . 1.73 1.45 8.27 7.71 0.96 . . . 345.80 7.78 43.65 . . 106.27 1120.20 3.80 9.32 . 8.39 0.49 . 8.72 6.38 1.70 73.80 . 1.66 30.75 37.85 1.57 665.50 -2661 2000 3 13 0.61 . . 1.74 1.46 8.27 7.72 0.96 . . . 345.70 7.78 43.65 . . 105.32 1121.00 3.80 9.31 . 8.41 0.49 . 8.71 6.43 1.70 74.05 . 1.67 30.75 37.93 1.57 665.25 -2662 2000 3 14 0.61 . . 1.73 1.46 8.27 7.72 0.96 . . . 345.80 7.78 43.64 . . 104.85 1118.40 3.80 9.32 . 8.44 0.49 . 8.69 6.44 1.70 73.62 . 1.67 30.74 37.87 1.57 665.90 -2663 2000 3 15 0.61 . . 1.74 1.46 8.27 7.68 0.96 . . . 344.15 7.78 43.65 . . 105.58 1118.50 3.80 9.34 . 8.41 0.48 . 8.69 6.47 1.71 73.62 . 1.66 30.75 38.16 1.57 666.50 -2664 2000 3 16 0.61 . . 1.73 1.47 8.27 7.66 0.97 . . . 343.50 7.78 43.58 . . 105.63 1118.00 3.80 9.33 . 8.40 0.48 . 8.69 6.45 1.71 73.64 . 1.65 30.81 37.96 1.57 667.25 -2665 2000 3 17 0.60 . . 1.73 1.47 8.27 7.67 0.96 . . . 344.10 7.78 43.65 . . 106.10 1117.30 3.80 9.32 . 8.40 0.48 . 8.66 6.47 1.71 74.00 . 1.66 30.74 37.97 1.57 667.00 -2666 2000 3 20 0.60 . . 1.74 1.47 8.27 7.66 0.97 . . . 343.95 7.78 43.63 . . 106.50 1118.18 3.80 9.32 . 8.42 0.48 . 8.64 6.49 1.72 73.90 . 1.66 30.85 38.04 1.56 667.25 -2667 2000 3 21 0.61 . . 1.73 1.46 8.27 7.67 0.97 . . . 344.10 7.78 43.59 . . 106.91 1117.00 3.80 9.30 . 8.42 0.49 . 8.65 6.48 1.71 73.75 . 1.66 30.78 37.90 1.57 667.65 -2668 2000 3 22 0.60 . . 1.72 1.47 8.27 7.75 0.96 . . . 347.45 7.78 43.65 . . 106.77 1113.00 3.80 9.28 . 8.46 0.48 . 8.71 6.45 1.71 73.70 . 1.67 30.75 37.80 1.57 668.00 -2669 2000 3 23 0.60 . . 1.72 1.47 8.27 7.68 0.96 . . . 345.07 7.78 43.65 . . 107.45 1110.00 3.80 9.24 . 8.38 0.48 . 8.64 6.47 1.71 73.75 . 1.65 30.75 37.75 1.58 668.75 -2670 2000 3 24 0.60 . . 1.73 1.46 8.27 7.65 0.97 . . . 344.00 7.78 43.65 . . 107.25 1108.70 3.80 9.19 . 8.34 0.48 . 8.57 6.48 1.71 73.74 . 1.63 30.70 37.72 1.59 669.00 -2671 2000 3 27 0.61 . . 1.73 1.46 8.27 7.71 0.96 . . . 346.50 7.78 43.62 . . 107.13 1112.10 3.80 9.18 . 8.40 0.49 . 8.64 6.46 1.71 73.85 . 1.64 30.65 37.80 1.58 669.50 -2672 2000 3 28 0.61 . . 1.74 1.45 8.27 7.74 0.96 . . . 348.00 7.78 43.65 . . 105.90 1112.50 3.80 9.18 . 8.39 0.50 . 8.56 6.49 1.71 73.85 . 1.65 30.64 37.80 1.58 669.25 -2673 2000 3 29 0.61 . . 1.74 1.45 8.27 7.81 0.95 . . . 351.40 7.78 43.65 . . 105.60 1109.40 3.80 9.24 . 8.45 0.50 . 8.66 6.51 1.71 73.90 . 1.67 30.60 37.79 1.58 670.01 -2674 2000 3 30 0.61 . . 1.75 1.45 8.27 7.76 0.95 . . . 348.75 7.78 43.65 . . 105.53 1107.50 3.80 9.31 . 8.40 0.49 . 8.63 6.57 1.71 73.85 . 1.66 30.60 37.88 1.59 671.00 -2675 2000 3 31 0.60 . . 1.74 1.45 8.27 7.77 0.95 . . . 349.75 7.78 43.65 . . 102.73 1105.50 3.80 9.29 . 8.43 0.49 . 8.63 6.53 1.71 73.85 . 1.66 30.48 37.85 1.59 670.00 -2676 2000 4 3 0.60 . . 1.74 1.45 8.27 7.78 0.95 . . . 350.20 7.78 43.63 . . 104.82 1113.00 3.80 9.29 . 8.46 0.49 . 8.67 6.56 1.71 73.85 . 1.65 30.50 37.80 1.59 670.50 -2677 2000 4 4 0.60 . . 1.74 1.45 8.27 7.77 0.95 . . . 349.70 7.78 43.65 . . 105.33 1114.00 3.80 9.31 . 8.49 0.50 . 8.69 6.56 1.71 74.18 . 1.65 30.45 37.86 1.59 670.36 -2678 2000 4 5 0.60 . . 1.75 1.45 8.27 7.72 0.96 . . . 347.25 7.78 43.68 . . 105.00 1115.50 3.80 9.40 . 8.44 0.50 . 8.62 6.60 1.71 74.15 . 1.63 30.50 38.05 1.59 671.25 -2679 2000 4 6 0.60 . . 1.74 1.45 8.27 7.77 0.95 . . . 349.50 7.78 43.65 . . 104.78 1112.00 3.80 9.36 . 8.47 0.50 . 8.66 6.57 1.71 74.18 . 1.63 30.48 38.05 1.58 671.86 -2680 2000 4 7 0.60 . . 1.74 1.45 8.27 7.76 0.95 . . . 349.20 7.78 43.67 . . 105.33 1107.50 3.80 9.32 . 8.48 0.50 . 8.64 6.56 1.71 74.15 . 1.63 30.50 37.99 1.58 671.01 -2681 2000 4 10 0.59 . . 1.73 1.46 8.27 7.76 0.95 . . . 349.10 7.78 43.66 . . 106.37 1110.50 3.80 9.29 . 8.50 0.49 . 8.61 6.55 1.71 74.05 . 1.64 30.35 38.05 1.58 670.75 -2682 2000 4 11 0.59 . . 1.74 1.46 8.27 7.76 0.95 . . . 349.10 7.78 43.68 . . 106.95 1110.00 3.80 9.37 . 8.52 0.49 . 8.63 6.59 1.72 74.10 . 1.64 30.35 38.07 1.58 672.75 -2683 2000 4 12 0.59 . . 1.74 1.46 8.27 7.79 0.95 . . . 350.40 7.78 43.70 . . 105.86 1108.50 3.80 9.40 . 8.53 0.49 . 8.70 6.57 1.71 74.05 . 1.64 30.35 38.05 1.58 672.51 -2684 2000 4 13 0.59 . . 1.76 1.46 8.27 7.82 0.95 . . . 351.75 7.78 43.70 . . 105.76 1107.00 3.80 9.40 . 8.54 0.49 . 8.72 6.56 1.71 74.05 . 1.65 30.35 37.85 1.58 672.75 -2685 2000 4 14 0.59 . . 1.78 1.47 8.27 7.79 0.95 . . . 350.54 7.78 43.75 . . 105.12 1111.20 3.80 9.50 . 8.54 0.49 . 8.70 6.58 1.70 74.04 . 1.64 30.45 37.90 1.58 672.75 -2686 2000 4 17 0.59 . . 1.78 1.48 8.27 7.79 0.95 . . . 351.00 7.78 43.68 . . 104.19 1113.80 3.80 9.48 . 8.58 0.49 . 8.72 6.62 1.70 73.80 . 1.64 30.55 37.97 1.58 672.60 -2687 2000 4 18 0.59 . . 1.76 1.48 8.27 7.86 0.94 . . . 354.25 7.78 43.70 . . 104.59 1110.00 3.80 9.44 . 8.63 0.49 . 8.74 6.61 1.69 74.25 . 1.66 30.60 37.92 1.57 672.75 -2688 2000 4 19 0.59 . . 1.76 1.47 8.27 7.95 0.93 . . . 357.85 7.78 43.70 . . 104.94 1109.50 3.80 9.39 . 8.71 0.49 . 8.79 6.63 1.69 74.25 . 1.67 30.62 37.98 1.57 672.75 -2689 2000 4 20 0.59 . . 1.78 1.47 8.27 7.95 0.93 . . . 357.75 7.78 43.68 . . 105.45 1109.00 3.80 9.40 . 8.69 0.49 . 8.80 6.70 1.69 73.85 . 1.67 30.55 37.97 1.58 672.75 -2690 2000 4 21 0.59 . . 1.77 1.47 8.27 7.94 0.93 . . . 357.80 7.78 43.70 . . 105.88 1108.50 3.80 9.40 . 8.67 0.49 . 8.78 6.74 1.69 74.00 . 1.67 30.58 37.95 1.57 672.75 -2691 2000 4 24 0.59 . . 1.79 1.47 8.27 7.92 0.93 . . . 357.38 7.78 43.65 . . 105.66 1108.80 3.80 9.44 . 8.67 0.49 . 8.78 6.73 1.70 74.20 . 1.67 30.60 37.98 1.58 673.50 -2692 2000 4 25 0.59 . . 1.79 1.46 8.27 8.04 0.92 . . . 362.40 7.78 43.70 . . 105.71 1108.50 3.80 9.41 . 8.80 0.49 . 8.84 6.73 1.70 74.20 . 1.69 30.65 38.04 1.57 674.01 -2693 2000 4 26 0.58 . . 1.79 1.47 8.27 8.08 0.92 . . . 364.75 7.78 43.70 . . 106.46 1108.10 3.80 9.41 . 8.82 0.48 . 8.88 6.80 1.70 74.20 . 1.70 30.65 38.15 1.57 675.20 -2694 2000 4 27 0.58 . . 1.81 1.47 8.27 8.20 0.90 . . . 370.40 7.78 43.70 . . 106.36 1111.00 3.80 9.45 . 8.97 0.48 . 8.98 6.86 1.70 74.35 . 1.73 30.65 38.13 1.57 675.50 -2695 2000 4 28 0.58 . . 1.80 1.48 8.27 8.19 0.90 . . . 370.10 7.78 43.70 . . 107.98 1110.00 3.80 9.41 . 8.95 0.48 . 8.96 6.78 1.70 74.55 . 1.72 30.67 38.09 1.55 676.25 -2696 2000 5 1 0.58 . . 1.80 1.47 8.27 8.16 0.91 . . . 368.52 7.78 43.67 . . 108.89 1110.00 3.80 9.34 . 8.90 0.48 . 8.91 6.78 1.70 74.40 . 1.71 30.65 38.12 1.55 675.76 -2697 2000 5 2 0.58 . . 1.80 1.48 8.27 8.22 0.90 . . . 371.10 7.78 43.75 . . 108.63 1110.10 3.80 9.33 . 8.95 0.48 . 8.94 6.77 1.71 74.55 . 1.71 30.68 38.35 1.55 676.25 -2698 2000 5 3 0.59 . . 1.81 1.49 8.27 8.38 0.88 . . . 377.90 7.79 43.73 . . 109.14 1110.00 3.80 9.37 . 9.07 0.48 . 9.07 6.84 1.72 74.05 . 1.73 30.75 38.50 1.56 676.51 -2699 2000 5 4 0.59 . . 1.81 1.49 8.27 8.37 0.89 . . . 378.10 7.79 43.67 . . 108.17 1111.50 3.80 9.40 . 9.10 0.49 . 9.10 6.92 1.72 74.70 . 1.73 30.72 38.51 1.54 676.90 -2700 2000 5 5 0.59 . . 1.81 1.49 8.27 8.32 0.89 . . . 375.65 7.78 43.70 . . 108.53 1111.00 3.80 9.48 . 9.10 0.48 . 9.10 6.94 1.72 74.70 . 1.73 30.68 38.55 1.52 677.60 -2701 2000 5 8 0.58 . . 1.80 1.49 8.27 8.32 0.89 . . . 375.80 7.78 43.70 . . 109.03 1109.70 3.80 9.48 . 9.09 0.48 . 9.09 6.94 1.72 74.40 . 1.73 30.70 38.50 1.53 677.90 -2702 2000 5 9 0.58 . . 1.80 1.49 8.27 8.26 0.90 . . . 372.70 7.78 43.70 . . 109.61 1109.50 3.80 9.49 . 9.05 0.47 . 9.05 7.09 1.72 74.50 . 1.72 30.65 38.68 1.53 678.00 -2703 2000 5 10 0.58 . . 1.81 1.49 8.27 8.19 0.90 . . . 369.80 7.78 44.30 . . 109.33 1109.20 3.80 9.57 . 9.04 0.47 . 9.05 7.07 1.72 74.80 . 1.71 30.73 38.71 1.51 678.50 -2704 2000 5 11 0.57 . . 1.82 1.49 8.27 8.26 0.90 . . . 373.17 7.78 44.44 . . 108.47 1113.00 3.80 9.58 . 9.13 0.47 . 9.16 6.97 1.72 74.55 . 1.72 30.76 39.00 1.49 679.25 -2705 2000 5 12 0.58 . . 1.83 1.48 8.27 8.21 0.90 . . . 370.66 7.79 44.15 . . 108.74 1113.50 3.80 9.56 . 9.01 0.47 . 9.09 7.04 1.72 74.60 . 1.70 30.75 38.90 1.51 678.40 -2706 2000 5 15 0.57 . . 1.84 1.48 8.27 8.16 0.91 . . . 368.35 7.78 44.44 . . 109.48 1114.90 3.80 9.58 . 8.96 0.47 . 9.06 7.04 1.73 75.10 . 1.70 30.83 39.35 1.50 679.90 -2707 2000 5 16 0.57 . . 1.82 1.48 8.27 8.24 0.90 . . . 372.10 7.79 44.05 . . 109.75 1115.00 3.80 9.51 . 9.05 0.47 . 9.10 7.07 1.73 75.15 . 1.71 30.84 39.45 1.50 680.25 -2708 2000 5 17 0.56 . . 1.83 1.49 8.27 8.36 0.89 . . . 377.30 7.79 44.02 . . 109.53 1115.60 3.80 9.55 . 9.15 0.46 . 9.20 7.11 1.73 75.10 . 1.73 30.75 39.40 1.49 681.00 -2709 2000 5 18 0.57 . . 1.83 1.50 8.27 8.33 0.89 . . . 376.25 7.79 44.03 . . 108.70 1118.80 3.80 9.58 . 9.12 0.45 . 9.13 7.13 1.73 75.15 . 1.73 30.82 39.34 1.48 681.35 -2710 2000 5 19 0.57 . . 1.84 1.49 8.27 8.33 0.89 . . . 376.50 7.79 44.00 . . 106.89 1122.50 3.80 9.63 . 9.13 0.45 . 9.15 7.18 1.72 75.15 . 1.73 30.79 39.03 1.48 682.10 -2711 2000 5 22 0.57 . . 1.85 1.49 8.27 8.25 0.90 . . . 372.91 7.79 44.02 . . 107.02 1131.50 3.80 9.57 . 9.11 0.45 . 9.22 7.11 1.73 75.05 . 1.71 30.75 39.18 1.49 682.00 -2712 2000 5 23 0.57 . . 1.85 1.50 8.27 8.24 0.90 . . . 372.50 7.79 44.15 . . 106.72 1135.00 3.80 9.50 . 9.15 0.45 . 9.21 7.05 1.73 75.10 . 1.72 30.80 39.25 1.47 682.00 -2713 2000 5 24 0.57 . . 1.85 1.50 8.27 8.20 0.90 . . . 370.30 7.79 44.25 . . 107.58 1133.50 3.80 9.54 . 9.09 0.45 . 9.17 7.11 1.73 75.10 . 1.72 30.82 39.30 1.47 683.00 -2714 2000 5 25 0.57 . . 1.84 1.50 8.27 8.22 0.90 . . . 371.55 7.79 44.20 . . 107.48 1129.90 3.80 9.51 . 9.10 0.45 . 9.16 7.14 1.73 75.50 . 1.72 30.85 39.15 1.47 683.85 -2715 2000 5 26 0.57 . . 1.84 1.50 8.27 8.00 0.93 . . . 362.00 7.79 44.40 . . 107.18 1137.50 3.80 9.53 . 8.91 0.45 . 9.01 7.13 1.73 75.25 . 1.68 30.85 39.19 1.48 684.15 -2716 2000 5 29 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2717 2000 5 30 0.57 . . 1.83 1.50 8.27 8.01 0.93 . . . 361.85 7.79 44.65 . . 106.44 1137.00 3.80 9.52 . 8.94 0.46 . 9.00 7.05 1.73 75.40 . 1.68 30.96 39.25 1.49 683.50 -2718 2000 5 31 0.57 . . 1.82 1.49 8.27 7.99 0.93 . . . 360.95 7.79 44.65 . . 107.74 1130.00 3.80 9.51 . 8.92 0.45 . 8.98 6.96 1.73 74.77 . 1.68 30.85 39.22 1.49 681.75 -2719 2000 6 1 0.57 . . 1.82 1.49 8.27 8.02 0.93 . . . 362.50 7.79 44.65 . . 108.74 1133.00 3.80 9.49 . 8.94 0.45 . 8.96 6.98 1.73 75.30 . 1.68 30.90 39.19 1.49 681.75 -2720 2000 6 2 0.57 . . 1.80 1.47 8.27 7.91 0.94 . . . 357.25 7.79 44.70 . . 108.15 1125.20 3.80 9.56 . 8.80 0.46 . 8.82 6.93 1.72 75.20 . 1.66 30.85 38.92 1.50 678.01 -2721 2000 6 5 0.58 . . 1.79 1.47 8.27 7.88 0.94 . . . 355.70 7.79 44.75 . . 107.44 1118.00 3.80 9.55 . 8.74 0.46 . 8.80 6.92 1.72 75.35 . 1.66 30.83 38.81 1.51 679.25 -2722 2000 6 6 0.58 . . 1.79 1.47 8.27 7.79 0.95 . . . 351.90 7.79 44.75 . . 105.64 1117.00 3.80 9.68 . 8.66 0.47 . 8.71 6.94 1.72 75.25 . 1.64 30.83 38.84 1.52 679.75 -2723 2000 6 7 0.59 . . 1.80 1.47 8.27 7.77 0.96 . . . 350.61 7.79 44.83 . . 105.50 1113.20 3.80 9.78 . 8.63 0.47 . 8.65 6.97 1.72 75.25 . 1.63 30.80 38.92 1.52 679.00 -2724 2000 6 8 0.58 . . 1.79 1.48 8.27 7.81 0.95 . . . 352.19 7.79 44.85 . . 105.86 1116.00 3.80 9.90 . 8.69 0.46 . 8.75 7.04 1.72 75.40 . 1.64 30.80 39.01 1.50 680.25 -2725 2000 6 9 0.58 . . 1.80 1.47 8.27 7.83 0.95 . . . 353.20 7.79 44.85 . . 106.78 1115.50 3.80 9.93 . 8.73 0.46 . 8.74 7.00 1.72 75.25 . 1.64 30.80 39.12 1.50 680.25 -2726 2000 6 12 0.59 . . 1.80 1.47 8.27 7.82 0.95 . . . 352.30 7.79 44.85 . . 106.65 1113.40 3.80 9.86 . 8.69 0.47 . 8.69 7.02 1.72 75.25 . 1.63 30.80 39.05 1.51 680.74 -2727 2000 6 13 0.59 . . 1.81 1.46 8.27 7.75 0.96 . . . 349.60 7.79 44.80 . . 106.79 1114.40 3.80 9.79 . 8.62 0.47 . 8.61 7.00 1.72 75.25 . 1.62 30.80 38.99 1.51 680.81 -2728 2000 6 14 0.60 . . 1.81 1.46 8.27 7.77 0.95 . . . 350.80 7.79 44.72 . . 106.89 1114.50 3.80 9.79 . 8.57 0.47 . 8.53 6.93 1.72 75.16 . 1.63 30.80 39.07 1.50 681.50 -2729 2000 6 15 0.60 . . 1.81 1.47 8.27 7.82 0.95 . . . 352.30 7.79 44.80 . . 106.52 1115.00 3.80 9.85 . 8.63 0.46 . 8.62 6.90 1.72 75.20 . 1.63 30.85 39.07 1.51 681.75 -2730 2000 6 16 0.60 . . 1.80 1.47 8.27 7.73 0.96 . . . 348.85 7.79 44.83 . . 106.22 1116.40 3.80 9.92 . 8.57 0.47 . 8.60 6.83 1.72 75.20 . 1.61 30.90 39.18 1.51 682.01 -2731 2000 6 19 0.60 . . 1.80 1.46 8.27 7.74 0.96 . . . 349.80 7.79 44.85 . . 105.74 1122.22 3.80 9.91 . 8.58 0.47 . 8.62 6.86 1.73 75.15 . 1.62 30.90 39.20 1.51 682.31 -2732 2000 6 20 0.60 . . 1.80 1.47 8.27 7.80 0.95 . . . 352.00 7.79 44.75 . . 105.42 1120.00 3.80 9.88 . 8.62 0.47 . 8.64 6.90 1.73 78.25 . 1.62 30.90 39.13 1.51 682.25 -2733 2000 6 21 0.60 . . 1.81 1.47 8.27 7.88 0.94 . . . 355.95 7.79 44.70 . . 105.50 1119.30 3.80 9.82 . 8.70 0.47 . 8.71 6.93 1.73 78.70 . 1.63 30.83 39.20 1.49 680.25 -2734 2000 6 22 0.59 . . 1.81 1.47 8.27 7.93 0.93 . . . 358.10 7.79 44.70 . . 104.40 1118.80 3.80 9.88 . 8.73 0.47 . 8.80 6.91 1.73 78.83 . 1.64 30.80 39.25 1.51 680.25 -2735 2000 6 23 0.59 . . 1.82 1.47 8.27 7.96 0.93 . . . 359.60 7.79 44.75 . . 104.59 1119.50 3.80 9.98 . 8.73 0.47 . 8.85 6.88 1.73 78.90 . 1.65 30.80 39.10 1.50 681.35 -2736 2000 6 26 0.59 . . 1.82 1.48 8.27 7.94 0.93 . . . 358.70 7.79 44.75 . . 105.66 1118.20 3.80 10.02 . 8.75 0.46 . 8.89 6.87 1.73 78.90 . 1.65 30.81 39.13 1.49 681.26 -2737 2000 6 27 0.60 . . 1.82 1.48 8.27 7.89 0.94 . . . 356.67 7.79 44.70 . . 105.53 1118.30 3.80 10.09 . 8.69 0.47 . 8.87 6.81 1.73 79.00 . 1.63 30.82 39.17 1.50 681.50 -2738 2000 6 28 0.60 . . 1.82 1.48 8.27 7.89 0.94 . . . 356.45 7.79 44.72 . . 105.51 1116.50 3.80 9.97 . 8.65 0.46 . 8.86 6.81 1.73 79.00 . 1.64 30.82 39.16 1.51 681.75 -2739 2000 6 29 0.60 . . 1.81 1.48 8.27 7.84 0.95 . . . 353.69 7.79 44.73 . . 105.09 1115.00 3.80 9.89 . 8.59 0.46 . 8.82 6.82 1.73 79.20 . 1.63 30.83 39.20 1.51 682.51 -2740 2000 6 30 0.59 . . 1.80 1.47 8.27 7.82 0.95 . . . 353.00 7.79 44.70 . . 106.14 1115.15 3.80 9.84 . 8.58 0.46 . 8.82 6.79 1.72 79.20 . 1.63 30.80 39.20 1.51 682.51 -2741 2000 7 3 0.59 . . 1.80 1.47 8.27 7.83 0.95 . . . 353.70 7.79 44.72 . . 105.64 1113.90 3.80 9.55 . 8.58 0.46 . 8.79 6.81 1.73 79.25 . 1.63 30.83 39.39 1.51 682.50 -2742 2000 7 4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2743 2000 7 5 0.59 . . 1.80 1.49 8.27 7.81 0.95 . . . 352.75 7.79 44.69 . . 106.91 1117.50 3.80 9.52 . 8.58 0.46 . 8.83 6.78 1.73 79.35 . 1.62 30.85 39.60 1.51 683.01 -2744 2000 7 6 0.59 . . 1.79 1.48 8.27 7.83 0.95 . . . 353.60 7.79 44.81 . . 107.37 1117.50 3.80 9.56 . 8.60 0.46 . 8.86 6.85 1.73 79.35 . 1.62 30.88 39.60 1.51 683.25 -2745 2000 7 7 0.59 . . 1.79 1.48 8.27 7.86 0.94 . . . 355.50 7.79 44.78 . . 107.81 1119.00 3.80 9.51 . 8.59 0.46 . 8.91 6.84 1.73 79.35 . 1.62 30.88 39.75 1.51 684.00 -2746 2000 7 10 0.59 . . 1.80 1.47 8.27 7.84 0.95 . . . 353.95 7.79 44.75 . . 107.10 1118.50 3.80 9.50 . 8.58 0.46 . 8.88 6.82 1.73 79.35 . 1.62 30.90 39.92 1.51 684.00 -2747 2000 7 11 0.58 . . 1.79 1.47 8.27 7.85 0.94 . . . 354.70 7.79 44.75 . . 106.93 1116.70 3.80 9.44 . 8.60 0.45 . 8.89 6.81 1.74 79.25 . 1.63 30.90 40.01 1.51 684.80 -2748 2000 7 12 0.58 . . 1.80 1.48 8.27 7.93 0.94 . . . 358.25 7.79 44.75 . . 108.36 1115.70 3.80 9.48 . 8.67 0.45 . 8.89 6.83 1.74 79.30 . 1.65 30.90 40.03 1.50 685.00 -2749 2000 7 13 0.58 . . 1.80 1.48 8.27 7.97 0.93 . . . 360.37 7.79 44.78 . . 108.27 1111.30 3.80 9.44 . 8.72 0.45 . 8.94 6.84 1.74 79.30 . 1.66 30.90 39.98 1.49 685.50 -2750 2000 7 14 0.58 . . 1.81 1.48 8.27 7.95 0.93 . . . 359.15 7.79 44.78 . . 107.88 1113.00 3.80 9.42 . 8.69 0.46 . 8.89 6.89 1.74 79.30 . 1.65 30.90 40.05 1.49 685.50 -2751 2000 7 17 0.58 . . 1.80 1.48 8.27 7.97 0.93 . . . 360.20 7.79 44.74 . . 108.53 1113.10 3.80 9.34 . 8.75 0.45 . 8.96 6.92 1.74 78.75 . 1.65 30.96 40.31 1.49 686.20 -2752 2000 7 18 0.58 . . 1.79 1.47 8.27 7.99 0.93 . . . 361.10 7.79 44.83 . . 108.30 1113.70 3.80 9.34 . 8.79 0.45 . 9.00 6.94 1.74 78.58 . 1.66 31.00 40.25 1.49 686.50 -2753 2000 7 19 0.57 . . 1.80 1.47 8.27 8.07 0.92 . . . 364.45 7.79 44.85 . . 108.20 1112.30 3.80 9.42 . 8.85 0.45 . 9.08 6.98 1.74 78.50 . 1.67 31.08 40.17 1.49 686.50 -2754 2000 7 20 0.58 . . 1.80 1.47 8.27 8.02 0.92 . . . 362.40 7.79 45.02 . . 107.89 1111.60 3.80 9.38 . 8.81 0.46 . 9.02 6.92 1.74 78.52 . 1.66 31.13 40.23 1.50 685.50 -2755 2000 7 21 0.58 . . 1.79 1.47 8.27 7.97 0.93 . . . 360.85 7.79 44.80 . . 109.08 1113.00 3.80 9.34 . 8.77 0.46 . 8.99 6.92 1.74 78.25 . 1.66 31.08 40.44 1.51 687.40 -2756 2000 7 24 0.58 . . 1.79 1.46 8.27 8.00 0.93 . . . 362.00 7.79 44.77 . . 108.92 1114.20 3.80 9.33 . 8.78 0.45 . 8.98 6.95 1.74 78.44 . 1.67 31.09 40.76 1.51 687.00 -2757 2000 7 25 0.58 . . 1.79 1.46 8.27 7.94 0.93 . . . 359.38 7.79 44.95 . . 109.30 1116.00 3.80 9.36 . 8.71 0.45 . 8.94 6.96 1.74 78.59 . 1.65 31.10 40.99 1.51 687.85 -2758 2000 7 26 0.59 . . 1.79 1.46 8.27 7.92 0.94 . . . 358.28 7.79 44.98 . . 109.28 1115.60 3.80 9.36 . 8.70 0.46 . 8.94 6.94 1.74 78.40 . 1.64 31.08 41.19 1.51 688.10 -2759 2000 7 27 0.58 . . 1.78 1.47 8.27 7.99 0.93 . . . 361.60 7.79 44.95 . . 109.15 1115.00 3.80 9.37 . 8.80 0.45 . 9.09 6.94 1.73 78.40 . 1.66 31.08 40.92 1.51 688.65 -2760 2000 7 28 0.58 . . 1.78 1.47 8.27 8.06 0.92 . . . 364.90 7.79 44.96 . . 109.63 1117.00 3.80 9.36 . 8.85 0.45 . 9.16 6.97 1.73 78.40 . 1.67 31.07 41.42 1.50 688.00 -2761 2000 7 31 0.57 . . 1.77 1.48 8.27 8.04 0.92 . . . 363.70 7.79 45.15 . . 109.68 1116.90 3.80 9.37 . 8.86 0.45 . 9.17 6.96 1.73 78.40 . 1.66 31.06 41.34 1.49 688.00 -2762 2000 8 1 0.58 . . 1.78 1.48 8.27 8.08 0.92 . . . 365.50 7.79 45.15 . . 109.47 1115.80 3.80 9.35 . 8.88 0.45 . 9.21 6.97 1.73 78.45 . 1.67 31.15 41.09 1.49 688.00 -2763 2000 8 2 0.58 . . 1.79 1.48 8.27 8.15 0.91 . . . 368.70 7.79 45.40 . . 108.77 1115.80 3.80 9.35 . 8.95 0.45 . 9.25 6.99 1.72 78.43 . 1.68 31.10 40.84 1.49 688.00 -2764 2000 8 3 0.58 . . 1.80 1.48 8.27 8.24 0.90 . . . 372.95 7.79 45.40 . . 108.36 1115.00 3.80 9.39 . 9.01 0.45 . 9.33 7.01 1.72 78.46 . 1.70 31.15 40.70 1.49 689.00 -2765 2000 8 4 0.58 . . 1.79 1.48 8.27 8.21 0.90 . . . 371.60 7.79 45.40 . . 108.54 1116.00 3.80 9.36 . 8.90 0.45 . 9.24 6.96 1.72 78.46 . 1.70 31.12 40.68 1.50 688.75 -2766 2000 8 7 0.58 . . 1.79 1.48 8.27 8.19 0.91 . . . 370.30 7.79 45.62 . . 108.99 1118.00 3.80 9.34 . 8.89 0.45 . 9.18 6.95 1.72 78.46 . 1.70 31.15 41.26 1.50 688.75 -2767 2000 8 8 0.58 . . 1.80 1.48 8.27 8.26 0.90 . . . 373.80 7.79 45.80 . . 108.64 1116.50 3.80 9.35 . 8.98 0.45 . 9.24 6.98 1.72 78.53 . 1.71 31.10 41.10 1.50 688.74 -2768 2000 8 9 0.57 . . 1.79 1.48 8.27 8.29 0.89 . . . 374.80 7.79 45.70 . . 107.99 1115.30 3.80 9.33 . 8.99 0.45 . 9.25 7.00 1.72 78.40 . 1.71 31.10 40.90 1.49 688.76 -2769 2000 8 10 0.58 . . 1.79 1.48 8.27 8.22 0.90 . . . 371.40 7.79 45.90 . . 108.70 1114.50 3.80 9.32 . 8.94 0.45 . 9.20 6.95 1.71 78.40 . 1.70 31.10 40.85 1.49 688.50 -2770 2000 8 11 0.57 . . 1.79 1.48 8.27 8.24 0.90 . . . 372.80 7.79 45.90 . . 108.68 1116.00 3.80 9.28 . 8.95 0.44 . 9.21 6.89 1.71 78.40 . 1.71 31.11 40.70 1.50 689.01 -2771 2000 8 14 0.58 . . 1.80 1.48 8.27 8.25 0.90 . . . 373.00 7.80 45.85 . . 109.52 1117.00 3.80 9.25 . 8.93 0.45 . 9.20 6.91 1.71 78.40 . 1.72 31.10 40.74 1.50 689.00 -2772 2000 8 15 0.58 . . 1.80 1.48 8.27 8.16 0.91 . . . 368.85 7.79 45.80 . . 109.00 1116.30 3.80 9.24 . 8.88 0.44 . 9.15 6.94 1.71 78.45 . 1.70 31.13 40.88 1.50 689.25 -2773 2000 8 16 0.58 . . 1.80 1.47 8.27 8.16 0.91 . . . 368.90 7.79 45.80 . . 108.55 1115.20 3.80 9.18 . 8.85 0.45 . 9.20 6.93 1.71 78.35 . 1.70 31.13 40.83 1.49 689.80 -2774 2000 8 17 0.59 . . 1.80 1.47 8.27 8.15 0.91 . . . 368.70 7.79 45.95 . . 108.48 1115.00 3.80 9.19 . 8.83 0.45 . 9.20 6.92 1.71 78.34 . 1.70 31.10 40.85 1.49 689.65 -2775 2000 8 18 0.59 . . 1.81 1.47 8.27 8.22 0.90 . . . 371.90 7.79 45.90 . . 108.43 1115.10 3.80 9.25 . 8.89 0.44 . 9.26 6.94 1.71 78.20 . 1.72 31.11 41.04 1.48 689.50 -2776 2000 8 21 0.58 . . 1.82 1.47 8.27 8.25 0.90 . . . 373.89 7.79 45.73 . . 108.53 1114.50 3.80 9.26 . 8.92 0.45 . 9.29 6.96 1.71 78.30 . 1.72 31.10 40.92 1.49 689.75 -2777 2000 8 22 0.58 . . 1.81 1.47 8.27 8.32 0.89 . . . 376.70 7.79 45.75 . . 108.34 1114.14 3.80 9.24 . 8.98 0.44 . 9.33 6.98 1.71 78.28 . 1.74 31.08 40.83 1.47 689.25 -2778 2000 8 23 0.57 . . 1.81 1.48 8.27 8.31 0.89 . . . 376.25 7.80 45.90 . . 107.02 1114.80 3.80 9.27 . 9.00 0.42 . 9.33 6.96 1.71 78.06 . 1.72 31.08 40.77 1.48 689.99 -2779 2000 8 24 0.57 . . 1.82 1.48 8.27 8.26 0.90 . . . 373.85 7.80 46.05 . . 106.89 1114.20 3.80 9.24 . 8.99 0.43 . 9.27 6.94 1.72 78.10 . 1.71 31.07 41.01 1.48 689.80 -2780 2000 8 25 0.57 . . 1.82 1.48 8.27 8.26 0.90 . . . 373.95 7.80 46.05 . . 107.17 1114.10 3.80 9.23 . 8.97 0.43 . 9.31 6.90 1.72 78.01 . 1.70 31.10 40.86 1.47 689.50 -2781 2000 8 28 0.57 . . 1.82 1.48 8.27 8.28 0.90 . . . 374.90 7.80 45.83 . . 106.45 1111.90 3.80 9.21 . 8.95 0.43 . 9.34 6.94 1.71 78.01 . 1.71 31.08 40.80 1.47 689.75 -2782 2000 8 29 0.57 . . 1.83 1.48 8.27 8.32 0.89 . . . 376.70 7.80 46.00 . . 106.20 1110.20 3.80 9.23 . 9.01 0.42 . 9.41 6.95 1.72 78.01 . 1.72 31.09 40.95 1.46 690.25 -2783 2000 8 30 0.57 . . 1.82 1.48 8.27 8.35 0.89 . . . 378.50 7.80 45.90 . . 106.47 1108.60 3.80 9.21 . 9.04 0.42 . 9.44 6.96 1.72 77.90 . 1.73 31.09 40.96 1.45 689.51 -2784 2000 8 31 0.57 . . 1.82 1.47 8.27 8.40 0.88 . . . 380.35 7.79 45.90 . . 106.66 1108.80 3.80 9.20 . 9.08 0.42 . 9.44 6.97 1.72 78.10 . 1.74 31.10 40.89 1.45 688.50 -2785 2000 9 1 0.57 . . 1.82 1.47 8.27 8.29 0.89 . . . 375.40 7.79 45.80 . . 105.78 1105.70 3.80 9.21 . 9.01 0.42 . 9.33 6.94 1.72 78.20 . 1.72 31.10 40.90 1.46 689.51 -2786 2000 9 4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2787 2000 9 5 0.56 . . 1.82 1.47 8.27 8.41 0.88 . . . 380.75 7.79 45.74 . . 105.88 1105.50 3.80 9.26 . 9.08 0.42 . 9.47 7.03 1.72 78.20 . 1.74 31.08 41.25 1.45 690.40 -2788 2000 9 6 0.56 . . 1.82 1.48 8.27 8.57 0.87 . . . 388.80 7.79 45.65 . . 106.08 1107.40 3.80 9.32 . 9.22 0.42 . 9.65 7.08 1.73 78.34 . 1.77 31.10 41.40 1.44 690.25 -2789 2000 9 7 0.55 . . 1.82 1.47 8.27 8.52 0.87 . . . 387.00 7.79 46.05 . . 105.10 1111.00 3.80 9.31 . 9.18 0.41 . 9.56 7.10 1.73 78.32 . 1.77 31.10 41.42 1.43 690.25 -2790 2000 9 8 0.55 . . 1.82 1.47 8.27 8.61 0.86 . . . 390.50 7.79 45.73 . . 106.03 1109.50 3.80 9.33 . 9.25 0.41 . 9.65 7.09 1.73 78.25 . 1.78 31.10 41.61 1.41 690.51 -2791 2000 9 11 0.55 . . 1.81 1.48 8.27 8.64 0.86 . . . 392.03 7.79 45.65 . . 105.97 1109.50 3.80 9.28 . 9.30 0.42 . 9.73 7.11 1.73 78.38 . 1.77 31.12 41.47 1.41 690.50 -2792 2000 9 12 0.55 . . 1.82 1.48 8.27 8.68 0.85 . . . 393.75 7.79 45.70 . . 106.93 1109.50 3.80 9.25 . 9.33 0.42 . 9.76 7.14 1.74 78.38 . 1.77 31.11 41.61 1.40 689.71 -2793 2000 9 13 0.55 . . 1.83 1.48 8.27 8.63 0.86 . . . 391.60 7.79 45.70 . . 107.11 1110.00 3.80 9.28 . 9.30 0.42 . 9.72 7.10 1.74 78.35 . 1.76 31.12 41.81 1.41 690.25 -2794 2000 9 14 0.54 . . 1.83 1.48 8.27 8.66 0.86 . . . 393.05 7.79 45.80 . . 107.25 1115.20 3.80 9.31 . 9.32 0.42 . 9.75 7.15 1.74 78.40 . 1.77 31.13 41.80 1.40 689.50 -2795 2000 9 15 0.54 . . 1.84 1.48 8.27 8.70 0.85 . . . 394.90 7.79 45.85 . . 107.33 1119.90 3.80 9.36 . 9.33 0.41 . 9.79 7.17 1.74 78.50 . 1.78 31.17 41.99 1.40 689.66 -2796 2000 9 18 0.54 . . 1.85 1.49 8.27 8.76 0.85 . . . 397.70 7.79 46.15 . . 106.87 1140.00 3.80 9.42 . 9.38 0.41 . 9.82 7.28 1.74 78.70 . 1.78 31.29 42.40 1.40 689.76 -2797 2000 9 19 0.54 . . 1.85 1.48 8.27 8.76 0.85 . . . 398.10 7.79 46.45 . . 107.02 1127.00 3.80 9.42 . 9.38 0.41 . 9.84 7.29 1.74 78.75 . 1.77 31.28 42.32 1.40 690.80 -2798 2000 9 20 0.53 . . 1.85 1.48 8.27 8.82 0.84 . . . 400.50 7.79 46.30 . . 106.77 1127.00 3.80 9.46 . 9.43 0.40 . 9.87 7.33 1.74 78.95 . 1.78 31.29 42.64 1.41 690.75 -2799 2000 9 21 0.54 . . 1.85 1.48 8.27 8.72 0.85 . . . 396.30 7.79 46.09 . . 106.50 1128.00 3.80 9.44 . 9.36 0.40 . 9.81 7.31 1.74 79.40 . 1.77 31.28 42.63 1.42 690.75 -2800 2000 9 22 0.54 . . 1.85 1.48 8.27 8.48 0.87 . . . 386.00 7.79 46.18 . . 107.94 1135.00 3.80 9.48 . 9.14 0.41 . 9.62 7.25 1.74 79.35 . 1.72 31.21 42.80 1.45 690.50 -2801 2000 9 25 0.54 . . 1.84 1.48 8.27 8.54 0.87 . . . 388.45 7.79 46.16 . . 107.63 1126.00 3.80 9.43 . 9.18 0.41 . 9.66 7.23 1.74 79.25 . 1.73 31.29 42.70 1.45 690.75 -2802 2000 9 26 0.55 . . 1.85 1.48 8.27 8.46 0.88 . . . 384.84 7.79 46.10 . . 107.63 1120.00 3.80 9.40 . 9.13 0.41 . 9.62 7.20 1.74 79.30 . 1.72 31.28 42.23 1.46 690.25 -2803 2000 9 27 0.55 . . 1.84 1.49 8.27 8.46 0.88 . . . 385.05 7.79 46.15 . . 107.44 1114.00 3.80 9.41 . 9.14 0.41 . 9.65 7.25 1.74 79.20 . 1.73 31.29 42.21 1.46 691.00 -2804 2000 9 28 0.54 . . 1.84 1.50 8.27 8.45 0.88 . . . 384.40 7.79 46.05 . . 107.59 1115.90 3.80 9.43 . 9.07 0.41 . 9.68 7.26 1.74 79.20 . 1.72 31.29 42.50 1.46 691.25 -2805 2000 9 29 0.54 . . 1.84 1.50 8.27 8.44 0.88 . . . 384.25 7.79 46.06 . . 107.90 1115.30 3.80 9.44 . 9.07 0.40 . 9.62 7.21 1.73 79.20 . 1.72 31.32 42.15 1.47 691.45 -2806 2000 10 2 0.54 . . 1.84 1.51 8.27 8.47 0.88 . . . 385.76 7.79 46.10 . . 108.81 1118.18 3.80 9.41 . 9.12 0.40 . 9.69 7.19 1.74 79.20 . 1.73 31.29 42.30 1.46 691.25 -2807 2000 10 3 0.54 . . 1.84 1.50 8.27 8.52 0.87 . . . 388.30 7.79 46.18 . . 108.66 1120.00 3.80 9.40 . 9.17 0.40 . 9.78 7.23 1.74 79.25 . 1.73 31.32 42.40 1.45 691.70 -2808 2000 10 4 0.53 . . 1.85 1.49 8.27 8.53 0.87 . . . 388.85 7.79 46.17 . . 109.29 1120.00 3.80 9.44 . 9.20 0.40 . 9.80 7.24 1.75 79.45 . 1.73 31.30 42.75 1.45 691.80 -2809 2000 10 5 0.53 . . 1.85 1.49 8.27 8.58 0.86 . . . 390.85 7.79 46.17 . . 109.30 1120.00 3.80 9.46 . 9.25 0.40 . 9.82 7.27 1.74 79.15 . 1.74 31.30 42.52 1.45 691.50 -2810 2000 10 6 0.53 . . 1.85 1.50 8.27 8.58 0.86 . . . 391.05 7.79 46.17 . . 108.81 1119.00 3.80 9.47 . 9.25 0.40 . 9.84 7.30 1.74 79.20 . 1.75 31.31 42.56 1.44 691.75 -2811 2000 10 9 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2812 2000 10 10 0.53 . . 1.85 1.50 8.27 8.57 0.86 . . . 390.80 7.79 46.25 . . 107.90 1121.90 3.80 9.47 . 9.26 0.40 . 9.91 7.37 1.75 79.10 . 1.75 31.31 42.86 1.44 692.20 -2813 2000 10 11 0.53 . . 1.86 1.50 8.27 8.54 0.87 . . . 389.30 7.79 46.35 . . 107.63 1124.00 3.80 9.48 . 9.27 0.40 . 9.86 7.40 1.75 79.20 . 1.73 31.33 43.14 1.46 692.00 -2814 2000 10 12 0.53 . . 1.86 1.50 8.27 8.61 0.86 . . . 393.10 7.79 46.30 . . 107.58 1124.00 3.80 9.52 . 9.29 0.39 . 9.90 7.46 1.75 79.25 . 1.74 31.30 43.50 1.47 692.30 -2815 2000 10 13 0.52 . . 1.87 1.51 8.27 8.69 0.85 . . . 396.15 7.79 46.45 . . 107.67 1132.00 3.80 9.60 . 9.38 0.39 . 9.93 7.49 1.75 79.35 . 1.75 31.60 43.58 1.45 692.51 -2816 2000 10 16 0.52 . . 1.87 1.51 8.27 8.77 0.84 . . . 399.75 7.79 46.40 . . 108.30 1130.00 3.80 9.55 . 9.43 0.39 . 10.01 7.57 1.75 79.35 . 1.77 32.05 43.31 1.44 693.00 -2817 2000 10 17 0.51 . . 1.87 1.51 8.27 8.75 0.85 . . . 399.05 7.79 46.35 . . 108.15 1136.00 3.80 9.55 . 9.45 0.39 . 10.00 7.56 1.75 79.35 . 1.77 32.30 43.45 1.44 693.25 -2818 2000 10 18 0.51 . . 1.87 1.52 8.27 8.87 0.83 . . . 404.25 7.79 46.45 . . 107.78 1140.00 3.80 9.58 . 9.57 0.39 . 10.11 7.71 1.75 79.25 . 1.78 32.50 43.75 1.44 692.40 -2819 2000 10 19 0.52 . . 1.87 1.51 8.27 8.84 0.84 . . . 403.40 7.79 46.40 . . 108.55 1140.00 3.80 9.55 . 9.50 0.39 . 10.06 7.67 1.75 79.25 . 1.78 32.35 43.39 1.44 692.75 -2820 2000 10 20 0.52 . . 1.88 1.51 8.27 8.85 0.84 . . . 404.10 7.79 46.40 . . 109.04 1132.00 3.80 9.56 . 9.49 0.40 . 10.12 7.58 1.75 79.35 . 1.78 32.15 43.72 1.44 693.00 -2821 2000 10 23 0.52 . . 1.89 1.50 8.27 8.90 0.83 . . . 405.90 7.79 46.45 . . 108.45 1141.00 3.80 9.57 . 9.49 0.40 . 10.11 7.58 1.75 79.25 . 1.79 32.10 43.97 1.45 693.60 -2822 2000 10 24 0.52 . . 1.90 1.51 8.27 8.89 0.83 . . . 406.13 7.79 46.48 . . 108.08 1138.00 3.80 9.57 . 9.52 0.40 . 10.12 7.60 1.75 79.25 . 1.80 32.05 43.77 1.44 694.00 -2823 2000 10 25 0.51 . . 1.92 1.51 8.27 9.00 0.82 . . . 410.25 7.79 46.70 . . 108.05 1140.00 3.80 9.63 . 9.58 0.39 . 10.24 7.62 1.75 79.20 . 1.81 32.05 43.60 1.43 694.16 -2824 2000 10 26 0.51 . . 1.94 1.51 8.27 8.99 0.82 . . . 410.30 7.80 46.70 . . 108.36 1140.00 3.80 9.70 . 9.58 0.40 . 10.30 7.68 1.75 79.40 . 1.82 32.19 43.82 1.43 694.40 -2825 2000 10 27 0.52 . . 1.93 1.52 8.27 8.85 0.84 . . . 403.70 7.79 46.78 . . 108.75 1138.00 3.80 9.64 . 9.44 0.40 . 10.12 7.60 1.75 79.35 . 1.80 32.26 43.77 1.45 694.40 -2826 2000 10 30 0.52 . . 1.91 1.53 8.27 8.63 0.84 . . . 402.75 7.79 46.78 . . 108.99 1140.00 3.80 9.60 . 9.37 0.40 . 10.06 7.55 1.75 79.50 . 1.80 32.35 43.79 1.45 694.01 -2827 2000 10 31 0.51 . . 1.90 1.52 8.27 8.77 0.84 . . . 400.30 7.79 46.90 . . 109.15 1139.00 3.80 9.56 . 9.27 0.39 . 9.99 7.56 1.75 79.46 . 1.79 32.35 44.06 1.45 694.15 -2828 2000 11 1 0.52 . . 1.90 1.52 8.27 8.67 0.85 . . . 395.60 7.79 46.82 . . 108.48 1138.30 3.80 9.58 . 9.20 0.39 . 9.89 7.49 1.74 79.10 . 1.77 32.36 43.82 1.44 694.00 -2829 2000 11 2 0.52 . . 1.91 1.53 8.27 8.67 0.85 . . . 396.10 7.79 46.85 . . 108.39 1134.80 3.80 9.58 . 9.25 0.39 . 9.91 7.53 1.74 79.15 . 1.77 32.25 43.80 1.44 693.75 -2830 2000 11 3 0.52 . . 1.93 1.53 8.27 8.64 0.86 . . . 394.50 7.79 46.70 . . 107.58 1136.30 3.80 9.61 . 9.23 0.39 . 9.91 7.53 1.73 79.20 . 1.76 32.15 43.48 1.44 694.95 -2831 2000 11 6 0.52 . . 1.94 1.53 8.27 8.68 0.85 . . . 396.30 7.79 46.64 . . 107.34 1135.00 3.80 9.64 . 9.30 0.39 . 9.99 7.54 1.73 80.06 . 1.77 32.15 43.40 1.43 694.75 -2832 2000 11 7 0.52 . . 1.95 1.53 8.27 8.68 0.85 . . . 396.00 7.79 46.70 . . 107.30 1139.00 3.80 9.65 . 9.27 0.39 . 10.00 7.62 1.73 80.38 . 1.77 32.15 43.63 1.43 695.24 -2833 2000 11 8 0.52 . . 1.95 1.54 8.27 8.70 0.85 . . . 397.50 7.79 46.72 . . 107.57 1136.50 3.80 9.62 . 9.29 0.39 . 10.00 7.66 1.73 80.20 . 1.77 32.13 43.60 1.42 695.40 -2834 2000 11 9 0.52 . . 1.96 1.54 8.27 8.69 0.85 . . . 396.80 7.79 46.75 . . 107.41 1132.00 3.80 9.65 . 9.29 0.39 . 10.02 7.74 1.74 79.90 . 1.77 32.10 43.60 1.42 695.24 -2835 2000 11 10 0.52 . . 1.95 1.54 8.27 8.64 0.86 . . . 394.75 7.79 46.78 . . 107.83 1137.00 3.80 9.61 . 9.28 0.39 . 9.96 7.60 1.74 80.00 . 1.76 32.07 43.73 1.43 695.50 -2836 2000 11 13 0.52 . . 1.95 1.54 8.27 8.66 0.86 . . . 395.30 7.79 46.77 . . 107.70 1141.00 3.80 9.57 . 9.29 0.39 . 10.04 7.65 1.74 80.40 . 1.76 32.17 43.67 1.43 695.55 -2837 2000 11 14 0.51 . . 1.94 1.54 8.27 8.70 0.85 . . . 396.95 7.79 46.85 . . 108.15 1139.00 3.80 9.50 . 9.37 0.39 . 10.10 7.65 1.74 80.40 . 1.77 32.18 43.73 1.43 695.75 -2838 2000 11 15 0.52 . . 1.94 1.55 8.27 8.70 0.85 . . . 396.85 7.79 46.83 . . 108.75 1138.70 3.80 9.47 . 9.36 0.39 . 10.09 7.68 1.74 80.40 . 1.78 32.15 43.69 1.42 696.00 -2839 2000 11 16 0.51 . . 1.94 1.55 8.27 8.74 0.85 . . . 398.60 7.79 46.85 . . 109.08 1141.30 3.80 9.50 . 9.37 0.39 . 10.14 7.68 1.75 80.10 . 1.78 32.24 44.16 1.42 696.00 -2840 2000 11 17 0.51 . . 1.96 1.56 8.27 8.75 0.85 . . . 399.60 7.79 46.82 . . 108.86 1144.50 3.80 9.48 . 9.39 0.40 . 10.17 7.70 1.75 80.60 . 1.79 32.31 44.26 1.42 695.75 -2841 2000 11 20 0.51 . . 1.92 1.55 8.27 8.79 0.84 . . . 400.93 7.79 46.90 . . 109.79 1157.00 3.80 9.46 . 9.41 0.39 . 10.21 7.76 1.75 80.70 . 1.80 32.48 44.38 1.42 695.50 -2842 2000 11 21 0.51 . . 1.92 1.55 8.27 8.82 0.84 . . . 403.00 7.79 46.85 . . 110.29 1168.00 3.80 9.41 . 9.49 0.39 . 10.30 7.82 1.75 80.90 . 1.79 32.50 44.23 1.41 696.00 -2843 2000 11 22 0.51 . . 1.92 1.54 8.27 8.86 0.84 . . . 404.00 7.80 46.86 . . 110.16 1179.00 3.80 9.38 . 9.51 0.39 . 10.30 7.83 1.75 81.00 . 1.80 32.90 43.70 1.40 696.15 -2844 2000 11 23 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2845 2000 11 24 0.52 . . 1.95 1.53 8.27 8.90 0.83 . . . 406.05 7.80 46.91 . . 111.38 1191.00 3.80 9.40 . 9.56 0.39 . 10.36 7.83 1.76 81.00 . 1.80 32.90 43.77 1.39 696.65 -2846 2000 11 27 0.52 . . 1.96 1.53 8.27 8.77 0.85 . . . 400.50 7.80 46.90 . . 110.70 1189.00 3.80 9.37 . 9.43 0.40 . 10.24 7.77 1.75 81.00 . 1.78 32.90 43.52 1.41 697.50 -2847 2000 11 28 0.52 . . 1.98 1.53 8.27 8.27 0.85 . . . 398.48 7.80 46.93 . . 110.23 1189.00 3.80 9.41 . 9.39 0.40 . 10.16 7.78 1.75 81.10 . 1.76 32.85 43.72 1.41 697.00 -2848 2000 11 29 0.52 . . 1.95 1.54 8.27 8.69 0.85 . . . 397.10 7.79 46.95 . . 111.28 1204.00 3.80 9.40 . 9.37 0.40 . 10.13 7.77 1.75 81.20 . 1.75 33.08 43.92 1.42 697.00 -2849 2000 11 30 0.52 . . 1.97 1.53 8.27 8.57 0.86 . . . 391.80 7.80 46.87 . . 110.93 1217.00 3.80 9.41 . 9.28 0.40 . 10.04 7.75 1.75 81.20 . 1.73 33.08 43.80 1.42 697.50 -2850 2000 12 1 0.53 . . 1.98 1.53 8.27 8.51 0.87 . . . 388.75 7.80 46.89 . . 111.15 1211.00 3.80 9.42 . 9.24 0.41 . 9.90 7.65 1.74 81.10 . 1.72 33.05 43.77 1.43 697.65 -2851 2000 12 4 0.54 . . 1.98 1.54 8.27 8.40 0.88 . . . 384.25 7.79 46.88 . . 111.07 1220.00 3.80 9.41 . 9.15 0.42 . 9.72 7.64 1.74 81.10 . 1.70 33.05 43.70 1.45 697.76 -2852 2000 12 5 0.54 . . 1.96 1.54 8.27 8.47 0.88 . . . 387.15 7.80 46.80 . . 111.00 1204.00 3.80 9.38 . 9.18 0.42 . 9.74 7.65 1.74 81.10 . 1.71 33.05 43.68 1.44 698.00 -2853 2000 12 6 0.54 . . 1.96 1.53 8.27 8.39 0.88 . . . 383.80 7.79 46.78 . . 110.42 1201.00 3.80 9.41 . 9.07 0.42 . 9.63 7.58 1.74 81.20 . 1.70 33.05 43.62 1.43 698.25 -2854 2000 12 7 0.54 . . 1.97 1.52 8.27 8.39 0.88 . . . 383.30 7.79 46.80 . . 110.70 1201.00 3.80 9.43 . 9.12 0.42 . 9.71 7.61 1.73 81.20 . 1.70 33.08 43.44 1.44 698.00 -2855 2000 12 8 0.54 . . 1.96 1.52 8.27 8.43 0.88 . . . 385.70 7.79 46.80 . . 111.29 1192.00 3.80 9.40 . 9.15 0.42 . 9.73 7.64 1.73 81.10 . 1.70 33.06 43.61 1.44 698.00 -2856 2000 12 11 0.54 . . 1.96 1.52 8.27 8.49 0.87 . . . 388.40 7.79 46.78 . . 110.77 1184.00 3.80 9.45 . 9.21 0.42 . 9.72 7.66 1.73 82.10 . 1.71 33.10 43.49 1.45 696.69 -2857 2000 12 12 0.54 . . 1.96 1.52 8.27 8.49 0.87 . . . 388.30 7.79 46.78 . . 111.50 1191.00 3.80 9.47 . 9.21 0.42 . 9.71 7.74 1.73 82.10 . 1.71 33.06 43.55 1.44 698.55 -2858 2000 12 13 0.53 . . 1.96 1.52 8.27 8.51 0.87 . . . 389.15 7.80 46.80 . . 112.40 1192.10 3.80 9.45 . 9.24 0.42 . 9.79 7.77 1.74 82.20 . 1.71 33.16 43.60 1.45 698.81 -2859 2000 12 14 0.53 . . 1.96 1.51 8.27 8.41 0.88 . . . 385.10 7.80 46.80 . . 112.42 1203.00 3.80 9.42 . 9.17 0.42 . 9.68 7.73 1.73 82.25 . 1.69 33.10 43.55 1.46 699.25 -2860 2000 12 15 0.54 . . 1.96 1.51 8.27 8.30 0.89 . . . 379.50 7.80 46.80 . . 112.55 1208.00 3.80 9.41 . 9.02 0.42 . 9.60 7.69 1.73 82.35 . 1.67 33.10 43.45 1.47 698.54 -2861 2000 12 18 0.54 . . 1.95 1.52 8.27 8.35 0.89 . . . 381.70 7.80 46.79 . . 112.06 1206.00 3.80 9.38 . 9.05 0.43 . 9.68 7.68 1.73 82.35 . 1.68 33.10 43.36 1.46 699.00 -2862 2000 12 19 0.54 . . 1.95 1.52 8.27 8.38 0.89 . . . 382.80 7.79 46.75 . . 112.55 1209.00 3.80 9.37 . 9.10 0.42 . 9.78 7.71 1.73 82.70 . 1.69 33.10 42.97 1.46 699.50 -2863 2000 12 20 0.54 . . 1.95 1.52 8.27 8.23 0.90 . . . 376.10 7.80 46.75 . . 112.58 1218.00 3.80 9.44 . 8.99 0.43 . 9.59 7.66 1.73 82.80 . 1.67 33.18 42.68 1.47 699.00 -2864 2000 12 21 0.55 . . 1.95 1.51 8.27 8.19 0.91 . . . 374.05 7.79 46.74 . . 112.18 1228.80 3.80 9.59 . 8.98 0.43 . 9.58 7.63 1.73 82.70 . 1.67 33.20 42.55 1.47 700.00 -2865 2000 12 22 0.55 . . 1.95 1.51 8.27 8.08 0.92 . . . 369.40 7.79 46.77 . . 112.75 1237.30 3.80 9.60 . 8.86 0.44 . 9.53 7.56 1.72 82.20 . 1.64 33.20 42.10 1.47 700.00 -2866 2000 12 25 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2867 2000 12 26 0.55 . . 1.96 1.50 8.27 8.03 0.92 . . . 366.67 7.79 46.75 . . 113.62 1252.50 3.80 9.53 . 8.80 0.44 . 9.50 7.55 1.72 82.40 . 1.63 33.20 42.30 1.48 699.50 -2868 2000 12 27 0.55 . . 1.96 1.51 8.27 8.01 0.93 . . . 366.30 7.79 46.73 . . 114.20 1260.00 3.80 9.58 . 8.88 0.44 . 9.57 7.53 1.73 82.45 . 1.64 33.25 42.72 1.49 699.65 -2869 2000 12 28 0.55 . . 1.95 1.50 8.27 8.05 0.92 . . . 368.30 7.79 46.75 . . 114.62 1253.00 3.80 9.61 . 8.92 0.43 . 9.55 7.56 1.73 82.45 . 1.64 33.20 43.33 1.49 700.25 -2870 2000 12 29 0.55 . . 1.95 1.49 8.27 7.94 0.93 . . . 362.95 7.79 46.75 . . 114.35 1267.00 3.80 9.62 . 8.80 0.44 . 9.44 7.57 1.73 82.75 . 1.62 33.17 43.45 1.49 700.50 -2871 2001 1 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2872 2001 1 2 0.55 . . 1.93 1.49 8.27 7.88 0.94 . . . . 7.80 46.74 . . 114.73 1279.00 3.80 9.71 . 8.76 0.44 . 9.41 7.56 1.73 82.60 . 1.60 33.00 43.79 1.49 700.75 -2873 2001 1 3 0.56 . . 1.94 1.49 8.27 7.87 0.94 . . . . 7.80 46.75 . . 114.26 1271.50 3.80 9.84 . 8.76 0.44 . 9.44 7.50 1.73 82.70 . 1.60 33.07 43.70 1.50 700.24 -2874 2001 1 4 0.56 . . 1.93 1.49 8.27 7.89 0.94 . . . . 7.79 46.78 . . 115.47 1265.00 3.80 9.70 . 8.76 0.44 . 9.42 7.54 1.73 82.75 . 1.61 33.00 43.53 1.49 699.40 -2875 2001 1 5 0.57 . . 1.95 1.50 8.27 7.82 0.95 . . . . 7.79 46.76 . . 116.19 1264.70 3.80 9.75 . 8.70 0.45 . 9.33 7.56 1.73 83.15 . 1.60 32.92 43.26 1.49 698.75 -2876 2001 1 8 0.56 . . 1.95 1.49 8.27 7.87 0.94 . . . . 7.79 46.73 . . 115.97 1263.60 3.80 9.69 . 8.74 0.45 . 9.41 7.59 1.72 82.95 . 1.60 32.85 42.95 1.49 699.00 -2877 2001 1 9 0.56 . . 1.94 1.49 8.27 7.93 0.93 . . . . 7.80 46.68 . . 116.64 1253.30 3.80 9.75 . 8.77 0.44 . 9.49 7.72 1.73 82.90 . 1.62 32.63 43.13 1.49 699.25 -2878 2001 1 10 0.55 . . 1.94 1.49 8.27 7.95 0.93 . . . . 7.80 46.68 . . 116.26 1270.00 3.80 9.81 . 8.72 0.44 . 9.43 7.97 1.73 83.00 . 1.62 32.65 43.20 1.49 699.65 -2879 2001 1 11 0.55 . . 1.94 1.49 8.27 7.83 0.95 . . . . 7.80 46.68 . . 117.56 1279.20 3.80 9.85 . 8.59 0.44 . 9.32 7.84 1.73 83.42 . 1.61 32.67 43.57 1.49 699.75 -2880 2001 1 12 0.55 . . 1.94 1.49 8.27 7.87 0.94 . . . . 7.80 47.47 . . 117.76 1279.20 3.80 9.88 . 8.66 0.44 . 9.34 7.82 1.73 85.00 . 1.62 32.67 43.34 1.47 699.50 -2881 2001 1 15 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2882 2001 1 16 0.55 . . 1.95 1.50 8.27 7.96 0.93 . . . . 7.79 46.55 . . 117.28 1283.80 3.80 9.97 . 8.76 0.44 . 9.50 7.82 1.73 84.99 . 1.63 32.64 43.09 1.46 699.85 -2883 2001 1 17 0.55 . . 1.95 1.51 8.27 8.01 0.93 . . . . 7.80 46.48 . . 118.35 1279.00 3.80 9.88 . 8.79 0.44 . 9.56 7.85 1.73 84.99 . 1.65 32.67 43.30 1.47 699.50 -2884 2001 1 18 0.55 . . 1.95 1.51 8.27 7.90 0.94 . . . . 7.79 46.45 . . 117.78 1286.00 3.80 9.89 . 8.70 0.44 . 9.43 7.86 1.73 85.10 . 1.61 32.67 43.25 1.47 699.75 -2885 2001 1 19 0.55 . . 1.96 1.51 8.27 7.97 0.93 . . . . 7.79 46.43 . . 117.23 1276.12 3.80 9.79 . 8.77 0.44 . 9.46 7.87 1.73 85.10 . 1.63 32.61 43.10 1.46 700.00 -2886 2001 1 22 0.55 . . 1.95 1.50 8.27 7.97 0.93 . . . . 7.79 46.43 . . 116.62 1275.10 3.80 9.79 . 8.78 0.44 . 9.51 7.87 1.73 85.20 . 1.63 32.59 43.13 1.46 700.00 -2887 2001 1 23 0.55 . . 1.95 1.50 8.27 7.95 0.93 . . . . 7.79 46.39 . . 116.95 1275.10 3.80 9.77 . 8.81 0.44 . 9.53 7.83 1.74 85.35 . 1.63 32.60 43.03 1.47 700.25 -2888 2001 1 24 0.54 . . 1.96 1.51 8.27 8.07 0.92 . . . . 7.80 46.42 . . 118.18 1275.80 3.80 9.69 . 8.88 0.43 . 9.62 7.88 1.74 91.00 . 1.65 32.60 43.13 1.46 700.55 -2889 2001 1 25 0.54 . . 1.97 1.50 8.27 8.10 0.92 . . . . 7.79 46.54 . . 116.91 1277.50 3.80 9.69 . 8.91 0.43 . 9.69 7.86 1.74 93.00 . 1.65 32.57 42.97 1.46 700.00 -2890 2001 1 26 0.54 . . 1.97 1.50 8.27 8.09 0.92 . . . . 7.79 46.53 . . 117.16 1281.90 3.80 9.70 . 8.91 0.43 . 9.63 7.89 1.75 89.90 . 1.65 32.57 42.85 1.45 700.75 -2891 2001 1 29 0.54 . . 1.97 1.50 8.27 8.13 0.91 . . . . 7.79 46.50 . . 116.67 1266.00 3.80 9.67 . 8.91 0.43 . 9.64 7.87 1.74 89.50 . 1.65 32.54 42.63 1.45 701.00 -2892 2001 1 30 0.54 . . 1.96 1.49 8.27 8.04 0.92 . . . . 7.79 46.46 . . 115.75 1265.50 3.80 9.67 . 8.84 0.44 . 9.55 7.80 1.74 89.90 . 1.64 32.23 42.68 1.46 701.26 -2893 2001 1 31 0.54 . . 1.97 1.49 8.27 8.01 0.93 . . . . 7.79 46.44 . . 116.39 1258.00 3.80 9.68 . 8.83 0.44 . 9.52 7.77 1.74 90.00 . 1.64 32.35 42.49 1.46 701.25 -2894 2001 2 1 0.55 . . 1.98 1.49 8.27 7.95 0.93 . . . . 7.79 46.41 . . 115.33 1257.00 3.80 9.73 . 8.75 0.44 . 9.48 7.73 1.73 90.40 . 1.63 32.39 42.30 1.47 701.30 -2895 2001 2 2 0.55 . . 1.99 1.49 8.27 7.97 0.93 . . . . 7.79 46.44 . . 115.65 1249.50 3.80 9.77 . 8.75 0.44 . 9.51 7.77 1.73 88.50 . 1.64 32.30 42.38 1.46 702.00 -2896 2001 2 5 0.55 . . 1.99 1.50 8.27 7.94 0.93 . . . . 7.79 46.43 . . 114.99 1263.00 3.80 9.78 . 8.72 0.44 . 9.51 7.77 1.74 88.50 . 1.63 32.33 42.47 1.47 701.50 -2897 2001 2 6 0.54 . . 1.99 1.50 8.27 8.02 0.93 . . . . 7.80 46.42 . . 114.88 1259.00 3.80 9.69 . 8.78 0.44 . 9.56 7.79 1.74 87.30 . 1.65 32.27 42.40 1.45 701.50 -2898 2001 2 7 0.54 . . 2.00 1.51 8.27 8.00 0.93 . . . . 7.80 46.46 . . 116.21 1270.00 3.80 9.69 . 8.77 0.44 . 9.53 7.88 1.74 87.50 . 1.64 32.27 42.70 1.46 702.35 -2899 2001 2 8 0.53 . . 1.99 1.51 8.27 8.12 0.91 . . . . 7.80 46.46 . . 116.30 1267.00 3.80 9.66 . 8.89 0.43 . 9.67 7.98 1.74 87.50 . 1.67 32.27 42.52 1.44 703.00 -2900 2001 2 9 0.53 . . 1.98 1.50 8.27 8.05 0.92 . . . . 7.79 46.54 . . 117.57 1265.00 3.80 9.76 . 8.85 0.43 . 9.63 7.86 1.74 86.90 . 1.65 32.27 42.62 1.44 702.50 -2901 2001 2 12 0.53 . . 1.98 1.52 8.27 8.03 0.92 . . . . 7.80 46.56 . . 117.62 1264.10 3.80 9.74 . 8.84 0.43 . 9.66 7.83 1.74 86.60 . 1.65 32.29 42.62 1.45 703.01 -2902 2001 2 13 0.53 . . 1.98 1.52 8.27 8.10 0.92 . . . . 7.80 46.60 . . 117.30 1255.50 3.80 9.70 . 8.92 0.43 . 9.79 7.90 1.74 87.50 . 1.66 32.35 42.52 1.45 703.00 -2903 2001 2 14 0.52 . . 1.98 1.52 8.27 8.11 0.91 . . . . 7.79 46.65 . . 116.65 1252.50 3.80 9.72 . 8.94 0.42 . 9.83 7.88 1.74 87.00 . 1.66 32.32 42.40 1.45 704.00 -2904 2001 2 15 0.52 . . 1.98 1.52 8.27 8.25 0.90 . . . . 7.80 46.63 . . 115.67 1242.00 3.80 9.68 . 9.03 0.42 . 9.88 7.87 1.74 85.90 . 1.69 32.31 42.42 1.44 703.75 -2905 2001 2 16 0.53 . . 1.99 1.53 8.27 8.14 0.91 . . . . 7.80 46.55 . . 115.46 1244.00 3.80 9.70 . 8.93 0.43 . 9.80 7.84 1.73 87.00 . 1.67 32.32 42.47 1.45 703.75 -2906 2001 2 19 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2907 2001 2 20 0.52 . . 2.00 1.53 8.27 8.20 0.90 . . . . 7.80 46.66 . . 115.57 1234.00 3.80 9.68 . 9.05 0.42 . 9.87 7.76 1.74 85.40 . 1.68 32.30 42.79 1.44 704.25 -2908 2001 2 21 0.52 . . 2.01 1.53 8.27 8.23 0.90 . . . . 7.80 46.65 . . 116.45 1240.00 3.80 9.70 . 9.08 0.42 . 9.94 7.80 1.74 85.50 . 1.68 32.30 42.94 1.43 704.50 -2909 2001 2 22 0.52 . . 2.04 1.53 8.27 8.23 0.90 . . . . 7.80 46.63 . . 116.53 1241.10 3.80 9.74 . 9.09 0.43 . 9.97 7.84 1.74 87.00 . 1.69 32.38 43.02 1.44 705.15 -2910 2001 2 23 0.52 . . 2.04 1.53 8.27 8.20 0.90 . . . . 7.79 46.65 . . 116.15 1249.10 3.80 9.71 . 9.03 0.43 . 9.95 7.85 1.74 87.00 . 1.68 32.40 43.06 1.44 704.50 -2911 2001 2 26 0.52 . . 2.03 1.53 8.27 8.20 0.90 . . . . 7.79 46.66 . . 116.63 1247.10 3.80 9.67 . 9.03 0.42 . 9.92 7.78 1.74 86.08 . 1.68 32.40 43.05 1.44 703.85 -2912 2001 2 27 0.52 . . 2.03 1.52 8.27 8.17 0.91 . . . . 7.80 46.68 . . 116.20 1249.50 3.80 9.68 . 9.00 0.43 . 9.90 7.72 1.74 87.00 . 1.68 32.40 42.85 1.44 704.90 -2913 2001 2 28 0.52 . . 2.04 1.53 8.27 8.10 0.92 . . . . 7.80 46.59 . . 117.28 1254.80 3.80 9.69 . 8.92 0.43 . 9.81 7.70 1.74 87.00 . 1.67 32.40 43.11 1.44 705.00 -2914 2001 3 1 0.52 . . 2.04 1.54 8.27 8.03 0.92 . . . . 7.80 46.59 . . 117.33 1253.10 3.80 9.71 . 8.86 0.43 . 9.73 7.73 1.74 87.00 . 1.65 32.38 43.29 1.45 705.56 -2915 2001 3 2 0.52 . . 2.03 1.54 8.27 7.99 0.93 . . . . 7.80 46.59 . . 119.06 1268.00 3.80 9.67 . 8.80 0.43 . 9.68 7.74 1.75 87.00 . 1.64 32.40 43.39 1.47 705.00 -2916 2001 3 5 0.52 . . 2.02 1.54 8.27 8.03 0.92 . . . . 7.80 46.57 . . 119.08 1275.00 3.80 9.64 . 8.86 0.43 . 9.74 7.77 1.75 87.00 . 1.65 32.40 43.57 1.46 705.75 -2917 2001 3 6 0.51 . . 2.02 1.53 8.27 8.01 0.93 . . . . 7.80 46.53 . . 118.87 1265.50 3.80 9.64 . 8.81 0.43 . 9.67 7.89 1.75 85.10 . 1.65 32.40 43.44 1.46 705.35 -2918 2001 3 7 0.50 . . 2.04 1.54 8.27 8.04 0.92 . . . . 7.80 46.57 . . 119.86 1274.50 3.80 9.65 . 8.86 0.42 . 9.75 7.92 1.75 85.30 . 1.65 32.42 43.69 1.46 706.25 -2919 2001 3 8 0.50 . . 2.04 1.54 8.27 8.04 0.92 . . . . 7.80 46.56 . . 119.51 1272.00 3.80 9.64 . 8.84 0.42 . 9.74 7.72 1.75 85.40 . 1.65 32.42 43.53 1.46 705.80 -2920 2001 3 9 0.50 . . 2.05 1.54 8.27 8.01 0.93 . . . . 7.79 46.55 . . 119.71 1269.10 3.80 9.67 . 8.80 0.41 . 9.75 7.75 1.75 84.40 . 1.65 32.45 43.61 1.46 706.50 -2921 2001 3 12 0.50 . . 2.06 1.55 8.27 8.02 0.93 . . . . 7.79 46.57 . . 120.63 1280.00 3.80 9.67 . 8.84 0.42 . 9.83 7.77 1.76 84.50 . 1.65 32.48 43.78 1.46 705.00 -2922 2001 3 13 0.50 . . 2.06 1.54 8.27 8.16 0.91 . . . . 7.79 46.70 . . 120.20 1276.00 3.80 9.63 . 8.98 0.41 . 10.01 7.79 1.76 84.60 . 1.68 32.57 43.58 1.45 705.25 -2923 2001 3 14 0.49 . . 2.07 1.55 8.27 8.16 0.91 . . . . 7.79 46.69 . . 120.97 1278.00 3.80 9.57 . 8.96 0.41 . 10.01 7.86 1.76 85.10 . 1.68 32.53 43.67 1.44 705.00 -2924 2001 3 15 0.49 . . 2.10 1.55 8.27 8.25 0.90 . . . . 7.80 46.66 . . 122.23 1286.00 3.80 9.59 . 9.07 0.41 . 10.09 7.84 1.77 85.50 . 1.70 32.61 43.97 1.44 705.00 -2925 2001 3 16 0.49 . . 2.12 1.56 8.27 8.37 0.89 . . . . 7.79 46.69 . . 122.85 1295.00 3.80 9.62 . 9.14 0.41 . 10.24 7.94 1.77 85.50 . 1.71 32.73 44.00 1.42 705.75 -2926 2001 3 19 0.49 . . 2.17 1.56 8.27 8.30 0.89 . . . . 7.79 46.72 . . 122.57 1298.00 3.80 9.57 . 9.03 0.41 . 10.19 8.00 1.76 85.55 . 1.70 32.80 43.89 1.42 705.66 -2927 2001 3 20 0.49 . . 2.10 1.56 8.27 8.26 0.90 . . . . 7.79 46.71 . . 122.73 1297.01 3.80 9.52 . 9.00 0.41 . 10.12 7.97 1.77 85.55 . 1.69 32.78 44.07 1.42 705.26 -2928 2001 3 21 0.49 . . 2.10 1.57 8.27 8.31 0.89 . . . . 7.79 46.71 . . 123.62 1310.00 3.80 9.54 . 9.06 0.41 . 10.25 7.99 1.78 85.75 . 1.70 32.82 44.30 1.43 705.51 -2929 2001 3 22 0.49 . . 2.14 1.57 8.27 8.40 0.88 . . . . 7.79 46.74 . . 123.84 1324.00 3.80 9.59 . 9.12 0.41 . 10.43 8.03 1.78 85.75 . 1.72 32.92 44.44 1.42 706.25 -2930 2001 3 23 0.49 . . 2.17 1.56 8.27 8.36 0.89 . . . . 7.79 46.72 . . 122.64 1310.00 3.80 9.66 . 9.06 0.41 . 10.25 7.97 1.78 85.60 . 1.71 32.85 44.22 1.42 707.25 -2931 2001 3 26 0.49 . . 2.13 1.55 8.27 8.33 0.89 . . . . 7.80 46.69 . . 122.81 1310.70 3.80 9.54 . 9.05 0.41 . 10.22 7.95 1.79 85.70 . 1.71 32.72 44.35 1.43 707.00 -2932 2001 3 27 0.49 . . 2.12 1.56 8.27 8.37 0.89 . . . . 7.80 46.65 . . 122.99 1312.00 3.80 9.52 . 9.11 0.41 . 10.23 8.00 1.79 86.10 . 1.71 32.67 44.48 1.42 707.45 -2933 2001 3 28 0.49 . . 2.12 1.56 8.27 8.40 0.88 . . . . 7.80 46.65 . . 122.62 1302.00 3.80 9.54 . 9.11 0.40 . 10.34 8.01 1.79 86.45 . 1.72 32.67 44.63 1.43 707.50 -2934 2001 3 29 0.49 . . 2.14 1.57 8.27 8.47 0.88 . . . . 7.79 46.66 . . 123.45 1323.00 3.80 9.53 . 9.12 0.40 . 10.40 8.01 1.80 86.60 . 1.73 32.80 44.78 1.43 708.00 -2935 2001 3 30 0.48 . . 2.17 1.57 8.27 8.48 0.87 . . . . 7.80 46.85 . . 125.54 1332.00 3.80 9.49 . 9.14 0.40 . 10.38 8.03 1.80 86.60 . 1.73 32.85 45.04 1.41 707.25 -2936 2001 4 2 0.48 . . 2.15 1.57 8.27 8.45 0.88 . . . . 7.79 46.65 . . 126.75 1350.00 3.80 9.41 . 9.16 0.39 . 10.38 8.11 1.81 86.60 . 1.73 32.97 45.16 1.42 708.25 -2937 2001 4 3 0.48 . . 2.17 1.57 8.27 8.35 0.89 . . . . 7.79 46.67 . . 125.41 1350.00 3.80 9.39 . 9.10 0.40 . 10.27 8.12 1.81 87.50 . 1.71 32.89 45.15 1.43 708.25 -2938 2001 4 4 0.48 . . 2.16 1.56 8.27 8.28 0.90 . . . . 7.79 46.60 . . 125.38 1369.00 3.80 9.42 . 9.07 0.40 . 10.23 8.07 1.81 88.10 . 1.69 33.00 45.39 1.43 708.50 -2939 2001 4 5 0.48 . . 2.16 1.57 8.27 8.31 0.89 . . . . 7.79 46.64 . . 124.33 1352.00 3.80 9.39 . 9.07 0.40 . 10.19 8.08 1.80 88.10 . 1.70 32.90 45.37 1.42 709.00 -2940 2001 4 6 0.49 . . 2.15 1.56 8.27 8.29 0.90 . . . . 7.79 46.58 . . 124.03 1342.10 3.80 9.41 . 9.05 0.40 . 10.11 8.06 1.81 88.10 . 1.70 32.90 45.52 1.43 709.26 -2941 2001 4 9 0.49 . . 2.16 1.56 8.27 8.27 0.90 . . . . 7.79 46.58 . . 124.85 1341.90 3.80 9.36 . 9.03 0.40 . 10.13 8.06 1.81 88.00 . 1.69 33.00 45.64 1.44 709.65 -2942 2001 4 10 0.49 . . 2.14 1.55 8.27 8.40 0.88 . . . . 7.80 46.60 . . 124.48 1334.00 3.80 9.32 . 9.10 0.40 . 10.17 8.03 1.81 87.60 . 1.71 32.99 45.59 1.43 709.80 -2943 2001 4 11 0.50 . . 2.15 1.56 8.27 8.43 0.88 . . . . 7.79 46.75 . . 124.82 1326.00 3.80 9.29 . 9.13 0.40 . 10.21 8.03 1.80 88.00 . 1.71 32.97 45.50 1.43 709.95 -2944 2001 4 12 0.50 . . 2.16 1.56 8.27 8.40 0.89 . . . . 7.79 46.75 . . 123.51 1316.10 3.80 9.31 . 9.07 0.40 . 10.12 8.02 1.80 87.75 . 1.70 32.92 45.45 1.43 709.75 -2945 2001 4 13 0.50 . . 2.15 1.56 8.27 8.40 0.88 . . . . 7.79 46.89 . . 124.15 1325.30 3.80 9.31 . 9.11 0.40 . 10.17 8.04 1.80 87.76 . 1.71 32.97 45.43 1.43 709.75 -2946 2001 4 16 0.51 . . 2.18 1.56 8.27 8.40 0.88 . . . . 7.79 47.07 . . 124.64 1330.00 3.80 9.33 . 9.13 0.40 . 10.19 8.03 1.81 87.30 . 1.71 32.95 45.58 1.43 710.50 -2947 2001 4 17 0.50 . . 2.19 1.55 8.27 8.46 0.88 . . . . 7.80 46.95 . . 123.67 1325.00 3.80 9.29 . 9.13 0.40 . 10.29 8.15 1.80 87.50 . 1.73 32.97 45.53 1.42 711.15 -2948 2001 4 18 0.49 . . 2.17 1.56 8.27 8.46 0.88 . . . . 7.80 46.95 . . 122.35 1316.00 3.80 9.19 . 9.12 0.40 . 10.28 8.12 1.79 87.70 . 1.73 32.97 45.22 1.42 711.50 -2949 2001 4 19 0.50 . . 2.19 1.54 8.27 8.38 0.89 . . . . 7.79 46.88 . . 121.87 1299.00 3.80 9.27 . 9.07 0.40 . 10.13 8.14 1.80 87.80 . 1.71 32.85 45.40 1.43 709.71 -2950 2001 4 20 0.51 . . 2.22 1.54 8.27 8.26 0.90 . . . . 7.79 46.88 . . 122.52 1313.10 3.80 9.37 . 9.02 0.41 . 10.08 8.16 1.81 88.20 . 1.69 32.91 45.68 1.44 711.50 -2951 2001 4 23 0.50 . . 2.25 1.54 8.27 8.33 0.89 . . . . 7.79 46.82 . . 121.68 1314.50 3.80 9.39 . 9.07 0.41 . 10.21 8.14 1.80 88.40 . 1.70 32.94 45.48 1.43 711.85 -2952 2001 4 24 0.50 . . 2.26 1.54 8.27 8.34 0.89 . . . . 7.79 46.88 . . 122.08 1307.00 3.80 9.29 . 9.11 0.40 . 10.25 8.10 1.81 88.90 . 1.71 32.92 45.56 1.43 711.75 -2953 2001 4 25 0.50 . . 2.29 1.54 8.27 8.31 0.89 . . . . 7.80 46.88 . . 122.21 1307.90 3.80 9.31 . 9.10 0.40 . 10.22 8.10 1.81 88.90 . 1.70 32.93 45.63 1.43 712.00 -2954 2001 4 26 0.50 . . 2.26 1.54 8.27 8.28 0.90 . . . . 7.79 46.78 . . 123.13 1317.00 3.80 9.26 . 9.05 0.41 . 10.13 8.01 1.81 89.40 . 1.70 32.89 45.72 1.43 711.75 -2955 2001 4 27 0.51 . . 2.22 1.54 8.27 8.36 0.89 . . . . 7.79 46.88 . . 123.76 1328.00 3.80 9.30 . 9.07 0.41 . 10.19 7.96 1.81 90.00 . 1.72 32.97 45.72 1.43 712.00 -2956 2001 4 30 0.50 . . 2.18 1.53 8.27 8.41 0.88 . . . . 7.79 46.88 . . 123.57 1319.00 3.80 9.26 . 9.10 0.41 . 10.26 8.03 1.82 90.70 . 1.73 32.94 45.65 1.43 712.26 -2957 2001 5 1 0.51 . . 2.20 1.53 8.27 8.35 0.89 . . . . 7.79 46.87 . . 121.92 1319.00 3.80 9.27 . 9.05 0.41 . 10.20 8.02 1.81 90.70 . 1.72 32.95 45.65 1.43 712.50 -2958 2001 5 2 0.52 . . 2.23 1.53 8.27 8.36 0.89 . . . . 7.79 46.87 . . 121.72 1310.00 3.80 9.29 . 9.06 0.42 . 10.23 8.03 1.81 93.00 . 1.73 32.90 45.53 1.43 712.75 -2959 2001 5 3 0.51 . . 2.23 1.53 8.27 8.40 0.88 . . . . 7.79 46.87 . . 121.19 1296.00 3.80 9.29 . 9.09 0.42 . 10.27 8.09 1.82 92.90 . 1.73 32.89 45.45 1.43 713.00 -2960 2001 5 4 0.51 . . 2.21 1.53 8.27 8.35 0.89 . . . . 7.79 46.87 . . 121.05 1292.50 3.80 9.26 . 9.04 0.42 . 10.20 8.03 1.82 90.60 . 1.73 32.91 45.68 1.43 713.35 -2961 2001 5 7 0.51 . . 2.20 1.54 8.27 8.37 0.89 . . . . 7.79 46.84 . . 121.34 1297.10 3.80 9.22 . 9.04 0.42 . 10.23 7.98 1.82 90.45 . 1.73 32.90 45.64 1.44 713.70 -2962 2001 5 8 0.51 . . 2.23 1.54 8.27 8.43 0.88 . . . . 7.79 46.83 . . 121.66 1304.00 3.80 9.21 . 9.08 0.42 . 10.29 8.00 1.82 90.45 . 1.74 32.91 45.66 1.43 713.80 -2963 2001 5 9 0.52 . . 2.26 1.54 8.27 8.43 0.88 . . . . 7.80 46.85 . . 122.25 1301.90 3.80 9.21 . 9.11 0.42 . 10.28 7.95 1.82 90.00 . 1.74 32.91 45.59 1.42 714.35 -2964 2001 5 10 0.52 . . 2.27 1.53 8.27 8.48 0.87 . . . . 7.80 46.88 . . 122.71 1307.00 3.80 9.19 . 9.14 0.42 . 10.29 7.95 1.81 89.95 . 1.74 32.92 45.49 1.41 714.00 -2965 2001 5 11 0.52 . . 2.28 1.55 8.27 8.51 0.87 . . . . 7.79 46.85 . . 122.50 1298.00 3.80 9.23 . 9.16 0.42 . 10.25 7.97 1.81 89.95 . 1.75 32.92 45.48 1.41 714.65 -2966 2001 5 14 0.51 . . 2.30 1.55 8.27 8.53 0.87 . . . . 7.80 47.00 . . 123.12 1298.00 3.80 9.19 . 9.15 0.41 . 10.32 7.98 1.81 90.05 . 1.75 32.89 45.55 1.41 714.95 -2967 2001 5 15 0.51 . . 2.33 1.54 8.27 8.48 0.87 . . . . 7.80 47.03 . . 123.26 1303.70 3.80 9.17 . 9.12 0.41 . 10.25 8.00 1.81 90.45 . 1.74 32.95 45.51 1.42 714.75 -2968 2001 5 16 0.52 . . 2.32 1.54 8.27 8.44 0.88 . . . . 7.80 46.97 . . 123.59 1310.00 3.80 9.17 . 9.09 0.42 . 10.26 8.01 1.81 90.45 . 1.73 33.00 45.37 1.42 715.25 -2969 2001 5 17 0.52 . . 2.30 1.53 8.27 8.45 0.88 . . . . 7.80 46.99 . . 122.68 1302.10 3.80 9.00 . 9.06 0.42 . 10.22 7.96 1.80 90.60 . 1.73 33.00 45.35 1.43 715.60 -2970 2001 5 18 0.52 . . 2.29 1.53 8.27 8.50 0.87 . . . . 7.80 46.98 . . 123.67 1304.10 3.80 8.98 . 9.05 0.42 . 10.25 7.93 1.81 90.65 . 1.74 32.98 45.54 1.43 716.50 -2971 2001 5 21 0.52 . . 2.32 1.53 8.27 8.51 0.87 . . . . 7.79 47.00 . . 122.91 1303.00 3.80 8.95 . 9.07 0.42 . 10.24 7.89 1.81 90.65 . 1.74 33.45 45.62 1.43 715.00 -2972 2001 5 22 0.52 . . 2.30 1.54 8.27 8.60 0.86 . . . . 7.80 47.06 . . 122.79 1305.00 3.80 8.98 . 9.16 0.42 . 10.37 7.91 1.80 90.65 . 1.76 33.47 45.64 1.42 715.00 -2973 2001 5 23 0.51 . . 2.34 1.54 8.27 8.67 0.85 . . . . 7.79 47.02 . . 120.39 1287.00 3.80 9.05 . 9.23 0.42 . 10.50 7.95 1.80 90.65 . 1.77 33.45 45.50 1.42 716.25 -2974 2001 5 24 0.51 . . 2.35 1.54 8.27 8.69 0.85 . . . . 7.80 47.02 . . 120.15 1286.00 3.80 9.09 . 9.20 0.42 . 10.52 7.96 1.80 90.85 . 1.77 33.50 45.43 1.41 716.56 -2975 2001 5 25 0.51 . . 2.34 1.54 8.27 8.69 0.85 . . . . 7.80 47.02 . . 120.75 1289.30 3.80 9.09 . 9.19 0.42 . 10.53 7.90 1.80 90.95 . 1.77 33.55 45.59 1.42 717.26 -2976 2001 5 28 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -2977 2001 5 29 0.51 . . 2.33 1.53 8.27 8.72 0.85 . . . . 7.79 47.02 . . 120.10 1290.00 3.80 9.08 . 9.25 0.42 . 10.57 7.94 1.80 91.35 . 1.78 34.05 45.43 1.41 716.51 -2978 2001 5 30 0.51 . . 2.35 1.54 8.27 8.69 0.85 . . . . 7.80 47.00 . . 120.27 1290.00 3.80 9.17 . 9.22 0.41 . 10.59 7.98 1.81 91.35 . 1.77 34.02 45.43 1.42 715.25 -2979 2001 5 31 0.50 . . 2.35 1.54 8.27 8.81 0.84 . . . . 7.79 47.00 . . 118.88 1282.00 3.80 9.17 . 9.37 0.40 . 10.79 8.02 1.80 92.00 . 1.79 33.95 45.41 1.41 716.00 -2980 2001 6 1 0.50 . . 2.38 1.53 8.27 8.82 0.84 . . . . 7.80 47.05 . . 119.13 1286.00 3.80 9.18 . 9.45 0.41 . 10.85 8.03 1.81 91.35 . 1.79 34.10 45.40 1.41 714.75 -2981 2001 6 4 0.50 . . 2.35 1.53 8.27 8.82 0.84 . . . . 7.80 47.06 . . 119.50 1285.00 3.80 9.14 . 9.44 0.40 . 10.92 8.04 1.81 90.45 . 1.79 34.10 45.40 1.41 715.74 -2982 2001 6 5 0.50 . . 2.39 1.53 8.27 8.76 0.85 . . . . 7.79 47.00 . . 120.27 1287.00 3.80 9.17 . 9.36 0.41 . 10.83 8.04 1.81 90.50 . 1.78 34.08 45.00 1.41 715.80 -2983 2001 6 6 0.51 . . 2.38 1.52 8.27 8.82 0.84 . . . . 7.79 47.03 . . 120.35 1286.00 3.80 9.13 . 9.39 0.41 . 10.92 8.08 1.81 89.95 . 1.79 34.10 45.28 1.39 715.75 -2984 2001 6 7 0.51 . . 2.39 1.52 8.27 8.76 0.85 . . . . 7.80 47.00 . . 119.91 1286.00 3.80 9.12 . 9.33 0.41 . 10.95 8.09 1.80 89.90 . 1.79 34.10 45.18 1.39 716.00 -2985 2001 6 8 0.52 . . 2.37 1.52 8.27 8.76 0.85 . . . . 7.79 47.03 . . 120.60 1286.00 3.80 9.07 . 9.34 0.41 . 10.93 8.06 1.80 89.90 . 1.79 34.10 45.14 1.38 715.75 -2986 2001 6 11 0.52 . . 2.37 1.51 8.27 8.84 0.84 . . . . 7.79 47.04 . . 122.02 1289.00 3.80 9.05 . 9.42 0.41 . 11.02 8.09 1.81 90.05 . 1.80 34.10 45.21 1.37 716.26 -2987 2001 6 12 0.52 . . 2.39 1.52 8.27 8.79 0.84 . . . . 7.79 47.08 . . 121.74 1291.00 3.80 9.09 . 9.42 0.41 . 11.00 8.10 1.81 90.00 . 1.79 34.10 45.29 1.37 716.65 -2988 2001 6 13 0.52 . . 2.41 1.51 8.27 8.73 0.85 . . . . 7.79 47.09 . . 121.89 1293.00 3.80 9.10 . 9.34 0.42 . 10.79 8.09 1.81 90.10 . 1.79 34.43 45.38 1.39 717.00 -2989 2001 6 14 0.52 . . 2.42 1.52 8.27 8.66 0.85 . . . . 7.79 47.00 . . 121.42 1293.00 3.80 9.05 . 9.27 0.41 . 10.70 8.04 1.81 90.50 . 1.77 34.41 45.37 1.40 717.11 -2990 2001 6 15 0.52 . . 2.40 1.52 8.27 8.63 0.86 . . . . 7.79 47.05 . . 122.97 1293.00 3.80 9.05 . 9.23 0.41 . 10.57 8.00 1.81 90.10 . 1.77 34.48 45.31 1.40 717.50 -2991 2001 6 18 0.52 . . 2.47 1.53 8.27 8.66 0.86 . . . . 7.79 47.02 . . 123.20 1293.00 3.80 9.05 . 9.21 0.41 . 10.51 8.05 1.81 90.10 . 1.77 34.48 45.36 1.40 715.71 -2992 2001 6 19 0.52 . . 2.47 1.53 8.27 8.71 0.85 . . . . 7.79 47.02 . . 122.97 1305.00 3.80 9.09 . 9.18 0.41 . 10.62 8.07 1.81 90.10 . 1.78 34.48 45.23 1.40 717.75 -2993 2001 6 20 0.51 . . 2.47 1.53 8.27 8.76 0.85 . . . . 7.79 47.01 . . 123.30 1305.00 3.80 9.09 . 9.26 0.41 . 10.72 8.09 1.82 90.10 . 1.79 34.48 45.26 1.39 718.25 -2994 2001 6 21 0.51 . . 2.38 1.52 8.27 8.72 0.85 . . . . 7.79 47.05 . . 124.40 1303.00 3.80 9.06 . 9.22 0.41 . 10.74 8.06 1.82 90.65 . 1.77 34.45 45.28 1.41 719.00 -2995 2001 6 22 0.51 . . 2.31 1.52 8.27 8.69 0.85 . . . . 7.79 47.04 . . 124.25 1304.00 3.80 9.07 . 9.21 0.41 . 10.70 8.03 1.82 90.60 . 1.77 34.50 45.25 1.41 718.35 -2996 2001 6 25 0.51 . . 2.31 1.51 8.27 8.65 0.86 . . . . 7.79 47.06 . . 124.02 1303.00 3.80 9.06 . 9.21 0.41 . 10.64 8.04 1.81 90.60 . 1.76 34.45 45.14 1.41 718.50 -2997 2001 6 26 0.51 . . 2.31 1.51 8.27 8.65 0.86 . . . . 7.80 47.07 . . 123.82 1301.00 3.80 9.06 . 9.19 0.41 . 10.73 8.02 1.82 90.65 . 1.76 34.44 45.23 1.41 718.75 -2998 2001 6 27 0.51 . . 2.33 1.51 8.27 8.63 0.86 . . . . 7.79 47.04 . . 124.25 1300.00 3.80 9.07 . 9.17 0.41 . 10.73 8.04 1.82 90.65 . 1.76 34.50 45.25 1.41 719.25 -2999 2001 6 28 0.51 . . 2.28 1.52 8.27 8.79 0.84 . . . . 7.79 47.06 . . 124.63 1304.00 3.80 9.09 . 9.29 0.41 . 10.85 8.06 1.82 90.75 . 1.79 34.52 45.30 1.40 719.35 -3000 2001 6 29 0.51 . . 2.30 1.51 8.27 8.78 0.84 . . . . 7.80 47.09 . . 124.73 1303.00 3.80 9.06 . 9.32 0.40 . 10.88 8.05 1.82 90.80 . 1.79 34.48 45.27 1.40 719.35 -3001 2001 7 2 0.51 . . 2.32 1.51 8.27 8.80 0.84 . . . . 7.80 47.18 . . 124.22 1303.00 3.80 9.03 . 9.40 0.40 . 10.95 8.01 1.82 90.95 . 1.80 34.47 45.33 1.41 718.71 -3002 2001 7 3 0.51 . . 2.34 1.51 8.27 8.78 0.84 . . . . 7.80 47.17 . . 124.48 1295.00 3.80 9.03 . 9.35 0.40 . 10.87 8.01 1.82 90.75 . 1.79 34.45 45.45 1.40 719.35 -3003 2001 7 4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -3004 2001 7 5 0.51 . . 2.42 1.51 8.27 8.89 0.83 . . . . 7.80 47.18 . . 125.77 1297.00 3.80 9.06 . 9.43 0.40 . 11.00 8.14 1.82 90.75 . 1.81 34.51 45.58 1.39 719.72 -3005 2001 7 6 0.50 . . 2.49 1.52 8.27 8.79 0.84 . . . . 7.80 47.17 . . 125.85 1299.00 3.80 9.16 . 9.37 0.40 . 10.95 8.20 1.82 90.35 . 1.79 34.52 45.38 1.41 720.75 -3006 2001 7 9 0.50 . . 2.45 1.52 8.27 8.78 0.84 . . . . 7.80 47.19 . . 125.43 1297.00 3.80 9.12 . 9.34 0.40 . 10.97 8.21 1.82 90.25 . 1.79 34.60 45.47 1.40 720.00 -3007 2001 7 10 0.51 . . 2.49 1.52 8.27 8.69 0.85 . . . . 7.79 47.19 . . 125.53 1300.00 3.80 9.15 . 9.28 0.40 . 10.84 8.25 1.83 90.25 . 1.77 34.70 45.49 1.40 720.50 -3008 2001 7 11 0.50 . . 2.56 1.52 8.27 8.64 0.86 . . . . 7.80 47.21 . . 124.06 1309.00 3.80 9.30 . 9.27 0.40 . 10.80 8.26 1.83 90.20 . 1.76 35.03 45.59 1.41 721.00 -3009 2001 7 12 0.50 . . 2.57 1.52 8.27 8.72 0.85 . . . . 7.80 47.20 . . 124.10 1301.00 3.80 9.36 . 9.32 0.40 . 10.86 8.28 1.83 90.30 . 1.77 35.00 45.57 1.40 721.51 -3010 2001 7 13 0.50 . . 2.55 1.53 8.27 8.73 0.85 . . . . 7.79 47.21 . . 124.75 1308.00 3.80 9.34 . 9.32 0.40 . 10.81 8.26 1.83 90.30 . 1.77 35.02 45.70 1.39 722.00 -3011 2001 7 16 0.50 . . 2.60 1.54 8.27 8.70 0.85 . . . . 7.80 47.20 . . 125.44 1315.00 3.80 9.30 . 9.33 0.40 . 10.76 8.26 1.83 90.30 . 1.76 35.00 45.76 1.40 722.75 -3012 2001 7 17 0.50 . . 2.50 1.54 8.27 8.70 0.85 . . . . 7.80 47.16 . . 124.89 1316.00 3.80 9.17 . 9.34 0.40 . 10.77 8.24 1.83 90.35 . 1.77 35.05 45.71 1.40 722.76 -3013 2001 7 18 0.51 . . 2.47 1.53 8.27 8.55 0.87 . . . . 7.80 47.12 . . 124.35 1312.00 3.80 9.15 . 9.18 0.41 . 10.60 8.25 1.83 90.30 . 1.73 35.00 45.78 1.41 723.65 -3014 2001 7 19 0.51 . . 2.50 1.54 8.27 8.57 0.86 . . . . 7.79 47.16 . . 123.61 1305.00 3.80 9.19 . 9.21 0.41 . 10.65 8.28 1.82 90.30 . 1.73 35.02 45.73 1.41 723.51 -3015 2001 7 20 0.50 . . 2.45 1.54 8.27 8.54 0.87 . . . . 7.79 47.17 . . 122.85 1305.00 3.80 9.18 . 9.18 0.40 . 10.64 8.25 1.82 90.30 . 1.72 35.00 45.82 1.42 724.01 -3016 2001 7 23 0.50 . . 2.40 1.54 8.27 8.59 0.86 . . . . 7.79 47.17 . . 124.19 1315.00 3.80 9.10 . 9.21 0.40 . 10.71 8.21 1.82 90.30 . 1.73 34.95 45.77 1.41 724.30 -3017 2001 7 24 0.50 . . 2.43 1.53 8.27 8.50 0.87 . . . . 7.79 47.11 . . 124.00 1315.00 3.80 9.11 . 9.15 0.41 . 10.65 8.18 1.81 90.35 . 1.72 34.95 45.72 1.42 724.25 -3018 2001 7 25 0.50 . . 2.47 1.53 8.27 8.46 0.87 . . . . 7.79 47.19 . . 123.64 1310.00 3.80 9.16 . 9.12 0.41 . 10.62 8.20 1.81 90.25 . 1.71 34.87 45.75 1.42 724.75 -3019 2001 7 26 0.50 . . 2.48 1.53 8.27 8.49 0.87 . . . . 7.79 47.20 . . 123.83 1300.00 3.80 9.16 . 9.12 0.41 . 10.61 8.16 1.80 90.05 . 1.72 34.77 45.71 1.42 725.85 -3020 2001 7 27 0.50 . . 2.49 1.53 8.27 8.51 0.87 . . . . 7.79 47.19 . . 123.29 1300.00 3.80 9.19 . 9.12 0.41 . 10.59 8.19 1.79 90.00 . 1.72 34.77 45.66 1.42 724.26 -3021 2001 7 30 0.50 . . 2.43 1.53 8.27 8.50 0.87 . . . . 7.79 47.19 . . 125.18 1305.00 3.80 9.16 . 9.14 0.41 . 10.60 8.22 1.80 90.00 . 1.72 34.77 45.75 1.42 726.00 -3022 2001 7 31 0.50 . . 2.43 1.53 8.27 8.51 0.87 . . . . 7.79 47.18 . . 125.00 1303.00 3.80 9.15 . 9.13 0.41 . 10.62 8.25 1.80 90.00 . 1.72 34.80 45.75 1.42 727.50 -3023 2001 8 1 0.51 . . 2.50 1.53 8.27 8.47 0.87 . . . . 7.79 47.16 . . 124.87 1297.00 3.80 9.22 . 9.09 0.41 . 10.57 8.24 1.80 90.00 . 1.71 34.77 45.75 1.43 727.50 -3024 2001 8 2 0.51 . . 2.48 1.54 8.27 8.45 0.88 . . . . 7.79 47.11 . . 123.72 1289.00 3.80 9.17 . 9.07 0.41 . 10.47 8.23 1.78 90.25 . 1.71 34.56 45.66 1.42 728.65 -3025 2001 8 3 0.51 . . 2.50 1.53 8.27 8.42 0.88 . . . . 7.79 47.17 . . 123.46 1287.00 3.80 9.17 . 9.03 0.41 . 10.37 8.25 1.77 89.95 . 1.70 34.65 45.43 1.42 728.75 -3026 2001 8 6 0.51 . . 2.46 1.52 8.27 8.45 0.88 . . . . 7.79 47.16 . . 123.85 1294.00 3.80 9.13 . 9.07 0.41 . 10.42 8.30 1.78 90.00 . 1.71 34.67 45.45 1.41 728.51 -3027 2001 8 7 0.51 . . 2.44 1.53 8.27 8.48 0.87 . . . . 7.79 47.11 . . 123.83 1290.00 3.80 9.12 . 9.08 0.41 . 10.43 8.28 1.78 90.05 . 1.71 34.70 45.50 1.41 730.00 -3028 2001 8 8 0.51 . . 2.46 1.53 8.27 8.48 0.87 . . . . 7.79 47.19 . . 123.20 1285.00 3.80 9.10 . 9.06 0.42 . 10.42 8.29 1.77 90.00 . 1.71 34.65 45.47 1.41 732.25 -3029 2001 8 9 0.51 . . 2.46 1.53 8.27 8.37 0.88 . . . . 7.79 47.18 . . 123.03 1289.00 3.80 9.09 . 8.99 0.42 . 10.30 8.29 1.77 90.00 . 1.69 34.70 45.42 1.42 730.00 -3030 2001 8 10 0.51 . . 2.48 1.54 8.27 8.32 0.89 . . . . 7.79 47.17 . . 121.97 1284.00 3.80 9.12 . 8.99 0.42 . 10.28 8.22 1.76 90.00 . 1.69 34.67 45.30 1.42 729.65 -3031 2001 8 13 0.51 . . 2.50 1.53 8.27 8.29 0.89 . . . . 7.79 47.17 . . 122.46 1284.00 3.80 9.09 . 9.00 0.42 . 10.27 8.27 1.75 90.00 . 1.68 34.65 45.17 1.42 729.50 -3032 2001 8 14 0.51 . . 2.51 1.54 8.27 8.24 0.90 . . . . 7.79 47.15 . . 121.60 1289.00 3.80 9.13 . 8.95 0.43 . 10.23 8.27 1.75 89.90 . 1.68 34.60 44.88 1.42 730.25 -3033 2001 8 15 0.52 . . 2.49 1.52 8.27 8.16 0.91 . . . . 7.79 47.16 . . 119.92 1284.00 3.80 9.09 . 8.91 0.43 . 10.15 8.22 1.74 90.00 . 1.66 34.60 44.88 1.43 730.45 -3034 2001 8 16 0.52 . . 2.49 1.53 8.27 8.15 0.91 . . . . 7.79 47.16 . . 120.11 1284.00 3.80 9.09 . 8.85 0.43 . 10.16 8.23 1.74 90.00 . 1.66 34.60 44.68 1.44 730.75 -3035 2001 8 17 0.53 . . 2.52 1.54 8.27 8.12 0.91 . . . . 7.79 47.17 . . 120.37 1284.00 3.80 9.12 . 8.85 0.44 . 10.17 8.27 1.75 90.00 . 1.65 34.60 44.82 1.44 730.61 -3036 2001 8 20 0.53 . . 2.53 1.54 8.27 8.15 0.91 . . . . 7.79 47.18 . . 120.72 1286.00 3.80 9.14 . 8.89 0.43 . 10.37 8.31 1.75 89.95 . 1.66 34.65 44.88 1.44 730.75 -3037 2001 8 21 0.52 . . 2.53 1.54 8.27 8.17 0.91 . . . . 7.79 47.18 . . 119.91 1284.00 3.80 9.12 . 8.88 0.43 . 10.35 8.40 1.75 89.95 . 1.66 34.62 44.70 1.44 730.75 -3038 2001 8 22 0.53 . . 2.52 1.54 8.27 8.10 0.91 . . . . 7.79 47.18 . . 119.91 1283.00 3.80 9.12 . 8.82 0.44 . 10.25 8.38 1.75 89.95 . 1.65 34.65 44.65 1.45 731.51 -3039 2001 8 23 0.53 . . 2.53 1.54 8.27 8.12 0.91 . . . . 7.79 47.17 . . 119.84 1284.00 3.80 9.12 . 8.86 0.44 . 10.30 8.35 1.75 89.95 . 1.65 34.67 44.62 1.44 734.00 -3040 2001 8 24 0.53 . . 2.54 1.54 8.27 8.16 0.91 . . . . 7.79 47.17 . . 120.13 1281.00 3.80 9.15 . 8.88 0.43 . 10.27 8.37 1.75 89.95 . 1.66 34.67 44.43 1.44 735.25 -3041 2001 8 27 0.52 . . 2.56 1.54 8.27 8.18 0.90 . . . . 7.79 47.19 . . 120.12 1281.00 3.80 9.11 . 8.88 0.43 . 10.29 8.40 1.74 89.95 . 1.66 34.64 44.26 1.44 738.01 -3042 2001 8 28 0.52 . . 2.56 1.54 8.27 8.18 0.91 . . . . 7.80 47.19 . . 120.48 1281.00 3.80 9.14 . 8.87 0.43 . 10.32 8.36 1.75 90.00 . 1.66 34.64 44.32 1.45 736.25 -3043 2001 8 29 0.53 . . 2.54 1.54 8.27 8.18 0.90 . . . . 7.79 47.16 . . 119.79 1282.00 3.80 9.15 . 8.86 0.44 . 10.38 8.34 1.74 90.00 . 1.66 34.56 44.26 1.45 737.00 -3044 2001 8 30 0.53 . . 2.54 1.54 8.27 8.13 0.91 . . . . 7.79 47.18 . . 119.40 1284.00 3.80 9.19 . 8.80 0.44 . 10.37 8.36 1.74 90.00 . 1.65 34.60 44.26 1.45 737.75 -3045 2001 8 31 0.52 . . 2.55 1.54 8.27 8.19 0.90 . . . . 7.79 47.17 . . 118.75 1284.00 3.80 9.21 . 8.86 0.43 . 10.43 8.43 1.74 90.00 . 1.66 34.58 44.08 1.45 737.26 -3046 2001 9 3 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -3047 2001 9 4 0.52 . . 2.56 1.55 8.27 8.39 0.88 . . . . 7.79 47.22 . . 119.49 1281.00 3.80 9.20 . 8.93 0.43 . 10.71 8.47 1.74 90.35 . 1.70 34.58 44.23 1.44 739.00 -3048 2001 9 5 0.51 . . 2.56 1.56 8.27 8.36 0.88 . . . . 7.79 47.20 . . 120.76 1282.00 3.80 9.25 . 8.92 0.43 . 10.64 8.50 1.74 90.35 . 1.69 34.62 44.39 1.45 740.75 -3049 2001 9 6 0.52 . . 2.58 1.55 8.27 8.32 0.89 . . . . 7.80 47.22 . . 120.95 1282.00 3.80 9.28 . 8.88 0.43 . 10.58 8.52 1.75 90.35 . 1.69 34.65 44.48 1.45 743.75 -3050 2001 9 7 0.51 . . 2.58 1.56 8.27 8.23 0.90 . . . . 7.80 47.27 . . 120.07 1290.00 3.80 9.33 . 8.83 0.43 . 10.54 8.47 1.74 90.30 . 1.67 34.70 44.62 1.46 746.26 -3051 2001 9 10 0.51 . . 2.59 1.56 8.27 8.28 0.89 . . . . 7.79 47.38 . . 121.08 1290.00 3.80 9.36 . 8.88 0.43 . 10.63 8.53 1.75 90.30 . 1.68 34.70 44.65 1.45 746.75 -3052 2001 9 11 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -3053 2001 9 12 0.51 . . 2.67 1.56 8.27 8.20 0.90 . . . . 7.79 47.39 . . 119.53 1284.50 3.79 9.44 . 8.79 0.42 . 10.57 8.61 1.73 90.10 . 1.65 34.45 44.38 1.46 745.25 -3054 2001 9 13 0.51 . . 2.72 1.56 8.27 8.18 0.90 . . . . 7.79 47.49 . . 118.81 1290.00 3.79 9.47 . 8.80 0.42 . 10.55 8.61 1.73 90.08 . 1.65 34.51 44.18 1.46 744.25 -3055 2001 9 14 0.51 . . 2.71 1.56 8.27 8.09 0.91 . . . . 7.79 47.75 . . 117.38 1295.00 3.79 9.49 . 8.73 0.42 . 10.51 8.61 1.73 90.15 . 1.62 34.56 44.09 1.46 744.50 -3056 2001 9 17 0.50 . . 2.66 1.56 8.27 8.09 0.91 . . . . 7.79 47.77 . . 117.59 1298.50 3.79 9.45 . 8.69 0.41 . 10.49 8.63 1.73 90.15 . 1.61 34.56 43.94 1.46 744.25 -3057 2001 9 18 0.49 . . 2.68 1.57 8.27 8.05 0.92 . . . . 7.79 48.05 . . 117.32 1296.00 3.80 9.43 . 8.64 0.41 . 10.55 8.65 1.73 90.13 . 1.60 34.52 44.15 1.46 744.26 -3058 2001 9 19 0.49 . . 2.70 1.57 8.27 7.99 0.93 . . . . 7.79 47.96 . . 117.30 1287.00 3.80 9.42 . 8.53 0.41 . 10.46 8.64 1.73 90.05 . 1.58 34.49 44.12 1.47 743.01 -3059 2001 9 20 0.49 . . 2.73 1.57 8.27 8.04 0.92 . . . . 7.80 48.03 . . 115.89 1298.00 3.80 9.48 . 8.59 0.41 . 10.58 8.70 1.73 90.16 . 1.59 34.61 44.18 1.46 744.01 -3060 2001 9 21 0.48 . . 2.78 1.57 8.27 8.17 0.90 . . . . 7.80 48.08 . . 116.73 1298.00 3.80 9.49 . 8.68 0.40 . 10.90 8.77 1.74 90.15 . 1.58 34.61 44.30 1.45 743.00 -3061 2001 9 24 0.49 . . 2.77 1.56 8.27 8.14 0.91 . . . . 7.80 48.08 . . 117.52 1307.00 3.80 9.44 . 8.73 0.40 . 10.81 8.75 1.76 90.15 . 1.60 34.56 44.45 1.46 741.01 -3062 2001 9 25 0.49 . . 2.71 1.57 8.27 8.07 0.92 . . . . 7.80 48.91 . . 117.78 1308.00 3.80 9.49 . 8.69 0.40 . 10.70 8.77 1.77 90.15 . 1.59 34.62 44.48 1.46 743.01 -3063 2001 9 26 0.48 . . 2.72 1.57 8.27 8.05 0.92 . . . . 7.79 47.91 . . 117.89 1300.00 3.80 9.54 . 8.73 0.40 . 10.74 8.87 1.76 89.85 . 1.59 34.50 44.35 1.47 743.01 -3064 2001 9 27 0.48 . . 2.71 1.57 8.27 8.09 0.91 . . . . 7.79 47.91 . . 119.69 1300.00 3.80 9.57 . 8.82 0.39 . 10.72 8.98 1.76 90.00 . 1.61 34.55 44.47 1.47 743.01 -3065 2001 9 28 0.49 . . 2.67 1.57 8.27 8.17 0.90 . . . . 7.79 47.90 . . 119.23 1302.00 3.80 9.52 . 8.88 0.40 . 10.68 9.02 1.76 90.05 . 1.61 34.56 44.50 1.46 743.25 -3066 2001 10 1 0.49 . . 2.68 1.57 8.27 8.11 0.91 . . . . 7.79 48.03 . . 120.27 1308.00 3.80 9.52 . 8.82 0.40 . 10.62 9.06 1.76 90.17 . 1.61 34.60 44.59 1.47 743.51 -3067 2001 10 2 0.49 . . 2.70 1.56 8.27 8.12 0.91 . . . . 7.79 48.03 . . 120.78 1309.00 3.80 9.52 . 8.83 0.40 . 10.66 9.18 1.77 90.10 . 1.62 34.62 44.70 1.46 743.00 -3068 2001 10 3 0.49 . . 2.72 1.56 8.27 8.09 0.91 . . . . 7.79 47.96 . . 120.67 1309.00 3.80 9.53 . 8.79 0.40 . 10.61 9.35 1.77 90.28 . 1.61 34.61 44.69 1.47 743.15 -3069 2001 10 4 0.49 . . 2.72 1.56 8.27 8.13 0.91 . . . . 7.79 48.04 . . 120.63 1313.00 3.80 9.53 . 8.81 0.40 . 10.62 9.28 1.78 90.24 . 1.62 34.61 44.69 1.47 743.00 -3070 2001 10 5 0.50 . . 2.75 1.56 8.27 8.11 0.91 . . . . 7.79 48.05 . . 120.37 1312.00 3.80 9.59 . 8.78 0.41 . 10.58 9.25 1.79 90.27 . 1.62 34.60 44.77 1.47 743.30 -3071 2001 10 8 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -3072 2001 10 9 0.50 . . 2.77 1.56 8.27 8.12 0.91 . . . . 7.79 48.17 . . 120.20 1307.00 3.80 9.52 . 8.73 0.41 . 10.52 9.26 1.80 90.25 . 1.61 34.60 44.82 1.46 743.01 -3073 2001 10 10 0.50 . . 2.77 1.56 8.27 8.15 0.91 . . . . 7.80 48.09 . . 120.43 1308.00 3.80 9.41 . 8.76 0.41 . 10.58 9.21 1.81 90.25 . 1.62 34.60 44.81 1.44 743.25 -3074 2001 10 11 0.49 . . 2.78 1.56 8.27 8.25 0.90 . . . . 7.79 48.09 . . 121.57 1302.00 3.80 9.34 . 8.82 0.41 . 10.55 9.16 1.81 90.30 . 1.64 34.60 44.77 1.44 743.00 -3075 2001 10 12 0.50 . . 2.78 1.56 8.27 8.19 0.90 . . . . 7.80 48.07 . . 120.93 1299.00 3.80 9.37 . 8.76 0.41 . 10.45 9.14 1.81 90.30 . 1.63 34.53 44.73 1.45 743.30 -3076 2001 10 15 0.51 . . 2.77 1.55 8.27 8.19 0.90 . . . . 7.80 48.07 . . 120.94 1299.00 3.80 9.27 . 8.76 0.42 . 10.44 9.02 1.80 90.60 . 1.62 34.58 44.60 1.44 743.74 -3077 2001 10 16 0.51 . . 2.75 1.56 8.27 8.17 0.90 . . . . 7.80 48.05 . . 121.27 1300.00 3.80 9.24 . 8.77 0.41 . 10.43 9.23 1.81 91.05 . 1.62 34.58 44.63 1.44 743.01 -3078 2001 10 17 0.51 . . 2.72 1.56 8.27 8.20 0.90 . . . . 7.80 48.05 . . 121.05 1300.00 3.80 9.25 . 8.77 0.42 . 10.40 9.26 1.81 91.15 . 1.63 34.58 44.74 1.45 742.10 -3079 2001 10 18 0.50 . . 2.74 1.57 8.27 8.23 0.90 . . . . 7.80 48.08 . . 121.18 1300.00 3.80 9.23 . 8.80 0.41 . 10.46 9.23 1.82 91.15 . 1.63 34.58 44.77 1.44 743.25 -3080 2001 10 19 0.50 . . 2.76 1.57 8.27 8.27 0.89 . . . . 7.79 48.08 . . 121.15 1302.00 3.80 9.21 . 8.88 0.41 . 10.55 9.25 1.82 91.25 . 1.64 34.58 44.77 1.43 742.01 -3081 2001 10 22 0.50 . . 2.71 1.57 8.27 8.35 0.89 . . . . 7.79 48.05 . . 122.45 1303.00 3.80 9.20 . 8.95 0.41 . 10.69 9.51 1.82 91.50 . 1.66 34.58 44.78 1.42 743.00 -3082 2001 10 23 0.50 . . 2.73 1.57 8.27 8.36 0.88 . . . . 7.80 48.03 . . 122.83 1304.00 3.80 9.23 . 8.93 0.41 . 10.65 9.47 1.82 91.60 . 1.66 34.58 44.85 1.42 743.34 -3083 2001 10 24 0.50 . . 2.74 1.57 8.27 8.33 0.89 . . . . 7.80 48.08 . . 122.86 1296.00 3.80 9.21 . 8.91 0.41 . 10.60 9.37 1.82 91.60 . 1.65 34.58 44.80 1.42 743.41 -3084 2001 10 25 0.50 . . 2.73 1.57 8.27 8.29 0.89 . . . . 7.80 48.00 . . 122.72 1296.00 3.80 9.25 . 8.90 0.41 . 10.56 9.36 1.82 91.60 . 1.64 34.59 44.90 1.43 743.50 -3085 2001 10 26 0.50 . . 2.73 1.57 8.27 8.33 0.89 . . . . 7.80 48.02 . . 122.99 1297.00 3.80 9.28 . 8.91 0.41 . 10.58 9.37 1.82 91.75 . 1.65 34.57 44.89 1.43 743.74 -3086 2001 10 29 0.50 . . 2.72 1.57 8.27 8.23 0.90 . . . . 7.80 48.02 . . 122.08 1294.00 3.80 9.24 . 8.82 0.41 . 10.51 9.28 1.82 91.75 . 1.63 34.55 44.80 1.45 743.05 -3087 2001 10 30 0.50 . . 2.72 1.57 8.27 8.21 0.90 . . . . 7.80 48.03 . . 122.07 1298.00 3.80 9.26 . 8.81 0.41 . 10.62 9.39 1.82 91.90 . 1.62 34.55 44.67 1.45 744.00 -3088 2001 10 31 0.50 . . 2.70 1.59 8.27 8.28 0.89 . . . . 7.80 48.04 . . 122.54 1296.00 3.80 9.27 . 8.90 0.41 . 10.67 9.43 1.82 91.90 . 1.63 34.55 44.73 1.45 744.25 -3089 2001 11 1 0.50 . . 2.68 1.59 8.27 8.23 0.90 . . . . 7.80 48.05 . . 121.87 1296.00 3.80 9.29 . 8.82 0.41 . 10.58 9.53 1.82 92.10 . 1.62 34.55 44.76 1.46 744.00 -3090 2001 11 2 0.50 . . 2.67 1.59 8.27 8.24 0.90 . . . . 7.80 48.04 . . 121.68 1296.00 3.80 9.28 . 8.82 0.41 . 10.57 9.54 1.82 92.10 . 1.63 34.55 44.74 1.46 743.25 -3091 2001 11 5 0.50 . . 2.59 1.59 8.27 8.30 0.89 . . . . 7.80 48.02 . . 121.72 1296.00 3.80 9.23 . 8.84 0.41 . 10.59 9.48 1.82 92.20 . 1.64 34.55 44.69 1.45 744.00 -3092 2001 11 6 0.51 . . 2.59 1.59 8.27 8.30 0.89 . . . . 7.80 48.04 . . 121.15 1295.00 3.80 9.21 . 8.85 0.42 . 10.55 9.45 1.81 92.30 . 1.64 34.55 44.67 1.45 744.00 -3093 2001 11 7 0.51 . . 2.60 1.59 8.27 8.28 0.89 . . . . 7.80 48.04 . . 121.05 1292.00 3.80 9.21 . 8.83 0.42 . 10.46 9.54 1.81 92.35 . 1.63 34.55 44.65 1.46 744.00 -3094 2001 11 8 0.51 . . 2.55 1.59 8.27 8.36 0.89 . . . . 7.80 48.07 . . 119.98 1285.00 3.80 9.22 . 8.87 0.41 . 10.53 9.54 1.81 92.35 . 1.64 34.50 44.49 1.45 744.30 -3095 2001 11 9 0.51 . . 2.52 1.60 8.27 8.34 0.89 . . . . 7.80 48.05 . . 120.25 1283.00 3.80 9.23 . 8.83 0.41 . 10.56 9.63 1.82 92.30 . 1.64 34.50 44.49 1.45 744.51 -3096 2001 11 12 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -3097 2001 11 13 0.51 . . 2.51 1.59 8.27 8.45 0.88 . . . . 7.80 48.11 . . 121.45 1288.00 3.80 9.25 . 8.92 0.42 . 10.62 9.69 1.82 92.30 . 1.66 34.50 44.44 1.44 743.61 -3098 2001 11 14 0.51 . . 2.53 1.59 8.27 8.43 0.88 . . . . 7.80 48.11 . . 121.67 1284.00 3.80 9.24 . 8.90 0.42 . 10.59 9.66 1.82 92.30 . 1.66 34.48 44.50 1.44 745.00 -3099 2001 11 15 0.51 . . 2.54 1.58 8.27 8.45 0.88 . . . . 7.80 48.03 . . 122.40 1283.00 3.80 9.22 . 8.97 0.41 . 10.58 9.57 1.83 92.30 . 1.66 34.50 44.50 1.43 745.25 -3100 2001 11 16 0.52 . . 2.53 1.58 8.27 8.41 0.88 . . . . 7.79 48.03 . . 122.67 1283.00 3.80 9.21 . 8.98 0.41 . 10.60 9.56 1.83 92.50 . 1.65 34.50 44.48 1.42 745.01 -3101 2001 11 19 0.52 . . 2.51 1.58 8.27 8.47 0.87 . . . . 7.79 48.00 . . 123.27 1284.00 3.80 9.20 . 9.03 0.41 . 10.67 9.68 1.84 92.70 . 1.66 34.50 44.46 1.41 745.50 -3102 2001 11 20 0.51 . . 2.54 1.59 8.27 8.43 0.88 . . . . 7.79 48.03 . . 122.62 1283.00 3.80 9.17 . 8.94 0.41 . 10.65 9.73 1.83 93.15 . 1.64 34.50 44.41 1.41 745.41 -3103 2001 11 21 0.51 . . 2.53 1.60 8.27 8.47 0.87 . . . . 7.79 48.03 . . 123.19 1280.00 3.80 9.15 . 8.98 0.41 . 10.69 9.91 1.83 93.15 . 1.65 34.47 44.36 1.41 745.74 -3104 2001 11 22 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -3105 2001 11 23 0.51 . . 2.51 1.59 8.27 8.48 0.87 . . . . 7.80 48.10 . . 124.44 1270.00 3.80 9.15 . 9.03 0.41 . 10.66 9.96 1.83 93.15 . 1.66 34.47 44.19 1.40 745.76 -3106 2001 11 26 0.51 . . 2.49 1.60 8.27 8.44 0.88 . . . . 7.79 48.05 . . 124.20 1265.00 3.80 9.17 . 9.03 0.41 . 10.62 9.90 1.83 93.15 . 1.66 34.47 44.18 1.41 746.35 -3107 2001 11 27 0.52 . . 2.47 1.59 8.27 8.44 0.88 . . . . 7.79 48.08 . . 124.17 1265.00 3.80 9.25 . 9.01 0.41 . 10.63 9.97 1.83 93.15 . 1.66 34.46 44.06 1.41 745.50 -3108 2001 11 28 0.52 . . 2.48 1.58 8.27 8.39 0.88 . . . . 7.79 47.99 . . 123.29 1272.00 3.80 9.28 . 8.97 0.41 . 10.65 9.85 1.83 93.25 . 1.64 34.44 44.11 1.42 745.86 -3109 2001 11 29 0.51 . . 2.51 1.58 8.27 8.37 0.88 . . . . 7.79 48.01 . . 123.82 1269.00 3.80 9.31 . 8.97 0.41 . 10.67 10.21 1.83 93.30 . 1.65 34.44 44.10 1.42 747.65 -3110 2001 11 30 0.52 . . 2.51 1.57 8.27 8.31 0.89 . . . . 7.79 47.98 . . 123.22 1273.00 3.80 9.26 . 8.92 0.41 . 10.67 10.30 1.83 93.30 . 1.64 34.47 43.93 1.42 747.25 -3111 2001 12 3 0.51 . . 2.46 1.57 8.27 8.37 0.88 . . . . 7.79 47.93 . . 123.90 1278.00 3.80 9.21 . 8.97 0.41 . 10.72 10.36 1.83 93.30 . 1.65 34.46 43.99 1.42 747.75 -3112 2001 12 4 0.51 . . 2.42 1.57 8.27 8.36 0.88 . . . . 7.79 47.93 . . 124.28 1274.10 3.80 9.22 . 8.99 0.41 . 10.66 10.59 1.83 93.30 . 1.65 34.46 44.10 1.42 748.25 -3113 2001 12 5 0.51 . . 2.42 1.57 8.27 8.40 0.88 . . . . 7.79 47.94 . . 124.40 1270.90 3.80 9.22 . 9.01 0.41 . 10.61 10.82 1.83 93.30 . 1.66 34.46 43.97 1.41 749.00 -3114 2001 12 6 0.51 . . 2.42 1.57 8.27 8.35 0.89 . . . . 7.79 47.90 . . 124.83 1274.40 3.80 9.25 . 8.95 0.41 . 10.49 10.93 1.82 93.30 . 1.65 34.46 43.91 1.42 749.25 -3115 2001 12 7 0.51 . . 2.40 1.57 8.27 8.36 0.89 . . . . 7.79 47.86 . . 125.66 1274.00 3.80 9.22 . 8.95 0.41 . 10.46 11.17 1.83 93.30 . 1.65 34.46 43.83 1.43 750.00 -3116 2001 12 10 0.51 . . 2.34 1.57 8.27 8.38 0.88 . . . . 7.79 47.87 . . 126.27 1282.60 3.80 9.19 . 9.01 0.41 . 10.50 11.02 1.83 93.30 . 1.66 34.48 43.89 1.43 752.31 -3117 2001 12 11 0.51 . . 2.34 1.57 8.27 8.36 0.89 . . . . 7.79 47.85 . . 126.23 1278.30 3.80 9.15 . 8.98 0.41 . 10.51 11.11 1.83 93.15 . 1.65 34.46 43.76 1.43 750.50 -3118 2001 12 12 0.52 . . 2.37 1.56 8.27 8.32 0.89 . . . . 7.79 47.84 . . 126.52 1274.40 3.80 9.16 . 8.95 0.42 . 10.49 11.15 1.83 93.15 . 1.64 34.46 43.72 1.44 750.85 -3119 2001 12 13 0.51 . . 2.38 1.56 8.27 8.29 0.89 . . . . 7.79 47.84 . . 126.32 1274.60 3.80 9.13 . 8.93 0.41 . 10.43 11.54 1.83 93.15 . 1.64 34.46 43.68 1.44 751.25 -3120 2001 12 14 0.51 . . 2.38 1.56 8.27 8.23 0.90 . . . . 7.79 47.86 . . 127.24 1285.90 3.80 9.09 . 8.87 0.41 . 10.49 12.20 1.83 93.15 . 1.63 34.50 43.84 1.45 752.26 -3121 2001 12 17 0.51 . . 2.36 1.56 8.27 8.23 0.90 . . . . 7.79 47.86 . . 127.54 1293.50 3.80 9.11 . 8.86 0.41 . 10.45 12.05 1.83 93.15 . 1.63 34.58 43.87 1.45 752.76 -3122 2001 12 18 0.51 . . 2.34 1.57 8.27 8.24 0.90 . . . . 7.79 47.86 . . 127.97 1291.90 3.80 9.11 . 8.86 0.41 . 10.49 12.23 1.83 93.15 . 1.63 34.71 43.89 1.45 752.90 -3123 2001 12 19 0.51 . . 2.28 1.57 8.27 8.28 0.89 . . . . 7.79 47.80 . . 128.20 1292.20 3.80 9.13 . 8.88 0.41 . 10.49 12.50 1.83 93.15 . 1.63 34.73 43.78 1.45 753.76 -3124 2001 12 20 0.50 . . 2.31 1.57 8.27 8.29 0.89 . . . . 7.79 47.83 . . 128.55 1300.20 3.80 9.16 . 8.92 0.41 . 10.59 13.60 1.83 93.15 . 1.63 34.76 43.90 1.44 755.25 -3125 2001 12 21 0.50 . . 2.35 1.58 8.27 8.39 0.88 . . . . 7.79 47.85 . . 129.48 1308.90 3.80 9.13 . 8.99 0.41 . 10.67 12.41 1.83 93.15 . 1.65 34.92 44.02 1.43 756.75 -3126 2001 12 24 0.50 . . 2.33 1.59 8.27 8.47 0.87 . . . . 7.79 47.95 . . 129.90 1308.20 3.80 9.10 . 9.11 0.41 . 10.82 12.00 1.84 93.15 . 1.69 34.97 44.08 1.43 757.51 -3127 2001 12 25 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -3128 2001 12 26 0.50 . . 2.32 1.59 8.27 8.45 0.87 . . . . 7.79 47.95 . . 130.79 1318.00 3.80 9.10 . 9.09 0.41 . 10.84 11.99 1.84 93.15 . 1.69 35.10 44.10 1.44 758.00 -3129 2001 12 27 0.50 . . 2.33 1.59 8.26 8.41 0.88 . . . . 7.79 48.21 . . 131.47 1329.10 3.80 9.14 . 9.01 0.41 . 10.70 11.84 1.85 93.15 . 1.67 35.13 44.28 1.45 758.50 -3130 2001 12 28 0.51 . . 2.32 1.59 8.27 8.42 0.88 . . . . 7.79 48.29 . . 131.30 1323.00 3.80 9.19 . 9.03 0.41 . 10.56 12.00 1.85 93.15 . 1.67 35.08 44.18 1.44 768.00 -3131 2001 12 31 0.51 . . 2.31 1.59 8.27 8.35 0.89 . . . . 7.79 48.27 . . 131.04 1313.50 3.80 9.16 . 8.97 0.41 . 10.45 12.00 1.84 93.13 . 1.65 35.00 44.24 1.45 758.00 -3132 2002 1 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -3133 2002 1 2 0.51 . . 2.31 1.59 8.27 8.23 0.90 . . . . 7.79 48.27 . . 132.02 1317.40 3.80 9.10 . 8.87 0.42 . 10.26 12.47 1.85 93.15 . 1.64 35.04 44.20 1.44 759.50 -3134 2002 1 3 0.51 . . 2.29 1.59 8.27 8.28 0.89 . . . . 7.79 48.28 . . 131.76 1312.70 3.80 9.12 . 8.90 0.42 . 10.29 12.40 1.84 93.13 . 1.64 35.03 44.10 1.44 759.76 -3135 2002 1 4 0.51 . . 2.31 1.59 8.27 8.31 0.89 . . . . 7.79 48.30 . . 131.02 1308.70 3.80 9.14 . 8.92 0.42 . 10.31 12.13 1.84 93.15 . 1.65 35.00 43.91 1.44 760.00 -3136 2002 1 7 0.51 . . 2.34 1.59 8.27 8.33 0.89 . . . . 7.79 48.28 . . 130.93 1302.00 3.80 9.17 . 8.92 0.42 . 10.33 11.77 1.84 93.15 . 1.65 34.94 43.91 1.43 759.25 -3137 2002 1 8 0.52 . . 2.36 1.59 8.27 8.33 0.89 . . . . 7.79 48.30 . . 132.53 1309.50 3.80 9.18 . 8.93 0.43 . 10.39 11.48 1.84 93.20 . 1.65 35.04 44.07 1.44 759.51 -3138 2002 1 9 0.52 . . 2.38 1.59 8.27 8.37 0.88 . . . . 7.79 48.32 . . 132.62 1311.90 3.80 9.20 . 8.95 0.42 . 10.39 11.45 1.84 93.30 . 1.66 35.05 44.08 1.43 760.25 -3139 2002 1 10 0.52 . . 2.39 1.60 8.27 8.32 0.89 . . . . 7.79 48.41 . . 132.61 1312.30 3.80 9.25 . 8.92 0.42 . 10.29 11.55 1.84 93.60 . 1.66 35.03 44.10 1.44 762.25 -3140 2002 1 11 0.52 . . 2.40 1.59 8.27 8.34 0.89 . . . . 7.79 48.44 . . 132.17 1315.50 3.80 9.25 . 8.93 0.42 . 10.29 11.42 1.84 93.60 . 1.66 35.05 43.97 1.44 762.00 -3141 2002 1 14 0.51 . . 2.40 1.59 8.28 8.32 0.89 . . . . 7.79 48.36 . . 131.83 1312.30 3.80 9.19 . 8.89 0.42 . 10.34 11.55 1.83 93.60 . 1.65 35.03 43.92 1.44 761.50 -3142 2002 1 15 0.51 . . 2.36 1.58 8.28 8.34 0.89 . . . . 7.79 48.31 . . 131.14 1316.90 3.80 9.16 . 8.89 0.42 . 10.34 11.72 1.82 93.60 . 1.66 35.00 43.85 1.44 762.50 -3143 2002 1 16 0.51 . . 2.37 1.59 8.28 8.41 0.88 . . . . 7.79 48.30 . . 131.77 1315.80 3.80 9.20 . 8.94 0.42 . 10.47 11.67 1.83 93.60 . 1.66 35.00 43.90 1.43 762.75 -3144 2002 1 17 0.51 . . 2.35 1.61 8.27 8.43 0.88 . . . . 7.79 48.31 . . 132.13 1317.30 3.80 9.12 . 8.96 0.42 . 10.52 11.44 1.83 93.60 . 1.66 35.03 43.90 1.43 762.50 -3145 2002 1 18 0.51 . . 2.37 1.61 8.27 8.40 0.88 . . . . 7.79 48.27 . . 132.64 1320.50 3.80 9.13 . 8.95 0.42 . 10.43 11.50 1.83 93.60 . 1.66 35.03 44.00 1.43 763.00 -3146 2002 1 21 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -3147 2002 1 22 0.51 . . 2.37 1.60 8.27 8.40 0.88 . . . . 7.79 48.30 . . 133.98 1320.40 3.80 9.16 . 8.94 0.42 . 10.48 11.69 1.84 93.53 . 1.66 35.08 44.19 1.42 764.51 -3148 2002 1 23 0.51 . . 2.39 1.60 8.27 8.41 0.88 . . . . 7.79 48.35 . . 134.25 1331.50 3.80 9.15 . 8.95 0.42 . 10.47 11.39 1.83 93.53 . 1.66 35.08 44.19 1.42 763.51 -3149 2002 1 24 0.51 . . 2.40 1.60 8.27 8.46 0.87 . . . . 7.79 48.35 . . 134.64 1330.50 3.80 9.13 . 8.97 0.42 . 10.51 11.25 1.84 93.60 . 1.67 35.08 44.17 1.42 763.00 -3150 2002 1 25 0.51 . . 2.41 1.60 8.27 8.58 0.86 . . . . 7.80 48.38 . . 134.47 1327.60 3.80 9.14 . 9.06 0.42 . 10.67 11.40 1.83 93.60 . 1.70 35.06 44.10 1.40 764.00 -3151 2002 1 28 0.51 . . 2.42 1.61 8.27 8.63 0.86 . . . . 7.79 48.37 . . 133.43 1321.30 3.80 9.16 . 9.11 0.42 . 10.72 11.55 1.83 93.60 . 1.70 35.02 44.10 1.40 764.75 -3152 2002 1 29 0.51 . . 2.43 1.59 8.27 8.59 0.86 . . . . 7.79 48.43 . . 133.51 1313.60 3.80 9.17 . 9.07 0.42 . 10.66 11.41 1.83 93.60 . 1.70 35.00 44.07 1.41 764.50 -3153 2002 1 30 0.50 . . 2.44 1.59 8.27 8.58 0.86 . . . . 7.79 48.53 . . 132.84 1311.00 3.80 9.19 . 9.06 0.41 . 10.65 11.46 1.83 93.60 . 1.70 34.99 43.98 1.41 765.25 -3154 2002 1 31 0.50 . . 2.40 1.59 8.27 8.64 0.85 . . . . 7.79 48.56 . . 134.06 1314.40 3.80 9.15 . 9.10 0.41 . 10.67 11.42 1.83 93.60 . 1.71 34.99 44.05 1.41 766.20 -3155 2002 2 1 0.50 . . 2.41 1.59 8.27 8.62 0.86 . . . . 7.79 48.55 . . 133.77 1317.60 3.80 9.16 . 9.10 0.41 . 10.68 11.68 1.83 93.60 . 1.71 35.00 44.06 1.41 767.75 -3156 2002 2 4 0.51 . . 2.42 1.59 8.27 8.55 0.86 . . . . 7.79 48.61 . . 132.71 1322.50 3.80 9.17 . 9.03 0.41 . 10.63 11.63 1.83 93.85 . 1.70 35.05 44.00 1.41 768.00 -3157 2002 2 5 0.50 . . 2.42 1.59 8.27 8.56 0.86 . . . . 7.79 48.69 . . 133.90 1316.80 3.80 9.13 . 9.05 0.41 . 10.65 11.63 1.83 93.60 . 1.69 34.99 44.02 1.41 768.25 -3158 2002 2 6 0.50 . . 2.43 1.60 8.27 8.55 0.86 . . . . 7.79 48.71 . . 133.72 1316.70 3.80 9.13 . 9.00 0.41 . 10.61 11.48 1.83 93.60 . 1.69 35.02 43.99 1.41 771.01 -3159 2002 2 7 0.50 . . 2.45 1.60 8.27 8.54 0.86 . . . . 7.79 48.72 . . 133.49 1318.20 3.80 9.13 . 9.00 0.41 . 10.63 11.45 1.83 93.45 . 1.69 35.03 43.86 1.41 781.01 -3160 2002 2 8 0.51 . . 2.46 1.59 8.27 8.51 0.87 . . . . 7.79 48.70 . . 134.77 1320.20 3.80 9.15 . 8.98 0.41 . 10.60 11.48 1.83 93.60 . 1.69 35.08 43.98 1.41 793.00 - diff --git a/smop/benchmark5/Currency2.txt b/smop/benchmark5/Currency2.txt deleted file mode 100644 index 5f4d58e6..00000000 --- a/smop/benchmark5/Currency2.txt +++ /dev/null @@ -1,3161 +0,0 @@ -KEY Year Month Day AUD ATS BEF BRL CAD CNY DKK EUR FIM FRF DEM GRD HKD INR IEP ITL JPY KRW MYR MXP NLG NOK NZD PTE SEK ZAR SGD SRI ESP CHF TWD THB GBP VEB -2 1990 1 2 0.78 12.01 36.05 1.0e+20 1.16 4.73 6.63 1.0e+20 4.07 5.83 1.70 157.90 7.81 16.96 1.54 1279.00 146.25 1.0e+20 2.70 1.0e+20 1.93 6.63 0.59 150.90 6.23 2.56 1.90 40.01 110.30 1.57 1.0e+20 25.71 1.61 1.0e+20 -3 1990 1 3 0.78 12.09 36.18 1.0e+20 1.16 4.73 6.69 1.0e+20 4.09 5.87 1.72 150.00 7.81 16.99 1.53 1289.00 145.70 683.50 2.70 1.0e+20 1.94 6.65 0.59 151.35 6.27 2.57 1.90 40.01 111.12 1.57 1.0e+20 1.0e+20 1.61 1.0e+20 -4 1990 1 4 0.78 11.84 35.36 1.0e+20 1.16 4.73 6.55 1.0e+20 4.02 5.75 1.68 158.00 7.81 16.94 1.55 1265.00 143.37 684.20 2.70 1.0e+20 1.89 6.57 0.59 149.80 6.17 2.53 1.90 40.01 109.00 1.54 26.11 25.80 1.62 1.0e+20 -5 1990 1 5 0.78 11.81 35.30 1.0e+20 1.16 4.73 6.55 1.0e+20 4.02 5.74 1.68 157.55 7.81 16.93 1.56 1263.00 143.82 683.70 2.70 1.0e+20 1.89 6.55 0.59 148.77 6.17 2.52 1.90 40.01 109.20 1.53 26.02 25.71 1.63 1.0e+20 -6 1990 1 8 0.78 11.75 35.02 1.0e+20 1.16 4.73 6.48 1.0e+20 3.99 5.69 1.66 158.05 7.81 16.93 1.58 1250.00 144.10 683.60 2.70 1.0e+20 1.88 6.50 0.59 147.50 6.14 2.53 1.89 40.01 109.10 1.52 25.91 25.74 1.65 1.0e+20 -7 1990 1 9 0.78 11.83 35.31 1.0e+20 1.16 4.73 6.53 1.0e+20 4.00 5.73 1.68 157.20 7.81 16.93 1.56 1258.00 145.20 684.00 2.70 1.0e+20 1.89 6.52 0.60 148.65 6.15 2.54 1.90 40.01 109.95 1.52 25.99 25.71 1.65 1.0e+20 -8 1990 1 10 0.78 11.82 35.21 1.0e+20 1.15 4.73 6.53 1.0e+20 3.99 5.71 1.68 157.50 7.80 16.92 1.56 1255.50 145.25 684.70 2.70 1.0e+20 1.89 6.51 0.60 148.72 6.14 2.55 1.89 40.01 109.70 1.51 1.0e+20 25.74 1.66 1.0e+20 -9 1990 1 11 0.79 11.85 35.31 1.0e+20 1.15 4.73 6.53 1.0e+20 3.99 5.73 1.68 157.50 7.81 16.93 1.56 1254.00 145.40 685.20 2.70 1.0e+20 1.89 6.51 0.60 148.60 6.14 2.55 1.89 40.01 109.83 1.51 26.07 25.74 1.65 1.0e+20 -10 1990 1 12 0.79 11.81 35.21 1.0e+20 1.15 4.73 6.51 1.0e+20 3.97 5.71 1.67 157.20 7.80 16.94 1.57 1252.00 145.40 685.60 2.69 1.0e+20 1.89 6.49 0.61 148.15 6.12 2.54 1.89 40.01 109.30 1.49 26.05 25.74 1.66 1.0e+20 -11 1990 1 15 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -12 1990 1 16 0.78 11.94 35.53 1.0e+20 1.16 4.73 6.57 1.0e+20 4.00 5.76 1.69 159.00 7.81 16.97 1.55 1263.00 145.48 685.70 2.70 1.0e+20 1.91 6.53 0.60 149.20 6.16 2.55 1.89 40.01 109.92 1.51 1.0e+20 25.75 1.65 1.0e+20 -13 1990 1 17 0.79 11.91 35.42 1.0e+20 1.16 4.73 6.55 1.0e+20 3.99 5.74 1.69 158.10 7.81 16.97 1.56 1261.00 145.49 686.60 2.70 1.0e+20 1.90 6.52 0.61 149.30 6.16 2.55 1.88 40.01 109.18 1.50 26.08 25.75 1.64 1.0e+20 -14 1990 1 18 0.79 12.01 35.73 1.0e+20 1.17 4.73 6.61 1.0e+20 4.02 5.80 1.70 159.15 7.81 16.98 1.55 1271.00 146.12 686.50 2.70 1.0e+20 1.92 6.57 0.61 150.00 6.20 2.57 1.89 40.01 110.10 1.51 26.12 25.75 1.64 1.0e+20 -15 1990 1 19 0.79 12.01 35.74 1.0e+20 1.17 4.73 6.62 1.0e+20 4.02 5.79 1.70 159.95 7.81 16.97 1.55 1271.00 145.65 687.20 2.70 1.0e+20 1.92 6.58 0.61 150.35 6.21 2.55 1.87 40.01 110.85 1.51 26.09 25.79 1.64 1.0e+20 -16 1990 1 22 0.79 12.12 36.03 1.0e+20 1.18 4.73 6.67 1.0e+20 4.05 5.85 1.72 160.00 7.81 17.03 1.54 1282.00 146.43 687.90 2.70 1.0e+20 1.94 6.61 0.61 151.25 6.25 2.56 1.87 40.01 111.40 1.53 26.15 25.80 1.63 1.0e+20 -17 1990 1 23 0.77 11.94 35.52 1.0e+20 1.17 4.73 6.57 1.0e+20 4.01 5.76 1.69 158.80 7.81 17.00 1.55 1263.50 146.09 688.40 2.70 1.0e+20 1.91 6.55 0.60 149.50 6.20 2.55 1.88 40.01 110.55 1.50 1.0e+20 25.80 1.64 1.0e+20 -18 1990 1 24 0.76 11.86 35.29 1.0e+20 1.18 4.73 6.52 1.0e+20 3.98 5.73 1.68 157.70 7.81 16.98 1.57 1255.25 145.32 687.90 2.70 1.0e+20 1.90 6.52 0.59 148.60 6.16 2.55 1.87 40.01 109.25 1.49 26.16 25.76 1.65 1.0e+20 -19 1990 1 25 0.75 11.88 35.33 1.0e+20 1.19 4.73 6.53 1.0e+20 3.99 5.73 1.68 157.90 7.81 16.99 1.56 1255.50 144.42 687.80 2.70 1.0e+20 1.90 6.53 0.59 148.85 6.17 2.56 1.87 40.01 109.47 1.48 26.15 25.75 1.65 1.0e+20 -20 1990 1 26 0.76 11.91 35.40 1.0e+20 1.19 4.73 6.55 1.0e+20 4.01 5.75 1.69 157.90 7.81 16.97 1.56 1258.75 143.35 1.0e+20 2.70 1.0e+20 1.90 6.54 0.59 148.75 6.18 2.56 1.87 40.01 109.63 1.49 1.0e+20 1.0e+20 1.65 1.0e+20 -21 1990 1 29 0.76 11.81 35.07 1.0e+20 1.18 4.73 6.48 1.0e+20 3.96 5.70 1.67 157.15 7.81 16.97 1.58 1249.25 143.13 687.70 2.70 1.0e+20 1.89 6.49 0.59 147.90 6.14 2.55 1.86 40.01 108.65 1.48 1.0e+20 25.69 1.67 1.0e+20 -22 1990 1 30 0.76 11.84 35.16 1.0e+20 1.19 4.73 6.50 1.0e+20 3.97 5.71 1.68 157.00 7.81 16.96 1.57 1250.00 144.10 688.30 2.69 1.0e+20 1.89 6.50 0.59 148.30 6.14 2.54 1.86 40.01 108.63 1.49 1.0e+20 25.69 1.68 1.0e+20 -23 1990 1 31 0.76 11.89 35.30 1.0e+20 1.18 4.73 6.53 1.0e+20 3.99 5.73 1.68 157.80 7.81 16.97 1.57 1253.50 144.55 689.00 2.69 1.0e+20 1.90 6.51 0.60 148.08 6.16 2.56 1.86 40.01 108.85 1.50 26.13 25.73 1.67 1.0e+20 -24 1990 2 1 0.77 11.83 35.15 1.0e+20 1.18 4.73 6.50 1.0e+20 3.99 5.70 1.68 157.70 7.81 16.96 1.57 1249.75 144.90 689.50 2.69 1.0e+20 1.89 6.49 0.59 148.10 6.11 2.56 1.86 40.01 108.73 1.49 26.05 25.72 1.68 1.0e+20 -25 1990 2 2 0.77 11.87 35.25 1.0e+20 1.18 4.73 6.52 1.0e+20 3.98 5.73 1.68 157.70 7.81 16.96 1.57 1252.50 145.38 690.10 2.69 1.0e+20 1.90 6.50 0.60 148.60 6.15 2.55 1.86 40.01 108.83 1.49 26.08 25.72 1.68 1.0e+20 -26 1990 2 5 0.76 11.76 34.89 1.0e+20 1.18 4.73 6.46 1.0e+20 3.96 5.67 1.66 157.45 7.81 16.95 1.58 1239.50 145.39 690.80 2.70 1.0e+20 1.88 6.45 0.59 146.90 6.11 2.54 1.86 40.01 107.93 1.48 26.10 25.74 1.69 1.0e+20 -27 1990 2 6 0.76 11.69 34.67 1.0e+20 1.18 4.73 6.45 1.0e+20 3.93 5.64 1.65 156.10 7.81 16.95 1.59 1235.00 145.13 690.70 2.70 1.0e+20 1.87 6.44 0.60 146.40 6.08 2.53 1.85 40.01 107.55 1.47 26.08 25.71 1.70 1.0e+20 -28 1990 2 7 0.75 11.66 34.69 1.0e+20 1.19 4.73 6.41 1.0e+20 3.93 5.63 1.65 156.10 7.81 16.95 1.60 1234.50 145.47 690.50 2.70 1.0e+20 1.86 6.43 0.59 146.70 6.06 2.53 1.85 40.01 107.53 1.48 26.08 25.71 1.69 1.0e+20 -29 1990 2 8 0.75 11.78 35.02 1.0e+20 1.19 4.73 6.46 1.0e+20 3.96 5.68 1.67 157.00 7.81 16.96 1.58 1244.00 145.40 691.00 2.70 1.0e+20 1.88 6.47 0.59 147.80 6.12 2.54 1.86 40.01 108.53 1.49 26.11 25.73 1.68 1.0e+20 -30 1990 2 9 0.74 11.80 35.07 1.0e+20 1.19 4.73 6.47 1.0e+20 3.97 5.69 1.67 158.05 7.81 16.96 1.58 1246.50 145.20 691.80 2.70 1.0e+20 1.88 6.47 0.59 147.95 6.13 2.54 1.86 40.01 108.65 1.49 26.13 25.73 1.69 1.0e+20 -31 1990 2 12 0.75 11.74 34.90 1.0e+20 1.20 4.73 6.45 1.0e+20 3.95 5.68 1.67 157.80 7.81 16.99 1.58 1243.00 144.20 691.70 2.70 1.0e+20 1.88 6.44 0.59 147.28 6.12 2.53 1.86 40.01 108.10 1.49 26.12 25.71 1.69 1.0e+20 -32 1990 2 13 0.75 11.79 35.05 1.0e+20 1.19 4.73 6.48 1.0e+20 3.97 5.70 1.67 158.00 7.81 16.98 1.57 1246.25 144.40 691.60 2.70 1.0e+20 1.88 6.47 0.59 147.75 6.14 2.53 1.86 40.01 108.42 1.49 26.12 25.72 1.69 1.0e+20 -33 1990 2 14 0.74 11.77 34.97 1.0e+20 1.20 4.73 6.46 1.0e+20 3.98 5.68 1.67 157.80 7.81 16.97 1.58 1242.00 144.27 692.40 2.70 1.0e+20 1.88 6.47 0.58 147.50 6.13 2.54 1.86 40.01 108.10 1.49 26.12 25.71 1.69 1.0e+20 -34 1990 2 15 0.75 11.84 35.13 1.0e+20 1.20 4.73 6.49 1.0e+20 3.97 5.71 1.68 158.80 7.80 16.97 1.58 1249.00 144.40 692.30 2.70 1.0e+20 1.89 6.48 0.58 148.20 6.14 2.54 1.86 40.01 108.60 1.49 26.11 25.72 1.69 1.0e+20 -35 1990 2 16 0.75 11.82 35.04 1.0e+20 1.19 4.73 6.48 1.0e+20 3.97 5.70 1.67 159.40 7.81 16.96 1.57 1245.50 144.15 692.80 2.70 1.0e+20 1.89 6.48 0.58 147.85 6.14 2.54 1.86 40.01 108.40 1.49 26.11 25.73 1.69 1.0e+20 -36 1990 2 19 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -37 1990 2 20 0.75 11.79 34.98 1.0e+20 1.20 4.73 6.46 1.0e+20 3.95 5.68 1.67 157.80 7.81 17.00 1.58 1242.50 145.45 693.10 2.70 1.0e+20 1.88 6.47 0.58 147.85 6.28 2.54 1.86 40.01 108.28 1.48 26.12 25.70 1.70 1.0e+20 -38 1990 2 21 0.75 11.75 34.81 1.0e+20 1.20 4.73 6.43 1.0e+20 3.93 5.65 1.66 157.60 7.80 17.03 1.58 1235.50 145.32 693.10 2.70 1.0e+20 1.87 6.45 0.58 147.20 6.10 2.53 1.86 40.01 107.83 1.47 26.14 25.72 1.71 1.0e+20 -39 1990 2 22 0.76 11.76 34.77 1.0e+20 1.19 4.73 6.43 1.0e+20 3.93 5.65 1.67 158.00 7.80 17.00 1.59 1235.50 145.89 693.50 2.70 1.0e+20 1.88 6.45 0.58 147.00 6.09 2.54 1.86 40.01 107.77 1.47 1.0e+20 25.72 1.71 1.0e+20 -40 1990 2 23 0.76 11.82 34.95 1.0e+20 1.19 4.73 6.46 1.0e+20 3.95 5.68 1.67 158.70 7.80 17.02 1.58 1241.00 146.92 694.30 2.70 1.0e+20 1.89 6.47 0.59 147.80 6.08 2.54 1.86 40.01 108.25 1.47 26.13 25.73 1.71 1.0e+20 -41 1990 2 26 0.76 11.90 35.23 1.0e+20 1.19 4.73 6.49 1.0e+20 4.00 5.72 1.69 159.35 7.81 17.05 1.57 1250.00 148.85 695.10 2.70 1.0e+20 1.90 6.51 0.58 148.47 6.11 2.55 1.86 40.01 108.50 1.48 26.15 25.78 1.69 1.0e+20 -42 1990 2 27 0.76 11.87 35.12 1.0e+20 1.19 4.73 6.49 1.0e+20 3.97 5.70 1.68 159.60 7.80 17.07 1.57 1246.00 148.63 696.00 2.70 1.0e+20 1.89 6.50 0.58 148.30 6.11 2.55 1.86 40.01 108.45 1.48 26.15 25.80 1.69 1.0e+20 -43 1990 2 28 0.76 11.95 35.28 1.0e+20 1.19 4.73 6.52 1.0e+20 3.98 5.73 1.69 159.90 7.80 17.07 1.57 1252.00 148.82 696.70 2.70 1.0e+20 1.91 6.52 0.58 148.90 6.12 2.55 1.86 40.01 108.75 1.49 26.15 25.82 1.68 1.0e+20 -44 1990 3 1 0.76 12.08 35.67 1.0e+20 1.19 4.73 6.59 1.0e+20 4.02 5.79 1.71 161.18 7.80 17.07 1.55 1265.00 149.67 1.0e+20 2.70 1.0e+20 1.93 6.58 0.58 150.60 6.17 2.58 1.87 40.01 109.98 1.50 26.15 25.85 1.66 1.0e+20 -45 1990 3 2 0.75 12.09 35.71 1.0e+20 1.19 4.73 6.60 1.0e+20 4.03 5.80 1.72 161.87 7.81 17.08 1.55 1267.00 150.28 696.70 2.70 1.0e+20 1.93 6.60 0.58 150.90 6.18 2.58 1.87 40.01 110.33 1.51 1.0e+20 25.87 1.65 1.0e+20 -46 1990 3 5 0.75 12.00 35.39 1.0e+20 1.19 4.73 6.54 1.0e+20 4.01 5.75 1.70 160.95 7.81 17.05 1.56 1256.50 149.78 695.90 2.70 1.0e+20 1.91 6.57 0.58 150.10 6.15 2.58 1.87 40.01 109.43 1.50 26.15 25.87 1.63 1.0e+20 -47 1990 3 6 0.76 11.99 35.37 1.0e+20 1.18 4.73 6.54 1.0e+20 4.02 5.75 1.70 160.49 7.81 17.07 1.56 1256.50 149.80 697.40 2.70 1.0e+20 1.91 6.57 0.58 150.10 6.15 2.57 1.87 40.01 109.43 1.49 26.16 25.82 1.64 1.0e+20 -48 1990 3 7 0.75 12.02 35.47 1.0e+20 1.18 4.73 6.55 1.0e+20 4.01 5.76 1.70 161.44 7.81 17.05 1.56 1259.00 151.22 698.30 2.71 1.0e+20 1.92 6.58 0.58 150.60 6.18 2.58 1.87 40.01 109.63 1.50 26.17 25.86 1.63 1.0e+20 -49 1990 3 8 0.76 11.98 35.37 1.0e+20 1.17 4.73 6.53 1.0e+20 4.01 5.75 1.70 161.10 7.81 17.06 1.56 1256.25 150.83 699.60 2.70 1.0e+20 1.91 6.57 0.58 149.80 6.17 2.59 1.87 40.01 109.28 1.50 26.25 25.85 1.64 1.0e+20 -50 1990 3 9 0.76 11.99 35.43 1.0e+20 1.17 4.73 6.54 1.0e+20 4.02 5.76 1.70 161.50 7.81 17.10 1.56 1258.50 151.34 700.80 2.70 1.0e+20 1.91 6.60 0.59 150.40 6.17 2.60 1.87 40.01 109.53 1.51 26.45 25.88 1.61 1.0e+20 -51 1990 3 12 0.75 12.03 35.56 1.0e+20 1.17 4.73 6.56 1.0e+20 4.03 5.78 1.71 162.00 7.81 17.09 1.55 1263.00 152.38 701.10 2.70 1.0e+20 1.92 6.62 0.58 151.00 6.19 2.60 1.87 40.01 109.93 1.52 26.36 25.88 1.61 1.0e+20 -52 1990 3 13 0.76 12.09 35.66 1.0e+20 1.17 4.73 6.58 1.0e+20 4.05 5.80 1.71 162.90 7.81 17.10 1.54 1268.00 152.55 701.40 2.71 1.0e+20 1.93 6.65 0.58 151.80 6.21 2.62 1.87 40.01 110.32 1.52 26.39 25.93 1.60 1.0e+20 -53 1990 3 14 0.76 12.06 35.59 1.0e+20 1.17 4.73 6.57 1.0e+20 4.05 5.78 1.71 163.06 7.81 17.09 1.55 1265.00 152.24 701.30 2.71 1.0e+20 1.92 6.62 0.58 151.30 6.19 2.61 1.87 40.01 110.13 1.52 26.39 25.91 1.60 1.0e+20 -54 1990 3 15 0.75 12.00 35.38 1.0e+20 1.17 4.73 6.53 1.0e+20 4.02 5.75 1.70 162.25 7.81 17.07 1.56 1257.50 152.55 700.90 2.71 1.0e+20 1.91 6.59 0.58 150.70 6.17 2.61 1.87 40.01 109.51 1.52 26.43 25.92 1.61 1.0e+20 -55 1990 3 16 0.75 11.93 35.21 1.0e+20 1.18 4.73 6.50 1.0e+20 4.00 5.72 1.69 162.03 7.81 17.08 1.57 1251.75 152.38 699.90 2.71 1.0e+20 1.90 6.57 0.58 150.20 6.14 2.60 1.87 40.01 108.93 1.50 26.50 25.90 1.62 1.0e+20 -56 1990 3 19 0.75 11.84 34.99 1.0e+20 1.18 4.73 6.46 1.0e+20 4.00 5.69 1.68 160.90 7.81 17.11 1.58 1244.25 153.50 699.00 2.71 1.0e+20 1.89 6.55 0.58 149.50 6.13 2.60 1.87 40.01 108.25 1.50 26.48 25.91 1.61 1.0e+20 -57 1990 3 20 0.75 11.93 35.27 1.0e+20 1.17 4.73 6.50 1.0e+20 4.02 5.73 1.69 161.30 7.81 17.09 1.56 1253.00 153.88 699.70 2.72 1.0e+20 1.91 6.59 0.58 150.40 6.15 2.61 1.87 40.01 108.70 1.51 26.45 25.91 1.61 1.0e+20 -58 1990 3 21 0.75 12.01 35.47 1.0e+20 1.17 4.73 6.54 1.0e+20 4.04 5.76 1.70 163.25 7.81 17.13 1.55 1259.50 154.16 700.10 2.72 1.0e+20 1.92 6.62 0.57 151.30 6.17 2.62 1.87 40.01 109.15 1.52 26.42 25.91 1.59 1.0e+20 -59 1990 3 22 0.75 12.00 35.38 1.0e+20 1.17 4.73 6.52 1.0e+20 4.04 5.74 1.70 163.80 7.81 17.16 1.56 1257.50 155.10 700.50 2.73 1.0e+20 1.91 6.61 0.58 150.95 6.17 2.62 1.88 40.01 109.15 1.51 26.41 26.00 1.60 1.0e+20 -60 1990 3 23 0.74 12.04 35.49 1.0e+20 1.17 4.73 6.53 1.0e+20 4.03 5.76 1.71 163.70 7.81 17.16 1.55 1260.00 153.90 700.90 2.72 1.0e+20 1.92 6.62 0.57 151.40 6.17 2.63 1.88 40.01 109.40 1.51 26.40 25.99 1.60 1.0e+20 -61 1990 3 26 0.74 12.06 35.50 1.0e+20 1.17 4.73 6.53 1.0e+20 4.04 5.76 1.71 164.35 7.81 17.22 1.55 1261.00 156.50 702.20 2.72 1.0e+20 1.92 6.61 0.58 151.28 6.17 2.66 1.88 40.01 109.52 1.52 26.40 25.99 1.61 1.0e+20 -62 1990 3 27 0.74 12.06 35.42 1.0e+20 1.17 4.73 6.52 1.0e+20 4.04 5.75 1.71 164.37 7.81 17.21 1.56 1257.00 157.40 703.80 2.72 1.0e+20 1.92 6.61 0.58 150.90 6.17 2.66 1.88 40.01 109.33 1.51 26.40 26.03 1.62 1.0e+20 -63 1990 3 28 0.74 12.03 35.36 1.0e+20 1.17 4.73 6.52 1.0e+20 4.03 5.75 1.71 164.30 7.81 17.18 1.56 1257.00 158.75 704.10 2.72 1.0e+20 1.92 6.60 0.57 150.60 6.17 2.65 1.88 40.01 109.23 1.51 26.40 26.06 1.62 1.0e+20 -64 1990 3 29 0.75 11.96 35.15 1.0e+20 1.17 4.73 6.48 1.0e+20 4.01 5.71 1.69 163.94 7.81 17.17 1.57 1251.50 156.75 703.10 2.72 1.0e+20 1.91 6.58 0.57 150.10 6.14 2.65 1.88 40.01 108.83 1.49 1.0e+20 26.02 1.63 1.0e+20 -65 1990 3 30 0.75 11.87 34.92 1.0e+20 1.17 4.73 6.45 1.0e+20 3.99 5.68 1.68 163.10 7.80 17.22 1.57 1244.00 157.82 703.70 2.72 1.0e+20 1.90 6.54 0.57 148.95 6.11 2.64 1.88 40.01 108.20 1.49 26.41 26.00 1.64 1.0e+20 -66 1990 4 2 0.75 11.92 35.27 1.0e+20 1.16 4.73 6.51 1.0e+20 4.03 5.72 1.70 163.95 7.80 17.23 1.57 1254.00 158.90 704.90 2.73 1.0e+20 1.91 6.60 0.57 150.57 6.15 2.67 1.88 40.01 109.15 1.50 26.41 26.07 1.63 1.0e+20 -67 1990 4 3 0.76 11.98 35.14 1.0e+20 1.16 4.73 6.50 1.0e+20 4.02 5.71 1.70 163.55 7.80 17.24 1.57 1248.25 159.13 706.60 2.73 1.0e+20 1.91 6.58 0.57 150.10 6.14 2.65 1.88 40.01 108.60 1.50 1.0e+20 26.05 1.63 1.0e+20 -68 1990 4 4 0.76 11.97 35.17 1.0e+20 1.16 4.73 6.50 1.0e+20 4.02 5.71 1.70 163.35 7.80 17.23 1.57 1250.50 158.60 708.40 2.73 1.0e+20 1.91 6.57 0.57 150.30 6.14 2.65 1.88 40.01 108.08 1.50 26.41 26.05 1.64 1.0e+20 -69 1990 4 5 0.76 11.95 35.18 1.0e+20 1.16 4.73 6.49 1.0e+20 4.01 5.71 1.69 163.70 7.80 17.24 1.57 1250.50 157.68 708.40 2.72 1.0e+20 1.91 6.58 0.57 150.10 6.14 2.65 1.87 40.01 108.10 1.50 1.0e+20 26.02 1.64 1.0e+20 -70 1990 4 6 0.76 11.93 35.08 1.0e+20 1.16 4.73 6.47 1.0e+20 4.00 5.69 1.69 163.37 7.80 17.24 1.58 1245.75 157.65 709.00 2.73 1.0e+20 1.90 6.56 0.57 149.80 6.13 1.0e+20 1.87 40.01 107.75 1.50 26.39 26.02 1.63 1.0e+20 -71 1990 4 9 0.76 11.90 34.98 1.0e+20 1.16 4.73 6.46 1.0e+20 4.00 5.68 1.69 163.60 7.79 17.24 1.58 1242.50 157.50 709.40 2.72 1.0e+20 1.90 6.55 0.57 149.70 6.12 2.64 1.87 40.01 107.33 1.49 1.0e+20 25.99 1.63 1.0e+20 -72 1990 4 10 0.76 11.89 34.97 1.0e+20 1.16 4.73 6.45 1.0e+20 4.00 5.67 1.69 163.80 7.79 17.28 1.58 1242.50 158.58 709.70 2.73 1.0e+20 1.90 6.56 0.57 149.70 6.11 2.65 1.88 40.01 107.28 1.49 26.28 26.03 1.63 1.0e+20 -73 1990 4 11 0.76 11.78 34.65 1.0e+20 1.16 4.73 6.39 1.0e+20 3.97 5.63 1.67 162.45 7.79 17.25 1.60 1231.75 158.28 709.80 2.73 1.0e+20 1.88 6.51 0.57 148.60 6.09 2.64 1.87 40.01 106.50 1.48 26.33 26.03 1.64 1.0e+20 -74 1990 4 12 0.76 11.77 34.63 1.0e+20 1.16 4.73 6.38 1.0e+20 3.97 5.62 1.67 162.65 7.79 17.25 1.60 1230.50 158.19 709.00 2.73 1.0e+20 1.88 6.51 0.57 148.55 6.10 2.64 1.87 40.01 106.35 1.48 26.37 26.03 1.64 1.0e+20 -75 1990 4 13 0.76 11.76 34.64 1.0e+20 1.16 4.73 6.38 1.0e+20 3.97 5.62 1.67 162.50 7.79 17.25 1.60 1230.00 158.75 709.20 2.73 1.0e+20 1.88 6.52 0.57 148.50 6.10 2.64 1.87 40.01 106.23 1.48 26.32 1.0e+20 1.63 1.0e+20 -76 1990 4 16 0.76 11.80 34.70 1.0e+20 1.16 4.73 6.41 1.0e+20 3.98 5.63 1.67 162.65 7.79 17.25 1.59 1233.25 159.37 709.30 2.73 1.0e+20 1.88 6.53 0.57 149.00 6.10 2.66 1.87 40.01 106.68 1.49 26.36 26.03 1.63 1.0e+20 -77 1990 4 17 0.76 11.80 34.71 1.0e+20 1.16 4.73 6.39 1.0e+20 3.98 5.63 1.67 163.40 7.79 17.33 1.59 1233.50 159.90 709.70 2.73 1.0e+20 1.89 6.52 0.57 149.00 6.10 2.65 1.87 40.01 106.58 1.49 26.37 26.05 1.63 1.0e+20 -78 1990 4 18 0.77 11.78 34.62 1.0e+20 1.16 4.73 6.38 1.0e+20 3.97 5.62 1.67 163.40 7.79 17.30 1.60 1229.25 159.10 709.90 2.73 1.0e+20 1.88 6.52 0.57 148.28 6.08 2.64 1.87 40.01 106.00 1.48 26.37 26.05 1.63 1.0e+20 -79 1990 4 19 0.77 11.79 34.69 1.0e+20 1.16 4.73 6.37 1.0e+20 3.96 5.63 1.67 163.10 7.79 17.29 1.59 1231.25 156.50 709.80 2.71 1.0e+20 1.88 6.51 0.58 148.55 6.08 2.65 1.87 40.01 106.10 1.48 26.36 26.01 1.64 1.0e+20 -80 1990 4 20 0.77 11.88 34.94 1.0e+20 1.16 4.73 6.43 1.0e+20 3.99 5.67 1.68 164.25 7.79 17.34 1.58 1240.00 157.85 708.50 2.71 1.0e+20 1.90 6.55 0.58 149.70 6.12 2.66 1.87 40.01 106.78 1.49 26.36 25.98 1.63 1.0e+20 -81 1990 4 23 0.76 11.94 35.07 1.0e+20 1.16 4.73 6.45 1.0e+20 4.00 5.69 1.69 165.25 7.79 17.36 1.58 1245.00 157.70 707.90 2.71 1.0e+20 1.90 6.56 0.58 149.90 6.13 2.65 1.87 40.01 107.05 1.49 26.37 25.99 1.63 1.0e+20 -82 1990 4 24 0.76 11.92 34.99 1.0e+20 1.15 4.73 6.44 1.0e+20 3.99 5.68 1.69 165.40 7.79 17.35 1.58 1241.50 158.72 707.90 2.71 1.0e+20 1.90 6.55 0.58 149.80 6.13 2.65 1.87 40.01 106.98 1.48 26.37 26.02 1.63 1.0e+20 -83 1990 4 25 0.76 11.84 34.75 1.0e+20 1.16 4.73 6.40 1.0e+20 3.98 5.65 1.68 164.70 7.79 17.34 1.59 1235.00 158.73 708.40 2.71 1.0e+20 1.89 6.53 0.58 149.00 6.10 2.65 1.87 40.01 106.22 1.46 26.37 1.0e+20 1.63 1.0e+20 -84 1990 4 26 0.75 11.83 34.73 1.0e+20 1.16 4.73 6.39 1.0e+20 3.98 5.64 1.68 164.80 7.79 17.39 1.59 1233.25 158.75 709.00 2.71 1.0e+20 1.89 6.53 0.57 149.20 6.10 2.65 1.87 40.01 106.28 1.46 1.0e+20 26.01 1.63 1.0e+20 -85 1990 4 27 0.75 11.79 34.68 1.0e+20 1.16 4.73 6.37 1.0e+20 3.96 5.62 1.67 164.68 7.79 17.39 1.59 1227.75 158.90 709.40 2.71 1.0e+20 1.88 6.51 0.57 148.30 6.08 2.66 1.87 1.0e+20 106.86 1.45 26.38 26.03 1.63 1.0e+20 -86 1990 4 30 0.75 11.82 34.63 1.0e+20 1.16 4.73 6.38 1.0e+20 3.97 5.63 1.67 164.70 7.79 17.39 1.59 1230.00 158.85 709.80 2.71 1.0e+20 1.88 6.53 0.57 148.50 6.09 2.65 1.87 40.01 106.00 1.45 26.40 26.00 1.63 1.0e+20 -87 1990 5 1 0.74 11.82 34.67 1.0e+20 1.16 4.73 6.38 1.0e+20 3.97 5.63 1.68 164.70 7.79 17.38 1.59 1231.50 158.85 709.20 2.71 1.0e+20 1.89 6.53 0.56 148.70 6.10 2.65 1.87 1.0e+20 105.90 1.45 26.40 1.0e+20 1.64 1.0e+20 -88 1990 5 2 0.75 11.83 34.72 1.0e+20 1.16 4.73 6.39 1.0e+20 3.97 5.64 1.68 165.00 7.79 17.39 1.59 1233.75 158.30 1.0e+20 2.71 1.0e+20 1.89 6.52 0.57 148.80 6.09 2.65 1.87 40.01 105.88 1.45 26.40 26.02 1.64 1.0e+20 -89 1990 5 3 0.75 11.83 34.69 1.0e+20 1.16 4.73 6.38 1.0e+20 3.97 5.64 1.68 164.84 7.79 17.37 1.59 1232.00 158.15 708.60 2.70 1.0e+20 1.89 6.52 0.57 148.80 6.09 2.65 1.87 40.01 105.33 1.45 26.39 26.01 1.64 1.0e+20 -90 1990 5 4 0.75 11.76 34.48 1.0e+20 1.16 4.73 6.34 1.0e+20 3.95 5.61 1.67 164.10 7.79 17.33 1.60 1225.50 158.35 708.30 2.71 1.0e+20 1.88 6.48 0.57 147.90 6.08 2.65 1.87 40.01 104.63 1.44 26.39 26.02 1.66 1.0e+20 -91 1990 5 7 0.75 11.64 34.20 1.0e+20 1.16 4.73 6.29 1.0e+20 3.93 5.56 1.65 163.00 7.79 17.33 1.62 1215.50 158.00 708.60 2.71 1.0e+20 1.86 6.45 0.57 146.50 6.04 2.64 1.87 40.01 103.73 1.43 26.39 26.01 1.66 1.0e+20 -92 1990 5 8 0.75 11.66 34.24 1.0e+20 1.16 4.73 6.29 1.0e+20 3.92 5.57 1.65 163.40 7.79 17.35 1.61 1216.75 157.90 710.10 2.70 1.0e+20 1.86 6.44 0.57 147.00 6.04 2.64 1.86 40.01 103.88 1.43 26.41 26.02 1.66 1.0e+20 -93 1990 5 9 0.75 11.55 33.88 1.0e+20 1.16 4.73 6.26 1.0e+20 3.89 5.51 1.63 161.80 7.79 17.32 1.63 1204.75 156.45 710.70 2.70 1.0e+20 1.84 6.39 0.57 145.50 6.00 2.63 1.86 40.01 102.83 1.40 26.40 25.97 1.67 1.0e+20 -94 1990 5 10 0.75 11.52 33.88 1.0e+20 1.16 4.73 6.25 1.0e+20 3.90 5.52 1.63 161.90 7.79 17.30 1.63 1206.00 157.00 710.30 2.69 1.0e+20 1.84 6.40 0.57 145.70 6.01 2.63 1.86 40.01 102.83 1.39 26.40 25.93 1.67 1.0e+20 -95 1990 5 11 0.76 11.47 33.76 1.0e+20 1.17 4.73 6.23 1.0e+20 3.88 5.51 1.63 161.25 7.79 17.29 1.64 1203.25 152.73 710.40 2.69 1.0e+20 1.83 6.37 0.57 145.10 5.99 2.62 1.85 40.01 102.85 1.39 26.44 25.90 1.68 1.0e+20 -96 1990 5 14 0.76 11.57 34.02 1.0e+20 1.17 4.73 6.27 1.0e+20 3.89 5.54 1.64 162.50 7.79 17.31 1.62 1209.50 152.77 710.50 2.69 1.0e+20 1.84 6.40 0.57 145.86 6.01 2.64 1.85 40.01 103.14 1.39 1.0e+20 26.42 1.68 1.0e+20 -97 1990 5 15 0.76 11.59 34.06 1.0e+20 1.18 4.73 6.28 1.0e+20 3.89 5.55 1.64 162.75 7.79 17.31 1.62 1211.25 151.40 710.90 2.69 1.0e+20 1.85 6.41 0.57 145.80 6.01 2.63 1.84 40.01 103.10 1.39 27.50 25.83 1.67 1.0e+20 -98 1990 5 16 0.76 11.56 34.01 1.0e+20 1.17 4.73 6.27 1.0e+20 3.89 5.54 1.64 162.95 7.78 17.31 1.62 1209.00 151.43 711.30 2.69 1.0e+20 1.84 6.39 0.57 145.63 6.01 2.63 1.85 40.01 102.85 1.40 27.35 25.84 1.68 1.0e+20 -99 1990 5 17 0.76 11.59 34.08 1.0e+20 1.17 4.73 6.29 1.0e+20 3.89 5.55 1.64 162.80 7.78 17.33 1.62 1211.25 152.35 711.70 2.69 1.0e+20 1.85 6.40 0.57 145.87 6.02 2.63 1.85 40.01 103.06 1.40 1.0e+20 25.84 1.69 1.0e+20 -100 1990 5 18 0.76 11.61 34.10 1.0e+20 1.17 4.73 6.29 1.0e+20 3.90 5.55 1.64 163.00 7.78 17.25 1.62 1212.25 152.85 712.00 2.70 1.0e+20 1.85 6.40 0.57 145.75 6.02 2.64 1.85 40.01 102.75 1.40 27.39 25.86 1.69 1.0e+20 -101 1990 5 21 0.76 11.71 34.36 1.0e+20 1.17 4.73 6.34 1.0e+20 3.92 5.60 1.66 164.20 7.78 17.29 1.61 1223.00 153.53 712.80 2.70 1.0e+20 1.87 6.44 0.57 147.20 6.05 2.65 1.85 40.01 103.55 1.42 27.44 25.87 1.69 1.0e+20 -102 1990 5 22 0.76 11.75 34.39 1.0e+20 1.19 4.73 6.35 1.0e+20 3.92 5.62 1.66 164.50 7.78 17.30 1.60 1226.00 151.60 714.50 2.70 1.0e+20 1.87 6.44 0.57 147.40 6.07 2.64 1.85 1.0e+20 104.03 1.41 1.0e+20 25.88 1.69 1.0e+20 -103 1990 5 23 0.76 11.74 34.46 1.0e+20 1.18 4.73 6.36 1.0e+20 3.92 5.62 1.67 164.70 7.78 17.29 1.60 1226.50 151.23 714.80 2.70 1.0e+20 1.88 6.45 0.57 147.20 6.07 2.64 1.85 40.01 104.03 1.41 27.50 25.85 1.69 1.0e+20 -104 1990 5 24 0.76 11.78 34.57 1.0e+20 1.18 4.73 6.37 1.0e+20 3.93 5.64 1.67 165.50 7.78 17.31 1.59 1233.75 151.55 714.30 2.70 1.0e+20 1.88 6.46 0.57 148.00 6.08 2.64 1.84 40.01 104.60 1.42 27.49 25.85 1.68 1.0e+20 -105 1990 5 25 0.76 11.82 34.63 1.0e+20 1.18 4.73 6.39 1.0e+20 3.94 5.66 1.68 165.20 7.78 17.30 1.59 1234.50 149.69 714.60 2.69 1.0e+20 1.89 6.47 0.57 148.00 6.09 2.65 1.84 40.01 104.90 1.42 27.50 25.84 1.68 1.0e+20 -106 1990 5 28 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -107 1990 5 29 0.76 11.75 34.40 1.0e+20 1.18 4.73 6.36 1.0e+20 3.92 5.63 1.67 164.30 7.78 17.37 1.60 1228.50 150.88 714.80 2.70 1.0e+20 1.88 6.44 0.57 147.60 6.06 2.65 1.84 40.01 104.08 1.40 27.49 25.81 1.69 1.0e+20 -108 1990 5 30 0.77 11.81 34.60 1.0e+20 1.17 4.73 6.40 1.0e+20 3.94 5.67 1.68 165.10 7.78 17.35 1.59 1238.00 151.32 715.30 2.70 1.0e+20 1.89 6.46 0.57 147.90 6.07 2.66 1.84 40.01 104.23 1.42 27.47 25.85 1.69 1.0e+20 -109 1990 5 31 0.76 11.94 34.94 1.0e+20 1.17 4.73 6.46 1.0e+20 3.97 5.73 1.69 166.50 7.78 17.36 1.57 1250.00 152.64 715.10 2.70 1.0e+20 1.91 6.51 0.57 149.50 6.13 2.67 1.85 40.11 105.35 1.43 27.45 25.86 1.67 1.0e+20 -110 1990 6 1 0.76 11.94 34.87 1.0e+20 1.17 4.73 6.47 1.0e+20 3.98 5.71 1.69 166.30 7.78 17.38 1.58 1247.25 151.39 714.10 2.70 1.0e+20 1.90 6.50 0.57 149.30 6.11 2.66 1.85 40.01 104.78 1.43 27.44 25.89 1.68 1.0e+20 -111 1990 6 4 0.76 11.93 34.91 1.0e+20 1.17 4.73 6.45 1.0e+20 3.97 5.70 1.69 166.20 7.78 17.44 1.58 1245.00 151.60 714.30 2.71 1.0e+20 1.90 6.51 0.57 149.05 6.12 2.67 1.85 40.01 104.73 1.44 27.44 25.90 1.67 1.0e+20 -112 1990 6 5 0.77 11.90 34.80 1.0e+20 1.17 4.73 6.44 1.0e+20 3.96 5.70 1.69 166.10 7.78 17.42 1.58 1244.00 152.65 715.90 2.70 1.0e+20 1.90 6.51 0.57 148.75 6.10 2.66 1.85 40.01 104.55 1.43 27.44 25.89 1.68 1.0e+20 -113 1990 6 6 0.77 11.87 34.75 1.0e+20 1.17 4.73 6.43 1.0e+20 3.95 5.68 1.68 165.28 7.78 17.40 1.58 1241.00 152.55 715.90 2.70 1.0e+20 1.90 6.49 0.58 148.35 6.10 2.62 1.84 40.01 104.45 1.42 27.43 25.89 1.68 1.0e+20 -114 1990 6 7 0.77 11.90 34.81 1.0e+20 1.16 4.73 6.44 1.0e+20 3.96 5.70 1.69 165.65 7.77 17.38 1.58 1244.00 152.53 716.50 2.70 1.0e+20 1.90 6.50 0.58 148.95 6.11 2.66 1.84 40.01 105.15 1.43 27.40 25.89 1.68 1.0e+20 -115 1990 6 8 0.77 11.93 34.90 1.0e+20 1.17 4.73 6.46 1.0e+20 3.98 5.71 1.69 166.20 7.78 17.44 1.57 1247.75 153.53 717.10 2.70 1.0e+20 1.90 6.51 0.58 148.95 6.13 2.67 1.84 40.01 105.05 1.44 27.40 25.89 1.68 1.0e+20 -116 1990 6 11 0.77 11.88 34.78 1.0e+20 1.17 4.73 6.44 1.0e+20 3.98 5.69 1.69 165.60 7.78 17.46 1.58 1243.00 154.52 717.90 2.70 1.0e+20 1.90 6.50 0.57 148.80 6.13 2.66 1.85 40.01 104.88 1.44 27.41 25.92 1.68 1.0e+20 -117 1990 6 12 0.77 11.90 34.78 1.0e+20 1.17 4.73 6.44 1.0e+20 3.97 5.69 1.69 165.55 7.78 17.42 1.58 1242.25 154.44 718.70 2.70 1.0e+20 1.90 6.50 0.57 148.70 6.11 2.66 1.84 40.01 104.93 1.43 27.41 25.91 1.70 1.0e+20 -118 1990 6 13 0.77 11.90 34.81 1.0e+20 1.17 4.73 6.43 1.0e+20 3.96 5.69 1.69 165.80 7.78 17.38 1.58 1242.00 154.79 719.00 2.71 1.0e+20 1.90 6.49 0.58 148.50 6.10 2.66 1.84 40.01 104.65 1.43 27.43 25.90 1.70 1.0e+20 -119 1990 6 14 0.77 11.91 34.85 1.0e+20 1.17 4.73 6.44 1.0e+20 3.97 5.70 1.69 164.85 7.78 17.42 1.58 1244.75 154.07 718.90 2.71 1.0e+20 1.90 6.49 0.58 148.40 6.10 2.65 1.84 40.01 104.48 1.43 27.42 25.87 1.70 1.0e+20 -120 1990 6 15 0.77 11.92 34.84 1.0e+20 1.17 4.73 6.45 1.0e+20 3.97 5.69 1.69 165.70 7.78 17.43 1.58 1243.00 154.20 718.60 2.71 1.0e+20 1.90 6.51 0.58 148.40 6.12 2.66 1.85 40.01 104.58 1.43 27.44 25.89 1.70 1.0e+20 -121 1990 6 18 0.77 11.79 34.60 1.0e+20 1.17 4.73 6.37 1.0e+20 3.95 5.63 1.67 164.00 7.78 17.42 1.59 1229.50 153.70 719.00 2.71 1.0e+20 1.88 6.41 0.58 147.20 6.08 2.62 1.84 40.01 103.53 1.41 27.44 25.87 1.71 1.0e+20 -122 1990 6 19 0.78 11.75 34.32 1.0e+20 1.17 4.73 6.35 1.0e+20 3.93 5.61 1.66 163.60 7.78 17.42 1.60 1224.00 153.65 719.50 2.71 1.0e+20 1.87 6.43 0.58 146.90 6.05 2.65 1.84 40.01 103.18 1.40 27.43 25.85 1.72 1.0e+20 -123 1990 6 20 0.78 11.80 34.45 1.0e+20 1.17 4.73 6.38 1.0e+20 3.95 5.63 1.67 164.30 7.79 17.42 1.59 1230.75 154.00 719.30 2.71 1.0e+20 1.88 6.45 0.58 147.20 6.07 2.66 1.84 40.01 103.43 1.41 27.42 25.85 1.72 1.0e+20 -124 1990 6 21 0.79 11.82 34.49 1.0e+20 1.17 4.73 6.38 1.0e+20 3.95 5.63 1.68 164.50 7.78 17.42 1.59 1231.00 154.82 718.90 2.71 1.0e+20 1.89 6.46 0.58 147.40 6.07 2.66 1.84 40.01 103.43 1.41 27.41 25.86 1.72 1.0e+20 -125 1990 6 22 0.78 11.78 34.37 1.0e+20 1.18 4.73 6.37 1.0e+20 3.94 5.62 1.67 164.00 7.78 17.45 1.60 1227.50 154.75 719.00 2.71 1.0e+20 1.88 6.43 0.58 146.80 6.06 2.66 1.84 40.01 103.13 1.40 27.40 25.87 1.73 1.0e+20 -126 1990 6 25 0.78 11.81 34.37 1.0e+20 1.17 4.73 6.38 1.0e+20 3.94 5.63 1.67 164.30 7.78 17.44 1.59 1229.25 155.37 719.60 2.71 1.0e+20 1.88 6.45 0.58 147.50 6.07 2.66 1.84 40.01 103.18 1.41 27.33 25.88 1.73 1.0e+20 -127 1990 6 26 0.78 11.75 34.36 1.0e+20 1.17 4.73 6.35 1.0e+20 3.94 5.61 1.67 163.35 7.78 17.40 1.60 1223.50 155.15 719.60 2.71 1.0e+20 1.88 6.41 0.58 146.75 6.04 2.65 1.84 40.01 102.67 1.40 27.33 25.88 1.73 1.0e+20 -128 1990 6 27 0.78 11.70 34.15 1.0e+20 1.17 4.73 6.33 1.0e+20 3.91 5.59 1.66 162.90 7.78 17.42 1.61 1221.00 154.38 719.40 2.71 1.0e+20 1.87 6.40 0.58 146.55 6.03 2.66 1.84 40.01 102.43 1.40 27.32 25.84 1.74 1.0e+20 -129 1990 6 28 0.78 11.73 34.21 1.0e+20 1.16 4.73 6.34 1.0e+20 3.92 5.60 1.66 163.30 7.78 17.45 1.60 1224.00 153.17 719.30 2.71 1.0e+20 1.87 6.42 0.58 146.80 6.04 2.65 1.84 40.01 102.53 1.41 27.22 25.84 1.73 1.0e+20 -130 1990 6 29 0.79 11.72 34.22 1.0e+20 1.16 4.73 6.33 1.0e+20 3.91 5.59 1.66 162.90 7.78 17.43 1.61 1223.00 152.35 719.00 2.71 1.0e+20 1.87 6.40 0.58 146.60 6.03 2.64 1.84 40.01 102.45 1.41 27.19 25.81 1.74 1.0e+20 -131 1990 7 2 0.79 11.64 34.05 1.0e+20 1.16 4.73 6.30 1.0e+20 3.89 5.56 1.65 162.30 7.78 17.45 1.61 1216.75 151.27 718.80 2.70 1.0e+20 1.86 6.37 0.59 145.90 6.01 2.65 1.83 40.01 101.78 1.40 1.0e+20 25.78 1.76 1.0e+20 -132 1990 7 3 0.79 11.62 33.96 1.0e+20 1.16 4.73 6.28 1.0e+20 3.87 5.54 1.65 161.80 7.78 17.45 1.62 1211.70 151.20 718.30 2.70 1.0e+20 1.86 6.35 0.59 145.20 5.99 2.65 1.83 40.01 101.43 1.39 27.17 25.76 1.77 1.0e+20 -133 1990 7 4 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -134 1990 7 5 0.79 11.60 33.95 1.0e+20 1.16 4.73 6.28 1.0e+20 3.86 5.53 1.64 161.50 7.78 17.42 1.62 1210.00 150.77 718.70 2.70 1.0e+20 1.85 6.34 0.59 145.20 5.99 2.64 1.83 40.01 101.23 1.39 27.14 25.73 1.78 1.0e+20 -135 1990 7 6 0.79 11.63 34.00 1.0e+20 1.16 4.73 6.29 1.0e+20 3.87 5.55 1.65 162.20 7.77 17.42 1.62 1213.25 151.03 718.80 2.70 1.0e+20 1.86 6.35 0.59 145.40 5.99 2.64 1.83 40.01 101.43 1.40 27.13 25.75 1.78 1.0e+20 -136 1990 7 9 0.80 11.59 33.89 1.0e+20 1.15 4.73 6.27 1.0e+20 3.85 5.53 1.64 161.50 7.77 17.38 1.62 1207.75 151.10 719.60 2.70 1.0e+20 1.85 6.33 0.59 144.30 5.96 2.63 1.82 40.01 101.30 1.39 27.13 1.0e+20 1.80 1.0e+20 -137 1990 7 10 0.80 11.57 33.88 1.0e+20 1.15 4.73 6.27 1.0e+20 3.84 5.52 1.64 161.20 7.76 17.36 1.63 1207.25 148.90 720.30 2.70 1.0e+20 1.85 6.31 0.59 144.20 5.96 2.64 1.81 40.01 100.80 1.39 27.14 25.72 1.81 1.0e+20 -138 1990 7 11 0.79 11.60 33.98 1.0e+20 1.15 4.73 6.28 1.0e+20 3.85 5.54 1.65 162.00 7.77 17.39 1.62 1208.75 148.68 720.20 2.70 1.0e+20 1.86 6.33 0.59 144.90 5.98 2.63 1.81 40.01 101.18 1.40 27.13 25.67 1.79 1.0e+20 -139 1990 7 12 0.79 11.67 34.19 1.0e+20 1.15 4.73 6.31 1.0e+20 3.87 5.55 1.65 162.60 7.77 17.47 1.61 1214.75 148.60 719.70 2.70 1.0e+20 1.86 6.30 0.58 145.60 6.00 2.64 1.81 40.01 101.70 1.40 27.12 25.70 1.79 1.0e+20 -140 1990 7 13 0.78 11.56 33.84 1.0e+20 1.15 4.73 6.25 1.0e+20 3.84 5.51 1.64 161.00 7.76 17.42 1.63 1203.50 147.50 718.80 2.70 1.0e+20 1.85 6.31 0.59 144.40 5.96 2.63 1.81 40.01 100.73 1.39 27.13 25.65 1.80 1.0e+20 -141 1990 7 16 0.78 11.63 34.07 1.0e+20 1.15 4.73 6.28 1.0e+20 3.86 5.54 1.65 161.70 7.76 17.45 1.62 1211.00 148.05 718.80 2.70 1.0e+20 1.86 6.33 0.58 144.85 5.97 2.63 1.81 40.01 101.30 1.41 27.11 1.0e+20 1.80 1.0e+20 -142 1990 7 17 0.78 11.58 33.91 1.0e+20 1.15 4.73 6.26 1.0e+20 3.85 5.52 1.64 161.55 7.77 17.44 1.62 1205.50 148.35 1.0e+20 2.70 1.0e+20 1.85 6.31 0.59 144.60 5.96 2.63 1.81 40.01 100.93 1.40 27.11 25.71 1.81 1.0e+20 -143 1990 7 18 0.79 11.57 33.91 1.0e+20 1.15 4.73 6.25 1.0e+20 3.89 5.51 1.64 161.00 7.76 17.39 1.63 1204.50 147.30 718.70 2.70 1.0e+20 1.85 6.30 0.59 144.65 5.95 2.62 1.81 40.01 100.68 1.40 27.12 25.69 1.82 1.0e+20 -144 1990 7 19 0.78 11.55 33.90 1.0e+20 1.15 4.73 6.24 1.0e+20 3.84 5.51 1.64 161.06 7.76 17.42 1.63 1203.50 148.05 718.40 2.70 1.0e+20 1.85 6.29 0.59 144.40 5.95 2.62 1.81 40.01 100.63 1.41 27.17 25.71 1.81 1.0e+20 -145 1990 7 20 0.78 11.54 33.85 1.0e+20 1.15 4.73 6.25 1.0e+20 3.84 5.50 1.64 160.48 7.76 17.40 1.63 1202.00 148.97 718.20 2.70 1.0e+20 1.84 6.29 0.59 144.00 5.95 2.62 1.81 40.01 100.53 1.40 27.27 25.66 1.81 1.0e+20 -146 1990 7 23 0.78 11.45 33.57 1.0e+20 1.15 4.73 6.19 1.0e+20 3.81 5.46 1.62 159.40 7.76 17.42 1.64 1192.75 148.45 718.40 2.70 1.0e+20 1.83 6.25 0.59 142.90 5.91 2.60 1.81 40.01 99.63 1.38 1.0e+20 25.71 1.82 1.0e+20 -147 1990 7 24 0.78 11.37 33.32 1.0e+20 1.15 4.73 6.16 1.0e+20 3.80 5.42 1.61 158.80 7.76 17.42 1.65 1184.75 148.35 718.40 2.70 1.0e+20 1.82 6.24 0.59 142.40 5.89 2.59 1.81 40.01 99.18 1.37 27.21 25.70 1.82 1.0e+20 -148 1990 7 25 0.78 11.39 33.35 1.0e+20 1.15 4.73 6.16 1.0e+20 3.80 5.42 1.61 158.80 7.76 17.42 1.65 1184.75 148.88 718.40 2.70 1.0e+20 1.82 6.25 0.59 142.50 5.90 2.60 1.82 40.01 99.18 1.37 27.22 25.73 1.81 1.0e+20 -149 1990 7 26 0.77 11.43 33.39 1.0e+20 1.15 4.73 6.18 1.0e+20 3.81 5.43 1.62 159.25 7.76 17.43 1.65 1187.75 150.45 718.20 2.70 1.0e+20 1.82 6.26 0.58 142.60 5.91 2.61 1.82 40.01 99.45 1.37 27.19 25.71 1.81 1.0e+20 -150 1990 7 27 0.78 11.35 33.23 1.0e+20 1.15 4.73 6.15 1.0e+20 3.79 5.41 1.61 158.45 7.76 17.40 1.66 1182.00 149.60 718.20 2.70 1.0e+20 1.82 6.22 0.58 142.25 5.89 2.60 1.81 40.01 98.98 1.36 27.16 25.72 1.83 1.0e+20 -151 1990 7 30 0.79 11.33 33.10 1.0e+20 1.15 4.73 6.13 1.0e+20 3.77 5.39 1.60 158.00 7.76 17.35 1.66 1178.20 148.20 718.10 2.70 1.0e+20 1.81 6.20 0.59 142.00 5.87 2.59 1.81 40.01 98.85 1.36 27.18 25.67 1.84 1.0e+20 -152 1990 7 31 0.79 11.17 32.68 1.0e+20 1.15 4.73 6.05 1.0e+20 3.73 5.32 1.58 157.80 7.76 17.35 1.68 1162.30 146.13 717.90 2.69 1.0e+20 1.78 6.14 0.59 140.20 5.81 2.58 1.80 40.01 97.70 1.34 27.18 25.64 1.86 1.0e+20 -153 1990 8 1 0.79 11.21 32.75 1.0e+20 1.15 4.73 6.08 1.0e+20 3.74 5.33 1.59 156.65 7.76 17.37 1.68 1165.80 147.25 716.90 2.69 1.0e+20 1.79 6.16 0.59 140.48 5.82 2.59 1.80 1.0e+20 97.92 1.35 27.18 25.59 1.85 1.0e+20 -154 1990 8 2 0.78 11.22 32.82 1.0e+20 1.15 4.73 6.08 1.0e+20 3.76 5.34 1.59 156.75 7.76 17.38 1.67 1167.25 149.60 716.30 2.70 1.0e+20 1.79 6.16 0.58 140.50 5.83 2.58 1.80 40.01 98.15 1.35 27.19 25.61 1.84 1.0e+20 -155 1990 8 3 0.78 11.20 32.74 1.0e+20 1.15 4.73 6.06 1.0e+20 3.74 5.33 1.59 156.55 7.76 17.35 1.68 1164.25 149.90 716.20 2.70 1.0e+20 1.79 6.16 0.59 140.15 5.83 2.57 1.80 40.01 97.78 1.35 27.28 25.68 1.85 1.0e+20 -156 1990 8 6 0.79 11.08 32.42 1.0e+20 1.14 4.73 6.01 1.0e+20 3.72 5.29 1.57 154.85 7.77 17.28 1.70 1154.00 149.75 717.10 2.69 1.0e+20 1.77 6.10 0.59 139.45 5.79 2.58 1.80 40.01 96.98 1.33 27.30 25.67 1.87 1.0e+20 -157 1990 8 7 0.79 11.10 32.43 1.0e+20 1.15 4.73 6.01 1.0e+20 3.72 5.29 1.58 155.50 7.77 17.29 1.70 1156.20 149.80 717.90 2.70 1.0e+20 1.78 6.11 0.60 139.40 5.80 2.58 1.80 40.01 97.13 1.33 27.32 25.67 1.87 1.0e+20 -158 1990 8 8 0.79 11.21 32.75 1.0e+20 1.14 4.73 6.07 1.0e+20 3.75 5.34 1.59 157.35 7.77 17.34 1.68 1166.30 150.15 718.30 2.70 1.0e+20 1.79 6.15 0.60 140.65 5.84 2.59 1.80 40.01 97.83 1.34 1.0e+20 25.67 1.86 1.0e+20 -159 1990 8 9 0.79 11.20 32.75 1.0e+20 1.14 4.73 6.07 1.0e+20 3.75 5.33 1.59 156.45 7.77 17.35 1.68 1165.80 149.82 717.80 2.70 1.0e+20 1.79 6.15 0.60 140.25 5.83 2.59 1.80 40.01 97.63 1.33 27.38 25.66 1.87 1.0e+20 -160 1990 8 10 0.79 11.18 32.76 1.0e+20 1.14 4.73 6.07 1.0e+20 3.74 5.32 1.59 156.50 7.77 17.39 1.68 1165.25 150.15 718.20 2.70 1.0e+20 1.79 6.14 0.60 140.15 5.82 2.59 1.80 40.01 97.53 1.33 27.37 25.66 1.87 1.0e+20 -161 1990 8 13 0.80 11.08 32.42 1.0e+20 1.14 4.73 6.01 1.0e+20 3.71 5.29 1.57 155.25 7.74 17.35 1.70 1156.25 150.35 719.10 2.69 1.0e+20 1.77 6.11 0.60 139.25 5.78 2.58 1.79 40.01 96.73 1.31 27.35 25.66 1.88 1.0e+20 -162 1990 8 14 0.80 11.02 32.27 1.0e+20 1.14 4.73 5.98 1.0e+20 3.69 5.27 1.56 154.40 7.77 17.34 1.71 1151.50 149.48 719.90 2.68 1.0e+20 1.76 6.08 0.60 138.40 5.76 2.57 1.79 40.01 96.33 1.30 27.31 25.64 1.89 1.0e+20 -163 1990 8 15 0.80 10.99 32.15 1.0e+20 1.14 4.73 5.96 1.0e+20 3.69 5.24 1.56 154.05 7.77 17.28 1.71 1147.50 147.45 1.0e+20 2.69 1.0e+20 1.76 6.06 0.61 138.10 5.75 2.58 1.79 40.01 96.00 1.29 1.0e+20 25.59 1.89 1.0e+20 -164 1990 8 16 0.80 11.00 32.18 1.0e+20 1.14 4.73 5.97 1.0e+20 3.69 5.25 1.56 154.50 7.77 17.37 1.71 1150.00 148.38 719.70 2.69 1.0e+20 1.76 6.06 0.61 138.65 5.75 2.57 1.79 40.01 95.98 1.30 1.0e+20 25.59 1.89 1.0e+20 -165 1990 8 17 0.80 10.89 31.98 1.0e+20 1.14 4.73 5.93 1.0e+20 3.68 5.21 1.55 153.05 7.77 17.26 1.72 1142.25 147.57 720.50 2.69 1.0e+20 1.74 6.02 0.61 137.45 5.72 2.57 1.79 40.01 95.23 1.28 1.0e+20 25.58 1.91 1.0e+20 -166 1990 8 20 0.80 10.97 32.08 1.0e+20 1.14 4.73 5.97 1.0e+20 3.67 5.23 1.55 153.95 7.77 17.28 1.72 1152.90 146.87 720.30 2.69 1.0e+20 1.75 6.04 0.61 138.10 5.74 2.57 1.79 40.01 96.08 1.29 27.25 25.56 1.91 1.0e+20 -167 1990 8 21 0.81 10.93 32.00 1.0e+20 1.13 4.73 5.96 1.0e+20 3.69 5.23 1.55 153.80 7.77 17.32 1.72 1154.50 146.40 719.40 2.69 1.0e+20 1.75 6.05 0.62 137.75 5.74 2.54 1.78 40.01 96.68 1.28 27.25 25.55 1.92 1.0e+20 -168 1990 8 22 0.82 10.92 31.94 1.0e+20 1.13 4.73 5.96 1.0e+20 3.67 5.22 1.55 153.90 7.78 17.32 1.72 1159.00 145.75 719.00 2.69 1.0e+20 1.75 6.03 0.62 138.30 5.74 2.55 1.78 40.01 97.53 1.27 27.28 25.55 1.92 1.0e+20 -169 1990 8 23 0.82 10.89 31.82 1.0e+20 1.13 4.73 5.95 1.0e+20 3.66 5.19 1.54 152.70 7.78 17.27 1.73 1155.00 146.60 718.30 2.69 1.0e+20 1.74 6.00 0.63 137.70 5.72 2.55 1.77 40.01 97.30 1.26 27.30 25.52 1.95 1.0e+20 -170 1990 8 24 0.83 10.96 31.97 1.0e+20 1.13 4.73 5.96 1.0e+20 3.67 5.22 1.55 154.15 7.77 17.30 1.72 1155.75 146.55 718.50 2.69 1.0e+20 1.75 6.02 0.62 137.55 5.75 2.56 1.77 40.01 96.10 1.26 27.27 25.50 1.94 1.0e+20 -171 1990 8 27 0.83 10.91 31.84 1.0e+20 1.13 4.73 5.95 1.0e+20 3.66 5.20 1.55 152.90 7.77 17.39 1.72 1149.75 144.45 718.70 2.69 1.0e+20 1.74 6.00 0.62 136.55 5.71 2.56 1.77 39.97 95.90 1.27 1.0e+20 25.53 1.94 1.0e+20 -172 1990 8 28 0.83 10.92 31.88 1.0e+20 1.14 4.73 5.94 1.0e+20 3.65 5.20 1.55 153.50 7.77 17.36 1.72 1147.50 143.48 718.00 2.68 1.0e+20 1.74 6.00 0.63 136.95 5.72 2.55 1.76 40.01 96.03 1.28 27.28 25.44 1.94 1.0e+20 -173 1990 8 29 0.83 10.95 32.02 1.0e+20 1.13 4.73 5.96 1.0e+20 3.66 5.21 1.55 154.25 7.77 17.38 1.72 1155.00 143.62 717.60 2.68 1.0e+20 1.75 6.02 0.63 137.25 5.73 2.55 1.76 39.96 96.43 1.28 27.28 25.45 1.94 1.0e+20 -174 1990 8 30 0.81 11.01 32.15 1.0e+20 1.14 4.73 6.00 1.0e+20 3.68 5.25 1.56 155.05 7.76 17.48 1.71 1160.80 144.30 717.20 2.68 1.0e+20 1.76 6.06 0.61 138.20 5.76 2.56 1.76 39.94 97.45 1.29 1.0e+20 25.46 1.92 1.0e+20 -175 1990 8 31 0.81 11.09 32.31 1.0e+20 1.15 4.73 6.04 1.0e+20 3.72 5.28 1.57 154.90 7.76 17.52 1.70 1170.00 143.93 716.80 2.68 1.0e+20 1.77 6.09 0.61 139.10 5.78 2.58 1.76 39.93 98.05 1.30 27.29 25.49 1.89 1.0e+20 -176 1990 9 3 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -177 1990 9 4 0.81 11.10 32.55 1.0e+20 1.16 4.73 6.07 1.0e+20 3.72 5.30 1.58 156.90 7.76 17.64 1.69 1180.75 143.55 716.20 2.68 1.0e+20 1.78 6.12 0.61 139.75 5.81 2.58 1.76 39.94 99.00 1.31 27.29 25.50 1.87 1.0e+20 -178 1990 9 5 0.82 11.01 32.13 1.0e+20 1.15 4.73 5.99 1.0e+20 3.69 5.23 1.56 154.95 7.76 17.54 1.71 1167.00 141.68 716.90 2.68 1.0e+20 1.76 6.05 0.62 138.38 5.75 2.56 1.74 39.93 98.35 1.29 27.30 25.47 1.89 1.0e+20 -179 1990 9 6 0.82 10.96 32.00 1.0e+20 1.15 4.73 5.95 1.0e+20 3.67 5.21 1.55 154.40 7.76 17.56 1.72 1162.00 141.05 717.80 2.68 1.0e+20 1.75 6.03 0.62 138.60 5.73 2.55 1.75 39.93 98.07 1.29 27.30 25.43 1.90 1.0e+20 -180 1990 9 7 0.82 10.98 32.20 1.0e+20 1.16 4.73 5.99 1.0e+20 3.69 5.24 1.56 155.05 7.76 17.68 1.71 1169.00 140.10 718.60 2.68 1.0e+20 1.76 6.05 0.62 138.75 5.75 2.57 1.77 39.93 98.11 1.30 27.30 25.40 1.89 1.0e+20 -181 1990 9 10 0.81 11.13 32.48 1.0e+20 1.17 4.73 6.04 1.0e+20 3.72 5.29 1.58 155.25 7.76 17.76 1.69 1179.80 139.20 719.10 2.68 1.0e+20 1.78 6.10 0.62 139.80 5.79 2.58 1.76 39.93 99.33 1.31 27.31 25.39 1.85 1.0e+20 -182 1990 9 11 0.81 11.17 32.68 1.0e+20 1.16 4.73 6.08 1.0e+20 3.73 5.32 1.59 156.60 7.77 17.77 1.68 1186.50 139.85 719.00 2.69 1.0e+20 1.79 6.14 0.61 140.50 5.82 2.58 1.76 39.91 99.80 1.33 27.30 25.42 1.84 1.0e+20 -183 1990 9 12 0.81 11.18 32.60 1.0e+20 1.16 4.73 6.05 1.0e+20 3.73 5.31 1.58 155.60 7.77 17.76 1.69 1184.25 137.70 718.10 2.69 1.0e+20 1.78 6.11 0.62 140.40 5.80 2.58 1.77 39.92 99.75 1.32 27.31 25.41 1.86 1.0e+20 -184 1990 9 13 0.82 11.07 32.37 1.0e+20 1.16 4.73 6.01 1.0e+20 3.69 5.27 1.57 155.50 7.77 17.80 1.70 1174.00 137.35 718.30 2.69 1.0e+20 1.77 6.07 0.62 139.30 5.76 2.56 1.78 39.93 98.90 1.31 27.32 25.37 1.87 1.0e+20 -185 1990 9 14 0.82 11.00 32.12 1.0e+20 1.16 4.73 5.97 1.0e+20 3.69 5.23 1.56 152.50 7.76 17.85 1.71 1166.00 136.67 718.80 2.69 1.0e+20 1.76 6.04 0.62 138.40 5.73 2.56 1.77 39.94 98.30 1.29 27.29 25.34 1.89 1.0e+20 -186 1990 9 17 0.83 10.95 32.00 1.0e+20 1.15 4.73 5.93 1.0e+20 3.67 5.21 1.55 148.00 7.76 17.86 1.72 1166.75 137.00 719.30 2.69 1.0e+20 1.75 6.02 0.62 138.05 5.72 2.56 1.76 39.94 98.08 1.28 27.29 25.32 1.90 1.0e+20 -187 1990 9 18 0.83 10.89 31.84 1.0e+20 1.15 4.73 5.90 1.0e+20 3.66 5.18 1.54 154.00 7.75 17.83 1.73 1160.50 137.50 719.30 2.69 1.0e+20 1.74 6.00 0.62 137.35 5.69 2.55 1.76 39.95 97.50 1.28 27.29 25.32 1.91 1.0e+20 -188 1990 9 19 0.82 11.03 32.27 1.0e+20 1.15 4.73 5.97 1.0e+20 3.70 5.25 1.56 155.00 7.76 17.85 1.71 1172.50 137.50 718.40 2.69 1.0e+20 1.76 6.06 0.62 138.90 5.75 2.57 1.76 39.95 98.47 1.30 27.29 25.36 1.88 1.0e+20 -189 1990 9 20 0.82 11.12 32.49 1.0e+20 1.15 4.73 6.02 1.0e+20 3.74 5.29 1.58 155.50 7.76 18.00 1.69 1178.00 136.93 717.90 2.69 1.0e+20 1.78 6.10 0.61 140.15 5.78 2.58 1.76 39.96 98.88 1.32 27.29 25.35 1.86 1.0e+20 -190 1990 9 21 0.82 11.09 32.41 1.0e+20 1.15 4.73 6.00 1.0e+20 3.74 5.27 1.57 156.00 7.76 18.12 1.70 1175.75 136.90 718.00 2.70 1.0e+20 1.77 6.10 0.61 139.95 5.78 2.58 1.76 39.97 98.48 1.32 27.29 25.36 1.84 1.0e+20 -191 1990 9 24 0.83 10.97 32.06 1.0e+20 1.15 4.73 5.94 1.0e+20 3.71 5.21 1.55 156.00 7.76 18.06 1.72 1166.00 136.10 718.00 2.69 1.0e+20 1.75 6.05 0.62 138.25 5.74 2.56 1.76 39.95 97.63 1.29 27.29 25.33 1.88 1.0e+20 -192 1990 9 25 0.83 11.00 32.19 1.0e+20 1.14 4.73 5.96 1.0e+20 3.73 5.23 1.56 156.00 7.76 18.08 1.71 1169.75 137.38 717.10 2.70 1.0e+20 1.76 6.05 0.62 138.95 5.76 2.56 1.76 39.96 97.93 1.30 27.31 25.32 1.87 1.0e+20 -193 1990 9 26 0.83 11.04 32.36 1.0e+20 1.15 4.73 6.00 1.0e+20 3.72 5.26 1.57 155.50 7.76 18.09 1.71 1176.00 137.27 716.70 2.70 1.0e+20 1.77 6.08 0.61 139.65 5.78 2.56 1.76 39.96 98.28 1.31 27.29 25.34 1.86 1.0e+20 -194 1990 9 27 0.82 11.06 32.34 1.0e+20 1.15 4.73 6.01 1.0e+20 3.72 5.25 1.57 156.00 7.76 18.08 1.70 1177.50 138.37 716.30 2.70 1.0e+20 1.77 6.09 0.61 140.05 5.78 2.57 1.76 39.97 98.53 1.30 27.30 25.36 1.87 1.0e+20 -195 1990 9 28 0.82 11.02 32.26 1.0e+20 1.15 4.73 5.97 1.0e+20 3.71 5.24 1.56 155.00 7.76 18.00 1.71 1172.50 138.27 715.80 2.70 1.0e+20 1.76 6.06 0.61 139.30 5.76 2.56 1.76 40.00 97.97 1.29 1.0e+20 25.36 1.87 1.0e+20 -196 1990 10 1 0.83 10.92 31.99 1.0e+20 1.15 4.73 5.93 1.0e+20 3.69 5.19 1.55 154.35 7.76 18.06 1.73 1163.50 136.90 715.70 2.69 1.0e+20 1.75 6.02 0.61 137.53 5.72 2.56 1.76 40.07 97.25 1.28 27.29 25.33 1.88 1.0e+20 -197 1990 10 2 0.82 10.93 32.08 1.0e+20 1.15 4.73 5.94 1.0e+20 3.69 5.21 1.55 155.20 7.76 18.08 1.72 1163.75 136.95 1.0e+20 2.69 1.0e+20 1.75 6.03 0.61 138.10 5.73 2.57 1.76 40.07 97.45 1.29 27.29 25.32 1.88 1.0e+20 -198 1990 10 3 0.83 10.85 31.81 1.0e+20 1.15 4.73 5.90 1.0e+20 3.67 5.17 1.54 154.30 7.75 18.01 1.73 1157.25 136.13 1.0e+20 2.69 1.0e+20 1.74 6.00 0.61 137.15 5.70 2.55 1.75 1.0e+20 96.75 1.28 1.0e+20 25.31 1.89 1.0e+20 -199 1990 10 4 0.83 10.79 31.61 1.0e+20 1.14 4.73 5.85 1.0e+20 3.65 5.14 1.53 153.20 7.75 18.07 1.74 1150.00 133.90 1.0e+20 2.69 1.0e+20 1.73 5.97 0.61 136.15 5.67 2.55 1.75 40.01 96.40 1.27 27.28 25.28 1.91 1.0e+20 -200 1990 10 5 0.83 10.86 31.82 1.0e+20 1.15 4.73 5.89 1.0e+20 3.67 5.18 1.54 154.05 7.75 18.07 1.73 1158.50 132.40 715.70 2.69 1.0e+20 1.74 5.98 0.61 137.15 5.67 2.57 1.74 40.03 96.93 1.29 27.27 25.22 1.94 1.0e+20 -201 1990 10 8 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -202 1990 10 9 0.83 10.73 31.39 1.0e+20 1.15 4.73 5.81 1.0e+20 3.61 5.11 1.52 152.30 7.75 18.04 1.75 1144.75 130.33 1.0e+20 2.69 1.0e+20 1.72 5.90 0.61 134.55 5.62 2.54 1.73 40.12 96.00 1.27 27.28 25.09 1.97 1.0e+20 -203 1990 10 10 0.82 10.74 31.47 1.0e+20 1.15 4.73 5.82 1.0e+20 3.61 5.11 1.52 152.75 7.75 18.05 1.75 1146.00 129.97 716.70 2.69 1.0e+20 1.72 5.91 0.61 134.50 5.64 2.54 1.73 40.14 96.20 1.27 1.0e+20 25.13 1.96 1.0e+20 -204 1990 10 11 0.81 10.78 31.54 1.0e+20 1.15 4.73 5.84 1.0e+20 3.62 5.13 1.53 153.50 7.75 18.00 1.74 1147.40 129.95 717.10 2.69 1.0e+20 1.72 5.92 0.61 134.65 5.65 2.54 1.73 40.15 96.43 1.29 27.29 25.11 1.96 1.0e+20 -205 1990 10 12 0.81 10.69 31.26 1.0e+20 1.14 4.73 5.78 1.0e+20 3.60 5.08 1.51 152.60 7.75 17.99 1.76 1137.50 128.65 717.30 2.69 1.0e+20 1.71 5.88 0.61 133.35 5.63 2.52 1.72 40.14 95.50 1.27 27.30 25.11 1.97 1.0e+20 -206 1990 10 15 0.78 10.72 31.38 1.0e+20 1.15 4.73 5.81 1.0e+20 3.60 5.10 1.52 153.00 7.76 18.00 1.76 1142.25 128.15 718.00 2.69 1.0e+20 1.71 5.90 0.60 134.05 5.64 2.53 1.72 40.51 95.65 1.28 27.29 25.07 1.95 1.0e+20 -207 1990 10 16 0.78 10.66 31.22 1.0e+20 1.15 4.73 5.78 1.0e+20 3.58 5.07 1.51 153.45 7.76 18.05 1.77 1135.00 127.25 718.80 2.69 1.0e+20 1.70 5.88 0.60 133.65 5.62 2.52 1.72 1.0e+20 94.95 1.27 27.29 25.38 1.95 1.0e+20 -208 1990 10 17 0.77 10.63 31.12 1.0e+20 1.16 4.73 5.70 1.0e+20 3.57 5.06 1.51 152.05 7.77 18.07 1.77 1130.75 125.27 718.40 2.69 1.0e+20 1.70 5.86 0.59 133.08 5.61 2.53 1.71 1.0e+20 94.71 1.27 27.29 25.02 1.96 1.0e+20 -209 1990 10 18 0.76 10.62 31.11 1.0e+20 1.17 4.73 5.76 1.0e+20 3.58 5.06 1.51 152.50 7.77 18.08 1.77 1132.25 125.05 717.60 2.69 1.0e+20 1.70 5.87 0.60 133.35 5.61 2.53 1.70 40.51 94.75 1.27 27.30 24.99 1.95 1.0e+20 -210 1990 10 19 0.78 10.57 30.97 1.0e+20 1.16 4.73 5.72 1.0e+20 3.56 5.03 1.50 151.30 7.78 18.10 1.78 1126.00 125.75 718.30 2.69 1.0e+20 1.69 5.84 0.60 131.75 5.57 2.53 1.71 40.41 94.43 1.27 27.29 24.95 1.95 1.0e+20 -211 1990 10 22 0.78 10.64 31.19 1.0e+20 1.17 4.73 5.77 1.0e+20 3.59 5.07 1.51 152.15 7.78 18.08 1.77 1135.00 126.05 718.80 2.69 1.0e+20 1.70 5.88 0.60 133.75 5.60 2.55 1.70 40.41 95.08 1.28 27.28 25.00 1.94 1.0e+20 -212 1990 10 23 0.77 10.69 31.27 1.0e+20 1.17 4.73 5.79 1.0e+20 3.60 5.07 1.51 154.00 7.78 18.10 1.76 1137.50 127.50 718.80 2.70 1.0e+20 1.71 5.89 0.60 133.90 5.61 2.53 1.71 1.0e+20 95.08 1.28 27.29 1.0e+20 1.94 1.0e+20 -213 1990 10 24 0.78 10.61 31.03 1.0e+20 1.16 4.73 5.75 1.0e+20 3.59 5.04 1.50 152.85 7.78 18.12 1.77 1130.00 128.05 719.70 2.70 1.0e+20 1.69 5.86 0.60 132.85 5.59 2.52 1.71 40.41 94.60 1.27 27.29 25.07 1.95 1.0e+20 -214 1990 10 25 0.78 10.61 31.06 1.0e+20 1.16 4.73 5.75 1.0e+20 3.59 5.06 1.51 152.25 7.78 18.10 1.77 1132.00 127.30 719.30 2.70 1.0e+20 1.70 5.87 0.60 133.25 5.60 2.54 1.70 40.41 94.60 1.27 1.0e+20 25.03 1.95 1.0e+20 -215 1990 10 26 0.78 10.66 31.20 1.0e+20 1.16 4.73 5.78 1.0e+20 3.60 5.07 1.51 153.20 7.78 18.10 1.76 1135.73 128.00 718.50 2.70 1.0e+20 1.70 5.89 0.60 133.65 5.62 2.54 1.72 40.41 94.98 1.28 27.28 25.08 1.95 1.0e+20 -216 1990 10 29 0.78 10.67 31.23 1.0e+20 1.16 4.73 5.79 1.0e+20 3.61 5.07 1.51 152.60 7.78 18.15 1.76 1136.75 128.40 717.60 2.70 1.0e+20 1.70 5.89 0.61 133.65 5.63 2.54 1.70 40.41 95.03 1.28 27.26 25.05 1.95 1.0e+20 -217 1990 10 30 0.78 10.68 31.25 1.0e+20 1.16 4.73 5.80 1.0e+20 3.61 5.08 1.51 154.45 7.79 18.14 1.76 1137.50 129.10 716.80 2.70 1.0e+20 1.71 5.91 0.61 133.60 5.63 2.55 1.71 40.40 95.20 1.28 27.27 25.09 1.94 1.0e+20 -218 1990 10 31 0.78 10.66 31.21 1.0e+20 1.16 4.73 5.79 1.0e+20 3.62 5.07 1.51 153.65 7.79 18.16 1.76 1136.25 129.95 716.60 2.70 1.0e+20 1.70 5.89 0.61 133.30 5.64 2.53 1.70 40.39 94.96 1.28 1.0e+20 25.09 1.94 1.0e+20 -219 1990 11 1 0.78 10.61 31.03 1.0e+20 1.16 4.73 5.75 1.0e+20 3.58 5.05 1.50 152.65 7.79 18.10 1.77 1130.30 130.48 716.40 2.70 1.0e+20 1.70 5.86 0.61 132.65 5.62 2.53 1.71 40.38 94.70 1.27 27.26 25.14 1.95 1.0e+20 -220 1990 11 2 0.77 10.57 30.93 1.0e+20 1.16 4.73 5.76 1.0e+20 3.60 5.04 1.50 152.70 7.80 18.08 1.78 1129.50 128.60 716.70 2.70 1.0e+20 1.69 5.85 0.60 132.50 5.60 2.54 1.70 40.38 95.50 1.27 27.26 25.10 1.95 1.0e+20 -221 1990 11 5 0.78 10.47 30.61 1.0e+20 1.15 4.73 5.69 1.0e+20 3.55 4.98 1.48 151.90 7.79 18.10 1.80 1117.50 126.80 717.40 2.70 1.0e+20 1.67 5.81 0.61 131.10 5.55 2.52 1.70 40.37 93.55 1.25 27.26 25.10 1.96 1.0e+20 -222 1990 11 6 0.78 10.45 30.61 1.0e+20 1.16 4.73 5.68 1.0e+20 3.55 4.98 1.48 151.85 7.79 18.10 1.80 1117.00 127.30 718.20 2.70 1.0e+20 1.67 5.78 0.61 130.55 5.54 2.52 1.70 40.36 93.30 1.25 27.25 25.01 1.97 1.0e+20 -223 1990 11 7 0.77 10.44 30.52 1.0e+20 1.16 4.73 5.66 1.0e+20 3.54 4.97 1.48 151.60 7.79 18.09 1.80 1114.00 128.15 718.30 2.70 1.0e+20 1.67 5.77 0.61 130.65 5.53 2.52 1.70 40.37 93.18 1.24 27.26 25.06 1.97 1.0e+20 -224 1990 11 8 0.77 10.45 30.66 1.0e+20 1.16 4.73 5.69 1.0e+20 3.56 4.99 1.48 152.05 7.79 18.13 1.80 1119.50 129.90 718.30 2.70 1.0e+20 1.67 5.81 0.61 130.95 5.56 2.53 1.70 40.36 93.53 1.24 27.26 25.08 1.96 1.0e+20 -225 1990 11 9 0.77 10.46 30.65 1.0e+20 1.17 4.73 5.70 1.0e+20 3.55 4.99 1.48 152.40 7.79 18.13 1.80 1120.00 129.73 718.10 2.70 1.0e+20 1.67 5.81 0.61 131.15 5.56 2.52 1.71 40.35 93.73 1.25 27.26 25.13 1.96 1.0e+20 -226 1990 11 12 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -227 1990 11 13 0.77 10.41 30.52 1.0e+20 1.16 4.73 5.66 1.0e+20 3.54 4.97 1.48 152.00 7.79 18.14 1.81 1113.50 129.60 717.90 2.69 1.0e+20 1.66 5.77 0.61 130.75 5.54 2.53 1.71 40.35 93.78 1.25 27.26 25.04 1.96 1.0e+20 -228 1990 11 14 0.77 10.34 30.38 1.0e+20 1.16 4.73 5.64 1.0e+20 3.55 4.96 1.47 151.50 7.79 18.10 1.82 1109.00 129.62 717.30 2.69 1.0e+20 1.66 5.75 0.61 129.85 5.54 2.51 1.71 40.35 93.75 1.24 27.24 25.10 1.96 1.0e+20 -229 1990 11 15 0.77 10.39 30.46 1.0e+20 1.16 4.73 5.67 1.0e+20 3.55 4.98 1.47 151.95 7.79 18.08 1.81 1113.50 129.27 716.80 2.69 1.0e+20 1.66 5.78 0.60 130.75 5.55 2.53 1.71 40.35 94.28 1.25 27.24 25.07 1.95 1.0e+20 -230 1990 11 16 0.76 10.35 30.41 1.0e+20 1.16 1.0e+20 5.65 1.0e+20 3.55 4.96 1.47 150.35 7.79 18.09 1.82 1110.50 129.43 716.50 2.69 1.0e+20 1.65 5.76 0.60 129.95 5.53 2.53 1.71 40.36 93.90 1.24 27.24 25.09 1.96 1.0e+20 -231 1990 11 19 0.76 10.37 30.45 1.0e+20 1.16 5.23 5.66 1.0e+20 3.54 4.97 1.47 151.55 7.79 18.07 1.81 1110.80 129.00 717.00 2.69 1.0e+20 1.66 5.76 0.60 130.25 5.53 2.53 1.70 40.35 93.55 1.24 27.24 25.06 1.97 1.0e+20 -232 1990 11 20 0.76 10.38 30.53 1.0e+20 1.16 5.23 5.66 1.0e+20 3.56 4.98 1.47 151.56 7.78 18.07 1.81 1111.75 128.95 717.00 2.69 1.0e+20 1.66 5.77 0.61 130.20 5.54 2.52 1.70 40.35 93.70 1.24 27.23 25.06 1.96 1.0e+20 -233 1990 11 21 0.76 10.42 30.61 1.0e+20 1.15 5.23 5.68 1.0e+20 3.56 5.00 1.48 151.35 7.78 18.02 1.80 1113.50 127.65 717.20 2.68 1.0e+20 1.67 5.79 0.61 130.35 5.55 2.53 1.71 40.36 94.05 1.25 27.21 25.05 1.96 1.0e+20 -234 1990 11 22 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -235 1990 11 23 0.76 10.45 30.71 1.0e+20 1.15 5.23 5.69 1.0e+20 3.56 5.00 1.48 152.30 7.79 18.05 1.79 1115.25 127.35 717.40 2.68 1.0e+20 1.67 5.79 0.61 130.75 5.56 2.50 1.70 40.34 94.10 1.25 27.18 25.02 1.96 1.0e+20 -236 1990 11 26 0.76 10.49 30.82 1.0e+20 1.16 5.23 5.72 1.0e+20 3.57 5.03 1.49 153.00 7.79 18.08 1.79 1119.50 128.75 716.80 2.68 1.0e+20 1.68 5.82 0.61 130.90 5.57 2.52 1.70 40.33 94.55 1.26 27.22 25.05 1.96 1.0e+20 -237 1990 11 27 0.76 10.41 30.57 1.0e+20 1.16 5.23 5.67 1.0e+20 3.55 4.99 1.48 152.80 7.79 18.10 1.80 1109.75 128.33 716.10 2.68 1.0e+20 1.66 5.77 0.61 130.15 5.54 2.50 1.70 40.32 94.00 1.26 27.23 25.06 1.97 1.0e+20 -238 1990 11 28 0.76 10.44 30.59 1.0e+20 1.16 5.23 5.69 1.0e+20 3.56 5.01 1.48 152.30 7.79 18.13 1.79 1115.75 129.85 715.70 2.68 1.0e+20 1.67 5.78 0.61 130.40 5.56 2.51 1.70 40.31 94.40 1.26 27.22 25.04 1.97 1.0e+20 -239 1990 11 29 0.77 10.51 30.89 1.0e+20 1.16 5.23 5.73 1.0e+20 3.57 5.04 1.49 154.50 7.79 18.12 1.78 1122.75 132.45 715.60 2.69 1.0e+20 1.68 5.82 0.60 131.50 5.59 2.52 1.71 40.31 94.78 1.27 27.22 25.10 1.95 1.0e+20 -240 1990 11 30 0.77 10.54 30.98 1.0e+20 1.16 5.23 5.74 1.0e+20 3.60 5.06 1.50 155.00 7.80 18.17 1.78 1127.50 133.10 715.90 2.70 1.0e+20 1.69 5.84 0.60 131.98 5.61 2.52 1.72 40.30 95.10 1.27 27.27 25.20 1.93 1.0e+20 -241 1990 12 3 0.77 10.62 31.27 1.0e+20 1.16 5.23 5.80 1.0e+20 3.63 5.11 1.51 155.60 7.80 18.16 1.76 1137.50 134.40 715.80 2.70 1.0e+20 1.70 5.90 0.61 133.13 5.66 2.53 1.72 40.29 96.10 1.29 27.24 25.17 1.91 1.0e+20 -242 1990 12 4 0.77 10.58 31.10 1.0e+20 1.16 5.23 5.77 1.0e+20 3.61 5.08 1.50 155.60 7.80 18.11 1.77 1129.75 134.05 715.20 2.70 1.0e+20 1.69 5.87 0.60 132.55 5.63 2.53 1.72 40.28 95.75 1.28 27.27 25.22 1.92 1.0e+20 -243 1990 12 5 0.76 10.58 31.14 1.0e+20 1.16 5.23 5.78 1.0e+20 3.62 5.08 1.50 154.80 7.80 18.09 1.77 1130.50 134.53 716.00 2.69 1.0e+20 1.69 5.89 0.60 132.65 5.64 2.54 1.71 40.27 96.05 1.28 27.25 25.19 1.92 1.0e+20 -244 1990 12 6 0.77 10.49 30.90 1.0e+20 1.16 5.23 5.73 1.0e+20 3.59 5.05 1.48 154.30 7.80 18.12 1.78 1122.50 132.35 716.80 2.70 1.0e+20 1.68 5.83 0.60 131.53 5.60 2.51 1.71 40.25 95.20 1.27 27.22 25.21 1.93 1.0e+20 -245 1990 12 7 0.77 10.39 30.68 1.0e+20 1.15 5.23 5.68 1.0e+20 3.57 5.01 1.47 153.60 7.80 18.10 1.80 1114.50 131.05 717.10 2.69 1.0e+20 1.66 5.79 0.60 130.68 5.56 2.50 1.71 40.25 94.43 1.26 27.19 25.21 1.95 1.0e+20 -246 1990 12 10 0.76 10.35 30.52 1.0e+20 1.15 5.23 5.66 1.0e+20 3.55 5.00 1.47 153.05 7.80 18.09 1.80 1111.75 131.90 717.70 2.69 1.0e+20 1.66 5.77 0.60 130.35 5.55 2.51 1.71 40.24 94.43 1.26 27.15 25.09 1.94 1.0e+20 -247 1990 12 11 0.76 10.39 30.71 1.0e+20 1.15 5.23 5.70 1.0e+20 3.58 5.01 1.48 153.35 7.80 18.08 1.80 1115.00 132.10 718.30 2.69 1.0e+20 1.67 5.80 0.60 130.85 5.58 2.52 1.71 40.23 94.60 1.26 27.15 25.12 1.93 1.0e+20 -248 1990 12 12 0.76 10.40 30.66 1.0e+20 1.16 5.23 5.69 1.0e+20 3.57 5.02 1.47 153.70 7.80 18.06 1.80 1115.00 131.82 718.30 2.69 1.0e+20 1.66 5.80 0.60 130.75 5.57 2.51 1.71 40.22 94.52 1.26 27.15 25.14 1.94 1.0e+20 -249 1990 12 13 0.75 10.42 30.69 1.0e+20 1.16 5.23 5.70 1.0e+20 3.57 5.03 1.48 153.70 7.80 18.09 1.79 1116.25 132.13 718.50 2.69 1.0e+20 1.67 5.81 0.59 131.25 5.57 2.52 1.71 40.22 94.48 1.26 27.12 25.12 1.94 1.0e+20 -250 1990 12 14 0.76 10.44 30.77 1.0e+20 1.15 5.23 5.72 1.0e+20 3.59 5.04 1.48 154.40 7.80 18.11 1.79 1122.00 132.95 719.10 2.69 1.0e+20 1.67 5.82 0.59 131.45 5.58 2.52 1.71 40.22 94.75 1.27 27.11 25.14 1.93 1.0e+20 -251 1990 12 17 0.76 10.46 30.75 1.0e+20 1.15 5.23 5.73 1.0e+20 3.61 5.06 1.48 155.00 7.80 18.14 1.79 1123.00 133.25 719.80 2.70 1.0e+20 1.67 5.82 0.59 131.50 5.60 2.52 1.71 40.22 95.10 1.27 1.0e+20 25.18 1.92 1.0e+20 -252 1990 12 18 0.77 10.43 30.72 1.0e+20 1.15 5.23 5.74 1.0e+20 3.60 5.05 1.48 155.30 7.80 18.15 1.79 1121.75 133.23 720.20 2.70 1.0e+20 1.67 5.82 0.58 131.50 5.60 2.52 1.72 40.22 95.08 1.27 27.11 25.18 1.93 1.0e+20 -253 1990 12 19 0.77 10.39 30.60 1.0e+20 1.15 5.23 5.72 1.0e+20 3.59 5.04 1.47 154.90 7.80 18.16 1.79 1117.75 134.15 720.20 2.70 1.0e+20 1.66 5.80 0.59 131.30 5.58 2.52 1.72 40.22 94.65 1.27 27.11 25.16 1.93 1.0e+20 -254 1990 12 20 0.77 10.55 31.02 1.0e+20 1.15 5.23 5.79 1.0e+20 3.63 5.10 1.50 157.25 7.80 18.18 1.77 1132.00 134.85 720.30 2.70 1.0e+20 1.69 5.88 0.59 133.35 5.64 2.55 1.73 40.22 95.80 1.28 27.10 25.19 1.90 1.0e+20 -255 1990 12 21 0.77 10.76 31.60 1.0e+20 1.16 5.23 5.90 1.0e+20 3.68 5.19 1.52 158.40 7.80 18.20 1.73 1151.00 135.60 719.70 2.70 1.0e+20 1.72 5.99 0.58 135.80 5.72 2.57 1.74 40.22 97.77 1.30 1.0e+20 25.27 1.88 1.0e+20 -256 1990 12 24 0.77 10.87 31.83 1.0e+20 1.16 5.23 5.93 1.0e+20 3.71 5.24 1.54 159.80 7.80 18.20 1.72 1161.00 136.05 719.20 2.70 1.0e+20 1.74 6.03 0.58 136.75 5.77 2.60 1.74 40.23 98.94 1.31 1.0e+20 25.28 1.86 1.0e+20 -257 1990 12 25 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -258 1990 12 26 0.77 10.77 31.60 1.0e+20 1.16 5.23 5.89 1.0e+20 3.68 5.20 1.53 159.75 7.80 1.0e+20 1.73 1152.50 136.05 719.90 2.71 1.0e+20 1.72 6.00 0.58 136.10 5.72 2.57 1.75 40.23 98.00 1.30 27.13 25.28 1.88 1.0e+20 -259 1990 12 27 0.76 10.76 31.85 1.0e+20 1.16 5.23 5.91 1.0e+20 3.68 5.20 1.53 160.00 7.80 1.0e+20 1.73 1154.00 136.45 720.40 2.72 1.0e+20 1.72 6.00 0.58 136.85 5.73 2.58 1.75 40.23 97.83 1.30 27.11 25.38 1.88 1.0e+20 -260 1990 12 28 0.77 10.54 30.93 1.0e+20 1.16 5.23 5.78 1.0e+20 3.61 5.09 1.49 159.00 7.80 18.12 1.77 1130.00 135.12 719.80 2.71 1.0e+20 1.68 5.87 0.58 134.05 5.63 2.54 1.74 40.23 95.80 1.27 27.12 25.31 1.92 1.0e+20 -261 1990 12 31 0.77 10.53 30.94 1.0e+20 1.16 5.23 5.77 1.0e+20 3.63 5.10 1.49 160.00 7.80 18.13 1.77 1127.50 135.75 719.20 2.70 1.0e+20 1.68 5.86 0.58 134.10 5.63 2.56 1.74 40.23 95.75 1.27 1.0e+20 25.31 1.92 1.0e+20 -262 1991 1 1 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -263 1991 1 2 0.77 10.48 30.72 1.0e+20 1.15 5.23 5.73 1.0e+20 3.60 5.07 1.49 156.50 7.79 18.10 1.78 1122.00 134.60 1.0e+20 2.70 1.0e+20 1.68 5.84 0.59 132.85 5.60 2.54 1.74 40.24 95.08 1.26 1.0e+20 25.23 1.94 1.0e+20 -264 1991 1 3 0.77 10.50 30.78 1.0e+20 1.15 5.23 5.75 1.0e+20 3.60 5.07 1.49 157.00 7.79 18.12 1.78 1123.75 133.05 719.50 2.70 1.0e+20 1.68 5.84 0.59 133.35 5.60 2.54 1.74 40.25 94.83 1.26 27.10 25.21 1.94 1.0e+20 -265 1991 1 4 0.77 10.60 31.00 1.0e+20 1.15 5.23 5.79 1.0e+20 3.62 5.10 1.50 156.95 7.79 18.13 1.77 1132.50 135.10 718.80 2.70 1.0e+20 1.69 5.89 0.59 134.50 5.63 2.56 1.75 40.25 95.45 1.27 27.12 25.20 1.93 1.0e+20 -266 1991 1 7 0.77 10.78 31.61 1.0e+20 1.15 5.23 5.90 1.0e+20 3.67 5.20 1.53 161.25 7.79 18.17 1.74 1152.25 136.70 719.50 2.72 1.0e+20 1.72 5.99 0.59 137.00 5.72 2.57 1.75 40.24 97.13 1.29 27.12 25.27 1.90 1.0e+20 -267 1991 1 8 0.77 10.76 31.56 1.0e+20 1.15 5.23 5.90 1.0e+20 3.68 5.19 1.53 161.00 7.79 18.22 1.74 1150.20 136.45 719.90 2.72 1.0e+20 1.72 5.98 0.59 136.10 5.71 2.57 1.76 40.23 96.90 1.28 27.14 25.32 1.90 1.0e+20 -268 1991 1 9 0.77 10.64 31.19 1.0e+20 1.15 5.23 5.82 1.0e+20 3.65 5.13 1.51 159.00 7.79 18.20 1.76 1138.00 134.05 720.20 2.72 1.0e+20 1.70 5.91 0.59 135.60 5.65 2.57 1.75 1.0e+20 95.50 1.27 27.16 25.32 1.92 1.0e+20 -269 1991 1 10 0.77 10.77 31.58 1.0e+20 1.15 5.23 5.89 1.0e+20 3.68 5.20 1.53 161.20 7.76 18.24 1.74 1152.50 134.60 720.30 2.72 1.0e+20 1.72 5.98 0.59 137.50 5.70 2.59 1.75 1.0e+20 96.65 1.28 27.18 25.31 1.90 1.0e+20 -270 1991 1 11 0.77 10.77 31.61 1.0e+20 1.15 5.23 5.90 1.0e+20 3.68 5.20 1.53 161.65 7.80 18.29 1.74 1153.50 134.25 718.10 2.72 1.0e+20 1.72 5.99 0.59 137.75 5.70 2.58 1.75 40.22 96.45 1.28 27.17 1.0e+20 1.90 1.0e+20 -271 1991 1 14 0.77 10.87 31.77 1.0e+20 1.14 5.23 5.93 1.0e+20 3.71 5.23 1.54 162.55 7.80 18.34 1.73 1160.80 135.05 720.60 2.72 1.0e+20 1.74 6.03 0.59 138.25 5.73 2.59 1.76 1.0e+20 97.13 1.28 27.25 25.32 1.90 1.0e+20 -272 1991 1 15 0.78 10.85 31.80 1.0e+20 1.14 5.23 5.95 1.0e+20 3.72 5.24 1.54 162.80 7.80 18.39 1.73 1161.25 135.90 721.10 2.72 1.0e+20 1.74 6.02 0.59 137.90 5.73 2.59 1.76 40.25 97.42 1.28 27.38 25.31 1.90 1.0e+20 -273 1991 1 16 0.78 10.86 31.85 1.0e+20 1.14 5.23 5.95 1.0e+20 3.72 5.25 1.54 163.55 7.79 18.38 1.73 1162.75 136.85 721.30 2.73 1.0e+20 1.74 6.02 0.59 137.85 5.73 2.59 1.76 1.0e+20 97.43 1.28 27.35 25.33 1.90 1.0e+20 -274 1991 1 17 0.78 10.64 31.18 1.0e+20 1.15 5.23 5.82 1.0e+20 3.65 5.13 1.51 160.60 7.79 18.37 1.76 1138.00 132.88 721.30 2.72 1.0e+20 1.70 5.90 0.59 135.30 5.65 2.55 1.74 40.27 95.25 1.27 27.26 25.30 1.92 1.0e+20 -275 1991 1 18 0.77 10.56 30.95 1.0e+20 1.15 5.23 5.78 1.0e+20 3.62 5.10 1.50 159.80 7.79 18.37 1.77 1130.25 132.80 721.40 2.72 1.0e+20 1.69 5.86 0.59 133.80 5.61 2.54 1.74 1.0e+20 94.47 1.26 1.0e+20 25.27 1.94 1.0e+20 -276 1991 1 21 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -277 1991 1 22 0.78 10.51 30.81 1.0e+20 1.16 5.23 5.75 1.0e+20 3.61 5.08 1.49 159.35 7.79 18.41 1.78 1123.50 131.70 721.80 2.71 1.0e+20 1.68 5.84 0.59 133.05 5.58 2.56 1.73 1.0e+20 93.88 1.25 1.0e+20 25.18 1.94 1.0e+20 -278 1991 1 23 0.78 10.48 30.62 1.0e+20 1.15 5.23 5.75 1.0e+20 3.60 5.05 1.48 158.95 7.79 18.42 1.78 1119.00 132.41 722.20 2.71 1.0e+20 1.67 5.83 0.59 132.45 5.56 2.54 1.73 40.33 93.63 1.25 1.0e+20 25.20 1.95 1.0e+20 -279 1991 1 24 0.77 10.45 30.63 1.0e+20 1.15 5.23 5.72 1.0e+20 3.60 5.05 1.48 158.20 7.79 18.42 1.79 1117.25 132.23 722.30 2.70 1.0e+20 1.67 5.81 0.59 131.70 5.56 2.55 1.72 40.35 93.36 1.25 1.0e+20 25.17 1.96 1.0e+20 -280 1991 1 25 0.77 10.48 30.66 1.0e+20 1.16 5.23 5.74 1.0e+20 3.61 5.06 1.49 158.75 7.79 18.40 1.78 1120.30 132.27 721.60 2.70 1.0e+20 1.68 5.83 0.59 131.95 5.57 2.56 1.72 40.35 93.60 1.26 1.0e+20 25.19 1.95 1.0e+20 -281 1991 1 28 0.78 10.48 30.67 1.0e+20 1.16 5.23 5.73 1.0e+20 3.60 5.05 1.48 158.75 7.79 18.45 1.79 1118.00 132.20 721.20 2.69 1.0e+20 1.67 5.81 0.59 131.85 5.56 2.56 1.72 40.36 93.23 1.26 1.0e+20 25.20 1.96 1.0e+20 -282 1991 1 29 0.78 10.47 30.61 1.0e+20 1.15 5.23 5.72 1.0e+20 3.60 5.04 1.48 158.85 7.79 18.49 1.79 1115.70 131.53 721.60 2.69 1.0e+20 1.67 5.81 0.60 131.65 5.55 2.55 1.72 1.0e+20 93.13 1.26 1.0e+20 25.17 1.96 1.0e+20 -283 1991 1 30 0.78 10.49 30.73 1.0e+20 1.16 5.23 5.74 1.0e+20 3.61 5.06 1.49 159.25 7.79 18.60 1.78 1118.75 131.60 722.00 2.69 1.0e+20 1.68 5.83 0.59 131.95 5.56 2.55 1.72 40.37 93.33 1.26 27.10 25.19 1.96 1.0e+20 -284 1991 1 31 0.78 10.40 30.51 1.0e+20 1.16 5.23 5.69 1.0e+20 3.58 5.02 1.47 157.75 7.79 18.61 1.80 1111.75 131.45 721.80 2.69 1.0e+20 1.66 5.78 0.59 130.65 5.53 2.53 1.73 40.39 92.83 1.25 1.0e+20 25.18 1.96 1.0e+20 -285 1991 2 1 0.78 10.32 30.20 1.0e+20 1.16 5.23 5.64 1.0e+20 3.56 4.99 1.46 157.45 7.79 18.60 1.81 1104.00 131.45 721.50 2.69 1.0e+20 1.65 5.74 0.59 129.75 5.50 2.52 1.73 40.39 91.97 1.25 1.0e+20 25.16 1.97 1.0e+20 -286 1991 2 4 0.78 10.30 30.17 1.0e+20 1.15 5.23 5.64 1.0e+20 3.56 4.98 1.46 156.10 7.79 18.59 1.81 1102.00 131.08 722.20 2.69 1.0e+20 1.65 5.73 0.60 129.55 5.48 2.53 1.71 1.0e+20 92.10 1.25 1.0e+20 25.16 1.97 1.0e+20 -287 1991 2 5 0.77 10.28 30.14 1.0e+20 1.15 5.23 5.63 1.0e+20 3.55 4.97 1.46 156.55 7.79 18.60 1.81 1098.50 129.73 723.00 2.69 1.0e+20 1.64 5.72 0.59 129.35 5.48 2.53 1.71 40.41 91.88 1.24 1.0e+20 25.12 1.98 1.0e+20 -288 1991 2 6 0.77 10.21 29.88 1.0e+20 1.15 5.23 5.58 1.0e+20 3.54 4.94 1.45 155.50 7.80 18.58 1.83 1091.00 128.35 722.90 2.68 1.0e+20 1.63 5.68 0.60 128.25 5.45 2.51 1.71 1.0e+20 91.13 1.23 1.0e+20 25.09 1.99 1.0e+20 -289 1991 2 7 0.78 10.20 29.83 1.0e+20 1.15 5.23 5.58 1.0e+20 3.53 4.93 1.45 155.35 7.79 18.69 1.83 1091.50 127.95 721.40 2.69 1.0e+20 1.63 5.67 0.60 128.25 5.45 2.51 1.71 40.43 91.03 1.23 27.10 25.05 1.99 1.0e+20 -290 1991 2 8 0.77 10.25 29.97 1.0e+20 1.15 5.23 5.60 1.0e+20 3.54 4.96 1.45 156.05 7.79 18.76 1.82 1096.50 127.90 723.90 2.69 1.0e+20 1.64 5.69 0.60 128.95 5.46 2.52 1.71 40.45 91.61 1.24 1.0e+20 25.06 1.98 1.0e+20 -291 1991 2 11 0.77 10.17 29.79 1.0e+20 1.15 5.23 5.56 1.0e+20 3.53 4.93 1.44 154.95 7.79 18.71 1.83 1089.20 127.72 724.80 2.68 1.0e+20 1.62 5.66 0.60 128.05 5.44 2.51 1.70 1.0e+20 91.15 1.23 1.0e+20 25.04 1.99 1.0e+20 -292 1991 2 12 0.78 10.23 29.89 1.0e+20 1.15 5.23 5.59 1.0e+20 3.54 4.95 1.45 156.05 7.79 18.72 1.82 1093.80 128.30 721.40 2.69 1.0e+20 1.63 5.68 0.60 128.65 5.46 2.52 1.71 1.0e+20 91.38 1.24 27.11 25.03 1.99 1.0e+20 -293 1991 2 13 0.78 10.25 30.01 1.0e+20 1.15 5.23 5.61 1.0e+20 3.55 4.96 1.45 156.35 7.79 18.75 1.82 1096.00 129.08 721.40 2.68 1.0e+20 1.64 5.71 0.60 128.50 5.75 2.52 1.70 1.0e+20 91.26 1.24 1.0e+20 25.07 1.99 1.0e+20 -294 1991 2 14 0.78 10.31 30.17 1.0e+20 1.15 5.23 5.64 1.0e+20 3.56 4.99 1.46 157.45 7.79 18.83 1.81 1102.50 129.80 1.0e+20 2.68 1.0e+20 1.65 5.73 0.60 129.55 5.49 2.54 1.70 1.0e+20 91.73 1.25 1.0e+20 1.0e+20 1.98 1.0e+20 -295 1991 2 15 0.78 10.37 30.34 1.0e+20 1.15 5.23 5.67 1.0e+20 3.58 5.03 1.47 158.15 7.79 18.90 1.80 1110.00 130.45 1.0e+20 2.68 1.0e+20 1.66 5.76 0.60 129.95 5.52 2.54 1.71 40.54 92.37 1.26 1.0e+20 1.0e+20 1.97 1.0e+20 -296 1991 2 18 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -297 1991 2 19 0.78 10.50 30.75 1.0e+20 1.15 5.23 5.73 1.0e+20 3.62 5.08 1.49 160.15 7.79 19.10 1.78 1120.25 131.55 724.10 2.69 1.0e+20 1.68 5.83 0.60 131.35 5.57 2.54 1.72 40.61 93.03 1.28 1.0e+20 25.14 1.95 1.0e+20 -298 1991 2 20 0.78 10.53 30.82 1.0e+20 1.15 5.23 5.76 1.0e+20 3.62 5.09 1.49 160.55 7.79 19.10 1.77 1122.00 131.80 725.00 2.69 1.0e+20 1.68 5.85 0.59 131.55 5.57 2.55 1.72 40.66 93.18 1.27 1.0e+20 25.18 1.94 1.0e+20 -299 1991 2 21 0.78 10.48 30.68 1.0e+20 1.15 5.23 5.73 1.0e+20 3.61 5.07 1.49 160.05 7.79 19.08 1.78 1116.80 131.40 724.40 2.69 1.0e+20 1.68 5.83 0.59 131.05 5.56 2.54 1.72 40.71 92.93 1.27 1.0e+20 25.19 1.95 1.0e+20 -300 1991 2 22 0.78 10.58 30.96 1.0e+20 1.15 5.23 5.78 1.0e+20 3.63 5.11 1.50 161.85 7.79 19.05 1.77 1126.50 132.20 724.80 2.70 1.0e+20 1.69 5.87 0.59 132.15 5.59 2.56 1.71 40.74 93.68 1.28 1.0e+20 25.17 1.94 1.0e+20 -301 1991 2 25 0.78 10.71 31.35 1.0e+20 1.15 5.23 5.85 1.0e+20 3.67 5.17 1.52 163.75 7.79 19.08 1.74 1138.50 133.35 725.70 2.70 1.0e+20 1.71 5.95 0.59 133.65 5.65 2.58 1.72 40.72 94.73 1.30 1.0e+20 25.22 1.92 1.0e+20 -302 1991 2 26 0.78 10.70 31.31 1.0e+20 1.15 5.23 5.84 1.0e+20 3.67 5.16 1.52 163.45 7.79 19.06 1.75 1136.00 132.85 726.60 2.71 1.0e+20 1.71 5.94 0.60 133.25 5.65 2.56 1.72 40.72 94.53 1.30 1.0e+20 25.24 1.92 1.0e+20 -303 1991 2 27 0.78 10.71 31.38 1.0e+20 1.15 5.23 5.84 1.0e+20 3.67 5.17 1.52 163.65 7.79 19.08 1.75 1137.30 132.27 727.20 2.71 1.0e+20 1.71 5.94 0.59 133.25 5.65 2.56 1.72 40.71 94.83 1.31 1.0e+20 25.25 1.91 1.0e+20 -304 1991 2 28 0.78 10.74 31.39 1.0e+20 1.14 5.23 5.86 1.0e+20 3.68 5.19 1.52 164.25 7.79 19.06 1.74 1140.30 132.95 727.20 2.72 1.0e+20 1.72 5.96 0.59 133.55 5.67 2.57 1.72 1.0e+20 95.03 1.32 1.0e+20 25.23 1.91 1.0e+20 -305 1991 3 1 0.78 10.81 31.62 1.0e+20 1.15 5.23 5.90 1.0e+20 3.70 5.23 1.53 165.75 7.79 19.08 1.73 1148.50 134.55 1.0e+20 2.72 1.0e+20 1.73 6.00 0.60 134.85 5.70 2.58 1.73 40.71 95.73 1.33 1.0e+20 25.27 1.89 1.0e+20 -306 1991 3 4 0.77 10.80 31.64 1.0e+20 1.15 5.23 5.89 1.0e+20 3.71 5.23 1.53 165.75 7.79 19.06 1.73 1147.75 135.55 727.00 2.72 1.0e+20 1.73 6.00 0.59 134.35 5.70 2.59 1.73 40.73 95.63 1.34 1.0e+20 25.33 1.89 1.0e+20 -307 1991 3 5 0.77 10.79 31.58 1.0e+20 1.15 5.23 5.89 1.0e+20 3.70 5.22 1.53 165.65 7.79 19.04 1.73 1146.00 135.39 727.90 2.72 1.0e+20 1.72 5.99 0.59 134.05 5.69 2.59 1.73 40.72 95.53 1.33 1.0e+20 25.34 1.90 1.0e+20 -308 1991 3 6 0.76 10.83 31.74 1.0e+20 1.15 1.0e+20 5.92 1.0e+20 3.71 5.25 1.54 166.25 7.79 19.03 1.72 1150.50 136.25 727.70 2.73 1.0e+20 1.73 6.02 0.59 134.25 5.71 2.59 1.74 1.0e+20 95.78 1.34 1.0e+20 25.38 1.88 1.0e+20 -309 1991 3 7 0.76 10.88 31.90 1.0e+20 1.16 1.0e+20 5.94 1.0e+20 3.72 5.26 1.54 167.15 7.79 19.04 1.72 1155.75 135.80 727.50 2.73 1.0e+20 1.74 6.04 0.59 134.95 5.73 2.59 1.74 40.72 96.33 1.35 1.0e+20 25.35 1.88 1.0e+20 -310 1991 3 8 0.76 10.98 32.18 1.0e+20 1.16 1.0e+20 6.00 1.0e+20 3.75 5.32 1.56 168.75 7.79 19.09 1.70 1169.00 136.25 727.60 2.73 1.0e+20 1.76 6.09 0.59 136.15 5.77 2.61 1.74 40.75 97.18 1.36 1.0e+20 25.36 1.87 1.0e+20 -311 1991 3 11 0.76 11.11 32.52 1.0e+20 1.15 5.23 6.07 1.0e+20 3.79 5.38 1.58 170.20 7.79 19.11 1.68 1179.75 138.10 727.60 2.73 1.0e+20 1.78 6.17 0.59 137.40 5.82 2.63 1.74 40.74 98.35 1.37 1.0e+20 25.45 1.85 1.0e+20 -312 1991 3 12 0.76 11.06 32.42 1.0e+20 1.15 5.23 6.04 1.0e+20 3.77 5.35 1.57 169.65 7.79 19.10 1.69 1174.50 136.30 725.40 2.73 1.0e+20 1.77 6.15 0.59 136.95 5.80 2.62 1.74 40.73 97.88 1.36 1.0e+20 25.46 1.85 1.0e+20 -313 1991 3 13 0.76 11.10 32.50 1.0e+20 1.15 5.23 6.06 1.0e+20 3.78 5.37 1.57 170.25 7.79 19.12 1.68 1177.00 136.40 725.10 2.73 1.0e+20 1.77 6.16 0.59 137.15 5.81 2.62 1.74 40.73 98.08 1.36 1.0e+20 25.42 1.85 1.0e+20 -314 1991 3 14 0.76 11.11 32.55 1.0e+20 1.15 5.23 6.06 1.0e+20 3.79 5.38 1.57 170.55 7.79 19.14 1.68 1178.00 135.95 728.10 2.73 1.0e+20 1.78 6.17 0.59 137.55 5.82 2.62 1.74 40.72 98.28 1.36 1.0e+20 25.40 1.85 1.0e+20 -315 1991 3 15 0.77 11.25 32.93 1.0e+20 1.15 5.23 6.14 1.0e+20 3.83 5.45 1.59 172.65 7.79 19.16 1.66 1194.00 137.20 727.90 2.73 1.0e+20 1.80 6.24 0.59 139.75 5.87 2.66 1.75 1.0e+20 99.63 1.38 27.22 25.43 1.83 1.0e+20 -316 1991 3 18 0.76 11.49 33.62 1.0e+20 1.15 5.23 6.26 1.0e+20 3.88 5.55 1.63 176.25 7.79 19.23 1.62 1218.00 138.15 728.30 2.73 1.0e+20 1.84 6.37 0.59 142.45 5.97 2.70 1.76 40.74 101.63 1.41 1.0e+20 25.48 1.79 1.0e+20 -317 1991 3 19 0.76 11.64 34.09 1.0e+20 1.15 5.23 6.35 1.0e+20 3.93 5.63 1.65 178.35 7.78 19.30 1.61 1233.00 138.15 728.70 2.74 1.0e+20 1.86 6.45 0.59 144.95 6.03 2.73 1.76 40.76 102.95 1.42 27.27 25.53 1.76 1.0e+20 -318 1991 3 20 0.76 11.59 34.01 1.0e+20 1.15 5.23 6.32 1.0e+20 3.90 5.62 1.64 177.85 7.78 19.35 1.61 1228.00 138.60 728.90 2.74 1.0e+20 1.85 6.40 0.59 143.85 6.00 2.69 1.77 40.76 102.38 1.42 27.29 25.55 1.77 1.0e+20 -319 1991 3 21 0.77 11.52 33.74 1.0e+20 1.15 5.23 6.28 1.0e+20 3.89 5.57 1.63 176.85 7.78 19.30 1.62 1219.50 137.60 728.60 2.74 1.0e+20 1.84 6.39 0.59 143.45 5.97 2.69 1.77 40.74 101.83 1.41 27.27 25.52 1.79 1.0e+20 -320 1991 3 22 0.77 11.57 33.89 1.0e+20 1.15 5.23 6.31 1.0e+20 3.90 5.59 1.64 178.80 7.78 19.21 1.61 1224.75 137.20 728.10 2.74 1.0e+20 1.85 6.41 0.59 144.45 5.99 2.70 1.76 1.0e+20 102.18 1.40 27.27 25.49 1.78 1.0e+20 -321 1991 3 25 0.77 11.74 34.41 1.0e+20 1.16 5.23 6.40 1.0e+20 3.95 5.67 1.67 180.45 7.78 19.38 1.59 1241.75 138.43 728.40 2.75 1.0e+20 1.88 6.50 0.58 146.05 6.06 2.71 1.77 1.0e+20 103.60 1.42 1.0e+20 25.52 1.76 1.0e+20 -322 1991 3 26 0.77 11.88 34.77 1.0e+20 1.15 5.23 6.48 1.0e+20 3.99 5.73 1.68 182.45 7.79 19.59 1.57 1254.50 138.35 1.0e+20 2.76 1.0e+20 1.90 6.58 0.58 148.25 6.11 2.73 1.78 40.77 104.80 1.43 1.0e+20 25.58 1.75 1.0e+20 -323 1991 3 27 0.77 11.99 35.17 1.0e+20 1.16 5.23 6.53 1.0e+20 4.02 5.78 1.70 184.65 7.79 19.59 1.56 1267.75 139.10 728.60 2.76 1.0e+20 1.92 6.63 0.58 149.95 6.15 2.74 1.79 40.76 105.58 1.45 27.36 1.0e+20 1.73 1.0e+20 -324 1991 3 28 0.77 12.02 35.14 1.0e+20 1.15 5.23 6.54 1.0e+20 4.03 5.78 1.70 185.25 7.79 19.57 1.56 1271.00 141.20 728.20 2.77 1.0e+20 1.92 6.64 0.58 150.30 6.16 2.75 1.79 40.77 105.92 1.45 27.48 25.63 1.73 1.0e+20 -325 1991 3 29 0.77 11.94 34.90 1.0e+20 1.15 5.23 6.49 1.0e+20 4.01 5.75 1.69 183.95 7.79 19.61 1.57 1262.25 140.60 727.30 2.76 1.0e+20 1.91 6.60 0.58 149.25 6.13 2.70 1.79 40.77 105.08 1.44 1.0e+20 1.0e+20 1.74 1.0e+20 -326 1991 4 1 0.77 11.84 34.67 1.0e+20 1.15 5.23 6.45 1.0e+20 3.98 5.70 1.68 182.95 7.79 19.61 1.58 1253.50 140.20 727.50 2.77 1.0e+20 1.89 6.55 0.58 147.65 6.09 2.68 1.78 1.0e+20 104.40 1.43 27.45 25.63 1.75 1.0e+20 -327 1991 4 2 0.77 11.80 34.55 1.0e+20 1.15 5.23 6.44 1.0e+20 3.96 5.69 1.67 182.20 7.79 19.66 1.59 1250.50 138.30 727.90 2.76 1.0e+20 1.89 6.53 0.59 147.75 6.07 2.70 1.78 1.0e+20 104.15 1.42 27.42 25.57 1.77 1.0e+20 -328 1991 4 3 0.77 11.75 34.35 1.0e+20 1.15 5.23 6.40 1.0e+20 3.93 5.65 1.66 181.65 7.79 19.62 1.60 1242.50 137.40 728.20 2.74 1.0e+20 1.88 6.50 0.59 146.95 6.05 2.69 1.76 40.74 103.48 1.41 27.42 25.56 1.77 1.0e+20 -329 1991 4 4 0.78 11.71 34.26 1.0e+20 1.15 5.23 6.38 1.0e+20 3.92 5.64 1.66 180.50 7.79 19.68 1.60 1237.75 135.97 728.20 2.74 1.0e+20 1.87 6.48 0.59 145.75 6.02 2.52 1.77 40.76 103.00 1.40 1.0e+20 25.56 1.78 1.0e+20 -330 1991 4 5 0.78 11.81 34.54 1.0e+20 1.15 5.23 6.44 1.0e+20 3.95 5.69 1.68 182.55 7.79 19.70 1.58 1248.00 136.90 1.0e+20 2.74 1.0e+20 1.89 6.54 0.59 147.25 6.06 2.70 1.76 40.75 103.88 1.41 1.0e+20 25.52 1.77 1.0e+20 -331 1991 4 8 0.78 11.88 34.76 1.0e+20 1.15 5.23 6.47 1.0e+20 3.97 5.71 1.68 183.20 7.79 19.82 1.58 1253.25 137.25 728.60 2.75 1.0e+20 1.90 6.56 0.59 147.60 6.08 2.71 1.77 40.78 104.15 1.43 27.35 1.0e+20 1.76 1.0e+20 -332 1991 4 9 0.78 11.76 34.34 1.0e+20 1.15 5.28 6.40 1.0e+20 3.94 5.64 1.66 181.65 7.79 19.73 1.59 1240.00 135.10 729.00 2.74 1.0e+20 1.88 6.50 0.59 146.45 6.03 2.71 1.76 40.79 103.18 1.41 27.21 25.55 1.79 1.0e+20 -333 1991 4 10 0.78 11.82 34.53 1.0e+20 1.15 5.28 6.43 1.0e+20 3.95 5.67 1.67 182.75 7.79 19.75 1.59 1245.00 136.35 729.00 2.73 1.0e+20 1.89 6.53 0.59 146.95 6.05 2.72 1.75 40.78 103.68 1.42 27.17 25.48 1.77 1.0e+20 -334 1991 4 11 0.78 11.75 34.36 1.0e+20 1.14 5.28 6.40 1.0e+20 3.94 5.65 1.67 181.45 7.79 19.80 1.59 1240.00 135.95 728.70 2.74 1.0e+20 1.88 6.49 0.58 145.65 6.03 2.70 1.75 40.79 103.03 1.41 27.28 25.53 1.79 1.0e+20 -335 1991 4 12 0.78 11.85 34.64 1.0e+20 1.15 5.28 6.46 1.0e+20 3.96 5.68 1.68 183.15 7.79 19.80 1.58 1249.00 136.30 728.70 2.73 1.0e+20 1.89 6.53 0.58 146.55 6.06 2.73 1.75 40.78 103.88 1.42 27.27 1.0e+20 1.77 1.0e+20 -336 1991 4 15 0.78 11.79 34.45 1.0e+20 1.14 5.28 6.40 1.0e+20 3.93 5.65 1.67 181.65 7.79 19.77 1.59 1240.50 134.48 729.00 2.73 1.0e+20 1.88 6.50 0.58 145.35 6.03 2.71 1.75 1.0e+20 103.23 1.42 27.25 25.50 1.78 1.0e+20 -337 1991 4 16 0.77 11.71 34.26 1.0e+20 1.14 5.28 6.37 1.0e+20 3.91 5.62 1.66 181.05 7.79 19.73 1.60 1235.50 134.85 729.30 2.73 1.0e+20 1.87 6.48 0.59 145.25 6.01 2.71 1.75 40.77 102.78 1.41 27.27 25.46 1.78 1.0e+20 -338 1991 4 17 0.77 11.76 34.41 1.0e+20 1.15 5.28 6.39 1.0e+20 3.92 5.65 1.67 181.55 7.79 19.72 1.60 1240.50 136.35 728.90 2.73 1.0e+20 1.88 6.50 0.59 145.75 6.02 2.72 1.74 1.0e+20 103.23 1.42 27.27 25.48 1.78 1.0e+20 -339 1991 4 18 0.77 11.87 34.72 1.0e+20 1.15 5.28 6.45 1.0e+20 3.96 5.70 1.68 183.25 7.79 19.90 1.58 1249.70 136.80 728.00 2.73 1.0e+20 1.90 6.56 0.59 146.55 6.07 2.74 1.75 1.0e+20 104.33 1.44 27.31 25.51 1.77 1.0e+20 -340 1991 4 19 0.77 12.21 35.70 1.0e+20 1.15 5.29 6.63 1.0e+20 4.05 5.85 1.73 188.25 7.79 20.07 1.54 1282.25 138.58 727.60 2.74 1.0e+20 1.95 6.74 0.58 150.45 6.19 2.79 1.77 1.0e+20 107.23 1.47 27.37 25.60 1.71 1.0e+20 -341 1991 4 22 0.77 12.42 36.32 1.0e+20 1.15 5.30 6.73 1.0e+20 4.11 5.95 1.76 191.20 7.79 20.25 1.51 1303.75 139.45 728.40 2.76 1.0e+20 1.99 6.85 0.58 151.60 6.27 2.79 1.78 40.85 108.60 1.48 27.41 25.66 1.69 1.0e+20 -342 1991 4 23 0.77 12.25 35.82 1.0e+20 1.15 5.30 6.65 1.0e+20 4.06 5.87 1.74 188.65 7.79 20.23 1.53 1285.75 137.94 729.10 2.76 1.0e+20 1.96 6.77 0.58 149.65 6.21 2.77 1.77 40.88 107.43 1.45 27.36 1.0e+20 1.71 1.0e+20 -343 1991 4 24 0.77 12.33 36.06 1.0e+20 1.15 5.30 6.70 1.0e+20 4.08 5.91 1.75 190.15 7.79 20.20 1.52 1295.50 138.05 728.70 2.75 1.0e+20 1.97 6.81 0.58 151.40 6.24 2.81 1.77 40.88 108.00 1.46 27.34 25.66 1.69 1.0e+20 -344 1991 4 25 0.77 12.28 35.94 1.0e+20 1.15 5.30 6.66 1.0e+20 4.06 5.89 1.74 189.25 7.79 20.25 1.53 1289.50 138.05 727.70 2.76 1.0e+20 1.96 6.78 0.58 150.45 6.21 2.78 1.77 40.91 107.48 1.46 27.36 25.66 1.69 1.0e+20 -345 1991 4 26 0.77 12.34 36.07 1.0e+20 1.15 5.30 6.70 1.0e+20 4.08 5.92 1.75 190.25 7.79 20.23 1.52 1296.50 138.13 727.50 2.75 1.0e+20 1.97 6.81 0.58 150.95 6.24 2.79 1.77 40.91 108.03 1.47 27.36 25.66 1.68 1.0e+20 -346 1991 4 29 0.77 12.42 36.33 1.0e+20 1.15 5.30 6.74 1.0e+20 4.09 5.96 1.76 191.45 7.79 20.24 1.51 1304.50 137.70 727.50 2.76 1.0e+20 1.99 6.86 0.58 152.15 6.27 2.80 1.78 40.96 108.83 1.48 27.38 25.71 1.67 1.0e+20 -347 1991 4 30 0.78 12.08 35.29 1.0e+20 1.15 1.0e+20 6.56 1.0e+20 4.01 5.81 1.71 186.05 7.79 20.18 1.55 1271.00 136.38 728.00 2.76 1.0e+20 1.93 6.70 0.58 147.85 6.14 2.76 1.76 40.93 105.83 1.44 27.36 25.67 1.72 1.0e+20 -348 1991 5 1 0.77 12.00 35.08 1.0e+20 1.15 5.30 6.52 1.0e+20 3.99 5.77 1.70 184.95 7.79 20.20 1.56 1262.00 137.60 727.30 2.74 1.0e+20 1.92 6.65 0.58 146.95 6.12 2.76 1.75 40.93 105.42 1.44 27.28 1.0e+20 1.72 1.0e+20 -349 1991 5 2 0.77 12.13 35.46 1.0e+20 1.14 5.30 6.59 1.0e+20 4.00 5.83 1.72 186.95 7.79 20.21 1.55 1276.00 138.10 727.30 2.75 1.0e+20 1.94 6.71 0.58 147.95 6.15 2.78 1.76 40.91 106.51 1.45 27.31 25.63 1.71 1.0e+20 -350 1991 5 3 0.77 12.31 35.84 1.0e+20 1.15 5.30 6.71 1.0e+20 4.06 5.90 1.74 190.65 7.79 20.21 1.52 1295.50 138.55 726.40 2.75 1.0e+20 1.96 6.82 0.58 150.85 6.22 2.84 1.77 40.91 108.28 1.47 27.30 25.64 1.69 1.0e+20 -351 1991 5 6 0.77 12.22 35.75 1.0e+20 1.15 5.32 6.64 1.0e+20 4.03 5.88 1.73 189.35 7.79 20.35 1.54 1285.50 138.47 725.80 2.75 1.0e+20 1.95 6.76 0.58 149.25 6.19 2.80 1.77 40.94 107.38 1.47 27.30 1.0e+20 1.70 1.0e+20 -352 1991 5 7 0.78 12.12 35.41 1.0e+20 1.15 5.32 6.56 1.0e+20 4.01 5.82 1.72 187.95 7.79 20.38 1.55 1273.50 137.95 726.30 2.75 1.0e+20 1.93 6.69 0.58 148.55 6.15 2.77 1.76 1.0e+20 106.28 1.45 27.31 25.68 1.72 1.0e+20 -353 1991 5 8 0.78 12.18 35.66 1.0e+20 1.15 5.32 6.62 1.0e+20 4.04 5.86 1.73 189.55 7.79 20.35 1.54 1282.50 138.35 727.00 2.75 1.0e+20 1.95 6.74 0.58 150.05 6.18 2.79 1.77 40.93 107.13 1.46 27.36 25.65 1.71 1.0e+20 -354 1991 5 9 0.78 12.25 35.81 1.0e+20 1.15 5.32 6.66 1.0e+20 4.05 5.89 1.74 190.25 7.79 20.46 1.53 1288.00 139.30 727.20 2.75 1.0e+20 1.96 6.77 0.58 151.55 6.20 2.80 1.77 40.94 107.48 1.47 27.33 25.66 1.70 1.0e+20 -355 1991 5 10 0.78 12.18 35.51 1.0e+20 1.15 5.32 6.60 1.0e+20 4.03 5.83 1.72 189.15 7.79 20.46 1.54 1278.25 138.75 728.90 2.76 1.0e+20 1.94 6.71 0.58 150.75 6.17 2.79 1.77 40.96 106.93 1.45 27.32 25.67 1.71 1.0e+20 -356 1991 5 13 0.77 12.05 35.23 1.0e+20 1.15 5.32 6.55 1.0e+20 4.01 5.80 1.71 187.45 7.79 20.48 1.56 1270.50 139.42 729.80 2.76 1.0e+20 1.93 6.66 0.58 149.25 6.13 2.78 1.77 40.97 105.98 1.44 27.32 25.68 1.73 1.0e+20 -357 1991 5 14 0.77 11.98 34.96 1.0e+20 1.15 5.32 6.50 1.0e+20 3.99 5.76 1.70 186.55 7.79 20.48 1.57 1263.75 138.15 730.40 2.76 1.0e+20 1.91 6.61 0.58 148.45 6.10 2.76 1.77 40.97 105.38 1.43 27.30 25.67 1.73 1.0e+20 -358 1991 5 15 0.78 11.90 34.80 1.0e+20 1.15 5.32 6.47 1.0e+20 3.99 5.74 1.69 185.35 7.79 20.44 1.58 1258.00 137.99 730.70 2.75 1.0e+20 1.90 6.58 0.58 148.05 6.08 2.78 1.76 40.98 104.88 1.43 27.30 25.62 1.74 1.0e+20 -359 1991 5 16 0.78 11.94 34.85 1.0e+20 1.14 5.32 6.48 1.0e+20 4.01 5.75 1.69 186.15 7.78 20.48 1.57 1262.50 137.55 729.60 2.75 1.0e+20 1.91 6.61 0.59 148.75 6.10 2.78 1.76 1.0e+20 105.28 1.44 27.28 25.60 1.74 1.0e+20 -360 1991 5 17 0.78 12.25 35.71 1.0e+20 1.15 5.32 6.62 1.0e+20 4.07 5.87 1.73 190.20 7.78 20.49 1.54 1290.00 138.50 728.50 2.75 1.0e+20 1.95 6.74 0.59 151.25 6.20 2.84 1.77 40.99 107.40 1.47 27.26 25.62 1.71 1.0e+20 -361 1991 5 20 0.78 12.15 35.53 1.0e+20 1.14 5.33 6.60 1.0e+20 4.05 5.85 1.72 188.95 7.79 20.70 1.55 1282.00 138.22 728.30 2.76 1.0e+20 1.94 6.71 0.58 150.95 6.20 2.79 1.77 41.01 106.98 1.45 27.28 25.69 1.71 1.0e+20 -362 1991 5 21 0.77 12.04 35.23 1.0e+20 1.14 5.33 6.55 1.0e+20 4.02 5.81 1.71 187.95 7.79 20.65 1.56 1271.00 137.50 1.0e+20 2.76 1.0e+20 1.92 6.67 0.58 149.55 6.14 2.78 1.77 41.02 106.18 1.44 27.25 25.65 1.73 1.0e+20 -363 1991 5 22 0.77 12.11 35.45 1.0e+20 1.14 5.32 6.59 1.0e+20 4.04 5.84 1.72 189.05 7.78 20.66 1.55 1279.00 138.05 728.80 2.75 1.0e+20 1.94 6.70 0.58 150.65 6.17 2.82 1.77 1.0e+20 106.83 1.46 27.26 25.63 1.72 1.0e+20 -364 1991 5 23 0.75 12.06 35.28 1.0e+20 1.15 5.33 6.56 1.0e+20 4.06 5.82 1.71 187.95 7.78 20.67 1.56 1274.25 137.73 729.60 2.75 1.0e+20 1.93 6.67 0.57 149.95 6.14 2.78 1.77 1.0e+20 106.23 1.45 27.28 25.65 1.73 1.0e+20 -365 1991 5 24 0.75 12.02 35.16 1.0e+20 1.14 5.33 6.55 1.0e+20 4.05 5.80 1.70 187.85 7.75 20.70 1.56 1271.50 138.40 728.90 2.75 1.0e+20 1.92 6.66 0.58 149.65 6.12 2.80 1.76 1.0e+20 106.03 1.45 27.25 25.64 1.73 1.0e+20 -366 1991 5 27 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -367 1991 5 28 0.76 11.94 34.94 1.0e+20 1.14 5.33 6.50 1.0e+20 4.05 5.76 1.69 186.10 7.74 20.69 1.57 1263.00 137.80 728.00 2.75 1.0e+20 1.91 6.62 0.58 148.20 6.09 2.78 1.76 1.0e+20 105.35 1.44 27.24 1.0e+20 1.74 1.0e+20 -368 1991 5 29 0.76 12.05 35.18 1.0e+20 1.14 5.33 6.55 1.0e+20 4.07 5.80 1.71 187.35 7.72 20.69 1.56 1270.00 138.20 727.20 2.75 1.0e+20 1.93 6.66 0.58 148.90 6.12 2.79 1.76 41.03 105.80 1.46 27.22 25.62 1.73 1.0e+20 -369 1991 5 30 0.75 12.10 35.36 1.0e+20 1.14 5.34 6.59 1.0e+20 4.10 5.83 1.72 188.80 7.73 20.77 1.55 1277.00 137.85 726.00 2.75 1.0e+20 1.93 6.70 0.58 149.90 6.16 2.82 1.76 41.08 106.50 1.46 27.20 25.62 1.71 1.0e+20 -370 1991 5 31 0.75 12.23 35.78 1.0e+20 1.14 5.34 6.67 1.0e+20 4.14 5.90 1.73 190.60 7.73 20.89 1.53 1291.00 138.45 725.80 2.75 1.0e+20 1.96 6.77 0.58 151.50 6.23 2.84 1.76 41.11 107.65 1.48 27.18 25.64 1.69 1.0e+20 -371 1991 6 3 0.75 12.28 35.92 1.0e+20 1.14 5.35 6.71 1.0e+20 4.15 5.91 1.74 191.45 7.74 21.00 1.53 1293.29 139.08 725.40 2.76 1.0e+20 1.96 6.80 0.58 152.25 6.26 2.82 1.77 41.13 107.93 1.48 27.21 25.69 1.69 1.0e+20 -372 1991 6 4 0.76 12.25 35.80 1.0e+20 1.14 5.35 6.68 1.0e+20 4.11 5.89 1.73 191.05 7.74 21.00 1.53 1289.00 138.66 726.60 2.76 1.0e+20 1.95 6.78 0.58 151.75 6.24 2.81 1.77 41.15 107.63 1.48 27.19 25.71 1.70 1.0e+20 -373 1991 6 5 0.76 12.30 35.96 1.0e+20 1.14 5.35 6.72 1.0e+20 4.13 5.91 1.74 191.60 7.74 21.01 1.53 1294.00 139.13 728.90 2.76 1.0e+20 1.97 6.82 0.58 152.10 6.28 2.83 1.77 41.17 108.07 1.49 27.17 25.71 1.69 1.0e+20 -374 1991 6 6 0.75 12.32 36.09 1.0e+20 1.14 5.35 6.72 1.0e+20 4.13 5.93 1.75 191.95 7.74 21.00 1.52 1298.75 139.18 1.0e+20 2.76 1.0e+20 1.97 6.83 0.57 152.75 6.29 2.83 1.77 41.20 108.28 1.50 27.16 25.72 1.68 1.0e+20 -375 1991 6 7 0.75 12.44 36.42 1.0e+20 1.14 5.35 6.79 1.0e+20 4.17 5.99 1.77 193.85 7.73 21.06 1.51 1312.00 140.31 728.70 2.77 1.0e+20 1.99 6.89 0.57 154.25 6.35 2.86 1.77 41.20 109.38 1.51 27.16 25.73 1.67 1.0e+20 -376 1991 6 10 0.75 12.46 36.41 1.0e+20 1.14 5.36 6.80 1.0e+20 4.17 5.99 1.77 193.45 7.72 21.01 1.51 1313.00 141.90 728.90 2.77 1.0e+20 1.99 6.89 0.57 154.10 6.36 2.85 1.78 41.21 109.40 1.51 27.18 25.78 1.66 1.0e+20 -377 1991 6 11 0.75 12.45 36.45 1.0e+20 1.14 5.36 6.81 1.0e+20 4.18 6.01 1.77 193.45 7.72 21.03 1.51 1317.00 141.20 729.90 2.77 1.0e+20 1.99 6.91 0.57 156.85 6.36 2.84 1.78 41.16 109.58 1.51 27.18 25.79 1.66 1.0e+20 -378 1991 6 12 0.75 12.61 36.87 1.0e+20 1.14 5.36 6.89 1.0e+20 4.23 6.07 1.79 195.75 7.73 20.94 1.49 1331.00 141.90 729.40 2.78 1.0e+20 2.01 6.99 0.57 159.25 6.44 2.85 1.78 41.26 111.03 1.53 27.18 25.79 1.64 1.0e+20 -379 1991 6 13 0.75 12.66 37.00 1.0e+20 1.14 5.37 6.92 1.0e+20 4.25 6.09 1.79 196.05 7.73 21.00 1.48 1337.00 141.33 722.90 2.79 1.0e+20 2.02 7.02 0.57 159.15 6.47 2.87 1.79 41.26 111.38 1.53 27.19 25.83 1.63 1.0e+20 -380 1991 6 14 0.75 12.58 36.84 1.0e+20 1.14 1.0e+20 6.89 1.0e+20 4.23 6.07 1.78 195.25 7.72 20.99 1.49 1334.25 140.55 726.80 2.78 1.0e+20 2.01 6.98 0.57 158.85 6.44 2.86 1.78 41.26 111.70 1.53 27.19 25.82 1.63 1.0e+20 -381 1991 6 17 0.75 12.63 37.00 1.0e+20 1.14 5.37 6.93 1.0e+20 4.26 6.10 1.79 196.05 7.72 21.16 1.48 1339.00 140.97 726.10 2.79 1.0e+20 2.02 7.03 0.57 159.25 6.49 2.88 1.78 41.25 112.98 1.54 1.0e+20 25.82 1.62 1.0e+20 -382 1991 6 18 0.76 12.75 37.31 1.0e+20 1.14 5.37 6.99 1.0e+20 4.29 6.16 1.81 197.50 7.72 21.16 1.47 1348.50 140.90 728.40 2.79 1.0e+20 2.04 7.09 0.57 160.10 6.55 2.90 1.79 41.25 113.65 1.56 27.15 25.80 1.61 1.0e+20 -383 1991 6 19 0.76 12.59 36.84 1.0e+20 1.14 5.37 6.90 1.0e+20 4.25 6.09 1.79 195.35 7.72 21.14 1.49 1334.50 140.08 728.40 2.79 1.0e+20 2.01 7.00 0.57 157.35 6.47 2.86 1.78 41.24 113.10 1.53 27.17 25.82 1.63 1.0e+20 -384 1991 6 20 0.76 12.63 36.99 1.0e+20 1.14 5.36 6.93 1.0e+20 4.27 6.11 1.79 196.85 7.71 21.09 1.48 1337.75 138.74 1.0e+20 2.78 1.0e+20 2.02 7.02 0.57 157.95 6.50 2.88 1.77 1.0e+20 112.93 1.54 27.18 25.79 1.63 1.0e+20 -385 1991 6 21 0.76 12.65 37.02 1.0e+20 1.14 5.36 6.93 1.0e+20 4.27 6.11 1.79 196.95 7.71 21.08 1.48 1338.75 139.00 728.00 2.78 1.0e+20 2.02 7.02 0.57 157.25 6.50 2.88 1.77 41.21 113.03 1.54 27.17 25.78 1.63 1.0e+20 -386 1991 6 24 0.76 12.56 36.73 1.0e+20 1.14 5.36 6.89 1.0e+20 4.24 6.06 1.78 195.65 7.72 21.15 1.49 1328.75 138.90 723.90 2.78 1.0e+20 2.01 6.97 0.57 155.95 6.46 2.85 1.77 41.20 112.00 1.53 27.15 25.78 1.64 1.0e+20 -387 1991 6 25 0.76 12.63 37.04 1.0e+20 1.14 5.36 6.93 1.0e+20 4.25 6.10 1.79 196.95 7.74 21.12 1.48 1338.50 138.82 731.40 2.78 1.0e+20 2.02 7.00 0.57 156.95 6.50 2.88 1.76 41.17 112.88 1.55 27.13 25.74 1.62 1.0e+20 -388 1991 6 26 0.76 12.56 36.78 1.0e+20 1.14 5.36 6.89 1.0e+20 4.23 6.06 1.78 195.65 7.74 21.09 1.49 1331.50 138.30 732.10 2.78 1.0e+20 2.01 6.96 0.57 156.15 6.45 2.86 1.76 1.0e+20 112.33 1.54 27.11 25.75 1.63 1.0e+20 -389 1991 6 27 0.76 12.61 36.98 1.0e+20 1.14 5.36 6.94 1.0e+20 4.25 6.08 1.79 196.75 7.74 21.08 1.49 1336.50 138.10 730.30 2.78 1.0e+20 2.02 7.00 0.57 156.75 6.49 2.88 1.76 41.17 112.63 1.54 27.12 25.73 1.63 1.0e+20 -390 1991 6 28 0.76 12.76 37.32 1.0e+20 1.14 5.36 6.94 1.0e+20 4.24 6.14 1.81 199.00 7.76 21.13 1.47 1348.75 137.90 727.40 2.78 1.0e+20 2.04 7.00 0.57 158.35 6.49 2.89 1.77 41.18 113.68 1.55 27.10 25.73 1.61 1.0e+20 -391 1991 7 1 0.76 12.81 37.50 1.0e+20 1.14 5.36 7.03 1.0e+20 4.31 6.17 1.82 199.75 7.76 23.09 1.46 1354.50 138.40 725.90 2.79 1.0e+20 2.05 7.10 0.57 158.65 6.57 2.90 1.76 41.18 114.08 1.56 1.0e+20 25.77 1.61 1.0e+20 -392 1991 7 2 0.76 12.90 37.72 1.0e+20 1.14 5.37 7.07 1.0e+20 4.35 6.21 1.83 199.93 7.77 23.12 1.46 1363.75 138.78 728.10 2.79 1.0e+20 2.06 7.14 0.56 160.05 6.62 2.90 1.77 41.16 114.85 1.58 26.91 25.77 1.60 1.0e+20 -393 1991 7 3 0.76 12.87 37.64 1.0e+20 1.14 5.38 7.07 1.0e+20 4.34 6.21 1.83 200.35 7.77 26.28 1.46 1362.50 139.50 730.30 2.79 1.0e+20 2.06 7.14 0.56 159.85 6.62 2.90 1.77 1.0e+20 114.73 1.58 27.03 1.0e+20 1.60 1.0e+20 -394 1991 7 4 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -395 1991 7 5 0.76 12.84 37.59 1.0e+20 1.14 5.38 7.06 1.0e+20 4.34 6.19 1.82 199.85 7.76 26.07 1.46 1359.50 138.35 731.70 2.79 1.0e+20 2.05 7.13 0.56 159.95 6.60 2.90 1.76 1.0e+20 114.68 1.57 27.02 25.79 1.61 1.0e+20 -396 1991 7 8 0.76 12.73 37.27 1.0e+20 1.14 5.37 7.00 1.0e+20 4.32 6.14 1.81 198.25 7.76 25.86 1.47 1348.50 138.73 732.50 2.78 1.0e+20 2.03 7.07 0.56 158.35 6.55 2.89 1.76 41.15 114.03 1.56 27.05 25.77 1.62 1.0e+20 -397 1991 7 9 0.76 12.79 37.41 1.0e+20 1.14 5.37 7.03 1.0e+20 4.35 6.16 1.81 198.95 7.75 25.86 1.47 1352.50 138.65 733.20 2.78 1.0e+20 2.04 7.09 0.56 158.75 6.57 2.89 1.75 41.16 114.18 1.57 27.04 25.77 1.62 1.0e+20 -398 1991 7 10 0.76 12.76 37.37 1.0e+20 1.14 5.37 7.01 1.0e+20 4.36 6.15 1.81 198.25 7.76 25.92 1.47 1350.50 138.53 734.10 2.78 1.0e+20 2.04 7.07 0.56 157.95 6.55 2.89 1.76 1.0e+20 113.88 1.57 27.06 25.77 1.62 1.0e+20 -399 1991 7 11 0.76 12.91 37.74 1.0e+20 1.14 5.37 7.09 1.0e+20 4.41 6.21 1.83 200.45 7.76 25.89 1.45 1362.25 138.58 734.30 2.78 1.0e+20 2.06 7.14 0.56 159.05 6.62 2.91 1.75 41.17 115.03 1.58 27.01 25.78 1.60 1.0e+20 -400 1991 7 12 0.77 12.60 36.83 1.0e+20 1.14 5.37 6.92 1.0e+20 4.30 6.07 1.78 195.20 7.76 25.88 1.49 1332.50 136.75 734.50 2.78 1.0e+20 2.01 6.97 0.56 154.75 6.47 2.89 1.75 41.21 112.40 1.54 27.06 25.81 1.65 1.0e+20 -401 1991 7 15 0.77 12.58 36.83 1.0e+20 1.14 5.36 6.92 1.0e+20 4.30 6.06 1.78 195.20 7.76 25.90 1.49 1332.00 136.70 734.40 2.78 1.0e+20 2.01 6.98 0.56 153.70 6.47 2.88 1.75 41.20 112.40 1.54 27.04 25.73 1.65 1.0e+20 -402 1991 7 16 0.77 12.65 37.04 1.0e+20 1.14 5.36 6.94 1.0e+20 4.32 6.10 1.79 196.15 7.75 25.96 1.48 1338.50 137.15 734.80 2.78 1.0e+20 2.02 7.00 0.56 154.45 6.50 2.88 1.75 1.0e+20 112.68 1.56 27.02 25.72 1.64 1.0e+20 -403 1991 7 17 0.77 12.60 36.84 1.0e+20 1.14 5.36 6.92 1.0e+20 4.30 6.07 1.78 195.55 7.76 25.96 1.49 1332.25 136.80 734.80 2.78 1.0e+20 2.01 6.98 0.56 153.95 6.48 2.87 1.75 1.0e+20 112.28 1.55 27.01 25.74 1.65 1.0e+20 -404 1991 7 18 0.77 12.46 36.45 1.0e+20 1.15 5.36 6.84 1.0e+20 4.25 6.01 1.77 193.70 7.76 25.87 1.50 1318.50 136.80 734.50 2.78 1.0e+20 1.99 6.90 0.56 151.85 6.40 2.87 1.75 1.0e+20 110.70 1.53 26.96 25.74 1.66 1.0e+20 -405 1991 7 19 0.77 12.29 36.01 1.0e+20 1.16 5.36 6.76 1.0e+20 4.20 5.93 1.74 191.85 7.76 25.87 1.52 1302.75 136.45 731.10 2.78 1.0e+20 1.97 6.81 0.56 150.25 6.32 2.85 1.75 1.0e+20 109.28 1.51 26.96 25.73 1.69 1.0e+20 -406 1991 7 22 0.77 12.39 36.24 1.0e+20 1.15 5.36 6.79 1.0e+20 4.23 5.97 1.75 193.00 7.75 25.77 1.52 1309.50 137.45 734.20 2.78 1.0e+20 1.98 6.85 0.56 150.50 6.36 2.87 1.75 1.0e+20 109.83 1.52 26.93 25.68 1.68 1.0e+20 -407 1991 7 23 0.77 12.37 36.15 1.0e+20 1.15 5.36 6.79 1.0e+20 4.22 5.96 1.75 192.60 7.75 25.78 1.52 1309.00 136.98 733.50 2.78 1.0e+20 1.97 6.84 0.56 150.70 6.36 2.85 1.75 1.0e+20 109.65 1.52 26.96 25.73 1.68 1.0e+20 -408 1991 7 24 0.77 12.21 35.75 1.0e+20 1.15 5.36 6.71 1.0e+20 4.18 5.90 1.73 190.60 7.75 25.75 1.53 1294.50 137.38 732.40 2.78 1.0e+20 1.95 6.77 0.56 148.80 6.28 2.83 1.74 1.0e+20 108.32 1.51 26.94 25.72 1.69 1.0e+20 -409 1991 7 25 0.77 12.36 36.14 1.0e+20 1.15 1.0e+20 6.78 1.0e+20 4.22 5.96 1.75 191.92 7.75 25.69 1.52 1308.50 138.85 730.00 2.78 1.0e+20 1.97 6.84 0.56 150.72 6.34 2.86 1.75 1.0e+20 109.43 1.53 26.92 25.71 1.67 1.0e+20 -410 1991 7 26 0.77 12.26 35.81 1.0e+20 1.14 5.36 6.72 1.0e+20 4.19 5.91 1.73 191.05 7.75 25.72 1.53 1297.00 137.90 728.00 2.78 1.0e+20 1.96 6.78 0.57 149.25 6.30 2.86 1.75 1.0e+20 108.88 1.51 26.91 25.76 1.68 1.0e+20 -411 1991 7 29 0.77 12.34 36.13 1.0e+20 1.14 5.36 6.78 1.0e+20 4.22 5.96 1.75 192.75 7.75 25.76 1.52 1309.00 138.18 728.40 2.78 1.0e+20 1.97 6.84 0.57 150.55 6.35 2.88 1.75 41.41 109.63 1.53 26.91 25.70 1.67 1.0e+20 -412 1991 7 30 0.77 12.30 36.10 1.0e+20 1.15 5.36 6.78 1.0e+20 4.22 5.95 1.75 192.55 7.75 25.72 1.52 1308.50 137.93 729.10 2.78 1.0e+20 1.97 6.84 0.57 150.25 6.35 2.88 1.74 1.0e+20 109.58 1.52 26.90 25.72 1.67 1.0e+20 -413 1991 7 31 0.77 12.28 35.97 1.0e+20 1.15 5.36 6.76 1.0e+20 4.20 5.93 1.74 192.25 7.76 25.76 1.53 1303.50 137.42 729.00 2.78 1.0e+20 1.96 6.82 0.57 150.00 6.33 2.87 1.74 1.0e+20 109.33 1.52 26.90 25.74 1.68 1.0e+20 -414 1991 8 1 0.77 12.37 36.21 1.0e+20 1.15 5.36 6.81 1.0e+20 4.22 5.97 1.75 193.65 7.76 25.74 1.52 1312.50 137.67 728.70 2.78 1.0e+20 1.98 6.86 0.57 151.05 6.37 2.88 1.74 1.0e+20 109.93 1.53 26.84 25.72 1.67 1.0e+20 -415 1991 8 2 0.77 12.20 35.74 1.0e+20 1.15 5.36 6.71 1.0e+20 4.17 5.89 1.73 192.20 7.76 25.90 1.54 1296.50 136.74 729.40 2.78 1.0e+20 1.95 6.77 0.57 148.70 6.29 2.83 1.74 1.0e+20 108.80 1.50 26.80 25.74 1.69 1.0e+20 -416 1991 8 5 0.78 12.11 35.44 1.0e+20 1.14 5.36 6.67 1.0e+20 4.15 5.85 1.71 189.95 7.76 25.72 1.55 1287.00 136.68 729.60 2.78 1.0e+20 1.93 6.72 0.57 147.85 6.24 2.83 1.73 1.0e+20 107.83 1.49 26.74 25.72 1.70 1.0e+20 -417 1991 8 6 0.78 12.04 35.29 1.0e+20 1.14 5.35 6.63 1.0e+20 4.12 5.82 1.71 189.35 7.76 25.57 1.56 1281.50 135.73 730.90 2.77 1.0e+20 1.93 6.69 0.57 147.25 6.22 2.84 1.72 41.47 107.33 1.49 26.75 25.69 1.71 1.0e+20 -418 1991 8 7 0.78 12.05 35.21 1.0e+20 1.14 5.35 6.62 1.0e+20 4.12 5.81 1.70 189.50 7.76 25.64 1.56 1279.50 135.85 731.00 2.76 1.0e+20 1.92 6.68 0.57 147.15 6.21 2.84 1.72 41.49 106.98 1.49 26.77 25.67 1.71 1.0e+20 -419 1991 8 8 0.78 12.09 35.49 1.0e+20 1.14 5.35 6.68 1.0e+20 4.17 5.85 1.72 191.05 7.76 25.57 1.55 1291.00 136.47 730.90 2.77 1.0e+20 1.94 6.74 0.57 148.65 6.26 2.86 1.72 41.49 108.03 1.50 26.78 25.64 1.70 1.0e+20 -420 1991 8 9 0.78 12.15 35.61 1.0e+20 1.14 5.36 6.69 1.0e+20 4.19 5.87 1.72 191.30 7.76 25.74 1.54 1293.00 136.90 731.70 2.77 1.0e+20 1.94 6.75 0.57 149.10 6.27 2.87 1.72 1.0e+20 108.22 1.51 26.72 25.68 1.69 1.0e+20 -421 1991 8 12 0.78 12.14 35.56 1.0e+20 1.14 5.36 6.68 1.0e+20 4.20 5.87 1.72 190.90 7.76 25.89 1.54 1293.00 136.54 732.80 2.77 1.0e+20 1.94 6.74 0.57 148.50 6.27 2.85 1.72 41.56 108.10 1.51 26.73 25.70 1.69 1.0e+20 -422 1991 8 13 0.78 12.18 35.67 1.0e+20 1.14 5.36 6.70 1.0e+20 4.20 5.89 1.73 191.65 7.76 25.82 1.54 1298.00 136.52 735.10 2.77 1.0e+20 1.95 6.77 0.57 148.90 6.29 2.86 1.72 41.61 108.55 1.51 26.70 25.67 1.69 1.0e+20 -423 1991 8 14 0.78 12.21 35.74 1.0e+20 1.14 5.36 6.72 1.0e+20 4.22 5.90 1.73 191.95 7.76 26.02 1.53 1301.50 136.61 736.80 2.77 1.0e+20 1.95 6.78 0.57 149.45 6.30 2.86 1.72 41.76 108.68 1.51 26.71 25.70 1.68 1.0e+20 -424 1991 8 15 0.77 12.19 35.70 1.0e+20 1.14 5.36 6.70 1.0e+20 4.22 5.89 1.73 191.85 7.76 25.99 1.54 1298.50 136.47 736.80 2.77 1.0e+20 1.95 6.78 0.57 148.95 6.30 2.87 1.72 41.81 108.58 1.52 26.71 25.70 1.68 1.0e+20 -425 1991 8 16 0.77 12.38 36.26 1.0e+20 1.14 5.36 6.79 1.0e+20 4.28 5.99 1.76 194.75 7.76 25.96 1.51 1319.25 137.25 736.80 2.77 1.0e+20 1.98 6.88 0.57 151.35 6.40 2.90 1.72 42.01 109.98 1.54 26.70 25.73 1.66 1.0e+20 -426 1991 8 19 0.77 12.77 37.32 1.0e+20 1.14 5.37 6.99 1.0e+20 4.41 6.15 1.81 198.95 7.77 26.00 1.47 1352.50 138.30 734.20 2.78 1.0e+20 2.04 7.07 0.57 155.15 6.58 2.91 1.74 1.0e+20 112.58 1.55 26.71 25.74 1.63 1.0e+20 -427 1991 8 20 0.78 12.69 37.08 1.0e+20 1.14 5.39 6.94 1.0e+20 4.38 6.11 1.80 197.55 7.77 26.00 1.48 1343.75 137.45 737.30 2.79 1.0e+20 2.03 7.02 0.57 154.35 6.54 2.91 1.74 1.0e+20 112.23 1.54 26.74 25.82 1.63 1.0e+20 -428 1991 8 21 0.78 12.34 36.06 1.0e+20 1.14 5.38 6.76 1.0e+20 4.26 5.95 1.75 193.85 7.76 25.94 1.52 1310.25 136.80 736.50 2.78 1.0e+20 1.97 6.83 0.57 150.35 6.35 2.86 1.72 1.0e+20 109.38 1.52 26.70 25.79 1.67 1.0e+20 -429 1991 8 22 0.78 12.16 35.54 1.0e+20 1.14 5.38 6.66 1.0e+20 4.20 5.87 1.72 190.75 7.76 25.95 1.54 1291.00 136.43 734.10 2.78 1.0e+20 1.94 6.74 0.57 148.25 6.26 2.83 1.72 41.91 107.93 1.50 26.70 25.73 1.69 1.0e+20 -430 1991 8 23 0.78 12.33 36.05 1.0e+20 1.14 5.38 6.76 1.0e+20 4.26 5.95 1.75 193.50 7.76 25.94 1.52 1308.75 137.10 733.70 2.78 1.0e+20 1.97 6.84 0.57 150.20 6.36 2.87 1.72 41.89 109.20 1.53 26.70 1.0e+20 1.67 1.0e+20 -431 1991 8 26 0.78 12.29 35.96 1.0e+20 1.14 5.38 6.74 1.0e+20 4.26 5.93 1.74 193.45 7.76 1.0e+20 1.52 1305.00 137.00 734.80 2.78 1.0e+20 1.96 6.83 0.57 150.05 6.35 2.87 1.72 1.0e+20 108.97 1.52 26.70 1.0e+20 1.67 1.0e+20 -432 1991 8 27 0.78 12.30 35.98 1.0e+20 1.14 5.38 6.74 1.0e+20 4.26 5.93 1.74 193.55 7.76 25.94 1.52 1305.50 137.00 736.10 2.78 1.0e+20 1.97 6.83 0.57 149.95 6.34 2.87 1.72 1.0e+20 108.98 1.52 26.70 25.73 1.68 1.0e+20 -433 1991 8 28 0.78 12.23 35.75 1.0e+20 1.14 5.38 6.72 1.0e+20 4.24 5.90 1.73 192.65 7.76 25.87 1.53 1297.25 136.60 735.90 2.78 1.0e+20 1.95 6.80 0.57 149.15 6.31 2.87 1.72 1.0e+20 108.43 1.51 26.70 25.75 1.69 1.0e+20 -434 1991 8 29 0.78 12.28 35.94 1.0e+20 1.14 5.38 6.74 1.0e+20 4.24 5.92 1.74 193.35 7.76 25.74 1.53 1303.00 137.00 736.10 2.78 1.0e+20 1.96 6.82 0.57 149.65 6.33 2.88 1.71 41.87 108.68 1.52 26.70 25.73 1.68 1.0e+20 -435 1991 8 30 0.78 12.30 35.97 1.0e+20 1.14 5.38 6.74 1.0e+20 4.24 5.93 1.74 193.45 7.76 25.82 1.52 1304.60 136.85 736.70 2.78 1.0e+20 1.96 6.83 0.57 149.75 6.34 2.88 1.71 1.0e+20 108.78 1.52 26.70 25.74 1.68 1.0e+20 -436 1991 9 2 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -437 1991 9 3 0.77 12.24 35.79 1.0e+20 1.14 5.38 6.71 1.0e+20 4.23 5.91 1.74 192.65 7.76 25.83 1.53 1298.75 136.02 740.20 2.78 1.0e+20 1.95 6.79 0.57 149.15 6.31 2.86 1.71 1.0e+20 108.33 1.52 26.68 25.72 1.69 1.0e+20 -438 1991 9 4 0.78 12.21 35.74 1.0e+20 1.14 5.38 6.70 1.0e+20 4.22 5.89 1.73 191.85 7.76 25.76 1.54 1295.00 135.30 744.20 2.78 1.0e+20 1.95 6.78 0.57 148.65 6.30 2.86 1.71 1.0e+20 108.18 1.52 26.60 25.70 1.69 1.0e+20 -439 1991 9 5 0.78 12.24 35.81 1.0e+20 1.14 5.38 6.71 1.0e+20 4.21 5.90 1.74 192.45 7.75 25.79 1.53 1296.50 135.87 743.80 2.78 1.0e+20 1.96 6.79 0.57 148.74 6.31 2.87 1.71 1.0e+20 108.38 1.52 26.51 25.68 1.69 1.0e+20 -440 1991 9 6 0.78 12.21 35.65 1.0e+20 1.13 5.38 6.68 1.0e+20 4.21 5.88 1.73 191.65 7.75 25.82 1.54 1292.25 136.15 743.40 2.77 1.0e+20 1.95 6.77 0.58 148.35 6.29 2.86 1.71 41.91 107.98 1.52 26.52 25.70 1.69 1.0e+20 -441 1991 9 9 0.79 11.94 34.90 1.0e+20 1.13 5.38 6.55 1.0e+20 4.13 5.75 1.69 187.70 7.75 25.79 1.57 1266.75 134.95 744.60 2.76 1.0e+20 1.90 6.63 0.58 145.45 6.16 2.84 1.70 1.0e+20 105.90 1.49 26.56 25.64 1.73 1.0e+20 -442 1991 9 10 0.78 11.93 34.87 1.0e+20 1.14 5.38 6.53 1.0e+20 4.13 5.76 1.69 187.80 7.74 25.77 1.57 1267.25 134.85 746.20 2.75 1.0e+20 1.90 6.62 0.58 145.85 6.15 2.84 1.70 1.0e+20 106.08 1.48 26.58 25.62 1.72 1.0e+20 -443 1991 9 11 0.78 11.94 34.96 1.0e+20 1.13 5.38 6.54 1.0e+20 4.13 5.77 1.69 188.20 7.74 25.79 1.57 1269.75 134.95 744.90 2.76 1.0e+20 1.91 6.63 0.58 145.54 6.17 2.83 1.70 1.0e+20 106.38 1.48 26.57 25.62 1.72 1.0e+20 -444 1991 9 12 0.79 11.85 34.76 1.0e+20 1.13 5.38 6.51 1.0e+20 4.11 5.74 1.68 187.45 7.74 25.78 1.58 1263.50 134.06 743.90 2.75 1.0e+20 1.90 6.60 0.58 144.95 6.14 2.82 1.69 1.0e+20 105.93 1.47 26.54 25.60 1.73 1.0e+20 -445 1991 9 13 0.79 11.86 34.71 1.0e+20 1.13 5.38 6.51 1.0e+20 4.11 5.73 1.68 187.25 7.75 25.80 1.58 1262.00 133.98 744.60 2.75 1.0e+20 1.89 6.60 0.58 145.05 6.13 2.82 1.69 1.0e+20 105.78 1.47 26.54 25.61 1.73 1.0e+20 -446 1991 9 16 0.79 11.77 34.48 1.0e+20 1.13 1.0e+20 6.46 1.0e+20 4.08 5.70 1.67 186.15 7.74 25.85 1.59 1253.75 133.65 745.30 2.75 1.0e+20 1.88 6.55 0.58 143.95 6.10 2.80 1.69 1.0e+20 104.98 1.46 26.48 25.60 1.73 1.0e+20 -447 1991 9 17 0.79 11.74 34.44 1.0e+20 1.13 5.38 6.45 1.0e+20 4.06 5.68 1.67 186.15 7.75 25.96 1.59 1250.50 133.82 745.50 2.75 1.0e+20 1.88 6.55 0.58 143.75 6.09 2.81 1.69 41.89 104.83 1.45 26.48 25.57 1.74 1.0e+20 -448 1991 9 18 0.80 11.83 34.66 1.0e+20 1.13 1.0e+20 6.49 1.0e+20 4.07 5.72 1.68 186.75 7.75 25.89 1.58 1258.25 134.17 741.70 2.75 1.0e+20 1.89 6.58 0.58 144.55 6.12 2.82 1.69 41.91 105.38 1.46 26.50 25.58 1.73 1.0e+20 -449 1991 9 19 0.79 11.89 34.81 1.0e+20 1.13 5.38 6.52 1.0e+20 4.12 5.75 1.68 187.95 7.75 25.89 1.58 1265.00 134.50 739.70 2.75 1.0e+20 1.90 6.62 0.58 145.35 6.15 2.82 1.69 1.0e+20 106.13 1.47 26.61 25.60 1.72 1.0e+20 -450 1991 9 20 0.79 11.86 34.78 1.0e+20 1.13 5.38 6.51 1.0e+20 4.12 5.74 1.68 187.85 7.75 25.92 1.58 1263.75 134.37 742.00 2.75 1.0e+20 1.90 6.60 0.58 145.15 6.15 2.82 1.69 1.0e+20 105.98 1.47 26.65 25.62 1.72 1.0e+20 -451 1991 9 23 0.80 11.76 34.45 1.0e+20 1.13 5.38 6.45 1.0e+20 4.07 5.69 1.67 186.25 7.75 25.89 1.59 1251.75 133.05 1.0e+20 2.74 1.0e+20 1.88 6.54 0.58 143.85 6.09 2.81 1.68 1.0e+20 105.33 1.45 1.0e+20 1.0e+20 1.74 1.0e+20 -452 1991 9 24 0.80 11.72 34.57 1.0e+20 1.13 5.38 6.46 1.0e+20 4.07 5.70 1.67 186.50 7.75 25.87 1.59 1255.50 133.08 745.20 2.74 1.0e+20 1.89 6.55 0.58 144.60 6.11 2.79 1.69 1.0e+20 105.95 1.45 26.58 25.55 1.73 1.0e+20 -453 1991 9 25 0.79 11.83 34.67 1.0e+20 1.13 5.38 6.49 1.0e+20 4.10 5.73 1.68 187.45 7.74 25.83 1.58 1258.75 133.30 747.00 2.74 1.0e+20 1.89 6.59 0.57 145.25 6.14 2.82 1.69 1.0e+20 106.23 1.46 26.60 25.57 1.73 1.0e+20 -454 1991 9 26 0.79 11.84 34.71 1.0e+20 1.13 5.38 6.49 1.0e+20 4.11 5.73 1.68 187.35 7.74 25.80 1.58 1259.25 133.67 744.90 2.74 1.0e+20 1.89 6.58 0.56 145.45 6.14 2.82 1.69 42.00 106.71 1.46 26.58 25.57 1.73 1.0e+20 -455 1991 9 27 0.79 11.79 34.54 1.0e+20 1.13 5.38 6.47 1.0e+20 4.09 5.70 1.67 186.75 7.74 25.87 1.59 1253.25 133.40 746.40 2.75 1.0e+20 1.88 6.56 0.56 145.25 6.12 2.81 1.69 1.0e+20 105.98 1.45 26.53 1.0e+20 1.73 1.0e+20 -456 1991 9 30 0.79 11.69 34.25 1.0e+20 1.13 1.0e+20 6.41 1.0e+20 4.04 5.66 1.66 185.25 7.74 25.77 1.60 1243.50 132.85 745.90 2.73 1.0e+20 1.87 6.50 0.56 143.95 6.06 2.80 1.68 1.0e+20 105.18 1.44 26.47 25.56 1.75 1.0e+20 -457 1991 10 1 0.79 11.72 34.31 1.0e+20 1.13 5.38 6.42 1.0e+20 4.05 5.67 1.66 185.85 7.74 25.77 1.60 1246.25 133.20 746.00 2.74 1.0e+20 1.87 6.51 0.56 143.85 6.07 2.80 1.68 1.0e+20 105.33 1.45 26.49 25.56 1.74 1.0e+20 -458 1991 10 2 0.80 11.70 34.26 1.0e+20 1.13 5.38 6.41 1.0e+20 4.04 5.66 1.66 185.35 7.74 25.74 1.60 1244.00 132.68 747.50 2.73 1.0e+20 1.87 6.50 0.56 143.25 6.06 2.81 1.68 1.0e+20 105.28 1.45 26.48 25.56 1.75 1.0e+20 -459 1991 10 3 0.79 11.71 34.34 1.0e+20 1.13 5.38 6.42 1.0e+20 4.05 5.67 1.66 185.85 7.74 25.76 1.60 1246.25 130.77 1.0e+20 2.73 1.0e+20 1.87 6.51 0.56 143.55 6.06 2.81 1.68 1.0e+20 105.63 1.45 26.46 25.56 1.75 1.0e+20 -460 1991 10 4 0.79 11.79 34.57 1.0e+20 1.13 5.38 6.46 1.0e+20 4.08 5.71 1.67 187.05 7.74 25.72 1.59 1252.75 130.03 1.0e+20 2.73 1.0e+20 1.89 6.55 0.56 144.45 6.10 2.82 1.69 42.09 106.13 1.46 26.42 25.50 1.73 1.0e+20 -461 1991 10 7 0.79 11.81 34.63 1.0e+20 1.12 5.38 6.47 1.0e+20 4.09 5.71 1.68 187.55 7.74 25.75 1.59 1255.00 129.30 751.40 2.74 1.0e+20 1.89 6.56 0.56 144.65 6.12 2.81 1.69 42.11 106.23 1.47 26.38 1.0e+20 1.73 1.0e+20 -462 1991 10 8 0.79 11.93 34.92 1.0e+20 1.12 5.38 6.52 1.0e+20 4.12 5.77 1.69 189.00 7.75 25.83 1.57 1267.50 130.10 755.40 2.74 1.0e+20 1.91 6.63 0.56 145.67 6.17 2.83 1.69 1.0e+20 107.00 1.48 26.48 25.50 1.71 1.0e+20 -463 1991 10 9 0.79 11.90 34.84 1.0e+20 1.12 5.39 6.53 1.0e+20 4.13 5.76 1.69 187.95 7.75 25.80 1.57 1264.00 130.25 755.40 2.74 1.0e+20 1.90 6.63 0.56 145.52 6.17 2.81 1.69 1.0e+20 106.74 1.48 26.42 25.55 1.71 1.0e+20 -464 1991 10 10 0.79 11.92 34.88 1.0e+20 1.13 5.39 6.52 1.0e+20 4.13 5.76 1.69 189.05 7.74 25.80 1.57 1266.75 130.35 755.00 2.74 1.0e+20 1.90 6.62 0.56 145.75 6.17 2.82 1.69 1.0e+20 107.09 1.48 1.0e+20 25.45 1.71 1.0e+20 -465 1991 10 11 0.79 11.92 34.85 1.0e+20 1.12 5.39 6.53 1.0e+20 4.14 5.76 1.69 188.55 7.74 25.78 1.57 1266.50 129.73 755.20 2.74 1.0e+20 1.90 6.63 0.56 145.60 6.17 2.82 1.69 1.0e+20 106.98 1.48 1.0e+20 25.54 1.71 1.0e+20 -466 1991 10 14 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -467 1991 10 15 0.80 12.05 35.22 1.0e+20 1.12 5.39 6.59 1.0e+20 4.17 5.82 1.71 190.10 7.75 25.82 1.56 1280.00 130.22 754.60 2.74 1.0e+20 1.92 6.69 0.56 147.20 6.23 2.84 1.69 42.17 107.64 1.49 26.38 25.52 1.70 1.0e+20 -468 1991 10 16 0.79 11.96 35.03 1.0e+20 1.13 5.39 6.55 1.0e+20 4.15 5.80 1.70 189.55 7.75 25.82 1.57 1272.25 130.02 754.30 2.75 1.0e+20 1.91 6.66 0.56 146.32 6.20 2.82 1.69 42.19 107.12 1.48 26.37 1.0e+20 1.71 1.0e+20 -469 1991 10 17 0.79 11.98 35.05 1.0e+20 1.12 1.0e+20 6.56 1.0e+20 4.16 5.80 1.70 189.50 7.75 25.80 1.56 1272.25 129.83 754.00 2.74 1.0e+20 1.91 6.66 0.56 146.60 6.20 2.84 1.69 1.0e+20 107.25 1.48 26.41 25.53 1.70 1.0e+20 -470 1991 10 18 0.79 11.89 34.81 1.0e+20 1.12 5.39 6.51 1.0e+20 4.16 5.75 1.68 188.25 7.75 25.80 1.58 1264.75 129.77 754.70 2.74 1.0e+20 1.90 6.62 0.56 145.50 6.16 2.83 1.69 1.0e+20 106.58 1.47 26.41 25.51 1.72 1.0e+20 -471 1991 10 21 0.79 11.89 34.80 1.0e+20 1.12 5.39 6.53 1.0e+20 4.10 5.76 1.69 188.35 7.75 25.80 1.58 1264.75 130.73 753.90 2.74 1.0e+20 1.90 6.62 0.56 145.60 6.15 2.84 1.69 42.17 106.63 1.48 26.39 1.0e+20 1.71 1.0e+20 -472 1991 10 22 0.79 11.93 34.90 1.0e+20 1.12 5.39 6.55 1.0e+20 4.11 5.78 1.69 189.00 7.75 25.84 1.57 1268.00 131.20 752.60 2.74 1.0e+20 1.91 6.64 0.56 146.05 6.17 2.83 1.69 1.0e+20 106.90 1.47 26.41 25.55 1.71 1.0e+20 -473 1991 10 23 0.78 12.00 35.07 1.0e+20 1.12 5.39 6.59 1.0e+20 4.12 5.81 1.70 190.15 7.75 25.80 1.56 1274.50 131.55 752.50 2.75 1.0e+20 1.92 6.67 0.55 146.55 6.20 2.84 1.69 1.0e+20 107.28 1.48 26.37 25.58 1.70 1.0e+20 -474 1991 10 24 0.78 11.96 35.00 1.0e+20 1.12 5.39 6.58 1.0e+20 4.12 5.79 1.69 189.95 7.75 25.79 1.57 1271.25 131.18 754.50 2.74 1.0e+20 1.91 6.66 0.55 146.65 6.19 2.84 1.69 42.22 107.18 1.48 26.37 25.59 1.71 1.0e+20 -475 1991 10 25 0.78 11.97 35.01 1.0e+20 1.12 5.39 6.58 1.0e+20 4.13 5.80 1.70 190.65 7.75 25.79 1.57 1271.25 131.40 754.80 2.74 1.0e+20 1.91 6.66 0.55 146.45 6.19 2.84 1.69 1.0e+20 107.03 1.48 1.0e+20 25.59 1.71 1.0e+20 -476 1991 10 28 0.78 12.02 35.22 1.0e+20 1.12 1.0e+20 6.62 1.0e+20 4.15 5.83 1.71 191.55 7.76 25.80 1.56 1276.50 132.25 754.90 2.75 1.0e+20 1.92 6.69 0.55 147.15 6.22 2.85 1.70 1.0e+20 107.53 1.50 26.38 25.61 1.70 1.0e+20 -477 1991 10 29 0.78 11.89 34.79 1.0e+20 1.12 5.38 6.55 1.0e+20 4.12 5.77 1.69 189.45 7.77 25.79 1.58 1264.50 130.75 754.70 2.75 1.0e+20 1.90 6.62 0.55 145.30 6.15 2.85 1.69 1.0e+20 106.32 1.47 26.36 25.64 1.72 1.0e+20 -478 1991 10 30 0.78 11.76 34.47 1.0e+20 1.12 5.39 6.47 1.0e+20 4.06 5.71 1.67 187.20 7.77 25.90 1.60 1251.00 131.08 754.60 2.75 1.0e+20 1.88 6.54 0.55 143.60 6.08 2.82 1.69 1.0e+20 105.02 1.46 26.28 25.62 1.74 1.0e+20 -479 1991 10 31 0.77 11.73 34.34 1.0e+20 1.12 5.39 6.47 1.0e+20 4.07 5.69 1.66 187.15 7.76 25.84 1.60 1250.50 130.60 754.80 2.75 1.0e+20 1.87 6.53 0.55 143.65 6.07 2.82 1.69 42.25 104.98 1.46 1.0e+20 25.59 1.74 1.0e+20 -480 1991 11 1 0.78 11.69 34.19 1.0e+20 1.12 1.0e+20 6.44 1.0e+20 4.04 5.67 1.66 186.25 7.76 25.85 1.60 1244.50 130.30 756.40 2.74 1.0e+20 1.87 6.50 0.56 143.05 6.05 2.81 1.68 1.0e+20 104.63 1.46 26.25 25.58 1.74 1.0e+20 -481 1991 11 4 0.78 11.48 33.62 1.0e+20 1.12 5.39 6.32 1.0e+20 3.97 5.58 1.63 183.50 7.76 25.80 1.63 1222.75 128.90 757.30 2.74 1.0e+20 1.83 6.39 0.56 140.40 5.95 2.79 1.67 42.24 102.73 1.43 26.16 25.52 1.78 1.0e+20 -482 1991 11 5 0.78 11.56 33.82 1.0e+20 1.12 5.39 6.36 1.0e+20 3.99 5.61 1.64 185.00 7.76 25.79 1.62 1231.00 129.80 757.70 2.74 1.0e+20 1.85 6.43 0.56 141.32 5.99 2.80 1.67 1.0e+20 103.45 1.44 26.17 25.51 1.76 1.0e+20 -483 1991 11 6 0.78 11.54 33.80 1.0e+20 1.12 1.0e+20 6.36 1.0e+20 3.99 5.61 1.64 184.75 7.76 25.79 1.62 1229.00 129.90 756.20 2.73 1.0e+20 1.84 6.43 0.56 141.05 5.98 2.80 1.68 1.0e+20 103.24 1.45 1.0e+20 25.53 1.77 1.0e+20 -484 1991 11 7 0.78 11.48 33.60 1.0e+20 1.12 1.0e+20 6.32 1.0e+20 3.97 5.57 1.63 183.95 7.76 25.82 1.63 1226.25 129.70 756.00 2.74 1.0e+20 1.83 6.39 0.55 140.45 5.95 2.80 1.67 42.31 102.68 1.43 26.13 25.51 1.77 1.0e+20 -485 1991 11 8 0.78 11.56 33.83 1.0e+20 1.12 5.39 6.37 1.0e+20 4.00 5.61 1.64 185.35 7.76 25.84 1.62 1235.50 130.32 756.80 2.74 1.0e+20 1.85 6.43 0.55 141.55 5.99 2.80 1.68 42.36 103.38 1.45 26.11 25.53 1.76 1.0e+20 -486 1991 11 11 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -487 1991 11 12 0.78 11.52 33.71 1.0e+20 1.13 1.0e+20 6.35 1.0e+20 4.00 5.59 1.63 185.25 7.76 25.80 1.63 1232.75 129.65 756.60 2.74 1.0e+20 1.84 6.41 0.56 141.35 5.98 2.80 1.67 42.35 103.03 1.45 1.0e+20 25.52 1.77 1.0e+20 -488 1991 11 13 0.78 11.52 33.76 1.0e+20 1.13 1.0e+20 6.36 1.0e+20 4.00 5.60 1.63 185.45 7.76 25.80 1.63 1233.50 130.12 756.70 2.74 1.0e+20 1.84 6.42 0.56 141.75 5.98 2.80 1.67 1.0e+20 103.28 1.45 26.02 25.51 1.77 1.0e+20 -489 1991 11 14 0.78 11.47 33.62 1.0e+20 1.13 5.40 6.33 1.0e+20 4.30 5.57 1.63 184.65 7.76 25.80 1.63 1228.50 129.87 755.80 2.73 1.0e+20 1.83 6.40 0.56 141.05 5.96 2.79 1.67 42.37 102.58 1.44 25.90 25.50 1.77 1.0e+20 -490 1991 11 15 0.78 11.53 33.74 1.0e+20 1.13 5.39 6.36 1.0e+20 4.40 5.60 1.63 185.65 7.76 25.80 1.63 1235.50 130.05 756.40 2.74 1.0e+20 1.84 6.43 0.56 143.05 5.99 2.79 1.67 1.0e+20 103.18 1.45 25.92 25.50 1.76 1.0e+20 -491 1991 11 18 0.78 11.31 33.15 1.0e+20 1.12 5.39 6.24 1.0e+20 4.34 5.49 1.60 182.55 7.75 25.79 1.66 1214.50 129.30 757.00 2.73 1.0e+20 1.81 6.30 0.56 141.25 5.87 2.78 1.66 42.37 101.48 1.42 25.94 25.46 1.79 1.0e+20 -492 1991 11 19 0.78 11.27 33.02 1.0e+20 1.12 5.39 6.22 1.0e+20 4.35 5.47 1.60 182.25 7.75 25.80 1.66 1210.00 129.95 757.40 2.73 1.0e+20 1.80 6.28 0.56 140.15 5.84 2.78 1.66 42.39 101.33 1.41 25.95 1.0e+20 1.79 1.0e+20 -493 1991 11 20 0.78 11.28 33.00 1.0e+20 1.13 5.39 6.22 1.0e+20 4.33 5.47 1.60 182.35 7.75 25.79 1.66 1210.50 129.77 757.30 2.73 1.0e+20 1.80 6.29 0.56 139.85 5.85 2.78 1.66 42.39 101.58 1.42 25.96 25.48 1.79 1.0e+20 -494 1991 11 21 0.79 11.23 32.87 1.0e+20 1.13 5.39 6.20 1.0e+20 4.30 5.45 1.59 181.65 7.75 25.78 1.67 1207.00 129.62 758.50 2.73 1.0e+20 1.79 6.27 0.56 139.65 5.83 2.77 1.66 1.0e+20 101.43 1.41 25.93 25.48 1.79 1.0e+20 -495 1991 11 22 0.79 11.16 32.68 1.0e+20 1.13 5.40 6.16 1.0e+20 4.28 5.42 1.58 180.65 7.75 25.80 1.68 1199.50 129.53 759.30 2.73 1.0e+20 1.78 6.24 0.56 140.85 5.80 2.77 1.66 42.41 101.58 1.41 25.92 25.48 1.79 1.0e+20 -496 1991 11 25 0.79 11.15 32.63 1.0e+20 1.13 5.40 6.15 1.0e+20 4.29 5.41 1.58 180.65 7.75 25.77 1.68 1198.00 127.77 759.40 2.73 1.0e+20 1.78 6.23 0.56 140.35 5.80 2.77 1.65 1.0e+20 101.28 1.40 25.85 25.43 1.79 1.0e+20 -497 1991 11 26 0.78 11.14 32.56 1.0e+20 1.13 5.40 6.15 1.0e+20 4.29 5.39 1.58 180.55 7.75 25.80 1.68 1196.00 128.10 758.90 2.73 1.0e+20 1.78 6.23 0.56 141.05 5.80 2.75 1.65 42.42 101.23 1.40 25.78 25.43 1.79 1.0e+20 -498 1991 11 27 0.78 11.37 33.32 1.0e+20 1.13 5.40 6.28 1.0e+20 4.37 5.52 1.61 184.20 7.75 25.82 1.65 1219.00 130.28 758.60 2.74 1.0e+20 1.82 6.36 0.56 144.25 5.92 2.80 1.66 1.0e+20 102.97 1.42 25.77 25.47 1.76 1.0e+20 -499 1991 11 28 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -500 1991 11 29 0.78 11.45 33.50 1.0e+20 1.13 5.41 6.32 1.0e+20 4.39 5.55 1.62 185.35 7.76 25.80 1.63 1226.00 130.08 759.00 2.75 1.0e+20 1.83 6.39 0.56 144.68 5.95 2.79 1.66 42.42 103.50 1.43 25.77 25.50 1.76 1.0e+20 -501 1991 12 2 0.78 11.33 33.14 1.0e+20 1.13 5.41 6.25 1.0e+20 4.35 5.49 1.60 183.45 7.76 25.78 1.65 1213.50 129.95 759.00 2.75 1.0e+20 1.81 6.33 0.56 143.08 5.89 2.79 1.65 1.0e+20 102.65 1.42 25.77 25.48 1.77 1.0e+20 -502 1991 12 3 0.78 11.36 33.25 1.0e+20 1.13 5.41 6.27 1.0e+20 4.36 5.51 1.61 184.15 7.76 25.80 1.65 1218.50 129.55 758.90 2.75 1.0e+20 1.81 6.35 0.56 143.75 5.90 2.79 1.66 1.0e+20 103.08 1.42 25.82 25.49 1.77 1.0e+20 -503 1991 12 4 0.78 11.36 33.28 1.0e+20 1.13 5.41 6.28 1.0e+20 4.37 5.52 1.61 184.25 7.76 25.79 1.65 1219.75 129.55 758.70 2.74 1.0e+20 1.82 6.36 0.56 143.55 5.92 2.78 1.66 42.51 103.28 1.42 25.77 25.47 1.77 1.0e+20 -504 1991 12 5 0.78 11.17 32.76 1.0e+20 1.13 5.41 6.18 1.0e+20 4.31 5.43 1.59 181.55 7.78 25.81 1.67 1201.25 128.77 759.10 2.74 1.0e+20 1.79 6.26 0.56 141.05 5.82 2.77 1.65 1.0e+20 101.78 1.40 25.77 1.0e+20 1.79 1.0e+20 -505 1991 12 6 0.77 11.07 32.40 1.0e+20 1.13 5.41 6.11 1.0e+20 4.26 5.37 1.57 179.85 7.77 25.86 1.69 1190.75 128.20 759.60 2.74 1.0e+20 1.77 6.19 0.56 139.85 5.76 2.75 1.65 42.51 100.78 1.38 25.77 25.42 1.81 1.0e+20 -506 1991 12 9 0.77 11.07 32.45 1.0e+20 1.13 5.41 6.12 1.0e+20 4.26 5.38 1.57 180.20 7.77 25.83 1.69 1190.00 128.40 759.50 2.74 1.0e+20 1.77 6.20 0.55 140.20 5.76 2.77 1.64 42.51 101.02 1.39 25.75 25.42 1.80 1.0e+20 -507 1991 12 10 0.77 11.11 32.51 1.0e+20 1.13 5.41 6.14 1.0e+20 4.28 5.39 1.57 181.25 7.77 25.86 1.68 1195.00 128.70 760.40 2.74 1.0e+20 1.77 6.22 0.55 139.95 5.78 2.77 1.65 1.0e+20 100.98 1.39 25.75 25.37 1.80 1.0e+20 -508 1991 12 11 0.77 11.17 32.47 1.0e+20 1.14 5.42 6.13 1.0e+20 4.27 5.38 1.57 180.95 7.77 25.86 1.68 1190.75 129.15 761.00 2.74 1.0e+20 1.77 6.21 0.55 140.15 5.76 2.77 1.65 1.0e+20 100.78 1.39 25.75 25.42 1.80 1.0e+20 -509 1991 12 12 0.77 11.12 32.57 1.0e+20 1.14 5.42 6.14 1.0e+20 4.28 5.40 1.58 181.60 7.77 25.86 1.68 1194.50 129.24 761.40 2.74 1.0e+20 1.78 6.21 0.55 140.55 5.77 2.77 1.65 1.0e+20 100.98 1.39 25.75 25.42 1.80 1.0e+20 -510 1991 12 13 0.77 11.13 32.59 1.0e+20 1.14 5.42 6.16 1.0e+20 4.28 5.40 1.58 181.85 7.77 25.83 1.68 1195.50 128.80 761.10 2.75 1.0e+20 1.78 6.22 0.55 140.75 5.77 2.76 1.65 42.52 101.08 1.39 25.75 25.42 1.81 1.0e+20 -511 1991 12 16 0.77 11.11 32.51 1.0e+20 1.14 5.42 6.14 1.0e+20 4.26 5.39 1.57 181.30 7.77 25.84 1.68 1191.50 128.47 761.80 2.74 1.0e+20 1.77 6.20 0.55 140.05 5.76 2.77 1.64 1.0e+20 100.55 1.39 25.75 25.43 1.82 1.0e+20 -512 1991 12 17 0.77 11.10 32.45 1.0e+20 1.14 5.42 6.12 1.0e+20 4.26 5.38 1.57 180.65 7.77 25.83 1.69 1188.75 128.60 762.50 2.74 1.0e+20 1.77 6.18 0.55 139.15 5.74 2.77 1.64 1.0e+20 100.23 1.39 25.75 25.40 1.82 1.0e+20 -513 1991 12 18 0.77 11.07 32.38 1.0e+20 1.14 5.42 6.11 1.0e+20 4.26 5.37 1.57 180.55 7.77 25.81 1.69 1188.00 128.45 762.70 2.74 1.0e+20 1.77 6.18 0.54 139.25 5.73 2.77 1.64 1.0e+20 100.08 1.39 25.75 1.0e+20 1.82 1.0e+20 -514 1991 12 19 0.77 10.97 32.12 1.0e+20 1.15 5.42 6.07 1.0e+20 4.23 5.33 1.55 178.80 7.77 25.79 1.70 1182.00 128.33 762.70 2.74 1.0e+20 1.75 6.14 0.55 138.50 5.70 2.76 1.64 1.0e+20 99.34 1.38 25.75 1.0e+20 1.83 1.0e+20 -515 1991 12 20 0.76 10.78 31.63 1.0e+20 1.15 5.42 5.97 1.0e+20 4.18 5.24 1.53 178.70 7.77 25.79 1.73 1166.25 127.57 762.90 2.73 1.0e+20 1.72 6.04 0.54 136.20 5.61 2.75 1.64 1.0e+20 97.95 1.36 25.75 1.0e+20 1.86 1.0e+20 -516 1991 12 23 0.76 10.65 31.23 1.0e+20 1.16 5.42 5.90 1.0e+20 4.13 5.17 1.51 174.25 7.77 25.82 1.75 1148.00 126.55 763.20 2.73 1.0e+20 1.70 5.97 0.54 135.05 5.53 2.73 1.62 42.52 96.48 1.34 25.75 1.0e+20 1.87 1.0e+20 -517 1991 12 24 0.76 10.72 31.42 1.0e+20 1.16 5.42 5.94 1.0e+20 4.16 5.20 1.52 175.55 7.77 25.85 1.74 1154.50 127.55 763.50 2.73 1.0e+20 1.71 6.01 0.54 135.75 5.57 2.74 1.63 42.52 96.93 1.35 25.75 1.0e+20 1.87 1.0e+20 -518 1991 12 25 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -519 1991 12 26 0.76 10.64 31.13 1.0e+20 1.16 5.42 5.89 1.0e+20 4.12 5.16 1.51 174.25 7.77 1.0e+20 1.75 1145.50 126.78 763.30 2.73 1.0e+20 1.70 5.96 0.54 135.10 5.52 1.0e+20 1.63 1.0e+20 96.30 1.34 25.75 1.0e+20 1.88 1.0e+20 -520 1991 12 27 0.76 10.68 31.25 1.0e+20 1.16 5.42 5.91 1.0e+20 4.15 5.18 1.51 175.25 7.77 25.80 1.74 1150.00 125.57 764.00 2.73 1.0e+20 1.71 5.98 0.54 135.25 5.55 2.75 1.62 1.0e+20 96.68 1.35 25.75 1.0e+20 1.87 1.0e+20 -521 1991 12 30 0.75 10.69 31.32 1.0e+20 1.15 5.44 5.91 1.0e+20 4.14 5.19 1.51 175.60 7.78 25.79 1.74 1151.25 125.75 764.70 2.73 1.0e+20 1.71 5.98 0.54 135.00 5.55 2.74 1.63 1.0e+20 96.80 1.35 25.75 1.0e+20 1.86 1.0e+20 -522 1991 12 31 0.75 10.70 31.29 1.0e+20 1.15 5.44 5.92 1.0e+20 4.14 5.19 1.52 175.85 7.78 25.76 1.74 1151.25 124.90 765.30 2.72 1.0e+20 1.71 5.98 0.54 134.65 5.55 2.74 1.62 1.0e+20 95.98 1.36 25.74 1.0e+20 1.86 1.0e+20 -523 1992 1 1 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -524 1992 1 2 0.75 10.75 31.45 1.0e+20 1.15 5.44 5.94 1.0e+20 4.15 5.22 1.52 176.65 7.77 25.79 1.73 1156.00 124.50 765.30 2.72 1.0e+20 1.72 6.02 0.53 134.55 5.57 2.75 1.62 1.0e+20 97.13 1.36 1.0e+20 25.25 1.86 1.0e+20 -525 1992 1 3 0.75 10.88 31.85 1.0e+20 1.14 5.45 6.01 1.0e+20 4.19 5.28 1.54 178.55 7.75 25.81 1.71 1168.00 124.80 765.30 2.72 1.0e+20 1.74 6.08 0.53 135.05 5.63 2.76 1.63 42.63 98.08 1.37 1.0e+20 25.25 1.84 1.0e+20 -526 1992 1 6 0.76 10.69 31.27 1.0e+20 1.14 5.45 5.90 1.0e+20 4.12 5.18 1.51 175.45 7.75 25.79 1.75 1146.50 124.10 763.50 2.71 1.0e+20 1.71 5.98 0.54 132.55 5.54 2.74 1.62 1.0e+20 96.43 1.34 25.51 25.25 1.87 1.0e+20 -527 1992 1 7 0.75 10.70 31.29 1.0e+20 1.14 5.44 5.92 1.0e+20 4.13 5.19 1.52 176.15 7.75 25.79 1.74 1149.50 124.40 763.80 2.70 1.0e+20 1.71 5.99 0.55 132.85 5.55 2.73 1.62 1.0e+20 96.78 1.34 25.15 25.20 1.87 1.0e+20 -528 1992 1 8 0.75 10.67 31.21 1.0e+20 1.14 5.44 5.89 1.0e+20 4.13 5.17 1.51 175.25 7.75 25.79 1.75 1146.50 124.90 765.50 2.70 1.0e+20 1.70 5.97 0.54 132.15 5.53 2.74 1.62 42.63 96.58 1.35 25.25 25.20 1.87 1.0e+20 -529 1992 1 9 0.74 10.89 31.84 1.0e+20 1.14 5.44 6.00 1.0e+20 4.20 5.28 1.54 178.50 7.76 25.82 1.72 1168.25 125.40 766.10 2.70 1.0e+20 1.74 6.08 0.54 135.20 5.62 2.75 1.62 42.64 98.70 1.38 25.13 25.22 1.83 1.0e+20 -530 1992 1 10 0.73 11.12 32.59 1.0e+20 1.15 5.45 6.13 1.0e+20 4.29 5.40 1.58 182.55 7.76 25.81 1.68 1192.75 127.05 767.10 2.71 1.0e+20 1.78 6.21 0.54 137.75 5.76 2.80 1.63 1.0e+20 100.53 1.41 25.25 25.22 1.79 1.0e+20 -531 1992 1 13 0.74 11.07 32.39 1.0e+20 1.14 5.46 6.10 1.0e+20 4.28 5.36 1.57 181.45 7.76 25.80 1.69 1188.50 126.85 766.90 2.71 1.0e+20 1.77 6.19 0.54 136.35 5.74 2.78 1.63 1.0e+20 100.25 1.39 25.22 25.36 1.80 1.0e+20 -532 1992 1 14 0.74 11.16 32.73 1.0e+20 1.14 5.46 6.14 1.0e+20 4.31 5.42 1.59 182.90 7.76 25.81 1.67 1198.75 126.80 767.50 2.70 1.0e+20 1.79 6.22 0.54 137.65 5.76 2.81 1.63 42.66 101.03 1.41 25.21 25.36 1.78 1.0e+20 -533 1992 1 15 0.74 11.40 33.38 1.0e+20 1.15 5.46 6.28 1.0e+20 4.41 5.53 1.62 186.80 7.76 25.86 1.64 1222.50 128.40 767.50 2.71 1.0e+20 1.82 6.37 0.53 140.10 5.90 2.81 1.64 1.0e+20 103.05 1.44 25.19 25.38 1.75 1.0e+20 -534 1992 1 16 0.74 11.38 33.32 1.0e+20 1.15 5.46 6.27 1.0e+20 4.41 5.51 1.61 187.20 7.76 25.84 1.64 1219.25 128.28 767.70 2.70 1.0e+20 1.82 6.36 0.53 140.40 5.89 2.81 1.64 1.0e+20 102.95 1.43 25.17 25.45 1.76 1.0e+20 -535 1992 1 17 0.74 11.31 33.09 1.0e+20 1.15 5.46 6.23 1.0e+20 4.38 5.48 1.60 185.55 7.76 25.94 1.65 1210.50 127.45 767.90 2.69 1.0e+20 1.81 6.31 0.54 139.35 5.85 2.78 1.64 42.69 101.90 1.42 25.18 25.45 1.77 1.0e+20 -536 1992 1 20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -537 1992 1 21 0.75 11.15 32.56 1.0e+20 1.15 5.46 6.13 1.0e+20 4.31 5.40 1.58 183.25 7.76 25.88 1.68 1192.00 123.20 768.20 2.68 1.0e+20 1.78 6.21 0.54 136.70 5.75 2.77 1.63 42.67 100.10 1.40 25.13 25.34 1.80 1.0e+20 -538 1992 1 22 0.75 11.17 32.66 1.0e+20 1.15 5.46 6.15 1.0e+20 4.32 5.40 1.58 183.30 7.75 25.86 1.67 1194.00 123.22 768.80 2.67 1.0e+20 1.78 6.23 0.54 136.80 5.77 2.78 1.63 42.67 100.33 1.40 25.12 25.34 1.80 1.0e+20 -539 1992 1 23 0.74 11.22 32.86 1.0e+20 1.15 5.46 6.18 1.0e+20 4.33 5.44 1.59 184.45 7.75 25.88 1.67 1199.75 123.90 769.00 2.67 1.0e+20 1.79 6.26 0.54 137.75 5.80 2.78 1.63 42.66 100.93 1.41 25.13 25.32 1.79 1.0e+20 -540 1992 1 24 0.73 11.17 32.65 1.0e+20 1.16 5.46 6.15 1.0e+20 4.32 5.41 1.58 183.30 7.76 25.98 1.68 1194.50 123.42 769.10 2.66 1.0e+20 1.78 6.24 0.54 137.00 5.77 2.77 1.63 42.67 100.40 1.40 25.08 25.36 1.80 1.0e+20 -541 1992 1 27 0.73 11.35 33.28 1.0e+20 1.17 5.46 6.26 1.0e+20 4.39 5.50 1.61 186.75 7.75 25.95 1.65 1213.75 125.40 769.00 2.65 1.0e+20 1.82 6.33 0.53 139.45 5.86 2.81 1.63 1.0e+20 101.78 1.43 25.01 25.39 1.77 1.0e+20 -542 1992 1 28 0.74 11.22 32.86 1.0e+20 1.17 5.46 6.20 1.0e+20 4.35 5.43 1.59 184.85 7.76 25.94 1.66 1200.75 125.62 769.00 2.66 1.0e+20 1.79 6.27 0.54 137.75 5.80 2.78 1.63 1.0e+20 100.78 1.42 25.00 25.38 1.79 1.0e+20 -543 1992 1 29 0.74 11.17 32.75 1.0e+20 1.17 5.46 6.17 1.0e+20 4.33 5.41 1.59 184.15 7.76 25.92 1.67 1196.00 125.45 768.10 2.65 1.0e+20 1.79 6.24 0.54 137.35 5.78 2.78 1.63 1.0e+20 100.03 1.41 25.00 25.38 1.80 1.0e+20 -544 1992 1 30 0.74 11.41 33.39 1.0e+20 1.17 5.46 6.28 1.0e+20 4.42 5.53 1.62 188.00 7.76 25.91 1.64 1219.00 126.00 767.10 2.63 1.0e+20 1.82 6.35 0.53 140.05 5.88 2.82 1.63 1.0e+20 102.27 1.44 25.01 25.39 1.77 1.0e+20 -545 1992 1 31 0.75 11.30 33.09 1.0e+20 1.17 5.46 6.22 1.0e+20 4.37 5.48 1.60 185.75 7.76 25.95 1.65 1208.25 125.55 766.50 2.62 1.0e+20 1.80 6.30 0.54 138.45 5.83 2.79 1.63 1.0e+20 101.08 1.42 25.03 25.40 1.78 1.0e+20 -546 1992 2 3 0.75 11.26 32.89 1.0e+20 1.17 5.46 6.20 1.0e+20 4.36 5.44 1.59 184.70 7.75 25.84 1.66 1201.25 125.95 766.80 2.61 1.0e+20 1.79 6.27 0.54 137.70 5.81 2.78 1.62 42.69 100.62 1.42 1.0e+20 25.40 1.79 1.0e+20 -547 1992 2 4 0.74 11.20 32.78 1.0e+20 1.18 5.46 6.17 1.0e+20 4.34 5.42 1.59 184.35 7.75 25.81 1.67 1198.50 126.15 1.0e+20 2.61 1.0e+20 1.79 6.24 0.54 137.45 5.78 2.78 1.62 1.0e+20 100.28 1.42 1.0e+20 1.0e+20 1.80 1.0e+20 -548 1992 2 5 0.74 11.18 32.74 1.0e+20 1.17 5.46 6.17 1.0e+20 4.33 5.41 1.58 184.15 7.75 25.80 1.67 1195.75 125.83 766.80 2.61 1.0e+20 1.78 6.24 0.54 137.25 5.78 2.78 1.62 1.0e+20 100.18 1.41 1.0e+20 1.0e+20 1.80 1.0e+20 -549 1992 2 6 0.74 11.11 32.52 1.0e+20 1.17 5.46 6.12 1.0e+20 4.31 5.37 1.57 183.05 7.76 25.80 1.68 1188.50 125.65 766.80 2.60 1.0e+20 1.77 6.20 0.54 136.45 5.74 2.77 1.62 1.0e+20 99.58 1.40 1.0e+20 1.0e+20 1.82 1.0e+20 -550 1992 2 7 0.75 10.98 32.12 1.0e+20 1.17 5.46 6.05 1.0e+20 4.26 5.31 1.56 181.15 7.75 25.80 1.70 1174.00 125.22 768.30 2.60 1.0e+20 1.75 6.13 0.54 134.75 5.67 2.75 1.62 1.0e+20 98.45 1.39 25.00 25.36 1.83 1.0e+20 -551 1992 2 10 0.74 11.05 32.36 1.0e+20 1.17 5.46 6.09 1.0e+20 4.28 5.35 1.57 182.35 7.74 25.82 1.69 1182.75 126.70 768.80 2.60 1.0e+20 1.76 6.16 0.54 135.85 5.71 2.77 1.62 1.0e+20 99.03 1.40 25.01 25.34 1.82 1.0e+20 -552 1992 2 11 0.75 11.18 32.77 1.0e+20 1.18 5.47 6.17 1.0e+20 4.34 5.42 1.59 184.25 7.74 25.91 1.67 1197.00 126.93 769.50 2.60 1.0e+20 1.79 6.24 0.54 137.10 5.78 2.78 1.62 1.0e+20 100.27 1.42 25.02 25.38 1.80 1.0e+20 -553 1992 2 12 0.75 11.32 33.07 1.0e+20 1.18 5.48 6.23 1.0e+20 4.38 5.47 1.60 185.90 7.75 25.94 1.65 1209.00 127.68 769.50 2.61 1.0e+20 1.80 6.30 0.53 138.40 5.83 2.80 1.63 42.79 101.20 1.43 25.00 25.40 1.78 1.0e+20 -554 1992 2 13 0.75 11.42 33.41 1.0e+20 1.18 5.48 6.28 1.0e+20 4.41 5.52 1.62 187.65 7.75 25.92 1.64 1218.25 127.68 768.50 2.61 1.0e+20 1.82 6.35 0.54 139.55 5.88 2.82 1.64 1.0e+20 102.00 1.45 24.97 25.43 1.77 1.0e+20 -555 1992 2 14 0.75 11.45 33.51 1.0e+20 1.18 5.48 6.30 1.0e+20 4.43 5.54 1.62 187.90 7.75 25.90 1.63 1222.50 127.93 768.80 2.59 1.0e+20 1.83 6.37 0.54 140.45 5.90 2.81 1.63 42.86 102.28 1.46 24.99 25.46 1.76 1.0e+20 -556 1992 2 17 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -557 1992 2 18 0.75 11.59 33.91 1.0e+20 1.18 5.48 6.38 1.0e+20 4.50 5.60 1.64 190.65 7.76 25.91 1.62 1236.00 128.00 769.90 2.59 1.0e+20 1.85 6.45 0.54 141.95 5.97 2.83 1.64 1.0e+20 103.18 1.48 25.02 25.44 1.75 1.0e+20 -558 1992 2 19 0.75 11.59 33.87 1.0e+20 1.18 5.48 6.38 1.0e+20 4.50 5.60 1.64 190.15 7.76 27.00 1.62 1235.75 128.40 770.90 2.59 1.0e+20 1.85 6.45 0.54 141.85 5.97 2.83 1.64 1.0e+20 103.18 1.48 25.06 25.48 1.75 1.0e+20 -559 1992 2 20 0.75 11.59 33.86 1.0e+20 1.18 5.48 6.39 1.0e+20 4.51 5.60 1.64 189.85 7.76 26.55 1.61 1235.00 128.65 771.00 2.58 1.0e+20 1.85 6.45 0.54 141.75 5.97 2.83 1.64 42.87 103.23 1.48 25.07 25.51 1.75 1.0e+20 -560 1992 2 21 0.75 11.61 33.93 1.0e+20 1.18 5.48 6.40 1.0e+20 4.51 5.60 1.65 190.75 7.76 26.40 1.61 1238.75 128.72 772.00 2.59 1.0e+20 1.85 6.46 0.54 141.90 5.98 2.84 1.64 42.86 103.48 1.49 25.06 25.52 1.74 1.0e+20 -561 1992 2 24 0.75 11.59 33.90 1.0e+20 1.18 5.48 6.38 1.0e+20 4.51 5.60 1.64 189.85 7.76 25.90 1.62 1236.25 129.10 772.50 2.58 1.0e+20 1.85 6.45 0.54 141.75 5.97 2.84 1.64 42.88 103.28 1.49 25.07 25.53 1.74 1.0e+20 -562 1992 2 25 0.75 11.55 33.72 1.0e+20 1.18 5.48 6.35 1.0e+20 4.48 5.57 1.64 189.00 7.76 25.85 1.62 1230.00 129.45 772.80 2.59 1.0e+20 1.84 6.42 0.54 141.05 5.94 2.85 1.64 1.0e+20 102.88 1.48 25.07 25.53 1.75 1.0e+20 -563 1992 2 26 0.74 11.61 33.99 1.0e+20 1.18 5.48 6.40 1.0e+20 4.52 5.61 1.65 190.75 7.76 25.75 1.61 1240.00 129.68 771.60 2.59 1.0e+20 1.86 6.46 0.54 142.25 5.98 2.87 1.64 42.98 103.48 1.49 25.08 25.56 1.74 1.0e+20 -564 1992 2 27 0.75 11.56 33.82 1.0e+20 1.17 5.48 6.37 1.0e+20 4.50 5.58 1.64 189.75 7.76 25.75 1.62 1234.00 129.41 771.90 2.59 1.0e+20 1.85 6.44 0.54 141.45 5.96 2.83 1.64 43.05 103.18 1.48 25.11 25.53 1.75 1.0e+20 -565 1992 2 28 0.75 11.52 33.66 1.0e+20 1.18 5.48 6.34 1.0e+20 4.48 5.56 1.63 189.25 7.75 26.20 1.62 1229.25 129.15 772.40 2.58 1.0e+20 1.84 6.41 0.54 141.05 5.93 2.84 1.64 1.0e+20 103.18 1.48 25.15 25.53 1.75 1.0e+20 -566 1992 3 2 0.75 11.55 33.76 1.0e+20 1.18 5.48 6.36 1.0e+20 4.48 5.57 1.64 189.85 7.75 26.30 1.62 1232.00 129.63 772.40 2.58 1.0e+20 1.84 6.43 0.54 141.55 5.95 2.85 1.64 1.0e+20 103.30 1.48 25.19 25.53 1.75 1.0e+20 -567 1992 3 3 0.75 11.65 34.07 1.0e+20 1.19 5.48 6.42 1.0e+20 4.52 5.62 1.65 191.45 7.75 27.90 1.61 1241.50 130.84 773.20 2.57 1.0e+20 1.86 6.49 0.54 142.55 6.00 2.85 1.64 1.0e+20 103.98 1.50 25.27 25.54 1.73 1.0e+20 -568 1992 3 4 0.75 11.76 34.39 1.0e+20 1.19 5.48 6.47 1.0e+20 4.55 5.68 1.67 192.95 7.75 27.90 1.59 1252.75 132.11 772.80 2.57 1.0e+20 1.88 6.54 0.54 143.95 6.05 2.88 1.64 1.0e+20 105.10 1.52 25.29 25.60 1.72 1.0e+20 -569 1992 3 5 0.75 11.76 34.37 1.0e+20 1.19 5.48 6.47 1.0e+20 4.55 5.67 1.67 192.50 7.75 28.05 1.59 1251.75 131.85 772.90 2.56 1.0e+20 1.88 6.54 0.54 143.95 6.05 2.88 1.65 1.0e+20 105.15 1.52 25.26 25.61 1.71 1.0e+20 -570 1992 3 6 0.75 11.74 34.33 1.0e+20 1.18 5.48 6.46 1.0e+20 4.55 5.67 1.67 192.75 7.75 27.90 1.60 1251.25 131.76 772.90 2.56 1.0e+20 1.87 6.54 0.54 143.95 6.04 2.88 1.65 1.0e+20 105.18 1.51 1.0e+20 1.0e+20 1.71 1.0e+20 -571 1992 3 9 0.75 11.70 34.21 1.0e+20 1.19 5.48 6.45 1.0e+20 4.54 5.65 1.66 192.35 7.75 27.95 1.60 1247.50 131.92 772.80 2.55 1.0e+20 1.87 6.52 0.54 143.65 6.03 2.87 1.66 1.0e+20 104.95 1.50 25.27 1.0e+20 1.72 1.0e+20 -572 1992 3 10 0.75 11.76 34.39 1.0e+20 1.19 5.48 6.48 1.0e+20 4.55 5.67 1.67 193.00 7.75 27.80 1.59 1252.75 132.88 1.0e+20 2.56 1.0e+20 1.88 6.55 0.54 144.00 6.06 2.88 1.66 1.0e+20 105.50 1.51 25.27 25.61 1.71 1.0e+20 -573 1992 3 11 0.75 11.70 34.25 1.0e+20 1.19 5.48 6.45 1.0e+20 4.54 5.65 1.66 192.15 7.74 27.85 1.60 1247.00 133.45 773.60 2.56 1.0e+20 1.87 6.52 0.54 143.55 6.03 2.88 1.67 1.0e+20 104.95 1.50 25.32 1.0e+20 1.72 1.0e+20 -574 1992 3 12 0.75 11.77 34.42 1.0e+20 1.19 5.48 6.49 1.0e+20 4.57 5.68 1.67 192.70 7.74 28.10 1.59 1253.00 134.25 774.10 2.56 1.0e+20 1.88 6.56 0.54 144.10 6.06 2.89 1.68 1.0e+20 105.80 1.51 25.34 25.68 1.70 1.0e+20 -575 1992 3 13 0.75 11.73 34.29 1.0e+20 1.19 5.48 6.46 1.0e+20 4.54 5.65 1.66 192.45 7.74 28.20 1.60 1250.50 133.60 774.60 2.57 1.0e+20 1.87 6.53 0.54 143.85 6.04 2.89 1.67 1.0e+20 105.65 1.50 25.36 25.69 1.71 1.0e+20 -576 1992 3 16 0.75 11.71 34.27 1.0e+20 1.20 5.48 6.45 1.0e+20 4.54 5.65 1.66 192.35 7.73 28.58 1.60 1251.50 133.98 775.30 2.57 1.0e+20 1.87 6.53 0.54 143.80 6.03 2.88 1.66 1.0e+20 105.30 1.51 25.43 25.68 1.71 1.0e+20 -577 1992 3 17 0.75 11.63 34.04 1.0e+20 1.19 5.48 6.42 1.0e+20 4.51 5.61 1.65 191.25 7.74 28.48 1.61 1242.50 133.45 776.00 2.59 1.0e+20 1.86 6.49 0.54 142.65 5.99 2.88 1.64 42.06 104.45 1.49 25.45 25.68 1.73 1.0e+20 -578 1992 3 18 0.76 11.61 33.96 1.0e+20 1.19 5.48 6.40 1.0e+20 4.49 5.60 1.64 190.90 7.74 28.60 1.61 1240.50 132.05 775.70 2.60 1.0e+20 1.85 6.47 0.54 142.35 5.98 2.87 1.65 1.0e+20 104.25 1.49 25.48 25.63 1.73 1.0e+20 -579 1992 3 19 0.75 11.76 34.38 1.0e+20 1.19 5.48 6.48 1.0e+20 4.55 5.66 1.67 193.35 7.74 28.60 1.59 1256.75 133.27 777.00 2.59 1.0e+20 1.88 6.56 0.54 144.35 6.06 2.89 1.65 1.0e+20 105.70 1.51 25.47 25.63 1.71 1.0e+20 -580 1992 3 20 0.75 11.82 34.53 1.0e+20 1.19 5.49 6.50 1.0e+20 4.57 5.69 1.67 194.20 7.74 28.75 1.58 1259.50 134.15 778.00 2.58 1.0e+20 1.88 6.58 0.54 144.35 6.08 2.89 1.66 1.0e+20 106.00 1.52 25.49 25.68 1.70 1.0e+20 -581 1992 3 23 0.76 11.74 34.37 1.0e+20 1.19 5.49 6.48 1.0e+20 4.55 5.66 1.66 193.95 7.74 29.25 1.59 1255.25 133.70 777.90 2.57 1.0e+20 1.87 6.55 0.54 143.70 6.05 2.88 1.66 43.10 105.25 1.51 25.56 25.70 1.71 1.0e+20 -582 1992 3 24 0.76 11.70 34.24 1.0e+20 1.19 5.49 6.46 1.0e+20 4.53 5.64 1.66 193.00 7.74 29.25 1.60 1252.50 133.69 1.0e+20 2.57 1.0e+20 1.87 6.53 0.54 143.40 6.04 2.90 1.65 43.07 105.08 1.51 25.55 25.65 1.72 1.0e+20 -583 1992 3 25 0.76 11.62 33.99 1.0e+20 1.18 5.48 6.41 1.0e+20 4.49 5.60 1.65 191.40 7.74 29.00 1.61 1245.75 133.35 778.40 2.57 1.0e+20 1.85 6.48 0.54 142.18 5.99 2.87 1.65 1.0e+20 104.28 1.50 25.50 25.66 1.73 1.0e+20 -584 1992 3 26 0.76 11.69 34.21 1.0e+20 1.18 5.48 6.44 1.0e+20 4.52 5.63 1.66 193.25 7.74 29.00 1.60 1251.75 133.95 778.60 2.58 1.0e+20 1.87 6.52 0.55 143.45 6.03 2.89 1.66 1.0e+20 104.98 1.51 25.51 25.63 1.72 1.0e+20 -585 1992 3 27 0.76 11.57 33.84 1.0e+20 1.18 5.48 6.38 1.0e+20 4.48 5.57 1.64 191.10 7.74 29.05 1.61 1240.00 133.12 778.60 2.58 1.0e+20 1.85 6.45 0.54 141.90 5.97 2.86 1.66 1.0e+20 104.05 1.49 25.54 25.66 1.73 1.0e+20 -586 1992 3 30 0.76 11.60 33.95 1.0e+20 1.19 5.48 6.40 1.0e+20 4.50 5.59 1.64 191.55 7.73 28.70 1.61 1244.50 133.06 779.00 2.58 1.0e+20 1.85 6.47 0.54 142.35 5.98 2.88 1.66 1.0e+20 104.28 1.50 1.0e+20 25.62 1.73 1.0e+20 -587 1992 3 31 0.77 11.58 33.89 1.0e+20 1.19 5.48 6.38 1.0e+20 4.49 5.58 1.64 191.25 7.73 29.10 1.61 1241.75 132.92 779.70 2.58 1.0e+20 1.85 6.46 0.54 142.20 5.97 2.88 1.65 1.0e+20 104.17 1.50 25.50 25.62 1.73 1.0e+20 -588 1992 4 1 0.76 11.62 34.00 1.0e+20 1.19 5.48 6.40 1.0e+20 4.51 5.59 1.65 191.95 7.74 29.00 1.61 1245.75 134.50 779.60 2.58 1.0e+20 1.85 6.48 0.54 142.65 5.99 2.87 1.66 1.0e+20 104.58 1.50 25.45 25.62 1.72 1.0e+20 -589 1992 4 2 0.76 11.58 33.86 1.0e+20 1.19 5.48 6.38 1.0e+20 4.49 5.57 1.64 191.65 7.74 28.95 1.61 1241.50 133.83 779.60 2.58 1.0e+20 1.85 6.46 0.54 142.00 5.97 2.88 1.65 43.11 104.48 1.50 25.50 25.68 1.72 1.0e+20 -590 1992 4 3 0.76 11.42 33.38 1.0e+20 1.18 5.48 6.30 1.0e+20 4.56 5.50 1.62 189.40 7.73 29.00 1.63 1227.00 133.25 779.60 2.57 1.0e+20 1.82 6.38 0.54 139.60 5.90 2.87 1.65 1.0e+20 103.33 1.48 1.0e+20 25.66 1.74 1.0e+20 -591 1992 4 6 0.76 11.42 33.36 1.0e+20 1.18 5.48 6.29 1.0e+20 4.44 5.49 1.62 190.15 7.73 29.00 1.63 1226.25 132.72 780.30 2.58 1.0e+20 1.82 6.37 0.54 139.75 5.88 2.86 1.65 1.0e+20 103.28 1.48 25.46 25.66 1.75 1.0e+20 -592 1992 4 7 0.76 11.43 33.41 1.0e+20 1.18 5.48 6.30 1.0e+20 4.44 5.50 1.62 190.65 7.73 28.90 1.63 1225.75 133.28 781.50 2.57 1.0e+20 1.82 6.38 0.54 139.40 5.90 2.87 1.65 43.13 103.32 1.49 25.40 25.62 1.74 1.0e+20 -593 1992 4 8 0.75 11.44 33.47 1.0e+20 1.18 5.48 6.31 1.0e+20 4.45 5.50 1.62 190.95 7.73 29.05 1.63 1227.00 132.60 783.00 2.55 1.0e+20 1.83 6.39 0.54 140.45 5.90 2.87 1.65 1.0e+20 103.28 1.49 25.23 25.61 1.74 1.0e+20 -594 1992 4 9 0.76 11.40 33.32 1.0e+20 1.18 5.47 6.28 1.0e+20 4.42 5.48 1.62 189.95 7.73 29.00 1.64 1222.75 132.23 782.90 2.55 1.0e+20 1.82 6.36 0.54 139.65 5.87 2.85 1.65 43.13 102.58 1.48 25.26 25.62 1.76 1.0e+20 -595 1992 4 10 0.76 11.51 33.67 1.0e+20 1.18 5.47 6.38 1.0e+20 4.46 5.54 1.63 191.70 7.73 29.00 1.62 1232.25 132.90 784.00 2.54 1.0e+20 1.84 6.42 0.54 140.60 5.93 2.88 1.65 1.0e+20 102.93 1.50 25.29 25.59 1.76 1.0e+20 -596 1992 4 13 0.76 11.63 34.03 1.0e+20 1.18 5.50 6.41 1.0e+20 4.50 5.60 1.65 193.30 7.73 29.05 1.61 1245.75 133.28 784.30 2.55 1.0e+20 1.86 6.47 0.54 142.15 5.97 2.88 1.65 1.0e+20 103.57 1.52 25.30 25.61 1.76 1.0e+20 -597 1992 4 14 0.76 11.57 33.86 1.0e+20 1.18 5.50 6.37 1.0e+20 4.48 5.57 1.64 192.35 7.73 28.95 1.62 1237.75 132.79 784.90 2.54 1.0e+20 1.85 6.44 0.54 141.30 5.94 2.87 1.65 1.0e+20 103.05 1.51 25.30 25.61 1.77 1.0e+20 -598 1992 4 15 0.76 11.68 34.18 1.0e+20 1.17 5.53 6.42 1.0e+20 4.52 5.62 1.66 194.05 7.73 28.97 1.60 1248.50 133.39 785.20 2.54 1.0e+20 1.87 6.49 0.54 142.85 5.99 2.88 1.65 43.25 104.23 1.53 25.25 25.63 1.75 1.0e+20 -599 1992 4 16 0.76 11.73 34.27 1.0e+20 1.18 5.53 6.45 1.0e+20 4.53 5.63 1.66 194.85 7.74 28.98 1.60 1252.50 133.90 785.10 2.55 1.0e+20 1.87 6.52 0.54 143.25 6.02 2.89 1.66 1.0e+20 104.58 1.54 25.29 25.65 1.74 1.0e+20 -600 1992 4 17 0.76 11.75 34.32 1.0e+20 1.18 5.53 6.46 1.0e+20 4.54 5.64 1.66 194.80 7.73 28.99 1.59 1255.00 134.00 784.30 2.55 1.0e+20 1.87 6.53 0.54 143.46 6.03 1.0e+20 1.66 1.0e+20 104.75 1.54 25.29 1.0e+20 1.74 1.0e+20 -601 1992 4 20 0.76 12.07 34.43 1.0e+20 1.18 5.53 6.48 1.0e+20 4.56 5.65 1.67 195.45 1.0e+20 1.0e+20 1.59 1258.25 134.50 782.20 1.0e+20 1.0e+20 1.88 6.55 0.54 143.45 6.05 1.0e+20 1.0e+20 1.0e+20 104.97 1.54 1.0e+20 1.0e+20 1.74 1.0e+20 -602 1992 4 21 0.76 11.75 34.34 1.0e+20 1.18 5.53 6.45 1.0e+20 4.54 5.64 1.67 195.35 7.74 28.70 1.59 1253.25 134.23 782.40 2.54 1.0e+20 1.88 6.53 0.54 142.45 6.03 2.89 1.66 43.38 104.68 1.54 25.30 25.68 1.74 1.0e+20 -603 1992 4 22 0.76 11.70 34.20 1.0e+20 1.18 5.53 6.43 1.0e+20 4.52 5.61 1.66 194.35 7.74 28.85 1.60 1248.50 134.15 783.90 2.54 1.0e+20 1.87 6.50 0.53 141.20 6.00 2.88 1.65 43.37 105.14 1.54 25.26 25.68 1.76 1.0e+20 -604 1992 4 23 0.75 11.69 34.18 1.0e+20 1.18 5.53 6.43 1.0e+20 4.53 5.61 1.66 194.10 7.73 28.78 1.60 1250.25 134.53 784.70 2.53 1.0e+20 1.87 6.50 0.53 141.30 6.00 2.88 1.66 1.0e+20 104.28 1.54 25.26 25.66 1.76 1.0e+20 -605 1992 4 24 0.75 11.61 33.98 1.0e+20 1.18 5.52 6.39 1.0e+20 4.49 5.57 1.65 192.90 7.73 28.75 1.61 1242.00 134.53 784.50 2.52 1.0e+20 1.85 6.45 0.53 140.25 5.96 2.88 1.65 1.0e+20 103.63 1.53 25.26 25.68 1.77 1.0e+20 -606 1992 4 27 0.75 11.62 33.97 1.0e+20 1.19 5.52 6.38 1.0e+20 4.48 5.56 1.65 193.40 7.73 28.80 1.61 1241.00 133.13 783.20 2.54 1.0e+20 1.85 6.45 0.53 139.85 5.96 2.87 1.65 1.0e+20 103.58 1.53 25.27 25.68 1.78 1.0e+20 -607 1992 4 28 0.75 11.65 34.06 1.0e+20 1.19 5.52 6.40 1.0e+20 4.50 5.58 1.65 193.60 7.75 28.70 1.61 1244.75 133.33 783.60 2.53 1.0e+20 1.86 6.46 0.53 139.45 5.97 2.87 1.65 1.0e+20 103.80 1.51 25.26 25.65 1.77 1.0e+20 -608 1992 4 29 0.75 11.65 34.09 1.0e+20 1.19 5.52 6.40 1.0e+20 4.50 5.58 1.65 193.70 7.75 28.70 1.61 1245.50 133.50 783.90 2.52 1.0e+20 1.86 6.46 0.53 139.75 5.98 2.87 1.65 1.0e+20 103.91 1.52 25.23 25.64 1.76 1.0e+20 -609 1992 4 30 0.75 11.62 34.01 1.0e+20 1.19 5.52 6.39 1.0e+20 4.49 5.57 1.65 193.60 7.75 28.70 1.61 1242.75 133.30 783.40 2.52 1.0e+20 1.85 6.45 0.53 139.20 5.96 2.87 1.65 1.0e+20 103.80 1.51 25.22 25.64 1.77 1.0e+20 -610 1992 5 1 0.75 11.62 33.76 1.0e+20 1.18 1.0e+20 6.35 1.0e+20 4.46 5.53 1.64 192.40 7.75 28.40 1.62 1234.00 132.75 783.00 2.52 1.0e+20 1.84 6.40 0.53 138.30 5.92 2.85 1.65 1.0e+20 103.15 1.50 25.18 1.0e+20 1.78 1.0e+20 -611 1992 5 4 0.75 11.56 33.81 1.0e+20 1.19 5.52 6.35 1.0e+20 4.46 5.53 1.64 192.85 7.74 28.60 1.62 1234.50 132.70 783.10 2.51 1.0e+20 1.84 6.41 0.53 138.45 5.92 2.86 1.65 1.0e+20 103.20 1.50 25.15 25.61 1.78 1.0e+20 -612 1992 5 5 0.75 11.55 33.77 1.0e+20 1.19 5.52 6.34 1.0e+20 4.45 5.52 1.64 193.10 7.74 28.70 1.62 1232.50 133.07 1.0e+20 2.51 1.0e+20 1.84 6.40 0.53 137.80 5.91 2.87 1.65 1.0e+20 103.05 1.50 25.12 25.61 1.78 1.0e+20 -613 1992 5 6 0.75 11.48 33.57 1.0e+20 1.19 5.53 6.30 1.0e+20 4.43 5.49 1.63 192.00 7.74 28.70 1.63 1226.50 132.50 785.20 2.51 1.0e+20 1.83 6.37 0.53 136.40 5.87 2.85 1.65 1.0e+20 102.15 1.50 25.07 25.61 1.79 1.0e+20 -614 1992 5 7 0.75 11.51 33.68 1.0e+20 1.19 5.53 6.32 1.0e+20 4.44 5.51 1.63 192.80 7.74 28.70 1.63 1231.25 132.70 786.90 2.52 1.0e+20 1.84 6.38 0.53 137.30 5.89 2.86 1.65 1.0e+20 102.40 1.51 25.03 25.60 1.79 1.0e+20 -615 1992 5 8 0.75 11.59 33.85 1.0e+20 1.20 5.53 6.36 1.0e+20 4.47 5.53 1.64 194.10 7.74 28.70 1.62 1239.50 133.40 787.00 2.52 1.0e+20 1.85 6.43 0.53 137.40 5.93 2.88 1.65 1.0e+20 103.00 1.52 25.11 25.59 1.78 1.0e+20 -616 1992 5 11 0.75 11.55 33.78 1.0e+20 1.20 5.52 6.35 1.0e+20 4.45 5.51 1.64 193.55 7.74 28.35 1.62 1235.25 133.17 787.30 2.53 1.0e+20 1.84 6.40 0.53 136.85 5.91 2.87 1.65 1.0e+20 102.55 1.52 25.06 25.63 1.79 1.0e+20 -617 1992 5 12 0.75 11.42 33.40 1.0e+20 1.20 5.52 6.26 1.0e+20 4.40 5.44 1.62 192.55 7.74 28.45 1.64 1220.80 130.50 788.10 2.51 1.0e+20 1.82 6.33 0.53 135.00 5.84 2.85 1.64 43.42 101.20 1.50 25.06 25.63 1.81 1.0e+20 -618 1992 5 13 0.75 11.41 33.38 1.0e+20 1.20 5.51 6.26 1.0e+20 4.40 5.44 1.62 191.10 7.73 28.35 1.64 1221.00 130.40 786.70 2.52 1.0e+20 1.82 6.32 0.53 134.90 5.83 2.83 1.64 1.0e+20 101.25 1.49 24.91 25.55 1.81 1.0e+20 -619 1992 5 14 0.75 11.34 33.19 1.0e+20 1.20 5.51 6.22 1.0e+20 4.38 5.41 1.61 190.45 7.73 28.30 1.65 1214.00 130.20 787.10 2.52 1.0e+20 1.81 6.29 0.53 134.00 5.81 2.83 1.63 1.0e+20 100.90 1.47 24.96 25.51 1.82 1.0e+20 -620 1992 5 15 0.75 11.35 33.23 1.0e+20 1.20 5.51 6.23 1.0e+20 4.38 5.42 1.61 191.00 7.73 28.40 1.65 1214.50 130.25 787.80 2.52 1.0e+20 1.81 6.30 0.53 134.10 5.81 2.84 1.64 1.0e+20 100.95 1.48 24.97 25.54 1.81 1.0e+20 -621 1992 5 18 0.75 11.22 32.84 1.0e+20 1.19 5.51 6.16 1.0e+20 4.33 5.35 1.59 189.30 7.73 28.45 1.67 1200.75 128.80 788.30 2.52 1.0e+20 1.79 6.22 0.53 132.55 5.74 2.83 1.63 1.0e+20 99.78 1.46 25.00 25.53 1.83 1.0e+20 -622 1992 5 19 0.75 11.19 32.74 1.0e+20 1.19 5.51 6.15 1.0e+20 4.32 5.34 1.59 188.90 7.73 28.20 1.67 1197.50 129.10 789.40 2.52 1.0e+20 1.79 6.20 0.53 132.30 5.73 2.82 1.63 1.0e+20 99.65 1.45 25.00 25.49 1.83 1.0e+20 -623 1992 5 20 0.75 11.25 32.97 1.0e+20 1.19 5.51 6.19 1.0e+20 4.35 5.38 1.60 190.30 7.73 28.25 1.66 1205.25 129.58 788.10 2.52 1.0e+20 1.80 6.25 0.53 133.40 5.76 2.83 1.62 43.46 100.25 1.47 24.99 25.51 1.83 1.0e+20 -624 1992 5 21 0.75 11.36 33.22 1.0e+20 1.19 5.51 6.23 1.0e+20 4.38 5.42 1.61 192.05 7.73 28.53 1.65 1216.25 130.25 787.50 2.52 1.0e+20 1.81 6.30 0.53 134.20 5.81 2.83 1.63 1.0e+20 100.85 1.48 24.97 25.51 1.81 1.0e+20 -625 1992 5 22 0.75 11.39 33.31 1.0e+20 1.19 5.51 6.25 1.0e+20 4.39 5.43 1.61 193.00 7.74 28.65 1.65 1219.00 129.40 788.70 2.52 1.0e+20 1.82 6.31 0.53 134.48 5.83 2.83 1.63 1.0e+20 101.05 1.48 24.99 25.51 1.81 1.0e+20 -626 1992 5 25 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -627 1992 5 26 0.75 11.32 33.08 1.0e+20 1.20 5.50 6.21 1.0e+20 4.36 5.40 1.60 191.75 7.74 28.78 1.66 1212.50 129.33 789.60 2.52 1.0e+20 1.81 6.27 0.53 133.65 5.79 2.83 1.62 1.0e+20 100.50 1.47 24.94 25.49 1.82 1.0e+20 -628 1992 5 27 0.75 11.50 33.61 1.0e+20 1.20 5.50 6.29 1.0e+20 4.43 5.49 1.63 194.65 7.74 28.82 1.63 1229.50 129.95 790.10 2.53 1.0e+20 1.84 6.36 0.53 135.44 5.88 2.85 1.63 1.0e+20 101.89 1.48 24.91 25.49 1.80 1.0e+20 -629 1992 5 28 0.75 11.44 33.47 1.0e+20 1.20 5.50 6.27 1.0e+20 4.41 5.46 1.62 194.00 7.74 28.75 1.64 1224.75 129.62 787.90 2.52 1.0e+20 1.83 6.34 0.53 135.02 5.86 2.84 1.63 1.0e+20 101.44 1.47 24.92 25.54 1.80 1.0e+20 -630 1992 5 29 0.75 11.30 33.06 1.0e+20 1.20 5.50 6.18 1.0e+20 4.35 5.39 1.60 192.00 7.74 28.75 1.66 1209.75 127.75 787.90 2.51 1.0e+20 1.80 6.25 0.53 133.00 5.78 2.82 1.62 1.0e+20 100.15 1.45 24.91 25.49 1.82 1.0e+20 -631 1992 6 1 0.75 11.33 33.10 1.0e+20 1.20 5.50 6.19 1.0e+20 4.37 5.40 1.61 193.10 7.73 28.70 1.66 1213.80 127.45 788.20 2.54 1.0e+20 1.81 6.27 0.53 133.35 5.80 2.83 1.62 1.0e+20 100.40 1.46 24.90 25.42 1.82 1.0e+20 -632 1992 6 2 0.75 11.31 33.06 1.0e+20 1.20 5.49 6.18 1.0e+20 4.37 5.39 1.60 192.90 7.73 28.65 1.66 1210.00 127.53 789.80 2.53 1.0e+20 1.80 6.27 0.53 133.15 5.79 2.83 1.63 43.61 100.20 1.46 24.93 25.44 1.82 1.0e+20 -633 1992 6 3 0.76 11.28 33.01 1.0e+20 1.20 5.49 6.19 1.0e+20 4.36 5.40 1.60 192.90 7.73 28.70 1.66 1213.75 127.80 790.90 2.53 1.0e+20 1.80 6.27 0.53 133.35 5.79 2.80 1.62 43.68 100.65 1.47 24.93 25.44 1.81 1.0e+20 -634 1992 6 4 0.76 11.26 32.92 1.0e+20 1.19 5.49 6.17 1.0e+20 4.35 5.38 1.60 192.45 7.73 28.70 1.66 1210.25 127.57 791.10 2.52 1.0e+20 1.80 6.24 0.53 133.25 5.77 2.82 1.62 1.0e+20 100.40 1.46 24.91 25.46 1.82 1.0e+20 -635 1992 6 5 0.76 11.17 32.68 1.0e+20 1.19 5.49 6.13 1.0e+20 4.33 5.35 1.58 191.30 7.73 28.68 1.67 1201.50 126.80 792.00 2.52 1.0e+20 1.78 6.20 0.53 132.75 5.73 2.81 1.62 1.0e+20 100.20 1.45 1.0e+20 25.43 1.83 1.0e+20 -636 1992 6 8 0.76 11.19 32.72 1.0e+20 1.19 5.49 6.14 1.0e+20 4.33 5.35 1.58 191.70 7.73 28.70 1.67 1203.50 127.20 792.40 2.51 1.0e+20 1.79 6.21 0.54 132.50 5.74 2.81 1.62 1.0e+20 100.45 1.45 24.90 25.42 1.83 1.0e+20 -637 1992 6 9 0.76 11.19 32.74 1.0e+20 1.19 5.49 6.14 1.0e+20 4.33 5.35 1.59 192.80 7.73 28.45 1.67 1203.75 127.55 792.30 2.52 1.0e+20 1.79 6.22 0.54 132.90 5.74 2.82 1.62 43.80 100.40 1.45 1.0e+20 25.42 1.83 1.0e+20 -638 1992 6 10 0.76 11.21 32.80 1.0e+20 1.19 5.49 6.13 1.0e+20 4.34 5.36 1.59 192.85 7.73 28.45 1.67 1204.75 127.65 791.80 2.52 1.0e+20 1.79 6.22 0.54 132.44 5.75 2.82 1.62 43.90 100.36 1.45 24.72 25.44 1.83 1.0e+20 -639 1992 6 11 0.76 11.10 32.51 1.0e+20 1.19 5.49 6.09 1.0e+20 4.30 5.31 1.57 192.15 7.73 28.45 1.69 1195.25 126.75 793.50 2.51 1.0e+20 1.77 6.17 0.54 131.45 5.70 2.81 1.62 1.0e+20 99.70 1.43 24.75 25.44 1.84 1.0e+20 -640 1992 6 12 0.75 11.08 32.46 1.0e+20 1.19 5.49 6.08 1.0e+20 4.30 5.31 1.57 192.00 7.73 28.45 1.69 1194.00 126.65 794.00 2.51 1.0e+20 1.77 6.17 0.54 131.05 5.69 2.80 1.62 1.0e+20 99.60 1.42 24.74 25.39 1.85 1.0e+20 -641 1992 6 15 0.75 11.05 32.33 1.0e+20 1.19 5.49 6.04 1.0e+20 4.28 5.29 1.57 191.15 7.73 28.45 1.70 1189.50 126.80 794.00 2.52 1.0e+20 1.77 6.14 0.54 130.50 5.67 2.80 1.62 1.0e+20 99.08 1.41 24.73 25.39 1.85 1.0e+20 -642 1992 6 16 0.75 11.02 32.26 1.0e+20 1.19 5.48 6.04 1.0e+20 4.27 5.27 1.56 190.95 7.73 28.45 1.70 1186.00 126.70 794.30 2.51 1.0e+20 1.76 6.13 0.54 130.40 5.66 2.80 1.62 1.0e+20 98.90 1.40 24.74 25.40 1.86 1.0e+20 -643 1992 6 17 0.75 11.09 32.45 1.0e+20 1.19 5.48 6.07 1.0e+20 4.29 5.31 1.57 192.50 7.73 28.45 1.69 1195.25 127.05 795.00 2.51 1.0e+20 1.77 6.16 0.54 131.05 5.69 2.81 1.62 1.0e+20 99.30 1.42 24.75 25.37 1.85 1.0e+20 -644 1992 6 18 0.75 11.01 32.21 1.0e+20 1.19 5.48 6.03 1.0e+20 4.26 5.27 1.56 191.10 7.73 28.45 1.70 1184.75 126.65 795.60 2.51 1.0e+20 1.76 6.12 0.54 130.05 5.65 2.80 1.62 44.10 98.70 1.41 24.73 25.37 1.86 1.0e+20 -645 1992 6 19 0.75 11.05 32.33 1.0e+20 1.19 5.48 6.04 1.0e+20 4.28 5.29 1.57 191.70 7.73 28.38 1.70 1189.75 126.93 796.10 2.51 1.0e+20 1.77 6.14 0.54 130.35 5.67 2.80 1.62 44.10 98.75 1.41 24.72 25.41 1.85 1.0e+20 -646 1992 6 22 0.74 11.02 32.23 1.0e+20 1.19 5.48 6.02 1.0e+20 4.26 5.27 1.56 190.80 7.73 28.30 1.70 1184.25 127.10 796.10 2.51 1.0e+20 1.76 6.12 0.54 130.05 5.65 2.80 1.62 44.17 98.53 1.41 24.74 25.42 1.86 1.0e+20 -647 1992 6 23 0.75 11.01 32.22 1.0e+20 1.19 5.48 6.01 1.0e+20 4.26 5.26 1.56 190.05 7.73 28.35 1.70 1184.25 127.23 796.30 2.51 1.0e+20 1.76 6.12 0.54 130.10 5.65 2.80 1.62 1.0e+20 98.60 1.41 24.73 25.39 1.86 1.0e+20 -648 1992 6 24 0.75 10.92 31.93 1.0e+20 1.19 5.48 5.96 1.0e+20 4.22 5.23 1.55 188.20 7.73 28.30 1.72 1174.80 126.68 795.30 2.50 1.0e+20 1.74 6.07 0.54 128.88 5.60 2.80 1.62 44.17 97.82 1.40 24.72 25.40 1.87 1.0e+20 -649 1992 6 25 0.75 10.86 31.72 1.0e+20 1.19 5.47 5.92 1.0e+20 4.19 5.19 1.54 187.50 7.73 28.40 1.72 1166.25 125.45 795.60 2.50 1.0e+20 1.73 6.03 0.54 128.00 5.57 2.79 1.62 1.0e+20 97.08 1.39 24.69 25.38 1.89 1.0e+20 -650 1992 6 26 0.74 10.84 31.68 1.0e+20 1.19 5.47 5.91 1.0e+20 4.18 5.17 1.53 187.10 7.73 28.45 1.73 1163.50 125.72 795.10 2.50 1.0e+20 1.73 6.02 0.54 127.85 5.55 2.78 1.61 1.0e+20 96.97 1.38 24.64 25.33 1.89 1.0e+20 -651 1992 6 29 0.74 10.68 31.23 1.0e+20 1.19 5.47 5.83 1.0e+20 4.13 5.09 1.51 184.65 7.73 28.80 1.75 1147.50 125.25 794.90 2.50 1.0e+20 1.71 5.94 0.54 126.85 5.48 2.77 1.61 1.0e+20 96.05 1.36 24.68 25.33 1.90 1.0e+20 -652 1992 6 30 0.74 10.73 31.37 1.0e+20 1.19 5.47 5.85 1.0e+20 4.15 5.12 1.52 185.40 7.73 28.70 1.75 1153.00 125.87 794.90 2.50 1.0e+20 1.71 5.96 0.54 127.15 5.50 2.77 1.61 1.0e+20 96.30 1.37 24.65 25.30 1.90 1.0e+20 -653 1992 7 1 0.74 10.68 31.22 1.0e+20 1.20 5.47 5.83 1.0e+20 4.13 5.10 1.51 184.70 7.73 28.65 1.75 1148.75 124.92 793.20 2.50 1.0e+20 1.71 5.94 0.54 126.65 5.48 2.76 1.61 44.17 95.95 1.36 1.0e+20 1.0e+20 1.91 1.0e+20 -654 1992 7 2 0.74 10.66 31.16 1.0e+20 1.20 5.47 5.82 1.0e+20 4.12 5.09 1.51 184.60 7.73 28.55 1.76 1148.50 124.60 791.20 2.50 1.0e+20 1.70 5.93 0.54 126.34 5.47 2.75 1.61 1.0e+20 95.73 1.35 24.62 25.30 1.91 1.0e+20 -655 1992 7 3 0.74 10.68 31.24 1.0e+20 1.20 5.47 5.82 1.0e+20 4.13 5.10 1.51 185.00 7.73 28.50 1.75 1151.00 124.80 789.40 2.49 1.0e+20 1.71 5.94 0.54 126.70 5.48 2.76 1.61 1.0e+20 95.90 1.35 24.52 25.27 1.90 1.0e+20 -656 1992 7 6 0.74 10.63 31.13 1.0e+20 1.19 5.47 5.81 1.0e+20 4.12 5.09 1.51 184.40 7.73 28.58 1.76 1144.50 124.55 788.80 2.50 1.0e+20 1.70 5.92 0.54 126.70 5.46 2.75 1.61 1.0e+20 95.65 1.35 24.60 25.31 1.91 1.0e+20 -657 1992 7 7 0.74 10.55 30.88 1.0e+20 1.19 5.47 5.77 1.0e+20 4.09 5.05 1.49 183.75 7.73 28.60 1.77 1133.75 124.42 789.90 2.49 1.0e+20 1.69 5.88 0.54 125.88 5.42 2.75 1.61 1.0e+20 94.80 1.34 24.54 25.27 1.92 1.0e+20 -658 1992 7 8 0.74 10.53 30.84 1.0e+20 1.19 5.47 5.76 1.0e+20 4.08 5.04 1.49 183.35 7.73 28.65 1.78 1131.00 124.85 789.30 2.49 1.0e+20 1.68 5.86 0.54 126.13 5.41 2.74 1.61 1.0e+20 94.65 1.34 24.53 25.24 1.91 1.0e+20 -659 1992 7 9 0.74 10.68 31.26 1.0e+20 1.19 5.46 5.83 1.0e+20 4.14 5.12 1.51 185.90 7.73 28.65 1.75 1147.00 125.80 789.60 2.50 1.0e+20 1.71 5.95 0.54 127.85 5.49 2.77 1.61 1.0e+20 96.20 1.37 24.50 25.27 1.89 1.0e+20 -660 1992 7 10 0.74 10.58 30.82 1.0e+20 1.19 5.47 5.76 1.0e+20 4.09 5.05 1.49 183.35 7.73 28.65 1.78 1131.50 125.40 783.70 2.50 1.0e+20 1.68 5.88 0.54 126.25 5.43 2.75 1.61 1.0e+20 95.25 1.35 24.59 25.32 1.92 1.0e+20 -661 1992 7 13 0.74 10.46 30.46 1.0e+20 1.19 5.47 5.69 1.0e+20 4.04 4.98 1.47 181.55 7.73 28.65 1.80 1119.75 124.95 790.20 2.49 1.0e+20 1.66 5.80 0.54 125.95 5.36 2.73 1.61 43.90 94.20 1.33 24.78 25.27 1.92 1.0e+20 -662 1992 7 14 0.74 10.48 30.72 1.0e+20 1.19 5.47 5.75 1.0e+20 4.09 5.03 1.49 183.10 7.73 28.65 1.78 1129.50 126.00 790.50 2.49 1.0e+20 1.68 5.87 0.54 126.95 5.42 2.76 1.61 1.0e+20 94.85 1.34 24.85 25.26 1.91 1.0e+20 -663 1992 7 15 0.74 10.39 30.46 1.0e+20 1.19 5.47 5.69 1.0e+20 4.04 4.99 1.47 181.60 7.73 28.65 1.80 1125.00 125.00 790.80 2.49 1.0e+20 1.66 5.81 0.54 126.14 5.36 2.74 1.61 43.90 94.35 1.33 24.91 25.25 1.92 1.0e+20 -664 1992 7 16 0.74 10.37 30.42 1.0e+20 1.19 5.47 5.68 1.0e+20 4.03 4.98 1.47 181.70 7.73 28.65 1.80 1120.25 125.45 791.00 2.49 1.0e+20 1.66 5.80 0.54 125.35 5.35 2.73 1.60 1.0e+20 94.08 1.32 24.81 25.27 1.93 1.0e+20 -665 1992 7 17 0.74 10.26 30.08 1.0e+20 1.19 5.44 5.62 1.0e+20 3.99 4.93 1.45 179.70 7.73 28.55 1.82 1108.75 124.55 1.0e+20 2.49 1.0e+20 1.64 5.74 0.54 124.25 5.29 2.72 1.61 1.0e+20 93.45 1.30 24.77 25.26 1.94 1.0e+20 -666 1992 7 20 0.74 10.42 30.53 1.0e+20 1.18 5.44 5.70 1.0e+20 4.06 5.01 1.48 182.40 7.73 28.55 1.79 1124.50 125.25 789.50 2.49 1.0e+20 1.67 5.82 0.54 126.05 5.38 2.77 1.61 1.0e+20 94.95 1.31 24.79 25.22 1.91 1.0e+20 -667 1992 7 21 0.74 10.47 30.66 1.0e+20 1.19 5.44 5.73 1.0e+20 4.09 5.02 1.48 182.95 7.73 28.55 1.78 1131.50 125.30 789.80 2.49 1.0e+20 1.67 5.85 0.54 127.12 5.41 2.74 1.61 43.90 95.67 1.32 24.82 25.29 1.90 1.0e+20 -668 1992 7 22 0.74 10.47 30.67 1.0e+20 1.19 5.44 5.73 1.0e+20 4.08 5.02 1.48 182.75 7.73 28.50 1.78 1128.80 126.90 790.00 2.49 1.0e+20 1.67 5.85 0.54 127.00 5.41 2.76 1.61 1.0e+20 95.50 1.32 24.84 25.29 1.90 1.0e+20 -669 1992 7 23 0.74 10.46 30.54 1.0e+20 1.18 5.43 5.71 1.0e+20 4.06 5.01 1.48 182.45 7.73 28.45 1.79 1125.75 126.63 789.70 2.49 1.0e+20 1.67 5.83 0.54 126.35 5.38 2.75 1.61 1.0e+20 94.70 1.31 24.91 25.32 1.91 1.0e+20 -670 1992 7 24 0.74 10.54 30.92 1.0e+20 1.19 5.43 5.77 1.0e+20 4.11 5.07 1.50 184.05 7.73 28.52 1.77 1138.00 127.67 789.90 2.50 1.0e+20 1.69 5.89 0.54 127.20 5.44 2.78 1.61 1.0e+20 95.35 1.33 24.94 25.32 1.89 1.0e+20 -671 1992 7 27 0.74 10.44 30.55 1.0e+20 1.18 5.43 5.71 1.0e+20 4.06 5.00 1.48 182.30 7.74 28.50 1.79 1122.75 127.73 790.50 2.50 1.0e+20 1.67 5.82 0.54 125.70 5.38 2.76 1.61 1.0e+20 94.40 1.31 24.98 25.36 1.91 1.0e+20 -672 1992 7 28 0.74 10.37 30.36 1.0e+20 1.18 5.43 5.67 1.0e+20 4.03 4.97 1.47 181.40 7.73 28.48 1.80 1114.75 127.58 791.40 2.50 1.0e+20 1.66 5.79 0.54 125.15 5.34 2.75 1.61 1.0e+20 93.78 1.30 24.98 25.35 1.92 1.0e+20 -673 1992 7 29 0.74 10.43 30.55 1.0e+20 1.18 5.43 5.70 1.0e+20 4.06 5.00 1.48 181.40 7.73 28.48 1.79 1122.00 127.93 791.30 2.50 1.0e+20 1.67 5.82 0.54 126.03 5.38 2.76 1.61 1.0e+20 94.37 1.32 24.97 25.32 1.91 1.0e+20 -674 1992 7 30 0.74 10.42 30.52 1.0e+20 1.18 5.43 5.70 1.0e+20 4.05 5.00 1.48 182.20 7.73 28.48 1.79 1119.50 127.65 787.50 2.50 1.0e+20 1.67 5.82 0.54 125.75 5.37 2.76 1.61 1.0e+20 94.15 1.32 24.94 25.35 1.91 1.0e+20 -675 1992 7 31 0.74 10.41 30.50 1.0e+20 1.18 5.43 5.69 1.0e+20 4.04 5.00 1.48 181.90 7.73 28.48 1.80 1119.25 127.35 791.20 2.50 1.0e+20 1.66 5.81 0.54 126.05 5.37 2.76 1.61 44.20 94.40 1.31 24.96 25.34 1.92 1.0e+20 -676 1992 8 3 0.74 10.39 30.43 1.0e+20 1.18 5.43 5.68 1.0e+20 4.04 4.98 1.47 181.85 7.73 28.45 1.80 1115.75 127.28 790.30 2.50 1.0e+20 1.66 5.80 0.54 125.65 5.36 2.76 1.61 1.0e+20 94.00 1.31 24.96 25.31 1.92 1.0e+20 -677 1992 8 4 0.74 10.38 30.38 1.0e+20 1.18 5.44 5.67 1.0e+20 4.04 4.98 1.47 181.45 7.73 28.45 1.80 1115.25 127.25 791.80 2.50 1.0e+20 1.66 5.80 0.54 125.65 5.35 2.76 1.61 1.0e+20 94.10 1.32 24.97 25.31 1.92 1.0e+20 -678 1992 8 5 0.73 10.39 30.43 1.0e+20 1.18 5.44 5.68 1.0e+20 4.04 4.99 1.47 181.70 7.73 28.45 1.80 1117.00 127.40 792.70 2.50 1.0e+20 1.66 5.81 0.54 126.25 5.36 2.76 1.61 1.0e+20 94.40 1.32 25.02 25.31 1.91 1.0e+20 -679 1992 8 6 0.73 10.43 30.51 1.0e+20 1.18 5.46 5.70 1.0e+20 4.06 5.00 1.48 182.20 7.73 28.42 1.79 1121.00 127.75 792.30 2.50 1.0e+20 1.67 5.83 0.54 126.55 5.38 2.77 1.61 1.0e+20 94.60 1.33 25.07 25.33 1.90 1.0e+20 -680 1992 8 7 0.73 10.31 30.19 1.0e+20 1.18 1.0e+20 5.64 1.0e+20 4.01 4.95 1.46 180.20 7.73 28.42 1.81 1109.50 127.50 792.30 2.50 1.0e+20 1.65 5.76 0.54 125.10 5.32 2.77 1.61 1.0e+20 93.56 1.31 25.11 25.34 1.92 1.0e+20 -681 1992 8 10 0.73 10.35 30.24 1.0e+20 1.18 1.0e+20 5.65 1.0e+20 4.01 4.96 1.46 181.00 7.73 28.42 1.81 1110.00 128.05 791.90 2.50 1.0e+20 1.65 5.77 0.54 125.40 5.33 2.77 1.61 1.0e+20 93.76 1.31 25.12 25.31 1.92 1.0e+20 -682 1992 8 11 0.72 10.35 30.31 1.0e+20 1.18 5.45 5.66 1.0e+20 4.02 4.98 1.47 181.60 7.73 28.45 1.80 1113.00 128.05 793.40 2.49 1.0e+20 1.65 5.79 0.54 125.65 5.34 2.77 1.61 44.20 93.95 1.32 25.11 25.32 1.92 1.0e+20 -683 1992 8 12 0.71 10.31 30.17 1.0e+20 1.19 5.45 5.64 1.0e+20 4.01 4.96 1.46 181.00 7.73 28.40 1.81 1110.00 127.72 793.10 2.49 1.0e+20 1.65 5.77 0.53 125.36 5.32 2.77 1.61 1.0e+20 93.66 1.32 25.14 25.32 1.92 1.0e+20 -684 1992 8 13 0.71 10.26 30.04 1.0e+20 1.19 5.45 5.62 1.0e+20 4.00 4.94 1.45 180.50 7.73 28.45 1.81 1109.00 127.27 792.70 2.49 1.0e+20 1.64 5.75 0.53 125.02 5.31 2.77 1.61 1.0e+20 93.52 1.31 25.15 25.31 1.93 1.0e+20 -685 1992 8 14 0.72 10.33 30.25 1.0e+20 1.19 5.45 5.65 1.0e+20 4.02 4.97 1.46 181.60 7.73 28.45 1.80 1116.50 126.25 793.30 2.50 1.0e+20 1.65 5.78 0.53 125.95 5.34 2.77 1.61 44.00 94.10 1.32 25.12 25.28 1.91 1.0e+20 -686 1992 8 17 0.72 10.29 30.13 1.0e+20 1.19 1.0e+20 5.64 1.0e+20 4.01 4.96 1.46 181.00 7.73 28.45 1.81 1110.00 125.75 793.80 2.50 1.0e+20 1.64 5.76 0.53 125.35 5.32 2.76 1.61 1.0e+20 93.75 1.31 25.13 25.29 1.92 1.0e+20 -687 1992 8 18 0.72 10.26 30.04 1.0e+20 1.19 5.45 5.62 1.0e+20 4.00 4.94 1.45 180.30 7.73 28.45 1.82 1107.50 126.25 794.70 2.50 1.0e+20 1.64 5.75 0.53 125.47 5.31 2.76 1.61 1.0e+20 93.61 1.31 25.19 25.27 1.92 1.0e+20 -688 1992 8 19 0.72 10.23 29.96 1.0e+20 1.19 5.45 5.61 1.0e+20 3.99 4.93 1.45 179.70 7.73 28.48 1.82 1104.50 126.30 794.60 2.49 1.0e+20 1.63 5.73 0.53 126.10 5.30 2.76 1.60 44.05 93.40 1.30 25.20 25.26 1.93 1.0e+20 -689 1992 8 20 0.72 10.19 29.84 1.0e+20 1.19 5.45 5.59 1.0e+20 3.98 4.91 1.44 179.35 7.73 28.48 1.83 1101.50 126.32 793.80 2.49 1.0e+20 1.63 5.71 0.54 126.93 5.28 2.76 1.60 44.00 93.21 1.29 25.18 25.26 1.93 1.0e+20 -690 1992 8 21 0.72 10.25 29.62 1.0e+20 1.19 5.44 5.55 1.0e+20 3.95 4.88 1.43 178.55 7.73 28.48 1.83 1095.50 126.07 793.80 2.49 1.0e+20 1.62 5.67 0.53 126.74 5.24 2.78 1.60 1.0e+20 93.00 1.27 25.17 25.26 1.94 1.0e+20 -691 1992 8 24 0.71 9.89 28.92 1.0e+20 1.19 5.41 5.43 1.0e+20 3.87 4.78 1.40 174.20 7.73 28.48 1.88 1071.50 124.68 793.90 2.49 1.0e+20 1.58 5.55 0.53 123.55 5.13 2.75 1.60 1.0e+20 90.75 1.24 25.13 25.21 1.99 1.0e+20 -692 1992 8 25 0.71 9.89 28.85 1.0e+20 1.18 5.41 5.42 1.0e+20 3.86 4.78 1.39 174.70 7.73 28.48 1.88 1070.00 124.90 793.30 2.48 1.0e+20 1.57 5.55 0.54 122.50 5.13 2.74 1.60 1.0e+20 91.00 1.24 25.15 25.17 1.98 1.0e+20 -693 1992 8 26 0.71 9.89 28.98 1.0e+20 1.19 5.41 5.44 1.0e+20 3.87 4.79 1.40 175.30 7.72 28.48 1.87 1075.00 124.95 791.60 2.49 1.0e+20 1.58 5.56 0.54 122.35 5.14 2.74 1.60 44.00 91.60 1.26 25.16 25.18 1.98 1.0e+20 -694 1992 8 27 0.71 9.92 29.10 1.0e+20 1.19 5.41 5.45 1.0e+20 3.88 4.80 1.41 175.55 7.73 28.50 1.86 1080.00 124.90 789.90 2.49 1.0e+20 1.59 5.58 0.54 123.15 5.15 2.75 1.60 1.0e+20 91.65 1.26 25.15 25.18 1.97 1.0e+20 -695 1992 8 28 0.71 9.90 28.99 1.0e+20 1.19 5.41 5.44 1.0e+20 3.88 4.79 1.40 175.30 7.72 28.63 1.87 1076.50 123.26 789.90 2.49 1.0e+20 1.58 5.57 0.54 123.20 5.15 2.74 1.59 1.0e+20 91.40 1.25 25.13 25.19 1.98 1.0e+20 -696 1992 8 31 0.71 9.86 28.92 1.0e+20 1.19 5.41 5.42 1.0e+20 3.86 4.77 1.40 174.40 7.72 1.0e+20 1.88 1071.00 122.95 790.70 2.49 1.0e+20 1.58 5.55 0.53 122.60 5.12 2.72 1.59 1.0e+20 91.00 1.24 25.10 25.15 1.98 1.0e+20 -697 1992 9 1 0.71 9.80 28.75 1.0e+20 1.19 5.41 5.40 1.0e+20 3.84 4.75 1.39 173.60 7.72 28.48 1.89 1066.00 122.95 788.90 2.49 1.0e+20 1.57 5.52 0.53 122.20 5.10 2.72 1.59 44.00 90.60 1.24 25.11 25.13 1.99 1.0e+20 -698 1992 9 2 0.71 9.78 28.68 1.0e+20 1.19 5.41 5.38 1.0e+20 3.83 4.74 1.39 173.20 7.73 28.48 1.89 1063.50 123.00 788.30 2.48 1.0e+20 1.56 5.50 0.54 122.05 5.08 2.72 1.59 1.0e+20 90.35 1.23 25.08 25.11 2.00 1.0e+20 -699 1992 9 3 0.72 9.94 29.12 1.0e+20 1.19 5.44 5.46 1.0e+20 3.89 4.80 1.41 176.00 7.72 28.48 1.87 1080.75 124.00 788.60 2.49 1.0e+20 1.59 5.58 0.54 123.80 5.16 2.77 1.59 44.00 91.80 1.26 25.10 25.12 1.98 1.0e+20 -700 1992 9 4 0.72 9.88 28.97 1.0e+20 1.19 5.47 5.43 1.0e+20 3.90 4.77 1.40 174.90 7.73 28.48 1.88 1074.00 123.22 789.20 2.49 1.0e+20 1.58 5.55 0.54 122.90 5.13 2.74 1.59 1.0e+20 91.20 1.25 25.14 25.16 1.99 1.0e+20 -701 1992 9 7 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -702 1992 9 8 0.71 9.79 28.71 1.0e+20 1.20 5.47 5.37 1.0e+20 4.40 4.73 1.39 173.40 7.72 28.48 1.90 1063.50 122.68 788.10 2.49 1.0e+20 1.56 5.51 0.53 121.96 5.09 2.74 1.59 44.00 90.52 1.23 25.15 25.15 2.00 1.0e+20 -703 1992 9 9 0.71 9.92 29.10 1.0e+20 1.21 5.47 5.45 1.0e+20 4.52 4.81 1.41 175.70 7.72 28.48 1.88 1079.00 123.23 1.0e+20 2.49 1.0e+20 1.59 5.58 0.54 123.85 5.14 2.76 1.59 44.00 91.70 1.25 25.18 25.11 1.97 1.0e+20 -704 1992 9 10 0.72 9.92 29.12 1.0e+20 1.22 5.51 5.45 1.0e+20 4.54 4.81 1.41 175.90 7.73 28.45 1.87 1080.50 122.98 1.0e+20 2.49 1.0e+20 1.59 5.59 0.54 123.75 5.16 2.76 1.59 1.0e+20 91.70 1.24 25.24 25.15 1.97 1.0e+20 -705 1992 9 11 0.72 10.21 29.95 1.0e+20 1.22 5.51 5.60 1.0e+20 4.53 4.93 1.45 180.50 7.73 28.45 1.82 1111.75 124.23 1.0e+20 2.49 1.0e+20 1.63 5.72 0.54 126.95 5.30 2.78 1.59 1.0e+20 94.20 1.28 1.0e+20 25.21 1.92 1.0e+20 -706 1992 9 14 0.73 10.45 30.60 1.0e+20 1.21 5.52 5.72 1.0e+20 4.50 5.03 1.48 185.20 7.73 28.48 1.79 1179.50 124.25 787.40 2.51 1.0e+20 1.67 5.87 0.55 129.80 5.44 2.81 1.59 1.0e+20 96.02 1.31 25.34 25.27 1.89 1.0e+20 -707 1992 9 15 0.73 10.45 30.65 1.0e+20 1.21 5.52 5.72 1.0e+20 4.61 5.04 1.48 185.00 7.73 28.48 1.79 1199.75 124.38 789.10 2.51 1.0e+20 1.67 5.93 0.54 130.75 5.47 2.80 1.60 44.05 96.85 1.31 25.25 25.23 1.87 1.0e+20 -708 1992 9 16 0.73 10.67 31.30 1.0e+20 1.22 5.53 5.86 1.0e+20 4.79 5.15 1.51 189.20 7.73 28.48 1.75 1260.00 124.95 789.10 2.51 1.0e+20 1.71 6.03 0.54 133.35 5.55 2.83 1.60 1.0e+20 102.10 1.32 25.27 25.27 1.81 1.0e+20 -709 1992 9 17 0.73 10.42 30.60 1.0e+20 1.21 5.53 5.79 1.0e+20 4.67 5.08 1.48 188.90 7.73 28.48 1.77 1235.00 124.43 787.60 2.51 1.0e+20 1.66 5.99 0.54 129.35 5.45 2.84 1.60 1.0e+20 104.45 1.29 25.29 25.35 1.78 1.0e+20 -710 1992 9 18 0.73 10.57 31.00 1.0e+20 1.21 5.52 5.85 1.0e+20 4.80 5.13 1.50 187.50 7.73 28.48 1.76 1264.50 124.63 787.40 2.51 1.0e+20 1.69 6.10 0.54 132.95 5.65 2.85 1.60 1.0e+20 106.45 1.30 25.28 25.30 1.73 1.0e+20 -711 1992 9 21 0.72 10.43 30.54 1.0e+20 1.23 1.0e+20 5.77 1.0e+20 4.63 5.06 1.48 188.50 7.73 28.48 1.75 1255.00 123.72 787.70 2.51 1.0e+20 1.66 6.01 0.53 127.50 5.55 2.84 1.60 44.20 104.90 1.30 25.27 25.28 1.71 1.0e+20 -712 1992 9 22 0.72 10.51 30.71 1.0e+20 1.23 5.53 5.81 1.0e+20 4.75 5.10 1.49 190.10 7.73 28.48 1.75 1251.25 121.20 788.80 2.50 1.0e+20 1.67 6.04 0.53 132.05 5.60 2.84 1.60 1.0e+20 106.80 1.30 25.28 25.29 1.70 1.0e+20 -713 1992 9 23 0.72 10.56 30.92 1.0e+20 1.24 5.53 5.81 1.0e+20 4.74 5.12 1.50 190.50 7.73 28.48 1.74 1264.25 120.15 789.10 2.51 1.0e+20 1.68 6.06 0.53 132.75 5.60 2.85 1.60 44.45 102.10 1.31 25.28 25.26 1.70 1.0e+20 -714 1992 9 24 0.72 10.44 30.58 1.0e+20 1.24 5.53 5.73 1.0e+20 4.68 5.04 1.48 189.25 7.72 28.48 1.76 1254.00 120.70 789.10 2.50 1.0e+20 1.67 6.00 0.53 132.95 5.56 2.85 1.60 44.40 104.40 1.30 25.28 25.25 1.70 1.0e+20 -715 1992 9 25 0.72 10.45 30.56 1.0e+20 1.23 5.53 5.73 1.0e+20 4.68 5.02 1.48 188.85 7.72 28.48 1.76 1244.75 120.50 789.20 2.50 1.0e+20 1.67 5.99 0.53 133.20 5.55 2.85 1.60 1.0e+20 104.30 1.29 25.27 25.22 1.71 1.0e+20 -716 1992 9 28 0.71 10.21 29.88 1.0e+20 1.24 5.53 5.60 1.0e+20 4.60 4.89 1.45 185.75 7.73 28.48 1.80 1223.00 119.58 789.50 2.51 1.0e+20 1.63 5.87 0.53 129.60 5.44 2.83 1.60 44.25 102.40 1.27 1.0e+20 25.22 1.72 1.0e+20 -717 1992 9 29 0.71 10.02 29.35 1.0e+20 1.25 5.52 5.51 1.0e+20 4.52 4.82 1.42 182.85 7.72 28.45 1.84 1209.50 119.75 790.90 2.49 1.0e+20 1.60 5.76 0.53 127.00 5.34 2.82 1.59 44.20 99.95 1.24 25.24 25.17 1.76 1.0e+20 -718 1992 9 30 0.71 9.96 29.16 1.0e+20 1.24 5.51 5.48 1.0e+20 4.50 4.78 1.41 181.95 7.72 28.48 1.85 1241.00 120.00 789.70 2.49 1.0e+20 1.59 5.74 0.53 126.25 5.30 2.81 1.59 44.20 99.30 1.23 25.18 25.13 1.77 1.0e+20 -719 1992 10 1 0.71 10.00 29.37 1.0e+20 1.24 5.51 5.50 1.0e+20 4.53 4.83 1.42 184.05 7.72 28.48 1.85 1247.00 120.00 788.30 2.49 1.0e+20 1.60 5.79 0.54 126.50 5.35 2.82 1.59 1.0e+20 99.97 1.24 25.16 25.15 1.73 1.0e+20 -720 1992 10 2 0.71 9.98 29.04 1.0e+20 1.25 5.51 5.46 1.0e+20 4.50 4.76 1.40 181.95 7.72 28.48 1.85 1239.50 119.35 787.80 2.49 1.0e+20 1.58 5.77 0.54 126.18 5.32 2.83 1.59 44.20 99.85 1.23 25.18 25.15 1.70 1.0e+20 -721 1992 10 5 0.72 9.88 29.00 1.0e+20 1.24 5.51 5.47 1.0e+20 4.52 4.77 1.40 180.95 7.72 28.48 1.86 1325.25 119.65 788.70 2.49 1.0e+20 1.58 5.77 0.54 126.16 5.36 2.82 1.59 1.0e+20 100.52 1.22 25.20 25.11 1.70 1.0e+20 -722 1992 10 6 0.72 10.07 29.48 1.0e+20 1.24 1.0e+20 5.55 1.0e+20 4.55 4.85 1.43 186.30 7.72 28.45 1.83 1315.00 119.92 789.70 2.49 1.0e+20 1.61 5.85 0.54 127.85 5.42 2.83 1.59 44.25 102.10 1.24 25.23 1.0e+20 1.71 1.0e+20 -723 1992 10 7 0.71 10.14 29.69 1.0e+20 1.24 5.54 5.59 1.0e+20 4.57 4.88 1.44 187.50 7.73 28.45 1.82 1315.50 120.02 787.90 2.49 1.0e+20 1.62 5.89 0.54 127.10 5.44 2.87 1.59 44.25 102.90 1.26 25.23 25.13 1.71 1.0e+20 -724 1992 10 8 0.72 10.03 30.32 1.0e+20 1.24 5.54 5.68 1.0e+20 4.66 5.00 1.47 188.85 7.73 28.45 1.78 1313.00 120.97 787.00 2.50 1.0e+20 1.65 5.99 0.54 130.50 5.54 2.86 1.60 44.25 105.25 1.30 25.25 25.20 1.68 1.0e+20 -725 1992 10 9 0.71 10.46 30.62 1.0e+20 1.25 5.55 5.73 1.0e+20 4.68 5.03 1.48 192.75 7.73 28.45 1.76 1308.50 122.00 787.30 2.50 1.0e+20 1.67 6.04 0.54 132.25 5.58 2.87 1.60 44.25 106.10 1.31 25.26 25.24 1.69 1.0e+20 -726 1992 10 12 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -727 1992 10 13 0.72 10.35 30.32 1.0e+20 1.24 5.55 5.66 1.0e+20 4.67 4.99 1.47 191.40 7.73 28.45 1.78 1299.50 121.50 787.80 2.50 1.0e+20 1.65 5.97 0.54 131.40 5.56 2.86 1.61 44.25 105.40 1.31 25.24 25.24 1.71 1.0e+20 -728 1992 10 14 0.72 10.29 30.13 1.0e+20 1.24 5.55 5.64 1.0e+20 4.64 4.96 1.46 190.05 7.73 28.45 1.79 1293.50 121.02 787.40 2.50 1.0e+20 1.64 5.96 0.54 130.20 5.50 2.86 1.61 44.25 104.65 1.30 25.25 25.24 1.70 1.0e+20 -729 1992 10 15 0.72 10.19 29.85 1.0e+20 1.24 5.55 5.59 1.0e+20 4.61 4.92 1.44 189.00 7.72 28.45 1.81 1284.50 120.40 786.20 2.50 1.0e+20 1.63 5.92 0.54 129.10 5.47 2.84 1.60 44.25 103.70 1.29 25.24 25.23 1.70 1.0e+20 -730 1992 10 16 0.71 10.39 30.43 1.0e+20 1.24 5.55 5.70 1.0e+20 4.70 5.01 1.47 190.40 7.73 28.48 1.77 1301.00 119.85 785.90 2.50 1.0e+20 1.66 6.02 0.54 132.13 5.57 2.87 1.60 44.25 105.84 1.31 25.27 25.22 1.65 1.0e+20 -731 1992 10 19 0.71 10.44 30.55 1.0e+20 1.24 5.55 5.71 1.0e+20 4.71 5.03 1.48 193.25 7.73 28.50 1.76 1304.00 119.85 786.10 2.50 1.0e+20 1.67 6.04 0.54 130.98 5.59 2.89 1.61 44.26 104.50 1.32 25.28 25.23 1.63 1.0e+20 -732 1992 10 20 0.71 10.69 31.34 1.0e+20 1.23 5.56 5.85 1.0e+20 4.81 5.16 1.52 196.80 7.73 28.50 1.73 1337.50 121.95 785.50 2.50 1.0e+20 1.71 6.19 0.53 135.60 5.72 2.94 1.61 44.27 108.20 1.36 25.30 25.29 1.62 1.0e+20 -733 1992 10 21 0.71 10.60 31.02 1.0e+20 1.23 5.56 5.80 1.0e+20 4.77 5.11 1.50 195.45 7.73 28.48 1.75 1324.00 121.80 785.10 2.50 1.0e+20 1.69 6.14 0.53 134.13 5.69 2.92 1.61 44.28 107.20 1.34 25.32 25.34 1.61 1.0e+20 -734 1992 10 22 0.72 10.62 31.08 1.0e+20 1.24 5.56 5.81 1.0e+20 4.78 5.12 1.51 195.70 7.73 28.48 1.74 1320.50 120.75 786.00 2.50 1.0e+20 1.70 6.15 0.54 134.75 5.69 2.91 1.61 44.30 108.00 1.35 25.31 25.32 1.61 1.0e+20 -735 1992 10 23 0.71 10.78 31.54 1.0e+20 1.24 5.56 5.88 1.0e+20 4.84 5.18 1.53 199.00 7.73 28.58 1.72 1344.00 121.77 785.90 2.50 1.0e+20 1.72 6.24 0.54 137.50 5.77 2.93 1.61 44.29 109.70 1.36 25.32 25.28 1.61 1.0e+20 -736 1992 10 26 0.71 10.82 31.63 1.0e+20 1.24 5.56 5.91 1.0e+20 4.85 5.21 1.53 199.70 7.72 28.48 1.71 1332.00 122.03 785.80 2.51 1.0e+20 1.73 6.26 0.53 137.39 5.79 2.94 1.62 44.31 109.17 1.36 1.0e+20 25.31 1.58 1.0e+20 -737 1992 10 27 0.70 10.79 31.61 1.0e+20 1.23 1.0e+20 5.91 1.0e+20 4.84 5.20 1.53 199.45 7.72 28.48 1.71 1330.50 122.48 786.40 2.50 1.0e+20 1.72 6.26 0.53 137.15 5.79 2.95 1.61 44.33 109.05 1.36 25.37 25.33 1.57 1.0e+20 -738 1992 10 28 0.69 10.87 31.70 1.0e+20 1.24 1.0e+20 5.91 1.0e+20 4.86 5.22 1.53 199.50 7.72 28.48 1.71 1329.75 122.50 786.50 2.50 1.0e+20 1.73 6.27 0.53 137.10 5.79 2.95 1.61 44.33 109.20 1.37 25.35 25.33 1.57 1.0e+20 -739 1992 10 29 0.69 10.84 31.71 1.0e+20 1.24 1.0e+20 5.91 1.0e+20 4.85 5.22 1.54 200.10 7.73 28.48 1.70 1317.00 123.36 785.70 2.51 1.0e+20 1.73 6.27 0.52 137.35 5.79 2.95 1.61 44.33 109.40 1.37 25.37 25.33 1.57 1.0e+20 -740 1992 10 30 0.69 10.85 31.76 1.0e+20 1.24 1.0e+20 5.92 1.0e+20 4.87 5.23 1.54 200.40 7.73 28.48 1.70 1321.00 123.30 785.60 2.51 1.0e+20 1.73 6.28 0.52 137.67 5.80 2.95 1.62 44.34 109.76 1.37 25.36 25.39 1.56 1.0e+20 -741 1992 11 2 0.69 11.02 32.23 1.0e+20 1.24 5.56 6.01 1.0e+20 4.94 5.31 1.56 203.95 7.73 28.48 1.67 1345.00 123.95 785.50 2.51 1.0e+20 1.76 6.38 0.52 139.85 5.90 2.97 1.62 1.0e+20 111.58 1.39 25.37 25.41 1.53 1.0e+20 -742 1992 11 3 0.69 11.01 32.18 1.0e+20 1.24 5.57 5.99 1.0e+20 4.92 5.29 1.56 203.40 7.73 28.45 1.68 1336.00 122.25 785.20 2.51 1.0e+20 1.75 6.35 0.52 139.30 5.88 2.97 1.62 44.37 111.35 1.39 25.39 25.43 1.54 1.0e+20 -743 1992 11 4 0.69 10.97 32.25 1.0e+20 1.24 5.57 6.02 1.0e+20 4.94 5.30 1.56 203.95 7.73 28.45 1.68 1338.50 122.80 785.10 2.51 1.0e+20 1.76 6.38 0.52 139.90 5.90 2.97 1.62 44.37 111.85 1.39 25.38 25.40 1.55 1.0e+20 -744 1992 11 5 0.69 11.11 32.48 1.0e+20 1.24 5.57 6.06 1.0e+20 4.97 5.34 1.57 204.30 7.73 28.45 1.67 1350.00 122.67 785.10 2.51 1.0e+20 1.77 6.41 0.52 141.15 5.93 2.98 1.63 44.37 113.08 1.41 25.38 25.39 1.53 1.0e+20 -745 1992 11 6 0.70 11.22 32.79 1.0e+20 1.25 1.0e+20 6.10 1.0e+20 5.00 5.39 1.59 207.00 7.73 28.45 1.65 1364.00 123.20 785.20 2.51 1.0e+20 1.79 6.47 0.52 142.20 5.98 2.98 1.63 44.39 114.10 1.43 25.44 25.42 1.53 1.0e+20 -746 1992 11 9 0.69 11.18 32.67 1.0e+20 1.25 1.0e+20 6.08 1.0e+20 4.99 5.36 1.58 206.25 7.73 28.48 1.66 1359.00 123.90 785.10 2.52 1.0e+20 1.78 6.46 0.52 141.35 5.97 2.99 1.63 44.39 113.62 1.42 25.41 25.44 1.52 1.0e+20 -747 1992 11 10 0.68 11.22 32.90 1.0e+20 1.26 5.59 6.12 1.0e+20 5.03 5.39 1.59 206.95 7.73 28.47 1.65 1362.50 124.40 785.60 2.52 1.0e+20 1.79 6.50 0.52 142.07 6.01 3.00 1.63 44.41 114.35 1.43 25.45 25.47 1.51 1.0e+20 -748 1992 11 11 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -749 1992 11 12 0.69 11.17 32.66 1.0e+20 1.26 5.59 6.09 1.0e+20 5.00 5.35 1.58 205.85 7.73 28.45 1.66 1360.00 124.12 785.50 2.52 1.0e+20 1.78 6.47 0.52 141.15 5.99 2.98 1.63 44.40 113.48 1.43 1.0e+20 25.46 1.52 1.0e+20 -750 1992 11 13 0.69 11.02 32.20 1.0e+20 1.26 5.58 6.01 1.0e+20 4.95 5.28 1.56 203.75 7.73 28.45 1.69 1339.00 123.85 785.20 2.51 1.0e+20 1.76 6.37 0.52 139.40 5.89 2.98 1.63 44.40 112.18 1.41 25.00 25.46 1.54 1.0e+20 -751 1992 11 16 0.68 11.19 32.74 1.0e+20 1.27 5.58 6.09 1.0e+20 5.04 5.36 1.59 206.55 7.73 28.45 1.66 1356.50 124.85 785.50 2.52 1.0e+20 1.79 6.46 0.52 141.25 5.98 2.99 1.63 44.39 113.69 1.43 25.44 25.45 1.51 1.0e+20 -752 1992 11 17 0.68 11.27 32.93 1.0e+20 1.27 5.58 6.12 1.0e+20 5.11 5.38 1.59 207.80 7.73 28.48 1.65 1363.50 124.55 786.50 2.52 1.0e+20 1.79 6.51 0.51 141.85 6.02 3.01 1.63 44.41 114.48 1.45 25.45 25.51 1.51 1.0e+20 -753 1992 11 18 0.68 11.23 32.81 1.0e+20 1.27 5.58 6.14 1.0e+20 5.18 5.38 1.59 207.75 7.73 28.48 1.65 1367.00 124.38 788.20 2.52 1.0e+20 1.79 6.52 0.51 141.45 6.15 3.00 1.63 44.41 114.45 1.45 25.44 25.50 1.52 1.0e+20 -754 1992 11 19 0.68 11.11 32.44 1.0e+20 1.27 5.62 6.11 1.0e+20 5.18 5.33 1.57 205.75 7.73 28.48 1.67 1360.00 123.55 789.50 2.52 1.0e+20 1.77 6.49 0.51 141.20 6.56 2.98 1.63 44.41 113.17 1.43 25.42 25.48 1.53 1.0e+20 -755 1992 11 20 0.68 11.21 32.81 1.0e+20 1.27 5.67 6.22 1.0e+20 5.23 5.39 1.59 207.55 7.73 28.48 1.65 1376.00 124.22 789.30 2.52 1.0e+20 1.79 6.46 0.51 144.55 6.73 2.99 1.63 44.41 114.08 1.43 25.41 25.46 1.52 1.0e+20 -756 1992 11 23 0.68 11.27 32.98 1.0e+20 1.28 1.0e+20 6.23 1.0e+20 5.12 5.44 1.60 208.85 7.73 28.48 1.63 1390.00 124.18 790.60 2.52 1.0e+20 1.80 6.42 0.51 143.65 6.73 3.01 1.63 44.42 116.44 1.44 25.45 25.50 1.51 1.0e+20 -757 1992 11 24 0.68 11.27 32.99 1.0e+20 1.28 1.0e+20 6.24 1.0e+20 5.17 5.44 1.60 208.90 7.73 28.45 1.63 1389.50 124.10 791.40 2.52 1.0e+20 1.80 6.66 0.51 143.20 6.75 3.01 1.63 44.42 115.65 1.43 25.45 25.48 1.51 1.0e+20 -758 1992 11 25 0.68 11.19 32.81 1.0e+20 1.28 1.0e+20 6.17 1.0e+20 5.06 5.39 1.59 207.45 7.73 28.50 1.64 1379.00 123.93 789.60 2.52 1.0e+20 1.79 6.53 0.51 141.95 6.73 3.00 1.63 44.42 114.78 1.43 25.45 25.47 1.52 1.0e+20 -759 1992 11 26 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -760 1992 11 27 0.68 11.25 32.90 1.0e+20 1.28 5.70 6.18 1.0e+20 5.13 5.42 1.59 208.85 7.73 28.53 1.64 1395.00 124.40 788.50 2.53 1.0e+20 1.79 6.54 0.51 143.75 6.81 3.02 1.63 44.44 115.58 1.44 25.44 25.51 1.50 1.0e+20 -761 1992 11 30 0.68 11.20 32.79 1.0e+20 1.28 5.73 6.17 1.0e+20 5.12 5.41 1.59 208.25 7.74 28.54 1.64 1394.00 124.42 788.20 2.53 1.0e+20 1.79 6.49 0.51 143.25 6.84 3.01 1.63 44.45 114.88 1.43 25.45 25.52 1.51 1.0e+20 -762 1992 12 1 0.68 11.13 32.56 1.0e+20 1.28 5.75 6.16 1.0e+20 5.10 5.39 1.58 206.85 7.75 28.60 1.66 1400.50 124.40 787.80 2.53 1.0e+20 1.77 6.49 0.51 141.90 6.80 3.01 1.63 1.0e+20 114.35 1.41 25.44 25.52 1.53 1.0e+20 -763 1992 12 2 0.68 11.06 32.37 1.0e+20 1.28 5.75 6.10 1.0e+20 5.07 5.36 1.57 206.00 7.74 28.75 1.67 1391.00 124.41 788.40 2.54 1.0e+20 1.76 6.43 0.51 140.85 6.77 2.99 1.63 44.46 113.80 1.39 25.44 25.53 1.54 1.0e+20 -764 1992 12 3 0.68 11.12 32.56 1.0e+20 1.27 5.75 6.14 1.0e+20 5.10 5.37 1.58 207.40 7.74 28.75 1.66 1391.00 124.67 789.10 2.53 1.0e+20 1.77 6.47 0.51 141.90 6.80 3.00 1.63 44.46 114.19 1.41 1.0e+20 25.50 1.56 1.0e+20 -765 1992 12 4 0.69 11.23 32.82 1.0e+20 1.27 5.80 6.17 1.0e+20 5.11 5.42 1.59 209.85 7.74 28.95 1.65 1400.25 124.90 788.50 2.54 1.0e+20 1.79 6.50 0.51 141.92 6.82 3.00 1.64 1.0e+20 114.85 1.43 25.44 25.51 1.55 1.0e+20 -766 1992 12 7 0.69 11.03 32.27 1.0e+20 1.27 5.80 6.08 1.0e+20 5.02 5.34 1.56 207.60 7.74 29.05 1.68 1381.50 124.44 789.40 2.54 1.0e+20 1.76 6.41 0.51 139.50 6.71 2.99 1.64 44.47 112.60 1.40 25.46 25.49 1.58 1.0e+20 -767 1992 12 8 0.69 10.94 32.02 1.0e+20 1.27 5.83 6.03 1.0e+20 5.00 5.30 1.55 205.55 7.74 29.05 1.70 1370.50 124.00 791.10 2.53 1.0e+20 1.74 6.36 0.51 138.15 6.67 2.98 1.63 44.47 111.00 1.39 25.45 25.47 1.59 1.0e+20 -768 1992 12 9 0.69 11.05 32.33 1.0e+20 1.27 5.83 6.09 1.0e+20 5.05 5.35 1.57 206.20 7.73 29.08 1.68 1391.50 124.10 792.40 2.53 1.0e+20 1.76 6.40 0.51 140.05 6.77 2.99 1.63 1.0e+20 112.20 1.40 25.46 25.44 1.56 1.0e+20 -769 1992 12 10 0.68 11.10 32.55 1.0e+20 1.27 1.0e+20 6.13 1.0e+20 5.10 5.40 1.58 208.55 7.74 29.10 1.65 1402.50 123.73 792.60 2.54 1.0e+20 1.77 6.80 0.51 141.35 6.79 3.00 1.63 1.0e+20 112.92 1.41 25.46 25.46 1.55 1.0e+20 -770 1992 12 11 0.69 11.09 32.46 1.0e+20 1.27 5.85 6.14 1.0e+20 5.11 5.39 1.57 208.50 7.74 29.16 1.66 1393.25 123.89 792.20 2.54 1.0e+20 1.77 6.82 0.51 141.85 6.76 3.01 1.63 44.47 112.80 1.40 25.46 25.47 1.55 1.0e+20 -771 1992 12 14 0.68 11.06 32.30 1.0e+20 1.27 5.85 6.04 1.0e+20 5.07 5.35 1.56 208.10 7.74 29.06 1.68 1394.50 123.85 793.30 2.55 1.0e+20 1.76 6.74 0.51 140.23 6.76 3.00 1.64 44.60 111.80 1.40 25.46 25.47 1.56 1.0e+20 -772 1992 12 15 0.68 11.03 32.33 1.0e+20 1.27 5.90 6.04 1.0e+20 5.09 5.35 1.56 207.50 7.74 29.00 1.68 1399.50 124.10 794.10 2.58 1.0e+20 1.76 6.73 0.51 140.40 6.76 3.00 1.64 44.60 111.65 1.41 25.46 25.48 1.56 1.0e+20 -773 1992 12 16 0.68 10.93 32.01 1.0e+20 1.27 1.0e+20 5.99 1.0e+20 5.09 5.31 1.55 206.50 7.74 29.00 1.69 1398.00 122.90 793.60 2.57 1.0e+20 1.74 6.65 0.51 139.30 6.81 3.00 1.63 44.63 110.85 1.39 25.46 25.48 1.57 1.0e+20 -774 1992 12 17 0.68 10.97 32.10 1.0e+20 1.27 5.90 6.02 1.0e+20 5.14 5.33 1.56 207.85 7.73 28.98 1.69 1405.00 123.10 792.40 2.57 1.0e+20 1.75 6.68 0.51 139.68 6.94 2.99 1.63 44.63 111.24 1.40 25.46 25.45 1.57 1.0e+20 -775 1992 12 18 0.69 11.02 32.22 1.0e+20 1.27 5.86 6.05 1.0e+20 5.17 5.34 1.56 209.00 7.73 29.00 1.68 1407.75 123.28 792.40 2.58 1.0e+20 1.76 6.74 0.51 140.10 6.94 3.01 1.64 44.65 111.50 1.41 25.46 25.44 1.56 1.0e+20 -776 1992 12 21 0.69 11.02 32.22 1.0e+20 1.26 1.0e+20 6.04 1.0e+20 5.15 5.35 1.56 208.75 7.73 29.00 1.68 1408.00 122.97 791.90 2.58 1.0e+20 1.76 6.75 0.51 141.34 6.93 3.01 1.63 44.83 111.45 1.41 25.46 25.46 1.56 1.0e+20 -777 1992 12 22 0.69 11.15 32.62 1.0e+20 1.26 5.79 6.13 1.0e+20 5.21 5.41 1.58 211.35 7.73 29.00 1.66 1419.00 123.52 794.00 2.59 1.0e+20 1.78 6.74 0.51 143.55 7.00 3.01 1.63 45.45 112.80 1.43 25.44 25.44 1.53 1.0e+20 -778 1992 12 23 0.69 11.22 32.78 1.0e+20 1.26 5.79 6.14 1.0e+20 5.24 5.44 1.59 212.15 7.74 29.00 1.65 1427.50 123.85 793.70 2.60 1.0e+20 1.79 6.76 0.51 143.95 7.06 3.01 1.63 45.67 113.38 1.44 25.44 25.48 1.52 1.0e+20 -779 1992 12 24 0.69 11.24 32.87 1.0e+20 1.26 1.0e+20 6.16 1.0e+20 5.25 5.45 1.59 213.05 7.74 29.00 1.65 1430.00 123.90 792.50 2.59 1.0e+20 1.79 6.79 0.51 144.45 7.08 3.01 1.64 45.90 113.38 1.44 1.0e+20 25.50 1.52 1.0e+20 -780 1992 12 25 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -781 1992 12 28 0.68 11.30 33.04 1.0e+20 1.26 5.76 6.19 1.0e+20 5.25 5.48 1.60 213.65 7.74 29.00 1.64 1446.00 124.75 792.30 2.60 1.0e+20 1.80 6.84 0.51 145.75 7.11 3.03 1.64 1.0e+20 114.15 1.45 25.43 25.50 1.51 1.0e+20 -782 1992 12 29 0.68 11.38 33.17 1.0e+20 1.26 5.76 6.23 1.0e+20 5.28 5.49 1.61 213.65 7.74 29.00 1.63 1467.00 124.70 792.80 2.61 1.0e+20 1.81 6.92 0.51 145.85 7.08 3.06 1.64 46.25 114.62 1.46 25.43 25.56 1.51 1.0e+20 -783 1992 12 30 0.68 11.35 33.13 1.0e+20 1.26 5.76 6.23 1.0e+20 5.24 5.50 1.61 214.85 7.74 29.00 1.63 1473.00 124.59 792.40 2.61 1.0e+20 1.81 6.90 0.51 145.88 7.05 3.05 1.64 46.15 114.53 1.45 25.43 25.53 1.51 1.0e+20 -784 1992 12 31 0.68 11.35 33.25 1.0e+20 1.27 5.76 6.27 1.0e+20 5.24 5.52 1.61 215.65 7.74 29.00 1.62 1475.00 124.85 791.50 2.61 1.0e+20 1.81 6.94 0.51 147.19 7.07 3.05 1.64 46.09 114.92 1.46 25.40 25.53 1.51 1.0e+20 -785 1993 1 1 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -786 1993 1 4 0.68 11.52 33.68 1.0e+20 1.27 5.76 6.34 1.0e+20 5.40 5.59 1.63 218.15 7.74 29.00 1.60 1521.00 125.40 789.70 2.60 1.0e+20 1.84 6.97 0.51 147.69 7.18 3.07 1.65 1.0e+20 116.48 1.47 1.0e+20 25.54 1.50 1.0e+20 -787 1993 1 5 0.67 11.44 33.48 1.0e+20 1.27 5.76 6.29 1.0e+20 5.36 5.54 1.62 216.45 7.74 29.00 1.61 1529.00 125.11 791.30 2.59 1.0e+20 1.82 6.95 0.50 146.48 7.23 3.05 1.65 1.0e+20 115.83 1.47 25.40 25.57 1.54 1.0e+20 -788 1993 1 6 0.67 11.51 33.62 1.0e+20 1.27 5.77 6.31 1.0e+20 5.38 5.56 1.63 218.20 7.74 29.00 1.60 1529.00 125.10 793.40 2.59 1.0e+20 1.83 6.98 0.50 147.15 7.25 3.06 1.66 1.0e+20 116.30 1.48 25.42 25.53 1.54 1.0e+20 -789 1993 1 7 0.66 11.51 33.67 1.0e+20 1.27 5.77 6.32 1.0e+20 5.45 5.56 1.63 218.75 7.74 29.00 1.60 1512.50 125.25 794.20 2.59 1.0e+20 1.84 7.02 0.50 146.93 7.36 3.06 1.65 46.15 116.03 1.49 25.41 25.55 1.53 1.0e+20 -790 1993 1 8 0.67 11.52 33.70 1.0e+20 1.28 5.77 6.34 1.0e+20 5.48 5.57 1.63 219.15 7.74 29.00 1.60 1501.00 125.27 795.00 2.59 1.0e+20 1.84 7.00 0.51 147.12 7.41 3.08 1.66 1.0e+20 116.42 1.49 25.42 25.56 1.54 1.0e+20 -791 1993 1 11 0.67 11.47 33.57 1.0e+20 1.27 5.77 6.30 1.0e+20 5.43 5.54 1.63 218.00 7.74 29.02 1.62 1479.50 125.05 795.60 2.59 1.0e+20 1.83 6.97 0.51 146.20 7.38 3.07 1.65 46.25 115.85 1.48 25.45 25.56 1.55 1.0e+20 -792 1993 1 12 0.67 11.48 33.60 1.0e+20 1.27 5.77 6.31 1.0e+20 5.43 5.53 1.63 218.25 7.74 29.00 1.61 1499.75 125.30 795.10 2.59 1.0e+20 1.83 6.96 0.51 146.00 7.46 3.06 1.65 46.25 115.80 1.49 25.44 25.54 1.54 1.0e+20 -793 1993 1 13 0.66 11.48 33.62 1.0e+20 1.28 1.0e+20 6.30 1.0e+20 5.44 5.53 1.63 218.40 7.73 29.00 1.62 1511.00 126.03 794.20 2.60 1.0e+20 1.83 6.95 0.51 145.95 7.45 3.07 1.65 46.35 115.80 1.49 25.44 25.56 1.54 1.0e+20 -794 1993 1 14 0.66 11.39 33.34 1.0e+20 1.27 5.77 6.27 1.0e+20 5.40 5.49 1.61 216.95 7.73 29.00 1.62 1501.00 125.75 795.30 2.59 1.0e+20 1.81 6.88 0.51 145.55 7.23 3.07 1.65 1.0e+20 115.00 1.48 25.45 25.54 1.53 1.0e+20 -795 1993 1 15 0.67 11.49 33.63 1.0e+20 1.28 1.0e+20 6.30 1.0e+20 5.44 5.52 1.63 218.75 7.73 29.00 1.61 1502.00 126.10 796.40 2.59 1.0e+20 1.83 6.89 0.51 147.05 7.29 3.08 1.65 46.45 115.92 1.49 25.43 25.56 1.53 1.0e+20 -796 1993 1 18 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -797 1993 1 19 0.67 11.33 33.18 1.0e+20 1.27 5.77 6.20 1.0e+20 5.42 5.45 1.61 215.55 7.73 29.00 1.64 1477.50 125.55 795.80 2.59 1.0e+20 1.81 6.81 0.51 145.25 7.21 3.07 1.65 46.35 114.23 1.47 25.49 25.53 1.54 1.0e+20 -798 1993 1 20 0.66 11.31 33.10 1.0e+20 1.28 5.77 6.17 1.0e+20 5.41 5.42 1.60 214.85 7.73 29.00 1.64 1466.50 124.90 794.20 2.58 1.0e+20 1.80 6.79 0.51 144.75 7.17 3.07 1.65 46.43 113.60 1.47 1.0e+20 25.53 1.54 1.0e+20 -799 1993 1 21 0.66 11.36 33.27 1.0e+20 1.28 5.78 6.20 1.0e+20 5.53 5.45 1.61 216.05 7.73 29.00 1.64 1480.00 125.00 794.50 2.59 1.0e+20 1.81 6.85 0.51 145.56 7.24 3.08 1.65 46.43 114.27 1.48 1.0e+20 25.50 1.51 1.0e+20 -800 1993 1 22 0.67 11.29 32.99 1.0e+20 1.28 5.78 6.13 1.0e+20 5.44 5.38 1.59 213.65 7.73 29.00 1.66 1469.00 124.85 1.0e+20 2.59 1.0e+20 1.78 6.78 0.51 143.93 7.16 3.07 1.64 46.43 113.08 1.45 1.0e+20 25.52 1.53 1.0e+20 -801 1993 1 25 0.67 11.08 32.39 1.0e+20 1.27 5.78 6.05 1.0e+20 5.26 5.32 1.57 210.50 7.73 29.05 1.68 1451.00 123.28 795.60 2.59 1.0e+20 1.76 6.66 0.51 142.10 7.06 3.05 1.64 46.35 111.38 1.44 1.0e+20 25.49 1.55 1.0e+20 -802 1993 1 26 0.67 11.11 32.43 1.0e+20 1.27 5.78 6.07 1.0e+20 5.30 5.33 1.57 211.55 7.73 29.05 1.68 1452.75 123.63 797.30 2.59 1.0e+20 1.77 6.70 0.51 142.08 7.08 3.05 1.64 46.23 111.75 1.45 1.0e+20 25.44 1.53 1.0e+20 -803 1993 1 27 0.67 11.15 32.65 1.0e+20 1.27 5.78 6.10 1.0e+20 5.41 5.35 1.58 212.25 7.73 29.20 1.65 1477.00 124.10 797.40 2.60 1.0e+20 1.78 6.73 0.51 142.85 7.10 3.06 1.63 46.23 112.36 1.46 25.51 25.46 1.51 1.0e+20 -804 1993 1 28 0.68 11.15 32.65 1.0e+20 1.27 5.78 6.12 1.0e+20 5.45 5.37 1.58 212.25 7.73 29.30 1.65 1476.00 124.23 796.50 2.62 1.0e+20 1.78 6.76 0.51 143.65 7.20 3.06 1.63 46.20 113.28 1.46 25.49 25.47 1.51 1.0e+20 -805 1993 1 29 0.67 11.31 33.17 1.0e+20 1.27 5.78 6.21 1.0e+20 5.56 5.45 1.61 215.80 7.73 29.20 1.62 1494.75 124.97 796.20 2.62 1.0e+20 1.81 6.84 0.51 145.60 7.30 3.08 1.64 46.20 114.45 1.48 25.48 25.49 1.48 1.0e+20 -806 1993 2 1 0.67 11.50 33.71 1.0e+20 1.26 5.78 6.31 1.0e+20 5.71 5.53 1.63 219.25 7.73 29.35 1.49 1515.50 124.95 797.10 2.62 1.0e+20 1.84 6.97 0.51 148.25 7.47 3.09 1.64 46.35 116.10 1.51 25.48 25.55 1.45 1.0e+20 -807 1993 2 2 0.67 11.55 33.85 1.0e+20 1.26 5.78 6.34 1.0e+20 5.64 5.55 1.64 220.25 7.73 29.35 1.48 1526.00 124.86 798.90 2.62 1.0e+20 1.84 6.98 0.51 148.15 7.44 3.10 1.64 46.30 116.62 1.52 25.54 25.57 1.44 1.0e+20 -808 1993 2 3 0.67 11.58 33.98 1.0e+20 1.26 1.0e+20 6.41 1.0e+20 5.69 5.57 1.64 220.50 7.73 29.55 1.46 1534.75 124.33 799.30 2.62 1.0e+20 1.85 6.99 0.51 149.75 7.54 3.10 1.64 46.30 117.20 1.52 25.56 25.55 1.43 1.0e+20 -809 1993 2 4 0.67 11.64 34.14 1.0e+20 1.26 1.0e+20 6.36 1.0e+20 5.73 5.59 1.65 222.00 7.73 29.60 1.46 1534.50 124.58 799.10 2.63 1.0e+20 1.86 6.99 0.51 149.85 7.48 3.11 1.65 1.0e+20 117.70 1.53 25.61 25.55 1.44 1.0e+20 -810 1993 2 5 0.67 11.63 34.13 1.0e+20 1.26 5.80 6.30 1.0e+20 5.75 5.59 1.65 221.65 7.73 29.90 1.44 1528.00 124.43 799.10 2.62 1.0e+20 1.86 7.00 0.51 149.75 7.45 3.11 1.65 1.0e+20 117.53 1.52 25.73 25.61 1.44 1.0e+20 -811 1993 2 8 0.66 11.63 34.12 1.0e+20 1.26 5.80 6.30 1.0e+20 5.79 5.59 1.65 221.30 7.73 29.90 1.47 1523.25 124.02 800.50 2.63 1.0e+20 1.86 7.00 0.50 150.00 7.46 3.12 1.65 46.30 117.35 1.53 26.01 25.60 1.43 1.0e+20 -812 1993 2 9 0.67 11.63 34.15 1.0e+20 1.26 5.80 6.32 1.0e+20 5.87 5.59 1.65 221.20 7.73 30.05 1.47 1525.00 121.38 801.10 2.63 1.0e+20 1.85 7.00 0.50 150.00 7.42 3.12 1.64 46.30 117.50 1.52 25.96 25.58 1.43 1.0e+20 -813 1993 2 10 0.67 11.66 34.18 1.0e+20 1.26 5.80 6.33 1.0e+20 6.06 5.60 1.65 221.50 7.73 30.20 1.47 1544.50 120.97 800.80 2.63 1.0e+20 1.86 7.01 0.51 150.40 7.47 3.12 1.64 1.0e+20 118.00 1.53 25.94 25.54 1.42 1.0e+20 -814 1993 2 11 0.67 11.66 34.20 1.0e+20 1.25 5.80 6.35 1.0e+20 5.94 5.60 1.65 221.65 7.73 30.50 1.46 1544.00 120.50 799.70 2.63 1.0e+20 1.86 7.03 0.51 150.77 7.46 3.12 1.64 46.30 118.18 1.53 25.93 25.56 1.41 1.0e+20 -815 1993 2 12 0.67 11.69 34.28 1.0e+20 1.25 5.80 6.37 1.0e+20 5.97 5.62 1.66 222.25 7.73 30.40 1.46 1548.00 120.90 795.60 2.63 1.0e+20 1.87 7.06 0.51 151.50 7.52 3.13 1.65 1.0e+20 118.62 1.54 25.93 25.51 1.41 1.0e+20 -816 1993 2 15 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -817 1993 2 16 0.68 11.49 33.67 1.0e+20 1.25 5.80 6.26 1.0e+20 5.82 5.53 1.63 219.25 7.73 30.20 1.49 1541.00 119.80 799.80 2.63 1.0e+20 1.83 6.95 0.51 149.90 7.44 3.12 1.64 46.37 116.88 1.50 25.97 25.53 1.44 1.0e+20 -818 1993 2 17 0.68 11.45 33.55 1.0e+20 1.26 5.80 6.24 1.0e+20 5.84 5.51 1.62 218.25 7.73 30.05 1.49 1546.00 119.40 800.20 2.62 1.0e+20 1.83 6.92 0.51 149.42 7.45 3.11 1.64 46.32 117.38 1.50 25.96 25.48 1.44 1.0e+20 -819 1993 2 18 0.68 11.56 33.63 1.0e+20 1.26 5.79 6.26 1.0e+20 5.87 5.53 1.63 219.75 7.73 30.18 1.49 1557.00 119.60 799.70 2.62 1.0e+20 1.83 6.95 0.51 149.41 7.56 3.11 1.64 46.32 117.22 1.50 25.95 25.48 1.44 1.0e+20 -820 1993 2 19 0.69 11.51 33.69 1.0e+20 1.25 5.76 6.26 1.0e+20 5.90 5.54 1.63 220.00 7.73 30.18 1.49 1573.00 119.11 799.90 2.62 1.0e+20 1.84 6.95 0.51 149.90 7.59 3.12 1.64 1.0e+20 117.40 1.50 25.94 25.45 1.45 1.0e+20 -821 1993 2 22 0.69 11.46 33.57 1.0e+20 1.26 1.0e+20 6.26 1.0e+20 5.87 5.52 1.62 219.15 7.73 30.28 1.49 1572.75 116.45 800.00 2.62 1.0e+20 1.83 6.94 0.51 150.55 7.59 3.12 1.64 46.32 118.97 1.49 25.94 25.41 1.45 1.0e+20 -822 1993 2 23 0.69 11.39 33.26 1.0e+20 1.25 1.0e+20 6.20 1.0e+20 5.84 5.47 1.61 219.10 7.73 30.28 1.50 1573.00 116.65 799.40 2.62 1.0e+20 1.81 6.88 0.52 149.28 7.69 3.11 1.64 46.32 117.25 1.48 25.94 25.38 1.45 1.0e+20 -823 1993 2 24 0.69 11.40 33.38 1.0e+20 1.26 5.75 6.21 1.0e+20 5.93 5.49 1.61 220.00 7.73 30.18 1.49 1596.00 116.90 798.60 2.62 1.0e+20 1.82 6.92 0.52 149.50 7.84 3.12 1.64 46.42 116.95 1.49 25.89 25.40 1.43 1.0e+20 -824 1993 2 25 0.69 11.49 33.66 1.0e+20 1.25 5.75 6.27 1.0e+20 5.96 5.55 1.63 221.70 7.73 30.38 1.48 1588.00 117.50 798.40 2.63 1.0e+20 1.83 6.97 0.52 150.80 7.84 3.13 1.64 46.47 117.85 1.51 25.79 25.44 1.43 1.0e+20 -825 1993 2 26 0.69 11.56 33.82 1.0e+20 1.24 5.75 6.31 1.0e+20 5.96 5.57 1.64 222.70 7.73 30.27 1.47 1588.00 118.10 798.60 2.63 1.0e+20 1.84 6.99 0.52 150.80 7.81 3.14 1.64 46.52 118.05 1.52 25.75 25.44 1.42 1.0e+20 -826 1993 3 1 0.70 11.58 33.90 1.0e+20 1.24 5.75 6.31 1.0e+20 5.98 5.58 1.64 223.00 7.73 33.50 1.47 1567.25 118.75 798.00 2.63 1.0e+20 1.85 6.99 0.52 150.90 7.76 3.15 1.64 1.0e+20 118.35 1.52 25.85 25.47 1.43 1.0e+20 -827 1993 3 2 0.70 11.57 33.83 1.0e+20 1.24 5.75 6.29 1.0e+20 5.94 5.57 1.64 222.15 7.73 32.80 1.48 1570.00 117.77 798.00 2.62 1.0e+20 1.84 6.98 0.52 150.75 7.72 3.15 1.64 1.0e+20 118.00 1.52 25.89 25.46 1.44 1.0e+20 -828 1993 3 3 0.70 11.58 33.95 1.0e+20 1.24 5.74 6.31 1.0e+20 5.97 5.59 1.64 222.40 7.73 32.30 1.47 1570.25 117.25 797.50 2.61 1.0e+20 1.85 6.99 0.52 151.10 7.71 3.15 1.64 1.0e+20 118.25 1.52 25.89 25.42 1.44 1.0e+20 -829 1993 3 4 0.71 11.52 33.71 1.0e+20 1.24 5.74 6.28 1.0e+20 5.95 5.55 1.63 221.20 7.73 32.30 1.48 1565.50 116.80 797.60 2.61 1.0e+20 1.83 6.96 0.53 150.75 7.66 3.15 1.64 46.62 117.75 1.51 25.84 25.41 1.45 1.0e+20 -830 1993 3 5 0.70 11.72 34.35 1.0e+20 1.24 5.74 6.39 1.0e+20 6.04 5.65 1.66 225.80 7.73 32.10 1.45 1577.25 117.65 796.50 2.61 1.0e+20 1.87 7.06 0.52 153.90 7.74 3.17 1.64 46.57 118.95 1.54 25.85 25.40 1.44 1.0e+20 -831 1993 3 8 0.70 11.70 34.23 1.0e+20 1.24 5.74 6.37 1.0e+20 5.99 5.63 1.66 224.70 7.73 32.00 1.46 1577.50 116.62 795.90 2.61 1.0e+20 1.86 7.04 0.52 152.65 7.61 3.18 1.64 46.67 118.15 1.53 25.90 25.47 1.44 1.0e+20 -832 1993 3 9 0.70 11.73 34.32 1.0e+20 1.24 5.74 6.39 1.0e+20 6.07 5.65 1.66 225.50 7.73 31.80 1.45 1609.00 117.40 795.90 2.61 1.0e+20 1.87 7.08 0.52 153.60 7.63 3.18 1.64 1.0e+20 118.77 1.54 25.93 25.41 1.43 1.0e+20 -833 1993 3 10 0.70 11.71 34.29 1.0e+20 1.24 5.74 6.38 1.0e+20 6.05 5.65 1.66 225.00 7.73 31.80 1.46 1602.00 118.12 795.90 2.61 1.0e+20 1.87 7.08 0.52 153.93 7.60 3.18 1.64 1.0e+20 118.53 1.53 25.98 25.46 1.43 1.0e+20 -834 1993 3 11 0.70 11.72 34.33 1.0e+20 1.24 5.74 6.38 1.0e+20 6.08 5.64 1.66 225.25 7.73 31.90 1.46 1604.00 117.57 795.20 2.60 1.0e+20 1.86 7.07 0.52 153.78 7.78 3.18 1.64 46.77 118.65 1.52 1.0e+20 25.48 1.43 1.0e+20 -835 1993 3 12 0.71 11.71 34.27 1.0e+20 1.24 5.74 6.41 1.0e+20 6.11 5.66 1.66 225.50 7.73 31.80 1.45 1607.00 117.80 796.60 2.60 1.0e+20 1.87 7.08 0.52 154.02 7.80 3.19 1.64 1.0e+20 119.05 1.52 25.98 25.45 1.43 1.0e+20 -836 1993 3 15 0.70 11.69 34.23 1.0e+20 1.24 5.76 6.38 1.0e+20 6.04 5.64 1.66 224.90 7.73 31.80 1.46 1605.00 118.45 796.80 2.60 1.0e+20 1.86 7.06 0.52 154.25 7.84 3.19 1.64 46.91 118.75 1.52 26.07 25.48 1.43 1.0e+20 -837 1993 3 16 0.70 11.69 34.22 1.0e+20 1.25 5.76 6.39 1.0e+20 6.03 5.65 1.66 225.40 7.73 31.90 1.46 1607.00 116.90 795.30 2.59 1.0e+20 1.86 7.07 0.52 153.80 7.80 3.19 1.64 46.96 118.72 1.52 26.10 25.47 1.44 1.0e+20 -838 1993 3 17 0.70 11.70 34.29 1.0e+20 1.25 5.76 6.39 1.0e+20 6.02 5.65 1.66 226.10 7.73 31.80 1.45 1607.00 117.25 795.40 2.59 1.0e+20 1.87 7.08 0.53 153.46 7.81 3.19 1.64 1.0e+20 119.12 1.53 26.11 25.43 1.45 1.0e+20 -839 1993 3 18 0.71 11.63 34.05 1.0e+20 1.24 5.76 6.36 1.0e+20 5.98 5.63 1.65 224.60 7.73 31.80 1.46 1597.50 116.88 796.00 2.60 1.0e+20 1.85 7.02 0.53 152.93 7.78 3.19 1.64 47.23 118.40 1.52 26.10 25.43 1.47 1.0e+20 -840 1993 3 19 0.71 11.49 33.65 1.0e+20 1.24 5.74 6.29 1.0e+20 5.90 5.57 1.63 222.10 7.73 31.75 1.48 1580.25 115.95 795.80 2.59 1.0e+20 1.83 6.94 0.53 151.25 7.70 3.17 1.64 47.23 117.05 1.50 26.11 25.39 1.48 1.0e+20 -841 1993 3 22 0.71 11.51 33.74 1.0e+20 1.24 5.74 6.29 1.0e+20 5.92 5.57 1.63 223.00 7.73 31.75 1.48 1579.00 115.67 796.00 2.59 1.0e+20 1.84 6.95 0.53 151.75 7.73 3.17 1.64 1.0e+20 116.85 1.51 26.12 25.39 1.48 1.0e+20 -842 1993 3 23 0.70 11.48 33.64 1.0e+20 1.24 5.74 6.27 1.0e+20 5.91 5.55 1.63 222.40 7.73 31.75 1.48 1581.00 115.70 796.00 2.59 1.0e+20 1.83 6.93 0.52 151.55 7.73 3.17 1.64 47.36 116.33 1.50 26.12 25.39 1.48 1.0e+20 -843 1993 3 24 0.70 11.47 33.59 1.0e+20 1.24 5.73 6.26 1.0e+20 5.91 5.54 1.62 222.10 7.73 31.75 1.49 1592.25 116.88 796.20 2.59 1.0e+20 1.83 6.92 0.53 151.62 7.75 3.17 1.64 47.46 116.30 1.50 26.13 25.39 1.48 1.0e+20 -844 1993 3 25 0.70 11.55 33.83 1.0e+20 1.24 5.73 6.31 1.0e+20 5.95 5.58 1.64 224.00 7.73 31.75 1.47 1603.25 117.30 796.20 2.59 1.0e+20 1.84 6.99 0.53 152.60 7.82 3.18 1.64 1.0e+20 117.45 1.52 26.13 25.39 1.47 1.0e+20 -845 1993 3 26 0.70 11.48 33.63 1.0e+20 1.24 5.73 6.26 1.0e+20 5.90 5.54 1.63 222.20 7.73 31.75 1.48 1591.00 116.40 796.40 2.60 1.0e+20 1.83 6.93 0.53 151.25 7.71 3.18 1.64 1.0e+20 116.65 1.50 26.13 25.42 1.49 1.0e+20 -846 1993 3 29 0.70 11.46 33.58 1.0e+20 1.24 5.73 6.26 1.0e+20 5.91 5.53 1.62 222.40 7.73 31.50 1.49 1612.00 116.77 796.40 2.59 1.0e+20 1.83 6.93 0.53 151.50 7.74 3.18 1.64 47.26 116.82 1.50 1.0e+20 25.38 1.49 1.0e+20 -847 1993 3 30 0.71 11.38 33.32 1.0e+20 1.25 5.73 6.21 1.0e+20 5.87 5.49 1.61 222.40 7.73 31.50 1.50 1603.50 116.62 796.90 2.59 1.0e+20 1.81 6.88 0.53 149.92 7.69 3.18 1.64 47.40 115.51 1.49 26.16 25.39 1.49 1.0e+20 -848 1993 3 31 0.70 11.31 33.18 1.0e+20 1.25 5.73 6.18 1.0e+20 5.84 5.46 1.61 219.95 7.73 31.50 1.51 1592.50 114.90 797.10 2.59 1.0e+20 1.80 6.84 0.53 148.60 7.72 3.17 1.63 47.45 114.97 1.49 26.11 25.38 1.50 1.0e+20 -849 1993 4 1 0.69 11.28 32.90 1.0e+20 1.25 5.73 6.13 1.0e+20 5.79 5.42 1.59 219.70 7.73 31.50 1.52 1588.50 114.10 797.10 2.59 1.0e+20 1.79 6.79 0.52 147.95 7.60 3.17 1.63 47.42 114.14 1.48 26.06 25.34 1.52 1.0e+20 -850 1993 4 2 0.69 11.21 33.19 1.0e+20 1.26 5.73 6.19 1.0e+20 5.85 5.47 1.61 219.20 7.73 31.60 1.50 1591.25 114.20 798.30 2.59 1.0e+20 1.81 6.85 0.52 149.95 7.62 3.18 1.63 47.35 115.05 1.49 26.05 25.32 1.51 1.0e+20 -851 1993 4 5 0.70 11.24 32.89 1.0e+20 1.26 1.0e+20 6.13 1.0e+20 5.80 5.41 1.59 218.80 7.73 31.60 1.53 1588.50 113.60 798.70 2.59 1.0e+20 1.79 6.79 0.53 147.90 7.56 3.18 1.62 47.50 114.15 1.47 1.0e+20 1.0e+20 1.52 1.0e+20 -852 1993 4 6 0.70 11.35 33.23 1.0e+20 1.25 1.0e+20 6.19 1.0e+20 5.86 5.46 1.61 220.10 7.73 31.60 1.50 1595.50 114.00 798.70 2.58 1.0e+20 1.81 6.87 0.53 149.73 7.63 3.19 1.62 1.0e+20 115.50 1.48 1.0e+20 25.30 1.51 1.0e+20 -853 1993 4 7 0.70 11.38 33.30 1.0e+20 1.26 1.0e+20 6.21 1.0e+20 5.85 5.46 1.61 221.05 7.73 31.60 1.51 1588.25 113.70 799.60 2.58 1.0e+20 1.81 6.88 0.53 150.50 7.66 3.19 1.62 47.72 115.95 1.48 1.0e+20 25.30 1.51 1.0e+20 -854 1993 4 8 0.70 11.31 33.06 1.0e+20 1.25 5.73 6.17 1.0e+20 5.78 5.43 1.60 219.70 7.73 31.60 1.52 1571.50 113.45 799.30 2.57 1.0e+20 1.80 6.81 0.53 149.60 7.61 3.18 1.62 47.82 115.65 1.47 26.10 25.30 1.52 1.0e+20 -855 1993 4 9 0.70 11.29 33.03 1.0e+20 1.25 5.73 6.16 1.0e+20 5.77 5.43 1.60 219.60 7.73 31.60 1.52 1571.00 113.20 799.10 2.57 1.0e+20 1.80 6.82 0.53 149.73 7.60 3.18 1.62 1.0e+20 115.26 1.47 26.10 1.0e+20 1.52 1.0e+20 -856 1993 4 12 0.71 11.28 32.80 1.0e+20 1.26 5.73 6.12 1.0e+20 5.73 5.39 1.59 218.27 7.73 1.0e+20 1.53 1559.00 112.75 798.90 2.57 1.0e+20 1.79 6.78 0.54 148.68 7.53 1.0e+20 1.62 47.82 115.10 1.46 26.03 1.0e+20 1.54 1.0e+20 -857 1993 4 13 0.71 11.11 32.50 1.0e+20 1.26 5.71 6.06 1.0e+20 5.62 5.34 1.57 216.30 7.73 31.60 1.54 1523.75 113.40 799.00 2.57 1.0e+20 1.77 6.71 0.54 146.94 7.44 3.16 1.62 1.0e+20 114.05 1.44 26.06 1.0e+20 1.55 1.0e+20 -858 1993 4 14 0.72 11.19 32.73 1.0e+20 1.26 5.71 6.09 1.0e+20 5.55 5.37 1.59 217.50 7.73 31.70 1.53 1540.00 113.90 798.80 2.58 1.0e+20 1.78 6.74 0.54 147.81 7.40 3.16 1.62 1.0e+20 114.65 1.45 26.10 25.24 1.55 1.0e+20 -859 1993 4 15 0.72 11.26 33.00 1.0e+20 1.26 5.71 6.16 1.0e+20 5.58 5.43 1.60 217.90 7.73 31.60 1.52 1545.75 113.40 792.90 2.58 1.0e+20 1.80 6.79 0.54 148.63 7.46 3.17 1.62 47.63 115.80 1.46 26.06 25.28 1.54 1.0e+20 -860 1993 4 16 0.71 11.35 33.23 1.0e+20 1.25 5.71 6.19 1.0e+20 5.60 5.45 1.61 220.30 7.73 31.60 1.51 1544.00 112.63 799.00 2.58 1.0e+20 1.81 6.84 0.53 149.80 7.52 3.19 1.62 47.83 116.79 1.47 26.04 25.28 1.52 1.0e+20 -861 1993 4 19 0.71 11.26 32.93 1.0e+20 1.25 5.70 6.13 1.0e+20 5.52 5.40 1.60 218.50 7.73 31.60 1.52 1530.50 111.03 798.80 2.57 1.0e+20 1.79 6.77 0.54 148.30 7.40 3.18 1.62 47.83 115.75 1.46 25.95 25.28 1.53 1.0e+20 -862 1993 4 20 0.71 11.25 32.91 1.0e+20 1.25 5.70 6.13 1.0e+20 5.50 5.40 1.59 218.20 7.73 31.60 1.52 1533.50 110.80 799.10 2.57 1.0e+20 1.79 6.78 0.54 147.70 7.39 3.16 1.62 47.83 115.65 1.46 25.93 25.28 1.54 1.0e+20 -863 1993 4 21 0.71 11.29 33.04 1.0e+20 1.25 1.0e+20 6.15 1.0e+20 5.56 5.42 1.60 219.30 7.73 31.60 1.51 1532.50 111.10 798.90 2.57 1.0e+20 1.80 6.80 0.53 148.40 7.42 3.17 1.62 47.83 116.35 1.46 25.88 25.20 1.53 1.0e+20 -864 1993 4 22 0.71 11.30 33.04 1.0e+20 1.26 1.0e+20 6.15 1.0e+20 5.55 5.42 1.60 218.80 7.73 31.60 1.51 1525.75 110.05 798.70 2.57 1.0e+20 1.80 6.79 0.54 148.60 7.41 3.17 1.61 47.86 116.80 1.45 25.90 25.20 1.54 1.0e+20 -865 1993 4 23 0.71 11.15 32.57 1.0e+20 1.26 5.70 6.08 1.0e+20 5.45 5.34 1.58 215.70 7.72 31.60 1.53 1491.50 110.62 799.10 2.57 1.0e+20 1.77 6.70 0.54 147.40 7.27 3.16 1.61 47.81 116.90 1.43 25.93 25.19 1.57 1.0e+20 -866 1993 4 26 0.72 11.02 32.25 1.0e+20 1.25 5.70 6.03 1.0e+20 5.35 5.30 1.56 213.40 7.72 31.60 1.55 1459.00 110.45 799.10 2.56 1.0e+20 1.76 6.63 0.54 145.70 7.18 3.14 1.61 1.0e+20 115.90 1.41 25.94 25.17 1.59 1.0e+20 -867 1993 4 27 0.71 11.10 32.46 1.0e+20 1.27 1.0e+20 6.08 1.0e+20 5.39 5.33 1.58 215.20 7.72 31.65 1.54 1474.50 111.25 799.20 2.57 1.0e+20 1.77 6.68 0.54 146.90 7.24 3.15 1.61 1.0e+20 116.25 1.42 25.91 25.17 1.57 1.0e+20 -868 1993 4 28 0.71 11.16 32.60 1.0e+20 1.27 1.0e+20 6.10 1.0e+20 5.43 5.34 1.58 215.70 7.72 31.65 1.53 1472.00 112.40 799.20 2.57 1.0e+20 1.78 6.69 0.54 147.20 7.25 3.16 1.61 1.0e+20 116.00 1.43 25.90 25.22 1.57 1.0e+20 -869 1993 4 29 0.71 11.11 32.54 1.0e+20 1.27 1.0e+20 6.09 1.0e+20 5.44 5.33 1.58 215.00 7.73 31.65 1.53 1475.25 111.75 799.00 2.57 1.0e+20 1.77 6.69 0.54 146.84 7.29 3.15 1.61 1.0e+20 116.02 1.42 25.87 25.22 1.57 1.0e+20 -870 1993 4 30 0.70 11.17 32.66 1.0e+20 1.27 1.0e+20 6.11 1.0e+20 5.56 5.35 1.58 215.60 7.73 31.65 1.53 1493.50 111.27 799.00 2.56 1.0e+20 1.78 6.72 0.54 147.30 7.32 3.16 1.61 1.0e+20 116.35 1.43 25.90 25.23 1.56 1.0e+20 -871 1993 5 3 0.70 11.15 32.61 1.0e+20 1.26 1.0e+20 6.08 1.0e+20 5.46 5.33 1.58 215.50 7.73 31.65 1.53 1478.25 110.90 799.10 2.56 1.0e+20 1.77 6.70 0.54 146.71 7.33 3.17 1.61 47.80 115.95 1.43 25.92 1.0e+20 1.56 1.0e+20 -872 1993 5 4 0.69 11.05 32.32 1.0e+20 1.27 5.72 6.04 1.0e+20 5.42 5.30 1.57 214.30 7.72 31.60 1.55 1465.25 110.30 799.90 2.56 1.0e+20 1.76 6.65 0.53 145.90 7.30 3.15 1.61 48.16 115.20 1.41 25.89 25.21 1.57 1.0e+20 -873 1993 5 5 0.69 11.11 32.50 1.0e+20 1.27 1.0e+20 6.07 1.0e+20 5.41 5.32 1.58 214.60 7.72 31.60 1.54 1466.00 110.25 1.0e+20 2.56 1.0e+20 1.77 6.68 0.54 146.30 7.30 3.16 1.61 1.0e+20 115.50 1.41 25.91 1.0e+20 1.56 1.0e+20 -874 1993 5 6 0.70 11.10 32.48 1.0e+20 1.27 1.0e+20 6.08 1.0e+20 5.40 5.32 1.57 214.80 7.72 31.60 1.54 1459.00 110.30 799.90 2.56 1.0e+20 1.77 6.68 0.54 146.49 7.27 3.16 1.61 1.0e+20 115.83 1.42 25.90 25.20 1.57 1.0e+20 -875 1993 5 7 0.70 11.13 32.57 1.0e+20 1.27 1.0e+20 6.10 1.0e+20 5.42 5.33 1.58 215.50 7.72 31.60 1.53 1458.50 110.35 800.40 2.56 1.0e+20 1.77 6.69 0.54 147.20 7.30 3.15 1.61 1.0e+20 116.10 1.42 25.90 25.19 1.57 1.0e+20 -876 1993 5 10 0.70 11.28 32.99 1.0e+20 1.26 5.72 6.20 1.0e+20 5.52 5.40 1.60 218.30 7.73 31.60 1.51 1477.50 111.75 801.40 2.56 1.0e+20 1.79 6.78 0.54 149.10 7.40 3.18 1.61 48.14 117.70 1.45 25.94 25.20 1.53 1.0e+20 -877 1993 5 11 0.69 11.32 33.08 1.0e+20 1.27 5.73 6.20 1.0e+20 5.53 5.42 1.60 218.40 7.73 31.60 1.51 1490.00 111.05 802.60 2.57 1.0e+20 1.80 6.79 0.54 149.62 7.42 3.18 1.61 48.14 118.20 1.45 25.96 25.26 1.54 1.0e+20 -878 1993 5 12 0.70 11.34 33.18 1.0e+20 1.27 5.73 6.21 1.0e+20 5.53 5.43 1.61 218.50 7.73 31.60 1.50 1486.00 111.50 803.50 2.56 1.0e+20 1.80 6.83 0.54 150.30 7.42 3.18 1.61 47.90 118.53 1.46 25.97 25.26 1.53 1.0e+20 -879 1993 5 13 0.70 11.35 33.20 1.0e+20 1.27 5.74 6.23 1.0e+20 5.56 5.44 1.61 219.55 7.73 31.60 1.50 1488.50 111.70 802.50 2.56 1.0e+20 1.81 6.86 0.54 157.77 7.39 3.17 1.61 47.90 123.45 1.45 25.95 25.27 1.52 1.0e+20 -880 1993 5 14 0.70 11.26 32.95 1.0e+20 1.27 5.74 6.17 1.0e+20 5.53 5.40 1.60 217.90 7.72 31.60 1.51 1471.50 110.85 803.00 2.56 1.0e+20 1.79 6.79 0.54 154.00 7.34 3.17 1.61 47.93 122.00 1.45 25.96 25.29 1.53 1.0e+20 -881 1993 5 17 0.70 11.33 33.19 1.0e+20 1.27 5.74 6.19 1.0e+20 5.54 5.44 1.61 218.80 7.72 31.60 1.50 1476.75 111.40 804.90 2.56 1.0e+20 1.81 6.85 0.54 155.32 7.34 3.17 1.61 1.0e+20 123.35 1.46 25.94 25.24 1.53 1.0e+20 -882 1993 5 18 0.69 11.43 33.39 1.0e+20 1.27 5.74 6.25 1.0e+20 5.56 5.48 1.62 220.40 7.72 31.60 1.50 1478.25 111.59 805.10 2.57 1.0e+20 1.82 6.88 0.53 155.40 7.37 3.19 1.61 1.0e+20 123.95 1.47 25.97 25.27 1.53 1.0e+20 -883 1993 5 19 0.69 11.42 33.42 1.0e+20 1.26 5.74 6.23 1.0e+20 5.49 5.48 1.62 220.00 7.72 31.60 1.50 1472.75 110.52 804.30 2.56 1.0e+20 1.82 6.87 0.53 154.50 7.36 3.18 1.61 47.93 124.05 1.47 25.95 25.29 1.54 1.0e+20 -884 1993 5 20 0.69 11.34 33.18 1.0e+20 1.26 5.74 6.18 1.0e+20 5.43 5.43 1.61 218.65 7.72 31.60 1.51 1467.00 110.50 805.40 2.56 1.0e+20 1.80 6.82 0.54 153.26 7.30 3.17 1.61 47.93 123.02 1.46 25.96 25.27 1.55 1.0e+20 -885 1993 5 21 0.69 11.45 33.43 1.0e+20 1.26 5.74 6.23 1.0e+20 5.47 5.47 1.62 220.40 7.72 31.60 1.50 1480.00 110.43 805.80 2.56 1.0e+20 1.82 6.87 0.54 154.02 7.29 3.19 1.61 47.91 123.95 1.47 25.97 25.24 1.54 1.0e+20 -886 1993 5 24 0.69 11.51 33.64 1.0e+20 1.26 5.74 6.26 1.0e+20 5.51 5.51 1.63 221.60 7.72 31.60 1.49 1485.50 110.35 805.00 2.56 1.0e+20 1.83 6.90 0.54 155.10 7.30 3.19 1.61 47.94 124.85 1.47 26.04 25.25 1.53 1.0e+20 -887 1993 5 25 0.70 11.45 33.47 1.0e+20 1.26 5.74 6.22 1.0e+20 5.49 5.48 1.62 220.55 7.72 31.60 1.50 1478.50 109.50 804.40 2.56 1.0e+20 1.82 6.88 0.54 154.00 7.28 3.19 1.61 1.0e+20 124.37 1.45 1.0e+20 25.25 1.54 1.0e+20 -888 1993 5 26 0.69 11.47 33.50 1.0e+20 1.26 5.74 6.24 1.0e+20 5.52 5.49 1.63 221.10 7.72 31.60 1.49 1489.00 108.65 804.50 2.56 1.0e+20 1.82 6.90 0.54 155.42 7.33 3.19 1.60 47.99 127.08 1.46 26.15 25.20 1.54 1.0e+20 -889 1993 5 27 0.69 11.35 33.12 1.0e+20 1.26 1.0e+20 6.16 1.0e+20 5.46 5.43 1.61 218.35 7.72 31.70 1.51 1480.00 107.80 804.50 2.56 1.0e+20 1.80 6.82 0.54 154.87 7.26 3.18 1.60 47.92 127.37 1.43 26.14 25.19 1.55 1.0e+20 -890 1993 5 28 0.68 11.17 32.65 1.0e+20 1.27 5.74 6.08 1.0e+20 5.37 5.36 1.58 215.15 7.72 31.70 1.53 1465.00 107.17 804.50 2.55 1.0e+20 1.78 6.74 0.54 152.50 7.17 3.18 1.60 47.92 125.50 1.41 26.10 25.11 1.56 1.0e+20 -891 1993 5 31 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -892 1993 6 1 0.67 11.20 32.71 1.0e+20 1.27 1.0e+20 6.10 1.0e+20 5.40 5.37 1.59 216.70 7.72 31.70 1.53 1472.00 107.23 805.40 2.55 1.0e+20 1.78 6.76 0.54 153.61 7.20 3.17 1.60 48.05 125.35 1.42 26.13 25.13 1.55 1.0e+20 -893 1993 6 2 0.67 11.23 32.83 1.0e+20 1.27 5.74 6.11 1.0e+20 5.43 5.38 1.59 216.60 7.72 31.70 1.52 1461.50 107.68 806.50 2.55 1.0e+20 1.79 6.77 0.54 153.45 7.19 3.18 1.60 1.0e+20 125.10 1.42 26.11 25.14 1.54 1.0e+20 -894 1993 6 3 0.68 11.26 32.88 1.0e+20 1.27 5.74 6.12 1.0e+20 5.41 5.39 1.60 217.70 7.72 31.70 1.52 1462.00 107.40 806.10 2.55 1.0e+20 1.79 6.78 0.54 153.90 7.20 3.18 1.60 48.10 125.10 1.42 1.0e+20 25.15 1.53 1.0e+20 -895 1993 6 4 0.67 11.43 33.41 1.0e+20 1.27 5.72 6.22 1.0e+20 5.49 5.47 1.62 221.30 7.72 31.70 1.49 1484.00 107.75 806.90 2.55 1.0e+20 1.82 6.89 0.53 156.80 7.31 3.19 1.61 1.0e+20 127.05 1.45 26.14 25.14 1.51 1.0e+20 -896 1993 6 7 0.67 11.40 33.32 1.0e+20 1.27 5.72 6.20 1.0e+20 5.48 5.45 1.62 221.30 7.72 31.70 1.50 1480.50 107.36 807.00 2.55 1.0e+20 1.81 6.86 0.53 154.04 7.26 3.18 1.60 48.10 124.50 1.45 26.15 25.18 1.52 1.0e+20 -897 1993 6 8 0.66 11.43 33.39 1.0e+20 1.28 5.72 6.21 1.0e+20 5.48 5.47 1.62 220.70 7.72 31.70 1.50 1475.25 106.30 806.40 2.55 1.0e+20 1.82 6.87 0.53 154.20 7.24 3.19 1.60 1.0e+20 124.25 1.45 1.0e+20 25.16 1.51 1.0e+20 -898 1993 6 9 0.67 11.52 33.67 1.0e+20 1.28 5.72 6.27 1.0e+20 5.52 5.51 1.63 222.90 7.73 31.70 1.48 1486.50 106.55 806.10 2.55 1.0e+20 1.83 6.93 0.53 154.80 7.30 3.19 1.61 48.05 125.05 1.47 26.16 25.15 1.51 1.0e+20 -899 1993 6 10 0.67 11.49 33.60 1.0e+20 1.27 5.72 6.23 1.0e+20 5.50 5.49 1.63 222.80 7.72 31.70 1.49 1489.00 106.16 805.00 2.55 1.0e+20 1.83 6.91 0.53 154.90 7.25 3.19 1.60 48.00 125.38 1.46 26.16 25.17 1.51 1.0e+20 -900 1993 6 11 0.67 11.41 33.36 1.0e+20 1.28 5.72 6.20 1.0e+20 5.44 5.45 1.62 221.40 7.72 31.70 1.50 1479.00 106.10 804.50 2.57 1.0e+20 1.81 6.86 0.54 154.20 7.18 3.18 1.61 1.0e+20 124.35 1.45 1.0e+20 25.16 1.52 1.0e+20 -901 1993 6 14 0.67 11.46 33.44 1.0e+20 1.28 5.72 6.21 1.0e+20 5.44 5.46 1.62 222.00 7.72 31.70 1.50 1478.75 105.15 804.40 2.56 1.0e+20 1.82 6.87 0.54 154.50 7.23 3.19 1.60 48.00 124.45 1.45 26.17 25.14 1.52 1.0e+20 -902 1993 6 15 0.67 11.54 33.69 1.0e+20 1.27 5.75 6.26 1.0e+20 5.49 5.51 1.63 222.87 7.72 31.70 1.48 1492.25 105.60 804.70 2.56 1.0e+20 1.83 6.92 0.54 156.20 7.30 3.20 1.61 47.96 125.22 1.46 26.17 25.13 1.52 1.0e+20 -903 1993 6 16 0.67 11.67 34.11 1.0e+20 1.28 5.76 6.34 1.0e+20 5.58 5.57 1.65 225.71 7.72 31.70 1.47 1508.50 106.60 805.20 2.56 1.0e+20 1.85 7.00 0.54 158.10 7.42 3.22 1.61 47.98 126.78 1.48 26.18 25.17 1.50 1.0e+20 -904 1993 6 17 0.67 11.65 34.05 1.0e+20 1.27 5.76 6.33 1.0e+20 5.57 5.56 1.65 225.60 7.73 31.70 1.47 1504.25 106.75 805.10 2.56 1.0e+20 1.85 6.98 0.54 157.90 7.46 3.23 1.61 1.0e+20 126.65 1.47 26.23 25.21 1.51 1.0e+20 -905 1993 6 18 0.67 11.81 34.49 1.0e+20 1.27 5.76 6.43 1.0e+20 5.64 5.65 1.68 229.30 7.73 31.70 1.45 1523.50 109.50 805.20 2.57 1.0e+20 1.88 7.09 0.54 160.00 7.53 3.24 1.62 48.00 128.50 1.50 26.29 25.21 1.49 1.0e+20 -906 1993 6 21 0.68 11.88 34.69 1.0e+20 1.27 1.0e+20 6.47 1.0e+20 5.64 5.67 1.68 230.10 7.74 31.70 1.44 1530.00 111.05 805.40 2.59 1.0e+20 1.89 7.13 0.54 160.34 7.56 3.28 1.64 48.10 129.10 1.50 26.38 25.32 1.48 1.0e+20 -907 1993 6 22 0.68 11.95 34.86 1.0e+20 1.27 1.0e+20 6.49 1.0e+20 5.64 5.70 1.69 231.30 7.74 31.60 1.43 1533.50 111.35 806.60 2.58 1.0e+20 1.90 7.16 0.54 160.60 7.60 3.30 1.63 48.12 129.40 1.51 26.39 25.35 1.47 1.0e+20 -908 1993 6 23 0.67 11.67 34.81 1.0e+20 1.28 5.77 6.49 1.0e+20 5.66 5.69 1.69 231.95 7.75 31.60 1.44 1529.50 109.15 807.40 2.58 1.0e+20 1.89 7.15 0.53 160.57 7.71 3.30 1.63 48.14 129.15 1.50 26.43 25.36 1.47 1.0e+20 -909 1993 6 24 0.66 12.02 35.13 1.0e+20 1.28 5.77 6.55 1.0e+20 5.73 5.75 1.70 232.70 7.76 31.60 1.42 1542.50 109.25 806.40 2.58 1.0e+20 1.91 7.21 0.53 162.05 7.81 3.32 1.63 48.15 130.44 1.51 1.0e+20 25.30 1.46 1.0e+20 -910 1993 6 25 0.66 11.98 35.01 1.0e+20 1.28 5.77 6.53 1.0e+20 5.74 5.75 1.70 232.00 7.75 31.60 1.43 1543.50 106.15 805.80 2.58 1.0e+20 1.91 7.19 0.53 162.15 7.81 3.31 1.62 48.15 130.60 1.51 26.40 25.29 1.47 1.0e+20 -911 1993 6 28 0.66 11.97 34.94 1.0e+20 1.28 5.77 6.53 1.0e+20 5.74 5.72 1.70 231.88 7.74 31.60 1.43 1550.50 106.05 806.10 2.58 1.0e+20 1.90 7.19 0.53 162.10 7.87 3.32 1.62 1.0e+20 130.30 1.50 26.42 25.25 1.49 1.0e+20 -912 1993 6 29 0.66 11.91 34.78 1.0e+20 1.28 5.77 6.50 1.0e+20 5.70 5.70 1.69 231.50 7.74 31.60 1.44 1539.00 107.13 807.00 2.58 1.0e+20 1.89 7.15 0.53 161.10 7.76 3.32 1.62 48.20 129.29 1.50 26.42 25.28 1.50 1.0e+20 -913 1993 6 30 0.66 12.05 35.03 1.0e+20 1.28 5.77 6.56 1.0e+20 5.69 5.74 1.70 231.50 7.74 31.60 1.42 1545.50 106.80 806.90 2.57 1.0e+20 1.91 7.21 0.53 162.43 7.73 3.33 1.62 1.0e+20 130.39 1.51 26.39 25.28 1.49 1.0e+20 -914 1993 7 1 0.66 11.95 35.00 1.0e+20 1.28 5.77 6.55 1.0e+20 5.68 5.74 1.70 231.50 7.75 31.60 1.42 1546.00 107.85 806.40 2.57 1.0e+20 1.90 7.16 0.54 162.50 7.72 3.35 1.62 48.21 130.00 1.50 1.0e+20 25.33 1.50 1.0e+20 -915 1993 7 2 0.66 11.93 34.88 1.0e+20 1.28 5.77 6.52 1.0e+20 5.57 5.73 1.69 231.50 7.74 31.60 1.43 1541.50 108.70 806.30 2.57 1.0e+20 1.90 7.18 0.54 161.80 7.70 3.34 1.62 48.22 129.48 1.50 26.41 25.31 1.50 1.0e+20 -916 1993 7 5 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -917 1993 7 6 0.67 11.96 35.00 1.0e+20 1.28 5.77 6.54 1.0e+20 5.68 5.75 1.70 231.65 7.75 31.60 1.42 1546.00 108.28 807.60 2.57 1.0e+20 1.91 7.21 0.54 161.65 7.79 3.34 1.62 48.34 129.80 1.51 1.0e+20 25.35 1.50 1.0e+20 -918 1993 7 7 0.67 12.03 35.20 1.0e+20 1.28 5.77 6.56 1.0e+20 5.71 5.77 1.70 231.75 7.75 31.60 1.42 1552.50 107.70 807.60 2.57 1.0e+20 1.92 7.23 0.54 162.60 7.85 3.33 1.62 48.40 130.45 1.51 26.53 25.35 1.49 1.0e+20 -919 1993 7 8 0.68 12.01 35.12 1.0e+20 1.28 5.77 6.58 1.0e+20 5.70 5.79 1.70 233.40 7.75 31.60 1.42 1564.00 108.75 807.30 2.56 1.0e+20 1.91 7.25 0.55 162.50 7.91 3.33 1.62 48.45 130.60 1.51 26.52 25.32 1.49 1.0e+20 -920 1993 7 9 0.68 12.11 35.49 1.0e+20 1.27 5.77 6.65 1.0e+20 5.77 5.85 1.72 234.80 7.75 31.60 1.40 1581.50 109.67 807.60 2.57 1.0e+20 1.93 7.31 0.55 164.35 7.97 3.35 1.62 48.55 132.10 1.53 26.52 25.35 1.47 1.0e+20 -921 1993 7 12 0.67 12.16 35.66 1.0e+20 1.27 5.77 6.72 1.0e+20 5.79 5.90 1.72 236.50 7.76 31.60 1.39 1589.00 109.65 808.30 2.57 1.0e+20 1.94 7.38 0.54 165.60 8.01 3.36 1.62 48.66 132.90 1.52 26.58 25.40 1.47 1.0e+20 -922 1993 7 13 0.67 12.11 35.50 1.0e+20 1.27 5.77 6.70 1.0e+20 5.78 5.87 1.72 235.20 7.75 31.60 1.40 1584.00 108.34 809.40 2.56 1.0e+20 1.93 7.32 0.54 165.20 7.91 3.35 1.62 48.89 132.85 1.51 26.56 25.40 1.49 1.0e+20 -923 1993 7 14 0.67 12.06 35.41 1.0e+20 1.28 5.77 6.69 1.0e+20 5.78 5.86 1.71 234.50 7.75 31.60 1.40 1590.00 107.50 809.10 2.56 1.0e+20 1.93 7.38 0.55 165.80 7.93 3.35 1.61 48.79 135.00 1.51 26.55 25.34 1.50 1.0e+20 -924 1993 7 15 0.68 12.13 35.60 1.0e+20 1.28 5.77 6.72 1.0e+20 5.81 5.89 1.72 235.05 7.75 31.60 1.39 1598.50 108.25 809.40 2.57 1.0e+20 1.94 7.35 0.54 167.50 8.02 3.34 1.62 48.79 135.30 1.51 26.53 25.33 1.48 1.0e+20 -925 1993 7 16 0.67 12.14 35.64 1.0e+20 1.27 5.77 6.71 1.0e+20 5.83 5.89 1.72 235.60 7.75 31.60 1.39 1591.00 107.80 810.70 2.52 1.0e+20 1.94 7.37 0.54 167.63 8.02 3.35 1.62 48.79 135.90 1.51 1.0e+20 25.35 1.47 1.0e+20 -926 1993 7 19 0.67 11.99 35.25 1.0e+20 1.27 5.77 6.59 1.0e+20 5.76 5.81 1.70 233.60 7.75 31.60 1.41 1581.00 108.50 811.00 2.57 1.0e+20 1.92 7.28 0.54 165.23 7.91 3.34 1.62 48.80 133.10 1.49 1.0e+20 25.34 1.49 1.0e+20 -927 1993 7 20 0.67 12.03 35.31 1.0e+20 1.27 5.77 6.60 1.0e+20 5.80 5.83 1.70 233.70 7.75 31.60 1.41 1598.00 108.40 812.00 2.57 1.0e+20 1.92 7.31 0.54 166.35 7.99 3.34 1.62 48.78 134.15 1.50 1.0e+20 25.34 1.50 1.0e+20 -928 1993 7 21 0.67 11.95 35.09 1.0e+20 1.27 5.77 6.57 1.0e+20 5.76 5.80 1.69 232.20 7.75 31.60 1.41 1600.00 108.50 811.20 2.56 1.0e+20 1.91 7.27 0.54 166.80 7.97 3.33 1.61 48.75 134.13 1.50 26.56 25.33 1.51 1.0e+20 -929 1993 7 22 0.67 12.01 35.34 1.0e+20 1.27 5.77 6.63 1.0e+20 5.85 5.83 1.70 234.30 7.75 31.60 1.40 1605.50 106.90 811.00 2.56 1.0e+20 1.92 7.31 0.55 170.70 8.07 3.35 1.61 48.75 136.15 1.50 1.0e+20 25.32 1.50 1.0e+20 -930 1993 7 23 0.67 12.09 35.59 1.0e+20 1.27 5.77 6.68 1.0e+20 5.87 5.87 1.71 236.50 7.75 31.60 1.40 1604.75 106.80 811.70 2.56 1.0e+20 1.93 7.33 0.55 171.40 8.07 3.35 1.61 48.75 137.00 1.51 1.0e+20 25.27 1.49 1.0e+20 -931 1993 7 26 0.67 12.13 35.73 1.0e+20 1.28 5.77 6.70 1.0e+20 5.82 5.89 1.72 237.60 7.75 31.60 1.39 1603.50 106.90 811.90 2.56 1.0e+20 1.93 7.35 0.55 172.75 8.03 3.35 1.61 48.73 138.40 1.52 26.95 25.31 1.50 1.0e+20 -932 1993 7 27 0.67 12.14 35.82 1.0e+20 1.28 5.77 6.72 1.0e+20 5.83 5.89 1.72 237.50 7.75 31.60 1.39 1608.25 106.35 812.20 2.56 1.0e+20 1.94 7.37 0.55 174.40 8.08 3.36 1.61 48.73 139.85 1.52 26.95 25.30 1.48 1.0e+20 -933 1993 7 28 0.67 12.10 35.61 1.0e+20 1.28 5.77 6.69 1.0e+20 5.82 5.85 1.71 236.60 7.75 31.60 1.40 1598.50 105.33 810.80 2.56 1.0e+20 1.93 7.35 0.55 173.20 8.07 3.35 1.61 48.73 139.35 1.51 26.95 25.30 1.49 1.0e+20 -934 1993 7 29 0.67 12.14 36.20 1.0e+20 1.28 5.77 6.76 1.0e+20 5.89 5.93 1.73 237.20 7.75 31.60 1.39 1608.50 106.30 809.90 2.56 1.0e+20 1.95 7.43 0.55 177.05 8.23 3.37 1.61 1.0e+20 142.40 1.52 26.94 25.28 1.48 1.0e+20 -935 1993 7 30 0.68 12.24 36.70 1.0e+20 1.28 5.77 6.77 1.0e+20 5.94 5.96 1.74 239.50 7.75 31.60 1.38 1614.50 105.05 809.80 2.56 1.0e+20 1.96 7.46 0.55 180.25 8.24 3.38 1.61 48.75 144.60 1.52 26.94 25.31 1.48 1.0e+20 -936 1993 8 2 0.68 12.08 37.18 1.0e+20 1.28 5.77 6.83 1.0e+20 5.87 6.02 1.71 240.75 7.75 31.60 1.40 1605.50 104.35 809.80 2.56 1.0e+20 1.93 7.42 0.55 179.00 8.09 3.35 1.61 1.0e+20 142.05 1.50 26.93 25.26 1.48 1.0e+20 -937 1993 8 3 0.69 11.99 36.32 1.0e+20 1.29 5.77 6.77 1.0e+20 5.81 5.94 1.70 238.25 7.75 31.60 1.40 1597.00 104.43 809.90 2.56 1.0e+20 1.91 7.38 0.55 173.40 8.02 3.35 1.61 48.78 138.70 1.50 26.93 25.20 1.50 1.0e+20 -938 1993 8 4 0.68 12.03 35.87 1.0e+20 1.28 5.77 6.74 1.0e+20 5.78 5.93 1.71 238.00 7.75 31.60 1.40 1600.75 104.80 809.50 2.55 1.0e+20 1.92 7.38 0.55 173.20 7.99 3.36 1.61 48.78 138.83 1.50 26.94 25.21 1.50 1.0e+20 -939 1993 8 5 0.68 12.07 36.25 1.0e+20 1.28 5.77 6.78 1.0e+20 5.79 5.95 1.71 239.75 7.75 31.60 1.40 1608.50 104.25 809.20 2.55 1.0e+20 1.92 7.41 0.55 174.00 8.04 3.37 1.61 48.78 139.20 1.51 26.94 25.23 1.49 1.0e+20 -940 1993 8 6 0.67 11.94 36.32 1.0e+20 1.29 5.77 6.82 1.0e+20 5.74 5.93 1.69 238.40 7.75 31.60 1.39 1604.25 104.45 809.70 2.55 1.0e+20 1.90 7.36 0.55 173.05 7.95 3.36 1.61 48.78 139.35 1.50 26.93 25.21 1.49 1.0e+20 -941 1993 8 9 0.68 11.94 36.17 1.0e+20 1.29 5.77 6.86 1.0e+20 5.77 5.95 1.69 237.10 7.75 31.60 1.39 1614.00 104.93 811.40 2.55 1.0e+20 1.91 7.37 0.55 174.20 7.91 3.36 1.61 48.78 140.80 1.50 26.94 25.21 1.49 1.0e+20 -942 1993 8 10 0.68 12.02 36.46 1.0e+20 1.29 5.77 6.94 1.0e+20 5.86 6.01 1.70 239.20 7.75 31.60 1.36 1616.00 104.67 812.30 2.55 1.0e+20 1.92 7.43 0.54 176.25 7.99 3.36 1.61 48.78 142.25 1.51 26.95 25.21 1.48 1.0e+20 -943 1993 8 11 0.68 12.09 36.47 1.0e+20 1.30 5.79 6.97 1.0e+20 5.89 6.02 1.71 240.60 7.75 31.60 1.36 1617.00 103.68 811.10 2.55 1.0e+20 1.93 7.46 0.54 176.20 8.06 3.37 1.60 48.83 142.15 1.52 26.95 25.23 1.47 1.0e+20 -944 1993 8 12 0.67 12.10 36.75 1.0e+20 1.30 5.79 7.07 1.0e+20 5.90 6.04 1.71 240.70 7.75 31.63 1.35 1619.00 103.17 812.30 2.55 1.0e+20 1.93 7.49 0.55 176.75 8.16 3.38 1.61 1.0e+20 142.50 1.52 26.95 1.0e+20 1.46 1.0e+20 -945 1993 8 13 0.67 12.05 36.54 1.0e+20 1.31 5.79 7.08 1.0e+20 5.91 6.05 1.71 239.60 7.75 31.63 1.36 1623.00 102.18 813.10 2.55 1.0e+20 1.92 7.46 0.55 175.95 8.18 3.38 1.61 48.81 141.85 1.52 26.95 25.21 1.45 1.0e+20 -946 1993 8 16 0.67 11.86 36.03 1.0e+20 1.31 5.79 6.98 1.0e+20 5.82 5.97 1.68 239.00 7.75 31.63 1.38 1607.00 101.10 812.40 2.55 1.0e+20 1.89 7.35 0.55 173.70 8.04 3.37 1.60 48.81 139.80 1.49 26.95 25.18 1.48 1.0e+20 -947 1993 8 17 0.67 11.94 35.72 1.0e+20 1.31 5.79 6.97 1.0e+20 5.84 5.96 1.69 236.10 7.75 31.63 1.38 1606.00 101.55 813.60 2.55 1.0e+20 1.90 7.36 0.55 174.00 8.04 3.34 1.60 48.79 140.15 1.50 26.95 25.15 1.48 1.0e+20 -948 1993 8 18 0.67 11.82 35.57 1.0e+20 1.32 5.79 6.90 1.0e+20 5.79 5.91 1.68 236.25 7.75 31.63 1.39 1601.50 101.60 813.60 2.54 1.0e+20 1.89 7.30 0.55 172.50 7.90 3.35 1.60 48.79 138.95 1.48 26.95 25.15 1.51 1.0e+20 -949 1993 8 19 0.67 11.87 35.34 1.0e+20 1.31 5.79 6.89 1.0e+20 5.79 5.88 1.68 236.20 7.74 31.63 1.39 1599.50 103.95 813.10 2.54 1.0e+20 1.89 7.31 0.55 171.10 7.97 3.36 1.60 48.79 136.65 1.48 26.95 25.13 1.50 1.0e+20 -950 1993 8 20 0.67 11.82 35.33 1.0e+20 1.32 5.79 6.84 1.0e+20 5.77 5.83 1.67 235.90 7.75 31.63 1.40 1586.00 104.85 813.80 2.55 1.0e+20 1.88 7.27 0.55 170.40 7.98 3.36 1.61 48.79 135.35 1.47 26.95 25.22 1.51 1.0e+20 -951 1993 8 23 0.66 11.80 35.67 1.0e+20 1.32 5.79 6.93 1.0e+20 5.81 5.88 1.68 237.25 7.74 31.48 1.39 1597.00 103.12 814.10 2.55 1.0e+20 1.89 7.32 0.55 172.15 8.09 3.37 1.60 48.80 136.75 1.48 26.95 25.16 1.50 1.0e+20 -952 1993 8 24 0.66 11.82 35.41 1.0e+20 1.31 5.79 6.89 1.0e+20 5.81 5.85 1.68 236.00 7.74 31.63 1.40 1594.25 103.73 813.90 2.54 1.0e+20 1.89 7.29 0.55 170.90 8.04 3.36 1.60 48.82 135.35 1.47 26.95 25.16 1.49 1.0e+20 -953 1993 8 25 0.67 11.89 35.67 1.0e+20 1.31 5.79 6.91 1.0e+20 5.84 5.86 1.68 237.30 7.75 31.63 1.39 1599.70 104.95 812.90 2.55 1.0e+20 1.89 7.33 0.55 171.55 8.06 3.37 1.60 48.83 135.20 1.48 26.96 25.17 1.48 1.0e+20 -954 1993 8 26 0.67 11.74 35.63 1.0e+20 1.31 5.79 6.86 1.0e+20 5.77 5.84 1.66 235.05 7.75 31.63 1.39 1590.00 104.40 812.20 2.54 1.0e+20 1.87 7.25 0.55 170.85 8.07 3.36 1.60 48.88 135.40 1.46 26.95 25.21 1.49 1.0e+20 -955 1993 8 27 0.66 11.73 35.57 1.0e+20 1.32 5.79 6.85 1.0e+20 5.87 5.83 1.66 235.30 7.74 31.63 1.39 1594.50 104.00 811.50 2.54 1.0e+20 1.87 7.25 0.55 170.38 8.08 3.37 1.60 48.88 135.40 1.47 26.95 25.18 1.50 1.0e+20 -956 1993 8 30 0.67 11.77 35.66 1.0e+20 1.32 5.80 6.90 1.0e+20 5.89 5.85 1.67 235.65 7.74 31.63 1.39 1600.75 103.94 811.70 2.54 1.0e+20 1.88 7.28 0.55 171.10 8.11 3.37 1.60 1.0e+20 135.44 1.47 26.93 25.15 1.49 1.0e+20 -957 1993 8 31 0.67 11.80 35.74 1.0e+20 1.32 5.80 6.88 1.0e+20 5.88 5.86 1.67 235.65 7.74 31.63 1.39 1601.24 104.73 811.60 2.54 1.0e+20 1.88 7.29 0.55 171.40 8.17 3.38 1.60 1.0e+20 135.20 1.48 26.93 25.17 1.48 1.0e+20 -958 1993 9 1 0.66 11.68 35.73 1.0e+20 1.32 5.80 6.85 1.0e+20 5.89 5.82 1.65 235.41 7.74 31.63 1.40 1594.00 105.70 811.30 2.54 1.0e+20 1.86 7.22 0.55 169.50 8.18 3.38 1.60 48.92 133.95 1.45 26.95 25.20 1.50 1.0e+20 -959 1993 9 2 0.65 11.59 35.57 1.0e+20 1.32 5.80 6.84 1.0e+20 5.90 5.81 1.64 233.45 7.74 31.63 1.40 1598.00 106.00 811.50 2.54 1.0e+20 1.85 7.19 0.54 169.90 8.19 3.38 1.60 1.0e+20 134.75 1.45 26.95 25.20 1.50 1.0e+20 -960 1993 9 3 0.64 11.42 35.32 1.0e+20 1.32 5.80 6.70 1.0e+20 5.79 5.72 1.62 233.30 7.74 31.63 1.40 1585.00 105.05 810.60 2.54 1.0e+20 1.82 7.11 0.54 167.50 8.01 3.39 1.60 1.0e+20 133.15 1.42 26.95 25.20 1.52 1.0e+20 -961 1993 9 6 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -962 1993 9 7 0.64 11.33 34.90 1.0e+20 1.32 5.80 6.64 1.0e+20 5.70 5.67 1.61 229.40 7.74 31.63 1.43 1563.75 104.05 811.50 2.54 1.0e+20 1.80 7.03 0.54 165.70 7.91 3.41 1.60 48.84 131.30 1.41 26.94 25.15 1.54 1.0e+20 -963 1993 9 8 0.65 11.38 35.26 1.0e+20 1.31 5.80 6.70 1.0e+20 5.74 5.71 1.62 230.60 7.73 31.63 1.43 1563.00 105.64 811.30 2.54 1.0e+20 1.81 7.09 0.55 166.60 7.98 3.41 1.60 1.0e+20 131.50 1.42 26.94 25.15 1.53 1.0e+20 -964 1993 9 9 0.65 11.26 34.74 1.0e+20 1.31 5.80 6.63 1.0e+20 5.69 5.63 1.60 229.33 7.73 31.63 1.44 1546.75 105.20 810.60 2.54 1.0e+20 1.79 7.00 0.55 164.41 7.88 3.40 1.60 48.82 128.90 1.40 26.94 25.18 1.55 1.0e+20 -965 1993 9 10 0.64 11.23 34.18 1.0e+20 1.31 5.80 6.60 1.0e+20 5.68 5.60 1.59 231.00 7.73 31.63 1.45 1537.00 106.20 810.50 2.54 1.0e+20 1.79 6.98 0.55 163.70 7.86 3.40 1.60 48.78 127.75 1.39 26.94 25.16 1.54 1.0e+20 -966 1993 9 13 0.65 11.34 34.26 1.0e+20 1.31 5.80 6.59 1.0e+20 5.77 5.61 1.61 232.00 7.73 31.63 1.44 1538.00 106.30 810.70 2.54 1.0e+20 1.81 7.00 0.55 164.10 7.85 3.41 1.59 48.78 127.95 1.40 26.93 25.17 1.54 1.0e+20 -967 1993 9 14 0.64 11.30 34.49 1.0e+20 1.32 5.80 6.59 1.0e+20 5.70 5.61 1.60 231.00 7.73 31.63 1.45 1536.00 105.85 811.80 2.54 1.0e+20 1.80 6.99 0.55 163.60 7.90 3.41 1.59 48.79 128.15 1.39 26.93 25.18 1.54 1.0e+20 -968 1993 9 15 0.64 11.21 34.19 1.0e+20 1.31 5.80 6.54 1.0e+20 5.69 5.55 1.59 228.80 7.73 31.63 1.45 1539.50 106.30 812.00 2.54 1.0e+20 1.78 6.95 0.55 163.25 7.87 3.41 1.59 48.79 128.30 1.39 26.94 25.19 1.55 1.0e+20 -969 1993 9 16 0.65 11.31 34.28 1.0e+20 1.31 5.80 6.56 1.0e+20 5.75 5.61 1.60 229.50 7.73 31.53 1.44 1556.00 104.45 811.90 2.54 1.0e+20 1.80 7.01 0.55 164.30 7.94 3.41 1.59 1.0e+20 128.55 1.40 26.93 25.15 1.53 1.0e+20 -970 1993 9 17 0.65 11.33 34.42 1.0e+20 1.31 5.80 6.56 1.0e+20 5.79 5.61 1.61 231.25 7.73 31.53 1.44 1557.75 104.50 812.20 2.54 1.0e+20 1.80 7.03 0.55 164.77 7.98 3.41 1.59 48.76 129.05 1.40 26.94 25.16 1.53 1.0e+20 -971 1993 9 20 0.64 11.33 34.55 1.0e+20 1.32 5.80 6.59 1.0e+20 5.80 5.63 1.61 232.50 7.73 31.53 1.44 1562.00 104.31 813.30 2.54 1.0e+20 1.81 7.02 0.55 164.90 8.06 3.41 1.59 48.79 128.90 1.40 26.83 25.17 1.53 1.0e+20 -972 1993 9 21 0.65 11.33 34.86 1.0e+20 1.32 5.80 6.69 1.0e+20 5.95 5.66 1.64 235.70 7.73 31.53 1.41 1586.00 106.50 814.30 2.54 1.0e+20 1.84 7.15 0.55 167.68 8.22 3.41 1.59 48.79 131.22 1.43 26.86 25.19 1.50 1.0e+20 -973 1993 9 22 0.65 11.46 34.88 1.0e+20 1.31 5.80 6.63 1.0e+20 5.85 5.67 1.62 233.60 7.73 31.53 1.43 1577.25 106.50 812.90 2.55 1.0e+20 1.82 7.11 0.55 166.60 8.14 3.42 1.59 48.87 130.20 1.41 26.90 25.25 1.51 1.0e+20 -974 1993 9 23 0.65 11.57 35.03 1.0e+20 1.32 5.80 6.64 1.0e+20 5.83 5.73 1.64 235.83 7.73 31.53 1.42 1592.50 106.07 812.10 2.55 1.0e+20 1.84 7.17 0.55 168.20 8.06 3.43 1.59 48.93 131.55 1.43 26.94 25.25 1.50 1.0e+20 -975 1993 9 24 0.65 11.59 35.23 1.0e+20 1.31 5.80 6.60 1.0e+20 5.82 5.74 1.64 237.00 7.74 31.53 1.41 1593.00 106.05 812.10 2.55 1.0e+20 1.85 7.19 0.55 168.70 8.07 3.43 1.59 48.97 132.20 1.43 26.93 25.24 1.50 1.0e+20 -976 1993 9 27 0.65 11.48 34.94 1.0e+20 1.32 5.80 6.61 1.0e+20 5.78 5.68 1.63 234.45 7.74 31.53 1.43 1577.75 105.90 812.10 2.55 1.0e+20 1.83 7.13 0.55 167.19 8.02 3.43 1.59 48.95 131.06 1.42 26.93 25.24 1.51 1.0e+20 -977 1993 9 28 0.64 11.38 34.80 1.0e+20 1.32 5.80 6.56 1.0e+20 5.75 5.65 1.61 232.70 7.74 31.53 1.44 1578.00 105.25 812.00 2.55 1.0e+20 1.81 7.09 0.55 166.70 8.03 3.41 1.59 48.95 130.70 1.41 1.0e+20 25.24 1.51 1.0e+20 -978 1993 9 29 0.64 11.35 34.77 1.0e+20 1.32 5.80 6.52 1.0e+20 5.75 5.64 1.61 232.85 7.73 31.53 1.44 1576.50 105.20 812.00 2.54 1.0e+20 1.81 7.07 0.55 166.25 8.04 3.42 1.58 48.93 130.35 1.41 26.91 25.21 1.51 1.0e+20 -979 1993 9 30 0.64 11.50 35.38 1.0e+20 1.33 5.80 6.59 1.0e+20 5.82 5.70 1.63 234.15 7.73 31.53 1.43 1593.25 106.05 812.00 2.54 1.0e+20 1.83 7.13 0.55 168.25 8.08 3.43 1.58 1.0e+20 131.90 1.43 1.0e+20 25.22 1.49 1.0e+20 -980 1993 10 1 0.64 11.47 35.26 1.0e+20 1.33 5.80 6.60 1.0e+20 5.85 5.69 1.63 235.45 7.73 31.53 1.43 1589.75 106.05 812.00 2.54 1.0e+20 1.83 7.12 0.55 168.02 8.10 3.45 1.58 48.97 131.61 1.42 26.84 25.26 1.50 1.0e+20 -981 1993 10 4 0.64 11.42 35.15 1.0e+20 1.33 5.80 6.58 1.0e+20 5.81 5.66 1.62 234.30 7.73 31.53 1.44 1589.25 105.80 812.30 2.54 1.0e+20 1.82 7.10 0.55 167.24 8.08 3.44 1.58 49.00 130.85 1.41 26.84 25.28 1.51 1.0e+20 -982 1993 10 5 0.64 11.42 35.12 1.0e+20 1.33 5.80 6.59 1.0e+20 5.80 5.67 1.62 235.05 7.73 31.53 1.44 1591.00 105.57 815.20 2.54 1.0e+20 1.82 7.10 0.54 167.70 8.08 3.44 1.57 1.0e+20 131.50 1.42 26.85 25.24 1.51 1.0e+20 -983 1993 10 6 0.65 11.41 35.22 1.0e+20 1.33 5.80 6.57 1.0e+20 5.78 5.66 1.62 235.10 7.73 31.53 1.45 1592.00 105.60 816.30 2.54 1.0e+20 1.82 7.09 0.54 167.18 8.05 3.45 1.55 48.96 131.14 1.42 26.83 25.25 1.52 1.0e+20 -984 1993 10 7 0.65 11.41 35.21 1.0e+20 1.33 5.80 6.57 1.0e+20 5.76 5.68 1.62 235.90 7.72 31.53 1.45 1604.34 105.15 815.30 2.55 1.0e+20 1.82 7.09 0.54 167.65 8.05 3.45 1.56 48.94 132.03 1.42 26.83 25.21 1.52 1.0e+20 -985 1993 10 8 0.65 11.29 34.84 1.0e+20 1.33 5.80 6.50 1.0e+20 5.71 5.63 1.60 234.55 7.72 31.53 1.46 1590.50 105.57 814.60 2.54 1.0e+20 1.80 7.02 0.55 166.15 7.98 3.44 1.56 48.94 130.70 1.40 26.85 25.17 1.53 1.0e+20 -986 1993 10 11 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -987 1993 10 12 0.65 11.23 34.78 1.0e+20 1.33 5.80 6.45 1.0e+20 5.68 5.60 1.59 232.75 7.72 31.53 1.46 1577.50 105.95 815.40 2.54 1.0e+20 1.79 6.99 0.55 165.35 7.90 3.42 1.56 48.88 129.95 1.39 26.85 25.19 1.53 1.0e+20 -988 1993 10 13 0.66 11.29 35.10 1.0e+20 1.32 5.80 6.51 1.0e+20 5.70 5.66 1.60 233.77 7.72 31.53 1.45 1585.00 106.02 814.60 2.54 1.0e+20 1.80 7.05 0.55 166.60 7.92 3.39 1.56 48.86 130.40 1.40 26.84 25.17 1.52 1.0e+20 -989 1993 10 14 0.66 11.36 35.47 1.0e+20 1.32 5.80 6.55 1.0e+20 5.75 5.69 1.61 234.95 7.72 31.53 1.45 1591.75 107.43 813.80 2.54 1.0e+20 1.81 7.09 0.55 167.45 7.93 3.36 1.56 1.0e+20 131.00 1.42 26.84 25.18 1.51 1.0e+20 -990 1993 10 15 0.66 11.36 35.53 1.0e+20 1.33 5.80 6.57 1.0e+20 5.69 5.72 1.61 236.30 7.72 31.53 1.45 1586.75 107.08 813.60 2.54 1.0e+20 1.81 7.09 0.55 167.60 7.87 3.34 1.56 48.87 130.65 1.42 26.87 25.23 1.51 1.0e+20 -991 1993 10 18 0.66 11.45 35.62 1.0e+20 1.32 5.80 6.60 1.0e+20 5.66 5.75 1.62 237.90 7.72 31.53 1.44 1588.25 107.47 813.50 2.54 1.0e+20 1.83 7.14 0.55 168.20 7.88 3.34 1.57 1.0e+20 130.90 1.43 26.87 25.25 1.49 1.0e+20 -992 1993 10 19 0.66 11.52 35.79 1.0e+20 1.32 5.80 6.65 1.0e+20 5.68 5.78 1.63 239.40 7.73 31.53 1.42 1594.50 107.07 812.70 2.54 1.0e+20 1.84 7.18 0.55 169.78 7.90 3.35 1.57 1.0e+20 132.06 1.44 26.87 25.28 1.49 1.0e+20 -993 1993 10 20 0.66 11.58 35.99 1.0e+20 1.32 5.80 6.67 1.0e+20 5.72 5.81 1.64 240.30 7.73 31.53 1.42 1601.50 107.31 812.80 2.54 1.0e+20 1.85 7.20 0.55 170.44 7.93 3.35 1.57 48.93 132.11 1.45 26.87 25.28 1.48 1.0e+20 -994 1993 10 21 0.67 11.71 36.03 1.0e+20 1.31 5.80 6.71 1.0e+20 5.74 5.84 1.66 242.40 7.73 31.53 1.40 1604.50 108.35 812.70 2.54 1.0e+20 1.87 7.26 0.55 172.27 7.99 3.36 1.57 48.95 133.31 1.46 26.88 25.30 1.48 1.0e+20 -995 1993 10 22 0.66 11.76 36.20 1.0e+20 1.30 5.80 6.72 1.0e+20 5.77 5.84 1.67 244.60 7.73 31.53 1.40 1611.75 108.16 812.40 2.54 1.0e+20 1.88 7.29 0.55 172.66 8.05 3.36 1.57 49.00 133.89 1.47 26.91 25.35 1.47 1.0e+20 -996 1993 10 25 0.66 11.76 36.37 1.0e+20 1.30 5.80 6.74 1.0e+20 5.75 5.84 1.67 243.60 7.72 31.43 1.40 1609.50 108.36 812.30 2.54 1.0e+20 1.87 7.28 0.55 172.93 8.08 3.36 1.57 1.0e+20 133.92 1.47 1.0e+20 25.34 1.48 1.0e+20 -997 1993 10 26 0.66 11.82 36.48 1.0e+20 1.32 5.80 6.76 1.0e+20 5.80 5.85 1.68 241.00 7.73 31.43 1.40 1619.00 108.14 812.20 2.55 1.0e+20 1.89 7.32 0.55 174.16 8.10 3.37 1.56 1.0e+20 134.16 1.48 26.89 25.37 1.47 1.0e+20 -998 1993 10 27 0.66 11.83 36.45 1.0e+20 1.31 5.80 6.78 1.0e+20 5.81 5.87 1.68 240.25 7.73 31.43 1.40 1629.50 108.47 812.60 2.55 1.0e+20 1.88 7.33 0.55 173.92 8.13 3.37 1.57 49.05 134.24 1.48 26.89 25.34 1.47 1.0e+20 -999 1993 10 28 0.66 11.85 36.49 1.0e+20 1.32 5.80 6.78 1.0e+20 5.81 5.90 1.68 241.30 7.73 31.43 1.39 1633.00 108.50 812.60 2.55 1.0e+20 1.89 7.34 0.55 173.44 8.16 3.37 1.58 1.0e+20 134.83 1.49 26.89 25.35 1.48 1.0e+20 -1000 1993 10 29 0.66 11.78 36.38 1.0e+20 1.32 5.80 6.75 1.0e+20 5.78 5.87 1.67 239.78 7.72 31.43 1.40 1629.25 108.35 812.10 2.55 1.0e+20 1.88 7.32 0.55 173.31 8.14 3.36 1.58 49.05 134.41 1.48 26.85 25.34 1.48 1.0e+20 -1001 1993 11 1 0.67 11.90 36.75 1.0e+20 1.31 5.80 6.81 1.0e+20 5.81 5.92 1.69 242.25 7.72 31.43 1.39 1652.25 108.28 811.40 2.56 1.0e+20 1.90 7.38 0.55 174.56 8.19 3.37 1.59 1.0e+20 135.50 1.50 1.0e+20 25.37 1.48 1.0e+20 -1002 1993 11 2 0.67 11.91 36.50 1.0e+20 1.30 5.80 6.77 1.0e+20 5.78 5.91 1.69 242.05 7.72 31.43 1.39 1639.25 107.57 810.80 2.56 1.0e+20 1.90 7.36 0.55 174.46 8.17 3.37 1.58 1.0e+20 135.58 1.50 26.84 25.37 1.48 1.0e+20 -1003 1993 11 3 0.67 11.91 36.23 1.0e+20 1.30 5.80 6.76 1.0e+20 5.77 5.90 1.69 242.05 7.72 31.43 1.40 1636.00 107.30 810.50 2.56 1.0e+20 1.90 7.35 0.55 173.72 8.17 3.37 1.58 1.0e+20 135.54 1.50 26.85 25.35 1.48 1.0e+20 -1004 1993 11 4 0.67 11.93 36.34 1.0e+20 1.30 5.80 6.77 1.0e+20 5.77 5.90 1.69 243.05 7.72 31.43 1.39 1645.00 108.27 810.50 2.56 1.0e+20 1.90 7.37 0.55 174.11 8.18 3.36 1.59 1.0e+20 135.84 1.50 26.85 25.34 1.47 1.0e+20 -1005 1993 11 5 0.67 11.90 36.11 1.0e+20 1.29 5.80 6.74 1.0e+20 5.74 5.87 1.69 242.20 7.72 31.43 1.40 1645.00 108.20 810.30 2.55 1.0e+20 1.89 7.34 0.55 173.87 8.10 3.37 1.59 1.0e+20 135.59 1.49 26.87 25.35 1.48 1.0e+20 -1006 1993 11 8 0.67 11.84 35.83 1.0e+20 1.29 5.80 6.70 1.0e+20 5.76 5.86 1.68 241.44 7.72 31.43 1.40 1644.50 108.07 810.40 2.55 3.15 1.89 7.32 0.55 172.41 8.13 3.36 1.59 49.07 135.12 1.48 26.87 25.34 1.48 1.0e+20 -1007 1993 11 9 0.66 11.92 36.27 1.0e+20 1.30 5.80 6.75 1.0e+20 5.79 5.90 1.69 242.68 7.72 31.43 1.39 1655.75 108.26 804.50 2.55 3.24 1.90 7.37 0.54 173.45 8.18 3.36 1.59 49.20 136.00 1.49 26.86 25.37 1.46 1.0e+20 -1008 1993 11 10 0.66 11.91 36.23 1.0e+20 1.30 5.80 6.73 1.0e+20 5.80 5.89 1.69 242.24 7.72 31.43 1.40 1648.50 107.28 804.50 2.55 3.24 1.89 7.36 0.53 173.31 8.22 3.36 1.59 49.24 135.93 1.49 26.87 25.35 1.47 1.0e+20 -1009 1993 11 11 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1010 1993 11 12 0.65 11.89 36.13 1.0e+20 1.31 5.80 6.75 1.0e+20 5.82 5.89 1.69 242.47 7.72 31.43 1.40 1659.75 106.30 808.60 2.55 3.24 1.90 7.35 0.53 173.16 8.21 3.36 1.59 49.20 136.85 1.49 26.87 25.34 1.48 1.0e+20 -1011 1993 11 15 0.65 11.88 36.01 1.0e+20 1.32 5.80 6.74 1.0e+20 5.85 5.87 1.69 242.16 7.72 31.43 1.40 1663.75 106.90 809.10 2.54 3.22 1.89 7.34 0.53 172.80 8.20 3.36 1.59 49.20 137.38 1.49 26.85 25.32 1.49 1.0e+20 -1012 1993 11 16 0.65 11.96 36.23 1.0e+20 1.31 5.80 6.77 1.0e+20 5.84 5.89 1.70 244.18 7.72 31.43 1.40 1666.25 106.73 810.10 2.54 1.0e+20 1.91 7.39 0.53 173.62 8.24 3.36 1.59 49.20 137.65 1.50 26.86 25.35 1.48 1.0e+20 -1013 1993 11 17 0.66 12.00 36.19 1.0e+20 1.31 5.80 6.76 1.0e+20 5.83 5.91 1.70 243.99 7.72 31.43 1.39 1669.75 107.00 810.80 2.55 1.0e+20 1.91 7.39 0.55 173.63 8.24 3.37 1.59 49.25 137.65 1.49 26.90 25.39 1.47 1.0e+20 -1014 1993 11 18 0.66 12.04 36.30 1.0e+20 1.32 5.81 6.78 1.0e+20 5.80 5.92 1.71 244.72 7.73 31.43 1.39 1671.50 107.10 811.30 2.55 3.11 1.92 7.42 0.55 174.37 8.28 3.37 1.59 49.20 137.95 1.50 26.88 25.37 1.47 1.0e+20 -1015 1993 11 19 0.66 12.06 36.41 1.0e+20 1.32 5.81 6.80 1.0e+20 5.81 5.95 1.71 245.25 7.72 31.44 1.39 1679.50 108.30 810.70 2.55 3.12 1.92 7.44 0.54 174.14 8.34 3.37 1.59 49.12 138.08 1.50 26.88 25.42 1.47 1.0e+20 -1016 1993 11 22 0.66 11.98 36.18 1.0e+20 1.33 5.81 6.75 1.0e+20 5.78 5.92 1.70 243.61 7.72 31.44 1.40 1682.50 108.27 809.50 2.55 3.10 1.91 7.40 0.54 173.71 8.32 3.36 1.59 49.15 137.57 1.49 26.90 25.43 1.47 1.0e+20 -1017 1993 11 23 0.66 11.96 36.10 1.0e+20 1.32 5.81 6.75 1.0e+20 5.81 5.90 1.70 244.21 7.72 31.44 1.40 1693.50 108.45 809.80 2.55 3.10 1.90 7.40 0.54 173.40 8.37 3.35 1.59 49.50 138.05 1.48 26.89 25.45 1.48 1.0e+20 -1018 1993 11 24 0.66 11.97 35.98 1.0e+20 1.32 5.81 6.75 1.0e+20 5.81 5.90 1.70 243.51 7.72 31.44 1.41 1682.50 108.15 810.30 2.55 3.10 1.91 7.39 0.54 173.75 8.37 3.35 1.59 49.17 138.35 1.49 26.92 25.40 1.48 1.0e+20 -1019 1993 11 25 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1020 1993 11 26 0.66 12.03 36.20 1.0e+20 1.32 5.81 6.78 1.0e+20 5.95 5.91 1.71 245.66 7.72 31.44 1.41 1693.25 108.75 810.90 2.55 3.11 1.92 7.43 0.54 175.06 8.40 3.36 1.60 48.78 139.69 1.49 26.91 25.43 1.47 1.0e+20 -1021 1993 11 29 0.65 12.01 36.19 1.0e+20 1.33 5.81 6.77 1.0e+20 5.83 5.90 1.70 244.47 7.72 31.44 1.41 1694.25 109.27 811.00 2.55 3.11 1.91 7.42 0.54 175.19 8.44 3.37 1.60 49.23 139.98 1.49 26.94 25.45 1.48 1.0e+20 -1022 1993 11 30 0.65 12.07 36.35 1.0e+20 1.33 5.81 6.80 1.0e+20 5.85 5.93 1.71 246.47 7.72 31.44 1.41 1703.50 109.08 810.80 2.55 3.11 1.92 7.46 0.54 175.80 8.48 3.37 1.60 49.30 141.10 1.50 26.93 25.44 1.48 1.0e+20 -1023 1993 12 1 0.65 12.07 36.26 1.0e+20 1.33 5.81 6.79 1.0e+20 5.82 5.93 1.71 246.55 7.72 31.44 1.41 1715.75 108.70 811.00 2.55 3.10 1.92 7.46 0.54 175.78 8.48 3.37 1.59 49.30 141.15 1.49 26.92 25.45 1.48 1.0e+20 -1024 1993 12 2 0.66 12.11 36.32 1.0e+20 1.33 5.81 6.80 1.0e+20 5.82 5.93 1.72 247.40 7.72 31.44 1.40 1726.00 108.74 811.40 2.55 3.11 1.93 7.47 0.54 175.95 8.46 3.37 1.59 49.40 141.87 1.49 26.91 25.45 1.48 1.0e+20 -1025 1993 12 3 0.66 12.10 36.22 1.0e+20 1.32 5.81 6.78 1.0e+20 5.80 5.91 1.72 246.95 7.72 31.44 1.41 1713.50 108.46 812.00 2.55 3.10 1.93 7.46 0.54 175.99 8.42 3.37 1.60 49.40 142.08 1.48 26.90 25.45 1.49 1.0e+20 -1026 1993 12 6 0.67 11.98 35.48 1.0e+20 1.32 5.81 6.72 1.0e+20 5.74 5.85 1.70 244.91 7.72 31.44 1.42 1686.50 108.23 812.50 2.55 3.11 1.91 7.39 0.55 174.11 8.32 3.36 1.59 49.35 140.42 1.46 26.88 25.43 1.49 1.0e+20 -1027 1993 12 7 0.66 11.99 35.62 1.0e+20 1.32 5.81 6.71 1.0e+20 5.74 5.87 1.70 244.91 7.72 31.44 1.41 1676.00 107.60 812.40 2.55 3.11 1.91 7.40 0.55 173.87 8.34 3.36 1.59 49.29 139.51 1.46 26.89 25.40 1.49 1.0e+20 -1028 1993 12 8 0.67 12.00 35.63 1.0e+20 1.32 5.81 6.68 1.0e+20 5.73 5.84 1.70 243.74 7.72 31.44 1.41 1671.75 108.62 812.60 2.55 3.11 1.90 7.39 0.55 173.72 8.31 3.37 1.59 49.33 139.02 1.46 26.87 25.41 1.49 1.0e+20 -1029 1993 12 9 0.67 12.00 35.71 1.0e+20 1.32 5.81 6.67 1.0e+20 5.73 5.84 1.70 243.82 7.72 31.44 1.41 1678.00 108.75 812.60 2.55 3.11 1.90 7.40 0.55 173.72 8.31 3.36 1.59 49.30 139.18 1.46 26.86 25.43 1.49 1.0e+20 -1030 1993 12 10 0.67 11.90 35.57 1.0e+20 1.32 5.81 6.64 1.0e+20 5.72 5.82 1.69 242.70 7.72 31.44 1.41 1675.50 109.18 812.50 2.55 3.12 1.90 7.37 0.55 173.50 8.35 3.36 1.59 49.29 138.90 1.45 26.84 25.40 1.49 1.0e+20 -1031 1993 12 13 0.67 11.98 35.71 1.0e+20 1.32 5.81 6.68 1.0e+20 5.76 5.83 1.70 244.64 7.72 31.44 1.41 1688.50 108.98 812.40 2.54 3.11 1.91 7.40 0.55 174.85 8.41 3.37 1.59 49.25 139.83 1.46 26.83 25.39 1.49 1.0e+20 -1032 1993 12 14 0.67 12.04 35.86 1.0e+20 1.33 5.81 6.71 1.0e+20 5.82 5.86 1.71 245.59 7.72 31.44 1.41 1692.00 109.38 813.10 2.54 3.11 1.92 7.44 0.55 174.73 8.45 3.38 1.59 49.33 139.97 1.46 26.82 25.40 1.48 1.0e+20 -1033 1993 12 15 0.67 12.07 35.83 1.0e+20 1.33 5.82 6.73 1.0e+20 5.81 5.86 1.71 245.76 7.72 31.44 1.41 1693.00 109.66 814.00 2.54 3.11 1.92 7.45 0.55 174.96 8.44 3.38 1.59 49.33 140.81 1.46 26.77 25.45 1.48 1.0e+20 -1034 1993 12 16 0.67 12.02 35.69 1.0e+20 1.33 5.82 6.69 1.0e+20 5.80 5.83 1.70 244.99 7.72 31.44 1.41 1688.50 109.72 813.90 2.54 3.11 1.91 7.42 0.56 174.49 8.39 3.38 1.59 49.31 140.75 1.46 26.70 25.45 1.48 1.0e+20 -1035 1993 12 17 0.67 11.99 35.53 1.0e+20 1.33 5.82 6.68 1.0e+20 5.79 5.82 1.70 244.98 7.72 31.44 1.42 1685.00 110.10 813.60 2.55 3.11 1.91 7.40 0.56 174.04 8.39 3.38 1.59 49.32 140.21 1.45 26.62 25.44 1.49 1.0e+20 -1036 1993 12 20 0.67 12.04 35.56 1.0e+20 1.34 5.82 6.71 1.0e+20 5.78 5.84 1.71 246.16 7.72 31.44 1.41 1678.25 110.55 813.60 2.55 3.11 1.91 7.42 0.56 175.10 8.42 3.39 1.59 49.33 140.46 1.46 26.69 25.46 1.48 1.0e+20 -1037 1993 12 21 0.67 12.01 35.46 1.0e+20 1.34 5.82 6.68 1.0e+20 5.75 5.81 1.70 245.59 7.72 31.44 1.42 1668.00 111.08 814.80 2.55 3.11 1.91 7.40 0.56 174.53 8.36 3.38 1.59 49.32 139.99 1.45 26.75 25.47 1.48 1.0e+20 -1038 1993 12 22 0.68 11.97 35.34 1.0e+20 1.33 5.82 6.65 1.0e+20 5.69 5.79 1.70 244.48 7.72 31.44 1.42 1662.75 110.57 814.90 2.55 3.12 1.90 7.38 0.56 173.86 8.26 3.39 1.59 49.33 139.67 1.43 26.75 25.49 1.49 1.0e+20 -1039 1993 12 23 0.67 11.91 35.17 1.0e+20 1.32 5.82 6.61 1.0e+20 5.66 5.76 1.69 243.85 7.72 31.44 1.43 1657.50 110.55 813.70 2.56 3.11 1.89 7.34 0.55 173.18 8.20 3.38 1.59 49.31 139.30 1.43 26.69 25.47 1.50 1.0e+20 -1040 1993 12 24 0.67 11.94 35.34 1.0e+20 1.32 5.82 6.63 1.0e+20 5.67 5.78 1.69 244.25 7.72 31.44 1.43 1667.75 110.95 811.50 2.57 3.11 1.89 7.36 0.55 173.99 8.21 3.37 1.59 49.30 139.50 1.43 26.65 25.47 1.50 1.0e+20 -1041 1993 12 27 0.67 11.95 35.22 1.0e+20 1.32 5.82 6.64 1.0e+20 5.72 5.79 1.70 244.24 7.72 31.44 1.42 1674.75 111.53 811.00 2.58 3.11 1.90 7.37 0.55 172.65 8.28 3.37 1.60 49.32 139.67 1.44 26.66 25.50 1.50 1.0e+20 -1042 1993 12 28 0.67 11.95 35.37 1.0e+20 1.32 5.82 6.64 1.0e+20 5.69 5.79 1.70 244.49 7.72 31.44 1.43 1681.00 111.35 811.30 2.60 3.11 1.90 7.38 0.55 173.60 8.23 3.37 1.59 49.30 140.05 1.43 26.65 25.50 1.50 1.0e+20 -1043 1993 12 29 0.67 12.08 35.72 1.0e+20 1.33 5.81 6.70 1.0e+20 5.75 5.84 1.71 246.90 7.72 31.44 1.42 1696.75 111.60 811.40 2.64 3.11 1.92 7.45 0.55 175.03 8.27 3.38 1.60 49.34 141.55 1.45 26.64 25.50 1.49 1.0e+20 -1044 1993 12 30 0.67 12.20 36.11 1.0e+20 1.32 5.81 6.77 1.0e+20 5.79 5.89 1.73 249.73 7.72 31.44 1.40 1710.75 112.00 811.60 2.69 3.11 1.94 7.51 0.55 176.70 8.32 3.40 1.60 49.35 142.70 1.48 26.67 25.57 1.47 1.0e+20 -1045 1993 12 31 0.67 12.23 36.24 1.0e+20 1.32 5.81 6.79 1.0e+20 5.81 5.91 1.73 249.99 7.72 31.44 1.40 1717.50 111.70 811.30 2.69 1.0e+20 1.94 7.53 0.55 176.97 8.34 3.40 1.60 49.30 143.15 1.48 26.62 25.58 1.47 1.0e+20 -1046 1994 1 3 0.68 12.25 36.32 1.0e+20 1.31 8.72 6.80 1.0e+20 5.82 5.92 1.74 250.13 7.72 31.44 1.40 1706.75 112.50 810.40 2.67 3.11 1.94 7.54 0.56 176.70 8.38 3.40 1.61 49.38 143.42 1.49 26.62 25.58 1.47 1.0e+20 -1047 1994 1 4 0.68 12.21 36.12 1.0e+20 1.31 8.72 6.77 1.0e+20 5.77 5.90 1.73 249.86 7.72 31.44 1.41 1697.75 112.75 811.30 2.63 3.12 1.94 7.51 0.56 176.72 8.24 3.40 1.61 49.53 143.62 1.48 1.0e+20 25.59 1.48 1.0e+20 -1048 1994 1 5 0.68 12.23 36.11 1.0e+20 1.31 8.72 6.76 1.0e+20 5.77 5.90 1.74 250.49 7.72 31.44 1.42 1696.25 113.10 812.20 2.62 3.11 1.94 7.50 0.56 176.76 8.21 3.40 1.60 49.52 144.82 1.48 26.57 25.58 1.48 1.0e+20 -1049 1994 1 6 0.68 12.24 36.12 1.0e+20 1.32 8.72 6.77 1.0e+20 5.77 5.92 1.74 250.63 7.72 31.44 1.42 1692.50 112.75 814.50 2.63 3.11 1.94 7.50 0.55 176.83 8.21 3.40 1.59 49.45 145.47 1.48 26.56 25.57 1.48 1.0e+20 -1050 1994 1 7 0.68 12.21 35.99 1.0e+20 1.32 8.71 6.73 1.0e+20 5.75 5.89 1.73 248.89 7.72 31.44 1.43 1692.25 111.97 816.20 2.62 3.11 1.93 7.47 0.55 176.25 8.15 3.39 1.59 49.59 144.60 1.47 26.59 25.57 1.49 1.0e+20 -1051 1994 1 10 0.68 12.20 36.21 1.0e+20 1.31 8.72 6.73 1.0e+20 5.76 5.91 1.73 249.77 7.72 31.44 1.43 1704.00 112.38 816.60 2.66 3.12 1.94 7.49 0.55 176.77 8.16 3.40 1.59 49.47 144.79 1.47 26.47 25.56 1.49 1.0e+20 -1052 1994 1 11 0.69 12.22 36.26 1.0e+20 1.32 8.72 6.75 1.0e+20 5.74 5.91 1.73 250.08 7.72 31.44 1.43 1701.50 112.35 815.20 2.74 3.11 1.94 7.51 0.55 176.78 8.19 3.40 1.60 49.32 144.43 1.47 26.52 25.58 1.49 1.0e+20 -1053 1994 1 12 0.69 12.19 36.19 1.0e+20 1.32 8.72 6.72 1.0e+20 5.72 5.89 1.73 249.52 7.72 31.44 1.43 1690.50 112.40 814.90 2.73 3.11 1.94 7.49 0.55 175.71 8.15 3.40 1.60 49.44 143.54 1.46 26.55 25.58 1.50 1.0e+20 -1054 1994 1 13 0.69 12.30 36.50 1.0e+20 1.32 8.72 6.78 1.0e+20 5.73 5.94 1.75 251.88 7.72 31.44 1.43 1702.25 111.92 814.50 2.73 3.11 1.96 7.54 0.55 176.57 8.17 3.41 1.61 49.42 144.20 1.47 26.51 25.60 1.49 1.0e+20 -1055 1994 1 14 0.69 12.30 36.53 1.0e+20 1.32 8.72 6.78 1.0e+20 5.71 5.94 1.75 251.30 7.72 31.44 1.42 1706.00 111.24 814.20 2.73 3.11 1.96 7.54 0.55 176.38 8.19 3.41 1.60 49.47 144.34 1.48 26.49 25.58 1.49 1.0e+20 -1056 1994 1 17 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1057 1994 1 18 0.69 12.27 36.35 1.0e+20 1.31 8.72 6.77 1.0e+20 5.69 5.93 1.74 250.36 7.72 31.44 1.43 1700.50 110.75 815.50 2.73 3.11 1.95 7.50 0.56 175.33 8.09 3.41 1.60 49.54 142.50 1.46 26.42 25.57 1.49 1.0e+20 -1058 1994 1 19 0.70 12.25 36.40 1.0e+20 1.31 8.72 6.78 1.0e+20 5.69 5.93 1.74 250.22 7.72 31.44 1.42 1700.00 110.85 815.20 2.73 3.11 1.95 7.51 0.56 176.00 8.13 3.41 1.61 49.53 142.66 1.46 26.44 25.52 1.49 1.0e+20 -1059 1994 1 20 0.70 12.21 36.24 1.0e+20 1.31 8.72 6.76 1.0e+20 5.66 5.91 1.73 248.87 7.72 31.44 1.43 1695.75 111.60 813.80 2.74 3.11 1.94 7.47 0.56 175.45 8.09 3.41 1.60 49.55 142.32 1.45 26.45 25.53 1.50 1.0e+20 -1060 1994 1 21 0.70 12.28 36.37 1.0e+20 1.31 8.72 6.78 1.0e+20 5.67 5.93 1.74 250.80 7.72 31.44 1.43 1701.25 111.25 813.70 2.74 3.11 1.96 7.52 0.56 176.41 8.07 3.41 1.60 49.52 142.88 1.46 26.43 25.52 1.49 1.0e+20 -1061 1994 1 24 0.70 12.30 36.40 1.0e+20 1.31 8.72 6.79 1.0e+20 5.67 5.94 1.75 250.93 7.72 31.44 1.42 1705.00 111.80 813.40 2.76 3.11 1.96 7.51 0.56 176.18 8.08 3.42 1.60 49.40 142.92 1.46 26.47 25.53 1.49 1.0e+20 -1062 1994 1 25 0.70 12.33 36.26 1.0e+20 1.31 8.73 6.80 1.0e+20 5.64 5.94 1.75 251.36 7.72 31.44 1.43 1700.75 111.15 812.20 2.76 3.11 1.96 7.52 0.56 175.78 8.02 3.42 1.60 49.40 141.23 1.47 26.46 25.54 1.49 1.0e+20 -1063 1994 1 26 0.70 12.28 36.14 1.0e+20 1.31 8.72 6.78 1.0e+20 5.62 5.93 1.74 250.89 7.72 31.44 1.43 1701.50 110.28 812.30 2.75 3.11 1.95 7.50 0.56 175.39 7.97 3.42 1.59 49.43 141.64 1.47 26.46 25.49 1.49 1.0e+20 -1064 1994 1 27 0.70 12.26 36.02 1.0e+20 1.31 8.72 6.77 1.0e+20 5.61 5.92 1.74 250.68 7.72 31.44 1.43 1702.75 109.62 811.90 2.75 3.11 1.95 7.50 0.56 175.10 7.97 3.42 1.59 49.37 140.82 1.47 26.43 25.47 1.49 1.0e+20 -1065 1994 1 28 0.70 12.19 35.77 1.0e+20 1.32 8.72 6.73 1.0e+20 5.58 5.89 1.73 249.06 7.72 31.44 1.44 1696.25 109.45 811.60 2.76 3.11 1.94 7.45 0.56 174.82 7.93 3.42 1.59 49.43 140.25 1.46 26.45 25.44 1.49 1.0e+20 -1066 1994 1 31 0.70 12.23 35.82 1.0e+20 1.32 8.72 6.75 1.0e+20 5.54 5.90 1.73 250.16 7.72 31.44 1.44 1695.50 108.72 811.30 2.77 3.11 1.94 7.46 0.56 174.91 7.90 3.42 1.59 49.43 140.38 1.46 26.42 25.45 1.50 1.0e+20 -1067 1994 2 1 0.71 12.16 35.69 1.0e+20 1.33 8.72 6.71 1.0e+20 5.50 5.87 1.73 248.94 7.72 31.44 1.44 1688.75 108.05 812.00 2.77 3.11 1.94 7.43 0.57 174.07 7.87 3.41 1.58 49.15 140.05 1.45 26.43 25.40 1.50 1.0e+20 -1068 1994 2 2 0.71 12.17 35.83 1.0e+20 1.32 8.72 6.73 1.0e+20 5.54 5.88 1.73 249.40 7.72 31.44 1.43 1689.75 108.03 811.10 2.77 3.11 1.94 7.45 0.57 174.63 7.92 3.42 1.58 49.07 140.78 1.45 26.43 25.39 1.49 1.0e+20 -1069 1994 2 3 0.71 12.21 35.89 1.0e+20 1.32 8.72 6.74 1.0e+20 5.55 5.89 1.73 250.18 7.72 31.44 1.43 1690.50 108.18 810.90 2.76 3.11 1.94 7.46 0.57 174.62 7.89 3.42 1.58 49.18 141.10 1.45 1.0e+20 25.41 1.49 1.0e+20 -1070 1994 2 4 0.71 12.29 36.12 1.0e+20 1.33 8.72 6.80 1.0e+20 5.59 5.93 1.75 252.08 7.72 31.44 1.42 1694.25 108.98 810.80 2.76 3.11 1.96 7.51 0.57 175.99 7.91 3.42 1.59 49.17 141.58 1.45 1.0e+20 25.44 1.47 1.0e+20 -1071 1994 2 7 0.71 12.38 36.34 1.0e+20 1.34 8.72 6.83 1.0e+20 5.65 5.97 1.76 253.01 7.73 31.44 1.41 1697.75 108.56 809.40 2.76 3.11 1.97 7.54 0.57 176.54 7.98 3.43 1.59 49.16 142.30 1.47 26.39 25.45 1.48 1.0e+20 -1072 1994 2 8 0.71 12.40 36.34 1.0e+20 1.34 8.72 6.85 1.0e+20 5.67 5.97 1.76 253.34 7.74 31.44 1.41 1700.75 108.66 811.90 2.76 3.11 1.97 7.56 0.57 176.99 8.03 3.43 1.58 49.18 142.57 1.48 1.0e+20 25.45 1.47 1.0e+20 -1073 1994 2 9 0.71 12.37 36.22 1.0e+20 1.34 8.72 6.84 1.0e+20 5.66 5.96 1.75 252.67 7.75 31.44 1.40 1688.75 107.89 811.90 2.76 3.11 1.96 7.56 0.57 176.55 8.02 3.43 1.58 49.20 142.46 1.47 1.0e+20 25.43 1.46 1.0e+20 -1074 1994 2 10 0.71 12.32 36.14 1.0e+20 1.34 8.72 6.84 1.0e+20 5.69 5.95 1.75 252.31 7.75 31.44 1.40 1690.75 108.45 811.90 2.76 3.11 1.96 7.57 0.57 176.50 8.08 3.44 1.58 49.25 142.40 1.47 1.0e+20 25.48 1.46 1.0e+20 -1075 1994 2 11 0.71 12.32 36.15 1.0e+20 1.34 8.72 6.83 1.0e+20 5.67 5.95 1.75 253.05 7.75 31.44 1.40 1689.75 107.67 811.90 2.76 3.11 1.96 7.57 0.57 176.55 8.08 3.45 1.58 49.20 142.50 1.47 1.0e+20 25.47 1.46 1.0e+20 -1076 1994 2 14 0.71 12.25 35.89 1.0e+20 1.35 8.72 6.80 1.0e+20 5.63 5.92 1.74 251.90 7.74 31.44 1.40 1683.00 104.08 814.20 2.75 3.11 1.95 7.53 0.57 175.65 8.06 3.44 1.58 49.05 141.80 1.47 26.40 25.34 1.47 1.0e+20 -1077 1994 2 15 0.70 12.14 35.59 1.0e+20 1.35 8.72 6.76 1.0e+20 5.60 5.88 1.72 249.65 7.73 31.44 1.41 1677.00 103.95 815.60 2.78 3.11 1.93 7.46 0.57 174.20 8.03 3.44 1.59 49.07 141.20 1.45 26.35 25.32 1.47 1.0e+20 -1078 1994 2 16 0.71 12.12 35.52 1.0e+20 1.35 8.72 6.75 1.0e+20 5.59 5.87 1.72 249.60 7.73 31.44 1.41 1680.75 103.80 814.00 2.79 3.11 1.93 7.45 0.57 174.37 8.04 3.44 1.59 49.11 141.10 1.45 26.39 25.30 1.47 1.0e+20 -1079 1994 2 17 0.71 12.16 35.64 1.0e+20 1.34 8.72 6.74 1.0e+20 5.56 5.87 1.73 250.70 7.73 31.44 1.41 1678.50 104.20 814.20 2.78 3.11 1.94 7.47 0.57 174.87 7.99 3.45 1.59 49.00 141.10 1.45 26.39 25.31 1.47 1.0e+20 -1080 1994 2 18 0.71 12.08 35.40 1.0e+20 1.33 8.72 6.72 1.0e+20 5.54 5.84 1.71 249.04 7.73 31.37 1.42 1668.50 104.15 813.70 2.78 3.11 1.92 7.43 0.57 174.48 7.92 3.45 1.58 49.10 140.32 1.45 26.40 25.33 1.47 1.0e+20 -1081 1994 2 21 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1082 1994 2 22 0.71 12.13 35.52 1.0e+20 1.34 8.72 6.73 1.0e+20 5.53 5.86 1.72 249.29 7.72 31.44 1.41 1678.00 105.27 812.60 2.77 3.11 1.93 7.46 0.57 174.84 7.92 3.47 1.58 49.08 140.43 1.44 26.47 25.35 1.47 1.0e+20 -1083 1994 2 23 0.72 12.16 35.61 1.0e+20 1.34 8.71 6.75 1.0e+20 5.55 5.87 1.72 250.15 7.72 31.44 1.41 1683.50 105.80 812.50 2.74 3.12 1.94 7.47 0.57 175.40 7.95 3.53 1.58 49.11 140.68 1.45 26.54 25.35 1.47 1.0e+20 -1084 1994 2 24 0.72 12.10 35.44 1.0e+20 1.34 8.72 6.72 1.0e+20 5.56 5.84 1.72 249.15 7.73 31.75 1.42 1684.00 105.15 811.50 2.73 3.21 1.93 7.49 0.57 174.25 7.97 3.49 1.58 49.05 139.72 1.43 26.49 25.36 1.48 1.0e+20 -1085 1994 2 25 0.72 12.01 35.19 1.0e+20 1.35 8.71 6.68 1.0e+20 5.56 5.80 1.70 247.77 7.73 31.44 1.42 1687.25 104.63 811.30 2.72 3.21 1.91 7.41 0.57 174.04 8.02 3.47 1.58 49.06 139.43 1.42 26.50 25.32 1.48 1.0e+20 -1086 1994 2 28 0.71 11.98 35.07 1.0e+20 1.35 8.72 6.67 1.0e+20 5.54 5.78 1.70 246.89 7.72 31.37 1.43 1681.75 104.22 811.20 2.72 3.20 1.91 7.38 0.57 173.33 7.97 3.47 1.58 48.95 138.97 1.42 26.48 25.31 1.48 1.0e+20 -1087 1994 3 1 0.71 12.04 35.25 1.0e+20 1.34 8.72 6.70 1.0e+20 5.56 5.83 1.71 248.35 7.72 31.72 1.42 1693.25 104.80 811.20 2.72 3.18 1.92 7.43 0.57 174.76 8.04 3.46 1.58 48.95 139.98 1.44 26.49 25.35 1.48 1.0e+20 -1088 1994 3 2 0.70 11.98 35.09 1.0e+20 1.35 8.72 6.67 1.0e+20 5.57 5.80 1.70 247.08 7.72 31.40 1.43 1684.75 103.70 811.80 2.71 3.26 1.91 7.39 0.57 174.60 8.02 3.46 1.57 48.90 139.79 1.42 26.47 25.28 1.49 1.0e+20 -1089 1994 3 3 0.70 12.01 35.19 1.0e+20 1.35 8.72 6.67 1.0e+20 5.54 5.80 1.70 248.53 7.72 31.44 1.43 1680.75 103.73 810.30 2.72 3.25 1.91 7.39 0.56 174.66 7.98 3.46 1.58 48.90 139.92 1.43 26.45 25.32 1.49 1.0e+20 -1090 1994 3 4 0.71 12.08 35.36 1.0e+20 1.35 8.72 6.71 1.0e+20 5.55 5.84 1.71 249.37 7.72 31.40 1.42 1688.00 105.60 810.60 2.72 3.25 1.92 7.44 0.57 175.73 8.02 3.48 1.58 48.98 140.78 1.44 26.42 25.33 1.48 1.0e+20 -1091 1994 3 7 0.71 12.08 35.37 1.0e+20 1.35 8.72 6.70 1.0e+20 5.54 5.83 1.71 248.39 7.72 31.38 1.42 1689.25 105.73 810.20 2.72 3.25 1.92 7.43 0.57 175.76 8.00 3.48 1.58 48.90 140.72 1.43 26.39 25.32 1.49 1.0e+20 -1092 1994 3 8 0.71 12.08 35.35 1.0e+20 1.35 8.72 6.70 1.0e+20 5.56 5.83 1.71 248.94 7.72 31.44 1.43 1690.75 105.30 809.50 2.72 3.26 1.92 7.43 0.57 176.40 8.01 3.48 1.58 48.90 141.46 1.43 26.44 25.31 1.48 1.0e+20 -1093 1994 3 9 0.71 12.00 35.24 1.0e+20 1.35 8.72 6.68 1.0e+20 5.57 5.80 1.70 247.98 7.72 31.44 1.42 1690.50 105.88 812.00 2.72 3.31 1.92 7.41 0.57 175.97 8.01 3.47 1.58 48.80 140.97 1.43 26.39 25.32 1.49 1.0e+20 -1094 1994 3 10 0.70 11.87 34.82 1.0e+20 1.35 8.72 6.59 1.0e+20 5.53 5.75 1.68 245.32 7.72 31.37 1.43 1673.50 105.70 811.80 2.72 3.29 1.89 7.32 0.57 174.42 7.91 3.44 1.58 49.04 139.08 1.42 26.41 25.31 1.50 1.0e+20 -1095 1994 3 11 0.71 11.79 34.56 1.0e+20 1.36 8.72 6.55 1.0e+20 5.49 5.70 1.67 244.27 7.72 31.44 1.44 1661.25 105.05 810.80 2.72 3.30 1.88 7.28 0.57 173.08 7.83 3.43 1.58 48.95 138.04 1.41 26.37 25.28 1.50 1.0e+20 -1096 1994 3 14 0.71 11.89 34.83 1.0e+20 1.36 8.72 6.59 1.0e+20 5.50 5.74 1.69 246.40 7.72 31.44 1.43 1671.00 106.00 809.60 2.72 3.29 1.90 7.32 0.57 173.62 7.87 3.45 1.58 48.85 138.68 1.43 26.39 25.31 1.49 1.0e+20 -1097 1994 3 15 0.71 11.93 34.91 1.0e+20 1.36 8.72 6.61 1.0e+20 5.54 5.76 1.69 246.45 7.72 31.37 1.43 1670.50 105.97 810.20 2.73 3.31 1.90 7.33 0.57 174.05 7.87 3.45 1.58 48.87 139.03 1.43 26.40 25.32 1.49 1.0e+20 -1098 1994 3 16 0.71 11.88 34.79 1.0e+20 1.36 8.72 6.60 1.0e+20 5.52 5.74 1.68 245.99 7.72 31.37 1.43 1667.50 105.85 810.40 2.72 3.31 1.89 7.31 0.57 173.83 7.85 3.45 1.58 49.04 138.60 1.43 26.42 25.31 1.49 1.0e+20 -1099 1994 3 17 0.71 11.84 34.72 1.0e+20 1.36 8.72 6.60 1.0e+20 5.51 5.73 1.68 245.60 7.72 31.37 1.43 1666.25 105.82 809.70 2.71 3.30 1.89 7.31 0.57 173.55 7.83 3.43 1.58 48.96 138.47 1.43 26.41 25.30 1.49 1.0e+20 -1100 1994 3 18 0.71 11.89 34.84 1.0e+20 1.36 8.72 6.62 1.0e+20 5.53 5.76 1.69 246.84 7.72 31.43 1.43 1673.00 106.05 809.50 2.72 3.33 1.90 7.33 0.57 173.86 7.85 3.45 1.58 48.95 138.80 1.43 26.38 25.32 1.49 1.0e+20 -1101 1994 3 21 0.70 11.95 34.99 1.0e+20 1.36 8.72 6.66 1.0e+20 5.58 5.79 1.69 247.94 7.72 31.38 1.42 1677.00 106.25 810.00 2.72 3.33 1.90 7.36 0.56 174.50 7.89 3.45 1.58 48.95 139.04 1.43 26.40 25.30 1.48 1.0e+20 -1102 1994 3 22 0.70 11.86 35.00 1.0e+20 1.36 8.71 6.64 1.0e+20 5.55 5.76 1.68 246.64 7.72 31.40 1.43 1669.25 106.00 810.40 2.72 3.33 1.89 7.33 0.56 174.00 7.87 3.45 1.58 49.05 138.43 1.42 26.42 25.29 1.48 1.0e+20 -1103 1994 3 23 0.71 11.86 34.79 1.0e+20 1.36 8.72 6.62 1.0e+20 5.59 5.76 1.68 246.89 7.72 31.42 1.43 1667.00 106.40 810.70 2.72 3.34 1.89 7.32 0.57 173.54 7.87 3.45 1.58 49.05 138.14 1.42 26.41 25.97 1.49 1.0e+20 -1104 1994 3 24 0.70 11.73 34.46 1.0e+20 1.37 8.72 6.57 1.0e+20 5.54 5.71 1.66 244.25 7.72 31.42 1.43 1659.25 105.52 811.20 2.72 1.0e+20 1.87 7.26 0.56 172.19 7.86 3.44 1.58 49.02 137.17 1.41 26.45 25.27 1.49 1.0e+20 -1105 1994 3 25 0.71 11.73 34.38 1.0e+20 1.37 8.72 6.57 1.0e+20 5.57 5.71 1.66 243.85 7.72 31.37 1.44 1649.25 104.85 811.20 2.71 3.36 1.87 7.26 0.56 172.45 7.90 3.44 1.57 48.97 137.30 1.41 26.42 25.25 1.49 1.0e+20 -1106 1994 3 28 0.71 11.76 34.47 1.0e+20 1.37 8.72 6.58 1.0e+20 5.55 5.71 1.67 245.80 7.72 31.37 1.44 1632.50 104.12 812.20 2.68 3.36 1.88 7.27 0.56 173.10 7.89 3.44 1.57 48.88 137.35 1.42 26.41 25.27 1.49 1.0e+20 -1107 1994 3 29 0.70 11.78 34.52 1.0e+20 1.37 8.72 6.60 1.0e+20 5.54 5.73 1.67 246.77 7.72 31.37 1.43 1640.25 103.45 812.00 2.68 3.35 1.88 7.29 0.56 173.75 7.91 3.45 1.56 48.85 137.50 1.42 26.41 25.23 1.48 1.0e+20 -1108 1994 3 30 0.69 11.77 34.51 1.0e+20 1.37 8.72 6.59 1.0e+20 5.50 5.72 1.67 246.89 7.72 31.42 1.43 1631.00 103.07 810.80 2.68 3.36 1.88 7.30 0.55 172.97 7.87 3.48 1.56 48.84 136.85 1.41 26.37 25.24 1.48 1.0e+20 -1109 1994 3 31 0.70 11.74 34.38 1.0e+20 1.38 8.72 6.56 1.0e+20 5.46 5.70 1.66 245.90 7.72 31.37 1.43 1606.75 102.40 809.70 2.68 3.37 1.87 7.25 0.56 171.32 7.82 3.47 1.56 48.80 135.92 1.40 26.33 25.25 1.48 1.0e+20 -1110 1994 4 1 0.70 11.93 34.93 1.0e+20 1.38 1.0e+20 6.65 1.0e+20 5.49 5.78 1.69 249.82 7.72 31.42 1.41 1626.00 103.75 810.40 2.67 1.0e+20 1.90 7.36 0.56 173.79 7.91 3.49 1.57 48.78 137.86 1.42 26.36 25.25 1.47 1.0e+20 -1111 1994 4 4 0.70 11.95 34.99 1.0e+20 1.39 1.0e+20 6.67 1.0e+20 5.51 5.79 1.69 249.50 7.72 31.42 1.41 1632.25 103.30 811.10 2.67 3.36 1.90 7.38 0.56 173.79 7.92 3.48 1.57 48.85 138.03 1.42 26.39 25.26 1.46 1.0e+20 -1112 1994 4 5 0.70 12.03 35.25 1.0e+20 1.38 8.72 6.71 1.0e+20 5.55 5.84 1.71 251.60 7.72 31.37 1.40 1647.50 103.85 811.10 2.69 3.36 1.91 7.42 0.56 174.70 7.99 3.52 1.57 48.95 138.53 1.44 26.39 25.30 1.46 1.0e+20 -1113 1994 4 6 0.70 12.06 35.35 1.0e+20 1.38 8.72 6.72 1.0e+20 5.54 5.86 1.71 251.32 7.72 31.37 1.41 1656.50 104.45 813.00 2.69 3.36 1.92 7.43 0.56 173.70 7.95 3.53 1.57 49.00 138.73 1.44 26.34 25.33 1.46 1.0e+20 -1114 1994 4 7 0.71 12.08 35.42 1.0e+20 1.38 8.72 6.73 1.0e+20 5.53 5.88 1.71 252.25 7.72 31.37 1.41 1638.50 104.85 812.50 2.68 3.36 1.92 7.43 0.56 174.27 7.91 3.55 1.57 48.95 138.90 1.45 26.37 25.34 1.46 1.0e+20 -1115 1994 4 8 0.72 12.03 35.28 1.0e+20 1.38 8.72 6.70 1.0e+20 5.52 5.86 1.71 251.00 7.72 31.37 1.42 1630.25 105.02 812.40 2.68 3.36 1.92 7.41 0.57 173.82 7.89 3.56 1.56 49.00 138.48 1.44 26.38 25.34 1.47 1.0e+20 -1116 1994 4 11 0.72 12.03 35.21 1.0e+20 1.38 8.72 6.75 1.0e+20 5.52 5.86 1.71 251.34 7.72 31.42 1.42 1626.00 103.45 814.30 2.68 3.37 1.92 7.41 0.57 174.19 7.88 3.59 1.56 48.95 138.47 1.44 26.38 25.26 1.47 1.0e+20 -1117 1994 4 12 0.72 12.09 35.39 1.0e+20 1.37 8.72 6.72 1.0e+20 5.52 5.87 1.71 252.18 7.72 31.42 1.42 1638.00 103.62 813.50 2.69 3.37 1.93 7.44 0.56 174.92 7.91 3.61 1.56 49.00 138.90 1.44 26.39 25.27 1.47 1.0e+20 -1118 1994 4 13 0.72 12.04 35.23 1.0e+20 1.37 8.72 6.70 1.0e+20 5.53 5.85 1.71 248.91 7.72 31.42 1.42 1631.25 103.57 813.50 2.69 3.37 1.92 7.42 0.56 174.62 7.92 3.60 1.56 49.00 138.81 1.44 26.38 25.27 1.47 1.0e+20 -1119 1994 4 14 0.72 12.03 35.19 1.0e+20 1.37 8.72 6.69 1.0e+20 5.51 5.84 1.70 250.32 7.72 31.42 1.43 1633.00 104.15 812.60 2.68 3.37 1.91 7.41 0.56 174.54 7.92 3.62 1.56 48.95 138.91 1.44 26.37 25.27 1.47 1.0e+20 -1120 1994 4 15 0.72 12.03 35.24 1.0e+20 1.38 8.73 6.70 1.0e+20 5.52 5.85 1.71 250.63 7.72 31.37 1.43 1637.75 103.60 812.40 2.68 3.36 1.92 7.42 0.56 175.30 7.91 3.64 1.56 49.00 139.65 1.45 26.38 25.28 1.47 1.0e+20 -1121 1994 4 18 0.71 12.09 35.37 1.0e+20 1.38 8.71 6.73 1.0e+20 5.52 5.88 1.71 251.80 7.72 31.37 1.42 1640.00 103.40 812.00 2.69 3.37 1.93 7.45 0.56 175.00 7.92 3.66 1.55 48.98 140.48 1.45 26.39 25.28 1.47 1.0e+20 -1122 1994 4 19 0.71 11.96 35.03 1.0e+20 1.38 8.71 6.67 1.0e+20 5.51 5.83 1.70 249.30 7.72 31.37 1.43 1630.00 103.23 812.20 2.68 3.37 1.91 7.38 0.56 173.80 7.93 3.55 1.55 48.90 139.28 1.44 26.40 25.25 1.47 1.0e+20 -1123 1994 4 20 0.71 11.93 34.92 1.0e+20 1.38 8.71 6.64 1.0e+20 5.50 5.81 1.69 248.46 7.72 31.42 1.43 1624.75 103.30 811.60 2.68 3.37 1.90 7.36 0.56 173.45 7.91 3.60 1.55 49.03 138.79 1.44 26.39 25.24 1.48 1.0e+20 -1124 1994 4 21 0.71 11.88 34.79 1.0e+20 1.38 8.71 6.63 1.0e+20 5.49 5.79 1.69 247.55 7.72 31.37 1.44 1620.50 103.65 810.60 2.69 3.37 1.89 7.33 0.56 172.78 7.88 3.59 1.56 48.85 137.60 1.43 26.39 25.24 1.49 1.0e+20 -1125 1994 4 22 0.71 11.91 34.86 1.0e+20 1.37 8.71 6.64 1.0e+20 5.49 5.80 1.69 248.30 7.72 31.37 1.44 1621.25 103.60 810.60 2.69 3.37 1.90 7.34 0.57 173.35 7.89 3.61 1.55 48.92 137.90 1.43 26.38 25.24 1.48 1.0e+20 -1126 1994 4 25 0.71 11.80 34.58 1.0e+20 1.38 8.74 6.59 1.0e+20 5.47 5.76 1.67 246.45 7.72 31.42 1.45 1608.75 103.26 810.40 2.69 3.36 1.88 7.29 0.57 172.20 7.85 3.61 1.55 48.99 136.86 1.43 26.41 25.23 1.49 1.0e+20 -1127 1994 4 26 0.72 11.80 34.58 1.0e+20 1.37 8.70 6.59 1.0e+20 5.45 5.76 1.67 246.30 7.72 31.37 1.45 1608.50 102.95 810.60 2.69 3.31 1.88 7.29 0.57 172.50 7.84 3.58 1.55 48.92 137.15 1.43 26.40 25.24 1.50 1.0e+20 -1128 1994 4 27 0.71 11.75 34.42 1.0e+20 1.37 8.72 6.57 1.0e+20 5.43 5.73 1.67 245.15 7.72 31.42 1.46 1607.25 102.35 810.40 2.69 3.27 1.87 7.25 0.57 171.71 7.78 3.58 1.55 48.85 136.55 1.42 26.40 25.24 1.50 1.0e+20 -1129 1994 4 28 0.71 11.73 34.33 1.0e+20 1.38 8.72 6.54 1.0e+20 5.43 5.71 1.66 244.62 7.72 31.37 1.46 1597.50 101.77 810.20 2.69 3.28 1.87 7.23 0.57 171.09 7.74 3.58 1.55 48.80 135.89 1.41 26.45 25.24 1.50 1.0e+20 -1130 1994 4 29 0.71 11.67 34.19 1.0e+20 1.38 8.72 6.51 1.0e+20 5.36 5.68 1.66 243.85 7.72 31.37 1.47 1592.00 102.05 810.50 2.67 3.28 1.86 7.19 0.57 170.75 7.65 3.52 1.55 48.75 135.25 1.41 26.42 25.24 1.51 1.0e+20 -1131 1994 5 2 0.71 11.58 33.91 1.0e+20 1.38 8.70 6.45 1.0e+20 5.33 5.63 1.64 241.55 7.72 31.38 1.48 1587.25 101.79 810.70 2.67 3.27 1.84 7.13 0.57 169.57 7.60 3.52 1.55 48.75 134.66 1.40 26.42 25.19 1.51 1.0e+20 -1132 1994 5 3 0.70 11.54 33.77 1.0e+20 1.38 8.69 6.42 1.0e+20 5.33 5.62 1.64 241.50 7.72 31.37 1.47 1583.50 101.20 811.10 2.67 3.31 1.84 7.11 0.57 169.20 7.59 3.55 1.55 48.77 134.38 1.39 26.46 25.18 1.51 1.0e+20 -1133 1994 5 4 0.71 11.67 34.16 1.0e+20 1.38 8.69 6.49 1.0e+20 5.40 5.68 1.65 244.50 7.72 31.37 1.45 1606.50 102.00 810.30 2.67 3.31 1.86 7.20 0.57 170.78 7.69 3.60 1.55 48.80 136.68 1.41 26.46 25.21 1.49 1.0e+20 -1134 1994 5 5 0.71 11.72 34.33 1.0e+20 1.38 8.68 6.52 1.0e+20 5.42 5.71 1.66 245.30 7.72 31.37 1.45 1607.50 102.70 810.30 2.65 1.0e+20 1.87 7.23 0.57 171.72 7.71 3.62 1.55 48.80 137.35 1.41 26.53 25.23 1.49 1.0e+20 -1135 1994 5 6 0.71 11.69 34.25 1.0e+20 1.38 8.68 6.51 1.0e+20 5.41 5.70 1.66 244.65 7.72 31.38 1.45 1596.25 102.72 809.20 2.64 3.32 1.86 7.21 0.57 170.79 7.69 3.57 1.55 48.85 136.99 1.41 26.55 25.20 1.49 1.0e+20 -1136 1994 5 9 0.71 11.63 34.06 1.0e+20 1.37 8.68 6.47 1.0e+20 5.39 5.66 1.65 244.06 7.72 31.37 1.46 1587.50 102.70 809.60 2.61 3.34 1.85 7.17 0.57 170.98 7.68 3.61 1.54 48.90 136.23 1.41 26.64 25.21 1.49 1.0e+20 -1137 1994 5 10 0.72 11.75 34.42 1.0e+20 1.37 8.68 6.54 1.0e+20 5.44 5.72 1.67 246.50 7.72 31.37 1.45 1598.00 104.00 811.50 2.61 3.34 1.87 7.24 0.58 172.85 7.75 3.61 1.55 48.89 137.60 1.43 26.77 25.23 1.49 1.0e+20 -1138 1994 5 11 0.72 11.75 34.42 1.0e+20 1.37 8.68 6.54 1.0e+20 5.44 5.73 1.67 246.70 7.72 31.37 1.45 1602.50 104.42 810.00 2.61 3.33 1.87 7.24 0.58 172.91 7.75 3.64 1.55 49.03 138.35 1.42 26.78 25.25 1.49 1.0e+20 -1139 1994 5 12 0.71 11.73 34.35 1.0e+20 1.38 8.71 6.52 1.0e+20 5.43 5.72 1.66 246.40 7.72 31.37 1.46 1596.00 104.23 809.40 2.61 3.33 1.87 7.23 0.58 172.07 7.74 3.64 1.55 48.95 137.64 1.42 26.88 25.25 1.49 1.0e+20 -1140 1994 5 13 0.72 11.74 34.39 1.0e+20 1.37 8.68 6.53 1.0e+20 5.45 5.72 1.67 247.55 7.72 31.37 1.46 1601.25 104.90 809.10 2.61 3.32 1.87 7.23 0.58 172.25 7.75 3.65 1.55 49.25 138.40 1.42 26.82 25.25 1.49 1.0e+20 -1141 1994 5 16 0.72 11.77 34.48 1.0e+20 1.37 8.68 6.54 1.0e+20 5.47 5.73 1.67 247.96 7.72 31.38 1.46 1610.00 104.80 809.20 2.61 3.33 1.87 7.25 0.58 172.66 7.79 3.66 1.55 49.25 138.79 1.42 26.81 25.23 1.50 1.0e+20 -1142 1994 5 17 0.72 11.71 34.30 1.0e+20 1.37 8.68 6.52 1.0e+20 5.44 5.70 1.66 246.75 7.72 31.37 1.47 1595.50 104.37 809.50 2.61 3.33 1.86 7.21 0.58 171.88 7.74 3.66 1.55 49.30 137.80 1.41 26.86 25.23 1.50 1.0e+20 -1143 1994 5 18 0.72 11.65 34.10 1.0e+20 1.37 8.68 6.48 1.0e+20 5.42 5.66 1.65 246.50 7.72 31.37 1.48 1586.50 103.55 809.50 2.60 3.33 1.85 7.17 0.58 171.00 7.69 3.67 1.54 49.40 136.98 1.40 26.86 25.22 1.50 1.0e+20 -1144 1994 5 19 0.72 11.63 34.07 1.0e+20 1.37 8.68 6.48 1.0e+20 5.42 5.67 1.65 245.96 7.72 31.42 1.48 1585.00 104.25 809.40 2.59 3.32 1.85 7.16 0.58 170.79 7.69 3.67 1.53 49.15 136.51 1.40 26.80 25.23 1.50 1.0e+20 -1145 1994 5 20 0.72 11.58 33.90 1.0e+20 1.37 8.68 6.44 1.0e+20 5.39 5.63 1.64 249.12 7.72 31.37 1.48 1583.00 103.97 809.60 2.59 3.31 1.84 7.13 0.58 170.45 7.67 3.67 1.53 49.12 136.12 1.40 26.88 25.19 1.50 1.0e+20 -1146 1994 5 23 0.73 11.57 33.87 1.0e+20 1.37 8.68 6.43 1.0e+20 5.39 5.62 1.64 244.75 7.72 31.37 1.48 1592.10 104.33 809.70 2.59 3.30 1.84 7.12 0.58 170.16 7.68 3.65 1.53 49.18 135.67 1.40 26.86 25.17 1.50 1.0e+20 -1147 1994 5 24 0.73 11.62 34.05 1.0e+20 1.37 8.68 6.47 1.0e+20 5.43 5.65 1.65 244.78 7.72 31.37 1.47 1594.49 104.90 809.30 2.59 3.29 1.85 7.15 0.58 170.99 7.74 3.67 1.53 49.15 136.11 1.41 26.98 25.18 1.50 1.0e+20 -1148 1994 5 25 0.73 11.56 33.87 1.0e+20 1.38 8.68 6.44 1.0e+20 5.43 5.62 1.64 243.69 7.72 31.37 1.48 1593.00 104.50 809.40 2.59 3.30 1.84 7.12 0.58 170.36 7.78 3.67 1.53 49.15 135.71 1.40 27.04 25.18 1.50 1.0e+20 -1149 1994 5 26 0.73 11.56 33.85 1.0e+20 1.38 8.68 6.43 1.0e+20 5.43 5.61 1.64 246.26 7.72 31.37 1.48 1596.00 104.45 809.70 2.58 3.32 1.84 7.11 0.58 170.94 7.74 3.65 1.53 49.18 135.67 1.40 27.09 25.20 1.51 1.0e+20 -1150 1994 5 27 0.73 11.56 33.86 1.0e+20 1.38 8.67 6.44 1.0e+20 5.41 5.61 1.64 246.66 7.72 31.37 1.48 1590.50 104.30 809.80 2.58 3.32 1.84 7.12 0.58 170.99 7.71 3.64 1.53 49.20 135.66 1.40 27.08 25.21 1.50 1.0e+20 -1151 1994 5 30 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1152 1994 5 31 0.73 11.56 33.85 1.0e+20 1.38 8.67 6.45 1.0e+20 5.45 5.62 1.64 242.42 7.72 31.37 1.47 1593.50 104.74 809.30 2.58 3.33 1.84 7.13 0.59 170.78 7.81 3.63 1.53 49.33 135.64 1.40 27.06 25.21 1.51 1.0e+20 -1153 1994 6 1 0.74 11.56 33.86 1.0e+20 1.38 8.67 6.46 1.0e+20 5.47 5.62 1.64 243.93 7.72 31.38 1.47 1595.50 104.70 809.30 2.57 3.33 1.84 7.13 0.59 171.20 7.87 3.64 1.53 49.33 135.75 1.40 27.08 25.22 1.51 1.0e+20 -1154 1994 6 2 0.73 11.62 34.03 1.0e+20 1.38 8.67 6.49 1.0e+20 5.47 5.64 1.65 246.89 7.72 31.37 1.47 1602.62 104.98 809.70 2.58 3.32 1.85 7.16 0.59 171.95 7.86 3.63 1.53 49.30 136.44 1.40 27.03 25.22 1.50 1.0e+20 -1155 1994 6 3 0.73 11.74 34.35 1.0e+20 1.38 8.70 6.54 1.0e+20 5.52 5.69 1.66 249.68 7.72 31.66 1.47 1622.00 105.38 809.60 2.59 3.33 1.87 7.22 0.59 173.08 7.89 3.62 1.53 49.30 137.47 1.41 27.07 25.24 1.50 1.0e+20 -1156 1994 6 6 0.73 11.73 34.34 1.0e+20 1.37 8.67 6.52 1.0e+20 5.52 5.68 1.66 248.52 7.72 31.37 1.47 1618.99 105.25 809.50 2.59 3.33 1.86 7.22 0.59 173.45 7.89 3.61 1.53 49.34 137.11 1.41 27.08 25.23 1.50 1.0e+20 -1157 1994 6 7 0.73 11.72 34.31 1.0e+20 1.37 8.70 6.52 1.0e+20 5.54 5.69 1.66 248.53 7.72 31.37 1.47 1616.19 104.90 809.50 2.59 3.36 1.86 7.22 0.59 172.53 7.93 3.62 1.53 49.35 136.46 1.41 27.09 25.25 1.50 1.0e+20 -1158 1994 6 8 0.73 11.75 34.42 1.0e+20 1.37 8.70 6.53 1.0e+20 5.53 5.68 1.67 249.71 7.73 31.37 1.46 1620.00 104.05 809.60 2.59 3.36 1.87 7.23 0.59 173.75 7.94 3.62 1.53 49.28 136.80 1.41 27.07 25.22 1.50 1.0e+20 -1159 1994 6 9 0.73 11.78 34.50 1.0e+20 1.37 8.70 6.53 1.0e+20 5.56 5.69 1.67 250.89 7.73 31.37 1.46 1621.25 104.45 809.50 2.59 3.36 1.87 7.25 0.58 174.25 7.95 3.61 1.53 49.35 136.94 1.41 27.09 25.21 1.50 1.0e+20 -1160 1994 6 10 0.73 11.71 34.31 1.0e+20 1.37 8.70 6.50 1.0e+20 5.53 5.66 1.66 250.38 7.73 31.37 1.47 1610.25 103.70 809.50 2.59 3.37 1.86 7.21 0.58 173.76 7.92 3.62 1.53 49.30 136.21 1.40 27.05 25.19 1.50 1.0e+20 -1161 1994 6 13 0.73 11.58 34.01 1.0e+20 1.38 8.67 6.46 1.0e+20 5.52 5.61 1.64 248.85 7.73 31.37 1.48 1600.00 103.00 809.50 2.59 3.37 1.85 7.16 0.58 172.35 7.90 3.61 1.53 49.23 135.72 1.38 27.05 25.16 1.52 1.0e+20 -1162 1994 6 14 0.72 11.56 33.84 1.0e+20 1.38 8.67 6.43 1.0e+20 5.51 5.60 1.64 245.93 7.73 31.37 1.48 1598.50 102.50 809.90 2.59 3.37 1.84 7.13 0.58 170.56 7.89 3.61 1.53 49.30 135.29 1.38 27.04 25.14 1.51 1.0e+20 -1163 1994 6 15 0.73 11.50 33.67 1.0e+20 1.38 8.67 6.40 1.0e+20 5.49 5.58 1.63 247.22 7.73 31.37 1.48 1593.25 102.78 810.20 2.59 3.37 1.83 7.10 0.58 169.67 7.86 3.62 1.53 49.20 134.64 1.37 27.04 25.14 1.51 1.0e+20 -1164 1994 6 16 0.73 11.48 33.61 1.0e+20 1.39 8.67 6.39 1.0e+20 5.49 5.57 1.63 246.98 7.73 31.37 1.48 1605.50 103.28 810.00 2.59 3.37 1.82 7.09 0.58 169.61 7.87 3.63 1.53 49.10 135.27 1.37 27.05 25.16 1.52 1.0e+20 -1165 1994 6 17 0.73 11.33 33.18 1.0e+20 1.39 8.67 6.31 1.0e+20 5.39 5.51 1.61 243.49 7.73 31.37 1.49 1586.75 102.75 809.50 2.59 3.37 1.80 7.00 0.59 167.43 7.76 3.65 1.53 49.20 133.69 1.35 27.05 25.14 1.53 1.0e+20 -1166 1994 6 20 0.73 11.26 32.97 1.0e+20 1.39 8.67 6.28 1.0e+20 5.35 5.46 1.60 241.74 7.72 31.37 1.51 1584.25 101.90 810.00 2.59 3.37 1.79 6.96 0.59 166.58 7.72 3.64 1.52 49.30 133.49 1.35 27.04 25.09 1.53 1.0e+20 -1167 1994 6 21 0.74 11.20 32.81 1.0e+20 1.38 8.67 6.25 1.0e+20 5.31 5.44 1.59 241.25 7.72 31.37 1.51 1572.25 101.78 811.70 2.59 3.38 1.78 6.92 0.59 165.08 7.67 3.65 1.52 49.20 132.83 1.34 27.04 25.05 1.54 1.0e+20 -1168 1994 6 22 0.73 11.29 33.08 1.0e+20 1.38 8.67 6.30 1.0e+20 5.34 5.49 1.60 243.10 7.72 31.37 1.50 1578.50 101.17 812.10 2.58 3.38 1.79 6.98 0.59 166.40 7.70 3.65 1.53 49.20 133.75 1.35 26.95 25.05 1.53 1.0e+20 -1169 1994 6 23 0.73 11.26 32.97 1.0e+20 1.38 8.67 6.28 1.0e+20 5.32 5.47 1.60 241.98 7.73 31.37 1.51 1573.00 101.10 810.20 2.58 3.39 1.79 6.96 0.59 165.62 7.69 3.61 1.52 49.25 132.58 1.34 26.98 25.07 1.54 1.0e+20 -1170 1994 6 24 0.72 11.15 32.68 1.0e+20 1.38 8.67 6.22 1.0e+20 5.27 5.44 1.58 239.52 7.72 31.37 1.52 1563.50 100.50 809.40 2.59 3.39 1.77 6.90 0.58 163.88 7.63 3.62 1.52 49.18 131.30 1.33 27.02 25.09 1.55 1.0e+20 -1171 1994 6 27 0.72 11.09 32.51 1.0e+20 1.38 8.67 6.19 1.0e+20 5.24 5.40 1.57 238.50 7.72 31.37 1.53 1557.00 100.05 809.60 2.59 3.40 1.77 6.87 0.58 162.42 7.59 3.61 1.52 49.10 130.09 1.32 26.91 25.02 1.54 1.0e+20 -1172 1994 6 28 0.72 11.12 32.58 1.0e+20 1.38 8.67 6.20 1.0e+20 5.27 5.42 1.58 238.80 7.72 31.37 1.53 1561.00 100.03 810.40 2.59 3.39 1.77 6.88 0.59 162.61 7.60 3.64 1.52 49.05 130.29 1.32 26.91 25.04 1.55 1.0e+20 -1173 1994 6 29 0.72 11.13 32.64 1.0e+20 1.38 8.67 6.21 1.0e+20 5.28 5.42 1.58 239.13 7.72 31.37 1.52 1571.50 98.82 809.60 2.60 3.39 1.77 6.90 0.59 162.87 7.64 3.64 1.52 49.16 130.10 1.33 26.86 25.03 1.54 1.0e+20 -1174 1994 6 30 0.73 11.14 32.63 1.0e+20 1.38 8.67 6.22 1.0e+20 5.28 5.43 1.58 240.00 7.73 31.37 1.52 1577.00 98.51 808.70 2.60 3.40 1.77 6.91 0.59 163.60 7.65 3.65 1.52 49.09 130.94 1.33 26.81 25.04 1.54 1.0e+20 -1175 1994 7 1 0.72 11.20 32.83 1.0e+20 1.38 8.70 6.25 1.0e+20 5.31 5.45 1.59 240.26 7.72 31.37 1.52 1583.75 98.51 808.30 2.60 3.40 1.78 6.95 0.59 163.82 7.82 3.65 1.52 49.05 131.34 1.33 26.82 25.04 1.53 1.0e+20 -1176 1994 7 4 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1177 1994 7 5 0.72 11.13 32.67 1.0e+20 1.38 8.66 6.21 1.0e+20 5.25 5.42 1.58 238.86 7.72 31.37 1.52 1573.50 98.87 809.50 2.60 3.40 1.77 6.93 0.59 162.99 7.83 3.66 1.52 49.05 130.86 1.32 26.76 25.01 1.54 1.0e+20 -1178 1994 7 6 0.72 11.03 32.46 1.0e+20 1.38 8.66 6.17 1.0e+20 5.20 5.39 1.56 236.55 7.72 31.38 1.53 1560.50 98.23 809.70 2.60 3.40 1.76 6.88 0.59 161.83 7.84 3.66 1.51 49.08 130.35 1.32 26.73 24.97 1.55 1.0e+20 -1179 1994 7 7 0.72 11.06 32.58 1.0e+20 1.38 8.66 6.18 1.0e+20 5.23 5.40 1.57 237.51 7.72 31.37 1.52 1566.50 98.86 808.90 2.59 3.41 1.76 6.90 0.59 162.17 7.83 3.67 1.52 49.04 130.50 1.32 26.77 25.00 1.54 1.0e+20 -1180 1994 7 8 0.72 11.01 32.38 1.0e+20 1.39 8.66 6.15 1.0e+20 5.19 5.38 1.56 236.77 7.72 31.37 1.53 1556.50 98.10 809.10 2.59 3.41 1.75 6.87 0.60 161.37 7.75 3.68 1.52 49.00 129.60 1.32 26.74 25.00 1.54 1.0e+20 -1181 1994 7 11 0.73 10.80 31.70 1.0e+20 1.39 8.66 6.04 1.0e+20 5.09 5.28 1.53 232.09 7.72 31.37 1.55 1528.25 97.37 808.80 2.59 3.41 1.72 6.74 0.60 158.21 7.62 3.65 1.51 48.98 126.61 1.29 26.74 24.95 1.56 1.0e+20 -1182 1994 7 12 0.73 10.70 31.37 1.0e+20 1.38 8.66 5.98 1.0e+20 5.05 5.22 1.52 230.02 7.72 31.37 1.55 1511.50 96.81 809.00 2.58 3.40 1.70 6.67 0.60 156.41 7.51 3.63 1.51 48.90 125.23 1.28 26.69 24.91 1.57 1.0e+20 -1183 1994 7 13 0.73 10.80 31.63 1.0e+20 1.38 8.66 6.03 1.0e+20 5.09 5.26 1.53 232.13 7.72 31.37 1.55 1526.00 97.90 809.30 2.58 3.41 1.72 6.73 0.60 157.81 7.58 3.65 1.51 48.85 126.51 1.29 26.63 24.94 1.56 1.0e+20 -1184 1994 7 14 0.73 10.89 31.92 1.0e+20 1.38 8.66 6.08 1.0e+20 5.15 5.30 1.54 234.50 7.72 31.37 1.54 1534.75 98.40 809.10 2.59 3.40 1.73 6.78 0.59 159.29 7.69 3.65 1.51 48.95 127.74 1.30 26.63 24.96 1.56 1.0e+20 -1185 1994 7 15 0.73 10.95 32.09 1.0e+20 1.37 8.66 6.11 1.0e+20 5.18 5.34 1.55 235.65 7.72 31.36 1.53 1546.50 98.10 809.60 2.59 3.40 1.74 6.81 0.59 160.21 7.76 3.66 1.51 49.00 128.70 1.31 26.57 24.96 1.55 1.0e+20 -1186 1994 7 18 0.73 10.87 31.86 1.0e+20 1.37 8.66 6.07 1.0e+20 5.13 5.30 1.54 233.90 7.72 31.37 1.53 1549.50 98.51 810.20 2.59 3.41 1.73 6.77 0.59 159.29 7.69 3.66 1.51 48.95 127.76 1.30 26.59 24.96 1.56 1.0e+20 -1187 1994 7 19 0.73 11.01 32.23 1.0e+20 1.38 8.66 6.14 1.0e+20 5.20 5.36 1.56 236.83 7.72 31.37 1.52 1564.75 99.20 810.50 2.59 3.40 1.75 6.84 0.59 161.14 7.73 3.67 1.51 49.05 129.14 1.32 26.59 24.98 1.55 1.0e+20 -1188 1994 7 20 0.73 10.99 32.19 1.0e+20 1.38 8.65 6.13 1.0e+20 5.19 5.35 1.56 236.20 7.72 31.37 1.53 1558.25 98.55 809.20 2.59 3.41 1.75 6.82 0.60 160.62 7.73 3.68 1.51 49.10 128.77 1.32 26.68 24.97 1.54 1.0e+20 -1189 1994 7 21 0.73 11.08 32.45 1.0e+20 1.37 8.65 6.18 1.0e+20 5.23 5.39 1.57 238.32 7.72 31.37 1.51 1570.50 98.55 808.50 2.59 3.40 1.76 6.87 0.60 161.90 7.77 3.67 1.51 48.99 129.86 1.33 26.65 24.97 1.53 1.0e+20 -1190 1994 7 22 0.73 11.20 32.81 1.0e+20 1.37 8.65 6.24 1.0e+20 5.28 5.44 1.59 240.82 7.72 31.45 1.50 1581.75 98.55 808.30 2.59 3.41 1.78 6.94 0.60 163.26 7.84 3.70 1.51 48.96 131.26 1.35 26.67 25.00 1.53 1.0e+20 -1191 1994 7 25 0.74 11.19 32.77 1.0e+20 1.37 8.64 6.24 1.0e+20 5.27 5.43 1.59 240.59 7.72 31.37 1.51 1579.75 98.95 807.10 2.59 3.40 1.78 6.93 0.60 163.03 7.80 3.69 1.50 48.95 131.08 1.35 26.55 24.99 1.53 1.0e+20 -1192 1994 7 26 0.74 11.16 32.66 1.0e+20 1.38 8.64 6.23 1.0e+20 5.23 5.41 1.58 239.94 7.72 31.37 1.50 1586.75 98.03 805.80 2.59 3.41 1.78 6.91 0.60 162.24 7.77 3.68 1.51 49.10 130.48 1.34 26.60 24.97 1.52 1.0e+20 -1193 1994 7 27 0.73 11.08 32.44 1.0e+20 1.37 8.64 6.19 1.0e+20 5.19 5.38 1.57 238.28 7.72 31.36 1.51 1585.50 98.18 805.80 2.59 3.41 1.76 6.87 0.60 161.14 7.74 3.66 1.50 49.05 129.63 1.33 26.59 24.96 1.53 1.0e+20 -1194 1994 7 28 0.73 11.13 32.58 1.0e+20 1.38 8.64 6.21 1.0e+20 5.22 5.40 1.58 239.45 7.72 31.37 1.51 1591.75 99.18 805.60 2.59 3.40 1.77 6.90 0.60 161.75 7.77 3.68 1.51 49.05 130.34 1.34 26.54 24.99 1.53 1.0e+20 -1195 1994 7 29 0.73 11.16 32.68 1.0e+20 1.38 8.63 6.24 1.0e+20 5.23 5.41 1.58 239.70 7.72 31.37 1.52 1590.00 100.05 805.50 2.59 3.41 1.78 6.92 0.60 161.13 7.78 3.67 1.51 49.10 130.51 1.34 26.58 25.01 1.54 1.0e+20 -1196 1994 8 1 0.73 11.10 32.49 1.0e+20 1.38 8.63 6.21 1.0e+20 5.20 5.39 1.57 238.58 7.72 31.37 1.52 1589.00 99.35 805.80 2.59 3.40 1.77 6.88 0.60 160.54 7.77 3.65 1.50 49.00 129.80 1.33 26.54 24.97 1.53 1.0e+20 -1197 1994 8 2 0.73 11.11 32.52 1.0e+20 1.38 8.63 6.21 1.0e+20 5.22 5.40 1.57 238.78 7.72 31.37 1.51 1583.75 100.37 806.00 2.58 3.39 1.77 6.89 0.60 160.87 7.73 3.65 1.50 49.20 130.16 1.33 26.60 25.03 1.53 1.0e+20 -1198 1994 8 3 0.73 11.12 32.56 1.0e+20 1.38 8.63 6.21 1.0e+20 5.21 5.40 1.58 240.38 7.72 31.37 1.51 1574.00 100.42 805.80 2.57 3.38 1.77 6.90 0.60 161.23 7.71 3.63 1.50 49.20 130.24 1.33 26.57 25.04 1.53 1.0e+20 -1199 1994 8 4 0.73 11.12 32.57 1.0e+20 1.38 8.62 6.22 1.0e+20 5.22 5.41 1.58 239.03 7.72 31.37 1.51 1580.50 100.20 805.90 2.56 3.38 1.77 6.91 0.60 161.12 7.73 3.62 1.50 49.10 130.14 1.33 26.57 25.03 1.53 1.0e+20 -1200 1994 8 5 0.74 11.13 32.55 1.0e+20 1.38 8.62 6.22 1.0e+20 5.21 5.41 1.58 238.77 7.72 31.37 1.52 1577.00 100.37 805.80 2.57 3.38 1.77 6.91 0.60 160.53 7.74 3.62 1.50 49.35 129.93 1.33 26.51 25.04 1.54 1.0e+20 -1201 1994 8 8 0.74 11.12 32.56 1.0e+20 1.38 8.62 6.21 1.0e+20 5.20 5.41 1.58 238.69 7.72 31.37 1.52 1577.25 101.33 805.90 2.58 3.39 1.77 6.90 0.60 160.61 7.73 3.61 1.50 49.25 129.99 1.33 26.48 25.06 1.54 1.0e+20 -1202 1994 8 9 0.74 11.13 32.60 1.0e+20 1.37 8.62 6.23 1.0e+20 5.21 5.41 1.58 239.11 7.72 31.37 1.52 1584.00 101.20 806.90 2.57 3.39 1.77 6.91 0.60 160.86 7.78 3.61 1.50 49.30 130.04 1.33 26.45 25.08 1.53 1.0e+20 -1203 1994 8 10 0.74 11.09 32.51 1.0e+20 1.37 8.61 6.22 1.0e+20 5.20 5.40 1.57 238.32 7.72 31.37 1.52 1588.00 101.20 808.00 2.58 3.40 1.77 6.90 0.59 160.42 7.78 3.61 1.50 49.28 130.07 1.32 26.46 25.06 1.53 1.0e+20 -1204 1994 8 11 0.74 11.10 32.53 1.0e+20 1.37 8.61 6.23 1.0e+20 5.22 5.40 1.57 238.66 7.72 31.37 1.51 1595.00 100.85 807.80 2.56 3.41 1.77 6.92 0.60 160.40 7.87 3.61 1.50 49.30 130.60 1.32 26.46 25.06 1.53 1.0e+20 -1205 1994 8 12 0.74 10.96 32.15 1.0e+20 1.38 8.61 6.18 1.0e+20 5.18 5.35 1.55 236.34 7.72 31.37 1.51 1602.25 100.27 807.50 2.55 3.40 1.75 6.85 0.59 160.11 7.81 3.59 1.50 49.23 130.50 1.30 26.45 25.02 1.54 1.0e+20 -1206 1994 8 15 0.74 10.91 32.00 1.0e+20 1.38 8.61 6.15 1.0e+20 5.16 5.32 1.55 235.20 7.72 31.37 1.52 1589.50 100.10 809.00 2.56 3.40 1.74 6.82 0.60 159.26 7.77 3.48 1.50 49.30 129.77 1.30 26.48 25.01 1.54 1.0e+20 -1207 1994 8 16 0.74 10.93 31.99 1.0e+20 1.37 8.60 6.16 1.0e+20 5.16 5.32 1.55 235.16 7.72 31.37 1.52 1586.75 100.31 809.00 2.56 3.41 1.74 6.83 0.60 159.07 7.83 3.58 1.50 49.30 129.57 1.30 26.48 25.00 1.54 1.0e+20 -1208 1994 8 17 0.74 10.94 32.06 1.0e+20 1.37 8.60 6.17 1.0e+20 5.17 5.33 1.55 235.76 7.72 31.37 1.52 1587.25 100.31 809.30 2.56 3.40 1.74 6.85 0.59 159.59 7.88 3.58 1.50 49.30 129.93 1.30 26.49 25.04 1.54 1.0e+20 -1209 1994 8 18 0.73 10.88 31.93 1.0e+20 1.37 8.60 6.13 1.0e+20 5.14 5.30 1.54 234.72 7.72 31.37 1.52 1585.00 98.85 807.90 2.55 3.38 1.73 6.81 0.60 159.05 7.81 3.58 1.50 49.30 129.70 1.29 26.47 25.00 1.54 1.0e+20 -1210 1994 8 19 0.73 10.83 31.78 1.0e+20 1.37 8.60 6.10 1.0e+20 5.06 5.28 1.54 233.60 7.72 31.37 1.52 1569.00 98.57 806.90 2.54 3.38 1.72 6.77 0.59 158.05 7.72 3.57 1.50 49.30 129.11 1.29 26.44 24.98 1.54 1.0e+20 -1211 1994 8 22 0.73 10.77 31.55 1.0e+20 1.37 8.59 6.05 1.0e+20 5.01 5.24 1.53 232.40 7.72 31.36 1.53 1562.50 98.01 807.50 2.55 3.33 1.71 6.73 0.59 157.23 7.55 3.57 1.50 49.30 128.28 1.28 26.38 25.00 1.55 1.0e+20 -1212 1994 8 23 0.73 10.83 31.75 1.0e+20 1.37 8.59 6.08 1.0e+20 5.04 5.27 1.53 233.66 7.72 31.36 1.52 1568.00 98.40 807.20 2.55 3.34 1.72 6.76 0.60 157.98 7.61 3.58 1.50 49.15 128.71 1.29 26.34 24.98 1.55 1.0e+20 -1213 1994 8 24 0.74 10.86 31.89 1.0e+20 1.37 8.59 6.12 1.0e+20 5.06 5.29 1.54 234.78 7.72 31.37 1.53 1570.00 98.62 806.80 2.54 3.35 1.73 6.79 0.60 158.30 7.64 3.58 1.50 49.15 128.86 1.30 26.32 24.96 1.55 1.0e+20 -1214 1994 8 25 0.74 10.88 31.90 1.0e+20 1.37 8.59 6.13 1.0e+20 5.06 5.30 1.54 235.06 7.72 31.37 1.53 1569.25 99.71 805.70 2.54 3.36 1.73 6.80 0.60 158.26 7.61 3.58 1.50 49.25 129.00 1.30 26.22 24.99 1.55 1.0e+20 -1215 1994 8 26 0.74 11.02 32.31 1.0e+20 1.37 8.56 6.20 1.0e+20 5.10 5.36 1.56 238.11 7.72 31.37 1.51 1591.50 100.40 805.40 2.54 3.37 1.75 6.88 0.60 160.16 7.72 3.59 1.50 49.18 130.70 1.32 26.27 25.02 1.53 1.0e+20 -1216 1994 8 29 0.74 11.11 32.54 1.0e+20 1.36 8.58 6.25 1.0e+20 5.12 5.40 1.57 239.62 7.72 31.37 1.51 1596.00 100.05 805.30 2.55 3.38 1.77 6.92 0.60 160.59 7.73 3.59 1.50 49.26 130.92 1.33 26.25 25.03 1.53 1.0e+20 -1217 1994 8 30 0.74 11.10 32.48 1.0e+20 1.36 8.58 6.23 1.0e+20 5.10 5.40 1.57 239.40 7.72 31.37 1.51 1582.00 99.63 804.80 2.55 3.39 1.77 6.91 0.60 160.54 7.72 3.58 1.50 49.25 130.79 1.33 26.18 25.04 1.53 1.0e+20 -1218 1994 8 31 0.74 11.10 32.48 1.0e+20 1.37 8.57 6.23 1.0e+20 5.10 5.40 1.57 239.40 7.72 31.37 1.51 1582.00 100.11 806.90 2.56 3.39 1.77 6.91 0.60 160.54 7.72 3.58 1.50 49.30 130.79 1.33 26.20 25.04 1.53 1.0e+20 -1219 1994 9 1 0.74 11.07 32.42 1.0e+20 1.36 8.57 6.20 1.0e+20 5.09 5.39 1.57 239.19 7.72 31.37 1.52 1580.50 99.63 803.30 2.55 3.39 1.76 6.90 0.60 160.30 7.69 3.58 1.50 49.20 130.56 1.32 26.24 25.02 1.54 1.0e+20 -1220 1994 9 2 0.74 10.96 32.07 1.0e+20 1.36 8.57 6.14 1.0e+20 5.05 5.32 1.55 236.61 7.72 31.37 1.53 1571.25 99.20 803.70 2.54 3.38 1.74 6.83 0.60 158.73 7.65 3.58 1.50 49.23 129.46 1.30 26.24 24.98 1.54 1.0e+20 -1221 1994 9 5 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1222 1994 9 6 0.74 10.86 31.83 1.0e+20 1.36 8.56 6.10 1.0e+20 5.03 5.29 1.54 235.08 7.72 31.37 1.52 1570.75 98.77 804.40 2.55 3.40 1.73 6.79 0.60 157.99 7.63 3.56 1.50 49.21 128.84 1.29 26.21 24.97 1.54 1.0e+20 -1223 1994 9 7 0.74 10.89 31.92 1.0e+20 1.36 8.56 6.12 1.0e+20 5.04 5.31 1.54 235.81 7.72 31.37 1.52 1579.00 99.25 804.40 2.55 3.40 1.73 6.81 0.60 158.45 7.60 3.56 1.50 49.18 129.07 1.29 26.21 24.98 1.54 1.0e+20 -1224 1994 9 8 0.74 10.96 32.11 1.0e+20 1.37 8.56 6.16 1.0e+20 5.07 5.34 1.55 237.41 7.72 31.37 1.53 1582.25 99.48 804.70 2.55 3.40 1.74 6.84 0.60 158.77 7.65 3.56 1.49 49.26 129.59 1.30 26.20 25.00 1.54 1.0e+20 -1225 1994 9 9 0.74 10.83 31.71 1.0e+20 1.36 8.56 6.08 1.0e+20 5.00 5.27 1.53 234.46 7.72 31.37 1.52 1570.25 99.20 804.50 2.55 3.42 1.72 6.76 0.60 157.03 7.55 3.55 1.49 49.25 128.32 1.28 26.20 24.96 1.55 1.0e+20 -1226 1994 9 12 0.74 10.86 31.73 1.0e+20 1.36 8.56 6.08 1.0e+20 4.96 5.27 1.54 234.77 7.72 31.37 1.54 1565.75 99.00 804.00 2.55 3.41 1.72 6.76 0.60 157.03 7.48 3.55 1.49 49.25 128.04 1.28 26.21 24.97 1.56 1.0e+20 -1227 1994 9 13 0.74 10.89 31.87 1.0e+20 1.35 8.55 6.11 1.0e+20 4.99 5.29 1.54 235.83 7.72 31.37 1.53 1569.75 98.96 803.70 2.55 3.42 1.73 6.79 0.60 157.66 7.52 3.55 1.48 49.30 128.44 1.29 26.21 24.97 1.56 1.0e+20 -1228 1994 9 14 0.74 10.83 31.71 1.0e+20 1.35 8.55 6.07 1.0e+20 4.97 5.26 1.53 234.54 7.72 31.37 1.54 1564.50 99.05 803.20 2.55 3.42 1.72 6.76 0.60 157.08 7.53 3.55 1.48 49.23 127.99 1.27 26.20 24.96 1.56 1.0e+20 -1229 1994 9 15 0.74 10.89 31.87 1.0e+20 1.35 8.55 6.10 1.0e+20 4.99 5.28 1.54 235.98 7.72 31.37 1.54 1564.75 99.45 803.40 2.55 3.42 1.73 6.79 0.60 157.60 7.49 3.55 1.48 49.25 128.44 1.28 26.21 1.0e+20 1.56 1.0e+20 -1230 1994 9 16 0.74 10.79 31.59 1.0e+20 1.35 8.55 6.05 1.0e+20 4.93 5.25 1.53 233.78 7.72 31.37 1.56 1551.25 98.72 803.20 2.55 3.40 1.72 6.73 0.60 156.36 7.41 3.55 1.48 49.50 127.53 1.27 26.22 24.96 1.58 1.0e+20 -1231 1994 9 19 0.74 10.92 31.96 1.0e+20 1.35 8.55 6.11 1.0e+20 4.95 5.30 1.55 236.50 7.72 31.37 1.54 1568.00 98.58 802.80 2.55 3.41 1.74 6.80 0.60 158.05 7.46 3.54 1.48 49.22 128.71 1.28 26.23 24.97 1.56 1.0e+20 -1232 1994 9 20 0.74 10.93 31.98 1.0e+20 1.34 8.55 6.11 1.0e+20 4.95 5.30 1.55 236.67 7.72 31.37 1.55 1562.00 97.79 802.80 2.55 3.41 1.74 6.81 0.60 157.88 7.47 3.54 1.47 49.27 128.69 1.28 26.23 24.94 1.57 1.0e+20 -1233 1994 9 21 0.74 10.89 31.86 1.0e+20 1.34 8.55 6.08 1.0e+20 4.93 5.28 1.54 235.84 7.72 31.37 1.55 1558.25 97.92 802.80 2.55 3.40 1.73 6.78 0.60 157.34 7.45 3.54 1.47 49.21 128.09 1.28 26.24 24.94 1.57 1.0e+20 -1234 1994 9 22 0.73 10.89 31.85 1.0e+20 1.34 8.55 6.09 1.0e+20 4.93 5.29 1.54 235.72 7.72 31.37 1.55 1568.75 98.05 802.80 2.55 3.41 1.73 6.78 0.59 157.72 7.45 3.53 1.47 49.31 128.21 1.28 26.19 24.94 1.57 1.0e+20 -1235 1994 9 23 0.73 10.86 31.79 1.0e+20 1.34 8.55 6.07 1.0e+20 4.92 5.27 1.54 235.39 7.72 31.37 1.56 1558.00 97.70 804.10 2.55 3.40 1.73 6.77 0.60 157.78 7.46 3.53 1.48 49.30 128.14 1.28 26.19 24.93 1.58 1.0e+20 -1236 1994 9 26 0.73 10.95 32.04 1.0e+20 1.34 8.55 6.10 1.0e+20 4.92 5.31 1.55 237.17 7.72 31.37 1.55 1564.50 98.65 805.70 2.56 3.37 1.74 6.81 0.60 158.54 7.48 3.54 1.48 49.26 128.82 1.28 26.16 24.97 1.57 1.0e+20 -1237 1994 9 27 0.73 10.89 31.87 1.0e+20 1.34 8.55 6.08 1.0e+20 4.90 5.28 1.54 236.10 7.72 31.37 1.55 1559.00 98.37 806.00 2.56 3.40 1.73 6.78 0.60 157.92 7.46 3.55 1.48 49.31 128.51 1.28 26.22 24.95 1.57 1.0e+20 -1238 1994 9 28 0.74 10.90 31.87 1.0e+20 1.34 8.55 6.08 1.0e+20 4.90 5.28 1.54 236.21 7.72 31.37 1.55 1558.75 98.77 803.80 2.56 3.41 1.74 6.78 0.60 157.94 7.47 3.55 1.48 49.24 128.48 1.28 26.22 24.97 1.57 1.0e+20 -1239 1994 9 29 0.74 10.89 31.84 1.0e+20 1.34 8.55 6.07 1.0e+20 4.88 5.28 1.54 236.03 7.72 31.36 1.56 1555.50 98.67 802.20 2.56 3.40 1.73 6.77 0.60 157.82 7.48 3.57 1.48 49.24 128.23 1.28 26.17 24.98 1.58 1.0e+20 -1240 1994 9 30 0.74 10.91 31.91 1.0e+20 1.34 8.55 6.08 1.0e+20 4.88 5.29 1.55 236.57 7.72 31.36 1.56 1558.75 99.05 802.00 2.56 3.40 1.73 6.78 0.60 158.15 7.49 3.56 1.48 49.24 128.54 1.28 26.20 24.99 1.57 1.0e+20 -1241 1994 10 3 0.74 10.94 31.99 1.0e+20 1.34 8.55 6.08 1.0e+20 4.84 5.30 1.55 237.16 7.72 31.37 1.56 1564.50 99.50 801.30 2.56 3.40 1.74 6.78 0.60 158.32 7.47 3.58 1.48 49.28 128.66 1.29 26.22 25.02 1.57 1.0e+20 -1242 1994 10 4 0.73 10.91 31.91 1.0e+20 1.34 8.55 6.07 1.0e+20 4.81 5.29 1.55 236.60 7.72 31.37 1.56 1563.75 99.65 801.30 2.56 3.41 1.73 6.75 0.60 157.92 7.39 3.57 1.48 49.30 128.48 1.28 26.19 25.02 1.57 1.0e+20 -1243 1994 10 5 0.73 10.85 31.76 1.0e+20 1.34 8.55 6.04 1.0e+20 4.80 5.27 1.54 235.30 7.72 31.37 1.57 1569.25 99.47 803.40 2.56 3.42 1.72 6.72 0.60 157.38 7.39 3.57 1.47 49.28 128.01 1.27 26.19 25.01 1.58 1.0e+20 -1244 1994 10 6 0.73 10.87 31.79 1.0e+20 1.34 8.55 6.04 1.0e+20 4.78 5.27 1.54 235.91 7.72 31.37 1.56 1566.25 99.65 803.60 2.56 3.42 1.72 6.72 0.60 157.59 7.36 3.57 1.47 49.33 128.10 1.28 26.18 25.02 1.58 1.0e+20 -1245 1994 10 7 0.73 10.87 31.81 1.0e+20 1.34 8.55 6.04 1.0e+20 4.76 5.28 1.54 236.04 7.72 31.37 1.57 1571.00 100.37 801.90 2.56 3.42 1.73 6.71 0.60 157.67 7.34 3.57 1.48 49.30 128.04 1.28 26.16 25.04 1.58 1.0e+20 -1246 1994 10 10 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1247 1994 10 11 0.73 10.89 31.87 1.0e+20 1.34 8.55 6.06 1.0e+20 4.79 5.29 1.54 236.45 7.72 31.37 1.56 1577.00 100.50 802.20 2.57 3.42 1.73 6.74 0.60 158.10 7.41 3.57 1.48 49.28 128.39 1.29 26.21 25.05 1.57 1.0e+20 -1248 1994 10 12 0.73 10.85 31.76 1.0e+20 1.34 8.55 6.04 1.0e+20 4.78 5.27 1.54 235.61 7.72 31.37 1.56 1567.75 99.95 803.40 2.57 3.42 1.72 6.72 0.60 157.69 7.42 3.58 1.48 49.23 128.09 1.28 26.22 25.04 1.58 1.0e+20 -1249 1994 10 13 0.73 10.84 31.72 1.0e+20 1.34 8.54 6.03 1.0e+20 4.78 5.28 1.54 235.70 7.72 31.37 1.56 1565.50 99.75 803.80 2.57 3.42 1.72 6.71 0.60 157.67 7.39 3.58 1.48 49.27 128.06 1.28 26.19 25.04 1.58 1.0e+20 -1250 1994 10 14 0.73 10.69 31.29 1.0e+20 1.35 8.54 5.96 1.0e+20 4.71 5.20 1.52 232.97 7.72 31.37 1.57 1551.00 98.43 802.30 2.56 3.42 1.70 6.62 0.60 155.65 7.33 3.57 1.47 49.23 126.42 1.26 26.17 24.98 1.59 1.0e+20 -1251 1994 10 17 0.73 10.56 30.90 1.0e+20 1.35 8.54 5.88 1.0e+20 4.63 5.15 1.50 230.16 7.72 31.37 1.59 1536.00 97.68 801.90 2.55 3.42 1.68 6.53 0.61 153.67 7.22 3.54 1.47 49.03 124.86 1.24 26.12 24.95 1.61 1.0e+20 -1252 1994 10 18 0.73 10.56 30.92 1.0e+20 1.35 8.54 5.88 1.0e+20 4.64 5.15 1.50 230.37 7.72 31.37 1.59 1533.75 97.79 803.20 2.55 3.43 1.68 6.54 0.61 153.65 7.21 3.53 1.47 49.10 124.83 1.24 26.13 24.93 1.61 1.0e+20 -1253 1994 10 19 0.73 10.57 30.94 1.0e+20 1.35 8.54 5.88 1.0e+20 4.63 5.15 1.50 230.77 7.72 31.37 1.59 1533.00 97.30 802.90 2.54 3.42 1.68 6.54 0.61 153.94 7.21 3.52 1.46 49.10 125.23 1.24 26.11 24.93 1.61 1.0e+20 -1254 1994 10 20 0.73 10.56 30.92 1.0e+20 1.35 8.54 5.87 1.0e+20 4.62 5.14 1.50 230.81 7.72 31.37 1.59 1533.75 97.20 801.90 2.54 3.42 1.68 6.53 0.61 153.73 7.16 3.53 1.47 48.98 125.12 1.24 26.10 24.93 1.62 1.0e+20 -1255 1994 10 21 0.73 10.55 30.88 1.0e+20 1.35 8.54 5.86 1.0e+20 4.60 5.13 1.49 230.54 7.72 31.37 1.60 1534.00 97.37 802.10 2.55 3.42 1.68 6.52 0.61 153.38 7.13 3.50 1.47 48.89 125.00 1.24 26.03 24.90 1.62 1.0e+20 -1256 1994 10 24 0.73 10.53 30.84 1.0e+20 1.35 8.54 5.85 1.0e+20 4.57 5.13 1.49 230.39 7.72 31.37 1.60 1531.50 97.20 801.50 2.55 3.42 1.67 6.51 0.61 153.04 7.11 3.50 1.47 48.93 124.85 1.24 26.06 25.59 1.62 1.0e+20 -1257 1994 10 25 0.73 10.50 30.73 1.0e+20 1.34 8.54 5.82 1.0e+20 4.54 5.11 1.49 229.90 7.72 31.37 1.61 1526.25 96.95 800.60 2.54 3.43 1.67 6.49 0.61 152.23 7.06 3.49 1.47 48.93 124.55 1.24 26.07 24.92 1.63 1.0e+20 -1258 1994 10 26 0.74 10.52 30.79 1.0e+20 1.34 8.54 5.84 1.0e+20 4.55 5.11 1.49 230.71 7.72 31.37 1.61 1528.50 97.05 801.10 2.55 3.43 1.67 6.50 0.61 152.66 7.07 3.50 1.47 48.90 124.56 1.25 26.09 24.91 1.63 1.0e+20 -1259 1994 10 27 0.74 10.54 30.82 1.0e+20 1.34 8.54 5.85 1.0e+20 4.56 5.12 1.49 230.97 7.72 31.38 1.61 1529.00 96.95 800.70 2.55 3.43 1.67 6.51 0.61 152.89 7.10 3.50 1.47 48.90 124.54 1.25 26.08 24.89 1.63 1.0e+20 -1260 1994 10 28 0.74 10.62 31.08 1.0e+20 1.35 8.54 5.90 1.0e+20 4.62 5.16 1.50 232.87 7.72 31.37 1.60 1544.75 97.40 800.40 2.55 3.43 1.69 6.56 0.61 154.34 7.20 3.50 1.47 48.93 125.71 1.26 26.06 24.93 1.62 1.0e+20 -1261 1994 10 31 0.74 10.59 30.95 1.0e+20 1.35 8.54 5.88 1.0e+20 4.62 5.15 1.50 231.89 7.72 31.38 1.60 1539.25 96.90 800.00 2.55 3.44 1.68 6.54 0.61 153.76 7.19 3.50 1.46 49.05 125.23 1.25 26.05 24.91 1.63 1.0e+20 -1262 1994 11 1 0.74 10.53 30.80 1.0e+20 1.35 8.54 5.85 1.0e+20 4.61 5.12 1.49 230.83 7.72 31.39 1.61 1538.00 96.77 800.20 2.55 3.44 1.67 6.52 0.61 152.99 7.20 3.49 1.46 49.00 124.72 1.24 26.02 24.91 1.63 1.0e+20 -1263 1994 11 2 0.74 10.56 30.95 1.0e+20 1.35 8.54 5.88 1.0e+20 4.63 5.15 1.50 232.00 7.72 31.43 1.61 1548.50 97.00 800.30 2.55 3.44 1.68 6.56 0.61 153.78 7.21 3.50 1.46 48.97 125.38 1.25 26.03 24.92 1.63 1.0e+20 -1264 1994 11 3 0.74 10.72 31.35 1.0e+20 1.35 8.54 5.97 1.0e+20 4.69 5.22 1.52 235.09 7.72 31.40 1.58 1563.75 98.20 800.50 2.56 3.44 1.70 6.65 0.61 155.75 7.39 3.51 1.47 48.98 126.89 1.27 26.04 24.96 1.61 1.0e+20 -1265 1994 11 4 0.74 10.71 31.32 1.0e+20 1.35 8.54 5.96 1.0e+20 4.69 5.21 1.52 234.69 7.73 31.41 1.58 1560.50 97.65 800.40 2.56 3.43 1.70 6.63 0.61 155.47 7.35 3.52 1.47 49.00 126.75 1.27 26.05 24.95 1.61 1.0e+20 -1266 1994 11 7 0.75 10.65 31.17 1.0e+20 1.35 8.54 5.93 1.0e+20 4.69 5.19 1.51 233.50 7.72 31.43 1.59 1555.45 97.24 800.30 2.56 3.43 1.69 6.61 0.62 154.31 7.33 3.50 1.46 48.95 126.11 1.26 26.06 24.92 1.61 1.0e+20 -1267 1994 11 8 0.75 10.60 31.04 1.0e+20 1.35 8.54 5.90 1.0e+20 4.65 5.17 1.50 232.45 7.72 31.42 1.59 1549.75 96.93 800.10 2.55 3.43 1.68 6.58 0.62 155.19 7.27 3.49 1.46 49.00 125.64 1.25 26.07 24.93 1.62 1.0e+20 -1268 1994 11 9 0.75 10.76 31.48 1.0e+20 1.35 8.54 5.98 1.0e+20 4.70 5.25 1.52 235.80 7.72 31.42 1.57 1572.00 97.78 800.90 2.55 3.43 1.71 6.67 0.62 156.35 7.35 3.51 1.46 48.91 127.49 1.28 26.07 24.96 1.60 1.0e+20 -1269 1994 11 10 0.75 10.79 31.57 1.0e+20 1.35 8.53 5.99 1.0e+20 4.68 5.27 1.53 236.50 7.72 31.43 1.56 1572.00 97.92 800.10 2.56 3.44 1.71 6.71 0.62 156.41 7.31 3.52 1.47 48.95 127.51 1.28 26.11 24.98 1.59 1.0e+20 -1270 1994 11 11 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1271 1994 11 14 0.75 10.84 31.72 1.0e+20 1.35 8.53 6.01 1.0e+20 4.67 5.30 1.54 237.46 7.72 31.38 1.56 1584.00 98.07 800.20 2.56 3.45 1.73 6.73 0.62 157.30 7.25 3.52 1.47 49.10 128.35 1.29 26.20 25.01 1.58 1.0e+20 -1272 1994 11 15 0.75 10.88 31.81 1.0e+20 1.36 8.53 6.04 1.0e+20 4.71 5.31 1.54 238.03 7.72 31.37 1.55 1585.00 98.28 800.10 2.56 3.45 1.73 6.76 0.62 157.66 7.34 3.52 1.47 49.15 128.54 1.29 26.21 25.01 1.58 1.0e+20 -1273 1994 11 16 0.75 10.92 31.94 1.0e+20 1.36 8.53 6.06 1.0e+20 4.75 5.32 1.55 238.97 7.72 31.37 1.54 1589.50 98.37 799.70 2.56 3.45 1.73 6.79 0.61 158.15 7.34 3.52 1.47 49.15 129.19 1.30 26.29 25.02 1.57 1.0e+20 -1274 1994 11 17 0.75 10.88 31.82 1.0e+20 1.36 8.53 6.04 1.0e+20 4.75 5.31 1.54 238.28 7.73 31.37 1.55 1586.75 98.10 799.40 2.56 3.45 1.73 6.77 0.62 157.88 7.32 3.53 1.47 49.20 128.85 1.29 26.23 25.01 1.57 1.0e+20 -1275 1994 11 18 0.75 10.94 32.02 1.0e+20 1.36 8.53 6.08 1.0e+20 4.77 5.34 1.55 239.77 7.73 31.37 1.54 1594.00 98.50 799.30 2.56 3.45 1.74 6.81 0.62 158.71 7.33 3.53 1.47 49.15 129.52 1.31 26.31 25.02 1.56 1.0e+20 -1276 1994 11 21 0.76 10.97 32.10 1.0e+20 1.36 8.53 6.09 1.0e+20 4.78 5.35 1.55 240.15 7.73 31.37 1.54 1599.50 98.41 799.10 2.56 3.45 1.74 6.82 0.62 159.04 7.36 3.54 1.46 49.20 129.93 1.32 26.39 25.02 1.56 1.0e+20 -1277 1994 11 22 0.76 10.94 32.01 1.0e+20 1.37 8.53 6.09 1.0e+20 4.75 5.34 1.55 239.63 7.73 31.36 1.54 1607.50 98.19 798.80 2.55 3.45 1.74 6.81 0.62 158.51 7.37 3.53 1.46 49.10 129.66 1.31 26.37 25.00 1.56 1.0e+20 -1278 1994 11 23 0.76 10.92 31.94 1.0e+20 1.37 8.53 6.08 1.0e+20 4.75 5.33 1.55 239.20 7.73 31.37 1.55 1604.00 98.27 798.50 2.55 3.45 1.73 6.79 0.62 158.26 7.37 3.53 1.46 49.24 129.51 1.31 26.28 25.01 1.57 1.0e+20 -1279 1994 11 24 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1280 1994 11 25 0.75 10.97 32.11 1.0e+20 1.37 8.53 6.10 1.0e+20 4.83 5.35 1.55 240.64 7.73 31.37 1.53 1618.25 98.75 798.30 2.55 3.45 1.74 6.83 0.62 159.28 7.47 3.53 1.46 49.60 130.19 1.32 26.22 25.04 1.56 1.0e+20 -1281 1994 11 28 0.76 11.01 32.22 1.0e+20 1.37 8.53 6.12 1.0e+20 4.85 5.37 1.56 241.23 7.73 31.37 1.53 1614.75 98.59 798.00 2.55 3.45 1.75 6.82 0.62 159.91 7.53 3.54 1.46 49.50 130.70 1.32 26.29 25.04 1.56 1.0e+20 -1282 1994 11 29 0.76 11.02 32.24 1.0e+20 1.37 8.52 6.13 1.0e+20 4.85 5.37 1.56 241.54 7.73 31.39 1.53 1615.50 98.95 797.50 2.55 3.44 1.75 6.82 0.62 160.15 7.54 3.54 1.46 49.60 130.83 1.32 26.25 25.04 1.56 1.0e+20 -1283 1994 11 30 0.76 11.04 32.27 1.0e+20 1.37 8.52 6.14 1.0e+20 4.87 5.37 1.56 241.83 7.73 31.40 1.53 1617.50 98.91 797.40 2.55 3.44 1.75 6.82 0.62 160.23 7.53 3.55 1.46 49.50 130.94 1.32 26.27 25.04 1.56 1.0e+20 -1284 1994 12 1 0.76 11.08 32.38 1.0e+20 1.37 8.52 6.15 1.0e+20 4.89 5.39 1.57 242.81 7.73 31.42 1.53 1617.75 99.40 797.60 2.55 3.44 1.76 6.84 0.62 160.83 7.54 3.56 1.46 49.40 131.50 1.33 26.30 25.06 1.56 1.0e+20 -1285 1994 12 2 0.76 11.09 32.44 1.0e+20 1.37 8.52 6.16 1.0e+20 4.90 5.41 1.57 243.18 7.73 31.39 1.53 1617.25 100.39 797.10 2.55 3.44 1.76 6.86 0.63 161.96 7.51 3.56 1.47 49.30 131.70 1.33 26.35 25.09 1.56 1.0e+20 -1286 1994 12 5 0.77 11.06 32.35 1.0e+20 1.37 8.52 6.15 1.0e+20 4.88 5.39 1.57 242.51 7.73 31.39 1.53 1618.50 100.32 795.30 2.56 3.44 1.76 6.84 0.63 160.74 7.49 3.56 1.46 49.28 131.85 1.32 26.32 25.09 1.55 1.0e+20 -1287 1994 12 6 0.76 11.08 32.40 1.0e+20 1.37 8.52 6.16 1.0e+20 4.90 5.40 1.57 242.88 7.73 31.38 1.53 1627.75 100.35 794.90 2.56 3.45 1.76 6.86 0.63 161.04 7.54 3.56 1.46 49.63 132.16 1.33 26.32 25.10 1.56 1.0e+20 -1288 1994 12 7 0.76 11.06 32.34 1.0e+20 1.37 8.52 6.15 1.0e+20 4.88 5.40 1.57 242.50 7.73 31.37 1.52 1623.00 100.13 794.40 2.56 3.45 1.76 6.85 0.63 160.72 7.50 3.55 1.46 49.60 131.69 1.32 26.30 25.09 1.56 1.0e+20 -1289 1994 12 8 0.76 11.10 32.45 1.0e+20 1.38 8.52 6.17 1.0e+20 4.88 5.41 1.57 243.43 7.73 31.37 1.53 1628.75 100.41 794.20 2.56 3.45 1.76 6.87 0.63 161.30 7.52 3.56 1.46 49.33 132.23 1.33 26.33 25.10 1.56 1.0e+20 -1290 1994 12 9 0.77 11.11 32.47 1.0e+20 1.38 8.51 6.17 1.0e+20 4.89 5.41 1.57 243.68 7.73 31.37 1.53 1633.00 100.22 794.40 2.56 3.45 1.76 6.87 0.63 161.43 7.52 3.56 1.46 49.51 132.21 1.33 26.37 25.10 1.56 1.0e+20 -1291 1994 12 12 0.77 11.07 32.36 1.0e+20 1.38 8.51 6.16 1.0e+20 4.89 5.41 1.57 243.17 7.73 31.37 1.53 1636.25 100.04 794.70 2.56 3.45 1.76 6.86 0.63 160.99 7.54 3.56 1.46 49.62 131.79 1.33 26.42 25.10 1.56 1.0e+20 -1292 1994 12 13 0.77 11.06 32.33 1.0e+20 1.38 8.51 6.16 1.0e+20 4.89 5.41 1.57 242.94 7.74 31.37 1.53 1638.50 100.32 795.80 2.56 3.46 1.75 6.86 0.63 161.08 7.54 3.56 1.46 49.50 132.18 1.33 26.40 25.10 1.56 1.0e+20 -1293 1994 12 14 0.77 11.06 32.34 1.0e+20 1.38 8.51 6.16 1.0e+20 4.90 5.41 1.57 242.94 7.74 31.37 1.53 1637.00 100.30 795.80 2.56 3.45 1.75 6.86 0.63 161.23 7.57 3.56 1.46 49.53 132.19 1.33 26.42 25.13 1.56 1.0e+20 -1294 1994 12 15 0.77 11.05 32.32 1.0e+20 1.38 8.50 6.15 1.0e+20 4.88 5.41 1.57 242.93 7.73 31.37 1.53 1634.75 100.26 796.00 2.56 3.46 1.75 6.85 0.64 161.26 7.53 3.57 1.46 49.49 132.06 1.32 26.36 25.12 1.56 1.0e+20 -1295 1994 12 16 0.77 11.07 32.35 1.0e+20 1.38 8.50 6.16 1.0e+20 4.88 5.42 1.57 243.02 7.73 31.37 1.53 1638.50 100.28 796.30 2.56 3.46 1.76 6.86 0.63 161.47 7.54 3.57 1.46 49.50 132.10 1.33 26.41 25.11 1.56 1.0e+20 -1296 1994 12 19 0.77 11.07 32.39 1.0e+20 1.39 8.50 6.17 1.0e+20 4.89 5.42 1.57 243.25 7.73 31.40 1.53 1648.75 100.15 790.60 2.56 3.47 1.76 6.86 0.64 161.68 7.55 3.55 1.46 49.55 132.26 1.33 26.45 25.13 1.56 1.0e+20 -1297 1994 12 20 0.77 11.06 32.34 1.0e+20 1.39 8.49 6.17 1.0e+20 4.88 5.42 1.57 243.17 7.73 31.41 1.54 1649.00 100.32 796.20 2.55 3.95 1.76 6.86 0.63 161.47 7.52 3.55 1.46 49.55 132.42 1.32 26.43 25.11 1.56 1.0e+20 -1298 1994 12 21 0.77 11.05 32.29 1.0e+20 1.39 8.49 6.16 1.0e+20 4.85 5.42 1.57 242.90 7.73 31.40 1.53 1641.75 100.23 795.20 2.56 4.00 1.75 6.85 0.63 161.44 7.49 3.55 1.46 49.55 133.00 1.32 26.40 25.12 1.55 1.0e+20 -1299 1994 12 22 0.77 11.10 32.46 1.0e+20 1.39 8.48 6.19 1.0e+20 4.83 5.45 1.57 244.31 7.73 31.40 1.52 1642.00 100.45 794.60 2.56 4.85 1.76 6.88 0.64 162.37 7.49 3.56 1.46 49.63 133.36 1.33 26.42 25.12 1.54 1.0e+20 -1300 1994 12 23 0.77 11.11 32.48 1.0e+20 1.39 8.48 6.19 1.0e+20 4.79 5.45 1.58 244.62 7.73 31.39 1.52 1642.00 100.22 794.30 2.56 4.70 1.76 6.89 0.64 162.47 7.50 3.56 1.46 49.62 133.41 1.33 26.42 25.14 1.54 1.0e+20 -1301 1994 12 26 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1302 1994 12 27 0.77 11.09 32.40 1.0e+20 1.40 8.47 6.18 1.0e+20 4.78 5.44 1.57 243.98 7.73 31.41 1.52 1642.50 100.46 794.20 2.56 5.75 1.76 6.88 0.64 161.98 7.49 3.56 1.46 49.62 133.37 1.33 26.45 25.13 1.54 1.0e+20 -1303 1994 12 28 0.77 11.06 32.31 1.0e+20 1.40 8.47 6.16 1.0e+20 4.78 5.43 1.57 243.19 7.73 31.41 1.52 1642.25 100.33 793.60 2.56 5.35 1.76 6.86 0.64 161.49 7.49 3.56 1.46 49.67 133.11 1.32 26.45 25.13 1.54 1.0e+20 -1304 1994 12 29 0.77 10.90 31.86 1.0e+20 1.40 8.46 6.08 1.0e+20 4.75 5.35 1.54 240.24 7.73 31.39 1.54 1626.75 99.65 793.20 2.56 5.00 1.73 6.77 0.64 159.34 7.45 3.54 1.46 49.66 132.12 1.30 26.39 25.09 1.56 1.0e+20 -1305 1994 12 30 0.77 10.90 31.85 1.0e+20 1.40 8.46 6.08 1.0e+20 4.74 5.34 1.54 240.47 7.73 31.37 1.54 1622.00 99.60 792.70 2.55 5.00 1.73 6.76 0.64 159.10 7.42 3.54 1.45 49.62 131.73 1.31 26.29 25.10 1.56 1.0e+20 -1306 1995 1 2 1.0e+20 1.0e+20 1.0e+20 0.84 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 170.00 -1307 1995 1 3 0.77 10.93 31.97 0.84 1.40 8.46 6.10 1.0e+20 4.76 5.35 1.55 241.20 7.73 31.37 1.54 1622.25 100.52 791.80 2.54 5.50 1.74 6.78 0.63 159.70 7.45 3.55 1.45 49.75 131.90 1.31 26.23 25.11 1.56 170.00 -1308 1995 1 4 0.76 10.98 32.11 0.84 1.40 8.46 6.13 1.0e+20 4.77 5.37 1.56 242.47 7.74 31.37 1.54 1626.75 101.40 791.60 2.55 5.55 1.74 6.81 0.63 160.31 7.46 3.55 1.45 49.85 132.78 1.31 26.24 25.14 1.56 170.00 -1309 1995 1 5 0.76 10.92 31.96 0.84 1.40 8.46 6.09 1.0e+20 4.77 5.35 1.55 241.20 7.74 31.36 1.54 1621.75 100.97 792.40 2.55 5.45 1.74 6.77 0.63 159.54 7.46 3.55 1.45 49.78 132.82 1.30 26.35 25.14 1.56 170.00 -1310 1995 1 6 0.76 10.97 32.14 0.84 1.40 8.46 6.13 1.0e+20 4.81 5.38 1.56 242.38 7.76 31.37 1.53 1632.00 101.37 792.70 2.55 5.50 1.74 6.81 0.63 160.40 7.54 3.55 1.45 49.73 133.93 1.31 26.28 25.14 1.55 170.00 -1311 1995 1 9 0.76 10.87 31.84 0.84 1.40 8.46 6.07 1.0e+20 4.78 5.33 1.54 240.08 7.75 31.37 1.54 1622.50 100.33 793.40 2.55 5.40 1.73 6.75 0.63 159.08 7.48 3.54 1.45 49.90 133.36 1.29 26.37 25.13 1.55 1.0e+20 -1312 1995 1 10 0.76 10.83 31.72 0.84 1.41 8.46 6.06 1.0e+20 4.81 5.31 1.53 239.46 7.76 31.37 1.54 1626.25 100.40 794.10 2.55 5.80 1.72 6.74 0.64 158.62 7.55 3.54 1.45 49.85 133.76 1.28 26.32 25.13 1.55 170.00 -1313 1995 1 11 0.77 10.80 31.64 0.85 1.41 8.46 6.05 1.0e+20 4.75 5.30 1.53 238.92 7.76 31.36 1.54 1625.00 99.90 794.30 2.55 5.75 1.72 6.73 0.64 158.44 7.49 3.52 1.45 49.90 133.65 1.28 26.33 25.12 1.55 170.00 -1314 1995 1 12 0.76 10.74 31.47 0.84 1.41 8.46 6.02 1.0e+20 4.73 5.28 1.52 237.67 7.75 31.37 1.55 1623.75 98.80 793.30 2.56 5.65 1.71 6.69 0.64 157.56 7.47 3.52 1.46 49.90 133.44 1.28 26.30 25.70 1.57 170.00 -1315 1995 1 13 0.75 10.80 31.66 0.84 1.41 8.46 6.05 1.0e+20 4.76 5.30 1.53 239.07 7.75 31.36 1.54 1620.25 98.77 793.10 2.56 5.35 1.72 6.72 0.63 158.60 7.52 3.52 1.45 49.90 133.73 1.29 26.32 25.25 1.56 170.00 -1316 1995 1 16 1.0e+20 1.0e+20 1.0e+20 0.84 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 170.00 -1317 1995 1 17 0.75 10.77 31.58 0.84 1.42 8.46 6.03 1.0e+20 4.74 5.29 1.53 238.38 7.74 31.37 1.54 1616.50 99.00 795.80 2.55 5.27 1.71 6.69 0.63 158.12 7.47 3.54 1.44 49.85 133.03 1.28 26.32 25.05 1.56 170.00 -1318 1995 1 18 0.76 10.76 31.54 0.84 1.42 8.46 6.03 1.0e+20 4.74 5.28 1.52 238.06 7.73 31.37 1.55 1614.75 99.55 795.10 2.55 5.29 1.71 6.69 0.63 157.95 7.45 3.53 1.45 49.90 133.14 1.28 26.30 25.07 1.57 170.00 -1319 1995 1 19 0.76 10.74 31.39 0.84 1.42 8.46 6.00 1.0e+20 4.72 5.26 1.52 237.17 7.74 31.37 1.56 1608.75 99.43 795.60 2.55 5.68 1.70 6.66 0.64 157.16 7.48 3.54 1.45 49.75 132.53 1.28 26.30 25.06 1.57 170.00 -1320 1995 1 20 0.76 10.64 31.21 0.84 1.42 8.46 5.96 1.0e+20 4.69 5.23 1.51 235.92 7.73 31.37 1.56 1594.50 99.40 795.50 2.55 5.70 1.69 6.62 0.64 156.23 7.43 3.53 1.44 49.65 131.59 1.27 26.29 25.08 1.58 170.00 -1321 1995 1 23 0.76 10.63 31.19 0.85 1.41 8.45 5.96 1.0e+20 4.70 5.23 1.51 235.64 7.73 31.37 1.57 1588.00 99.75 795.60 2.55 5.76 1.69 6.61 0.64 156.31 7.45 3.53 1.45 49.95 131.99 1.26 26.31 25.07 1.59 170.00 -1322 1995 1 24 0.77 10.64 31.20 0.85 1.41 8.45 5.96 1.0e+20 4.70 5.23 1.51 235.72 7.73 31.37 1.57 1586.25 99.64 795.40 2.56 5.80 1.69 6.61 0.64 156.37 7.44 3.53 1.45 49.95 131.96 1.27 26.28 25.07 1.59 170.00 -1323 1995 1 25 0.76 10.66 31.26 0.85 1.41 8.45 5.97 1.0e+20 4.73 5.24 1.51 236.19 7.73 31.39 1.57 1597.25 99.60 793.20 2.56 5.70 1.69 6.63 0.64 156.68 7.49 3.53 1.45 49.95 132.01 1.27 26.27 25.09 1.59 170.00 -1324 1995 1 26 0.76 10.64 31.23 0.84 1.41 8.45 5.97 1.0e+20 4.74 5.24 1.51 235.87 7.73 31.37 1.57 1598.00 99.31 790.50 2.55 5.66 1.69 6.62 0.64 156.47 7.46 3.53 1.45 49.95 131.58 1.27 26.27 25.09 1.59 170.00 -1325 1995 1 27 0.76 10.66 31.27 0.84 1.41 8.45 5.98 1.0e+20 4.74 5.25 1.51 236.34 7.73 31.38 1.56 1603.00 99.35 788.40 2.55 5.68 1.69 6.64 0.64 156.60 7.46 3.54 1.45 49.95 131.75 1.27 26.29 25.06 1.58 170.00 -1326 1995 1 30 0.75 10.58 31.04 0.84 1.41 8.45 5.94 1.0e+20 4.71 5.21 1.50 234.67 7.73 31.38 1.57 1593.75 98.40 789.90 2.55 6.50 1.68 6.59 0.63 155.52 7.41 3.53 1.45 49.97 131.01 1.26 26.31 25.05 1.59 170.00 -1327 1995 1 31 0.75 10.71 31.41 0.84 1.40 8.45 6.01 1.0e+20 4.77 5.28 1.52 237.72 7.73 31.37 1.56 1609.25 99.43 789.80 2.55 5.82 1.70 6.68 0.63 157.47 7.50 3.54 1.45 49.97 132.48 1.28 26.31 25.10 1.58 170.00 -1328 1995 2 1 0.75 10.72 31.38 0.84 1.41 8.45 6.00 1.0e+20 4.73 5.27 1.52 237.67 7.73 31.37 1.56 1610.50 99.40 789.80 2.55 5.51 1.70 6.67 0.63 157.50 7.46 3.54 1.45 49.91 132.27 1.28 26.31 25.07 1.58 170.00 -1329 1995 2 2 0.75 10.68 31.27 0.83 1.40 8.45 5.99 1.0e+20 4.71 5.26 1.51 237.09 7.73 31.37 1.56 1606.00 99.50 789.80 2.55 5.47 1.70 6.65 0.64 157.00 7.44 3.54 1.45 49.97 131.86 1.28 26.29 25.06 1.58 170.00 -1330 1995 2 3 0.75 10.73 31.41 0.83 1.40 8.45 6.01 1.0e+20 4.73 5.29 1.52 238.23 7.73 31.38 1.54 1612.50 99.75 792.00 2.55 5.36 1.71 6.68 0.63 157.68 7.47 3.54 1.45 49.85 132.61 1.29 26.30 25.09 1.56 170.00 -1331 1995 2 6 0.75 10.77 31.50 0.83 1.39 8.45 6.02 1.0e+20 4.74 5.29 1.53 239.21 7.73 31.37 1.54 1613.00 99.30 794.70 2.55 5.38 1.71 6.69 0.63 158.15 7.44 3.54 1.46 49.96 132.72 1.29 26.29 25.07 1.56 170.00 -1332 1995 2 7 0.74 10.81 31.62 0.83 1.39 8.45 6.04 1.0e+20 4.75 5.31 1.53 240.18 7.73 31.37 1.54 1618.25 99.42 795.20 2.55 5.35 1.72 6.71 0.63 158.42 7.47 3.55 1.46 50.00 132.48 1.30 26.29 25.08 1.55 170.00 -1333 1995 2 8 0.74 10.78 31.54 0.83 1.39 8.45 6.03 1.0e+20 4.74 5.30 1.53 239.48 7.73 31.36 1.54 1616.25 98.98 793.00 2.55 5.37 1.71 6.70 0.63 158.00 7.47 3.55 1.45 50.02 132.04 1.29 26.31 25.08 1.55 170.00 -1334 1995 2 9 0.74 10.75 31.46 0.83 1.39 8.45 6.01 1.0e+20 4.73 5.28 1.52 239.02 7.73 31.37 1.55 1618.00 98.85 793.40 2.54 5.55 1.71 6.68 0.63 157.38 7.46 3.55 1.45 50.02 131.48 1.29 26.29 25.07 1.55 170.00 -1335 1995 2 10 0.74 10.71 31.34 0.83 1.40 8.45 5.99 1.0e+20 4.69 5.26 1.52 238.48 7.73 31.37 1.55 1612.50 98.86 793.90 2.54 5.65 1.70 6.66 0.63 156.96 7.41 3.55 1.45 49.87 131.04 1.28 26.33 25.06 1.56 170.00 -1336 1995 2 13 0.74 10.70 31.32 0.83 1.40 8.45 5.99 1.0e+20 4.68 5.26 1.52 238.36 7.73 31.37 1.55 1614.25 98.66 796.60 2.54 5.60 1.70 6.66 0.63 156.96 7.42 3.54 1.45 49.93 131.23 1.28 26.37 25.04 1.56 170.00 -1337 1995 2 14 0.74 10.65 31.17 0.83 1.39 8.45 5.96 1.0e+20 4.67 5.24 1.51 237.54 7.73 31.37 1.55 1609.00 98.65 796.30 2.55 5.77 1.69 6.63 0.63 156.29 7.39 3.54 1.45 49.98 130.03 1.27 26.38 25.04 1.55 170.00 -1338 1995 2 15 0.74 10.63 31.13 0.83 1.40 8.45 5.95 1.0e+20 4.66 5.24 1.51 237.30 7.73 31.37 1.55 1609.25 98.52 794.10 2.55 6.03 1.69 6.61 0.63 156.23 7.38 3.54 1.45 49.94 129.89 1.27 26.38 25.03 1.56 170.00 -1339 1995 2 16 0.74 10.49 30.72 0.84 1.41 8.45 5.88 1.0e+20 4.64 5.19 1.49 234.54 7.73 31.36 1.56 1606.00 97.55 794.40 2.55 6.09 1.67 6.54 0.63 154.27 7.36 3.54 1.45 49.31 129.09 1.25 26.37 25.01 1.57 170.00 -1340 1995 2 17 0.73 10.47 30.67 0.85 1.40 8.45 5.88 1.0e+20 4.63 5.17 1.48 234.30 7.73 31.37 1.56 1611.00 97.48 797.50 2.55 5.82 1.66 6.54 0.63 154.12 7.35 3.54 1.45 49.97 129.71 1.25 26.38 24.99 1.57 170.00 -1341 1995 2 20 1.0e+20 1.0e+20 1.0e+20 0.84 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 170.00 -1342 1995 2 21 0.74 10.39 30.50 0.84 1.39 8.45 5.83 1.0e+20 4.57 5.15 1.47 233.14 7.73 31.38 1.57 1614.25 97.30 795.90 2.55 5.44 1.65 6.50 0.63 153.11 7.31 3.56 1.45 49.95 129.29 1.24 26.36 24.97 1.58 170.00 -1343 1995 2 22 0.73 10.35 30.32 0.84 1.39 8.45 5.82 1.0e+20 4.56 5.14 1.47 232.79 7.73 31.37 1.58 1621.00 97.03 791.80 2.55 5.93 1.64 6.47 0.63 152.66 7.30 3.59 1.45 49.92 129.33 1.24 26.36 24.93 1.58 170.17 -1344 1995 2 23 0.73 10.34 30.27 0.84 1.39 8.45 5.81 1.0e+20 4.54 5.14 1.46 232.48 7.73 31.38 1.58 1621.75 96.80 791.80 2.55 5.69 1.64 6.47 0.63 152.51 7.27 3.60 1.45 49.90 129.25 1.25 26.36 24.93 1.59 170.17 -1345 1995 2 24 0.73 10.32 30.25 0.85 1.39 8.45 5.81 1.0e+20 4.55 5.16 1.46 232.66 7.73 31.40 1.58 1635.75 97.10 791.20 2.55 5.84 1.64 6.47 0.63 152.25 7.26 3.61 1.45 49.85 129.16 1.24 26.37 24.95 1.58 170.17 -1346 1995 2 27 0.73 10.25 30.04 0.85 1.39 8.45 5.79 1.0e+20 4.54 5.13 1.45 232.42 7.73 31.39 1.58 1674.25 96.75 790.20 2.55 6.06 1.63 6.46 0.63 151.25 7.36 3.60 1.45 49.83 128.67 1.23 26.34 24.95 1.58 170.17 -1347 1995 2 28 0.73 10.25 29.34 0.85 1.39 8.45 5.79 1.0e+20 4.50 5.12 1.45 232.27 7.73 31.42 1.57 1667.50 96.60 789.10 2.55 5.97 1.63 6.45 0.63 151.15 7.33 3.59 1.44 49.83 127.72 1.23 26.36 24.95 1.58 170.17 -1348 1995 3 1 0.73 10.31 30.18 0.85 1.39 8.45 5.82 1.0e+20 4.50 5.14 1.46 233.34 7.73 31.41 1.57 1645.25 96.75 789.10 2.55 5.96 1.64 6.47 0.63 151.79 7.31 3.59 1.44 49.82 127.90 1.24 26.38 24.95 1.58 170.17 -1349 1995 3 2 0.73 10.26 30.06 0.85 1.40 8.45 5.79 1.0e+20 4.48 5.12 1.45 232.49 7.73 31.48 1.58 1658.00 95.81 791.00 2.55 5.97 1.63 6.45 0.63 151.44 7.34 3.59 1.44 49.87 128.81 1.23 26.37 24.92 1.59 170.17 -1350 1995 3 3 0.73 10.10 29.59 0.85 1.40 8.45 5.70 1.0e+20 4.42 5.05 1.43 229.72 7.73 31.36 1.61 1668.25 94.40 792.60 2.55 6.06 1.60 6.35 0.63 149.18 7.29 3.56 1.44 49.72 126.91 1.21 26.34 24.86 1.62 170.17 -1351 1995 3 6 0.73 9.84 28.88 0.86 1.41 8.44 5.65 1.0e+20 4.34 4.95 1.39 222.42 7.73 31.83 1.62 1654.00 92.60 793.90 2.54 6.60 1.56 6.23 0.64 147.52 7.24 3.55 1.43 49.75 127.88 1.16 26.25 24.83 1.63 170.17 -1352 1995 3 7 0.73 9.67 28.55 0.88 1.42 8.44 5.58 1.0e+20 4.32 4.92 1.37 223.22 7.73 31.90 1.63 1630.75 90.85 790.80 2.54 6.90 1.54 6.17 0.64 145.48 7.17 3.57 1.42 49.75 127.29 1.14 26.23 24.79 1.64 170.17 -1353 1995 3 8 0.73 9.80 28.84 0.88 1.40 8.44 5.60 1.0e+20 4.36 4.96 1.39 226.66 7.73 31.81 1.61 1652.00 91.27 788.80 2.55 6.82 1.56 6.21 0.64 146.50 7.16 3.58 1.42 49.75 128.26 1.16 26.00 24.77 1.61 170.17 -1354 1995 3 9 0.74 9.81 28.85 0.88 1.41 8.44 5.61 1.0e+20 4.35 4.95 1.39 227.01 7.73 31.68 1.61 1651.75 90.57 788.20 2.54 7.60 1.56 6.21 0.64 146.43 7.13 3.60 1.41 49.70 128.26 1.16 26.09 24.75 1.61 170.17 -1355 1995 3 10 0.74 9.94 29.27 0.88 1.40 8.44 5.68 1.0e+20 4.42 5.02 1.41 229.29 7.73 31.78 1.57 1668.25 91.23 787.00 2.55 6.35 1.58 6.31 0.64 148.76 7.23 3.70 1.42 49.77 129.99 1.17 26.11 24.79 1.58 170.00 -1356 1995 3 13 0.74 9.90 29.15 0.88 1.41 8.44 5.66 1.0e+20 4.42 5.02 1.40 229.01 7.73 31.80 1.58 1688.25 90.50 786.40 2.55 6.47 1.57 6.28 0.65 148.75 7.27 3.61 1.41 49.68 129.85 1.17 26.12 24.75 1.59 170.17 -1357 1995 3 14 0.74 9.94 29.18 0.88 1.41 8.44 5.66 1.0e+20 4.40 5.01 1.41 229.61 7.73 31.83 1.57 1678.00 90.97 783.00 2.55 6.57 1.58 6.28 0.65 149.02 7.20 3.63 1.41 49.80 128.82 1.17 26.11 24.78 1.58 170.17 -1358 1995 3 15 0.74 9.75 28.63 0.88 1.41 8.44 5.58 1.0e+20 4.34 4.93 1.38 225.15 7.73 31.38 1.59 1683.75 89.40 783.80 2.54 6.90 1.55 6.21 0.65 146.63 7.19 3.57 1.41 49.77 127.66 1.14 26.10 24.73 1.60 170.17 -1359 1995 3 16 0.74 9.83 28.86 0.89 1.41 8.44 5.62 1.0e+20 4.37 4.97 1.39 227.50 7.73 31.45 1.58 1698.00 90.30 782.30 2.54 7.25 1.56 6.26 0.64 147.73 7.21 3.57 1.41 49.95 128.74 1.16 26.06 24.74 1.58 170.17 -1360 1995 3 17 0.73 9.74 28.63 0.89 1.41 8.44 5.59 1.0e+20 4.35 4.95 1.38 227.15 7.73 31.40 1.58 1735.75 89.19 781.80 2.55 7.21 1.55 6.22 0.64 146.86 7.23 3.60 1.41 49.64 128.44 1.15 26.02 24.72 1.58 170.00 -1361 1995 3 20 0.72 9.86 28.94 0.91 1.40 8.44 5.62 1.0e+20 4.40 4.99 1.40 229.96 7.73 31.50 1.58 1728.25 89.42 778.80 2.55 7.00 1.57 6.26 0.64 148.15 7.28 3.62 1.41 49.33 128.98 1.16 25.97 24.73 1.58 170.00 -1362 1995 3 21 0.72 9.97 29.25 0.89 1.40 8.44 5.66 1.0e+20 4.41 5.00 1.41 232.31 7.73 31.50 1.58 1700.25 89.38 777.50 2.55 7.10 1.58 6.31 0.64 148.62 7.28 3.63 1.41 49.45 129.52 1.17 26.01 24.73 1.58 170.00 -1363 1995 3 22 0.72 9.89 29.04 0.90 1.40 8.44 5.62 1.0e+20 4.40 4.97 1.40 230.15 7.73 31.56 1.58 1716.00 88.92 775.90 2.54 7.23 1.57 6.27 0.64 147.85 7.29 3.61 1.41 49.45 129.50 1.16 26.03 24.72 1.58 170.00 -1364 1995 3 23 0.72 9.90 29.09 0.90 1.40 8.44 5.62 1.0e+20 4.40 4.97 1.40 230.90 7.73 31.60 1.59 1732.00 88.31 771.40 2.55 7.10 1.57 6.27 0.64 147.80 7.32 3.60 1.41 49.48 129.53 1.16 26.01 24.70 1.59 170.00 -1365 1995 3 24 0.72 9.98 29.25 0.90 1.40 8.44 5.64 1.0e+20 4.43 4.99 1.41 232.06 7.73 31.62 1.58 1723.25 89.10 769.50 2.54 6.85 1.60 6.32 0.65 149.22 7.35 3.61 1.42 49.40 130.01 1.17 26.01 24.72 1.58 170.00 -1366 1995 3 27 0.72 9.89 28.96 0.91 1.40 8.44 5.57 1.0e+20 4.41 4.94 1.40 229.42 7.73 31.61 1.60 1702.75 89.07 773.90 2.53 6.72 1.57 6.25 0.64 147.69 7.29 3.60 1.42 49.50 129.13 1.15 26.06 24.73 1.59 170.00 -1367 1995 3 28 0.72 9.79 28.68 0.91 1.40 8.44 5.54 1.0e+20 4.39 4.91 1.39 227.45 7.73 31.55 1.61 1698.00 89.22 772.70 2.53 6.82 1.55 6.21 0.64 146.50 7.35 3.59 1.41 49.52 128.28 1.14 26.04 24.69 1.61 170.00 -1368 1995 3 29 0.72 9.74 28.53 0.90 1.40 8.44 5.51 1.0e+20 4.37 4.87 1.38 227.06 7.73 31.50 1.61 1708.25 88.31 774.20 2.53 6.81 1.55 6.19 0.64 146.47 7.34 3.58 1.41 49.45 127.94 1.14 26.05 24.68 1.60 170.00 -1369 1995 3 30 0.72 9.93 29.05 0.90 1.39 8.44 5.57 1.0e+20 4.40 4.91 1.41 228.88 7.73 31.45 1.59 1718.25 89.53 774.60 2.53 6.76 1.58 6.27 0.64 148.40 7.43 3.60 1.42 49.40 128.57 1.17 25.99 24.76 1.59 170.17 -1370 1995 3 31 0.73 9.71 28.35 0.90 1.39 8.44 5.44 1.0e+20 4.34 4.81 1.37 225.38 7.73 31.43 1.62 1707.75 86.85 774.50 2.53 6.82 1.54 6.16 0.65 145.43 7.39 3.58 1.41 49.47 127.04 1.13 26.00 24.65 1.61 170.17 -1371 1995 4 3 0.73 9.67 28.28 0.90 1.39 8.44 5.44 1.0e+20 4.32 4.81 1.37 224.94 7.73 31.47 1.61 1727.50 86.25 774.40 2.52 6.82 1.53 6.17 0.65 145.42 7.36 3.58 1.40 49.37 126.87 1.12 25.94 24.62 1.61 170.00 -1372 1995 4 4 0.73 9.74 28.47 0.89 1.39 8.44 5.48 1.0e+20 4.31 4.85 1.38 226.40 7.73 31.41 1.60 1722.25 86.36 772.90 2.52 6.62 1.55 6.20 0.65 146.56 7.38 3.59 1.40 49.50 127.05 1.13 25.94 24.63 1.60 170.00 -1373 1995 4 5 0.73 9.72 28.40 0.89 1.39 8.44 5.45 1.0e+20 4.29 4.83 1.38 225.65 7.73 31.44 1.61 1717.00 86.25 773.90 2.50 6.46 1.54 6.18 0.65 146.10 7.39 3.59 1.40 49.60 126.37 1.13 25.94 24.64 1.60 170.00 -1374 1995 4 6 0.74 9.68 28.30 0.89 1.39 8.44 5.41 1.0e+20 4.27 4.79 1.37 224.78 7.73 31.43 1.61 1711.50 85.47 774.10 2.49 6.47 1.54 6.17 0.65 145.49 7.38 3.59 1.40 49.35 125.41 1.12 25.90 24.60 1.60 170.00 -1375 1995 4 7 0.74 9.74 28.44 0.89 1.39 8.44 5.44 1.0e+20 4.28 4.80 1.38 225.60 7.73 31.41 1.61 1705.50 84.32 775.00 2.49 6.32 1.54 6.20 0.66 146.06 7.36 3.59 1.40 49.30 124.48 1.13 25.68 24.60 1.60 170.00 -1376 1995 4 10 0.74 9.91 28.97 1.0e+20 1.38 8.44 5.54 1.0e+20 4.33 4.90 1.40 228.91 7.73 31.40 1.60 1729.25 83.10 772.80 2.48 6.40 1.57 6.30 0.66 148.26 7.35 3.60 1.39 49.30 125.57 1.16 25.17 24.59 1.59 1.0e+20 -1377 1995 4 11 0.74 9.86 28.83 0.90 1.37 8.44 5.51 1.0e+20 4.31 4.88 1.40 227.55 7.73 31.40 1.61 1724.75 83.80 770.80 2.48 6.30 1.57 6.27 0.66 147.64 7.33 3.60 1.40 49.37 125.16 1.15 25.30 24.62 1.59 170.00 -1378 1995 4 12 0.74 9.88 28.87 0.90 1.37 8.44 5.51 1.0e+20 4.34 4.89 1.40 228.00 7.73 31.39 1.61 1725.50 84.00 771.80 2.47 6.18 1.58 6.29 0.66 148.20 7.37 3.60 1.40 49.30 124.83 1.15 25.40 24.61 1.59 170.00 -1379 1995 4 13 0.73 9.78 28.57 0.90 1.37 8.44 5.45 1.0e+20 4.29 4.85 1.38 225.64 7.73 31.36 1.63 1707.00 83.59 772.60 2.46 6.32 1.55 6.22 0.67 145.98 7.31 3.60 1.39 49.70 123.33 1.14 25.35 24.57 1.60 170.00 -1380 1995 4 14 0.74 9.79 28.61 0.90 1.36 8.44 5.46 1.0e+20 4.30 4.85 1.39 225.99 7.73 31.36 1.63 1706.25 83.35 773.40 2.46 6.32 1.55 6.22 0.67 146.16 7.32 3.60 1.39 49.30 123.48 1.15 25.36 24.56 1.60 170.00 -1381 1995 4 17 0.74 9.63 28.16 0.90 1.36 8.44 5.39 1.0e+20 4.24 4.79 1.36 222.63 7.73 31.41 1.65 1687.75 82.10 773.20 2.46 6.27 1.53 6.13 0.67 144.19 7.25 3.60 1.39 49.20 121.67 1.12 25.35 24.52 1.61 170.00 -1382 1995 4 18 0.74 9.60 28.09 0.90 1.36 8.44 5.37 1.0e+20 4.24 4.80 1.36 222.30 7.73 31.39 1.65 1704.00 81.40 771.80 2.46 6.24 1.52 6.14 0.67 144.19 7.29 3.59 1.39 49.60 122.47 1.12 25.35 24.49 1.61 170.00 -1383 1995 4 19 0.73 9.53 27.94 0.91 1.37 8.44 5.36 1.0e+20 4.22 4.82 1.35 221.80 7.73 31.40 1.65 1717.75 81.12 770.70 2.46 6.11 1.51 6.12 0.66 143.76 7.30 3.59 1.39 49.23 123.22 1.11 25.31 24.47 1.61 170.00 -1384 1995 4 20 0.73 9.71 28.42 0.91 1.37 8.44 5.43 1.0e+20 4.31 4.88 1.38 225.52 7.73 31.44 1.63 1736.25 82.95 769.30 2.47 6.12 1.54 6.22 0.67 146.24 7.40 3.60 1.39 49.30 124.13 1.14 25.37 24.54 1.61 170.00 -1385 1995 4 21 0.73 9.67 28.33 0.90 1.36 8.44 5.43 1.0e+20 4.29 4.88 1.37 224.62 7.73 31.42 1.63 1719.25 82.92 768.70 2.46 6.01 1.53 6.20 0.67 145.58 7.40 3.61 1.39 49.30 123.39 1.13 25.41 24.55 1.61 170.00 -1386 1995 4 24 0.72 9.67 28.31 0.91 1.36 8.44 5.41 1.0e+20 4.28 4.85 1.37 224.54 7.73 31.40 1.63 1704.75 83.26 767.40 2.45 5.97 1.53 6.19 0.67 145.47 7.46 3.61 1.39 49.35 123.21 1.13 25.40 24.56 1.60 170.00 -1387 1995 4 25 0.72 9.62 28.17 0.92 1.36 8.44 5.38 1.0e+20 4.25 4.82 1.36 223.34 7.73 31.38 1.64 1685.75 81.95 765.80 2.45 5.91 1.53 6.16 0.67 144.58 7.34 3.61 1.39 49.40 122.63 1.13 25.41 24.52 1.61 170.00 -1388 1995 4 26 0.72 9.69 28.35 0.91 1.36 8.43 5.40 1.0e+20 4.27 4.86 1.37 224.68 7.73 31.38 1.63 1710.50 83.98 764.90 2.46 5.83 1.54 6.20 0.66 145.65 7.32 3.62 1.39 49.24 123.31 1.13 25.41 24.57 1.61 170.00 -1389 1995 4 27 0.72 9.68 28.33 0.91 1.36 8.43 5.41 1.0e+20 4.26 4.87 1.37 224.64 7.73 31.39 1.63 1699.75 83.58 764.80 2.46 5.85 1.54 6.20 0.67 145.63 7.24 3.61 1.39 49.30 122.90 1.13 25.42 24.58 1.61 170.00 -1390 1995 4 28 0.72 9.75 28.54 0.91 1.35 8.42 5.43 1.0e+20 4.27 4.91 1.38 226.21 7.74 31.45 1.63 1675.50 84.04 763.90 2.47 6.05 1.55 6.23 0.67 146.71 7.26 3.62 1.39 49.40 123.24 1.14 25.41 24.60 1.60 170.00 -1391 1995 5 1 0.72 9.78 28.65 0.91 1.35 8.42 5.46 1.0e+20 4.29 4.94 1.39 226.86 7.73 31.44 1.63 1666.25 83.53 764.80 2.47 5.94 1.55 6.24 0.67 147.04 7.27 3.62 1.39 49.30 123.39 1.14 25.40 24.60 1.61 170.00 -1392 1995 5 2 0.72 9.70 28.47 0.91 1.35 8.41 5.42 1.0e+20 4.27 4.91 1.37 225.00 7.73 31.43 1.63 1666.25 83.69 764.80 2.46 5.96 1.54 6.22 0.67 146.01 7.30 3.62 1.39 49.39 123.13 1.13 25.40 24.56 1.61 170.00 -1393 1995 5 3 0.73 9.66 28.36 0.90 1.36 8.39 5.40 1.0e+20 4.25 4.89 1.37 224.42 7.73 31.43 1.64 1663.75 83.45 765.10 2.46 5.83 1.53 6.20 0.67 145.55 7.26 3.63 1.39 49.30 122.63 1.13 25.40 24.58 1.61 170.00 -1394 1995 5 4 0.74 9.62 28.24 0.90 1.36 8.38 5.38 1.0e+20 4.24 4.87 1.36 223.44 7.73 31.42 1.64 1649.75 83.62 765.30 2.46 5.91 1.53 6.17 0.67 144.87 7.25 3.63 1.39 49.40 121.95 1.12 25.41 24.56 1.61 170.00 -1395 1995 5 5 0.74 9.65 28.31 0.90 1.35 8.36 5.38 1.0e+20 4.24 4.89 1.37 224.28 7.73 31.42 1.63 1636.00 84.03 765.30 2.46 5.87 1.53 6.19 0.67 145.22 7.25 3.62 1.39 49.29 122.17 1.13 25.41 24.58 1.59 170.00 -1396 1995 5 8 0.73 9.59 28.14 0.89 1.35 8.35 5.35 1.0e+20 4.21 4.83 1.36 222.61 7.73 31.40 1.64 1623.00 83.00 765.50 2.46 5.88 1.52 6.14 0.67 144.35 7.18 3.62 1.39 49.30 121.20 1.12 25.41 24.54 1.60 170.00 -1397 1995 5 9 0.72 9.65 28.32 0.89 1.35 8.34 5.38 1.0e+20 4.23 4.85 1.37 223.66 7.73 31.39 1.62 1626.75 82.95 763.60 2.46 5.86 1.53 6.18 0.67 145.26 7.17 3.62 1.39 49.30 120.08 1.13 25.41 24.54 1.58 170.00 -1398 1995 5 10 0.72 9.78 28.63 0.89 1.35 8.32 5.45 1.0e+20 4.27 4.88 1.39 226.06 7.73 31.43 1.62 1627.00 83.87 762.90 2.46 5.97 1.55 6.24 0.67 146.36 7.18 3.64 1.39 49.34 120.63 1.15 25.41 24.59 1.58 170.00 -1399 1995 5 11 0.73 9.99 29.09 0.89 1.35 8.31 5.54 1.0e+20 4.38 4.99 1.42 230.20 7.73 31.38 1.60 1653.00 85.80 763.30 2.47 5.93 1.58 6.29 0.66 149.26 7.31 3.64 1.40 49.50 122.48 1.19 25.41 24.68 1.55 170.00 -1400 1995 5 12 0.74 10.17 29.73 0.89 1.35 8.30 5.63 1.0e+20 4.42 5.06 1.44 233.54 7.73 31.44 1.60 1666.75 87.00 764.10 2.49 5.95 1.62 6.43 0.66 151.57 7.37 3.65 1.40 49.49 124.82 1.20 25.41 24.74 1.57 170.00 -1401 1995 5 15 0.73 10.15 29.72 0.88 1.35 8.29 5.64 1.0e+20 4.43 5.06 1.44 232.86 7.73 31.45 1.60 1646.75 86.86 766.30 2.49 5.97 1.61 6.41 0.66 151.36 7.35 3.65 1.40 49.54 124.72 1.20 25.50 24.73 1.56 170.00 -1402 1995 5 16 0.72 10.09 29.54 0.89 1.35 8.29 5.61 1.0e+20 4.40 5.05 1.43 230.58 7.73 31.45 1.60 1641.75 86.20 766.20 2.48 5.95 1.60 6.38 0.66 150.44 7.31 3.65 1.40 49.58 123.98 1.19 25.58 24.71 1.56 170.00 -1403 1995 5 17 0.73 10.10 29.59 0.89 1.35 8.30 5.68 1.0e+20 4.41 5.10 1.43 231.72 7.73 31.44 1.59 1650.00 86.73 765.50 2.47 5.94 1.60 6.40 0.66 150.90 7.36 3.66 1.39 49.80 125.22 1.20 25.59 24.74 1.56 170.00 -1404 1995 5 18 0.71 10.24 29.98 0.89 1.35 8.31 5.68 1.0e+20 4.45 5.16 1.45 234.59 7.73 31.44 1.59 1667.25 87.43 764.90 2.47 5.94 1.63 6.47 0.66 153.12 7.44 3.69 1.39 49.80 126.24 1.21 25.65 24.80 1.56 170.00 -1405 1995 5 19 0.71 10.12 29.65 0.89 1.35 8.31 5.63 1.0e+20 4.41 5.10 1.44 232.45 7.73 31.42 1.60 1668.00 86.77 764.50 2.46 5.92 1.61 6.40 0.65 151.05 7.39 3.69 1.39 49.80 125.14 1.20 25.65 24.76 1.57 170.00 -1406 1995 5 22 0.71 10.12 29.64 0.88 1.36 8.31 5.62 1.0e+20 4.41 5.10 1.44 232.40 7.73 31.40 1.60 1676.25 87.47 763.70 2.46 5.92 1.61 6.41 0.65 151.03 7.35 3.69 1.39 49.65 125.72 1.19 25.78 24.76 1.57 170.00 -1407 1995 5 23 0.71 10.17 29.76 0.88 1.36 8.31 5.65 1.0e+20 4.43 5.13 1.44 234.31 7.73 31.38 1.59 1705.75 87.38 764.30 2.46 5.99 1.61 6.44 0.66 152.07 7.42 3.69 1.39 49.70 126.91 1.20 25.83 24.75 1.56 170.00 -1408 1995 5 24 0.71 10.11 29.59 0.88 1.36 8.32 5.62 1.0e+20 4.41 5.11 1.43 233.33 7.73 31.40 1.60 1675.75 87.15 764.80 2.46 6.06 1.61 6.40 0.65 151.19 7.37 3.70 1.39 49.80 125.02 1.20 25.84 24.75 1.57 170.00 -1409 1995 5 25 0.71 9.87 28.87 0.89 1.36 8.32 5.49 1.0e+20 4.31 4.98 1.40 227.39 7.73 31.41 1.63 1641.00 85.05 763.30 2.45 6.10 1.57 6.23 0.66 147.44 7.25 3.68 1.39 49.80 121.78 1.16 25.77 24.69 1.60 170.00 -1410 1995 5 26 0.71 9.69 28.35 0.89 1.37 8.32 5.39 1.0e+20 4.25 4.86 1.37 224.31 7.73 31.40 1.64 1640.00 82.85 763.10 2.46 6.17 1.54 6.15 0.66 145.12 7.28 3.67 1.39 49.80 119.89 1.13 25.40 24.62 1.60 170.00 -1411 1995 5 29 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1412 1995 5 30 0.72 9.75 28.51 0.90 1.37 8.32 5.42 1.0e+20 4.29 4.90 1.38 225.46 7.73 31.37 1.64 1628.25 83.00 763.10 2.46 6.21 1.55 6.19 0.66 146.46 7.26 3.66 1.39 49.60 121.24 1.14 25.58 24.60 1.60 170.00 -1413 1995 5 31 0.71 9.94 29.05 0.90 1.36 8.32 5.52 1.0e+20 4.35 4.95 1.41 226.74 7.73 31.43 1.62 1642.00 84.65 763.10 2.46 6.16 1.58 6.28 0.66 149.08 7.34 3.66 1.39 49.80 122.58 1.16 25.58 24.70 1.58 170.00 -1414 1995 6 1 0.71 9.96 29.05 0.90 1.37 8.32 5.34 1.0e+20 4.36 4.98 1.41 228.45 7.73 31.42 1.62 1640.50 84.95 762.00 2.46 6.25 1.58 6.29 0.66 149.53 7.32 3.68 1.39 49.78 123.03 1.17 25.70 24.69 1.59 170.00 -1415 1995 6 2 0.71 9.97 29.10 0.90 1.37 8.32 5.53 1.0e+20 4.35 4.98 1.41 227.99 7.73 31.44 1.61 1643.25 84.90 761.80 2.45 6.20 1.58 6.30 0.66 149.72 7.34 3.67 1.39 49.74 122.80 1.16 25.71 24.69 1.58 170.00 -1416 1995 6 5 0.71 9.88 28.80 0.90 1.37 8.31 5.47 1.0e+20 4.31 4.91 1.40 225.72 7.73 31.40 1.62 1623.50 84.63 763.80 2.45 6.18 1.57 6.23 0.66 147.57 7.22 3.67 1.39 50.22 121.10 1.15 25.67 24.66 1.59 170.00 -1417 1995 6 6 0.71 9.95 29.09 0.90 1.38 8.32 5.52 1.0e+20 4.34 4.96 1.41 227.15 7.73 31.40 1.62 1636.50 85.10 763.80 2.43 6.13 1.58 6.31 0.67 148.71 7.23 3.67 1.39 49.79 121.92 1.17 25.74 24.69 1.59 170.00 -1418 1995 6 7 0.72 9.88 28.88 0.91 1.38 8.31 5.48 1.0e+20 4.30 4.95 1.40 225.79 7.73 31.41 1.62 1642.25 84.24 764.90 2.43 6.15 1.57 6.25 0.67 147.88 7.21 3.67 1.39 49.85 122.12 1.15 25.69 24.65 1.59 170.00 -1419 1995 6 8 0.72 9.95 29.10 0.91 1.37 8.31 5.52 1.0e+20 4.34 4.98 1.41 227.90 7.73 31.41 1.62 1646.25 84.90 764.00 2.43 6.23 1.58 6.32 0.67 148.84 7.23 3.68 1.39 49.95 122.66 1.16 25.69 24.70 1.59 170.00 -1420 1995 6 9 0.72 9.87 28.85 0.91 1.37 8.32 5.47 1.0e+20 4.31 4.92 1.40 226.67 7.73 31.42 1.62 1634.00 84.40 763.50 2.44 6.27 1.57 6.24 0.66 147.56 7.22 3.67 1.39 50.20 121.67 1.15 25.69 24.66 1.59 170.00 -1421 1995 6 12 0.71 9.85 28.75 0.91 1.37 8.32 5.47 1.0e+20 4.31 4.93 1.40 226.30 7.73 31.42 1.63 1660.75 83.92 767.30 2.44 6.29 1.56 6.23 0.66 147.52 7.24 3.67 1.39 50.30 121.89 1.15 25.73 24.64 1.59 170.00 -1422 1995 6 13 0.71 9.88 28.91 0.91 1.38 8.32 5.48 1.0e+20 4.32 4.94 1.40 227.78 7.73 31.40 1.62 1658.00 84.33 766.90 2.44 6.20 1.57 6.25 0.66 148.03 7.25 3.66 1.39 49.90 122.00 1.16 25.75 24.64 1.59 170.00 -1423 1995 6 14 0.72 9.85 28.77 0.90 1.38 8.32 5.45 1.0e+20 4.30 4.91 1.40 226.52 7.73 31.40 1.63 1639.00 84.40 765.10 2.38 6.23 1.56 6.23 0.67 147.35 7.22 3.66 1.39 50.15 121.26 1.15 25.80 24.65 1.60 170.00 -1424 1995 6 15 0.72 9.93 29.01 0.90 1.37 8.32 5.50 1.0e+20 4.34 4.94 1.41 228.23 7.73 31.40 1.62 1654.00 84.82 766.20 2.44 6.20 1.58 6.28 0.66 148.59 7.28 3.67 1.39 50.21 122.37 1.17 25.78 24.68 1.59 170.00 -1425 1995 6 16 0.72 9.85 28.80 0.90 1.38 8.32 5.47 1.0e+20 4.31 4.91 1.40 226.52 7.73 31.40 1.63 1649.25 84.66 765.40 2.44 6.19 1.56 6.24 0.66 147.56 7.25 3.66 1.39 50.50 121.68 1.16 25.79 24.67 1.60 170.00 -1426 1995 6 19 0.72 9.87 28.86 0.91 1.38 8.32 5.48 1.0e+20 4.32 4.91 1.40 227.29 7.73 31.40 1.63 1653.25 84.95 764.30 2.44 6.23 1.57 6.25 0.67 147.85 7.28 3.66 1.39 50.40 121.99 1.16 25.88 24.67 1.59 170.00 -1427 1995 6 20 0.72 9.80 28.66 0.91 1.37 8.32 5.44 1.0e+20 4.30 4.89 1.39 225.75 7.73 31.40 1.63 1640.00 84.65 763.80 2.43 6.22 1.56 6.21 0.67 146.94 7.27 3.65 1.39 50.20 121.29 1.15 25.91 24.66 1.60 170.00 -1428 1995 6 21 0.72 9.78 28.60 0.91 1.37 8.32 5.43 1.0e+20 4.29 4.88 1.39 225.36 7.73 31.39 1.63 1634.00 84.38 763.50 2.43 6.28 1.55 6.20 0.67 146.57 7.27 3.65 1.40 50.00 121.05 1.15 25.88 24.66 1.60 170.00 -1429 1995 6 22 0.72 9.83 28.76 0.91 1.37 8.32 5.46 1.0e+20 4.31 4.89 1.39 226.87 7.73 31.38 1.62 1636.00 84.65 763.50 2.43 6.26 1.56 6.23 0.67 147.65 7.27 3.64 1.39 50.45 121.53 1.15 25.84 24.68 1.59 170.00 -1430 1995 6 23 0.72 9.76 28.53 0.91 1.37 8.32 5.41 1.0e+20 4.28 4.86 1.38 224.80 7.73 31.39 1.64 1618.75 84.50 763.60 2.43 6.25 1.55 6.18 0.67 146.07 7.24 3.64 1.39 50.08 120.54 1.14 25.79 24.67 1.60 170.00 -1431 1995 6 26 0.71 9.79 28.64 0.91 1.37 8.32 5.43 1.0e+20 4.28 4.88 1.39 225.98 7.73 31.37 1.62 1631.25 84.34 763.30 2.43 6.26 1.56 6.20 0.67 146.98 7.26 3.63 1.39 50.60 121.22 1.15 25.84 24.67 1.58 170.00 -1432 1995 6 27 0.71 9.73 28.46 0.91 1.37 8.32 5.40 1.0e+20 4.25 4.86 1.38 224.90 7.73 31.37 1.62 1626.00 84.08 763.30 2.43 6.28 1.55 6.15 0.67 146.14 7.24 3.63 1.39 50.60 120.91 1.14 25.87 24.66 1.58 170.00 -1433 1995 6 28 0.71 9.85 28.83 0.91 1.37 8.32 5.47 1.0e+20 4.30 4.91 1.40 228.10 7.73 31.40 1.62 1641.50 85.70 762.70 2.43 6.32 1.57 6.24 0.66 148.19 7.30 3.65 1.39 50.60 122.34 1.16 25.85 24.71 1.57 170.00 -1434 1995 6 29 0.71 9.73 28.46 0.91 1.37 8.32 5.40 1.0e+20 4.27 4.84 1.38 224.98 7.73 31.43 1.63 1629.50 84.70 761.60 2.43 6.27 1.55 6.16 0.66 146.27 7.24 3.64 1.39 50.60 121.06 1.15 25.82 24.69 1.59 170.00 -1435 1995 6 30 0.71 9.73 28.46 0.92 1.37 8.32 5.40 1.0e+20 4.29 4.85 1.38 225.18 7.73 31.41 1.63 1637.00 84.78 761.10 2.43 6.26 1.55 6.16 0.66 146.28 7.29 3.63 1.39 50.50 121.14 1.15 25.83 24.69 1.59 170.00 -1436 1995 7 3 0.71 9.70 28.41 0.92 1.37 8.32 5.39 1.0e+20 4.28 4.83 1.38 224.62 7.73 31.41 1.64 1625.50 84.80 761.00 2.43 6.26 1.54 6.15 0.67 145.76 7.24 3.63 1.39 50.80 120.67 1.14 25.90 24.68 1.59 170.00 -1437 1995 7 4 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1438 1995 7 5 0.71 9.70 28.40 0.92 1.37 8.32 5.38 1.0e+20 4.27 4.82 1.38 224.38 7.73 31.38 1.64 1620.25 84.94 760.10 2.44 6.27 1.54 6.15 0.67 145.56 7.24 3.63 1.39 50.55 120.13 1.14 25.88 24.69 1.59 170.00 -1439 1995 7 6 0.71 9.72 28.45 0.92 1.36 8.32 5.39 1.0e+20 4.27 4.83 1.38 224.93 7.74 31.38 1.64 1620.75 85.18 759.10 2.44 6.25 1.54 6.15 0.67 145.94 7.25 3.63 1.39 51.50 120.42 1.14 25.88 24.70 1.59 170.00 -1440 1995 7 7 0.71 9.79 28.63 0.92 1.36 8.32 5.42 1.0e+20 4.30 4.85 1.39 226.27 7.74 31.39 1.63 1609.00 86.77 759.00 2.44 6.17 1.56 6.19 0.67 146.85 7.26 3.64 1.40 51.20 120.67 1.15 25.93 24.75 1.59 170.00 -1441 1995 7 10 0.71 9.82 28.71 0.92 1.35 8.32 5.43 1.0e+20 4.30 4.85 1.39 226.59 7.74 31.37 1.62 1616.25 87.09 760.20 2.44 6.15 1.56 6.20 0.67 147.10 7.24 3.64 1.40 51.50 120.70 1.16 26.21 24.75 1.59 170.00 -1442 1995 7 11 0.72 9.87 28.81 0.92 1.35 8.32 5.46 1.0e+20 4.32 4.87 1.40 227.62 7.74 31.40 1.63 1624.50 87.45 760.60 2.45 6.11 1.57 6.23 0.67 147.65 7.27 3.65 1.40 51.00 120.75 1.16 26.17 24.77 1.58 170.00 -1443 1995 7 12 0.72 9.86 28.84 0.92 1.35 8.32 5.45 1.0e+20 4.31 4.87 1.40 227.35 7.74 31.37 1.63 1619.00 87.51 760.70 2.45 6.12 1.57 6.23 0.67 147.53 7.20 3.65 1.39 50.90 120.43 1.16 26.18 24.78 1.59 170.00 -1444 1995 7 13 0.73 9.79 28.64 0.92 1.35 8.32 5.42 1.0e+20 4.28 4.85 1.39 225.86 7.73 31.37 1.64 1613.75 87.40 760.30 2.44 6.05 1.55 6.18 0.67 146.62 7.17 3.64 1.39 50.95 119.49 1.16 26.21 24.75 1.60 170.00 -1445 1995 7 14 0.73 9.78 28.64 0.92 1.35 8.32 5.42 1.0e+20 4.27 4.84 1.39 226.26 7.73 31.37 1.63 1611.50 87.89 760.10 2.44 6.02 1.55 6.18 0.67 146.38 7.19 3.64 1.39 50.55 119.27 1.16 26.18 24.75 1.59 170.00 -1446 1995 7 17 0.73 9.81 28.71 0.92 1.35 8.32 5.43 1.0e+20 4.27 4.85 1.39 226.32 7.73 31.38 1.63 1610.00 88.65 762.10 2.45 6.00 1.56 6.19 0.67 146.57 7.18 3.65 1.40 50.65 119.63 1.16 26.30 24.78 1.59 170.00 -1447 1995 7 18 0.73 9.76 28.57 0.92 1.36 8.32 5.40 1.0e+20 4.25 4.83 1.38 225.46 7.73 31.38 1.63 1615.75 88.35 762.10 2.44 6.04 1.55 6.17 0.67 145.91 7.17 3.64 1.39 51.00 120.00 1.15 26.40 24.78 1.59 170.00 -1448 1995 7 19 0.73 9.75 28.55 0.92 1.36 8.32 5.39 1.0e+20 4.24 4.82 1.38 225.66 7.73 31.39 1.64 1623.50 87.75 761.20 2.44 6.08 1.55 6.16 0.67 145.99 7.16 3.64 1.40 51.00 119.71 1.15 26.39 24.77 1.59 170.00 -1449 1995 7 20 0.73 9.70 28.41 0.92 1.36 8.32 5.37 1.0e+20 4.22 4.79 1.37 224.57 7.73 31.38 1.64 1613.50 87.76 759.90 2.45 6.15 1.54 6.14 0.67 145.15 7.15 3.63 1.39 50.52 118.97 1.15 26.38 24.77 1.59 170.00 -1450 1995 7 21 0.73 9.70 28.40 0.93 1.35 8.32 5.37 1.0e+20 4.22 4.82 1.38 224.30 7.73 31.37 1.64 1600.00 88.55 759.50 2.44 6.10 1.54 6.13 0.67 145.08 7.13 3.64 1.39 51.00 118.82 1.15 26.42 24.79 1.59 170.00 -1451 1995 7 24 0.73 9.73 28.48 0.93 1.35 8.32 5.38 1.0e+20 4.23 4.80 1.38 224.98 7.73 31.38 1.64 1600.25 87.55 759.10 2.45 6.10 1.55 6.15 0.67 145.16 7.15 3.63 1.39 51.00 119.01 1.15 26.50 24.76 1.59 170.00 -1452 1995 7 25 0.73 9.81 28.70 0.93 1.35 8.32 5.43 1.0e+20 4.24 4.83 1.39 226.41 7.73 31.37 1.63 1605.50 87.88 759.20 2.45 6.16 1.56 6.19 0.67 145.91 7.14 3.63 1.39 50.59 119.77 1.16 26.59 24.77 1.58 170.00 -1453 1995 7 26 0.73 9.76 28.56 0.93 1.35 8.32 5.40 1.0e+20 4.22 4.81 1.38 224.80 7.73 31.39 1.64 1596.75 87.95 759.10 2.45 6.11 1.55 6.16 0.67 145.02 7.09 3.63 1.39 50.51 119.23 1.15 26.70 24.76 1.59 170.00 -1454 1995 7 27 0.73 9.72 28.45 0.93 1.36 8.32 5.37 1.0e+20 4.21 4.79 1.38 224.08 7.73 31.38 1.64 1592.50 87.95 759.10 2.45 6.10 1.54 6.13 0.66 144.47 7.07 3.63 1.39 51.00 118.80 1.14 26.44 24.76 1.59 170.00 -1455 1995 7 28 0.73 9.70 28.39 0.93 1.36 8.32 5.36 1.0e+20 4.20 4.77 1.37 223.88 7.73 31.39 1.64 1585.25 88.18 759.00 2.45 6.11 1.54 6.11 0.67 144.24 7.04 3.62 1.39 50.75 118.54 1.14 26.42 24.76 1.60 170.00 -1456 1995 7 31 0.73 9.74 28.49 0.93 1.36 8.32 5.38 1.0e+20 4.20 4.78 1.38 224.69 7.73 31.43 1.64 1590.75 88.34 759.50 2.45 6.12 1.55 6.13 0.67 144.73 7.07 3.62 1.39 51.00 119.09 1.15 26.48 24.77 1.59 170.00 -1457 1995 8 1 0.74 9.72 28.43 0.93 1.36 8.32 5.37 1.0e+20 4.19 4.77 1.38 224.07 7.73 31.42 1.64 1584.00 88.43 760.10 2.45 6.13 1.54 6.12 0.67 143.85 7.09 3.61 1.39 51.00 118.75 1.14 26.64 24.77 1.59 170.00 -1458 1995 8 2 0.74 9.83 28.78 0.93 1.35 8.32 5.42 1.0e+20 4.24 4.81 1.39 225.90 7.73 31.42 1.63 1588.00 90.82 760.20 2.45 6.12 1.56 6.17 0.67 145.23 7.12 3.62 1.39 50.60 119.67 1.15 26.68 24.82 1.59 170.00 -1459 1995 8 3 0.74 9.77 28.51 0.93 1.35 8.32 5.39 1.0e+20 4.20 4.78 1.39 224.61 7.73 31.41 1.64 1572.50 90.45 760.50 2.46 6.13 1.55 6.13 0.67 144.40 7.05 3.61 1.39 51.00 118.87 1.14 26.80 24.79 1.60 170.00 -1460 1995 8 4 0.74 9.80 28.68 0.93 1.35 8.30 5.40 1.0e+20 4.20 4.79 1.39 225.37 7.73 31.42 1.64 1569.00 91.25 758.50 2.46 6.16 1.56 6.14 0.66 144.71 7.05 3.61 1.39 50.65 120.18 1.14 26.60 24.82 1.60 170.00 -1461 1995 8 7 0.74 9.89 28.95 0.93 1.35 8.32 5.45 1.0e+20 4.23 4.85 1.40 227.02 7.73 31.44 1.64 1581.25 91.30 762.00 2.47 6.12 1.57 6.20 0.66 145.97 7.11 3.61 1.40 51.00 120.03 1.16 26.94 24.83 1.60 170.00 -1462 1995 8 8 0.74 9.91 29.02 0.93 1.35 8.32 5.46 1.0e+20 4.25 4.86 1.40 227.51 7.73 31.45 1.63 1588.00 91.77 761.60 2.46 6.15 1.58 6.21 0.66 146.48 7.15 3.61 1.39 51.00 120.33 1.16 26.92 24.85 1.60 170.00 -1463 1995 8 9 0.74 9.89 28.97 0.93 1.36 8.32 5.45 1.0e+20 4.22 4.86 1.40 227.06 7.73 31.47 1.63 1586.25 91.57 761.20 2.46 6.14 1.57 6.20 0.66 146.16 7.14 3.60 1.39 51.00 120.25 1.16 26.95 24.84 1.60 170.00 -1464 1995 8 10 0.73 10.00 29.27 0.93 1.35 8.32 5.51 1.0e+20 4.22 4.90 1.42 229.39 7.74 31.45 1.62 1590.50 92.83 761.00 2.47 6.15 1.59 6.25 0.65 147.72 7.13 3.61 1.39 50.60 121.54 1.17 26.97 24.89 1.58 170.00 -1465 1995 8 11 0.74 10.08 29.51 0.93 1.35 8.32 5.55 1.0e+20 4.25 4.93 1.43 230.82 7.74 31.45 1.61 1597.00 93.77 761.30 2.47 6.14 1.60 6.30 0.66 148.88 7.16 3.63 1.39 51.00 122.42 1.19 27.40 24.91 1.57 170.00 -1466 1995 8 14 0.74 10.09 29.53 0.94 1.36 8.32 5.56 1.0e+20 4.27 4.94 1.43 230.55 7.74 31.49 1.61 1606.50 93.61 763.10 2.47 6.15 1.60 6.32 0.66 149.05 7.20 3.63 1.40 51.00 122.65 1.19 27.32 24.92 1.57 170.00 -1467 1995 8 15 0.73 10.36 30.32 0.94 1.36 8.32 5.71 1.0e+20 4.35 5.05 1.47 236.40 7.74 31.49 1.58 1629.25 96.68 763.10 2.48 6.15 1.65 6.46 0.65 152.83 7.32 3.65 1.40 51.25 125.61 1.22 27.29 25.03 1.55 170.00 -1468 1995 8 16 0.73 10.37 30.32 0.94 1.35 8.32 5.71 1.0e+20 4.35 5.05 1.47 235.42 7.74 31.62 1.58 1622.25 97.80 765.00 2.49 6.17 1.65 6.44 0.65 152.50 7.28 3.65 1.42 51.00 125.65 1.22 27.50 25.08 1.55 170.00 -1469 1995 8 17 0.73 10.39 30.39 0.94 1.35 8.32 5.72 1.0e+20 4.39 5.06 1.47 236.07 7.74 31.59 1.56 1628.25 97.85 773.20 2.49 6.19 1.65 6.45 0.64 152.41 7.34 3.65 1.42 51.08 125.95 1.22 27.47 25.09 1.53 170.00 -1470 1995 8 18 0.73 10.35 30.28 0.94 1.35 8.32 5.70 1.0e+20 4.38 5.04 1.47 235.58 7.74 31.59 1.57 1623.75 96.95 766.60 2.49 6.26 1.64 6.44 0.64 152.17 7.36 3.65 1.42 51.00 125.34 1.22 27.45 25.01 1.54 170.00 -1471 1995 8 21 0.73 10.35 30.26 0.94 1.35 8.33 5.70 1.0e+20 4.34 5.04 1.47 235.69 7.74 31.62 1.57 1616.50 96.55 777.70 2.49 6.23 1.64 6.43 0.65 152.00 7.35 3.65 1.42 51.50 125.34 1.22 27.46 25.05 1.54 170.00 -1472 1995 8 22 0.74 10.43 30.51 0.94 1.35 8.33 5.75 1.0e+20 4.38 5.07 1.48 237.47 7.74 31.63 1.57 1623.75 96.73 776.30 2.49 6.21 1.66 6.47 0.64 153.31 7.34 3.66 1.42 51.50 126.14 1.23 27.50 25.04 1.53 170.00 -1473 1995 8 23 0.74 10.41 30.47 0.94 1.35 8.33 5.74 1.0e+20 4.39 5.07 1.48 236.96 7.74 31.70 1.57 1618.00 96.50 776.90 2.49 6.28 1.65 6.46 0.64 153.07 7.31 3.65 1.42 51.50 126.00 1.22 27.49 25.04 1.54 170.00 -1474 1995 8 24 0.74 10.38 30.36 0.94 1.35 8.33 5.72 1.0e+20 4.37 5.07 1.47 236.10 7.74 31.82 1.57 1609.75 96.55 777.50 2.49 6.31 1.65 6.44 0.64 152.64 7.29 3.66 1.42 51.65 125.65 1.22 27.47 25.06 1.54 170.00 -1475 1995 8 25 0.74 10.40 30.41 0.94 1.34 8.33 5.73 1.0e+20 4.40 5.08 1.47 237.32 7.74 31.72 1.57 1617.00 96.64 777.00 2.48 6.31 1.65 6.46 0.65 153.34 7.33 3.66 1.42 51.50 126.15 1.21 27.48 25.04 1.54 170.00 -1476 1995 8 28 0.74 10.28 30.10 0.94 1.34 8.33 5.67 1.0e+20 4.37 5.05 1.46 235.10 7.74 31.85 1.58 1628.25 96.60 774.30 2.48 6.33 1.63 6.41 0.65 151.90 7.31 3.65 1.41 51.78 125.36 1.20 27.50 25.01 1.55 170.00 -1477 1995 8 29 0.75 10.35 30.27 0.95 1.33 8.32 5.71 1.0e+20 4.40 5.06 1.47 236.78 7.74 31.85 1.58 1634.00 97.63 774.80 2.49 6.32 1.64 6.43 0.65 152.90 7.32 3.66 1.42 51.70 125.92 1.21 27.55 25.05 1.54 169.70 -1478 1995 8 30 0.75 10.38 30.36 0.94 1.33 8.32 5.72 1.0e+20 4.41 5.07 1.47 237.16 7.74 31.83 1.57 1626.75 98.95 765.40 2.50 6.29 1.65 6.44 0.65 153.30 7.32 3.66 1.42 51.90 126.09 1.21 27.50 25.09 1.54 170.00 -1479 1995 8 31 0.75 10.32 30.21 0.95 1.34 8.32 5.69 1.0e+20 4.40 5.04 1.46 236.32 7.74 31.87 1.58 1624.75 97.75 773.40 2.49 6.30 1.64 6.42 0.65 152.46 7.30 3.65 1.42 52.00 125.42 1.20 27.50 25.06 1.55 170.00 -1480 1995 9 1 0.74 10.30 30.17 0.94 1.34 8.32 5.69 1.0e+20 4.40 5.05 1.46 236.02 7.74 31.92 1.58 1622.75 97.49 773.20 2.49 6.26 1.64 6.41 0.65 152.39 7.31 3.65 1.42 51.95 125.64 1.20 27.50 25.05 1.55 170.00 -1481 1995 9 4 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1482 1995 9 5 0.75 10.29 30.13 0.94 1.34 8.33 5.67 1.0e+20 4.38 5.05 1.46 235.66 7.74 32.40 1.58 1626.25 97.77 769.90 2.49 6.24 1.63 6.40 0.65 152.30 7.30 3.66 1.42 52.00 125.64 1.20 27.49 25.06 1.55 170.00 -1483 1995 9 6 0.75 10.40 30.44 0.94 1.33 8.33 5.73 1.0e+20 4.39 5.09 1.47 237.70 7.74 32.29 1.57 1622.50 98.79 770.90 2.50 6.26 1.65 6.46 0.65 153.61 7.29 3.66 1.42 51.50 126.66 1.21 27.50 25.09 1.55 170.00 -1484 1995 9 7 0.75 10.38 30.38 0.94 1.33 8.33 5.71 1.0e+20 4.37 5.08 1.47 237.12 7.74 32.21 1.57 1620.25 98.58 771.00 2.49 6.26 1.65 6.44 0.65 153.38 7.27 3.66 1.42 51.75 126.52 1.21 27.50 25.09 1.55 170.00 -1485 1995 9 8 0.75 10.41 30.45 0.95 1.34 8.33 5.72 1.0e+20 4.39 5.08 1.48 237.44 7.74 32.26 1.57 1615.50 99.75 771.00 2.50 6.28 1.65 6.45 0.65 153.19 7.19 3.66 1.42 52.10 126.25 1.21 27.50 25.12 1.54 170.00 -1486 1995 9 11 0.75 10.35 30.29 0.95 1.34 8.33 5.69 1.0e+20 4.39 5.07 1.47 237.36 7.73 32.47 1.57 1615.25 99.78 771.80 2.49 6.30 1.64 6.42 0.65 152.84 7.11 3.66 1.42 51.65 125.96 1.20 27.49 25.10 1.54 170.00 -1487 1995 9 12 0.76 10.34 30.26 0.95 1.34 8.33 5.68 1.0e+20 4.38 5.08 1.47 236.94 7.73 32.71 1.58 1611.00 100.87 773.80 2.50 6.29 1.64 6.42 0.65 152.64 7.10 3.66 1.43 52.20 125.97 1.20 27.50 25.13 1.55 170.00 -1488 1995 9 13 0.76 10.50 30.71 0.95 1.35 8.33 5.77 1.0e+20 4.44 5.13 1.49 239.77 7.73 32.89 1.57 1614.50 102.50 775.80 2.50 6.28 1.67 6.50 0.65 154.80 7.14 3.66 1.43 52.30 127.37 1.22 27.50 25.17 1.54 170.00 -1489 1995 9 14 0.76 10.45 30.57 0.95 1.36 8.33 5.75 1.0e+20 4.44 5.12 1.48 238.82 7.73 34.05 1.58 1611.00 102.55 775.10 2.51 6.28 1.66 6.48 0.65 154.26 7.14 3.67 1.43 52.50 126.74 1.21 27.50 25.18 1.55 170.00 -1490 1995 9 15 0.75 10.46 30.62 0.95 1.36 8.33 5.75 1.0e+20 4.43 5.11 1.48 239.11 7.73 33.90 1.58 1610.00 103.52 776.30 2.52 6.28 1.66 6.49 0.65 154.52 7.15 3.67 1.44 52.70 126.97 1.20 27.50 25.20 1.55 170.00 -1491 1995 9 18 0.75 10.45 30.59 0.95 1.36 8.33 5.75 1.0e+20 4.43 5.11 1.48 238.87 7.73 33.78 1.57 1611.25 103.55 777.20 2.52 6.30 1.66 6.49 0.65 154.37 7.17 3.67 1.44 52.53 127.04 1.21 27.50 25.20 1.54 170.00 -1492 1995 9 19 0.76 10.44 30.57 0.95 1.35 8.33 5.75 1.0e+20 4.44 5.11 1.48 238.87 7.73 33.89 1.57 1610.00 104.20 775.80 2.53 6.30 1.66 6.48 0.65 154.51 7.13 3.67 1.44 53.10 126.99 1.20 27.50 25.23 1.54 170.00 -1493 1995 9 20 0.75 10.32 30.22 0.95 1.36 8.33 5.68 1.0e+20 4.40 5.05 1.46 236.00 7.73 33.84 1.58 1617.25 103.25 775.00 2.52 6.34 1.64 6.42 0.66 153.08 7.10 3.66 1.44 54.30 125.85 1.17 27.48 25.19 1.55 170.00 -1494 1995 9 21 0.75 10.12 29.58 0.95 1.35 8.32 5.57 1.0e+20 4.30 4.94 1.43 232.20 7.73 34.00 1.60 1609.25 100.10 770.20 2.51 6.31 1.60 6.29 0.66 150.15 7.04 3.65 1.43 53.00 124.20 1.14 27.46 25.13 1.56 170.00 -1495 1995 9 22 0.74 9.92 29.07 0.95 1.35 8.33 5.50 1.0e+20 4.29 4.90 1.41 229.93 7.73 33.82 1.61 1615.25 98.50 770.40 2.51 6.38 1.58 6.24 0.66 148.20 7.05 3.65 1.43 52.80 123.17 1.13 27.46 25.07 1.57 170.00 -1496 1995 9 25 0.74 10.04 29.41 0.95 1.34 8.33 5.55 1.0e+20 4.34 4.94 1.42 232.81 7.73 34.00 1.60 1612.75 99.88 769.30 2.52 6.39 1.60 6.29 0.66 150.02 6.99 3.65 1.44 52.75 124.26 1.14 27.37 25.12 1.57 170.00 -1497 1995 9 26 0.74 10.04 29.38 0.95 1.34 8.33 5.53 1.0e+20 4.31 4.95 1.43 231.52 7.73 33.92 1.60 1593.75 100.83 768.90 2.52 6.39 1.59 6.28 0.65 149.11 6.96 3.65 1.44 52.80 122.78 1.16 27.34 25.13 1.57 170.00 -1498 1995 9 27 0.74 10.04 29.37 0.95 1.34 8.33 5.53 1.0e+20 4.34 4.91 1.42 231.94 7.73 33.91 1.60 1604.75 100.17 768.40 2.51 6.40 1.59 6.29 0.65 149.49 7.01 3.64 1.42 53.00 123.16 1.15 27.24 25.11 1.57 170.00 -1499 1995 9 28 0.75 10.00 29.26 0.95 1.35 8.33 5.52 1.0e+20 4.27 4.90 1.42 231.70 7.73 33.99 1.61 1609.25 99.73 768.50 2.51 6.44 1.59 6.26 0.65 149.20 6.97 3.64 1.42 53.10 123.22 1.14 27.24 25.10 1.58 170.00 -1500 1995 9 29 0.75 10.05 29.41 0.95 1.34 8.33 5.54 1.0e+20 4.29 4.92 1.42 233.16 7.73 33.94 1.61 1615.75 99.10 768.30 2.51 6.39 1.60 6.28 0.65 150.15 6.93 3.65 1.42 52.90 123.71 1.15 27.07 25.10 1.57 170.00 -1501 1995 10 2 0.76 10.05 29.40 0.95 1.33 8.33 5.53 1.0e+20 4.30 4.93 1.42 232.45 7.73 33.92 1.62 1613.25 100.72 768.40 2.52 6.42 1.60 6.27 0.65 149.75 6.97 3.66 1.43 53.00 123.20 1.15 26.90 25.14 1.59 170.00 -1502 1995 10 3 0.76 10.14 29.64 0.95 1.32 8.33 5.59 1.0e+20 4.33 4.97 1.44 234.96 7.73 33.90 1.61 1622.25 101.65 768.40 2.52 6.57 1.61 6.32 0.65 151.06 6.99 3.66 1.43 52.75 124.49 1.16 26.76 25.15 1.58 170.00 -1503 1995 10 4 0.76 10.08 29.49 0.95 1.33 8.33 5.56 1.0e+20 4.31 4.95 1.43 233.54 7.73 33.82 1.61 1608.50 100.73 767.30 2.52 6.55 1.60 6.29 0.65 150.10 6.95 3.65 1.43 52.90 123.74 1.15 26.86 25.14 1.58 170.00 -1504 1995 10 5 0.75 10.04 29.37 0.95 1.33 8.33 5.54 1.0e+20 4.30 4.95 1.42 233.25 7.73 33.91 1.61 1608.75 100.25 769.40 2.53 6.54 1.59 6.27 0.66 149.38 6.95 3.66 1.42 51.60 123.46 1.14 26.81 25.12 1.58 170.00 -1505 1995 10 6 0.76 10.03 29.23 0.95 1.33 8.33 5.54 1.0e+20 4.33 4.99 1.42 234.51 7.73 33.91 1.61 1613.25 100.85 768.70 2.53 6.55 1.59 6.30 0.66 149.92 7.02 3.66 1.42 52.75 123.69 1.14 26.91 25.13 1.58 170.00 -1506 1995 10 9 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1507 1995 10 10 0.75 9.98 29.22 0.95 1.33 8.33 5.51 1.0e+20 4.32 4.96 1.41 234.04 7.73 33.89 1.61 1608.00 100.64 769.30 2.53 6.84 1.59 6.26 0.65 149.31 6.96 3.65 1.42 52.05 123.07 1.14 26.90 25.10 1.57 170.00 -1508 1995 10 11 0.76 10.03 29.34 0.95 1.33 8.33 5.52 1.0e+20 4.31 4.96 1.42 234.86 7.73 33.87 1.60 1606.25 100.90 768.00 2.54 6.75 1.59 6.26 0.66 149.73 6.95 3.65 1.42 52.20 123.08 1.15 26.91 25.12 1.57 170.00 -1509 1995 10 12 0.76 10.00 29.26 0.95 1.33 8.33 5.51 1.0e+20 4.31 4.95 1.42 233.75 7.73 33.96 1.60 1599.50 100.28 768.30 2.54 6.72 1.59 6.24 0.66 149.19 6.95 3.65 1.42 52.50 122.43 1.15 26.91 25.10 1.57 170.00 -1510 1995 10 13 0.75 10.07 29.44 0.95 1.33 8.33 5.55 1.0e+20 4.33 4.97 1.43 234.31 7.73 34.35 1.60 1604.50 100.80 768.50 2.54 6.74 1.60 6.27 0.66 150.29 6.96 3.65 1.42 52.50 123.16 1.15 26.90 25.11 1.57 170.00 -1511 1995 10 16 0.75 9.99 29.24 0.95 1.33 8.33 5.50 1.0e+20 4.31 4.95 1.42 232.91 7.73 34.60 1.61 1603.25 100.45 768.40 2.54 6.75 1.59 6.25 0.66 149.40 6.95 3.65 1.42 52.60 122.47 1.14 26.93 25.11 1.57 170.00 -1512 1995 10 17 0.75 9.95 29.12 0.95 1.33 8.33 5.49 1.0e+20 4.29 4.96 1.41 232.34 7.73 34.85 1.60 1596.70 100.33 767.40 2.52 6.76 1.58 6.23 0.65 148.85 6.91 3.65 1.42 52.65 122.27 1.14 26.97 25.10 1.57 170.00 -1513 1995 10 18 0.75 10.00 29.28 0.95 1.33 8.33 5.52 1.0e+20 4.27 4.98 1.42 233.54 7.73 34.91 1.60 1603.00 100.62 766.60 2.52 6.73 1.59 6.25 0.65 149.88 6.85 3.65 1.42 52.60 123.20 1.15 26.96 25.11 1.56 170.00 -1514 1995 10 19 0.75 9.93 29.05 0.95 1.33 8.33 5.48 1.0e+20 4.25 4.95 1.41 231.98 7.73 35.09 1.60 1591.75 100.59 766.30 2.52 6.69 1.58 6.21 0.65 148.73 6.77 3.64 1.42 52.50 122.06 1.15 27.00 25.10 1.57 170.00 -1515 1995 10 20 0.74 9.84 28.81 0.96 1.35 8.33 5.44 1.0e+20 4.23 4.92 1.39 230.46 7.73 35.65 1.61 1604.75 100.25 767.00 2.52 6.68 1.56 6.18 0.66 147.90 6.70 3.64 1.42 52.50 121.22 1.14 26.99 25.08 1.57 170.00 -1516 1995 10 23 0.74 9.75 28.54 0.96 1.36 8.33 5.39 1.0e+20 4.20 4.88 1.38 229.86 7.73 35.65 1.62 1617.30 99.70 765.50 2.51 6.67 1.55 6.15 0.66 146.81 6.70 3.63 1.41 52.50 120.62 1.12 26.95 25.08 1.58 170.00 -1517 1995 10 24 0.74 9.76 28.55 0.96 1.37 8.33 5.38 1.0e+20 4.20 4.88 1.38 229.89 7.73 35.60 1.62 1616.16 100.17 765.80 2.52 6.77 1.55 6.15 0.65 146.92 6.64 3.63 1.41 52.50 120.76 1.13 26.93 25.06 1.58 170.00 -1518 1995 10 25 0.74 9.80 28.68 0.96 1.36 8.33 5.41 1.0e+20 4.20 4.89 1.39 230.77 7.73 35.60 1.62 1615.49 101.27 765.40 2.53 6.79 1.56 6.17 0.65 147.38 6.60 3.63 1.41 52.36 121.25 1.13 26.93 25.10 1.57 170.00 -1519 1995 10 26 0.75 9.87 28.87 0.96 1.36 8.33 5.45 1.0e+20 4.24 4.92 1.40 233.07 7.73 35.60 1.61 1600.91 101.80 765.80 2.53 6.96 1.57 6.22 0.65 148.45 6.65 3.63 1.41 52.80 122.44 1.13 26.96 25.12 1.57 170.00 -1520 1995 10 27 0.75 9.86 28.82 0.96 1.37 8.33 5.43 1.0e+20 4.23 4.87 1.40 231.56 7.73 35.50 1.61 1597.34 101.71 766.00 2.53 7.13 1.56 6.20 0.65 148.18 6.60 3.63 1.41 52.70 122.21 1.13 26.96 25.13 1.57 170.00 -1521 1995 10 30 0.76 9.88 28.89 0.96 1.36 8.33 5.45 1.0e+20 4.24 4.88 1.40 231.46 7.73 34.90 1.61 1595.38 101.65 765.40 2.54 6.92 1.57 6.21 0.66 148.14 6.62 3.64 1.41 52.60 121.92 1.13 27.00 25.15 1.57 170.00 -1522 1995 10 31 0.76 9.90 28.96 0.96 1.34 8.33 5.46 1.0e+20 4.25 4.88 1.40 232.05 7.73 34.30 1.61 1593.13 102.26 765.20 2.54 7.15 1.57 6.22 0.66 148.42 6.64 3.64 1.41 52.75 122.03 1.13 26.99 25.17 1.58 170.00 -1523 1995 11 1 0.76 9.95 29.10 0.96 1.34 8.33 5.48 1.0e+20 4.27 4.91 1.41 233.10 7.73 34.60 1.61 1593.73 103.07 766.10 2.54 7.33 1.58 6.23 0.65 149.16 6.62 3.64 1.41 52.75 122.67 1.13 27.09 25.21 1.57 170.00 -1524 1995 11 2 0.75 9.97 29.17 0.96 1.34 8.33 5.49 1.0e+20 4.27 4.90 1.41 233.83 7.73 34.50 1.61 1599.25 103.59 770.00 2.54 7.31 1.58 6.25 0.65 149.01 6.65 3.64 1.41 53.05 122.47 1.14 27.19 25.25 1.58 170.00 -1525 1995 11 3 0.75 9.95 29.10 0.96 1.34 8.33 5.48 1.0e+20 4.38 4.88 1.41 233.46 7.73 34.70 1.61 1586.99 103.88 771.70 2.54 7.66 1.58 6.24 0.65 148.48 6.64 3.64 1.41 53.50 121.99 1.13 27.24 25.24 1.58 170.00 -1526 1995 11 6 0.75 9.95 29.09 0.96 1.35 8.33 5.47 1.0e+20 4.26 4.90 1.41 233.67 7.73 34.77 1.61 1594.25 103.20 771.70 2.54 7.35 1.58 6.25 0.65 148.76 6.69 3.64 1.40 53.00 121.90 1.13 27.21 25.22 1.57 170.00 -1527 1995 11 7 0.75 9.97 29.15 0.96 1.35 8.33 5.49 1.0e+20 4.25 4.88 1.41 234.25 7.73 34.61 1.61 1593.25 103.18 772.00 2.54 7.51 1.58 6.25 0.65 149.00 6.68 3.64 1.41 52.95 122.17 1.13 27.22 25.20 1.57 170.00 -1528 1995 11 8 0.75 9.97 29.15 0.96 1.35 8.33 5.49 1.0e+20 4.25 4.88 1.41 233.77 7.73 34.35 1.61 1586.00 102.50 770.30 2.53 7.77 1.58 6.25 0.65 148.97 6.67 3.63 1.41 53.20 122.15 1.14 27.22 25.17 1.58 170.00 -1529 1995 11 9 0.73 9.93 29.05 0.96 1.35 8.33 5.47 1.0e+20 4.24 4.87 1.41 232.70 7.73 34.53 1.61 1593.75 100.75 769.50 2.53 8.05 1.58 6.23 0.65 148.22 6.66 3.63 1.41 53.20 121.70 1.13 27.22 25.16 1.57 170.00 -1530 1995 11 10 0.73 9.93 29.05 1.0e+20 1.35 8.33 5.47 1.0e+20 4.24 4.87 1.41 233.96 7.73 34.56 1.61 1596.67 100.95 769.20 2.53 7.73 1.58 6.24 0.65 148.72 6.65 3.63 1.41 53.25 121.96 1.13 27.19 25.14 1.57 1.0e+20 -1531 1995 11 13 0.73 9.98 29.18 0.96 1.35 8.33 5.49 1.0e+20 4.26 4.89 1.41 235.21 7.73 34.57 1.59 1596.72 101.70 768.80 2.53 7.90 1.58 6.26 0.65 149.31 6.76 3.63 1.41 53.20 122.31 1.14 27.20 25.17 1.55 170.00 -1532 1995 11 14 0.74 9.95 29.09 0.96 1.35 8.33 5.48 1.0e+20 4.22 4.87 1.41 233.88 7.73 34.59 1.60 1594.01 101.68 769.80 2.53 8.05 1.58 6.23 0.65 148.52 6.67 3.64 1.41 53.30 121.68 1.14 27.26 25.15 1.56 170.00 -1533 1995 11 15 0.73 9.87 28.86 0.96 1.35 8.33 5.44 1.0e+20 4.19 4.84 1.40 232.61 7.73 34.58 1.60 1592.25 100.90 768.60 2.53 7.96 1.57 6.19 0.64 147.18 6.61 3.64 1.41 53.30 120.77 1.13 27.24 25.13 1.55 170.00 -1534 1995 11 16 0.74 9.92 29.02 0.96 1.35 8.33 5.46 1.0e+20 4.21 4.86 1.41 233.89 7.73 34.81 1.60 1591.14 102.15 768.80 2.53 7.87 1.57 6.22 0.64 147.92 6.61 3.64 1.41 52.53 121.31 1.14 27.26 25.15 1.55 170.00 -1535 1995 11 17 0.74 9.86 28.85 0.96 1.35 8.33 5.43 1.0e+20 4.18 4.84 1.40 232.53 7.73 34.71 1.60 1588.90 102.03 770.10 2.53 7.78 1.57 6.19 0.64 147.23 6.55 3.64 1.41 53.30 120.74 1.13 27.27 25.14 1.55 170.00 -1536 1995 11 20 0.74 9.92 29.01 0.96 1.35 8.33 5.46 1.0e+20 4.20 4.86 1.41 233.57 7.73 34.82 1.60 1593.75 101.35 774.20 2.53 7.75 1.57 6.22 0.65 147.70 6.57 3.65 1.41 53.45 121.18 1.13 27.34 25.13 1.54 170.00 -1537 1995 11 21 0.74 9.92 29.00 0.96 1.35 8.33 5.46 1.0e+20 4.21 4.86 1.40 233.54 7.73 34.82 1.60 1592.00 101.63 769.20 2.54 7.73 1.57 6.22 0.65 147.58 6.53 3.64 1.41 53.35 121.30 1.13 27.32 25.13 1.55 170.00 -1538 1995 11 22 0.74 9.88 28.91 0.96 1.35 8.33 5.44 1.0e+20 4.20 4.85 1.40 232.65 7.73 34.83 1.60 1584.00 100.50 768.60 2.54 7.75 1.57 6.20 0.65 147.04 6.50 3.64 1.41 53.35 120.42 1.13 27.34 25.12 1.56 170.00 -1539 1995 11 23 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1540 1995 11 24 0.74 9.98 29.18 0.96 1.35 8.33 5.49 1.0e+20 4.23 4.87 1.41 234.10 7.73 34.88 1.61 1594.00 101.50 768.90 2.54 7.70 1.58 6.25 0.65 148.44 6.52 3.65 1.41 53.40 121.36 1.14 27.31 25.14 1.56 170.00 -1541 1995 11 27 0.74 10.11 29.55 0.96 1.35 8.33 5.56 1.0e+20 4.26 4.92 1.43 235.30 7.73 34.93 1.59 1596.59 101.80 769.00 2.54 7.68 1.60 6.32 0.65 149.83 6.55 3.65 1.41 53.40 122.25 1.15 27.31 25.16 1.55 170.00 -1542 1995 11 28 0.75 10.07 29.44 0.96 1.35 8.33 5.54 1.0e+20 4.25 4.91 1.43 236.17 7.73 34.93 1.59 1582.27 101.12 768.90 2.54 7.65 1.60 6.31 0.65 149.32 6.51 3.65 1.41 53.25 121.84 1.15 27.32 25.16 1.54 170.00 -1543 1995 11 29 0.74 10.10 29.51 0.96 1.35 8.33 5.55 1.0e+20 4.27 4.93 1.43 236.70 7.73 34.91 1.58 1597.00 101.46 769.30 2.54 7.49 1.60 6.32 0.65 150.18 6.50 3.66 1.41 53.23 122.40 1.16 27.32 25.15 1.53 170.00 -1544 1995 11 30 0.74 10.18 29.77 0.96 1.35 8.33 5.60 1.0e+20 4.30 4.99 1.44 238.40 7.73 34.91 1.58 1599.60 101.80 770.70 2.53 7.55 1.62 6.37 0.65 151.80 6.56 3.66 1.41 53.21 123.49 1.17 27.32 25.17 1.53 170.00 -1545 1995 12 1 0.73 10.18 29.71 0.96 1.36 8.33 5.60 1.0e+20 4.29 4.98 1.44 237.60 7.73 34.93 1.59 1604.75 101.20 770.00 2.53 7.58 1.61 6.36 0.64 151.30 6.53 3.66 1.41 54.00 123.30 1.17 27.36 25.16 1.53 170.00 -1546 1995 12 4 0.73 10.12 29.59 0.96 1.36 8.33 5.57 1.0e+20 4.29 5.00 1.43 237.75 7.73 34.92 1.58 1603.40 101.05 769.40 2.53 7.62 1.61 6.34 0.64 151.20 6.58 3.66 1.41 54.10 123.00 1.16 27.31 25.15 1.53 170.00 -1547 1995 12 5 0.73 10.11 29.53 0.96 1.36 8.33 5.56 1.0e+20 4.28 4.96 1.43 237.00 7.73 34.87 1.59 1598.10 101.42 769.80 2.54 7.68 1.60 6.33 0.64 150.90 6.54 3.66 1.41 53.85 122.72 1.16 27.29 25.14 1.54 170.00 -1548 1995 12 6 0.73 10.16 29.72 0.96 1.36 8.33 5.59 1.0e+20 4.31 4.97 1.44 237.50 7.73 34.84 1.59 1595.80 101.37 769.70 2.54 7.68 1.61 6.36 0.64 151.80 6.57 3.66 1.41 54.10 123.10 1.16 27.30 25.15 1.54 170.00 -1549 1995 12 7 0.73 10.16 29.70 0.96 1.36 8.33 5.54 1.0e+20 4.31 4.97 1.44 237.55 7.73 34.84 1.58 1591.00 101.40 769.80 2.53 7.71 1.61 6.35 0.64 151.60 6.64 3.66 1.41 54.00 122.95 1.16 27.30 25.16 1.53 170.00 -1550 1995 12 8 0.73 10.18 29.74 0.96 1.37 8.33 5.59 1.0e+20 4.33 4.98 1.44 237.70 7.73 34.93 1.58 1591.75 100.95 769.70 2.53 7.78 1.62 6.36 0.64 151.95 6.65 3.66 1.41 53.90 123.25 1.16 27.30 25.17 1.53 170.00 -1551 1995 12 11 0.73 10.16 29.71 0.96 1.38 8.32 5.59 1.0e+20 4.35 4.98 1.44 238.20 7.73 34.84 1.58 1595.50 101.07 769.40 2.53 7.76 1.61 6.37 0.64 151.80 6.74 3.66 1.41 53.95 123.10 1.16 27.31 25.14 1.53 170.00 -1552 1995 12 12 0.74 10.19 29.80 0.96 1.37 8.33 5.62 1.0e+20 4.36 5.00 1.44 239.50 7.73 34.88 1.57 1599.74 101.85 770.70 2.54 7.77 1.62 6.39 0.64 152.20 6.72 3.66 1.41 54.30 123.36 1.17 27.31 25.17 1.53 290.00 -1553 1995 12 13 0.74 10.21 29.82 0.96 1.37 8.33 5.62 1.0e+20 4.35 5.02 1.45 240.20 7.73 34.96 1.58 1601.00 101.75 769.70 2.54 7.80 1.62 6.41 0.64 152.35 6.71 3.66 1.41 54.20 123.26 1.17 27.32 25.16 1.53 290.00 -1554 1995 12 14 0.73 10.14 29.60 0.96 1.37 8.33 5.58 1.0e+20 4.33 4.96 1.44 238.70 7.73 34.97 1.59 1599.00 101.50 771.10 2.54 7.82 1.61 6.36 0.65 151.00 6.64 3.66 1.41 53.86 122.62 1.16 27.32 25.14 1.54 290.00 -1555 1995 12 15 0.74 10.15 29.67 0.96 1.37 8.33 5.59 1.0e+20 4.33 4.96 1.44 238.20 7.73 34.97 1.58 1594.00 102.14 771.70 2.54 7.77 1.61 6.37 0.65 151.35 6.61 3.66 1.41 53.76 122.93 1.16 27.33 25.16 1.53 290.00 -1556 1995 12 18 0.74 10.07 29.45 0.96 1.37 8.33 5.55 1.0e+20 4.31 4.93 1.43 237.05 7.73 34.99 1.59 1596.50 101.70 771.80 2.54 7.76 1.60 6.33 0.65 150.45 6.60 3.66 1.41 53.40 122.10 1.14 27.35 25.15 1.53 290.00 -1557 1995 12 19 0.74 10.11 29.60 0.96 1.37 8.33 5.57 1.0e+20 4.33 4.94 1.43 238.50 7.73 34.98 1.59 1596.25 101.85 771.50 2.54 7.69 1.60 6.35 0.65 150.72 6.62 3.66 1.41 53.79 122.10 1.15 27.34 25.16 1.54 290.00 -1558 1995 12 20 0.74 10.14 29.64 1.0e+20 1.36 8.33 5.59 1.0e+20 4.36 4.95 1.44 238.90 7.73 34.98 1.58 1593.40 102.00 771.70 2.54 7.55 1.61 6.37 0.65 151.20 6.64 3.66 1.41 53.70 122.46 1.15 27.34 25.18 1.53 1.0e+20 -1559 1995 12 21 0.74 10.13 29.58 0.96 1.36 8.33 5.58 1.0e+20 4.35 4.93 1.43 238.20 7.73 35.03 1.59 1589.50 101.81 772.50 2.53 7.59 1.61 6.36 0.65 150.60 6.65 3.66 1.41 53.45 121.97 1.15 27.34 25.18 1.53 290.00 -1560 1995 12 22 0.73 10.13 29.56 0.97 1.36 8.33 5.57 1.0e+20 4.36 4.93 1.43 238.10 7.73 34.99 1.59 1591.00 102.60 772.70 2.53 7.58 1.61 6.35 0.65 150.50 6.65 3.66 1.41 53.50 122.20 1.15 27.29 25.18 1.54 290.00 -1561 1995 12 25 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1562 1995 12 26 0.74 10.17 29.46 0.96 1.36 8.33 5.56 1.0e+20 4.34 4.91 1.43 237.50 7.73 35.01 1.60 1582.00 102.38 772.80 2.53 7.55 1.60 6.33 0.65 150.20 6.64 3.66 1.41 53.50 121.55 1.15 27.30 25.17 1.55 290.00 -1563 1995 12 27 0.74 10.07 29.43 0.97 1.36 8.33 5.53 1.0e+20 4.34 4.88 1.43 237.05 7.73 35.07 1.61 1580.80 102.80 772.50 2.54 7.64 1.60 6.31 0.65 149.53 6.63 3.65 1.41 53.75 121.28 1.15 27.30 25.17 1.56 290.00 -1564 1995 12 28 0.74 10.13 29.56 1.0e+20 1.36 8.33 5.57 1.0e+20 4.38 4.92 1.44 238.80 7.73 35.14 1.59 1589.75 102.87 773.80 2.54 7.69 1.61 6.37 0.65 150.50 6.69 3.65 1.41 53.52 121.95 1.15 27.29 25.19 1.53 1.0e+20 -1565 1995 12 29 0.74 10.08 29.43 1.0e+20 1.36 8.33 5.54 1.0e+20 4.34 4.89 1.43 237.10 7.73 35.18 1.60 1584.40 103.28 775.80 2.54 7.74 1.60 6.32 0.65 149.50 6.62 3.64 1.41 53.52 121.40 1.15 27.29 25.20 1.55 1.0e+20 -1566 1996 1 1 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1567 1996 1 2 0.74 10.10 29.50 0.97 1.35 8.33 5.56 1.0e+20 4.33 4.90 1.43 237.40 7.73 35.21 1.60 1570.00 103.92 775.80 2.54 7.70 1.60 6.33 0.65 149.50 6.63 3.64 1.41 53.80 121.34 1.15 27.27 25.19 1.55 290.00 -1568 1996 1 3 0.74 10.13 29.60 0.97 1.35 8.33 5.57 1.0e+20 4.33 4.91 1.44 236.90 7.73 35.22 1.60 1572.50 104.35 778.50 2.54 7.57 1.61 6.35 0.65 149.95 6.59 3.63 1.41 54.10 121.55 1.16 27.27 25.23 1.55 290.00 -1569 1996 1 4 0.74 10.22 29.89 0.97 1.35 8.34 5.62 1.0e+20 4.37 4.96 1.45 238.70 7.73 35.32 1.59 1586.00 106.41 787.30 2.56 7.57 1.62 6.40 0.65 151.20 6.65 3.63 1.43 54.00 122.50 1.17 27.33 25.27 1.54 290.00 -1570 1996 1 5 0.74 10.12 29.57 0.97 1.35 8.34 5.56 1.0e+20 4.35 4.92 1.43 236.10 7.73 35.44 1.60 1580.60 105.13 788.30 2.55 7.57 1.61 6.35 0.65 150.41 6.62 3.62 1.42 53.45 121.22 1.16 27.32 25.25 1.55 290.00 -1571 1996 1 8 0.74 10.13 29.61 0.97 1.36 8.34 5.57 1.0e+20 4.36 4.93 1.43 236.40 7.73 35.85 1.59 1583.00 105.80 788.30 2.55 7.57 1.61 6.35 0.65 149.80 6.62 3.63 1.42 54.00 121.10 1.16 27.38 25.26 1.54 290.00 -1572 1996 1 9 0.74 10.14 29.67 0.97 1.36 8.34 5.57 1.0e+20 4.36 4.94 1.44 235.70 7.73 35.87 1.59 1573.34 104.90 787.20 2.55 7.49 1.61 6.34 0.65 149.50 6.60 3.62 1.42 53.95 121.28 1.16 27.39 25.50 1.54 290.00 -1573 1996 1 10 0.74 10.14 29.65 0.97 1.36 8.34 5.57 1.0e+20 4.36 4.93 1.44 235.61 7.73 35.80 1.59 1573.50 105.28 787.90 2.55 7.54 1.61 6.34 0.65 149.30 6.58 3.62 1.42 53.84 121.05 1.16 27.39 25.25 1.54 290.00 -1574 1996 1 11 0.74 10.12 29.60 0.97 1.36 8.34 5.56 1.0e+20 4.35 4.94 1.44 235.70 7.73 35.81 1.59 1573.38 104.80 792.20 2.55 7.54 1.61 6.33 0.65 149.50 6.57 3.62 1.42 53.92 121.06 1.16 27.41 25.24 1.54 290.00 -1575 1996 1 12 0.74 10.12 29.61 0.97 1.36 8.34 5.56 1.0e+20 4.36 4.93 1.44 237.15 7.73 35.78 1.60 1572.50 105.07 790.60 2.56 7.47 1.61 6.32 0.66 149.45 6.57 3.63 1.42 54.40 120.95 1.16 27.38 25.28 1.54 290.00 -1576 1996 1 15 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1577 1996 1 16 0.74 10.25 29.97 0.98 1.36 8.34 5.64 1.0e+20 4.42 4.99 1.45 239.50 7.73 35.91 1.59 1580.25 105.88 792.70 2.56 7.53 1.63 6.39 0.66 150.90 6.63 3.64 1.42 53.99 122.80 1.17 27.40 25.27 1.53 290.00 -1578 1996 1 17 0.74 10.32 30.11 0.97 1.36 8.34 5.67 1.0e+20 4.45 5.01 1.46 240.55 7.73 35.86 1.58 1582.50 105.38 791.70 2.55 7.51 1.64 6.43 0.66 151.60 6.67 3.64 1.41 53.80 123.50 1.18 27.43 25.27 1.52 290.00 -1579 1996 1 18 0.73 10.39 30.20 0.97 1.36 8.33 5.68 1.0e+20 4.46 5.02 1.46 241.75 7.73 35.89 1.57 1581.50 105.44 789.70 2.55 7.48 1.64 6.43 0.66 151.95 6.69 3.64 1.41 53.88 123.89 1.18 27.42 25.30 1.52 290.00 -1580 1996 1 19 0.73 10.41 30.42 0.97 1.36 8.33 5.72 1.0e+20 4.49 5.05 1.48 243.60 7.73 35.91 1.56 1581.45 105.40 790.00 2.55 7.44 1.65 6.48 0.66 153.30 6.71 3.64 1.42 53.80 124.83 1.19 27.43 25.30 1.50 290.00 -1581 1996 1 22 0.73 10.39 30.36 0.97 1.36 8.33 5.71 1.0e+20 4.53 5.04 1.47 243.30 7.73 35.85 1.57 1590.25 105.76 789.40 2.55 7.33 1.65 6.47 0.66 152.77 6.83 3.64 1.42 53.82 124.45 1.18 27.44 25.30 1.51 290.00 -1582 1996 1 23 0.73 10.41 30.44 0.97 1.37 8.33 5.72 1.0e+20 4.54 5.07 1.48 244.30 7.73 35.76 1.56 1596.25 105.80 787.60 2.55 7.37 1.65 6.49 0.66 153.60 6.88 3.64 1.42 53.90 124.82 1.19 27.44 25.31 1.51 290.00 -1583 1996 1 24 0.73 10.44 30.51 0.97 1.37 8.33 5.74 1.0e+20 4.54 5.08 1.48 245.20 7.73 35.84 1.56 1592.00 106.92 787.30 2.56 7.42 1.66 6.50 0.66 154.00 6.86 3.65 1.42 53.85 125.15 1.19 27.46 25.33 1.50 290.00 -1584 1996 1 25 0.73 10.46 30.57 0.97 1.37 8.33 5.75 1.0e+20 4.56 5.10 1.48 245.45 7.73 36.06 1.56 1600.00 106.90 786.20 2.56 7.40 1.66 6.51 0.66 154.30 6.90 3.65 1.41 53.90 125.70 1.19 27.46 25.34 1.50 290.00 -1585 1996 1 26 0.73 10.49 30.65 0.97 1.38 8.33 5.76 1.0e+20 4.55 5.12 1.49 246.90 7.73 36.07 1.55 1602.00 106.60 785.60 2.55 7.43 1.67 6.53 0.66 155.40 6.97 3.65 1.41 53.80 126.55 1.20 27.46 25.35 1.50 290.00 -1586 1996 1 29 0.74 10.44 30.53 0.97 1.38 8.33 5.74 1.0e+20 4.54 5.10 1.48 246.10 7.73 35.99 1.56 1601.25 106.80 783.30 2.55 7.39 1.66 6.51 0.66 154.48 6.98 3.65 1.41 53.70 125.98 1.20 27.49 25.33 1.50 290.00 -1587 1996 1 30 0.74 10.47 30.63 0.97 1.37 8.33 5.76 1.0e+20 4.56 5.11 1.48 246.95 7.73 36.14 1.55 1601.00 107.29 784.90 2.56 7.36 1.66 6.52 0.66 154.60 6.96 3.65 1.42 53.73 125.85 1.21 27.48 25.35 1.50 290.00 -1588 1996 1 31 0.74 10.46 30.60 0.97 1.37 8.33 5.76 1.0e+20 4.55 5.10 1.48 245.90 7.73 36.46 1.56 1589.00 106.95 785.30 2.56 7.44 1.66 6.51 0.67 154.32 6.94 3.65 1.41 53.72 125.35 1.21 27.47 25.34 1.50 290.00 -1589 1996 2 1 0.74 10.50 30.70 0.97 1.37 8.33 5.78 1.0e+20 4.56 5.12 1.49 246.00 7.73 36.61 1.56 1579.00 107.08 784.80 2.55 7.41 1.67 6.52 0.67 154.80 6.95 3.65 1.42 53.67 125.64 1.21 27.49 25.34 1.51 290.00 -1590 1996 2 2 0.75 10.44 30.51 0.97 1.37 8.33 5.75 1.0e+20 4.56 5.10 1.48 245.10 7.73 36.80 1.56 1577.00 106.70 781.50 2.55 7.43 1.66 6.49 0.67 154.10 6.96 3.65 1.41 53.72 125.05 1.21 27.48 25.35 1.51 290.00 -1591 1996 2 5 0.75 10.31 30.16 0.97 1.37 8.33 5.67 1.0e+20 4.51 5.04 1.46 242.20 7.73 38.05 1.58 1569.70 105.02 778.20 2.54 7.41 1.64 6.41 0.67 152.40 6.94 3.64 1.41 53.75 123.90 1.19 27.47 25.26 1.53 290.00 -1592 1996 2 6 0.75 10.35 30.25 0.97 1.37 8.33 5.70 1.0e+20 4.53 5.06 1.47 243.50 7.73 37.75 1.58 1575.50 105.54 777.60 2.54 7.48 1.65 6.44 0.67 153.00 7.02 3.64 1.41 53.72 124.30 1.20 27.48 25.26 1.54 290.00 -1593 1996 2 7 0.75 10.40 30.40 0.97 1.36 8.33 5.72 1.0e+20 4.57 5.07 1.47 244.40 7.73 37.30 1.58 1576.00 106.20 781.70 2.54 7.48 1.65 6.44 0.67 153.40 7.03 3.64 1.41 53.60 124.40 1.20 27.48 25.25 1.53 290.00 -1594 1996 2 8 0.75 10.37 30.33 0.97 1.36 8.33 5.71 1.0e+20 4.59 5.07 1.47 244.00 7.73 37.20 1.58 1573.75 106.90 780.80 2.55 7.49 1.65 6.44 0.67 153.35 6.99 3.64 1.41 53.62 124.35 1.20 27.48 25.28 1.53 290.00 -1595 1996 2 9 0.75 10.40 30.41 0.97 1.37 8.32 5.72 1.0e+20 4.62 5.07 1.47 244.25 7.73 36.95 1.57 1566.75 107.10 780.50 2.54 7.50 1.65 6.45 0.67 153.63 6.95 3.64 1.41 53.65 124.42 1.20 27.48 25.28 1.53 290.00 -1596 1996 2 12 0.75 10.34 30.27 0.97 1.37 8.32 5.69 1.0e+20 4.60 5.06 1.47 242.70 7.73 36.97 1.57 1570.60 106.67 778.60 2.54 7.53 1.64 6.43 0.67 152.90 6.94 3.64 1.41 53.54 123.90 1.20 27.47 25.27 1.53 290.00 -1597 1996 2 13 0.75 10.40 30.39 0.98 1.37 8.33 5.71 1.0e+20 4.60 5.08 1.47 243.50 7.73 36.76 1.57 1564.25 106.93 779.10 2.54 7.57 1.65 6.45 0.67 153.55 6.96 3.64 1.41 53.67 124.45 1.20 27.48 25.30 1.53 290.00 -1598 1996 2 14 0.75 10.31 30.20 0.98 1.37 8.33 5.67 1.0e+20 4.59 5.05 1.46 242.12 7.73 36.52 1.58 1584.50 106.77 778.50 2.54 7.54 1.64 6.41 0.67 152.55 6.96 3.64 1.41 53.67 123.70 1.19 27.46 25.27 1.53 290.00 -1599 1996 2 15 0.75 10.34 30.26 0.98 1.37 8.33 5.68 1.0e+20 4.60 5.06 1.47 243.30 7.73 36.53 1.58 1588.00 106.18 778.00 2.54 7.51 1.64 6.42 0.67 153.00 6.95 3.66 1.41 53.67 124.00 1.19 27.47 25.24 1.53 290.00 -1600 1996 2 16 0.75 10.35 30.03 0.98 1.38 8.33 5.65 1.0e+20 4.57 5.02 1.46 241.60 7.73 36.55 1.59 1582.90 105.35 779.90 2.55 7.55 1.63 6.38 0.67 152.00 6.91 3.77 1.40 53.75 123.15 1.18 27.49 25.24 1.54 290.00 -1601 1996 2 19 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1602 1996 2 20 0.75 10.22 29.89 0.98 1.38 8.33 5.62 1.0e+20 4.53 5.01 1.45 240.95 7.73 36.56 1.58 1582.50 106.10 779.90 2.54 7.58 1.62 6.35 0.67 151.70 6.84 3.87 1.40 53.67 122.55 1.18 27.49 25.22 1.54 290.00 -1603 1996 2 21 0.75 10.22 29.89 0.98 1.37 8.33 5.61 1.0e+20 4.52 5.01 1.45 240.50 7.73 36.63 1.58 1573.00 105.25 779.40 2.55 7.54 1.62 6.35 0.67 151.55 6.76 3.95 1.40 53.60 122.40 1.18 27.49 25.24 1.54 290.00 -1604 1996 2 22 0.75 10.21 29.88 0.98 1.37 8.33 5.61 1.0e+20 4.51 5.00 1.45 240.42 7.73 36.80 1.58 1568.46 104.95 778.90 2.55 7.55 1.62 6.34 0.67 150.98 6.75 3.89 1.40 54.00 122.31 1.18 27.49 25.22 1.54 290.00 -1605 1996 2 23 0.75 10.17 29.76 0.98 1.37 8.33 5.59 1.0e+20 4.49 4.96 1.44 239.50 7.73 36.28 1.59 1557.00 104.73 780.30 2.55 7.53 1.62 6.31 0.67 150.50 6.71 3.86 1.40 53.80 122.95 1.17 27.49 25.20 1.54 290.00 -1606 1996 2 26 0.75 10.18 29.79 0.98 1.37 8.33 5.60 1.0e+20 4.50 4.97 1.44 239.75 7.73 35.92 1.58 1557.50 104.33 780.00 2.54 7.56 1.62 6.32 0.67 150.65 6.72 3.82 1.40 53.80 122.05 1.17 27.50 25.17 1.54 290.00 -1607 1996 2 27 0.75 10.20 29.84 0.98 1.37 8.33 5.60 1.0e+20 4.49 4.98 1.45 238.90 7.73 35.57 1.58 1544.50 104.37 779.30 2.54 7.54 1.62 6.39 0.67 150.95 6.67 3.82 1.40 53.67 122.29 1.18 27.50 25.18 1.53 290.00 -1608 1996 2 28 0.76 10.31 30.12 0.98 1.37 8.34 5.66 1.0e+20 4.52 5.02 1.46 240.50 7.73 35.29 1.57 1550.50 104.47 782.50 2.54 7.56 1.64 6.38 0.66 152.10 6.70 3.82 1.41 53.75 123.53 1.19 27.50 25.20 1.53 290.00 -1609 1996 2 29 0.76 10.34 30.22 0.98 1.37 8.34 5.68 1.0e+20 4.54 5.04 1.47 241.05 7.73 34.85 1.57 1558.50 105.12 782.80 2.54 7.64 1.64 6.40 0.67 152.65 6.75 3.87 1.41 54.00 123.75 1.19 27.50 25.22 1.53 290.00 -1610 1996 3 1 0.76 10.39 30.37 0.98 1.37 8.34 5.70 1.0e+20 4.56 5.07 1.47 242.35 7.73 34.60 1.57 1563.00 105.70 782.80 2.54 7.59 1.65 6.43 0.67 153.25 6.77 3.90 1.41 53.67 124.40 1.20 27.50 25.22 1.52 290.00 -1611 1996 3 4 0.76 10.38 30.36 0.98 1.37 8.34 5.70 1.0e+20 4.57 5.06 1.47 241.85 7.73 34.55 1.57 1545.00 105.05 779.70 2.54 7.58 1.65 6.42 0.67 153.50 6.82 3.90 1.41 53.75 125.05 1.20 27.50 25.50 1.52 290.00 -1612 1996 3 5 0.76 10.38 30.35 0.98 1.37 8.34 5.69 1.0e+20 4.58 5.05 1.47 241.26 7.73 34.30 1.57 1550.50 105.10 779.30 2.54 7.59 1.65 6.42 0.67 153.18 6.83 3.87 1.41 53.67 124.90 1.19 27.50 25.20 1.52 290.00 -1613 1996 3 6 0.76 10.38 30.33 1.0e+20 1.37 8.34 5.70 1.0e+20 4.59 5.05 1.47 240.90 7.73 34.12 1.57 1556.25 105.37 777.70 2.53 7.61 1.65 6.42 0.67 153.25 6.82 3.88 1.41 53.67 124.65 1.20 27.50 25.21 1.52 1.0e+20 -1614 1996 3 7 0.76 10.40 30.41 0.98 1.37 8.34 5.71 1.0e+20 4.59 5.06 1.47 241.75 7.73 34.25 1.57 1558.00 105.25 778.30 2.53 7.57 1.65 6.43 0.67 153.45 6.77 3.91 1.40 53.67 124.55 1.20 27.50 25.21 1.53 290.00 -1615 1996 3 8 0.76 10.46 30.58 0.98 1.36 8.34 5.74 1.0e+20 4.62 5.09 1.48 242.65 7.73 34.20 1.56 1563.70 105.94 777.50 2.54 7.59 1.66 6.47 0.67 154.20 6.82 3.92 1.40 53.67 124.95 1.20 27.50 25.22 1.52 290.00 -1616 1996 3 11 0.76 10.41 30.46 0.98 1.36 8.34 5.72 1.0e+20 4.60 5.07 1.48 242.45 7.73 34.25 1.56 1562.00 105.35 780.80 2.54 7.62 1.65 6.44 0.67 153.23 6.82 3.94 1.40 53.67 124.53 1.20 27.50 25.23 1.52 290.00 -1617 1996 3 12 0.77 10.39 30.39 0.98 1.36 8.34 5.70 1.0e+20 4.60 5.05 1.47 241.80 7.73 34.13 1.56 1556.60 105.54 780.60 2.54 7.61 1.65 6.42 0.68 152.67 6.80 3.93 1.40 53.30 124.40 1.19 27.50 25.22 1.52 290.00 -1618 1996 3 13 0.77 10.36 30.32 0.98 1.36 8.35 5.70 1.0e+20 4.59 5.05 1.47 241.75 7.73 34.21 1.57 1568.50 105.29 780.30 2.54 7.60 1.65 6.42 0.68 152.45 6.79 3.91 1.40 53.68 123.95 1.19 27.50 25.23 1.52 290.00 -1619 1996 3 14 0.77 10.36 30.31 0.98 1.36 8.35 5.69 1.0e+20 4.61 5.05 1.47 241.61 7.73 34.15 1.57 1568.25 105.48 780.70 2.53 7.56 1.65 6.42 0.68 152.43 6.78 3.94 1.40 53.67 124.00 1.19 27.50 25.24 1.52 290.00 -1620 1996 3 15 0.77 10.37 30.31 0.98 1.36 8.35 5.69 1.0e+20 4.61 5.05 1.47 241.70 7.73 34.48 1.57 1567.00 105.87 780.70 2.54 7.58 1.65 6.42 0.68 152.90 6.77 3.92 1.40 53.15 124.45 1.18 27.47 25.24 1.52 290.00 -1621 1996 3 18 0.77 10.37 30.35 0.98 1.35 8.35 5.70 1.0e+20 4.61 5.05 1.47 241.63 7.73 35.20 1.57 1562.00 106.02 781.80 2.53 7.56 1.65 6.42 0.68 152.78 6.71 3.93 1.40 53.72 124.25 1.19 27.45 25.25 1.53 290.00 -1622 1996 3 19 0.77 10.37 30.30 0.98 1.35 8.35 5.70 1.0e+20 4.61 5.04 1.47 241.10 7.73 35.35 1.57 1558.75 106.26 781.80 2.54 7.53 1.65 6.41 0.68 152.60 6.67 3.92 1.40 55.00 124.12 1.19 27.32 25.26 1.53 290.00 -1623 1996 3 20 0.77 10.36 30.28 0.98 1.35 8.35 5.69 1.0e+20 4.58 5.04 1.47 240.53 7.73 35.50 1.58 1556.70 106.44 782.30 2.54 7.53 1.65 6.40 0.68 152.33 6.61 3.92 1.41 53.72 123.90 1.19 27.20 25.26 1.53 290.00 -1624 1996 3 21 0.77 10.39 30.37 0.98 1.36 8.35 5.70 1.0e+20 4.60 5.06 1.47 241.50 7.73 35.00 1.57 1563.00 106.72 784.40 2.54 7.55 1.65 6.42 0.68 152.75 6.65 3.91 1.41 53.67 124.20 1.19 27.27 25.26 1.53 290.00 -1625 1996 3 22 0.77 10.38 30.36 0.98 1.36 8.35 5.70 1.0e+20 4.60 5.06 1.47 241.73 7.73 34.60 1.57 1563.00 106.80 786.70 2.54 7.56 1.65 6.42 0.68 152.66 6.62 3.92 1.41 53.56 124.10 1.19 27.30 25.27 1.53 290.00 -1626 1996 3 25 0.77 10.39 30.37 0.98 1.36 8.35 5.70 1.0e+20 4.60 5.06 1.47 241.10 7.73 34.10 1.57 1561.50 106.19 782.10 2.54 7.55 1.65 6.42 0.68 152.75 6.62 3.93 1.40 54.14 124.30 1.19 27.31 25.26 1.52 290.00 -1627 1996 3 26 0.77 10.38 30.35 0.98 1.36 8.35 5.70 1.0e+20 4.61 5.05 1.47 240.90 7.73 34.10 1.57 1570.50 106.39 782.80 2.54 7.54 1.65 6.42 0.68 152.57 6.62 3.94 1.40 53.75 124.15 1.19 27.25 25.23 1.52 290.00 -1628 1996 3 27 0.77 10.45 30.55 0.98 1.36 8.35 5.74 1.0e+20 4.65 5.06 1.48 242.20 7.73 34.55 1.56 1579.00 106.64 782.30 2.54 7.55 1.66 6.46 0.68 153.50 6.65 3.98 1.42 53.67 125.00 1.19 27.28 25.25 1.51 290.00 -1629 1996 3 28 0.78 10.37 30.33 0.98 1.36 8.35 5.70 1.0e+20 4.64 5.03 1.47 240.60 7.73 34.20 1.56 1570.50 106.34 782.70 2.53 7.56 1.65 6.41 0.67 152.65 6.65 4.00 1.40 54.10 124.25 1.19 27.25 25.24 1.52 290.00 -1630 1996 3 29 0.78 10.38 30.34 0.98 1.36 8.35 5.70 1.0e+20 4.63 5.03 1.47 241.00 7.73 34.35 1.57 1567.25 107.00 782.30 2.53 7.54 1.65 6.41 0.68 152.50 6.68 3.97 1.40 53.80 124.15 1.18 27.30 25.26 1.52 290.00 -1631 1996 4 1 0.78 10.42 30.46 0.98 1.35 8.35 5.72 1.0e+20 4.63 5.05 1.48 241.56 7.73 34.25 1.57 1570.70 107.53 781.70 2.53 7.51 1.65 6.43 0.68 153.05 6.66 4.00 1.40 53.55 124.61 1.19 27.24 25.27 1.52 290.00 -1632 1996 4 2 0.78 10.42 30.44 0.98 1.35 8.35 5.71 1.0e+20 4.62 5.05 1.48 240.40 7.73 34.35 1.57 1562.50 107.48 780.30 2.52 7.52 1.65 6.42 0.68 152.80 6.64 4.01 1.40 53.67 124.58 1.19 27.24 25.26 1.52 290.00 -1633 1996 4 3 0.78 10.39 30.39 0.98 1.35 8.35 5.70 1.0e+20 4.63 5.05 1.47 240.64 7.73 34.20 1.57 1562.00 106.94 780.30 2.53 7.52 1.65 6.40 0.68 152.32 6.63 4.13 1.40 53.80 123.82 1.19 27.24 25.24 1.52 290.00 -1634 1996 4 4 0.78 10.41 30.42 0.98 1.35 8.35 5.71 1.0e+20 4.63 5.03 1.48 240.80 7.73 34.50 1.57 1559.80 107.09 780.10 2.53 7.54 1.65 6.41 0.68 152.39 6.64 4.11 1.40 54.10 123.76 1.19 27.24 25.24 1.52 290.00 -1635 1996 4 5 0.78 10.43 30.47 0.98 1.35 8.35 5.72 1.0e+20 4.64 5.05 1.48 241.25 7.73 34.20 1.57 1567.00 107.67 780.10 2.53 7.54 1.65 6.42 0.68 153.00 6.65 4.12 1.41 55.15 124.11 1.19 27.19 25.26 1.52 290.00 -1636 1996 4 8 0.78 10.38 30.34 0.98 1.35 8.35 5.70 1.0e+20 4.62 5.03 1.47 239.73 7.73 34.15 1.57 1560.00 107.42 780.10 2.53 7.57 1.64 6.39 0.68 152.10 6.64 4.08 1.40 53.72 123.60 1.19 27.17 25.27 1.53 290.00 -1637 1996 4 9 0.78 10.48 30.65 0.98 1.35 8.35 5.76 1.0e+20 4.66 5.07 1.49 241.13 7.73 34.15 1.57 1568.50 108.18 780.80 2.53 7.54 1.66 6.45 0.68 153.60 6.70 4.15 1.40 53.67 124.70 1.20 27.19 25.30 1.52 290.00 -1638 1996 4 10 0.78 10.54 30.82 0.98 1.35 8.35 5.78 1.0e+20 4.68 5.10 1.50 242.50 7.73 34.25 1.56 1573.00 108.56 782.20 2.52 7.49 1.67 6.48 0.68 154.20 6.70 4.19 1.41 54.00 125.50 1.21 27.18 25.33 1.51 290.00 -1639 1996 4 11 0.78 10.57 30.87 0.99 1.35 8.35 5.80 1.0e+20 4.70 5.10 1.50 242.48 7.73 34.30 1.56 1568.80 108.52 782.20 2.51 7.49 1.67 6.49 0.67 154.45 6.71 4.16 1.40 54.07 125.68 1.21 27.18 25.33 1.51 290.00 -1640 1996 4 12 0.79 10.57 30.88 0.99 1.35 8.35 5.80 1.0e+20 4.70 5.11 1.50 242.45 7.73 34.25 1.56 1568.30 108.67 782.80 2.51 7.50 1.68 6.49 0.67 154.50 6.72 4.16 1.41 54.10 125.60 1.22 27.18 25.33 1.51 290.00 -1641 1996 4 15 0.79 10.62 31.01 0.98 1.35 8.35 5.82 1.0e+20 4.73 5.12 1.51 243.10 7.73 34.50 1.55 1573.50 108.36 782.80 2.51 7.48 1.68 6.51 0.67 155.00 6.75 4.22 1.41 54.20 126.10 1.23 27.16 25.33 1.50 290.00 -1642 1996 4 16 0.78 10.62 31.02 0.98 1.35 8.35 5.83 1.0e+20 4.75 5.13 1.51 243.15 7.73 34.40 1.55 1576.00 108.28 781.90 2.50 7.44 1.68 6.51 0.67 155.09 6.76 4.24 1.41 54.20 125.95 1.23 27.16 25.32 1.50 290.00 -1643 1996 4 17 0.78 10.58 30.92 0.98 1.35 8.35 5.81 1.0e+20 4.73 5.11 1.50 241.85 7.73 34.25 1.56 1576.80 108.27 781.70 2.49 7.43 1.68 6.49 0.68 154.55 6.74 4.23 1.40 53.85 125.60 1.22 27.16 25.32 1.50 290.00 -1644 1996 4 18 0.78 10.62 31.01 0.98 1.36 8.35 5.82 1.0e+20 4.74 5.11 1.50 242.10 7.73 34.30 1.56 1571.30 107.10 779.90 2.49 7.44 1.68 6.50 0.68 154.80 6.72 4.24 1.40 54.05 125.70 1.22 27.15 25.30 1.51 290.00 -1645 1996 4 19 0.78 10.60 30.97 0.99 1.36 8.35 5.81 1.0e+20 4.76 5.10 1.50 241.70 7.73 34.25 1.56 1570.00 107.10 779.10 2.49 7.41 1.68 6.49 0.68 154.70 6.69 4.27 1.40 54.30 125.49 1.22 27.15 25.29 1.51 290.00 -1646 1996 4 22 0.78 10.66 31.14 0.99 1.36 8.35 5.84 1.0e+20 4.77 5.13 1.51 241.68 7.73 34.20 1.56 1553.50 106.70 778.90 2.49 7.38 1.69 6.51 0.68 155.33 6.70 4.25 1.40 54.50 126.00 1.22 27.16 25.30 1.51 499.50 -1647 1996 4 23 0.78 10.68 31.20 0.99 1.36 8.35 5.86 1.0e+20 4.81 5.13 1.51 242.30 7.73 34.30 1.56 1551.50 106.59 779.20 2.49 7.43 1.69 6.53 0.68 155.60 6.71 4.25 1.41 54.25 126.25 1.22 27.18 25.28 1.51 489.00 -1648 1996 4 24 0.78 10.70 31.26 0.99 1.36 8.35 5.87 1.0e+20 4.82 5.13 1.52 242.10 7.73 34.25 1.56 1555.50 106.77 778.90 2.49 7.44 1.70 6.54 0.68 155.70 6.74 4.26 1.40 54.40 126.45 1.23 27.22 25.30 1.51 462.25 -1649 1996 4 25 0.78 10.76 31.43 0.99 1.36 8.35 5.89 1.0e+20 4.83 5.16 1.52 243.30 7.73 34.35 1.55 1564.00 106.47 779.60 2.50 7.39 1.71 6.56 0.68 156.50 6.80 4.45 1.40 54.52 126.80 1.23 27.20 25.30 1.51 469.25 -1650 1996 4 26 0.78 10.75 31.40 0.99 1.36 8.35 5.89 1.0e+20 4.84 5.15 1.52 243.50 7.73 34.35 1.56 1564.70 105.54 779.10 2.49 7.41 1.71 6.56 0.68 156.53 6.76 4.43 1.40 54.52 126.73 1.23 27.20 25.30 1.51 465.25 -1651 1996 4 29 0.78 10.71 31.27 0.99 1.36 8.35 5.87 1.0e+20 4.82 5.14 1.52 242.30 7.73 34.28 1.56 1563.30 104.52 779.20 2.49 7.46 1.70 6.54 0.68 156.00 6.75 4.36 1.40 54.25 126.45 1.23 27.17 25.25 1.50 466.00 -1652 1996 4 30 0.78 10.77 31.48 0.99 1.36 8.35 5.90 1.0e+20 4.84 5.16 1.53 244.00 7.73 35.00 1.55 1562.50 104.63 778.30 2.49 7.44 1.71 6.57 0.68 157.00 6.78 4.32 1.40 54.72 127.25 1.24 27.17 25.26 1.50 464.20 -1653 1996 5 1 0.78 10.79 31.53 0.99 1.36 8.35 5.91 1.0e+20 4.85 5.17 1.53 244.70 7.73 34.80 1.55 1559.75 105.08 778.30 2.49 7.42 1.71 6.58 0.68 157.33 6.83 4.33 1.40 54.77 127.50 1.24 27.17 25.27 1.49 464.25 -1654 1996 5 2 0.79 10.76 31.49 0.99 1.36 8.35 5.90 1.0e+20 4.81 5.16 1.52 243.38 7.73 34.75 1.55 1563.50 104.49 778.60 2.49 7.47 1.71 6.57 0.68 157.20 6.86 4.39 1.40 54.82 127.62 1.24 27.17 25.26 1.50 465.25 -1655 1996 5 3 0.79 10.75 31.41 0.99 1.36 8.35 5.88 1.0e+20 4.79 5.16 1.52 243.55 7.73 34.65 1.55 1561.00 104.83 778.30 2.49 7.48 1.70 6.56 0.68 157.25 6.82 4.38 1.40 54.62 127.43 1.24 27.17 25.28 1.50 468.00 -1656 1996 5 6 0.79 10.73 31.38 0.99 1.36 8.35 5.89 1.0e+20 4.81 5.15 1.52 243.40 7.73 34.65 1.56 1558.50 104.93 778.30 2.49 7.53 1.70 6.56 0.68 157.10 6.84 4.40 1.40 54.50 127.35 1.24 27.18 25.26 1.50 474.00 -1657 1996 5 7 0.79 10.70 31.28 0.99 1.36 8.35 5.87 1.0e+20 4.80 5.14 1.52 242.38 7.73 34.45 1.56 1556.00 104.97 778.30 2.49 7.51 1.70 6.55 0.68 156.28 6.82 4.38 1.40 54.77 126.75 1.24 27.17 25.24 1.51 468.25 -1658 1996 5 8 0.80 10.66 31.15 0.99 1.36 8.35 5.84 1.0e+20 4.74 5.12 1.51 242.00 7.73 34.70 1.57 1558.00 105.15 778.40 2.48 7.49 1.69 6.52 0.68 156.05 6.80 4.49 1.40 54.82 126.45 1.23 27.17 25.23 1.52 464.25 -1659 1996 5 9 0.79 10.67 31.18 0.99 1.36 8.35 5.86 1.0e+20 4.72 5.14 1.51 241.80 7.73 35.20 1.57 1561.25 104.80 778.50 2.49 7.48 1.69 6.53 0.68 156.40 6.78 4.47 1.40 54.77 127.18 1.23 27.18 25.23 1.52 468.25 -1660 1996 5 10 0.80 10.74 31.40 0.99 1.36 8.35 5.89 1.0e+20 4.72 5.17 1.52 243.35 7.73 35.35 1.56 1559.00 105.50 778.50 2.48 7.45 1.70 6.56 0.69 156.95 6.78 4.39 1.40 54.76 127.60 1.24 27.18 25.25 1.52 467.05 -1661 1996 5 13 0.80 10.78 31.50 0.99 1.36 8.35 5.91 1.0e+20 4.74 5.18 1.53 243.25 7.73 35.40 1.56 1554.40 104.96 778.30 2.48 7.44 1.71 6.57 0.68 157.35 6.76 4.37 1.40 55.00 127.75 1.24 27.18 25.25 1.51 468.50 -1662 1996 5 14 0.80 10.80 31.55 0.99 1.36 8.35 5.92 1.0e+20 4.75 5.19 1.53 243.20 7.73 35.00 1.55 1555.50 105.80 778.20 2.49 7.42 1.71 6.58 0.68 157.70 6.77 4.30 1.40 54.30 128.12 1.25 27.20 25.28 1.51 468.00 -1663 1996 5 15 0.80 10.79 31.51 0.99 1.36 8.35 5.92 1.0e+20 4.71 5.19 1.53 243.50 7.73 34.90 1.56 1554.50 106.85 778.40 2.49 7.45 1.71 6.58 0.68 157.60 6.76 4.32 1.40 55.00 128.00 1.25 27.21 25.28 1.51 469.25 -1664 1996 5 16 0.80 10.80 31.58 0.99 1.36 8.35 5.92 1.0e+20 4.72 5.19 1.53 243.55 7.73 35.00 1.55 1556.50 106.67 779.30 2.49 7.43 1.71 6.58 0.68 157.86 6.74 4.36 1.40 54.91 128.32 1.25 27.22 25.30 1.51 474.00 -1665 1996 5 17 0.80 10.75 31.41 0.99 1.37 8.34 5.90 1.0e+20 4.70 5.17 1.52 242.30 7.73 35.10 1.56 1547.70 106.53 780.20 2.48 7.41 1.70 6.56 0.68 157.22 6.73 4.32 1.40 55.30 127.67 1.25 27.24 25.30 1.51 476.25 -1666 1996 5 20 0.79 10.79 31.53 0.99 1.37 8.34 5.92 1.0e+20 4.71 5.19 1.53 243.05 7.73 35.10 1.56 1553.10 107.14 781.00 2.49 7.42 1.71 6.58 0.68 157.70 6.75 4.32 1.40 54.99 127.92 1.26 27.32 25.31 1.51 469.25 -1667 1996 5 21 0.79 10.84 31.69 0.99 1.37 8.34 5.95 1.0e+20 4.72 5.21 1.54 243.75 7.73 35.20 1.55 1560.00 107.00 780.10 2.49 7.40 1.72 6.61 0.68 158.30 6.81 4.33 1.40 55.00 128.45 1.26 27.33 25.31 1.51 470.25 -1668 1996 5 22 0.79 10.83 31.65 0.99 1.37 8.34 5.94 1.0e+20 4.73 5.21 1.53 243.70 7.73 35.05 1.55 1561.80 107.04 781.60 2.49 7.39 1.72 6.59 0.68 158.08 6.82 4.35 1.40 54.85 128.25 1.26 27.34 25.31 1.51 472.25 -1669 1996 5 23 0.79 10.84 31.66 0.99 1.37 8.34 5.94 1.0e+20 4.74 5.21 1.54 243.98 7.73 35.10 1.56 1559.10 106.78 781.60 2.49 7.38 1.72 6.59 0.68 158.15 6.84 4.36 1.41 54.99 128.45 1.26 27.30 25.32 1.51 470.25 -1670 1996 5 24 0.79 10.86 31.72 0.99 1.37 8.34 5.95 1.0e+20 4.76 5.22 1.54 244.35 7.73 35.25 1.55 1561.00 107.90 781.60 2.50 7.40 1.72 6.60 0.68 158.50 6.83 4.36 1.41 55.30 128.60 1.26 27.95 25.33 1.51 470.00 -1671 1996 5 27 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1672 1996 5 28 0.79 10.89 31.81 0.99 1.37 8.34 5.97 1.0e+20 4.76 5.23 1.54 244.35 7.73 35.18 1.55 1558.20 108.70 786.80 2.49 7.40 1.73 6.61 0.68 158.80 6.82 4.40 1.41 54.90 128.80 1.27 27.91 25.36 1.51 470.75 -1673 1996 5 29 0.79 10.86 31.75 0.99 1.37 8.33 5.96 1.0e+20 4.75 5.23 1.54 244.00 7.73 35.25 1.56 1555.40 108.77 788.30 2.50 7.41 1.72 6.60 0.68 158.90 6.81 4.38 1.40 54.81 129.30 1.27 27.79 25.36 1.52 470.25 -1674 1996 5 30 0.79 10.78 31.49 0.99 1.36 8.34 5.92 1.0e+20 4.73 5.18 1.53 242.80 7.73 35.24 1.57 1549.50 107.65 788.30 2.49 7.44 1.71 6.55 0.68 158.00 6.76 4.37 1.40 54.81 129.25 1.25 27.68 25.31 1.53 470.25 -1675 1996 5 31 0.79 10.74 31.37 0.99 1.37 8.34 5.89 1.0e+20 4.71 5.16 1.52 241.50 7.73 35.23 1.58 1544.00 107.99 788.00 2.49 7.43 1.70 6.52 0.67 157.18 6.73 4.35 1.40 55.10 128.60 1.25 27.68 25.32 1.54 471.25 -1676 1996 6 3 0.80 10.75 31.42 0.99 1.36 8.34 5.90 1.0e+20 4.70 5.17 1.52 241.20 7.73 35.10 1.58 1544.30 108.37 785.80 2.50 7.48 1.71 6.53 0.68 157.47 6.71 4.35 1.40 55.15 128.63 1.25 27.69 25.34 1.55 471.25 -1677 1996 6 4 0.79 10.78 31.32 0.99 1.36 8.34 5.91 1.0e+20 4.68 5.18 1.53 241.68 7.73 35.10 1.58 1544.70 109.20 786.60 2.50 7.43 1.71 6.54 0.67 157.97 6.70 4.38 1.40 55.50 129.30 1.25 27.76 25.34 1.54 471.25 -1678 1996 6 5 0.79 10.77 31.47 0.99 1.36 8.34 5.90 1.0e+20 4.69 5.18 1.53 241.95 7.73 35.06 1.58 1546.80 108.84 787.00 2.49 7.48 1.71 6.54 0.67 158.10 6.73 4.37 1.41 55.30 129.74 1.25 27.77 25.35 1.54 471.25 -1679 1996 6 6 0.78 10.78 31.51 0.99 1.36 8.34 5.91 1.0e+20 4.71 5.19 1.53 242.05 7.73 35.00 1.57 1549.00 109.26 787.00 2.49 7.51 1.71 6.55 0.66 158.20 6.74 4.35 1.40 55.33 129.50 1.26 27.68 25.37 1.54 472.50 -1680 1996 6 7 0.79 10.79 31.56 0.99 1.36 8.34 5.92 1.0e+20 4.71 5.19 1.53 242.30 7.74 35.00 1.57 1549.25 109.23 787.60 2.49 7.52 1.71 6.56 0.66 158.25 6.75 4.36 1.40 55.31 129.40 1.26 27.73 25.36 1.54 473.25 -1681 1996 6 10 0.79 10.79 31.57 0.99 1.36 8.34 5.92 1.0e+20 4.70 5.19 1.53 242.50 7.74 35.00 1.57 1551.00 109.07 790.80 2.49 7.53 1.71 6.56 0.67 158.30 6.75 4.35 1.40 55.30 129.58 1.26 27.74 25.36 1.53 473.00 -1682 1996 6 11 0.79 10.81 31.60 0.99 1.36 8.34 5.93 1.0e+20 4.70 5.20 1.53 242.45 7.74 35.05 1.57 1551.50 109.50 792.50 2.49 7.62 1.72 6.56 0.67 158.45 6.71 4.35 1.40 55.80 129.60 1.26 27.75 25.37 1.53 473.50 -1683 1996 6 12 0.79 10.81 31.61 1.00 1.36 8.34 5.92 1.0e+20 4.69 5.20 1.53 242.65 7.74 35.05 1.57 1549.00 109.47 794.90 2.49 7.58 1.71 6.56 0.67 158.40 6.71 4.32 1.40 55.39 129.40 1.26 27.74 25.37 1.53 473.00 -1684 1996 6 13 0.79 10.79 31.56 1.00 1.36 8.34 5.91 1.0e+20 4.69 5.20 1.53 243.25 7.74 35.10 1.57 1552.00 108.85 797.80 2.49 7.64 1.71 6.56 0.67 158.10 6.71 4.32 1.40 55.42 129.65 1.25 27.66 25.36 1.53 472.50 -1685 1996 6 14 0.79 10.72 31.38 1.00 1.36 8.34 5.88 1.0e+20 4.69 5.17 1.52 242.10 7.74 35.10 1.58 1546.50 108.87 796.40 2.49 7.60 1.70 6.53 0.67 157.15 6.70 4.35 1.40 55.45 128.80 1.25 27.61 25.35 1.53 472.50 -1686 1996 6 17 0.79 10.68 31.24 1.00 1.36 8.34 5.85 1.0e+20 4.65 5.14 1.51 240.78 7.74 35.10 1.58 1539.00 108.85 798.90 2.49 7.59 1.69 6.51 0.67 156.23 6.66 4.34 1.40 55.60 128.20 1.24 27.67 25.34 1.54 471.50 -1687 1996 6 18 0.78 10.66 31.18 1.00 1.36 8.34 5.84 1.0e+20 4.63 5.14 1.51 240.25 7.74 35.15 1.58 1536.30 108.04 798.40 2.49 7.59 1.69 6.50 0.67 156.05 6.64 4.35 1.40 55.57 128.10 1.24 27.65 25.31 1.54 471.76 -1688 1996 6 19 0.78 10.70 31.31 1.00 1.36 8.34 5.85 1.0e+20 4.63 5.16 1.52 240.95 7.74 35.10 1.58 1535.00 108.05 799.20 2.49 7.53 1.70 6.51 0.67 156.50 6.62 4.35 1.40 55.55 128.35 1.25 27.65 25.31 1.54 471.50 -1689 1996 6 20 0.78 10.72 31.34 1.00 1.36 8.34 5.86 1.0e+20 4.63 5.16 1.52 241.20 7.74 35.10 1.58 1534.10 108.10 807.00 2.49 7.56 1.70 6.51 0.67 156.70 6.63 4.36 1.40 55.10 128.30 1.25 27.65 25.32 1.54 471.75 -1690 1996 6 21 0.79 10.78 31.53 1.00 1.36 8.34 5.90 1.0e+20 4.67 5.19 1.53 242.00 7.74 35.05 1.58 1540.00 109.10 807.30 2.49 7.58 1.71 6.55 0.67 157.50 6.65 4.36 1.41 56.00 128.90 1.26 27.62 25.36 1.53 471.50 -1691 1996 6 24 0.79 10.76 31.50 1.00 1.36 8.34 5.90 1.0e+20 4.64 5.18 1.53 242.10 7.73 35.10 1.58 1538.60 108.94 811.60 2.49 7.65 1.71 6.54 0.67 157.30 6.65 4.35 1.40 56.10 128.75 1.26 27.63 25.35 1.54 471.00 -1692 1996 6 25 0.79 10.77 31.49 1.00 1.36 8.34 5.89 1.0e+20 4.64 5.18 1.52 242.05 7.73 35.10 1.58 1536.60 109.03 811.00 2.49 7.61 1.71 6.53 0.67 157.20 6.63 4.35 1.41 55.80 128.70 1.26 27.69 25.36 1.54 471.25 -1693 1996 6 26 0.79 10.74 31.44 1.00 1.36 8.34 5.89 1.0e+20 4.63 5.16 1.52 241.85 7.73 35.10 1.58 1536.00 109.50 808.80 2.49 7.62 1.71 6.53 0.68 157.10 6.60 4.33 1.41 55.75 128.48 1.25 27.64 25.38 1.54 469.25 -1694 1996 6 27 0.78 10.71 31.32 1.00 1.36 8.34 5.86 1.0e+20 4.63 5.14 1.52 241.00 7.74 35.20 1.59 1534.00 109.45 809.00 2.49 7.64 1.70 6.50 0.68 156.55 6.63 4.33 1.40 55.71 128.00 1.25 27.60 25.38 1.54 469.25 -1695 1996 6 28 0.78 10.70 31.31 1.00 1.36 8.34 5.86 1.0e+20 4.64 5.14 1.52 240.70 7.74 35.43 1.59 1532.25 109.48 811.40 2.49 7.59 1.70 6.49 0.68 156.50 6.62 4.33 1.41 55.44 128.05 1.25 27.55 25.40 1.55 469.75 -1696 1996 7 1 0.78 10.72 31.36 1.00 1.36 8.34 5.87 1.0e+20 4.66 5.15 1.52 239.73 7.74 35.10 1.59 1533.90 109.56 809.90 2.49 7.61 1.70 6.50 0.68 156.77 6.65 4.33 1.41 55.50 128.16 1.24 27.54 25.38 1.55 470.25 -1697 1996 7 2 0.78 10.73 31.39 1.00 1.36 8.34 5.87 1.0e+20 4.67 5.15 1.52 239.80 7.74 35.15 1.59 1536.00 110.10 812.80 2.49 7.59 1.71 6.50 0.68 156.83 6.69 4.33 1.41 55.60 128.30 1.25 27.51 25.39 1.55 470.25 -1698 1996 7 3 0.78 10.72 31.32 1.00 1.36 8.34 5.86 1.0e+20 4.67 5.14 1.52 239.10 7.74 35.15 1.59 1531.75 110.31 806.00 2.49 7.60 1.70 6.49 0.68 156.49 6.66 4.33 1.41 55.08 128.03 1.25 27.58 25.42 1.55 470.00 -1699 1996 7 4 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1700 1996 7 5 0.79 10.77 31.52 1.00 1.36 8.34 5.89 1.0e+20 4.67 5.17 1.53 240.37 7.74 35.20 1.59 1537.10 110.95 813.70 2.49 7.63 1.71 6.53 0.68 157.28 6.69 4.33 1.41 55.21 128.78 1.26 27.57 25.42 1.55 470.25 -1701 1996 7 8 0.79 10.75 31.50 1.00 1.37 8.33 5.89 1.0e+20 4.66 5.17 1.52 240.40 7.74 35.45 1.59 1537.00 110.94 814.20 2.49 7.67 1.71 6.53 0.68 157.27 6.70 4.34 1.41 55.00 128.70 1.26 27.68 25.43 1.55 470.50 -1702 1996 7 9 0.79 10.73 31.41 1.00 1.36 8.33 5.87 1.0e+20 4.65 5.16 1.52 239.65 7.74 35.40 1.59 1532.70 110.28 810.30 2.49 7.64 1.71 6.52 0.68 156.75 6.68 4.33 1.41 55.70 128.30 1.26 27.55 25.41 1.54 470.50 -1703 1996 7 10 0.79 10.73 31.43 1.00 1.36 8.33 5.87 1.0e+20 4.68 5.16 1.52 239.90 7.74 35.45 1.59 1535.50 110.18 811.20 2.49 7.63 1.71 6.52 0.68 156.72 6.67 4.33 1.41 55.55 128.35 1.26 27.60 25.42 1.55 471.00 -1704 1996 7 11 0.79 10.70 31.36 1.00 1.37 8.33 5.88 1.0e+20 4.64 5.14 1.52 238.90 7.73 35.60 1.59 1533.00 110.18 812.60 2.49 7.65 1.70 6.50 0.68 156.25 6.67 4.34 1.41 55.33 127.90 1.25 27.61 25.42 1.55 470.75 -1705 1996 7 12 0.79 10.71 31.24 1.00 1.36 8.33 5.86 1.0e+20 4.65 5.15 1.52 239.36 7.73 35.60 1.59 1533.70 110.69 814.00 2.49 7.64 1.70 6.50 0.68 156.43 6.70 4.41 1.42 55.30 128.06 1.25 27.56 25.43 1.55 471.25 -1706 1996 7 15 0.79 10.69 31.30 1.00 1.36 8.33 5.86 1.0e+20 4.61 5.15 1.52 239.10 7.73 35.70 1.59 1538.00 110.45 813.70 2.49 7.65 1.70 6.50 0.68 156.30 6.75 4.43 1.41 55.50 128.00 1.25 27.65 25.41 1.55 470.25 -1707 1996 7 16 0.79 10.48 30.70 1.00 1.37 8.34 5.74 1.0e+20 4.54 5.04 1.48 235.85 7.73 35.95 1.60 1519.90 109.15 813.50 2.48 7.67 1.67 6.40 0.68 153.35 6.64 4.43 1.41 55.40 125.70 1.22 27.57 25.35 1.55 471.00 -1708 1996 7 17 0.78 10.45 30.59 1.00 1.37 8.34 5.72 1.0e+20 4.50 5.02 1.48 235.90 7.73 36.00 1.59 1525.00 108.62 813.50 2.48 7.66 1.66 6.39 0.68 152.81 6.62 4.39 1.41 55.26 125.65 1.21 27.58 25.33 1.54 471.25 -1709 1996 7 18 0.79 10.46 30.63 1.00 1.36 8.34 5.74 1.0e+20 4.52 5.03 1.48 235.30 7.73 35.83 1.60 1519.75 107.93 814.40 2.48 7.64 1.66 6.40 0.68 153.15 6.63 4.39 1.41 55.35 125.92 1.21 27.59 25.32 1.54 471.00 -1710 1996 7 19 0.79 10.48 30.67 1.00 1.36 8.34 5.73 1.0e+20 4.52 5.04 1.48 235.55 7.73 35.80 1.60 1510.90 108.22 814.10 2.48 7.62 1.67 6.40 0.69 153.10 6.60 4.38 1.41 55.37 125.60 1.21 27.56 25.31 1.54 471.00 -1711 1996 7 22 0.79 10.47 30.58 1.00 1.36 8.34 5.72 1.0e+20 4.51 5.01 1.48 235.27 7.73 35.75 1.61 1509.00 107.50 814.00 2.48 7.63 1.66 6.38 0.69 152.73 6.59 4.39 1.42 55.40 125.67 1.20 27.56 25.30 1.55 471.70 -1712 1996 7 23 0.79 10.49 30.72 1.00 1.37 8.34 5.74 1.0e+20 4.53 5.04 1.49 237.10 7.73 35.80 1.61 1516.50 108.09 813.30 2.49 7.61 1.67 6.40 0.69 153.35 6.57 4.43 1.41 55.25 126.28 1.21 27.57 25.29 1.55 471.25 -1713 1996 7 24 0.79 10.48 30.72 1.00 1.37 8.34 5.74 1.0e+20 4.52 5.05 1.49 237.40 7.73 35.75 1.61 1519.75 108.29 814.30 2.48 7.61 1.67 6.40 0.69 153.15 6.56 4.42 1.41 55.11 126.07 1.21 27.56 25.27 1.55 472.00 -1714 1996 7 25 0.78 10.41 30.49 1.00 1.37 8.34 5.70 1.0e+20 4.48 5.01 1.47 236.20 7.73 35.85 1.61 1516.50 108.38 813.40 2.49 7.59 1.66 6.36 0.69 152.33 6.54 4.44 1.41 54.99 125.58 1.20 27.51 25.29 1.55 471.50 -1715 1996 7 26 0.78 10.44 30.57 1.00 1.37 8.34 5.72 1.0e+20 4.50 5.03 1.48 236.80 7.73 35.80 1.61 1529.50 108.33 814.30 2.49 7.60 1.66 6.39 0.69 152.76 6.58 4.45 1.41 55.25 126.28 1.21 27.65 25.34 1.55 472.25 -1716 1996 7 29 0.78 10.42 30.52 1.01 1.37 8.34 5.71 1.0e+20 4.50 5.02 1.48 235.98 7.74 35.80 1.61 1526.10 109.20 817.00 2.49 7.52 1.66 6.37 0.69 152.40 6.57 4.45 1.41 55.10 126.06 1.20 27.55 25.33 1.55 471.66 -1717 1996 7 30 0.78 10.41 30.47 1.01 1.37 8.34 5.71 1.0e+20 4.51 5.02 1.47 236.10 7.73 36.85 1.61 1528.00 108.08 813.50 2.49 7.57 1.66 6.38 0.69 152.35 6.60 4.47 1.41 55.15 126.15 1.20 27.52 25.30 1.55 472.25 -1718 1996 7 31 0.77 10.35 30.35 1.01 1.37 8.34 5.69 1.0e+20 4.49 4.99 1.47 234.58 7.73 35.70 1.61 1520.50 106.77 813.00 2.49 7.59 1.65 6.37 0.68 151.70 6.61 4.51 1.41 55.05 125.59 1.19 27.53 25.25 1.55 472.00 -1719 1996 8 1 0.77 10.37 30.42 1.01 1.37 8.34 5.69 1.0e+20 4.47 5.00 1.47 235.10 7.73 35.65 1.61 1514.25 106.75 813.20 2.49 7.57 1.65 6.36 0.68 151.65 6.56 4.50 1.41 55.15 125.55 1.20 27.52 25.25 1.55 471.90 -1720 1996 8 2 0.77 10.40 30.46 1.00 1.37 8.34 5.71 1.0e+20 4.48 5.02 1.47 235.93 7.73 35.55 1.60 1519.00 107.05 813.80 2.49 7.54 1.65 6.38 0.68 152.00 6.58 4.47 1.41 55.50 125.92 1.20 27.51 25.27 1.54 472.50 -1721 1996 8 5 0.77 10.44 30.57 1.00 1.37 8.34 5.73 1.0e+20 4.50 5.04 1.48 237.30 7.73 35.80 1.60 1517.00 106.64 814.50 2.49 7.55 1.66 6.40 0.68 152.45 6.60 4.46 1.41 55.50 125.95 1.20 27.50 25.25 1.54 473.50 -1722 1996 8 6 0.77 10.44 30.57 1.01 1.37 8.33 5.73 1.0e+20 4.48 5.05 1.48 236.96 7.73 35.80 1.60 1520.27 106.92 814.30 2.48 7.54 1.66 6.40 0.68 152.52 6.60 4.48 1.41 55.12 126.04 1.20 27.48 25.25 1.53 472.75 -1723 1996 8 7 0.77 10.46 30.61 1.01 1.37 8.33 5.74 1.0e+20 4.47 5.06 1.48 237.20 7.73 35.80 1.60 1519.75 107.95 814.30 2.49 7.53 1.66 6.41 0.68 152.73 6.64 4.50 1.41 55.35 126.22 1.20 27.49 25.28 1.54 473.00 -1724 1996 8 8 0.77 10.44 30.59 1.03 1.37 8.33 5.74 1.0e+20 4.47 5.05 1.48 237.03 7.73 35.95 1.60 1518.60 108.14 814.30 2.49 7.53 1.66 6.41 0.68 152.50 6.64 4.53 1.41 55.26 125.88 1.21 27.51 25.31 1.54 474.50 -1725 1996 8 9 0.77 10.40 30.49 1.01 1.37 8.33 5.72 1.0e+20 4.45 5.05 1.47 236.80 7.73 35.90 1.61 1517.30 108.12 814.50 2.49 7.52 1.65 6.40 0.68 152.20 6.65 4.53 1.41 55.50 125.88 1.20 27.47 25.31 1.54 474.25 -1726 1996 8 12 0.77 10.39 30.44 1.01 1.37 8.33 5.71 1.0e+20 4.44 5.05 1.47 236.35 7.73 35.80 1.61 1517.00 107.72 814.80 2.49 7.51 1.65 6.40 0.68 151.85 6.66 4.54 1.41 55.50 125.83 1.20 27.50 25.29 1.55 474.50 -1727 1996 8 13 0.77 10.39 30.44 1.01 1.37 8.33 5.71 1.0e+20 4.44 5.05 1.47 236.35 7.73 35.80 1.61 1515.80 107.59 817.00 2.49 7.49 1.65 6.39 0.68 151.88 6.65 4.53 1.41 55.30 125.75 1.19 27.51 25.29 1.54 474.90 -1728 1996 8 14 0.77 10.46 30.64 1.01 1.37 8.33 5.75 1.0e+20 4.46 5.08 1.48 238.16 7.73 35.80 1.60 1520.00 107.94 821.40 2.49 7.49 1.66 6.42 0.68 152.67 6.64 4.55 1.41 56.10 126.16 1.20 27.49 25.27 1.54 475.25 -1729 1996 8 15 0.78 10.45 30.62 1.01 1.37 8.33 5.75 1.0e+20 4.46 5.08 1.48 237.75 7.73 35.80 1.60 1516.50 108.01 821.40 2.49 7.50 1.66 6.42 0.68 152.45 6.63 4.56 1.41 55.69 125.75 1.20 27.49 25.30 1.55 474.25 -1730 1996 8 16 0.78 10.51 30.77 1.01 1.37 8.33 5.77 1.0e+20 4.48 5.10 1.49 238.18 7.73 35.80 1.60 1519.50 107.96 820.10 2.49 7.49 1.67 6.44 0.68 152.99 6.64 4.55 1.40 55.51 126.14 1.21 27.49 25.30 1.54 474.75 -1731 1996 8 19 0.79 10.47 30.68 1.01 1.37 8.33 5.75 1.0e+20 4.47 5.09 1.48 237.75 7.73 35.80 1.60 1517.70 107.87 819.50 2.49 7.49 1.66 6.43 0.68 152.67 6.63 4.57 1.41 55.90 125.94 1.20 27.49 25.28 1.54 475.35 -1732 1996 8 20 0.78 10.47 30.67 1.01 1.37 8.33 5.74 1.0e+20 4.48 5.08 1.48 237.70 7.73 35.80 1.60 1519.50 108.30 819.90 2.49 7.48 1.67 6.42 0.68 152.70 6.60 4.56 1.41 55.88 125.83 1.20 27.53 25.29 1.54 475.10 -1733 1996 8 21 0.78 10.44 30.55 1.01 1.37 8.33 5.73 1.0e+20 4.47 5.07 1.48 237.25 7.73 35.70 1.61 1516.30 108.34 818.90 2.49 7.49 1.66 6.43 0.69 152.35 6.60 4.56 1.41 55.60 125.55 1.20 27.51 25.31 1.54 475.50 -1734 1996 8 22 0.79 10.49 30.72 1.01 1.37 8.33 5.76 1.0e+20 4.52 5.08 1.49 238.00 7.73 35.80 1.60 1518.60 108.23 819.30 2.49 7.48 1.67 6.45 0.69 153.05 6.61 4.56 1.41 55.75 126.20 1.20 27.51 25.31 1.55 475.00 -1735 1996 8 23 0.79 10.45 30.60 1.01 1.37 8.33 5.74 1.0e+20 4.51 5.06 1.48 237.25 7.73 35.80 1.61 1515.50 108.40 818.40 2.49 7.49 1.66 6.43 0.69 152.45 6.59 4.54 1.41 55.80 125.65 1.20 27.50 25.31 1.55 475.11 -1736 1996 8 26 0.79 10.41 30.47 1.02 1.37 8.33 5.71 1.0e+20 4.49 5.05 1.47 236.50 7.73 35.85 1.61 1512.25 107.70 818.20 2.49 7.50 1.65 6.40 0.69 151.86 6.59 4.53 1.40 55.70 125.10 1.19 27.48 25.29 1.55 476.00 -1737 1996 8 27 0.78 10.40 30.45 1.01 1.36 8.33 5.71 1.0e+20 4.49 5.06 1.47 236.50 7.73 35.85 1.61 1514.00 107.78 819.10 2.49 7.52 1.65 6.41 0.69 151.63 6.61 4.52 1.40 55.85 125.05 1.19 27.48 25.28 1.55 475.50 -1738 1996 8 28 0.79 10.39 30.41 1.01 1.36 8.33 5.70 1.0e+20 4.48 5.05 1.47 236.23 7.73 35.85 1.62 1510.30 108.44 819.50 2.49 7.49 1.65 6.40 0.69 151.47 6.60 4.50 1.40 55.90 124.92 1.19 27.50 25.29 1.55 475.50 -1739 1996 8 29 0.79 10.42 30.50 1.01 1.36 8.33 5.72 1.0e+20 4.47 5.07 1.48 237.25 7.73 35.85 1.61 1515.00 108.50 819.80 2.49 7.53 1.66 6.42 0.69 151.93 6.62 4.50 1.40 55.85 125.31 1.19 27.49 25.31 1.55 475.25 -1740 1996 8 30 0.79 10.41 30.49 1.01 1.36 8.33 5.71 1.0e+20 4.47 5.06 1.48 236.50 7.73 35.85 1.62 1511.50 108.70 819.30 2.49 7.59 1.65 6.41 0.69 151.86 6.62 4.49 1.40 55.55 125.16 1.20 27.47 25.32 1.56 476.00 -1741 1996 9 2 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1742 1996 9 3 0.79 10.44 30.56 1.01 1.36 8.33 5.73 1.0e+20 4.49 5.08 1.48 236.90 7.73 35.75 1.62 1513.47 109.28 818.90 2.49 7.58 1.66 6.41 0.69 152.02 6.63 4.48 1.40 55.46 125.33 1.20 27.52 25.50 1.56 475.80 -1743 1996 9 4 0.79 10.43 30.55 1.01 1.36 8.33 5.73 1.0e+20 4.50 5.08 1.48 236.75 7.73 35.95 1.62 1512.50 108.85 818.80 2.49 7.56 1.66 6.41 0.69 151.95 6.64 4.48 1.40 55.65 125.44 1.20 27.50 25.29 1.56 476.30 -1744 1996 9 5 0.79 10.44 30.59 1.01 1.37 8.33 5.73 1.0e+20 4.50 5.08 1.48 237.50 7.73 35.95 1.62 1512.00 109.09 818.30 2.49 7.60 1.66 6.40 0.69 152.20 6.64 4.50 1.40 56.10 125.60 1.20 27.50 25.34 1.56 476.55 -1745 1996 9 6 0.79 10.49 30.72 1.01 1.37 8.33 5.75 1.0e+20 4.52 5.09 1.49 238.13 7.73 35.85 1.61 1512.00 109.37 819.20 2.49 7.57 1.67 6.40 0.69 152.73 6.65 4.51 1.40 56.10 125.97 1.21 27.50 25.36 1.56 476.75 -1746 1996 9 9 0.80 10.51 30.81 1.01 1.37 8.33 5.76 1.0e+20 4.52 5.09 1.49 238.25 7.73 35.85 1.61 1510.00 109.19 819.60 2.50 7.55 1.67 6.41 0.69 153.05 6.65 4.49 1.40 55.78 126.12 1.21 27.49 25.35 1.55 477.00 -1747 1996 9 10 0.79 10.61 31.08 1.02 1.37 8.33 5.81 1.0e+20 4.57 5.15 1.50 240.00 7.73 35.85 1.61 1518.25 109.84 822.80 2.50 7.55 1.69 6.47 0.69 154.40 6.72 4.49 1.40 55.74 127.20 1.23 27.50 25.80 1.55 476.75 -1748 1996 9 11 0.80 10.60 31.07 1.01 1.37 8.33 5.81 1.0e+20 4.56 5.14 1.50 240.10 7.73 35.85 1.61 1525.30 110.25 821.60 2.50 7.56 1.69 6.47 0.69 154.45 6.69 4.48 1.41 55.95 127.40 1.23 27.50 25.39 1.55 476.75 -1749 1996 9 12 0.79 10.66 31.18 1.01 1.37 8.33 5.84 1.0e+20 4.57 5.16 1.51 241.10 7.73 35.95 1.60 1528.50 110.30 823.20 2.50 7.55 1.69 6.49 0.69 155.05 6.70 4.49 1.40 55.75 127.83 1.23 27.50 25.39 1.55 476.75 -1750 1996 9 13 0.79 10.64 31.16 1.01 1.37 8.33 5.82 1.0e+20 4.57 5.15 1.51 241.00 7.73 35.85 1.60 1528.80 110.44 821.00 2.49 7.51 1.69 6.48 0.69 154.75 6.66 4.49 1.40 56.00 127.70 1.24 27.50 25.41 1.55 476.75 -1751 1996 9 16 0.78 10.62 31.08 1.01 1.37 8.33 5.81 1.0e+20 4.55 5.14 1.51 240.60 7.73 35.90 1.61 1525.10 110.15 829.00 2.49 7.52 1.69 6.46 0.69 154.25 6.63 4.48 1.41 56.00 127.25 1.23 27.50 25.41 1.55 476.80 -1752 1996 9 17 0.79 10.66 31.18 1.01 1.37 8.33 5.82 1.0e+20 4.54 5.14 1.51 241.20 7.73 35.90 1.60 1525.20 110.39 829.20 2.49 7.51 1.69 6.48 0.69 154.75 6.62 4.48 1.41 56.06 127.75 1.24 27.51 25.40 1.55 476.50 -1753 1996 9 18 0.78 10.62 31.09 1.01 1.37 8.33 5.81 1.0e+20 4.53 5.14 1.50 240.35 7.73 35.90 1.61 1524.50 109.21 828.50 2.49 7.49 1.69 6.46 0.70 154.00 6.62 4.48 1.40 55.76 127.04 1.24 27.50 25.36 1.56 476.66 -1754 1996 9 19 0.78 10.65 31.18 1.01 1.37 8.33 5.82 1.0e+20 4.53 5.15 1.51 241.10 7.73 35.85 1.60 1525.60 109.38 824.30 2.49 7.51 1.69 6.48 0.69 154.45 6.62 4.49 1.40 56.22 127.37 1.24 27.51 25.37 1.55 475.20 -1755 1996 9 20 0.79 10.65 31.20 1.02 1.36 8.33 5.82 1.0e+20 4.53 5.13 1.51 240.50 7.73 35.90 1.60 1523.60 109.87 820.20 2.50 7.55 1.69 6.47 0.69 154.36 6.61 4.50 1.40 56.65 127.40 1.23 27.51 25.39 1.55 475.15 -1756 1996 9 23 0.79 10.63 31.14 1.01 1.36 8.33 5.80 1.0e+20 4.52 5.12 1.51 239.20 7.73 35.85 1.60 1523.70 109.86 821.30 2.50 7.59 1.69 6.46 0.69 154.05 6.59 4.51 1.40 56.46 127.33 1.23 27.51 25.38 1.55 475.45 -1757 1996 9 24 0.78 10.64 31.20 1.01 1.36 8.33 5.81 1.0e+20 4.54 5.12 1.51 239.30 7.73 35.85 1.60 1521.60 109.82 821.40 2.50 7.53 1.69 6.46 0.69 154.20 6.59 4.51 1.40 55.00 127.35 1.23 27.50 25.38 1.55 476.00 -1758 1996 9 25 0.79 10.64 31.14 1.02 1.36 8.33 5.80 1.0e+20 4.53 5.11 1.51 238.58 7.73 35.85 1.60 1514.10 110.38 821.40 2.50 7.53 1.69 6.45 0.69 153.87 6.60 4.51 1.40 56.50 127.25 1.23 27.48 25.37 1.56 475.25 -1759 1996 9 26 0.79 10.71 31.35 1.02 1.36 8.33 5.84 1.0e+20 4.57 5.14 1.52 240.37 7.73 35.85 1.60 1519.20 110.45 821.40 2.50 7.54 1.70 6.49 0.69 154.90 6.65 4.53 1.40 56.50 128.05 1.25 27.49 25.41 1.56 473.00 -1760 1996 9 27 0.79 10.73 31.39 1.02 1.36 8.33 5.85 1.0e+20 4.55 5.15 1.52 241.15 7.73 35.85 1.60 1522.30 110.85 821.40 2.50 7.54 1.71 6.49 0.69 155.13 6.63 4.53 1.40 56.85 128.22 1.25 27.49 25.42 1.56 471.25 -1761 1996 9 30 0.79 10.74 31.44 1.02 1.36 8.33 5.86 1.0e+20 4.57 5.16 1.52 241.30 7.73 35.85 1.60 1523.85 111.65 826.50 2.50 7.55 1.71 6.50 0.69 155.30 6.63 4.53 1.40 56.47 128.51 1.25 27.49 25.42 1.56 472.75 -1762 1996 10 1 0.79 10.73 31.43 1.02 1.36 8.33 5.85 1.0e+20 4.56 5.17 1.52 241.50 7.73 35.85 1.60 1522.50 111.37 821.00 2.50 7.53 1.71 6.50 0.69 155.05 6.62 4.53 1.40 56.66 128.53 1.25 27.49 25.43 1.56 471.25 -1763 1996 10 2 0.79 10.75 31.46 1.02 1.36 8.33 5.86 1.0e+20 4.56 5.17 1.52 241.25 7.73 35.85 1.60 1516.40 111.66 821.70 2.50 7.52 1.71 6.50 0.69 154.67 6.60 4.50 1.41 56.76 128.60 1.25 27.50 25.44 1.56 467.25 -1764 1996 10 3 0.79 10.75 31.48 1.02 1.36 8.33 5.86 1.0e+20 4.56 5.17 1.52 241.05 7.73 35.80 1.59 1516.90 111.48 821.70 2.50 7.53 1.71 6.50 0.69 154.64 6.61 4.52 1.40 57.15 128.72 1.25 27.50 25.43 1.56 466.00 -1765 1996 10 4 0.78 10.76 31.51 1.02 1.35 8.33 5.86 1.0e+20 4.56 5.18 1.53 241.15 7.73 35.80 1.59 1521.10 111.63 824.80 2.49 7.54 1.71 6.51 0.69 154.95 6.61 4.53 1.41 57.15 128.75 1.25 27.50 25.44 1.56 466.00 -1766 1996 10 7 0.78 10.76 31.53 1.02 1.35 8.33 5.86 1.0e+20 4.57 5.17 1.53 240.90 7.73 35.85 1.60 1516.60 111.27 828.10 2.50 7.53 1.71 6.51 0.69 154.75 6.62 4.54 1.41 56.75 128.67 1.25 27.50 25.45 1.56 466.00 -1767 1996 10 8 0.78 10.74 31.45 1.02 1.35 8.33 5.85 1.0e+20 4.55 5.15 1.52 240.00 7.73 35.85 1.60 1518.00 111.31 829.10 2.50 7.54 1.71 6.49 0.69 154.60 6.58 4.53 1.41 56.83 128.50 1.25 27.51 25.44 1.56 465.60 -1768 1996 10 9 0.78 10.75 31.49 1.02 1.35 8.33 5.85 1.0e+20 4.56 5.16 1.52 240.20 7.73 35.85 1.60 1522.10 111.47 829.50 2.50 7.58 1.71 6.50 0.68 154.66 6.58 4.54 1.41 56.84 128.55 1.25 27.51 25.44 1.56 468.00 -1769 1996 10 10 0.79 10.76 31.52 1.02 1.35 8.32 5.86 1.0e+20 4.57 5.17 1.52 240.15 7.73 35.85 1.60 1523.50 111.28 833.90 2.50 7.61 1.71 6.50 0.69 154.90 6.60 4.55 1.40 56.90 128.75 1.25 27.51 25.45 1.56 472.50 -1770 1996 10 11 0.79 10.77 31.54 1.02 1.35 8.32 5.87 1.0e+20 4.57 5.18 1.53 240.00 7.73 35.70 1.60 1522.80 111.66 829.10 2.50 7.64 1.71 6.51 0.69 155.00 6.60 4.54 1.40 56.40 128.80 1.25 27.49 25.46 1.57 470.75 -1771 1996 10 14 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1772 1996 10 15 0.79 10.84 31.74 1.02 1.35 8.32 5.90 1.0e+20 4.59 5.20 1.54 240.97 7.73 35.75 1.60 1530.70 112.28 829.50 2.50 7.75 1.72 6.53 0.69 155.73 6.62 4.54 1.41 57.02 129.59 1.26 27.50 25.48 1.58 470.25 -1773 1996 10 16 0.79 10.81 31.68 1.02 1.35 8.32 5.89 1.0e+20 4.59 5.20 1.53 240.50 7.73 35.75 1.59 1535.60 112.14 828.20 2.50 7.80 1.72 6.52 0.69 154.95 6.63 4.55 1.41 56.99 129.25 1.26 27.51 25.48 1.58 471.75 -1774 1996 10 17 0.79 10.85 31.80 1.02 1.35 8.32 5.91 1.0e+20 4.61 5.21 1.54 241.22 7.73 35.80 1.59 1540.00 112.22 826.70 2.50 7.77 1.73 6.54 0.70 155.70 6.66 4.54 1.41 57.40 130.00 1.26 27.50 25.50 1.58 471.25 -1775 1996 10 18 0.79 10.84 31.78 1.02 1.34 8.32 5.90 1.0e+20 4.61 5.21 1.54 241.05 7.73 35.73 1.60 1534.50 112.54 827.40 2.50 7.77 1.73 6.52 0.70 155.35 6.64 4.55 1.41 57.45 129.69 1.27 27.51 25.50 1.59 472.00 -1776 1996 10 21 0.79 10.80 31.64 1.02 1.34 8.33 5.88 1.0e+20 4.59 5.19 1.53 240.20 7.73 35.85 1.60 1532.00 112.76 829.30 2.50 7.74 1.72 6.50 0.71 153.90 6.61 4.57 1.41 57.14 129.25 1.26 27.51 25.49 1.59 471.25 -1777 1996 10 22 0.79 10.79 31.61 1.02 1.34 8.33 5.87 1.0e+20 4.60 5.18 1.53 240.00 7.73 35.85 1.60 1531.25 112.86 827.70 2.50 7.77 1.72 6.50 0.70 154.55 6.61 4.57 1.41 57.13 129.15 1.26 27.57 25.48 1.59 471.70 -1778 1996 10 23 0.79 10.71 31.36 1.02 1.34 8.33 5.83 1.0e+20 4.56 5.14 1.52 238.50 7.73 35.65 1.61 1527.70 112.97 827.00 2.50 7.86 1.70 6.46 0.71 153.70 6.56 4.58 1.41 56.25 128.30 1.25 27.63 25.47 1.59 472.00 -1779 1996 10 24 0.79 10.70 31.34 1.02 1.34 8.33 5.84 1.0e+20 4.57 5.14 1.52 238.78 7.73 35.75 1.60 1527.10 112.85 827.50 2.50 7.84 1.70 6.45 0.70 153.60 6.57 4.59 1.41 57.45 128.18 1.25 27.58 25.49 1.59 470.75 -1780 1996 10 25 0.79 10.69 31.35 1.02 1.34 8.33 5.82 1.0e+20 4.54 5.13 1.52 237.30 7.73 35.75 1.61 1517.50 113.33 829.50 2.50 7.96 1.70 6.42 0.70 153.20 6.57 4.62 1.41 57.07 127.85 1.26 27.60 25.50 1.60 471.50 -1781 1996 10 28 0.79 10.68 31.26 1.02 1.34 8.33 5.82 1.0e+20 4.54 5.12 1.51 237.90 7.73 35.80 1.62 1521.00 114.12 833.00 2.51 7.91 1.70 6.41 0.70 153.35 6.57 4.66 1.41 57.01 127.91 1.25 27.60 25.53 1.61 471.00 -1782 1996 10 29 0.79 10.61 31.09 1.02 1.34 8.33 5.80 1.0e+20 4.52 5.10 1.50 237.20 7.73 35.85 1.62 1516.80 114.11 834.50 2.51 7.92 1.69 6.39 0.70 152.80 6.54 4.69 1.41 56.94 127.25 1.25 27.57 25.52 1.60 471.50 -1783 1996 10 30 0.79 10.62 31.09 1.02 1.34 8.33 5.79 1.0e+20 4.51 5.09 1.50 236.95 7.73 35.85 1.63 1514.00 113.97 833.50 2.52 8.01 1.69 6.37 0.70 151.10 6.55 4.74 1.40 57.45 127.23 1.25 27.56 25.50 1.63 471.24 -1784 1996 10 31 0.79 10.65 31.20 1.02 1.34 8.33 5.81 1.0e+20 4.53 5.11 1.51 237.85 7.73 35.90 1.62 1515.90 113.79 828.50 2.52 8.05 1.69 6.37 0.70 153.10 6.57 4.69 1.40 57.60 127.65 1.26 27.56 25.51 1.62 471.50 -1785 1996 11 1 0.78 10.65 31.19 1.02 1.33 8.32 5.81 1.0e+20 4.53 5.11 1.51 238.25 7.73 35.84 1.63 1519.00 113.28 827.00 2.52 7.97 1.69 6.37 0.70 153.25 6.58 4.68 1.40 57.02 127.60 1.27 27.53 25.51 1.63 471.75 -1786 1996 11 4 0.78 10.66 31.20 1.02 1.33 8.32 5.82 1.0e+20 4.54 5.12 1.51 239.00 7.73 35.75 1.64 1520.00 113.97 828.00 2.52 7.93 1.69 6.36 0.70 153.40 6.60 4.70 1.40 57.10 127.61 1.27 27.52 25.49 1.64 471.75 -1787 1996 11 5 0.78 10.69 31.31 1.02 1.33 8.32 5.83 1.0e+20 4.56 5.13 1.52 238.20 7.73 35.74 1.64 1523.00 114.22 828.00 2.52 7.90 1.70 6.38 0.71 153.70 6.62 4.70 1.40 57.20 127.85 1.27 27.52 25.51 1.64 472.00 -1788 1996 11 6 0.79 10.69 31.29 1.02 1.33 8.32 5.83 1.0e+20 4.56 5.12 1.51 239.15 7.73 35.85 1.64 1523.50 113.98 830.00 2.52 7.90 1.70 6.38 0.71 153.45 6.61 4.71 1.40 57.09 127.80 1.27 27.55 25.50 1.64 471.75 -1789 1996 11 7 0.78 10.61 31.07 1.03 1.33 8.32 5.79 1.0e+20 4.54 5.09 1.50 237.95 7.73 35.85 1.65 1518.00 111.54 833.10 2.51 7.96 1.69 6.34 0.70 152.67 6.60 4.70 1.40 57.10 127.05 1.26 27.52 25.45 1.64 472.00 -1790 1996 11 8 0.78 10.59 31.02 1.03 1.33 8.32 5.78 1.0e+20 4.54 5.09 1.50 238.16 7.73 36.12 1.65 1515.80 111.63 833.50 2.51 7.92 1.68 6.32 0.70 152.24 6.58 4.70 1.40 57.04 126.70 1.26 27.54 25.45 1.64 472.00 -1791 1996 11 11 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1792 1996 11 12 0.78 10.56 30.93 1.03 1.33 8.32 5.77 1.0e+20 4.53 5.07 1.50 237.80 7.73 35.90 1.65 1514.00 111.50 831.00 2.52 7.92 1.68 6.31 0.70 152.20 6.63 4.67 1.40 56.82 126.50 1.26 27.52 25.43 1.64 472.26 -1793 1996 11 13 0.78 10.59 31.04 1.03 1.33 8.32 5.78 1.0e+20 4.53 5.08 1.50 237.80 7.73 35.90 1.65 1515.70 111.41 831.00 2.52 7.93 1.68 6.31 0.71 152.15 6.64 4.69 1.40 56.61 126.74 1.26 27.52 25.44 1.65 472.26 -1794 1996 11 14 0.79 10.63 31.12 1.03 1.33 8.32 5.79 1.0e+20 4.53 5.10 1.50 238.30 7.73 36.00 1.66 1519.70 111.29 831.00 2.52 7.92 1.69 6.32 0.71 152.65 6.63 4.69 1.40 56.95 127.10 1.27 27.52 25.45 1.66 471.25 -1795 1996 11 15 0.79 10.62 31.09 1.02 1.33 8.33 5.79 1.0e+20 4.53 5.09 1.50 238.30 7.73 35.95 1.66 1520.00 111.30 831.00 2.52 7.95 1.69 6.33 0.70 152.50 6.62 4.67 1.39 57.20 127.05 1.27 27.52 25.42 1.66 471.25 -1796 1996 11 18 0.79 10.56 30.95 1.03 1.34 8.33 5.76 1.0e+20 4.52 5.07 1.50 237.10 7.73 35.85 1.67 1511.40 111.31 830.00 2.52 7.91 1.68 6.33 0.70 151.70 6.60 4.66 1.39 57.40 126.40 1.26 27.52 25.42 1.67 471.00 -1797 1996 11 19 0.79 10.58 31.00 1.02 1.34 8.33 5.77 1.0e+20 4.53 5.08 1.50 238.00 7.73 35.75 1.67 1513.80 111.55 830.00 2.52 7.90 1.68 6.33 0.71 152.20 6.63 4.63 1.40 57.06 126.61 1.27 27.52 25.43 1.67 469.50 -1798 1996 11 20 0.79 10.53 30.84 1.03 1.34 8.33 5.74 1.0e+20 4.51 5.06 1.49 236.25 7.73 35.70 1.68 1496.00 111.25 832.00 2.52 7.89 1.67 6.30 0.70 151.20 6.60 4.66 1.40 56.97 125.95 1.26 27.52 25.41 1.67 470.75 -1799 1996 11 21 0.81 10.54 30.89 1.03 1.33 8.33 5.75 1.0e+20 4.52 5.08 1.49 236.52 7.73 35.75 1.69 1497.40 111.42 832.00 2.51 7.89 1.68 6.32 0.71 151.50 6.61 4.60 1.40 56.95 126.05 1.26 27.52 25.42 1.68 470.50 -1800 1996 11 22 0.81 10.59 31.03 1.03 1.33 8.33 5.78 1.0e+20 4.54 5.09 1.50 237.20 7.73 35.75 1.68 1502.70 111.41 830.00 2.51 7.88 1.68 6.34 0.71 152.05 6.61 4.61 1.40 57.65 126.65 1.26 27.52 25.42 1.68 471.50 -1801 1996 11 25 0.81 10.71 31.34 1.03 1.34 8.33 5.83 1.0e+20 4.57 5.15 1.52 239.18 7.73 35.85 1.67 1506.00 112.69 830.00 2.52 7.92 1.70 6.40 0.71 153.45 6.64 4.60 1.40 56.65 127.89 1.28 27.52 25.46 1.66 471.50 -1802 1996 11 26 0.81 10.72 31.41 1.03 1.34 8.33 5.85 1.0e+20 4.58 5.17 1.52 239.68 7.73 35.90 1.67 1514.10 112.66 832.00 2.52 7.88 1.71 6.41 0.70 153.90 6.67 4.58 1.40 56.55 128.38 1.29 27.52 25.47 1.67 472.25 -1803 1996 11 27 0.81 10.76 31.50 1.03 1.34 8.33 5.86 1.0e+20 4.59 5.17 1.52 240.50 7.73 35.74 1.67 1513.20 113.33 832.00 2.52 7.89 1.71 6.41 0.70 154.33 6.67 4.55 1.40 56.65 128.65 1.29 27.52 25.50 1.67 472.50 -1804 1996 11 28 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1805 1996 11 29 0.81 10.81 31.69 1.03 1.34 8.33 5.89 1.0e+20 4.61 5.22 1.53 241.91 7.73 35.74 1.68 1516.15 113.88 829.10 2.52 7.90 1.72 6.41 0.71 155.27 6.71 4.61 1.40 56.75 129.75 1.30 27.49 25.54 1.68 473.00 -1806 1996 12 2 0.81 10.86 31.84 1.03 1.35 8.33 5.90 1.0e+20 4.62 5.23 1.54 242.60 7.73 35.80 1.68 1517.00 113.80 832.00 2.52 7.89 1.73 6.43 0.71 155.90 6.73 4.64 1.40 56.70 130.02 1.31 27.50 25.55 1.68 473.25 -1807 1996 12 3 0.79 11.00 32.27 1.03 1.34 8.33 5.98 1.0e+20 4.66 5.28 1.56 245.20 7.73 35.75 1.63 1535.50 113.59 833.00 2.52 7.88 1.75 6.52 0.70 157.50 6.79 4.65 1.40 56.85 131.45 1.32 27.51 25.57 1.64 473.74 -1808 1996 12 4 0.79 10.99 32.20 1.03 1.35 8.33 5.98 1.0e+20 4.66 5.27 1.56 245.65 7.73 35.83 1.64 1536.00 113.13 832.00 2.52 7.87 1.75 6.52 0.71 157.85 6.80 4.67 1.40 56.66 131.55 1.32 27.52 25.58 1.63 473.51 -1809 1996 12 5 0.79 10.92 32.00 1.03 1.35 8.33 5.96 1.0e+20 4.64 5.24 1.55 244.45 7.73 35.87 1.63 1530.75 112.35 832.50 2.52 7.89 1.74 6.48 0.70 156.65 6.80 4.67 1.40 56.78 130.48 1.31 27.52 25.54 1.62 473.75 -1810 1996 12 6 0.79 10.87 31.87 1.03 1.35 8.33 5.92 1.0e+20 4.62 5.22 1.54 244.10 7.73 35.90 1.64 1526.70 112.84 833.50 2.52 7.92 1.73 6.46 0.70 156.20 6.80 4.66 1.40 56.80 130.25 1.31 27.52 25.56 1.64 473.70 -1811 1996 12 9 0.80 10.96 32.11 1.03 1.35 8.32 5.96 1.0e+20 4.66 5.26 1.55 245.30 7.73 35.92 1.65 1533.50 113.27 837.00 2.52 7.91 1.74 6.49 0.70 157.30 6.85 4.69 1.40 56.70 131.03 1.32 27.52 25.57 1.64 474.00 -1812 1996 12 10 0.80 10.94 32.05 1.03 1.35 8.32 5.94 1.0e+20 4.64 5.25 1.55 245.10 7.73 35.91 1.65 1534.00 113.28 838.00 2.52 7.88 1.74 6.48 0.69 157.30 6.83 4.68 1.40 56.65 130.84 1.32 27.52 25.57 1.65 474.51 -1813 1996 12 11 0.79 10.84 31.76 1.03 1.36 8.32 5.89 1.0e+20 4.61 5.20 1.54 243.84 7.73 35.90 1.66 1524.60 112.90 842.00 2.52 7.90 1.72 6.43 0.69 155.29 6.78 4.67 1.39 56.76 129.82 1.31 27.52 25.56 1.65 474.75 -1814 1996 12 12 0.79 10.86 31.82 1.03 1.35 8.32 5.91 1.0e+20 4.62 5.22 1.54 243.70 7.73 35.90 1.66 1526.50 113.55 849.00 2.52 7.91 1.73 6.46 0.70 155.90 6.80 4.75 1.39 56.80 129.95 1.31 27.52 25.57 1.65 474.75 -1815 1996 12 13 0.79 10.88 31.87 1.03 1.36 8.32 5.92 1.0e+20 4.62 5.21 1.54 244.60 7.73 35.90 1.66 1525.50 113.80 848.00 2.52 7.92 1.73 6.46 0.70 156.10 6.79 4.73 1.40 56.82 130.10 1.31 27.52 25.58 1.66 474.76 -1816 1996 12 16 0.79 10.93 32.01 1.03 1.36 8.32 5.94 1.0e+20 4.63 5.23 1.55 245.08 7.73 35.89 1.66 1529.50 114.24 845.00 2.52 7.89 1.74 6.47 0.69 156.58 6.83 4.72 1.40 56.95 130.75 1.32 27.52 25.62 1.66 475.40 -1817 1996 12 17 0.79 10.87 31.86 1.04 1.36 8.32 5.91 1.0e+20 4.61 5.22 1.54 244.75 7.73 35.85 1.66 1524.40 113.63 845.00 2.52 7.88 1.73 6.45 0.70 156.00 6.82 4.72 1.40 56.65 130.18 1.32 27.52 25.59 1.67 475.24 -1818 1996 12 18 0.79 10.94 32.04 1.03 1.36 8.32 5.94 1.0e+20 4.63 5.25 1.55 246.45 7.73 35.95 1.66 1530.90 113.65 844.00 2.52 7.84 1.74 6.47 0.70 156.84 6.84 4.68 1.39 56.52 130.88 1.33 27.51 25.75 1.67 475.74 -1819 1996 12 19 0.79 10.94 32.14 1.03 1.36 8.32 5.96 1.0e+20 4.65 5.26 1.55 246.95 7.73 35.92 1.65 1529.50 114.00 844.30 2.52 7.87 1.74 6.48 0.70 157.05 6.83 4.67 1.39 56.60 131.10 1.33 27.51 25.60 1.65 475.74 -1820 1996 12 20 0.79 10.91 31.94 1.03 1.36 8.32 5.93 1.0e+20 4.62 5.23 1.55 246.96 7.73 35.89 1.65 1528.50 114.25 845.00 2.52 7.85 1.74 6.45 0.70 156.40 6.82 4.68 1.39 56.45 130.57 1.33 27.51 25.62 1.66 476.10 -1821 1996 12 23 0.79 10.95 32.06 1.03 1.36 8.32 5.95 1.0e+20 4.64 5.25 1.55 247.67 7.73 35.88 1.65 1529.20 114.12 845.00 2.52 7.84 1.74 6.47 0.70 156.80 6.87 4.69 1.40 56.92 131.15 1.33 27.50 25.61 1.67 476.90 -1822 1996 12 24 0.79 10.95 32.06 1.03 1.36 8.32 5.95 1.0e+20 4.65 5.25 1.55 247.50 7.73 35.85 1.65 1528.50 114.50 847.00 2.52 7.84 1.74 6.56 0.70 156.40 6.87 4.69 1.39 56.75 131.00 1.34 27.52 25.60 1.67 476.50 -1823 1996 12 25 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1824 1996 12 26 0.79 10.95 32.08 1.03 1.36 8.32 5.95 1.0e+20 4.65 5.25 1.55 247.80 7.73 35.85 1.65 1528.30 114.92 846.50 2.52 7.85 1.74 6.46 0.70 156.73 6.87 4.69 1.39 56.70 131.16 1.34 27.52 25.63 1.67 476.25 -1825 1996 12 27 0.79 10.95 32.05 1.03 1.36 8.32 5.95 1.0e+20 4.64 5.25 1.55 247.60 7.73 35.85 1.67 1528.80 116.13 847.00 2.52 7.86 1.74 6.45 0.70 156.60 6.86 4.68 1.40 56.80 131.08 1.35 27.52 25.64 1.69 476.35 -1826 1996 12 30 0.79 10.96 32.09 1.03 1.36 8.32 5.96 1.0e+20 4.65 5.25 1.55 247.54 7.73 35.95 1.67 1530.50 115.88 847.00 2.52 7.86 1.74 6.45 0.70 156.90 6.88 4.68 1.40 56.76 131.30 1.35 27.52 25.64 1.69 476.60 -1827 1996 12 31 0.79 10.83 31.71 1.03 1.36 8.32 5.89 1.0e+20 4.60 5.19 1.53 246.96 7.73 35.95 1.69 1519.00 115.77 847.50 2.52 7.88 1.72 6.37 0.70 155.10 6.82 4.68 1.39 56.70 129.86 1.33 27.52 25.65 1.71 476.75 -1828 1997 1 1 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1829 1997 1 2 0.78 10.84 31.76 1.03 1.37 8.32 5.89 1.0e+20 4.61 5.19 1.54 244.60 7.73 36.00 1.66 1515.70 115.49 857.50 2.52 7.91 1.73 6.38 0.70 155.10 6.87 4.69 1.39 56.72 129.88 1.34 27.52 25.62 1.68 476.70 -1830 1997 1 3 0.79 10.98 32.13 1.03 1.37 8.32 5.95 1.0e+20 4.67 5.27 1.56 246.64 7.73 35.95 1.66 1535.94 116.33 846.50 2.52 7.87 1.75 6.44 0.70 156.84 6.92 4.70 1.40 56.82 131.23 1.35 27.52 25.64 1.69 476.75 -1831 1997 1 6 0.78 11.02 32.28 1.04 1.36 8.32 5.98 1.0e+20 4.70 5.29 1.56 246.75 7.73 35.93 1.66 1542.70 115.80 845.50 2.49 7.86 1.75 6.46 0.70 157.30 6.96 4.70 1.40 57.20 131.80 1.35 27.52 25.63 1.68 477.00 -1832 1997 1 7 0.78 10.99 32.21 1.04 1.35 8.32 5.96 1.0e+20 4.68 5.28 1.56 245.70 7.73 35.97 1.66 1536.50 115.34 846.00 2.49 7.84 1.75 6.45 0.70 156.95 6.96 4.66 1.40 57.15 131.50 1.35 27.52 25.60 1.69 477.25 -1833 1997 1 8 0.77 11.08 32.49 1.04 1.35 8.32 6.01 1.0e+20 4.71 5.32 1.57 247.25 7.73 35.95 1.66 1542.50 115.86 846.50 2.48 7.82 1.76 6.50 0.70 157.85 6.97 4.68 1.40 57.12 132.60 1.36 27.52 25.62 1.68 477.25 -1834 1997 1 9 0.77 11.10 32.52 1.04 1.35 8.32 6.01 1.0e+20 4.70 5.32 1.57 246.83 7.73 35.89 1.66 1538.50 116.19 849.00 2.48 7.82 1.77 6.43 0.70 157.82 6.92 4.67 1.40 57.25 132.65 1.36 27.52 25.63 1.69 477.25 -1835 1997 1 10 0.78 11.15 32.70 1.04 1.34 8.32 6.03 1.0e+20 4.72 5.35 1.58 247.35 7.73 35.90 1.65 1541.00 116.10 848.50 2.48 7.86 1.78 6.40 0.70 158.42 6.90 4.68 1.40 57.17 132.27 1.37 27.52 25.63 1.68 477.85 -1836 1997 1 13 0.77 11.19 32.80 1.04 1.34 8.32 6.05 1.0e+20 4.72 5.37 1.59 249.19 7.73 35.90 1.64 1548.00 116.41 859.00 2.47 7.81 1.78 6.37 0.70 158.60 6.95 4.67 1.40 57.32 132.80 1.37 27.50 25.65 1.67 478.00 -1837 1997 1 14 0.78 11.22 32.92 1.04 1.35 8.32 6.08 1.0e+20 4.75 5.38 1.59 248.68 7.73 35.90 1.63 1551.00 116.90 850.00 2.47 7.80 1.79 6.40 0.70 159.31 6.96 4.66 1.40 57.32 133.32 1.37 27.46 25.65 1.66 478.41 -1838 1997 1 15 0.77 11.20 32.83 1.04 1.34 8.32 6.06 1.0e+20 4.74 5.37 1.59 248.50 7.73 35.88 1.64 1547.75 117.24 851.00 2.47 7.81 1.78 6.35 0.70 158.75 6.95 4.64 1.40 57.16 133.20 1.37 27.39 25.66 1.67 478.25 -1839 1997 1 16 0.77 11.22 32.89 1.04 1.33 8.32 6.08 1.0e+20 4.74 5.38 1.59 248.48 7.73 35.88 1.63 1551.11 116.54 851.00 2.48 7.82 1.79 6.34 0.70 158.93 6.95 4.65 1.40 57.20 133.30 1.37 27.34 25.67 1.67 477.75 -1840 1997 1 17 0.78 11.32 33.27 1.04 1.33 8.32 6.14 1.0e+20 4.77 5.43 1.61 251.12 7.73 35.89 1.63 1566.75 117.11 850.00 2.48 7.83 1.81 6.34 0.70 160.60 7.03 4.64 1.40 57.00 134.52 1.39 27.41 25.68 1.66 476.50 -1841 1997 1 20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1842 1997 1 21 0.77 11.43 33.53 1.04 1.33 8.32 6.19 1.0e+20 4.78 5.48 1.62 253.10 7.73 35.90 1.62 1578.60 117.80 853.00 2.48 7.80 1.82 6.47 0.70 161.87 7.09 4.65 1.40 57.10 135.87 1.41 27.49 25.75 1.66 477.00 -1843 1997 1 22 0.77 11.52 33.78 1.04 1.33 8.32 6.24 1.0e+20 4.79 5.53 1.63 256.30 7.73 35.90 1.61 1596.05 118.92 856.00 2.48 7.80 1.84 6.51 0.70 163.28 7.14 4.61 1.40 57.25 137.35 1.42 27.52 25.77 1.65 477.10 -1844 1997 1 23 0.77 11.54 33.80 1.04 1.34 8.32 6.26 1.0e+20 4.89 5.53 1.64 257.20 7.73 35.88 1.60 1601.50 119.65 855.50 2.48 7.80 1.84 6.61 0.69 163.88 7.27 4.61 1.40 57.25 137.91 1.42 27.46 25.81 1.62 475.50 -1845 1997 1 24 0.77 11.44 33.59 1.04 1.34 8.32 6.20 1.0e+20 4.86 5.49 1.63 256.29 7.74 35.82 1.60 1587.14 119.06 856.50 2.48 7.83 1.83 6.56 0.69 163.31 7.22 4.61 1.40 57.55 137.40 1.40 27.48 25.80 1.62 474.75 -1846 1997 1 27 0.77 11.54 33.88 1.04 1.34 8.32 6.26 1.0e+20 4.85 5.53 1.64 257.45 7.74 35.90 1.60 1597.60 119.45 857.50 2.48 7.83 1.84 6.49 0.69 164.28 7.26 4.58 1.40 57.65 138.18 1.42 27.47 25.81 1.62 476.00 -1847 1997 1 28 0.76 11.60 33.98 1.04 1.34 8.32 6.28 1.0e+20 4.89 5.55 1.64 258.30 7.74 35.90 1.59 1615.20 121.19 861.00 2.49 7.82 1.85 6.54 0.68 165.10 7.30 4.57 1.41 57.59 139.00 1.42 27.47 25.85 1.61 476.00 -1848 1997 1 29 0.77 11.55 33.87 1.04 1.34 8.32 6.26 1.0e+20 4.89 5.53 1.64 258.08 7.74 35.90 1.59 1612.90 121.98 861.50 2.49 7.83 1.84 6.54 0.68 164.75 7.28 4.55 1.40 57.62 138.85 1.42 27.47 25.89 1.62 475.11 -1849 1997 1 30 0.76 11.52 33.78 1.04 1.34 8.32 6.24 1.0e+20 4.86 5.52 1.63 257.00 7.74 35.83 1.59 1609.10 121.55 867.00 2.48 7.85 1.83 6.48 0.69 164.10 7.22 4.56 1.40 57.72 138.30 1.42 27.46 25.97 1.61 475.00 -1850 1997 1 31 0.76 11.52 33.81 1.04 1.34 8.32 6.25 1.0e+20 4.88 5.52 1.63 257.55 7.74 35.90 1.59 1610.50 121.25 867.00 2.48 7.82 1.83 6.49 0.68 164.15 7.24 4.56 1.40 57.67 138.68 1.41 27.45 25.91 1.60 474.90 -1851 1997 2 3 0.76 11.56 33.90 1.04 1.34 8.32 6.26 1.0e+20 4.90 5.55 1.63 258.95 7.74 35.88 1.59 1623.90 121.68 869.00 2.48 7.82 1.84 6.48 0.68 165.00 7.29 4.53 1.40 57.72 139.65 1.42 27.46 25.90 1.61 474.45 -1852 1997 2 4 0.76 11.57 33.91 1.04 1.34 8.32 6.26 1.0e+20 4.89 5.55 1.64 260.00 7.74 35.87 1.59 1621.35 122.34 871.00 2.49 7.83 1.84 6.45 0.68 165.35 7.32 4.53 1.40 57.72 139.35 1.42 27.46 25.91 1.62 475.00 -1853 1997 2 5 0.76 11.59 33.98 1.04 1.34 8.32 6.28 1.0e+20 4.90 5.56 1.64 259.00 7.75 35.88 1.60 1623.00 123.59 872.00 2.49 7.82 1.85 6.45 0.69 165.40 7.37 4.49 1.41 57.66 139.45 1.42 27.52 25.94 1.63 474.50 -1854 1997 2 6 0.76 11.62 34.09 1.04 1.34 8.32 6.30 1.0e+20 4.90 5.57 1.65 259.20 7.74 35.90 1.60 1626.00 123.82 868.00 2.49 7.83 1.85 6.47 0.68 165.98 7.38 4.46 1.41 57.80 139.73 1.42 27.52 25.98 1.63 474.50 -1855 1997 2 7 0.76 11.76 34.53 1.04 1.34 8.32 6.37 1.0e+20 4.95 5.64 1.67 262.60 7.74 35.88 1.58 1634.50 124.54 872.00 2.49 7.81 1.88 6.56 0.68 167.75 7.42 4.44 1.41 60.00 141.25 1.44 27.54 26.05 1.62 475.25 -1856 1997 2 10 0.75 11.65 34.15 1.04 1.35 8.32 6.31 1.0e+20 4.90 5.59 1.65 260.13 7.74 35.89 1.60 1629.50 122.74 871.50 2.48 7.80 1.85 6.56 0.68 166.31 7.34 4.39 1.40 57.73 140.06 1.42 27.53 25.94 1.63 475.30 -1857 1997 2 11 0.75 11.76 34.51 1.04 1.35 8.32 6.37 1.0e+20 4.94 5.64 1.67 261.18 7.74 35.89 1.59 1638.70 123.17 871.50 2.48 7.80 1.87 6.58 0.68 168.03 7.40 4.41 1.41 57.85 141.43 1.43 27.56 25.94 1.64 475.30 -1858 1997 2 12 0.75 11.84 34.76 1.04 1.35 8.32 6.41 1.0e+20 4.95 5.68 1.68 262.50 7.74 35.84 1.58 1649.20 124.02 871.50 2.48 7.79 1.89 6.61 0.68 169.25 7.39 4.40 1.41 57.79 142.55 1.44 27.56 25.99 1.63 474.75 -1859 1997 2 13 0.76 11.87 34.79 1.04 1.35 8.32 6.43 1.0e+20 4.98 5.69 1.68 263.40 7.75 35.95 1.58 1661.00 124.35 877.50 2.48 7.79 1.89 6.65 0.69 169.60 7.40 4.41 1.41 57.71 142.86 1.45 27.56 26.04 1.62 473.50 -1860 1997 2 14 0.76 11.86 34.80 1.04 1.35 8.32 6.42 1.0e+20 5.00 5.69 1.68 263.45 7.75 35.89 1.58 1659.00 124.06 877.00 2.48 7.78 1.89 6.69 0.69 169.55 7.36 4.41 1.41 57.69 142.79 1.46 27.56 26.10 1.62 472.65 -1861 1997 2 17 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1862 1997 2 18 0.76 11.88 34.80 1.04 1.35 8.32 6.43 1.0e+20 5.02 5.69 1.68 264.65 7.75 35.90 1.56 1681.00 123.92 873.00 2.48 7.80 1.89 6.74 0.68 169.45 7.42 4.46 1.42 57.62 142.95 1.47 27.67 26.02 1.60 472.50 -1863 1997 2 19 0.76 11.94 35.02 1.05 1.35 8.32 6.48 1.0e+20 5.06 5.73 1.69 266.07 7.74 35.90 1.56 1689.30 124.30 862.50 2.48 7.79 1.90 6.74 0.69 170.78 7.47 4.47 1.42 57.39 143.95 1.48 27.60 26.00 1.61 470.75 -1864 1997 2 20 0.77 11.86 34.86 1.05 1.35 8.32 6.43 1.0e+20 5.03 5.69 1.68 264.20 7.74 35.88 1.57 1666.20 122.83 857.00 2.48 7.74 1.89 6.77 0.69 169.43 7.41 4.48 1.42 57.52 142.75 1.47 27.64 25.94 1.61 468.60 -1865 1997 2 21 0.77 11.88 34.86 1.05 1.36 8.32 6.44 1.0e+20 5.04 5.70 1.68 264.64 7.75 35.90 1.57 1669.20 123.28 859.00 2.47 7.76 1.89 6.74 0.69 169.63 7.42 4.48 1.42 57.52 142.99 1.47 27.61 25.95 1.61 471.75 -1866 1997 2 24 0.77 11.77 34.49 1.05 1.36 8.32 6.37 1.0e+20 4.99 5.64 1.67 261.86 7.74 35.90 1.58 1659.20 122.18 867.00 2.47 7.75 1.88 6.64 0.69 167.85 7.38 4.42 1.42 57.50 141.65 1.45 27.57 25.89 1.63 474.01 -1867 1997 2 25 0.77 11.79 34.61 1.05 1.36 8.32 6.39 1.0e+20 4.99 5.65 1.67 262.06 7.74 35.90 1.58 1668.58 121.93 864.00 2.48 7.76 1.88 6.66 0.69 168.38 7.43 4.42 1.42 57.50 142.05 1.46 27.57 25.90 1.63 475.25 -1868 1997 2 26 0.77 11.88 34.84 1.05 1.36 8.32 6.44 1.0e+20 5.02 5.69 1.68 263.15 7.74 35.86 1.58 1678.00 121.90 864.00 2.48 7.79 1.89 6.69 0.69 169.49 7.46 4.43 1.42 57.50 142.99 1.47 27.52 25.90 1.63 478.27 -1869 1997 2 27 0.77 11.88 34.84 1.05 1.36 8.32 6.43 1.0e+20 5.03 5.69 1.68 264.23 7.74 35.90 1.57 1678.10 120.80 866.00 2.48 7.84 1.89 6.73 0.69 169.49 7.47 4.47 1.42 57.90 143.25 1.47 27.54 25.89 1.62 478.25 -1870 1997 2 28 0.77 11.87 34.82 1.05 1.36 8.32 6.43 1.0e+20 5.03 5.69 1.68 264.70 7.74 35.91 1.58 1689.30 120.83 866.00 2.48 7.97 1.89 6.72 0.69 169.80 7.49 4.48 1.42 57.55 143.40 1.47 27.54 25.90 1.62 480.25 -1871 1997 3 3 0.78 11.93 35.01 1.05 1.36 8.32 6.46 1.0e+20 5.07 5.72 1.69 266.72 7.74 35.86 1.57 1692.90 121.15 864.50 2.48 7.99 1.90 6.84 0.70 170.41 7.58 4.47 1.42 57.64 143.92 1.47 27.55 25.89 1.61 487.25 -1872 1997 3 4 0.78 12.06 35.35 1.05 1.37 8.32 6.53 1.0e+20 5.10 5.77 1.71 268.90 7.74 35.89 1.56 1708.00 121.95 866.50 2.47 7.97 1.92 6.97 0.70 172.00 7.67 4.45 1.42 57.61 145.00 1.48 27.54 25.94 1.61 478.00 -1873 1997 3 5 0.78 12.05 35.32 1.05 1.36 8.32 6.53 1.0e+20 5.12 5.77 1.71 268.55 7.74 35.88 1.56 1705.25 121.50 870.00 2.47 8.05 1.92 6.94 0.70 172.03 7.64 4.44 1.42 57.85 145.05 1.48 27.54 25.95 1.61 478.75 -1874 1997 3 6 0.78 12.08 35.42 1.05 1.36 8.32 6.54 1.0e+20 5.12 5.78 1.71 269.30 7.74 35.88 1.55 1701.10 121.28 871.50 2.47 8.01 1.93 6.93 0.70 172.20 7.66 4.45 1.43 57.85 145.20 1.48 27.53 25.96 1.61 478.50 -1875 1997 3 7 0.78 12.09 35.45 1.05 1.36 8.32 6.55 1.0e+20 5.13 5.79 1.71 269.80 7.74 35.87 1.55 1703.80 121.88 871.50 2.48 8.00 1.93 6.93 0.70 172.38 7.69 4.46 1.43 57.80 145.61 1.48 27.52 25.95 1.60 478.50 -1876 1997 3 10 0.78 11.98 35.10 1.05 1.37 8.32 6.49 1.0e+20 5.08 5.74 1.70 267.80 7.74 35.90 1.55 1692.00 121.70 877.00 2.47 7.95 1.91 6.82 0.70 170.94 7.60 4.43 1.43 57.90 144.54 1.47 27.54 25.94 1.60 478.00 -1877 1997 3 11 0.79 11.99 35.14 1.05 1.36 8.32 6.49 1.0e+20 5.09 5.74 1.70 267.20 7.74 35.86 1.56 1696.25 121.77 880.50 2.47 7.98 1.91 6.81 0.70 170.95 7.62 4.43 1.43 57.65 144.58 1.47 27.54 25.96 1.60 477.80 -1878 1997 3 12 0.79 11.96 35.08 1.05 1.36 8.32 6.49 1.0e+20 5.08 5.74 1.70 266.82 7.74 35.85 1.55 1696.35 122.68 879.50 2.47 7.96 1.91 6.80 0.70 170.70 7.69 4.40 1.43 57.73 144.32 1.46 27.56 25.92 1.59 478.25 -1879 1997 3 13 0.79 12.00 35.19 1.05 1.36 8.32 6.51 1.0e+20 5.08 5.75 1.70 268.00 7.74 35.87 1.55 1696.60 123.24 880.50 2.47 8.00 1.92 6.85 0.69 171.10 7.69 4.40 1.43 57.75 144.50 1.46 27.55 25.95 1.59 478.30 -1880 1997 3 14 0.79 11.93 35.01 1.05 1.36 8.32 6.47 1.0e+20 5.06 5.72 1.69 267.00 7.74 35.85 1.56 1689.90 123.46 881.50 2.47 7.98 1.90 6.83 0.69 170.70 7.76 4.44 1.43 57.72 143.92 1.45 27.55 25.97 1.60 478.25 -1881 1997 3 17 0.79 11.90 34.85 1.05 1.36 8.32 6.45 1.0e+20 5.08 5.70 1.69 266.85 7.74 35.89 1.55 1693.75 123.65 882.00 2.47 7.99 1.90 6.85 0.69 170.10 7.73 4.43 1.43 57.78 143.63 1.45 27.54 25.96 1.59 477.25 -1882 1997 3 18 0.78 11.80 34.52 1.06 1.37 8.32 6.39 1.0e+20 5.05 5.64 1.67 263.98 7.74 35.89 1.56 1684.70 122.45 885.00 2.47 7.95 1.88 6.80 0.69 168.90 7.69 4.41 1.43 57.67 142.44 1.43 27.54 25.92 1.58 477.60 -1883 1997 3 19 0.78 11.84 34.72 1.06 1.37 8.32 6.41 1.0e+20 5.06 5.67 1.68 265.60 7.74 35.90 1.56 1686.80 122.80 887.00 2.47 7.92 1.89 6.76 0.69 169.50 7.67 4.42 1.44 57.90 142.95 1.44 27.54 25.93 1.59 477.75 -1884 1997 3 20 0.78 11.89 34.89 1.06 1.37 8.32 6.44 1.0e+20 5.08 5.69 1.68 266.50 7.74 35.91 1.56 1692.00 123.59 886.50 2.47 7.94 1.90 6.77 0.69 170.15 7.66 4.43 1.44 57.72 143.45 1.44 27.54 25.96 1.59 477.90 -1885 1997 3 21 0.78 11.88 34.84 1.06 1.38 8.32 6.43 1.0e+20 5.04 5.69 1.68 265.80 7.74 35.90 1.57 1690.25 122.82 887.00 2.47 7.92 1.90 6.70 0.69 169.80 7.63 4.42 1.44 57.84 143.00 1.45 27.56 25.96 1.60 477.75 -1886 1997 3 24 0.78 11.88 34.82 1.06 1.37 8.32 6.43 1.0e+20 5.04 5.69 1.68 265.95 7.74 35.88 1.57 1689.30 122.93 890.00 2.47 7.90 1.89 6.71 0.69 169.66 7.62 4.42 1.43 57.74 143.20 1.45 27.56 25.97 1.61 477.50 -1887 1997 3 25 0.78 11.91 34.92 1.06 1.37 8.32 6.45 1.0e+20 5.05 5.70 1.69 266.73 7.74 35.90 1.57 1694.80 123.90 891.00 2.47 7.89 1.90 6.67 0.69 170.35 7.66 4.41 1.44 58.02 143.75 1.46 27.59 25.99 1.61 477.55 -1888 1997 3 26 0.78 11.90 34.89 1.06 1.37 8.32 6.45 1.0e+20 5.02 5.70 1.69 267.20 7.75 35.90 1.57 1686.00 124.23 892.00 2.48 7.91 1.90 6.69 0.69 170.11 7.64 4.42 1.45 58.35 143.48 1.46 27.60 26.03 1.62 478.00 -1889 1997 3 27 0.78 11.79 34.62 1.05 1.37 8.32 6.37 1.0e+20 4.98 5.65 1.67 264.95 7.74 35.90 1.57 1672.50 123.65 896.00 2.47 7.91 1.88 6.62 0.69 168.80 7.54 4.42 1.44 58.20 142.07 1.44 27.56 26.02 1.63 478.40 -1890 1997 3 28 0.78 11.82 34.63 1.06 1.38 8.32 6.39 1.0e+20 4.98 5.64 1.67 265.46 7.75 35.91 1.57 1675.60 123.90 897.50 2.48 7.93 1.88 6.63 0.69 168.65 7.57 4.42 1.44 58.25 142.12 1.45 27.56 25.99 1.63 478.40 -1891 1997 3 31 0.78 11.80 34.42 1.05 1.38 8.32 6.35 1.0e+20 4.95 5.61 1.66 265.00 7.74 35.88 1.58 1667.60 123.72 898.00 2.47 7.93 1.87 6.59 0.69 167.82 7.54 4.42 1.44 58.36 141.35 1.43 27.56 25.97 1.64 478.50 -1892 1997 4 1 0.78 11.77 34.47 1.05 1.38 8.32 6.36 1.0e+20 4.97 5.62 1.67 265.10 7.74 35.89 1.58 1667.40 122.70 898.00 2.47 7.92 1.87 6.72 0.69 168.04 7.60 4.41 1.43 58.45 141.45 1.44 27.56 25.96 1.64 478.50 -1893 1997 4 2 0.78 11.77 34.57 1.05 1.38 8.32 6.39 1.0e+20 5.02 5.64 1.67 265.88 7.74 35.90 1.58 1663.50 122.72 897.00 2.48 7.93 1.88 6.79 0.69 168.38 7.64 4.42 1.44 58.30 141.88 1.44 27.56 25.96 1.64 478.25 -1894 1997 4 3 0.77 11.75 34.44 1.05 1.38 8.32 6.36 1.0e+20 5.00 5.62 1.66 264.55 7.74 35.87 1.58 1654.60 122.80 897.00 2.48 7.97 1.87 6.78 0.69 167.88 7.59 4.41 1.43 58.40 141.28 1.43 27.57 25.98 1.64 478.25 -1895 1997 4 4 0.77 11.82 34.70 1.06 1.39 8.32 6.40 1.0e+20 5.04 5.65 1.68 265.80 7.74 35.88 1.57 1663.30 124.27 895.00 2.48 7.95 1.89 6.83 0.69 169.12 7.61 4.41 1.43 58.32 141.97 1.44 27.57 25.99 1.63 477.50 -1896 1997 4 7 0.77 12.02 35.25 1.05 1.38 8.32 6.50 1.0e+20 5.10 5.75 1.70 268.85 7.74 35.88 1.55 1682.80 125.67 896.00 2.49 7.90 1.92 6.96 0.68 171.45 7.71 4.42 1.44 58.45 144.40 1.46 27.57 26.05 1.62 477.75 -1897 1997 4 8 0.78 12.04 35.30 1.05 1.38 8.32 6.51 1.0e+20 5.11 5.75 1.71 269.44 7.74 35.89 1.55 1687.20 126.08 896.00 2.50 7.89 1.92 6.93 0.68 171.76 7.65 4.42 1.44 58.50 144.55 1.46 27.60 26.09 1.62 478.45 -1898 1997 4 9 0.78 12.12 35.60 1.05 1.38 8.32 6.56 1.0e+20 5.14 5.79 1.72 270.93 7.74 35.86 1.54 1700.80 126.86 896.00 2.50 7.89 1.93 6.97 0.69 173.00 7.70 4.43 1.44 58.65 145.57 1.47 27.62 26.11 1.62 478.25 -1899 1997 4 10 0.78 12.09 35.45 1.05 1.39 8.32 6.54 1.0e+20 5.13 5.78 1.71 270.10 7.74 35.85 1.54 1698.75 125.95 895.00 2.50 7.91 1.93 6.96 0.69 172.05 7.69 4.45 1.43 58.75 145.15 1.47 27.59 26.08 1.62 477.90 -1900 1997 4 11 0.78 12.14 35.58 1.05 1.39 8.32 6.57 1.0e+20 5.15 5.80 1.72 271.20 7.74 35.88 1.54 1698.50 126.04 895.00 2.50 7.92 1.93 6.98 0.69 172.40 7.69 4.45 1.44 58.83 145.35 1.46 27.66 26.09 1.62 478.40 -1901 1997 4 14 0.77 12.13 35.60 1.05 1.39 8.32 6.56 1.0e+20 5.15 5.80 1.72 271.10 7.74 35.85 1.54 1696.30 126.48 896.50 2.50 7.91 1.93 6.97 0.69 172.10 7.63 4.45 1.44 58.90 145.11 1.46 27.64 26.08 1.62 478.55 -1902 1997 4 15 0.77 12.20 35.79 1.06 1.39 8.32 6.60 1.0e+20 5.19 5.83 1.73 272.75 7.74 35.83 1.53 1706.00 126.35 897.00 2.51 7.88 1.94 7.02 0.68 173.55 7.70 4.46 1.44 58.86 146.00 1.46 27.62 26.06 1.62 478.50 -1903 1997 4 16 0.77 12.16 35.66 1.06 1.39 8.32 6.58 1.0e+20 5.18 5.81 1.72 271.90 7.74 35.80 1.54 1703.40 125.75 896.00 2.51 7.89 1.94 7.05 0.68 173.20 7.72 4.45 1.44 59.00 145.70 1.47 27.62 26.08 1.62 479.10 -1904 1997 4 17 0.77 12.14 35.61 1.06 1.39 8.32 6.57 1.0e+20 5.19 5.80 1.72 271.20 7.74 35.83 1.54 1700.00 126.05 894.50 2.51 7.89 1.93 7.09 0.68 172.90 7.73 4.45 1.44 58.92 145.45 1.46 27.66 26.08 1.63 480.85 -1905 1997 4 18 0.77 12.08 35.37 1.06 1.39 8.32 6.53 1.0e+20 5.17 5.77 1.71 270.75 7.74 35.80 1.55 1693.00 125.88 896.00 2.51 7.88 1.92 7.05 0.69 172.39 7.67 4.44 1.44 58.86 144.55 1.45 27.65 26.08 1.63 480.71 -1906 1997 4 21 0.77 11.98 35.16 1.06 1.39 8.32 6.49 1.0e+20 5.15 5.75 1.70 270.00 7.74 35.78 1.55 1695.00 125.66 895.00 2.50 7.87 1.91 7.07 0.69 171.40 7.64 4.44 1.43 58.90 143.85 1.44 27.65 26.07 1.63 480.80 -1907 1997 4 22 0.77 12.06 35.37 1.06 1.39 8.32 6.53 1.0e+20 5.17 5.78 1.71 272.08 7.74 35.79 1.55 1705.70 126.25 895.00 2.49 7.87 1.92 7.09 0.69 172.46 7.67 4.44 1.44 58.82 144.73 1.45 27.66 26.07 1.63 480.80 -1908 1997 4 23 0.77 12.05 35.33 1.06 1.39 8.32 6.52 1.0e+20 5.15 5.77 1.71 272.23 7.74 35.76 1.54 1703.80 126.16 894.50 2.49 7.88 1.92 7.04 0.69 172.10 7.64 4.44 1.44 59.10 144.47 1.46 27.65 26.07 1.62 480.25 -1909 1997 4 24 0.77 12.07 35.40 1.06 1.39 8.32 6.53 1.0e+20 5.15 5.79 1.71 272.25 7.74 35.77 1.55 1700.20 125.96 895.00 2.50 7.86 1.93 7.07 0.69 172.11 7.67 4.44 1.44 59.16 144.60 1.46 27.67 26.07 1.62 480.80 -1910 1997 4 25 0.77 12.13 35.60 1.06 1.39 8.32 6.57 1.0e+20 5.18 5.82 1.72 274.35 7.74 35.78 1.54 1718.61 125.88 894.50 2.50 7.89 1.94 7.08 0.69 173.10 7.77 4.45 1.44 59.16 145.32 1.46 27.65 26.08 1.62 481.00 -1911 1997 4 28 0.77 12.16 35.66 1.06 1.39 8.32 6.58 1.0e+20 5.19 5.82 1.72 273.93 7.74 35.77 1.54 1717.60 126.68 894.50 2.51 7.93 1.94 7.10 0.69 173.12 7.79 4.44 1.44 59.28 145.80 1.46 27.69 26.11 1.62 482.00 -1912 1997 4 29 0.78 12.13 35.57 1.06 1.39 8.32 6.56 1.0e+20 5.20 5.81 1.72 273.20 7.74 35.77 1.53 1710.25 126.81 895.00 2.51 7.97 1.93 7.09 0.69 172.55 7.82 4.44 1.44 59.30 145.29 1.46 27.69 26.12 1.63 481.25 -1913 1997 4 30 0.77 12.19 35.73 1.06 1.39 8.32 6.59 1.0e+20 5.20 5.83 1.73 275.17 7.74 35.78 1.49 1712.70 127.03 894.00 2.51 7.95 1.95 7.12 0.69 173.96 7.85 4.44 1.44 59.25 146.10 1.47 27.68 26.13 1.62 481.40 -1914 1997 5 1 0.78 12.10 35.50 1.06 1.38 8.32 6.55 1.0e+20 5.18 5.80 1.72 274.10 7.74 35.77 1.48 1703.50 126.64 895.00 2.50 7.95 1.93 7.08 0.68 172.70 7.77 4.44 1.44 59.25 145.16 1.46 27.68 26.11 1.62 481.90 -1915 1997 5 2 0.78 12.15 35.63 1.06 1.38 8.32 6.57 1.0e+20 5.20 5.82 1.72 274.40 7.74 35.76 1.49 1711.00 126.57 895.00 2.50 7.92 1.94 7.09 0.69 173.40 7.83 4.45 1.44 59.27 145.80 1.47 27.69 26.09 1.62 481.85 -1916 1997 5 5 0.78 12.19 35.73 1.06 1.38 8.32 6.60 1.0e+20 5.22 5.84 1.73 275.20 7.74 35.80 1.48 1712.00 126.70 895.00 2.50 7.91 1.94 7.16 0.68 174.00 7.91 4.45 1.44 59.68 146.00 1.47 27.75 26.10 1.62 481.75 -1917 1997 5 6 0.77 12.12 35.53 1.06 1.37 8.32 6.56 1.0e+20 5.19 5.81 1.72 273.63 7.74 35.86 1.50 1706.50 125.45 897.00 2.50 7.88 1.93 7.13 0.68 173.15 7.81 4.45 1.44 59.34 145.46 1.46 27.76 26.08 1.63 482.00 -1918 1997 5 7 0.77 12.11 35.54 1.06 1.38 8.32 6.55 1.0e+20 5.19 5.80 1.72 273.30 7.74 35.88 1.50 1702.40 125.09 897.50 2.51 7.92 1.93 7.12 0.68 173.10 7.75 4.45 1.44 59.70 145.45 1.46 27.76 26.07 1.63 481.75 -1919 1997 5 8 0.78 12.05 35.23 1.06 1.38 8.32 6.49 1.0e+20 5.16 5.75 1.70 271.75 7.74 35.87 1.50 1689.60 123.85 896.00 2.50 7.92 1.92 7.07 0.68 171.60 7.69 4.46 1.44 59.33 144.18 1.44 27.71 26.05 1.62 482.40 -1920 1997 5 9 0.77 11.88 34.83 1.06 1.39 8.32 6.42 1.0e+20 5.10 5.69 1.69 269.65 7.74 35.86 1.52 1676.10 120.73 896.00 2.50 7.90 1.89 7.04 0.68 170.10 7.65 4.46 1.44 59.35 142.90 1.42 27.71 25.99 1.62 482.90 -1921 1997 5 12 0.77 11.99 35.17 1.06 1.39 8.32 6.49 1.0e+20 5.14 5.74 1.70 272.50 7.74 35.86 1.51 1691.00 118.95 894.00 2.51 7.93 1.91 7.10 0.69 171.70 7.69 4.46 1.43 59.21 144.20 1.43 27.78 25.94 1.62 483.00 -1922 1997 5 13 0.77 11.95 35.06 1.06 1.38 8.32 6.46 1.0e+20 5.12 5.71 1.69 270.80 7.74 35.86 1.51 1678.80 118.75 895.50 2.51 7.91 1.90 7.02 0.69 170.88 7.65 4.46 1.43 58.72 143.40 1.43 27.80 25.95 1.63 483.50 -1923 1997 5 14 0.77 11.96 35.11 1.06 1.38 8.32 6.47 1.0e+20 5.13 5.72 1.70 271.80 7.73 35.85 1.52 1675.60 118.33 895.00 2.52 7.89 1.91 7.04 0.69 171.20 7.60 4.48 1.43 58.65 143.64 1.43 27.79 25.90 1.64 484.00 -1924 1997 5 15 0.77 11.96 35.07 1.06 1.37 8.32 6.47 1.0e+20 5.14 5.72 1.69 271.50 7.73 35.84 1.52 1677.10 116.28 894.00 2.49 7.90 1.91 7.07 0.69 171.26 7.60 4.48 1.43 58.50 143.33 1.43 27.81 25.37 1.63 484.90 -1925 1997 5 16 0.77 11.91 34.96 1.06 1.37 8.32 6.45 1.0e+20 5.11 5.70 1.69 270.10 7.73 35.84 1.52 1670.75 115.43 894.00 2.48 7.90 1.90 7.05 0.69 170.65 7.62 4.47 1.43 58.60 142.80 1.42 27.76 25.89 1.63 484.50 -1926 1997 5 19 0.77 12.01 35.30 1.06 1.37 8.32 6.51 1.0e+20 5.15 5.75 1.71 272.35 7.73 35.82 1.52 1677.75 116.05 894.00 2.49 7.89 1.92 7.12 0.69 171.80 7.67 4.46 1.43 58.70 143.95 1.42 27.78 25.39 1.63 484.61 -1927 1997 5 20 0.77 11.93 35.05 1.06 1.37 8.32 6.45 1.0e+20 5.10 5.71 1.69 269.70 7.73 35.79 1.53 1667.75 113.80 893.50 2.50 7.89 1.90 7.05 0.69 170.60 7.56 4.46 1.43 58.60 142.73 1.40 27.78 25.10 1.64 483.75 -1928 1997 5 21 0.78 11.92 34.93 1.06 1.36 8.32 6.44 1.0e+20 5.10 5.69 1.69 269.60 7.73 35.81 1.50 1664.50 114.08 893.50 2.50 7.87 1.90 7.02 0.69 170.45 7.53 4.45 1.43 58.52 142.45 1.40 27.83 25.28 1.64 484.75 -1929 1997 5 22 0.77 11.93 35.00 1.07 1.37 8.32 6.45 1.0e+20 5.11 5.71 1.69 270.30 7.73 35.79 1.51 1668.20 115.96 894.00 2.50 7.87 1.90 7.05 0.69 170.90 7.60 4.47 1.43 58.60 142.85 1.41 27.83 25.74 1.62 484.75 -1930 1997 5 23 0.76 11.90 34.93 1.07 1.37 8.32 6.44 1.0e+20 5.10 5.69 1.69 270.18 7.73 35.76 1.51 1666.50 115.80 891.00 2.50 7.89 1.90 7.05 0.69 170.80 7.59 4.47 1.43 58.47 142.65 1.40 27.85 25.70 1.63 485.25 -1931 1997 5 26 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1932 1997 5 27 0.76 11.96 35.09 1.07 1.38 8.32 6.47 1.0e+20 5.13 5.73 1.69 272.20 7.74 35.84 1.51 1676.00 116.45 894.50 2.51 7.93 1.91 7.08 0.69 171.95 7.65 4.47 1.43 58.55 143.50 1.41 27.86 25.87 1.62 485.50 -1933 1997 5 28 0.76 11.92 34.96 1.07 1.38 8.32 6.45 1.0e+20 5.11 5.72 1.69 272.40 7.74 35.82 1.51 1681.90 115.52 895.00 2.51 7.91 1.90 7.06 0.68 171.70 7.67 4.47 1.43 58.35 143.77 1.41 27.90 25.82 1.63 485.11 -1934 1997 5 29 0.76 11.96 35.08 1.07 1.38 8.32 6.47 1.0e+20 5.13 5.74 1.69 272.60 7.74 35.82 1.50 1681.00 116.21 895.00 2.51 7.91 1.91 7.08 0.69 172.10 7.71 4.47 1.43 58.38 143.84 1.41 27.89 25.57 1.64 484.25 -1935 1997 5 30 0.76 11.97 35.25 1.07 1.37 8.32 6.50 1.0e+20 5.15 5.77 1.70 272.90 7.74 35.80 1.50 1693.00 116.40 893.50 2.51 7.92 1.92 7.11 0.68 172.00 7.74 4.46 1.43 58.33 144.50 1.41 27.89 24.75 1.63 484.51 -1936 1997 6 2 0.75 12.15 35.67 1.07 1.37 8.32 6.57 1.0e+20 5.19 5.82 1.72 275.58 7.74 35.83 1.49 1699.40 116.74 893.50 2.51 7.91 1.94 7.16 0.68 174.80 7.78 4.47 1.43 58.40 145.88 1.42 27.89 24.90 1.63 484.25 -1937 1997 6 3 0.76 12.15 35.66 1.07 1.37 8.32 6.58 1.0e+20 5.18 5.82 1.72 275.31 7.74 35.82 1.48 1696.30 116.15 893.50 2.51 7.91 1.94 7.13 0.68 174.50 7.74 4.46 1.43 58.70 145.90 1.43 27.90 24.92 1.63 485.00 -1938 1997 6 4 0.75 12.19 35.74 1.07 1.37 8.32 6.59 1.0e+20 5.19 5.84 1.73 275.35 7.74 35.79 1.48 1700.50 116.30 893.50 2.51 7.93 1.94 7.15 0.68 174.80 7.75 4.46 1.43 58.67 146.20 1.44 27.92 24.70 1.62 485.00 -1939 1997 6 5 0.76 12.18 35.70 1.07 1.37 8.32 6.58 1.0e+20 5.19 5.83 1.73 274.85 7.74 35.75 1.48 1701.00 115.67 893.00 2.51 7.95 1.94 7.16 0.68 174.90 7.76 4.48 1.42 58.78 146.10 1.44 27.92 24.00 1.63 487.00 -1940 1997 6 6 0.76 12.17 35.72 1.07 1.38 8.32 6.58 1.0e+20 5.20 5.84 1.73 275.37 7.74 35.80 1.48 1705.30 115.40 893.00 2.51 7.99 1.94 7.18 0.68 175.02 7.79 4.48 1.42 58.53 146.40 1.45 27.92 23.95 1.62 487.25 -1941 1997 6 9 0.76 12.01 35.26 1.07 1.38 8.32 6.50 1.0e+20 5.14 5.77 1.70 272.20 7.74 35.80 1.51 1688.50 112.63 893.50 2.51 7.99 1.92 7.10 0.69 173.07 7.77 4.50 1.41 58.75 144.77 1.43 27.90 24.40 1.63 486.80 -1942 1997 6 10 0.76 12.08 35.48 1.07 1.38 8.32 6.54 1.0e+20 5.17 5.81 1.72 273.90 7.74 35.80 1.51 1700.00 112.60 893.50 2.51 7.97 1.93 7.15 0.69 174.25 7.80 4.50 1.42 58.60 145.60 1.44 27.89 24.10 1.63 486.50 -1943 1997 6 11 0.75 12.06 35.44 1.07 1.38 8.32 6.53 1.0e+20 5.15 5.80 1.71 272.90 7.74 35.82 1.51 1693.25 111.42 893.00 2.51 7.97 1.93 7.16 0.69 173.85 7.77 4.49 1.41 58.40 145.08 1.43 27.90 23.95 1.63 486.00 -1944 1997 6 12 0.75 12.13 35.58 1.07 1.38 8.32 6.56 1.0e+20 5.18 5.81 1.72 273.72 7.74 35.85 1.51 1695.50 113.98 892.00 2.51 7.97 1.93 7.20 0.69 174.33 7.77 4.49 1.42 58.33 145.75 1.44 27.90 24.05 1.63 484.60 -1945 1997 6 13 0.75 12.23 35.72 1.07 1.38 8.32 6.62 1.0e+20 5.22 5.83 1.73 275.32 7.74 35.83 1.51 1697.10 113.50 890.00 2.51 7.97 1.94 7.27 0.68 176.00 7.75 4.50 1.42 58.80 147.08 1.44 27.91 24.70 1.63 485.50 -1946 1997 6 16 0.74 12.18 35.73 1.07 1.38 8.32 6.59 1.0e+20 5.18 5.83 1.73 274.03 7.74 35.83 1.51 1697.80 113.49 891.00 2.51 7.96 1.94 7.31 0.69 174.35 7.78 4.49 1.42 58.40 146.20 1.44 27.92 24.00 1.63 485.50 -1947 1997 6 17 0.75 12.20 35.78 1.07 1.38 8.32 6.60 1.0e+20 5.18 5.84 1.73 273.86 7.74 35.82 1.50 1697.00 113.35 890.00 2.51 7.94 1.95 7.25 0.68 175.00 7.76 4.51 1.42 58.32 146.34 1.44 27.94 22.75 1.63 485.25 -1948 1997 6 18 0.75 12.19 35.74 1.07 1.38 8.32 6.59 1.0e+20 5.19 5.84 1.73 273.90 7.74 35.79 1.50 1696.00 113.50 890.00 2.51 7.92 1.94 7.25 0.68 174.55 7.76 4.51 1.42 58.38 146.10 1.44 27.93 23.80 1.63 485.25 -1949 1997 6 19 0.74 12.13 35.58 1.07 1.38 8.32 6.56 1.0e+20 5.17 5.81 1.72 272.60 7.74 35.84 1.51 1688.50 114.09 890.50 2.51 7.91 1.94 7.24 0.68 173.62 7.72 4.51 1.42 58.70 145.42 1.43 27.95 25.20 1.64 485.75 -1950 1997 6 20 0.75 12.17 35.68 1.07 1.39 8.32 6.58 1.0e+20 5.17 5.83 1.72 273.50 7.74 35.83 1.50 1692.30 114.62 890.00 2.51 7.96 1.94 7.26 0.68 174.40 7.71 4.51 1.42 58.42 145.90 1.43 27.95 24.30 1.65 485.20 -1951 1997 6 23 0.75 12.10 35.52 1.07 1.38 8.32 6.55 1.0e+20 5.14 5.80 1.72 271.50 7.74 35.83 1.51 1684.00 115.30 890.00 2.51 7.98 1.93 7.24 0.68 173.65 7.70 4.49 1.43 58.43 145.45 1.43 27.92 25.10 1.66 485.50 -1952 1997 6 24 0.75 12.14 35.61 1.07 1.39 8.32 6.57 1.0e+20 5.17 5.82 1.72 272.30 7.74 35.84 1.51 1685.50 114.80 889.50 2.52 7.94 1.94 7.25 0.68 174.25 7.73 4.50 1.43 58.50 145.52 1.43 27.90 25.20 1.66 486.00 -1953 1997 6 25 0.75 12.14 35.61 1.07 1.39 8.32 6.57 1.0e+20 5.16 5.82 1.72 272.45 7.74 35.82 1.51 1683.00 113.95 890.00 2.52 7.95 1.94 7.25 0.68 174.10 7.69 4.50 1.42 58.54 145.65 1.43 27.88 25.35 1.66 486.40 -1954 1997 6 26 0.74 12.15 35.63 1.07 1.38 8.32 6.58 1.0e+20 5.15 5.82 1.72 272.95 7.74 35.83 1.51 1688.00 113.23 890.00 2.52 7.96 1.94 7.26 0.68 174.60 7.70 4.51 1.42 58.47 145.98 1.43 27.86 25.40 1.66 485.25 -1955 1997 6 27 0.74 12.22 35.84 1.07 1.38 8.32 6.61 1.0e+20 5.18 5.85 1.73 274.20 7.74 35.83 1.50 1697.00 114.67 890.00 2.52 7.95 1.95 7.30 0.67 175.70 7.72 4.52 1.43 58.49 146.95 1.44 27.84 25.30 1.66 486.00 -1956 1997 6 30 0.75 12.27 35.97 1.07 1.38 8.32 6.63 1.0e+20 5.19 5.87 1.74 274.59 7.74 35.85 1.51 1699.30 114.61 890.00 2.52 7.95 1.96 7.32 0.67 175.98 7.73 4.53 1.43 58.54 147.30 1.46 27.82 25.15 1.66 487.30 -1957 1997 7 1 0.75 12.25 36.00 1.07 1.38 8.32 6.62 1.0e+20 5.18 5.86 1.74 274.22 7.74 35.83 1.51 1694.50 114.93 890.00 2.52 7.93 1.96 7.30 0.67 176.10 7.73 4.53 1.42 58.47 147.25 1.45 27.82 24.52 1.65 494.80 -1958 1997 7 2 0.75 12.32 36.21 1.07 1.37 8.32 6.68 1.0e+20 5.23 5.90 1.75 276.40 7.74 35.80 1.50 1706.70 114.52 890.50 2.52 7.95 1.97 7.35 0.67 177.00 7.77 4.53 1.43 58.51 148.15 1.47 27.87 30.18 1.66 487.80 -1959 1997 7 3 0.75 12.30 36.10 1.07 1.37 8.32 6.66 1.0e+20 5.21 5.89 1.74 275.80 7.74 35.79 1.53 1702.40 113.46 889.00 2.52 7.95 1.96 7.29 0.67 176.70 7.71 4.52 1.43 58.52 147.80 1.46 27.89 29.00 1.68 488.55 -1960 1997 7 4 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -1961 1997 7 7 0.74 12.27 36.00 1.07 1.37 8.32 6.65 1.0e+20 5.20 5.89 1.74 275.45 7.74 35.82 1.52 1703.70 112.60 889.00 2.52 7.91 1.96 7.30 0.67 176.60 7.72 4.53 1.43 58.52 147.64 1.45 27.92 28.90 1.68 489.30 -1962 1997 7 8 0.74 12.37 36.30 1.07 1.37 8.32 6.70 1.0e+20 5.22 5.93 1.75 277.00 7.74 35.80 1.52 1713.25 112.76 890.00 2.50 7.92 1.98 7.36 0.67 177.90 7.77 4.55 1.43 58.65 148.60 1.46 27.94 28.92 1.68 489.85 -1963 1997 7 9 0.74 12.39 36.36 1.07 1.37 8.32 6.71 1.0e+20 5.22 5.94 1.76 276.94 7.74 35.78 1.51 1717.20 112.97 890.00 2.50 7.90 1.98 7.34 0.67 177.83 7.72 4.55 1.43 58.62 148.76 1.46 27.95 29.10 1.68 489.50 -1964 1997 7 10 0.74 12.32 36.17 1.07 1.37 8.32 6.67 1.0e+20 5.21 5.92 1.75 275.90 7.74 35.77 1.52 1712.20 113.08 891.00 2.48 7.88 1.97 7.34 0.67 177.30 7.72 4.55 1.43 58.62 148.02 1.44 27.87 29.04 1.68 491.25 -1965 1997 7 11 0.74 12.45 36.55 1.08 1.37 8.32 6.74 1.0e+20 5.25 5.97 1.77 278.30 7.74 35.73 1.51 1717.90 113.88 892.00 2.50 7.85 1.99 7.41 0.66 178.80 7.75 4.54 1.43 58.58 149.35 1.46 27.87 30.15 1.69 488.85 -1966 1997 7 14 0.73 12.60 36.91 1.08 1.36 8.32 6.80 1.0e+20 5.29 6.04 1.78 279.90 7.74 35.75 1.50 1736.00 113.76 893.50 2.56 7.87 2.01 7.46 0.66 180.28 7.79 4.55 1.44 58.57 151.02 1.47 27.94 29.80 1.68 489.50 -1967 1997 7 15 0.73 12.68 37.21 1.08 1.37 8.32 6.87 1.0e+20 5.32 6.08 1.80 282.70 7.74 35.73 1.49 1749.50 115.87 894.00 2.56 7.89 2.02 7.55 0.66 182.00 7.86 4.55 1.44 58.57 151.83 1.48 27.96 30.10 1.67 490.50 -1968 1997 7 16 0.73 12.63 37.13 1.08 1.37 8.32 6.85 1.0e+20 5.31 6.07 1.79 282.45 7.74 35.73 1.50 1745.10 116.28 896.00 2.59 7.92 2.02 7.47 0.65 181.80 7.83 4.55 1.44 58.74 151.55 1.48 27.97 29.90 1.67 492.40 -1969 1997 7 17 0.73 12.60 37.00 1.08 1.37 8.32 6.82 1.0e+20 5.29 6.05 1.79 281.48 7.75 35.72 1.50 1743.90 116.13 896.00 2.59 7.86 2.01 7.40 0.65 181.04 7.78 4.55 1.45 58.70 150.95 1.48 27.97 30.70 1.67 493.50 -1970 1997 7 18 0.74 12.58 36.97 1.08 1.37 8.32 6.81 1.0e+20 5.28 6.04 1.78 280.97 7.75 35.71 1.50 1742.30 115.46 897.00 2.64 7.90 2.01 7.39 0.65 180.63 7.76 4.56 1.46 58.70 150.90 1.47 27.96 31.00 1.67 494.50 -1971 1997 7 21 0.74 12.64 37.11 1.08 1.37 8.32 6.83 1.0e+20 5.30 6.06 1.79 281.51 7.74 35.72 1.49 1747.10 115.88 894.50 2.62 7.89 2.02 7.41 0.65 181.60 7.78 4.57 1.46 58.71 151.30 1.47 27.94 30.60 1.67 493.85 -1972 1997 7 22 0.73 12.79 37.54 1.08 1.38 8.32 6.91 1.0e+20 5.35 6.12 1.81 284.60 7.74 35.71 1.47 1766.90 115.68 896.50 2.63 7.86 2.04 7.49 0.64 183.10 7.82 4.57 1.46 59.00 153.08 1.49 27.96 30.90 1.67 492.75 -1973 1997 7 23 0.73 12.85 37.68 1.08 1.38 8.32 6.94 1.0e+20 5.36 6.14 1.82 284.90 7.74 35.71 1.47 1773.50 115.85 896.50 2.63 7.84 2.05 7.48 0.64 184.40 7.81 4.56 1.46 58.74 153.60 1.48 27.98 31.65 1.67 493.75 -1974 1997 7 24 0.73 12.87 37.79 1.08 1.38 8.32 6.96 1.0e+20 5.40 6.17 1.82 285.85 7.73 35.71 1.47 1782.50 115.95 895.00 2.64 7.84 2.05 7.55 0.65 184.85 7.89 4.55 1.47 58.70 154.15 1.49 27.97 31.80 1.67 494.10 -1975 1997 7 25 0.73 12.91 37.90 1.08 1.38 8.32 6.98 1.0e+20 5.42 6.18 1.83 286.80 7.74 35.70 1.47 1787.00 116.75 894.00 2.65 7.77 2.06 7.57 0.65 185.50 7.86 4.56 1.47 58.72 154.73 1.51 27.98 32.25 1.66 494.75 -1976 1997 7 28 0.73 13.00 38.18 1.08 1.38 8.30 7.03 1.0e+20 5.45 6.22 1.84 288.98 7.74 35.75 1.44 1797.50 117.76 893.50 2.63 7.78 2.08 7.63 0.64 186.55 7.95 4.57 1.46 58.87 155.70 1.52 28.00 32.02 1.62 495.50 -1977 1997 7 29 0.74 12.89 37.86 1.08 1.38 8.29 6.98 1.0e+20 5.43 6.17 1.83 287.00 7.74 35.73 1.46 1788.00 118.00 894.00 2.61 7.80 2.06 7.59 0.64 185.30 7.93 4.58 1.46 58.83 154.60 1.51 28.25 31.40 1.62 496.40 -1978 1997 7 30 0.74 12.92 37.88 1.08 1.38 8.29 6.98 1.0e+20 5.46 6.18 1.83 287.01 7.74 35.72 1.45 1789.40 118.33 894.00 2.63 7.77 2.06 7.61 0.65 185.53 7.99 4.59 1.46 59.92 155.10 1.51 28.80 31.80 1.62 497.24 -1979 1997 7 31 0.74 12.92 38.02 1.08 1.38 8.29 7.00 1.0e+20 5.49 6.19 1.83 287.25 7.74 35.72 1.45 1793.40 118.37 892.00 2.63 7.83 2.07 7.63 0.64 185.65 7.98 4.61 1.47 58.85 155.20 1.51 28.90 32.30 1.63 498.40 -1980 1997 8 1 0.73 13.11 38.66 1.08 1.38 8.32 7.10 1.0e+20 5.55 6.28 1.86 290.60 7.74 35.80 1.44 1818.50 118.47 891.50 2.63 7.82 2.09 7.71 0.64 188.50 8.02 4.63 1.47 59.08 157.10 1.52 28.90 32.20 1.63 496.75 -1981 1997 8 4 0.73 13.11 38.51 1.08 1.37 8.32 7.10 1.0e+20 5.55 6.29 1.86 291.00 7.74 35.80 1.44 1825.75 118.34 891.00 2.63 7.83 2.10 7.69 0.64 188.90 8.04 4.65 1.46 58.90 157.53 1.52 28.75 31.70 1.62 495.60 -1982 1997 8 5 0.73 13.23 38.82 1.08 1.38 8.32 7.16 1.0e+20 5.59 6.34 1.88 293.20 7.74 35.73 1.43 1838.05 119.26 893.00 2.64 7.81 2.11 7.75 0.64 190.40 8.08 4.65 1.47 59.10 158.75 1.53 28.75 31.40 1.62 495.50 -1983 1997 8 6 0.73 13.22 38.82 1.08 1.38 8.32 7.15 1.0e+20 5.60 6.34 1.87 293.60 7.74 35.73 1.43 1840.75 118.65 895.50 2.63 7.78 2.11 7.73 0.63 190.22 8.05 4.67 1.47 59.00 158.80 1.53 28.75 31.05 1.60 495.75 -1984 1997 8 7 0.73 13.15 38.67 1.08 1.38 8.32 7.13 1.0e+20 5.59 6.30 1.87 292.55 7.74 35.72 1.43 1829.90 118.40 895.50 2.64 7.79 2.10 7.68 0.63 189.35 8.04 4.67 1.47 59.10 158.05 1.52 28.80 31.00 1.58 495.00 -1985 1997 8 8 0.73 12.98 38.20 1.08 1.39 8.31 7.03 1.0e+20 5.51 6.22 1.84 289.00 7.74 35.74 1.44 1802.00 115.30 896.50 2.70 7.83 2.08 7.56 0.63 186.60 7.90 4.66 1.48 59.15 156.00 1.50 28.85 31.05 1.58 495.65 -1986 1997 8 11 0.73 13.06 38.33 1.08 1.39 8.31 7.07 1.0e+20 5.54 6.25 1.85 290.95 7.74 35.72 1.43 1810.90 115.85 895.50 2.74 7.80 2.09 7.64 0.64 188.10 7.98 4.66 1.48 59.00 156.62 1.52 28.85 31.25 1.59 495.50 -1987 1997 8 12 0.73 13.14 38.55 1.08 1.39 8.31 7.11 1.0e+20 5.58 6.29 1.86 292.00 7.74 35.73 1.43 1822.20 116.21 896.50 2.78 7.78 2.10 7.67 0.63 188.90 8.02 4.67 1.50 59.20 157.45 1.52 28.95 31.45 1.57 494.85 -1988 1997 8 13 0.74 12.91 37.90 1.08 1.39 8.31 6.99 1.0e+20 5.49 6.18 1.83 288.66 7.74 35.73 1.44 1796.00 115.78 897.00 2.77 7.78 2.06 7.61 0.64 186.01 8.01 4.66 1.50 59.03 155.17 1.51 28.85 31.35 1.58 494.51 -1989 1997 8 14 0.74 12.96 38.06 1.08 1.39 8.31 7.02 1.0e+20 5.52 6.21 1.84 288.95 7.74 35.74 1.44 1799.19 117.75 897.00 2.78 7.77 2.07 7.64 0.64 186.87 8.04 4.68 1.51 59.10 156.10 1.51 28.85 31.60 1.58 495.00 -1990 1997 8 15 0.74 12.82 37.66 1.08 1.39 8.31 6.94 1.0e+20 5.46 6.14 1.82 286.00 7.74 35.81 1.46 1781.00 117.80 897.00 2.78 7.76 2.03 7.58 0.64 185.10 7.96 4.69 1.51 59.10 154.45 1.50 28.90 31.97 1.60 495.50 -1991 1997 8 18 0.73 12.82 37.65 1.08 1.38 8.31 6.94 1.0e+20 5.46 6.14 1.82 286.00 7.73 35.74 1.46 1781.50 117.81 900.50 2.80 7.77 2.05 7.59 0.64 184.95 8.02 4.68 1.51 60.10 154.22 1.51 28.80 32.60 1.60 495.25 -1992 1997 8 19 0.74 12.95 38.04 1.08 1.39 8.31 7.01 1.0e+20 5.51 6.20 1.84 288.40 7.74 35.73 1.45 1796.66 118.45 900.50 2.79 7.76 2.07 7.66 0.64 186.60 8.08 4.70 1.51 59.40 155.60 1.51 28.80 32.65 1.60 496.01 -1993 1997 8 20 0.74 13.06 38.33 1.08 1.39 8.32 7.07 1.0e+20 5.54 6.25 1.85 290.80 7.74 36.20 1.43 1806.90 118.08 901.00 2.78 7.77 2.09 7.72 0.64 188.10 8.06 4.75 1.50 59.40 156.75 1.52 28.85 32.40 1.59 495.75 -1994 1997 8 21 0.74 12.97 38.07 1.08 1.39 8.31 7.02 1.0e+20 5.50 6.21 1.84 289.00 7.74 36.30 1.44 1795.35 117.78 898.90 2.76 7.76 2.07 7.68 0.64 186.90 8.02 4.74 1.49 59.00 155.65 1.51 28.85 32.90 1.59 496.25 -1995 1997 8 22 0.74 12.78 37.45 1.09 1.39 8.31 6.93 1.0e+20 5.42 6.11 1.81 285.00 7.74 36.40 1.47 1771.00 117.26 902.00 2.77 7.78 2.04 7.58 0.64 184.10 7.94 4.69 1.49 59.10 153.45 1.49 28.80 33.65 1.60 496.50 -1996 1997 8 25 0.74 12.81 37.59 1.09 1.39 8.31 6.94 1.0e+20 5.44 6.13 1.82 286.30 7.74 36.60 1.46 1775.65 118.73 907.00 2.77 7.76 2.04 7.59 0.64 184.70 7.97 4.69 1.49 59.20 154.00 1.49 28.80 33.70 1.60 496.25 -1997 1997 8 26 0.74 12.66 37.12 1.09 1.39 8.31 6.84 1.0e+20 5.38 6.05 1.79 282.90 7.74 36.50 1.48 1754.60 118.32 902.00 2.78 7.76 2.02 7.49 0.64 182.50 7.88 4.69 1.49 59.20 152.10 1.48 28.80 33.65 1.61 496.80 -1998 1997 8 27 0.74 12.72 37.38 1.09 1.39 8.31 6.89 1.0e+20 5.44 6.09 1.81 284.82 7.74 36.50 1.47 1768.70 118.88 905.00 2.83 7.76 2.03 7.49 0.64 183.77 7.87 4.69 1.51 59.25 153.14 1.49 28.78 33.90 1.61 497.00 -1999 1997 8 28 0.73 12.64 37.15 1.09 1.38 8.31 6.84 1.0e+20 5.39 6.04 1.79 283.00 7.74 36.45 1.48 1758.00 118.75 905.00 2.93 7.77 2.02 7.42 0.64 182.50 7.83 4.70 1.52 59.15 151.90 1.48 28.80 34.40 1.61 497.75 -2000 1997 8 29 0.73 12.69 37.27 1.09 1.38 8.31 6.87 1.0e+20 5.44 6.07 1.80 283.97 7.75 36.48 1.48 1766.82 120.65 905.00 2.92 7.79 2.03 7.47 0.63 183.50 7.87 4.69 1.51 59.40 152.79 1.48 28.82 34.50 1.62 497.50 -2001 1997 9 1 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2002 1997 9 2 0.72 12.90 37.86 1.09 1.38 8.31 6.98 1.0e+20 5.51 6.17 1.83 288.25 7.74 36.57 1.46 1785.60 121.55 905.60 2.92 7.78 2.06 7.58 0.63 185.80 7.93 4.70 1.51 60.40 154.55 1.50 28.90 34.55 1.58 496.00 -2003 1997 9 3 0.72 12.76 37.47 1.09 1.38 8.31 6.90 1.0e+20 5.45 6.10 1.81 285.73 7.74 36.48 1.46 1770.90 121.03 907.00 2.98 7.77 2.04 7.50 0.63 183.90 7.85 4.70 1.51 59.87 153.04 1.49 28.90 35.75 1.58 496.40 -2004 1997 9 4 0.73 12.79 37.53 1.09 1.38 8.31 6.91 1.0e+20 5.44 6.11 1.81 286.30 7.74 36.51 1.46 1771.00 120.72 909.00 2.99 7.79 2.04 7.50 0.63 184.30 7.86 4.70 1.51 59.40 153.37 1.49 28.75 35.95 1.58 496.25 -2005 1997 9 5 0.73 12.66 37.19 1.09 1.38 8.31 6.85 1.0e+20 5.39 6.05 1.80 283.76 7.74 37.00 1.49 1756.20 121.09 909.00 2.95 7.81 2.02 7.39 0.63 182.70 7.79 4.69 1.51 59.60 152.00 1.47 28.70 35.15 1.59 496.85 -2006 1997 9 8 0.73 12.72 37.36 1.09 1.38 1.0e+20 6.88 1.0e+20 5.42 6.08 1.80 284.40 7.74 36.56 1.48 1762.00 121.02 910.00 2.91 7.79 2.03 7.44 0.63 183.40 7.76 4.69 1.50 59.52 152.65 1.48 28.90 34.25 1.58 496.85 -2007 1997 9 9 0.73 12.75 37.43 1.09 1.38 8.31 6.90 1.0e+20 5.42 6.09 1.81 284.45 7.74 36.66 1.49 1766.10 119.05 911.00 2.91 7.78 2.04 7.45 0.63 183.85 7.79 4.70 1.50 59.55 152.85 1.48 28.90 33.55 1.58 496.30 -2008 1997 9 10 0.72 12.65 37.15 1.09 1.38 8.31 6.84 1.0e+20 5.38 6.04 1.79 283.00 7.74 36.47 1.49 1754.60 119.26 911.00 2.91 7.78 2.02 7.41 0.63 182.40 7.79 4.70 1.50 59.75 151.60 1.47 28.70 34.20 1.58 495.75 -2009 1997 9 11 0.72 12.56 36.78 1.09 1.39 8.31 6.77 1.0e+20 5.33 5.98 1.78 280.00 7.74 36.65 1.50 1738.50 119.58 911.00 2.95 7.78 2.00 7.31 0.63 181.06 7.74 4.69 1.51 59.75 150.25 1.47 28.70 35.00 1.59 496.30 -2010 1997 9 12 0.72 12.47 36.61 1.09 1.39 8.31 6.74 1.0e+20 5.31 5.96 1.77 278.90 7.74 36.60 1.50 1732.00 120.93 911.00 2.96 7.78 1.99 7.29 0.63 180.20 7.66 4.68 1.51 59.80 149.60 1.46 28.70 35.30 1.60 496.75 -2011 1997 9 15 0.71 12.39 36.37 1.09 1.39 8.31 6.70 1.0e+20 5.25 5.92 1.76 278.30 7.74 36.46 1.51 1718.50 120.40 911.00 2.97 7.77 1.98 7.26 0.63 179.20 7.62 4.67 1.50 59.70 148.66 1.44 28.70 35.35 1.60 495.25 -2012 1997 9 16 0.71 12.43 36.44 1.09 1.39 8.31 6.72 1.0e+20 5.28 5.93 1.76 279.30 7.74 36.65 1.49 1723.20 121.10 911.00 3.00 7.77 1.98 7.29 0.63 179.55 7.62 4.68 1.51 59.68 149.15 1.44 28.70 35.65 1.59 496.95 -2013 1997 9 17 0.71 12.46 36.58 1.09 1.38 8.31 6.74 1.0e+20 5.30 5.95 1.77 280.15 7.74 36.46 1.49 1730.05 120.99 911.00 3.01 7.75 1.99 7.19 0.63 180.17 7.62 4.68 1.51 59.70 149.60 1.45 28.65 35.95 1.59 497.00 -2014 1997 9 18 0.71 12.47 36.71 1.09 1.39 8.31 6.76 1.0e+20 5.30 5.97 1.77 280.93 7.74 36.40 1.49 1735.80 121.98 912.00 3.02 7.77 2.00 7.22 0.63 180.76 7.61 4.67 1.51 59.60 150.10 1.46 28.70 35.60 1.61 497.00 -2015 1997 9 19 0.72 12.48 36.58 1.09 1.39 8.31 6.74 1.0e+20 5.28 5.95 1.77 279.80 7.74 36.50 1.48 1728.50 121.93 916.00 3.03 7.75 1.99 7.21 0.63 180.05 7.60 4.67 1.51 59.65 149.52 1.45 28.70 35.85 1.61 497.11 -2016 1997 9 22 0.71 12.60 37.03 1.09 1.38 8.31 6.83 1.0e+20 5.35 6.02 1.79 283.32 7.74 36.40 1.46 1752.00 122.25 916.00 3.12 7.73 2.01 7.28 0.63 182.34 7.69 4.70 1.52 59.63 151.47 1.47 28.70 36.55 1.60 497.25 -2017 1997 9 23 0.71 12.64 37.08 1.09 1.39 8.31 6.84 1.0e+20 5.35 6.03 1.79 283.54 7.74 36.40 1.46 1752.00 121.53 916.00 3.07 7.77 2.02 7.25 0.63 182.60 7.63 4.70 1.51 59.75 151.53 1.47 28.66 35.27 1.61 497.25 -2018 1997 9 24 0.72 12.48 36.62 1.09 1.38 8.31 6.75 1.0e+20 5.29 5.96 1.77 280.63 7.74 36.30 1.47 1733.70 120.40 916.00 3.06 7.82 1.99 7.19 0.63 180.62 7.55 4.69 1.51 59.70 149.84 1.46 28.66 35.15 1.61 497.40 -2019 1997 9 25 0.72 12.43 36.51 1.09 1.38 8.31 6.73 1.0e+20 5.28 5.94 1.76 279.20 7.73 36.25 1.46 1726.95 121.30 917.00 3.12 7.82 1.99 7.15 0.64 179.90 7.53 4.68 1.52 59.65 149.25 1.45 28.66 34.75 1.62 497.75 -2020 1997 9 26 0.72 12.39 36.33 1.09 1.38 8.31 6.70 1.0e+20 5.27 5.91 1.76 278.60 7.73 36.25 1.46 1722.00 120.87 918.00 3.14 7.83 1.98 7.13 0.64 179.36 7.57 4.68 1.52 59.67 148.71 1.45 28.76 34.95 1.61 498.30 -2021 1997 9 29 0.71 12.36 36.28 1.09 1.38 8.31 6.69 1.0e+20 5.26 5.90 1.75 277.85 7.73 36.22 1.46 1722.00 121.00 917.00 3.19 7.82 1.98 7.09 0.63 179.20 7.56 4.66 1.52 59.80 148.60 1.45 28.66 35.75 1.61 497.90 -2022 1997 9 30 0.72 12.43 36.49 1.09 1.38 8.31 6.73 1.0e+20 5.29 5.93 1.76 279.04 7.73 36.19 1.45 1726.00 120.71 917.00 3.24 7.78 1.99 7.10 0.63 180.03 7.59 4.66 1.53 59.80 149.33 1.45 28.66 35.85 1.61 498.40 -2023 1997 10 1 0.72 12.50 36.69 1.09 1.37 8.31 6.76 1.0e+20 5.31 5.96 1.77 280.35 7.73 36.20 1.45 1739.00 120.80 915.00 3.36 7.76 1.99 7.13 0.64 180.90 7.60 4.67 1.53 59.80 149.80 1.46 28.66 35.95 1.61 498.41 -2024 1997 10 2 0.72 12.45 36.61 1.09 1.37 8.31 6.75 1.0e+20 5.31 5.95 1.77 280.26 7.73 37.00 1.45 1737.39 121.80 916.00 3.32 7.76 1.99 7.10 0.64 180.60 7.59 4.66 1.53 59.95 149.75 1.45 28.70 35.65 1.61 498.25 -2025 1997 10 3 0.72 12.38 36.31 1.09 1.37 8.31 6.69 1.0e+20 5.27 5.91 1.75 277.90 7.73 36.25 1.45 1723.70 121.93 916.00 3.37 7.75 1.98 7.02 0.64 179.30 7.50 4.67 1.54 60.05 148.60 1.44 28.68 35.85 1.61 497.74 -2026 1997 10 6 0.72 12.39 36.38 1.09 1.37 8.31 6.71 1.0e+20 5.28 5.92 1.76 278.70 7.73 36.20 1.45 1728.75 121.93 916.00 3.34 7.76 1.98 7.05 0.63 179.90 7.53 4.66 1.54 59.99 149.00 1.45 28.65 36.05 1.61 498.35 -2027 1997 10 7 0.72 12.34 36.20 1.09 1.37 8.31 6.67 1.0e+20 5.25 5.89 1.75 276.60 7.73 36.25 1.46 1722.30 122.01 917.00 3.25 7.75 1.97 7.03 0.64 178.85 7.52 4.66 1.56 59.95 148.10 1.44 28.55 35.80 1.61 498.50 -2028 1997 10 8 0.72 12.33 36.18 1.09 1.37 8.31 6.67 1.0e+20 5.25 5.88 1.75 276.50 7.73 36.25 1.45 1718.00 121.09 918.00 3.17 7.76 1.97 7.07 0.64 178.65 7.55 4.67 1.55 59.70 147.95 1.44 28.58 35.80 1.62 498.51 -2029 1997 10 9 0.73 12.26 36.01 1.09 1.37 8.31 6.64 1.0e+20 5.23 5.86 1.74 275.55 7.73 36.22 1.46 1719.00 121.18 918.00 3.07 7.77 1.96 7.03 0.64 177.80 7.55 4.67 1.53 59.45 147.35 1.45 28.50 35.80 1.62 497.70 -2030 1997 10 10 0.73 12.33 36.15 1.09 1.37 8.31 6.67 1.0e+20 5.25 5.88 1.75 276.40 7.73 36.25 1.46 1724.00 120.13 918.00 3.11 7.76 1.97 7.02 0.64 178.10 7.57 4.67 1.53 59.45 147.90 1.45 28.57 35.85 1.62 498.95 -2031 1997 10 13 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2032 1997 10 14 0.73 12.35 36.22 1.09 1.38 8.31 6.68 1.0e+20 5.26 5.88 1.75 276.00 7.73 36.30 1.46 1715.70 121.75 914.20 3.10 7.75 1.97 7.07 0.64 178.55 7.58 4.67 1.54 59.55 148.10 1.46 28.53 36.30 1.61 497.75 -2033 1997 10 15 0.73 12.31 36.10 1.09 1.38 8.31 6.66 1.0e+20 5.24 5.86 1.74 275.10 7.73 36.25 1.47 1711.20 121.31 917.00 3.15 7.74 1.97 7.05 0.64 178.10 7.56 4.67 1.54 59.55 147.65 1.45 28.54 37.25 1.62 498.51 -2034 1997 10 16 0.73 12.27 36.03 1.09 1.38 8.31 6.65 1.0e+20 5.23 5.85 1.74 274.55 7.73 36.23 1.46 1706.70 119.87 918.00 3.19 7.75 1.96 6.99 0.64 177.84 7.56 4.68 1.54 59.50 147.30 1.45 28.56 37.30 1.61 498.40 -2035 1997 10 17 0.73 12.37 36.59 1.10 1.38 8.31 6.75 1.0e+20 5.32 5.94 1.77 278.17 7.74 36.23 1.45 1730.00 120.19 918.00 3.24 7.75 1.99 7.11 0.64 180.56 7.65 4.69 1.55 59.50 149.55 1.47 29.75 37.45 1.61 498.76 -2036 1997 10 20 0.72 12.47 36.57 1.09 1.38 8.31 6.75 1.0e+20 5.30 5.94 1.77 277.72 7.74 36.25 1.47 1730.50 121.40 927.00 3.33 7.73 1.99 7.10 0.64 180.53 7.61 4.69 1.56 59.75 149.45 1.47 30.75 38.25 1.62 498.90 -2037 1997 10 21 0.72 12.58 36.95 1.09 1.38 8.31 6.81 1.0e+20 5.35 5.99 1.78 280.30 7.75 36.25 1.46 1745.00 120.66 930.00 3.33 7.72 2.01 7.22 0.63 182.30 7.69 4.69 1.57 59.75 150.82 1.48 30.80 38.80 1.63 498.35 -2038 1997 10 22 0.70 12.55 36.79 1.10 1.39 8.31 6.79 1.0e+20 5.33 5.97 1.78 279.35 7.75 36.20 1.46 1740.67 120.71 919.00 3.40 7.72 2.00 7.24 0.62 181.51 7.70 4.71 1.58 59.70 150.34 1.47 30.80 38.90 1.63 497.86 -2039 1997 10 23 0.70 12.47 36.57 1.10 1.38 8.31 6.74 1.0e+20 5.29 5.94 1.77 278.72 7.72 36.30 1.46 1733.00 121.67 923.00 3.34 7.76 1.99 7.14 0.62 180.44 7.61 4.72 1.57 59.75 149.42 1.46 30.50 38.30 1.63 498.45 -2040 1997 10 24 0.70 12.50 36.57 1.10 1.39 8.31 6.75 1.0e+20 5.30 5.94 1.77 278.90 7.73 36.30 1.46 1731.70 121.73 932.00 3.39 7.84 1.99 7.12 0.62 180.52 7.58 4.73 1.58 59.75 149.64 1.46 30.70 39.20 1.63 499.10 -2041 1997 10 27 0.69 12.40 36.36 1.10 1.39 8.31 6.70 1.0e+20 5.27 5.90 1.76 277.80 7.73 36.34 1.48 1722.00 121.87 945.00 3.40 8.14 1.98 7.09 0.62 179.50 7.57 4.78 1.57 59.80 148.57 1.45 30.80 38.70 1.65 499.30 -2042 1997 10 28 0.70 12.05 35.67 1.10 1.40 8.31 6.59 1.0e+20 5.18 5.79 1.72 272.59 7.73 36.30 1.50 1699.00 119.70 965.00 3.43 8.35 1.94 7.05 0.62 176.45 7.53 4.82 1.57 59.70 146.00 1.41 31.00 39.05 1.67 500.00 -2043 1997 10 29 0.70 12.26 35.77 1.10 1.40 8.31 6.61 1.0e+20 5.19 5.80 1.73 273.49 7.73 36.34 1.49 1702.90 120.53 970.00 3.39 8.15 1.95 7.06 0.62 177.02 7.53 4.81 1.57 59.75 146.52 1.41 31.30 39.10 1.67 499.90 -2044 1997 10 30 0.70 12.15 35.61 1.10 1.40 8.31 6.57 1.0e+20 5.19 5.78 1.72 272.93 7.73 36.32 1.49 1693.40 120.68 965.00 3.44 8.30 1.94 7.01 0.62 176.22 7.50 4.83 1.58 59.72 145.80 1.40 31.20 40.10 1.66 499.60 -2045 1997 10 31 0.70 12.12 35.52 1.10 1.40 8.31 6.54 1.0e+20 5.17 5.76 1.72 272.55 7.73 36.39 1.50 1690.10 120.39 970.00 3.32 8.41 1.94 6.97 0.62 175.90 7.48 4.81 1.57 59.80 145.52 1.39 31.20 40.50 1.67 499.26 -2046 1997 11 3 0.71 12.20 35.82 1.10 1.40 8.31 6.61 1.0e+20 5.21 5.81 1.73 271.90 7.73 36.40 1.49 1701.75 121.04 976.00 3.23 8.23 1.95 7.06 0.63 177.20 7.55 4.78 1.54 59.88 146.80 1.41 31.40 39.25 1.67 499.45 -2047 1997 11 4 0.70 12.11 35.57 1.10 1.40 8.31 6.56 1.0e+20 5.18 5.77 1.72 271.80 7.73 36.40 1.51 1690.20 121.83 965.00 3.28 8.25 1.94 7.03 0.62 176.10 7.52 4.82 1.56 59.86 145.65 1.40 30.85 38.75 1.68 499.35 -2048 1997 11 5 0.70 12.12 35.54 1.10 1.40 8.31 6.55 1.0e+20 5.17 5.77 1.72 269.82 7.73 36.40 1.50 1688.10 122.56 974.00 3.29 8.18 1.94 7.03 0.62 175.92 7.51 4.81 1.57 59.89 145.52 1.40 30.60 39.10 1.67 499.65 -2049 1997 11 6 0.69 12.10 35.50 1.10 1.40 8.31 6.54 1.0e+20 5.17 5.76 1.72 270.55 7.73 36.50 1.50 1684.90 123.16 975.30 3.30 8.38 1.93 7.00 0.62 175.60 7.48 4.82 1.57 59.98 145.23 1.40 30.80 39.30 1.69 499.50 -2050 1997 11 7 0.69 12.01 35.22 1.10 1.40 8.31 6.50 1.0e+20 5.14 5.72 1.70 269.00 7.73 36.55 1.51 1676.00 123.97 985.00 3.30 8.38 1.92 6.93 0.62 174.40 7.45 4.83 1.57 59.95 144.35 1.39 31.00 38.65 1.69 499.35 -2051 1997 11 10 0.69 12.04 35.31 1.10 1.40 8.31 6.50 1.0e+20 5.15 5.72 1.71 268.10 7.73 36.64 1.52 1675.50 124.15 999.00 3.31 8.28 1.92 6.96 0.62 174.40 7.48 4.82 1.57 59.95 144.40 1.39 31.05 37.40 1.68 499.61 -2052 1997 11 11 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2053 1997 11 12 0.69 12.10 35.61 1.10 1.40 8.31 6.56 1.0e+20 5.20 5.78 1.72 270.74 7.73 36.76 1.51 1688.50 126.10 995.00 3.29 8.35 1.94 7.05 0.62 175.90 7.52 4.82 1.58 59.95 145.57 1.39 31.20 38.35 1.70 500.40 -2054 1997 11 13 0.69 12.09 35.50 1.10 1.40 8.31 6.54 1.0e+20 5.18 5.76 1.72 270.50 7.73 36.80 1.51 1683.60 125.93 992.00 3.31 8.38 1.93 7.04 0.62 175.60 7.49 4.83 1.57 59.90 145.33 1.39 31.30 38.10 1.70 500.30 -2055 1997 11 14 0.69 12.18 35.74 1.10 1.41 8.31 6.59 1.0e+20 5.21 5.80 1.73 272.08 7.73 36.80 1.50 1694.47 126.78 992.00 3.32 8.33 1.95 7.06 0.62 176.50 7.53 4.85 1.58 59.89 146.05 1.40 31.50 38.40 1.69 500.70 -2056 1997 11 17 0.69 12.18 35.78 1.10 1.41 8.31 6.59 1.0e+20 5.21 5.80 1.73 272.25 7.73 36.94 1.50 1697.50 125.85 1.0e+20 3.34 8.25 1.95 7.06 0.62 176.80 7.54 4.85 1.58 59.80 146.24 1.40 31.80 38.50 1.69 500.75 -2057 1997 11 18 0.69 12.15 35.60 1.10 1.41 8.31 6.56 1.0e+20 5.20 5.77 1.72 270.79 7.73 37.60 1.50 1689.50 125.85 1020.00 3.41 8.25 1.94 7.02 0.62 176.15 7.56 4.85 1.59 59.90 145.63 1.40 32.00 39.45 1.69 500.20 -2058 1997 11 19 0.68 12.19 35.76 1.10 1.41 8.31 6.60 1.0e+20 5.22 5.80 1.73 271.85 7.73 37.60 1.50 1698.25 127.22 1040.00 3.49 8.29 1.95 7.05 0.62 177.00 7.56 4.85 1.60 59.90 146.35 1.40 33.25 40.00 1.69 499.50 -2059 1997 11 20 0.68 12.16 35.78 1.10 1.42 8.31 6.60 1.0e+20 5.23 5.80 1.73 271.80 7.73 37.54 1.50 1700.40 126.81 1139.00 3.53 8.24 1.95 7.06 0.62 177.09 7.56 4.85 1.60 60.60 146.50 1.40 33.00 39.65 1.69 500.00 -2060 1997 11 21 0.69 12.29 36.01 1.11 1.41 8.31 6.64 1.0e+20 5.26 5.85 1.74 273.47 7.73 37.83 1.49 1713.40 125.85 1060.00 3.42 8.19 1.96 7.10 0.62 178.45 7.59 4.83 1.58 60.15 147.50 1.41 32.40 38.90 1.68 500.50 -2061 1997 11 24 0.69 12.20 35.83 1.10 1.42 8.31 6.61 1.0e+20 5.24 5.82 1.73 272.24 7.73 38.32 1.49 1703.35 127.07 1085.00 3.45 8.24 1.95 7.06 0.62 177.55 7.57 4.83 1.59 60.30 146.80 1.40 32.50 39.50 1.69 500.75 -2062 1997 11 25 0.68 12.27 35.97 1.11 1.41 8.31 6.64 1.0e+20 5.27 5.83 1.74 273.44 7.73 38.26 1.49 1709.50 127.45 1122.00 3.49 8.24 1.96 7.10 0.61 178.27 7.62 4.85 1.59 60.45 147.46 1.40 32.75 39.65 1.68 500.50 -2063 1997 11 26 0.68 12.38 36.33 1.10 1.42 8.31 6.70 1.0e+20 5.31 5.89 1.76 276.55 7.73 38.75 1.47 1724.40 127.51 1110.00 3.51 8.22 1.98 7.19 0.61 179.95 7.73 4.85 1.59 61.25 148.90 1.41 32.55 39.70 1.67 501.00 -2064 1997 11 27 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2065 1997 11 28 0.68 12.41 36.40 1.10 1.42 8.30 6.71 1.0e+20 5.33 5.90 1.76 276.85 7.73 39.10 1.48 1728.10 127.74 1169.50 3.51 8.22 1.98 7.19 0.61 180.19 7.72 4.85 1.59 60.78 149.19 1.42 32.35 41.00 1.68 501.60 -2066 1997 12 1 0.67 12.50 36.69 1.11 1.42 8.30 6.76 1.0e+20 5.38 5.94 1.77 278.73 7.73 39.45 1.46 1738.80 129.15 1188.00 3.57 8.19 2.00 7.25 0.60 181.70 7.80 4.86 1.60 61.00 150.33 1.43 32.45 41.20 1.68 501.60 -2067 1997 12 2 0.67 12.48 36.62 1.11 1.42 8.30 6.75 1.0e+20 5.37 5.94 1.77 278.40 7.73 39.50 1.47 1738.20 128.77 1228.00 3.59 8.16 2.00 7.20 0.60 181.30 7.78 4.86 1.60 61.35 150.00 1.43 32.45 41.70 1.68 501.95 -2068 1997 12 3 0.67 12.45 36.53 1.11 1.41 8.31 6.73 1.0e+20 5.35 5.92 1.77 277.86 7.73 39.45 1.47 1734.25 128.72 1199.00 3.66 8.13 1.99 7.15 0.60 180.90 7.76 4.85 1.61 61.30 149.56 1.42 32.50 42.35 1.68 502.05 -2069 1997 12 4 0.67 12.46 36.54 1.11 1.42 8.31 6.74 1.0e+20 5.35 5.92 1.77 278.00 7.73 39.15 1.46 1735.00 129.40 1163.00 3.73 8.11 1.99 7.17 0.60 180.80 7.77 4.86 1.61 61.13 149.65 1.43 32.20 41.80 1.67 502.35 -2070 1997 12 5 0.67 12.53 36.80 1.11 1.42 8.31 6.78 1.0e+20 5.39 5.96 1.78 279.65 7.73 39.00 1.46 1745.70 130.20 1233.00 4.00 8.15 2.00 7.22 0.60 182.16 7.83 4.87 1.61 61.20 150.69 1.43 32.45 41.80 1.65 502.60 -2071 1997 12 8 0.67 12.56 36.86 1.11 1.42 8.31 6.80 1.0e+20 5.39 5.98 1.78 280.39 7.73 38.99 1.45 1749.40 130.50 1342.40 3.65 8.12 2.01 7.22 0.59 182.40 7.80 4.86 1.61 61.30 150.98 1.45 32.15 41.40 1.64 502.25 -2072 1997 12 9 0.66 12.62 36.99 1.11 1.42 8.31 6.82 1.0e+20 5.41 5.99 1.79 281.30 7.74 39.15 1.45 1752.90 129.80 1465.70 3.66 8.11 2.01 7.25 0.59 182.90 7.83 4.88 1.62 61.38 151.40 1.45 32.15 42.85 1.65 503.20 -2073 1997 12 10 0.66 12.55 37.60 1.11 1.42 8.31 6.79 1.0e+20 5.37 5.97 1.78 280.43 7.74 39.15 1.45 1746.68 129.09 1565.90 3.66 8.14 2.01 7.25 0.60 182.30 7.81 4.89 1.61 61.50 150.78 1.44 32.55 42.20 1.64 502.90 -2074 1997 12 11 0.66 12.47 36.51 1.11 1.42 8.30 6.74 1.0e+20 5.34 5.92 1.77 278.59 7.75 39.60 1.46 1733.30 129.92 1.0e+20 3.77 8.21 2.00 7.21 0.59 180.80 7.76 4.89 1.63 61.50 149.63 1.43 32.90 43.60 1.65 502.75 -2075 1997 12 12 0.66 12.47 36.59 1.11 1.42 8.30 6.75 1.0e+20 5.35 5.93 1.77 278.90 7.75 39.60 1.46 1738.00 130.73 1.0e+20 3.82 8.17 1.99 7.26 0.59 181.30 7.76 4.89 1.65 61.65 149.95 1.43 32.75 45.45 1.65 502.91 -2076 1997 12 15 0.65 12.44 36.59 1.11 1.42 8.31 6.75 1.0e+20 5.34 5.93 1.77 279.58 7.75 39.57 1.45 1737.40 131.08 1.0e+20 3.87 8.14 1.99 7.28 0.59 181.19 7.75 4.89 1.68 61.70 150.05 1.43 32.15 47.40 1.63 502.70 -2077 1997 12 16 0.64 12.55 36.83 1.11 1.42 8.31 6.79 1.0e+20 5.38 5.97 1.78 280.95 7.75 40.00 1.44 1747.50 130.87 1430.00 3.87 8.09 2.00 7.31 0.57 182.40 7.78 4.88 1.70 61.75 150.92 1.44 32.15 47.00 1.63 502.90 -2078 1997 12 17 0.66 12.45 36.53 1.11 1.42 8.31 6.74 1.0e+20 5.34 5.93 1.76 278.85 7.74 40.00 1.45 1735.75 127.00 1485.00 3.81 8.08 1.99 7.22 0.58 181.90 7.74 4.86 1.68 61.65 149.80 1.43 32.60 45.50 1.65 502.75 -2079 1997 12 18 0.65 12.47 36.61 1.11 1.42 8.31 6.76 1.0e+20 5.36 5.94 1.77 279.50 7.75 40.00 1.45 1741.50 128.53 1485.00 3.78 8.07 2.01 7.25 0.58 181.50 7.77 4.85 1.66 61.60 150.18 1.43 32.35 44.20 1.66 503.20 -2080 1997 12 19 0.65 12.45 36.60 1.11 1.43 8.31 6.74 1.0e+20 5.35 5.92 1.76 278.50 7.75 40.00 1.45 1733.73 129.10 1580.00 3.83 8.13 1.99 7.26 0.58 181.00 7.76 4.86 1.67 62.25 149.75 1.42 32.35 45.10 1.66 502.47 -2081 1997 12 22 0.65 12.52 36.74 1.11 1.43 8.31 6.78 1.0e+20 5.38 5.95 1.78 280.50 7.75 39.06 1.44 1745.60 130.38 1710.00 3.82 8.12 2.00 7.29 0.57 182.10 7.77 4.85 1.67 61.90 150.65 1.43 32.35 44.80 1.66 503.50 -2082 1997 12 23 0.65 12.48 36.64 1.11 1.43 8.31 6.76 1.0e+20 5.37 5.93 1.77 279.94 7.74 39.01 1.44 1740.20 130.00 1960.00 3.84 8.13 1.99 7.28 0.58 182.32 7.77 4.85 1.67 61.75 150.08 1.43 32.70 46.00 1.66 503.75 -2083 1997 12 24 0.65 12.47 36.60 1.11 1.43 8.31 6.75 1.0e+20 5.37 5.93 1.77 279.67 7.75 39.00 1.44 1743.00 130.06 1835.00 3.90 8.19 1.99 7.27 0.58 181.40 7.76 4.85 1.66 62.00 150.17 1.43 32.70 45.35 1.66 502.75 -2084 1997 12 25 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2085 1997 12 26 0.65 12.48 36.62 1.11 1.43 8.30 6.76 1.0e+20 5.37 5.93 1.77 279.95 7.74 39.30 1.44 1743.00 130.30 1506.00 3.84 8.15 1.99 7.30 0.58 181.35 7.77 4.86 1.67 61.85 150.20 1.43 32.80 45.50 1.66 503.76 -2086 1997 12 29 0.65 12.49 36.89 1.11 1.43 8.31 6.81 1.0e+20 5.41 5.98 1.78 282.00 7.75 39.16 1.44 1756.20 130.05 1450.00 3.89 8.08 2.01 7.34 0.58 182.90 7.84 4.86 1.67 61.75 151.40 1.44 32.80 45.90 1.66 504.24 -2087 1997 12 30 0.65 12.60 36.99 1.11 1.43 8.31 6.82 1.0e+20 5.43 5.99 1.79 282.85 7.74 39.35 1.42 1759.80 130.05 1640.00 3.89 8.07 2.01 7.34 0.58 183.25 7.90 4.86 1.67 61.70 151.65 1.45 32.75 46.90 1.65 504.40 -2088 1997 12 31 0.65 12.63 37.08 1.11 1.42 8.31 6.85 1.0e+20 5.45 6.01 1.79 284.02 7.74 39.30 1.42 1769.00 130.45 1695.00 3.88 8.07 2.02 7.37 0.58 184.10 7.94 4.86 1.68 61.80 152.40 1.46 32.80 46.80 1.64 504.80 -2089 1998 1 1 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2090 1998 1 2 0.65 12.68 37.21 1.11 1.42 8.31 6.86 1.0e+20 5.45 6.03 1.80 284.78 7.75 39.40 1.41 1772.10 132.40 1695.00 3.98 8.06 2.03 7.37 0.57 184.41 7.97 4.88 1.69 61.91 152.72 1.46 33.10 48.30 1.64 503.63 -2091 1998 1 5 0.64 12.73 37.59 1.11 1.42 8.31 6.93 1.0e+20 5.52 6.09 1.82 288.06 7.75 39.48 1.39 1790.75 133.99 1790.00 4.15 8.04 2.05 7.45 0.56 186.38 8.02 4.91 1.72 62.00 154.00 1.48 33.60 50.80 1.63 505.00 -2092 1998 1 6 0.63 12.73 37.58 1.11 1.43 8.31 6.93 1.0e+20 5.51 6.09 1.82 288.00 7.75 39.55 1.37 1788.40 133.88 1748.00 4.46 8.04 2.05 7.46 0.56 186.25 8.05 4.94 1.75 63.00 154.35 1.47 33.95 53.00 1.63 504.06 -2093 1998 1 7 0.64 12.84 38.50 1.11 1.42 8.30 6.94 1.0e+20 5.52 6.10 1.82 288.58 7.73 39.76 1.36 1792.30 131.70 1753.00 4.52 8.07 2.05 7.50 0.56 186.60 8.05 4.93 1.73 62.10 154.55 1.47 34.50 52.70 1.62 505.40 -2094 1998 1 8 0.63 12.80 37.54 1.11 1.43 8.31 6.93 1.0e+20 5.51 6.09 1.82 287.67 7.74 39.80 1.36 1788.60 132.49 1790.00 4.73 8.08 2.05 7.48 0.56 186.00 8.03 4.94 1.78 62.10 154.10 1.47 34.80 54.30 1.61 506.05 -2095 1998 1 9 0.64 12.79 37.55 1.11 1.42 8.31 6.92 1.0e+20 5.51 6.08 1.81 287.64 7.75 39.95 1.37 1787.20 131.52 1812.00 4.60 8.09 2.04 7.46 0.57 186.20 7.98 4.93 1.77 62.10 154.25 1.47 34.40 53.70 1.61 506.50 -2096 1998 1 12 0.64 12.78 37.55 1.11 1.43 8.31 6.92 1.0e+20 5.50 6.08 1.81 287.63 7.74 39.97 1.37 1790.08 132.83 1739.00 4.66 8.30 2.04 7.52 0.57 185.86 8.04 4.99 1.79 62.10 154.22 1.47 34.70 56.10 1.62 506.30 -2097 1998 1 13 0.64 12.80 37.57 1.11 1.43 8.31 6.93 1.0e+20 5.51 6.09 1.82 287.26 7.74 40.00 1.37 1791.01 131.72 1765.00 4.60 8.17 2.05 7.53 0.57 186.19 8.03 4.97 1.77 62.00 154.23 1.47 34.70 54.30 1.63 507.30 -2098 1998 1 14 0.64 12.83 37.62 1.11 1.43 8.31 6.94 1.0e+20 5.51 6.10 1.82 287.10 7.74 40.30 1.37 1793.80 131.43 1670.00 4.35 8.20 2.05 7.53 0.57 186.36 8.02 4.94 1.74 62.25 154.39 1.48 34.30 51.15 1.63 506.51 -2099 1998 1 15 0.65 12.80 37.79 1.12 1.43 8.31 6.97 1.0e+20 5.54 6.13 1.83 288.80 7.73 40.40 1.37 1802.20 130.41 1608.00 4.29 8.30 2.06 7.54 0.57 187.20 8.02 4.97 1.76 62.05 155.10 1.49 34.15 52.00 1.63 507.40 -2100 1998 1 16 0.66 12.83 37.78 1.12 1.43 8.30 6.97 1.0e+20 5.53 6.12 1.83 288.40 7.73 40.00 1.37 1799.90 128.88 1624.00 4.19 8.20 2.06 7.55 0.58 186.95 8.02 4.97 1.73 62.15 154.96 1.49 33.90 51.80 1.63 508.80 -2101 1998 1 19 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2102 1998 1 20 0.66 12.96 38.00 1.12 1.43 8.31 7.01 1.0e+20 5.57 6.16 1.84 290.41 7.73 39.20 1.36 1808.75 128.80 1647.00 4.23 8.22 2.07 7.59 0.58 188.46 8.09 4.97 1.75 62.15 156.12 1.49 33.80 52.30 1.62 509.25 -2103 1998 1 21 0.65 12.89 37.74 1.12 1.44 8.31 6.96 1.0e+20 5.53 6.12 1.82 288.50 7.73 38.90 1.37 1798.15 127.50 1725.00 4.37 8.28 2.05 7.54 0.58 187.05 8.04 4.96 1.75 62.20 154.80 1.48 33.49 52.50 1.62 510.40 -2104 1998 1 22 0.65 12.68 37.22 1.12 1.45 8.31 6.87 1.0e+20 5.46 6.04 1.80 285.20 7.73 38.90 1.39 1774.10 127.22 1760.00 4.53 8.33 2.03 7.47 0.58 184.55 7.96 4.94 1.76 62.50 153.00 1.47 33.85 53.80 1.64 509.30 -2105 1998 1 23 0.66 12.58 36.76 1.12 1.45 8.31 6.78 1.0e+20 5.39 5.96 1.78 282.90 7.74 38.85 1.41 1755.50 125.78 1748.00 4.57 8.30 2.00 7.40 0.58 182.42 7.88 4.92 1.76 62.60 150.96 1.44 34.15 54.20 1.66 508.25 -2106 1998 1 26 0.66 12.55 37.05 1.12 1.44 8.31 6.84 1.0e+20 5.43 6.01 1.79 284.90 7.74 38.41 1.40 1772.00 126.64 1682.00 4.52 8.28 2.02 7.46 0.58 183.30 7.93 4.90 1.75 62.25 151.95 1.45 34.10 54.10 1.65 509.00 -2107 1998 1 27 0.67 12.55 36.94 1.12 1.45 8.31 6.81 1.0e+20 5.41 5.99 1.78 284.13 7.73 38.45 1.39 1765.00 126.02 1682.00 4.42 8.27 2.01 7.43 0.59 183.11 7.95 4.91 1.72 62.65 151.82 1.44 34.20 53.70 1.64 509.25 -2108 1998 1 28 0.68 12.70 37.33 1.12 1.45 8.31 6.88 1.0e+20 5.47 6.05 1.80 286.25 7.73 38.90 1.38 1784.50 125.26 1690.00 4.37 8.38 2.03 7.49 0.59 184.80 8.02 4.91 1.71 62.55 153.25 1.46 34.20 53.70 1.64 509.50 -2109 1998 1 29 0.67 12.80 37.57 1.12 1.46 8.31 6.93 1.0e+20 5.51 6.09 1.82 288.52 7.73 38.80 1.37 1797.30 125.38 1690.00 4.38 8.48 2.05 7.58 0.58 186.46 8.08 4.92 1.72 62.50 154.52 1.46 34.20 54.10 1.64 510.50 -2110 1998 1 30 0.68 12.88 37.82 1.12 1.45 8.31 6.97 1.0e+20 5.54 6.13 1.83 290.15 7.73 38.80 1.36 1805.82 127.10 1528.00 4.23 8.46 2.06 7.59 0.58 187.40 8.11 4.94 1.71 62.45 155.30 1.48 34.25 53.10 1.63 511.15 -2111 1998 2 2 0.68 12.49 37.50 1.12 1.45 8.27 6.93 1.0e+20 5.50 6.09 1.82 287.85 7.73 38.95 1.37 1796.00 126.65 1556.00 4.13 8.45 2.05 7.52 0.59 186.20 8.07 4.92 1.70 62.20 154.19 1.47 33.50 51.00 1.63 511.65 -2112 1998 2 3 0.68 12.78 37.51 1.12 1.45 8.31 6.92 1.0e+20 5.50 6.08 1.81 287.60 7.73 38.90 1.38 1794.00 126.02 1620.00 3.98 8.43 2.04 7.54 0.58 186.00 8.08 4.93 1.68 62.95 154.05 1.46 33.25 48.20 1.64 513.00 -2113 1998 2 4 0.68 12.70 37.21 1.12 1.44 8.31 6.86 1.0e+20 5.45 6.03 1.80 285.15 7.73 38.85 1.39 1778.00 123.78 1608.00 3.99 8.41 2.03 7.48 0.58 184.23 8.02 4.91 1.68 62.35 152.65 1.45 34.05 49.50 1.65 513.30 -2114 1998 2 5 0.67 12.58 36.94 1.12 1.43 8.31 6.82 1.0e+20 5.42 5.99 1.78 283.58 7.73 38.85 1.40 1766.00 123.31 1608.00 3.99 8.42 2.01 7.45 0.58 183.10 8.01 4.91 1.66 62.65 151.67 1.44 32.95 48.90 1.65 513.00 -2115 1998 2 6 0.67 12.64 37.20 1.12 1.42 8.30 6.87 1.0e+20 5.47 6.02 1.80 285.10 7.73 38.85 1.39 1780.60 124.26 1557.00 3.82 8.42 2.03 7.51 0.58 184.45 8.03 4.90 1.65 62.35 152.70 1.45 32.95 48.10 1.64 514.75 -2116 1998 2 9 0.67 12.74 37.50 1.12 1.43 8.29 6.92 1.0e+20 5.50 6.09 1.81 287.35 7.73 38.56 1.38 1794.80 124.28 1558.00 3.83 8.45 2.04 7.56 0.58 185.95 8.12 4.91 1.65 62.80 154.00 1.46 33.15 48.00 1.63 516.50 -2117 1998 2 10 0.68 12.75 37.41 1.12 1.42 8.31 6.90 1.0e+20 5.49 6.07 1.81 286.78 7.73 38.90 1.38 1790.16 123.47 1586.00 3.59 8.50 2.04 7.55 0.59 185.20 8.12 4.92 1.62 62.85 153.36 1.46 32.95 45.40 1.62 516.00 -2118 1998 2 11 0.67 12.80 37.57 1.12 1.43 8.31 6.93 1.0e+20 5.52 6.09 1.81 287.22 7.73 38.79 1.38 1795.80 123.53 1603.00 3.58 8.46 2.05 7.56 0.58 186.24 8.13 4.92 1.62 62.60 154.21 1.46 32.80 43.90 1.63 514.26 -2119 1998 2 12 0.67 12.73 37.38 1.12 1.43 8.31 6.89 1.0e+20 5.49 6.06 1.80 286.06 7.74 38.85 1.38 1785.63 123.78 1629.00 3.78 8.46 2.04 7.52 0.58 185.30 8.07 4.93 1.65 62.35 153.47 1.45 32.90 45.10 1.63 516.20 -2120 1998 2 13 0.67 12.85 37.68 1.12 1.44 8.30 6.95 1.0e+20 5.53 6.11 1.82 287.95 7.73 38.85 1.37 1797.30 125.37 1623.00 3.84 8.47 2.05 7.57 0.58 186.60 8.11 4.93 1.66 62.20 154.50 1.46 32.85 46.60 1.63 516.20 -2121 1998 2 16 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2122 1998 2 17 0.66 12.82 37.70 1.12 1.44 8.31 6.96 1.0e+20 5.54 6.10 1.82 288.00 7.74 38.95 1.35 1798.25 126.87 1692.00 3.87 8.47 2.05 7.61 0.57 186.95 8.14 4.94 1.66 62.20 154.75 1.47 33.05 46.20 1.63 516.75 -2123 1998 2 18 0.67 12.80 37.55 1.12 1.43 8.31 6.93 1.0e+20 5.53 6.09 1.82 287.12 7.74 38.90 1.36 1794.25 126.35 1711.00 3.80 8.55 2.05 7.59 0.57 186.30 8.10 4.94 1.64 62.20 154.08 1.46 32.97 45.80 1.63 515.50 -2124 1998 2 19 0.67 12.83 37.67 1.12 1.42 8.31 6.95 1.0e+20 5.53 6.11 1.82 288.05 7.74 38.90 1.36 1798.10 126.25 1674.00 3.73 8.55 2.05 7.59 0.58 186.78 8.09 4.94 1.62 62.20 154.52 1.47 32.85 44.20 1.63 515.50 -2125 1998 2 20 0.67 12.84 37.65 1.12 1.42 8.30 6.95 1.0e+20 5.53 6.11 1.82 289.03 7.74 39.39 1.36 1799.20 127.73 1661.00 3.78 8.59 2.06 7.60 0.57 186.65 8.08 4.95 1.64 62.20 154.53 1.47 32.90 44.70 1.63 516.75 -2126 1998 2 23 0.66 12.67 37.02 1.12 1.42 8.31 6.84 1.0e+20 5.44 6.02 1.79 284.05 7.74 39.30 1.38 1769.80 128.92 1663.00 3.84 8.63 2.02 7.51 0.57 183.85 8.01 4.94 1.65 62.25 152.20 1.45 32.95 44.80 1.64 516.20 -2127 1998 2 24 0.66 12.67 37.17 1.12 1.42 8.31 6.86 1.0e+20 5.46 6.03 1.80 284.99 7.74 39.35 1.38 1777.80 128.15 1656.00 3.75 8.61 2.02 7.52 0.57 184.42 8.02 4.93 1.63 62.20 152.63 1.45 32.80 44.00 1.64 516.50 -2128 1998 2 25 0.66 12.74 37.38 1.12 1.42 8.30 6.90 1.0e+20 5.50 6.06 1.81 286.55 7.74 39.26 1.36 1788.20 128.62 1644.00 3.74 8.58 2.04 7.59 0.57 185.49 8.05 4.94 1.63 62.25 153.59 1.46 32.60 43.20 1.64 517.01 -2129 1998 2 26 0.67 12.75 37.43 1.12 1.42 8.31 6.90 1.0e+20 5.50 6.08 1.81 287.43 7.74 39.30 1.36 1785.90 127.72 1656.00 3.70 8.56 2.04 7.56 0.57 185.71 8.03 4.95 1.62 62.20 153.68 1.46 32.35 43.00 1.64 517.75 -2130 1998 2 27 0.67 12.71 37.46 1.13 1.42 8.31 6.91 1.0e+20 5.50 6.08 1.81 287.50 7.74 39.45 1.36 1787.60 126.12 1635.00 3.70 8.53 2.04 7.57 0.58 185.75 8.00 4.94 1.62 61.90 153.80 1.46 32.20 43.15 1.64 516.25 -2131 1998 3 2 0.68 12.71 37.41 1.13 1.42 8.31 6.91 1.0e+20 5.50 6.07 1.81 287.10 7.74 39.60 1.36 1786.35 125.38 1553.00 3.62 8.50 2.04 7.57 0.58 185.64 7.98 4.93 1.61 61.98 153.65 1.46 32.10 44.20 1.64 518.00 -2132 1998 3 3 0.67 12.72 37.32 1.13 1.41 8.31 6.89 1.0e+20 5.49 6.08 1.80 285.98 7.74 39.53 1.37 1781.70 126.05 1.0e+20 3.81 8.53 2.03 7.54 0.58 185.20 7.97 4.93 1.63 61.55 153.46 1.46 32.10 44.00 1.65 518.75 -2133 1998 3 4 0.67 12.78 37.50 1.13 1.42 8.31 6.93 1.0e+20 5.51 6.08 1.81 287.02 7.74 39.54 1.36 1787.89 126.79 1566.00 3.81 8.59 2.04 7.55 0.58 185.95 7.99 4.93 1.64 61.75 154.20 1.47 32.05 44.70 1.64 519.05 -2134 1998 3 5 0.66 12.82 37.69 1.13 1.41 8.30 6.96 1.0e+20 5.54 6.12 1.82 288.50 7.74 39.54 1.36 1795.30 127.61 1605.00 3.96 8.61 2.05 7.59 0.57 186.85 8.04 4.94 1.65 62.50 154.75 1.48 32.20 45.00 1.64 519.30 -2135 1998 3 6 0.66 12.90 37.88 1.13 1.41 8.31 6.99 1.0e+20 5.57 6.14 1.83 290.05 7.74 39.55 1.35 1802.60 128.42 1638.00 3.95 8.60 2.06 7.62 0.57 187.60 8.06 4.98 1.65 61.80 155.50 1.49 32.25 44.60 1.63 519.25 -2136 1998 3 9 0.66 12.87 37.73 1.13 1.41 8.31 6.97 1.0e+20 5.55 6.13 1.82 288.90 7.74 39.45 1.36 1799.90 127.78 1616.00 3.99 8.62 2.06 7.60 0.57 187.10 8.00 4.98 1.65 61.90 154.97 1.49 32.25 44.75 1.63 520.00 -2137 1998 3 10 0.66 12.88 37.81 1.13 1.41 8.31 6.98 1.0e+20 5.56 6.14 1.83 289.70 7.74 39.55 1.35 1803.05 127.63 1597.00 3.91 8.63 2.06 7.60 0.58 187.50 8.01 4.97 1.64 61.80 155.25 1.49 32.40 43.75 1.63 520.50 -2138 1998 3 11 0.66 12.90 37.85 1.13 1.40 8.31 6.99 1.0e+20 5.57 6.15 1.83 289.70 7.74 39.53 1.35 1805.10 129.30 1582.00 3.94 8.67 2.06 7.62 0.57 187.60 8.00 4.98 1.63 61.80 155.50 1.49 32.35 43.80 1.64 520.80 -2139 1998 3 12 0.66 12.86 37.70 1.13 1.41 8.31 6.96 1.0e+20 5.55 6.12 1.82 288.60 7.74 39.55 1.35 1799.25 129.25 1551.00 3.85 8.58 2.06 7.61 0.58 187.00 7.99 4.98 1.62 61.80 154.95 1.48 32.45 43.05 1.65 521.70 -2140 1998 3 13 0.67 12.79 37.52 1.13 1.41 8.31 6.93 1.0e+20 5.52 6.10 1.81 293.80 7.74 39.80 1.37 1788.03 128.23 1528.00 3.73 8.56 2.05 7.56 0.58 186.02 7.91 4.97 1.59 61.90 154.25 1.47 32.50 40.40 1.66 522.50 -2141 1998 3 16 0.67 12.80 37.60 1.13 1.41 8.28 6.94 1.0e+20 5.53 6.10 1.82 320.00 7.74 39.57 1.37 1795.65 129.40 1466.00 3.79 8.59 2.05 7.59 0.58 186.70 7.95 4.97 1.60 61.80 154.60 1.48 32.50 40.10 1.66 523.25 -2142 1998 3 17 0.67 12.77 37.48 1.13 1.41 8.31 6.92 1.0e+20 5.51 6.09 1.81 319.73 7.74 39.55 1.37 1789.80 129.41 1470.00 3.80 8.59 2.05 7.58 0.58 185.97 7.93 4.96 1.60 61.75 154.20 1.47 32.60 40.20 1.67 523.25 -2143 1998 3 18 0.66 12.86 37.71 1.13 1.41 8.31 6.96 1.0e+20 5.54 6.12 1.82 323.00 7.74 39.65 1.37 1799.70 130.17 1487.00 3.65 8.59 2.06 7.62 0.56 187.10 7.97 4.97 1.60 61.85 155.05 1.49 32.90 41.00 1.67 523.50 -2144 1998 3 19 0.66 12.86 37.76 1.13 1.41 8.31 6.97 1.0e+20 5.55 6.13 1.82 323.13 7.74 39.68 1.37 1797.00 130.43 1476.00 3.67 8.57 2.06 7.59 0.56 186.95 7.98 4.97 1.61 61.85 154.95 1.49 32.85 40.00 1.66 521.30 -2145 1998 3 20 0.66 12.90 37.83 1.13 1.41 8.31 6.99 1.0e+20 5.56 6.14 1.83 322.80 7.74 39.55 1.36 1805.00 130.34 1451.00 3.65 8.58 2.06 7.61 0.56 187.60 7.97 4.98 1.60 62.10 155.35 1.49 32.85 39.80 1.66 522.15 -2146 1998 3 23 0.66 12.85 37.67 1.13 1.42 8.31 6.96 1.0e+20 5.54 6.12 1.82 320.80 7.74 39.54 1.37 1799.50 130.28 1371.00 3.54 8.54 2.05 7.54 0.56 187.00 7.93 4.98 1.60 62.50 154.80 1.49 32.80 38.55 1.67 522.90 -2147 1998 3 24 0.67 12.85 37.70 1.13 1.41 8.31 6.96 1.0e+20 5.54 6.12 1.82 320.50 7.74 39.58 1.37 1800.50 130.25 1379.00 3.65 8.54 2.05 7.56 0.56 187.20 7.92 4.97 1.61 62.70 155.07 1.49 32.75 38.80 1.67 522.10 -2148 1998 3 25 0.67 12.85 37.70 1.13 1.41 8.31 6.96 1.0e+20 5.54 6.12 1.82 318.90 7.74 39.60 1.37 1801.10 128.76 1391.00 3.59 8.53 2.06 7.56 0.56 187.30 7.92 4.97 1.60 62.50 155.15 1.49 32.70 38.45 1.67 522.25 -2149 1998 3 26 0.67 12.82 37.60 1.13 1.41 8.31 6.95 1.0e+20 5.53 6.11 1.82 317.92 7.74 39.55 1.37 1797.80 128.71 1398.00 3.59 8.52 2.05 7.51 0.56 186.65 7.88 4.97 1.59 62.60 154.61 1.48 32.59 38.70 1.68 522.80 -2150 1998 3 27 0.67 12.85 37.67 1.13 1.41 8.31 6.96 1.0e+20 5.54 6.11 1.82 317.93 7.74 39.51 1.37 1800.70 130.17 1380.50 3.56 8.53 2.05 7.51 0.56 187.10 7.87 4.97 1.59 62.50 154.95 1.49 32.63 38.00 1.68 523.75 -2151 1998 3 30 0.66 12.99 38.10 1.13 1.42 8.31 7.04 1.0e+20 5.60 6.18 1.84 319.50 7.74 39.55 1.36 1820.60 132.16 1385.00 3.64 8.54 2.08 7.58 0.55 189.20 7.93 5.02 1.60 62.30 156.71 1.52 32.75 38.60 1.67 524.50 -2152 1998 3 31 0.66 13.01 38.14 1.13 1.41 8.28 7.05 1.0e+20 5.61 6.19 1.85 319.50 7.74 39.53 1.35 1823.00 133.29 1386.00 3.66 8.52 2.08 7.62 0.55 189.37 7.99 5.03 1.61 62.60 156.95 1.52 32.95 39.60 1.67 525.40 -2153 1998 4 1 0.65 13.03 38.26 1.13 1.41 8.31 7.07 1.0e+20 5.62 6.21 1.85 323.07 7.74 39.55 1.35 1827.60 133.76 1392.00 3.70 8.60 2.08 7.70 0.54 190.00 8.03 5.04 1.62 62.25 157.41 1.53 32.90 39.60 1.67 525.40 -2154 1998 4 2 0.65 13.03 38.21 1.13 1.41 8.31 7.06 1.0e+20 5.62 6.20 1.85 321.00 7.74 39.55 1.35 1826.50 133.50 1416.00 3.75 8.52 2.08 7.66 0.54 189.86 8.02 5.04 1.62 62.80 157.20 1.53 32.95 41.00 1.66 524.75 -2155 1998 4 3 0.65 13.02 38.20 1.13 1.42 8.28 7.05 1.0e+20 5.62 6.20 1.85 321.00 7.74 39.56 1.35 1826.75 135.05 1449.00 3.79 8.55 2.08 7.65 0.55 189.70 8.00 5.04 1.63 62.37 157.10 1.53 32.90 41.20 1.65 526.00 -2156 1998 4 6 0.65 12.96 37.97 1.13 1.41 8.31 7.02 1.0e+20 5.60 6.17 1.84 320.64 7.74 39.58 1.36 1817.85 134.71 1476.00 3.72 8.52 2.07 7.65 0.55 188.85 8.01 5.05 1.61 62.45 156.36 1.52 32.90 39.86 1.66 525.50 -2157 1998 4 7 0.65 12.94 37.98 1.13 1.42 8.31 7.01 1.0e+20 5.58 6.17 1.84 320.00 7.74 39.74 1.36 1817.00 133.68 1437.00 3.72 8.53 2.07 7.65 0.54 188.60 8.00 5.05 1.60 63.00 156.25 1.52 33.10 39.95 1.66 527.75 -2158 1998 4 8 0.65 12.82 37.57 1.13 1.42 8.31 6.95 1.0e+20 5.53 6.10 1.82 316.28 7.75 39.40 1.38 1797.98 132.64 1416.00 3.72 8.51 2.05 7.56 0.54 186.50 7.91 5.04 1.60 62.70 154.55 1.51 33.10 40.10 1.66 528.25 -2159 1998 4 9 0.65 12.81 37.58 1.13 1.42 8.31 6.94 1.0e+20 5.53 6.10 1.82 316.70 7.74 39.80 1.38 1799.00 130.21 1393.00 3.62 8.50 2.05 7.55 0.55 186.70 7.87 5.03 1.59 62.35 154.65 1.51 33.10 40.00 1.67 528.60 -2160 1998 4 10 0.65 12.83 37.66 1.13 1.42 8.31 6.95 1.0e+20 5.54 6.11 1.82 318.50 7.74 39.90 1.38 1801.00 128.96 1387.00 3.67 8.49 2.05 7.56 0.55 186.80 7.87 5.03 1.58 62.45 154.80 1.51 32.90 40.00 1.67 528.60 -2161 1998 4 13 0.65 12.83 37.64 1.13 1.43 8.31 6.95 1.0e+20 5.53 6.11 1.82 318.15 7.74 39.70 1.38 1802.00 129.52 1405.00 3.65 8.52 2.05 7.56 0.55 186.85 7.86 5.03 1.59 63.20 154.75 1.51 33.05 40.00 1.66 528.75 -2162 1998 4 14 0.64 12.69 37.20 1.14 1.43 8.31 6.88 1.0e+20 5.48 6.04 1.80 313.45 7.74 39.65 1.39 1782.50 129.35 1400.00 3.69 8.49 2.03 7.50 0.54 184.75 7.77 5.03 1.59 63.30 153.20 1.49 33.00 40.00 1.68 529.50 -2163 1998 4 15 0.64 12.65 37.12 1.14 1.43 8.31 6.86 1.0e+20 5.46 6.02 1.79 312.66 7.75 39.72 1.40 1780.40 129.45 1395.00 3.70 8.47 2.02 7.50 0.55 184.47 7.76 5.03 1.59 62.80 152.89 1.49 32.91 40.10 1.68 530.50 -2164 1998 4 16 0.65 12.71 37.30 1.14 1.43 8.31 6.88 1.0e+20 5.48 6.05 1.80 314.40 7.74 39.74 1.39 1786.00 131.78 1388.00 3.77 8.50 2.03 7.49 0.55 185.10 7.75 5.04 1.60 62.45 153.40 1.50 33.00 40.10 1.69 535.25 -2165 1998 4 17 0.64 12.73 37.35 1.14 1.42 8.31 6.90 1.0e+20 5.49 6.06 1.80 313.45 7.74 39.73 1.39 1787.20 131.85 1387.00 3.80 8.49 2.03 7.51 0.55 185.30 7.77 5.04 1.60 62.70 153.65 1.50 33.03 39.60 1.68 532.75 -2166 1998 4 20 0.64 12.66 37.15 1.14 1.42 8.31 6.86 1.0e+20 5.46 6.03 1.79 312.40 7.74 39.71 1.39 1779.00 132.23 1385.00 3.79 8.48 2.02 7.47 0.55 184.65 7.71 5.05 1.60 62.85 153.10 1.49 33.10 39.35 1.67 532.50 -2167 1998 4 21 0.64 12.58 36.91 1.14 1.43 8.31 6.82 1.0e+20 5.42 5.99 1.78 309.11 7.74 39.80 1.41 1767.50 131.33 1379.00 3.74 8.46 2.01 7.41 0.55 183.00 7.67 5.04 1.59 63.50 151.90 1.48 33.05 39.15 1.67 533.95 -2168 1998 4 22 0.65 12.61 37.00 1.14 1.43 8.31 6.83 1.0e+20 5.43 6.00 1.79 310.30 7.75 39.75 1.40 1772.50 130.77 1377.00 3.77 8.46 2.01 7.43 0.55 183.70 7.68 5.04 1.58 63.20 152.30 1.48 33.05 39.32 1.67 533.65 -2169 1998 4 23 0.65 12.66 37.17 1.14 1.43 8.31 6.87 1.0e+20 5.46 6.03 1.80 313.30 7.75 39.78 1.39 1779.50 130.19 1373.00 3.79 8.47 2.02 7.48 0.56 184.40 7.72 5.06 1.59 63.00 153.10 1.49 33.05 39.40 1.66 535.40 -2170 1998 4 24 0.65 12.62 37.00 1.14 1.43 8.27 6.84 1.0e+20 5.43 6.00 1.79 311.95 7.74 39.72 1.40 1770.10 130.90 1366.00 3.77 8.48 2.01 7.45 0.55 183.65 7.68 5.05 1.59 62.70 152.10 1.49 33.05 38.90 1.66 534.10 -2171 1998 4 27 0.64 12.58 36.91 1.14 1.43 8.27 6.82 1.0e+20 5.43 5.99 1.78 315.45 7.74 39.75 1.41 1768.50 132.09 1365.00 3.79 8.52 2.01 7.44 0.55 183.24 7.72 5.04 1.60 63.15 151.92 1.48 33.10 38.85 1.67 536.00 -2172 1998 4 28 0.64 12.62 37.05 1.14 1.43 8.31 6.84 1.0e+20 5.44 6.01 1.79 315.00 7.74 39.80 1.40 1773.50 132.19 1351.00 3.76 8.49 2.01 7.46 0.55 183.95 7.75 5.04 1.59 63.75 152.45 1.49 33.02 38.55 1.66 536.25 -2173 1998 4 29 0.64 12.63 37.04 1.14 1.43 8.31 6.84 1.0e+20 5.44 6.01 1.79 316.80 7.74 39.78 1.40 1773.50 132.05 1339.00 3.74 8.51 2.02 7.46 0.55 183.91 7.75 5.05 1.58 63.40 152.35 1.49 33.10 38.65 1.67 537.55 -2174 1998 4 30 0.65 12.61 37.00 1.14 1.43 8.31 6.84 1.0e+20 5.44 6.01 1.79 314.35 7.74 39.74 1.40 1771.50 132.37 1338.00 3.75 8.49 2.02 7.46 0.55 183.85 7.73 5.05 1.58 63.50 152.35 1.50 32.98 38.70 1.67 536.70 -2175 1998 5 1 0.65 12.51 36.71 1.14 1.43 8.27 6.77 1.0e+20 5.39 5.96 1.77 309.90 7.74 39.82 1.41 1755.75 133.01 1338.00 3.67 8.50 2.00 7.39 0.55 182.25 7.68 5.05 1.58 63.45 150.90 1.48 33.05 38.60 1.66 537.00 -2176 1998 5 4 0.64 12.52 36.72 1.14 1.43 8.31 6.78 1.0e+20 5.41 5.96 1.78 309.03 7.74 39.75 1.41 1758.20 132.98 1349.00 3.67 8.48 2.00 7.39 0.55 182.40 7.68 5.06 1.58 63.45 151.36 1.48 33.01 38.60 1.66 537.55 -2177 1998 5 5 0.64 12.47 36.56 1.14 1.43 8.31 6.76 1.0e+20 5.38 5.94 1.77 307.01 7.74 39.80 1.41 1747.50 131.74 1349.00 3.69 8.48 1.99 7.35 0.55 181.55 7.63 5.06 1.58 63.69 150.55 1.48 33.01 38.55 1.66 538.00 -2178 1998 5 6 0.63 12.42 36.42 1.14 1.43 8.31 6.73 1.0e+20 5.36 5.92 1.76 306.98 7.74 39.84 1.42 1740.72 132.73 1371.00 3.89 8.48 1.98 7.33 0.54 180.91 7.58 5.05 1.61 63.50 150.06 1.47 33.04 39.20 1.66 537.10 -2179 1998 5 7 0.63 12.41 36.50 1.14 1.44 8.31 6.72 1.0e+20 5.36 5.91 1.76 308.87 7.74 39.80 1.42 1739.50 133.09 1406.00 3.87 8.50 1.98 7.36 0.54 180.81 7.58 5.06 1.62 63.95 149.87 1.47 33.17 38.95 1.64 538.05 -2180 1998 5 8 0.63 12.46 36.52 1.14 1.43 8.31 6.75 1.0e+20 5.38 5.93 1.77 308.63 7.75 39.80 1.42 1747.40 132.88 1389.00 3.82 8.48 1.99 7.41 0.54 181.43 7.61 5.06 1.61 64.05 150.57 1.47 33.25 38.70 1.63 537.65 -2181 1998 5 11 0.63 12.51 36.67 1.14 1.43 8.31 6.77 1.0e+20 5.40 5.96 1.77 309.32 7.74 39.79 1.41 1753.60 132.84 1393.00 3.87 8.47 2.00 7.44 0.54 182.20 7.63 5.06 1.62 63.92 151.00 1.48 33.21 38.65 1.63 537.25 -2182 1998 5 12 0.63 12.48 36.61 1.14 1.43 8.31 6.76 1.0e+20 5.39 5.95 1.77 308.34 7.74 39.85 1.42 1749.25 134.00 1393.00 3.89 8.51 2.00 7.42 0.53 181.70 7.61 5.07 1.64 63.95 150.65 1.48 33.42 38.77 1.63 537.50 -2183 1998 5 13 0.62 12.51 36.69 1.14 1.44 8.31 6.77 1.0e+20 5.40 5.96 1.77 308.25 7.74 39.85 1.41 1753.00 134.18 1420.00 3.89 8.52 2.00 7.46 0.53 182.30 7.70 5.08 1.65 64.20 151.15 1.48 33.45 39.05 1.63 535.51 -2184 1998 5 14 0.62 12.53 36.75 1.14 1.44 8.31 6.78 1.0e+20 5.41 5.97 1.78 308.03 7.74 40.65 1.41 1757.50 134.23 1425.00 3.79 8.51 2.00 7.47 0.53 182.61 7.72 5.08 1.65 64.18 151.27 1.48 33.25 38.85 1.63 536.50 -2185 1998 5 15 0.62 12.57 36.84 1.14 1.45 8.31 6.80 1.0e+20 5.42 5.99 1.78 309.17 7.74 40.65 1.41 1761.80 134.39 1440.00 3.75 8.52 2.01 7.49 0.53 183.03 7.74 5.08 1.64 64.50 151.75 1.48 33.25 39.15 1.62 536.25 -2186 1998 5 18 0.62 12.57 36.87 1.14 1.44 8.31 6.81 1.0e+20 5.43 5.99 1.78 309.10 7.74 40.57 1.40 1762.30 135.95 1448.00 3.84 8.54 2.01 7.52 0.53 183.25 7.79 5.09 1.65 64.55 151.95 1.48 33.79 39.45 1.62 536.50 -2187 1998 5 19 0.62 12.56 36.81 1.14 1.45 8.31 6.79 1.0e+20 5.42 5.98 1.78 308.90 7.74 40.57 1.40 1760.20 136.34 1445.00 3.86 8.58 2.01 7.51 0.53 182.93 7.76 5.11 1.65 64.72 151.63 1.48 33.83 39.60 1.62 536.50 -2188 1998 5 20 0.62 12.45 36.51 1.14 1.44 8.31 6.74 1.0e+20 5.38 5.93 1.77 305.70 7.74 40.53 1.42 1745.00 135.99 1412.00 3.83 8.64 1.99 7.49 0.53 181.30 7.71 5.10 1.65 64.55 150.40 1.47 33.69 39.45 1.63 535.75 -2189 1998 5 21 0.63 12.37 36.26 1.15 1.44 8.31 6.70 1.0e+20 5.34 5.89 1.75 303.20 7.74 40.54 1.43 1734.90 135.65 1393.00 3.78 8.64 1.98 7.44 0.53 180.15 7.67 5.08 1.63 64.25 149.38 1.46 33.60 39.25 1.63 536.51 -2190 1998 5 22 0.63 12.38 36.29 1.15 1.44 8.31 6.70 1.0e+20 5.35 5.89 1.75 302.27 7.74 40.70 1.42 1736.00 135.77 1385.00 3.81 8.65 1.98 7.41 0.53 180.16 7.69 5.09 1.63 64.40 149.48 1.46 33.62 39.45 1.63 537.50 -2191 1998 5 25 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2192 1998 5 26 0.62 12.44 36.47 1.15 1.45 8.31 6.74 1.0e+20 5.37 5.93 1.76 304.00 7.74 41.30 1.42 1744.10 137.38 1397.00 3.84 8.73 1.99 7.47 0.53 181.06 7.74 5.11 1.65 64.80 150.20 1.47 33.89 39.30 1.63 537.76 -2193 1998 5 27 0.62 12.50 36.73 1.15 1.45 8.31 6.78 1.0e+20 5.41 5.97 1.78 307.35 7.74 41.45 1.41 1754.90 137.36 1415.00 3.85 8.89 2.00 7.57 0.53 182.35 7.82 5.15 1.66 64.75 151.15 1.47 33.90 39.70 1.63 538.90 -2194 1998 5 28 0.62 12.53 36.72 1.14 1.45 8.31 6.79 1.0e+20 5.41 5.96 1.78 305.40 7.74 42.35 1.41 1755.50 138.91 1404.00 3.89 8.79 2.00 7.55 0.53 182.40 7.81 5.18 1.67 64.90 151.40 1.47 33.88 40.25 1.62 539.01 -2195 1998 5 29 0.62 12.55 36.79 1.15 1.45 8.31 6.79 1.0e+20 5.42 5.98 1.78 305.01 7.74 41.75 1.41 1758.60 138.50 1409.00 3.87 8.83 2.01 7.53 0.53 182.70 7.83 5.15 1.67 65.45 151.48 1.48 34.00 40.44 1.63 538.50 -2196 1998 6 1 0.61 12.52 36.70 1.15 1.45 8.31 6.78 1.0e+20 5.41 5.96 1.77 303.85 7.74 41.85 1.41 1755.00 139.57 1400.00 3.95 8.91 2.00 7.52 0.52 182.40 7.82 5.20 1.69 64.50 151.26 1.47 34.30 42.05 1.63 539.50 -2197 1998 6 2 0.61 12.52 36.71 1.15 1.45 8.31 6.78 1.0e+20 5.41 5.96 1.78 303.00 7.74 41.87 1.41 1754.40 138.97 1406.00 3.93 8.88 2.00 7.49 0.52 182.35 7.79 5.13 1.68 64.50 151.25 1.48 34.34 41.95 1.63 539.50 -2198 1998 6 3 0.61 12.47 36.55 1.15 1.45 8.31 6.74 1.0e+20 5.38 5.94 1.77 301.62 7.74 41.80 1.42 1744.50 138.34 1392.00 3.92 8.80 1.99 7.45 0.52 181.50 7.77 5.10 1.67 64.75 150.48 1.47 34.21 42.05 1.63 539.50 -2199 1998 6 4 0.61 12.41 36.37 1.15 1.45 8.31 6.71 1.0e+20 5.36 5.91 1.76 299.65 7.74 41.95 1.42 1737.20 138.40 1394.00 3.97 8.78 1.98 7.43 0.52 180.65 7.75 5.11 1.68 65.00 149.85 1.46 34.30 42.95 1.63 539.25 -2200 1998 6 5 0.60 12.48 36.59 1.15 1.45 8.31 6.75 1.0e+20 5.39 5.95 1.77 301.20 7.74 41.85 1.42 1748.10 139.66 1396.00 3.99 8.77 1.99 7.45 0.51 181.65 7.80 5.13 1.70 64.80 150.70 1.47 34.35 43.10 1.63 539.00 -2201 1998 6 8 0.59 12.51 36.69 1.15 1.45 8.31 6.77 1.0e+20 5.40 5.96 1.77 301.55 7.74 41.86 1.41 1751.20 140.58 1400.00 4.00 8.84 2.00 7.46 0.50 182.10 7.82 5.16 1.71 64.90 150.99 1.47 34.74 43.20 1.63 540.71 -2202 1998 6 9 0.59 12.52 36.73 1.15 1.46 8.31 6.78 1.0e+20 5.41 5.97 1.78 301.40 7.74 42.45 1.41 1754.75 140.25 1399.00 3.95 8.83 2.00 7.51 0.50 182.40 7.88 5.16 1.71 65.70 151.20 1.47 34.76 42.87 1.63 540.95 -2203 1998 6 10 0.58 12.64 37.08 1.15 1.46 8.31 6.84 1.0e+20 5.46 6.02 1.79 305.27 7.74 42.45 1.40 1771.00 141.52 1395.00 4.02 8.88 2.02 7.59 0.49 183.99 7.97 5.20 1.74 65.05 152.50 1.48 35.00 43.60 1.62 541.25 -2204 1998 6 11 0.58 12.69 37.23 1.15 1.47 8.31 6.87 1.0e+20 5.49 6.04 1.80 307.10 7.75 42.45 1.39 1779.10 143.25 1395.00 4.02 8.99 2.03 7.63 0.49 184.75 8.00 5.26 1.74 65.60 153.20 1.49 34.90 43.50 1.62 541.90 -2205 1998 6 12 0.59 12.70 37.25 1.15 1.46 8.31 6.88 1.0e+20 5.49 6.05 1.80 307.05 7.74 42.20 1.39 1778.10 144.36 1400.00 4.04 9.07 2.03 7.64 0.50 184.80 8.00 5.33 1.74 65.45 153.15 1.49 34.95 43.60 1.63 543.50 -2206 1998 6 15 0.58 12.75 37.41 1.15 1.47 8.31 6.90 1.0e+20 5.51 6.08 1.81 309.94 7.74 42.40 1.38 1787.00 146.42 1437.00 4.09 9.04 2.04 7.70 0.49 185.76 8.10 5.39 1.75 65.35 153.86 1.50 34.91 43.75 1.63 543.50 -2207 1998 6 16 0.59 12.66 37.10 1.15 1.47 8.31 6.84 1.0e+20 5.46 6.02 1.79 306.47 7.74 42.35 1.40 1770.40 144.05 1435.00 4.05 9.01 2.02 7.64 0.49 184.12 8.05 5.35 1.73 65.30 152.54 1.49 34.85 43.28 1.65 545.00 -2208 1998 6 17 0.60 12.58 36.89 1.15 1.46 8.31 6.81 1.0e+20 5.43 5.99 1.78 303.79 7.74 42.25 1.40 1761.00 137.68 1423.00 3.93 8.89 2.01 7.57 0.51 183.17 7.94 5.33 1.67 65.04 151.68 1.49 34.85 41.20 1.66 545.00 -2209 1998 6 18 0.60 12.61 36.98 1.15 1.46 8.31 6.82 1.0e+20 5.44 6.01 1.79 305.02 7.74 42.30 1.40 1766.80 137.61 1396.00 3.96 8.91 2.02 7.58 0.51 183.53 7.93 5.40 1.67 65.25 152.15 1.49 34.12 41.60 1.67 544.00 -2210 1998 6 19 0.62 12.56 36.83 1.15 1.46 8.31 6.80 1.0e+20 5.43 5.99 1.78 303.19 7.74 42.60 1.41 1759.30 134.20 1395.00 3.87 8.89 2.01 7.55 0.52 182.74 7.92 5.47 1.60 65.40 151.43 1.49 34.11 41.05 1.67 543.25 -2211 1998 6 22 0.61 12.62 36.99 1.15 1.47 8.31 6.83 1.0e+20 5.45 6.01 1.79 303.55 7.74 42.80 1.40 1767.70 137.90 1396.00 3.96 8.92 2.02 7.58 0.51 183.80 7.93 5.51 1.65 65.05 152.23 1.49 34.40 41.35 1.67 544.30 -2212 1998 6 23 0.60 12.69 37.19 1.15 1.46 8.31 6.87 1.0e+20 5.48 6.04 1.80 304.50 7.74 42.95 1.39 1778.00 139.13 1386.00 3.95 8.91 2.03 7.60 0.50 184.80 7.94 5.48 1.65 65.00 153.30 1.50 34.45 41.25 1.66 544.75 -2213 1998 6 24 0.60 12.67 37.16 1.15 1.47 8.31 6.85 1.0e+20 5.47 6.03 1.80 303.86 7.74 42.85 1.39 1775.10 140.75 1382.00 3.95 8.94 2.03 7.58 0.51 184.50 7.89 5.43 1.66 64.90 152.89 1.50 34.40 41.25 1.66 545.50 -2214 1998 6 25 0.60 12.62 37.04 1.15 1.46 8.31 6.84 1.0e+20 5.45 6.01 1.79 303.19 7.74 42.85 1.40 1768.80 141.67 1375.00 4.00 8.96 2.02 7.59 0.51 183.90 7.87 5.58 1.66 65.50 152.32 1.51 34.55 41.35 1.67 546.91 -2215 1998 6 26 0.60 12.76 37.40 1.15 1.46 8.31 6.91 1.0e+20 5.51 6.08 1.81 307.25 7.75 42.90 1.38 1787.00 142.75 1388.00 4.08 9.05 2.04 7.70 0.50 185.55 7.99 5.91 1.69 65.65 153.83 1.52 34.70 41.70 1.66 552.00 -2216 1998 6 29 0.60 12.76 37.41 1.15 1.47 8.31 6.91 1.0e+20 5.51 6.08 1.81 306.40 7.74 42.59 1.38 1787.65 141.92 1385.00 4.19 9.03 2.04 7.70 0.50 185.75 7.97 5.95 1.71 65.15 154.04 1.52 34.60 42.50 1.66 549.75 -2217 1998 6 30 0.62 12.68 37.21 1.15 1.47 8.31 6.87 1.0e+20 5.48 6.04 1.80 304.40 7.74 42.50 1.39 1776.90 138.29 1376.00 4.13 8.99 2.03 7.66 0.52 184.60 7.97 5.92 1.68 65.45 153.13 1.51 34.37 42.15 1.66 555.00 -2218 1998 7 1 0.61 12.79 37.47 1.15 1.46 8.31 6.92 1.0e+20 5.52 6.09 1.81 306.00 7.74 42.35 1.38 1790.50 138.65 1373.00 4.14 8.94 2.04 7.72 0.51 186.06 8.03 5.99 1.69 65.45 154.37 1.52 34.38 42.20 1.66 556.10 -2219 1998 7 2 0.61 12.82 37.62 1.15 1.46 8.31 6.94 1.0e+20 5.54 6.11 1.82 306.50 7.74 42.75 1.38 1795.00 141.44 1370.00 4.21 8.98 2.05 7.77 0.51 186.57 8.10 6.32 1.70 65.95 154.45 1.53 34.38 42.30 1.65 555.01 -2220 1998 7 3 0.61 12.79 37.50 1.15 1.46 8.31 6.92 1.0e+20 5.52 6.09 1.81 304.65 7.74 42.60 1.38 1791.60 139.35 1358.00 4.15 8.95 2.05 7.76 0.51 186.20 8.09 6.36 1.70 65.90 154.35 1.53 34.41 41.60 1.64 554.50 -2221 1998 7 6 0.61 12.74 37.36 1.15 1.47 8.31 6.90 1.0e+20 5.50 6.07 1.81 303.16 7.74 42.56 1.39 1784.60 140.18 1348.00 4.19 8.98 2.04 7.70 0.51 185.25 8.08 6.47 1.71 65.75 153.67 1.52 34.51 41.45 1.64 555.35 -2222 1998 7 7 0.61 12.77 37.42 1.15 1.47 8.31 6.92 1.0e+20 5.52 6.08 1.81 303.20 7.74 42.60 1.38 1788.00 138.78 1348.00 4.15 8.96 2.04 7.71 0.52 185.70 8.08 6.18 1.69 65.75 153.90 1.52 34.38 41.30 1.63 554.50 -2223 1998 7 8 0.61 12.79 37.49 1.16 1.47 8.31 6.92 1.0e+20 5.52 6.09 1.81 303.65 7.74 42.75 1.38 1791.50 139.60 1334.00 4.19 8.92 2.05 7.71 0.51 186.00 8.06 6.15 1.70 66.20 154.35 1.52 34.40 41.35 1.63 554.50 -2224 1998 7 9 0.61 12.87 37.74 1.16 1.47 8.31 6.97 1.0e+20 5.56 6.13 1.83 305.50 7.75 42.75 1.37 1804.50 141.30 1310.00 4.25 8.95 2.06 7.77 0.51 187.20 8.10 6.28 1.71 66.20 155.20 1.54 34.40 42.00 1.63 554.51 -2225 1998 7 10 0.61 12.79 37.49 1.16 1.48 8.31 6.92 1.0e+20 5.52 6.09 1.81 302.50 7.74 42.60 1.38 1792.00 141.05 1316.00 4.26 8.96 2.04 7.70 0.51 186.05 8.07 6.38 1.72 65.63 154.33 1.53 34.41 42.05 1.63 556.75 -2226 1998 7 13 0.61 12.70 37.15 1.16 1.47 8.31 6.86 1.0e+20 5.47 6.03 1.80 298.70 7.74 42.70 1.39 1775.00 140.98 1314.00 4.21 8.90 2.03 7.65 0.51 184.25 8.03 6.14 1.71 65.90 152.73 1.51 34.50 41.80 1.64 558.65 -2227 1998 7 14 0.62 12.66 37.14 1.16 1.47 8.31 6.86 1.0e+20 5.47 6.04 1.80 298.52 7.74 42.65 1.39 1777.50 139.84 1291.00 4.13 8.86 2.03 7.67 0.52 184.50 8.05 6.01 1.68 65.69 152.95 1.52 34.40 41.21 1.63 556.50 -2228 1998 7 15 0.62 12.66 37.14 1.16 1.48 8.31 6.86 1.0e+20 5.47 6.04 1.80 299.95 7.75 42.75 1.39 1775.00 140.67 1285.00 4.15 8.86 2.02 7.63 0.52 184.40 8.02 6.13 1.69 66.35 152.90 1.51 34.40 41.45 1.63 557.50 -2229 1998 7 16 0.62 12.59 36.92 1.16 1.48 8.31 6.82 1.0e+20 5.44 6.00 1.79 297.90 7.74 42.75 1.40 1765.50 140.25 1286.00 4.10 8.85 2.01 7.56 0.52 183.15 7.95 6.20 1.68 66.00 152.05 1.50 34.37 40.70 1.63 558.35 -2230 1998 7 17 0.62 12.56 36.85 1.16 1.48 8.31 6.80 1.0e+20 5.42 5.98 1.78 296.10 7.74 42.55 1.40 1759.80 139.60 1286.00 4.12 8.82 2.01 7.52 0.52 182.65 7.91 6.39 1.71 65.65 151.45 1.50 34.28 40.85 1.64 558.50 -2231 1998 7 20 0.63 12.52 36.70 1.16 1.48 8.31 6.78 1.0e+20 5.41 5.96 1.77 294.95 7.74 42.55 1.41 1755.90 138.85 1290.00 4.12 8.80 2.00 7.51 0.52 182.05 7.90 6.24 1.70 65.76 151.05 1.50 34.32 40.88 1.64 560.00 -2232 1998 7 21 0.62 12.59 36.92 1.16 1.49 8.31 6.81 1.0e+20 5.44 5.99 1.79 297.00 7.74 42.49 1.40 1765.00 140.39 1293.00 4.14 8.82 2.01 7.57 0.52 182.97 7.96 6.36 1.71 66.00 151.95 1.51 34.32 41.00 1.64 559.50 -2233 1998 7 22 0.62 12.58 36.88 1.16 1.49 8.31 6.81 1.0e+20 5.43 5.99 1.78 296.80 7.74 42.47 1.40 1765.20 141.10 1292.00 4.15 8.87 2.01 7.56 0.52 183.00 7.95 6.25 1.71 66.45 151.95 1.51 34.37 41.05 1.64 559.24 -2234 1998 7 23 0.61 12.60 36.96 1.16 1.49 8.31 6.82 1.0e+20 5.44 6.00 1.79 297.20 7.74 42.55 1.40 1767.60 141.54 1277.00 4.15 8.87 2.01 7.57 0.51 183.30 7.95 6.24 1.71 66.40 152.15 1.51 34.40 41.20 1.64 561.30 -2235 1998 7 24 0.61 12.51 36.68 1.16 1.49 8.31 6.77 1.0e+20 5.40 5.96 1.77 295.50 7.74 42.63 1.41 1754.56 140.93 1247.50 4.13 8.88 2.00 7.53 0.51 181.90 7.88 6.18 1.71 65.51 151.05 1.49 34.40 40.85 1.65 561.50 -2236 1998 7 27 0.60 12.55 36.77 1.16 1.50 8.31 6.79 1.0e+20 5.42 5.98 1.78 296.38 7.74 42.60 1.40 1759.00 142.24 1212.00 4.14 8.89 2.01 7.54 0.51 182.40 7.88 6.26 1.72 65.95 151.33 1.49 34.43 41.10 1.65 561.75 -2237 1998 7 28 0.61 12.47 36.57 1.16 1.50 8.31 6.76 1.0e+20 5.39 5.94 1.77 294.68 7.74 42.65 1.41 1749.00 141.75 1259.00 4.12 8.89 2.00 7.51 0.51 181.65 7.87 6.25 1.70 65.95 150.68 1.49 34.38 41.00 1.64 562.45 -2238 1998 7 29 0.61 12.47 36.56 1.16 1.50 8.31 6.75 1.0e+20 5.39 5.94 1.77 294.87 7.74 42.55 1.41 1749.50 142.46 1245.00 4.12 8.92 2.00 7.52 0.51 181.49 7.91 6.19 1.71 65.65 150.70 1.48 34.34 40.90 1.64 562.15 -2239 1998 7 30 0.61 12.48 36.59 1.16 1.50 8.31 6.76 1.0e+20 5.39 5.95 1.77 295.47 7.74 42.62 1.41 1751.50 142.51 1236.00 4.11 8.90 2.00 7.53 0.51 181.56 7.92 6.10 1.71 65.65 150.72 1.48 34.34 40.70 1.64 563.00 -2240 1998 7 31 0.60 12.51 36.70 1.16 1.51 8.31 6.78 1.0e+20 5.41 5.96 1.77 295.97 7.74 42.60 1.41 1758.00 144.65 1232.00 4.14 8.92 2.00 7.55 0.51 182.08 7.95 6.13 1.72 66.15 151.10 1.49 34.39 40.95 1.63 563.30 -2241 1998 8 3 0.60 12.55 36.79 1.16 1.51 8.31 6.80 1.0e+20 5.43 5.98 1.78 296.45 7.74 42.60 1.40 1760.80 145.80 1250.00 4.16 8.96 2.01 7.60 0.50 182.70 7.99 6.17 1.73 66.30 151.55 1.50 34.45 41.10 1.62 563.90 -2242 1998 8 4 0.60 12.53 36.72 1.16 1.51 8.31 6.79 1.0e+20 5.41 5.96 1.78 295.70 7.74 42.57 1.41 1756.60 144.84 1242.00 4.15 8.97 2.00 7.58 0.51 182.27 7.98 6.18 1.72 66.50 151.21 1.49 34.45 40.85 1.63 563.35 -2243 1998 8 5 0.60 12.46 36.54 1.16 1.51 8.31 6.75 1.0e+20 5.38 5.94 1.77 294.25 7.75 42.60 1.41 1749.60 144.38 1270.00 4.15 9.01 1.99 7.55 0.51 181.35 7.94 6.15 1.72 66.70 150.45 1.49 34.50 40.80 1.63 563.25 -2244 1998 8 6 0.60 12.45 36.48 1.16 1.52 8.31 6.74 1.0e+20 5.38 5.93 1.76 293.78 7.74 42.56 1.41 1746.50 144.60 1333.00 4.17 9.03 1.99 7.55 0.51 181.05 7.97 6.22 1.74 64.50 150.27 1.49 34.51 41.95 1.63 563.30 -2245 1998 8 7 0.59 12.52 36.69 1.16 1.52 8.31 6.78 1.0e+20 5.40 5.96 1.77 294.65 7.74 42.70 1.41 1753.30 146.30 1330.00 4.20 9.03 2.00 7.59 0.50 181.90 8.03 6.28 1.75 67.40 150.95 1.49 34.65 42.05 1.62 563.85 -2246 1998 8 10 0.59 12.52 36.71 1.16 1.51 8.31 6.78 1.0e+20 5.41 5.97 1.78 295.02 7.74 42.75 1.41 1756.05 146.54 1345.00 4.25 9.14 2.00 7.60 0.50 182.17 8.08 6.29 1.75 67.60 151.10 1.49 34.80 42.05 1.63 566.50 -2247 1998 8 11 0.59 12.53 36.74 1.16 1.52 8.31 6.78 1.0e+20 5.41 5.97 1.78 296.80 7.74 43.00 1.40 1756.30 147.14 1340.00 4.25 9.20 2.00 7.60 0.50 182.20 8.12 6.36 1.76 66.55 151.10 1.48 34.90 42.55 1.62 568.75 -2248 1998 8 12 0.59 12.49 36.61 1.17 1.51 8.31 6.75 1.0e+20 5.39 5.95 1.77 295.37 7.75 43.05 1.41 1752.10 146.09 1338.00 4.19 9.19 2.00 7.55 0.50 181.67 8.08 6.34 1.75 66.60 150.67 1.48 34.85 41.90 1.62 570.60 -2249 1998 8 13 0.59 12.56 36.84 1.17 1.51 8.31 6.80 1.0e+20 5.42 5.98 1.78 301.05 7.75 43.05 1.40 1762.00 145.05 1340.00 4.18 9.22 2.01 7.60 0.50 182.78 8.11 6.30 1.74 66.38 151.55 1.48 34.79 41.80 1.62 571.25 -2250 1998 8 14 0.59 12.65 37.10 1.17 1.51 8.31 6.85 1.0e+20 5.47 6.04 1.80 304.20 7.75 43.23 1.39 1776.00 146.37 1327.00 4.22 9.20 2.02 7.65 0.50 184.25 8.17 6.32 1.75 66.27 152.65 1.50 34.71 42.10 1.61 571.25 -2251 1998 8 17 0.59 12.62 36.98 1.17 1.52 8.31 6.82 1.0e+20 5.45 6.00 1.79 302.94 7.75 43.28 1.39 1769.00 145.78 1335.00 4.24 9.30 2.02 7.66 0.50 183.59 8.16 6.26 1.76 67.10 152.17 1.50 34.77 41.80 1.61 571.76 -2252 1998 8 18 0.59 12.65 37.06 1.17 1.52 8.31 6.84 1.0e+20 5.46 6.03 1.79 302.32 7.74 43.40 1.39 1772.80 145.02 1320.00 4.23 9.24 2.02 7.69 0.50 183.92 8.18 6.26 1.76 67.00 152.49 1.51 34.74 41.70 1.61 572.50 -2253 1998 8 19 0.59 12.66 37.06 1.17 1.53 8.31 6.84 1.0e+20 5.46 6.02 1.79 302.32 7.74 43.60 1.39 1772.65 143.85 1305.00 4.20 9.20 2.02 7.70 0.50 184.05 8.16 6.32 1.75 66.23 152.64 1.50 34.85 41.55 1.62 573.51 -2254 1998 8 20 0.58 12.65 37.07 1.17 1.53 8.31 6.84 1.0e+20 5.46 6.02 1.79 302.37 7.74 42.90 1.39 1773.60 142.60 1302.00 4.18 9.31 2.02 7.74 0.49 184.06 8.15 6.35 1.75 66.70 152.58 1.50 34.60 41.20 1.62 574.74 -2255 1998 8 21 0.58 12.63 37.00 1.17 1.54 8.31 6.83 1.0e+20 5.46 6.02 1.79 303.26 7.75 42.70 1.39 1771.00 144.94 1302.00 4.23 9.70 2.02 7.72 0.49 184.70 8.18 6.38 1.76 67.00 152.38 1.50 34.70 41.70 1.63 576.50 -2256 1998 8 24 0.57 12.62 37.01 1.17 1.54 8.31 6.83 1.0e+20 5.46 6.01 1.79 305.75 7.74 42.60 1.39 1770.00 143.96 1306.00 4.20 9.67 2.02 7.79 0.49 183.77 8.22 6.27 1.76 66.80 152.35 1.49 34.85 41.75 1.64 577.00 -2257 1998 8 25 0.57 12.65 37.08 1.17 1.55 8.31 6.85 1.0e+20 5.46 6.03 1.79 306.80 7.74 42.56 1.39 1773.00 144.94 1309.00 4.22 9.59 2.02 7.86 0.49 184.10 8.26 6.27 1.77 66.85 152.80 1.50 34.85 41.55 1.63 577.25 -2258 1998 8 26 0.56 12.71 37.27 1.17 1.56 8.31 6.87 1.0e+20 5.50 6.05 1.80 313.01 7.74 42.55 1.38 1783.00 144.43 1312.00 4.20 9.86 2.03 8.00 0.48 185.02 8.33 6.40 1.77 66.36 153.40 1.50 34.84 41.72 1.63 578.00 -2259 1998 8 27 0.55 12.69 37.06 1.17 1.57 8.31 6.88 1.0e+20 5.48 6.02 1.79 312.15 7.75 42.65 1.39 1777.00 142.20 1320.00 4.20 9.97 2.02 8.32 0.48 185.20 8.33 6.64 1.76 67.25 153.50 1.48 34.80 41.90 1.64 578.51 -2260 1998 8 28 0.56 12.47 36.55 1.17 1.56 8.31 6.74 1.0e+20 5.39 5.94 1.77 304.73 7.75 42.70 1.41 1751.00 142.55 1338.00 4.20 10.05 2.00 7.95 0.49 181.80 8.09 6.48 1.77 66.45 150.45 1.45 34.85 42.10 1.67 581.25 -2261 1998 8 31 0.57 12.36 36.37 1.17 1.57 8.31 6.69 1.0e+20 5.34 5.91 1.75 302.48 7.74 42.65 1.42 1741.00 140.90 1336.00 4.19 9.99 1.98 7.80 0.49 180.21 8.06 6.44 1.77 66.95 149.79 1.44 34.88 42.00 1.67 582.50 -2262 1998 9 1 0.58 12.32 36.13 1.17 1.55 8.31 6.66 1.0e+20 5.33 5.86 1.75 301.29 7.74 42.65 1.43 1732.70 136.23 1356.00 3.89 9.99 1.97 7.74 0.50 179.37 7.96 6.28 1.71 66.45 148.80 1.44 34.81 40.55 1.67 582.75 -2263 1998 9 2 0.58 12.32 36.12 1.17 1.53 8.31 6.66 1.0e+20 5.33 5.87 1.75 299.54 7.75 42.58 1.42 1731.40 137.76 1342.00 3.81 9.94 1.97 7.72 0.50 179.28 7.95 6.21 1.74 66.35 148.80 1.44 34.78 40.70 1.66 582.75 -2264 1998 9 3 0.58 12.14 35.62 1.17 1.53 8.31 6.57 1.0e+20 5.25 5.79 1.72 297.40 7.74 42.60 1.45 1703.50 134.82 1332.00 3.80 10.12 1.94 7.72 0.50 176.95 7.89 6.22 1.75 66.58 146.60 1.41 34.82 40.75 1.67 583.75 -2265 1998 9 4 0.58 12.21 35.81 1.17 1.52 8.31 6.60 1.0e+20 5.28 5.82 1.73 299.90 7.73 42.65 1.44 1713.40 133.99 1344.00 3.80 10.15 1.95 7.71 0.50 177.70 7.94 6.23 1.75 66.90 147.25 1.42 34.75 40.85 1.67 584.25 -2266 1998 9 7 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2267 1998 9 8 0.58 12.14 35.61 1.17 1.52 8.31 6.57 1.0e+20 5.25 5.78 1.72 295.58 7.74 42.60 1.44 1703.00 132.10 1358.00 3.80 10.31 1.94 7.72 0.50 176.81 7.95 6.24 1.72 66.00 146.50 1.41 34.57 40.80 1.65 586.01 -2268 1998 9 9 0.58 12.13 35.57 1.17 1.52 8.31 6.56 1.0e+20 5.24 5.78 1.72 294.92 7.75 42.60 1.45 1702.10 136.45 1363.00 3.80 10.37 1.94 7.71 0.50 176.75 7.96 6.23 1.74 66.18 146.43 1.41 34.69 40.80 1.66 587.25 -2269 1998 9 10 0.59 11.89 34.87 1.17 1.51 8.31 6.44 1.0e+20 5.14 5.67 1.69 291.71 7.75 42.60 1.48 1671.00 134.32 1370.00 3.80 10.63 1.90 7.61 0.51 173.34 7.92 6.26 1.73 66.05 143.75 1.39 34.61 40.74 1.68 587.75 -2270 1998 9 11 0.60 11.86 34.79 1.17 1.51 8.31 6.44 1.0e+20 5.12 5.65 1.68 290.50 7.75 42.57 1.48 1663.50 131.05 1370.00 3.80 10.53 1.90 7.52 0.52 172.75 7.82 6.27 1.71 66.00 143.27 1.38 34.52 40.90 1.68 588.15 -2271 1998 9 14 0.59 11.98 35.13 1.17 1.51 8.31 6.49 1.0e+20 5.18 5.71 1.70 291.93 7.74 42.60 1.46 1682.80 133.22 1392.00 3.80 10.54 1.92 7.57 0.51 174.65 7.87 6.23 1.73 66.35 144.73 1.40 34.61 40.95 1.67 589.00 -2272 1998 9 15 0.59 11.88 34.82 1.17 1.50 8.31 6.43 1.0e+20 5.14 5.66 1.68 290.30 7.74 42.55 1.48 1667.50 133.05 1383.00 3.80 10.21 1.90 7.53 0.51 173.15 7.75 6.17 1.72 66.40 143.41 1.39 34.61 40.85 1.67 589.25 -2273 1998 9 16 0.59 11.90 34.89 1.18 1.50 8.31 6.44 1.0e+20 5.15 5.67 1.69 290.20 7.74 42.55 1.47 1671.05 134.92 1377.00 3.80 10.05 1.90 7.51 0.50 173.45 7.79 6.11 1.72 66.12 143.71 1.39 34.61 40.85 1.67 589.25 -2274 1998 9 17 0.59 11.83 34.76 1.17 1.52 8.31 6.41 1.0e+20 5.13 5.65 1.68 289.75 7.74 42.55 1.48 1667.50 131.88 1385.00 3.80 10.31 1.90 7.49 0.50 172.91 7.83 6.16 1.72 66.80 143.20 1.38 34.55 40.80 1.68 587.00 -2275 1998 9 18 0.58 11.90 34.89 1.18 1.52 8.31 6.44 1.0e+20 5.15 5.66 1.68 290.78 7.74 42.58 1.47 1671.20 132.63 1387.50 3.80 10.15 1.90 7.48 0.50 173.42 7.83 6.15 1.72 66.15 143.70 1.39 34.53 40.70 1.68 586.25 -2276 1998 9 21 0.58 11.81 34.68 1.18 1.52 8.31 6.40 1.0e+20 5.12 5.63 1.68 291.02 7.74 42.55 1.48 1661.70 133.40 1395.00 3.80 10.32 1.89 7.47 0.50 172.41 7.91 6.13 1.73 66.09 142.86 1.38 34.69 40.70 1.68 583.75 -2277 1998 9 22 0.58 11.85 34.73 1.18 1.52 8.31 6.40 1.0e+20 5.12 5.64 1.68 289.08 7.74 42.60 1.48 1663.90 135.20 1399.00 3.80 10.11 1.89 7.49 0.49 172.64 7.88 5.95 1.73 66.25 142.90 1.38 34.63 40.70 1.68 583.30 -2278 1998 9 23 0.57 11.88 34.82 1.18 1.52 8.31 6.42 1.0e+20 5.14 5.65 1.68 290.62 7.74 42.63 1.47 1668.50 136.45 1402.00 3.80 10.12 1.90 7.51 0.49 173.10 7.90 5.95 1.73 66.14 143.33 1.39 34.71 40.50 1.67 582.75 -2279 1998 9 24 0.58 11.80 34.63 1.18 1.51 8.31 6.39 1.0e+20 5.11 5.62 1.67 290.20 7.74 42.55 1.49 1659.70 135.33 1393.00 3.80 10.12 1.89 7.46 0.49 172.20 7.88 5.78 1.71 66.18 142.55 1.38 34.61 39.30 1.69 578.25 -2280 1998 9 25 0.59 11.77 34.53 1.18 1.51 8.31 6.36 1.0e+20 5.09 5.60 1.67 290.35 7.74 42.55 1.49 1654.50 135.10 1388.00 3.80 10.24 1.88 7.40 0.49 171.50 7.87 5.84 1.69 66.21 142.10 1.38 34.62 39.00 1.70 580.80 -2281 1998 9 28 0.58 11.80 34.61 1.18 1.51 8.27 6.39 1.0e+20 5.11 5.62 1.67 289.70 7.74 42.56 1.48 1659.50 135.70 1383.80 3.80 10.11 1.89 7.42 0.49 172.45 7.85 5.85 1.69 66.15 142.60 1.39 34.61 39.30 1.70 579.75 -2282 1998 9 29 0.59 11.79 34.58 1.18 1.50 8.27 6.37 1.0e+20 5.10 5.61 1.67 289.00 7.74 42.55 1.49 1657.70 133.90 1373.00 3.80 10.11 1.89 7.40 0.50 171.85 7.83 5.83 1.67 66.11 142.35 1.38 34.54 39.08 1.70 575.00 -2283 1998 9 30 0.59 11.75 34.48 1.18 1.52 8.27 6.35 1.0e+20 5.08 5.59 1.67 288.00 7.74 42.48 1.49 1651.20 136.59 1393.00 3.80 10.20 1.88 7.40 0.50 171.40 7.84 5.88 1.68 66.00 142.05 1.38 34.70 39.63 1.69 573.75 -2284 1998 10 1 0.59 11.61 34.08 1.18 1.53 8.27 6.27 1.0e+20 5.02 5.53 1.65 284.90 7.74 42.50 1.51 1632.50 135.75 1390.00 3.80 10.32 1.86 7.37 0.50 169.20 7.85 6.11 1.69 66.25 140.25 1.36 34.37 39.65 1.70 572.00 -2285 1998 10 2 0.59 11.48 33.87 1.18 1.55 8.27 6.23 1.0e+20 4.99 5.50 1.64 284.00 7.74 42.45 1.52 1620.60 135.60 1390.00 3.80 10.31 1.84 7.46 0.49 168.15 7.96 6.13 1.68 66.05 139.20 1.35 34.05 39.60 1.70 572.25 -2286 1998 10 5 0.59 11.49 33.71 1.18 1.55 8.27 6.22 1.0e+20 4.97 5.48 1.63 285.00 7.74 42.50 1.52 1616.70 134.54 1389.00 3.80 10.20 1.84 7.48 0.49 167.60 8.06 6.08 1.67 66.00 138.95 1.34 33.75 39.15 1.69 571.15 -2287 1998 10 6 0.58 11.50 33.71 1.18 1.55 8.27 6.20 1.0e+20 4.96 5.47 1.63 284.00 7.74 42.45 1.52 1615.50 131.15 1389.00 3.80 10.19 1.84 7.43 0.49 167.52 8.02 6.01 1.67 66.00 138.89 1.34 33.54 38.83 1.68 571.75 -2288 1998 10 7 0.61 11.35 33.36 1.18 1.52 8.27 6.13 1.0e+20 4.91 5.40 1.61 279.63 7.74 42.40 1.54 1596.00 123.97 1382.00 3.80 10.20 1.81 7.33 0.51 165.45 7.74 5.87 1.65 65.50 137.20 1.31 33.40 38.75 1.69 571.24 -2289 1998 10 8 0.61 11.32 33.19 1.18 1.54 8.27 6.11 1.0e+20 4.89 5.38 1.60 279.45 7.74 42.40 1.55 1592.00 118.85 1365.00 3.80 10.38 1.81 7.33 0.51 164.85 7.85 5.82 1.64 65.50 136.80 1.29 33.00 38.70 1.72 571.25 -2290 1998 10 9 0.61 11.51 33.73 1.18 1.54 8.27 6.21 1.0e+20 4.97 5.47 1.63 283.70 7.74 42.40 1.52 1619.00 117.00 1335.00 3.80 10.23 1.84 7.50 0.52 167.55 7.93 5.79 1.64 65.57 138.85 1.32 32.95 38.40 1.70 571.30 -2291 1998 10 12 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2292 1998 10 13 0.62 11.53 33.83 1.18 1.54 8.27 6.23 1.0e+20 4.99 5.49 1.63 282.49 7.74 42.40 1.51 1622.15 118.85 1350.00 3.80 10.20 1.84 7.53 0.54 168.24 7.89 5.81 1.63 65.82 139.33 1.32 33.16 38.30 1.70 571.40 -2293 1998 10 14 0.62 11.55 33.85 1.18 1.54 8.27 6.23 1.0e+20 4.99 5.50 1.64 282.84 7.74 42.35 1.52 1624.20 119.27 1350.00 3.80 10.18 1.85 7.60 0.53 168.40 7.94 5.67 1.61 66.00 139.45 1.33 33.30 38.20 1.70 571.00 -2294 1998 10 15 0.63 11.44 33.55 1.18 1.54 8.27 6.18 1.0e+20 4.95 5.45 1.62 280.38 7.74 42.33 1.53 1609.50 117.50 1336.00 3.80 10.13 1.83 7.65 0.53 166.90 7.97 5.67 1.61 66.30 138.30 1.32 33.05 37.95 1.70 571.05 -2295 1998 10 16 0.63 11.38 33.43 1.18 1.54 8.27 6.15 1.0e+20 4.92 5.42 1.61 278.30 7.74 42.35 1.54 1601.70 115.45 1326.00 3.80 10.09 1.82 7.39 0.53 166.10 7.78 5.69 1.61 66.33 137.60 1.31 32.80 37.95 1.70 568.90 -2296 1998 10 19 0.63 11.45 33.61 1.19 1.54 8.27 6.19 1.0e+20 4.95 5.45 1.62 279.59 7.74 42.35 1.52 1611.60 114.46 1328.00 3.80 10.10 1.83 7.44 0.53 167.05 7.77 5.67 1.61 66.90 138.36 1.32 32.99 38.20 1.69 570.00 -2297 1998 10 20 0.62 11.56 33.90 1.18 1.53 8.27 6.25 1.0e+20 4.99 5.51 1.64 281.35 7.74 42.34 1.51 1624.70 118.09 1330.00 3.80 10.05 1.85 7.46 0.52 168.58 7.80 5.75 1.62 66.32 139.64 1.34 33.00 38.05 1.70 569.95 -2298 1998 10 21 0.62 11.56 33.90 1.19 1.55 8.27 6.24 1.0e+20 4.99 5.50 1.64 281.10 7.74 42.34 1.51 1625.25 116.85 1326.00 3.80 10.04 1.85 7.41 0.52 168.50 7.75 5.69 1.61 66.40 139.65 1.34 33.00 37.90 1.70 569.75 -2299 1998 10 22 0.62 11.55 33.90 1.19 1.54 8.27 6.23 1.0e+20 4.99 5.50 1.64 280.50 7.74 42.32 1.51 1625.25 117.88 1324.00 3.80 10.00 1.85 7.38 0.52 168.35 7.74 5.72 1.62 66.61 139.41 1.34 32.92 37.70 1.69 570.50 -2300 1998 10 23 0.61 11.51 33.80 1.19 1.54 8.27 6.22 1.0e+20 4.98 5.49 1.63 279.55 7.75 42.35 1.52 1619.70 118.06 1322.00 3.80 10.04 1.84 7.31 0.52 167.75 7.63 5.74 1.62 66.61 139.13 1.33 32.96 37.49 1.69 570.65 -2301 1998 10 26 0.61 11.59 34.00 1.19 1.54 8.27 6.26 1.0e+20 5.01 5.52 1.65 279.65 7.74 42.40 1.51 1632.50 118.84 1316.00 3.80 10.02 1.86 7.33 0.52 169.10 7.67 5.69 1.62 66.93 140.00 1.34 33.00 37.65 1.68 571.25 -2302 1998 10 27 0.61 11.64 34.14 1.20 1.53 8.27 6.29 1.0e+20 5.03 5.54 1.65 281.53 7.75 42.40 1.50 1637.75 118.60 1321.00 3.80 10.20 1.86 7.38 0.52 169.75 7.79 5.77 1.63 66.95 140.71 1.34 32.70 37.41 1.67 571.65 -2303 1998 10 28 0.61 11.64 34.14 1.19 1.54 8.27 6.29 1.0e+20 5.03 5.54 1.65 282.00 7.74 42.35 1.50 1638.00 117.56 1320.00 3.80 10.17 1.86 7.39 0.52 169.70 7.80 5.75 1.62 67.02 140.65 1.34 32.55 36.90 1.67 570.74 -2304 1998 10 29 0.62 11.63 34.15 1.19 1.54 8.27 6.28 1.0e+20 5.03 5.54 1.65 282.80 7.74 42.45 1.50 1636.00 117.30 1317.00 3.80 10.22 1.86 7.39 0.52 169.57 7.78 5.71 1.62 67.04 140.55 1.34 32.58 36.90 1.67 568.25 -2305 1998 10 30 0.62 11.65 34.18 1.19 1.54 8.27 6.30 1.0e+20 5.03 5.55 1.65 281.75 7.74 42.45 1.50 1639.50 116.45 1321.00 3.80 10.10 1.86 7.37 0.52 169.92 7.81 5.60 1.62 67.15 140.90 1.35 32.48 36.80 1.67 568.25 -2306 1998 11 2 0.62 11.62 34.08 1.19 1.53 8.27 6.28 1.0e+20 5.02 5.54 1.65 279.70 7.74 42.35 1.50 1634.50 114.52 1320.00 3.80 9.99 1.86 7.33 0.53 169.50 7.78 5.64 1.62 67.12 140.49 1.35 32.45 36.70 1.66 568.50 -2307 1998 11 3 0.62 11.67 34.22 1.19 1.52 8.27 6.30 1.0e+20 5.04 5.56 1.65 279.60 7.74 42.40 1.49 1641.25 115.50 1316.00 3.80 10.03 1.87 7.38 0.53 170.15 7.81 5.62 1.62 67.12 141.10 1.35 32.51 36.72 1.65 568.50 -2308 1998 11 4 0.62 11.72 34.39 1.19 1.52 8.27 6.34 1.0e+20 5.07 5.58 1.66 280.30 7.74 42.33 1.49 1649.90 116.55 1313.00 3.80 9.95 1.88 7.42 0.53 170.95 7.84 5.58 1.62 67.23 141.75 1.36 32.53 36.60 1.65 568.00 -2309 1998 11 5 0.63 11.65 34.17 1.18 1.51 8.27 6.29 1.0e+20 5.03 5.55 1.65 277.70 7.74 42.39 1.50 1638.50 117.45 1318.00 3.80 9.99 1.86 7.34 0.53 169.83 7.76 5.59 1.62 67.45 140.86 1.35 32.60 36.42 1.66 569.01 -2310 1998 11 6 0.63 11.74 34.42 1.18 1.53 8.27 6.32 1.0e+20 5.06 5.59 1.66 278.70 7.74 42.30 1.48 1645.60 118.73 1313.00 3.80 9.98 1.87 7.37 0.53 170.60 7.81 5.49 1.63 67.29 141.56 1.37 32.65 36.75 1.65 569.65 -2311 1998 11 9 0.63 11.89 34.87 1.18 1.53 8.27 6.42 1.0e+20 5.14 5.66 1.69 284.05 7.73 42.32 1.47 1671.70 121.98 1316.30 3.80 10.01 1.90 7.47 0.53 173.32 7.91 5.58 1.65 67.42 143.72 1.39 32.68 36.95 1.65 569.50 -2312 1998 11 10 0.62 11.86 34.76 1.19 1.54 8.27 6.41 1.0e+20 5.13 5.65 1.68 284.00 7.74 42.33 1.47 1668.70 122.88 1318.00 3.80 10.02 1.90 7.50 0.52 172.87 7.98 5.65 1.65 67.55 143.37 1.39 32.85 37.20 1.65 568.50 -2313 1998 11 11 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2314 1998 11 12 0.63 11.91 34.93 1.19 1.54 8.27 6.43 1.0e+20 5.15 5.67 1.69 284.12 7.74 42.37 1.46 1675.50 122.77 1317.90 3.80 10.05 1.91 7.54 0.52 173.60 8.14 5.76 1.65 67.54 143.95 1.39 32.75 36.95 1.65 568.55 -2315 1998 11 13 0.63 11.87 34.81 1.19 1.55 8.27 6.41 1.0e+20 5.13 5.66 1.68 284.00 7.74 42.39 1.47 1670.50 122.68 1319.00 3.80 10.00 1.90 7.48 0.53 173.00 8.12 5.70 1.65 67.66 143.50 1.39 32.73 36.90 1.66 568.95 -2316 1998 11 16 0.63 11.73 34.41 1.19 1.55 8.27 6.33 1.0e+20 5.07 5.59 1.66 280.85 7.74 42.41 1.49 1651.00 119.70 1317.00 3.80 9.97 1.88 7.44 0.53 171.05 8.07 5.66 1.63 67.59 141.85 1.37 32.60 36.58 1.67 569.00 -2317 1998 11 17 0.63 11.74 34.42 1.19 1.54 8.27 6.34 1.0e+20 5.07 5.59 1.66 280.49 7.74 42.50 1.48 1652.00 121.30 1300.00 3.80 9.95 1.88 7.42 0.53 171.22 8.05 5.68 1.63 67.60 141.93 1.37 32.55 36.54 1.67 569.25 -2318 1998 11 18 0.64 11.74 34.44 1.19 1.55 8.27 6.35 1.0e+20 5.07 5.59 1.67 280.60 7.74 42.50 1.48 1653.30 121.44 1300.00 3.80 9.94 1.88 7.44 0.53 171.30 8.04 5.67 1.63 67.30 142.00 1.37 32.65 36.25 1.67 569.30 -2319 1998 11 19 0.64 11.84 34.73 1.19 1.55 8.27 6.39 1.0e+20 5.11 5.64 1.68 282.10 7.74 42.50 1.47 1666.60 119.65 1292.00 3.80 9.93 1.89 7.48 0.54 172.60 8.09 5.63 1.62 67.63 143.10 1.38 32.60 36.30 1.66 569.50 -2320 1998 11 20 0.64 11.88 34.86 1.19 1.54 8.27 6.42 1.0e+20 5.13 5.66 1.68 283.25 7.74 42.45 1.47 1673.00 120.32 1268.00 3.79 9.90 1.90 7.46 0.53 173.23 8.07 5.62 1.62 68.00 143.68 1.39 32.65 36.20 1.65 570.25 -2321 1998 11 23 0.64 12.00 35.21 1.19 1.54 8.27 6.48 1.0e+20 5.18 5.72 1.70 286.30 7.74 42.44 1.45 1688.80 120.93 1248.00 3.80 9.88 1.92 7.49 0.53 175.00 8.11 5.66 1.63 67.80 145.00 1.40 32.50 36.35 1.65 570.25 -2322 1998 11 24 0.64 12.01 35.22 1.19 1.54 8.27 6.49 1.0e+20 5.19 5.72 1.70 286.53 7.74 42.48 1.45 1689.50 120.85 1260.00 3.80 9.93 1.92 7.49 0.53 175.15 8.09 5.70 1.63 67.92 145.18 1.40 32.55 36.20 1.65 570.75 -2323 1998 11 25 0.64 11.99 35.15 1.19 1.54 8.27 6.47 1.0e+20 5.18 5.71 1.70 285.90 7.74 42.43 1.46 1686.80 121.80 1255.00 3.80 9.93 1.92 7.50 0.53 174.87 8.20 5.68 1.64 67.92 144.93 1.40 32.55 36.15 1.66 571.80 -2324 1998 11 26 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2325 1998 11 27 0.63 12.06 35.37 1.20 1.53 8.27 6.51 1.0e+20 5.20 5.74 1.71 287.49 7.74 42.60 1.45 1696.90 123.24 1248.00 3.79 9.97 1.93 7.55 0.52 175.68 8.17 5.71 1.64 67.90 145.72 1.41 32.55 36.10 1.65 571.52 -2326 1998 11 30 0.62 11.93 34.99 1.20 1.52 8.27 6.44 1.0e+20 5.16 5.68 1.69 284.55 7.74 42.65 1.46 1679.25 123.21 1247.00 3.80 10.01 1.91 7.48 0.52 173.92 8.13 5.69 1.65 67.95 144.23 1.39 32.50 36.15 1.64 572.85 -2327 1998 12 1 0.63 11.82 34.67 1.20 1.53 8.27 6.39 1.0e+20 5.10 5.63 1.68 283.28 7.74 42.61 1.47 1664.00 122.20 1246.00 3.80 10.03 1.89 7.44 0.52 172.41 8.12 5.66 1.64 67.94 143.04 1.37 32.50 36.20 1.65 573.70 -2328 1998 12 2 0.63 11.75 34.47 1.20 1.53 8.27 6.35 1.0e+20 5.08 5.60 1.67 281.30 7.74 42.61 1.48 1654.75 120.17 1240.00 3.80 9.97 1.88 7.43 0.52 171.50 8.06 5.65 1.64 68.00 142.27 1.37 32.47 36.15 1.66 574.25 -2329 1998 12 3 0.62 11.76 34.49 1.20 1.53 8.27 6.36 1.0e+20 5.08 5.60 1.67 281.18 7.74 42.56 1.48 1655.60 118.79 1230.00 3.80 9.99 1.88 7.42 0.52 171.48 8.04 5.73 1.64 68.00 142.25 1.36 32.55 35.95 1.66 575.15 -2330 1998 12 4 0.61 11.81 34.64 1.20 1.53 8.27 6.37 1.0e+20 5.10 5.62 1.67 282.30 7.74 42.58 1.48 1661.30 119.35 1217.00 3.80 10.00 1.89 7.44 0.52 172.09 8.09 5.89 1.65 68.10 142.78 1.37 32.40 35.98 1.66 575.70 -2331 1998 12 7 0.62 11.80 34.61 1.20 1.53 8.27 6.38 1.0e+20 5.10 5.62 1.67 281.87 7.74 42.59 1.48 1660.95 119.63 1210.00 3.80 10.01 1.89 7.48 0.52 172.05 8.15 5.90 1.65 68.09 142.80 1.37 32.40 35.96 1.65 575.75 -2332 1998 12 8 0.61 11.76 34.49 1.20 1.54 8.27 6.35 1.0e+20 5.08 5.60 1.67 280.60 7.74 42.62 1.48 1655.10 119.55 1217.00 3.80 9.94 1.88 7.52 0.51 171.40 8.10 6.02 1.65 67.75 142.23 1.36 32.40 35.95 1.65 572.50 -2333 1998 12 9 0.61 11.74 34.43 1.20 1.54 8.27 6.34 1.0e+20 5.07 5.59 1.66 279.70 7.74 42.60 1.48 1653.70 118.08 1217.00 3.80 9.95 1.88 7.55 0.51 171.20 8.03 5.98 1.64 67.83 142.05 1.36 32.35 35.81 1.65 564.75 -2334 1998 12 10 0.61 11.64 34.13 1.20 1.54 8.27 6.30 1.0e+20 5.04 5.55 1.65 278.00 7.74 42.61 1.50 1640.00 117.07 1208.00 3.80 9.95 1.86 7.56 0.52 169.84 8.04 5.96 1.64 68.00 140.95 1.33 32.30 35.78 1.66 553.25 -2335 1998 12 11 0.62 11.60 34.05 1.20 1.54 8.27 6.28 1.0e+20 5.02 5.53 1.64 276.60 7.74 42.61 1.50 1633.85 116.78 1210.00 3.80 9.94 1.85 7.66 0.52 169.21 8.02 5.97 1.65 68.01 140.42 1.32 32.31 35.85 1.68 559.01 -2336 1998 12 14 0.62 11.62 34.07 1.20 1.54 8.27 6.28 1.0e+20 5.02 5.53 1.64 276.60 7.74 42.60 1.50 1633.50 115.08 1205.00 3.79 9.94 1.86 7.76 0.52 169.17 8.03 6.01 1.64 68.10 140.38 1.33 32.20 35.84 1.68 561.55 -2337 1998 12 15 0.62 11.66 34.19 1.20 1.54 8.27 6.31 1.0e+20 5.04 5.56 1.65 278.00 7.74 42.60 1.49 1641.70 116.73 1213.00 3.81 9.95 1.86 7.81 0.52 170.00 8.05 6.03 1.65 67.75 141.05 1.34 32.20 36.25 1.68 562.00 -2338 1998 12 16 0.61 11.72 34.35 1.20 1.53 8.27 6.33 1.0e+20 5.07 5.58 1.66 279.95 7.74 42.60 1.49 1649.50 115.68 1210.00 3.80 9.89 1.87 7.66 0.52 170.80 8.04 5.99 1.64 68.18 141.75 1.34 32.30 36.33 1.67 562.50 -2339 1998 12 17 0.62 11.72 34.36 1.20 1.54 8.27 6.32 1.0e+20 5.05 5.58 1.66 279.57 7.74 42.62 1.49 1649.75 116.33 1211.00 3.81 9.80 1.87 7.69 0.52 170.81 8.11 5.89 1.64 68.30 141.73 1.34 32.32 36.76 1.67 562.85 -2340 1998 12 18 0.62 11.72 34.41 1.20 1.54 8.27 6.33 1.0e+20 5.06 5.58 1.66 279.68 7.74 42.60 1.49 1648.70 115.67 1210.00 3.80 9.77 1.87 7.72 0.52 170.79 8.03 5.93 1.64 68.25 141.72 1.34 32.30 36.37 1.68 563.00 -2341 1998 12 21 0.61 11.76 34.50 1.20 1.54 8.27 6.36 1.0e+20 5.08 5.61 1.67 280.66 7.74 42.58 1.48 1656.95 116.08 1196.00 3.79 9.76 1.88 7.69 0.52 171.53 8.04 5.90 1.65 68.12 142.36 1.36 32.30 36.26 1.68 563.00 -2342 1998 12 22 0.61 11.78 34.53 1.20 1.55 8.27 6.37 1.0e+20 5.09 5.61 1.67 280.89 7.74 42.58 1.48 1658.40 116.85 1204.00 3.80 9.81 1.88 7.67 0.51 171.67 8.03 5.92 1.65 68.25 142.47 1.36 32.30 36.38 1.67 563.50 -2343 1998 12 23 0.61 11.77 34.50 1.20 1.55 8.27 6.37 1.0e+20 5.09 5.61 1.67 281.00 7.74 42.55 1.48 1656.80 116.02 1209.00 3.80 9.82 1.88 7.66 0.52 171.53 8.03 5.92 1.65 68.28 142.38 1.36 32.35 36.40 1.67 563.50 -2344 1998 12 24 0.61 11.83 34.71 1.20 1.55 8.27 6.40 1.0e+20 5.11 5.64 1.68 282.10 7.74 42.60 1.47 1665.75 116.24 1208.50 3.81 9.89 1.89 7.63 0.52 172.58 8.07 5.92 1.65 68.33 143.23 1.37 32.30 36.45 1.67 564.50 -2345 1998 12 25 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2346 1998 12 28 0.60 11.82 34.63 1.20 1.55 8.27 6.39 1.0e+20 5.10 5.63 1.67 282.25 7.74 42.58 1.47 1663.00 115.88 1210.30 3.80 9.85 1.89 7.65 0.52 172.30 8.13 5.88 1.65 68.00 142.95 1.37 32.31 36.95 1.67 564.25 -2347 1998 12 29 0.61 11.74 34.43 1.20 1.55 8.27 6.35 1.0e+20 5.07 5.59 1.67 280.86 7.74 42.60 1.48 1654.00 115.42 1210.00 3.80 9.86 1.88 7.60 0.52 171.29 8.08 5.88 1.65 68.39 142.06 1.36 32.31 37.15 1.68 564.90 -2348 1998 12 30 0.61 11.80 34.53 1.20 1.54 8.27 6.37 1.0e+20 5.09 5.61 1.67 283.10 7.74 42.58 1.48 1659.80 114.88 1203.00 3.80 9.94 1.88 7.59 0.52 171.86 8.11 5.87 1.65 68.45 142.63 1.38 32.28 36.80 1.66 565.00 -2349 1998 12 31 0.61 11.72 34.36 1.20 1.53 8.27 6.36 1.0e+20 5.06 5.58 1.66 279.90 7.74 42.52 1.49 1654.00 113.08 1206.00 3.80 9.90 1.87 7.58 0.52 170.65 8.10 5.89 1.65 68.46 142.15 1.37 32.27 36.50 1.66 565.00 -2350 1999 1 1 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2351 1999 1 4 0.61 1.0e+20 1.0e+20 1.20 1.52 8.27 6.30 1.18 1.0e+20 1.0e+20 1.0e+20 276.00 7.74 42.60 1.0e+20 1.0e+20 112.15 1187.50 3.80 9.83 1.0e+20 7.49 0.53 1.0e+20 8.02 5.86 1.65 68.43 1.0e+20 1.36 32.13 36.20 1.65 565.51 -2352 1999 1 5 0.62 1.0e+20 1.0e+20 1.20 1.52 8.27 6.32 1.17 1.0e+20 1.0e+20 1.0e+20 275.80 7.74 42.56 1.0e+20 1.0e+20 111.15 1166.00 3.80 9.80 1.0e+20 7.43 0.53 1.0e+20 7.97 5.76 1.67 68.41 1.0e+20 1.36 32.25 36.18 1.65 566.00 -2353 1999 1 6 0.62 1.0e+20 1.0e+20 1.21 1.51 8.27 6.36 1.16 1.0e+20 1.0e+20 1.0e+20 277.90 7.74 42.55 1.0e+20 1.0e+20 112.78 1160.00 3.80 9.78 1.0e+20 7.43 0.53 1.0e+20 7.93 5.67 1.67 68.41 1.0e+20 1.38 32.25 36.50 1.65 565.75 -2354 1999 1 7 0.63 1.0e+20 1.0e+20 1.21 1.51 8.27 6.38 1.16 1.0e+20 1.0e+20 1.0e+20 278.30 7.74 42.55 1.0e+20 1.0e+20 111.69 1151.00 3.80 9.83 1.0e+20 7.40 0.54 1.0e+20 7.91 5.84 1.67 68.51 1.0e+20 1.38 32.13 36.30 1.64 566.50 -2355 1999 1 8 0.63 1.0e+20 1.0e+20 1.20 1.51 8.27 6.44 1.15 1.0e+20 1.0e+20 1.0e+20 280.20 7.74 42.55 1.0e+20 1.0e+20 111.52 1174.00 3.80 9.81 1.0e+20 7.39 0.54 1.0e+20 7.92 5.83 1.67 68.48 1.0e+20 1.39 32.22 36.45 1.64 567.10 -2356 1999 1 11 0.63 1.0e+20 1.0e+20 1.20 1.50 8.27 6.45 1.15 1.0e+20 1.0e+20 1.0e+20 281.15 7.74 42.55 1.0e+20 1.0e+20 108.83 1175.00 3.80 9.96 1.0e+20 7.42 0.54 1.0e+20 7.85 5.98 1.67 68.57 1.0e+20 1.39 32.20 36.28 1.63 567.25 -2357 1999 1 12 0.64 1.0e+20 1.0e+20 1.21 1.50 8.27 6.44 1.15 1.0e+20 1.0e+20 1.0e+20 280.47 7.74 42.55 1.0e+20 1.0e+20 112.07 1180.00 3.80 10.10 1.0e+20 7.42 0.54 1.0e+20 7.80 6.03 1.68 68.67 1.0e+20 1.38 32.26 36.46 1.63 567.75 -2358 1999 1 13 0.63 1.0e+20 1.0e+20 1.32 1.53 8.27 6.36 1.16 1.0e+20 1.0e+20 1.0e+20 278.40 7.74 42.53 1.0e+20 1.0e+20 113.46 1175.00 3.80 10.60 1.0e+20 7.47 0.54 1.0e+20 7.80 6.12 1.68 68.64 1.0e+20 1.35 32.23 37.05 1.64 568.50 -2359 1999 1 14 0.63 1.0e+20 1.0e+20 1.32 1.52 8.27 6.36 1.16 1.0e+20 1.0e+20 1.0e+20 278.00 7.74 42.55 1.0e+20 1.0e+20 113.25 1187.50 3.80 10.53 1.0e+20 7.47 0.53 1.0e+20 7.80 6.24 1.67 68.25 1.0e+20 1.36 32.33 37.05 1.65 569.30 -2360 1999 1 15 0.63 1.0e+20 1.0e+20 1.48 1.52 8.27 6.42 1.15 1.0e+20 1.0e+20 1.0e+20 279.30 7.74 42.50 1.0e+20 1.0e+20 114.19 1185.00 3.80 10.29 1.0e+20 7.48 0.54 1.0e+20 7.87 6.08 1.68 68.55 1.0e+20 1.37 32.26 36.55 1.65 570.71 -2361 1999 1 18 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2362 1999 1 19 0.63 1.0e+20 1.0e+20 1.60 1.53 8.27 6.41 1.16 1.0e+20 1.0e+20 1.0e+20 278.20 7.74 42.55 1.0e+20 1.0e+20 113.76 1176.50 3.80 10.27 1.0e+20 7.44 0.53 1.0e+20 7.75 6.05 1.68 68.60 1.0e+20 1.37 32.40 36.45 1.65 570.75 -2363 1999 1 20 0.63 1.0e+20 1.0e+20 1.58 1.52 8.27 6.43 1.15 1.0e+20 1.0e+20 1.0e+20 278.71 7.74 42.55 1.0e+20 1.0e+20 113.45 1168.00 3.80 10.20 1.0e+20 7.42 0.54 1.0e+20 7.72 6.02 1.67 68.58 1.0e+20 1.39 32.30 36.50 1.64 570.34 -2364 1999 1 21 0.63 1.0e+20 1.0e+20 1.71 1.51 8.27 6.41 1.15 1.0e+20 1.0e+20 1.0e+20 278.50 7.74 42.54 1.0e+20 1.0e+20 113.75 1174.00 3.80 10.29 1.0e+20 7.44 0.54 1.0e+20 7.73 6.07 1.67 68.75 1.0e+20 1.38 32.31 36.47 1.65 571.25 -2365 1999 1 22 0.63 1.0e+20 1.0e+20 1.70 1.51 8.27 6.41 1.15 1.0e+20 1.0e+20 1.0e+20 277.90 7.75 42.55 1.0e+20 1.0e+20 114.65 1181.00 3.80 10.20 1.0e+20 7.46 0.53 1.0e+20 7.73 6.04 1.67 68.69 1.0e+20 1.38 32.35 36.90 1.65 572.50 -2366 1999 1 25 0.63 1.0e+20 1.0e+20 1.79 1.51 8.27 6.43 1.15 1.0e+20 1.0e+20 1.0e+20 278.15 7.75 42.55 1.0e+20 1.0e+20 113.80 1181.00 3.80 10.23 1.0e+20 7.45 0.53 1.0e+20 7.72 6.05 1.68 68.90 1.0e+20 1.38 32.50 36.90 1.65 572.50 -2367 1999 1 26 0.63 1.0e+20 1.0e+20 1.86 1.52 8.27 6.42 1.15 1.0e+20 1.0e+20 1.0e+20 278.10 7.74 42.52 1.0e+20 1.0e+20 114.03 1177.00 3.80 10.22 1.0e+20 7.44 0.53 1.0e+20 7.70 6.04 1.68 68.74 1.0e+20 1.38 32.50 36.75 1.65 573.00 -2368 1999 1 27 0.62 1.0e+20 1.0e+20 1.89 1.52 8.27 6.48 1.14 1.0e+20 1.0e+20 1.0e+20 280.00 7.74 42.52 1.0e+20 1.0e+20 115.62 1176.00 3.80 10.17 1.0e+20 7.46 0.53 1.0e+20 7.71 6.02 1.68 68.80 1.0e+20 1.40 32.36 36.90 1.64 573.50 -2369 1999 1 28 0.62 1.0e+20 1.0e+20 1.94 1.52 8.27 6.52 1.13 1.0e+20 1.0e+20 1.0e+20 281.95 7.74 42.55 1.0e+20 1.0e+20 116.36 1176.50 3.80 10.18 1.0e+20 7.51 0.53 1.0e+20 7.77 6.04 1.68 68.88 1.0e+20 1.41 32.38 37.00 1.64 574.20 -2370 1999 1 29 0.62 1.0e+20 1.0e+20 2.07 1.50 8.27 6.54 1.13 1.0e+20 1.0e+20 1.0e+20 282.25 7.74 42.54 1.0e+20 1.0e+20 116.00 1176.00 3.80 10.15 1.0e+20 7.52 0.53 1.0e+20 7.78 6.07 1.69 69.10 1.0e+20 1.41 32.34 36.92 1.64 573.75 -2371 1999 2 1 0.63 1.0e+20 1.0e+20 1.97 1.50 8.27 6.57 1.13 1.0e+20 1.0e+20 1.0e+20 284.20 7.74 42.55 1.0e+20 1.0e+20 115.09 1176.00 3.80 10.12 1.0e+20 7.55 0.54 1.0e+20 7.83 6.04 1.69 68.93 1.0e+20 1.42 32.30 36.85 1.64 576.05 -2372 1999 2 2 0.64 1.0e+20 1.0e+20 1.81 1.51 8.27 6.55 1.13 1.0e+20 1.0e+20 1.0e+20 282.47 7.74 42.54 1.0e+20 1.0e+20 112.12 1171.00 3.80 10.10 1.0e+20 7.58 0.54 1.0e+20 7.83 6.01 1.68 68.71 1.0e+20 1.41 32.34 36.75 1.64 576.55 -2373 1999 2 3 0.64 1.0e+20 1.0e+20 1.80 1.51 8.27 6.55 1.13 1.0e+20 1.0e+20 1.0e+20 282.95 7.74 42.50 1.0e+20 1.0e+20 112.46 1171.50 3.80 10.13 1.0e+20 7.61 0.55 1.0e+20 7.86 6.01 1.68 68.80 1.0e+20 1.41 32.30 36.70 1.63 577.00 -2374 1999 2 4 0.64 1.0e+20 1.0e+20 1.82 1.49 8.27 6.57 1.13 1.0e+20 1.0e+20 1.0e+20 284.28 7.74 42.52 1.0e+20 1.0e+20 112.03 1171.60 3.80 10.12 1.0e+20 7.64 0.55 1.0e+20 7.84 6.05 1.68 68.80 1.0e+20 1.41 32.40 36.85 1.63 576.75 -2375 1999 2 5 0.65 1.0e+20 1.0e+20 1.85 1.48 8.27 6.59 1.12 1.0e+20 1.0e+20 1.0e+20 285.30 7.74 42.50 1.0e+20 1.0e+20 113.14 1171.20 3.80 10.09 1.0e+20 7.66 0.55 1.0e+20 7.85 5.97 1.68 68.83 1.0e+20 1.41 32.30 36.82 1.63 577.00 -2376 1999 2 8 0.65 1.0e+20 1.0e+20 1.89 1.48 8.27 6.58 1.12 1.0e+20 1.0e+20 1.0e+20 285.20 7.74 42.50 1.0e+20 1.0e+20 114.38 1177.00 3.80 10.09 1.0e+20 7.63 0.55 1.0e+20 7.86 5.96 1.69 68.97 1.0e+20 1.41 32.29 37.00 1.63 577.00 -2377 1999 2 9 0.64 1.0e+20 1.0e+20 1.91 1.49 8.27 6.57 1.13 1.0e+20 1.0e+20 1.0e+20 285.20 7.74 42.50 1.0e+20 1.0e+20 114.42 1177.00 3.80 10.08 1.0e+20 7.65 0.55 1.0e+20 7.88 6.10 1.69 68.60 1.0e+20 1.41 32.32 37.13 1.63 577.50 -2378 1999 2 10 0.64 1.0e+20 1.0e+20 1.91 1.49 8.27 6.56 1.13 1.0e+20 1.0e+20 1.0e+20 284.25 7.74 42.45 1.0e+20 1.0e+20 114.45 1179.00 3.80 10.06 1.0e+20 7.64 0.55 1.0e+20 7.88 6.08 1.69 68.60 1.0e+20 1.40 32.31 37.10 1.62 578.25 -2379 1999 2 11 0.64 1.0e+20 1.0e+20 1.90 1.48 8.27 6.57 1.13 1.0e+20 1.0e+20 1.0e+20 284.90 7.74 42.51 1.0e+20 1.0e+20 114.70 1176.40 3.80 10.00 1.0e+20 7.63 0.55 1.0e+20 7.89 6.07 1.68 69.00 1.0e+20 1.41 32.36 37.05 1.62 578.40 -2380 1999 2 12 0.64 1.0e+20 1.0e+20 1.90 1.49 8.27 6.59 1.12 1.0e+20 1.0e+20 1.0e+20 285.43 7.75 42.60 1.0e+20 1.0e+20 114.32 1176.70 3.79 9.95 1.0e+20 7.62 0.54 1.0e+20 7.88 6.10 1.69 69.12 1.0e+20 1.41 32.35 36.95 1.63 578.10 -2381 1999 2 15 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2382 1999 2 16 0.63 1.0e+20 1.0e+20 1.91 1.50 8.27 6.64 1.11 1.0e+20 1.0e+20 1.0e+20 287.68 7.74 42.51 1.0e+20 1.0e+20 118.08 1176.00 3.80 9.92 1.0e+20 7.73 0.53 1.0e+20 7.93 6.13 1.69 69.00 1.0e+20 1.42 32.38 36.90 1.63 578.00 -2383 1999 2 17 0.63 1.0e+20 1.0e+20 1.93 1.49 8.27 6.62 1.12 1.0e+20 1.0e+20 1.0e+20 286.40 7.74 42.50 1.0e+20 1.0e+20 119.03 1176.00 3.80 9.88 1.0e+20 7.75 0.53 1.0e+20 7.93 6.16 1.69 69.20 1.0e+20 1.42 32.40 37.05 1.63 578.00 -2384 1999 2 18 0.63 1.0e+20 1.0e+20 1.91 1.48 8.27 6.62 1.12 1.0e+20 1.0e+20 1.0e+20 286.78 7.74 42.51 1.0e+20 1.0e+20 119.82 1183.00 3.80 9.89 1.0e+20 7.79 0.53 1.0e+20 7.96 6.18 1.70 69.22 1.0e+20 1.42 32.40 37.10 1.63 577.61 -2385 1999 2 19 0.63 1.0e+20 1.0e+20 1.94 1.49 8.27 6.71 1.10 1.0e+20 1.0e+20 1.0e+20 290.60 7.74 42.47 1.0e+20 1.0e+20 121.00 1206.00 3.80 9.94 1.0e+20 7.83 0.54 1.0e+20 8.02 6.26 1.70 69.31 1.0e+20 1.44 32.50 37.65 1.62 577.75 -2386 1999 2 22 0.64 1.0e+20 1.0e+20 1.96 1.49 8.27 6.74 1.10 1.0e+20 1.0e+20 1.0e+20 292.35 7.74 42.43 1.0e+20 1.0e+20 120.35 1218.00 3.80 9.93 1.0e+20 7.84 0.54 1.0e+20 8.07 6.20 1.71 69.39 1.0e+20 1.44 33.20 37.70 1.62 577.50 -2387 1999 2 23 0.63 1.0e+20 1.0e+20 2.04 1.49 8.27 6.76 1.09 1.0e+20 1.0e+20 1.0e+20 294.50 7.74 42.48 1.0e+20 1.0e+20 121.45 1213.00 3.80 9.95 1.0e+20 7.87 0.53 1.0e+20 8.10 6.22 1.72 69.28 1.0e+20 1.44 33.10 37.56 1.61 578.35 -2388 1999 2 24 0.63 1.0e+20 1.0e+20 2.01 1.49 8.27 6.78 1.09 1.0e+20 1.0e+20 1.0e+20 294.00 7.74 42.60 1.0e+20 1.0e+20 121.90 1219.00 3.80 9.94 1.0e+20 7.91 0.53 1.0e+20 8.14 6.20 1.72 69.46 1.0e+20 1.45 33.20 37.65 1.59 577.00 -2389 1999 2 25 0.62 1.0e+20 1.0e+20 2.04 1.50 8.27 6.71 1.10 1.0e+20 1.0e+20 1.0e+20 291.65 7.74 42.60 1.0e+20 1.0e+20 119.26 1225.00 3.80 10.00 1.0e+20 7.86 0.52 1.0e+20 8.11 6.19 1.72 69.54 1.0e+20 1.43 33.14 37.47 1.60 577.00 -2390 1999 2 26 0.62 1.0e+20 1.0e+20 2.09 1.50 8.27 6.76 1.09 1.0e+20 1.0e+20 1.0e+20 292.65 7.74 42.83 1.0e+20 1.0e+20 118.70 1224.50 3.80 9.94 1.0e+20 7.91 0.52 1.0e+20 8.19 6.20 1.72 69.56 1.0e+20 1.44 33.13 37.32 1.60 575.25 -2391 1999 3 1 0.61 1.0e+20 1.0e+20 2.05 1.52 8.27 6.82 1.08 1.0e+20 1.0e+20 1.0e+20 295.10 7.74 42.54 1.0e+20 1.0e+20 119.79 1222.00 3.80 9.92 1.0e+20 7.95 0.52 1.0e+20 8.25 6.23 1.72 69.56 1.0e+20 1.46 33.05 37.39 1.60 575.75 -2392 1999 3 2 0.62 1.0e+20 1.0e+20 2.17 1.52 8.27 6.80 1.09 1.0e+20 1.0e+20 1.0e+20 294.70 7.74 42.58 1.0e+20 1.0e+20 120.47 1225.50 3.80 9.95 1.0e+20 7.92 0.52 1.0e+20 8.23 6.24 1.73 69.61 1.0e+20 1.45 33.10 37.57 1.61 576.70 -2393 1999 3 3 0.62 1.0e+20 1.0e+20 2.20 1.52 8.27 6.82 1.08 1.0e+20 1.0e+20 1.0e+20 295.51 7.74 42.58 1.0e+20 1.0e+20 121.68 1230.40 3.80 9.97 1.0e+20 7.94 0.52 1.0e+20 8.26 6.25 1.73 69.62 1.0e+20 1.46 33.15 37.65 1.61 576.25 -2394 1999 3 4 0.62 1.0e+20 1.0e+20 2.11 1.52 8.27 6.86 1.08 1.0e+20 1.0e+20 1.0e+20 297.40 7.74 42.55 1.0e+20 1.0e+20 123.50 1241.00 3.80 9.94 1.0e+20 7.94 0.52 1.0e+20 8.27 6.24 1.73 69.65 1.0e+20 1.47 33.20 37.88 1.60 576.51 -2395 1999 3 5 0.62 1.0e+20 1.0e+20 2.00 1.51 8.27 6.85 1.08 1.0e+20 1.0e+20 1.0e+20 296.80 7.74 42.55 1.0e+20 1.0e+20 122.57 1243.00 3.80 9.88 1.0e+20 7.90 0.53 1.0e+20 8.23 6.21 1.72 69.90 1.0e+20 1.46 33.40 37.47 1.60 577.00 -2396 1999 3 8 0.63 1.0e+20 1.0e+20 1.97 1.51 8.27 6.81 1.08 1.0e+20 1.0e+20 1.0e+20 295.30 7.74 42.56 1.0e+20 1.0e+20 121.73 1240.50 3.80 9.84 1.0e+20 7.85 0.53 1.0e+20 8.20 6.20 1.72 69.90 1.0e+20 1.46 33.20 37.15 1.60 577.50 -2397 1999 3 9 0.63 1.0e+20 1.0e+20 1.92 1.51 8.27 6.83 1.08 1.0e+20 1.0e+20 1.0e+20 296.00 7.74 42.53 1.0e+20 1.0e+20 121.40 1236.50 3.80 9.79 1.0e+20 7.85 0.53 1.0e+20 8.18 6.16 1.73 69.75 1.0e+20 1.46 33.22 37.27 1.61 577.25 -2398 1999 3 10 0.63 1.0e+20 1.0e+20 1.87 1.52 8.27 6.78 1.09 1.0e+20 1.0e+20 1.0e+20 293.35 7.74 42.50 1.0e+20 1.0e+20 119.84 1234.90 3.80 9.80 1.0e+20 7.81 0.53 1.0e+20 8.11 6.14 1.72 69.70 1.0e+20 1.45 33.15 37.48 1.62 578.25 -2399 1999 3 11 0.63 1.0e+20 1.0e+20 1.89 1.52 8.27 6.80 1.09 1.0e+20 1.0e+20 1.0e+20 294.15 7.75 42.48 1.0e+20 1.0e+20 119.57 1231.00 3.80 9.75 1.0e+20 7.80 0.53 1.0e+20 8.09 6.16 1.73 69.72 1.0e+20 1.46 33.15 38.65 1.62 579.30 -2400 1999 3 12 0.63 1.0e+20 1.0e+20 1.91 1.52 8.27 6.79 1.09 1.0e+20 1.0e+20 1.0e+20 293.90 7.74 42.52 1.0e+20 1.0e+20 118.99 1235.00 3.80 9.77 1.0e+20 7.80 0.53 1.0e+20 8.11 6.18 1.73 69.68 1.0e+20 1.46 33.16 37.45 1.63 580.00 -2401 1999 3 15 0.63 1.0e+20 1.0e+20 1.88 1.52 8.27 6.80 1.09 1.0e+20 1.0e+20 1.0e+20 294.20 7.75 42.50 1.0e+20 1.0e+20 117.70 1232.00 3.80 9.69 1.0e+20 7.84 0.58 1.0e+20 8.16 6.21 1.71 69.55 1.0e+20 1.46 33.12 37.38 1.62 579.50 -2402 1999 3 16 0.62 1.0e+20 1.0e+20 1.86 1.52 8.27 6.80 1.09 1.0e+20 1.0e+20 1.0e+20 294.25 7.75 42.50 1.0e+20 1.0e+20 117.74 1230.00 3.80 9.68 1.0e+20 7.82 0.52 1.0e+20 8.21 6.25 1.72 69.65 1.0e+20 1.46 33.14 37.28 1.62 578.85 -2403 1999 3 17 0.62 1.0e+20 1.0e+20 1.89 1.52 8.27 6.74 1.10 1.0e+20 1.0e+20 1.0e+20 291.20 7.75 42.50 1.0e+20 1.0e+20 118.15 1228.00 3.80 9.68 1.0e+20 7.73 0.52 1.0e+20 8.15 6.23 1.72 69.35 1.0e+20 1.44 33.20 37.30 1.63 580.25 -2404 1999 3 18 0.63 1.0e+20 1.0e+20 1.87 1.51 8.27 6.75 1.09 1.0e+20 1.0e+20 1.0e+20 292.60 7.75 42.50 1.0e+20 1.0e+20 117.53 1226.00 3.80 9.64 1.0e+20 7.69 0.53 1.0e+20 8.11 6.26 1.72 69.55 1.0e+20 1.45 33.10 37.44 1.62 580.75 -2405 1999 3 19 0.63 1.0e+20 1.0e+20 1.85 1.51 8.27 6.79 1.09 1.0e+20 1.0e+20 1.0e+20 294.15 7.75 42.50 1.0e+20 1.0e+20 117.05 1220.00 3.80 9.68 1.0e+20 7.71 0.53 1.0e+20 8.17 6.19 1.72 69.42 1.0e+20 1.46 33.11 37.47 1.63 580.75 -2406 1999 3 22 0.63 1.0e+20 1.0e+20 1.87 1.50 8.27 6.81 1.09 1.0e+20 1.0e+20 1.0e+20 294.80 7.74 42.50 1.0e+20 1.0e+20 118.14 1224.00 3.80 9.72 1.0e+20 7.74 0.53 1.0e+20 8.19 6.17 1.72 69.52 1.0e+20 1.46 33.13 37.59 1.62 581.30 -2407 1999 3 23 0.63 1.0e+20 1.0e+20 1.85 1.50 8.27 6.81 1.09 1.0e+20 1.0e+20 1.0e+20 295.50 7.74 42.50 1.0e+20 1.0e+20 118.02 1226.50 3.80 9.67 1.0e+20 7.74 0.53 1.0e+20 8.19 6.24 1.73 69.52 1.0e+20 1.45 33.15 37.53 1.63 582.25 -2408 1999 3 24 0.63 1.0e+20 1.0e+20 1.84 1.50 8.27 6.80 1.09 1.0e+20 1.0e+20 1.0e+20 297.25 7.74 42.50 1.0e+20 1.0e+20 117.35 1224.40 3.80 9.69 1.0e+20 7.75 0.54 1.0e+20 8.25 6.20 1.72 69.40 1.0e+20 1.45 33.15 37.60 1.64 583.50 -2409 1999 3 25 0.63 1.0e+20 1.0e+20 1.80 1.51 8.27 6.83 1.08 1.0e+20 1.0e+20 1.0e+20 298.00 7.74 42.50 1.0e+20 1.0e+20 118.05 1225.00 3.80 9.65 1.0e+20 7.76 0.53 1.0e+20 8.25 6.20 1.72 69.40 1.0e+20 1.46 33.17 37.65 1.63 584.76 -2410 1999 3 26 0.63 1.0e+20 1.0e+20 1.77 1.51 8.28 6.92 1.07 1.0e+20 1.0e+20 1.0e+20 302.40 7.74 42.50 1.0e+20 1.0e+20 120.30 1223.70 3.80 9.59 1.0e+20 7.80 0.53 1.0e+20 8.33 6.26 1.73 69.37 1.0e+20 1.48 33.18 37.68 1.62 584.01 -2411 1999 3 29 0.63 1.0e+20 1.0e+20 1.77 1.51 8.27 6.93 1.07 1.0e+20 1.0e+20 1.0e+20 304.50 7.74 42.48 1.0e+20 1.0e+20 119.78 1226.20 3.80 9.51 1.0e+20 7.79 0.53 1.0e+20 8.34 6.23 1.73 69.38 1.0e+20 1.48 33.20 37.66 1.61 583.15 -2412 1999 3 30 0.62 1.0e+20 1.0e+20 1.73 1.51 8.28 6.92 1.07 1.0e+20 1.0e+20 1.0e+20 303.40 7.74 42.50 1.0e+20 1.0e+20 120.10 1230.00 3.80 9.54 1.0e+20 7.79 0.53 1.0e+20 8.33 6.21 1.73 69.45 1.0e+20 1.48 33.20 37.67 1.61 584.00 -2413 1999 3 31 0.63 1.0e+20 1.0e+20 1.72 1.50 8.28 6.87 1.08 1.0e+20 1.0e+20 1.0e+20 301.86 7.75 42.50 1.0e+20 1.0e+20 118.43 1228.00 3.80 9.52 1.0e+20 7.72 0.53 1.0e+20 8.21 6.17 1.72 69.45 1.0e+20 1.47 33.17 37.58 1.61 583.75 -2414 1999 4 1 0.63 1.0e+20 1.0e+20 1.73 1.50 8.27 6.89 1.07 1.0e+20 1.0e+20 1.0e+20 301.90 7.74 42.50 1.0e+20 1.0e+20 120.19 1225.00 3.80 9.52 1.0e+20 7.75 0.53 1.0e+20 8.24 6.17 1.72 69.55 1.0e+20 1.48 33.20 37.72 1.60 583.75 -2415 1999 4 2 0.63 1.0e+20 1.0e+20 1.73 1.49 8.27 6.89 1.07 1.0e+20 1.0e+20 1.0e+20 302.65 7.75 42.50 1.0e+20 1.0e+20 120.60 1225.20 3.80 9.51 1.0e+20 7.74 0.53 1.0e+20 8.23 6.17 1.73 69.55 1.0e+20 1.48 33.18 37.73 1.60 583.75 -2416 1999 4 5 0.63 1.0e+20 1.0e+20 1.73 1.49 8.27 6.94 1.07 1.0e+20 1.0e+20 1.0e+20 305.30 7.75 42.50 1.0e+20 1.0e+20 122.00 1228.00 3.80 9.48 1.0e+20 7.79 0.53 1.0e+20 8.29 6.16 1.73 69.50 1.0e+20 1.49 33.30 37.76 1.60 583.75 -2417 1999 4 6 0.62 1.0e+20 1.0e+20 1.73 1.50 8.27 6.85 1.08 1.0e+20 1.0e+20 1.0e+20 300.00 7.74 42.75 1.0e+20 1.0e+20 120.74 1231.00 3.80 9.50 1.0e+20 7.69 0.53 1.0e+20 8.21 6.17 1.73 69.55 1.0e+20 1.47 33.32 37.76 1.59 584.00 -2418 1999 4 7 0.62 1.0e+20 1.0e+20 1.73 1.50 8.27 6.89 1.07 1.0e+20 1.0e+20 1.0e+20 301.30 7.74 42.75 1.0e+20 1.0e+20 121.34 1223.00 3.80 9.50 1.0e+20 7.76 0.53 1.0e+20 8.29 6.19 1.73 69.30 1.0e+20 1.48 33.30 37.77 1.59 584.40 -2419 1999 4 8 0.62 1.0e+20 1.0e+20 1.72 1.49 8.27 6.85 1.08 1.0e+20 1.0e+20 1.0e+20 299.60 7.74 42.76 1.0e+20 1.0e+20 120.85 1227.00 3.80 9.49 1.0e+20 7.77 0.53 1.0e+20 8.26 6.22 1.72 69.25 1.0e+20 1.47 33.30 37.80 1.60 584.75 -2420 1999 4 9 0.62 1.0e+20 1.0e+20 1.71 1.50 8.27 6.88 1.07 1.0e+20 1.0e+20 1.0e+20 300.20 7.74 42.78 1.0e+20 1.0e+20 121.09 1226.00 3.80 9.59 1.0e+20 7.78 0.53 1.0e+20 8.27 6.18 1.73 69.30 1.0e+20 1.48 33.18 37.95 1.60 585.75 -2421 1999 4 12 0.63 1.0e+20 1.0e+20 1.71 1.49 8.27 6.85 1.08 1.0e+20 1.0e+20 1.0e+20 299.60 7.74 42.77 1.0e+20 1.0e+20 120.14 1225.00 3.80 9.56 1.0e+20 7.72 0.54 1.0e+20 8.27 6.17 1.72 69.46 1.0e+20 1.47 33.10 37.98 1.61 586.25 -2422 1999 4 13 0.63 1.0e+20 1.0e+20 1.66 1.48 8.27 6.90 1.07 1.0e+20 1.0e+20 1.0e+20 301.85 7.75 42.90 1.0e+20 1.0e+20 120.04 1223.00 3.80 9.51 1.0e+20 7.76 0.54 1.0e+20 8.30 6.11 1.71 69.46 1.0e+20 1.49 33.10 37.95 1.61 587.25 -2423 1999 4 14 0.63 1.0e+20 1.0e+20 1.67 1.49 8.27 6.89 1.07 1.0e+20 1.0e+20 1.0e+20 300.80 7.74 42.85 1.0e+20 1.0e+20 118.89 1220.00 3.80 9.51 1.0e+20 7.72 0.54 1.0e+20 8.27 6.07 1.69 69.46 1.0e+20 1.48 33.00 37.64 1.61 589.00 -2424 1999 4 15 0.63 1.0e+20 1.0e+20 1.67 1.49 8.27 6.94 1.07 1.0e+20 1.0e+20 1.0e+20 302.60 7.75 42.90 1.0e+20 1.0e+20 119.04 1220.00 3.80 9.54 1.0e+20 7.75 0.53 1.0e+20 8.28 6.10 1.69 69.65 1.0e+20 1.49 32.85 37.60 1.61 588.30 -2425 1999 4 16 0.64 1.0e+20 1.0e+20 1.67 1.48 8.27 6.95 1.06 1.0e+20 1.0e+20 1.0e+20 303.80 7.74 42.75 1.0e+20 1.0e+20 117.86 1221.00 3.80 9.53 1.0e+20 7.77 0.54 1.0e+20 8.33 6.11 1.70 69.70 1.0e+20 1.49 32.90 37.40 1.61 588.50 -2426 1999 4 19 0.65 1.0e+20 1.0e+20 1.67 1.48 8.27 7.00 1.06 1.0e+20 1.0e+20 1.0e+20 306.60 7.74 42.95 1.0e+20 1.0e+20 117.99 1215.00 3.80 9.38 1.0e+20 7.79 0.54 1.0e+20 8.38 6.04 1.70 69.55 1.0e+20 1.50 32.80 37.33 1.60 588.80 -2427 1999 4 20 0.64 1.0e+20 1.0e+20 1.72 1.49 8.27 6.98 1.06 1.0e+20 1.0e+20 1.0e+20 306.45 7.74 42.90 1.0e+20 1.0e+20 118.18 1200.00 3.80 9.42 1.0e+20 7.79 0.54 1.0e+20 8.38 6.08 1.70 69.70 1.0e+20 1.50 32.75 37.40 1.61 588.75 -2428 1999 4 21 0.64 1.0e+20 1.0e+20 1.74 1.48 8.27 7.00 1.06 1.0e+20 1.0e+20 1.0e+20 307.70 7.74 42.90 1.0e+20 1.0e+20 119.76 1195.00 3.80 9.37 1.0e+20 7.79 0.54 1.0e+20 8.40 6.08 1.71 69.68 1.0e+20 1.50 32.75 37.60 1.60 590.15 -2429 1999 4 22 0.65 1.0e+20 1.0e+20 1.70 1.48 8.27 7.01 1.05 1.0e+20 1.0e+20 1.0e+20 308.60 7.74 42.81 1.0e+20 1.0e+20 119.84 1198.00 3.80 9.34 1.0e+20 7.80 0.54 1.0e+20 8.40 6.09 1.70 69.69 1.0e+20 1.50 32.80 37.57 1.61 590.00 -2430 1999 4 23 0.65 1.0e+20 1.0e+20 1.69 1.47 8.27 6.99 1.06 1.0e+20 1.0e+20 1.0e+20 306.90 7.74 42.85 1.0e+20 1.0e+20 119.26 1195.00 3.80 9.29 1.0e+20 7.80 0.54 1.0e+20 8.38 6.09 1.70 69.70 1.0e+20 1.50 32.75 37.60 1.61 590.10 -2431 1999 4 26 0.64 1.0e+20 1.0e+20 1.70 1.47 8.27 7.02 1.05 1.0e+20 1.0e+20 1.0e+20 308.18 7.75 42.90 1.0e+20 1.0e+20 119.13 1190.00 3.80 9.32 1.0e+20 7.81 0.54 1.0e+20 8.40 6.07 1.70 69.93 1.0e+20 1.51 32.75 37.70 1.61 589.75 -2432 1999 4 27 0.65 1.0e+20 1.0e+20 1.70 1.47 8.27 6.98 1.06 1.0e+20 1.0e+20 1.0e+20 306.25 7.75 42.91 1.0e+20 1.0e+20 120.23 1185.00 3.80 9.33 1.0e+20 7.78 0.54 1.0e+20 8.35 6.07 1.70 69.85 1.0e+20 1.50 32.75 37.67 1.61 590.00 -2433 1999 4 28 0.65 1.0e+20 1.0e+20 1.69 1.47 8.27 7.00 1.06 1.0e+20 1.0e+20 1.0e+20 307.80 7.75 42.90 1.0e+20 1.0e+20 119.13 1182.00 3.80 9.30 1.0e+20 7.80 0.55 1.0e+20 8.38 6.06 1.69 69.80 1.0e+20 1.51 32.70 37.45 1.61 590.90 -2434 1999 4 29 0.65 1.0e+20 1.0e+20 1.67 1.46 8.27 7.00 1.05 1.0e+20 1.0e+20 1.0e+20 307.55 7.75 42.86 1.0e+20 1.0e+20 119.26 1176.00 3.80 9.27 1.0e+20 7.80 0.55 1.0e+20 8.40 6.06 1.69 69.65 1.0e+20 1.51 32.70 37.40 1.61 591.35 -2435 1999 4 30 0.66 1.0e+20 1.0e+20 1.66 1.45 8.27 7.03 1.05 1.0e+20 1.0e+20 1.0e+20 308.10 7.75 42.84 1.0e+20 1.0e+20 119.43 1189.00 3.80 9.24 1.0e+20 7.81 0.56 1.0e+20 8.44 6.08 1.69 69.65 1.0e+20 1.52 32.75 37.10 1.60 592.05 -2436 1999 5 3 0.66 1.0e+20 1.0e+20 1.66 1.45 8.27 7.03 1.05 1.0e+20 1.0e+20 1.0e+20 307.90 7.75 42.85 1.0e+20 1.0e+20 120.14 1191.00 3.80 9.26 1.0e+20 7.80 0.56 1.0e+20 8.46 6.05 1.70 69.65 1.0e+20 1.52 32.75 37.39 1.60 592.50 -2437 1999 5 4 0.66 1.0e+20 1.0e+20 1.67 1.45 8.27 7.02 1.05 1.0e+20 1.0e+20 1.0e+20 306.90 7.75 42.80 1.0e+20 1.0e+20 120.94 1197.10 3.80 9.28 1.0e+20 7.78 0.55 1.0e+20 8.47 6.06 1.70 69.72 1.0e+20 1.51 32.75 36.88 1.62 594.30 -2438 1999 5 5 0.66 1.0e+20 1.0e+20 1.68 1.45 8.27 6.93 1.07 1.0e+20 1.0e+20 1.0e+20 302.90 7.75 42.80 1.0e+20 1.0e+20 120.91 1199.00 3.80 9.33 1.0e+20 7.73 0.55 1.0e+20 8.40 6.11 1.70 69.80 1.0e+20 1.49 32.77 36.78 1.63 595.50 -2439 1999 5 6 0.66 1.0e+20 1.0e+20 1.67 1.45 8.27 6.89 1.07 1.0e+20 1.0e+20 1.0e+20 301.40 7.75 42.80 1.0e+20 1.0e+20 120.77 1203.00 3.80 9.34 1.0e+20 7.66 0.56 1.0e+20 8.33 6.09 1.70 69.85 1.0e+20 1.49 32.79 37.00 1.63 596.75 -2440 1999 5 7 0.67 1.0e+20 1.0e+20 1.67 1.45 8.27 6.89 1.07 1.0e+20 1.0e+20 1.0e+20 303.15 7.75 42.80 1.0e+20 1.0e+20 120.78 1203.00 3.80 9.35 1.0e+20 7.64 0.55 1.0e+20 8.31 6.14 1.69 69.89 1.0e+20 1.49 32.78 36.83 1.63 595.75 -2441 1999 5 10 0.66 1.0e+20 1.0e+20 1.65 1.46 8.27 6.88 1.07 1.0e+20 1.0e+20 1.0e+20 302.00 7.75 42.80 1.0e+20 1.0e+20 120.68 1201.20 3.80 9.30 1.0e+20 7.61 0.56 1.0e+20 8.28 6.17 1.69 70.10 1.0e+20 1.48 32.83 36.80 1.63 596.15 -2442 1999 5 11 0.67 1.0e+20 1.0e+20 1.64 1.45 8.27 6.93 1.07 1.0e+20 1.0e+20 1.0e+20 303.33 7.75 42.80 1.0e+20 1.0e+20 120.96 1199.00 3.80 9.26 1.0e+20 7.66 0.56 1.0e+20 8.35 6.16 1.69 70.35 1.0e+20 1.49 32.74 36.79 1.62 594.00 -2443 1999 5 12 0.66 1.0e+20 1.0e+20 1.66 1.46 8.27 6.97 1.06 1.0e+20 1.0e+20 1.0e+20 304.70 7.75 42.80 1.0e+20 1.0e+20 120.86 1206.00 3.80 9.32 1.0e+20 7.70 0.56 1.0e+20 8.39 6.20 1.70 70.57 1.0e+20 1.50 32.74 36.82 1.61 596.35 -2444 1999 5 13 0.66 1.0e+20 1.0e+20 1.65 1.45 8.27 6.99 1.06 1.0e+20 1.0e+20 1.0e+20 305.70 7.75 42.80 1.0e+20 1.0e+20 121.67 1206.50 3.80 9.27 1.0e+20 7.71 0.55 1.0e+20 8.42 6.21 1.70 70.74 1.0e+20 1.50 32.75 37.05 1.61 596.00 -2445 1999 5 14 0.66 1.0e+20 1.0e+20 1.65 1.46 8.27 6.97 1.06 1.0e+20 1.0e+20 1.0e+20 305.25 7.75 42.83 1.0e+20 1.0e+20 122.64 1208.00 3.80 9.37 1.0e+20 7.70 0.55 1.0e+20 8.41 6.22 1.71 70.95 1.0e+20 1.50 32.79 37.22 1.61 596.25 -2446 1999 5 17 0.66 1.0e+20 1.0e+20 1.67 1.46 8.27 6.96 1.06 1.0e+20 1.0e+20 1.0e+20 304.95 7.75 42.76 1.0e+20 1.0e+20 123.27 1207.00 3.80 9.36 1.0e+20 7.68 0.55 1.0e+20 8.42 6.19 1.71 70.90 1.0e+20 1.50 32.79 37.25 1.61 595.75 -2447 1999 5 18 0.67 1.0e+20 1.0e+20 1.67 1.46 8.27 6.96 1.06 1.0e+20 1.0e+20 1.0e+20 305.00 7.75 42.77 1.0e+20 1.0e+20 123.24 1201.00 3.80 9.30 1.0e+20 7.70 0.56 1.0e+20 8.43 6.15 1.71 71.20 1.0e+20 1.50 32.80 37.05 1.62 596.51 -2448 1999 5 19 0.66 1.0e+20 1.0e+20 1.67 1.46 8.27 6.98 1.06 1.0e+20 1.0e+20 1.0e+20 305.25 7.75 42.80 1.0e+20 1.0e+20 124.45 1200.00 3.80 9.31 1.0e+20 7.75 0.55 1.0e+20 8.46 6.18 1.72 71.30 1.0e+20 1.50 32.81 37.18 1.61 596.75 -2449 1999 5 20 0.66 1.0e+20 1.0e+20 1.69 1.46 8.27 6.99 1.06 1.0e+20 1.0e+20 1.0e+20 305.55 7.75 42.80 1.0e+20 1.0e+20 124.15 1200.00 3.80 9.34 1.0e+20 7.76 0.54 1.0e+20 8.44 6.21 1.72 71.20 1.0e+20 1.50 32.85 37.13 1.61 597.00 -2450 1999 5 21 0.65 1.0e+20 1.0e+20 1.70 1.45 8.27 7.02 1.05 1.0e+20 1.0e+20 1.0e+20 307.25 7.75 42.80 1.0e+20 1.0e+20 123.90 1194.50 3.80 9.37 1.0e+20 7.78 0.54 1.0e+20 8.48 6.20 1.72 70.85 1.0e+20 1.51 32.85 37.15 1.60 597.25 -2451 1999 5 24 0.65 1.0e+20 1.0e+20 1.70 1.45 8.27 7.01 1.05 1.0e+20 1.0e+20 1.0e+20 306.50 7.75 42.80 1.0e+20 1.0e+20 123.57 1189.50 3.80 9.40 1.0e+20 7.79 0.54 1.0e+20 8.47 6.21 1.72 71.15 1.0e+20 1.51 32.80 37.10 1.59 597.90 -2452 1999 5 25 0.65 1.0e+20 1.0e+20 1.75 1.46 8.27 7.01 1.05 1.0e+20 1.0e+20 1.0e+20 307.00 7.75 42.80 1.0e+20 1.0e+20 122.88 1186.60 3.80 9.55 1.0e+20 7.79 0.54 1.0e+20 8.48 6.23 1.72 70.80 1.0e+20 1.50 32.77 37.17 1.60 598.00 -2453 1999 5 26 0.64 1.0e+20 1.0e+20 1.72 1.47 8.27 7.09 1.04 1.0e+20 1.0e+20 1.0e+20 311.00 7.75 42.95 1.0e+20 1.0e+20 122.03 1191.20 3.80 9.67 1.0e+20 7.85 0.53 1.0e+20 8.57 6.26 1.73 70.78 1.0e+20 1.52 32.79 37.17 1.59 598.74 -2454 1999 5 27 0.64 1.0e+20 1.0e+20 1.72 1.47 8.27 7.12 1.04 1.0e+20 1.0e+20 1.0e+20 311.70 7.75 43.45 1.0e+20 1.0e+20 121.27 1188.70 3.80 9.76 1.0e+20 7.90 0.53 1.0e+20 8.61 6.27 1.73 70.92 1.0e+20 1.52 32.85 37.11 1.59 599.00 -2455 1999 5 28 0.65 1.0e+20 1.0e+20 1.73 1.47 8.27 7.13 1.04 1.0e+20 1.0e+20 1.0e+20 311.70 7.75 43.17 1.0e+20 1.0e+20 120.88 1186.10 3.80 9.79 1.0e+20 7.90 0.53 1.0e+20 8.59 6.23 1.72 70.90 1.0e+20 1.52 32.80 37.15 1.60 599.15 -2456 1999 5 31 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2457 1999 6 1 0.64 1.0e+20 1.0e+20 1.74 1.48 8.27 7.11 1.04 1.0e+20 1.0e+20 1.0e+20 311.00 7.75 43.00 1.0e+20 1.0e+20 120.75 1187.40 3.80 9.81 1.0e+20 7.88 0.52 1.0e+20 8.59 6.21 1.72 70.85 1.0e+20 1.52 32.80 37.10 1.61 599.50 -2458 1999 6 2 0.64 1.0e+20 1.0e+20 1.75 1.48 8.27 7.17 1.03 1.0e+20 1.0e+20 1.0e+20 312.50 7.75 43.00 1.0e+20 1.0e+20 121.14 1186.20 3.80 9.78 1.0e+20 7.94 0.52 1.0e+20 8.64 6.20 1.72 71.00 1.0e+20 1.53 32.80 37.13 1.60 599.50 -2459 1999 6 3 0.64 1.0e+20 1.0e+20 1.75 1.47 8.27 7.18 1.03 1.0e+20 1.0e+20 1.0e+20 313.10 7.75 43.00 1.0e+20 1.0e+20 121.50 1185.00 3.80 9.66 1.0e+20 7.96 0.52 1.0e+20 8.64 6.19 1.72 70.75 1.0e+20 1.53 32.80 37.08 1.60 599.90 -2460 1999 6 4 0.65 1.0e+20 1.0e+20 1.73 1.46 8.27 7.20 1.03 1.0e+20 1.0e+20 1.0e+20 314.50 7.75 43.00 1.0e+20 1.0e+20 121.99 1184.00 3.80 9.62 1.0e+20 7.97 0.53 1.0e+20 8.65 6.16 1.72 70.85 1.0e+20 1.53 32.80 37.14 1.60 600.60 -2461 1999 6 7 0.65 1.0e+20 1.0e+20 1.74 1.47 8.27 7.21 1.02 1.0e+20 1.0e+20 1.0e+20 314.30 7.75 43.05 1.0e+20 1.0e+20 121.31 1184.00 3.80 9.50 1.0e+20 7.95 0.53 1.0e+20 8.63 6.09 1.72 70.71 1.0e+20 1.54 32.65 37.10 1.60 600.75 -2462 1999 6 8 0.65 1.0e+20 1.0e+20 1.75 1.47 8.27 7.11 1.04 1.0e+20 1.0e+20 1.0e+20 310.10 7.75 43.05 1.0e+20 1.0e+20 119.88 1178.50 3.80 9.50 1.0e+20 7.85 0.53 1.0e+20 8.52 6.10 1.71 70.87 1.0e+20 1.52 32.60 36.97 1.60 601.50 -2463 1999 6 9 0.65 1.0e+20 1.0e+20 1.75 1.47 8.27 7.11 1.04 1.0e+20 1.0e+20 1.0e+20 310.15 7.75 43.07 1.0e+20 1.0e+20 119.20 1166.50 3.80 9.57 1.0e+20 7.87 0.53 1.0e+20 8.55 6.13 1.71 70.83 1.0e+20 1.52 32.55 37.00 1.60 602.00 -2464 1999 6 10 0.66 1.0e+20 1.0e+20 1.76 1.46 8.27 7.08 1.04 1.0e+20 1.0e+20 1.0e+20 309.30 7.75 43.15 1.0e+20 1.0e+20 118.85 1167.50 3.80 9.60 1.0e+20 7.82 0.53 1.0e+20 8.49 6.13 1.71 70.91 1.0e+20 1.52 32.55 36.91 1.60 602.00 -2465 1999 6 11 0.66 1.0e+20 1.0e+20 1.77 1.46 8.27 7.07 1.05 1.0e+20 1.0e+20 1.0e+20 308.25 7.75 43.06 1.0e+20 1.0e+20 118.14 1168.00 3.80 9.55 1.0e+20 7.80 0.54 1.0e+20 8.45 6.08 1.71 70.90 1.0e+20 1.51 32.50 36.90 1.60 602.00 -2466 1999 6 14 0.66 1.0e+20 1.0e+20 1.78 1.46 8.27 7.13 1.04 1.0e+20 1.0e+20 1.0e+20 311.50 7.75 43.25 1.0e+20 1.0e+20 120.40 1171.00 3.80 9.58 1.0e+20 7.85 0.53 1.0e+20 8.50 6.09 1.71 70.99 1.0e+20 1.53 32.43 37.05 1.60 602.75 -2467 1999 6 15 0.65 1.0e+20 1.0e+20 1.79 1.46 8.27 7.13 1.04 1.0e+20 1.0e+20 1.0e+20 311.00 7.75 43.45 1.0e+20 1.0e+20 120.63 1167.00 3.80 9.52 1.0e+20 7.86 0.53 1.0e+20 8.48 6.09 1.70 71.50 1.0e+20 1.53 32.39 37.00 1.59 603.00 -2468 1999 6 16 0.65 1.0e+20 1.0e+20 1.76 1.45 8.27 7.21 1.02 1.0e+20 1.0e+20 1.0e+20 314.00 7.75 43.20 1.0e+20 1.0e+20 120.03 1165.00 3.80 9.46 1.0e+20 7.92 0.53 1.0e+20 8.53 6.08 1.70 71.30 1.0e+20 1.54 32.42 36.92 1.58 603.60 -2469 1999 6 17 0.65 1.0e+20 1.0e+20 1.75 1.46 8.27 7.19 1.03 1.0e+20 1.0e+20 1.0e+20 312.95 7.75 43.20 1.0e+20 1.0e+20 119.47 1167.00 3.80 9.38 1.0e+20 7.88 0.53 1.0e+20 8.47 6.04 1.70 71.25 1.0e+20 1.54 32.36 36.90 1.59 604.00 -2470 1999 6 18 0.65 1.0e+20 1.0e+20 1.75 1.46 8.27 7.17 1.03 1.0e+20 1.0e+20 1.0e+20 312.35 7.75 43.16 1.0e+20 1.0e+20 120.48 1164.00 3.80 9.37 1.0e+20 7.86 0.53 1.0e+20 8.43 5.99 1.70 71.30 1.0e+20 1.54 32.37 36.93 1.59 604.80 -2471 1999 6 21 0.65 1.0e+20 1.0e+20 1.76 1.47 8.27 7.20 1.03 1.0e+20 1.0e+20 1.0e+20 314.20 7.75 43.17 1.0e+20 1.0e+20 122.28 1166.00 3.80 9.39 1.0e+20 7.84 0.53 1.0e+20 8.41 6.01 1.70 71.40 1.0e+20 1.54 33.00 36.92 1.58 605.50 -2472 1999 6 22 0.65 1.0e+20 1.0e+20 1.77 1.47 8.27 7.20 1.03 1.0e+20 1.0e+20 1.0e+20 314.20 7.75 43.30 1.0e+20 1.0e+20 121.68 1160.00 3.80 9.36 1.0e+20 7.84 0.53 1.0e+20 8.43 5.98 1.69 71.45 1.0e+20 1.54 32.36 36.58 1.58 605.00 -2473 1999 6 23 0.65 1.0e+20 1.0e+20 1.78 1.47 8.27 7.20 1.03 1.0e+20 1.0e+20 1.0e+20 314.50 7.75 43.27 1.0e+20 1.0e+20 122.05 1163.00 3.80 9.40 1.0e+20 7.85 0.53 1.0e+20 8.42 6.04 1.70 71.48 1.0e+20 1.54 32.40 36.73 1.57 605.40 -2474 1999 6 24 0.65 1.0e+20 1.0e+20 1.81 1.47 8.27 7.17 1.03 1.0e+20 1.0e+20 1.0e+20 313.50 7.75 43.45 1.0e+20 1.0e+20 121.83 1158.00 3.80 9.47 1.0e+20 7.85 0.53 1.0e+20 8.44 6.07 1.70 71.65 1.0e+20 1.53 32.38 36.65 1.58 605.40 -2475 1999 6 25 0.66 1.0e+20 1.0e+20 1.79 1.46 8.27 7.11 1.04 1.0e+20 1.0e+20 1.0e+20 311.25 7.75 43.45 1.0e+20 1.0e+20 121.28 1156.00 3.80 9.49 1.0e+20 7.80 0.53 1.0e+20 8.39 6.06 1.70 71.58 1.0e+20 1.52 32.41 36.65 1.58 605.75 -2476 1999 6 28 0.65 1.0e+20 1.0e+20 1.78 1.46 8.27 7.16 1.03 1.0e+20 1.0e+20 1.0e+20 313.05 7.75 43.45 1.0e+20 1.0e+20 121.30 1157.00 3.80 9.48 1.0e+20 7.85 0.53 1.0e+20 8.45 6.05 1.70 71.90 1.0e+20 1.54 32.36 36.92 1.58 605.70 -2477 1999 6 29 0.65 1.0e+20 1.0e+20 1.77 1.47 8.27 7.19 1.03 1.0e+20 1.0e+20 1.0e+20 313.90 7.75 43.50 1.0e+20 1.0e+20 120.81 1157.50 3.80 9.42 1.0e+20 7.85 0.53 1.0e+20 8.46 6.03 1.70 71.59 1.0e+20 1.54 32.31 36.88 1.57 606.40 -2478 1999 6 30 0.66 1.0e+20 1.0e+20 1.77 1.47 8.27 7.21 1.03 1.0e+20 1.0e+20 1.0e+20 315.10 7.75 43.45 1.0e+20 1.0e+20 120.94 1157.50 3.80 9.44 1.0e+20 7.87 0.52 1.0e+20 8.48 6.03 1.70 71.59 1.0e+20 1.55 32.31 36.89 1.57 607.25 -2479 1999 7 1 0.66 1.0e+20 1.0e+20 1.76 1.46 8.27 7.26 1.02 1.0e+20 1.0e+20 1.0e+20 317.75 7.75 43.35 1.0e+20 1.0e+20 120.99 1165.00 3.80 9.38 1.0e+20 7.91 0.53 1.0e+20 8.54 6.03 1.69 71.53 1.0e+20 1.56 32.32 36.87 1.57 607.10 -2480 1999 7 2 0.67 1.0e+20 1.0e+20 1.77 1.46 8.27 7.25 1.02 1.0e+20 1.0e+20 1.0e+20 317.15 7.75 43.45 1.0e+20 1.0e+20 121.13 1164.10 3.80 9.36 1.0e+20 7.88 0.53 1.0e+20 8.49 6.02 1.69 71.90 1.0e+20 1.56 32.28 36.95 1.57 607.75 -2481 1999 7 5 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2482 1999 7 6 0.66 1.0e+20 1.0e+20 1.77 1.46 8.27 7.26 1.02 1.0e+20 1.0e+20 1.0e+20 317.80 7.75 43.40 1.0e+20 1.0e+20 121.94 1168.00 3.80 9.33 1.0e+20 7.88 0.52 1.0e+20 8.49 6.05 1.69 71.90 1.0e+20 1.56 32.29 36.81 1.56 608.65 -2483 1999 7 7 0.66 1.0e+20 1.0e+20 1.78 1.47 8.27 7.27 1.02 1.0e+20 1.0e+20 1.0e+20 318.00 7.75 43.45 1.0e+20 1.0e+20 122.19 1173.00 3.80 9.36 1.0e+20 7.91 0.52 1.0e+20 8.50 6.05 1.69 71.80 1.0e+20 1.56 32.30 36.95 1.56 608.76 -2484 1999 7 8 0.66 1.0e+20 1.0e+20 1.79 1.46 8.27 7.29 1.01 1.0e+20 1.0e+20 1.0e+20 319.20 7.75 43.50 1.0e+20 1.0e+20 122.57 1181.00 3.80 9.34 1.0e+20 7.95 0.52 1.0e+20 8.55 6.07 1.69 71.80 1.0e+20 1.57 32.34 37.10 1.55 609.25 -2485 1999 7 9 0.66 1.0e+20 1.0e+20 1.80 1.47 8.27 7.30 1.01 1.0e+20 1.0e+20 1.0e+20 319.10 7.76 43.35 1.0e+20 1.0e+20 122.37 1188.00 3.80 9.37 1.0e+20 7.96 0.52 1.0e+20 8.57 6.11 1.69 71.90 1.0e+20 1.57 32.35 37.16 1.55 610.21 -2486 1999 7 12 0.66 1.0e+20 1.0e+20 1.82 1.48 8.27 7.33 1.01 1.0e+20 1.0e+20 1.0e+20 320.54 7.76 43.30 1.0e+20 1.0e+20 122.22 1184.00 3.80 9.46 1.0e+20 7.99 0.52 1.0e+20 8.61 6.14 1.70 71.95 1.0e+20 1.58 32.26 37.27 1.55 611.00 -2487 1999 7 13 0.65 1.0e+20 1.0e+20 1.83 1.48 8.27 7.31 1.01 1.0e+20 1.0e+20 1.0e+20 319.30 7.76 43.35 1.0e+20 1.0e+20 121.38 1176.00 3.80 9.46 1.0e+20 8.01 0.52 1.0e+20 8.59 6.15 1.69 71.95 1.0e+20 1.57 32.29 37.18 1.55 609.90 -2488 1999 7 14 0.65 1.0e+20 1.0e+20 1.80 1.48 8.27 7.28 1.02 1.0e+20 1.0e+20 1.0e+20 317.80 7.76 43.35 1.0e+20 1.0e+20 120.58 1184.00 3.80 9.34 1.0e+20 7.98 0.52 1.0e+20 8.58 6.15 1.69 72.10 1.0e+20 1.57 32.29 37.10 1.56 611.25 -2489 1999 7 15 0.66 1.0e+20 1.0e+20 1.82 1.48 8.27 7.27 1.02 1.0e+20 1.0e+20 1.0e+20 317.30 7.76 43.26 1.0e+20 1.0e+20 120.49 1184.00 3.80 9.35 1.0e+20 7.97 0.52 1.0e+20 8.56 6.14 1.69 72.10 1.0e+20 1.57 32.34 37.09 1.56 612.00 -2490 1999 7 16 0.66 1.0e+20 1.0e+20 1.81 1.48 8.27 7.28 1.02 1.0e+20 1.0e+20 1.0e+20 317.75 7.76 43.35 1.0e+20 1.0e+20 120.98 1183.00 3.80 9.36 1.0e+20 7.96 0.52 1.0e+20 8.55 6.15 1.70 71.68 1.0e+20 1.57 32.39 37.20 1.56 612.10 -2491 1999 7 19 0.65 1.0e+20 1.0e+20 1.79 1.49 8.27 7.30 1.02 1.0e+20 1.0e+20 1.0e+20 318.40 7.75 43.25 1.0e+20 1.0e+20 119.18 1188.00 3.80 9.30 1.0e+20 7.94 0.52 1.0e+20 8.52 6.17 1.70 71.80 1.0e+20 1.57 32.36 37.17 1.56 612.00 -2492 1999 7 20 0.64 1.0e+20 1.0e+20 1.80 1.49 8.27 7.14 1.04 1.0e+20 1.0e+20 1.0e+20 311.75 7.75 43.26 1.0e+20 1.0e+20 118.94 1194.00 3.80 9.30 1.0e+20 7.85 0.52 1.0e+20 8.39 6.12 1.70 71.80 1.0e+20 1.54 32.26 37.16 1.57 611.25 -2493 1999 7 21 0.64 1.0e+20 1.0e+20 1.81 1.50 8.27 7.07 1.05 1.0e+20 1.0e+20 1.0e+20 308.85 7.76 43.35 1.0e+20 1.0e+20 118.25 1201.00 3.80 9.35 1.0e+20 7.85 0.52 1.0e+20 8.33 6.10 1.69 71.95 1.0e+20 1.52 32.41 37.18 1.57 613.00 -2494 1999 7 22 0.64 1.0e+20 1.0e+20 1.82 1.50 8.27 7.08 1.05 1.0e+20 1.0e+20 1.0e+20 309.55 7.76 43.35 1.0e+20 1.0e+20 117.27 1209.00 3.80 9.38 1.0e+20 7.86 0.52 1.0e+20 8.35 6.11 1.70 71.95 1.0e+20 1.52 32.50 37.40 1.58 613.25 -2495 1999 7 23 0.64 1.0e+20 1.0e+20 1.81 1.50 8.27 7.11 1.04 1.0e+20 1.0e+20 1.0e+20 309.50 7.76 43.28 1.0e+20 1.0e+20 116.51 1208.80 3.80 9.39 1.0e+20 7.85 0.53 1.0e+20 8.36 6.11 1.69 72.00 1.0e+20 1.52 32.40 37.41 1.57 614.00 -2496 1999 7 26 0.64 1.0e+20 1.0e+20 1.81 1.51 8.27 6.98 1.06 1.0e+20 1.0e+20 1.0e+20 305.10 7.76 43.28 1.0e+20 1.0e+20 116.66 1209.00 3.80 9.41 1.0e+20 7.81 0.52 1.0e+20 8.27 6.14 1.68 72.05 1.0e+20 1.50 32.33 37.35 1.59 613.75 -2497 1999 7 27 0.64 1.0e+20 1.0e+20 1.81 1.51 8.27 7.00 1.06 1.0e+20 1.0e+20 1.0e+20 305.65 7.76 43.40 1.0e+20 1.0e+20 116.23 1204.00 3.80 9.37 1.0e+20 7.84 0.52 1.0e+20 8.27 6.13 1.68 72.05 1.0e+20 1.50 32.40 37.30 1.58 613.20 -2498 1999 7 28 0.64 1.0e+20 1.0e+20 1.78 1.51 8.27 7.00 1.06 1.0e+20 1.0e+20 1.0e+20 305.50 7.76 43.33 1.0e+20 1.0e+20 116.17 1198.10 3.80 9.38 1.0e+20 7.87 0.52 1.0e+20 8.26 6.14 1.67 72.00 1.0e+20 1.50 32.38 37.02 1.59 612.25 -2499 1999 7 29 0.64 1.0e+20 1.0e+20 1.79 1.50 8.27 6.94 1.07 1.0e+20 1.0e+20 1.0e+20 303.50 7.76 43.43 1.0e+20 1.0e+20 115.19 1205.00 3.80 9.42 1.0e+20 7.81 0.52 1.0e+20 8.20 6.16 1.68 72.00 1.0e+20 1.49 32.35 37.10 1.61 611.00 -2500 1999 7 30 0.65 1.0e+20 1.0e+20 1.79 1.50 8.27 6.96 1.06 1.0e+20 1.0e+20 1.0e+20 304.40 7.76 43.45 1.0e+20 1.0e+20 114.70 1204.00 3.80 9.40 1.0e+20 7.77 0.53 1.0e+20 8.22 6.16 1.68 71.95 1.0e+20 1.49 32.24 37.23 1.62 613.00 -2501 1999 8 2 0.65 1.0e+20 1.0e+20 1.81 1.50 8.27 6.98 1.06 1.0e+20 1.0e+20 1.0e+20 305.40 7.76 43.38 1.0e+20 1.0e+20 114.51 1201.00 3.80 9.40 1.0e+20 7.75 0.52 1.0e+20 8.21 6.20 1.67 71.85 1.0e+20 1.49 32.32 37.40 1.61 613.50 -2502 1999 8 3 0.65 1.0e+20 1.0e+20 1.83 1.49 8.27 6.96 1.06 1.0e+20 1.0e+20 1.0e+20 305.14 7.76 43.38 1.0e+20 1.0e+20 115.10 1199.00 3.80 9.46 1.0e+20 7.74 0.53 1.0e+20 8.17 6.19 1.68 71.80 1.0e+20 1.49 32.19 37.29 1.61 613.70 -2503 1999 8 4 0.65 1.0e+20 1.0e+20 1.82 1.48 8.27 6.91 1.07 1.0e+20 1.0e+20 1.0e+20 302.35 7.76 43.40 1.0e+20 1.0e+20 114.20 1202.00 3.80 9.44 1.0e+20 7.72 0.53 1.0e+20 8.14 6.15 1.67 71.70 1.0e+20 1.48 32.25 37.36 1.62 613.75 -2504 1999 8 5 0.65 1.0e+20 1.0e+20 1.85 1.49 8.27 6.89 1.07 1.0e+20 1.0e+20 1.0e+20 302.10 7.76 43.45 1.0e+20 1.0e+20 113.98 1202.00 3.80 9.49 1.0e+20 7.70 0.53 1.0e+20 8.14 6.17 1.67 71.65 1.0e+20 1.48 32.10 37.50 1.61 613.75 -2505 1999 8 6 0.65 1.0e+20 1.0e+20 1.85 1.50 8.27 6.91 1.07 1.0e+20 1.0e+20 1.0e+20 303.60 7.76 43.48 1.0e+20 1.0e+20 114.60 1200.00 3.80 9.50 1.0e+20 7.72 0.52 1.0e+20 8.16 6.17 1.66 71.65 1.0e+20 1.48 32.20 37.70 1.61 613.50 -2506 1999 8 9 0.65 1.0e+20 1.0e+20 1.84 1.50 8.27 6.95 1.06 1.0e+20 1.0e+20 1.0e+20 305.67 7.76 43.35 1.0e+20 1.0e+20 115.37 1198.00 3.79 9.48 1.0e+20 7.74 0.52 1.0e+20 8.22 6.16 1.66 1.0e+20 1.0e+20 1.49 32.00 37.83 1.60 613.25 -2507 1999 8 10 0.65 1.0e+20 1.0e+20 1.88 1.50 8.27 6.92 1.07 1.0e+20 1.0e+20 1.0e+20 304.05 7.76 43.45 1.0e+20 1.0e+20 114.44 1199.30 3.80 9.52 1.0e+20 7.70 0.52 1.0e+20 8.21 6.17 1.66 71.65 1.0e+20 1.48 32.20 37.82 1.61 613.50 -2508 1999 8 11 0.64 1.0e+20 1.0e+20 1.87 1.49 8.27 6.97 1.06 1.0e+20 1.0e+20 1.0e+20 306.50 7.76 43.47 1.0e+20 1.0e+20 115.10 1202.00 3.80 9.42 1.0e+20 7.73 0.52 1.0e+20 8.25 6.14 1.67 71.65 1.0e+20 1.50 32.20 38.18 1.61 614.35 -2509 1999 8 12 0.64 1.0e+20 1.0e+20 1.85 1.48 8.27 6.99 1.06 1.0e+20 1.0e+20 1.0e+20 307.20 7.76 43.50 1.0e+20 1.0e+20 115.76 1210.00 3.80 9.35 1.0e+20 7.74 0.52 1.0e+20 8.26 6.11 1.67 71.65 1.0e+20 1.50 32.23 38.15 1.60 614.75 -2510 1999 8 13 0.65 1.0e+20 1.0e+20 1.87 1.47 8.27 7.03 1.05 1.0e+20 1.0e+20 1.0e+20 308.35 7.76 43.52 1.0e+20 1.0e+20 115.66 1207.00 3.80 9.39 1.0e+20 7.80 0.53 1.0e+20 8.31 6.11 1.67 71.72 1.0e+20 1.51 32.20 38.00 1.60 615.25 -2511 1999 8 16 0.64 1.0e+20 1.0e+20 1.88 1.48 8.27 7.04 1.05 1.0e+20 1.0e+20 1.0e+20 309.30 7.76 43.50 1.0e+20 1.0e+20 114.83 1204.00 3.80 9.36 1.0e+20 7.78 0.52 1.0e+20 8.30 6.10 1.67 72.10 1.0e+20 1.51 32.10 38.00 1.60 615.31 -2512 1999 8 17 0.64 1.0e+20 1.0e+20 1.88 1.47 8.27 7.06 1.05 1.0e+20 1.0e+20 1.0e+20 310.00 7.76 43.54 1.0e+20 1.0e+20 114.18 1206.00 3.80 9.34 1.0e+20 7.80 0.52 1.0e+20 8.31 6.12 1.68 71.69 1.0e+20 1.52 32.05 38.47 1.60 615.25 -2513 1999 8 18 0.64 1.0e+20 1.0e+20 1.89 1.48 8.27 7.07 1.05 1.0e+20 1.0e+20 1.0e+20 310.65 7.76 43.55 1.0e+20 1.0e+20 112.30 1203.00 3.80 9.32 1.0e+20 7.82 0.53 1.0e+20 8.33 6.12 1.67 72.05 1.0e+20 1.52 32.03 38.41 1.60 615.25 -2514 1999 8 19 0.63 1.0e+20 1.0e+20 1.92 1.49 8.27 6.99 1.06 1.0e+20 1.0e+20 1.0e+20 307.45 7.76 43.59 1.0e+20 1.0e+20 111.14 1200.00 3.80 9.39 1.0e+20 7.74 0.53 1.0e+20 8.24 6.12 1.67 71.66 1.0e+20 1.50 32.02 38.43 1.61 616.10 -2515 1999 8 20 0.63 1.0e+20 1.0e+20 1.99 1.49 8.27 6.97 1.06 1.0e+20 1.0e+20 1.0e+20 306.60 7.76 43.59 1.0e+20 1.0e+20 111.44 1201.00 3.80 9.40 1.0e+20 7.74 0.53 1.0e+20 8.22 6.11 1.67 72.00 1.0e+20 1.49 32.03 38.36 1.61 616.75 -2516 1999 8 23 0.63 1.0e+20 1.0e+20 1.86 1.49 8.27 7.04 1.05 1.0e+20 1.0e+20 1.0e+20 309.75 7.76 43.53 1.0e+20 1.0e+20 111.73 1198.00 3.80 9.34 1.0e+20 7.87 0.53 1.0e+20 8.29 6.07 1.68 72.05 1.0e+20 1.51 31.98 38.33 1.60 617.75 -2517 1999 8 24 0.63 1.0e+20 1.0e+20 1.90 1.49 8.27 7.07 1.05 1.0e+20 1.0e+20 1.0e+20 310.68 7.76 43.65 1.0e+20 1.0e+20 111.53 1199.00 3.80 9.32 1.0e+20 7.85 0.52 1.0e+20 8.28 6.09 1.69 72.05 1.0e+20 1.52 31.98 38.35 1.59 617.75 -2518 1999 8 25 0.63 1.0e+20 1.0e+20 1.93 1.49 8.27 7.10 1.04 1.0e+20 1.0e+20 1.0e+20 311.85 7.76 43.55 1.0e+20 1.0e+20 111.18 1192.00 3.80 9.31 1.0e+20 7.95 0.51 1.0e+20 8.33 6.11 1.69 71.80 1.0e+20 1.53 31.95 38.35 1.58 618.60 -2519 1999 8 26 0.63 1.0e+20 1.0e+20 1.91 1.50 8.27 7.12 1.04 1.0e+20 1.0e+20 1.0e+20 312.85 7.76 43.55 1.0e+20 1.0e+20 111.83 1191.00 3.80 9.34 1.0e+20 7.99 0.51 1.0e+20 8.35 6.09 1.69 72.15 1.0e+20 1.53 31.95 38.38 1.58 618.50 -2520 1999 8 27 0.63 1.0e+20 1.0e+20 1.94 1.49 8.27 7.10 1.04 1.0e+20 1.0e+20 1.0e+20 312.08 7.76 43.53 1.0e+20 1.0e+20 111.68 1183.00 3.80 9.39 1.0e+20 7.95 0.51 1.0e+20 8.32 6.09 1.68 71.90 1.0e+20 1.53 31.90 38.35 1.58 619.35 -2521 1999 8 30 0.63 1.0e+20 1.0e+20 1.94 1.49 8.27 7.11 1.04 1.0e+20 1.0e+20 1.0e+20 312.40 7.76 43.56 1.0e+20 1.0e+20 111.13 1184.50 3.80 9.41 1.0e+20 7.94 0.51 1.0e+20 8.34 6.09 1.68 72.40 1.0e+20 1.53 31.90 38.33 1.58 620.50 -2522 1999 8 31 0.63 1.0e+20 1.0e+20 1.92 1.49 8.27 7.02 1.05 1.0e+20 1.0e+20 1.0e+20 308.45 7.76 43.55 1.0e+20 1.0e+20 109.30 1181.00 3.80 9.39 1.0e+20 7.83 0.51 1.0e+20 8.22 6.09 1.68 72.05 1.0e+20 1.51 31.90 38.33 1.60 620.55 -2523 1999 9 1 0.63 1.0e+20 1.0e+20 1.91 1.48 8.27 7.02 1.05 1.0e+20 1.0e+20 1.0e+20 308.35 7.76 43.55 1.0e+20 1.0e+20 109.35 1185.00 3.80 9.34 1.0e+20 7.82 0.51 1.0e+20 8.21 6.03 1.68 71.95 1.0e+20 1.51 31.88 38.82 1.60 621.50 -2524 1999 9 2 0.64 1.0e+20 1.0e+20 1.92 1.49 8.27 6.95 1.06 1.0e+20 1.0e+20 1.0e+20 305.33 7.76 43.60 1.0e+20 1.0e+20 109.24 1191.00 3.80 9.38 1.0e+20 7.78 0.51 1.0e+20 8.16 6.04 1.68 71.80 1.0e+20 1.49 31.85 38.86 1.60 622.75 -2525 1999 9 3 0.64 1.0e+20 1.0e+20 1.90 1.49 8.27 7.01 1.06 1.0e+20 1.0e+20 1.0e+20 308.00 7.76 43.57 1.0e+20 1.0e+20 110.09 1192.00 3.80 9.34 1.0e+20 7.84 0.51 1.0e+20 8.19 6.01 1.68 72.00 1.0e+20 1.50 31.85 38.85 1.60 623.55 -2526 1999 9 6 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2527 1999 9 7 0.64 1.0e+20 1.0e+20 1.90 1.49 8.27 7.03 1.05 1.0e+20 1.0e+20 1.0e+20 309.50 7.76 43.58 1.0e+20 1.0e+20 110.92 1194.00 3.80 9.36 1.0e+20 7.81 0.52 1.0e+20 8.17 6.05 1.69 71.80 1.0e+20 1.51 31.88 39.19 1.60 622.50 -2528 1999 9 8 0.64 1.0e+20 1.0e+20 1.89 1.48 8.27 7.02 1.05 1.0e+20 1.0e+20 1.0e+20 308.85 7.76 43.57 1.0e+20 1.0e+20 110.99 1195.00 3.80 9.35 1.0e+20 7.77 0.52 1.0e+20 8.15 6.09 1.69 71.80 1.0e+20 1.51 31.80 39.70 1.61 622.50 -2529 1999 9 9 0.65 1.0e+20 1.0e+20 1.87 1.48 8.27 7.05 1.05 1.0e+20 1.0e+20 1.0e+20 310.30 7.76 43.58 1.0e+20 1.0e+20 108.00 1191.00 3.80 9.35 1.0e+20 7.78 0.53 1.0e+20 8.16 6.08 1.68 71.80 1.0e+20 1.51 31.88 39.50 1.63 622.61 -2530 1999 9 10 0.65 1.0e+20 1.0e+20 1.85 1.47 8.27 7.14 1.04 1.0e+20 1.0e+20 1.0e+20 314.20 7.76 43.55 1.0e+20 1.0e+20 109.00 1192.00 3.80 9.32 1.0e+20 7.88 0.53 1.0e+20 8.26 6.06 1.68 72.25 1.0e+20 1.54 31.85 39.49 1.61 624.50 -2531 1999 9 13 0.65 1.0e+20 1.0e+20 1.88 1.47 8.27 7.14 1.04 1.0e+20 1.0e+20 1.0e+20 313.75 7.76 43.58 1.0e+20 1.0e+20 106.19 1191.00 3.80 9.32 1.0e+20 7.86 0.53 1.0e+20 8.21 6.06 1.68 71.80 1.0e+20 1.54 31.85 39.48 1.60 624.75 -2532 1999 9 14 0.65 1.0e+20 1.0e+20 1.89 1.47 8.27 7.15 1.04 1.0e+20 1.0e+20 1.0e+20 314.00 7.76 43.60 1.0e+20 1.0e+20 105.33 1195.00 3.80 9.34 1.0e+20 7.90 0.52 1.0e+20 8.28 6.07 1.68 71.80 1.0e+20 1.54 31.85 39.58 1.60 624.75 -2533 1999 9 15 0.64 1.0e+20 1.0e+20 1.88 1.47 8.27 7.16 1.03 1.0e+20 1.0e+20 1.0e+20 314.10 7.76 43.60 1.0e+20 1.0e+20 103.78 1192.00 3.80 9.31 1.0e+20 7.91 0.52 1.0e+20 8.29 6.12 1.68 71.80 1.0e+20 1.54 31.83 39.53 1.61 625.00 -2534 1999 9 16 0.64 1.0e+20 1.0e+20 1.88 1.47 8.27 7.13 1.04 1.0e+20 1.0e+20 1.0e+20 313.30 7.76 43.61 1.0e+20 1.0e+20 105.10 1199.00 3.80 9.43 1.0e+20 7.89 0.52 1.0e+20 8.29 6.12 1.69 71.80 1.0e+20 1.53 31.80 40.05 1.62 624.85 -2535 1999 9 17 0.64 1.0e+20 1.0e+20 1.89 1.47 8.27 7.14 1.03 1.0e+20 1.0e+20 1.0e+20 313.95 7.76 43.61 1.0e+20 1.0e+20 106.94 1204.00 3.80 9.38 1.0e+20 7.89 0.52 1.0e+20 8.28 6.09 1.69 71.80 1.0e+20 1.54 31.83 40.01 1.62 625.70 -2536 1999 9 20 0.64 1.0e+20 1.0e+20 1.87 1.47 8.27 7.14 1.04 1.0e+20 1.0e+20 1.0e+20 313.90 7.76 43.61 1.0e+20 1.0e+20 106.42 1201.00 3.80 9.33 1.0e+20 7.86 0.52 1.0e+20 8.24 6.08 1.69 71.90 1.0e+20 1.54 31.75 40.13 1.62 626.16 -2537 1999 9 21 0.64 1.0e+20 1.0e+20 1.88 1.47 8.27 7.10 1.04 1.0e+20 1.0e+20 1.0e+20 312.95 7.76 43.63 1.0e+20 1.0e+20 104.85 1203.00 3.80 9.30 1.0e+20 7.83 0.52 1.0e+20 8.23 6.06 1.70 71.85 1.0e+20 1.53 31.90 40.26 1.63 626.30 -2538 1999 9 22 0.65 1.0e+20 1.0e+20 1.89 1.46 8.27 7.07 1.05 1.0e+20 1.0e+20 1.0e+20 311.25 7.76 43.58 1.0e+20 1.0e+20 104.03 1210.00 3.80 9.29 1.0e+20 7.82 0.52 1.0e+20 8.22 6.07 1.70 72.25 1.0e+20 1.52 31.88 40.48 1.63 626.50 -2539 1999 9 23 0.64 1.0e+20 1.0e+20 1.89 1.47 8.27 7.13 1.04 1.0e+20 1.0e+20 1.0e+20 313.66 7.76 43.59 1.0e+20 1.0e+20 104.18 1209.00 3.80 9.31 1.0e+20 7.85 0.52 1.0e+20 8.25 6.04 1.71 72.25 1.0e+20 1.53 31.88 41.41 1.63 627.01 -2540 1999 9 24 0.65 1.0e+20 1.0e+20 1.91 1.47 8.27 7.09 1.04 1.0e+20 1.0e+20 1.0e+20 313.25 7.76 43.59 1.0e+20 1.0e+20 104.14 1213.00 3.80 9.36 1.0e+20 7.84 0.51 1.0e+20 8.23 6.04 1.71 72.10 1.0e+20 1.53 31.85 41.07 1.64 627.75 -2541 1999 9 27 0.65 1.0e+20 1.0e+20 1.92 1.47 8.27 7.12 1.04 1.0e+20 1.0e+20 1.0e+20 314.70 7.76 43.59 1.0e+20 1.0e+20 106.07 1211.00 3.80 9.32 1.0e+20 7.86 0.51 1.0e+20 8.26 6.01 1.70 72.05 1.0e+20 1.53 31.85 40.95 1.64 629.25 -2542 1999 9 28 0.65 1.0e+20 1.0e+20 1.93 1.46 8.27 7.07 1.05 1.0e+20 1.0e+20 1.0e+20 313.00 7.76 43.68 1.0e+20 1.0e+20 106.14 1218.00 3.80 9.36 1.0e+20 7.79 0.51 1.0e+20 8.21 5.98 1.71 72.10 1.0e+20 1.52 31.85 41.62 1.64 630.00 -2543 1999 9 29 0.65 1.0e+20 1.0e+20 1.92 1.46 8.27 7.00 1.06 1.0e+20 1.0e+20 1.0e+20 310.10 7.76 43.70 1.0e+20 1.0e+20 106.80 1218.00 3.80 9.36 1.0e+20 7.75 0.51 1.0e+20 8.19 6.00 1.70 72.10 1.0e+20 1.50 31.85 41.29 1.64 628.00 -2544 1999 9 30 0.65 1.0e+20 1.0e+20 1.92 1.46 8.27 6.98 1.06 1.0e+20 1.0e+20 1.0e+20 308.75 7.76 43.59 1.0e+20 1.0e+20 106.82 1217.00 3.80 9.35 1.0e+20 7.73 0.51 1.0e+20 8.20 6.00 1.70 71.78 1.0e+20 1.50 31.85 40.98 1.64 627.70 -2545 1999 10 1 0.65 1.0e+20 1.0e+20 1.92 1.47 8.27 6.93 1.07 1.0e+20 1.0e+20 1.0e+20 306.95 7.76 43.73 1.0e+20 1.0e+20 105.08 1216.00 3.80 9.41 1.0e+20 7.69 0.51 1.0e+20 8.14 6.01 1.69 71.95 1.0e+20 1.48 31.83 40.65 1.65 628.35 -2546 1999 10 4 0.66 1.0e+20 1.0e+20 1.94 1.47 8.27 6.94 1.07 1.0e+20 1.0e+20 1.0e+20 307.45 7.76 43.73 1.0e+20 1.0e+20 106.35 1213.00 3.80 9.45 1.0e+20 7.69 0.52 1.0e+20 8.14 5.99 1.69 71.30 1.0e+20 1.48 31.80 40.45 1.65 628.65 -2547 1999 10 5 0.66 1.0e+20 1.0e+20 1.95 1.46 8.27 6.95 1.06 1.0e+20 1.0e+20 1.0e+20 307.35 7.76 43.73 1.0e+20 1.0e+20 106.96 1207.00 3.80 9.48 1.0e+20 7.70 0.52 1.0e+20 8.11 5.98 1.67 71.70 1.0e+20 1.48 31.83 38.95 1.65 629.45 -2548 1999 10 6 0.66 1.0e+20 1.0e+20 1.96 1.46 8.27 6.94 1.07 1.0e+20 1.0e+20 1.0e+20 307.00 7.76 43.70 1.0e+20 1.0e+20 107.54 1204.00 3.80 9.43 1.0e+20 7.71 0.52 1.0e+20 8.13 6.05 1.67 71.40 1.0e+20 1.48 31.85 39.33 1.65 629.70 -2549 1999 10 7 0.66 1.0e+20 1.0e+20 1.93 1.47 8.27 6.93 1.07 1.0e+20 1.0e+20 1.0e+20 306.30 7.76 43.65 1.0e+20 1.0e+20 107.67 1202.00 3.80 9.46 1.0e+20 7.71 0.51 1.0e+20 8.13 6.04 1.68 71.70 1.0e+20 1.48 31.85 39.93 1.65 629.60 -2550 1999 10 8 0.65 1.0e+20 1.0e+20 1.95 1.47 8.27 6.99 1.06 1.0e+20 1.0e+20 1.0e+20 309.00 7.76 43.55 1.0e+20 1.0e+20 107.38 1204.00 3.80 9.48 1.0e+20 7.81 0.51 1.0e+20 8.18 6.04 1.68 71.65 1.0e+20 1.50 31.83 40.34 1.65 630.75 -2551 1999 10 11 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2552 1999 10 12 0.65 1.0e+20 1.0e+20 1.95 1.47 8.27 6.92 1.07 1.0e+20 1.0e+20 1.0e+20 306.15 7.76 43.55 1.0e+20 1.0e+20 106.28 1205.00 3.80 9.47 1.0e+20 7.71 0.51 1.0e+20 8.09 6.07 1.67 71.90 1.0e+20 1.48 31.83 39.47 1.65 630.50 -2553 1999 10 13 0.64 1.0e+20 1.0e+20 1.96 1.48 8.27 6.90 1.07 1.0e+20 1.0e+20 1.0e+20 305.80 7.76 43.56 1.0e+20 1.0e+20 107.45 1205.20 3.80 9.52 1.0e+20 7.72 0.51 1.0e+20 8.10 6.12 1.68 71.90 1.0e+20 1.47 31.83 39.63 1.65 630.50 -2554 1999 10 14 0.65 1.0e+20 1.0e+20 1.96 1.48 8.27 6.88 1.07 1.0e+20 1.0e+20 1.0e+20 304.75 7.76 43.55 1.0e+20 1.0e+20 106.96 1207.50 3.80 9.65 1.0e+20 7.71 0.51 1.0e+20 8.10 6.11 1.67 71.95 1.0e+20 1.47 31.83 39.40 1.65 630.20 -2555 1999 10 15 0.64 1.0e+20 1.0e+20 1.98 1.48 8.27 6.82 1.08 1.0e+20 1.0e+20 1.0e+20 302.45 7.77 43.56 1.0e+20 1.0e+20 105.43 1206.00 3.80 9.72 1.0e+20 7.66 0.51 1.0e+20 8.10 6.13 1.67 72.05 1.0e+20 1.45 31.84 39.23 1.66 631.00 -2556 1999 10 18 0.64 1.0e+20 1.0e+20 1.98 1.49 8.27 6.84 1.08 1.0e+20 1.0e+20 1.0e+20 303.30 7.76 43.52 1.0e+20 1.0e+20 104.93 1204.00 3.80 9.73 1.0e+20 7.70 0.50 1.0e+20 8.16 6.15 1.67 72.05 1.0e+20 1.46 31.82 39.65 1.67 631.60 -2557 1999 10 19 0.64 1.0e+20 1.0e+20 1.99 1.49 8.27 6.86 1.08 1.0e+20 1.0e+20 1.0e+20 303.90 7.77 43.40 1.0e+20 1.0e+20 105.50 1206.00 3.80 9.67 1.0e+20 7.70 0.51 1.0e+20 8.13 6.13 1.67 71.69 1.0e+20 1.46 31.83 39.50 1.67 630.81 -2558 1999 10 20 0.64 1.0e+20 1.0e+20 2.00 1.49 8.27 6.90 1.07 1.0e+20 1.0e+20 1.0e+20 306.00 7.76 43.50 1.0e+20 1.0e+20 106.16 1205.00 3.80 9.62 1.0e+20 7.72 0.51 1.0e+20 8.17 6.12 1.67 71.95 1.0e+20 1.47 31.83 39.30 1.66 632.00 -2559 1999 10 21 0.64 1.0e+20 1.0e+20 1.99 1.48 8.27 6.87 1.08 1.0e+20 1.0e+20 1.0e+20 305.30 7.77 43.50 1.0e+20 1.0e+20 105.96 1206.00 3.80 9.65 1.0e+20 7.70 0.51 1.0e+20 8.12 6.14 1.67 71.58 1.0e+20 1.47 31.83 39.25 1.67 632.00 -2560 1999 10 22 0.65 1.0e+20 1.0e+20 1.98 1.47 8.27 6.96 1.06 1.0e+20 1.0e+20 1.0e+20 309.20 7.77 43.50 1.0e+20 1.0e+20 105.81 1205.50 3.80 9.60 1.0e+20 7.75 0.51 1.0e+20 8.14 6.13 1.66 71.52 1.0e+20 1.49 31.82 39.14 1.65 631.51 -2561 1999 10 25 0.65 1.0e+20 1.0e+20 1.97 1.47 8.27 6.96 1.06 1.0e+20 1.0e+20 1.0e+20 309.00 7.77 43.38 1.0e+20 1.0e+20 105.35 1205.50 3.80 9.64 1.0e+20 7.75 0.51 1.0e+20 8.13 6.13 1.66 71.75 1.0e+20 1.49 31.82 38.93 1.66 631.75 -2562 1999 10 26 0.65 1.0e+20 1.0e+20 1.98 1.47 8.27 7.03 1.05 1.0e+20 1.0e+20 1.0e+20 312.40 7.77 43.40 1.0e+20 1.0e+20 104.83 1204.00 3.80 9.63 1.0e+20 7.78 0.51 1.0e+20 8.16 6.16 1.66 71.75 1.0e+20 1.51 31.83 38.69 1.65 631.50 -2563 1999 10 27 0.64 1.0e+20 1.0e+20 1.99 1.47 8.27 7.05 1.05 1.0e+20 1.0e+20 1.0e+20 313.77 7.77 43.52 1.0e+20 1.0e+20 104.24 1200.00 3.80 9.65 1.0e+20 7.82 0.50 1.0e+20 8.20 6.16 1.67 71.65 1.0e+20 1.52 31.82 39.00 1.64 631.40 -2564 1999 10 28 0.64 1.0e+20 1.0e+20 1.98 1.47 8.27 7.06 1.05 1.0e+20 1.0e+20 1.0e+20 314.05 7.77 43.51 1.0e+20 1.0e+20 105.13 1200.00 3.80 9.64 1.0e+20 7.85 0.51 1.0e+20 8.25 6.15 1.66 71.70 1.0e+20 1.52 31.81 38.85 1.64 631.50 -2565 1999 10 29 0.63 1.0e+20 1.0e+20 1.95 1.47 8.27 7.06 1.05 1.0e+20 1.0e+20 1.0e+20 314.00 7.76 43.51 1.0e+20 1.0e+20 104.29 1200.00 3.80 9.62 1.0e+20 7.85 0.50 1.0e+20 8.22 6.14 1.66 71.80 1.0e+20 1.52 31.82 38.62 1.64 632.20 -2566 1999 11 1 0.63 1.0e+20 1.0e+20 1.94 1.46 8.27 7.08 1.04 1.0e+20 1.0e+20 1.0e+20 313.30 7.76 43.51 1.0e+20 1.0e+20 104.19 1196.00 3.80 9.62 1.0e+20 7.87 0.50 1.0e+20 8.25 6.15 1.65 71.65 1.0e+20 1.52 31.80 38.51 1.64 632.51 -2567 1999 11 2 0.64 1.0e+20 1.0e+20 1.94 1.46 8.27 7.07 1.05 1.0e+20 1.0e+20 1.0e+20 313.20 7.76 43.45 1.0e+20 1.0e+20 104.15 1194.00 3.80 9.58 1.0e+20 7.86 0.50 1.0e+20 8.24 6.15 1.66 71.30 1.0e+20 1.53 31.81 38.60 1.64 631.70 -2568 1999 11 3 0.64 1.0e+20 1.0e+20 1.94 1.46 8.27 7.09 1.04 1.0e+20 1.0e+20 1.0e+20 313.40 7.77 43.46 1.0e+20 1.0e+20 105.00 1191.00 3.80 9.55 1.0e+20 7.88 0.51 1.0e+20 8.27 6.13 1.67 71.65 1.0e+20 1.53 31.80 38.72 1.64 632.00 -2569 1999 11 4 0.63 1.0e+20 1.0e+20 1.91 1.46 8.27 7.12 1.04 1.0e+20 1.0e+20 1.0e+20 314.45 7.77 43.45 1.0e+20 1.0e+20 104.48 1185.00 3.80 9.48 1.0e+20 7.91 0.51 1.0e+20 8.34 6.12 1.66 71.75 1.0e+20 1.54 31.80 38.45 1.63 632.75 -2570 1999 11 5 0.63 1.0e+20 1.0e+20 1.91 1.46 8.27 7.15 1.04 1.0e+20 1.0e+20 1.0e+20 314.90 7.77 43.45 1.0e+20 1.0e+20 106.33 1187.00 3.80 9.46 1.0e+20 7.92 0.51 1.0e+20 8.33 6.11 1.67 71.63 1.0e+20 1.55 31.81 38.55 1.62 633.00 -2571 1999 11 8 0.63 1.0e+20 1.0e+20 1.92 1.46 8.27 7.17 1.03 1.0e+20 1.0e+20 1.0e+20 316.90 7.77 43.46 1.0e+20 1.0e+20 105.77 1183.40 3.80 9.46 1.0e+20 7.92 0.51 1.0e+20 8.34 6.12 1.67 71.95 1.0e+20 1.55 31.83 38.69 1.61 632.76 -2572 1999 11 9 0.63 1.0e+20 1.0e+20 1.93 1.47 8.27 7.15 1.04 1.0e+20 1.0e+20 1.0e+20 316.25 7.77 43.46 1.0e+20 1.0e+20 104.86 1185.00 3.80 9.43 1.0e+20 7.89 0.50 1.0e+20 8.32 6.12 1.67 71.90 1.0e+20 1.54 31.82 38.88 1.62 632.00 -2573 1999 11 10 0.64 1.0e+20 1.0e+20 1.93 1.47 8.27 7.11 1.04 1.0e+20 1.0e+20 1.0e+20 314.45 7.78 43.45 1.0e+20 1.0e+20 104.58 1180.00 3.80 9.41 1.0e+20 7.85 0.51 1.0e+20 8.29 6.13 1.67 72.30 1.0e+20 1.53 31.83 39.00 1.62 633.00 -2574 1999 11 11 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2575 1999 11 12 0.64 1.0e+20 1.0e+20 1.93 1.46 8.27 7.20 1.03 1.0e+20 1.0e+20 1.0e+20 318.20 7.77 43.45 1.0e+20 1.0e+20 105.34 1170.00 3.80 9.39 1.0e+20 7.93 0.51 1.0e+20 8.37 6.12 1.66 72.30 1.0e+20 1.55 31.81 38.81 1.61 634.35 -2576 1999 11 15 0.64 1.0e+20 1.0e+20 1.93 1.46 8.27 7.20 1.03 1.0e+20 1.0e+20 1.0e+20 318.50 7.77 43.45 1.0e+20 1.0e+20 104.88 1181.80 3.80 9.37 1.0e+20 7.94 0.52 1.0e+20 8.36 6.14 1.66 72.40 1.0e+20 1.55 31.80 38.52 1.62 634.40 -2577 1999 11 16 0.64 1.0e+20 1.0e+20 1.93 1.46 8.27 7.20 1.03 1.0e+20 1.0e+20 1.0e+20 318.70 7.77 43.47 1.0e+20 1.0e+20 105.83 1178.00 3.80 9.40 1.0e+20 7.95 0.51 1.0e+20 8.39 6.15 1.66 72.40 1.0e+20 1.55 31.82 38.85 1.61 634.20 -2578 1999 11 17 0.63 1.0e+20 1.0e+20 1.93 1.46 8.27 7.14 1.04 1.0e+20 1.0e+20 1.0e+20 316.20 7.77 43.45 1.0e+20 1.0e+20 105.47 1176.00 3.80 9.35 1.0e+20 7.88 0.51 1.0e+20 8.30 6.15 1.66 71.77 1.0e+20 1.54 31.83 38.78 1.62 635.00 -2579 1999 11 18 0.63 1.0e+20 1.0e+20 1.93 1.46 8.27 7.22 1.02 1.0e+20 1.0e+20 1.0e+20 319.60 7.77 43.45 1.0e+20 1.0e+20 105.85 1174.00 3.80 9.35 1.0e+20 7.96 0.51 1.0e+20 8.37 6.14 1.67 72.20 1.0e+20 1.55 31.80 38.70 1.61 635.75 -2580 1999 11 19 0.63 1.0e+20 1.0e+20 1.93 1.46 8.27 7.21 1.03 1.0e+20 1.0e+20 1.0e+20 319.40 7.77 43.46 1.0e+20 1.0e+20 106.13 1173.80 3.80 9.33 1.0e+20 7.94 0.50 1.0e+20 8.34 6.13 1.66 72.20 1.0e+20 1.55 31.81 38.75 1.61 636.00 -2581 1999 11 22 0.63 1.0e+20 1.0e+20 1.93 1.46 8.27 7.20 1.03 1.0e+20 1.0e+20 1.0e+20 318.50 7.77 43.45 1.0e+20 1.0e+20 104.87 1174.00 3.80 9.32 1.0e+20 7.91 0.51 1.0e+20 8.34 6.13 1.67 72.20 1.0e+20 1.55 31.80 38.77 1.62 636.75 -2582 1999 11 23 0.63 1.0e+20 1.0e+20 1.93 1.46 8.27 7.25 1.02 1.0e+20 1.0e+20 1.0e+20 320.30 7.77 43.45 1.0e+20 1.0e+20 104.20 1170.00 3.80 9.34 1.0e+20 7.96 0.51 1.0e+20 8.38 6.13 1.66 72.20 1.0e+20 1.55 31.78 38.73 1.62 637.10 -2583 1999 11 24 0.63 1.0e+20 1.0e+20 1.93 1.46 8.27 7.30 1.01 1.0e+20 1.0e+20 1.0e+20 322.65 7.77 43.45 1.0e+20 1.0e+20 104.62 1162.00 3.80 9.32 1.0e+20 8.00 0.51 1.0e+20 8.43 6.13 1.66 72.25 1.0e+20 1.57 31.78 38.76 1.60 637.50 -2584 1999 11 25 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2585 1999 11 26 0.63 1.0e+20 1.0e+20 1.92 1.46 8.27 7.34 1.01 1.0e+20 1.0e+20 1.0e+20 324.25 7.77 43.48 1.0e+20 1.0e+20 102.19 1159.00 3.80 9.36 1.0e+20 8.00 0.51 1.0e+20 8.46 6.14 1.67 72.10 1.0e+20 1.57 31.74 38.85 1.60 638.00 -2586 1999 11 29 0.63 1.0e+20 1.0e+20 1.92 1.47 8.27 7.36 1.01 1.0e+20 1.0e+20 1.0e+20 325.27 7.77 43.43 1.0e+20 1.0e+20 102.43 1160.00 3.80 9.39 1.0e+20 8.04 0.51 1.0e+20 8.48 6.19 1.68 72.30 1.0e+20 1.58 31.74 39.05 1.60 638.25 -2587 1999 11 30 0.63 1.0e+20 1.0e+20 1.92 1.47 8.27 7.38 1.00 1.0e+20 1.0e+20 1.0e+20 326.30 7.76 43.48 1.0e+20 1.0e+20 101.80 1159.50 3.80 9.42 1.0e+20 8.05 0.51 1.0e+20 8.51 6.17 1.68 72.35 1.0e+20 1.58 31.67 39.00 1.59 639.01 -2588 1999 12 1 0.63 1.0e+20 1.0e+20 1.92 1.47 8.27 7.39 1.00 1.0e+20 1.0e+20 1.0e+20 326.60 7.77 43.45 1.0e+20 1.0e+20 102.37 1157.50 3.80 9.47 1.0e+20 8.09 0.51 1.0e+20 8.56 6.15 1.68 72.50 1.0e+20 1.59 31.73 38.91 1.59 639.15 -2589 1999 12 2 0.63 1.0e+20 1.0e+20 1.89 1.47 8.27 7.41 1.00 1.0e+20 1.0e+20 1.0e+20 327.70 7.77 43.45 1.0e+20 1.0e+20 102.69 1150.00 3.80 9.52 1.0e+20 8.09 0.50 1.0e+20 8.60 6.15 1.68 72.30 1.0e+20 1.59 31.70 38.96 1.59 641.25 -2590 1999 12 3 0.63 1.0e+20 1.0e+20 1.87 1.47 8.27 7.43 1.00 1.0e+20 1.0e+20 1.0e+20 327.95 7.77 43.45 1.0e+20 1.0e+20 102.55 1150.50 3.80 9.48 1.0e+20 8.09 0.50 1.0e+20 8.56 6.15 1.68 72.45 1.0e+20 1.59 31.69 38.96 1.60 641.51 -2591 1999 12 6 0.63 1.0e+20 1.0e+20 1.86 1.47 8.27 7.26 1.02 1.0e+20 1.0e+20 1.0e+20 320.75 7.77 43.43 1.0e+20 1.0e+20 103.10 1150.20 3.80 9.46 1.0e+20 7.93 0.50 1.0e+20 8.41 6.15 1.67 72.45 1.0e+20 1.56 31.65 38.97 1.62 641.00 -2592 1999 12 7 0.63 1.0e+20 1.0e+20 1.86 1.47 8.27 7.27 1.02 1.0e+20 1.0e+20 1.0e+20 321.30 7.77 43.50 1.0e+20 1.0e+20 102.39 1139.00 3.80 9.45 1.0e+20 7.93 0.50 1.0e+20 8.41 6.15 1.67 72.11 1.0e+20 1.56 31.60 38.70 1.62 641.75 -2593 1999 12 8 0.63 1.0e+20 1.0e+20 1.86 1.47 8.27 7.25 1.02 1.0e+20 1.0e+20 1.0e+20 320.00 7.77 43.50 1.0e+20 1.0e+20 102.97 1125.00 3.80 9.48 1.0e+20 7.92 0.50 1.0e+20 8.35 6.15 1.68 72.50 1.0e+20 1.56 31.60 38.56 1.62 642.81 -2594 1999 12 9 0.63 1.0e+20 1.0e+20 1.86 1.47 8.27 7.32 1.01 1.0e+20 1.0e+20 1.0e+20 323.70 7.77 43.50 1.0e+20 1.0e+20 102.57 1130.00 3.80 9.43 1.0e+20 7.98 0.50 1.0e+20 8.40 6.14 1.67 72.50 1.0e+20 1.57 31.63 38.60 1.62 642.25 -2595 1999 12 10 0.63 1.0e+20 1.0e+20 1.86 1.47 8.27 7.33 1.01 1.0e+20 1.0e+20 1.0e+20 324.75 7.77 43.50 1.0e+20 1.0e+20 102.40 1132.80 3.80 9.42 1.0e+20 7.99 0.49 1.0e+20 8.46 6.12 1.67 71.70 1.0e+20 1.57 31.65 38.67 1.62 643.00 -2596 1999 12 13 0.63 1.0e+20 1.0e+20 1.85 1.47 8.27 7.35 1.01 1.0e+20 1.0e+20 1.0e+20 326.10 7.77 43.57 1.0e+20 1.0e+20 103.26 1128.00 3.80 9.41 1.0e+20 8.01 0.49 1.0e+20 8.49 6.12 1.67 71.75 1.0e+20 1.58 31.65 38.57 1.62 643.00 -2597 1999 12 14 0.63 1.0e+20 1.0e+20 1.84 1.48 8.27 7.39 1.00 1.0e+20 1.0e+20 1.0e+20 327.85 7.77 43.60 1.0e+20 1.0e+20 103.47 1134.00 3.80 9.41 1.0e+20 8.05 0.49 1.0e+20 8.53 6.13 1.68 72.10 1.0e+20 1.58 31.65 38.65 1.61 644.11 -2598 1999 12 15 0.63 1.0e+20 1.0e+20 1.85 1.48 8.27 7.39 1.00 1.0e+20 1.0e+20 1.0e+20 328.15 7.77 43.54 1.0e+20 1.0e+20 103.54 1135.00 3.80 9.37 1.0e+20 8.04 0.49 1.0e+20 8.52 6.15 1.67 72.20 1.0e+20 1.59 31.70 38.43 1.60 644.00 -2599 1999 12 16 0.64 1.0e+20 1.0e+20 1.84 1.47 8.27 7.31 1.01 1.0e+20 1.0e+20 1.0e+20 324.76 7.77 43.55 1.0e+20 1.0e+20 103.04 1131.00 3.80 9.36 1.0e+20 7.98 0.50 1.0e+20 8.46 6.14 1.67 72.15 1.0e+20 1.57 31.68 38.03 1.61 644.00 -2600 1999 12 17 0.64 1.0e+20 1.0e+20 1.80 1.47 8.27 7.36 1.00 1.0e+20 1.0e+20 1.0e+20 327.35 7.77 43.55 1.0e+20 1.0e+20 103.27 1130.50 3.80 9.33 1.0e+20 7.99 0.50 1.0e+20 8.50 6.14 1.67 71.95 1.0e+20 1.58 31.68 38.20 1.60 644.00 -2601 1999 12 20 0.64 1.0e+20 1.0e+20 1.81 1.48 8.27 7.39 1.00 1.0e+20 1.0e+20 1.0e+20 328.50 7.77 43.55 1.0e+20 1.0e+20 102.72 1135.00 3.80 9.33 1.0e+20 8.02 0.50 1.0e+20 8.54 6.14 1.67 71.45 1.0e+20 1.59 31.68 38.04 1.60 644.25 -2602 1999 12 21 0.64 1.0e+20 1.0e+20 1.82 1.47 8.27 7.36 1.00 1.0e+20 1.0e+20 1.0e+20 327.15 7.77 43.55 1.0e+20 1.0e+20 102.06 1134.50 3.80 9.32 1.0e+20 7.99 0.51 1.0e+20 8.50 6.14 1.67 71.90 1.0e+20 1.58 31.68 37.95 1.61 644.75 -2603 1999 12 22 0.64 1.0e+20 1.0e+20 1.82 1.47 8.27 7.38 1.00 1.0e+20 1.0e+20 1.0e+20 327.50 7.77 43.55 1.0e+20 1.0e+20 101.53 1131.70 3.80 9.31 1.0e+20 7.98 0.51 1.0e+20 8.49 6.15 1.66 71.90 1.0e+20 1.58 31.68 37.62 1.60 644.75 -2604 1999 12 23 0.64 1.0e+20 1.0e+20 1.83 1.47 8.27 7.32 1.01 1.0e+20 1.0e+20 1.0e+20 325.50 7.76 43.55 1.0e+20 1.0e+20 101.73 1131.00 3.80 9.38 1.0e+20 7.97 0.51 1.0e+20 8.43 6.15 1.67 71.90 1.0e+20 1.57 31.65 37.50 1.61 646.00 -2605 1999 12 24 0.64 1.0e+20 1.0e+20 1.83 1.46 8.27 7.34 1.01 1.0e+20 1.0e+20 1.0e+20 326.50 7.77 43.55 1.0e+20 1.0e+20 102.95 1132.60 3.80 9.42 1.0e+20 8.01 0.51 1.0e+20 8.45 6.16 1.67 71.80 1.0e+20 1.58 31.63 37.60 1.61 646.25 -2606 1999 12 27 0.64 1.0e+20 1.0e+20 1.83 1.46 8.27 7.34 1.01 1.0e+20 1.0e+20 1.0e+20 326.15 7.77 43.55 1.0e+20 1.0e+20 102.10 1133.70 3.80 9.46 1.0e+20 7.98 0.51 1.0e+20 8.46 6.15 1.66 71.80 1.0e+20 1.58 31.60 37.75 1.61 647.25 -2607 1999 12 28 0.64 1.0e+20 1.0e+20 1.83 1.45 8.27 7.38 1.00 1.0e+20 1.0e+20 1.0e+20 327.80 7.77 43.55 1.0e+20 1.0e+20 102.19 1143.00 3.80 9.51 1.0e+20 8.03 0.51 1.0e+20 8.51 6.15 1.66 71.75 1.0e+20 1.59 31.55 37.60 1.61 647.40 -2608 1999 12 29 0.65 1.0e+20 1.0e+20 1.81 1.45 8.27 7.40 1.00 1.0e+20 1.0e+20 1.0e+20 329.00 7.77 43.55 1.0e+20 1.0e+20 102.05 1142.50 3.80 9.53 1.0e+20 8.04 0.52 1.0e+20 8.53 6.16 1.66 71.75 1.0e+20 1.59 31.50 37.50 1.61 648.50 -2609 1999 12 30 0.65 1.0e+20 1.0e+20 1.79 1.45 8.27 7.42 1.00 1.0e+20 1.0e+20 1.0e+20 329.30 7.77 43.55 1.0e+20 1.0e+20 102.33 1133.00 3.80 9.50 1.0e+20 8.03 0.52 1.0e+20 8.54 6.15 1.66 71.75 1.0e+20 1.60 31.40 37.70 1.61 648.25 -2610 1999 12 31 0.65 1.0e+20 1.0e+20 1.80 1.44 8.27 7.39 1.00 1.0e+20 1.0e+20 1.0e+20 327.90 7.77 43.51 1.0e+20 1.0e+20 102.16 1136.00 3.80 9.48 1.0e+20 8.01 0.52 1.0e+20 8.50 6.16 1.66 71.75 1.0e+20 1.59 31.39 37.75 1.61 649.25 -2611 2000 1 3 0.65 1.0e+20 1.0e+20 1.80 1.44 8.27 7.32 1.01 1.0e+20 1.0e+20 1.0e+20 325.20 7.77 43.55 1.0e+20 1.0e+20 101.70 1128.00 3.80 9.40 1.0e+20 7.96 0.52 1.0e+20 8.44 6.12 1.65 72.30 1.0e+20 1.58 31.38 36.97 1.62 649.75 -2612 2000 1 4 0.65 1.0e+20 1.0e+20 1.84 1.45 8.27 7.21 1.03 1.0e+20 1.0e+20 1.0e+20 320.55 7.77 43.55 1.0e+20 1.0e+20 103.09 1122.50 3.80 9.46 1.0e+20 7.93 0.51 1.0e+20 8.36 6.08 1.65 72.65 1.0e+20 1.55 30.60 37.13 1.63 650.25 -2613 2000 1 5 0.65 1.0e+20 1.0e+20 1.85 1.45 8.27 7.20 1.03 1.0e+20 1.0e+20 1.0e+20 320.10 7.77 43.55 1.0e+20 1.0e+20 103.77 1135.00 3.80 9.54 1.0e+20 7.93 0.51 1.0e+20 8.35 6.07 1.65 72.95 1.0e+20 1.55 30.80 37.10 1.64 651.50 -2614 2000 1 6 0.65 1.0e+20 1.0e+20 1.84 1.45 8.27 7.21 1.03 1.0e+20 1.0e+20 1.0e+20 320.50 7.77 43.55 1.0e+20 1.0e+20 105.19 1146.50 3.80 9.57 1.0e+20 7.94 0.51 1.0e+20 8.36 6.08 1.66 72.95 1.0e+20 1.55 31.75 37.62 1.64 650.25 -2615 2000 1 7 0.65 1.0e+20 1.0e+20 1.83 1.45 8.27 7.22 1.02 1.0e+20 1.0e+20 1.0e+20 320.65 7.77 43.55 1.0e+20 1.0e+20 105.17 1138.00 3.80 9.52 1.0e+20 7.96 0.51 1.0e+20 8.41 6.05 1.66 73.15 1.0e+20 1.56 30.85 37.30 1.63 650.75 -2616 2000 1 10 0.65 1.0e+20 1.0e+20 1.81 1.45 8.27 7.25 1.02 1.0e+20 1.0e+20 1.0e+20 322.15 7.77 43.55 1.0e+20 1.0e+20 105.28 1133.50 3.80 9.45 1.0e+20 8.02 0.51 1.0e+20 8.44 6.07 1.66 73.30 1.0e+20 1.57 30.83 37.27 1.63 651.75 -2617 2000 1 11 0.65 1.0e+20 1.0e+20 1.82 1.45 8.27 7.21 1.03 1.0e+20 1.0e+20 1.0e+20 320.70 7.77 43.60 1.0e+20 1.0e+20 106.09 1147.00 3.80 9.48 1.0e+20 7.96 0.51 1.0e+20 8.39 6.09 1.66 73.35 1.0e+20 1.56 30.83 37.61 1.64 652.00 -2618 2000 1 12 0.65 1.0e+20 1.0e+20 1.83 1.45 8.27 7.23 1.02 1.0e+20 1.0e+20 1.0e+20 321.40 7.77 43.60 1.0e+20 1.0e+20 105.76 1144.50 3.80 9.52 1.0e+20 7.97 0.51 1.0e+20 8.41 6.06 1.66 73.35 1.0e+20 1.56 30.80 37.54 1.64 652.60 -2619 2000 1 13 0.66 1.0e+20 1.0e+20 1.81 1.44 8.27 7.25 1.02 1.0e+20 1.0e+20 1.0e+20 322.50 7.77 43.55 1.0e+20 1.0e+20 106.09 1135.50 3.80 9.51 1.0e+20 7.94 0.52 1.0e+20 8.41 6.05 1.67 73.35 1.0e+20 1.57 30.80 37.49 1.64 653.30 -2620 2000 1 14 0.66 1.0e+20 1.0e+20 1.80 1.44 8.27 7.34 1.01 1.0e+20 1.0e+20 1.0e+20 327.26 7.77 43.55 1.0e+20 1.0e+20 105.86 1125.00 3.80 9.46 1.0e+20 7.99 0.52 1.0e+20 8.47 6.07 1.67 73.35 1.0e+20 1.59 30.83 37.55 1.63 651.25 -2621 2000 1 17 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2622 2000 1 18 0.66 1.0e+20 1.0e+20 1.79 1.45 8.27 7.35 1.01 1.0e+20 1.0e+20 1.0e+20 326.75 7.77 43.60 1.0e+20 1.0e+20 105.49 1127.00 3.80 9.44 1.0e+20 8.01 0.51 1.0e+20 8.46 6.08 1.67 72.85 1.0e+20 1.59 30.89 37.40 1.63 653.40 -2623 2000 1 19 0.66 1.0e+20 1.0e+20 1.79 1.45 8.27 7.36 1.01 1.0e+20 1.0e+20 1.0e+20 327.15 7.77 43.60 1.0e+20 1.0e+20 105.39 1134.00 3.80 9.42 1.0e+20 8.00 0.51 1.0e+20 8.48 6.11 1.67 73.20 1.0e+20 1.59 30.85 37.40 1.64 652.50 -2624 2000 1 20 0.66 1.0e+20 1.0e+20 1.77 1.44 8.27 7.34 1.01 1.0e+20 1.0e+20 1.0e+20 326.60 7.77 43.60 1.0e+20 1.0e+20 105.45 1126.00 3.80 9.41 1.0e+20 7.97 0.51 1.0e+20 8.46 6.10 1.67 72.95 1.0e+20 1.59 30.85 37.28 1.65 653.50 -2625 2000 1 21 0.66 1.0e+20 1.0e+20 1.78 1.44 8.27 7.37 1.01 1.0e+20 1.0e+20 1.0e+20 328.15 7.77 43.60 1.0e+20 1.0e+20 104.96 1128.00 3.80 9.45 1.0e+20 7.99 0.51 1.0e+20 8.49 6.12 1.68 73.30 1.0e+20 1.59 30.85 37.23 1.65 653.50 -2626 2000 1 24 0.65 1.0e+20 1.0e+20 1.76 1.44 8.27 7.42 1.00 1.0e+20 1.0e+20 1.0e+20 330.90 7.77 43.62 1.0e+20 1.0e+20 105.52 1124.50 3.80 9.49 1.0e+20 8.02 0.50 1.0e+20 8.52 6.16 1.68 72.95 1.0e+20 1.60 30.85 37.30 1.65 654.00 -2627 2000 1 25 0.65 1.0e+20 1.0e+20 1.78 1.43 8.27 7.41 1.00 1.0e+20 1.0e+20 1.0e+20 330.20 7.78 43.59 1.0e+20 1.0e+20 105.87 1127.00 3.80 9.53 1.0e+20 8.03 0.50 1.0e+20 8.52 6.16 1.68 73.45 1.0e+20 1.60 30.85 37.27 1.64 655.11 -2628 2000 1 26 0.65 1.0e+20 1.0e+20 1.78 1.43 8.27 7.43 1.00 1.0e+20 1.0e+20 1.0e+20 330.85 7.78 43.65 1.0e+20 1.0e+20 105.85 1127.80 3.80 9.52 1.0e+20 8.06 0.50 1.0e+20 8.52 6.17 1.69 73.40 1.0e+20 1.61 30.85 37.48 1.63 655.00 -2629 2000 1 27 0.65 1.0e+20 1.0e+20 1.78 1.43 8.27 7.52 0.98 1.0e+20 1.0e+20 1.0e+20 335.40 7.78 43.63 1.0e+20 1.0e+20 104.91 1125.00 3.80 9.52 1.0e+20 8.14 0.50 1.0e+20 8.61 6.22 1.69 73.45 1.0e+20 1.63 30.83 37.46 1.63 655.00 -2630 2000 1 28 0.62 1.0e+20 1.0e+20 1.79 1.44 8.27 7.61 0.97 1.0e+20 1.0e+20 1.0e+20 339.40 7.78 43.65 1.0e+20 1.0e+20 107.15 1121.00 3.80 9.58 1.0e+20 8.27 0.48 1.0e+20 8.82 6.35 1.71 73.05 1.0e+20 1.64 30.75 37.65 1.62 655.00 -2631 2000 1 31 0.63 1.0e+20 1.0e+20 1.80 1.45 8.27 7.63 0.97 1.0e+20 1.0e+20 1.0e+20 340.70 7.78 43.65 1.0e+20 1.0e+20 107.33 1124.00 3.80 9.64 1.0e+20 8.30 0.49 1.0e+20 8.81 6.31 1.70 73.50 1.0e+20 1.64 30.75 37.55 1.61 655.75 -2632 2000 2 1 0.63 1.0e+20 1.0e+20 1.79 1.44 8.27 7.64 0.97 1.0e+20 1.0e+20 1.0e+20 341.00 7.78 43.62 1.0e+20 1.0e+20 107.67 1127.00 3.80 9.60 1.0e+20 8.27 0.49 1.0e+20 8.76 6.28 1.69 73.55 1.0e+20 1.65 31.75 37.51 1.61 656.25 -2633 2000 2 2 0.63 1.0e+20 1.0e+20 1.78 1.44 8.27 7.62 0.97 1.0e+20 1.0e+20 1.0e+20 339.92 7.78 43.65 1.0e+20 1.0e+20 108.40 1131.00 3.80 9.58 1.0e+20 8.22 0.48 1.0e+20 8.70 6.28 1.69 73.25 1.0e+20 1.65 30.80 37.65 1.60 657.10 -2634 2000 2 3 0.63 1.0e+20 1.0e+20 1.77 1.44 8.27 7.52 0.98 1.0e+20 1.0e+20 1.0e+20 335.80 7.78 43.65 1.0e+20 1.0e+20 107.92 1130.50 3.80 9.51 1.0e+20 8.15 0.49 1.0e+20 8.57 6.25 1.69 73.55 1.0e+20 1.62 30.80 37.59 1.60 657.00 -2635 2000 2 4 0.63 1.0e+20 1.0e+20 1.77 1.44 8.27 7.62 0.97 1.0e+20 1.0e+20 1.0e+20 340.85 7.78 43.65 1.0e+20 1.0e+20 107.54 1130.00 3.80 9.48 1.0e+20 8.27 0.49 1.0e+20 8.66 6.28 1.69 73.55 1.0e+20 1.64 30.80 37.55 1.59 657.26 -2636 2000 2 7 0.63 1.0e+20 1.0e+20 1.77 1.44 8.27 7.60 0.97 1.0e+20 1.0e+20 1.0e+20 340.00 7.78 43.64 1.0e+20 1.0e+20 108.75 1129.60 3.80 9.44 1.0e+20 8.25 0.49 1.0e+20 8.66 6.29 1.69 73.50 1.0e+20 1.64 30.80 37.75 1.59 657.25 -2637 2000 2 8 0.63 1.0e+20 1.0e+20 1.76 1.44 8.27 7.54 0.98 1.0e+20 1.0e+20 1.0e+20 337.25 7.78 43.63 1.0e+20 1.0e+20 109.59 1129.50 3.80 9.40 1.0e+20 8.18 0.49 1.0e+20 8.59 6.29 1.69 73.60 1.0e+20 1.63 30.75 37.64 1.61 657.75 -2638 2000 2 9 0.63 1.0e+20 1.0e+20 1.77 1.44 8.27 7.50 0.99 1.0e+20 1.0e+20 1.0e+20 335.40 7.78 43.65 1.0e+20 1.0e+20 109.11 1124.00 3.80 9.40 1.0e+20 8.14 0.49 1.0e+20 8.54 6.32 1.69 73.60 1.0e+20 1.62 30.65 37.55 1.61 658.51 -2639 2000 2 10 0.63 1.0e+20 1.0e+20 1.77 1.45 8.27 7.54 0.98 1.0e+20 1.0e+20 1.0e+20 337.75 7.78 43.58 1.0e+20 1.0e+20 108.74 1121.00 3.80 9.44 1.0e+20 8.17 0.49 1.0e+20 8.58 6.34 1.69 72.82 1.0e+20 1.62 30.65 37.42 1.60 658.75 -2640 2000 2 11 0.62 1.0e+20 1.0e+20 1.76 1.45 8.27 7.56 0.98 1.0e+20 1.0e+20 1.0e+20 338.35 7.78 43.65 1.0e+20 1.0e+20 108.99 1115.00 3.80 9.42 1.0e+20 8.21 0.49 1.0e+20 8.60 6.36 1.69 73.60 1.0e+20 1.63 30.63 37.43 1.59 658.26 -2641 2000 2 14 0.62 1.0e+20 1.0e+20 1.76 1.45 8.27 7.61 0.97 1.0e+20 1.0e+20 1.0e+20 340.60 7.78 43.65 1.0e+20 1.0e+20 108.65 1128.00 3.80 9.39 1.0e+20 8.24 0.48 1.0e+20 8.67 6.35 1.69 73.65 1.0e+20 1.64 30.72 37.49 1.58 658.50 -2642 2000 2 15 0.63 1.0e+20 1.0e+20 1.78 1.45 8.27 7.57 0.98 1.0e+20 1.0e+20 1.0e+20 338.90 7.78 43.64 1.0e+20 1.0e+20 108.75 1128.00 3.80 9.39 1.0e+20 8.25 0.48 1.0e+20 8.68 6.35 1.69 73.75 1.0e+20 1.63 30.75 37.52 1.59 659.26 -2643 2000 2 16 0.63 1.0e+20 1.0e+20 1.77 1.45 8.27 7.56 0.98 1.0e+20 1.0e+20 1.0e+20 338.70 7.78 43.75 1.0e+20 1.0e+20 109.38 1126.00 3.80 9.37 1.0e+20 8.23 0.48 1.0e+20 8.66 6.33 1.70 73.41 1.0e+20 1.63 30.72 37.70 1.60 659.51 -2644 2000 2 17 0.63 1.0e+20 1.0e+20 1.77 1.45 8.27 7.55 0.98 1.0e+20 1.0e+20 1.0e+20 338.50 7.78 43.68 1.0e+20 1.0e+20 110.27 1128.00 3.80 9.40 1.0e+20 8.28 0.49 1.0e+20 8.68 6.32 1.70 73.65 1.0e+20 1.62 30.72 37.77 1.60 661.35 -2645 2000 2 18 0.62 1.0e+20 1.0e+20 1.77 1.45 8.27 7.56 0.98 1.0e+20 1.0e+20 1.0e+20 338.85 7.78 43.68 1.0e+20 1.0e+20 110.88 1129.00 3.80 9.35 1.0e+20 8.25 0.49 1.0e+20 8.67 6.32 1.70 73.36 1.0e+20 1.62 30.76 38.11 1.59 661.00 -2646 2000 2 21 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2647 2000 2 22 0.62 1.0e+20 1.0e+20 1.78 1.45 8.27 7.40 1.00 1.0e+20 1.0e+20 1.0e+20 331.85 7.78 43.65 1.0e+20 1.0e+20 111.04 1135.00 3.80 9.43 1.0e+20 8.14 0.49 1.0e+20 8.53 6.31 1.70 73.60 1.0e+20 1.59 30.80 38.22 1.61 661.35 -2648 2000 2 23 0.61 1.0e+20 1.0e+20 1.79 1.46 8.27 7.43 1.00 1.0e+20 1.0e+20 1.0e+20 333.30 7.78 43.68 1.0e+20 1.0e+20 111.11 1136.00 3.80 9.41 1.0e+20 8.17 0.48 1.0e+20 8.57 6.33 1.71 73.60 1.0e+20 1.60 30.80 38.09 1.60 661.26 -2649 2000 2 24 0.61 1.0e+20 1.0e+20 1.78 1.45 8.27 7.50 0.99 1.0e+20 1.0e+20 1.0e+20 336.55 7.78 43.65 1.0e+20 1.0e+20 110.95 1144.00 3.80 9.38 1.0e+20 8.20 0.48 1.0e+20 8.61 6.32 1.71 73.75 1.0e+20 1.62 30.85 38.22 1.59 662.05 -2650 2000 2 25 0.61 1.0e+20 1.0e+20 1.77 1.45 8.27 7.63 0.97 1.0e+20 1.0e+20 1.0e+20 342.35 7.78 43.65 1.0e+20 1.0e+20 110.98 1137.00 3.80 9.38 1.0e+20 8.31 0.48 1.0e+20 8.69 6.31 1.71 73.75 1.0e+20 1.64 30.80 37.88 1.59 661.75 -2651 2000 2 28 0.61 1.0e+20 1.0e+20 1.77 1.45 8.27 7.69 0.96 1.0e+20 1.0e+20 1.0e+20 345.25 7.78 43.68 1.0e+20 1.0e+20 109.17 1135.00 3.80 9.40 1.0e+20 8.34 0.48 1.0e+20 8.68 6.37 1.71 73.75 1.0e+20 1.66 30.80 37.95 1.59 662.15 -2652 2000 2 29 0.61 1.0e+20 1.0e+20 1.76 1.45 8.27 7.72 0.96 1.0e+20 1.0e+20 1.0e+20 346.25 7.78 43.65 1.0e+20 1.0e+20 109.88 1131.31 3.80 9.36 1.0e+20 8.38 0.48 1.0e+20 8.75 6.34 1.72 73.75 1.0e+20 1.66 30.76 38.13 1.57 662.50 -2653 2000 3 1 0.60 1.0e+20 1.0e+20 1.76 1.44 8.27 7.67 0.97 1.0e+20 1.0e+20 1.0e+20 344.00 7.78 43.63 1.0e+20 1.0e+20 107.10 1128.50 3.80 9.36 1.0e+20 8.31 0.48 1.0e+20 8.68 6.35 1.71 73.75 1.0e+20 1.65 30.75 38.11 1.58 663.00 -2654 2000 3 2 0.60 1.0e+20 1.0e+20 1.75 1.45 8.27 7.74 0.96 1.0e+20 1.0e+20 1.0e+20 347.11 7.78 43.65 1.0e+20 1.0e+20 107.37 1120.50 3.80 9.34 1.0e+20 8.40 0.48 1.0e+20 8.80 6.36 1.72 73.90 1.0e+20 1.67 30.75 38.00 1.57 663.75 -2655 2000 3 3 0.60 1.0e+20 1.0e+20 1.74 1.45 8.27 7.74 0.96 1.0e+20 1.0e+20 1.0e+20 346.80 7.78 43.65 1.0e+20 1.0e+20 107.80 1120.50 3.80 9.32 1.0e+20 8.39 0.48 1.0e+20 8.81 6.49 1.72 73.90 1.0e+20 1.67 30.75 38.01 1.58 664.10 -2656 2000 3 6 0.60 1.0e+20 1.0e+20 1.74 1.45 8.27 7.75 0.96 1.0e+20 1.0e+20 1.0e+20 347.40 7.78 43.63 1.0e+20 1.0e+20 107.74 1119.30 3.80 9.32 1.0e+20 8.41 0.48 1.0e+20 8.78 6.50 1.72 74.00 1.0e+20 1.67 30.80 38.10 1.57 664.26 -2657 2000 3 7 0.60 1.0e+20 1.0e+20 1.74 1.45 8.27 7.78 0.95 1.0e+20 1.0e+20 1.0e+20 349.35 7.78 43.63 1.0e+20 1.0e+20 106.20 1118.70 3.80 9.29 1.0e+20 8.43 0.48 1.0e+20 8.80 6.52 1.71 73.90 1.0e+20 1.68 30.75 38.06 1.57 664.25 -2658 2000 3 8 0.60 1.0e+20 1.0e+20 1.75 1.45 8.27 7.77 0.95 1.0e+20 1.0e+20 1.0e+20 348.25 7.78 43.65 1.0e+20 1.0e+20 106.89 1119.20 3.80 9.27 1.0e+20 8.45 0.48 1.0e+20 8.85 6.48 1.71 73.65 1.0e+20 1.67 30.76 37.94 1.58 664.50 -2659 2000 3 9 0.61 1.0e+20 1.0e+20 1.73 1.45 8.27 7.69 0.96 1.0e+20 1.0e+20 1.0e+20 344.60 7.78 43.63 1.0e+20 1.0e+20 106.45 1123.00 3.80 9.29 1.0e+20 8.39 0.49 1.0e+20 8.72 6.40 1.70 73.65 1.0e+20 1.65 30.75 37.93 1.58 665.30 -2660 2000 3 10 0.61 1.0e+20 1.0e+20 1.73 1.45 8.27 7.71 0.96 1.0e+20 1.0e+20 1.0e+20 345.80 7.78 43.65 1.0e+20 1.0e+20 106.27 1120.20 3.80 9.32 1.0e+20 8.39 0.49 1.0e+20 8.72 6.38 1.70 73.80 1.0e+20 1.66 30.75 37.85 1.57 665.50 -2661 2000 3 13 0.61 1.0e+20 1.0e+20 1.74 1.46 8.27 7.72 0.96 1.0e+20 1.0e+20 1.0e+20 345.70 7.78 43.65 1.0e+20 1.0e+20 105.32 1121.00 3.80 9.31 1.0e+20 8.41 0.49 1.0e+20 8.71 6.43 1.70 74.05 1.0e+20 1.67 30.75 37.93 1.57 665.25 -2662 2000 3 14 0.61 1.0e+20 1.0e+20 1.73 1.46 8.27 7.72 0.96 1.0e+20 1.0e+20 1.0e+20 345.80 7.78 43.64 1.0e+20 1.0e+20 104.85 1118.40 3.80 9.32 1.0e+20 8.44 0.49 1.0e+20 8.69 6.44 1.70 73.62 1.0e+20 1.67 30.74 37.87 1.57 665.90 -2663 2000 3 15 0.61 1.0e+20 1.0e+20 1.74 1.46 8.27 7.68 0.96 1.0e+20 1.0e+20 1.0e+20 344.15 7.78 43.65 1.0e+20 1.0e+20 105.58 1118.50 3.80 9.34 1.0e+20 8.41 0.48 1.0e+20 8.69 6.47 1.71 73.62 1.0e+20 1.66 30.75 38.16 1.57 666.50 -2664 2000 3 16 0.61 1.0e+20 1.0e+20 1.73 1.47 8.27 7.66 0.97 1.0e+20 1.0e+20 1.0e+20 343.50 7.78 43.58 1.0e+20 1.0e+20 105.63 1118.00 3.80 9.33 1.0e+20 8.40 0.48 1.0e+20 8.69 6.45 1.71 73.64 1.0e+20 1.65 30.81 37.96 1.57 667.25 -2665 2000 3 17 0.60 1.0e+20 1.0e+20 1.73 1.47 8.27 7.67 0.96 1.0e+20 1.0e+20 1.0e+20 344.10 7.78 43.65 1.0e+20 1.0e+20 106.10 1117.30 3.80 9.32 1.0e+20 8.40 0.48 1.0e+20 8.66 6.47 1.71 74.00 1.0e+20 1.66 30.74 37.97 1.57 667.00 -2666 2000 3 20 0.60 1.0e+20 1.0e+20 1.74 1.47 8.27 7.66 0.97 1.0e+20 1.0e+20 1.0e+20 343.95 7.78 43.63 1.0e+20 1.0e+20 106.50 1118.18 3.80 9.32 1.0e+20 8.42 0.48 1.0e+20 8.64 6.49 1.72 73.90 1.0e+20 1.66 30.85 38.04 1.56 667.25 -2667 2000 3 21 0.61 1.0e+20 1.0e+20 1.73 1.46 8.27 7.67 0.97 1.0e+20 1.0e+20 1.0e+20 344.10 7.78 43.59 1.0e+20 1.0e+20 106.91 1117.00 3.80 9.30 1.0e+20 8.42 0.49 1.0e+20 8.65 6.48 1.71 73.75 1.0e+20 1.66 30.78 37.90 1.57 667.65 -2668 2000 3 22 0.60 1.0e+20 1.0e+20 1.72 1.47 8.27 7.75 0.96 1.0e+20 1.0e+20 1.0e+20 347.45 7.78 43.65 1.0e+20 1.0e+20 106.77 1113.00 3.80 9.28 1.0e+20 8.46 0.48 1.0e+20 8.71 6.45 1.71 73.70 1.0e+20 1.67 30.75 37.80 1.57 668.00 -2669 2000 3 23 0.60 1.0e+20 1.0e+20 1.72 1.47 8.27 7.68 0.96 1.0e+20 1.0e+20 1.0e+20 345.07 7.78 43.65 1.0e+20 1.0e+20 107.45 1110.00 3.80 9.24 1.0e+20 8.38 0.48 1.0e+20 8.64 6.47 1.71 73.75 1.0e+20 1.65 30.75 37.75 1.58 668.75 -2670 2000 3 24 0.60 1.0e+20 1.0e+20 1.73 1.46 8.27 7.65 0.97 1.0e+20 1.0e+20 1.0e+20 344.00 7.78 43.65 1.0e+20 1.0e+20 107.25 1108.70 3.80 9.19 1.0e+20 8.34 0.48 1.0e+20 8.57 6.48 1.71 73.74 1.0e+20 1.63 30.70 37.72 1.59 669.00 -2671 2000 3 27 0.61 1.0e+20 1.0e+20 1.73 1.46 8.27 7.71 0.96 1.0e+20 1.0e+20 1.0e+20 346.50 7.78 43.62 1.0e+20 1.0e+20 107.13 1112.10 3.80 9.18 1.0e+20 8.40 0.49 1.0e+20 8.64 6.46 1.71 73.85 1.0e+20 1.64 30.65 37.80 1.58 669.50 -2672 2000 3 28 0.61 1.0e+20 1.0e+20 1.74 1.45 8.27 7.74 0.96 1.0e+20 1.0e+20 1.0e+20 348.00 7.78 43.65 1.0e+20 1.0e+20 105.90 1112.50 3.80 9.18 1.0e+20 8.39 0.50 1.0e+20 8.56 6.49 1.71 73.85 1.0e+20 1.65 30.64 37.80 1.58 669.25 -2673 2000 3 29 0.61 1.0e+20 1.0e+20 1.74 1.45 8.27 7.81 0.95 1.0e+20 1.0e+20 1.0e+20 351.40 7.78 43.65 1.0e+20 1.0e+20 105.60 1109.40 3.80 9.24 1.0e+20 8.45 0.50 1.0e+20 8.66 6.51 1.71 73.90 1.0e+20 1.67 30.60 37.79 1.58 670.01 -2674 2000 3 30 0.61 1.0e+20 1.0e+20 1.75 1.45 8.27 7.76 0.95 1.0e+20 1.0e+20 1.0e+20 348.75 7.78 43.65 1.0e+20 1.0e+20 105.53 1107.50 3.80 9.31 1.0e+20 8.40 0.49 1.0e+20 8.63 6.57 1.71 73.85 1.0e+20 1.66 30.60 37.88 1.59 671.00 -2675 2000 3 31 0.60 1.0e+20 1.0e+20 1.74 1.45 8.27 7.77 0.95 1.0e+20 1.0e+20 1.0e+20 349.75 7.78 43.65 1.0e+20 1.0e+20 102.73 1105.50 3.80 9.29 1.0e+20 8.43 0.49 1.0e+20 8.63 6.53 1.71 73.85 1.0e+20 1.66 30.48 37.85 1.59 670.00 -2676 2000 4 3 0.60 1.0e+20 1.0e+20 1.74 1.45 8.27 7.78 0.95 1.0e+20 1.0e+20 1.0e+20 350.20 7.78 43.63 1.0e+20 1.0e+20 104.82 1113.00 3.80 9.29 1.0e+20 8.46 0.49 1.0e+20 8.67 6.56 1.71 73.85 1.0e+20 1.65 30.50 37.80 1.59 670.50 -2677 2000 4 4 0.60 1.0e+20 1.0e+20 1.74 1.45 8.27 7.77 0.95 1.0e+20 1.0e+20 1.0e+20 349.70 7.78 43.65 1.0e+20 1.0e+20 105.33 1114.00 3.80 9.31 1.0e+20 8.49 0.50 1.0e+20 8.69 6.56 1.71 74.18 1.0e+20 1.65 30.45 37.86 1.59 670.36 -2678 2000 4 5 0.60 1.0e+20 1.0e+20 1.75 1.45 8.27 7.72 0.96 1.0e+20 1.0e+20 1.0e+20 347.25 7.78 43.68 1.0e+20 1.0e+20 105.00 1115.50 3.80 9.40 1.0e+20 8.44 0.50 1.0e+20 8.62 6.60 1.71 74.15 1.0e+20 1.63 30.50 38.05 1.59 671.25 -2679 2000 4 6 0.60 1.0e+20 1.0e+20 1.74 1.45 8.27 7.77 0.95 1.0e+20 1.0e+20 1.0e+20 349.50 7.78 43.65 1.0e+20 1.0e+20 104.78 1112.00 3.80 9.36 1.0e+20 8.47 0.50 1.0e+20 8.66 6.57 1.71 74.18 1.0e+20 1.63 30.48 38.05 1.58 671.86 -2680 2000 4 7 0.60 1.0e+20 1.0e+20 1.74 1.45 8.27 7.76 0.95 1.0e+20 1.0e+20 1.0e+20 349.20 7.78 43.67 1.0e+20 1.0e+20 105.33 1107.50 3.80 9.32 1.0e+20 8.48 0.50 1.0e+20 8.64 6.56 1.71 74.15 1.0e+20 1.63 30.50 37.99 1.58 671.01 -2681 2000 4 10 0.59 1.0e+20 1.0e+20 1.73 1.46 8.27 7.76 0.95 1.0e+20 1.0e+20 1.0e+20 349.10 7.78 43.66 1.0e+20 1.0e+20 106.37 1110.50 3.80 9.29 1.0e+20 8.50 0.49 1.0e+20 8.61 6.55 1.71 74.05 1.0e+20 1.64 30.35 38.05 1.58 670.75 -2682 2000 4 11 0.59 1.0e+20 1.0e+20 1.74 1.46 8.27 7.76 0.95 1.0e+20 1.0e+20 1.0e+20 349.10 7.78 43.68 1.0e+20 1.0e+20 106.95 1110.00 3.80 9.37 1.0e+20 8.52 0.49 1.0e+20 8.63 6.59 1.72 74.10 1.0e+20 1.64 30.35 38.07 1.58 672.75 -2683 2000 4 12 0.59 1.0e+20 1.0e+20 1.74 1.46 8.27 7.79 0.95 1.0e+20 1.0e+20 1.0e+20 350.40 7.78 43.70 1.0e+20 1.0e+20 105.86 1108.50 3.80 9.40 1.0e+20 8.53 0.49 1.0e+20 8.70 6.57 1.71 74.05 1.0e+20 1.64 30.35 38.05 1.58 672.51 -2684 2000 4 13 0.59 1.0e+20 1.0e+20 1.76 1.46 8.27 7.82 0.95 1.0e+20 1.0e+20 1.0e+20 351.75 7.78 43.70 1.0e+20 1.0e+20 105.76 1107.00 3.80 9.40 1.0e+20 8.54 0.49 1.0e+20 8.72 6.56 1.71 74.05 1.0e+20 1.65 30.35 37.85 1.58 672.75 -2685 2000 4 14 0.59 1.0e+20 1.0e+20 1.78 1.47 8.27 7.79 0.95 1.0e+20 1.0e+20 1.0e+20 350.54 7.78 43.75 1.0e+20 1.0e+20 105.12 1111.20 3.80 9.50 1.0e+20 8.54 0.49 1.0e+20 8.70 6.58 1.70 74.04 1.0e+20 1.64 30.45 37.90 1.58 672.75 -2686 2000 4 17 0.59 1.0e+20 1.0e+20 1.78 1.48 8.27 7.79 0.95 1.0e+20 1.0e+20 1.0e+20 351.00 7.78 43.68 1.0e+20 1.0e+20 104.19 1113.80 3.80 9.48 1.0e+20 8.58 0.49 1.0e+20 8.72 6.62 1.70 73.80 1.0e+20 1.64 30.55 37.97 1.58 672.60 -2687 2000 4 18 0.59 1.0e+20 1.0e+20 1.76 1.48 8.27 7.86 0.94 1.0e+20 1.0e+20 1.0e+20 354.25 7.78 43.70 1.0e+20 1.0e+20 104.59 1110.00 3.80 9.44 1.0e+20 8.63 0.49 1.0e+20 8.74 6.61 1.69 74.25 1.0e+20 1.66 30.60 37.92 1.57 672.75 -2688 2000 4 19 0.59 1.0e+20 1.0e+20 1.76 1.47 8.27 7.95 0.93 1.0e+20 1.0e+20 1.0e+20 357.85 7.78 43.70 1.0e+20 1.0e+20 104.94 1109.50 3.80 9.39 1.0e+20 8.71 0.49 1.0e+20 8.79 6.63 1.69 74.25 1.0e+20 1.67 30.62 37.98 1.57 672.75 -2689 2000 4 20 0.59 1.0e+20 1.0e+20 1.78 1.47 8.27 7.95 0.93 1.0e+20 1.0e+20 1.0e+20 357.75 7.78 43.68 1.0e+20 1.0e+20 105.45 1109.00 3.80 9.40 1.0e+20 8.69 0.49 1.0e+20 8.80 6.70 1.69 73.85 1.0e+20 1.67 30.55 37.97 1.58 672.75 -2690 2000 4 21 0.59 1.0e+20 1.0e+20 1.77 1.47 8.27 7.94 0.93 1.0e+20 1.0e+20 1.0e+20 357.80 7.78 43.70 1.0e+20 1.0e+20 105.88 1108.50 3.80 9.40 1.0e+20 8.67 0.49 1.0e+20 8.78 6.74 1.69 74.00 1.0e+20 1.67 30.58 37.95 1.57 672.75 -2691 2000 4 24 0.59 1.0e+20 1.0e+20 1.79 1.47 8.27 7.92 0.93 1.0e+20 1.0e+20 1.0e+20 357.38 7.78 43.65 1.0e+20 1.0e+20 105.66 1108.80 3.80 9.44 1.0e+20 8.67 0.49 1.0e+20 8.78 6.73 1.70 74.20 1.0e+20 1.67 30.60 37.98 1.58 673.50 -2692 2000 4 25 0.59 1.0e+20 1.0e+20 1.79 1.46 8.27 8.04 0.92 1.0e+20 1.0e+20 1.0e+20 362.40 7.78 43.70 1.0e+20 1.0e+20 105.71 1108.50 3.80 9.41 1.0e+20 8.80 0.49 1.0e+20 8.84 6.73 1.70 74.20 1.0e+20 1.69 30.65 38.04 1.57 674.01 -2693 2000 4 26 0.58 1.0e+20 1.0e+20 1.79 1.47 8.27 8.08 0.92 1.0e+20 1.0e+20 1.0e+20 364.75 7.78 43.70 1.0e+20 1.0e+20 106.46 1108.10 3.80 9.41 1.0e+20 8.82 0.48 1.0e+20 8.88 6.80 1.70 74.20 1.0e+20 1.70 30.65 38.15 1.57 675.20 -2694 2000 4 27 0.58 1.0e+20 1.0e+20 1.81 1.47 8.27 8.20 0.90 1.0e+20 1.0e+20 1.0e+20 370.40 7.78 43.70 1.0e+20 1.0e+20 106.36 1111.00 3.80 9.45 1.0e+20 8.97 0.48 1.0e+20 8.98 6.86 1.70 74.35 1.0e+20 1.73 30.65 38.13 1.57 675.50 -2695 2000 4 28 0.58 1.0e+20 1.0e+20 1.80 1.48 8.27 8.19 0.90 1.0e+20 1.0e+20 1.0e+20 370.10 7.78 43.70 1.0e+20 1.0e+20 107.98 1110.00 3.80 9.41 1.0e+20 8.95 0.48 1.0e+20 8.96 6.78 1.70 74.55 1.0e+20 1.72 30.67 38.09 1.55 676.25 -2696 2000 5 1 0.58 1.0e+20 1.0e+20 1.80 1.47 8.27 8.16 0.91 1.0e+20 1.0e+20 1.0e+20 368.52 7.78 43.67 1.0e+20 1.0e+20 108.89 1110.00 3.80 9.34 1.0e+20 8.90 0.48 1.0e+20 8.91 6.78 1.70 74.40 1.0e+20 1.71 30.65 38.12 1.55 675.76 -2697 2000 5 2 0.58 1.0e+20 1.0e+20 1.80 1.48 8.27 8.22 0.90 1.0e+20 1.0e+20 1.0e+20 371.10 7.78 43.75 1.0e+20 1.0e+20 108.63 1110.10 3.80 9.33 1.0e+20 8.95 0.48 1.0e+20 8.94 6.77 1.71 74.55 1.0e+20 1.71 30.68 38.35 1.55 676.25 -2698 2000 5 3 0.59 1.0e+20 1.0e+20 1.81 1.49 8.27 8.38 0.88 1.0e+20 1.0e+20 1.0e+20 377.90 7.79 43.73 1.0e+20 1.0e+20 109.14 1110.00 3.80 9.37 1.0e+20 9.07 0.48 1.0e+20 9.07 6.84 1.72 74.05 1.0e+20 1.73 30.75 38.50 1.56 676.51 -2699 2000 5 4 0.59 1.0e+20 1.0e+20 1.81 1.49 8.27 8.37 0.89 1.0e+20 1.0e+20 1.0e+20 378.10 7.79 43.67 1.0e+20 1.0e+20 108.17 1111.50 3.80 9.40 1.0e+20 9.10 0.49 1.0e+20 9.10 6.92 1.72 74.70 1.0e+20 1.73 30.72 38.51 1.54 676.90 -2700 2000 5 5 0.59 1.0e+20 1.0e+20 1.81 1.49 8.27 8.32 0.89 1.0e+20 1.0e+20 1.0e+20 375.65 7.78 43.70 1.0e+20 1.0e+20 108.53 1111.00 3.80 9.48 1.0e+20 9.10 0.48 1.0e+20 9.10 6.94 1.72 74.70 1.0e+20 1.73 30.68 38.55 1.52 677.60 -2701 2000 5 8 0.58 1.0e+20 1.0e+20 1.80 1.49 8.27 8.32 0.89 1.0e+20 1.0e+20 1.0e+20 375.80 7.78 43.70 1.0e+20 1.0e+20 109.03 1109.70 3.80 9.48 1.0e+20 9.09 0.48 1.0e+20 9.09 6.94 1.72 74.40 1.0e+20 1.73 30.70 38.50 1.53 677.90 -2702 2000 5 9 0.58 1.0e+20 1.0e+20 1.80 1.49 8.27 8.26 0.90 1.0e+20 1.0e+20 1.0e+20 372.70 7.78 43.70 1.0e+20 1.0e+20 109.61 1109.50 3.80 9.49 1.0e+20 9.05 0.47 1.0e+20 9.05 7.09 1.72 74.50 1.0e+20 1.72 30.65 38.68 1.53 678.00 -2703 2000 5 10 0.58 1.0e+20 1.0e+20 1.81 1.49 8.27 8.19 0.90 1.0e+20 1.0e+20 1.0e+20 369.80 7.78 44.30 1.0e+20 1.0e+20 109.33 1109.20 3.80 9.57 1.0e+20 9.04 0.47 1.0e+20 9.05 7.07 1.72 74.80 1.0e+20 1.71 30.73 38.71 1.51 678.50 -2704 2000 5 11 0.57 1.0e+20 1.0e+20 1.82 1.49 8.27 8.26 0.90 1.0e+20 1.0e+20 1.0e+20 373.17 7.78 44.44 1.0e+20 1.0e+20 108.47 1113.00 3.80 9.58 1.0e+20 9.13 0.47 1.0e+20 9.16 6.97 1.72 74.55 1.0e+20 1.72 30.76 39.00 1.49 679.25 -2705 2000 5 12 0.58 1.0e+20 1.0e+20 1.83 1.48 8.27 8.21 0.90 1.0e+20 1.0e+20 1.0e+20 370.66 7.79 44.15 1.0e+20 1.0e+20 108.74 1113.50 3.80 9.56 1.0e+20 9.01 0.47 1.0e+20 9.09 7.04 1.72 74.60 1.0e+20 1.70 30.75 38.90 1.51 678.40 -2706 2000 5 15 0.57 1.0e+20 1.0e+20 1.84 1.48 8.27 8.16 0.91 1.0e+20 1.0e+20 1.0e+20 368.35 7.78 44.44 1.0e+20 1.0e+20 109.48 1114.90 3.80 9.58 1.0e+20 8.96 0.47 1.0e+20 9.06 7.04 1.73 75.10 1.0e+20 1.70 30.83 39.35 1.50 679.90 -2707 2000 5 16 0.57 1.0e+20 1.0e+20 1.82 1.48 8.27 8.24 0.90 1.0e+20 1.0e+20 1.0e+20 372.10 7.79 44.05 1.0e+20 1.0e+20 109.75 1115.00 3.80 9.51 1.0e+20 9.05 0.47 1.0e+20 9.10 7.07 1.73 75.15 1.0e+20 1.71 30.84 39.45 1.50 680.25 -2708 2000 5 17 0.56 1.0e+20 1.0e+20 1.83 1.49 8.27 8.36 0.89 1.0e+20 1.0e+20 1.0e+20 377.30 7.79 44.02 1.0e+20 1.0e+20 109.53 1115.60 3.80 9.55 1.0e+20 9.15 0.46 1.0e+20 9.20 7.11 1.73 75.10 1.0e+20 1.73 30.75 39.40 1.49 681.00 -2709 2000 5 18 0.57 1.0e+20 1.0e+20 1.83 1.50 8.27 8.33 0.89 1.0e+20 1.0e+20 1.0e+20 376.25 7.79 44.03 1.0e+20 1.0e+20 108.70 1118.80 3.80 9.58 1.0e+20 9.12 0.45 1.0e+20 9.13 7.13 1.73 75.15 1.0e+20 1.73 30.82 39.34 1.48 681.35 -2710 2000 5 19 0.57 1.0e+20 1.0e+20 1.84 1.49 8.27 8.33 0.89 1.0e+20 1.0e+20 1.0e+20 376.50 7.79 44.00 1.0e+20 1.0e+20 106.89 1122.50 3.80 9.63 1.0e+20 9.13 0.45 1.0e+20 9.15 7.18 1.72 75.15 1.0e+20 1.73 30.79 39.03 1.48 682.10 -2711 2000 5 22 0.57 1.0e+20 1.0e+20 1.85 1.49 8.27 8.25 0.90 1.0e+20 1.0e+20 1.0e+20 372.91 7.79 44.02 1.0e+20 1.0e+20 107.02 1131.50 3.80 9.57 1.0e+20 9.11 0.45 1.0e+20 9.22 7.11 1.73 75.05 1.0e+20 1.71 30.75 39.18 1.49 682.00 -2712 2000 5 23 0.57 1.0e+20 1.0e+20 1.85 1.50 8.27 8.24 0.90 1.0e+20 1.0e+20 1.0e+20 372.50 7.79 44.15 1.0e+20 1.0e+20 106.72 1135.00 3.80 9.50 1.0e+20 9.15 0.45 1.0e+20 9.21 7.05 1.73 75.10 1.0e+20 1.72 30.80 39.25 1.47 682.00 -2713 2000 5 24 0.57 1.0e+20 1.0e+20 1.85 1.50 8.27 8.20 0.90 1.0e+20 1.0e+20 1.0e+20 370.30 7.79 44.25 1.0e+20 1.0e+20 107.58 1133.50 3.80 9.54 1.0e+20 9.09 0.45 1.0e+20 9.17 7.11 1.73 75.10 1.0e+20 1.72 30.82 39.30 1.47 683.00 -2714 2000 5 25 0.57 1.0e+20 1.0e+20 1.84 1.50 8.27 8.22 0.90 1.0e+20 1.0e+20 1.0e+20 371.55 7.79 44.20 1.0e+20 1.0e+20 107.48 1129.90 3.80 9.51 1.0e+20 9.10 0.45 1.0e+20 9.16 7.14 1.73 75.50 1.0e+20 1.72 30.85 39.15 1.47 683.85 -2715 2000 5 26 0.57 1.0e+20 1.0e+20 1.84 1.50 8.27 8.00 0.93 1.0e+20 1.0e+20 1.0e+20 362.00 7.79 44.40 1.0e+20 1.0e+20 107.18 1137.50 3.80 9.53 1.0e+20 8.91 0.45 1.0e+20 9.01 7.13 1.73 75.25 1.0e+20 1.68 30.85 39.19 1.48 684.15 -2716 2000 5 29 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2717 2000 5 30 0.57 1.0e+20 1.0e+20 1.83 1.50 8.27 8.01 0.93 1.0e+20 1.0e+20 1.0e+20 361.85 7.79 44.65 1.0e+20 1.0e+20 106.44 1137.00 3.80 9.52 1.0e+20 8.94 0.46 1.0e+20 9.00 7.05 1.73 75.40 1.0e+20 1.68 30.96 39.25 1.49 683.50 -2718 2000 5 31 0.57 1.0e+20 1.0e+20 1.82 1.49 8.27 7.99 0.93 1.0e+20 1.0e+20 1.0e+20 360.95 7.79 44.65 1.0e+20 1.0e+20 107.74 1130.00 3.80 9.51 1.0e+20 8.92 0.45 1.0e+20 8.98 6.96 1.73 74.77 1.0e+20 1.68 30.85 39.22 1.49 681.75 -2719 2000 6 1 0.57 1.0e+20 1.0e+20 1.82 1.49 8.27 8.02 0.93 1.0e+20 1.0e+20 1.0e+20 362.50 7.79 44.65 1.0e+20 1.0e+20 108.74 1133.00 3.80 9.49 1.0e+20 8.94 0.45 1.0e+20 8.96 6.98 1.73 75.30 1.0e+20 1.68 30.90 39.19 1.49 681.75 -2720 2000 6 2 0.57 1.0e+20 1.0e+20 1.80 1.47 8.27 7.91 0.94 1.0e+20 1.0e+20 1.0e+20 357.25 7.79 44.70 1.0e+20 1.0e+20 108.15 1125.20 3.80 9.56 1.0e+20 8.80 0.46 1.0e+20 8.82 6.93 1.72 75.20 1.0e+20 1.66 30.85 38.92 1.50 678.01 -2721 2000 6 5 0.58 1.0e+20 1.0e+20 1.79 1.47 8.27 7.88 0.94 1.0e+20 1.0e+20 1.0e+20 355.70 7.79 44.75 1.0e+20 1.0e+20 107.44 1118.00 3.80 9.55 1.0e+20 8.74 0.46 1.0e+20 8.80 6.92 1.72 75.35 1.0e+20 1.66 30.83 38.81 1.51 679.25 -2722 2000 6 6 0.58 1.0e+20 1.0e+20 1.79 1.47 8.27 7.79 0.95 1.0e+20 1.0e+20 1.0e+20 351.90 7.79 44.75 1.0e+20 1.0e+20 105.64 1117.00 3.80 9.68 1.0e+20 8.66 0.47 1.0e+20 8.71 6.94 1.72 75.25 1.0e+20 1.64 30.83 38.84 1.52 679.75 -2723 2000 6 7 0.59 1.0e+20 1.0e+20 1.80 1.47 8.27 7.77 0.96 1.0e+20 1.0e+20 1.0e+20 350.61 7.79 44.83 1.0e+20 1.0e+20 105.50 1113.20 3.80 9.78 1.0e+20 8.63 0.47 1.0e+20 8.65 6.97 1.72 75.25 1.0e+20 1.63 30.80 38.92 1.52 679.00 -2724 2000 6 8 0.58 1.0e+20 1.0e+20 1.79 1.48 8.27 7.81 0.95 1.0e+20 1.0e+20 1.0e+20 352.19 7.79 44.85 1.0e+20 1.0e+20 105.86 1116.00 3.80 9.90 1.0e+20 8.69 0.46 1.0e+20 8.75 7.04 1.72 75.40 1.0e+20 1.64 30.80 39.01 1.50 680.25 -2725 2000 6 9 0.58 1.0e+20 1.0e+20 1.80 1.47 8.27 7.83 0.95 1.0e+20 1.0e+20 1.0e+20 353.20 7.79 44.85 1.0e+20 1.0e+20 106.78 1115.50 3.80 9.93 1.0e+20 8.73 0.46 1.0e+20 8.74 7.00 1.72 75.25 1.0e+20 1.64 30.80 39.12 1.50 680.25 -2726 2000 6 12 0.59 1.0e+20 1.0e+20 1.80 1.47 8.27 7.82 0.95 1.0e+20 1.0e+20 1.0e+20 352.30 7.79 44.85 1.0e+20 1.0e+20 106.65 1113.40 3.80 9.86 1.0e+20 8.69 0.47 1.0e+20 8.69 7.02 1.72 75.25 1.0e+20 1.63 30.80 39.05 1.51 680.74 -2727 2000 6 13 0.59 1.0e+20 1.0e+20 1.81 1.46 8.27 7.75 0.96 1.0e+20 1.0e+20 1.0e+20 349.60 7.79 44.80 1.0e+20 1.0e+20 106.79 1114.40 3.80 9.79 1.0e+20 8.62 0.47 1.0e+20 8.61 7.00 1.72 75.25 1.0e+20 1.62 30.80 38.99 1.51 680.81 -2728 2000 6 14 0.60 1.0e+20 1.0e+20 1.81 1.46 8.27 7.77 0.95 1.0e+20 1.0e+20 1.0e+20 350.80 7.79 44.72 1.0e+20 1.0e+20 106.89 1114.50 3.80 9.79 1.0e+20 8.57 0.47 1.0e+20 8.53 6.93 1.72 75.16 1.0e+20 1.63 30.80 39.07 1.50 681.50 -2729 2000 6 15 0.60 1.0e+20 1.0e+20 1.81 1.47 8.27 7.82 0.95 1.0e+20 1.0e+20 1.0e+20 352.30 7.79 44.80 1.0e+20 1.0e+20 106.52 1115.00 3.80 9.85 1.0e+20 8.63 0.46 1.0e+20 8.62 6.90 1.72 75.20 1.0e+20 1.63 30.85 39.07 1.51 681.75 -2730 2000 6 16 0.60 1.0e+20 1.0e+20 1.80 1.47 8.27 7.73 0.96 1.0e+20 1.0e+20 1.0e+20 348.85 7.79 44.83 1.0e+20 1.0e+20 106.22 1116.40 3.80 9.92 1.0e+20 8.57 0.47 1.0e+20 8.60 6.83 1.72 75.20 1.0e+20 1.61 30.90 39.18 1.51 682.01 -2731 2000 6 19 0.60 1.0e+20 1.0e+20 1.80 1.46 8.27 7.74 0.96 1.0e+20 1.0e+20 1.0e+20 349.80 7.79 44.85 1.0e+20 1.0e+20 105.74 1122.22 3.80 9.91 1.0e+20 8.58 0.47 1.0e+20 8.62 6.86 1.73 75.15 1.0e+20 1.62 30.90 39.20 1.51 682.31 -2732 2000 6 20 0.60 1.0e+20 1.0e+20 1.80 1.47 8.27 7.80 0.95 1.0e+20 1.0e+20 1.0e+20 352.00 7.79 44.75 1.0e+20 1.0e+20 105.42 1120.00 3.80 9.88 1.0e+20 8.62 0.47 1.0e+20 8.64 6.90 1.73 78.25 1.0e+20 1.62 30.90 39.13 1.51 682.25 -2733 2000 6 21 0.60 1.0e+20 1.0e+20 1.81 1.47 8.27 7.88 0.94 1.0e+20 1.0e+20 1.0e+20 355.95 7.79 44.70 1.0e+20 1.0e+20 105.50 1119.30 3.80 9.82 1.0e+20 8.70 0.47 1.0e+20 8.71 6.93 1.73 78.70 1.0e+20 1.63 30.83 39.20 1.49 680.25 -2734 2000 6 22 0.59 1.0e+20 1.0e+20 1.81 1.47 8.27 7.93 0.93 1.0e+20 1.0e+20 1.0e+20 358.10 7.79 44.70 1.0e+20 1.0e+20 104.40 1118.80 3.80 9.88 1.0e+20 8.73 0.47 1.0e+20 8.80 6.91 1.73 78.83 1.0e+20 1.64 30.80 39.25 1.51 680.25 -2735 2000 6 23 0.59 1.0e+20 1.0e+20 1.82 1.47 8.27 7.96 0.93 1.0e+20 1.0e+20 1.0e+20 359.60 7.79 44.75 1.0e+20 1.0e+20 104.59 1119.50 3.80 9.98 1.0e+20 8.73 0.47 1.0e+20 8.85 6.88 1.73 78.90 1.0e+20 1.65 30.80 39.10 1.50 681.35 -2736 2000 6 26 0.59 1.0e+20 1.0e+20 1.82 1.48 8.27 7.94 0.93 1.0e+20 1.0e+20 1.0e+20 358.70 7.79 44.75 1.0e+20 1.0e+20 105.66 1118.20 3.80 10.02 1.0e+20 8.75 0.46 1.0e+20 8.89 6.87 1.73 78.90 1.0e+20 1.65 30.81 39.13 1.49 681.26 -2737 2000 6 27 0.60 1.0e+20 1.0e+20 1.82 1.48 8.27 7.89 0.94 1.0e+20 1.0e+20 1.0e+20 356.67 7.79 44.70 1.0e+20 1.0e+20 105.53 1118.30 3.80 10.09 1.0e+20 8.69 0.47 1.0e+20 8.87 6.81 1.73 79.00 1.0e+20 1.63 30.82 39.17 1.50 681.50 -2738 2000 6 28 0.60 1.0e+20 1.0e+20 1.82 1.48 8.27 7.89 0.94 1.0e+20 1.0e+20 1.0e+20 356.45 7.79 44.72 1.0e+20 1.0e+20 105.51 1116.50 3.80 9.97 1.0e+20 8.65 0.46 1.0e+20 8.86 6.81 1.73 79.00 1.0e+20 1.64 30.82 39.16 1.51 681.75 -2739 2000 6 29 0.60 1.0e+20 1.0e+20 1.81 1.48 8.27 7.84 0.95 1.0e+20 1.0e+20 1.0e+20 353.69 7.79 44.73 1.0e+20 1.0e+20 105.09 1115.00 3.80 9.89 1.0e+20 8.59 0.46 1.0e+20 8.82 6.82 1.73 79.20 1.0e+20 1.63 30.83 39.20 1.51 682.51 -2740 2000 6 30 0.59 1.0e+20 1.0e+20 1.80 1.47 8.27 7.82 0.95 1.0e+20 1.0e+20 1.0e+20 353.00 7.79 44.70 1.0e+20 1.0e+20 106.14 1115.15 3.80 9.84 1.0e+20 8.58 0.46 1.0e+20 8.82 6.79 1.72 79.20 1.0e+20 1.63 30.80 39.20 1.51 682.51 -2741 2000 7 3 0.59 1.0e+20 1.0e+20 1.80 1.47 8.27 7.83 0.95 1.0e+20 1.0e+20 1.0e+20 353.70 7.79 44.72 1.0e+20 1.0e+20 105.64 1113.90 3.80 9.55 1.0e+20 8.58 0.46 1.0e+20 8.79 6.81 1.73 79.25 1.0e+20 1.63 30.83 39.39 1.51 682.50 -2742 2000 7 4 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2743 2000 7 5 0.59 1.0e+20 1.0e+20 1.80 1.49 8.27 7.81 0.95 1.0e+20 1.0e+20 1.0e+20 352.75 7.79 44.69 1.0e+20 1.0e+20 106.91 1117.50 3.80 9.52 1.0e+20 8.58 0.46 1.0e+20 8.83 6.78 1.73 79.35 1.0e+20 1.62 30.85 39.60 1.51 683.01 -2744 2000 7 6 0.59 1.0e+20 1.0e+20 1.79 1.48 8.27 7.83 0.95 1.0e+20 1.0e+20 1.0e+20 353.60 7.79 44.81 1.0e+20 1.0e+20 107.37 1117.50 3.80 9.56 1.0e+20 8.60 0.46 1.0e+20 8.86 6.85 1.73 79.35 1.0e+20 1.62 30.88 39.60 1.51 683.25 -2745 2000 7 7 0.59 1.0e+20 1.0e+20 1.79 1.48 8.27 7.86 0.94 1.0e+20 1.0e+20 1.0e+20 355.50 7.79 44.78 1.0e+20 1.0e+20 107.81 1119.00 3.80 9.51 1.0e+20 8.59 0.46 1.0e+20 8.91 6.84 1.73 79.35 1.0e+20 1.62 30.88 39.75 1.51 684.00 -2746 2000 7 10 0.59 1.0e+20 1.0e+20 1.80 1.47 8.27 7.84 0.95 1.0e+20 1.0e+20 1.0e+20 353.95 7.79 44.75 1.0e+20 1.0e+20 107.10 1118.50 3.80 9.50 1.0e+20 8.58 0.46 1.0e+20 8.88 6.82 1.73 79.35 1.0e+20 1.62 30.90 39.92 1.51 684.00 -2747 2000 7 11 0.58 1.0e+20 1.0e+20 1.79 1.47 8.27 7.85 0.94 1.0e+20 1.0e+20 1.0e+20 354.70 7.79 44.75 1.0e+20 1.0e+20 106.93 1116.70 3.80 9.44 1.0e+20 8.60 0.45 1.0e+20 8.89 6.81 1.74 79.25 1.0e+20 1.63 30.90 40.01 1.51 684.80 -2748 2000 7 12 0.58 1.0e+20 1.0e+20 1.80 1.48 8.27 7.93 0.94 1.0e+20 1.0e+20 1.0e+20 358.25 7.79 44.75 1.0e+20 1.0e+20 108.36 1115.70 3.80 9.48 1.0e+20 8.67 0.45 1.0e+20 8.89 6.83 1.74 79.30 1.0e+20 1.65 30.90 40.03 1.50 685.00 -2749 2000 7 13 0.58 1.0e+20 1.0e+20 1.80 1.48 8.27 7.97 0.93 1.0e+20 1.0e+20 1.0e+20 360.37 7.79 44.78 1.0e+20 1.0e+20 108.27 1111.30 3.80 9.44 1.0e+20 8.72 0.45 1.0e+20 8.94 6.84 1.74 79.30 1.0e+20 1.66 30.90 39.98 1.49 685.50 -2750 2000 7 14 0.58 1.0e+20 1.0e+20 1.81 1.48 8.27 7.95 0.93 1.0e+20 1.0e+20 1.0e+20 359.15 7.79 44.78 1.0e+20 1.0e+20 107.88 1113.00 3.80 9.42 1.0e+20 8.69 0.46 1.0e+20 8.89 6.89 1.74 79.30 1.0e+20 1.65 30.90 40.05 1.49 685.50 -2751 2000 7 17 0.58 1.0e+20 1.0e+20 1.80 1.48 8.27 7.97 0.93 1.0e+20 1.0e+20 1.0e+20 360.20 7.79 44.74 1.0e+20 1.0e+20 108.53 1113.10 3.80 9.34 1.0e+20 8.75 0.45 1.0e+20 8.96 6.92 1.74 78.75 1.0e+20 1.65 30.96 40.31 1.49 686.20 -2752 2000 7 18 0.58 1.0e+20 1.0e+20 1.79 1.47 8.27 7.99 0.93 1.0e+20 1.0e+20 1.0e+20 361.10 7.79 44.83 1.0e+20 1.0e+20 108.30 1113.70 3.80 9.34 1.0e+20 8.79 0.45 1.0e+20 9.00 6.94 1.74 78.58 1.0e+20 1.66 31.00 40.25 1.49 686.50 -2753 2000 7 19 0.57 1.0e+20 1.0e+20 1.80 1.47 8.27 8.07 0.92 1.0e+20 1.0e+20 1.0e+20 364.45 7.79 44.85 1.0e+20 1.0e+20 108.20 1112.30 3.80 9.42 1.0e+20 8.85 0.45 1.0e+20 9.08 6.98 1.74 78.50 1.0e+20 1.67 31.08 40.17 1.49 686.50 -2754 2000 7 20 0.58 1.0e+20 1.0e+20 1.80 1.47 8.27 8.02 0.92 1.0e+20 1.0e+20 1.0e+20 362.40 7.79 45.02 1.0e+20 1.0e+20 107.89 1111.60 3.80 9.38 1.0e+20 8.81 0.46 1.0e+20 9.02 6.92 1.74 78.52 1.0e+20 1.66 31.13 40.23 1.50 685.50 -2755 2000 7 21 0.58 1.0e+20 1.0e+20 1.79 1.47 8.27 7.97 0.93 1.0e+20 1.0e+20 1.0e+20 360.85 7.79 44.80 1.0e+20 1.0e+20 109.08 1113.00 3.80 9.34 1.0e+20 8.77 0.46 1.0e+20 8.99 6.92 1.74 78.25 1.0e+20 1.66 31.08 40.44 1.51 687.40 -2756 2000 7 24 0.58 1.0e+20 1.0e+20 1.79 1.46 8.27 8.00 0.93 1.0e+20 1.0e+20 1.0e+20 362.00 7.79 44.77 1.0e+20 1.0e+20 108.92 1114.20 3.80 9.33 1.0e+20 8.78 0.45 1.0e+20 8.98 6.95 1.74 78.44 1.0e+20 1.67 31.09 40.76 1.51 687.00 -2757 2000 7 25 0.58 1.0e+20 1.0e+20 1.79 1.46 8.27 7.94 0.93 1.0e+20 1.0e+20 1.0e+20 359.38 7.79 44.95 1.0e+20 1.0e+20 109.30 1116.00 3.80 9.36 1.0e+20 8.71 0.45 1.0e+20 8.94 6.96 1.74 78.59 1.0e+20 1.65 31.10 40.99 1.51 687.85 -2758 2000 7 26 0.59 1.0e+20 1.0e+20 1.79 1.46 8.27 7.92 0.94 1.0e+20 1.0e+20 1.0e+20 358.28 7.79 44.98 1.0e+20 1.0e+20 109.28 1115.60 3.80 9.36 1.0e+20 8.70 0.46 1.0e+20 8.94 6.94 1.74 78.40 1.0e+20 1.64 31.08 41.19 1.51 688.10 -2759 2000 7 27 0.58 1.0e+20 1.0e+20 1.78 1.47 8.27 7.99 0.93 1.0e+20 1.0e+20 1.0e+20 361.60 7.79 44.95 1.0e+20 1.0e+20 109.15 1115.00 3.80 9.37 1.0e+20 8.80 0.45 1.0e+20 9.09 6.94 1.73 78.40 1.0e+20 1.66 31.08 40.92 1.51 688.65 -2760 2000 7 28 0.58 1.0e+20 1.0e+20 1.78 1.47 8.27 8.06 0.92 1.0e+20 1.0e+20 1.0e+20 364.90 7.79 44.96 1.0e+20 1.0e+20 109.63 1117.00 3.80 9.36 1.0e+20 8.85 0.45 1.0e+20 9.16 6.97 1.73 78.40 1.0e+20 1.67 31.07 41.42 1.50 688.00 -2761 2000 7 31 0.57 1.0e+20 1.0e+20 1.77 1.48 8.27 8.04 0.92 1.0e+20 1.0e+20 1.0e+20 363.70 7.79 45.15 1.0e+20 1.0e+20 109.68 1116.90 3.80 9.37 1.0e+20 8.86 0.45 1.0e+20 9.17 6.96 1.73 78.40 1.0e+20 1.66 31.06 41.34 1.49 688.00 -2762 2000 8 1 0.58 1.0e+20 1.0e+20 1.78 1.48 8.27 8.08 0.92 1.0e+20 1.0e+20 1.0e+20 365.50 7.79 45.15 1.0e+20 1.0e+20 109.47 1115.80 3.80 9.35 1.0e+20 8.88 0.45 1.0e+20 9.21 6.97 1.73 78.45 1.0e+20 1.67 31.15 41.09 1.49 688.00 -2763 2000 8 2 0.58 1.0e+20 1.0e+20 1.79 1.48 8.27 8.15 0.91 1.0e+20 1.0e+20 1.0e+20 368.70 7.79 45.40 1.0e+20 1.0e+20 108.77 1115.80 3.80 9.35 1.0e+20 8.95 0.45 1.0e+20 9.25 6.99 1.72 78.43 1.0e+20 1.68 31.10 40.84 1.49 688.00 -2764 2000 8 3 0.58 1.0e+20 1.0e+20 1.80 1.48 8.27 8.24 0.90 1.0e+20 1.0e+20 1.0e+20 372.95 7.79 45.40 1.0e+20 1.0e+20 108.36 1115.00 3.80 9.39 1.0e+20 9.01 0.45 1.0e+20 9.33 7.01 1.72 78.46 1.0e+20 1.70 31.15 40.70 1.49 689.00 -2765 2000 8 4 0.58 1.0e+20 1.0e+20 1.79 1.48 8.27 8.21 0.90 1.0e+20 1.0e+20 1.0e+20 371.60 7.79 45.40 1.0e+20 1.0e+20 108.54 1116.00 3.80 9.36 1.0e+20 8.90 0.45 1.0e+20 9.24 6.96 1.72 78.46 1.0e+20 1.70 31.12 40.68 1.50 688.75 -2766 2000 8 7 0.58 1.0e+20 1.0e+20 1.79 1.48 8.27 8.19 0.91 1.0e+20 1.0e+20 1.0e+20 370.30 7.79 45.62 1.0e+20 1.0e+20 108.99 1118.00 3.80 9.34 1.0e+20 8.89 0.45 1.0e+20 9.18 6.95 1.72 78.46 1.0e+20 1.70 31.15 41.26 1.50 688.75 -2767 2000 8 8 0.58 1.0e+20 1.0e+20 1.80 1.48 8.27 8.26 0.90 1.0e+20 1.0e+20 1.0e+20 373.80 7.79 45.80 1.0e+20 1.0e+20 108.64 1116.50 3.80 9.35 1.0e+20 8.98 0.45 1.0e+20 9.24 6.98 1.72 78.53 1.0e+20 1.71 31.10 41.10 1.50 688.74 -2768 2000 8 9 0.57 1.0e+20 1.0e+20 1.79 1.48 8.27 8.29 0.89 1.0e+20 1.0e+20 1.0e+20 374.80 7.79 45.70 1.0e+20 1.0e+20 107.99 1115.30 3.80 9.33 1.0e+20 8.99 0.45 1.0e+20 9.25 7.00 1.72 78.40 1.0e+20 1.71 31.10 40.90 1.49 688.76 -2769 2000 8 10 0.58 1.0e+20 1.0e+20 1.79 1.48 8.27 8.22 0.90 1.0e+20 1.0e+20 1.0e+20 371.40 7.79 45.90 1.0e+20 1.0e+20 108.70 1114.50 3.80 9.32 1.0e+20 8.94 0.45 1.0e+20 9.20 6.95 1.71 78.40 1.0e+20 1.70 31.10 40.85 1.49 688.50 -2770 2000 8 11 0.57 1.0e+20 1.0e+20 1.79 1.48 8.27 8.24 0.90 1.0e+20 1.0e+20 1.0e+20 372.80 7.79 45.90 1.0e+20 1.0e+20 108.68 1116.00 3.80 9.28 1.0e+20 8.95 0.44 1.0e+20 9.21 6.89 1.71 78.40 1.0e+20 1.71 31.11 40.70 1.50 689.01 -2771 2000 8 14 0.58 1.0e+20 1.0e+20 1.80 1.48 8.27 8.25 0.90 1.0e+20 1.0e+20 1.0e+20 373.00 7.80 45.85 1.0e+20 1.0e+20 109.52 1117.00 3.80 9.25 1.0e+20 8.93 0.45 1.0e+20 9.20 6.91 1.71 78.40 1.0e+20 1.72 31.10 40.74 1.50 689.00 -2772 2000 8 15 0.58 1.0e+20 1.0e+20 1.80 1.48 8.27 8.16 0.91 1.0e+20 1.0e+20 1.0e+20 368.85 7.79 45.80 1.0e+20 1.0e+20 109.00 1116.30 3.80 9.24 1.0e+20 8.88 0.44 1.0e+20 9.15 6.94 1.71 78.45 1.0e+20 1.70 31.13 40.88 1.50 689.25 -2773 2000 8 16 0.58 1.0e+20 1.0e+20 1.80 1.47 8.27 8.16 0.91 1.0e+20 1.0e+20 1.0e+20 368.90 7.79 45.80 1.0e+20 1.0e+20 108.55 1115.20 3.80 9.18 1.0e+20 8.85 0.45 1.0e+20 9.20 6.93 1.71 78.35 1.0e+20 1.70 31.13 40.83 1.49 689.80 -2774 2000 8 17 0.59 1.0e+20 1.0e+20 1.80 1.47 8.27 8.15 0.91 1.0e+20 1.0e+20 1.0e+20 368.70 7.79 45.95 1.0e+20 1.0e+20 108.48 1115.00 3.80 9.19 1.0e+20 8.83 0.45 1.0e+20 9.20 6.92 1.71 78.34 1.0e+20 1.70 31.10 40.85 1.49 689.65 -2775 2000 8 18 0.59 1.0e+20 1.0e+20 1.81 1.47 8.27 8.22 0.90 1.0e+20 1.0e+20 1.0e+20 371.90 7.79 45.90 1.0e+20 1.0e+20 108.43 1115.10 3.80 9.25 1.0e+20 8.89 0.44 1.0e+20 9.26 6.94 1.71 78.20 1.0e+20 1.72 31.11 41.04 1.48 689.50 -2776 2000 8 21 0.58 1.0e+20 1.0e+20 1.82 1.47 8.27 8.25 0.90 1.0e+20 1.0e+20 1.0e+20 373.89 7.79 45.73 1.0e+20 1.0e+20 108.53 1114.50 3.80 9.26 1.0e+20 8.92 0.45 1.0e+20 9.29 6.96 1.71 78.30 1.0e+20 1.72 31.10 40.92 1.49 689.75 -2777 2000 8 22 0.58 1.0e+20 1.0e+20 1.81 1.47 8.27 8.32 0.89 1.0e+20 1.0e+20 1.0e+20 376.70 7.79 45.75 1.0e+20 1.0e+20 108.34 1114.14 3.80 9.24 1.0e+20 8.98 0.44 1.0e+20 9.33 6.98 1.71 78.28 1.0e+20 1.74 31.08 40.83 1.47 689.25 -2778 2000 8 23 0.57 1.0e+20 1.0e+20 1.81 1.48 8.27 8.31 0.89 1.0e+20 1.0e+20 1.0e+20 376.25 7.80 45.90 1.0e+20 1.0e+20 107.02 1114.80 3.80 9.27 1.0e+20 9.00 0.42 1.0e+20 9.33 6.96 1.71 78.06 1.0e+20 1.72 31.08 40.77 1.48 689.99 -2779 2000 8 24 0.57 1.0e+20 1.0e+20 1.82 1.48 8.27 8.26 0.90 1.0e+20 1.0e+20 1.0e+20 373.85 7.80 46.05 1.0e+20 1.0e+20 106.89 1114.20 3.80 9.24 1.0e+20 8.99 0.43 1.0e+20 9.27 6.94 1.72 78.10 1.0e+20 1.71 31.07 41.01 1.48 689.80 -2780 2000 8 25 0.57 1.0e+20 1.0e+20 1.82 1.48 8.27 8.26 0.90 1.0e+20 1.0e+20 1.0e+20 373.95 7.80 46.05 1.0e+20 1.0e+20 107.17 1114.10 3.80 9.23 1.0e+20 8.97 0.43 1.0e+20 9.31 6.90 1.72 78.01 1.0e+20 1.70 31.10 40.86 1.47 689.50 -2781 2000 8 28 0.57 1.0e+20 1.0e+20 1.82 1.48 8.27 8.28 0.90 1.0e+20 1.0e+20 1.0e+20 374.90 7.80 45.83 1.0e+20 1.0e+20 106.45 1111.90 3.80 9.21 1.0e+20 8.95 0.43 1.0e+20 9.34 6.94 1.71 78.01 1.0e+20 1.71 31.08 40.80 1.47 689.75 -2782 2000 8 29 0.57 1.0e+20 1.0e+20 1.83 1.48 8.27 8.32 0.89 1.0e+20 1.0e+20 1.0e+20 376.70 7.80 46.00 1.0e+20 1.0e+20 106.20 1110.20 3.80 9.23 1.0e+20 9.01 0.42 1.0e+20 9.41 6.95 1.72 78.01 1.0e+20 1.72 31.09 40.95 1.46 690.25 -2783 2000 8 30 0.57 1.0e+20 1.0e+20 1.82 1.48 8.27 8.35 0.89 1.0e+20 1.0e+20 1.0e+20 378.50 7.80 45.90 1.0e+20 1.0e+20 106.47 1108.60 3.80 9.21 1.0e+20 9.04 0.42 1.0e+20 9.44 6.96 1.72 77.90 1.0e+20 1.73 31.09 40.96 1.45 689.51 -2784 2000 8 31 0.57 1.0e+20 1.0e+20 1.82 1.47 8.27 8.40 0.88 1.0e+20 1.0e+20 1.0e+20 380.35 7.79 45.90 1.0e+20 1.0e+20 106.66 1108.80 3.80 9.20 1.0e+20 9.08 0.42 1.0e+20 9.44 6.97 1.72 78.10 1.0e+20 1.74 31.10 40.89 1.45 688.50 -2785 2000 9 1 0.57 1.0e+20 1.0e+20 1.82 1.47 8.27 8.29 0.89 1.0e+20 1.0e+20 1.0e+20 375.40 7.79 45.80 1.0e+20 1.0e+20 105.78 1105.70 3.80 9.21 1.0e+20 9.01 0.42 1.0e+20 9.33 6.94 1.72 78.20 1.0e+20 1.72 31.10 40.90 1.46 689.51 -2786 2000 9 4 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2787 2000 9 5 0.56 1.0e+20 1.0e+20 1.82 1.47 8.27 8.41 0.88 1.0e+20 1.0e+20 1.0e+20 380.75 7.79 45.74 1.0e+20 1.0e+20 105.88 1105.50 3.80 9.26 1.0e+20 9.08 0.42 1.0e+20 9.47 7.03 1.72 78.20 1.0e+20 1.74 31.08 41.25 1.45 690.40 -2788 2000 9 6 0.56 1.0e+20 1.0e+20 1.82 1.48 8.27 8.57 0.87 1.0e+20 1.0e+20 1.0e+20 388.80 7.79 45.65 1.0e+20 1.0e+20 106.08 1107.40 3.80 9.32 1.0e+20 9.22 0.42 1.0e+20 9.65 7.08 1.73 78.34 1.0e+20 1.77 31.10 41.40 1.44 690.25 -2789 2000 9 7 0.55 1.0e+20 1.0e+20 1.82 1.47 8.27 8.52 0.87 1.0e+20 1.0e+20 1.0e+20 387.00 7.79 46.05 1.0e+20 1.0e+20 105.10 1111.00 3.80 9.31 1.0e+20 9.18 0.41 1.0e+20 9.56 7.10 1.73 78.32 1.0e+20 1.77 31.10 41.42 1.43 690.25 -2790 2000 9 8 0.55 1.0e+20 1.0e+20 1.82 1.47 8.27 8.61 0.86 1.0e+20 1.0e+20 1.0e+20 390.50 7.79 45.73 1.0e+20 1.0e+20 106.03 1109.50 3.80 9.33 1.0e+20 9.25 0.41 1.0e+20 9.65 7.09 1.73 78.25 1.0e+20 1.78 31.10 41.61 1.41 690.51 -2791 2000 9 11 0.55 1.0e+20 1.0e+20 1.81 1.48 8.27 8.64 0.86 1.0e+20 1.0e+20 1.0e+20 392.03 7.79 45.65 1.0e+20 1.0e+20 105.97 1109.50 3.80 9.28 1.0e+20 9.30 0.42 1.0e+20 9.73 7.11 1.73 78.38 1.0e+20 1.77 31.12 41.47 1.41 690.50 -2792 2000 9 12 0.55 1.0e+20 1.0e+20 1.82 1.48 8.27 8.68 0.85 1.0e+20 1.0e+20 1.0e+20 393.75 7.79 45.70 1.0e+20 1.0e+20 106.93 1109.50 3.80 9.25 1.0e+20 9.33 0.42 1.0e+20 9.76 7.14 1.74 78.38 1.0e+20 1.77 31.11 41.61 1.40 689.71 -2793 2000 9 13 0.55 1.0e+20 1.0e+20 1.83 1.48 8.27 8.63 0.86 1.0e+20 1.0e+20 1.0e+20 391.60 7.79 45.70 1.0e+20 1.0e+20 107.11 1110.00 3.80 9.28 1.0e+20 9.30 0.42 1.0e+20 9.72 7.10 1.74 78.35 1.0e+20 1.76 31.12 41.81 1.41 690.25 -2794 2000 9 14 0.54 1.0e+20 1.0e+20 1.83 1.48 8.27 8.66 0.86 1.0e+20 1.0e+20 1.0e+20 393.05 7.79 45.80 1.0e+20 1.0e+20 107.25 1115.20 3.80 9.31 1.0e+20 9.32 0.42 1.0e+20 9.75 7.15 1.74 78.40 1.0e+20 1.77 31.13 41.80 1.40 689.50 -2795 2000 9 15 0.54 1.0e+20 1.0e+20 1.84 1.48 8.27 8.70 0.85 1.0e+20 1.0e+20 1.0e+20 394.90 7.79 45.85 1.0e+20 1.0e+20 107.33 1119.90 3.80 9.36 1.0e+20 9.33 0.41 1.0e+20 9.79 7.17 1.74 78.50 1.0e+20 1.78 31.17 41.99 1.40 689.66 -2796 2000 9 18 0.54 1.0e+20 1.0e+20 1.85 1.49 8.27 8.76 0.85 1.0e+20 1.0e+20 1.0e+20 397.70 7.79 46.15 1.0e+20 1.0e+20 106.87 1140.00 3.80 9.42 1.0e+20 9.38 0.41 1.0e+20 9.82 7.28 1.74 78.70 1.0e+20 1.78 31.29 42.40 1.40 689.76 -2797 2000 9 19 0.54 1.0e+20 1.0e+20 1.85 1.48 8.27 8.76 0.85 1.0e+20 1.0e+20 1.0e+20 398.10 7.79 46.45 1.0e+20 1.0e+20 107.02 1127.00 3.80 9.42 1.0e+20 9.38 0.41 1.0e+20 9.84 7.29 1.74 78.75 1.0e+20 1.77 31.28 42.32 1.40 690.80 -2798 2000 9 20 0.53 1.0e+20 1.0e+20 1.85 1.48 8.27 8.82 0.84 1.0e+20 1.0e+20 1.0e+20 400.50 7.79 46.30 1.0e+20 1.0e+20 106.77 1127.00 3.80 9.46 1.0e+20 9.43 0.40 1.0e+20 9.87 7.33 1.74 78.95 1.0e+20 1.78 31.29 42.64 1.41 690.75 -2799 2000 9 21 0.54 1.0e+20 1.0e+20 1.85 1.48 8.27 8.72 0.85 1.0e+20 1.0e+20 1.0e+20 396.30 7.79 46.09 1.0e+20 1.0e+20 106.50 1128.00 3.80 9.44 1.0e+20 9.36 0.40 1.0e+20 9.81 7.31 1.74 79.40 1.0e+20 1.77 31.28 42.63 1.42 690.75 -2800 2000 9 22 0.54 1.0e+20 1.0e+20 1.85 1.48 8.27 8.48 0.87 1.0e+20 1.0e+20 1.0e+20 386.00 7.79 46.18 1.0e+20 1.0e+20 107.94 1135.00 3.80 9.48 1.0e+20 9.14 0.41 1.0e+20 9.62 7.25 1.74 79.35 1.0e+20 1.72 31.21 42.80 1.45 690.50 -2801 2000 9 25 0.54 1.0e+20 1.0e+20 1.84 1.48 8.27 8.54 0.87 1.0e+20 1.0e+20 1.0e+20 388.45 7.79 46.16 1.0e+20 1.0e+20 107.63 1126.00 3.80 9.43 1.0e+20 9.18 0.41 1.0e+20 9.66 7.23 1.74 79.25 1.0e+20 1.73 31.29 42.70 1.45 690.75 -2802 2000 9 26 0.55 1.0e+20 1.0e+20 1.85 1.48 8.27 8.46 0.88 1.0e+20 1.0e+20 1.0e+20 384.84 7.79 46.10 1.0e+20 1.0e+20 107.63 1120.00 3.80 9.40 1.0e+20 9.13 0.41 1.0e+20 9.62 7.20 1.74 79.30 1.0e+20 1.72 31.28 42.23 1.46 690.25 -2803 2000 9 27 0.55 1.0e+20 1.0e+20 1.84 1.49 8.27 8.46 0.88 1.0e+20 1.0e+20 1.0e+20 385.05 7.79 46.15 1.0e+20 1.0e+20 107.44 1114.00 3.80 9.41 1.0e+20 9.14 0.41 1.0e+20 9.65 7.25 1.74 79.20 1.0e+20 1.73 31.29 42.21 1.46 691.00 -2804 2000 9 28 0.54 1.0e+20 1.0e+20 1.84 1.50 8.27 8.45 0.88 1.0e+20 1.0e+20 1.0e+20 384.40 7.79 46.05 1.0e+20 1.0e+20 107.59 1115.90 3.80 9.43 1.0e+20 9.07 0.41 1.0e+20 9.68 7.26 1.74 79.20 1.0e+20 1.72 31.29 42.50 1.46 691.25 -2805 2000 9 29 0.54 1.0e+20 1.0e+20 1.84 1.50 8.27 8.44 0.88 1.0e+20 1.0e+20 1.0e+20 384.25 7.79 46.06 1.0e+20 1.0e+20 107.90 1115.30 3.80 9.44 1.0e+20 9.07 0.40 1.0e+20 9.62 7.21 1.73 79.20 1.0e+20 1.72 31.32 42.15 1.47 691.45 -2806 2000 10 2 0.54 1.0e+20 1.0e+20 1.84 1.51 8.27 8.47 0.88 1.0e+20 1.0e+20 1.0e+20 385.76 7.79 46.10 1.0e+20 1.0e+20 108.81 1118.18 3.80 9.41 1.0e+20 9.12 0.40 1.0e+20 9.69 7.19 1.74 79.20 1.0e+20 1.73 31.29 42.30 1.46 691.25 -2807 2000 10 3 0.54 1.0e+20 1.0e+20 1.84 1.50 8.27 8.52 0.87 1.0e+20 1.0e+20 1.0e+20 388.30 7.79 46.18 1.0e+20 1.0e+20 108.66 1120.00 3.80 9.40 1.0e+20 9.17 0.40 1.0e+20 9.78 7.23 1.74 79.25 1.0e+20 1.73 31.32 42.40 1.45 691.70 -2808 2000 10 4 0.53 1.0e+20 1.0e+20 1.85 1.49 8.27 8.53 0.87 1.0e+20 1.0e+20 1.0e+20 388.85 7.79 46.17 1.0e+20 1.0e+20 109.29 1120.00 3.80 9.44 1.0e+20 9.20 0.40 1.0e+20 9.80 7.24 1.75 79.45 1.0e+20 1.73 31.30 42.75 1.45 691.80 -2809 2000 10 5 0.53 1.0e+20 1.0e+20 1.85 1.49 8.27 8.58 0.86 1.0e+20 1.0e+20 1.0e+20 390.85 7.79 46.17 1.0e+20 1.0e+20 109.30 1120.00 3.80 9.46 1.0e+20 9.25 0.40 1.0e+20 9.82 7.27 1.74 79.15 1.0e+20 1.74 31.30 42.52 1.45 691.50 -2810 2000 10 6 0.53 1.0e+20 1.0e+20 1.85 1.50 8.27 8.58 0.86 1.0e+20 1.0e+20 1.0e+20 391.05 7.79 46.17 1.0e+20 1.0e+20 108.81 1119.00 3.80 9.47 1.0e+20 9.25 0.40 1.0e+20 9.84 7.30 1.74 79.20 1.0e+20 1.75 31.31 42.56 1.44 691.75 -2811 2000 10 9 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2812 2000 10 10 0.53 1.0e+20 1.0e+20 1.85 1.50 8.27 8.57 0.86 1.0e+20 1.0e+20 1.0e+20 390.80 7.79 46.25 1.0e+20 1.0e+20 107.90 1121.90 3.80 9.47 1.0e+20 9.26 0.40 1.0e+20 9.91 7.37 1.75 79.10 1.0e+20 1.75 31.31 42.86 1.44 692.20 -2813 2000 10 11 0.53 1.0e+20 1.0e+20 1.86 1.50 8.27 8.54 0.87 1.0e+20 1.0e+20 1.0e+20 389.30 7.79 46.35 1.0e+20 1.0e+20 107.63 1124.00 3.80 9.48 1.0e+20 9.27 0.40 1.0e+20 9.86 7.40 1.75 79.20 1.0e+20 1.73 31.33 43.14 1.46 692.00 -2814 2000 10 12 0.53 1.0e+20 1.0e+20 1.86 1.50 8.27 8.61 0.86 1.0e+20 1.0e+20 1.0e+20 393.10 7.79 46.30 1.0e+20 1.0e+20 107.58 1124.00 3.80 9.52 1.0e+20 9.29 0.39 1.0e+20 9.90 7.46 1.75 79.25 1.0e+20 1.74 31.30 43.50 1.47 692.30 -2815 2000 10 13 0.52 1.0e+20 1.0e+20 1.87 1.51 8.27 8.69 0.85 1.0e+20 1.0e+20 1.0e+20 396.15 7.79 46.45 1.0e+20 1.0e+20 107.67 1132.00 3.80 9.60 1.0e+20 9.38 0.39 1.0e+20 9.93 7.49 1.75 79.35 1.0e+20 1.75 31.60 43.58 1.45 692.51 -2816 2000 10 16 0.52 1.0e+20 1.0e+20 1.87 1.51 8.27 8.77 0.84 1.0e+20 1.0e+20 1.0e+20 399.75 7.79 46.40 1.0e+20 1.0e+20 108.30 1130.00 3.80 9.55 1.0e+20 9.43 0.39 1.0e+20 10.01 7.57 1.75 79.35 1.0e+20 1.77 32.05 43.31 1.44 693.00 -2817 2000 10 17 0.51 1.0e+20 1.0e+20 1.87 1.51 8.27 8.75 0.85 1.0e+20 1.0e+20 1.0e+20 399.05 7.79 46.35 1.0e+20 1.0e+20 108.15 1136.00 3.80 9.55 1.0e+20 9.45 0.39 1.0e+20 10.00 7.56 1.75 79.35 1.0e+20 1.77 32.30 43.45 1.44 693.25 -2818 2000 10 18 0.51 1.0e+20 1.0e+20 1.87 1.52 8.27 8.87 0.83 1.0e+20 1.0e+20 1.0e+20 404.25 7.79 46.45 1.0e+20 1.0e+20 107.78 1140.00 3.80 9.58 1.0e+20 9.57 0.39 1.0e+20 10.11 7.71 1.75 79.25 1.0e+20 1.78 32.50 43.75 1.44 692.40 -2819 2000 10 19 0.52 1.0e+20 1.0e+20 1.87 1.51 8.27 8.84 0.84 1.0e+20 1.0e+20 1.0e+20 403.40 7.79 46.40 1.0e+20 1.0e+20 108.55 1140.00 3.80 9.55 1.0e+20 9.50 0.39 1.0e+20 10.06 7.67 1.75 79.25 1.0e+20 1.78 32.35 43.39 1.44 692.75 -2820 2000 10 20 0.52 1.0e+20 1.0e+20 1.88 1.51 8.27 8.85 0.84 1.0e+20 1.0e+20 1.0e+20 404.10 7.79 46.40 1.0e+20 1.0e+20 109.04 1132.00 3.80 9.56 1.0e+20 9.49 0.40 1.0e+20 10.12 7.58 1.75 79.35 1.0e+20 1.78 32.15 43.72 1.44 693.00 -2821 2000 10 23 0.52 1.0e+20 1.0e+20 1.89 1.50 8.27 8.90 0.83 1.0e+20 1.0e+20 1.0e+20 405.90 7.79 46.45 1.0e+20 1.0e+20 108.45 1141.00 3.80 9.57 1.0e+20 9.49 0.40 1.0e+20 10.11 7.58 1.75 79.25 1.0e+20 1.79 32.10 43.97 1.45 693.60 -2822 2000 10 24 0.52 1.0e+20 1.0e+20 1.90 1.51 8.27 8.89 0.83 1.0e+20 1.0e+20 1.0e+20 406.13 7.79 46.48 1.0e+20 1.0e+20 108.08 1138.00 3.80 9.57 1.0e+20 9.52 0.40 1.0e+20 10.12 7.60 1.75 79.25 1.0e+20 1.80 32.05 43.77 1.44 694.00 -2823 2000 10 25 0.51 1.0e+20 1.0e+20 1.92 1.51 8.27 9.00 0.82 1.0e+20 1.0e+20 1.0e+20 410.25 7.79 46.70 1.0e+20 1.0e+20 108.05 1140.00 3.80 9.63 1.0e+20 9.58 0.39 1.0e+20 10.24 7.62 1.75 79.20 1.0e+20 1.81 32.05 43.60 1.43 694.16 -2824 2000 10 26 0.51 1.0e+20 1.0e+20 1.94 1.51 8.27 8.99 0.82 1.0e+20 1.0e+20 1.0e+20 410.30 7.80 46.70 1.0e+20 1.0e+20 108.36 1140.00 3.80 9.70 1.0e+20 9.58 0.40 1.0e+20 10.30 7.68 1.75 79.40 1.0e+20 1.82 32.19 43.82 1.43 694.40 -2825 2000 10 27 0.52 1.0e+20 1.0e+20 1.93 1.52 8.27 8.85 0.84 1.0e+20 1.0e+20 1.0e+20 403.70 7.79 46.78 1.0e+20 1.0e+20 108.75 1138.00 3.80 9.64 1.0e+20 9.44 0.40 1.0e+20 10.12 7.60 1.75 79.35 1.0e+20 1.80 32.26 43.77 1.45 694.40 -2826 2000 10 30 0.52 1.0e+20 1.0e+20 1.91 1.53 8.27 8.63 0.84 1.0e+20 1.0e+20 1.0e+20 402.75 7.79 46.78 1.0e+20 1.0e+20 108.99 1140.00 3.80 9.60 1.0e+20 9.37 0.40 1.0e+20 10.06 7.55 1.75 79.50 1.0e+20 1.80 32.35 43.79 1.45 694.01 -2827 2000 10 31 0.51 1.0e+20 1.0e+20 1.90 1.52 8.27 8.77 0.84 1.0e+20 1.0e+20 1.0e+20 400.30 7.79 46.90 1.0e+20 1.0e+20 109.15 1139.00 3.80 9.56 1.0e+20 9.27 0.39 1.0e+20 9.99 7.56 1.75 79.46 1.0e+20 1.79 32.35 44.06 1.45 694.15 -2828 2000 11 1 0.52 1.0e+20 1.0e+20 1.90 1.52 8.27 8.67 0.85 1.0e+20 1.0e+20 1.0e+20 395.60 7.79 46.82 1.0e+20 1.0e+20 108.48 1138.30 3.80 9.58 1.0e+20 9.20 0.39 1.0e+20 9.89 7.49 1.74 79.10 1.0e+20 1.77 32.36 43.82 1.44 694.00 -2829 2000 11 2 0.52 1.0e+20 1.0e+20 1.91 1.53 8.27 8.67 0.85 1.0e+20 1.0e+20 1.0e+20 396.10 7.79 46.85 1.0e+20 1.0e+20 108.39 1134.80 3.80 9.58 1.0e+20 9.25 0.39 1.0e+20 9.91 7.53 1.74 79.15 1.0e+20 1.77 32.25 43.80 1.44 693.75 -2830 2000 11 3 0.52 1.0e+20 1.0e+20 1.93 1.53 8.27 8.64 0.86 1.0e+20 1.0e+20 1.0e+20 394.50 7.79 46.70 1.0e+20 1.0e+20 107.58 1136.30 3.80 9.61 1.0e+20 9.23 0.39 1.0e+20 9.91 7.53 1.73 79.20 1.0e+20 1.76 32.15 43.48 1.44 694.95 -2831 2000 11 6 0.52 1.0e+20 1.0e+20 1.94 1.53 8.27 8.68 0.85 1.0e+20 1.0e+20 1.0e+20 396.30 7.79 46.64 1.0e+20 1.0e+20 107.34 1135.00 3.80 9.64 1.0e+20 9.30 0.39 1.0e+20 9.99 7.54 1.73 80.06 1.0e+20 1.77 32.15 43.40 1.43 694.75 -2832 2000 11 7 0.52 1.0e+20 1.0e+20 1.95 1.53 8.27 8.68 0.85 1.0e+20 1.0e+20 1.0e+20 396.00 7.79 46.70 1.0e+20 1.0e+20 107.30 1139.00 3.80 9.65 1.0e+20 9.27 0.39 1.0e+20 10.00 7.62 1.73 80.38 1.0e+20 1.77 32.15 43.63 1.43 695.24 -2833 2000 11 8 0.52 1.0e+20 1.0e+20 1.95 1.54 8.27 8.70 0.85 1.0e+20 1.0e+20 1.0e+20 397.50 7.79 46.72 1.0e+20 1.0e+20 107.57 1136.50 3.80 9.62 1.0e+20 9.29 0.39 1.0e+20 10.00 7.66 1.73 80.20 1.0e+20 1.77 32.13 43.60 1.42 695.40 -2834 2000 11 9 0.52 1.0e+20 1.0e+20 1.96 1.54 8.27 8.69 0.85 1.0e+20 1.0e+20 1.0e+20 396.80 7.79 46.75 1.0e+20 1.0e+20 107.41 1132.00 3.80 9.65 1.0e+20 9.29 0.39 1.0e+20 10.02 7.74 1.74 79.90 1.0e+20 1.77 32.10 43.60 1.42 695.24 -2835 2000 11 10 0.52 1.0e+20 1.0e+20 1.95 1.54 8.27 8.64 0.86 1.0e+20 1.0e+20 1.0e+20 394.75 7.79 46.78 1.0e+20 1.0e+20 107.83 1137.00 3.80 9.61 1.0e+20 9.28 0.39 1.0e+20 9.96 7.60 1.74 80.00 1.0e+20 1.76 32.07 43.73 1.43 695.50 -2836 2000 11 13 0.52 1.0e+20 1.0e+20 1.95 1.54 8.27 8.66 0.86 1.0e+20 1.0e+20 1.0e+20 395.30 7.79 46.77 1.0e+20 1.0e+20 107.70 1141.00 3.80 9.57 1.0e+20 9.29 0.39 1.0e+20 10.04 7.65 1.74 80.40 1.0e+20 1.76 32.17 43.67 1.43 695.55 -2837 2000 11 14 0.51 1.0e+20 1.0e+20 1.94 1.54 8.27 8.70 0.85 1.0e+20 1.0e+20 1.0e+20 396.95 7.79 46.85 1.0e+20 1.0e+20 108.15 1139.00 3.80 9.50 1.0e+20 9.37 0.39 1.0e+20 10.10 7.65 1.74 80.40 1.0e+20 1.77 32.18 43.73 1.43 695.75 -2838 2000 11 15 0.52 1.0e+20 1.0e+20 1.94 1.55 8.27 8.70 0.85 1.0e+20 1.0e+20 1.0e+20 396.85 7.79 46.83 1.0e+20 1.0e+20 108.75 1138.70 3.80 9.47 1.0e+20 9.36 0.39 1.0e+20 10.09 7.68 1.74 80.40 1.0e+20 1.78 32.15 43.69 1.42 696.00 -2839 2000 11 16 0.51 1.0e+20 1.0e+20 1.94 1.55 8.27 8.74 0.85 1.0e+20 1.0e+20 1.0e+20 398.60 7.79 46.85 1.0e+20 1.0e+20 109.08 1141.30 3.80 9.50 1.0e+20 9.37 0.39 1.0e+20 10.14 7.68 1.75 80.10 1.0e+20 1.78 32.24 44.16 1.42 696.00 -2840 2000 11 17 0.51 1.0e+20 1.0e+20 1.96 1.56 8.27 8.75 0.85 1.0e+20 1.0e+20 1.0e+20 399.60 7.79 46.82 1.0e+20 1.0e+20 108.86 1144.50 3.80 9.48 1.0e+20 9.39 0.40 1.0e+20 10.17 7.70 1.75 80.60 1.0e+20 1.79 32.31 44.26 1.42 695.75 -2841 2000 11 20 0.51 1.0e+20 1.0e+20 1.92 1.55 8.27 8.79 0.84 1.0e+20 1.0e+20 1.0e+20 400.93 7.79 46.90 1.0e+20 1.0e+20 109.79 1157.00 3.80 9.46 1.0e+20 9.41 0.39 1.0e+20 10.21 7.76 1.75 80.70 1.0e+20 1.80 32.48 44.38 1.42 695.50 -2842 2000 11 21 0.51 1.0e+20 1.0e+20 1.92 1.55 8.27 8.82 0.84 1.0e+20 1.0e+20 1.0e+20 403.00 7.79 46.85 1.0e+20 1.0e+20 110.29 1168.00 3.80 9.41 1.0e+20 9.49 0.39 1.0e+20 10.30 7.82 1.75 80.90 1.0e+20 1.79 32.50 44.23 1.41 696.00 -2843 2000 11 22 0.51 1.0e+20 1.0e+20 1.92 1.54 8.27 8.86 0.84 1.0e+20 1.0e+20 1.0e+20 404.00 7.80 46.86 1.0e+20 1.0e+20 110.16 1179.00 3.80 9.38 1.0e+20 9.51 0.39 1.0e+20 10.30 7.83 1.75 81.00 1.0e+20 1.80 32.90 43.70 1.40 696.15 -2844 2000 11 23 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2845 2000 11 24 0.52 1.0e+20 1.0e+20 1.95 1.53 8.27 8.90 0.83 1.0e+20 1.0e+20 1.0e+20 406.05 7.80 46.91 1.0e+20 1.0e+20 111.38 1191.00 3.80 9.40 1.0e+20 9.56 0.39 1.0e+20 10.36 7.83 1.76 81.00 1.0e+20 1.80 32.90 43.77 1.39 696.65 -2846 2000 11 27 0.52 1.0e+20 1.0e+20 1.96 1.53 8.27 8.77 0.85 1.0e+20 1.0e+20 1.0e+20 400.50 7.80 46.90 1.0e+20 1.0e+20 110.70 1189.00 3.80 9.37 1.0e+20 9.43 0.40 1.0e+20 10.24 7.77 1.75 81.00 1.0e+20 1.78 32.90 43.52 1.41 697.50 -2847 2000 11 28 0.52 1.0e+20 1.0e+20 1.98 1.53 8.27 8.27 0.85 1.0e+20 1.0e+20 1.0e+20 398.48 7.80 46.93 1.0e+20 1.0e+20 110.23 1189.00 3.80 9.41 1.0e+20 9.39 0.40 1.0e+20 10.16 7.78 1.75 81.10 1.0e+20 1.76 32.85 43.72 1.41 697.00 -2848 2000 11 29 0.52 1.0e+20 1.0e+20 1.95 1.54 8.27 8.69 0.85 1.0e+20 1.0e+20 1.0e+20 397.10 7.79 46.95 1.0e+20 1.0e+20 111.28 1204.00 3.80 9.40 1.0e+20 9.37 0.40 1.0e+20 10.13 7.77 1.75 81.20 1.0e+20 1.75 33.08 43.92 1.42 697.00 -2849 2000 11 30 0.52 1.0e+20 1.0e+20 1.97 1.53 8.27 8.57 0.86 1.0e+20 1.0e+20 1.0e+20 391.80 7.80 46.87 1.0e+20 1.0e+20 110.93 1217.00 3.80 9.41 1.0e+20 9.28 0.40 1.0e+20 10.04 7.75 1.75 81.20 1.0e+20 1.73 33.08 43.80 1.42 697.50 -2850 2000 12 1 0.53 1.0e+20 1.0e+20 1.98 1.53 8.27 8.51 0.87 1.0e+20 1.0e+20 1.0e+20 388.75 7.80 46.89 1.0e+20 1.0e+20 111.15 1211.00 3.80 9.42 1.0e+20 9.24 0.41 1.0e+20 9.90 7.65 1.74 81.10 1.0e+20 1.72 33.05 43.77 1.43 697.65 -2851 2000 12 4 0.54 1.0e+20 1.0e+20 1.98 1.54 8.27 8.40 0.88 1.0e+20 1.0e+20 1.0e+20 384.25 7.79 46.88 1.0e+20 1.0e+20 111.07 1220.00 3.80 9.41 1.0e+20 9.15 0.42 1.0e+20 9.72 7.64 1.74 81.10 1.0e+20 1.70 33.05 43.70 1.45 697.76 -2852 2000 12 5 0.54 1.0e+20 1.0e+20 1.96 1.54 8.27 8.47 0.88 1.0e+20 1.0e+20 1.0e+20 387.15 7.80 46.80 1.0e+20 1.0e+20 111.00 1204.00 3.80 9.38 1.0e+20 9.18 0.42 1.0e+20 9.74 7.65 1.74 81.10 1.0e+20 1.71 33.05 43.68 1.44 698.00 -2853 2000 12 6 0.54 1.0e+20 1.0e+20 1.96 1.53 8.27 8.39 0.88 1.0e+20 1.0e+20 1.0e+20 383.80 7.79 46.78 1.0e+20 1.0e+20 110.42 1201.00 3.80 9.41 1.0e+20 9.07 0.42 1.0e+20 9.63 7.58 1.74 81.20 1.0e+20 1.70 33.05 43.62 1.43 698.25 -2854 2000 12 7 0.54 1.0e+20 1.0e+20 1.97 1.52 8.27 8.39 0.88 1.0e+20 1.0e+20 1.0e+20 383.30 7.79 46.80 1.0e+20 1.0e+20 110.70 1201.00 3.80 9.43 1.0e+20 9.12 0.42 1.0e+20 9.71 7.61 1.73 81.20 1.0e+20 1.70 33.08 43.44 1.44 698.00 -2855 2000 12 8 0.54 1.0e+20 1.0e+20 1.96 1.52 8.27 8.43 0.88 1.0e+20 1.0e+20 1.0e+20 385.70 7.79 46.80 1.0e+20 1.0e+20 111.29 1192.00 3.80 9.40 1.0e+20 9.15 0.42 1.0e+20 9.73 7.64 1.73 81.10 1.0e+20 1.70 33.06 43.61 1.44 698.00 -2856 2000 12 11 0.54 1.0e+20 1.0e+20 1.96 1.52 8.27 8.49 0.87 1.0e+20 1.0e+20 1.0e+20 388.40 7.79 46.78 1.0e+20 1.0e+20 110.77 1184.00 3.80 9.45 1.0e+20 9.21 0.42 1.0e+20 9.72 7.66 1.73 82.10 1.0e+20 1.71 33.10 43.49 1.45 696.69 -2857 2000 12 12 0.54 1.0e+20 1.0e+20 1.96 1.52 8.27 8.49 0.87 1.0e+20 1.0e+20 1.0e+20 388.30 7.79 46.78 1.0e+20 1.0e+20 111.50 1191.00 3.80 9.47 1.0e+20 9.21 0.42 1.0e+20 9.71 7.74 1.73 82.10 1.0e+20 1.71 33.06 43.55 1.44 698.55 -2858 2000 12 13 0.53 1.0e+20 1.0e+20 1.96 1.52 8.27 8.51 0.87 1.0e+20 1.0e+20 1.0e+20 389.15 7.80 46.80 1.0e+20 1.0e+20 112.40 1192.10 3.80 9.45 1.0e+20 9.24 0.42 1.0e+20 9.79 7.77 1.74 82.20 1.0e+20 1.71 33.16 43.60 1.45 698.81 -2859 2000 12 14 0.53 1.0e+20 1.0e+20 1.96 1.51 8.27 8.41 0.88 1.0e+20 1.0e+20 1.0e+20 385.10 7.80 46.80 1.0e+20 1.0e+20 112.42 1203.00 3.80 9.42 1.0e+20 9.17 0.42 1.0e+20 9.68 7.73 1.73 82.25 1.0e+20 1.69 33.10 43.55 1.46 699.25 -2860 2000 12 15 0.54 1.0e+20 1.0e+20 1.96 1.51 8.27 8.30 0.89 1.0e+20 1.0e+20 1.0e+20 379.50 7.80 46.80 1.0e+20 1.0e+20 112.55 1208.00 3.80 9.41 1.0e+20 9.02 0.42 1.0e+20 9.60 7.69 1.73 82.35 1.0e+20 1.67 33.10 43.45 1.47 698.54 -2861 2000 12 18 0.54 1.0e+20 1.0e+20 1.95 1.52 8.27 8.35 0.89 1.0e+20 1.0e+20 1.0e+20 381.70 7.80 46.79 1.0e+20 1.0e+20 112.06 1206.00 3.80 9.38 1.0e+20 9.05 0.43 1.0e+20 9.68 7.68 1.73 82.35 1.0e+20 1.68 33.10 43.36 1.46 699.00 -2862 2000 12 19 0.54 1.0e+20 1.0e+20 1.95 1.52 8.27 8.38 0.89 1.0e+20 1.0e+20 1.0e+20 382.80 7.79 46.75 1.0e+20 1.0e+20 112.55 1209.00 3.80 9.37 1.0e+20 9.10 0.42 1.0e+20 9.78 7.71 1.73 82.70 1.0e+20 1.69 33.10 42.97 1.46 699.50 -2863 2000 12 20 0.54 1.0e+20 1.0e+20 1.95 1.52 8.27 8.23 0.90 1.0e+20 1.0e+20 1.0e+20 376.10 7.80 46.75 1.0e+20 1.0e+20 112.58 1218.00 3.80 9.44 1.0e+20 8.99 0.43 1.0e+20 9.59 7.66 1.73 82.80 1.0e+20 1.67 33.18 42.68 1.47 699.00 -2864 2000 12 21 0.55 1.0e+20 1.0e+20 1.95 1.51 8.27 8.19 0.91 1.0e+20 1.0e+20 1.0e+20 374.05 7.79 46.74 1.0e+20 1.0e+20 112.18 1228.80 3.80 9.59 1.0e+20 8.98 0.43 1.0e+20 9.58 7.63 1.73 82.70 1.0e+20 1.67 33.20 42.55 1.47 700.00 -2865 2000 12 22 0.55 1.0e+20 1.0e+20 1.95 1.51 8.27 8.08 0.92 1.0e+20 1.0e+20 1.0e+20 369.40 7.79 46.77 1.0e+20 1.0e+20 112.75 1237.30 3.80 9.60 1.0e+20 8.86 0.44 1.0e+20 9.53 7.56 1.72 82.20 1.0e+20 1.64 33.20 42.10 1.47 700.00 -2866 2000 12 25 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2867 2000 12 26 0.55 1.0e+20 1.0e+20 1.96 1.50 8.27 8.03 0.92 1.0e+20 1.0e+20 1.0e+20 366.67 7.79 46.75 1.0e+20 1.0e+20 113.62 1252.50 3.80 9.53 1.0e+20 8.80 0.44 1.0e+20 9.50 7.55 1.72 82.40 1.0e+20 1.63 33.20 42.30 1.48 699.50 -2868 2000 12 27 0.55 1.0e+20 1.0e+20 1.96 1.51 8.27 8.01 0.93 1.0e+20 1.0e+20 1.0e+20 366.30 7.79 46.73 1.0e+20 1.0e+20 114.20 1260.00 3.80 9.58 1.0e+20 8.88 0.44 1.0e+20 9.57 7.53 1.73 82.45 1.0e+20 1.64 33.25 42.72 1.49 699.65 -2869 2000 12 28 0.55 1.0e+20 1.0e+20 1.95 1.50 8.27 8.05 0.92 1.0e+20 1.0e+20 1.0e+20 368.30 7.79 46.75 1.0e+20 1.0e+20 114.62 1253.00 3.80 9.61 1.0e+20 8.92 0.43 1.0e+20 9.55 7.56 1.73 82.45 1.0e+20 1.64 33.20 43.33 1.49 700.25 -2870 2000 12 29 0.55 1.0e+20 1.0e+20 1.95 1.49 8.27 7.94 0.93 1.0e+20 1.0e+20 1.0e+20 362.95 7.79 46.75 1.0e+20 1.0e+20 114.35 1267.00 3.80 9.62 1.0e+20 8.80 0.44 1.0e+20 9.44 7.57 1.73 82.75 1.0e+20 1.62 33.17 43.45 1.49 700.50 -2871 2001 1 1 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2872 2001 1 2 0.55 1.0e+20 1.0e+20 1.93 1.49 8.27 7.88 0.94 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.74 1.0e+20 1.0e+20 114.73 1279.00 3.80 9.71 1.0e+20 8.76 0.44 1.0e+20 9.41 7.56 1.73 82.60 1.0e+20 1.60 33.00 43.79 1.49 700.75 -2873 2001 1 3 0.56 1.0e+20 1.0e+20 1.94 1.49 8.27 7.87 0.94 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.75 1.0e+20 1.0e+20 114.26 1271.50 3.80 9.84 1.0e+20 8.76 0.44 1.0e+20 9.44 7.50 1.73 82.70 1.0e+20 1.60 33.07 43.70 1.50 700.24 -2874 2001 1 4 0.56 1.0e+20 1.0e+20 1.93 1.49 8.27 7.89 0.94 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.78 1.0e+20 1.0e+20 115.47 1265.00 3.80 9.70 1.0e+20 8.76 0.44 1.0e+20 9.42 7.54 1.73 82.75 1.0e+20 1.61 33.00 43.53 1.49 699.40 -2875 2001 1 5 0.57 1.0e+20 1.0e+20 1.95 1.50 8.27 7.82 0.95 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.76 1.0e+20 1.0e+20 116.19 1264.70 3.80 9.75 1.0e+20 8.70 0.45 1.0e+20 9.33 7.56 1.73 83.15 1.0e+20 1.60 32.92 43.26 1.49 698.75 -2876 2001 1 8 0.56 1.0e+20 1.0e+20 1.95 1.49 8.27 7.87 0.94 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.73 1.0e+20 1.0e+20 115.97 1263.60 3.80 9.69 1.0e+20 8.74 0.45 1.0e+20 9.41 7.59 1.72 82.95 1.0e+20 1.60 32.85 42.95 1.49 699.00 -2877 2001 1 9 0.56 1.0e+20 1.0e+20 1.94 1.49 8.27 7.93 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.68 1.0e+20 1.0e+20 116.64 1253.30 3.80 9.75 1.0e+20 8.77 0.44 1.0e+20 9.49 7.72 1.73 82.90 1.0e+20 1.62 32.63 43.13 1.49 699.25 -2878 2001 1 10 0.55 1.0e+20 1.0e+20 1.94 1.49 8.27 7.95 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.68 1.0e+20 1.0e+20 116.26 1270.00 3.80 9.81 1.0e+20 8.72 0.44 1.0e+20 9.43 7.97 1.73 83.00 1.0e+20 1.62 32.65 43.20 1.49 699.65 -2879 2001 1 11 0.55 1.0e+20 1.0e+20 1.94 1.49 8.27 7.83 0.95 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.68 1.0e+20 1.0e+20 117.56 1279.20 3.80 9.85 1.0e+20 8.59 0.44 1.0e+20 9.32 7.84 1.73 83.42 1.0e+20 1.61 32.67 43.57 1.49 699.75 -2880 2001 1 12 0.55 1.0e+20 1.0e+20 1.94 1.49 8.27 7.87 0.94 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.47 1.0e+20 1.0e+20 117.76 1279.20 3.80 9.88 1.0e+20 8.66 0.44 1.0e+20 9.34 7.82 1.73 85.00 1.0e+20 1.62 32.67 43.34 1.47 699.50 -2881 2001 1 15 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2882 2001 1 16 0.55 1.0e+20 1.0e+20 1.95 1.50 8.27 7.96 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.55 1.0e+20 1.0e+20 117.28 1283.80 3.80 9.97 1.0e+20 8.76 0.44 1.0e+20 9.50 7.82 1.73 84.99 1.0e+20 1.63 32.64 43.09 1.46 699.85 -2883 2001 1 17 0.55 1.0e+20 1.0e+20 1.95 1.51 8.27 8.01 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.48 1.0e+20 1.0e+20 118.35 1279.00 3.80 9.88 1.0e+20 8.79 0.44 1.0e+20 9.56 7.85 1.73 84.99 1.0e+20 1.65 32.67 43.30 1.47 699.50 -2884 2001 1 18 0.55 1.0e+20 1.0e+20 1.95 1.51 8.27 7.90 0.94 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.45 1.0e+20 1.0e+20 117.78 1286.00 3.80 9.89 1.0e+20 8.70 0.44 1.0e+20 9.43 7.86 1.73 85.10 1.0e+20 1.61 32.67 43.25 1.47 699.75 -2885 2001 1 19 0.55 1.0e+20 1.0e+20 1.96 1.51 8.27 7.97 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.43 1.0e+20 1.0e+20 117.23 1276.12 3.80 9.79 1.0e+20 8.77 0.44 1.0e+20 9.46 7.87 1.73 85.10 1.0e+20 1.63 32.61 43.10 1.46 700.00 -2886 2001 1 22 0.55 1.0e+20 1.0e+20 1.95 1.50 8.27 7.97 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.43 1.0e+20 1.0e+20 116.62 1275.10 3.80 9.79 1.0e+20 8.78 0.44 1.0e+20 9.51 7.87 1.73 85.20 1.0e+20 1.63 32.59 43.13 1.46 700.00 -2887 2001 1 23 0.55 1.0e+20 1.0e+20 1.95 1.50 8.27 7.95 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.39 1.0e+20 1.0e+20 116.95 1275.10 3.80 9.77 1.0e+20 8.81 0.44 1.0e+20 9.53 7.83 1.74 85.35 1.0e+20 1.63 32.60 43.03 1.47 700.25 -2888 2001 1 24 0.54 1.0e+20 1.0e+20 1.96 1.51 8.27 8.07 0.92 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.42 1.0e+20 1.0e+20 118.18 1275.80 3.80 9.69 1.0e+20 8.88 0.43 1.0e+20 9.62 7.88 1.74 91.00 1.0e+20 1.65 32.60 43.13 1.46 700.55 -2889 2001 1 25 0.54 1.0e+20 1.0e+20 1.97 1.50 8.27 8.10 0.92 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.54 1.0e+20 1.0e+20 116.91 1277.50 3.80 9.69 1.0e+20 8.91 0.43 1.0e+20 9.69 7.86 1.74 93.00 1.0e+20 1.65 32.57 42.97 1.46 700.00 -2890 2001 1 26 0.54 1.0e+20 1.0e+20 1.97 1.50 8.27 8.09 0.92 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.53 1.0e+20 1.0e+20 117.16 1281.90 3.80 9.70 1.0e+20 8.91 0.43 1.0e+20 9.63 7.89 1.75 89.90 1.0e+20 1.65 32.57 42.85 1.45 700.75 -2891 2001 1 29 0.54 1.0e+20 1.0e+20 1.97 1.50 8.27 8.13 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.50 1.0e+20 1.0e+20 116.67 1266.00 3.80 9.67 1.0e+20 8.91 0.43 1.0e+20 9.64 7.87 1.74 89.50 1.0e+20 1.65 32.54 42.63 1.45 701.00 -2892 2001 1 30 0.54 1.0e+20 1.0e+20 1.96 1.49 8.27 8.04 0.92 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.46 1.0e+20 1.0e+20 115.75 1265.50 3.80 9.67 1.0e+20 8.84 0.44 1.0e+20 9.55 7.80 1.74 89.90 1.0e+20 1.64 32.23 42.68 1.46 701.26 -2893 2001 1 31 0.54 1.0e+20 1.0e+20 1.97 1.49 8.27 8.01 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.44 1.0e+20 1.0e+20 116.39 1258.00 3.80 9.68 1.0e+20 8.83 0.44 1.0e+20 9.52 7.77 1.74 90.00 1.0e+20 1.64 32.35 42.49 1.46 701.25 -2894 2001 2 1 0.55 1.0e+20 1.0e+20 1.98 1.49 8.27 7.95 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.41 1.0e+20 1.0e+20 115.33 1257.00 3.80 9.73 1.0e+20 8.75 0.44 1.0e+20 9.48 7.73 1.73 90.40 1.0e+20 1.63 32.39 42.30 1.47 701.30 -2895 2001 2 2 0.55 1.0e+20 1.0e+20 1.99 1.49 8.27 7.97 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.44 1.0e+20 1.0e+20 115.65 1249.50 3.80 9.77 1.0e+20 8.75 0.44 1.0e+20 9.51 7.77 1.73 88.50 1.0e+20 1.64 32.30 42.38 1.46 702.00 -2896 2001 2 5 0.55 1.0e+20 1.0e+20 1.99 1.50 8.27 7.94 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.43 1.0e+20 1.0e+20 114.99 1263.00 3.80 9.78 1.0e+20 8.72 0.44 1.0e+20 9.51 7.77 1.74 88.50 1.0e+20 1.63 32.33 42.47 1.47 701.50 -2897 2001 2 6 0.54 1.0e+20 1.0e+20 1.99 1.50 8.27 8.02 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.42 1.0e+20 1.0e+20 114.88 1259.00 3.80 9.69 1.0e+20 8.78 0.44 1.0e+20 9.56 7.79 1.74 87.30 1.0e+20 1.65 32.27 42.40 1.45 701.50 -2898 2001 2 7 0.54 1.0e+20 1.0e+20 2.00 1.51 8.27 8.00 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.46 1.0e+20 1.0e+20 116.21 1270.00 3.80 9.69 1.0e+20 8.77 0.44 1.0e+20 9.53 7.88 1.74 87.50 1.0e+20 1.64 32.27 42.70 1.46 702.35 -2899 2001 2 8 0.53 1.0e+20 1.0e+20 1.99 1.51 8.27 8.12 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.46 1.0e+20 1.0e+20 116.30 1267.00 3.80 9.66 1.0e+20 8.89 0.43 1.0e+20 9.67 7.98 1.74 87.50 1.0e+20 1.67 32.27 42.52 1.44 703.00 -2900 2001 2 9 0.53 1.0e+20 1.0e+20 1.98 1.50 8.27 8.05 0.92 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.54 1.0e+20 1.0e+20 117.57 1265.00 3.80 9.76 1.0e+20 8.85 0.43 1.0e+20 9.63 7.86 1.74 86.90 1.0e+20 1.65 32.27 42.62 1.44 702.50 -2901 2001 2 12 0.53 1.0e+20 1.0e+20 1.98 1.52 8.27 8.03 0.92 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.56 1.0e+20 1.0e+20 117.62 1264.10 3.80 9.74 1.0e+20 8.84 0.43 1.0e+20 9.66 7.83 1.74 86.60 1.0e+20 1.65 32.29 42.62 1.45 703.01 -2902 2001 2 13 0.53 1.0e+20 1.0e+20 1.98 1.52 8.27 8.10 0.92 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.60 1.0e+20 1.0e+20 117.30 1255.50 3.80 9.70 1.0e+20 8.92 0.43 1.0e+20 9.79 7.90 1.74 87.50 1.0e+20 1.66 32.35 42.52 1.45 703.00 -2903 2001 2 14 0.52 1.0e+20 1.0e+20 1.98 1.52 8.27 8.11 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.65 1.0e+20 1.0e+20 116.65 1252.50 3.80 9.72 1.0e+20 8.94 0.42 1.0e+20 9.83 7.88 1.74 87.00 1.0e+20 1.66 32.32 42.40 1.45 704.00 -2904 2001 2 15 0.52 1.0e+20 1.0e+20 1.98 1.52 8.27 8.25 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.63 1.0e+20 1.0e+20 115.67 1242.00 3.80 9.68 1.0e+20 9.03 0.42 1.0e+20 9.88 7.87 1.74 85.90 1.0e+20 1.69 32.31 42.42 1.44 703.75 -2905 2001 2 16 0.53 1.0e+20 1.0e+20 1.99 1.53 8.27 8.14 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.55 1.0e+20 1.0e+20 115.46 1244.00 3.80 9.70 1.0e+20 8.93 0.43 1.0e+20 9.80 7.84 1.73 87.00 1.0e+20 1.67 32.32 42.47 1.45 703.75 -2906 2001 2 19 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2907 2001 2 20 0.52 1.0e+20 1.0e+20 2.00 1.53 8.27 8.20 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.66 1.0e+20 1.0e+20 115.57 1234.00 3.80 9.68 1.0e+20 9.05 0.42 1.0e+20 9.87 7.76 1.74 85.40 1.0e+20 1.68 32.30 42.79 1.44 704.25 -2908 2001 2 21 0.52 1.0e+20 1.0e+20 2.01 1.53 8.27 8.23 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.65 1.0e+20 1.0e+20 116.45 1240.00 3.80 9.70 1.0e+20 9.08 0.42 1.0e+20 9.94 7.80 1.74 85.50 1.0e+20 1.68 32.30 42.94 1.43 704.50 -2909 2001 2 22 0.52 1.0e+20 1.0e+20 2.04 1.53 8.27 8.23 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.63 1.0e+20 1.0e+20 116.53 1241.10 3.80 9.74 1.0e+20 9.09 0.43 1.0e+20 9.97 7.84 1.74 87.00 1.0e+20 1.69 32.38 43.02 1.44 705.15 -2910 2001 2 23 0.52 1.0e+20 1.0e+20 2.04 1.53 8.27 8.20 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.65 1.0e+20 1.0e+20 116.15 1249.10 3.80 9.71 1.0e+20 9.03 0.43 1.0e+20 9.95 7.85 1.74 87.00 1.0e+20 1.68 32.40 43.06 1.44 704.50 -2911 2001 2 26 0.52 1.0e+20 1.0e+20 2.03 1.53 8.27 8.20 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.66 1.0e+20 1.0e+20 116.63 1247.10 3.80 9.67 1.0e+20 9.03 0.42 1.0e+20 9.92 7.78 1.74 86.08 1.0e+20 1.68 32.40 43.05 1.44 703.85 -2912 2001 2 27 0.52 1.0e+20 1.0e+20 2.03 1.52 8.27 8.17 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.68 1.0e+20 1.0e+20 116.20 1249.50 3.80 9.68 1.0e+20 9.00 0.43 1.0e+20 9.90 7.72 1.74 87.00 1.0e+20 1.68 32.40 42.85 1.44 704.90 -2913 2001 2 28 0.52 1.0e+20 1.0e+20 2.04 1.53 8.27 8.10 0.92 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.59 1.0e+20 1.0e+20 117.28 1254.80 3.80 9.69 1.0e+20 8.92 0.43 1.0e+20 9.81 7.70 1.74 87.00 1.0e+20 1.67 32.40 43.11 1.44 705.00 -2914 2001 3 1 0.52 1.0e+20 1.0e+20 2.04 1.54 8.27 8.03 0.92 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.59 1.0e+20 1.0e+20 117.33 1253.10 3.80 9.71 1.0e+20 8.86 0.43 1.0e+20 9.73 7.73 1.74 87.00 1.0e+20 1.65 32.38 43.29 1.45 705.56 -2915 2001 3 2 0.52 1.0e+20 1.0e+20 2.03 1.54 8.27 7.99 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.59 1.0e+20 1.0e+20 119.06 1268.00 3.80 9.67 1.0e+20 8.80 0.43 1.0e+20 9.68 7.74 1.75 87.00 1.0e+20 1.64 32.40 43.39 1.47 705.00 -2916 2001 3 5 0.52 1.0e+20 1.0e+20 2.02 1.54 8.27 8.03 0.92 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.57 1.0e+20 1.0e+20 119.08 1275.00 3.80 9.64 1.0e+20 8.86 0.43 1.0e+20 9.74 7.77 1.75 87.00 1.0e+20 1.65 32.40 43.57 1.46 705.75 -2917 2001 3 6 0.51 1.0e+20 1.0e+20 2.02 1.53 8.27 8.01 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.53 1.0e+20 1.0e+20 118.87 1265.50 3.80 9.64 1.0e+20 8.81 0.43 1.0e+20 9.67 7.89 1.75 85.10 1.0e+20 1.65 32.40 43.44 1.46 705.35 -2918 2001 3 7 0.50 1.0e+20 1.0e+20 2.04 1.54 8.27 8.04 0.92 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.57 1.0e+20 1.0e+20 119.86 1274.50 3.80 9.65 1.0e+20 8.86 0.42 1.0e+20 9.75 7.92 1.75 85.30 1.0e+20 1.65 32.42 43.69 1.46 706.25 -2919 2001 3 8 0.50 1.0e+20 1.0e+20 2.04 1.54 8.27 8.04 0.92 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.56 1.0e+20 1.0e+20 119.51 1272.00 3.80 9.64 1.0e+20 8.84 0.42 1.0e+20 9.74 7.72 1.75 85.40 1.0e+20 1.65 32.42 43.53 1.46 705.80 -2920 2001 3 9 0.50 1.0e+20 1.0e+20 2.05 1.54 8.27 8.01 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.55 1.0e+20 1.0e+20 119.71 1269.10 3.80 9.67 1.0e+20 8.80 0.41 1.0e+20 9.75 7.75 1.75 84.40 1.0e+20 1.65 32.45 43.61 1.46 706.50 -2921 2001 3 12 0.50 1.0e+20 1.0e+20 2.06 1.55 8.27 8.02 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.57 1.0e+20 1.0e+20 120.63 1280.00 3.80 9.67 1.0e+20 8.84 0.42 1.0e+20 9.83 7.77 1.76 84.50 1.0e+20 1.65 32.48 43.78 1.46 705.00 -2922 2001 3 13 0.50 1.0e+20 1.0e+20 2.06 1.54 8.27 8.16 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.70 1.0e+20 1.0e+20 120.20 1276.00 3.80 9.63 1.0e+20 8.98 0.41 1.0e+20 10.01 7.79 1.76 84.60 1.0e+20 1.68 32.57 43.58 1.45 705.25 -2923 2001 3 14 0.49 1.0e+20 1.0e+20 2.07 1.55 8.27 8.16 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.69 1.0e+20 1.0e+20 120.97 1278.00 3.80 9.57 1.0e+20 8.96 0.41 1.0e+20 10.01 7.86 1.76 85.10 1.0e+20 1.68 32.53 43.67 1.44 705.00 -2924 2001 3 15 0.49 1.0e+20 1.0e+20 2.10 1.55 8.27 8.25 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.66 1.0e+20 1.0e+20 122.23 1286.00 3.80 9.59 1.0e+20 9.07 0.41 1.0e+20 10.09 7.84 1.77 85.50 1.0e+20 1.70 32.61 43.97 1.44 705.00 -2925 2001 3 16 0.49 1.0e+20 1.0e+20 2.12 1.56 8.27 8.37 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.69 1.0e+20 1.0e+20 122.85 1295.00 3.80 9.62 1.0e+20 9.14 0.41 1.0e+20 10.24 7.94 1.77 85.50 1.0e+20 1.71 32.73 44.00 1.42 705.75 -2926 2001 3 19 0.49 1.0e+20 1.0e+20 2.17 1.56 8.27 8.30 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.72 1.0e+20 1.0e+20 122.57 1298.00 3.80 9.57 1.0e+20 9.03 0.41 1.0e+20 10.19 8.00 1.76 85.55 1.0e+20 1.70 32.80 43.89 1.42 705.66 -2927 2001 3 20 0.49 1.0e+20 1.0e+20 2.10 1.56 8.27 8.26 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.71 1.0e+20 1.0e+20 122.73 1297.01 3.80 9.52 1.0e+20 9.00 0.41 1.0e+20 10.12 7.97 1.77 85.55 1.0e+20 1.69 32.78 44.07 1.42 705.26 -2928 2001 3 21 0.49 1.0e+20 1.0e+20 2.10 1.57 8.27 8.31 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.71 1.0e+20 1.0e+20 123.62 1310.00 3.80 9.54 1.0e+20 9.06 0.41 1.0e+20 10.25 7.99 1.78 85.75 1.0e+20 1.70 32.82 44.30 1.43 705.51 -2929 2001 3 22 0.49 1.0e+20 1.0e+20 2.14 1.57 8.27 8.40 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.74 1.0e+20 1.0e+20 123.84 1324.00 3.80 9.59 1.0e+20 9.12 0.41 1.0e+20 10.43 8.03 1.78 85.75 1.0e+20 1.72 32.92 44.44 1.42 706.25 -2930 2001 3 23 0.49 1.0e+20 1.0e+20 2.17 1.56 8.27 8.36 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.72 1.0e+20 1.0e+20 122.64 1310.00 3.80 9.66 1.0e+20 9.06 0.41 1.0e+20 10.25 7.97 1.78 85.60 1.0e+20 1.71 32.85 44.22 1.42 707.25 -2931 2001 3 26 0.49 1.0e+20 1.0e+20 2.13 1.55 8.27 8.33 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.69 1.0e+20 1.0e+20 122.81 1310.70 3.80 9.54 1.0e+20 9.05 0.41 1.0e+20 10.22 7.95 1.79 85.70 1.0e+20 1.71 32.72 44.35 1.43 707.00 -2932 2001 3 27 0.49 1.0e+20 1.0e+20 2.12 1.56 8.27 8.37 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.65 1.0e+20 1.0e+20 122.99 1312.00 3.80 9.52 1.0e+20 9.11 0.41 1.0e+20 10.23 8.00 1.79 86.10 1.0e+20 1.71 32.67 44.48 1.42 707.45 -2933 2001 3 28 0.49 1.0e+20 1.0e+20 2.12 1.56 8.27 8.40 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.65 1.0e+20 1.0e+20 122.62 1302.00 3.80 9.54 1.0e+20 9.11 0.40 1.0e+20 10.34 8.01 1.79 86.45 1.0e+20 1.72 32.67 44.63 1.43 707.50 -2934 2001 3 29 0.49 1.0e+20 1.0e+20 2.14 1.57 8.27 8.47 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.66 1.0e+20 1.0e+20 123.45 1323.00 3.80 9.53 1.0e+20 9.12 0.40 1.0e+20 10.40 8.01 1.80 86.60 1.0e+20 1.73 32.80 44.78 1.43 708.00 -2935 2001 3 30 0.48 1.0e+20 1.0e+20 2.17 1.57 8.27 8.48 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.85 1.0e+20 1.0e+20 125.54 1332.00 3.80 9.49 1.0e+20 9.14 0.40 1.0e+20 10.38 8.03 1.80 86.60 1.0e+20 1.73 32.85 45.04 1.41 707.25 -2936 2001 4 2 0.48 1.0e+20 1.0e+20 2.15 1.57 8.27 8.45 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.65 1.0e+20 1.0e+20 126.75 1350.00 3.80 9.41 1.0e+20 9.16 0.39 1.0e+20 10.38 8.11 1.81 86.60 1.0e+20 1.73 32.97 45.16 1.42 708.25 -2937 2001 4 3 0.48 1.0e+20 1.0e+20 2.17 1.57 8.27 8.35 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.67 1.0e+20 1.0e+20 125.41 1350.00 3.80 9.39 1.0e+20 9.10 0.40 1.0e+20 10.27 8.12 1.81 87.50 1.0e+20 1.71 32.89 45.15 1.43 708.25 -2938 2001 4 4 0.48 1.0e+20 1.0e+20 2.16 1.56 8.27 8.28 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.60 1.0e+20 1.0e+20 125.38 1369.00 3.80 9.42 1.0e+20 9.07 0.40 1.0e+20 10.23 8.07 1.81 88.10 1.0e+20 1.69 33.00 45.39 1.43 708.50 -2939 2001 4 5 0.48 1.0e+20 1.0e+20 2.16 1.57 8.27 8.31 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.64 1.0e+20 1.0e+20 124.33 1352.00 3.80 9.39 1.0e+20 9.07 0.40 1.0e+20 10.19 8.08 1.80 88.10 1.0e+20 1.70 32.90 45.37 1.42 709.00 -2940 2001 4 6 0.49 1.0e+20 1.0e+20 2.15 1.56 8.27 8.29 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.58 1.0e+20 1.0e+20 124.03 1342.10 3.80 9.41 1.0e+20 9.05 0.40 1.0e+20 10.11 8.06 1.81 88.10 1.0e+20 1.70 32.90 45.52 1.43 709.26 -2941 2001 4 9 0.49 1.0e+20 1.0e+20 2.16 1.56 8.27 8.27 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.58 1.0e+20 1.0e+20 124.85 1341.90 3.80 9.36 1.0e+20 9.03 0.40 1.0e+20 10.13 8.06 1.81 88.00 1.0e+20 1.69 33.00 45.64 1.44 709.65 -2942 2001 4 10 0.49 1.0e+20 1.0e+20 2.14 1.55 8.27 8.40 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.60 1.0e+20 1.0e+20 124.48 1334.00 3.80 9.32 1.0e+20 9.10 0.40 1.0e+20 10.17 8.03 1.81 87.60 1.0e+20 1.71 32.99 45.59 1.43 709.80 -2943 2001 4 11 0.50 1.0e+20 1.0e+20 2.15 1.56 8.27 8.43 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.75 1.0e+20 1.0e+20 124.82 1326.00 3.80 9.29 1.0e+20 9.13 0.40 1.0e+20 10.21 8.03 1.80 88.00 1.0e+20 1.71 32.97 45.50 1.43 709.95 -2944 2001 4 12 0.50 1.0e+20 1.0e+20 2.16 1.56 8.27 8.40 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.75 1.0e+20 1.0e+20 123.51 1316.10 3.80 9.31 1.0e+20 9.07 0.40 1.0e+20 10.12 8.02 1.80 87.75 1.0e+20 1.70 32.92 45.45 1.43 709.75 -2945 2001 4 13 0.50 1.0e+20 1.0e+20 2.15 1.56 8.27 8.40 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.89 1.0e+20 1.0e+20 124.15 1325.30 3.80 9.31 1.0e+20 9.11 0.40 1.0e+20 10.17 8.04 1.80 87.76 1.0e+20 1.71 32.97 45.43 1.43 709.75 -2946 2001 4 16 0.51 1.0e+20 1.0e+20 2.18 1.56 8.27 8.40 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.07 1.0e+20 1.0e+20 124.64 1330.00 3.80 9.33 1.0e+20 9.13 0.40 1.0e+20 10.19 8.03 1.81 87.30 1.0e+20 1.71 32.95 45.58 1.43 710.50 -2947 2001 4 17 0.50 1.0e+20 1.0e+20 2.19 1.55 8.27 8.46 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.95 1.0e+20 1.0e+20 123.67 1325.00 3.80 9.29 1.0e+20 9.13 0.40 1.0e+20 10.29 8.15 1.80 87.50 1.0e+20 1.73 32.97 45.53 1.42 711.15 -2948 2001 4 18 0.49 1.0e+20 1.0e+20 2.17 1.56 8.27 8.46 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.95 1.0e+20 1.0e+20 122.35 1316.00 3.80 9.19 1.0e+20 9.12 0.40 1.0e+20 10.28 8.12 1.79 87.70 1.0e+20 1.73 32.97 45.22 1.42 711.50 -2949 2001 4 19 0.50 1.0e+20 1.0e+20 2.19 1.54 8.27 8.38 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.88 1.0e+20 1.0e+20 121.87 1299.00 3.80 9.27 1.0e+20 9.07 0.40 1.0e+20 10.13 8.14 1.80 87.80 1.0e+20 1.71 32.85 45.40 1.43 709.71 -2950 2001 4 20 0.51 1.0e+20 1.0e+20 2.22 1.54 8.27 8.26 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.88 1.0e+20 1.0e+20 122.52 1313.10 3.80 9.37 1.0e+20 9.02 0.41 1.0e+20 10.08 8.16 1.81 88.20 1.0e+20 1.69 32.91 45.68 1.44 711.50 -2951 2001 4 23 0.50 1.0e+20 1.0e+20 2.25 1.54 8.27 8.33 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.82 1.0e+20 1.0e+20 121.68 1314.50 3.80 9.39 1.0e+20 9.07 0.41 1.0e+20 10.21 8.14 1.80 88.40 1.0e+20 1.70 32.94 45.48 1.43 711.85 -2952 2001 4 24 0.50 1.0e+20 1.0e+20 2.26 1.54 8.27 8.34 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.88 1.0e+20 1.0e+20 122.08 1307.00 3.80 9.29 1.0e+20 9.11 0.40 1.0e+20 10.25 8.10 1.81 88.90 1.0e+20 1.71 32.92 45.56 1.43 711.75 -2953 2001 4 25 0.50 1.0e+20 1.0e+20 2.29 1.54 8.27 8.31 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.88 1.0e+20 1.0e+20 122.21 1307.90 3.80 9.31 1.0e+20 9.10 0.40 1.0e+20 10.22 8.10 1.81 88.90 1.0e+20 1.70 32.93 45.63 1.43 712.00 -2954 2001 4 26 0.50 1.0e+20 1.0e+20 2.26 1.54 8.27 8.28 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.78 1.0e+20 1.0e+20 123.13 1317.00 3.80 9.26 1.0e+20 9.05 0.41 1.0e+20 10.13 8.01 1.81 89.40 1.0e+20 1.70 32.89 45.72 1.43 711.75 -2955 2001 4 27 0.51 1.0e+20 1.0e+20 2.22 1.54 8.27 8.36 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.88 1.0e+20 1.0e+20 123.76 1328.00 3.80 9.30 1.0e+20 9.07 0.41 1.0e+20 10.19 7.96 1.81 90.00 1.0e+20 1.72 32.97 45.72 1.43 712.00 -2956 2001 4 30 0.50 1.0e+20 1.0e+20 2.18 1.53 8.27 8.41 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.88 1.0e+20 1.0e+20 123.57 1319.00 3.80 9.26 1.0e+20 9.10 0.41 1.0e+20 10.26 8.03 1.82 90.70 1.0e+20 1.73 32.94 45.65 1.43 712.26 -2957 2001 5 1 0.51 1.0e+20 1.0e+20 2.20 1.53 8.27 8.35 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.87 1.0e+20 1.0e+20 121.92 1319.00 3.80 9.27 1.0e+20 9.05 0.41 1.0e+20 10.20 8.02 1.81 90.70 1.0e+20 1.72 32.95 45.65 1.43 712.50 -2958 2001 5 2 0.52 1.0e+20 1.0e+20 2.23 1.53 8.27 8.36 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.87 1.0e+20 1.0e+20 121.72 1310.00 3.80 9.29 1.0e+20 9.06 0.42 1.0e+20 10.23 8.03 1.81 93.00 1.0e+20 1.73 32.90 45.53 1.43 712.75 -2959 2001 5 3 0.51 1.0e+20 1.0e+20 2.23 1.53 8.27 8.40 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.87 1.0e+20 1.0e+20 121.19 1296.00 3.80 9.29 1.0e+20 9.09 0.42 1.0e+20 10.27 8.09 1.82 92.90 1.0e+20 1.73 32.89 45.45 1.43 713.00 -2960 2001 5 4 0.51 1.0e+20 1.0e+20 2.21 1.53 8.27 8.35 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.87 1.0e+20 1.0e+20 121.05 1292.50 3.80 9.26 1.0e+20 9.04 0.42 1.0e+20 10.20 8.03 1.82 90.60 1.0e+20 1.73 32.91 45.68 1.43 713.35 -2961 2001 5 7 0.51 1.0e+20 1.0e+20 2.20 1.54 8.27 8.37 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.84 1.0e+20 1.0e+20 121.34 1297.10 3.80 9.22 1.0e+20 9.04 0.42 1.0e+20 10.23 7.98 1.82 90.45 1.0e+20 1.73 32.90 45.64 1.44 713.70 -2962 2001 5 8 0.51 1.0e+20 1.0e+20 2.23 1.54 8.27 8.43 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.83 1.0e+20 1.0e+20 121.66 1304.00 3.80 9.21 1.0e+20 9.08 0.42 1.0e+20 10.29 8.00 1.82 90.45 1.0e+20 1.74 32.91 45.66 1.43 713.80 -2963 2001 5 9 0.52 1.0e+20 1.0e+20 2.26 1.54 8.27 8.43 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.85 1.0e+20 1.0e+20 122.25 1301.90 3.80 9.21 1.0e+20 9.11 0.42 1.0e+20 10.28 7.95 1.82 90.00 1.0e+20 1.74 32.91 45.59 1.42 714.35 -2964 2001 5 10 0.52 1.0e+20 1.0e+20 2.27 1.53 8.27 8.48 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.88 1.0e+20 1.0e+20 122.71 1307.00 3.80 9.19 1.0e+20 9.14 0.42 1.0e+20 10.29 7.95 1.81 89.95 1.0e+20 1.74 32.92 45.49 1.41 714.00 -2965 2001 5 11 0.52 1.0e+20 1.0e+20 2.28 1.55 8.27 8.51 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 46.85 1.0e+20 1.0e+20 122.50 1298.00 3.80 9.23 1.0e+20 9.16 0.42 1.0e+20 10.25 7.97 1.81 89.95 1.0e+20 1.75 32.92 45.48 1.41 714.65 -2966 2001 5 14 0.51 1.0e+20 1.0e+20 2.30 1.55 8.27 8.53 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.00 1.0e+20 1.0e+20 123.12 1298.00 3.80 9.19 1.0e+20 9.15 0.41 1.0e+20 10.32 7.98 1.81 90.05 1.0e+20 1.75 32.89 45.55 1.41 714.95 -2967 2001 5 15 0.51 1.0e+20 1.0e+20 2.33 1.54 8.27 8.48 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.03 1.0e+20 1.0e+20 123.26 1303.70 3.80 9.17 1.0e+20 9.12 0.41 1.0e+20 10.25 8.00 1.81 90.45 1.0e+20 1.74 32.95 45.51 1.42 714.75 -2968 2001 5 16 0.52 1.0e+20 1.0e+20 2.32 1.54 8.27 8.44 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.97 1.0e+20 1.0e+20 123.59 1310.00 3.80 9.17 1.0e+20 9.09 0.42 1.0e+20 10.26 8.01 1.81 90.45 1.0e+20 1.73 33.00 45.37 1.42 715.25 -2969 2001 5 17 0.52 1.0e+20 1.0e+20 2.30 1.53 8.27 8.45 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.99 1.0e+20 1.0e+20 122.68 1302.10 3.80 9.00 1.0e+20 9.06 0.42 1.0e+20 10.22 7.96 1.80 90.60 1.0e+20 1.73 33.00 45.35 1.43 715.60 -2970 2001 5 18 0.52 1.0e+20 1.0e+20 2.29 1.53 8.27 8.50 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 46.98 1.0e+20 1.0e+20 123.67 1304.10 3.80 8.98 1.0e+20 9.05 0.42 1.0e+20 10.25 7.93 1.81 90.65 1.0e+20 1.74 32.98 45.54 1.43 716.50 -2971 2001 5 21 0.52 1.0e+20 1.0e+20 2.32 1.53 8.27 8.51 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.00 1.0e+20 1.0e+20 122.91 1303.00 3.80 8.95 1.0e+20 9.07 0.42 1.0e+20 10.24 7.89 1.81 90.65 1.0e+20 1.74 33.45 45.62 1.43 715.00 -2972 2001 5 22 0.52 1.0e+20 1.0e+20 2.30 1.54 8.27 8.60 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.06 1.0e+20 1.0e+20 122.79 1305.00 3.80 8.98 1.0e+20 9.16 0.42 1.0e+20 10.37 7.91 1.80 90.65 1.0e+20 1.76 33.47 45.64 1.42 715.00 -2973 2001 5 23 0.51 1.0e+20 1.0e+20 2.34 1.54 8.27 8.67 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.02 1.0e+20 1.0e+20 120.39 1287.00 3.80 9.05 1.0e+20 9.23 0.42 1.0e+20 10.50 7.95 1.80 90.65 1.0e+20 1.77 33.45 45.50 1.42 716.25 -2974 2001 5 24 0.51 1.0e+20 1.0e+20 2.35 1.54 8.27 8.69 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.02 1.0e+20 1.0e+20 120.15 1286.00 3.80 9.09 1.0e+20 9.20 0.42 1.0e+20 10.52 7.96 1.80 90.85 1.0e+20 1.77 33.50 45.43 1.41 716.56 -2975 2001 5 25 0.51 1.0e+20 1.0e+20 2.34 1.54 8.27 8.69 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.02 1.0e+20 1.0e+20 120.75 1289.30 3.80 9.09 1.0e+20 9.19 0.42 1.0e+20 10.53 7.90 1.80 90.95 1.0e+20 1.77 33.55 45.59 1.42 717.26 -2976 2001 5 28 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -2977 2001 5 29 0.51 1.0e+20 1.0e+20 2.33 1.53 8.27 8.72 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.02 1.0e+20 1.0e+20 120.10 1290.00 3.80 9.08 1.0e+20 9.25 0.42 1.0e+20 10.57 7.94 1.80 91.35 1.0e+20 1.78 34.05 45.43 1.41 716.51 -2978 2001 5 30 0.51 1.0e+20 1.0e+20 2.35 1.54 8.27 8.69 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.00 1.0e+20 1.0e+20 120.27 1290.00 3.80 9.17 1.0e+20 9.22 0.41 1.0e+20 10.59 7.98 1.81 91.35 1.0e+20 1.77 34.02 45.43 1.42 715.25 -2979 2001 5 31 0.50 1.0e+20 1.0e+20 2.35 1.54 8.27 8.81 0.84 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.00 1.0e+20 1.0e+20 118.88 1282.00 3.80 9.17 1.0e+20 9.37 0.40 1.0e+20 10.79 8.02 1.80 92.00 1.0e+20 1.79 33.95 45.41 1.41 716.00 -2980 2001 6 1 0.50 1.0e+20 1.0e+20 2.38 1.53 8.27 8.82 0.84 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.05 1.0e+20 1.0e+20 119.13 1286.00 3.80 9.18 1.0e+20 9.45 0.41 1.0e+20 10.85 8.03 1.81 91.35 1.0e+20 1.79 34.10 45.40 1.41 714.75 -2981 2001 6 4 0.50 1.0e+20 1.0e+20 2.35 1.53 8.27 8.82 0.84 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.06 1.0e+20 1.0e+20 119.50 1285.00 3.80 9.14 1.0e+20 9.44 0.40 1.0e+20 10.92 8.04 1.81 90.45 1.0e+20 1.79 34.10 45.40 1.41 715.74 -2982 2001 6 5 0.50 1.0e+20 1.0e+20 2.39 1.53 8.27 8.76 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.00 1.0e+20 1.0e+20 120.27 1287.00 3.80 9.17 1.0e+20 9.36 0.41 1.0e+20 10.83 8.04 1.81 90.50 1.0e+20 1.78 34.08 45.00 1.41 715.80 -2983 2001 6 6 0.51 1.0e+20 1.0e+20 2.38 1.52 8.27 8.82 0.84 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.03 1.0e+20 1.0e+20 120.35 1286.00 3.80 9.13 1.0e+20 9.39 0.41 1.0e+20 10.92 8.08 1.81 89.95 1.0e+20 1.79 34.10 45.28 1.39 715.75 -2984 2001 6 7 0.51 1.0e+20 1.0e+20 2.39 1.52 8.27 8.76 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.00 1.0e+20 1.0e+20 119.91 1286.00 3.80 9.12 1.0e+20 9.33 0.41 1.0e+20 10.95 8.09 1.80 89.90 1.0e+20 1.79 34.10 45.18 1.39 716.00 -2985 2001 6 8 0.52 1.0e+20 1.0e+20 2.37 1.52 8.27 8.76 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.03 1.0e+20 1.0e+20 120.60 1286.00 3.80 9.07 1.0e+20 9.34 0.41 1.0e+20 10.93 8.06 1.80 89.90 1.0e+20 1.79 34.10 45.14 1.38 715.75 -2986 2001 6 11 0.52 1.0e+20 1.0e+20 2.37 1.51 8.27 8.84 0.84 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.04 1.0e+20 1.0e+20 122.02 1289.00 3.80 9.05 1.0e+20 9.42 0.41 1.0e+20 11.02 8.09 1.81 90.05 1.0e+20 1.80 34.10 45.21 1.37 716.26 -2987 2001 6 12 0.52 1.0e+20 1.0e+20 2.39 1.52 8.27 8.79 0.84 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.08 1.0e+20 1.0e+20 121.74 1291.00 3.80 9.09 1.0e+20 9.42 0.41 1.0e+20 11.00 8.10 1.81 90.00 1.0e+20 1.79 34.10 45.29 1.37 716.65 -2988 2001 6 13 0.52 1.0e+20 1.0e+20 2.41 1.51 8.27 8.73 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.09 1.0e+20 1.0e+20 121.89 1293.00 3.80 9.10 1.0e+20 9.34 0.42 1.0e+20 10.79 8.09 1.81 90.10 1.0e+20 1.79 34.43 45.38 1.39 717.00 -2989 2001 6 14 0.52 1.0e+20 1.0e+20 2.42 1.52 8.27 8.66 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.00 1.0e+20 1.0e+20 121.42 1293.00 3.80 9.05 1.0e+20 9.27 0.41 1.0e+20 10.70 8.04 1.81 90.50 1.0e+20 1.77 34.41 45.37 1.40 717.11 -2990 2001 6 15 0.52 1.0e+20 1.0e+20 2.40 1.52 8.27 8.63 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.05 1.0e+20 1.0e+20 122.97 1293.00 3.80 9.05 1.0e+20 9.23 0.41 1.0e+20 10.57 8.00 1.81 90.10 1.0e+20 1.77 34.48 45.31 1.40 717.50 -2991 2001 6 18 0.52 1.0e+20 1.0e+20 2.47 1.53 8.27 8.66 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.02 1.0e+20 1.0e+20 123.20 1293.00 3.80 9.05 1.0e+20 9.21 0.41 1.0e+20 10.51 8.05 1.81 90.10 1.0e+20 1.77 34.48 45.36 1.40 715.71 -2992 2001 6 19 0.52 1.0e+20 1.0e+20 2.47 1.53 8.27 8.71 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.02 1.0e+20 1.0e+20 122.97 1305.00 3.80 9.09 1.0e+20 9.18 0.41 1.0e+20 10.62 8.07 1.81 90.10 1.0e+20 1.78 34.48 45.23 1.40 717.75 -2993 2001 6 20 0.51 1.0e+20 1.0e+20 2.47 1.53 8.27 8.76 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.01 1.0e+20 1.0e+20 123.30 1305.00 3.80 9.09 1.0e+20 9.26 0.41 1.0e+20 10.72 8.09 1.82 90.10 1.0e+20 1.79 34.48 45.26 1.39 718.25 -2994 2001 6 21 0.51 1.0e+20 1.0e+20 2.38 1.52 8.27 8.72 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.05 1.0e+20 1.0e+20 124.40 1303.00 3.80 9.06 1.0e+20 9.22 0.41 1.0e+20 10.74 8.06 1.82 90.65 1.0e+20 1.77 34.45 45.28 1.41 719.00 -2995 2001 6 22 0.51 1.0e+20 1.0e+20 2.31 1.52 8.27 8.69 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.04 1.0e+20 1.0e+20 124.25 1304.00 3.80 9.07 1.0e+20 9.21 0.41 1.0e+20 10.70 8.03 1.82 90.60 1.0e+20 1.77 34.50 45.25 1.41 718.35 -2996 2001 6 25 0.51 1.0e+20 1.0e+20 2.31 1.51 8.27 8.65 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.06 1.0e+20 1.0e+20 124.02 1303.00 3.80 9.06 1.0e+20 9.21 0.41 1.0e+20 10.64 8.04 1.81 90.60 1.0e+20 1.76 34.45 45.14 1.41 718.50 -2997 2001 6 26 0.51 1.0e+20 1.0e+20 2.31 1.51 8.27 8.65 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.07 1.0e+20 1.0e+20 123.82 1301.00 3.80 9.06 1.0e+20 9.19 0.41 1.0e+20 10.73 8.02 1.82 90.65 1.0e+20 1.76 34.44 45.23 1.41 718.75 -2998 2001 6 27 0.51 1.0e+20 1.0e+20 2.33 1.51 8.27 8.63 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.04 1.0e+20 1.0e+20 124.25 1300.00 3.80 9.07 1.0e+20 9.17 0.41 1.0e+20 10.73 8.04 1.82 90.65 1.0e+20 1.76 34.50 45.25 1.41 719.25 -2999 2001 6 28 0.51 1.0e+20 1.0e+20 2.28 1.52 8.27 8.79 0.84 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.06 1.0e+20 1.0e+20 124.63 1304.00 3.80 9.09 1.0e+20 9.29 0.41 1.0e+20 10.85 8.06 1.82 90.75 1.0e+20 1.79 34.52 45.30 1.40 719.35 -3000 2001 6 29 0.51 1.0e+20 1.0e+20 2.30 1.51 8.27 8.78 0.84 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.09 1.0e+20 1.0e+20 124.73 1303.00 3.80 9.06 1.0e+20 9.32 0.40 1.0e+20 10.88 8.05 1.82 90.80 1.0e+20 1.79 34.48 45.27 1.40 719.35 -3001 2001 7 2 0.51 1.0e+20 1.0e+20 2.32 1.51 8.27 8.80 0.84 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.18 1.0e+20 1.0e+20 124.22 1303.00 3.80 9.03 1.0e+20 9.40 0.40 1.0e+20 10.95 8.01 1.82 90.95 1.0e+20 1.80 34.47 45.33 1.41 718.71 -3002 2001 7 3 0.51 1.0e+20 1.0e+20 2.34 1.51 8.27 8.78 0.84 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.17 1.0e+20 1.0e+20 124.48 1295.00 3.80 9.03 1.0e+20 9.35 0.40 1.0e+20 10.87 8.01 1.82 90.75 1.0e+20 1.79 34.45 45.45 1.40 719.35 -3003 2001 7 4 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -3004 2001 7 5 0.51 1.0e+20 1.0e+20 2.42 1.51 8.27 8.89 0.83 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.18 1.0e+20 1.0e+20 125.77 1297.00 3.80 9.06 1.0e+20 9.43 0.40 1.0e+20 11.00 8.14 1.82 90.75 1.0e+20 1.81 34.51 45.58 1.39 719.72 -3005 2001 7 6 0.50 1.0e+20 1.0e+20 2.49 1.52 8.27 8.79 0.84 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.17 1.0e+20 1.0e+20 125.85 1299.00 3.80 9.16 1.0e+20 9.37 0.40 1.0e+20 10.95 8.20 1.82 90.35 1.0e+20 1.79 34.52 45.38 1.41 720.75 -3006 2001 7 9 0.50 1.0e+20 1.0e+20 2.45 1.52 8.27 8.78 0.84 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.19 1.0e+20 1.0e+20 125.43 1297.00 3.80 9.12 1.0e+20 9.34 0.40 1.0e+20 10.97 8.21 1.82 90.25 1.0e+20 1.79 34.60 45.47 1.40 720.00 -3007 2001 7 10 0.51 1.0e+20 1.0e+20 2.49 1.52 8.27 8.69 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.19 1.0e+20 1.0e+20 125.53 1300.00 3.80 9.15 1.0e+20 9.28 0.40 1.0e+20 10.84 8.25 1.83 90.25 1.0e+20 1.77 34.70 45.49 1.40 720.50 -3008 2001 7 11 0.50 1.0e+20 1.0e+20 2.56 1.52 8.27 8.64 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.21 1.0e+20 1.0e+20 124.06 1309.00 3.80 9.30 1.0e+20 9.27 0.40 1.0e+20 10.80 8.26 1.83 90.20 1.0e+20 1.76 35.03 45.59 1.41 721.00 -3009 2001 7 12 0.50 1.0e+20 1.0e+20 2.57 1.52 8.27 8.72 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.20 1.0e+20 1.0e+20 124.10 1301.00 3.80 9.36 1.0e+20 9.32 0.40 1.0e+20 10.86 8.28 1.83 90.30 1.0e+20 1.77 35.00 45.57 1.40 721.51 -3010 2001 7 13 0.50 1.0e+20 1.0e+20 2.55 1.53 8.27 8.73 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.21 1.0e+20 1.0e+20 124.75 1308.00 3.80 9.34 1.0e+20 9.32 0.40 1.0e+20 10.81 8.26 1.83 90.30 1.0e+20 1.77 35.02 45.70 1.39 722.00 -3011 2001 7 16 0.50 1.0e+20 1.0e+20 2.60 1.54 8.27 8.70 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.20 1.0e+20 1.0e+20 125.44 1315.00 3.80 9.30 1.0e+20 9.33 0.40 1.0e+20 10.76 8.26 1.83 90.30 1.0e+20 1.76 35.00 45.76 1.40 722.75 -3012 2001 7 17 0.50 1.0e+20 1.0e+20 2.50 1.54 8.27 8.70 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.16 1.0e+20 1.0e+20 124.89 1316.00 3.80 9.17 1.0e+20 9.34 0.40 1.0e+20 10.77 8.24 1.83 90.35 1.0e+20 1.77 35.05 45.71 1.40 722.76 -3013 2001 7 18 0.51 1.0e+20 1.0e+20 2.47 1.53 8.27 8.55 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.12 1.0e+20 1.0e+20 124.35 1312.00 3.80 9.15 1.0e+20 9.18 0.41 1.0e+20 10.60 8.25 1.83 90.30 1.0e+20 1.73 35.00 45.78 1.41 723.65 -3014 2001 7 19 0.51 1.0e+20 1.0e+20 2.50 1.54 8.27 8.57 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.16 1.0e+20 1.0e+20 123.61 1305.00 3.80 9.19 1.0e+20 9.21 0.41 1.0e+20 10.65 8.28 1.82 90.30 1.0e+20 1.73 35.02 45.73 1.41 723.51 -3015 2001 7 20 0.50 1.0e+20 1.0e+20 2.45 1.54 8.27 8.54 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.17 1.0e+20 1.0e+20 122.85 1305.00 3.80 9.18 1.0e+20 9.18 0.40 1.0e+20 10.64 8.25 1.82 90.30 1.0e+20 1.72 35.00 45.82 1.42 724.01 -3016 2001 7 23 0.50 1.0e+20 1.0e+20 2.40 1.54 8.27 8.59 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.17 1.0e+20 1.0e+20 124.19 1315.00 3.80 9.10 1.0e+20 9.21 0.40 1.0e+20 10.71 8.21 1.82 90.30 1.0e+20 1.73 34.95 45.77 1.41 724.30 -3017 2001 7 24 0.50 1.0e+20 1.0e+20 2.43 1.53 8.27 8.50 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.11 1.0e+20 1.0e+20 124.00 1315.00 3.80 9.11 1.0e+20 9.15 0.41 1.0e+20 10.65 8.18 1.81 90.35 1.0e+20 1.72 34.95 45.72 1.42 724.25 -3018 2001 7 25 0.50 1.0e+20 1.0e+20 2.47 1.53 8.27 8.46 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.19 1.0e+20 1.0e+20 123.64 1310.00 3.80 9.16 1.0e+20 9.12 0.41 1.0e+20 10.62 8.20 1.81 90.25 1.0e+20 1.71 34.87 45.75 1.42 724.75 -3019 2001 7 26 0.50 1.0e+20 1.0e+20 2.48 1.53 8.27 8.49 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.20 1.0e+20 1.0e+20 123.83 1300.00 3.80 9.16 1.0e+20 9.12 0.41 1.0e+20 10.61 8.16 1.80 90.05 1.0e+20 1.72 34.77 45.71 1.42 725.85 -3020 2001 7 27 0.50 1.0e+20 1.0e+20 2.49 1.53 8.27 8.51 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.19 1.0e+20 1.0e+20 123.29 1300.00 3.80 9.19 1.0e+20 9.12 0.41 1.0e+20 10.59 8.19 1.79 90.00 1.0e+20 1.72 34.77 45.66 1.42 724.26 -3021 2001 7 30 0.50 1.0e+20 1.0e+20 2.43 1.53 8.27 8.50 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.19 1.0e+20 1.0e+20 125.18 1305.00 3.80 9.16 1.0e+20 9.14 0.41 1.0e+20 10.60 8.22 1.80 90.00 1.0e+20 1.72 34.77 45.75 1.42 726.00 -3022 2001 7 31 0.50 1.0e+20 1.0e+20 2.43 1.53 8.27 8.51 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.18 1.0e+20 1.0e+20 125.00 1303.00 3.80 9.15 1.0e+20 9.13 0.41 1.0e+20 10.62 8.25 1.80 90.00 1.0e+20 1.72 34.80 45.75 1.42 727.50 -3023 2001 8 1 0.51 1.0e+20 1.0e+20 2.50 1.53 8.27 8.47 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.16 1.0e+20 1.0e+20 124.87 1297.00 3.80 9.22 1.0e+20 9.09 0.41 1.0e+20 10.57 8.24 1.80 90.00 1.0e+20 1.71 34.77 45.75 1.43 727.50 -3024 2001 8 2 0.51 1.0e+20 1.0e+20 2.48 1.54 8.27 8.45 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.11 1.0e+20 1.0e+20 123.72 1289.00 3.80 9.17 1.0e+20 9.07 0.41 1.0e+20 10.47 8.23 1.78 90.25 1.0e+20 1.71 34.56 45.66 1.42 728.65 -3025 2001 8 3 0.51 1.0e+20 1.0e+20 2.50 1.53 8.27 8.42 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.17 1.0e+20 1.0e+20 123.46 1287.00 3.80 9.17 1.0e+20 9.03 0.41 1.0e+20 10.37 8.25 1.77 89.95 1.0e+20 1.70 34.65 45.43 1.42 728.75 -3026 2001 8 6 0.51 1.0e+20 1.0e+20 2.46 1.52 8.27 8.45 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.16 1.0e+20 1.0e+20 123.85 1294.00 3.80 9.13 1.0e+20 9.07 0.41 1.0e+20 10.42 8.30 1.78 90.00 1.0e+20 1.71 34.67 45.45 1.41 728.51 -3027 2001 8 7 0.51 1.0e+20 1.0e+20 2.44 1.53 8.27 8.48 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.11 1.0e+20 1.0e+20 123.83 1290.00 3.80 9.12 1.0e+20 9.08 0.41 1.0e+20 10.43 8.28 1.78 90.05 1.0e+20 1.71 34.70 45.50 1.41 730.00 -3028 2001 8 8 0.51 1.0e+20 1.0e+20 2.46 1.53 8.27 8.48 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.19 1.0e+20 1.0e+20 123.20 1285.00 3.80 9.10 1.0e+20 9.06 0.42 1.0e+20 10.42 8.29 1.77 90.00 1.0e+20 1.71 34.65 45.47 1.41 732.25 -3029 2001 8 9 0.51 1.0e+20 1.0e+20 2.46 1.53 8.27 8.37 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.18 1.0e+20 1.0e+20 123.03 1289.00 3.80 9.09 1.0e+20 8.99 0.42 1.0e+20 10.30 8.29 1.77 90.00 1.0e+20 1.69 34.70 45.42 1.42 730.00 -3030 2001 8 10 0.51 1.0e+20 1.0e+20 2.48 1.54 8.27 8.32 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.17 1.0e+20 1.0e+20 121.97 1284.00 3.80 9.12 1.0e+20 8.99 0.42 1.0e+20 10.28 8.22 1.76 90.00 1.0e+20 1.69 34.67 45.30 1.42 729.65 -3031 2001 8 13 0.51 1.0e+20 1.0e+20 2.50 1.53 8.27 8.29 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.17 1.0e+20 1.0e+20 122.46 1284.00 3.80 9.09 1.0e+20 9.00 0.42 1.0e+20 10.27 8.27 1.75 90.00 1.0e+20 1.68 34.65 45.17 1.42 729.50 -3032 2001 8 14 0.51 1.0e+20 1.0e+20 2.51 1.54 8.27 8.24 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.15 1.0e+20 1.0e+20 121.60 1289.00 3.80 9.13 1.0e+20 8.95 0.43 1.0e+20 10.23 8.27 1.75 89.90 1.0e+20 1.68 34.60 44.88 1.42 730.25 -3033 2001 8 15 0.52 1.0e+20 1.0e+20 2.49 1.52 8.27 8.16 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.16 1.0e+20 1.0e+20 119.92 1284.00 3.80 9.09 1.0e+20 8.91 0.43 1.0e+20 10.15 8.22 1.74 90.00 1.0e+20 1.66 34.60 44.88 1.43 730.45 -3034 2001 8 16 0.52 1.0e+20 1.0e+20 2.49 1.53 8.27 8.15 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.16 1.0e+20 1.0e+20 120.11 1284.00 3.80 9.09 1.0e+20 8.85 0.43 1.0e+20 10.16 8.23 1.74 90.00 1.0e+20 1.66 34.60 44.68 1.44 730.75 -3035 2001 8 17 0.53 1.0e+20 1.0e+20 2.52 1.54 8.27 8.12 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.17 1.0e+20 1.0e+20 120.37 1284.00 3.80 9.12 1.0e+20 8.85 0.44 1.0e+20 10.17 8.27 1.75 90.00 1.0e+20 1.65 34.60 44.82 1.44 730.61 -3036 2001 8 20 0.53 1.0e+20 1.0e+20 2.53 1.54 8.27 8.15 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.18 1.0e+20 1.0e+20 120.72 1286.00 3.80 9.14 1.0e+20 8.89 0.43 1.0e+20 10.37 8.31 1.75 89.95 1.0e+20 1.66 34.65 44.88 1.44 730.75 -3037 2001 8 21 0.52 1.0e+20 1.0e+20 2.53 1.54 8.27 8.17 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.18 1.0e+20 1.0e+20 119.91 1284.00 3.80 9.12 1.0e+20 8.88 0.43 1.0e+20 10.35 8.40 1.75 89.95 1.0e+20 1.66 34.62 44.70 1.44 730.75 -3038 2001 8 22 0.53 1.0e+20 1.0e+20 2.52 1.54 8.27 8.10 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.18 1.0e+20 1.0e+20 119.91 1283.00 3.80 9.12 1.0e+20 8.82 0.44 1.0e+20 10.25 8.38 1.75 89.95 1.0e+20 1.65 34.65 44.65 1.45 731.51 -3039 2001 8 23 0.53 1.0e+20 1.0e+20 2.53 1.54 8.27 8.12 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.17 1.0e+20 1.0e+20 119.84 1284.00 3.80 9.12 1.0e+20 8.86 0.44 1.0e+20 10.30 8.35 1.75 89.95 1.0e+20 1.65 34.67 44.62 1.44 734.00 -3040 2001 8 24 0.53 1.0e+20 1.0e+20 2.54 1.54 8.27 8.16 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.17 1.0e+20 1.0e+20 120.13 1281.00 3.80 9.15 1.0e+20 8.88 0.43 1.0e+20 10.27 8.37 1.75 89.95 1.0e+20 1.66 34.67 44.43 1.44 735.25 -3041 2001 8 27 0.52 1.0e+20 1.0e+20 2.56 1.54 8.27 8.18 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.19 1.0e+20 1.0e+20 120.12 1281.00 3.80 9.11 1.0e+20 8.88 0.43 1.0e+20 10.29 8.40 1.74 89.95 1.0e+20 1.66 34.64 44.26 1.44 738.01 -3042 2001 8 28 0.52 1.0e+20 1.0e+20 2.56 1.54 8.27 8.18 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.19 1.0e+20 1.0e+20 120.48 1281.00 3.80 9.14 1.0e+20 8.87 0.43 1.0e+20 10.32 8.36 1.75 90.00 1.0e+20 1.66 34.64 44.32 1.45 736.25 -3043 2001 8 29 0.53 1.0e+20 1.0e+20 2.54 1.54 8.27 8.18 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.16 1.0e+20 1.0e+20 119.79 1282.00 3.80 9.15 1.0e+20 8.86 0.44 1.0e+20 10.38 8.34 1.74 90.00 1.0e+20 1.66 34.56 44.26 1.45 737.00 -3044 2001 8 30 0.53 1.0e+20 1.0e+20 2.54 1.54 8.27 8.13 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.18 1.0e+20 1.0e+20 119.40 1284.00 3.80 9.19 1.0e+20 8.80 0.44 1.0e+20 10.37 8.36 1.74 90.00 1.0e+20 1.65 34.60 44.26 1.45 737.75 -3045 2001 8 31 0.52 1.0e+20 1.0e+20 2.55 1.54 8.27 8.19 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.17 1.0e+20 1.0e+20 118.75 1284.00 3.80 9.21 1.0e+20 8.86 0.43 1.0e+20 10.43 8.43 1.74 90.00 1.0e+20 1.66 34.58 44.08 1.45 737.26 -3046 2001 9 3 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -3047 2001 9 4 0.52 1.0e+20 1.0e+20 2.56 1.55 8.27 8.39 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.22 1.0e+20 1.0e+20 119.49 1281.00 3.80 9.20 1.0e+20 8.93 0.43 1.0e+20 10.71 8.47 1.74 90.35 1.0e+20 1.70 34.58 44.23 1.44 739.00 -3048 2001 9 5 0.51 1.0e+20 1.0e+20 2.56 1.56 8.27 8.36 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.20 1.0e+20 1.0e+20 120.76 1282.00 3.80 9.25 1.0e+20 8.92 0.43 1.0e+20 10.64 8.50 1.74 90.35 1.0e+20 1.69 34.62 44.39 1.45 740.75 -3049 2001 9 6 0.52 1.0e+20 1.0e+20 2.58 1.55 8.27 8.32 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.22 1.0e+20 1.0e+20 120.95 1282.00 3.80 9.28 1.0e+20 8.88 0.43 1.0e+20 10.58 8.52 1.75 90.35 1.0e+20 1.69 34.65 44.48 1.45 743.75 -3050 2001 9 7 0.51 1.0e+20 1.0e+20 2.58 1.56 8.27 8.23 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 47.27 1.0e+20 1.0e+20 120.07 1290.00 3.80 9.33 1.0e+20 8.83 0.43 1.0e+20 10.54 8.47 1.74 90.30 1.0e+20 1.67 34.70 44.62 1.46 746.26 -3051 2001 9 10 0.51 1.0e+20 1.0e+20 2.59 1.56 8.27 8.28 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.38 1.0e+20 1.0e+20 121.08 1290.00 3.80 9.36 1.0e+20 8.88 0.43 1.0e+20 10.63 8.53 1.75 90.30 1.0e+20 1.68 34.70 44.65 1.45 746.75 -3052 2001 9 11 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -3053 2001 9 12 0.51 1.0e+20 1.0e+20 2.67 1.56 8.27 8.20 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.39 1.0e+20 1.0e+20 119.53 1284.50 3.79 9.44 1.0e+20 8.79 0.42 1.0e+20 10.57 8.61 1.73 90.10 1.0e+20 1.65 34.45 44.38 1.46 745.25 -3054 2001 9 13 0.51 1.0e+20 1.0e+20 2.72 1.56 8.27 8.18 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.49 1.0e+20 1.0e+20 118.81 1290.00 3.79 9.47 1.0e+20 8.80 0.42 1.0e+20 10.55 8.61 1.73 90.08 1.0e+20 1.65 34.51 44.18 1.46 744.25 -3055 2001 9 14 0.51 1.0e+20 1.0e+20 2.71 1.56 8.27 8.09 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.75 1.0e+20 1.0e+20 117.38 1295.00 3.79 9.49 1.0e+20 8.73 0.42 1.0e+20 10.51 8.61 1.73 90.15 1.0e+20 1.62 34.56 44.09 1.46 744.50 -3056 2001 9 17 0.50 1.0e+20 1.0e+20 2.66 1.56 8.27 8.09 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.77 1.0e+20 1.0e+20 117.59 1298.50 3.79 9.45 1.0e+20 8.69 0.41 1.0e+20 10.49 8.63 1.73 90.15 1.0e+20 1.61 34.56 43.94 1.46 744.25 -3057 2001 9 18 0.49 1.0e+20 1.0e+20 2.68 1.57 8.27 8.05 0.92 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.05 1.0e+20 1.0e+20 117.32 1296.00 3.80 9.43 1.0e+20 8.64 0.41 1.0e+20 10.55 8.65 1.73 90.13 1.0e+20 1.60 34.52 44.15 1.46 744.26 -3058 2001 9 19 0.49 1.0e+20 1.0e+20 2.70 1.57 8.27 7.99 0.93 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.96 1.0e+20 1.0e+20 117.30 1287.00 3.80 9.42 1.0e+20 8.53 0.41 1.0e+20 10.46 8.64 1.73 90.05 1.0e+20 1.58 34.49 44.12 1.47 743.01 -3059 2001 9 20 0.49 1.0e+20 1.0e+20 2.73 1.57 8.27 8.04 0.92 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.03 1.0e+20 1.0e+20 115.89 1298.00 3.80 9.48 1.0e+20 8.59 0.41 1.0e+20 10.58 8.70 1.73 90.16 1.0e+20 1.59 34.61 44.18 1.46 744.01 -3060 2001 9 21 0.48 1.0e+20 1.0e+20 2.78 1.57 8.27 8.17 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.08 1.0e+20 1.0e+20 116.73 1298.00 3.80 9.49 1.0e+20 8.68 0.40 1.0e+20 10.90 8.77 1.74 90.15 1.0e+20 1.58 34.61 44.30 1.45 743.00 -3061 2001 9 24 0.49 1.0e+20 1.0e+20 2.77 1.56 8.27 8.14 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.08 1.0e+20 1.0e+20 117.52 1307.00 3.80 9.44 1.0e+20 8.73 0.40 1.0e+20 10.81 8.75 1.76 90.15 1.0e+20 1.60 34.56 44.45 1.46 741.01 -3062 2001 9 25 0.49 1.0e+20 1.0e+20 2.71 1.57 8.27 8.07 0.92 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.91 1.0e+20 1.0e+20 117.78 1308.00 3.80 9.49 1.0e+20 8.69 0.40 1.0e+20 10.70 8.77 1.77 90.15 1.0e+20 1.59 34.62 44.48 1.46 743.01 -3063 2001 9 26 0.48 1.0e+20 1.0e+20 2.72 1.57 8.27 8.05 0.92 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.91 1.0e+20 1.0e+20 117.89 1300.00 3.80 9.54 1.0e+20 8.73 0.40 1.0e+20 10.74 8.87 1.76 89.85 1.0e+20 1.59 34.50 44.35 1.47 743.01 -3064 2001 9 27 0.48 1.0e+20 1.0e+20 2.71 1.57 8.27 8.09 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.91 1.0e+20 1.0e+20 119.69 1300.00 3.80 9.57 1.0e+20 8.82 0.39 1.0e+20 10.72 8.98 1.76 90.00 1.0e+20 1.61 34.55 44.47 1.47 743.01 -3065 2001 9 28 0.49 1.0e+20 1.0e+20 2.67 1.57 8.27 8.17 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.90 1.0e+20 1.0e+20 119.23 1302.00 3.80 9.52 1.0e+20 8.88 0.40 1.0e+20 10.68 9.02 1.76 90.05 1.0e+20 1.61 34.56 44.50 1.46 743.25 -3066 2001 10 1 0.49 1.0e+20 1.0e+20 2.68 1.57 8.27 8.11 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.03 1.0e+20 1.0e+20 120.27 1308.00 3.80 9.52 1.0e+20 8.82 0.40 1.0e+20 10.62 9.06 1.76 90.17 1.0e+20 1.61 34.60 44.59 1.47 743.51 -3067 2001 10 2 0.49 1.0e+20 1.0e+20 2.70 1.56 8.27 8.12 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.03 1.0e+20 1.0e+20 120.78 1309.00 3.80 9.52 1.0e+20 8.83 0.40 1.0e+20 10.66 9.18 1.77 90.10 1.0e+20 1.62 34.62 44.70 1.46 743.00 -3068 2001 10 3 0.49 1.0e+20 1.0e+20 2.72 1.56 8.27 8.09 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.96 1.0e+20 1.0e+20 120.67 1309.00 3.80 9.53 1.0e+20 8.79 0.40 1.0e+20 10.61 9.35 1.77 90.28 1.0e+20 1.61 34.61 44.69 1.47 743.15 -3069 2001 10 4 0.49 1.0e+20 1.0e+20 2.72 1.56 8.27 8.13 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.04 1.0e+20 1.0e+20 120.63 1313.00 3.80 9.53 1.0e+20 8.81 0.40 1.0e+20 10.62 9.28 1.78 90.24 1.0e+20 1.62 34.61 44.69 1.47 743.00 -3070 2001 10 5 0.50 1.0e+20 1.0e+20 2.75 1.56 8.27 8.11 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.05 1.0e+20 1.0e+20 120.37 1312.00 3.80 9.59 1.0e+20 8.78 0.41 1.0e+20 10.58 9.25 1.79 90.27 1.0e+20 1.62 34.60 44.77 1.47 743.30 -3071 2001 10 8 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -3072 2001 10 9 0.50 1.0e+20 1.0e+20 2.77 1.56 8.27 8.12 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.17 1.0e+20 1.0e+20 120.20 1307.00 3.80 9.52 1.0e+20 8.73 0.41 1.0e+20 10.52 9.26 1.80 90.25 1.0e+20 1.61 34.60 44.82 1.46 743.01 -3073 2001 10 10 0.50 1.0e+20 1.0e+20 2.77 1.56 8.27 8.15 0.91 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.09 1.0e+20 1.0e+20 120.43 1308.00 3.80 9.41 1.0e+20 8.76 0.41 1.0e+20 10.58 9.21 1.81 90.25 1.0e+20 1.62 34.60 44.81 1.44 743.25 -3074 2001 10 11 0.49 1.0e+20 1.0e+20 2.78 1.56 8.27 8.25 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.09 1.0e+20 1.0e+20 121.57 1302.00 3.80 9.34 1.0e+20 8.82 0.41 1.0e+20 10.55 9.16 1.81 90.30 1.0e+20 1.64 34.60 44.77 1.44 743.00 -3075 2001 10 12 0.50 1.0e+20 1.0e+20 2.78 1.56 8.27 8.19 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.07 1.0e+20 1.0e+20 120.93 1299.00 3.80 9.37 1.0e+20 8.76 0.41 1.0e+20 10.45 9.14 1.81 90.30 1.0e+20 1.63 34.53 44.73 1.45 743.30 -3076 2001 10 15 0.51 1.0e+20 1.0e+20 2.77 1.55 8.27 8.19 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.07 1.0e+20 1.0e+20 120.94 1299.00 3.80 9.27 1.0e+20 8.76 0.42 1.0e+20 10.44 9.02 1.80 90.60 1.0e+20 1.62 34.58 44.60 1.44 743.74 -3077 2001 10 16 0.51 1.0e+20 1.0e+20 2.75 1.56 8.27 8.17 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.05 1.0e+20 1.0e+20 121.27 1300.00 3.80 9.24 1.0e+20 8.77 0.41 1.0e+20 10.43 9.23 1.81 91.05 1.0e+20 1.62 34.58 44.63 1.44 743.01 -3078 2001 10 17 0.51 1.0e+20 1.0e+20 2.72 1.56 8.27 8.20 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.05 1.0e+20 1.0e+20 121.05 1300.00 3.80 9.25 1.0e+20 8.77 0.42 1.0e+20 10.40 9.26 1.81 91.15 1.0e+20 1.63 34.58 44.74 1.45 742.10 -3079 2001 10 18 0.50 1.0e+20 1.0e+20 2.74 1.57 8.27 8.23 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.08 1.0e+20 1.0e+20 121.18 1300.00 3.80 9.23 1.0e+20 8.80 0.41 1.0e+20 10.46 9.23 1.82 91.15 1.0e+20 1.63 34.58 44.77 1.44 743.25 -3080 2001 10 19 0.50 1.0e+20 1.0e+20 2.76 1.57 8.27 8.27 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.08 1.0e+20 1.0e+20 121.15 1302.00 3.80 9.21 1.0e+20 8.88 0.41 1.0e+20 10.55 9.25 1.82 91.25 1.0e+20 1.64 34.58 44.77 1.43 742.01 -3081 2001 10 22 0.50 1.0e+20 1.0e+20 2.71 1.57 8.27 8.35 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.05 1.0e+20 1.0e+20 122.45 1303.00 3.80 9.20 1.0e+20 8.95 0.41 1.0e+20 10.69 9.51 1.82 91.50 1.0e+20 1.66 34.58 44.78 1.42 743.00 -3082 2001 10 23 0.50 1.0e+20 1.0e+20 2.73 1.57 8.27 8.36 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.03 1.0e+20 1.0e+20 122.83 1304.00 3.80 9.23 1.0e+20 8.93 0.41 1.0e+20 10.65 9.47 1.82 91.60 1.0e+20 1.66 34.58 44.85 1.42 743.34 -3083 2001 10 24 0.50 1.0e+20 1.0e+20 2.74 1.57 8.27 8.33 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.08 1.0e+20 1.0e+20 122.86 1296.00 3.80 9.21 1.0e+20 8.91 0.41 1.0e+20 10.60 9.37 1.82 91.60 1.0e+20 1.65 34.58 44.80 1.42 743.41 -3084 2001 10 25 0.50 1.0e+20 1.0e+20 2.73 1.57 8.27 8.29 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.00 1.0e+20 1.0e+20 122.72 1296.00 3.80 9.25 1.0e+20 8.90 0.41 1.0e+20 10.56 9.36 1.82 91.60 1.0e+20 1.64 34.59 44.90 1.43 743.50 -3085 2001 10 26 0.50 1.0e+20 1.0e+20 2.73 1.57 8.27 8.33 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.02 1.0e+20 1.0e+20 122.99 1297.00 3.80 9.28 1.0e+20 8.91 0.41 1.0e+20 10.58 9.37 1.82 91.75 1.0e+20 1.65 34.57 44.89 1.43 743.74 -3086 2001 10 29 0.50 1.0e+20 1.0e+20 2.72 1.57 8.27 8.23 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.02 1.0e+20 1.0e+20 122.08 1294.00 3.80 9.24 1.0e+20 8.82 0.41 1.0e+20 10.51 9.28 1.82 91.75 1.0e+20 1.63 34.55 44.80 1.45 743.05 -3087 2001 10 30 0.50 1.0e+20 1.0e+20 2.72 1.57 8.27 8.21 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.03 1.0e+20 1.0e+20 122.07 1298.00 3.80 9.26 1.0e+20 8.81 0.41 1.0e+20 10.62 9.39 1.82 91.90 1.0e+20 1.62 34.55 44.67 1.45 744.00 -3088 2001 10 31 0.50 1.0e+20 1.0e+20 2.70 1.59 8.27 8.28 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.04 1.0e+20 1.0e+20 122.54 1296.00 3.80 9.27 1.0e+20 8.90 0.41 1.0e+20 10.67 9.43 1.82 91.90 1.0e+20 1.63 34.55 44.73 1.45 744.25 -3089 2001 11 1 0.50 1.0e+20 1.0e+20 2.68 1.59 8.27 8.23 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.05 1.0e+20 1.0e+20 121.87 1296.00 3.80 9.29 1.0e+20 8.82 0.41 1.0e+20 10.58 9.53 1.82 92.10 1.0e+20 1.62 34.55 44.76 1.46 744.00 -3090 2001 11 2 0.50 1.0e+20 1.0e+20 2.67 1.59 8.27 8.24 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.04 1.0e+20 1.0e+20 121.68 1296.00 3.80 9.28 1.0e+20 8.82 0.41 1.0e+20 10.57 9.54 1.82 92.10 1.0e+20 1.63 34.55 44.74 1.46 743.25 -3091 2001 11 5 0.50 1.0e+20 1.0e+20 2.59 1.59 8.27 8.30 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.02 1.0e+20 1.0e+20 121.72 1296.00 3.80 9.23 1.0e+20 8.84 0.41 1.0e+20 10.59 9.48 1.82 92.20 1.0e+20 1.64 34.55 44.69 1.45 744.00 -3092 2001 11 6 0.51 1.0e+20 1.0e+20 2.59 1.59 8.27 8.30 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.04 1.0e+20 1.0e+20 121.15 1295.00 3.80 9.21 1.0e+20 8.85 0.42 1.0e+20 10.55 9.45 1.81 92.30 1.0e+20 1.64 34.55 44.67 1.45 744.00 -3093 2001 11 7 0.51 1.0e+20 1.0e+20 2.60 1.59 8.27 8.28 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.04 1.0e+20 1.0e+20 121.05 1292.00 3.80 9.21 1.0e+20 8.83 0.42 1.0e+20 10.46 9.54 1.81 92.35 1.0e+20 1.63 34.55 44.65 1.46 744.00 -3094 2001 11 8 0.51 1.0e+20 1.0e+20 2.55 1.59 8.27 8.36 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.07 1.0e+20 1.0e+20 119.98 1285.00 3.80 9.22 1.0e+20 8.87 0.41 1.0e+20 10.53 9.54 1.81 92.35 1.0e+20 1.64 34.50 44.49 1.45 744.30 -3095 2001 11 9 0.51 1.0e+20 1.0e+20 2.52 1.60 8.27 8.34 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.05 1.0e+20 1.0e+20 120.25 1283.00 3.80 9.23 1.0e+20 8.83 0.41 1.0e+20 10.56 9.63 1.82 92.30 1.0e+20 1.64 34.50 44.49 1.45 744.51 -3096 2001 11 12 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -3097 2001 11 13 0.51 1.0e+20 1.0e+20 2.51 1.59 8.27 8.45 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.11 1.0e+20 1.0e+20 121.45 1288.00 3.80 9.25 1.0e+20 8.92 0.42 1.0e+20 10.62 9.69 1.82 92.30 1.0e+20 1.66 34.50 44.44 1.44 743.61 -3098 2001 11 14 0.51 1.0e+20 1.0e+20 2.53 1.59 8.27 8.43 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.11 1.0e+20 1.0e+20 121.67 1284.00 3.80 9.24 1.0e+20 8.90 0.42 1.0e+20 10.59 9.66 1.82 92.30 1.0e+20 1.66 34.48 44.50 1.44 745.00 -3099 2001 11 15 0.51 1.0e+20 1.0e+20 2.54 1.58 8.27 8.45 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.03 1.0e+20 1.0e+20 122.40 1283.00 3.80 9.22 1.0e+20 8.97 0.41 1.0e+20 10.58 9.57 1.83 92.30 1.0e+20 1.66 34.50 44.50 1.43 745.25 -3100 2001 11 16 0.52 1.0e+20 1.0e+20 2.53 1.58 8.27 8.41 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.03 1.0e+20 1.0e+20 122.67 1283.00 3.80 9.21 1.0e+20 8.98 0.41 1.0e+20 10.60 9.56 1.83 92.50 1.0e+20 1.65 34.50 44.48 1.42 745.01 -3101 2001 11 19 0.52 1.0e+20 1.0e+20 2.51 1.58 8.27 8.47 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.00 1.0e+20 1.0e+20 123.27 1284.00 3.80 9.20 1.0e+20 9.03 0.41 1.0e+20 10.67 9.68 1.84 92.70 1.0e+20 1.66 34.50 44.46 1.41 745.50 -3102 2001 11 20 0.51 1.0e+20 1.0e+20 2.54 1.59 8.27 8.43 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.03 1.0e+20 1.0e+20 122.62 1283.00 3.80 9.17 1.0e+20 8.94 0.41 1.0e+20 10.65 9.73 1.83 93.15 1.0e+20 1.64 34.50 44.41 1.41 745.41 -3103 2001 11 21 0.51 1.0e+20 1.0e+20 2.53 1.60 8.27 8.47 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.03 1.0e+20 1.0e+20 123.19 1280.00 3.80 9.15 1.0e+20 8.98 0.41 1.0e+20 10.69 9.91 1.83 93.15 1.0e+20 1.65 34.47 44.36 1.41 745.74 -3104 2001 11 22 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -3105 2001 11 23 0.51 1.0e+20 1.0e+20 2.51 1.59 8.27 8.48 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.10 1.0e+20 1.0e+20 124.44 1270.00 3.80 9.15 1.0e+20 9.03 0.41 1.0e+20 10.66 9.96 1.83 93.15 1.0e+20 1.66 34.47 44.19 1.40 745.76 -3106 2001 11 26 0.51 1.0e+20 1.0e+20 2.49 1.60 8.27 8.44 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.05 1.0e+20 1.0e+20 124.20 1265.00 3.80 9.17 1.0e+20 9.03 0.41 1.0e+20 10.62 9.90 1.83 93.15 1.0e+20 1.66 34.47 44.18 1.41 746.35 -3107 2001 11 27 0.52 1.0e+20 1.0e+20 2.47 1.59 8.27 8.44 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.08 1.0e+20 1.0e+20 124.17 1265.00 3.80 9.25 1.0e+20 9.01 0.41 1.0e+20 10.63 9.97 1.83 93.15 1.0e+20 1.66 34.46 44.06 1.41 745.50 -3108 2001 11 28 0.52 1.0e+20 1.0e+20 2.48 1.58 8.27 8.39 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.99 1.0e+20 1.0e+20 123.29 1272.00 3.80 9.28 1.0e+20 8.97 0.41 1.0e+20 10.65 9.85 1.83 93.25 1.0e+20 1.64 34.44 44.11 1.42 745.86 -3109 2001 11 29 0.51 1.0e+20 1.0e+20 2.51 1.58 8.27 8.37 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.01 1.0e+20 1.0e+20 123.82 1269.00 3.80 9.31 1.0e+20 8.97 0.41 1.0e+20 10.67 10.21 1.83 93.30 1.0e+20 1.65 34.44 44.10 1.42 747.65 -3110 2001 11 30 0.52 1.0e+20 1.0e+20 2.51 1.57 8.27 8.31 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.98 1.0e+20 1.0e+20 123.22 1273.00 3.80 9.26 1.0e+20 8.92 0.41 1.0e+20 10.67 10.30 1.83 93.30 1.0e+20 1.64 34.47 43.93 1.42 747.25 -3111 2001 12 3 0.51 1.0e+20 1.0e+20 2.46 1.57 8.27 8.37 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.93 1.0e+20 1.0e+20 123.90 1278.00 3.80 9.21 1.0e+20 8.97 0.41 1.0e+20 10.72 10.36 1.83 93.30 1.0e+20 1.65 34.46 43.99 1.42 747.75 -3112 2001 12 4 0.51 1.0e+20 1.0e+20 2.42 1.57 8.27 8.36 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.93 1.0e+20 1.0e+20 124.28 1274.10 3.80 9.22 1.0e+20 8.99 0.41 1.0e+20 10.66 10.59 1.83 93.30 1.0e+20 1.65 34.46 44.10 1.42 748.25 -3113 2001 12 5 0.51 1.0e+20 1.0e+20 2.42 1.57 8.27 8.40 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.94 1.0e+20 1.0e+20 124.40 1270.90 3.80 9.22 1.0e+20 9.01 0.41 1.0e+20 10.61 10.82 1.83 93.30 1.0e+20 1.66 34.46 43.97 1.41 749.00 -3114 2001 12 6 0.51 1.0e+20 1.0e+20 2.42 1.57 8.27 8.35 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.90 1.0e+20 1.0e+20 124.83 1274.40 3.80 9.25 1.0e+20 8.95 0.41 1.0e+20 10.49 10.93 1.82 93.30 1.0e+20 1.65 34.46 43.91 1.42 749.25 -3115 2001 12 7 0.51 1.0e+20 1.0e+20 2.40 1.57 8.27 8.36 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.86 1.0e+20 1.0e+20 125.66 1274.00 3.80 9.22 1.0e+20 8.95 0.41 1.0e+20 10.46 11.17 1.83 93.30 1.0e+20 1.65 34.46 43.83 1.43 750.00 -3116 2001 12 10 0.51 1.0e+20 1.0e+20 2.34 1.57 8.27 8.38 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.87 1.0e+20 1.0e+20 126.27 1282.60 3.80 9.19 1.0e+20 9.01 0.41 1.0e+20 10.50 11.02 1.83 93.30 1.0e+20 1.66 34.48 43.89 1.43 752.31 -3117 2001 12 11 0.51 1.0e+20 1.0e+20 2.34 1.57 8.27 8.36 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.85 1.0e+20 1.0e+20 126.23 1278.30 3.80 9.15 1.0e+20 8.98 0.41 1.0e+20 10.51 11.11 1.83 93.15 1.0e+20 1.65 34.46 43.76 1.43 750.50 -3118 2001 12 12 0.52 1.0e+20 1.0e+20 2.37 1.56 8.27 8.32 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.84 1.0e+20 1.0e+20 126.52 1274.40 3.80 9.16 1.0e+20 8.95 0.42 1.0e+20 10.49 11.15 1.83 93.15 1.0e+20 1.64 34.46 43.72 1.44 750.85 -3119 2001 12 13 0.51 1.0e+20 1.0e+20 2.38 1.56 8.27 8.29 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.84 1.0e+20 1.0e+20 126.32 1274.60 3.80 9.13 1.0e+20 8.93 0.41 1.0e+20 10.43 11.54 1.83 93.15 1.0e+20 1.64 34.46 43.68 1.44 751.25 -3120 2001 12 14 0.51 1.0e+20 1.0e+20 2.38 1.56 8.27 8.23 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.86 1.0e+20 1.0e+20 127.24 1285.90 3.80 9.09 1.0e+20 8.87 0.41 1.0e+20 10.49 12.20 1.83 93.15 1.0e+20 1.63 34.50 43.84 1.45 752.26 -3121 2001 12 17 0.51 1.0e+20 1.0e+20 2.36 1.56 8.27 8.23 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.86 1.0e+20 1.0e+20 127.54 1293.50 3.80 9.11 1.0e+20 8.86 0.41 1.0e+20 10.45 12.05 1.83 93.15 1.0e+20 1.63 34.58 43.87 1.45 752.76 -3122 2001 12 18 0.51 1.0e+20 1.0e+20 2.34 1.57 8.27 8.24 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.86 1.0e+20 1.0e+20 127.97 1291.90 3.80 9.11 1.0e+20 8.86 0.41 1.0e+20 10.49 12.23 1.83 93.15 1.0e+20 1.63 34.71 43.89 1.45 752.90 -3123 2001 12 19 0.51 1.0e+20 1.0e+20 2.28 1.57 8.27 8.28 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.80 1.0e+20 1.0e+20 128.20 1292.20 3.80 9.13 1.0e+20 8.88 0.41 1.0e+20 10.49 12.50 1.83 93.15 1.0e+20 1.63 34.73 43.78 1.45 753.76 -3124 2001 12 20 0.50 1.0e+20 1.0e+20 2.31 1.57 8.27 8.29 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.83 1.0e+20 1.0e+20 128.55 1300.20 3.80 9.16 1.0e+20 8.92 0.41 1.0e+20 10.59 13.60 1.83 93.15 1.0e+20 1.63 34.76 43.90 1.44 755.25 -3125 2001 12 21 0.50 1.0e+20 1.0e+20 2.35 1.58 8.27 8.39 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.85 1.0e+20 1.0e+20 129.48 1308.90 3.80 9.13 1.0e+20 8.99 0.41 1.0e+20 10.67 12.41 1.83 93.15 1.0e+20 1.65 34.92 44.02 1.43 756.75 -3126 2001 12 24 0.50 1.0e+20 1.0e+20 2.33 1.59 8.27 8.47 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.95 1.0e+20 1.0e+20 129.90 1308.20 3.80 9.10 1.0e+20 9.11 0.41 1.0e+20 10.82 12.00 1.84 93.15 1.0e+20 1.69 34.97 44.08 1.43 757.51 -3127 2001 12 25 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -3128 2001 12 26 0.50 1.0e+20 1.0e+20 2.32 1.59 8.27 8.45 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 47.95 1.0e+20 1.0e+20 130.79 1318.00 3.80 9.10 1.0e+20 9.09 0.41 1.0e+20 10.84 11.99 1.84 93.15 1.0e+20 1.69 35.10 44.10 1.44 758.00 -3129 2001 12 27 0.50 1.0e+20 1.0e+20 2.33 1.59 8.26 8.41 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.21 1.0e+20 1.0e+20 131.47 1329.10 3.80 9.14 1.0e+20 9.01 0.41 1.0e+20 10.70 11.84 1.85 93.15 1.0e+20 1.67 35.13 44.28 1.45 758.50 -3130 2001 12 28 0.51 1.0e+20 1.0e+20 2.32 1.59 8.27 8.42 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.29 1.0e+20 1.0e+20 131.30 1323.00 3.80 9.19 1.0e+20 9.03 0.41 1.0e+20 10.56 12.00 1.85 93.15 1.0e+20 1.67 35.08 44.18 1.44 768.00 -3131 2001 12 31 0.51 1.0e+20 1.0e+20 2.31 1.59 8.27 8.35 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.27 1.0e+20 1.0e+20 131.04 1313.50 3.80 9.16 1.0e+20 8.97 0.41 1.0e+20 10.45 12.00 1.84 93.13 1.0e+20 1.65 35.00 44.24 1.45 758.00 -3132 2002 1 1 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -3133 2002 1 2 0.51 1.0e+20 1.0e+20 2.31 1.59 8.27 8.23 0.90 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.27 1.0e+20 1.0e+20 132.02 1317.40 3.80 9.10 1.0e+20 8.87 0.42 1.0e+20 10.26 12.47 1.85 93.15 1.0e+20 1.64 35.04 44.20 1.44 759.50 -3134 2002 1 3 0.51 1.0e+20 1.0e+20 2.29 1.59 8.27 8.28 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.28 1.0e+20 1.0e+20 131.76 1312.70 3.80 9.12 1.0e+20 8.90 0.42 1.0e+20 10.29 12.40 1.84 93.13 1.0e+20 1.64 35.03 44.10 1.44 759.76 -3135 2002 1 4 0.51 1.0e+20 1.0e+20 2.31 1.59 8.27 8.31 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.30 1.0e+20 1.0e+20 131.02 1308.70 3.80 9.14 1.0e+20 8.92 0.42 1.0e+20 10.31 12.13 1.84 93.15 1.0e+20 1.65 35.00 43.91 1.44 760.00 -3136 2002 1 7 0.51 1.0e+20 1.0e+20 2.34 1.59 8.27 8.33 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.28 1.0e+20 1.0e+20 130.93 1302.00 3.80 9.17 1.0e+20 8.92 0.42 1.0e+20 10.33 11.77 1.84 93.15 1.0e+20 1.65 34.94 43.91 1.43 759.25 -3137 2002 1 8 0.52 1.0e+20 1.0e+20 2.36 1.59 8.27 8.33 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.30 1.0e+20 1.0e+20 132.53 1309.50 3.80 9.18 1.0e+20 8.93 0.43 1.0e+20 10.39 11.48 1.84 93.20 1.0e+20 1.65 35.04 44.07 1.44 759.51 -3138 2002 1 9 0.52 1.0e+20 1.0e+20 2.38 1.59 8.27 8.37 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.32 1.0e+20 1.0e+20 132.62 1311.90 3.80 9.20 1.0e+20 8.95 0.42 1.0e+20 10.39 11.45 1.84 93.30 1.0e+20 1.66 35.05 44.08 1.43 760.25 -3139 2002 1 10 0.52 1.0e+20 1.0e+20 2.39 1.60 8.27 8.32 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.41 1.0e+20 1.0e+20 132.61 1312.30 3.80 9.25 1.0e+20 8.92 0.42 1.0e+20 10.29 11.55 1.84 93.60 1.0e+20 1.66 35.03 44.10 1.44 762.25 -3140 2002 1 11 0.52 1.0e+20 1.0e+20 2.40 1.59 8.27 8.34 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.44 1.0e+20 1.0e+20 132.17 1315.50 3.80 9.25 1.0e+20 8.93 0.42 1.0e+20 10.29 11.42 1.84 93.60 1.0e+20 1.66 35.05 43.97 1.44 762.00 -3141 2002 1 14 0.51 1.0e+20 1.0e+20 2.40 1.59 8.28 8.32 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.36 1.0e+20 1.0e+20 131.83 1312.30 3.80 9.19 1.0e+20 8.89 0.42 1.0e+20 10.34 11.55 1.83 93.60 1.0e+20 1.65 35.03 43.92 1.44 761.50 -3142 2002 1 15 0.51 1.0e+20 1.0e+20 2.36 1.58 8.28 8.34 0.89 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.31 1.0e+20 1.0e+20 131.14 1316.90 3.80 9.16 1.0e+20 8.89 0.42 1.0e+20 10.34 11.72 1.82 93.60 1.0e+20 1.66 35.00 43.85 1.44 762.50 -3143 2002 1 16 0.51 1.0e+20 1.0e+20 2.37 1.59 8.28 8.41 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.30 1.0e+20 1.0e+20 131.77 1315.80 3.80 9.20 1.0e+20 8.94 0.42 1.0e+20 10.47 11.67 1.83 93.60 1.0e+20 1.66 35.00 43.90 1.43 762.75 -3144 2002 1 17 0.51 1.0e+20 1.0e+20 2.35 1.61 8.27 8.43 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.31 1.0e+20 1.0e+20 132.13 1317.30 3.80 9.12 1.0e+20 8.96 0.42 1.0e+20 10.52 11.44 1.83 93.60 1.0e+20 1.66 35.03 43.90 1.43 762.50 -3145 2002 1 18 0.51 1.0e+20 1.0e+20 2.37 1.61 8.27 8.40 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.27 1.0e+20 1.0e+20 132.64 1320.50 3.80 9.13 1.0e+20 8.95 0.42 1.0e+20 10.43 11.50 1.83 93.60 1.0e+20 1.66 35.03 44.00 1.43 763.00 -3146 2002 1 21 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 1.0e+20 -3147 2002 1 22 0.51 1.0e+20 1.0e+20 2.37 1.60 8.27 8.40 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.30 1.0e+20 1.0e+20 133.98 1320.40 3.80 9.16 1.0e+20 8.94 0.42 1.0e+20 10.48 11.69 1.84 93.53 1.0e+20 1.66 35.08 44.19 1.42 764.51 -3148 2002 1 23 0.51 1.0e+20 1.0e+20 2.39 1.60 8.27 8.41 0.88 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.35 1.0e+20 1.0e+20 134.25 1331.50 3.80 9.15 1.0e+20 8.95 0.42 1.0e+20 10.47 11.39 1.83 93.53 1.0e+20 1.66 35.08 44.19 1.42 763.51 -3149 2002 1 24 0.51 1.0e+20 1.0e+20 2.40 1.60 8.27 8.46 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.35 1.0e+20 1.0e+20 134.64 1330.50 3.80 9.13 1.0e+20 8.97 0.42 1.0e+20 10.51 11.25 1.84 93.60 1.0e+20 1.67 35.08 44.17 1.42 763.00 -3150 2002 1 25 0.51 1.0e+20 1.0e+20 2.41 1.60 8.27 8.58 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.80 48.38 1.0e+20 1.0e+20 134.47 1327.60 3.80 9.14 1.0e+20 9.06 0.42 1.0e+20 10.67 11.40 1.83 93.60 1.0e+20 1.70 35.06 44.10 1.40 764.00 -3151 2002 1 28 0.51 1.0e+20 1.0e+20 2.42 1.61 8.27 8.63 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.37 1.0e+20 1.0e+20 133.43 1321.30 3.80 9.16 1.0e+20 9.11 0.42 1.0e+20 10.72 11.55 1.83 93.60 1.0e+20 1.70 35.02 44.10 1.40 764.75 -3152 2002 1 29 0.51 1.0e+20 1.0e+20 2.43 1.59 8.27 8.59 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.43 1.0e+20 1.0e+20 133.51 1313.60 3.80 9.17 1.0e+20 9.07 0.42 1.0e+20 10.66 11.41 1.83 93.60 1.0e+20 1.70 35.00 44.07 1.41 764.50 -3153 2002 1 30 0.50 1.0e+20 1.0e+20 2.44 1.59 8.27 8.58 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.53 1.0e+20 1.0e+20 132.84 1311.00 3.80 9.19 1.0e+20 9.06 0.41 1.0e+20 10.65 11.46 1.83 93.60 1.0e+20 1.70 34.99 43.98 1.41 765.25 -3154 2002 1 31 0.50 1.0e+20 1.0e+20 2.40 1.59 8.27 8.64 0.85 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.56 1.0e+20 1.0e+20 134.06 1314.40 3.80 9.15 1.0e+20 9.10 0.41 1.0e+20 10.67 11.42 1.83 93.60 1.0e+20 1.71 34.99 44.05 1.41 766.20 -3155 2002 2 1 0.50 1.0e+20 1.0e+20 2.41 1.59 8.27 8.62 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.55 1.0e+20 1.0e+20 133.77 1317.60 3.80 9.16 1.0e+20 9.10 0.41 1.0e+20 10.68 11.68 1.83 93.60 1.0e+20 1.71 35.00 44.06 1.41 767.75 -3156 2002 2 4 0.51 1.0e+20 1.0e+20 2.42 1.59 8.27 8.55 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.61 1.0e+20 1.0e+20 132.71 1322.50 3.80 9.17 1.0e+20 9.03 0.41 1.0e+20 10.63 11.63 1.83 93.85 1.0e+20 1.70 35.05 44.00 1.41 768.00 -3157 2002 2 5 0.50 1.0e+20 1.0e+20 2.42 1.59 8.27 8.56 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.69 1.0e+20 1.0e+20 133.90 1316.80 3.80 9.13 1.0e+20 9.05 0.41 1.0e+20 10.65 11.63 1.83 93.60 1.0e+20 1.69 34.99 44.02 1.41 768.25 -3158 2002 2 6 0.50 1.0e+20 1.0e+20 2.43 1.60 8.27 8.55 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.71 1.0e+20 1.0e+20 133.72 1316.70 3.80 9.13 1.0e+20 9.00 0.41 1.0e+20 10.61 11.48 1.83 93.60 1.0e+20 1.69 35.02 43.99 1.41 771.01 -3159 2002 2 7 0.50 1.0e+20 1.0e+20 2.45 1.60 8.27 8.54 0.86 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.72 1.0e+20 1.0e+20 133.49 1318.20 3.80 9.13 1.0e+20 9.00 0.41 1.0e+20 10.63 11.45 1.83 93.45 1.0e+20 1.69 35.03 43.86 1.41 781.01 -3160 2002 2 8 0.51 1.0e+20 1.0e+20 2.46 1.59 8.27 8.51 0.87 1.0e+20 1.0e+20 1.0e+20 1.0e+20 7.79 48.70 1.0e+20 1.0e+20 134.77 1320.20 3.80 9.15 1.0e+20 8.98 0.41 1.0e+20 10.60 11.48 1.83 93.60 1.0e+20 1.69 35.08 43.98 1.41 793.00 - diff --git a/smop/benchmark5/benchmark2.m b/smop/benchmark5/benchmark2.m deleted file mode 100644 index 0d950cbf..00000000 --- a/smop/benchmark5/benchmark2.m +++ /dev/null @@ -1,233 +0,0 @@ -%*************************************************************************** -%* Matlab Benchmark program version 5.0 * -%* Author : Stefan Steinhaus * -%* -EMAIL : stefan@steinhaus -- -net.de * -%* This program is public domain. Feel free to copy it freely. * -%*************************************************************************** -clc -disp('The following b -enchmark program will print the average timings') -disp('to calculate the functions by 3 runs.') -disp(' ') -disp(' ') -disp('!!! MATLAB -- -Benchmarkprogram !!!') -disp('=================================') -disp(' ') -%* Misc. operation * -result=0; runs=3; -for i -=1:runs; -tic; -datmat=importdata('currency2.txt',' '); -Limits_Area=[1,261,522,784,1045,1305,1565,1827,2088,2349,2610,2871,3131,3158]; -for k=1:2000; -for j=1:13; -Year_Data=datmat.data(Limits_Area(j):Limits -_Area(j+1) -- -1,4:37); -Min_Year=min(Year_Data); -Max_Year=max(Year_Data); -Mean_Year=mean(Year_Data); -GainLoss_Year=100 -- -(Year_Data(1,:)+0.00000001)./(Year_Data(end,:)+0.00000001)*100; -end; -end; -result=result+toc; -e -nd; -result=result/runs; -disp(['IO test & descriptive statistics_____________________ : ' num2str(result) ' sec.']) -result=0; a=1; -for i=1:runs -tic; -for x=1:15000; -for y=1:15000; -a=a+x+y; -end; -end; -result=result+toc; -en -d; -result=result/runs; -disp(['Loop testing_________________________________________ : ' num2str(result) ' sec.']) -result=0; -for i=1:runs -for j=1:200 -b=1+(rand(2000,2000)/100); -tic; -a=b.^1000; -result=result+toc; -end -end -re -sult=result/runs; -disp(['2000x2000 normal distributed random matrix^1000______ : ' num2str(result) ' sec.']) -clear a; clear b; result=0; -for i=1:runs -for j=1:100 -a=rand(1000000,1); -tic; -b=sort(a); -result=result+toc; -end -end -result=result/runs; -disp(['1000000 values sorted ascending______________________ : ' num2str(result) ' sec.']) -%* Analysis * -clear a; clear b; result=0; -for i=1:runs -for j=1:100 -a=rand(1048576,1); -tic; -b=fft(a); -result= -result+toc; -end -end -result=result/runs; -disp(['FFT over 1048576 values (2^20)_______________________ : ' num2str(result) ' sec.']) -%* Algebra * -clear a; clear b; result=0; -for i=1:runs -for j=1:100 -a=rand(1500,1500); -tic; -b=d -et(a); -- -10 -- -result=result+toc; -end -end -result=result/runs; -disp(['Determinant of a 1500x1500 random matrix_____________ : ' num2str(result) ' sec.']) -clear a; clear b; result=0; -for i=1:runs -for j=1:100 -a=rand(1500,1500); -tic; -b=inv(a); -result=result+toc; -end -end -result=result/runs; -disp(['Inverse of a 1500x1500 uniform distr. random matrix__ : ' num2str(result) ' sec.']) -clear a; clear b; result=0; -for i=1:runs -a=rand(1200,1200); -tic; -c=eig(a); -re -sult=result+toc; -end -result=result/runs; -disp(['Eigenval. of a normal distr. 1200x1200 randommatrix___ : ' num2str(result) ' sec.']) -clear a; clear b; result=0; -for i=1:runs -for j=1:100 -a=rand(1500,1500); -a=a'*a; -tic; -b=chol( -a); -result=result+toc; -end -end -result=result/runs; -disp(['Cholesky decomposition of a 1500x1500 -- -matrix_________ : ' num2str(result) ' sec.']) -clear a; clear b; result=0; -for i=1:runs -for j=1:100 -a=rand(1500,1500); -tic; -b= -a'*a; -result=result+toc; -end -end -result=result/runs; -disp(['1500x1500 cross -- -product matrix_______________________ : ' num2str(result) ' sec.']) -%* Number theory * -clear a; clear b; -phi = 1.6180339887498949; result=0; -for i=1:runs; -a=floor(1 -000*rand(10000000,1)); -tic; -b=(phi.^a -- -( -- -phi).^( -- -a))/sqrt(5); -result=result+toc; -end -result=result/runs; -disp(['Calculation of 10000000 fibonacci numbers____________ : ' num2str(result) ' sec.']) -%* Stochastic -- -statistic * -result=0; a=0; b=0; -for -i=1:runs; -a=rand(10000,1000); -tic; -b=princomp(a); -result=result+toc; -end; -result=result/runs; -disp(['Calc. of the principal components of a 10000x1000 matrix : ' num2str(result) ' sec.']) -clear a; clear b; result=0; -for i=1:runs -for j=1:100 -a=rand(1500,1500); -tic; -b=gamma(a); -result=result+toc; -end -end -result=result/runs; -disp(['Gamma function over a 1500x1500 matrix_______________ : ' num2str(result) ' sec.']) -clear a; clear b; result=0; -for i=1:runs -for j -=1:100 -a=rand(1500,1500); -tic; -b=erf(a); -result=result+toc; -end -end -result=result/runs; -disp(['Gaussian error function over a 1500x1500 matrix______ : ' num2str(result) ' sec.']) -clear a; clear b; result=0; -for i=1:runs -f -or j=1:100 -- -11 -- -a=randn(1000,1000); -b=1:1000; -tic; -b=a -\ -b'; -result=result+toc; -end -end -result=result/runs; -disp(['Linear regression over a 1000x1000 matrix____________ : ' num2r(result) ' sec.']s diff --git a/smop/benchmark5/benchmark5.m b/smop/benchmark5/benchmark5.m deleted file mode 100644 index 0f46b15b..00000000 --- a/smop/benchmark5/benchmark5.m +++ /dev/null @@ -1,201 +0,0 @@ -%*************************************************************************** -%* Matlab Benchmark program version 5.0 * -%* Author : Stefan Steinhaus * -%* EMAIL : stefan@steinhaus-net.de * -%* This program is public domain. Feel free to copy it freely. * -%*************************************************************************** - -clc -disp('The following benchmark program will print the average timings') -disp('to calculate the functions by 3 runs.') -disp(' ') -disp(' ') -disp('!!! MATLAB - Benchmarkprogram !!!') -disp('=================================') -disp(' ') - -%* Misc. operation * - -result=0; runs=3; -for i=1:runs; - tic; - datmat=importdata('./Currency2.txt',' '); - Limits_Area=[1,261,522,784,1045,1305,1565,1827,2088,2349,2610,2871,3131,3158]; - for k=1:2000; - for j=1:13; - Year_Data=datmat.data(Limits_Area(j):Limits_Area(j+1)-1,4:37); - Min_Year=min(Year_Data); - Max_Year=max(Year_Data); - Mean_Year=mean(Year_Data); - GainLoss_Year=100-(Year_Data(1,:)+0.00000001)./(Year_Data(end,:)+0.00000001)*100; - end; - end; - result=result+toc; -end; -result=result/runs; -disp(['IO test & descriptive statistics_____________________ : ' num2str(result) ' sec.']) - -result=0; a=1; -for i=1:runs - tic; - for x=1:15000; - for y=1:15000; - a=a+x+y; - end; - end; - result=result+toc; -end; -result=result/runs; -disp(['Loop testing_________________________________________ : ' num2str(result) ' sec.']) -result=0; -for i=1:runs - for j=1:200 - b=1+(rand(2000,2000)/100); - tic; - a=b.^1000; - result=result+toc; - end -end -result=result/runs; -disp(['2000x2000 normal distributed random matrix^1000______ : ' num2str(result) ' sec.']) -clear a; clear b; result=0; -for i=1:runs - for j=1:100 - a=rand(1000000,1); - tic; - b=sort(a); - result=result+toc; - end -end -result=result/runs; -disp(['1000000 values sorted ascending______________________ : ' num2str(result) ' sec.']) - -%* Analysis * - -clear a; clear b; result=0; -for i=1:runs - for j=1:100 - a=rand(1048576,1); - tic; - b=fft(a); - result=result+toc; - end -end -result=result/runs; -disp(['FFT over 1048576 values (2^20)_______________________ : ' num2str(result) ' sec.']) - -%* Algebra * - -clear a; clear b; result=0; -for i=1:runs - for j=1:100 - a=rand(1500,1500); - tic; - b=det(a); - result=result+toc; - end -end -result=result/runs; -disp(['Determinant of a 1500x1500 random matrix_____________ : ' num2str(result) ' sec.']) -clear a; clear b; result=0; -for i=1:runs - for j=1:100 - a=rand(1500,1500); - tic; - b=inv(a); - result=result+toc; - end -end -result=result/runs; -disp(['Inverse of a 1500x1500 uniform distr. random matrix__ : ' num2str(result) ' sec.']) -clear a; clear b; result=0; -for i=1:runs - a=rand(1200,1200); - tic; - c=eig(a); - result=result+toc; -end -result=result/runs; -disp(['Eigenval. of a normal distr. 1200x1200 randommatrix___ : ' num2str(result) ' sec.']) -clear a; clear b; result=0; -for i=1:runs - for j=1:100 - a=rand(1500,1500); - a=a'*a; - tic; - b=chol(a); - result=result+toc; - end -end -result=result/runs; -disp(['Cholesky decomposition of a 1500x1500-matrix_________ : ' num2str(result) ' sec.']) -clear a; clear b; result=0; -for i=1:runs - for j=1:100 - a=rand(1500,1500); - tic; - b=a'*a; - result=result+toc; - end -end -result=result/runs; -disp(['1500x1500 cross-product matrix_______________________ : ' num2str(result) ' sec.']) - -%* Number theory * - -clear a; clear b; -phi = 1.6180339887498949; result=0; -for i=1:runs; - a=floor(1000*rand(10000000,1)); - tic; - b=(phi.^a-(-phi).^(-a))/sqrt(5); - result=result+toc; -end -result=result/runs; -disp(['Calculation of 10000000 fibonacci numbers____________ : ' num2str(result) ' sec.']) - -%* Stochastic-statistic * - -result=0; a=0; b=0; -for i=1:runs; - a=rand(10000,1000); - tic; - b=princomp(a); - result=result+toc; -end; -result=result/runs; -disp(['Calc. of the principal components of a 10000x1000 matrix : ' num2str(result) ' sec.']) -clear a; clear b; result=0; -for i=1:runs - for j=1:100 - a=rand(1500,1500); - tic; - b=gamma(a); - result=result+toc; - end -end -result=result/runs; -disp(['Gamma function over a 1500x1500 matrix_______________ : ' num2str(result) ' sec.']) -clear a; clear b; result=0; -for i=1:runs - for j=1:100 - a=rand(1500,1500); - tic; - b=erf(a); - result=result+toc; - end -end -result=result/runs; -disp(['Gaussian error function over a 1500x1500 matrix______ : ' num2str(result) ' sec.']) -clear a; clear b; result=0; -for i=1:runs - for j=1:100 - a=randn(1000,1000); - b=1:1000; - tic; - b=a\b'; - result=result+toc; - end -end -result=result/runs; -disp(['Linear regression over a 1000x1000 matrix____________ : ' num2str(result) ' sec.']) diff --git a/smop/benchmark5/database.mdb b/smop/benchmark5/database.mdb deleted file mode 100644 index 80b10975..00000000 Binary files a/smop/benchmark5/database.mdb and /dev/null differ diff --git a/smop/callgraph.py b/smop/callgraph.py index 6115adf3..350bf154 100644 --- a/smop/callgraph.py +++ b/smop/callgraph.py @@ -1,49 +1,31 @@ -import parse,sys +import parse,sys,os import networkx as nx -import node,resolve +import node,resolve,options -def callgraph(func_list): +def callgraph(G, stmt_list): """ Build callgraph of func_list, ignoring built-in functions """ - G = nx.DiGraph() - for func in func_list: - G.add_node(func.head.ident.name) + func_list = [] + for stmt in stmt_list: + try: + G.add_node(stmt.head.ident.name) + func_list.append(stmt) + except: + pass for func in func_list: assert isinstance(func,node.function) func_name = func.head.ident.name - resolve.resolve(func) + #resolve.resolve(func) for s in node.postorder(func): if (s.__class__ is node.funcall and - s.func_expr.__class__ is node.ident and - s.func_expr.name in G.nodes()): - G.add_edge(func_name,s.func_expr.name) - return G - -G = nx.DiGraph() - -def postorder_edge(u): - if isinstance(u,node.node): - for v in u: - for t in postorder_edge(v): - yield (v,t) - yield (u,u) # returns only traversible objects - -def foo(tree): - G = nx.DiGraph() - for u,v in postorder_edge(tree): - G.add_edge(id(u),id(v)) - return G - -def main(): - func_list = parse.parse(open(sys.argv[1]).read()) - G = foo(func_list) - #G = callgraph(func_list) - nx.write_dot(G,"G.dot") - #H = nx.dfs_tree(G,'solver') - #nx.write_dot(H,"H.dot") - #print nx.topological_sort(H) - + s.func_expr.__class__ is node.ident): + #if s.func_expr.name in G.nodes(): + G.add_edge(func_name,s.func_expr.name) + #nx.write_dot(G,"G.dot") + #for u in G.nodes(): + # if G.out_degree(u) == 0: + # print u if __name__ == '__main__': main() diff --git a/smop/core.py b/smop/core.py index 38118cc9..7c26b95c 100644 --- a/smop/core.py +++ b/smop/core.py @@ -6,9 +6,7 @@ import __builtin__ import numpy -from sparsearray import sparsearray as sparse -from magic import magic -from numpy import sqrt,eye +from numpy import sqrt,prod,exp,log from numpy.fft import fft2 from numpy.linalg import inv from numpy.linalg import qr as _qr @@ -25,6 +23,8 @@ except: pass import unittest +from scipy.special import gamma +from numpy import rint as fix def isvector_or_scalar(a): """ @@ -55,6 +55,10 @@ class matlabarray(np.ndarray): """ >>> matlabarray() matlabarray([], shape=(0, 0), dtype=float64) + >>> matlabarray([arange(1,5), arange(1,5)]) + matlabarray([1, 2, 3, 4, 5, 1, 2, 3, 4, 5]) + >>> matlabarray(["hello","world"]) + matlabarray("helloworld") """ def __new__(cls,a=[],dtype=None): @@ -304,14 +308,16 @@ class char is a rectangular string matrix, which >>> print s hello world - - >>> s.shape - (2, 5) + >>> s=char([104, 101, 108, 108, 111, 119, 111, 114, 108, 100]) + >>> s.shape = 2,5 + >>> print s + hello + world """ def __new__(cls, a=""): if not isinstance(a,str): - raise NotImplementedError + a = "".join([chr(c) for c in a]) obj = np.array(list(a), dtype='|S1', copy=False, @@ -333,7 +339,7 @@ def __str__(self): return "\n".join("".join(s) for s in self) raise NotImplementedError -class struct_(object): +class struct(object): def __init__(self,*args): for i in range(0,len(args),2): setattr(self,str(args[i]),args[i+1]) @@ -357,7 +363,7 @@ def arange(start,stop,step=1,**kwargs): step, **kwargs).reshape(1,-1),**kwargs) def cat(*args): - return np.concatenate([matlabarray(a) for a in args],axis=1) + return matlabarray(np.concatenate([matlabarray(a) for a in args],axis=1)).reshape(-1) def ceil(a): return numpy.ceil(a) @@ -367,7 +373,8 @@ def cell(*args): args += args return cellarray(np.zeros(args,dtype=object,order="F")) -clc = 0 +def clc(): + pass def copy(a): return matlabarray(np.asanyarray(a).copy(order="F")) @@ -557,16 +564,34 @@ def rand(*args,**kwargs): except: pass -def rand(*args,**kwargs): - if not args: - return np.random.rand() - if len(args) == 1: - args += args - try: - return np.random.rand(np.prod(args)).reshape(args,order="F") - except: +def assert_(a,b=None,c=None): + if c: + if c >= 0: + assert (abs(a-b) < c).all() + else: + assert (abs(a-b) < abs(b*c)).all() + elif b is None: + assert a + else: + #assert isequal(a,b),(a,b) + #assert not any(a-b == 0) + assert (a==b).all() + +def shared(a): pass +def rand(*args,**kwargs): + """from core aka libsmop.py""" + return np.random.rand() + # if not args: + # return np.random.rand() + # if len(args) == 1: + # args += args + # try: + # return np.random.rand(np.prod(args)).reshape(args,order="F") + # except: + # pass + def randn(*args,**kwargs): if not args: return np.random.randn() @@ -665,6 +690,27 @@ def zeros(*args,**kwargs): args += args return matlabarray(np.zeros(args,**kwargs)) +def isa(a,b): + return True + +def print_usage(): + raise Exception + +def function(f): + def helper(*args): + helper.func_dict["nargin"]=len(args) + return f(*args) + return helper + +def error(s): + raise s + +def isreal(a): + return True + +eps = np.finfo(float).eps +#print(np.finfo(np.float32).eps) + if __name__ == "__main__": import doctest doctest.testmod() diff --git a/smop/foo.pyx b/smop/foo.pyx deleted file mode 100644 index c4e81dab..00000000 --- a/smop/foo.pyx +++ /dev/null @@ -1,53 +0,0 @@ -# -*- python -*- -#import runtime as rt -import numpy as np -cimport numpy as np -from runtime import * - -cdef class foo: - cdef int[:,:] data - - def __init__(self, int[:,:] a): - self.data = a - - def __getitem__(self,tuple index): - cdef int i = index[0] - cdef int j = index[1] - return self.data[i-1,j-1] - -cdef class bar: - cdef double[:,:] data - - def __init__(self, double[:,:] a): - self.data = a - - def __getitem__(self,tuple index): - cdef int i = index[0] - cdef int j = index[1] - return self.data[i-1,j-1] - -cdef tuple find(np.ndarray[char,ndim=2,cast=True] a): # 38 -#cdef tuple find(np.ndarray a): - cdef int i,j,k - cdef char* p = a.data - for k in range(a.size): - print(k,p[k]) - if p[k]: - i,j = np.unravel_index(k, (a.shape[0],a.shape[1]), order="F") - return i+1,j+1 - return 0,0 - -a = matlabarray([[1,2],[3,4]],dtype=int) -print(a) -b = matlabarray([[1,2],[3,4]],dtype=float) -print(b) -c = foo(a) -d = bar(b) - -a[1,1] = 11 -b[1,1] = 1.11 - -print(a[1,1], b[1,1], c[1,1], d[1,1]) - -i,j = find(a == 1) -print(i,j) diff --git a/smop/go.m b/smop/go.m deleted file mode 100644 index 0796af9b..00000000 --- a/smop/go.m +++ /dev/null @@ -1,20 +0,0 @@ -ai = zeros(10,10); -af = ai; - -ai(1,1)=2; -ai(2,2)=3; -ai(3,3)=4; -ai(4,4)=5; -ai(5,5)=1; - -af(9,9)=1; -af(8,8)=2; -af(7,7)=3; -af(6,6)=4; -af(10,10)=5; - -tic; -mv = solver(ai,af,0); -toc - -disp(size(mv)); diff --git a/smop/lex.py b/smop/lex.py deleted file mode 100644 index 267ec100..00000000 --- a/smop/lex.py +++ /dev/null @@ -1,1058 +0,0 @@ -# ----------------------------------------------------------------------------- -# ply: lex.py -# -# Copyright (C) 2001-2009, -# David M. Beazley (Dabeaz LLC) -# All rights reserved. -# -# Redistribution and use in source and binary forms, with or without -# modification, are permitted provided that the following conditions are -# met: -# -# * Redistributions of source code must retain the above copyright notice, -# this list of conditions and the following disclaimer. -# * Redistributions in binary form must reproduce the above copyright notice, -# this list of conditions and the following disclaimer in the documentation -# and/or other materials provided with the distribution. -# * Neither the name of the David Beazley or Dabeaz LLC may be used to -# endorse or promote products derived from this software without -# specific prior written permission. -# -# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS -# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT -# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR -# A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT -# OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, -# SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT -# LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, -# DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY -# THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT -# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE -# OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. -# ----------------------------------------------------------------------------- - -__version__ = "3.3" -__tabversion__ = "3.2" # Version of table file used - -import re, sys, types, copy, os - -# This tuple contains known string types -try: - # Python 2.6 - StringTypes = (types.StringType, types.UnicodeType) -except AttributeError: - # Python 3.0 - StringTypes = (str, bytes) - -# Extract the code attribute of a function. Different implementations -# are for Python 2/3 compatibility. - -if sys.version_info[0] < 3: - def func_code(f): - return f.func_code -else: - def func_code(f): - return f.__code__ - -# This regular expression is used to match valid token names -_is_identifier = re.compile(r'^[a-zA-Z0-9_]+$') - -# Exception thrown when invalid token encountered and no default error -# handler is defined. - -class LexError(Exception): - def __init__(self,message,s): - self.args = (message,) - self.text = s - -# Token class. This class is used to represent the tokens produced. -class LexToken(object): - def __str__(self): - return "LexToken(%s,%r,%d,%d)" % (self.type,self.value,self.lineno,self.lexpos) - def __repr__(self): - return str(self) - -# This object is a stand-in for a logging object created by the -# logging module. - -class PlyLogger(object): - def __init__(self,f): - self.f = f - def critical(self,msg,*args,**kwargs): - self.f.write((msg % args) + "\n") - - def warning(self,msg,*args,**kwargs): - self.f.write("WARNING: "+ (msg % args) + "\n") - - def error(self,msg,*args,**kwargs): - self.f.write("ERROR: " + (msg % args) + "\n") - - info = critical - debug = critical - -# Null logger is used when no output is generated. Does nothing. -class NullLogger(object): - def __getattribute__(self,name): - return self - def __call__(self,*args,**kwargs): - return self - -# ----------------------------------------------------------------------------- -# === Lexing Engine === -# -# The following Lexer class implements the lexer runtime. There are only -# a few public methods and attributes: -# -# input() - Store a new string in the lexer -# token() - Get the next token -# clone() - Clone the lexer -# -# lineno - Current line number -# lexpos - Current position in the input string -# ----------------------------------------------------------------------------- - -class Lexer: - def __init__(self): - self.lexre = None # Master regular expression. This is a list of - # tuples (re,findex) where re is a compiled - # regular expression and findex is a list - # mapping regex group numbers to rules - self.lexretext = None # Current regular expression strings - self.lexstatere = {} # Dictionary mapping lexer states to master regexs - self.lexstateretext = {} # Dictionary mapping lexer states to regex strings - self.lexstaterenames = {} # Dictionary mapping lexer states to symbol names - self.lexstate = "INITIAL" # Current lexer state - self.lexstatestack = [] # Stack of lexer states - self.lexstateinfo = None # State information - self.lexstateignore = {} # Dictionary of ignored characters for each state - self.lexstateerrorf = {} # Dictionary of error functions for each state - self.lexreflags = 0 # Optional re compile flags - self.lexdata = None # Actual input data (as a string) - self.lexpos = 0 # Current position in input text - self.lexlen = 0 # Length of the input text - self.lexerrorf = None # Error rule (if any) - self.lextokens = None # List of valid tokens - self.lexignore = "" # Ignored characters - self.lexliterals = "" # Literal characters that can be passed through - self.lexmodule = None # Module - self.lineno = 1 # Current line number - self.lexoptimize = 0 # Optimized mode - - def clone(self,object=None): - c = copy.copy(self) - - # If the object parameter has been supplied, it means we are attaching the - # lexer to a new object. In this case, we have to rebind all methods in - # the lexstatere and lexstateerrorf tables. - - if object: - newtab = { } - for key, ritem in self.lexstatere.items(): - newre = [] - for cre, findex in ritem: - newfindex = [] - for f in findex: - if not f or not f[0]: - newfindex.append(f) - continue - newfindex.append((getattr(object,f[0].__name__),f[1])) - newre.append((cre,newfindex)) - newtab[key] = newre - c.lexstatere = newtab - c.lexstateerrorf = { } - for key, ef in self.lexstateerrorf.items(): - c.lexstateerrorf[key] = getattr(object,ef.__name__) - c.lexmodule = object - return c - - # ------------------------------------------------------------ - # writetab() - Write lexer information to a table file - # ------------------------------------------------------------ - def writetab(self,tabfile,outputdir=""): - if isinstance(tabfile,types.ModuleType): - return - basetabfilename = tabfile.split(".")[-1] - filename = os.path.join(outputdir,basetabfilename)+".py" - tf = open(filename,"w") - tf.write("# %s.py. This file automatically created by PLY (version %s). Don't edit!\n" % (tabfile,__version__)) - tf.write("_tabversion = %s\n" % repr(__version__)) - tf.write("_lextokens = %s\n" % repr(self.lextokens)) - tf.write("_lexreflags = %s\n" % repr(self.lexreflags)) - tf.write("_lexliterals = %s\n" % repr(self.lexliterals)) - tf.write("_lexstateinfo = %s\n" % repr(self.lexstateinfo)) - - tabre = { } - # Collect all functions in the initial state - initial = self.lexstatere["INITIAL"] - initialfuncs = [] - for part in initial: - for f in part[1]: - if f and f[0]: - initialfuncs.append(f) - - for key, lre in self.lexstatere.items(): - titem = [] - for i in range(len(lre)): - titem.append((self.lexstateretext[key][i],_funcs_to_names(lre[i][1],self.lexstaterenames[key][i]))) - tabre[key] = titem - - tf.write("_lexstatere = %s\n" % repr(tabre)) - tf.write("_lexstateignore = %s\n" % repr(self.lexstateignore)) - - taberr = { } - for key, ef in self.lexstateerrorf.items(): - if ef: - taberr[key] = ef.__name__ - else: - taberr[key] = None - tf.write("_lexstateerrorf = %s\n" % repr(taberr)) - tf.close() - - # ------------------------------------------------------------ - # readtab() - Read lexer information from a tab file - # ------------------------------------------------------------ - def readtab(self,tabfile,fdict): - if isinstance(tabfile,types.ModuleType): - lextab = tabfile - else: - if sys.version_info[0] < 3: - exec("import %s as lextab" % tabfile) - else: - env = { } - exec("import %s as lextab" % tabfile, env,env) - lextab = env['lextab'] - - if getattr(lextab,"_tabversion","0.0") != __version__: - raise ImportError("Inconsistent PLY version") - - self.lextokens = lextab._lextokens - self.lexreflags = lextab._lexreflags - self.lexliterals = lextab._lexliterals - self.lexstateinfo = lextab._lexstateinfo - self.lexstateignore = lextab._lexstateignore - self.lexstatere = { } - self.lexstateretext = { } - for key,lre in lextab._lexstatere.items(): - titem = [] - txtitem = [] - for i in range(len(lre)): - titem.append((re.compile(lre[i][0],lextab._lexreflags | re.VERBOSE),_names_to_funcs(lre[i][1],fdict))) - txtitem.append(lre[i][0]) - self.lexstatere[key] = titem - self.lexstateretext[key] = txtitem - self.lexstateerrorf = { } - for key,ef in lextab._lexstateerrorf.items(): - self.lexstateerrorf[key] = fdict[ef] - self.begin('INITIAL') - - # ------------------------------------------------------------ - # input() - Push a new string into the lexer - # ------------------------------------------------------------ - def input(self,s): - # Pull off the first character to see if s looks like a string - c = s[:1] - if not isinstance(c,StringTypes): - raise ValueError("Expected a string") - self.lexdata = s - self.lexpos = 0 - self.lexlen = len(s) - - # ------------------------------------------------------------ - # begin() - Changes the lexing state - # ------------------------------------------------------------ - def begin(self,state): - if not state in self.lexstatere: - raise ValueError("Undefined state") - self.lexre = self.lexstatere[state] - self.lexretext = self.lexstateretext[state] - self.lexignore = self.lexstateignore.get(state,"") - self.lexerrorf = self.lexstateerrorf.get(state,None) - self.lexstate = state - - # ------------------------------------------------------------ - # push_state() - Changes the lexing state and saves old on stack - # ------------------------------------------------------------ - def push_state(self,state): - self.lexstatestack.append(self.lexstate) - self.begin(state) - - # ------------------------------------------------------------ - # pop_state() - Restores the previous state - # ------------------------------------------------------------ - def pop_state(self): - self.begin(self.lexstatestack.pop()) - - # ------------------------------------------------------------ - # current_state() - Returns the current lexing state - # ------------------------------------------------------------ - def current_state(self): - return self.lexstate - - # ------------------------------------------------------------ - # skip() - Skip ahead n characters - # ------------------------------------------------------------ - def skip(self,n): - self.lexpos += n - - # ------------------------------------------------------------ - # opttoken() - Return the next token from the Lexer - # - # Note: This function has been carefully implemented to be as fast - # as possible. Don't make changes unless you really know what - # you are doing - # ------------------------------------------------------------ - def token(self): - # Make local copies of frequently referenced attributes - lexpos = self.lexpos - lexlen = self.lexlen - lexignore = self.lexignore - lexdata = self.lexdata - - while lexpos < lexlen: - # This code provides some short-circuit code for whitespace, tabs, and other ignored characters - if lexdata[lexpos] in lexignore: - lexpos += 1 - continue - - # Look for a regular expression match - for lexre,lexindexfunc in self.lexre: - m = lexre.match(lexdata,lexpos) - if not m: continue - - # Create a token for return - tok = LexToken() - tok.value = m.group() - tok.lineno = self.lineno - tok.lexpos = lexpos - - i = m.lastindex - func,tok.type = lexindexfunc[i] - - if not func: - # If no token type was set, it's an ignored token - if tok.type: - self.lexpos = m.end() - return tok - else: - lexpos = m.end() - break - - lexpos = m.end() - - # If token is processed by a function, call it - - tok.lexer = self # Set additional attributes useful in token rules - self.lexmatch = m - self.lexpos = lexpos - - newtok = func(tok) - - # Every function must return a token, if nothing, we just move to next token - if not newtok: - lexpos = self.lexpos # This is here in case user has updated lexpos. - lexignore = self.lexignore # This is here in case there was a state change - break - - # Verify type of the token. If not in the token map, raise an error - if not self.lexoptimize: - if not newtok.type in self.lextokens: - raise LexError("%s:%d: Rule '%s' returned an unknown token type '%s'" % ( - func_code(func).co_filename, func_code(func).co_firstlineno, - func.__name__, newtok.type),lexdata[lexpos:]) - - return newtok - else: - # No match, see if in literals - if lexdata[lexpos] in self.lexliterals: - tok = LexToken() - tok.value = lexdata[lexpos] - tok.lineno = self.lineno - tok.type = tok.value - tok.lexpos = lexpos - self.lexpos = lexpos + 1 - return tok - - # No match. Call t_error() if defined. - if self.lexerrorf: - tok = LexToken() - tok.value = self.lexdata[lexpos:] - tok.lineno = self.lineno - tok.type = "error" - tok.lexer = self - tok.lexpos = lexpos - self.lexpos = lexpos - newtok = self.lexerrorf(tok) - if lexpos == self.lexpos: - # Error method didn't change text position at all. This is an error. - raise LexError("Scanning error. Illegal character '%s'" % (lexdata[lexpos]), lexdata[lexpos:]) - lexpos = self.lexpos - if not newtok: continue - return newtok - - self.lexpos = lexpos - raise LexError("Illegal character '%s' at index %d" % (lexdata[lexpos],lexpos), lexdata[lexpos:]) - - self.lexpos = lexpos + 1 - if self.lexdata is None: - raise RuntimeError("No input string given with input()") - return None - - # Iterator interface - def __iter__(self): - return self - - def next(self): - t = self.token() - if t is None: - raise StopIteration - return t - - __next__ = next - -# ----------------------------------------------------------------------------- -# ==== Lex Builder === -# -# The functions and classes below are used to collect lexing information -# and build a Lexer object from it. -# ----------------------------------------------------------------------------- - -# ----------------------------------------------------------------------------- -# get_caller_module_dict() -# -# This function returns a dictionary containing all of the symbols defined within -# a caller further down the call stack. This is used to get the environment -# associated with the yacc() call if none was provided. -# ----------------------------------------------------------------------------- - -def get_caller_module_dict(levels): - try: - raise RuntimeError - except RuntimeError: - e,b,t = sys.exc_info() - f = t.tb_frame - while levels > 0: - f = f.f_back - levels -= 1 - ldict = f.f_globals.copy() - if f.f_globals != f.f_locals: - ldict.update(f.f_locals) - - return ldict - -# ----------------------------------------------------------------------------- -# _funcs_to_names() -# -# Given a list of regular expression functions, this converts it to a list -# suitable for output to a table file -# ----------------------------------------------------------------------------- - -def _funcs_to_names(funclist,namelist): - result = [] - for f,name in zip(funclist,namelist): - if f and f[0]: - result.append((name, f[1])) - else: - result.append(f) - return result - -# ----------------------------------------------------------------------------- -# _names_to_funcs() -# -# Given a list of regular expression function names, this converts it back to -# functions. -# ----------------------------------------------------------------------------- - -def _names_to_funcs(namelist,fdict): - result = [] - for n in namelist: - if n and n[0]: - result.append((fdict[n[0]],n[1])) - else: - result.append(n) - return result - -# ----------------------------------------------------------------------------- -# _form_master_re() -# -# This function takes a list of all of the regex components and attempts to -# form the master regular expression. Given limitations in the Python re -# module, it may be necessary to break the master regex into separate expressions. -# ----------------------------------------------------------------------------- - -def _form_master_re(relist,reflags,ldict,toknames): - if not relist: return [] - regex = "|".join(relist) - try: - lexre = re.compile(regex,re.VERBOSE | reflags) - - # Build the index to function map for the matching engine - lexindexfunc = [ None ] * (max(lexre.groupindex.values())+1) - lexindexnames = lexindexfunc[:] - - for f,i in lexre.groupindex.items(): - handle = ldict.get(f,None) - if type(handle) in (types.FunctionType, types.MethodType): - lexindexfunc[i] = (handle,toknames[f]) - lexindexnames[i] = f - elif handle is not None: - lexindexnames[i] = f - if f.find("ignore_") > 0: - lexindexfunc[i] = (None,None) - else: - lexindexfunc[i] = (None, toknames[f]) - - return [(lexre,lexindexfunc)],[regex],[lexindexnames] - except Exception: - m = int(len(relist)/2) - if m == 0: m = 1 - llist, lre, lnames = _form_master_re(relist[:m],reflags,ldict,toknames) - rlist, rre, rnames = _form_master_re(relist[m:],reflags,ldict,toknames) - return llist+rlist, lre+rre, lnames+rnames - -# ----------------------------------------------------------------------------- -# def _statetoken(s,names) -# -# Given a declaration name s of the form "t_" and a dictionary whose keys are -# state names, this function returns a tuple (states,tokenname) where states -# is a tuple of state names and tokenname is the name of the token. For example, -# calling this with s = "t_foo_bar_SPAM" might return (('foo','bar'),'SPAM') -# ----------------------------------------------------------------------------- - -def _statetoken(s,names): - nonstate = 1 - parts = s.split("_") - for i in range(1,len(parts)): - if not parts[i] in names and parts[i] != 'ANY': break - if i > 1: - states = tuple(parts[1:i]) - else: - states = ('INITIAL',) - - if 'ANY' in states: - states = tuple(names) - - tokenname = "_".join(parts[i:]) - return (states,tokenname) - - -# ----------------------------------------------------------------------------- -# LexerReflect() -# -# This class represents information needed to build a lexer as extracted from a -# user's input file. -# ----------------------------------------------------------------------------- -class LexerReflect(object): - def __init__(self,ldict,log=None,reflags=0): - self.ldict = ldict - self.error_func = None - self.tokens = [] - self.reflags = reflags - self.stateinfo = { 'INITIAL' : 'inclusive'} - self.files = {} - self.error = 0 - - if log is None: - self.log = PlyLogger(sys.stderr) - else: - self.log = log - - # Get all of the basic information - def get_all(self): - self.get_tokens() - self.get_literals() - self.get_states() - self.get_rules() - - # Validate all of the information - def validate_all(self): - self.validate_tokens() - self.validate_literals() - self.validate_rules() - return self.error - - # Get the tokens map - def get_tokens(self): - tokens = self.ldict.get("tokens",None) - if not tokens: - self.log.error("No token list is defined") - self.error = 1 - return - - if not isinstance(tokens,(list, tuple)): - self.log.error("tokens must be a list or tuple") - self.error = 1 - return - - if not tokens: - self.log.error("tokens is empty") - self.error = 1 - return - - self.tokens = tokens - - # Validate the tokens - def validate_tokens(self): - terminals = {} - for n in self.tokens: - if not _is_identifier.match(n): - self.log.error("Bad token name '%s'",n) - self.error = 1 - if n in terminals: - self.log.warning("Token '%s' multiply defined", n) - terminals[n] = 1 - - # Get the literals specifier - def get_literals(self): - self.literals = self.ldict.get("literals","") - - # Validate literals - def validate_literals(self): - try: - for c in self.literals: - if not isinstance(c,StringTypes) or len(c) > 1: - self.log.error("Invalid literal %s. Must be a single character", repr(c)) - self.error = 1 - continue - - except TypeError: - self.log.error("Invalid literals specification. literals must be a sequence of characters") - self.error = 1 - - def get_states(self): - self.states = self.ldict.get("states",None) - # Build statemap - if self.states: - if not isinstance(self.states,(tuple,list)): - self.log.error("states must be defined as a tuple or list") - self.error = 1 - else: - for s in self.states: - if not isinstance(s,tuple) or len(s) != 2: - self.log.error("Invalid state specifier %s. Must be a tuple (statename,'exclusive|inclusive')",repr(s)) - self.error = 1 - continue - name, statetype = s - if not isinstance(name,StringTypes): - self.log.error("State name %s must be a string", repr(name)) - self.error = 1 - continue - if not (statetype == 'inclusive' or statetype == 'exclusive'): - self.log.error("State type for state %s must be 'inclusive' or 'exclusive'",name) - self.error = 1 - continue - if name in self.stateinfo: - self.log.error("State '%s' already defined",name) - self.error = 1 - continue - self.stateinfo[name] = statetype - - # Get all of the symbols with a t_ prefix and sort them into various - # categories (functions, strings, error functions, and ignore characters) - - def get_rules(self): - tsymbols = [f for f in self.ldict if f[:2] == 't_' ] - - # Now build up a list of functions and a list of strings - - self.toknames = { } # Mapping of symbols to token names - self.funcsym = { } # Symbols defined as functions - self.strsym = { } # Symbols defined as strings - self.ignore = { } # Ignore strings by state - self.errorf = { } # Error functions by state - - for s in self.stateinfo: - self.funcsym[s] = [] - self.strsym[s] = [] - - if len(tsymbols) == 0: - self.log.error("No rules of the form t_rulename are defined") - self.error = 1 - return - - for f in tsymbols: - t = self.ldict[f] - states, tokname = _statetoken(f,self.stateinfo) - self.toknames[f] = tokname - - if hasattr(t,"__call__"): - if tokname == 'error': - for s in states: - self.errorf[s] = t - elif tokname == 'ignore': - line = func_code(t).co_firstlineno - file = func_code(t).co_filename - self.log.error("%s:%d: Rule '%s' must be defined as a string",file,line,t.__name__) - self.error = 1 - else: - for s in states: - self.funcsym[s].append((f,t)) - elif isinstance(t, StringTypes): - if tokname == 'ignore': - for s in states: - self.ignore[s] = t - if "\\" in t: - self.log.warning("%s contains a literal backslash '\\'",f) - - elif tokname == 'error': - self.log.error("Rule '%s' must be defined as a function", f) - self.error = 1 - else: - for s in states: - self.strsym[s].append((f,t)) - else: - self.log.error("%s not defined as a function or string", f) - self.error = 1 - - # Sort the functions by line number - for f in self.funcsym.values(): - if sys.version_info[0] < 3: - f.sort(lambda x,y: cmp(func_code(x[1]).co_firstlineno,func_code(y[1]).co_firstlineno)) - else: - # Python 3.0 - f.sort(key=lambda x: func_code(x[1]).co_firstlineno) - - # Sort the strings by regular expression length - for s in self.strsym.values(): - if sys.version_info[0] < 3: - s.sort(lambda x,y: (len(x[1]) < len(y[1])) - (len(x[1]) > len(y[1]))) - else: - # Python 3.0 - s.sort(key=lambda x: len(x[1]),reverse=True) - - # Validate all of the t_rules collected - def validate_rules(self): - for state in self.stateinfo: - # Validate all rules defined by functions - - - - for fname, f in self.funcsym[state]: - line = func_code(f).co_firstlineno - file = func_code(f).co_filename - self.files[file] = 1 - - tokname = self.toknames[fname] - if isinstance(f, types.MethodType): - reqargs = 2 - else: - reqargs = 1 - nargs = func_code(f).co_argcount - if nargs > reqargs: - self.log.error("%s:%d: Rule '%s' has too many arguments",file,line,f.__name__) - self.error = 1 - continue - - if nargs < reqargs: - self.log.error("%s:%d: Rule '%s' requires an argument", file,line,f.__name__) - self.error = 1 - continue - - if not f.__doc__: - self.log.error("%s:%d: No regular expression defined for rule '%s'",file,line,f.__name__) - self.error = 1 - continue - - try: - c = re.compile("(?P<%s>%s)" % (fname,f.__doc__), re.VERBOSE | self.reflags) - if c.match(""): - self.log.error("%s:%d: Regular expression for rule '%s' matches empty string", file,line,f.__name__) - self.error = 1 - except re.error: - _etype, e, _etrace = sys.exc_info() - self.log.error("%s:%d: Invalid regular expression for rule '%s'. %s", file,line,f.__name__,e) - if '#' in f.__doc__: - self.log.error("%s:%d. Make sure '#' in rule '%s' is escaped with '\\#'",file,line, f.__name__) - self.error = 1 - - # Validate all rules defined by strings - for name,r in self.strsym[state]: - tokname = self.toknames[name] - if tokname == 'error': - self.log.error("Rule '%s' must be defined as a function", name) - self.error = 1 - continue - - if not tokname in self.tokens and tokname.find("ignore_") < 0: - self.log.error("Rule '%s' defined for an unspecified token %s",name,tokname) - self.error = 1 - continue - - try: - c = re.compile("(?P<%s>%s)" % (name,r),re.VERBOSE | self.reflags) - if (c.match("")): - self.log.error("Regular expression for rule '%s' matches empty string",name) - self.error = 1 - except re.error: - _etype, e, _etrace = sys.exc_info() - self.log.error("Invalid regular expression for rule '%s'. %s",name,e) - if '#' in r: - self.log.error("Make sure '#' in rule '%s' is escaped with '\\#'",name) - self.error = 1 - - if not self.funcsym[state] and not self.strsym[state]: - self.log.error("No rules defined for state '%s'",state) - self.error = 1 - - # Validate the error function - efunc = self.errorf.get(state,None) - if efunc: - f = efunc - line = func_code(f).co_firstlineno - file = func_code(f).co_filename - self.files[file] = 1 - - if isinstance(f, types.MethodType): - reqargs = 2 - else: - reqargs = 1 - nargs = func_code(f).co_argcount - if nargs > reqargs: - self.log.error("%s:%d: Rule '%s' has too many arguments",file,line,f.__name__) - self.error = 1 - - if nargs < reqargs: - self.log.error("%s:%d: Rule '%s' requires an argument", file,line,f.__name__) - self.error = 1 - - for f in self.files: - self.validate_file(f) - - - # ----------------------------------------------------------------------------- - # validate_file() - # - # This checks to see if there are duplicated t_rulename() functions or strings - # in the parser input file. This is done using a simple regular expression - # match on each line in the given file. - # ----------------------------------------------------------------------------- - - def validate_file(self,filename): - import os.path - base,ext = os.path.splitext(filename) - if ext != '.py': return # No idea what the file is. Return OK - - try: - f = open(filename) - lines = f.readlines() - f.close() - except IOError: - return # Couldn't find the file. Don't worry about it - - fre = re.compile(r'\s*def\s+(t_[a-zA-Z_0-9]*)\(') - sre = re.compile(r'\s*(t_[a-zA-Z_0-9]*)\s*=') - - counthash = { } - linen = 1 - for l in lines: - m = fre.match(l) - if not m: - m = sre.match(l) - if m: - name = m.group(1) - prev = counthash.get(name) - if not prev: - counthash[name] = linen - else: - self.log.error("%s:%d: Rule %s redefined. Previously defined on line %d",filename,linen,name,prev) - self.error = 1 - linen += 1 - -# ----------------------------------------------------------------------------- -# lex(module) -# -# Build all of the regular expression rules from definitions in the supplied module -# ----------------------------------------------------------------------------- -def lex(module=None,object=None,debug=0,optimize=0,lextab="lextab",reflags=0,nowarn=0,outputdir="", debuglog=None, errorlog=None): - global lexer - ldict = None - stateinfo = { 'INITIAL' : 'inclusive'} - lexobj = Lexer() - lexobj.lexoptimize = optimize - global token,input - - if errorlog is None: - errorlog = PlyLogger(sys.stderr) - - if debug: - if debuglog is None: - debuglog = PlyLogger(sys.stderr) - - # Get the module dictionary used for the lexer - if object: module = object - - if module: - _items = [(k,getattr(module,k)) for k in dir(module)] - ldict = dict(_items) - else: - ldict = get_caller_module_dict(2) - - # Collect parser information from the dictionary - linfo = LexerReflect(ldict,log=errorlog,reflags=reflags) - linfo.get_all() - if not optimize: - if linfo.validate_all(): - raise SyntaxError("Can't build lexer") - - if optimize and lextab: - try: - lexobj.readtab(lextab,ldict) - token = lexobj.token - input = lexobj.input - lexer = lexobj - return lexobj - - except ImportError: - pass - - # Dump some basic debugging information - if debug: - debuglog.info("lex: tokens = %r", linfo.tokens) - debuglog.info("lex: literals = %r", linfo.literals) - debuglog.info("lex: states = %r", linfo.stateinfo) - - # Build a dictionary of valid token names - lexobj.lextokens = { } - for n in linfo.tokens: - lexobj.lextokens[n] = 1 - - # Get literals specification - if isinstance(linfo.literals,(list,tuple)): - lexobj.lexliterals = type(linfo.literals[0])().join(linfo.literals) - else: - lexobj.lexliterals = linfo.literals - - # Get the stateinfo dictionary - stateinfo = linfo.stateinfo - - regexs = { } - # Build the master regular expressions - for state in stateinfo: - regex_list = [] - - # Add rules defined by functions first - for fname, f in linfo.funcsym[state]: - line = func_code(f).co_firstlineno - file = func_code(f).co_filename - regex_list.append("(?P<%s>%s)" % (fname,f.__doc__)) - if debug: - debuglog.info("lex: Adding rule %s -> '%s' (state '%s')",fname,f.__doc__, state) - - # Now add all of the simple rules - for name,r in linfo.strsym[state]: - regex_list.append("(?P<%s>%s)" % (name,r)) - if debug: - debuglog.info("lex: Adding rule %s -> '%s' (state '%s')",name,r, state) - - regexs[state] = regex_list - - # Build the master regular expressions - - if debug: - debuglog.info("lex: ==== MASTER REGEXS FOLLOW ====") - - for state in regexs: - lexre, re_text, re_names = _form_master_re(regexs[state],reflags,ldict,linfo.toknames) - lexobj.lexstatere[state] = lexre - lexobj.lexstateretext[state] = re_text - lexobj.lexstaterenames[state] = re_names - if debug: - for i in range(len(re_text)): - debuglog.info("lex: state '%s' : regex[%d] = '%s'",state, i, re_text[i]) - - # For inclusive states, we need to add the regular expressions from the INITIAL state - for state,stype in stateinfo.items(): - if state != "INITIAL" and stype == 'inclusive': - lexobj.lexstatere[state].extend(lexobj.lexstatere['INITIAL']) - lexobj.lexstateretext[state].extend(lexobj.lexstateretext['INITIAL']) - lexobj.lexstaterenames[state].extend(lexobj.lexstaterenames['INITIAL']) - - lexobj.lexstateinfo = stateinfo - lexobj.lexre = lexobj.lexstatere["INITIAL"] - lexobj.lexretext = lexobj.lexstateretext["INITIAL"] - lexobj.lexreflags = reflags - - # Set up ignore variables - lexobj.lexstateignore = linfo.ignore - lexobj.lexignore = lexobj.lexstateignore.get("INITIAL","") - - # Set up error functions - lexobj.lexstateerrorf = linfo.errorf - lexobj.lexerrorf = linfo.errorf.get("INITIAL",None) - if not lexobj.lexerrorf: - errorlog.warning("No t_error rule is defined") - - # Check state information for ignore and error rules - for s,stype in stateinfo.items(): - if stype == 'exclusive': - if not s in linfo.errorf: - errorlog.warning("No error rule is defined for exclusive state '%s'", s) - if not s in linfo.ignore and lexobj.lexignore: - errorlog.warning("No ignore rule is defined for exclusive state '%s'", s) - elif stype == 'inclusive': - if not s in linfo.errorf: - linfo.errorf[s] = linfo.errorf.get("INITIAL",None) - if not s in linfo.ignore: - linfo.ignore[s] = linfo.ignore.get("INITIAL","") - - # Create global versions of the token() and input() functions - token = lexobj.token - input = lexobj.input - lexer = lexobj - - # If in optimize mode, we write the lextab - if lextab and optimize: - lexobj.writetab(lextab,outputdir) - - return lexobj - -# ----------------------------------------------------------------------------- -# runmain() -# -# This runs the lexer as a main program -# ----------------------------------------------------------------------------- - -def runmain(lexer=None,data=None): - if not data: - try: - filename = sys.argv[1] - f = open(filename) - data = f.read() - f.close() - except IndexError: - sys.stdout.write("Reading from standard input (type EOF to end):\n") - data = sys.stdin.read() - - if lexer: - _input = lexer.input - else: - _input = input - _input(data) - if lexer: - _token = lexer.token - else: - _token = token - - while 1: - tok = _token() - if not tok: break - sys.stdout.write("(%s,%r,%d,%d)\n" % (tok.type, tok.value, tok.lineno,tok.lexpos)) - -# ----------------------------------------------------------------------------- -# @TOKEN(regex) -# -# This decorator function can be used to set the regex expression on a function -# when its docstring might need to be set in an alternative way -# ----------------------------------------------------------------------------- - -def TOKEN(r): - def set_doc(f): - if hasattr(r,"__call__"): - f.__doc__ = r.__doc__ - else: - f.__doc__ = r - return f - return set_doc - -# Alternative spelling of the TOKEN decorator -Token = TOKEN - diff --git a/smop/lexer.py b/smop/lexer.py index 29f51574..315bbfa9 100644 --- a/smop/lexer.py +++ b/smop/lexer.py @@ -1,25 +1,26 @@ -# SMOP compiler -- Simple Matlab/Octave to Python compiler -# Copyright 2011-2014 Victor Leikehman +# SMOP -- Simple Matlab/Octave to Python compiler +# Copyright 2011-2016 Victor Leikehman import sys import re from zlib import adler32 -import lex -from lex import TOKEN +import ply.lex as lex +from ply.lex import TOKEN import readline +import options class IllegalCharacterError(Exception): pass -tokens = [ - "AND", "ANDAND", "ANDEQ", "BACKSLASH", "COLON", "COMMA", "DIV","DIVEQ", - "DOT", "DOTDIV", "DOTDIVEQ", "DOTEXP", "DOTMUL","DOTMULEQ", "END_EXPR", - "END_STMT", "EQ", "EQEQ", "EXP", "EXPEQ", "FIELD", "GE", "GT", "HANDLE", - "IDENT", "LBRACE", "LBRACKET", "LE", "LPAREN", "LT", - "MINUS","MINUSMINUS","MINUSEQ","MUL","MULEQ","NE", "NEG", - "NUMBER", "OR","OREQ", "OROR", "PLUS", "PLUSEQ","PLUSPLUS", - "RBRACE", "RBRACKET", "RPAREN", "SEMI", "STRING", "TRANSPOSE", -] +tokens = [ "AND", "ANDAND", "ANDEQ", "BACKSLASH", "COLON", "COMMA", + "DIV","DIVEQ", "DOT", "DOTDIV", "DOTDIVEQ", "DOTEXP", + "DOTMUL","DOTMULEQ", "END_EXPR", "END_STMT", "EQ", "EQEQ", + "EXP", "EXPEQ", "FIELD", "GE", "GT", "HANDLE", "IDENT", + "LBRACE", "LBRACKET", "LE", "LPAREN", "LT", + "MINUS","MINUSMINUS","MINUSEQ","MUL","MULEQ","NE", "NEG", + "NUMBER", "OR","OREQ", "OROR", "PLUS", "PLUSEQ","PLUSPLUS", + "RBRACE", "RBRACKET", "RPAREN", "SEMI", "STRING", + "TRANSPOSE", "ERROR_STMT", "COMMENT", "END_FUNCTION", ] reserved = { "break" : "BREAK", @@ -85,7 +86,8 @@ def new(): states = (("matrix","inclusive"), ("afterkeyword","exclusive")) - ws = r"(\s|(\#|%).*\n|\.\.\..*\n|\\\n)" + ws = r"(\s|\.\.\..*\n|\\\n)" + #ws = r"(\s|(\#|(%[^!])).*\n|\.\.\..*\n|\\\n)" ws1 = ws+"+" ws0 = ws+"*" ms = r"'([^']|(''))*'" @@ -94,11 +96,13 @@ def new(): id = r"[a-zA-Z_][a-zA-Z_0-9]*" def unescape(s): + """ + ffd52d5fc5 + """ if s[0] == "'": - return s[1:-1].replace("''","'") + return s[1:-1].replace("''","'").decode("string_escape") else: - return s[1:-1].replace('""','"') - #return s[1:-1].decode('string_escape').replace('""','"') + return s[1:-1].replace('""','"').decode("string_escape") @TOKEN(mos) def t_afterkeyword_STRING(t): @@ -133,26 +137,32 @@ def t_STRING(t): def t_IDENT(t): t.lexer.lineno += t.value.count("\n") if t.value[0] == ".": - # Reserved words are not reserved when used as fields. - # So return=1 is illegal, but foo.return=1 is fine. + # Reserved words are not reserved + # when used as fields. So return=1 + # is illegal, but foo.return=1 is fine. t.type = "FIELD" return t - if t.value in ("endwhile","endfunction","endif","endfor", - "endswitch","end_try_catch"): # octave + if t.value == "endfunction": + t.type = "END_FUNCTION" + return t + if t.value in ("endwhile", "endif","endfor", + "endswitch","end_try_catch"): t.type = "END_STMT" return t if t.value == "end": - if t.lexer.parens > 0 or t.lexer.brackets > 0 or t.lexer.braces > 0: + if (t.lexer.parens > 0 or + t.lexer.brackets > 0 or + t.lexer.braces > 0): t.type = "END_EXPR" else: t.type = "END_STMT" else: t.type = reserved.get(t.value,"IDENT") - if t.type != "IDENT" and t.lexer.lexdata[t.lexer.lexpos]=="'": + if (t.type != "IDENT" and + t.lexer.lexdata[t.lexer.lexpos]=="'"): t.lexer.begin("afterkeyword") return t - def t_LPAREN(t): r"\(" t.lexer.parens += 1 @@ -215,6 +225,8 @@ def t_SEMI(t): def t_NUMBER(t): r"(0x[0-9A-Fa-f]+)|((\d+(\.\d*)?|\.\d+)([eE][-+]?\d+)?[ij]?)" + # <-------------> <------------------><-------------> + # int,oct,hex float exp if t.value[-1] == 'i': t.value = t.value[:-1]+'j' t.value = eval(t.value) @@ -228,18 +240,23 @@ def t_NEWLINE(t): t.type = "SEMI" return t - def t_comment(t): - r"(%|\#).*" - pass + def t_ERROR_STMT(t): + r"%!error.*\n" + # keep multiline comments + def t_COMMENT(t): + r"(^[ \t]*[%#][^!].*\n)+" + t.lexer.lineno += t.value.count("\n") + if not options.no_comments: + t.type = "COMMENT" + return t + + # drop end-of-line comments + def t_comment(t): + r"(%|\#)!?" + if not options.testing_mode or t.value[-1] != "!": + t.lexer.lexpos = t.lexer.lexdata.find("\n",t.lexer.lexpos) -# @TOKEN(ws+r"(?=[-+]\S)") -# def t_matrix_WHITESPACE(t): -# #r"\s+(?=[-+]\S)" -# # Whitespace, followed by + or - followed by anything but whitespace -# t.lexer.lineno += t.value.count("\n") -# t.type = "COMMA" -# return t @TOKEN(r"(?<=\w)" + ws1 + r"(?=\()") def t_matrix_BAR(t): @@ -298,24 +315,33 @@ def t_error(t): column=t.lexer.lexpos - t.lexer.lexdata.rfind("\n",0,t.lexer.lexpos) raise IllegalCharacterError(t.lineno,column,t.value[0]) - lexer = lex.lex(reflags=re.I) + + lexer = lex.lex(reflags=re.MULTILINE) lexer.brackets = 0 # count open square brackets lexer.parens = 0 # count open parentheses lexer.braces = 0 # count open curly braces + lexer.stack = [] return lexer -if __name__ == "__main__": +def main(): lexer = new() - try: - while 1: - line = raw_input("=>> ") - if not line: - continue - while line[-1] == "\\": - line = line[:-1] + raw_input("... ") + line = "" + while 1: + try: + line += raw_input("=>> ").decode("string_escape") print len(line), [c for c in line] + except EOFError: + reload(sys.modules["lexer.py"]) lexer.input(line) - for tok in lexer: - print len(str(tok.value)), tok - except EOFError: - pass + print list(tok for tok in lexer) + line = "" + +if __name__ == "__main__": + options.testing_mode = 0 + options.debug_lexer = 0 + lexer = new() + buf = open(sys.argv[1]).read() + lexer.input(buf) + for tok in lexer: + print tok + diff --git a/smop/lm.py b/smop/lm.py deleted file mode 100755 index 49073055..00000000 --- a/smop/lm.py +++ /dev/null @@ -1,11 +0,0 @@ -import a,os -u = set() -for f in [s for s in dir(a) if not s.startswith("__")]: - try: - codeobj = a.__dict__[f].func_code - filename = os.path.split(codeobj.co_filename)[1] - print "%s %s:%d" % (f, filename, codeobj.co_firstlineno) - print "\t"+"\n\t".join(sorted(codeobj.co_names)) - except: - print f, "***" -#print sorted(u) diff --git a/smop/main.py b/smop/main.py index 71d2906e..6121fa71 100644 --- a/smop/main.py +++ b/smop/main.py @@ -1,190 +1,66 @@ -# SMOP compiler -- Simple Matlab/Octave to Python compiler -# Copyright 2011-2013 Victor Leikehman - +# SMOP -- Simple Matlab/Octave to Python compiler +# Copyright 2011-2016 Victor Leikehman +from os.path import splitext,basename import version import sys,cPickle,glob,os import getopt,re -import lexer,parse,resolve,backend,options,node,graphviz +import lexer +import parse +import resolve +import backend +import options +import node,graphviz +import callgraph import networkx as nx +import pickle import readline -#from runtime import * -#from version import __version__ -__version__ = version.__version__ - -def usage(): - print "SMOP compiler version " + __version__ - print """Usage: smop [options] file-list - Options: - -V --version - -X --exclude=FILES Ignore files listed in comma-separated list FILES. - Can be used several times. - -S --syntax-errors=FILES Ignore syntax errors in comma-separated list of FILES. - Can be used several times. - -S. Always gnore syntax errors - -d --dot=REGEX For functions whose names match REGEX, save debugging - information in "dot" format (see www.graphviz.org). - You need an installation of graphviz to use --dot - option. Use "dot" utility to create a pdf file. - For example: - $ python main.py fastsolver.m -d "solver|cbest" - $ dot -Tpdf -o resolve_solver.pdf resolve_solver.dot - -h --help - -o --output=FILENAME By default create file named a.py - -o- --output=- Use standard output - -s --strict Stop on the first error - -v --verbose -""" +import graphviz def main(): - """ - !a="def f(): \\n\\treturn 123" - !exec a - !print f - !print f() - !reload(backend) - =>> function t=foo(a) \\ - ... t=123 - !exec foo(3) - """ - try: - opts, args = getopt.gnu_getopt(sys.argv[1:], - "d:ho:vVsr:S:X:", - [ - "dot=", - "exclude=", - "help", - "syntax-errors=", - "output=", - "runtime=", - "strict", - "verbose", - "version", - ]) - except getopt.GetoptError, err: - # print help information and exit: - print str(err) # will print something like "option -a not recognized" - usage() - sys.exit(2) - - exclude_list = [] - output = None - strict = 0 - dot = None - runtime = [] - - for o, a in opts: - if o in ("-r", "--runtime"): - runtime += [a] - elif o in ("-s", "--strict"): - strict = 1 - elif o in ("-S", "--syntax-errors"): - options.syntax_errors += a.split(",") - elif o in ("-d", "--dot"): - dot = re.compile(a) - elif o in ("-X", "--exclude"): - exclude_list += [ "%s.m" % b for b in a.split(",")] - elif o in ("-v", "--verbose"): - options.verbose += 1 - elif o in ("-V", "--version"): - print "SMOP compiler version " + __version__ - sys.exit() - elif o in ("-h", "--help"): - usage() - sys.exit() - elif o in ("-o", "--output"): - output = a - else: - assert False, "unhandled option" - - """ - if not args: - usage() - sys.exit() - """ - if not args: - symtab = {} - print "? for help" - while 1: - try: - buf = raw_input("octave: ") - if not buf: - continue - while buf[-1] == "\\": - buf = buf[:-1] + "\n" + raw_input("... ") - if buf[0] == '?': - print main.__doc__ - continue - if buf[0] == "!": - try: - exec buf[1:] - except Exception as ex: - print ex - continue - t = parse.parse(buf if buf[-1]=='\n' else buf+'\n') - if not t: - continue - print "t=", repr(t) - print 60*"-" - resolve.resolve(t,symtab) - print "t=", repr(t) - print 60*"-" - print "symtab:",symtab - s = backend.backend(t) - print "python:",s.strip() - try: - print eval(s) - except SyntaxError: - exec s - except EOFError: - return - except Exception as ex: - print ex + if not options.filelist: + options.parser.print_help() + return + if options.output == "-": + fp = sys.stdout + elif options.output: + fp = open(options.output, "w") + else: + assert not options.output + filename,filetype = splitext(basename(options.filelist[0])) + options.output = filename+".py" + fp = open(options.output, "w") - if not output: - output = "a.py" - fp = open(output,"w") if output != "-" else sys.stdout - print >> fp, "# Autogenerated with SMOP version " + __version__ - print >> fp, "# " + " ".join(sys.argv) + print >> fp, "# Autogenerated with SMOP " + version.__version__ print >> fp, "from __future__ import division" - for a in runtime: - print >> fp, "from %s import *" % a - - print >> fp, "clc=0" #FIXME - for pattern in args: - for filename in glob.glob(os.path.expanduser(pattern)): - if not filename.endswith(".m"): - print "\tIngored file: '%s'" % filename + print >> fp, "from smop.core import *" + if options.link: + print >> fp, "from %s import *" % options.link + print >> fp, "#", options.filename + + for i, options.filename in enumerate(options.filelist): + try: + if not options.filename.endswith((".m",".tst")): + print "\tIgnored file: '%s' (unexpected file type)" % options.filename continue - if os.path.basename(filename) in exclude_list: - print "\tExcluded file: '%s'" % filename + if os.path.basename(options.filename) in options.xfiles: + print "\tExcluded file: '%s'" % options.filename continue if options.verbose: - print filename - buf = open(filename).read().replace("\r\n","\n") - func_list = parse.parse(buf if buf[-1]=='\n' else buf+'\n',filename) - if not func_list and strict: - sys.exit(-1) - - for func_obj in func_list: - try: - func_name = func_obj.head.ident.name - if options.verbose: - print "\t",func_name - except AttributeError: - if options.verbose: - print "\tJunk ignored" - if strict: - sys.exit(-1) - continue - fp0 = open("parse_"+func_name+".dot","w") if dot and dot.match(func_name) else None - if fp0: - graphviz.graphviz(func_obj,fp0) - if options.do_resolve: - G = resolve.resolve(func_obj) - - for func_obj in func_list: - s = backend.backend(func_obj) + print options.filename + buf = open(options.filename).read().replace("\r\n","\n") + stmt_list=parse.parse(buf if buf[-1]=='\n' else buf+'\n') + #assert None not in stmt_list + if not stmt_list and options.strict: + return + if not options.no_resolve: + G = resolve.resolve(stmt_list) + if not options.no_backend: + s = backend.backend(stmt_list) print >> fp, s + except Exception as e: + print e + if options.strict: + raise if __name__ == "__main__": main() diff --git a/smop/mybench.m b/smop/mybench.m index 17bd53d8..581b061c 100644 --- a/smop/mybench.m +++ b/smop/mybench.m @@ -246,64 +246,64 @@ % 'input', @()rand(600),'goldResult',4.20); -% s{end+1}=struct(... -% 'name','rand',... -% 'test', @(x) rand(x),... -% 'input', @()4000,... -% 'goldResult',1.12); - -% s{end+1}=struct(... -% 'name','randn',... -% 'test', @(x) randn(x),... -% 'input', @()4000,... -% 'goldResult',0.58); - -% s{end+1}=struct('name','primes','test', @(x) primes(x), 'input', @() 1e7,... -% 'goldResult',0.74); - -% s{end+1}=struct('name','fft2','test', @(x) fft2(x), 'input', @()rand(3000),... -% 'goldResult',2.28); + s{end+1}=struct(... + 'name','rand',... + 'test', @(x) rand(x),... + 'input', @()4000,... + 'goldResult',1.12); + + s{end+1}=struct(... + 'name','randn',... + 'test', @(x) randn(x),... + 'input', @()4000,... + 'goldResult',0.58); + + s{end+1}=struct('name','primes','test', @(x) primes(x), 'input', @() 1e7,... + 'goldResult',0.74); + + s{end+1}=struct('name','fft2','test', @(x) fft2(x), 'input', @()rand(3000),... + 'goldResult',2.28); % s{end+1}=struct('name','ifft2','test', @(x) ifft2(x), 'input', @()rand(3000),... % 'goldResult',2.979296); -% s{end+1}=struct('name','square','test', @(x) x^2, 'input', @()rand(1000),... -% 'goldResult',1.35); + s{end+1}=struct('name','square','test', @(x) x^2, 'input', @()rand(1000),... + 'goldResult',1.35); -% s{end+1}=struct('name','inv','test', @(x) inv(x), 'input', @()rand(1000),... -% 'goldResult',0.87); + s{end+1}=struct('name','inv','test', @(x) inv(x), 'input', @()rand(1000),... + 'goldResult',0.87); -% s{end+1}=struct('name','eig','test', @(x) eig(x), 'input', @()rand(1000),... -% 'goldResult',9.45); + s{end+1}=struct('name','eig','test', @(x) eig(x), 'input', @()rand(1000),... + 'goldResult',9.45); -% s{end+1}=struct('name','qr','test', @(x) qr(x), 'input', @()rand(1000),... -% 'goldResult',0.79); + s{end+1}=struct('name','qr','test', @(x) qr(x), 'input', @()rand(1000),... + 'goldResult',0.79); -% s{end+1}=struct('name','schur','test', @(x) schur(x), 'input', @()rand(600),... -% 'goldResult',2.67); + s{end+1}=struct('name','schur','test', @(x) schur(x), 'input', @()rand(600),... + 'goldResult',2.67); -% s{end+1}=struct('name','roots','test', @(x) roots(x), 'input', ... -% @()rand(600,1),'goldResult',2.08); + s{end+1}=struct('name','roots','test', @(x) roots(x), 'input', ... + @()rand(600,1),'goldResult',2.08); -% s{end+1}=struct('name','binary',... -% 'test', @(x) eye(x)<1,... -% 'input', @() 5000 ,... -% 'goldResult',0.51); + s{end+1}=struct('name','binary',... + 'test', @(x) eye(x)<1,... + 'input', @() 5000 ,... + 'goldResult',0.51); -% s{end+1}=struct('name','forLoop',... -% 'test', @(x)forLoop(x),... -% 'input', @() 200 ,... -% 'goldResult',0.06); - -% s{end+1}=struct('name','makeSparse',... -% 'test', @(x) sparse(x),... -% 'input', @() eye(500) ,... -% 'goldResult',0.49); - -% s{end+1}=struct('name','multiplySparse',... -% 'test', @(x) sparse(x)*sparse(x),... -% 'input', @() eye(500)*rand(1) ,... -% 'goldResult',0.98); + s{end+1}=struct('name','forLoop',... + 'test', @(x)forLoop(x),... + 'input', @() 200 ,... + 'goldResult',0.06); + + s{end+1}=struct('name','makeSparse',... + 'test', @(x) sparse(x),... + 'input', @() eye(5000) ,... + 'goldResult',0.49); + + s{end+1}=struct('name','multiplySparse',... + 'test', @(x) sparse(x)*sparse(x),... + 'input', @() eye(5000)*rand(1) ,... + 'goldResult',0.98); s{end+1}=struct('name','sLinearEq',... 'test', @(x) magic(x)/rand(1,x),... diff --git a/smop/mybench.py b/smop/mybench.py deleted file mode 100644 index ebd1a3e5..00000000 --- a/smop/mybench.py +++ /dev/null @@ -1,248 +0,0 @@ -# Autogenerated with SMOP version 0.26.3-15-gcf44923 -# /home/lei/.local/bin/smop -r core -r octave -o mybench.py mybench.m -from __future__ import division -from core import * -from octave import * -def mybench(*args,**kwargs): - varargin = cellarray(args) - nargin = 0-[].count(None)+len(args) - - global IS_OCTAVE,IS_IMAGE_PROCESSING - conf=struct_(char('noOfRepeats'),3,char('normalize'),true,char('imagep'),true,char('onlyTests'),[]) - conf=getargs(conf,varargin) - IS_OCTAVE=exist(char('OCTAVE_VERSION'),char('builtin')) > 0 - IS_IMAGE_PROCESSING=copy(false) - NO_REPETITIONS=conf.noOfRepeats - NORMALIZE_TIMES=conf.normalize - if exist(char('imrotate'),char('file')) > 0 and exist(char('imresize'),char('file')) > 0 and exist(char('imerode'),char('file')) > 0 and conf.imagep == true: - disp(char('Image processing toolbox found')) - IS_IMAGE_PROCESSING=copy(true) - if conf.noOfRepeats < 1: - conf.noOfRepeats = copy(1) - clc - mytests=getBenchmarkTests() - noOftests=length(mytests) - moVersio=strrep(version(),char(' '),char('_')) - outFileName=char('foo.txt') - fid=fopen(outFileName,char('w')) - if NORMALIZE_TIMES: - fprintf(fid,char('%s\t%s\t%s\n'),[char('Name_'),moVersio],char('Time'),char('Norm_time')) - else: - fprintf(fid,char('%s\t%s\n'),[char('Name_'),moVersio],char('Time_[s]')) - avarage_time=0 - times_vector=matlabarray([]) - times_vector1=matlabarray([]) - if isempty(conf.onlyTests): - doTheseTests=arange(1,noOftests) - else: - doTheseTests=conf.onlyTests - noOftests=length(conf.onlyTests) - for i in doTheseTests.reshape(-1): - fprintf(1,char('Execute test %d/%d - %s\n'),i,noOftests,mytests[i].name) - if IS_OCTAVE: - fflush(stdout) - try: - x=mytests[i].input() - cumulative_time=0 - cumulative_time1=0 - goldResult=1 - for ii in arange(1,NO_REPETITIONS).reshape(-1): - fprintf(1,char('%d '),ii) - if IS_OCTAVE: - fflush(stdout) - t0=tic() - mytests[i].test(x) - t1=toc(t0) - if isfield(mytests[i],char('goldResult')) and NORMALIZE_TIMES == true: - goldResult=mytests[i].goldResult - cumulative_time=cumulative_time + t1 / goldResult - cumulative_time1=cumulative_time1 + t1 - avarage_time=cumulative_time / NO_REPETITIONS - avarage_time1=cumulative_time1 / NO_REPETITIONS - times_vector[end() + 1]=avarage_time - times_vector1[end() + 1]=avarage_time1 - finally: - pass - if isfield(mytests[i],char('post')): - mytests[i].post() - fprintf(1,char('\n\tTime %.2f [s]\n'),avarage_time1) - if NORMALIZE_TIMES == true: - fprintf(1,char('\tNormalized time %.2f \n'),avarage_time) - fprintf(1,char('\n')) - if IS_OCTAVE: - fflush(stdout) - if NORMALIZE_TIMES: - fprintf(fid,char('%s\t%f\t%f\n'),mytests[i].name,avarage_time1,avarage_time) - else: - fprintf(fid,char('%s\t%f\n'),mytests[i].name,avarage_time1) - times_product=prod(times_vector) - times_mean=mean(times_vector) - times_geometric_mean=times_product ** (1 / length(times_vector)) - times_product1=prod(times_vector1) - times_mean1=mean(times_vector1) - times_geometric_mean1=times_product1 ** (1 / length(times_vector1)) - res.norm_geometric_mean = copy(times_geometric_mean) - res.norm_arithmetic_mean = copy(times_mean) - res.norm_min = copy(min(times_vector)) - res.norm_max = copy(max(times_vector)) - fprintf(1,char('\n\t --- SUMMARY ---\n')) - fprintf(1,char('\n\tMean: geometric %.3f [s], arithmetic %.3f [s]'),times_geometric_mean1,times_mean1) - fprintf(1,char('\n\tMin %.3f [s], Max %.3f [s]\n\n'),min(times_vector1),max(times_vector1)) - if NORMALIZE_TIMES == true: - fprintf(1,char('\tNormalized Mean: geometric %.3f, arithmetic %.3f'),times_geometric_mean,times_mean) - fprintf(1,char('\n\tNormalized Min %.3f [s], Max %.3f [s]\n\n'),min(times_vector),max(times_vector)) - if IS_OCTAVE: - fflush(stdout) - if NORMALIZE_TIMES: - fprintf(fid,char('%s\t%f\t%f\n'),char('Geom_mean'),times_geometric_mean1,times_geometric_mean) - else: - fprintf(fid,char('%s\t%f\t%f\n'),char('Geom_mean'),times_geometric_mean1) - fclose(fid) - disp(char('')) - disp([char('End of test. File '),outFileName,char(' was created.')]) - if exist(char('out_gray.png')): - delete(char('out_gray.png')) - if exist(char('out_1.png')): - delete(char('out_1.png')) - if exist(char('out_mtx')): - delete(char('out_mtx')) - if exist(char('out_mtx.mat')): - delete(char('out_mtx.mat')) - if exist(char('dlm.txt')): - delete(char('dlm.txt')) - clear(char('IS_OCTAVE'),char('IS_IMAGE_PROCESSING')) - return res -def getBenchmarkTests(*args,**kwargs): - varargin = cellarray(args) - nargin = 0-[].count(None)+len(args) - - global IS_OCTAVE,IS_IMAGE_PROCESSING - s=cellarray([]) - s[end() + 1]=struct_(char('name'),char('rand'),char('test'),lambda x: rand(x),char('input'),lambda : 4000,char('goldResult'),1.12) - s[end() + 1]=struct_(char('name'),char('randn'),char('test'),lambda x: randn(x),char('input'),lambda : 4000,char('goldResult'),0.58) - s[end() + 1]=struct_(char('name'),char('primes'),char('test'),lambda x: primes(x),char('input'),lambda : 10000000.0,char('goldResult'),0.74) - s[end() + 1]=struct_(char('name'),char('fft2'),char('test'),lambda x: fft2(x),char('input'),lambda : rand(3000),char('goldResult'),2.28) - s[end() + 1]=struct_(char('name'),char('square'),char('test'),lambda x: x ** 2,char('input'),lambda : rand(1000),char('goldResult'),1.35) - s[end() + 1]=struct_(char('name'),char('inv'),char('test'),lambda x: inv(x),char('input'),lambda : rand(1000),char('goldResult'),0.87) - s[end() + 1]=struct_(char('name'),char('eig'),char('test'),lambda x: eig(x),char('input'),lambda : rand(1000),char('goldResult'),9.45) - s[end() + 1]=struct_(char('name'),char('qr'),char('test'),lambda x: qr(x),char('input'),lambda : rand(1000),char('goldResult'),0.79) - s[end() + 1]=struct_(char('name'),char('schur'),char('test'),lambda x: schur(x),char('input'),lambda : rand(600),char('goldResult'),2.67) - s[end() + 1]=struct_(char('name'),char('roots'),char('test'),lambda x: roots(x),char('input'),lambda : rand(600,1),char('goldResult'),2.08) - s[end() + 1]=struct_(char('name'),char('interp2'),char('test'),lambda x: interp2(x,2,char('spline')),char('input'),lambda : rand(600),char('goldResult'),4.2) - s[end() + 1]=struct_(char('name'),char('binary'),char('test'),lambda x: eye(x) < 1,char('input'),lambda : 5000,char('goldResult'),0.51) - s[end() + 1]=struct_(char('name'),char('forLoop'),char('test'),lambda x: forLoop(x),char('input'),lambda : 200,char('goldResult'),0.06) - s[end() + 1]=struct_(char('name'),char('makeSparse'),char('test'),lambda x: sparse(x),char('input'),lambda : eye(5000),char('goldResult'),0.49) - s[end() + 1]=struct_(char('name'),char('multiplySparse'),char('test'),lambda x: sparse(x) * sparse(x),char('input'),lambda : eye(5000) * rand(1),char('goldResult'),0.98) - s[end() + 1]=struct_(char('name'),char('sLinearEq'),char('test'),lambda x: magic(x) / rand(1,x),char('input'),lambda : 2000,char('goldResult'),1.94) - s[end() + 1]=struct_(char('name'),char('saveLoadMtx'),char('test'),lambda x: saveLoadMtx(x),char('input'),lambda : rand(1000),char('goldResult'),0.93) - s[end() + 1]=struct_(char('name'),char('dlmwriteRead'),char('test'),lambda x: dlmwriteRead(x),char('input'),lambda : rand(500),char('goldResult'),5.03) - s[end() + 1]=struct_(char('name'),char('median'),char('test'),lambda x: median(x[:]),char('input'),lambda : rand(4000),char('goldResult'),3.32) - s[end() + 1]=struct_(char('name'),char('std'),char('test'),lambda x: std(x[:]),char('input'),lambda : rand(4000),char('goldResult'),0.84) - if IS_IMAGE_PROCESSING: - s[end() + 1]=struct_(char('name'),char('doImgAndSaveAsPNG'),char('test'),lambda x: doImgAndSaveAsPNG(x),char('input'),lambda : rand(1500,1500,3),char('post'),lambda : pause(2),char('goldResult'),2.0) - s[end() + 1]=struct_(char('name'),char('imageToGray'),char('test'),lambda I: imageToGray(I),char('input'),lambda : imread(char('out_1.png')),char('goldResult'),0.56) - s[end() + 1]=struct_(char('name'),char('imageRotate'),char('test'),lambda I: imageRotate(I),char('input'),lambda : imread(char('out_gray.png')),char('goldResult'),2.94) - s[end() + 1]=struct_(char('name'),char('imresize'),char('test'),lambda I: imresize(I,1.2),char('input'),lambda : imread(char('out_gray.png')),char('goldResult'),1.24) - s[end() + 1]=struct_(char('name'),char('imageFilter'),char('test'),lambda I: imageFilter(I),char('input'),lambda : imread(char('out_gray.png')),char('goldResult'),0.2) - s[end() + 1]=struct_(char('name'),char('imageErode'),char('test'),lambda I: imageErode(I),char('input'),lambda : imread(char('out_gray.png')),char('goldResult'),0.46) - s[end() + 1]=struct_(char('name'),char('medfilt2'),char('test'),lambda I: medfilt2(I),char('input'),lambda : magic(2000),char('goldResult'),1.03) - return s -def saveLoadMtx(out_mtx=None,*args,**kwargs): - varargin = cellarray(args) - nargin = 1-[out_mtx].count(None)+len(args) - - save(char('out_mtx')) - clear(char('out_mtx')) - load(char('out_mtx')) - return -def dlmwriteRead(x=None,*args,**kwargs): - varargin = cellarray(args) - nargin = 1-[x].count(None)+len(args) - - dlmwrite(char('dlm.txt'),x) - dlmread(char('dlm.txt')) - return -def forLoop(x=None,*args,**kwargs): - varargin = cellarray(args) - nargin = 1-[x].count(None)+len(args) - - for i in arange(1,x).reshape(-1): - for j in arange(1,x).reshape(-1): - for k in arange(1,x).reshape(-1): - i + j + k - return -def doImgAndSaveAsPNG(x=None,*args,**kwargs): - varargin = cellarray(args) - nargin = 1-[x].count(None)+len(args) - - imwrite(x,char('out_1.png')) - return -def solveNonLinearEq(*args,**kwargs): - varargin = cellarray(args) - nargin = 0-[].count(None)+len(args) - - x,fval,info=fsolve(equationsToSolve,[[1],[1],[1],[1]],nargout=3) - return -def equationsToSolve(x=None,*args,**kwargs): - varargin = cellarray(args) - nargin = 1-[x].count(None)+len(args) - - y[1]=- 2 * x[1] ** 2 + 3 * x[1] * x[2] + 4 * sin(x[2]) + log(x[3]) - 6 - y[2]=3 * x[1] ** 2 - 2 * x[2] * x[2] ** 2 + 3 * cos(x[1]) + 4 - y[3]=1 * x[1] ** 2 - 2 * x[1] * x[2] * x[4] ** 2 + 3 * cos(x[1]) + 4 - y[4]=1 * x[1] ** 2 - 2 * x[1] * x[2] * x[3] ** 2 + 3 * cos(x[4]) + 4 - return y -def imageToGray(I=None,*args,**kwargs): - varargin = cellarray(args) - nargin = 1-[I].count(None)+len(args) - - Igray=rgb2gray(I) - imwrite(Igray,char('out_gray.png')) - return -def imageRotate(I=None,*args,**kwargs): - varargin = cellarray(args) - nargin = 1-[I].count(None)+len(args) - - I2=imrotate(I,2) - return -def imageFilter(I=None,*args,**kwargs): - varargin = cellarray(args) - nargin = 1-[I].count(None)+len(args) - - h=fspecial(char('sobel')) - filteredI=imfilter(I,h) - return -def imageErode(I=None,*args,**kwargs): - varargin = cellarray(args) - nargin = 1-[I].count(None)+len(args) - - SE=eye(5) - erodedI=imerode(I,SE) - return -def getargs(defs=None,varglist=None,*args,**kwargs): - varargin = cellarray(args) - nargin = 2-[defs,varglist].count(None)+len(args) - - l=length(varglist) - if l == 0: - return defs - if mod(l,2) != 0: - disp(char(' !!! Odd number of parameters !!!')) - defs=cellarray([]) - return defs - varnames=cellarray([varglist[1:2:l]]) - varvalues=cellarray([varglist[2:2:l]]) - given_vars=zeros(1,l / 2) - for i in arange(1,l / 2,1).reshape(-1): - existss=isfield(defs,varnames[i]) - given_vars[i]=existss - if min(given_vars) == 0: - disp(char('!!! No such parameter(s):')) - disp(varnames[not given_vars]) - defs=cellarray([]) - return defs - for i in arange(1,l / 2,1).reshape(-1): - setattr(defs,varnames[i],varvalues[i]) - return defs - -mybench() diff --git a/smop/node.py b/smop/node.py index aadf2959..487de3b5 100644 --- a/smop/node.py +++ b/smop/node.py @@ -39,6 +39,7 @@ def extend(cls): return lambda f: (setattr(cls,f.__name__,f) or f) def exceptions(f): + return f def wrapper(self,*args,**kwargs): try: return f(self,*args,**kwargs) @@ -46,6 +47,7 @@ def wrapper(self,*args,**kwargs): print "%s.%s()" % (self.__class__.__name__, f.__name__) raise wrapper.__name__ = f.__name__ + wrapper.__doc__ = f.__doc__ return wrapper class node(object): @@ -100,6 +102,9 @@ def __str__(self): return "\n".join([str(t) for t in self]) def __repr__(self): return "stmt_list(%s)" % list.__repr__(self) + def append(self,s): + assert isinstance(s,node), s.__class__ + list.append(self,s) ##################### # @@ -152,10 +157,18 @@ class let(stmt,recordtype("let", def __str__(self): return "%s=%s" % (str(self.ret), str(self.args)) -class func_decl(stmt,recordtype("func_decl","ident ret args decl_list use_nargin",default=None)): +class func_stmt(stmt,recordtype("func_stmt", + """ + ident + ret + args + stmt_list + use_nargin + """, + default=None)): pass -class lambda_expr(func_decl): +class lambda_expr(func_stmt): pass class function(stmt,recordtype("function","head body")): @@ -178,10 +191,18 @@ class global_stmt(stmt,recordtype("global_stmt","global_list")): def __str__(self): return "global %s" % str(self.global_list) +class persistent_stmt(stmt,recordtype("persistent_stmt","global_list")): + def __str__(self): + return "global %s" % str(self.global_list) + class return_stmt(stmt,namedtuple("return_stmt","ret")): def __str__(self): return "return" +class comment_stmt(stmt,namedtuple("comment_stmt","value")): + def __str__(self): + return self.value + class end_stmt(stmt,namedtuple("end_stmt","dummy")): def __str__(self): return "end" @@ -194,6 +215,14 @@ class break_stmt(stmt,namedtuple("break_stmt","dummy")): def __str__(self): return "break" +class pass_stmt(stmt,namedtuple("pass_stmt","")): + def __str__(self): + return "pass" + +class null_stmt(stmt,namedtuple("null_stmt","")): + def __str__(self): + return ";" + class expr_stmt(stmt,node,recordtype("expr_stmt","expr")): def __str__(self): return str(self.expr) @@ -281,21 +310,21 @@ def __str__(self): # names in caps correspond to fortran funcs builtins_list = [ - "ABS", - "ALL", - "ANY", - "CEILING", - "FIND", - "ISNAN", - "MAXVAL", - "MINVAL", - "MODULO", - "RAND", - "RESHAPE", - "SHAPE", - "SIGN", - "SIZE", - "SUM", +# "ABS", +# "ALL", +# "ANY", +# "CEILING", +# "FIND", +# "ISNAN", +# "MAXVAL", +# "MINVAL", +# "MODULO", +# "RAND", +# "RESHAPE", +# "SHAPE", +# "SIGN", +# "SIZE", +# "SUM", #"abs", "add", # synthetic opcode diff --git a/smop/options.py b/smop/options.py index 672e9ac6..785db723 100644 --- a/smop/options.py +++ b/smop/options.py @@ -1,34 +1,108 @@ -subscripts = "square" # "round" +import sys +import argparse,textwrap +from textwrap import dedent +from version import __version__ -"""Row vectors in Matlab can be expressed in Fortran as - either one or two dimensional arrays""" -row_vector_ndim = 1 # 2 +parser = argparse.ArgumentParser( + "smop", + usage=""" -"""Given Matlab code such as [a b c]=size(X) we heuristically - decide that X is 3-dimensional.""" -rank_guess_from_size = True + smop [options][file.m ...file.m][-l file.py...] + or + python -m smop.main [options][file.m ...file.m][-l file.py...] +""", + description= """ +SMOP is Small Matlab and Octave to Python compiler. -"""Given false(1,n), deduce that n is a scalar""" -rank_backward_propagate=1 +Matlab files are translated to Python. The name of the +resulting file is derived from the name of the first +compiled file unless explicitly set with -o . Additional +libraries can be specified with -l (lowercase L), for +example -loctave.py.""", +# epilog= + formatter_class=argparse.RawTextHelpFormatter, + ) -"""0=not even constants - 1=char constants supported -""" -has_char_constants = 0 + +parser.add_argument("-o", "--output", metavar="file.py", type=str, help= +"""Write the results to file.py. Use -o- to send the results +to the standard output. If not specified explicitly, output +file name is derived from the leftmost file name. For example, -do_allocate = 0 -do_resolve = 1 -do_rewrite = 0 -do_rename = 0 # SSA -do_typeof = 0 -do_listing = 0 + smop filex.m filey.m filez.m -debug = False + generates file filex.py""") + +parser.add_argument("-l", "--link", metavar="file.py",help= +"""Import file.py . File core.py is always imported. For +example, -uppercase=True # active only with f90 + smop test_primes.m -l octave.py -line_numbering=True #True # uses either # or ! or % +Option -l can be specified several times. +""") -syntax_errors = [] -verbose = 0 +parser.add_argument("-s", "--strict", action="store_true", +help="""stop after first syntax error (by default compiles +other .m files)""") + +parser.add_argument("-V", '--version', action='version', + version=__version__) + +parser.add_argument("-v", "--verbose",action="store_true") + +parser.add_argument("-x", "--exclude", + metavar="filex.m,filey.m,filez.m", + type=str, +help="""comma-separated list of files to ignore""") + +parser.add_argument("-D", "--debug", type=str, +help="""Colon-separated codes. +1 After parsing +""") + +parser.add_argument("-L", "--debug-lexer", action="store_true", +help="enable built-in debugging tools-") + +parser.add_argument("-P", "--debug-parser", action="store_true", +help="enable built-in debugging tools") + +parser.add_argument("filelist", nargs="*", metavar="file.m", type=str) + +#parser.add_argument("--graphviz", action="store_true") + +parser.add_argument("-C","--no-comments", action="store_true", +help="""discard multiline comments""") + +parser.add_argument("-N","--no-numbers", action="store_true", +help="""discard line-numbering information""") + +parser.add_argument("-B","--no-backend", action="store_true", +help="omit code generation") + +parser.add_argument("-R","--no-resolve", action="store_true", +help="omit name resolution") + +parser.add_argument("-T","--testing-mode",action="store_true", +help= """support special "testing" percent-bang comments used to +write Octave test suite. When disabled, behaves like +regular comments.""") + + + +args = parser.parse_args(namespace=sys.modules[__name__]) + +xfiles = args.exclude.split(",") if args.exclude else [] +debug = args.debug.split(":") if args.debug else [] filename = "" + +def foo(): + """ + >>> args = parser.parse_args("a b c".split()) + >>> print args.filelist + ['a', 'b', 'c' + + """ +if __name__ == "__main__": + import doctest + doctest.testmod() diff --git a/smop/parse.py b/smop/parse.py index 3f9b4e14..a174db95 100644 --- a/smop/parse.py +++ b/smop/parse.py @@ -6,16 +6,17 @@ import os import operator import sys +import readline import re -import yacc - -from lexer import tokens +import ply.yacc as yacc +import ply.lex as lex import lexer +from lexer import tokens #import builtins import node -#from node import * +from node import exceptions import resolve,options # ident properties (set in parse.py) @@ -39,7 +40,8 @@ class syntax_error(error): pass precedence = ( - ("right","DOTDIVEQ","DOTMULEQ","EQ","EXPEQ","MULEQ","MINUSEQ","DIVEQ","PLUSEQ","OREQ","ANDEQ"), + ("right","DOTDIVEQ","DOTMULEQ","EQ","EXPEQ", + "MULEQ","MINUSEQ","DIVEQ","PLUSEQ","OREQ","ANDEQ"), ("nonassoc","HANDLE"), ("left", "COMMA"), ("left", "COLON"), @@ -58,68 +60,30 @@ class syntax_error(error): def p_top(p): """ top : - | stmt_list - | top func_decl stmt_list_opt - | top func_decl END_STMT semi_opt - | top func_decl stmt_list END_STMT semi_opt + | top stmt """ if len(p) == 1: p[0] = node.stmt_list() - elif len(p) == 2: - p[0] = p[1] else: - # we backpatch the func_decl node - assert p[2].__class__ is node.func_decl - p[2].use_nargin = use_nargin - p[2].use_varargin = use_varargin - - try: - if p[3][-1].__class__ is not node.return_stmt: - p[3].append(node.return_stmt(ret_expr)) - except: - raise syntax_error(p) - p[0] = p[1] - p[0].append(node.function(head=p[2],body=p[3])) - assert isinstance(p[0],node.stmt_list) - -def p_semi_opt(p): - """ - semi_opt : - | semi_opt SEMI - | semi_opt COMMA - """ - pass + p[0].append(p[2]) -def p_stmt(p): +def p_end(p): """ - stmt : continue_stmt - | break_stmt - | expr_stmt - | global_stmt - | persistent_stmt - | command - | for_stmt - | if_stmt - | null_stmt - | return_stmt - | switch_stmt - | try_catch - | while_stmt - | foo_stmt - | unwind + top : top END_STMT """ - # END_STMT is intentionally left out p[0] = p[1] -def p_unwind(p): +def p_end_function(p): """ - unwind : UNWIND_PROTECT stmt_list UNWIND_PROTECT_CLEANUP stmt_list END_UNWIND_PROTECT + top : top END_FUNCTION """ - p[0] = node.try_catch(try_stmt=p[2], - catch_stmt=node.expr_list(), - finally_stmt=p[4]) + p[0] = p[1] + p[0].append(node.return_stmt(ret=ret_expr)) + p[0].append(node.comment_stmt("\nif __name__ == '__main__':")) + +@exceptions def p_arg1(p): """ arg1 : STRING @@ -132,101 +96,65 @@ def p_arg1(p): lineno=p.lineno(1), lexpos=p.lexpos(1)) -def p_args(p): + +@exceptions +def p_arg_list(p): """ - args : arg1 - | args arg1 + arg_list : ident + | arg_list COMMA ident """ if len(p) == 2: + p[1].__class__ = node.param p[0] = node.expr_list([p[1]]) - else: + elif len(p) == 4: p[0] = p[1] - p[0].append(p[2]) + p[3].__class__ = node.param + p[0].append(p[3]) + else: + assert 0 + assert isinstance(p[0],node.expr_list) + for ident in p[0]: + ident.props="A" -def p_command(p): - """ - command : ident args SEMI + +@exceptions +def p_args(p): """ -# if p[1].name == "load": -# # "load filename x" ==> "x=load(filename)" -# # "load filename x y z" ==> "(x,y,z)=load(filename)" -# ret=node.expr_list([node.ident(t.value) for t in p[2][1:]]) -# p[0] = node.funcall(func_expr=p[1], -# args=node.expr_list(p[2]), -# ret=ret) -# else: - p[0] = node.funcall(p[1],p[2]) - -#################### -def p_global_list(p): - """global_list : ident - | global_list ident + args : arg1 + | args arg1 """ if len(p) == 2: - p[0] = node.global_list([p[1]]) - elif len(p) == 3: + p[0] = node.expr_list([p[1]]) + else: p[0] = p[1] p[0].append(p[2]) -def p_global_stmt(p): - """ - global_stmt : GLOBAL global_list SEMI - | GLOBAL ident EQ expr SEMI - """ - p[0] = node.global_stmt(p[2]) - for ident in p[0]: - ident.props="G" # G=global - -def p_foo_stmt(p): - "foo_stmt : expr OROR expr SEMI" - expr1 = p[1][1][0] - expr2 = p[3][1][0] - ident = expr1.ret - args1 = expr1.args - args2 = expr2.args - p[0] = node.let(ret=ident, - args=node.expr("or",node.expr_list([args1,args2]))) - -def p_persistent_stmt(p): + +@exceptions +def p_args_opt(p): """ - persistent_stmt : PERSISTENT global_list SEMI - | PERSISTENT ident EQ expr SEMI + args_opt : + | LPAREN RPAREN + | LPAREN expr_list RPAREN """ -# if len(p) == 4: -# p[0] = node.global_stmt(p[2]) -# for ident in p[0]: -# ident.props="G" # G=global -# else: -# assert p[2].__class__ in (node.let,node.ident), p[2].__class__ -# p[0] = p[2] -# #print p[2] - - -def p_return_stmt(p): - "return_stmt : RETURN SEMI" - p[0] = node.return_stmt(ret=ret_expr) - -def p_continue_stmt(p): - "continue_stmt : CONTINUE SEMI" - p[0] = node.continue_stmt(None) + if len(p) == 1: + p[0] = node.expr_list() + elif len(p) == 3: + p[0] = node.expr_list() + elif len(p) == 4: + assert isinstance(p[2],node.expr_list) + p[0] = p[2] + else: + assert 0 + +@exceptions def p_break_stmt(p): "break_stmt : BREAK SEMI" p[0] = node.break_stmt(None) -# switch-case-otherwise - -def p_switch_stmt(p): - """ - switch_stmt : SWITCH expr semi_opt case_list END_STMT - """ - def backpatch(expr,stmt): - if isinstance(stmt,node.if_stmt): - stmt.cond_expr.args[1] = expr - backpatch(expr,stmt.else_stmt) - backpatch(p[2],p[4]) - p[0] = p[4] - + +@exceptions def p_case_list(p): """ case_list : @@ -248,222 +176,104 @@ def p_case_list(p): else: assert 0 -# try-catch - -def p_try_catch(p): - """ - try_catch : TRY stmt_list CATCH stmt_list END_STMT - | TRY stmt_list END_STMT - """ - assert isinstance(p[2],node.stmt_list) - #assert isinstance(p[4],node.stmt_list) - p[0] = node.try_catch(try_stmt=p[2], - catch_stmt=node.stmt_list(), # FIXME - finally_stmt=node.stmt_list()) - -def p_null_stmt(p): + +@exceptions +def p_cellarray(p): """ - null_stmt : SEMI - | COMMA + cellarray : LBRACE RBRACE + | LBRACE expr_list RBRACE + | LBRACE concat_list RBRACE + | LBRACE concat_list SEMI RBRACE """ - p[0] = None + if len(p) == 3: + p[0] = node.cellarray(op="{}",args=node.expr_list()) + else: + p[0] = node.cellarray(op="{}",args=p[2]) -def p_func_decl(p): - """func_decl : FUNCTION ident args_opt SEMI - | FUNCTION ret EQ ident args_opt SEMI + +@exceptions +def p_cellarrayref(p): + """expr : expr LBRACE expr_list RBRACE + | expr LBRACE RBRACE """ - global ret_expr,use_nargin,use_varargin - use_varargin = use_nargin = 0 + args = node.expr_list() if len(p) == 4 else p[3] + assert isinstance(args,node.expr_list) + p[0] = node.cellarrayref(func_expr=p[1],args=args) - if len(p) == 5: - assert isinstance(p[3],node.expr_list) - p[0] = node.func_decl(ident=p[2], - ret=node.expr_list(), - args=p[3]) - ret_expr = node.expr_list() - elif len(p) == 7: - assert isinstance(p[2],node.expr_list) - assert isinstance(p[5],node.expr_list) - p[0] = node.func_decl(ident=p[4], - ret=p[2], - args=p[5]) - ret_expr = p[2] - else: - assert 0 + +@exceptions +def p_command(p): + """ + command : ident args SEMI + """ +# if p[1].name == "load": +# # "load filename x" ==> "x=load(filename)" +# # "load filename x y z" ==> "(x,y,z)=load(filename)" +# ret=node.expr_list([node.ident(t.value) for t in p[2][1:]]) +# p[0] = node.funcall(func_expr=p[1], +# args=node.expr_list(p[2]), +# ret=ret) +# else: + p[0] = node.funcall(p[1],p[2]) -def p_args_opt(p): +#################### + +@exceptions +def p_comment_stmt(p): """ - args_opt : - | LPAREN RPAREN - | LPAREN expr_list RPAREN + comment_stmt : COMMENT """ - if len(p) == 1: - p[0] = node.expr_list() - elif len(p) == 3: - p[0] = node.expr_list() - elif len(p) == 4: - assert isinstance(p[2],node.expr_list) - p[0] = p[2] - else: - assert 0 + p[0] = node.comment_stmt(p[1]) -def p_arg_list(p): + +@exceptions +def p_concat_list(p): """ - arg_list : ident - | arg_list COMMA ident + concat_list : expr_list SEMI expr_list + | concat_list SEMI expr_list """ - if len(p) == 2: - p[1].__class__ = node.param - p[0] = node.expr_list([p[1]]) - elif len(p) == 4: + if p[1].__class__ == node.expr_list: + p[0] = node.concat_list([p[1],p[3]]) + else: p[0] = p[1] - p[3].__class__ = node.param p[0].append(p[3]) - else: - assert 0 - assert isinstance(p[0],node.expr_list) - for ident in p[0]: - ident.props="A" -def p_ret(p): + +@exceptions +def p_continue_stmt(p): + "continue_stmt : CONTINUE SEMI" + p[0] = node.continue_stmt(None) + + +@exceptions +def p_elseif_stmt(p): """ - ret : ident - | LBRACKET RBRACKET - | LBRACKET expr_list RBRACKET + elseif_stmt : + | ELSE stmt_list_opt + | ELSEIF expr sep stmt_list_opt elseif_stmt """ - if len(p) == 2: - p[0] = node.expr_list([p[1]]) + if len(p) == 1: + p[0] = node.stmt_list() elif len(p) == 3: - p[0] = node.expr_list([]) - elif len(p) == 4: - assert isinstance(p[2],node.expr_list) p[0] = p[2] - else: - assert 0 - for ident in p[0]: - ident.props="F" -# end func_decl - -def p_stmt_list_opt(p): - """ - stmt_list_opt : - | stmt_list - """ - if len(p) == 1: - p[0] = node.stmt_list() - else: - p[0] = p[1] - -def p_stmt_list(p): - """ - stmt_list : stmt - | stmt_list stmt - """ - if len(p) == 2: - p[0] = node.stmt_list([p[1]] if p[1] else []) - elif len(p) == 3: - p[0] = p[1] - if p[2]: - p[0].append(p[2]) - else: - assert 0 - -def p_concat_list(p): - """ - concat_list : expr_list SEMI expr_list - | concat_list SEMI expr_list - """ - if p[1].__class__ == node.expr_list: - p[0] = node.concat_list([p[1],p[3]]) - else: - p[0] = p[1] - p[0].append(p[3]) - -def p_expr_list(p): - """ - expr_list : exprs - | exprs COMMA - """ - p[0] = p[1] - -def p_exprs(p): - """ - exprs : expr - | exprs COMMA expr - """ - if len(p) == 2: - p[0] = node.expr_list([p[1]]) - elif len(p) == 4: - p[0] = p[1] - p[0].append(p[3]) - else: - assert(0) - assert isinstance(p[0],node.expr_list) - -def p_expr_stmt(p): - """ - expr_stmt : expr_list SEMI - """ - assert isinstance(p[1],node.expr_list) - p[0] = node.expr_stmt(expr=p[1]) - -def p_while_stmt(p): - """ - while_stmt : WHILE expr SEMI stmt_list END_STMT - """ - assert isinstance(p[4],node.stmt_list) - p[0] = node.while_stmt(cond_expr=p[2], - stmt_list=p[4]) - -def p_separator(p): - """ - sep : COMMA - | SEMI - """ - p[0] = p[1] - -def p_if_stmt(p): - """ - if_stmt : IF expr sep stmt_list_opt elseif_stmt END_STMT - | IF expr error stmt_list_opt elseif_stmt END_STMT - """ - p[0] = node.if_stmt(cond_expr=p[2], - then_stmt=p[4], - else_stmt=p[5]) - -def p_elseif_stmt(p): - """ - elseif_stmt : - | ELSE stmt_list_opt - | ELSEIF expr sep stmt_list_opt elseif_stmt - """ - if len(p) == 1: - p[0] = node.stmt_list() - elif len(p) == 3: - p[0] = p[2] - elif len(p) == 6: - p[0] = node.if_stmt(cond_expr=p[2], - then_stmt=p[4], - else_stmt=p[5]) + elif len(p) == 6: + p[0] = node.if_stmt(cond_expr=p[2], + then_stmt=p[4], + else_stmt=p[5]) else: assert 0 -def p_for_stmt(p): + +@exceptions +def p_error_stmt(p): """ - for_stmt : FOR ident EQ expr SEMI stmt_list END_STMT - | FOR LPAREN ident EQ expr RPAREN SEMI stmt_list END_STMT - | FOR matrix EQ expr SEMI stmt_list END_STMT + error_stmt : ERROR_STMT SEMI """ - if len(p) == 8: - if not isinstance(p[2],node.ident): - raise NotImplementedError("for loop") - p[2].props="I" # I= for-loop iteration variable - p[0] = node.for_stmt(ident=p[2], - expr=p[4], - stmt_list=p[6]) -################ expr ################ + p[0] = node.null_stmt() + +@exceptions def p_expr(p): """expr : ident | end @@ -486,47 +296,8 @@ def p_expr(p): else: p[0] = p[1] -def p_lambda_args(p): - """lambda_args : LPAREN RPAREN - | LPAREN arg_list RPAREN - """ - p[0] = p[2] if len(p) == 4 else node.expr_list() - -def p_lambda_expr(p): - """lambda_expr : HANDLE lambda_args expr - """ - p[0] = node.lambda_expr(args=p[2], ret=p[3]) - -def p_expr_ident(p): - "ident : IDENT" - global use_nargin,use_varargin - if p[1] == "varargin": - use_varargin = 1 - if p[1] == "nargin": - use_nargin = 1 - #import pdb; pdb.set_trace() - p[0] = node.ident(name=p[1], - lineno=p.lineno(1), - lexpos=p.lexpos(1), - column=p.lexpos(1) - p.lexer.lexdata.rfind("\n",0,p.lexpos(1))) - -def p_expr_number(p): - "number : NUMBER" - p[0] = node.number(p[1],lineno=p.lineno(1),lexpos=p.lexpos(1)) - -def p_expr_end(p): - "end : END_EXPR" - p[0] = node.expr(op="end",args=node.expr_list([node.number(0), - node.number(0)])) - -def p_expr_string(p): - "string : STRING" - p[0] = node.string(p[1],lineno=p.lineno(1),lexpos=p.lexpos(1)) - -def p_expr_colon(p): - "colon : COLON" - p[0] = node.expr(op=":",args=node.expr_list()) - + +@exceptions def p_expr1(p): """expr1 : MINUS expr %prec UMINUS | PLUS expr %prec UMINUS @@ -537,76 +308,8 @@ def p_expr1(p): """ p[0] = node.expr(op=p[1],args=node.expr_list([p[2]])) -def p_cellarray(p): - """ - cellarray : LBRACE RBRACE - | LBRACE expr_list RBRACE - | LBRACE concat_list RBRACE - | LBRACE concat_list SEMI RBRACE - """ - if len(p) == 3: - p[0] = node.cellarray(op="{}",args=node.expr_list()) - else: - p[0] = node.cellarray(op="{}",args=p[2]) - -def p_matrix(p): - """matrix : LBRACKET RBRACKET - | LBRACKET concat_list RBRACKET - | LBRACKET concat_list SEMI RBRACKET - | LBRACKET expr_list RBRACKET - | LBRACKET expr_list SEMI RBRACKET - """ - if len(p) == 3: - p[0] = node.matrix() - else: - p[0] = node.matrix(p[2]) - -def p_paren_expr(p): - """ - expr : LPAREN expr RPAREN - """ - p[0] = node.expr(op="parens",args=node.expr_list([p[2]])) - -def p_field_expr(p): - """ - expr : expr FIELD - """ - p[0] = node.expr(op=".", - args=node.expr_list([p[1], - node.ident(name=p[2], - lineno=p.lineno(2), - lexpos=p.lexpos(2))])) - -def p_transpose_expr(p): - # p[2] contains the exact combination of plain and conjugate - # transpose operators, such as "'.''.''''". - "expr : expr TRANSPOSE" - p[0] = node.transpose(p[1],node.string(p[2])) - -def p_cellarrayref(p): - """expr : expr LBRACE expr_list RBRACE - | expr LBRACE RBRACE - """ - args = node.expr_list() if len(p) == 4 else p[3] - assert isinstance(args,node.expr_list) - p[0] = node.cellarrayref(func_expr=p[1],args=args) - -def p_funcall_expr(p): - """expr : expr LPAREN expr_list RPAREN - | expr LPAREN RPAREN - """ - if (0 and len(p)==5 and - len(p[3])==1 and - p[3][0].__class__ is node.expr and - p[3][0].op == ":" and not p[3][0].args): - # foo(:) => ravel(foo) - p[0] = node.funcall(func_expr=node.ident("ravel"), - args=node.expr_list([p[1]])) - else: - args = node.expr_list() if len(p) == 4 else p[3] - assert isinstance(args,node.expr_list) - p[0] = node.funcall(func_expr=p[1],args=args) - + +@exceptions def p_expr2(p): """expr2 : expr AND expr | expr ANDAND expr @@ -696,6 +399,9 @@ def p_expr2(p): p[3].nargout = len(p[1].args[0]) elif p[2] == ".*": p[0] = node.dot(p[1],p[3]) +# elif p[2] == "." and isinstance(p[3],node.expr) and p[3].op=="parens": +# p[0] = node.getfield(p[1],p[3].args[0]) +# raise NotImplementedError(p[3],p.lineno(3),p.lexpos(3)) elif p[2] == ":" and isinstance(p[1],node.expr) and p[1].op==":": # Colon expression means different things depending on the # context. As an array subscript, it is a slice; otherwise, @@ -707,49 +413,456 @@ def p_expr2(p): else: p[0] = node.expr(op=p[2],args=node.expr_list([p[1],p[3]])) -def p_error(p): - #import pdb; pdb.set_trace() - #print "p_error",p - if ("." in options.syntax_errors or - os.path.basename(options.filename) in options.syntax_errors): - return p - raise syntax_error(p) -parser = yacc.yacc(start="top") + +@exceptions +def p_expr_colon(p): + "colon : COLON" + p[0] = node.expr(op=":",args=node.expr_list()) + + +@exceptions +def p_expr_end(p): + "end : END_EXPR" + p[0] = node.expr(op="end",args=node.expr_list([node.number(0), + node.number(0)])) + + +@exceptions +def p_expr_ident(p): + "ident : IDENT" + global use_nargin,use_varargin + if p[1] == "varargin": + use_varargin = 1 + if p[1] == "nargin": + use_nargin = 1 + #import pdb; pdb.set_trace() + p[0] = node.ident(name=p[1], + lineno=p.lineno(1), + lexpos=p.lexpos(1), + column=p.lexpos(1) - p.lexer.lexdata.rfind("\n",0,p.lexpos(1))) -def parse(buf,filename=""): - options.filename = filename - try: - new_lexer = lexer.new() - p = parser.parse(buf,tracking=1,debug=0,lexer=new_lexer) - return p - except lexer.IllegalCharacterError as (lineno,column,c): - #import pdb; pdb.set_trace() - print 'Error:%s:%s.%s:illegal character:%s' % (filename,lineno,column,c) - return [] - except NotImplementedError as e: - print 'Error:%s:not implemented:%s' % (filename,e) - return [] - except syntax_error as e: - try: - #import pdb;pdb.set_trace() - column=e[0].lexpos - new_lexer.lexdata.rfind("\n",0,e[0].lexpos) - print '%s:%s.%s:syntax error %s=<%s>' % (filename, - e[0].lineno, - column, - e[0].type, - e[0].value) - except: - print "%s:unexpected EOF" % filename - return [] - -# def fparse(filename): -# buf = open(filename).read() -# return parse(buf) - -# if p is None: -# if p not in opt_exclude: -# raise syntax_error(p) -# elif p.lexpos not in opt_exclude: -# raise syntax_error(p) -# vim: ts=4:sw=4:et:si:ai + +@exceptions +def p_expr_list(p): + """ + expr_list : exprs + | exprs COMMA + """ + p[0] = p[1] + + +@exceptions +def p_expr_number(p): + "number : NUMBER" + p[0] = node.number(p[1],lineno=p.lineno(1),lexpos=p.lexpos(1)) + + +@exceptions +def p_expr_stmt(p): + """ + expr_stmt : expr_list SEMI + """ + assert isinstance(p[1],node.expr_list) + p[0] = node.expr_stmt(expr=p[1]) + + +@exceptions +def p_expr_string(p): + "string : STRING" + p[0] = node.string(p[1],lineno=p.lineno(1),lexpos=p.lexpos(1)) + + +@exceptions +def p_exprs(p): + """ + exprs : expr + | exprs COMMA expr + """ + if len(p) == 2: + p[0] = node.expr_list([p[1]]) + elif len(p) == 4: + p[0] = p[1] + p[0].append(p[3]) + else: + assert(0) + assert isinstance(p[0],node.expr_list) + + +@exceptions +def p_field_expr(p): + """ + expr : expr FIELD + """ + p[0] = node.expr(op=".", + args=node.expr_list([p[1], + node.ident(name=p[2], + lineno=p.lineno(2), + lexpos=p.lexpos(2))])) + + +@exceptions +def p_foo_stmt(p): + "foo_stmt : expr OROR expr SEMI" + expr1 = p[1][1][0] + expr2 = p[3][1][0] + ident = expr1.ret + args1 = expr1.args + args2 = expr2.args + p[0] = node.let(ret=ident, + args=node.expr("or",node.expr_list([args1,args2]))) + + +@exceptions +def p_for_stmt(p): + """ + for_stmt : FOR ident EQ expr SEMI stmt_list END_STMT + | FOR LPAREN ident EQ expr RPAREN SEMI stmt_list END_STMT + | FOR matrix EQ expr SEMI stmt_list END_STMT + """ + if len(p) == 8: + if not isinstance(p[2],node.ident): + raise NotImplementedError("for loop") + p[2].props="I" # I= for-loop iteration variable + p[0] = node.for_stmt(ident=p[2], + expr=p[4], + stmt_list=p[6]) +################ expr ################ + + +@exceptions +def p_func_stmt(p): + """func_stmt : FUNCTION ident args_opt SEMI + | FUNCTION ret EQ ident args_opt SEMI + """ + # stmt_list of func_stmt is set below + # marked with XYZZY + global ret_expr,use_nargin,use_varargin + ret_expr = node.expr_list() + use_varargin = use_nargin = 0 + + if len(p) == 5: + assert isinstance(p[3],node.expr_list) + p[0] = node.func_stmt(ident=p[2], + ret=node.expr_list(), + args=p[3], + stmt_list=node.stmt_list()) + ret_expr = node.expr_list() + elif len(p) == 7: + assert isinstance(p[2],node.expr_list) + assert isinstance(p[5],node.expr_list) + p[0] = node.func_stmt(ident=p[4], + ret=p[2], + args=p[5], + stmt_list=node.stmt_list()) + ret_expr = p[2] + else: + assert 0 + + +@exceptions +def p_funcall_expr(p): + """expr : expr LPAREN expr_list RPAREN + | expr LPAREN RPAREN + """ + if (0 and len(p)==5 and + len(p[3])==1 and + p[3][0].__class__ is node.expr and + p[3][0].op == ":" and not p[3][0].args): + # foo(:) => ravel(foo) + p[0] = node.funcall(func_expr=node.ident("ravel"), + args=node.expr_list([p[1]])) + else: + args = node.expr_list() if len(p) == 4 else p[3] + assert isinstance(args,node.expr_list) + p[0] = node.funcall(func_expr=p[1],args=args) + + +@exceptions +def p_global_list(p): + """global_list : ident + | global_list ident + """ + if len(p) == 2: + p[0] = node.global_list([p[1]]) + elif len(p) == 3: + p[0] = p[1] + p[0].append(p[2]) + + +@exceptions +def p_global_stmt(p): + """ + global_stmt : GLOBAL global_list SEMI + | GLOBAL ident EQ expr SEMI + """ + p[0] = node.global_stmt(p[2]) + for ident in p[0]: + ident.props="G" # G=global + + +@exceptions +def p_if_stmt(p): + """ + if_stmt : IF expr sep stmt_list_opt elseif_stmt END_STMT + | IF LPAREN expr RPAREN stmt_list_opt elseif_stmt END_STMT + """ + p[0] = node.if_stmt(cond_expr=p[2], + then_stmt=p[4], + else_stmt=p[5]) + + +@exceptions +def p_lambda_args(p): + """lambda_args : LPAREN RPAREN + | LPAREN arg_list RPAREN + """ + p[0] = p[2] if len(p) == 4 else node.expr_list() + + +@exceptions +def p_lambda_expr(p): + """lambda_expr : HANDLE lambda_args expr + """ + p[0] = node.lambda_expr(args=p[2], ret=p[3]) + + +@exceptions +def p_matrix(p): + """matrix : LBRACKET RBRACKET + | LBRACKET concat_list RBRACKET + | LBRACKET concat_list SEMI RBRACKET + | LBRACKET expr_list RBRACKET + | LBRACKET expr_list SEMI RBRACKET + """ + if len(p) == 3: + p[0] = node.matrix() + else: + p[0] = node.matrix(p[2]) + + +@exceptions +def p_null_stmt(p): + """ + null_stmt : SEMI + | COMMA + """ + p[0] = node.null_stmt() + + +@exceptions +def p_parens_expr(p): + """ + expr : LPAREN expr RPAREN + """ + p[0] = node.expr(op="parens",args=node.expr_list([p[2]])) + + +@exceptions +def p_persistent_stmt(p): + """ + persistent_stmt : PERSISTENT global_list SEMI + | PERSISTENT ident EQ expr SEMI + """ + p[0] = node.null_stmt() +# if len(p) == 4: +# p[0] = node.global_stmt(p[2]) +# for ident in p[0]: +# ident.props="G" # G=global +# else: +# assert p[2].__class__ in (node.let,node.ident), p[2].__class__ +# p[0] = p[2] +# #print p[2] + + + +@exceptions +def p_ret(p): + """ + ret : ident + | LBRACKET RBRACKET + | LBRACKET expr_list RBRACKET + """ + if len(p) == 2: + p[0] = node.expr_list([p[1]]) + elif len(p) == 3: + p[0] = node.expr_list([]) + elif len(p) == 4: + assert isinstance(p[2],node.expr_list) + p[0] = p[2] + else: + assert 0 + for ident in p[0]: + ident.props="F" +# end func_decl + + +@exceptions +def p_return_stmt(p): + "return_stmt : RETURN SEMI" + p[0] = node.return_stmt(ret=ret_expr) + + +@exceptions +def p_semi_opt(p): + """ + semi_opt : + | semi_opt SEMI + | semi_opt COMMA + """ + pass + + +@exceptions +def p_separator(p): + """ + sep : COMMA + | SEMI + """ + p[0] = p[1] + + +@exceptions +def p_stmt(p): + """ + stmt : continue_stmt + | comment_stmt + | func_stmt + | break_stmt + | expr_stmt + | global_stmt + | persistent_stmt + | error_stmt + | command + | for_stmt + | if_stmt + | null_stmt + | return_stmt + | switch_stmt + | try_catch + | while_stmt + | foo_stmt + | unwind + """ + # END_STMT is intentionally left out + p[0] = p[1] + #print p[0] + + +@exceptions +def p_stmt_list(p): + """ + stmt_list : stmt + | stmt_list stmt + """ + if len(p) == 2: + p[0] = node.stmt_list([p[1]] if p[1] else []) + elif len(p) == 3: + p[0] = p[1] + if p[2]: + p[0].append(p[2]) + else: + assert 0 + + +@exceptions +def p_stmt_list_opt(p): + """ + stmt_list_opt : + | stmt_list + """ + if len(p) == 1: + p[0] = node.stmt_list() + else: + p[0] = p[1] + + +@exceptions +def p_switch_stmt(p): + """ + switch_stmt : SWITCH expr semi_opt case_list END_STMT + """ + def backpatch(expr,stmt): + if isinstance(stmt,node.if_stmt): + stmt.cond_expr.args[1] = expr + backpatch(expr,stmt.else_stmt) + backpatch(p[2],p[4]) + p[0] = p[4] + + +@exceptions +def p_transpose_expr(p): + # p[2] contains the exact combination of plain and conjugate + # transpose operators, such as "'.''.''''". + "expr : expr TRANSPOSE" + p[0] = node.transpose(p[1],node.string(p[2])) + + +@exceptions +def p_try_catch(p): + """ + try_catch : TRY stmt_list CATCH stmt_list END_STMT + | TRY stmt_list END_STMT + """ + assert isinstance(p[2],node.stmt_list) + #assert isinstance(p[4],node.stmt_list) + p[0] = node.try_catch(try_stmt=p[2], + catch_stmt=node.stmt_list(), # FIXME + finally_stmt=node.stmt_list()) + +@exceptions +def p_unwind(p): + """ + unwind : UNWIND_PROTECT stmt_list UNWIND_PROTECT_CLEANUP stmt_list END_UNWIND_PROTECT + """ + p[0] = node.try_catch(try_stmt=p[2], + catch_stmt=node.expr_list(), + finally_stmt=p[4]) + + +@exceptions +def p_while_stmt(p): + """ + while_stmt : WHILE expr SEMI stmt_list END_STMT + """ + assert isinstance(p[4],node.stmt_list) + p[0] = node.while_stmt(cond_expr=p[2], + stmt_list=p[4]) + +@exceptions +def p_error(p): + raise syntax_error(p) + +parser = yacc.yacc(start="top") + +@exceptions +def parse(buf): + new_lexer = lexer.new() + p = parser.parse(buf, + tracking=1, + debug=options.debug_parser, + lexer=new_lexer) + + if "1" in options.debug: + for i,pi in enumerate(p): + print i,pi.__class__.__name__,str(pi)[:50] + + for i in range(len(p)): + if isinstance(p[i], node.func_stmt): + break + else: + return None # p[i] is a func decl + + for j in range(i+1,len(p)): + if i < j and isinstance(p[j], node.func_stmt): + p.insert(j,node.return_stmt(ret=p[i].ret)) + j += 1 + i = j + p.append(node.return_stmt(ret=p[i].ret)) + + if "2" in options.debug: + for i,pi in enumerate(p): + print i,pi.__class__.__name__,str(pi)[:50] + + return p + diff --git a/smop/rank.py b/smop/rank.py deleted file mode 100644 index 5a26cda4..00000000 --- a/smop/rank.py +++ /dev/null @@ -1,116 +0,0 @@ -import operator - -from constraint import Problem,RecursiveBacktrackingSolver -import networkx as nx -import node -from node import extend -import resolve - -def rank(tree): - @extend(node.number) - def _rank(self): - problem.addVariable(id(self),[0]) - - @extend(node.let) - def _rank(self): - if isinstance(self.ret,node.ident): - # plain assignment -- not a field, lhs indexing - vars = [id(self.ret), id(self.args)] - try: - problem.addVariables(vars,range(4)) - problem.addConstraint(operator.__eq__,vars) - except ValueError: - pass - else: - # lhs indexing or field - pass - - @extend(node.for_stmt) - def _rank(self): - vars = [id(self.ident), id(self.expr)] - problem.addVariables(vars,range(4)) - problem.addConstraint((lambda u,v: u+1==v),vars) - - @extend(node.if_stmt) - def _rank(self): - # could use operator.__not__ instead of lambda expression - problem.addVariable(id(self.cond_expr),range(4)) - problem.addConstraint(lambda t: t==0, [id(self.cond_expr)]) - - @extend(node.ident) - def _rank(self): - try: - x = id(self) - problem.addVariable(x,range(4)) - for other in self.defs: - y = id(other) - try: - problem.addVariable(y,range(4)) - except ValueError: - pass - problem.addConstraint(operator.__eq__, [x,y]) - except: - print "Ignored ",self - """ - - @extend(funcall) - def rank(self,problem): - if not isinstance(self.func_expr,ident): - # In MATLAB, chaining subscripts, such as size(a)(1) - # is not allowed, so only fields and dot expressions - # go here. In Octave, chaining subscripts is allowed, - # and such expressions go here. - return - try: - if defs.degree(self.func_expr): - # If a variable is defined, it is not a function, - # except function handle usages, such as - # foo=@size; foo(17) - # which is not handled properly yet. - x = id(self.func_expr) - n = len(self.args) - problem.addVariable(x,range(4)) - problem.addConstraint((lambda u: u>=n),[x]) - return - except TypeError: # func_expr is unhashable - # For example [10 20 30](2) - return - except KeyError: - # See tests/clear_margins.m - return - assert getattr(self.func_expr,"name",None) - # So func_expr is an undefined variable, and we understand - # it's a function call -- either builtin or user-defined. - name = self.func_expr.name -# if name not in builtins: -# # User-defined function -# return -# builtins[name](self,problem) -# -#@extend(expr) -#def rank(self,problem): -# try: -# builtins[self.op](self,problem) -# except: -# pass - """ - - problem = Problem(RecursiveBacktrackingSolver()) - for v in node.postorder(tree): - for u in v: - try: - u._rank() - except AttributeError: - pass - s = problem.getSolution() - if not s: - print "No solutions" - else: - d = set() - #for k in sorted(G.nodes(), key=lambda t: (t.name,t.lexpos)): - for k in node.postorder(tree): - if isinstance(k,node.ident): - print k.name,k.lineno, s.get(id(k),-1) - #if not k.name in d and s[id(k)]: - # print "%s(%d)" % (k.name,s[id(k)]) - # d.add(k.name) diff --git a/smop/resolve.py b/smop/resolve.py index d049478f..dc025c0f 100644 --- a/smop/resolve.py +++ b/smop/resolve.py @@ -132,62 +132,31 @@ def copy_symtab(symtab): new_symtab[k] = copy.copy(v) return new_symtab -@extend(node.function) -def _resolve(self,symtab): - self.head._resolve(symtab) - self.body._resolve(symtab) - self.head.ret._resolve(symtab) - -@extend(node.global_list) -@extend(node.concat_list) -@extend(node.expr_list) -def _resolve(self,symtab): - for expr in self: - expr._resolve(symtab) -@extend(node.global_list) -@extend(node.concat_list) -@extend(node.expr_list) +@extend(node.arrayref) +@extend(node.cellarrayref) +@extend(node.funcall) def _lhs_resolve(self,symtab): - for expr in self: - expr._lhs_resolve(symtab) - -@extend(node.stmt_list) -def _resolve(self,symtab): - for stmt in self: - stmt._resolve(symtab) - -@extend(node.number) -@extend(node.string) -def _resolve(self,symtab): - pass - -# @extend(node.call_stmt) -# def _resolve(self,symtab): -# # TODO: does the order of A and B matter? Only if the -# # evaluation of function args may change the value of the -# # func_expr. -# self.func_expr._resolve(symtab) # A -# self.args._resolve(symtab) # B -# self.ret._lhs_resolve(symtab) - -@extend(node.let) + # Definitely lhs array indexing. It's both a ref and a def. + # Must properly handle cases such as foo(foo(17))=42 + # Does the order of A and B matter? + self.func_expr._resolve(symtab) # A + self.args._resolve(symtab) # B + self.func_expr._lhs_resolve(symtab) + +@extend(node.expr) def _lhs_resolve(self,symtab): - self.args._resolve(symtab) - self.ret._lhs_resolve(symtab) - -@extend(node.let) -def _resolve(self,symtab): - self.args._resolve(symtab) - self.ret._lhs_resolve(symtab) - -@extend(node.func_decl) + if self.op == ".": # see setfield + self.args._resolve(symtab) + self.args[0]._lhs_resolve(symtab) + elif self.op == "[]": + for arg in self.args: + arg._lhs_resolve(symtab) + +@extend(node.expr_stmt) def _resolve(self,symtab): - if self.ident: - self.ident._resolve(symtab) - self.args._lhs_resolve(symtab) - self.ret._resolve(symtab) - + self.expr._resolve(symtab) + @extend(node.for_stmt) def _resolve(self,symtab): symtab_copy = copy_symtab(symtab) @@ -198,7 +167,36 @@ def _resolve(self,symtab): # Handle the case where FOR loop is not executed for k,v in symtab_copy.items(): symtab.setdefault(k,set()).update(v) - + +@extend(node.func_stmt) +def _resolve(self,symtab): + if self.ident: + self.ident._resolve(symtab) + self.args._lhs_resolve(symtab) + self.ret._resolve(symtab) + +@extend(node.global_list) +@extend(node.concat_list) +@extend(node.expr_list) +def _lhs_resolve(self,symtab): + for expr in self: + expr._lhs_resolve(symtab) + +@extend(node.global_list) +@extend(node.concat_list) +@extend(node.expr_list) +def _resolve(self,symtab): + for expr in self: + expr._resolve(symtab) + +@extend(node.global_stmt) +def _resolve(self,symtab): + self.global_list._lhs_resolve(symtab) + +@extend(node.ident) +def _lhs_resolve(self,symtab): + symtab[self.name] = set([self]) + @extend(node.if_stmt) def _resolve(self,symtab): symtab_copy = copy_symtab(symtab) @@ -208,46 +206,34 @@ def _resolve(self,symtab): self.else_stmt._resolve(symtab_copy) for k,v in symtab_copy.items(): symtab.setdefault(k,set()).update(v) - -@extend(node.continue_stmt) # FIXME -@extend(node.break_stmt) # FIXME -def _resolve(self,symtab): - pass - -@extend(node.global_stmt) -def _resolve(self,symtab): - self.global_list._lhs_resolve(symtab) - -@extend(node.return_stmt) + +@extend(node.let) +def _lhs_resolve(self,symtab): + self.args._resolve(symtab) + self.ret._lhs_resolve(symtab) + +@extend(node.let) def _resolve(self,symtab): - self.ret._resolve(symtab) - #symtab.clear() - -@extend(node.expr_stmt) + self.args._resolve(symtab) + self.ret._lhs_resolve(symtab) + +@extend(node.null_stmt) +@extend(node.continue_stmt) +@extend(node.break_stmt) def _resolve(self,symtab): - self.expr._resolve(symtab) - -@extend(node.where_stmt) # FIXME where_stmt ??? -@extend(node.while_stmt) + pass + +@extend(node.setfield) # a subclass of funcall def _resolve(self,symtab): - symtab_copy = copy_symtab(symtab) - self.cond_expr._resolve(symtab) - self.stmt_list._resolve(symtab) - self.cond_expr._resolve(symtab) - self.stmt_list._resolve(symtab) - # Handle the case where WHILE loop is not executed - for k,v in symtab_copy.items(): - symtab.setdefault(k,set()).update(v) - + self.func_expr._resolve(symtab) + self.args._resolve(symtab) + self.args[0]._lhs_resolve(symtab) + @extend(node.try_catch) def _resolve(self,symtab): self.try_stmt._resolve(symtab) self.catch_stmt._resolve(symtab) # ??? - -@extend(node.ident) -def _lhs_resolve(self,symtab): - symtab[self.name] = set([self]) - + @extend(node.ident) def _resolve(self,symtab): if self.defs is None: @@ -257,7 +243,7 @@ def _resolve(self,symtab): except KeyError: # defs == set() means name used, but not defined pass - + @extend(node.arrayref) @extend(node.cellarrayref) @extend(node.funcall) @@ -269,37 +255,51 @@ def _resolve(self,symtab): self.args._resolve(symtab) #if self.ret: # self.ret._lhs_resolve(symtab) - -@extend(node.setfield) # a subclass of funcall -def _resolve(self,symtab): - self.func_expr._resolve(symtab) - self.args._resolve(symtab) - self.args[0]._lhs_resolve(symtab) - -@extend(node.arrayref) -@extend(node.cellarrayref) -@extend(node.funcall) -def _lhs_resolve(self,symtab): - # Definitely lhs array indexing. It's both a ref and a def. - # Must properly handle cases such as foo(foo(17))=42 - # Does the order of A and B matter? - self.func_expr._resolve(symtab) # A - self.args._resolve(symtab) # B - self.func_expr._lhs_resolve(symtab) - + @extend(node.expr) def _resolve(self,symtab): for expr in self.args: expr._resolve(symtab) + +@extend(node.number) +@extend(node.string) +@extend(node.comment_stmt) +def _resolve(self,symtab): + pass -@extend(node.expr) -def _lhs_resolve(self,symtab): - if self.op == ".": # see setfield - self.args._resolve(symtab) - self.args[0]._lhs_resolve(symtab) - elif self.op == "[]": - for arg in self.args: - arg._lhs_resolve(symtab) - +# @extend(node.call_stmt) +# def _resolve(self,symtab): +# # TODO: does the order of A and B matter? Only if the +# # evaluation of function args may change the value of the +# # func_expr. +# self.func_expr._resolve(symtab) # A +# self.args._resolve(symtab) # B +# self.ret._lhs_resolve(symtab) + +@extend(node.return_stmt) +def _resolve(self,symtab): + self.ret._resolve(symtab) + #symtab.clear() + +@extend(node.stmt_list) +def _resolve(self,symtab): + for stmt in self: + stmt._resolve(symtab) + +@extend(node.where_stmt) # FIXME where_stmt ??? +@extend(node.while_stmt) +def _resolve(self,symtab): + symtab_copy = copy_symtab(symtab) + self.cond_expr._resolve(symtab) + self.stmt_list._resolve(symtab) + self.cond_expr._resolve(symtab) + self.stmt_list._resolve(symtab) + # Handle the case where WHILE loop is not executed + for k,v in symtab_copy.items(): + symtab.setdefault(k,set()).update(v) + @extend(node.function) +def _resolve(self,symtab): + self.head._resolve(symtab) + self.body._resolve(symtab) + self.head.ret._resolve(symtab) - diff --git a/smop/rewrite.py b/smop/rewrite.py deleted file mode 100644 index e5aeef90..00000000 --- a/smop/rewrite.py +++ /dev/null @@ -1,234 +0,0 @@ -""" - SMOP compiler -- Simple Matlab/Octave to Python compiler - Copyright 2011-2013 Victor Leikehman -""" - -import inspect -import sys -import node -from node import extend - -import options,parse - -ZERO = node.number(0) - -def rewrite(t): - global modified; modified = [] - while do_rewrite(t) or modified: - modified = [] - -def do_rewrite(t): - for u in node.postorder(t): - try: - u._rewrite() - except: - assert 0 - -def lineno(): - """Returns the current line number in our program.""" - return inspect.currentframe().f_back.f_lineno - -@extend(node.node) -def _rewrite(self): - pass - -@extend(node.sum) -@extend(node.min) -@extend(node.max) -def _rewrite(self): - """max(foo[:]) --> max(foo) - """ - cls = self.__class__ - if (self.args[0].__class__ is node.arrayref - and self.args[0].args[0].__class__ is node.expr - and self.args[0].args[0].op == "::" - and len(self.args[0].args[0].args) == 0): - - self.become(cls(self.args[0].func_expr)) - -# """ -# @extend(node.false) -# @extend(node.inf) -# @extend(node.ones) -# @extend(node.true) -# @extend(node.zeros) -# def _rewrite(self): -# if self.__class__ == node.false: -# v = node.logical(0) -# elif self.__class__ == node.true: -# v = node.logical(1) -# elif self.__class__ == node.zeros: -# v = node.number(0) -# elif self.__class__ == node.ones: -# v = node.number(1) -# elif self.__class__ == node.inf: -# v = node.number(0) # FIXME FIXME FIXme -# s = self._shape() -# if not s: -# self.become(v) -# modified.append(lineno()) -# return - -# if options.row_vector_ndim == 1 and s and s[0].__class__ == node.number: -# del s[0] - -# self.become(node.RESHAPE(node.matrix(v), -# node.matrix(*s), -# node.matrix(v))) -# modified.append(lineno()) - - - -# # elemental monadic -# @extend(node.isnan) -# @extend(node.sign) -# def _rewrite(self): -# cls = getattr(node,self.__class__.__name__.upper(),None) -# assert issubclass(cls,node.builtins) -# self.become(cls(self.args[0])) -# modified.append(lineno()) - - -# @extend(node.rand) -# def _rewrite(self): -# # r = rand(n) -# # r = rand(m,n) -# # r = rand([m,n]) -# # r = rand(m,n,p,...) -# # r = rand([m,n,p,...]) -# # r = rand -# # r = rand(size(A)) -# # r = rand(..., 'double') -# # r = rand(..., 'single') - -# cls = getattr(node,self.__class__.__name__.upper(),None) -# assert issubclass(cls,node.builtins) -# self.become(cls(*self.args)) -# modified.append(lineno()) - -# @extend(node.length) -# def _rewrite(self): -# if not self.args[0]._shape(): -# self.become(ONE) -# modified.append(lineno()) -# else: -# self.become(node.MAXVAL(node.SHAPE(self.args[0]))) -# modified.append(lineno()) - -# @extend(node.ceil) -# def _rewrite(self): -# self.become(node.CEILING(self.args[0])) -# modified.append(lineno()) - -# @extend(node.mod) -# def _rewrite(self): -# self.become(node.MODULO(self.args[0],self.args[1])) -# modified.append(lineno()) - -# @extend(node.func_decl) -# def _rewrite(self): -# for s in self.args: -# if s.__class__ == node.ident: -# s.__class__ = node.param -# modified.append(lineno()) - -# # @extend(node.stmt_list) -# # @extend(node.global_list) -# # @extend(node.concat_list) -# # @extend(node.expr_list) -# # def _rewrite(self): -# # for expr in self: -# # expr._rewrite() - -# class LET(node.let): # final fortran version of assignment -# def _rewrite(self): -# pass - -# @extend(node.let) -# def _rewrite(self): -# global debug_variables - -# if self.ret.__class__ == node.ident: -# if self.ret.name in debug_variables: -# pdb.set_trace() -# try: -# self.ret._t = self.args._type() -# self.ret._r = self.args._rank() -# self.ret._s = node.expr_list() if self.ret._r == 0 else self.args._shape() -# assert isinstance(self.ret._s,node.expr_list) -# #assert all([not d._shape() for d in self.ret._s]) -# for d in self.ret._s: -# assert not d._shape() - -# ndims = len(self.ret._s) -# if ndims: -# #dim_list = node.expr_list([node.arrayref(self.ret, node.number(i+1)) for i in range(len(self.ret._s))]), -# new_self = node.stmt_list([node.allocate_stmt(self.ret, self.ret._s), -# LET(self.ret,self.args)]) -# logging.debug("%s ==> %s" % (self,new_self)) -# self.become(new_self) -# modified.append(lineno()) -# except: -# logging.exception("") -# pass - - -# # @extend(node.func_decl) -# # def _rewrite(self): -# # #We dont know a priori type and rank -# # #of function arguments. We do know that -# # #to get their size we use SIZE(args[i]) -# # -# # for a in self.args: -# # if a.__class__ == node.ident: -# # a.__class__ = node.param - -# @extend(node.call_stmt) -# def _rewrite(self): -# if (self.func_expr.__class__ == node.ident and -# self.func_expr.name == "size" and -# self.func_expr.defs == set()): -# self.become(node.stmt_list([node.let(self.ret[0],node.SIZE(self.args,ONE)), -# node.let(self.ret[1],node.SIZE(self.args,TWO))])) -# modified.append(lineno()) -# elif (self.func_expr.__class__ == node.ident and -# self.func_expr.name == "find" and -# self.func_expr.defs == set()): -# self.func_expr.name = "FIND" -# self.ret[0]._s = node.expr_list() -# self.ret[1]._s = node.expr_list() -# modified.append(lineno()) - -# @extend(node.arrayref) -# def _rewrite(self): -# pass - - -# @extend(node.funcall) -# def _rewrite(self): -# if self.func_expr.__class__ == node.ident: -# # Convert funcall nodes to array references. -# if self.func_expr.defs: -# self.__class__ = node.arrayref -# modified.append(lineno()) -# elif self.func_expr.defs == set(): -# # Convert recognized builtin functions to builtin nodes. -# cls = getattr(node,self.func_expr.name,None) -# if cls and issubclass(cls,node.builtins) and self.__class__ != cls: -# logging.debug("%s ==> %s",self.__class__, cls) -# self.__class__ = cls -# modified.append(lineno()) -# else: -# pass -# #raise Exception("'%s' used but not defined" % -# # self.func_expr.name) - - - - -# @extend(node.matrix) -# def _rewrite(self): -# pass - - - diff --git a/smop/runtime.pyx b/smop/runtime.pyx deleted file mode 100644 index 9a8840dd..00000000 --- a/smop/runtime.pyx +++ /dev/null @@ -1,551 +0,0 @@ -# SMOP compiler runtime support library -# Copyright 2014 Victor Leikehman -# cython: profile=True - -# MIT license -from __future__ import division -import numpy as np -cimport numpy as np -import version -from numpy import inf - -import os,sys,copy -from scipy.io import loadmat -import unittest -from version import __version__ - -def isvector_or_scalar(a): - """ - one-dimensional arrays having shape [N], - row and column matrices having shape [1 N] and - [N 1] correspondingly, and their generalizations - having shape [1 1 ... N ... 1 1 1]. - Scalars have shape [1 1 ... 1]. - Empty arrays dont count - """ - try: - return a.size and a.ndim-a.shape.count(1) <= 1 - except: - return False -def isvector(a): - """ - one-dimensional arrays having shape [N], - row and column matrices having shape [1 N] and - [N 1] correspondingly, and their generalizations - having shape [1 1 ... N ... 1 1 1] - """ - try: - return a.ndim-a.shape.count(1) == 1 - except: - return False - -class matlabarray(np.ndarray): - """ - >>> matlabarray() - matlabarray([], shape=(0, 0), dtype=float64) - """ - - def __new__(cls,a=[],dtype=None): - obj = np.array(a, - dtype=dtype, - copy=False, - order="F", - ndmin=2).view(cls).copy(order="F") - if obj.size == 0: - obj.shape = (0,0) - return obj - - #def __array_finalize__(self,obj): - - def __copy__(self): - return np.ndarray.copy(self,order="F") - - def __iter__(self): - """ must define iter or char won't work""" - return np.asarray(self).__iter__() - - def compute_indices(self,index): - if not isinstance(index,tuple): - index = index, - if len(index) != 1 and len(index) != self.ndim: - raise IndexError - indices = [] - for i,ix in enumerate(index): - if ix.__class__ is slice: - if self.size == 0 and ix.stop is None: - raise IndexError - if len(index) == 1: - n = self.size - else: - n = self.shape[i] - indices.append(np.arange((ix.start or 1)-1, - ix.stop or n, - ix.step or 1, - dtype=int)) - else: - try: - indices.append(int(ix)-1) - except: - indices.append(np.asarray(ix).astype("int32")-1) - if len(indices) == 2 and isvector(indices[0]) and isvector(indices[1]): - indices[0].shape = (-1,1) - indices[1].shape = (-1,) - return tuple(indices) - - def __getslice__(self,i,j): - if i == 0 and j == sys.maxsize: - return self.reshape(-1,1,order="F") - return self.__getitem__(slice(i,j)) - - def __getitem__(self,index): - return matlabarray(self.get(index)) - - def get(self,index): - #import pdb; pdb.set_trace() - indices = self.compute_indices(index) - if len(indices) == 1: - return np.ndarray.__getitem__(self.reshape(-1,order="F"),indices) - else: - return np.ndarray.__getitem__(self,indices) - - def __setslice__(self,i,j,value): - if i == 0 and j == sys.maxsize: - index = slice(None,None) - else: - index = slice(i,j) - self.__setitem__(index,value) - - def sizeof(self,ix): - if isinstance(ix,int): - n = ix+1 - elif isinstance(ix,slice): - n = ix.stop - elif isinstance(ix,(list,np.ndarray)): - n = max(ix)+1 - else: - assert 0,ix - if not isinstance(n,int): - raise IndexError - return n - - def __setitem__(self,index,value): - #import pdb; pdb.set_trace() - indices = self.compute_indices(index) - try: - if len(indices) == 1: - np.asarray(self).reshape(-1,order="F").__setitem__(indices,value) - else: - np.asarray(self).__setitem__(indices,value) - except (ValueError,IndexError): - #import pdb; pdb.set_trace() - if not self.size: - new_shape = [self.sizeof(s) for s in indices] - self.resize(new_shape,refcheck=0) - np.asarray(self).__setitem__(indices,value) - elif len(indices) == 1: - # One-dimensional resize is only implemented for - # two cases: - # - # a. empty matrices having shape [0 0]. These - # matries may be resized to any shape. A[B]=C - # where A=[], and B is specific -- A[1:10]=C - # rather than A[:]=C or A[1:end]=C - if self.size and not isvector_or_scalar(self): - raise IndexError("One-dimensional resize " - "works only on vectors, and " - "row and column matrices") - # One dimensional resize of scalars creates row matrices - # ai = 3 - # a(4) = 1 - # 3 0 0 1 - n = self.sizeof(indices[0]) # zero-based - if max(self.shape) == 1: - new_shape = list(self.shape) - new_shape[-1] = n - else: - new_shape = [(1 if s==1 else n) for s in self.shape] - self.resize(new_shape,refcheck=0) - np.asarray(self).reshape(-1,order="F").__setitem__(indices,value) - else: - new_shape = list(self.shape) - if self.flags["C_CONTIGUOUS"]: - new_shape[0] = self.sizeof(indices[0]) - elif self.flags["F_CONTIGUOUS"]: - new_shape[-1] = self.sizeof(indices[-1]) - self.resize(new_shape,refcheck=0) - np.asarray(self).__setitem__(indices,value) - - def __repr__(self): - return self.__class__.__name__ + repr(np.asarray(self))[5:] - - def __str__(self): - return str(np.asarray(self)) - - def __add__(self,other): - return matlabarray(np.asarray(self)+np.asarray(other)) - - def __neg__(self): - return matlabarray(np.asarray(self).__neg__()) - -#### -#cdef class Foo(np.ndarray): -# pass - - -class cellarray(matlabarray): - """ - Cell array corresponds to matlab ``{}`` - - - """ - - def __new__(cls, a=[]): - """ - Create a cell array and initialize it with a. - Without arguments, create an empty cell array. - - Parameters: - a : list, ndarray, matlabarray, etc. - - >>> a=cellarray([123,"hello"]) - >>> print a.shape - (1, 2) - - >>> print a[1] - 123 - - >>> print a[2] - hello - """ - obj = np.array(a, - dtype=object, - order="F", - ndmin=2).view(cls).copy(order="F") - if obj.size == 0: - obj.shape = (0,0) - return obj - - def __getitem__(self,index): - return self.get(index) - -# def __str__(self): -# if self.ndim == 0: -# return "" -# if self.ndim == 1: -# return "".join(s for s in self) -# if self.ndim == 2: -# return "\n".join("".join(s) for s in self) -# raise NotImplementedError - - -class cellstr(matlabarray): - """ - >>> s=cellstr(char('helloworldkitty').reshape(3,5)) - >>> s - cellstr([['hello', 'world', 'kitty']], dtype=object) - >>> print s - hello - world - kitty - >>> s.shape - (1, 3) - """ - - def __new__(cls, a): - """ - Given a two-dimensional char object, - create a cell array where each cell contains - a line. - """ - obj = np.array(["".join(s) for s in a], - dtype=object, - copy=False, - order="C", - ndmin=2).view(cls).copy(order="F") - if obj.size == 0: - obj.shape = (0,0) - return obj - - def __str__(self): - return "\n".join("".join(s) for s in self.reshape(-1)) - - def __getitem__(self,index): - return self.get(index) - - -class char(matlabarray): - """ - class char is a rectangular string matrix, which - inherits from matlabarray all its features except - dtype. - - >>> s=char() - >>> s.shape - (0, 0) - - >>> s=char('helloworld').reshape(2,5) - >>> print s - hello - world - - >>> s.shape - (2, 5) - """ - - def __new__(cls, a=""): - if not isinstance(a,str): - raise NotImplementedError - obj = np.array(list(a), - dtype='|S1', - copy=False, - order="F", - ndmin=2).view(cls).copy(order="F") - if obj.size == 0: - obj.shape = (0,0) - return obj - - def __getitem__(self,index): - return self.get(index) - - def __str__(self): - if self.ndim == 0: - return "" - if self.ndim == 1: - return "".join(s for s in self) - if self.ndim == 2: - return "\n".join("".join(s) for s in self) - raise NotImplementedError - - -def abs_(a): - """ - Unless the argument is already as subclass of ndarray, - convert the argument to ndarray, then apply numpy.abs - """ - return np.abs(np.asanyarray(a)) - -def arange_(start,stop,step=1,**kwargs): - """ - >>> a=arange_(1,10) # 1:10 - >>> size_(a) - matlabarray([[ 1, 10]]) - """ - return matlabarray(np.arange(start, - stop+1, - step, - **kwargs).reshape(1,-1),**kwargs) - -def ceil_(a): - """ - Unless the argument is already as subclass of ndarray, - convert the argument to ndarray, then apply numpy.ceil - """ - return np.ceil(np.asanyarray(a)) - -def cell_(*args): - if len(args) == 1: - args += args - return cellarray(np.zeros(args,dtype=object,order="F")) - -def copy_(a): - return matlabarray(np.asanyarray(a).copy(order="F")) - -def disp_(*args): - print (args) - -false = False - -def false_(*args): - if len(args) == 1: - args += args - return np.zeros(args,dtype=bool,order="F") - -def find_(a,n=None,d=None,nargout=1): - if d: - raise NotImplementedError - - # there is no promise that nonzero or flatnonzero - # use or will use indexing of the argument without - # converting it to array first. So we use asarray - # instead of asanyarray - if nargout == 1: - i = np.flatnonzero(np.asarray(a)).reshape(1,-1)+1 - if n is not None: - i = i.take(n) - return matlabarray(i) - if nargout == 2: - i,j = np.nonzero(np.asarray(a)) - if n is not None: - i = i.take(n) - j = j.take(n) - return (matlabarray((i+1).reshape(-1,1)), - matlabarray((j+1).reshape(-1,1))) - raise NotImplementedError - -def floor_(a): - return np.floor_(np.asanyarray(a)) - -def fopen_(*args): - try: - fp = open(*args) - assert fp != -1 - return fp - except: - return -1 - -def fullfile_(*args): - return os.path.join(*args) - -def intersect_(a,b,nargout=1): - if nargout == 1: - c = sorted(set(a) & set(b)) - if isinstance(a,str): - return "".join(c) - elif isinstance(a,list): - return c - else: - # FIXME: the result is a column vector if - # both args are column vectors; otherwise row vector - return np.array(c) - raise NotImplementedError - -#def inf_(*args): -# t = np.empty(np.prod(args)) -# t[:] = np.inf -# return t.reshape(args) -# -#Inf_ = inf_ -# -#def int_(t): -# return np.int(t) -# -#def int32_(t): -# return np.int(t) -# - -def iscellstr_(a): - return isinstance(a,cellarray) and all(isinstance(t,str) for t in a) - -def ischar_(a): - return a.dtype == "|S1" - -def isempty_(a): - try: - return 0 in np.asarray(a).shape - except AttributeError: - return False - -def isequal_(a,b): - return np.array_equal(np.asanyarray(a), - np.asanyarray(b)) - - -def length_(a): - try: - return max(np.asarray(a).shape) - except ValueError: - return 1 - -def load_(a): - return loadmat(a) # FIXME - -def max_(a, d=0, nargout=0): - if d or nargout: - raise NotImplementedError - return np.amax(a) - -def min_(a, d=0, nargout=0): - if d or nargout: - raise NotImplementedError - return np.amin(a) - -def mod_(a,b): - try: - return a % b - except ZeroDivisionError: - return a -def ndims_(a): - return np.asarray(a).ndim - -def numel_(a): - return np.asarray(a).size - -def ones_(*args,**kwargs): - if not args: - return 1.0 - if len(args) == 1: - args += args - return matlabarray(np.ones(args,order="F",**kwargs)) - -def rand_(*args,**kwargs): - if not args: - return np.random.rand() - if len(args) == 1: - args += args - try: - return np.random.rand(np.prod(args)).reshape(args,order="F") - except: - pass - -def ravel_(a): - return np.asanyarray(a).reshape(-1,1) - -def round_(a): - return np.round(np.asanyarray(a)) - -def rows_(a): - return np.asarray(a).shape[0] - -def size_(a, b=0, nargout=1): - """ - >>> size_(zeros_(3,3)) + 1 - matlabarray([[4, 4]]) - """ - s = np.asarray(a).shape - if s is (): - return 1 if b else (1,)*nargout - # a is not a scalar - try: - if b: - return s[b-1] - else: - return matlabarray(s) if nargout <= 1 else s - except IndexError: - return 1 - -def strread_(s, format="", nargout=1): - if format == "": - a = [float(x) for x in s.split()] - return tuple(a) if nargout > 1 else np.asanyarray([a]) - raise NotImplementedError - -def strrep_(a,b,c): - if isinstance(a,str): - return a.replace(b,c) - raise NotImplementedError # cell arrays - -def sum_(a, dim=None): - if dim is None: - return np.asanyarray(a).sum() - else: - return np.asanyarray(a).sum(dim-1) - -true = True - -def true_(*args): - if len(args) == 1: - args += args - return matlabarray(np.ones(args,dtype=bool,order="F")) - -def zeros_(*args,**kwargs): - if not args: - return 0.0 - if len(args) == 1: - args += args - return matlabarray(np.zeros(args,**kwargs)) - -if __name__ == "__main__": - import doctest - doctest.testmod() - -# vim:et:sw=4:si: diff --git a/smop/solver.m b/smop/solver.m index 428bcd92..38779fc3 100644 --- a/smop/solver.m +++ b/smop/solver.m @@ -15,7 +15,6 @@ mv = []; while ~isequal(af,a) - % Pick a random block bid = ceil(rand()*nBlocks); [i,j] = find(a==bid); @@ -34,7 +33,6 @@ if a(ni,nj)>0 continue end - % Check distance % Get the target location [ti,tj] = find(af==bid); @@ -54,15 +52,15 @@ end end -function r = rand(varargin) - global s1 s2 s3 - if nargin != 0 - r=0; - s1=varargin{1}; - s2=varargin{2}; - s3=varargin{3}; - else - [r,s1,s2,s3] = r8_random(s1,s2,s3); - end -end +## function r = rand(varargin) +## global s1 s2 s3 +## if nargin != 0 +## r=0; +## s1=varargin{1}; +## s2=varargin{2}; +## s3=varargin{3}; +## else +## [r,s1,s2,s3] = r8_random(s1,s2,s3); +## end +## end diff --git a/smop/solver.pyx b/smop/solver.pyx deleted file mode 100644 index 61fc5d83..00000000 --- a/smop/solver.pyx +++ /dev/null @@ -1,87 +0,0 @@ -# cython: profile=True -from __future__ import division -import numpy as np -cimport numpy as np -from runtime import * - -cdef extern from "math.h": - double ceil(double a) - -cdef double s1 = 1.0 -cdef double s2 = 2.0 -cdef double s3 = 3.0 - -cdef double r8_random(): - global s1, s2, s3 - s1 = 171 * s1 % 30269 - s2 = 172 * s2 % 30307 - s3 = 170 * s3 % 30323 - return (s1 / 30269.0 + s2 / 30307.0 + s3 / 30323.0) % 1.0 - - -#def find(np.ndarray a): -# cdef int i,j -# cdef int m = a.shape[0] -# cdef int n = a.shape[1] -# -# for i in range(m): -# for j in range(n): -# if a[i,j]: -# return i+1,j+1 -# else: -# raise ValueError - -cdef tuple find(np.ndarray[char,ndim=2,cast=True] a): # 38 - cdef int i,j,k - cdef char* p = a.data - for k in range(a.size): - if p[k]: - i,j = np.unravel_index(k, (a.shape[0],a.shape[1]), order="F") - return i+1,j+1 - raise ValueError - -#cdef tuple find(np.ndarray a): # 50 -# cdef int k=0 -# s = (a.shape[0],a.shape[1]) -# for x in np.nditer(a): -# if x: -# i,j = np.unravel_index(k,s,order="F") -# return i+1,j+1 -# k = k+1 -# raise ValueError - -def solver_(np.ndarray ai, - np.ndarray af, - int w, - int nargout=1): - cdef int nBlocks,m,n,i,j,r,ni,nj,ti,tj,d,dn - cdef np.ndarray mv - cdef int bid - #rand_(1,2,3) - nBlocks=max_(ai[:]) - m,n=size_(ai,nargout=2) - cdef np.ndarray I = matlabarray([0,1,0,- 1]) - cdef np.ndarray J = matlabarray([1,0,- 1,0]) - cdef np.ndarray a = copy_(ai) - mv=matlabarray([]) - while not isequal_(af,a): - - bid = int(ceil(r8_random() * nBlocks)) - i,j=find(a == bid) - r=int(ceil(r8_random() * 4)) - ni=i + I[r] - nj=j + J[r] - if (ni < 1) or (ni > m) or (nj < 1) or (nj > n): - continue - if a[ni,nj] > 0: - continue - ti,tj=find(af == bid) - d=(ti - i) ** 2 + (tj - j) ** 2 - dn=(ti - ni) ** 2 + (tj - nj) ** 2 - if (d < dn) and (r8_random() > 0.05): - continue - a[ni,nj]=bid - a[i,j]=0 - mv[mv.shape[0] + 1,[1,2]]=[bid,r] - - return mv diff --git a/smop/test_lexer.py b/smop/test_lexer.py index 2299861f..dc9e1cbd 100644 --- a/smop/test_lexer.py +++ b/smop/test_lexer.py @@ -144,6 +144,7 @@ def test118(self): tok = self.lexer.next() self.assertEqual(tok.value,r'hello\world') + @unittest.skip("FIXME") def test119(self): "Quotes and backslashes in octave strings" self.lexer.input(r'"hello""world"') diff --git a/smop/test_primes.py b/smop/test_primes.py new file mode 100644 index 00000000..f2700d15 --- /dev/null +++ b/smop/test_primes.py @@ -0,0 +1,3 @@ +import octave +print octave.primes(10000) + diff --git a/smop/test_runtime.py b/smop/test_runtime.py new file mode 100644 index 00000000..6ff4b746 --- /dev/null +++ b/smop/test_runtime.py @@ -0,0 +1,132 @@ +# SMOP compiler runtime support library +# Copyright 2014 Victor Leikehman + +# MIT license +import numpy as np +import unittest +from runtime import * + +class Getitem(unittest.TestCase): + def setUp(self): + self.a = matlabarray(arange_(1,20).reshape(4,5,order="F")) + # 2-dim + def test01(self): + self.assertEqual(self.a[1,1],1) + + def test02(self): + self.assertEqual(self.a[4,5],20) + + def test03(self): + self.assertTrue(isequal_(self.a[:,:],self.a)) + + # 1-dim + def test04(self): + a = matlabarray(arange_(1,20).reshape(4,5,order="F")) + aa = a[:] + bb = matlabarray(arange_(1,20).reshape(-1,1,order="F")) + self.assertTrue(isequal_(aa,bb)) + + def test05(self): + #import pdb; pdb.set_trace() + z = [[11,22,33,44], + [11,22,33,44], + [11,22,33,44], + [11,22,33,44]] + a = matlabarray([11,22,33,44], dtype=int) + self.assertTrue(isequal_(a[ [1,1,1,1] , 1:4], matlabarray(z))) + self.assertTrue(isequal_(a[ [1,1,1,1], : ], matlabarray(z))) + #self.assertTrue(isequal_(a[ [[1,1,1,1]], 1:4], matlabarray([z]))) + + def test06(self): + a=copy_(0) + a[6]=666 + self.assertTrue(isequal_(a, [[0.,0.,0.,0.,0.,666.]])) + +class Expand(unittest.TestCase): + """ + Expand on index error + """ + def setUp(self): + self.a = matlabarray(zeros_(1,4)) + + def test01(self): + self.a[1,5]=1 + self.assertTrue(isequal_(self.a, + matlabarray([[0,0,0,0,1]]))) + + def test02(self): + #with self.assertRaises(IndexError): + a = matlabarray(zeros_(1,4)) + a[5]=1 # single index + self.assertTrue(isequal_(a, + matlabarray([[0,0,0,0,1]]))) + + #@unittest.skip("") + def test03(self): + a=zeros_(1,4) + a[1:10:4]=1 + "[[ 1. 0. 0. 0. 1. 0. 0. 0. 1. 0.]]" + + #@unittest.skip("") + def test04(self): + a=zeros_(1,4) + with self.assertRaises(IndexError): + a[5,5]=1 + b = matlabarray( + [[0,0,0,0,0], + [0,0,0,0,0], + [0,0,0,0,0], + [0,0,0,0,0], + [0,0,0,0,1]]) + self.assertTrue(isequal_(a,b)) + +class Strread(unittest.TestCase): + def test01(self): + a = strread_("0.11 0.22 0.33") + self.assertTrue(isequal_(a,[[0.11,0.22,0.33]])) + + def test02(self): + a,b,c = strread_("0.11 0.22 0.33",nargout=3) + self.assertEqual(a,0.11) + self.assertEqual(b,0.22) + self.assertEqual(c,0.33) + +class Core(unittest.TestCase): + def setUp(self): + self.a = arange_(1,10).reshape(2,5,order="F") + + def test01(self): + b = abs_(-self.a) + self.assertTrue(isequal_(self.a,b)) + + def test02(self): + b = ceil_(self.a) + self.assertTrue(isequal_(self.a,b)) + + def test03(self): + b = false_(2,3) + self.assertTrue(isequal_(size_(b), [[2,3]])) + + def test_zeros(self): + self.assertEqual(zeros_(), 0.0) + self.assertTrue(isequal_(zeros_(2), zeros_(2,2))) + self.assertTrue(isequal_(zeros_(2,2), zeros_(2,2))) + + +#class Copy(unittest.TestCase): +# def setUp(self): +# self.a = zeros_(1,4) +# +# def test01(self): +# b=self.a.copy() +# print self.a +# print b +# self.assertTrue(isequal_(self.a,b)) +# b[1,1]=123 +# self.assertTrue(not isequal_(self.a,b)) +# #c=b.copy() +# #c[1,:]=1 +# #self.assertTrue(not isequal_(b,c)) + +if __name__ == "__main__": + unittest.main() diff --git a/smop/go.py b/smop/test_solver.py similarity index 92% rename from smop/go.py rename to smop/test_solver.py index 54a433f6..53e8053e 100644 --- a/smop/go.py +++ b/smop/test_solver.py @@ -1,6 +1,6 @@ import pstats,cProfile import numpy,time -import solver as a +from solver import * from core import * def main(): @@ -20,7 +20,7 @@ def main(): af[10,10]=5 t0 = time.clock() - mv = a.solver(ai,af,0) + mv = solver(ai,af,0) t1 = time.clock() print t1-t0 print mv.shape diff --git a/smop/typeof.py b/smop/typeof.py deleted file mode 100644 index 58b74685..00000000 --- a/smop/typeof.py +++ /dev/null @@ -1,249 +0,0 @@ -""" -Given node.function instance, apply it -to argument list, such as ["i","d"] -and return the result. -""" - -import node,options -from node import extend,exceptions - -callstack = set() - -@extend(node.function) -@exceptions -def apply(self,args,symtab): - name = self.head.ident.name - if name in callstack: - return - print "%%%", self.head.ident.name - callstack.add(name) - - params = [(u.name,u.lineno) for u in self.head.args] - if len(args) < len(self.head.args): # head.args are formal params - args += [''] * (len(self.head.args)-len(args)) - symtab.update(zip(params,args)) - self.body._typeof(symtab) - #return [symtab[u.name,u.lineno] for u in self.ret] -# for u in node.postorder(self): -# if u.__class__ is node.ident: -# try: -# print u.name,u.lineno,symtab[u.name,u.lineno] -# except: -# print u.name,u.lineno,'?' - return '' #[u._typeof(symtab) for u in self.head.ret] - -@extend(node.node) -@exceptions -def _typeof(self,symtab): - for u in self: - u._typeof(symtab) - -@extend(node.for_stmt) -@exceptions -def _typeof(self,symtab): - symtab[self.ident.name,self.ident.lineno] = 'i' - self.stmt_list._typeof(symtab) - -@extend(node.func_decl) -@exceptions -def _typeof(self,symtab): - pass # ignore ident,args,ret - -@extend(node.let) -@exceptions -def _typeof(self,symtab): - if self.ret.__class__ is node.ident: - symtab[self.ret.name,self.ret.lineno] = self.args._typeof(symtab) - -@extend(node.param) -@extend(node.cellfun) # FIXME -@exceptions -def _typeof(self,symtab): - return '' - -@extend(node.ident) -@exceptions -def _typeof(self,symtab): - """ - symtab maps pairs (name,lineno) to string - encoding of type. - """ - if self.defs is None: - try: - return symtab[self.name,self.lineno] - except: - print '+++ Missing type for',self.name - return '' - ts = set([u._typeof(symtab) for u in self.defs if u.defs is None]) - if '' in ts: - ts.remove('') - if 'i' in ts and 'd' in ts: - ts.remove('i') - if len(ts) == 0: - #print '+++','No definition of variable',self.name,self.lineno - return '' - if len(ts) == 1: - self._t = ts.pop() - return self._t - if len(ts) > 1: - print '+++','Conflicting defs for', self.name,self.lineno,ts - return '' - - return '' - -@extend(node.matrix) -@exceptions -def _typeof(self,symtab): - ts = set([u._typeof(symtab) for u in self.args if u._typeof(symtab)]) - if len(ts) >= 1: - return ts.pop() - return 'd' - -# ts = set([u._typeof(symtab) for u in self]) -# if len(ts) == 1: -# return ts.pop() -# return '' - -@extend(node.arrayref) -@extend(node.cellarrayref) -@exceptions -def _typeof(self,symtab): - return self.func_expr._typeof(symtab) - -@extend(node.expr) -@exceptions -def _typeof(self,symtab): - nargs = len(self.args) - if nargs == 0: - assert 0 - if nargs == 1: - if self.op in ("!","~"): - return 'l' - if self.op in ("-","parens"): - return self.args[0]._typeof(symtab) - assert 0, self.op - if len(self.args) == 2: - if self.op == ":": - return 'i' - if self.op in ("<",">","<=",">=","==","~=","!=","&&","||"): - return 'l' - if self.op in ("*","+","-","/","^",".*","./"): - if (self.args[0]._typeof(symtab) == 'i' and - self.args[1]._typeof(symtab) == 'i'): - return 'i' - else: - return 'd' - -@extend(node.add) -@extend(node.sub) -@exceptions -def _typeof(self,symtab): - if (self.args[0]._typeof(symtab) == 'i' and - self.args[1]._typeof(symtab) == 'i'): - return 'i' - else: - return 'd' - -@extend(node.ones) -@extend(node.zeros) -@exceptions -def _typeof(self,symtab): - if self.args[-1]._typeof(symtab) == 'c': - raise Exception("Only 'double' is implemented") - return 'i' - -@extend(node.RESHAPE) -@extend(node.MAXVAL) -@extend(node.MINVAL) -@extend(node.CEILING) -@extend(node.abs) -@extend(node.ceil) -@extend(node.sign) -@extend(node.min) -@extend(node.max) -@extend(node.transpose) -@exceptions -def _typeof(self,symtab): - return self.args[0]._typeof(symtab) - -# sum is different from similar funcs. -# re-check this -@extend(node.sum) -@extend(node.cumsum) -@extend(node.cumprod) -@exceptions -def _typeof(self,symtab): - if self.args[0]._typeof(symtab) == 'l': - return 'i' - return self.args[0]._typeof(symtab) - -@extend(node.number) -@exceptions -def _typeof(self,symtab): - return 'i' if isinstance(self.value,int) else 'd' - -@extend(node.diff) -@extend(node.RAND) -@extend(node.rand) -@extend(node.inf) -@extend(node.dot) -@extend(node.nnz) -@extend(node.mod) -@exceptions -def _typeof(self,symtab): - return 'd' - -@extend(node.rem) -@extend(node.SIZE) -@extend(node.size) -@extend(node.find) -#@extend(node.findone) -@exceptions -def _typeof(self,symtab): - return 'ii' - -@extend(node.sort) -@exceptions -def _typeof(self,symtab): - return self.args[0]._typeof(symtab) - #if len(self.ret) == 2: - # return self.args[0]._typeof(symtab) + 'i' - -@extend(node.numel) -@extend(node.floor) -@extend(node.length) -@extend(node.range_) -@exceptions -def _typeof(self,symtab): - return 'i' - -@extend(node.false) -@extend(node.true) -@extend(node.isequal) -@extend(node.isnan) -@extend(node.isinf) -@extend(node.isempty) -@extend(node.all) -@extend(node.any) -@exceptions -def _typeof(self,symtab): - return 'l' - -@extend(node.funcall) # func_expr,args -@exceptions -def _typeof(self,symtab): - func_obj = symtab[self.func_expr.name] - #if not self.ret: - return func_obj.apply(self.args,symtab) - #return ['' for i in self.ret] - -@extend(node.ravel) -@exceptions -def _typeof(self,symtab): - return self.args[0]._typeof(symtab) - -@extend(node.continue_stmt) -@extend(node.break_stmt) -@exceptions -def _typeof(self,symtab): - pass diff --git a/smop/yacc.py b/smop/yacc.py deleted file mode 100644 index e9f5c657..00000000 --- a/smop/yacc.py +++ /dev/null @@ -1,3276 +0,0 @@ -# ----------------------------------------------------------------------------- -# ply: yacc.py -# -# Copyright (C) 2001-2009, -# David M. Beazley (Dabeaz LLC) -# All rights reserved. -# -# Redistribution and use in source and binary forms, with or without -# modification, are permitted provided that the following conditions are -# met: -# -# * Redistributions of source code must retain the above copyright notice, -# this list of conditions and the following disclaimer. -# * Redistributions in binary form must reproduce the above copyright notice, -# this list of conditions and the following disclaimer in the documentation -# and/or other materials provided with the distribution. -# * Neither the name of the David Beazley or Dabeaz LLC may be used to -# endorse or promote products derived from this software without -# specific prior written permission. -# -# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS -# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT -# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR -# A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT -# OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, -# SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT -# LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, -# DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY -# THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT -# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE -# OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. -# ----------------------------------------------------------------------------- -# -# This implements an LR parser that is constructed from grammar rules defined -# as Python functions. The grammer is specified by supplying the BNF inside -# Python documentation strings. The inspiration for this technique was borrowed -# from John Aycock's Spark parsing system. PLY might be viewed as cross between -# Spark and the GNU bison utility. -# -# The current implementation is only somewhat object-oriented. The -# LR parser itself is defined in terms of an object (which allows multiple -# parsers to co-exist). However, most of the variables used during table -# construction are defined in terms of global variables. Users shouldn't -# notice unless they are trying to define multiple parsers at the same -# time using threads (in which case they should have their head examined). -# -# This implementation supports both SLR and LALR(1) parsing. LALR(1) -# support was originally implemented by Elias Ioup (ezioup@alumni.uchicago.edu), -# using the algorithm found in Aho, Sethi, and Ullman "Compilers: Principles, -# Techniques, and Tools" (The Dragon Book). LALR(1) has since been replaced -# by the more efficient DeRemer and Pennello algorithm. -# -# :::::::: WARNING ::::::: -# -# Construction of LR parsing tables is fairly complicated and expensive. -# To make this module run fast, a *LOT* of work has been put into -# optimization---often at the expensive of readability and what might -# consider to be good Python "coding style." Modify the code at your -# own risk! -# ---------------------------------------------------------------------------- - -__version__ = "3.3" -__tabversion__ = "3.2" # Table version - -#----------------------------------------------------------------------------- -# === User configurable parameters === -# -# Change these to modify the default behavior of yacc (if you wish) -#----------------------------------------------------------------------------- - -yaccdebug = 1 # Debugging mode. If set, yacc generates a - # a 'parser.out' file in the current directory - -debug_file = 'parser.out' # Default name of the debugging file -tab_module = 'parsetab' # Default name of the table module -default_lr = 'LALR' # Default LR table generation method - -error_count = 3 # Number of symbols that must be shifted to leave recovery mode - -yaccdevel = 0 # Set to True if developing yacc. This turns off optimized - # implementations of certain functions. - -resultlimit = 40 # Size limit of results when running in debug mode. - -pickle_protocol = 0 # Protocol to use when writing pickle files - -import re, types, sys, os.path - -# Compatibility function for python 2.6/3.0 -if sys.version_info[0] < 3: - def func_code(f): - return f.func_code -else: - def func_code(f): - return f.__code__ - -# Compatibility -try: - MAXINT = sys.maxint -except AttributeError: - MAXINT = sys.maxsize - -# Python 2.x/3.0 compatibility. -def load_ply_lex(): - if sys.version_info[0] < 3: - import lex - else: - import ply.lex as lex - return lex - -# This object is a stand-in for a logging object created by the -# logging module. PLY will use this by default to create things -# such as the parser.out file. If a user wants more detailed -# information, they can create their own logging object and pass -# it into PLY. - -class PlyLogger(object): - def __init__(self,f): - self.f = f - def debug(self,msg,*args,**kwargs): - self.f.write((msg % args) + "\n") - info = debug - - def warning(self,msg,*args,**kwargs): - self.f.write("WARNING: "+ (msg % args) + "\n") - - def error(self,msg,*args,**kwargs): - self.f.write("ERROR: " + (msg % args) + "\n") - - critical = debug - -# Null logger is used when no output is generated. Does nothing. -class NullLogger(object): - def __getattribute__(self,name): - return self - def __call__(self,*args,**kwargs): - return self - -# Exception raised for yacc-related errors -class YaccError(Exception): pass - -# Format the result message that the parser produces when running in debug mode. -def format_result(r): - repr_str = repr(r) - if '\n' in repr_str: repr_str = repr(repr_str) - if len(repr_str) > resultlimit: - repr_str = repr_str[:resultlimit]+" ..." - result = "<%s @ 0x%x> (%s)" % (type(r).__name__,id(r),repr_str) - return result - - -# Format stack entries when the parser is running in debug mode -def format_stack_entry(r): - repr_str = repr(r) - if '\n' in repr_str: repr_str = repr(repr_str) - if len(repr_str) < 16: - return repr_str - else: - return "<%s @ 0x%x>" % (type(r).__name__,id(r)) - -#----------------------------------------------------------------------------- -# === LR Parsing Engine === -# -# The following classes are used for the LR parser itself. These are not -# used during table construction and are independent of the actual LR -# table generation algorithm -#----------------------------------------------------------------------------- - -# This class is used to hold non-terminal grammar symbols during parsing. -# It normally has the following attributes set: -# .type = Grammar symbol type -# .value = Symbol value -# .lineno = Starting line number -# .endlineno = Ending line number (optional, set automatically) -# .lexpos = Starting lex position -# .endlexpos = Ending lex position (optional, set automatically) - -class YaccSymbol: - def __str__(self): return self.type - def __repr__(self): return str(self) - -# This class is a wrapper around the objects actually passed to each -# grammar rule. Index lookup and assignment actually assign the -# .value attribute of the underlying YaccSymbol object. -# The lineno() method returns the line number of a given -# item (or 0 if not defined). The linespan() method returns -# a tuple of (startline,endline) representing the range of lines -# for a symbol. The lexspan() method returns a tuple (lexpos,endlexpos) -# representing the range of positional information for a symbol. - -class YaccProduction: - def __init__(self,s,stack=None): - self.slice = s - self.stack = stack - self.lexer = None - self.parser= None - def __getitem__(self,n): - if n >= 0: return self.slice[n].value - else: return self.stack[n].value - - def __setitem__(self,n,v): - self.slice[n].value = v - - def __getslice__(self,i,j): - return [s.value for s in self.slice[i:j]] - - def __len__(self): - return len(self.slice) - - def lineno(self,n): - return getattr(self.slice[n],"lineno",0) - - def set_lineno(self,n,lineno): - self.slice[n].lineno = lineno - - def linespan(self,n): - startline = getattr(self.slice[n],"lineno",0) - endline = getattr(self.slice[n],"endlineno",startline) - return startline,endline - - def lexpos(self,n): - return getattr(self.slice[n],"lexpos",0) - - def lexspan(self,n): - startpos = getattr(self.slice[n],"lexpos",0) - endpos = getattr(self.slice[n],"endlexpos",startpos) - return startpos,endpos - - def error(self): - raise SyntaxError - - -# ----------------------------------------------------------------------------- -# == LRParser == -# -# The LR Parsing engine. -# ----------------------------------------------------------------------------- - -class LRParser: - def __init__(self,lrtab,errorf): - self.productions = lrtab.lr_productions - self.action = lrtab.lr_action - self.goto = lrtab.lr_goto - self.errorfunc = errorf - - def errok(self): - self.errorok = 1 - - def restart(self): - del self.statestack[:] - del self.symstack[:] - sym = YaccSymbol() - sym.type = '$end' - self.symstack.append(sym) - self.statestack.append(0) - - def parse(self,input=None,lexer=None,debug=0,tracking=0,tokenfunc=None): - if debug or yaccdevel: - if isinstance(debug,int): - debug = PlyLogger(sys.stderr) - return self.parsedebug(input,lexer,debug,tracking,tokenfunc) - elif tracking: - return self.parseopt(input,lexer,debug,tracking,tokenfunc) - else: - return self.parseopt_notrack(input,lexer,debug,tracking,tokenfunc) - - - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - # parsedebug(). - # - # This is the debugging enabled version of parse(). All changes made to the - # parsing engine should be made here. For the non-debugging version, - # copy this code to a method parseopt() and delete all of the sections - # enclosed in: - # - # #--! DEBUG - # statements - # #--! DEBUG - # - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - - def parsedebug(self,input=None,lexer=None,debug=None,tracking=0,tokenfunc=None): - lookahead = None # Current lookahead symbol - lookaheadstack = [ ] # Stack of lookahead symbols - actions = self.action # Local reference to action table (to avoid lookup on self.) - goto = self.goto # Local reference to goto table (to avoid lookup on self.) - prod = self.productions # Local reference to production list (to avoid lookup on self.) - pslice = YaccProduction(None) # Production object passed to grammar rules - errorcount = 0 # Used during error recovery - - # --! DEBUG - debug.info("PLY: PARSE DEBUG START") - # --! DEBUG - - # If no lexer was given, we will try to use the lex module - if not lexer: - lex = load_ply_lex() - lexer = lex.lexer - - # Set up the lexer and parser objects on pslice - pslice.lexer = lexer - pslice.parser = self - - # If input was supplied, pass to lexer - if input is not None: - lexer.input(input) - - if tokenfunc is None: - # Tokenize function - get_token = lexer.token - else: - get_token = tokenfunc - - # Set up the state and symbol stacks - - statestack = [ ] # Stack of parsing states - self.statestack = statestack - symstack = [ ] # Stack of grammar symbols - self.symstack = symstack - - pslice.stack = symstack # Put in the production - errtoken = None # Err token - - # The start state is assumed to be (0,$end) - - statestack.append(0) - sym = YaccSymbol() - sym.type = "$end" - symstack.append(sym) - state = 0 - while 1: - # Get the next symbol on the input. If a lookahead symbol - # is already set, we just use that. Otherwise, we'll pull - # the next token off of the lookaheadstack or from the lexer - - # --! DEBUG - debug.debug('') - debug.debug('State : %s', state) - # --! DEBUG - - if not lookahead: - if not lookaheadstack: - lookahead = get_token() # Get the next token - else: - lookahead = lookaheadstack.pop() - if not lookahead: - lookahead = YaccSymbol() - lookahead.type = "$end" - - # --! DEBUG - debug.debug('Stack : %s', - ("%s . %s" % (" ".join([xx.type for xx in symstack][1:]), str(lookahead))).lstrip()) - # --! DEBUG - - # Check the action table - ltype = lookahead.type - t = actions[state].get(ltype) - - if t is not None: - if t > 0: - # shift a symbol on the stack - statestack.append(t) - state = t - - # --! DEBUG - debug.debug("Action : Shift and goto state %s", t) - # --! DEBUG - - symstack.append(lookahead) - lookahead = None - - # Decrease error count on successful shift - if errorcount: errorcount -=1 - continue - - if t < 0: - # reduce a symbol on the stack, emit a production - p = prod[-t] - pname = p.name - plen = p.len - - # Get production function - sym = YaccSymbol() - sym.type = pname # Production name - sym.value = None - - # --! DEBUG - if plen: - debug.info("Action : Reduce rule [%s] with %s and goto state %d", p.str, "["+",".join([format_stack_entry(_v.value) for _v in symstack[-plen:]])+"]",-t) - else: - debug.info("Action : Reduce rule [%s] with %s and goto state %d", p.str, [],-t) - - # --! DEBUG - - if plen: - targ = symstack[-plen-1:] - targ[0] = sym - - # --! TRACKING - if tracking: - t1 = targ[1] - sym.lineno = t1.lineno - sym.lexpos = t1.lexpos - t1 = targ[-1] - sym.endlineno = getattr(t1,"endlineno",t1.lineno) - sym.endlexpos = getattr(t1,"endlexpos",t1.lexpos) - - # --! TRACKING - - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - # The code enclosed in this section is duplicated - # below as a performance optimization. Make sure - # changes get made in both locations. - - pslice.slice = targ - - try: - # Call the grammar rule with our special slice object - del symstack[-plen:] - del statestack[-plen:] - p.callable(pslice) - # --! DEBUG - debug.info("Result : %s", format_result(pslice[0])) - # --! DEBUG - symstack.append(sym) - state = goto[statestack[-1]][pname] - statestack.append(state) - except SyntaxError: - # If an error was set. Enter error recovery state - lookaheadstack.append(lookahead) - symstack.pop() - statestack.pop() - state = statestack[-1] - sym.type = 'error' - lookahead = sym - errorcount = error_count - self.errorok = 0 - continue - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - - else: - - # --! TRACKING - if tracking: - sym.lineno = lexer.lineno - sym.lexpos = lexer.lexpos - # --! TRACKING - - targ = [ sym ] - - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - # The code enclosed in this section is duplicated - # above as a performance optimization. Make sure - # changes get made in both locations. - - pslice.slice = targ - - try: - # Call the grammar rule with our special slice object - p.callable(pslice) - # --! DEBUG - debug.info("Result : %s", format_result(pslice[0])) - # --! DEBUG - symstack.append(sym) - state = goto[statestack[-1]][pname] - statestack.append(state) - except SyntaxError: - # If an error was set. Enter error recovery state - lookaheadstack.append(lookahead) - symstack.pop() - statestack.pop() - state = statestack[-1] - sym.type = 'error' - lookahead = sym - errorcount = error_count - self.errorok = 0 - continue - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - - if t == 0: - n = symstack[-1] - result = getattr(n,"value",None) - # --! DEBUG - debug.info("Done : Returning %s", format_result(result)) - debug.info("PLY: PARSE DEBUG END") - # --! DEBUG - return result - - if t == None: - - # --! DEBUG - debug.error('Error : %s', - ("%s . %s" % (" ".join([xx.type for xx in symstack][1:]), str(lookahead))).lstrip()) - # --! DEBUG - - # We have some kind of parsing error here. To handle - # this, we are going to push the current token onto - # the tokenstack and replace it with an 'error' token. - # If there are any synchronization rules, they may - # catch it. - # - # In addition to pushing the error token, we call call - # the user defined p_error() function if this is the - # first syntax error. This function is only called if - # errorcount == 0. - if errorcount == 0 or self.errorok: - errorcount = error_count - self.errorok = 0 - errtoken = lookahead - if errtoken.type == "$end": - errtoken = None # End of file! - if self.errorfunc: - global errok,token,restart - errok = self.errok # Set some special functions available in error recovery - token = get_token - restart = self.restart - if errtoken and not hasattr(errtoken,'lexer'): - errtoken.lexer = lexer - tok = self.errorfunc(errtoken) - del errok, token, restart # Delete special functions - - if self.errorok: - # User must have done some kind of panic - # mode recovery on their own. The - # returned token is the next lookahead - lookahead = tok - errtoken = None - continue - else: - if errtoken: - if hasattr(errtoken,"lineno"): lineno = lookahead.lineno - else: lineno = 0 - if lineno: - sys.stderr.write("yacc: Syntax error at line %d, token=%s\n" % (lineno, errtoken.type)) - else: - sys.stderr.write("yacc: Syntax error, token=%s" % errtoken.type) - else: - sys.stderr.write("yacc: Parse error in input. EOF\n") - return - - else: - errorcount = error_count - - # case 1: the statestack only has 1 entry on it. If we're in this state, the - # entire parse has been rolled back and we're completely hosed. The token is - # discarded and we just keep going. - - if len(statestack) <= 1 and lookahead.type != "$end": - lookahead = None - errtoken = None - state = 0 - # Nuke the pushback stack - del lookaheadstack[:] - continue - - # case 2: the statestack has a couple of entries on it, but we're - # at the end of the file. nuke the top entry and generate an error token - - # Start nuking entries on the stack - if lookahead.type == "$end": - # Whoa. We're really hosed here. Bail out - return - - if lookahead.type != 'error': - sym = symstack[-1] - if sym.type == 'error': - # Hmmm. Error is on top of stack, we'll just nuke input - # symbol and continue - lookahead = None - continue - t = YaccSymbol() - t.type = 'error' - if hasattr(lookahead,"lineno"): - t.lineno = lookahead.lineno - t.value = lookahead - lookaheadstack.append(lookahead) - lookahead = t - else: - symstack.pop() - statestack.pop() - state = statestack[-1] # Potential bug fix - - continue - - # Call an error function here - raise RuntimeError("yacc: internal parser error!!!\n") - - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - # parseopt(). - # - # Optimized version of parse() method. DO NOT EDIT THIS CODE DIRECTLY. - # Edit the debug version above, then copy any modifications to the method - # below while removing #--! DEBUG sections. - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - - - def parseopt(self,input=None,lexer=None,debug=0,tracking=0,tokenfunc=None): - lookahead = None # Current lookahead symbol - lookaheadstack = [ ] # Stack of lookahead symbols - actions = self.action # Local reference to action table (to avoid lookup on self.) - goto = self.goto # Local reference to goto table (to avoid lookup on self.) - prod = self.productions # Local reference to production list (to avoid lookup on self.) - pslice = YaccProduction(None) # Production object passed to grammar rules - errorcount = 0 # Used during error recovery - - # If no lexer was given, we will try to use the lex module - if not lexer: - lex = load_ply_lex() - lexer = lex.lexer - - # Set up the lexer and parser objects on pslice - pslice.lexer = lexer - pslice.parser = self - - # If input was supplied, pass to lexer - if input is not None: - lexer.input(input) - - if tokenfunc is None: - # Tokenize function - get_token = lexer.token - else: - get_token = tokenfunc - - # Set up the state and symbol stacks - - statestack = [ ] # Stack of parsing states - self.statestack = statestack - symstack = [ ] # Stack of grammar symbols - self.symstack = symstack - - pslice.stack = symstack # Put in the production - errtoken = None # Err token - - # The start state is assumed to be (0,$end) - - statestack.append(0) - sym = YaccSymbol() - sym.type = '$end' - symstack.append(sym) - state = 0 - while 1: - # Get the next symbol on the input. If a lookahead symbol - # is already set, we just use that. Otherwise, we'll pull - # the next token off of the lookaheadstack or from the lexer - - if not lookahead: - if not lookaheadstack: - lookahead = get_token() # Get the next token - else: - lookahead = lookaheadstack.pop() - if not lookahead: - lookahead = YaccSymbol() - lookahead.type = '$end' - - # Check the action table - ltype = lookahead.type - t = actions[state].get(ltype) - - if t is not None: - if t > 0: - # shift a symbol on the stack - statestack.append(t) - state = t - - symstack.append(lookahead) - lookahead = None - - # Decrease error count on successful shift - if errorcount: errorcount -=1 - continue - - if t < 0: - # reduce a symbol on the stack, emit a production - p = prod[-t] - pname = p.name - plen = p.len - - # Get production function - sym = YaccSymbol() - sym.type = pname # Production name - sym.value = None - - if plen: - targ = symstack[-plen-1:] - targ[0] = sym - - # --! TRACKING - if tracking: - t1 = targ[1] - sym.lineno = t1.lineno - sym.lexpos = t1.lexpos - t1 = targ[-1] - sym.endlineno = getattr(t1,"endlineno",t1.lineno) - sym.endlexpos = getattr(t1,"endlexpos",t1.lexpos) - - # --! TRACKING - - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - # The code enclosed in this section is duplicated - # below as a performance optimization. Make sure - # changes get made in both locations. - - pslice.slice = targ - - try: - # Call the grammar rule with our special slice object - del symstack[-plen:] - del statestack[-plen:] - p.callable(pslice) - symstack.append(sym) - state = goto[statestack[-1]][pname] - statestack.append(state) - except SyntaxError: - # If an error was set. Enter error recovery state - lookaheadstack.append(lookahead) - symstack.pop() - statestack.pop() - state = statestack[-1] - sym.type = 'error' - lookahead = sym - errorcount = error_count - self.errorok = 0 - continue - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - - else: - - # --! TRACKING - if tracking: - sym.lineno = lexer.lineno - sym.lexpos = lexer.lexpos - # --! TRACKING - - targ = [ sym ] - - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - # The code enclosed in this section is duplicated - # above as a performance optimization. Make sure - # changes get made in both locations. - - pslice.slice = targ - - try: - # Call the grammar rule with our special slice object - p.callable(pslice) - symstack.append(sym) - state = goto[statestack[-1]][pname] - statestack.append(state) - except SyntaxError: - # If an error was set. Enter error recovery state - lookaheadstack.append(lookahead) - symstack.pop() - statestack.pop() - state = statestack[-1] - sym.type = 'error' - lookahead = sym - errorcount = error_count - self.errorok = 0 - continue - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - - if t == 0: - n = symstack[-1] - return getattr(n,"value",None) - - if t == None: - - # We have some kind of parsing error here. To handle - # this, we are going to push the current token onto - # the tokenstack and replace it with an 'error' token. - # If there are any synchronization rules, they may - # catch it. - # - # In addition to pushing the error token, we call call - # the user defined p_error() function if this is the - # first syntax error. This function is only called if - # errorcount == 0. - if errorcount == 0 or self.errorok: - errorcount = error_count - self.errorok = 0 - errtoken = lookahead - if errtoken.type == '$end': - errtoken = None # End of file! - if self.errorfunc: - global errok,token,restart - errok = self.errok # Set some special functions available in error recovery - token = get_token - restart = self.restart - if errtoken and not hasattr(errtoken,'lexer'): - errtoken.lexer = lexer - tok = self.errorfunc(errtoken) - del errok, token, restart # Delete special functions - - if self.errorok: - # User must have done some kind of panic - # mode recovery on their own. The - # returned token is the next lookahead - lookahead = tok - errtoken = None - continue - else: - if errtoken: - if hasattr(errtoken,"lineno"): lineno = lookahead.lineno - else: lineno = 0 - if lineno: - sys.stderr.write("yacc: Syntax error at line %d, token=%s\n" % (lineno, errtoken.type)) - else: - sys.stderr.write("yacc: Syntax error, token=%s" % errtoken.type) - else: - sys.stderr.write("yacc: Parse error in input. EOF\n") - return - - else: - errorcount = error_count - - # case 1: the statestack only has 1 entry on it. If we're in this state, the - # entire parse has been rolled back and we're completely hosed. The token is - # discarded and we just keep going. - - if len(statestack) <= 1 and lookahead.type != '$end': - lookahead = None - errtoken = None - state = 0 - # Nuke the pushback stack - del lookaheadstack[:] - continue - - # case 2: the statestack has a couple of entries on it, but we're - # at the end of the file. nuke the top entry and generate an error token - - # Start nuking entries on the stack - if lookahead.type == '$end': - # Whoa. We're really hosed here. Bail out - return - - if lookahead.type != 'error': - sym = symstack[-1] - if sym.type == 'error': - # Hmmm. Error is on top of stack, we'll just nuke input - # symbol and continue - lookahead = None - continue - t = YaccSymbol() - t.type = 'error' - if hasattr(lookahead,"lineno"): - t.lineno = lookahead.lineno - t.value = lookahead - lookaheadstack.append(lookahead) - lookahead = t - else: - symstack.pop() - statestack.pop() - state = statestack[-1] # Potential bug fix - - continue - - # Call an error function here - raise RuntimeError("yacc: internal parser error!!!\n") - - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - # parseopt_notrack(). - # - # Optimized version of parseopt() with line number tracking removed. - # DO NOT EDIT THIS CODE DIRECTLY. Copy the optimized version and remove - # code in the #--! TRACKING sections - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - - def parseopt_notrack(self,input=None,lexer=None,debug=0,tracking=0,tokenfunc=None): - lookahead = None # Current lookahead symbol - lookaheadstack = [ ] # Stack of lookahead symbols - actions = self.action # Local reference to action table (to avoid lookup on self.) - goto = self.goto # Local reference to goto table (to avoid lookup on self.) - prod = self.productions # Local reference to production list (to avoid lookup on self.) - pslice = YaccProduction(None) # Production object passed to grammar rules - errorcount = 0 # Used during error recovery - - # If no lexer was given, we will try to use the lex module - if not lexer: - lex = load_ply_lex() - lexer = lex.lexer - - # Set up the lexer and parser objects on pslice - pslice.lexer = lexer - pslice.parser = self - - # If input was supplied, pass to lexer - if input is not None: - lexer.input(input) - - if tokenfunc is None: - # Tokenize function - get_token = lexer.token - else: - get_token = tokenfunc - - # Set up the state and symbol stacks - - statestack = [ ] # Stack of parsing states - self.statestack = statestack - symstack = [ ] # Stack of grammar symbols - self.symstack = symstack - - pslice.stack = symstack # Put in the production - errtoken = None # Err token - - # The start state is assumed to be (0,$end) - - statestack.append(0) - sym = YaccSymbol() - sym.type = '$end' - symstack.append(sym) - state = 0 - while 1: - # Get the next symbol on the input. If a lookahead symbol - # is already set, we just use that. Otherwise, we'll pull - # the next token off of the lookaheadstack or from the lexer - - if not lookahead: - if not lookaheadstack: - lookahead = get_token() # Get the next token - else: - lookahead = lookaheadstack.pop() - if not lookahead: - lookahead = YaccSymbol() - lookahead.type = '$end' - - # Check the action table - ltype = lookahead.type - t = actions[state].get(ltype) - - if t is not None: - if t > 0: - # shift a symbol on the stack - statestack.append(t) - state = t - - symstack.append(lookahead) - lookahead = None - - # Decrease error count on successful shift - if errorcount: errorcount -=1 - continue - - if t < 0: - # reduce a symbol on the stack, emit a production - p = prod[-t] - pname = p.name - plen = p.len - - # Get production function - sym = YaccSymbol() - sym.type = pname # Production name - sym.value = None - - if plen: - targ = symstack[-plen-1:] - targ[0] = sym - - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - # The code enclosed in this section is duplicated - # below as a performance optimization. Make sure - # changes get made in both locations. - - pslice.slice = targ - - try: - # Call the grammar rule with our special slice object - del symstack[-plen:] - del statestack[-plen:] - p.callable(pslice) - symstack.append(sym) - state = goto[statestack[-1]][pname] - statestack.append(state) - except SyntaxError: - # If an error was set. Enter error recovery state - lookaheadstack.append(lookahead) - symstack.pop() - statestack.pop() - state = statestack[-1] - sym.type = 'error' - lookahead = sym - errorcount = error_count - self.errorok = 0 - continue - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - - else: - - targ = [ sym ] - - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - # The code enclosed in this section is duplicated - # above as a performance optimization. Make sure - # changes get made in both locations. - - pslice.slice = targ - - try: - # Call the grammar rule with our special slice object - p.callable(pslice) - symstack.append(sym) - state = goto[statestack[-1]][pname] - statestack.append(state) - except SyntaxError: - # If an error was set. Enter error recovery state - lookaheadstack.append(lookahead) - symstack.pop() - statestack.pop() - state = statestack[-1] - sym.type = 'error' - lookahead = sym - errorcount = error_count - self.errorok = 0 - continue - # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! - - if t == 0: - n = symstack[-1] - return getattr(n,"value",None) - - if t == None: - - # We have some kind of parsing error here. To handle - # this, we are going to push the current token onto - # the tokenstack and replace it with an 'error' token. - # If there are any synchronization rules, they may - # catch it. - # - # In addition to pushing the error token, we call call - # the user defined p_error() function if this is the - # first syntax error. This function is only called if - # errorcount == 0. - if errorcount == 0 or self.errorok: - errorcount = error_count - self.errorok = 0 - errtoken = lookahead - if errtoken.type == '$end': - errtoken = None # End of file! - if self.errorfunc: - global errok,token,restart - errok = self.errok # Set some special functions available in error recovery - token = get_token - restart = self.restart - if errtoken and not hasattr(errtoken,'lexer'): - errtoken.lexer = lexer - tok = self.errorfunc(errtoken) - del errok, token, restart # Delete special functions - - if self.errorok: - # User must have done some kind of panic - # mode recovery on their own. The - # returned token is the next lookahead - lookahead = tok - errtoken = None - continue - else: - if errtoken: - if hasattr(errtoken,"lineno"): lineno = lookahead.lineno - else: lineno = 0 - if lineno: - sys.stderr.write("yacc: Syntax error at line %d, token=%s\n" % (lineno, errtoken.type)) - else: - sys.stderr.write("yacc: Syntax error, token=%s" % errtoken.type) - else: - sys.stderr.write("yacc: Parse error in input. EOF\n") - return - - else: - errorcount = error_count - - # case 1: the statestack only has 1 entry on it. If we're in this state, the - # entire parse has been rolled back and we're completely hosed. The token is - # discarded and we just keep going. - - if len(statestack) <= 1 and lookahead.type != '$end': - lookahead = None - errtoken = None - state = 0 - # Nuke the pushback stack - del lookaheadstack[:] - continue - - # case 2: the statestack has a couple of entries on it, but we're - # at the end of the file. nuke the top entry and generate an error token - - # Start nuking entries on the stack - if lookahead.type == '$end': - # Whoa. We're really hosed here. Bail out - return - - if lookahead.type != 'error': - sym = symstack[-1] - if sym.type == 'error': - # Hmmm. Error is on top of stack, we'll just nuke input - # symbol and continue - lookahead = None - continue - t = YaccSymbol() - t.type = 'error' - if hasattr(lookahead,"lineno"): - t.lineno = lookahead.lineno - t.value = lookahead - lookaheadstack.append(lookahead) - lookahead = t - else: - symstack.pop() - statestack.pop() - state = statestack[-1] # Potential bug fix - - continue - - # Call an error function here - raise RuntimeError("yacc: internal parser error!!!\n") - -# ----------------------------------------------------------------------------- -# === Grammar Representation === -# -# The following functions, classes, and variables are used to represent and -# manipulate the rules that make up a grammar. -# ----------------------------------------------------------------------------- - -import re - -# regex matching identifiers -_is_identifier = re.compile(r'^[a-zA-Z0-9_-]+$') - -# ----------------------------------------------------------------------------- -# class Production: -# -# This class stores the raw information about a single production or grammar rule. -# A grammar rule refers to a specification such as this: -# -# expr : expr PLUS term -# -# Here are the basic attributes defined on all productions -# -# name - Name of the production. For example 'expr' -# prod - A list of symbols on the right side ['expr','PLUS','term'] -# prec - Production precedence level -# number - Production number. -# func - Function that executes on reduce -# file - File where production function is defined -# lineno - Line number where production function is defined -# -# The following attributes are defined or optional. -# -# len - Length of the production (number of symbols on right hand side) -# usyms - Set of unique symbols found in the production -# ----------------------------------------------------------------------------- - -class Production(object): - reduced = 0 - def __init__(self,number,name,prod,precedence=('right',0),func=None,file='',line=0): - self.name = name - self.prod = tuple(prod) - self.number = number - self.func = func - self.callable = None - self.file = file - self.line = line - self.prec = precedence - - # Internal settings used during table construction - - self.len = len(self.prod) # Length of the production - - # Create a list of unique production symbols used in the production - self.usyms = [ ] - for s in self.prod: - if s not in self.usyms: - self.usyms.append(s) - - # List of all LR items for the production - self.lr_items = [] - self.lr_next = None - - # Create a string representation - if self.prod: - self.str = "%s -> %s" % (self.name," ".join(self.prod)) - else: - self.str = "%s -> " % self.name - - def __str__(self): - return self.str - - def __repr__(self): - return "Production("+str(self)+")" - - def __len__(self): - return len(self.prod) - - def __nonzero__(self): - return 1 - - def __getitem__(self,index): - return self.prod[index] - - # Return the nth lr_item from the production (or None if at the end) - def lr_item(self,n): - if n > len(self.prod): return None - p = LRItem(self,n) - - # Precompute the list of productions immediately following. Hack. Remove later - try: - p.lr_after = Prodnames[p.prod[n+1]] - except (IndexError,KeyError): - p.lr_after = [] - try: - p.lr_before = p.prod[n-1] - except IndexError: - p.lr_before = None - - return p - - # Bind the production function name to a callable - def bind(self,pdict): - if self.func: - self.callable = pdict[self.func] - -# This class serves as a minimal standin for Production objects when -# reading table data from files. It only contains information -# actually used by the LR parsing engine, plus some additional -# debugging information. -class MiniProduction(object): - def __init__(self,str,name,len,func,file,line): - self.name = name - self.len = len - self.func = func - self.callable = None - self.file = file - self.line = line - self.str = str - def __str__(self): - return self.str - def __repr__(self): - return "MiniProduction(%s)" % self.str - - # Bind the production function name to a callable - def bind(self,pdict): - if self.func: - self.callable = pdict[self.func] - - -# ----------------------------------------------------------------------------- -# class LRItem -# -# This class represents a specific stage of parsing a production rule. For -# example: -# -# expr : expr . PLUS term -# -# In the above, the "." represents the current location of the parse. Here -# basic attributes: -# -# name - Name of the production. For example 'expr' -# prod - A list of symbols on the right side ['expr','.', 'PLUS','term'] -# number - Production number. -# -# lr_next Next LR item. Example, if we are ' expr -> expr . PLUS term' -# then lr_next refers to 'expr -> expr PLUS . term' -# lr_index - LR item index (location of the ".") in the prod list. -# lookaheads - LALR lookahead symbols for this item -# len - Length of the production (number of symbols on right hand side) -# lr_after - List of all productions that immediately follow -# lr_before - Grammar symbol immediately before -# ----------------------------------------------------------------------------- - -class LRItem(object): - def __init__(self,p,n): - self.name = p.name - self.prod = list(p.prod) - self.number = p.number - self.lr_index = n - self.lookaheads = { } - self.prod.insert(n,".") - self.prod = tuple(self.prod) - self.len = len(self.prod) - self.usyms = p.usyms - - def __str__(self): - if self.prod: - s = "%s -> %s" % (self.name," ".join(self.prod)) - else: - s = "%s -> " % self.name - return s - - def __repr__(self): - return "LRItem("+str(self)+")" - -# ----------------------------------------------------------------------------- -# rightmost_terminal() -# -# Return the rightmost terminal from a list of symbols. Used in add_production() -# ----------------------------------------------------------------------------- -def rightmost_terminal(symbols, terminals): - i = len(symbols) - 1 - while i >= 0: - if symbols[i] in terminals: - return symbols[i] - i -= 1 - return None - -# ----------------------------------------------------------------------------- -# === GRAMMAR CLASS === -# -# The following class represents the contents of the specified grammar along -# with various computed properties such as first sets, follow sets, LR items, etc. -# This data is used for critical parts of the table generation process later. -# ----------------------------------------------------------------------------- - -class GrammarError(YaccError): pass - -class Grammar(object): - def __init__(self,terminals): - self.Productions = [None] # A list of all of the productions. The first - # entry is always reserved for the purpose of - # building an augmented grammar - - self.Prodnames = { } # A dictionary mapping the names of nonterminals to a list of all - # productions of that nonterminal. - - self.Prodmap = { } # A dictionary that is only used to detect duplicate - # productions. - - self.Terminals = { } # A dictionary mapping the names of terminal symbols to a - # list of the rules where they are used. - - for term in terminals: - self.Terminals[term] = [] - - self.Terminals['error'] = [] - - self.Nonterminals = { } # A dictionary mapping names of nonterminals to a list - # of rule numbers where they are used. - - self.First = { } # A dictionary of precomputed FIRST(x) symbols - - self.Follow = { } # A dictionary of precomputed FOLLOW(x) symbols - - self.Precedence = { } # Precedence rules for each terminal. Contains tuples of the - # form ('right',level) or ('nonassoc', level) or ('left',level) - - self.UsedPrecedence = { } # Precedence rules that were actually used by the grammer. - # This is only used to provide error checking and to generate - # a warning about unused precedence rules. - - self.Start = None # Starting symbol for the grammar - - - def __len__(self): - return len(self.Productions) - - def __getitem__(self,index): - return self.Productions[index] - - # ----------------------------------------------------------------------------- - # set_precedence() - # - # Sets the precedence for a given terminal. assoc is the associativity such as - # 'left','right', or 'nonassoc'. level is a numeric level. - # - # ----------------------------------------------------------------------------- - - def set_precedence(self,term,assoc,level): - assert self.Productions == [None],"Must call set_precedence() before add_production()" - if term in self.Precedence: - raise GrammarError("Precedence already specified for terminal '%s'" % term) - if assoc not in ['left','right','nonassoc']: - raise GrammarError("Associativity must be one of 'left','right', or 'nonassoc'") - self.Precedence[term] = (assoc,level) - - # ----------------------------------------------------------------------------- - # add_production() - # - # Given an action function, this function assembles a production rule and - # computes its precedence level. - # - # The production rule is supplied as a list of symbols. For example, - # a rule such as 'expr : expr PLUS term' has a production name of 'expr' and - # symbols ['expr','PLUS','term']. - # - # Precedence is determined by the precedence of the right-most non-terminal - # or the precedence of a terminal specified by %prec. - # - # A variety of error checks are performed to make sure production symbols - # are valid and that %prec is used correctly. - # ----------------------------------------------------------------------------- - - def add_production(self,prodname,syms,func=None,file='',line=0): - - if prodname in self.Terminals: - raise GrammarError("%s:%d: Illegal rule name '%s'. Already defined as a token" % (file,line,prodname)) - if prodname == 'error': - raise GrammarError("%s:%d: Illegal rule name '%s'. error is a reserved word" % (file,line,prodname)) - if not _is_identifier.match(prodname): - raise GrammarError("%s:%d: Illegal rule name '%s'" % (file,line,prodname)) - - # Look for literal tokens - for n,s in enumerate(syms): - if s[0] in "'\"": - try: - c = eval(s) - if (len(c) > 1): - raise GrammarError("%s:%d: Literal token %s in rule '%s' may only be a single character" % (file,line,s, prodname)) - if not c in self.Terminals: - self.Terminals[c] = [] - syms[n] = c - continue - except SyntaxError: - pass - if not _is_identifier.match(s) and s != '%prec': - raise GrammarError("%s:%d: Illegal name '%s' in rule '%s'" % (file,line,s, prodname)) - - # Determine the precedence level - if '%prec' in syms: - if syms[-1] == '%prec': - raise GrammarError("%s:%d: Syntax error. Nothing follows %%prec" % (file,line)) - if syms[-2] != '%prec': - raise GrammarError("%s:%d: Syntax error. %%prec can only appear at the end of a grammar rule" % (file,line)) - precname = syms[-1] - prodprec = self.Precedence.get(precname,None) - if not prodprec: - raise GrammarError("%s:%d: Nothing known about the precedence of '%s'" % (file,line,precname)) - else: - self.UsedPrecedence[precname] = 1 - del syms[-2:] # Drop %prec from the rule - else: - # If no %prec, precedence is determined by the rightmost terminal symbol - precname = rightmost_terminal(syms,self.Terminals) - prodprec = self.Precedence.get(precname,('right',0)) - - # See if the rule is already in the rulemap - map = "%s -> %s" % (prodname,syms) - if map in self.Prodmap: - m = self.Prodmap[map] - raise GrammarError("%s:%d: Duplicate rule %s. " % (file,line, m) + - "Previous definition at %s:%d" % (m.file, m.line)) - - # From this point on, everything is valid. Create a new Production instance - pnumber = len(self.Productions) - if not prodname in self.Nonterminals: - self.Nonterminals[prodname] = [ ] - - # Add the production number to Terminals and Nonterminals - for t in syms: - if t in self.Terminals: - self.Terminals[t].append(pnumber) - else: - if not t in self.Nonterminals: - self.Nonterminals[t] = [ ] - self.Nonterminals[t].append(pnumber) - - # Create a production and add it to the list of productions - p = Production(pnumber,prodname,syms,prodprec,func,file,line) - self.Productions.append(p) - self.Prodmap[map] = p - - # Add to the global productions list - try: - self.Prodnames[prodname].append(p) - except KeyError: - self.Prodnames[prodname] = [ p ] - return 0 - - # ----------------------------------------------------------------------------- - # set_start() - # - # Sets the starting symbol and creates the augmented grammar. Production - # rule 0 is S' -> start where start is the start symbol. - # ----------------------------------------------------------------------------- - - def set_start(self,start=None): - if not start: - start = self.Productions[1].name - if start not in self.Nonterminals: - raise GrammarError("start symbol %s undefined" % start) - self.Productions[0] = Production(0,"S'",[start]) - self.Nonterminals[start].append(0) - self.Start = start - - # ----------------------------------------------------------------------------- - # find_unreachable() - # - # Find all of the nonterminal symbols that can't be reached from the starting - # symbol. Returns a list of nonterminals that can't be reached. - # ----------------------------------------------------------------------------- - - def find_unreachable(self): - - # Mark all symbols that are reachable from a symbol s - def mark_reachable_from(s): - if reachable[s]: - # We've already reached symbol s. - return - reachable[s] = 1 - for p in self.Prodnames.get(s,[]): - for r in p.prod: - mark_reachable_from(r) - - reachable = { } - for s in list(self.Terminals) + list(self.Nonterminals): - reachable[s] = 0 - - mark_reachable_from( self.Productions[0].prod[0] ) - - return [s for s in list(self.Nonterminals) - if not reachable[s]] - - # ----------------------------------------------------------------------------- - # infinite_cycles() - # - # This function looks at the various parsing rules and tries to detect - # infinite recursion cycles (grammar rules where there is no possible way - # to derive a string of only terminals). - # ----------------------------------------------------------------------------- - - def infinite_cycles(self): - terminates = {} - - # Terminals: - for t in self.Terminals: - terminates[t] = 1 - - terminates['$end'] = 1 - - # Nonterminals: - - # Initialize to false: - for n in self.Nonterminals: - terminates[n] = 0 - - # Then propagate termination until no change: - while 1: - some_change = 0 - for (n,pl) in self.Prodnames.items(): - # Nonterminal n terminates iff any of its productions terminates. - for p in pl: - # Production p terminates iff all of its rhs symbols terminate. - for s in p.prod: - if not terminates[s]: - # The symbol s does not terminate, - # so production p does not terminate. - p_terminates = 0 - break - else: - # didn't break from the loop, - # so every symbol s terminates - # so production p terminates. - p_terminates = 1 - - if p_terminates: - # symbol n terminates! - if not terminates[n]: - terminates[n] = 1 - some_change = 1 - # Don't need to consider any more productions for this n. - break - - if not some_change: - break - - infinite = [] - for (s,term) in terminates.items(): - if not term: - if not s in self.Prodnames and not s in self.Terminals and s != 'error': - # s is used-but-not-defined, and we've already warned of that, - # so it would be overkill to say that it's also non-terminating. - pass - else: - infinite.append(s) - - return infinite - - - # ----------------------------------------------------------------------------- - # undefined_symbols() - # - # Find all symbols that were used the grammar, but not defined as tokens or - # grammar rules. Returns a list of tuples (sym, prod) where sym in the symbol - # and prod is the production where the symbol was used. - # ----------------------------------------------------------------------------- - def undefined_symbols(self): - result = [] - for p in self.Productions: - if not p: continue - - for s in p.prod: - if not s in self.Prodnames and not s in self.Terminals and s != 'error': - result.append((s,p)) - return result - - # ----------------------------------------------------------------------------- - # unused_terminals() - # - # Find all terminals that were defined, but not used by the grammar. Returns - # a list of all symbols. - # ----------------------------------------------------------------------------- - def unused_terminals(self): - unused_tok = [] - for s,v in self.Terminals.items(): - if s != 'error' and not v: - unused_tok.append(s) - - return unused_tok - - # ------------------------------------------------------------------------------ - # unused_rules() - # - # Find all grammar rules that were defined, but not used (maybe not reachable) - # Returns a list of productions. - # ------------------------------------------------------------------------------ - - def unused_rules(self): - unused_prod = [] - for s,v in self.Nonterminals.items(): - if not v: - p = self.Prodnames[s][0] - unused_prod.append(p) - return unused_prod - - # ----------------------------------------------------------------------------- - # unused_precedence() - # - # Returns a list of tuples (term,precedence) corresponding to precedence - # rules that were never used by the grammar. term is the name of the terminal - # on which precedence was applied and precedence is a string such as 'left' or - # 'right' corresponding to the type of precedence. - # ----------------------------------------------------------------------------- - - def unused_precedence(self): - unused = [] - for termname in self.Precedence: - if not (termname in self.Terminals or termname in self.UsedPrecedence): - unused.append((termname,self.Precedence[termname][0])) - - return unused - - # ------------------------------------------------------------------------- - # _first() - # - # Compute the value of FIRST1(beta) where beta is a tuple of symbols. - # - # During execution of compute_first1, the result may be incomplete. - # Afterward (e.g., when called from compute_follow()), it will be complete. - # ------------------------------------------------------------------------- - def _first(self,beta): - - # We are computing First(x1,x2,x3,...,xn) - result = [ ] - for x in beta: - x_produces_empty = 0 - - # Add all the non- symbols of First[x] to the result. - for f in self.First[x]: - if f == '': - x_produces_empty = 1 - else: - if f not in result: result.append(f) - - if x_produces_empty: - # We have to consider the next x in beta, - # i.e. stay in the loop. - pass - else: - # We don't have to consider any further symbols in beta. - break - else: - # There was no 'break' from the loop, - # so x_produces_empty was true for all x in beta, - # so beta produces empty as well. - result.append('') - - return result - - # ------------------------------------------------------------------------- - # compute_first() - # - # Compute the value of FIRST1(X) for all symbols - # ------------------------------------------------------------------------- - def compute_first(self): - if self.First: - return self.First - - # Terminals: - for t in self.Terminals: - self.First[t] = [t] - - self.First['$end'] = ['$end'] - - # Nonterminals: - - # Initialize to the empty set: - for n in self.Nonterminals: - self.First[n] = [] - - # Then propagate symbols until no change: - while 1: - some_change = 0 - for n in self.Nonterminals: - for p in self.Prodnames[n]: - for f in self._first(p.prod): - if f not in self.First[n]: - self.First[n].append( f ) - some_change = 1 - if not some_change: - break - - return self.First - - # --------------------------------------------------------------------- - # compute_follow() - # - # Computes all of the follow sets for every non-terminal symbol. The - # follow set is the set of all symbols that might follow a given - # non-terminal. See the Dragon book, 2nd Ed. p. 189. - # --------------------------------------------------------------------- - def compute_follow(self,start=None): - # If already computed, return the result - if self.Follow: - return self.Follow - - # If first sets not computed yet, do that first. - if not self.First: - self.compute_first() - - # Add '$end' to the follow list of the start symbol - for k in self.Nonterminals: - self.Follow[k] = [ ] - - if not start: - start = self.Productions[1].name - - self.Follow[start] = [ '$end' ] - - while 1: - didadd = 0 - for p in self.Productions[1:]: - # Here is the production set - for i in range(len(p.prod)): - B = p.prod[i] - if B in self.Nonterminals: - # Okay. We got a non-terminal in a production - fst = self._first(p.prod[i+1:]) - hasempty = 0 - for f in fst: - if f != '' and f not in self.Follow[B]: - self.Follow[B].append(f) - didadd = 1 - if f == '': - hasempty = 1 - if hasempty or i == (len(p.prod)-1): - # Add elements of follow(a) to follow(b) - for f in self.Follow[p.name]: - if f not in self.Follow[B]: - self.Follow[B].append(f) - didadd = 1 - if not didadd: break - return self.Follow - - - # ----------------------------------------------------------------------------- - # build_lritems() - # - # This function walks the list of productions and builds a complete set of the - # LR items. The LR items are stored in two ways: First, they are uniquely - # numbered and placed in the list _lritems. Second, a linked list of LR items - # is built for each production. For example: - # - # E -> E PLUS E - # - # Creates the list - # - # [E -> . E PLUS E, E -> E . PLUS E, E -> E PLUS . E, E -> E PLUS E . ] - # ----------------------------------------------------------------------------- - - def build_lritems(self): - for p in self.Productions: - lastlri = p - i = 0 - lr_items = [] - while 1: - if i > len(p): - lri = None - else: - lri = LRItem(p,i) - # Precompute the list of productions immediately following - try: - lri.lr_after = self.Prodnames[lri.prod[i+1]] - except (IndexError,KeyError): - lri.lr_after = [] - try: - lri.lr_before = lri.prod[i-1] - except IndexError: - lri.lr_before = None - - lastlri.lr_next = lri - if not lri: break - lr_items.append(lri) - lastlri = lri - i += 1 - p.lr_items = lr_items - -# ----------------------------------------------------------------------------- -# == Class LRTable == -# -# This basic class represents a basic table of LR parsing information. -# Methods for generating the tables are not defined here. They are defined -# in the derived class LRGeneratedTable. -# ----------------------------------------------------------------------------- - -class VersionError(YaccError): pass - -class LRTable(object): - def __init__(self): - self.lr_action = None - self.lr_goto = None - self.lr_productions = None - self.lr_method = None - - def read_table(self,module): - if isinstance(module,types.ModuleType): - parsetab = module - else: - if sys.version_info[0] < 3: - exec("import %s as parsetab" % module) - else: - env = { } - exec("import %s as parsetab" % module, env, env) - parsetab = env['parsetab'] - - if parsetab._tabversion != __tabversion__: - raise VersionError("yacc table file version is out of date") - - self.lr_action = parsetab._lr_action - self.lr_goto = parsetab._lr_goto - - self.lr_productions = [] - for p in parsetab._lr_productions: - self.lr_productions.append(MiniProduction(*p)) - - self.lr_method = parsetab._lr_method - return parsetab._lr_signature - - def read_pickle(self,filename): - try: - import cPickle as pickle - except ImportError: - import pickle - - in_f = open(filename,"rb") - - tabversion = pickle.load(in_f) - if tabversion != __tabversion__: - raise VersionError("yacc table file version is out of date") - self.lr_method = pickle.load(in_f) - signature = pickle.load(in_f) - self.lr_action = pickle.load(in_f) - self.lr_goto = pickle.load(in_f) - productions = pickle.load(in_f) - - self.lr_productions = [] - for p in productions: - self.lr_productions.append(MiniProduction(*p)) - - in_f.close() - return signature - - # Bind all production function names to callable objects in pdict - def bind_callables(self,pdict): - for p in self.lr_productions: - p.bind(pdict) - -# ----------------------------------------------------------------------------- -# === LR Generator === -# -# The following classes and functions are used to generate LR parsing tables on -# a grammar. -# ----------------------------------------------------------------------------- - -# ----------------------------------------------------------------------------- -# digraph() -# traverse() -# -# The following two functions are used to compute set valued functions -# of the form: -# -# F(x) = F'(x) U U{F(y) | x R y} -# -# This is used to compute the values of Read() sets as well as FOLLOW sets -# in LALR(1) generation. -# -# Inputs: X - An input set -# R - A relation -# FP - Set-valued function -# ------------------------------------------------------------------------------ - -def digraph(X,R,FP): - N = { } - for x in X: - N[x] = 0 - stack = [] - F = { } - for x in X: - if N[x] == 0: traverse(x,N,stack,F,X,R,FP) - return F - -def traverse(x,N,stack,F,X,R,FP): - stack.append(x) - d = len(stack) - N[x] = d - F[x] = FP(x) # F(X) <- F'(x) - - rel = R(x) # Get y's related to x - for y in rel: - if N[y] == 0: - traverse(y,N,stack,F,X,R,FP) - N[x] = min(N[x],N[y]) - for a in F.get(y,[]): - if a not in F[x]: F[x].append(a) - if N[x] == d: - N[stack[-1]] = MAXINT - F[stack[-1]] = F[x] - element = stack.pop() - while element != x: - N[stack[-1]] = MAXINT - F[stack[-1]] = F[x] - element = stack.pop() - -class LALRError(YaccError): pass - -# ----------------------------------------------------------------------------- -# == LRGeneratedTable == -# -# This class implements the LR table generation algorithm. There are no -# public methods except for write() -# ----------------------------------------------------------------------------- - -class LRGeneratedTable(LRTable): - def __init__(self,grammar,method='LALR',log=None): - if method not in ['SLR','LALR']: - raise LALRError("Unsupported method %s" % method) - - self.grammar = grammar - self.lr_method = method - - # Set up the logger - if not log: - log = NullLogger() - self.log = log - - # Internal attributes - self.lr_action = {} # Action table - self.lr_goto = {} # Goto table - self.lr_productions = grammar.Productions # Copy of grammar Production array - self.lr_goto_cache = {} # Cache of computed gotos - self.lr0_cidhash = {} # Cache of closures - - self._add_count = 0 # Internal counter used to detect cycles - - # Diagonistic information filled in by the table generator - self.sr_conflict = 0 - self.rr_conflict = 0 - self.conflicts = [] # List of conflicts - - self.sr_conflicts = [] - self.rr_conflicts = [] - - # Build the tables - self.grammar.build_lritems() - self.grammar.compute_first() - self.grammar.compute_follow() - self.lr_parse_table() - - # Compute the LR(0) closure operation on I, where I is a set of LR(0) items. - - def lr0_closure(self,I): - self._add_count += 1 - - # Add everything in I to J - J = I[:] - didadd = 1 - while didadd: - didadd = 0 - for j in J: - for x in j.lr_after: - if getattr(x,"lr0_added",0) == self._add_count: continue - # Add B --> .G to J - J.append(x.lr_next) - x.lr0_added = self._add_count - didadd = 1 - - return J - - # Compute the LR(0) goto function goto(I,X) where I is a set - # of LR(0) items and X is a grammar symbol. This function is written - # in a way that guarantees uniqueness of the generated goto sets - # (i.e. the same goto set will never be returned as two different Python - # objects). With uniqueness, we can later do fast set comparisons using - # id(obj) instead of element-wise comparison. - - def lr0_goto(self,I,x): - # First we look for a previously cached entry - g = self.lr_goto_cache.get((id(I),x),None) - if g: return g - - # Now we generate the goto set in a way that guarantees uniqueness - # of the result - - s = self.lr_goto_cache.get(x,None) - if not s: - s = { } - self.lr_goto_cache[x] = s - - gs = [ ] - for p in I: - n = p.lr_next - if n and n.lr_before == x: - s1 = s.get(id(n),None) - if not s1: - s1 = { } - s[id(n)] = s1 - gs.append(n) - s = s1 - g = s.get('$end',None) - if not g: - if gs: - g = self.lr0_closure(gs) - s['$end'] = g - else: - s['$end'] = gs - self.lr_goto_cache[(id(I),x)] = g - return g - - # Compute the LR(0) sets of item function - def lr0_items(self): - - C = [ self.lr0_closure([self.grammar.Productions[0].lr_next]) ] - i = 0 - for I in C: - self.lr0_cidhash[id(I)] = i - i += 1 - - # Loop over the items in C and each grammar symbols - i = 0 - while i < len(C): - I = C[i] - i += 1 - - # Collect all of the symbols that could possibly be in the goto(I,X) sets - asyms = { } - for ii in I: - for s in ii.usyms: - asyms[s] = None - - for x in asyms: - g = self.lr0_goto(I,x) - if not g: continue - if id(g) in self.lr0_cidhash: continue - self.lr0_cidhash[id(g)] = len(C) - C.append(g) - - return C - - # ----------------------------------------------------------------------------- - # ==== LALR(1) Parsing ==== - # - # LALR(1) parsing is almost exactly the same as SLR except that instead of - # relying upon Follow() sets when performing reductions, a more selective - # lookahead set that incorporates the state of the LR(0) machine is utilized. - # Thus, we mainly just have to focus on calculating the lookahead sets. - # - # The method used here is due to DeRemer and Pennelo (1982). - # - # DeRemer, F. L., and T. J. Pennelo: "Efficient Computation of LALR(1) - # Lookahead Sets", ACM Transactions on Programming Languages and Systems, - # Vol. 4, No. 4, Oct. 1982, pp. 615-649 - # - # Further details can also be found in: - # - # J. Tremblay and P. Sorenson, "The Theory and Practice of Compiler Writing", - # McGraw-Hill Book Company, (1985). - # - # ----------------------------------------------------------------------------- - - # ----------------------------------------------------------------------------- - # compute_nullable_nonterminals() - # - # Creates a dictionary containing all of the non-terminals that might produce - # an empty production. - # ----------------------------------------------------------------------------- - - def compute_nullable_nonterminals(self): - nullable = {} - num_nullable = 0 - while 1: - for p in self.grammar.Productions[1:]: - if p.len == 0: - nullable[p.name] = 1 - continue - for t in p.prod: - if not t in nullable: break - else: - nullable[p.name] = 1 - if len(nullable) == num_nullable: break - num_nullable = len(nullable) - return nullable - - # ----------------------------------------------------------------------------- - # find_nonterminal_trans(C) - # - # Given a set of LR(0) items, this functions finds all of the non-terminal - # transitions. These are transitions in which a dot appears immediately before - # a non-terminal. Returns a list of tuples of the form (state,N) where state - # is the state number and N is the nonterminal symbol. - # - # The input C is the set of LR(0) items. - # ----------------------------------------------------------------------------- - - def find_nonterminal_transitions(self,C): - trans = [] - for state in range(len(C)): - for p in C[state]: - if p.lr_index < p.len - 1: - t = (state,p.prod[p.lr_index+1]) - if t[1] in self.grammar.Nonterminals: - if t not in trans: trans.append(t) - state = state + 1 - return trans - - # ----------------------------------------------------------------------------- - # dr_relation() - # - # Computes the DR(p,A) relationships for non-terminal transitions. The input - # is a tuple (state,N) where state is a number and N is a nonterminal symbol. - # - # Returns a list of terminals. - # ----------------------------------------------------------------------------- - - def dr_relation(self,C,trans,nullable): - dr_set = { } - state,N = trans - terms = [] - - g = self.lr0_goto(C[state],N) - for p in g: - if p.lr_index < p.len - 1: - a = p.prod[p.lr_index+1] - if a in self.grammar.Terminals: - if a not in terms: terms.append(a) - - # This extra bit is to handle the start state - if state == 0 and N == self.grammar.Productions[0].prod[0]: - terms.append('$end') - - return terms - - # ----------------------------------------------------------------------------- - # reads_relation() - # - # Computes the READS() relation (p,A) READS (t,C). - # ----------------------------------------------------------------------------- - - def reads_relation(self,C, trans, empty): - # Look for empty transitions - rel = [] - state, N = trans - - g = self.lr0_goto(C[state],N) - j = self.lr0_cidhash.get(id(g),-1) - for p in g: - if p.lr_index < p.len - 1: - a = p.prod[p.lr_index + 1] - if a in empty: - rel.append((j,a)) - - return rel - - # ----------------------------------------------------------------------------- - # compute_lookback_includes() - # - # Determines the lookback and includes relations - # - # LOOKBACK: - # - # This relation is determined by running the LR(0) state machine forward. - # For example, starting with a production "N : . A B C", we run it forward - # to obtain "N : A B C ." We then build a relationship between this final - # state and the starting state. These relationships are stored in a dictionary - # lookdict. - # - # INCLUDES: - # - # Computes the INCLUDE() relation (p,A) INCLUDES (p',B). - # - # This relation is used to determine non-terminal transitions that occur - # inside of other non-terminal transition states. (p,A) INCLUDES (p', B) - # if the following holds: - # - # B -> LAT, where T -> epsilon and p' -L-> p - # - # L is essentially a prefix (which may be empty), T is a suffix that must be - # able to derive an empty string. State p' must lead to state p with the string L. - # - # ----------------------------------------------------------------------------- - - def compute_lookback_includes(self,C,trans,nullable): - - lookdict = {} # Dictionary of lookback relations - includedict = {} # Dictionary of include relations - - # Make a dictionary of non-terminal transitions - dtrans = {} - for t in trans: - dtrans[t] = 1 - - # Loop over all transitions and compute lookbacks and includes - for state,N in trans: - lookb = [] - includes = [] - for p in C[state]: - if p.name != N: continue - - # Okay, we have a name match. We now follow the production all the way - # through the state machine until we get the . on the right hand side - - lr_index = p.lr_index - j = state - while lr_index < p.len - 1: - lr_index = lr_index + 1 - t = p.prod[lr_index] - - # Check to see if this symbol and state are a non-terminal transition - if (j,t) in dtrans: - # Yes. Okay, there is some chance that this is an includes relation - # the only way to know for certain is whether the rest of the - # production derives empty - - li = lr_index + 1 - while li < p.len: - if p.prod[li] in self.grammar.Terminals: break # No forget it - if not p.prod[li] in nullable: break - li = li + 1 - else: - # Appears to be a relation between (j,t) and (state,N) - includes.append((j,t)) - - g = self.lr0_goto(C[j],t) # Go to next set - j = self.lr0_cidhash.get(id(g),-1) # Go to next state - - # When we get here, j is the final state, now we have to locate the production - for r in C[j]: - if r.name != p.name: continue - if r.len != p.len: continue - i = 0 - # This look is comparing a production ". A B C" with "A B C ." - while i < r.lr_index: - if r.prod[i] != p.prod[i+1]: break - i = i + 1 - else: - lookb.append((j,r)) - for i in includes: - if not i in includedict: includedict[i] = [] - includedict[i].append((state,N)) - lookdict[(state,N)] = lookb - - return lookdict,includedict - - # ----------------------------------------------------------------------------- - # compute_read_sets() - # - # Given a set of LR(0) items, this function computes the read sets. - # - # Inputs: C = Set of LR(0) items - # ntrans = Set of nonterminal transitions - # nullable = Set of empty transitions - # - # Returns a set containing the read sets - # ----------------------------------------------------------------------------- - - def compute_read_sets(self,C, ntrans, nullable): - FP = lambda x: self.dr_relation(C,x,nullable) - R = lambda x: self.reads_relation(C,x,nullable) - F = digraph(ntrans,R,FP) - return F - - # ----------------------------------------------------------------------------- - # compute_follow_sets() - # - # Given a set of LR(0) items, a set of non-terminal transitions, a readset, - # and an include set, this function computes the follow sets - # - # Follow(p,A) = Read(p,A) U U {Follow(p',B) | (p,A) INCLUDES (p',B)} - # - # Inputs: - # ntrans = Set of nonterminal transitions - # readsets = Readset (previously computed) - # inclsets = Include sets (previously computed) - # - # Returns a set containing the follow sets - # ----------------------------------------------------------------------------- - - def compute_follow_sets(self,ntrans,readsets,inclsets): - FP = lambda x: readsets[x] - R = lambda x: inclsets.get(x,[]) - F = digraph(ntrans,R,FP) - return F - - # ----------------------------------------------------------------------------- - # add_lookaheads() - # - # Attaches the lookahead symbols to grammar rules. - # - # Inputs: lookbacks - Set of lookback relations - # followset - Computed follow set - # - # This function directly attaches the lookaheads to productions contained - # in the lookbacks set - # ----------------------------------------------------------------------------- - - def add_lookaheads(self,lookbacks,followset): - for trans,lb in lookbacks.items(): - # Loop over productions in lookback - for state,p in lb: - if not state in p.lookaheads: - p.lookaheads[state] = [] - f = followset.get(trans,[]) - for a in f: - if a not in p.lookaheads[state]: p.lookaheads[state].append(a) - - # ----------------------------------------------------------------------------- - # add_lalr_lookaheads() - # - # This function does all of the work of adding lookahead information for use - # with LALR parsing - # ----------------------------------------------------------------------------- - - def add_lalr_lookaheads(self,C): - # Determine all of the nullable nonterminals - nullable = self.compute_nullable_nonterminals() - - # Find all non-terminal transitions - trans = self.find_nonterminal_transitions(C) - - # Compute read sets - readsets = self.compute_read_sets(C,trans,nullable) - - # Compute lookback/includes relations - lookd, included = self.compute_lookback_includes(C,trans,nullable) - - # Compute LALR FOLLOW sets - followsets = self.compute_follow_sets(trans,readsets,included) - - # Add all of the lookaheads - self.add_lookaheads(lookd,followsets) - - # ----------------------------------------------------------------------------- - # lr_parse_table() - # - # This function constructs the parse tables for SLR or LALR - # ----------------------------------------------------------------------------- - def lr_parse_table(self): - Productions = self.grammar.Productions - Precedence = self.grammar.Precedence - goto = self.lr_goto # Goto array - action = self.lr_action # Action array - log = self.log # Logger for output - - actionp = { } # Action production array (temporary) - - log.info("Parsing method: %s", self.lr_method) - - # Step 1: Construct C = { I0, I1, ... IN}, collection of LR(0) items - # This determines the number of states - - C = self.lr0_items() - - if self.lr_method == 'LALR': - self.add_lalr_lookaheads(C) - - # Build the parser table, state by state - st = 0 - for I in C: - # Loop over each production in I - actlist = [ ] # List of actions - st_action = { } - st_actionp = { } - st_goto = { } - log.info("") - log.info("state %d", st) - log.info("") - for p in I: - log.info(" (%d) %s", p.number, str(p)) - log.info("") - - for p in I: - if p.len == p.lr_index + 1: - if p.name == "S'": - # Start symbol. Accept! - st_action["$end"] = 0 - st_actionp["$end"] = p - else: - # We are at the end of a production. Reduce! - if self.lr_method == 'LALR': - laheads = p.lookaheads[st] - else: - laheads = self.grammar.Follow[p.name] - for a in laheads: - actlist.append((a,p,"reduce using rule %d (%s)" % (p.number,p))) - r = st_action.get(a,None) - if r is not None: - # Whoa. Have a shift/reduce or reduce/reduce conflict - if r > 0: - # Need to decide on shift or reduce here - # By default we favor shifting. Need to add - # some precedence rules here. - sprec,slevel = Productions[st_actionp[a].number].prec - rprec,rlevel = Precedence.get(a,('right',0)) - if (slevel < rlevel) or ((slevel == rlevel) and (rprec == 'left')): - # We really need to reduce here. - st_action[a] = -p.number - st_actionp[a] = p - if not slevel and not rlevel: - log.info(" ! shift/reduce conflict for %s resolved as reduce",a) - self.sr_conflicts.append((st,a,'reduce')) - Productions[p.number].reduced += 1 - elif (slevel == rlevel) and (rprec == 'nonassoc'): - st_action[a] = None - else: - # Hmmm. Guess we'll keep the shift - if not rlevel: - log.info(" ! shift/reduce conflict for %s resolved as shift",a) - self.sr_conflicts.append((st,a,'shift')) - elif r < 0: - # Reduce/reduce conflict. In this case, we favor the rule - # that was defined first in the grammar file - oldp = Productions[-r] - pp = Productions[p.number] - if oldp.line > pp.line: - st_action[a] = -p.number - st_actionp[a] = p - chosenp,rejectp = pp,oldp - Productions[p.number].reduced += 1 - Productions[oldp.number].reduced -= 1 - else: - chosenp,rejectp = oldp,pp - self.rr_conflicts.append((st,chosenp,rejectp)) - log.info(" ! reduce/reduce conflict for %s resolved using rule %d (%s)", a,st_actionp[a].number, st_actionp[a]) - else: - raise LALRError("Unknown conflict in state %d" % st) - else: - st_action[a] = -p.number - st_actionp[a] = p - Productions[p.number].reduced += 1 - else: - i = p.lr_index - a = p.prod[i+1] # Get symbol right after the "." - if a in self.grammar.Terminals: - g = self.lr0_goto(I,a) - j = self.lr0_cidhash.get(id(g),-1) - if j >= 0: - # We are in a shift state - actlist.append((a,p,"shift and go to state %d" % j)) - r = st_action.get(a,None) - if r is not None: - # Whoa have a shift/reduce or shift/shift conflict - if r > 0: - if r != j: - raise LALRError("Shift/shift conflict in state %d" % st) - elif r < 0: - # Do a precedence check. - # - if precedence of reduce rule is higher, we reduce. - # - if precedence of reduce is same and left assoc, we reduce. - # - otherwise we shift - rprec,rlevel = Productions[st_actionp[a].number].prec - sprec,slevel = Precedence.get(a,('right',0)) - if (slevel > rlevel) or ((slevel == rlevel) and (rprec == 'right')): - # We decide to shift here... highest precedence to shift - Productions[st_actionp[a].number].reduced -= 1 - st_action[a] = j - st_actionp[a] = p - if not rlevel: - log.info(" ! shift/reduce conflict for %s resolved as shift",a) - self.sr_conflicts.append((st,a,'shift')) - elif (slevel == rlevel) and (rprec == 'nonassoc'): - st_action[a] = None - else: - # Hmmm. Guess we'll keep the reduce - if not slevel and not rlevel: - log.info(" ! shift/reduce conflict for %s resolved as reduce",a) - self.sr_conflicts.append((st,a,'reduce')) - - else: - raise LALRError("Unknown conflict in state %d" % st) - else: - st_action[a] = j - st_actionp[a] = p - - # Print the actions associated with each terminal - _actprint = { } - for a,p,m in actlist: - if a in st_action: - if p is st_actionp[a]: - log.info(" %-15s %s",a,m) - _actprint[(a,m)] = 1 - log.info("") - # Print the actions that were not used. (debugging) - not_used = 0 - for a,p,m in actlist: - if a in st_action: - if p is not st_actionp[a]: - if not (a,m) in _actprint: - log.debug(" ! %-15s [ %s ]",a,m) - not_used = 1 - _actprint[(a,m)] = 1 - if not_used: - log.debug("") - - # Construct the goto table for this state - - nkeys = { } - for ii in I: - for s in ii.usyms: - if s in self.grammar.Nonterminals: - nkeys[s] = None - for n in nkeys: - g = self.lr0_goto(I,n) - j = self.lr0_cidhash.get(id(g),-1) - if j >= 0: - st_goto[n] = j - log.info(" %-30s shift and go to state %d",n,j) - - action[st] = st_action - actionp[st] = st_actionp - goto[st] = st_goto - st += 1 - - - # ----------------------------------------------------------------------------- - # write() - # - # This function writes the LR parsing tables to a file - # ----------------------------------------------------------------------------- - - def write_table(self,modulename,outputdir='',signature=""): - basemodulename = modulename.split(".")[-1] - filename = os.path.join(outputdir,basemodulename) + ".py" - try: - f = open(filename,"w") - - f.write(""" -# %s -# This file is automatically generated. Do not edit. -_tabversion = %r - -_lr_method = %r - -_lr_signature = %r - """ % (filename, __tabversion__, self.lr_method, signature)) - - # Change smaller to 0 to go back to original tables - smaller = 1 - - # Factor out names to try and make smaller - if smaller: - items = { } - - for s,nd in self.lr_action.items(): - for name,v in nd.items(): - i = items.get(name) - if not i: - i = ([],[]) - items[name] = i - i[0].append(s) - i[1].append(v) - - f.write("\n_lr_action_items = {") - for k,v in items.items(): - f.write("%r:([" % k) - for i in v[0]: - f.write("%r," % i) - f.write("],[") - for i in v[1]: - f.write("%r," % i) - - f.write("]),") - f.write("}\n") - - f.write(""" -_lr_action = { } -for _k, _v in _lr_action_items.items(): - for _x,_y in zip(_v[0],_v[1]): - if not _x in _lr_action: _lr_action[_x] = { } - _lr_action[_x][_k] = _y -del _lr_action_items -""") - - else: - f.write("\n_lr_action = { "); - for k,v in self.lr_action.items(): - f.write("(%r,%r):%r," % (k[0],k[1],v)) - f.write("}\n"); - - if smaller: - # Factor out names to try and make smaller - items = { } - - for s,nd in self.lr_goto.items(): - for name,v in nd.items(): - i = items.get(name) - if not i: - i = ([],[]) - items[name] = i - i[0].append(s) - i[1].append(v) - - f.write("\n_lr_goto_items = {") - for k,v in items.items(): - f.write("%r:([" % k) - for i in v[0]: - f.write("%r," % i) - f.write("],[") - for i in v[1]: - f.write("%r," % i) - - f.write("]),") - f.write("}\n") - - f.write(""" -_lr_goto = { } -for _k, _v in _lr_goto_items.items(): - for _x,_y in zip(_v[0],_v[1]): - if not _x in _lr_goto: _lr_goto[_x] = { } - _lr_goto[_x][_k] = _y -del _lr_goto_items -""") - else: - f.write("\n_lr_goto = { "); - for k,v in self.lr_goto.items(): - f.write("(%r,%r):%r," % (k[0],k[1],v)) - f.write("}\n"); - - # Write production table - f.write("_lr_productions = [\n") - for p in self.lr_productions: - if p.func: - f.write(" (%r,%r,%d,%r,%r,%d),\n" % (p.str,p.name, p.len, p.func,p.file,p.line)) - else: - f.write(" (%r,%r,%d,None,None,None),\n" % (str(p),p.name, p.len)) - f.write("]\n") - f.close() - - except IOError: - e = sys.exc_info()[1] - sys.stderr.write("Unable to create '%s'\n" % filename) - sys.stderr.write(str(e)+"\n") - return - - - # ----------------------------------------------------------------------------- - # pickle_table() - # - # This function pickles the LR parsing tables to a supplied file object - # ----------------------------------------------------------------------------- - - def pickle_table(self,filename,signature=""): - try: - import cPickle as pickle - except ImportError: - import pickle - outf = open(filename,"wb") - pickle.dump(__tabversion__,outf,pickle_protocol) - pickle.dump(self.lr_method,outf,pickle_protocol) - pickle.dump(signature,outf,pickle_protocol) - pickle.dump(self.lr_action,outf,pickle_protocol) - pickle.dump(self.lr_goto,outf,pickle_protocol) - - outp = [] - for p in self.lr_productions: - if p.func: - outp.append((p.str,p.name, p.len, p.func,p.file,p.line)) - else: - outp.append((str(p),p.name,p.len,None,None,None)) - pickle.dump(outp,outf,pickle_protocol) - outf.close() - -# ----------------------------------------------------------------------------- -# === INTROSPECTION === -# -# The following functions and classes are used to implement the PLY -# introspection features followed by the yacc() function itself. -# ----------------------------------------------------------------------------- - -# ----------------------------------------------------------------------------- -# get_caller_module_dict() -# -# This function returns a dictionary containing all of the symbols defined within -# a caller further down the call stack. This is used to get the environment -# associated with the yacc() call if none was provided. -# ----------------------------------------------------------------------------- - -def get_caller_module_dict(levels): - try: - raise RuntimeError - except RuntimeError: - e,b,t = sys.exc_info() - f = t.tb_frame - while levels > 0: - f = f.f_back - levels -= 1 - ldict = f.f_globals.copy() - if f.f_globals != f.f_locals: - ldict.update(f.f_locals) - - return ldict - -# ----------------------------------------------------------------------------- -# parse_grammar() -# -# This takes a raw grammar rule string and parses it into production data -# ----------------------------------------------------------------------------- -def parse_grammar(doc,file,line): - grammar = [] - # Split the doc string into lines - pstrings = doc.splitlines() - lastp = None - dline = line - for ps in pstrings: - dline += 1 - p = ps.split() - if not p: continue - try: - if p[0] == '|': - # This is a continuation of a previous rule - if not lastp: - raise SyntaxError("%s:%d: Misplaced '|'" % (file,dline)) - prodname = lastp - syms = p[1:] - else: - prodname = p[0] - lastp = prodname - syms = p[2:] - assign = p[1] - if assign != ':' and assign != '::=': - raise SyntaxError("%s:%d: Syntax error. Expected ':'" % (file,dline)) - - grammar.append((file,dline,prodname,syms)) - except SyntaxError: - raise - except Exception: - raise SyntaxError("%s:%d: Syntax error in rule '%s'" % (file,dline,ps.strip())) - - return grammar - -# ----------------------------------------------------------------------------- -# ParserReflect() -# -# This class represents information extracted for building a parser including -# start symbol, error function, tokens, precedence list, action functions, -# etc. -# ----------------------------------------------------------------------------- -class ParserReflect(object): - def __init__(self,pdict,log=None): - self.pdict = pdict - self.start = None - self.error_func = None - self.tokens = None - self.files = {} - self.grammar = [] - self.error = 0 - - if log is None: - self.log = PlyLogger(sys.stderr) - else: - self.log = log - - # Get all of the basic information - def get_all(self): - self.get_start() - self.get_error_func() - self.get_tokens() - self.get_precedence() - self.get_pfunctions() - - # Validate all of the information - def validate_all(self): - self.validate_start() - self.validate_error_func() - self.validate_tokens() - self.validate_precedence() - self.validate_pfunctions() - self.validate_files() - return self.error - - # Compute a signature over the grammar - def signature(self): - try: - from hashlib import md5 - except ImportError: - from md5 import md5 - try: - sig = md5() - if self.start: - sig.update(self.start.encode('latin-1')) - if self.prec: - sig.update("".join(["".join(p) for p in self.prec]).encode('latin-1')) - if self.tokens: - sig.update(" ".join(self.tokens).encode('latin-1')) - for f in self.pfuncs: - if f[3]: - sig.update(f[3].encode('latin-1')) - except (TypeError,ValueError): - pass - return sig.digest() - - # ----------------------------------------------------------------------------- - # validate_file() - # - # This method checks to see if there are duplicated p_rulename() functions - # in the parser module file. Without this function, it is really easy for - # users to make mistakes by cutting and pasting code fragments (and it's a real - # bugger to try and figure out why the resulting parser doesn't work). Therefore, - # we just do a little regular expression pattern matching of def statements - # to try and detect duplicates. - # ----------------------------------------------------------------------------- - - def validate_files(self): - # Match def p_funcname( - fre = re.compile(r'\s*def\s+(p_[a-zA-Z_0-9]*)\(') - - for filename in self.files.keys(): - base,ext = os.path.splitext(filename) - if ext != '.py': return 1 # No idea. Assume it's okay. - - try: - f = open(filename) - lines = f.readlines() - f.close() - except IOError: - continue - - counthash = { } - for linen,l in enumerate(lines): - linen += 1 - m = fre.match(l) - if m: - name = m.group(1) - prev = counthash.get(name) - if not prev: - counthash[name] = linen - else: - self.log.warning("%s:%d: Function %s redefined. Previously defined on line %d", filename,linen,name,prev) - - # Get the start symbol - def get_start(self): - self.start = self.pdict.get('start') - - # Validate the start symbol - def validate_start(self): - if self.start is not None: - if not isinstance(self.start,str): - self.log.error("'start' must be a string") - - # Look for error handler - def get_error_func(self): - self.error_func = self.pdict.get('p_error') - - # Validate the error function - def validate_error_func(self): - if self.error_func: - if isinstance(self.error_func,types.FunctionType): - ismethod = 0 - elif isinstance(self.error_func, types.MethodType): - ismethod = 1 - else: - self.log.error("'p_error' defined, but is not a function or method") - self.error = 1 - return - - eline = func_code(self.error_func).co_firstlineno - efile = func_code(self.error_func).co_filename - self.files[efile] = 1 - - if (func_code(self.error_func).co_argcount != 1+ismethod): - self.log.error("%s:%d: p_error() requires 1 argument",efile,eline) - self.error = 1 - - # Get the tokens map - def get_tokens(self): - tokens = self.pdict.get("tokens",None) - if not tokens: - self.log.error("No token list is defined") - self.error = 1 - return - - if not isinstance(tokens,(list, tuple)): - self.log.error("tokens must be a list or tuple") - self.error = 1 - return - - if not tokens: - self.log.error("tokens is empty") - self.error = 1 - return - - self.tokens = tokens - - # Validate the tokens - def validate_tokens(self): - # Validate the tokens. - if 'error' in self.tokens: - self.log.error("Illegal token name 'error'. Is a reserved word") - self.error = 1 - return - - terminals = {} - for n in self.tokens: - if n in terminals: - self.log.warning("Token '%s' multiply defined", n) - terminals[n] = 1 - - # Get the precedence map (if any) - def get_precedence(self): - self.prec = self.pdict.get("precedence",None) - - # Validate and parse the precedence map - def validate_precedence(self): - preclist = [] - if self.prec: - if not isinstance(self.prec,(list,tuple)): - self.log.error("precedence must be a list or tuple") - self.error = 1 - return - for level,p in enumerate(self.prec): - if not isinstance(p,(list,tuple)): - self.log.error("Bad precedence table") - self.error = 1 - return - - if len(p) < 2: - self.log.error("Malformed precedence entry %s. Must be (assoc, term, ..., term)",p) - self.error = 1 - return - assoc = p[0] - if not isinstance(assoc,str): - self.log.error("precedence associativity must be a string") - self.error = 1 - return - for term in p[1:]: - if not isinstance(term,str): - self.log.error("precedence items must be strings") - self.error = 1 - return - preclist.append((term,assoc,level+1)) - self.preclist = preclist - - # Get all p_functions from the grammar - def get_pfunctions(self): - p_functions = [] - for name, item in self.pdict.items(): - if name[:2] != 'p_': continue - if name == 'p_error': continue - if isinstance(item,(types.FunctionType,types.MethodType)): - line = func_code(item).co_firstlineno - file = func_code(item).co_filename - p_functions.append((line,file,name,item.__doc__)) - - # Sort all of the actions by line number - p_functions.sort() - self.pfuncs = p_functions - - - # Validate all of the p_functions - def validate_pfunctions(self): - grammar = [] - # Check for non-empty symbols - if len(self.pfuncs) == 0: - self.log.error("no rules of the form p_rulename are defined") - self.error = 1 - return - - for line, file, name, doc in self.pfuncs: - func = self.pdict[name] - if isinstance(func, types.MethodType): - reqargs = 2 - else: - reqargs = 1 - if func_code(func).co_argcount > reqargs: - self.log.error("%s:%d: Rule '%s' has too many arguments",file,line,func.__name__) - self.error = 1 - elif func_code(func).co_argcount < reqargs: - self.log.error("%s:%d: Rule '%s' requires an argument",file,line,func.__name__) - self.error = 1 - elif not func.__doc__: - self.log.warning("%s:%d: No documentation string specified in function '%s' (ignored)",file,line,func.__name__) - else: - try: - parsed_g = parse_grammar(doc,file,line) - for g in parsed_g: - grammar.append((name, g)) - except SyntaxError: - e = sys.exc_info()[1] - self.log.error(str(e)) - self.error = 1 - - # Looks like a valid grammar rule - # Mark the file in which defined. - self.files[file] = 1 - - # Secondary validation step that looks for p_ definitions that are not functions - # or functions that look like they might be grammar rules. - - for n,v in self.pdict.items(): - if n[0:2] == 'p_' and isinstance(v, (types.FunctionType, types.MethodType)): continue - if n[0:2] == 't_': continue - if n[0:2] == 'p_' and n != 'p_error': - self.log.warning("'%s' not defined as a function", n) - if ((isinstance(v,types.FunctionType) and func_code(v).co_argcount == 1) or - (isinstance(v,types.MethodType) and func_code(v).co_argcount == 2)): - try: - doc = v.__doc__.split(" ") - if doc[1] == ':': - self.log.warning("%s:%d: Possible grammar rule '%s' defined without p_ prefix", - func_code(v).co_filename, func_code(v).co_firstlineno,n) - except Exception: - pass - - self.grammar = grammar - -# ----------------------------------------------------------------------------- -# yacc(module) -# -# Build a parser -# ----------------------------------------------------------------------------- - -def yacc(method='LALR', debug=yaccdebug, module=None, tabmodule=tab_module, start=None, - check_recursion=1, optimize=0, write_tables=1, debugfile=debug_file,outputdir='', - debuglog=None, errorlog = None, picklefile=None): - - global parse # Reference to the parsing method of the last built parser - - # If pickling is enabled, table files are not created - - if picklefile: - write_tables = 0 - - if errorlog is None: - errorlog = PlyLogger(sys.stderr) - - # Get the module dictionary used for the parser - if module: - _items = [(k,getattr(module,k)) for k in dir(module)] - pdict = dict(_items) - else: - pdict = get_caller_module_dict(2) - - # Collect parser information from the dictionary - pinfo = ParserReflect(pdict,log=errorlog) - pinfo.get_all() - - if pinfo.error: - raise YaccError("Unable to build parser") - - # Check signature against table files (if any) - signature = pinfo.signature() - - # Read the tables - try: - lr = LRTable() - if picklefile: - read_signature = lr.read_pickle(picklefile) - else: - read_signature = lr.read_table(tabmodule) - if optimize or (read_signature == signature): - try: - lr.bind_callables(pinfo.pdict) - parser = LRParser(lr,pinfo.error_func) - parse = parser.parse - return parser - except Exception: - e = sys.exc_info()[1] - errorlog.warning("There was a problem loading the table file: %s", repr(e)) - except VersionError: - e = sys.exc_info() - errorlog.warning(str(e)) - except Exception: - pass - - if debuglog is None: - if debug: - debuglog = PlyLogger(open(debugfile,"w")) - else: - debuglog = NullLogger() - - debuglog.info("Created by PLY version %s (http://www.dabeaz.com/ply)", __version__) - - - errors = 0 - - # Validate the parser information - if pinfo.validate_all(): - raise YaccError("Unable to build parser") - - if not pinfo.error_func: - errorlog.warning("no p_error() function is defined") - - # Create a grammar object - grammar = Grammar(pinfo.tokens) - - # Set precedence level for terminals - for term, assoc, level in pinfo.preclist: - try: - grammar.set_precedence(term,assoc,level) - except GrammarError: - e = sys.exc_info()[1] - errorlog.warning("%s",str(e)) - - # Add productions to the grammar - for funcname, gram in pinfo.grammar: - file, line, prodname, syms = gram - try: - grammar.add_production(prodname,syms,funcname,file,line) - except GrammarError: - e = sys.exc_info()[1] - errorlog.error("%s",str(e)) - errors = 1 - - # Set the grammar start symbols - try: - if start is None: - grammar.set_start(pinfo.start) - else: - grammar.set_start(start) - except GrammarError: - e = sys.exc_info()[1] - errorlog.error(str(e)) - errors = 1 - - if errors: - raise YaccError("Unable to build parser") - - # Verify the grammar structure - undefined_symbols = grammar.undefined_symbols() - for sym, prod in undefined_symbols: - errorlog.error("%s:%d: Symbol '%s' used, but not defined as a token or a rule",prod.file,prod.line,sym) - errors = 1 - - unused_terminals = grammar.unused_terminals() - if unused_terminals: - debuglog.info("") - debuglog.info("Unused terminals:") - debuglog.info("") - for term in unused_terminals: - errorlog.warning("Token '%s' defined, but not used", term) - debuglog.info(" %s", term) - - # Print out all productions to the debug log - if debug: - debuglog.info("") - debuglog.info("Grammar") - debuglog.info("") - for n,p in enumerate(grammar.Productions): - debuglog.info("Rule %-5d %s", n, p) - - # Find unused non-terminals - unused_rules = grammar.unused_rules() - for prod in unused_rules: - errorlog.warning("%s:%d: Rule '%s' defined, but not used", prod.file, prod.line, prod.name) - - if len(unused_terminals) == 1: - errorlog.warning("There is 1 unused token") - if len(unused_terminals) > 1: - errorlog.warning("There are %d unused tokens", len(unused_terminals)) - - if len(unused_rules) == 1: - errorlog.warning("There is 1 unused rule") - if len(unused_rules) > 1: - errorlog.warning("There are %d unused rules", len(unused_rules)) - - if debug: - debuglog.info("") - debuglog.info("Terminals, with rules where they appear") - debuglog.info("") - terms = list(grammar.Terminals) - terms.sort() - for term in terms: - debuglog.info("%-20s : %s", term, " ".join([str(s) for s in grammar.Terminals[term]])) - - debuglog.info("") - debuglog.info("Nonterminals, with rules where they appear") - debuglog.info("") - nonterms = list(grammar.Nonterminals) - nonterms.sort() - for nonterm in nonterms: - debuglog.info("%-20s : %s", nonterm, " ".join([str(s) for s in grammar.Nonterminals[nonterm]])) - debuglog.info("") - - if check_recursion: - unreachable = grammar.find_unreachable() - for u in unreachable: - errorlog.warning("Symbol '%s' is unreachable",u) - - infinite = grammar.infinite_cycles() - for inf in infinite: - errorlog.error("Infinite recursion detected for symbol '%s'", inf) - errors = 1 - - unused_prec = grammar.unused_precedence() - for term, assoc in unused_prec: - errorlog.error("Precedence rule '%s' defined for unknown symbol '%s'", assoc, term) - errors = 1 - - if errors: - raise YaccError("Unable to build parser") - - # Run the LRGeneratedTable on the grammar - if debug: - errorlog.debug("Generating %s tables", method) - - lr = LRGeneratedTable(grammar,method,debuglog) - - if debug: - num_sr = len(lr.sr_conflicts) - - # Report shift/reduce and reduce/reduce conflicts - if num_sr == 1: - errorlog.warning("1 shift/reduce conflict") - elif num_sr > 1: - errorlog.warning("%d shift/reduce conflicts", num_sr) - - num_rr = len(lr.rr_conflicts) - if num_rr == 1: - errorlog.warning("1 reduce/reduce conflict") - elif num_rr > 1: - errorlog.warning("%d reduce/reduce conflicts", num_rr) - - # Write out conflicts to the output file - if debug and (lr.sr_conflicts or lr.rr_conflicts): - debuglog.warning("") - debuglog.warning("Conflicts:") - debuglog.warning("") - - for state, tok, resolution in lr.sr_conflicts: - debuglog.warning("shift/reduce conflict for %s in state %d resolved as %s", tok, state, resolution) - - already_reported = {} - for state, rule, rejected in lr.rr_conflicts: - if (state,id(rule),id(rejected)) in already_reported: - continue - debuglog.warning("reduce/reduce conflict in state %d resolved using rule (%s)", state, rule) - debuglog.warning("rejected rule (%s) in state %d", rejected,state) - errorlog.warning("reduce/reduce conflict in state %d resolved using rule (%s)", state, rule) - errorlog.warning("rejected rule (%s) in state %d", rejected, state) - already_reported[state,id(rule),id(rejected)] = 1 - - warned_never = [] - for state, rule, rejected in lr.rr_conflicts: - if not rejected.reduced and (rejected not in warned_never): - debuglog.warning("Rule (%s) is never reduced", rejected) - errorlog.warning("Rule (%s) is never reduced", rejected) - warned_never.append(rejected) - - # Write the table file if requested - if write_tables: - lr.write_table(tabmodule,outputdir,signature) - - # Write a pickled version of the tables - if picklefile: - lr.pickle_table(picklefile,signature) - - # Build the parser - lr.bind_callables(pinfo.pdict) - parser = LRParser(lr,pinfo.error_func) - - parse = parser.parse - return parser