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daom.cl
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daom.cl
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################################################################################
#
# ===========================================================
# PROCEDURE TO PERFORM DAOMASTER
# ===========================================================
#
# To run properly this procedure must be executed inside the package:
# 'noao.digiphot.photcal''
#
# by Gabriel Perren 2009
#
################################################################################
procedure daomaster ()
struct *flist {mode="h"}
struct *list {mode="h"}
struct *list2 {mode="h"}
begin
struct line
real line2
string infile, outfile, name, filter, name2, air
bool auxi, check
int u, b, v, i, o, k, modes
real airmass, exptime, max
real vairmass, uairmass, bairmass, iairmass
real uvarexp[50], uvarexpmax, bvarexp[50], bvarexpmax, vvarexp[50], vvarexpmax, ivarexp[50], ivarexpmax
string uvar[50], uvarname, bvar[50], bvarname, vvar[50], vvarname, ivar[50], ivarname
# ------------------------------------------------------------------------------------
# Control 0
# ------------------------------------------------------------------------------------
if (! defpac ("photcal")) {
print ('')
print (' This script must be loaded inside the package noao/digiphot/photcal')
bye()
}
else { # Do nothing
}
# ------------------------------------------------------------------------------------
# Control 0
# ------------------------------------------------------------------------------------
auxi = yes
while (auxi == yes) {
print ('\n Choose execution mode for script:')
print (' [1]: Automatic mode')
print (' [2]: Semi-Automatic mode')
print (' [3]: Manual mode')
print ('\n -Automatic mode starts with a critical match-up radius')
print (' of 30 and drops with a step of 1 until 5, which is repeated')
print (' 20 times before exit.')
print ('\n -Semi-Automatic mode let\'s you input the critical match-up')
print (' radius. The output files are chosen automatically.')
print ('\n -Manual mode let\'s you choose ALL \'daomaster\' parameters')
print (' (including output files)')
scan (modes)
if ((modes != 1) && (modes != 2) && (modes != 3)) {
print ('\n Wrong input. Try again')
auxi = yes
}
else {
auxi = no
}
}
# ------------------------------------------------------------------------------------
# Search for 'list' file
# ------------------------------------------------------------------------------------
auxi=no
while (auxi==no) {
o=0
# Search for "list"
# ------------------------------------------------------------------------------------
files ('*list', > 'tempfile')
flist = 'tempfile'
while (fscan (flist,line) != EOF) {
o = o + 1
}
del ("tempfile")
# ------------------------------------------------------------------------------------
if (o!=1) {
print('')
print (' ****************************')
print (' Missing "list" file.')
print (' ****************************')
auxi=no
print (' Continue (else exit)? (y/n)')
scan (check)
if (check) {
}
else {
bye()
}
}
else {
if (o==1) {
print ('')
print ('"list" file found.')
auxi=yes
}
else {
print (' Unknown error. Check code.')
bye()
}
}
}
# ------------------------------------------------------------------------------------
# End of 'Search for 'list' file'
# ------------------------------------------------------------------------------------
# ------------------------------------------------------------------------------------
# Search for 'noche.cfg' file
# ------------------------------------------------------------------------------------
auxi=no
while (auxi==no) {
o=0
# Search for "noche.cfg"
# ------------------------------------------------------------------------------------
files ('*noche.cfg', > 'tempfile')
flist = 'tempfile'
while (fscan (flist,line) != EOF) {
o = o + 1
}
del ("tempfile")
# ------------------------------------------------------------------------------------
if (o!=1) {
print('')
print (' ****************************')
print (' Missing "noche.cfg" file.')
print (' ****************************')
if (modes != 1) {
auxi=no
print (' Create default "noche.cfg" file? (y/n)')
scan (check)
}
else {
check = yes
auxi = yes
}
if (check) {
auxi=yes
print ('# Declare the catalog variables', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('catalog', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('V 2', >> 'noche.cfg')
print ('error(V) 3', >> 'noche.cfg')
print ('BV 4', >> 'noche.cfg')
print ('error(BV) 5', >> 'noche.cfg')
print ('UB 6', >> 'noche.cfg')
print ('error(UB) 7', >> 'noche.cfg')
print ('VI 8', >> 'noche.cfg')
print ('error(VI) 9', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('# Declare the observations file variables', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('observations', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('x 2 # x coordinate', >> 'noche.cfg')
print ('y 3 # y coordinate', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('mV 4 # instrumental magnitude in filter V', >> 'noche.cfg')
print ('error(mV) 5 # magnitude error in filter V', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('mB 6 # instrumental magnitude in filter B', >> 'noche.cfg')
print ('error(mB) 7 # magnitude error in filter B', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('mU 8 # instrumental magnitude in filter U', >> 'noche.cfg')
print ('error(mU) 9 # magnitude error in filter U', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('mI 10 # instrumental magnitude in filter I', >> 'noche.cfg')
print ('error(mI) 11 # magnitude error en filter I', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('XV 14 # airmass in filter V', >> 'noche.cfg')
print ('XB 15 # airmass in filter B', >> 'noche.cfg')
print ('XU 16 # airmass in filter U', >> 'noche.cfg')
print ('XI 17 # airmass in filter I', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('# Sample transformation section for the Landolt UBVRI system', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('transformation', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('fit u1=0.0, u3=0.000', >> 'noche.cfg')
print ('const u4=0.0, u2=0.49', >> 'noche.cfg')
print ('UFIT : mU = (UB + BV + V) + u1 + u2 * XU + u3 * UB + u4 * UB * XU', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('fit b1=0.0, b3=0.000', >> 'noche.cfg')
print ('const b4=0.0, b2=0.27', >> 'noche.cfg')
print ('BFIT : mB = (BV + V) + b1 + b2 * XB + b3 * BV + b4 * BV * XB', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('fit v1=0.0, v3=0.000', >> 'noche.cfg')
print ('const v4=0.0, v2=0.12', >> 'noche.cfg')
print ('VFIT : mV = V + v1 + v2 * XV + v3 * BV + v4 * BV * XV', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('#fit v21=0.0, v23=0.000', >> 'noche.cfg')
print ('#const v24=0.0, v22=0.12', >> 'noche.cfg')
print ('#ViFIT : mV = V + v21 + v22 * XV + v23 * VI + v24 * VI * XV', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('#fit r1=0.0, r2=0.08, r3=0.000', >> 'noche.cfg')
print ('#const r4=0.0', >> 'noche.cfg')
print ('#RFIT : mR = (V - VR) + r1 + r2 * XR + r3 * VR + r4 * VR * XR', >> 'noche.cfg')
print ('', >> 'noche.cfg')
print ('fit i1=0.0, i3=0.000', >> 'noche.cfg')
print ('const i4=0.0, i2=0.02', >> 'noche.cfg')
print ('IFIT : mI = (V - VI) + i1 + i2 * XI + i3 * VI + i4 * VI * XI', >> 'noche.cfg')
if (modes != 1) {
print ('')
print (' Edit \'noche.cfg\' file? (y/n)')
scan (check)
if (check) {
vi ('noche.cfg')
}
}
}
else {
auxi=no
}
}
else {
if (o==1) {
print ('')
print ('"noche.cfg" file found.')
auxi=yes
}
else {
print (' Unknown error. Check code.')
bye()
}
}
}
# ------------------------------------------------------------------------------------
# End of 'Search for 'noche.cfg' file'
# ------------------------------------------------------------------------------------
# ------------------------------------------------------------------------------------
# Search for 'noche.ans' file
# ------------------------------------------------------------------------------------
auxi=no
while (auxi==no) {
o=0
# Search for "noche.ans"
# ------------------------------------------------------------------------------------
files ('*noche.ans', > 'tempfile')
flist = 'tempfile'
while (fscan (flist,line) != EOF) {
o = o + 1
}
del ("tempfile")
# ------------------------------------------------------------------------------------
if (o!=1) {
print('')
print (' ****************************')
print (' Missing "noche.ans" file.')
print (' ****************************')
auxi=no
print (' Search again (else exit)? (y/n)')
scan (check)
if (check) {
}
else {
bye()
}
}
else {
if (o==1) {
print ('')
print ('"noche.ans" file found.')
auxi=yes
}
else {
print (' Unknown error. Check code.')
bye()
}
}
}
# ------------------------------------------------------------------------------------
# End of 'Search for 'noche.ans' file'
# ------------------------------------------------------------------------------------
# ---------------------------------------------------------------------------------------------
# Create .txt file to feed DAOMASTER's First run and identificate longest exposures and filters
# ---------------------------------------------------------------------------------------------
u = 1
b = 1
v = 1
i = 1
list='list'
while (fscan (list, infile) != EOF) {
k = strlen(infile)
if (substr (infile, k-5, k-1) == ".als.") {
name = substr (infile, 1, k-6)
print ('')
print (' Image name: '//name)
}
else {
if (substr (infile, k-5, k-1) == ".mag.") {
name = substr (infile, 1, k-6)
print ('')
print (' Image name: '//name)
}
else {
print ('')
print (' Infile : '//infile)
print (' Image file extension found: '//substr (infile, k-4, k-1))
print (' Error in line 318. Check code.')
bye()
}
}
# name=substr(infile, 1, stridx (".als.", infile))
outfile=name//'.txt'
hselect.mode = "hl"
hselect.images = name
hselect.fields = "EXPTIME"
hselect.expr = yes
hselect > "tempfile"
flist = 'tempfile'
while (fscan (flist,line2) != EOF)
del ("tempfile")
exptime = line2 # This variable, "exptime", holds the exposure time (duh!)
print ('Exptime = '//exptime)
hselect.mode = "hl"
hselect.images = name
hselect.fields = "FILTERS"
hselect.expr = yes
hselect > "tempfile"
flist = 'tempfile'
while (fscan (flist,line) != EOF)
del ("tempfile")
filter = line
print ('Filter = '//filter)
#
# Check 'filter' input (shoud be 'u' or 'b' or 'v' or 'i' for CASLEO images)
if (filter != "U" && filter != "B" && filter != "V" && filter != "I") {
filter = "a"
while (filter != "U" && filter != "B" && filter != "V" && filter != "I") {
print ('')
print (' The filter ID is incorrect. Please enter "U" or "B" or "V" or "I"')
scan (filter)
}
}
else { # Do nothing
}
#
# Check 'filter' input (shoud be 'u' or 'b' or 'v' or 'i' for CASLEO images)
if (filter=="U") {
print ("Converting ",infile," into ", outfile)
txdump(textfile=infile,fields="ID,XC,YC,MAG,MERR,CHI,SHARP,CHI,SHARP",expr+,headers-, > outfile)
uvar[u] = name
uvarexp[u] = exptime
u = u+1
}
else {
if (filter=="B") {
print ("Converting ",infile," into ", outfile)
txdump(textfile=infile,fields="ID,XC,YC,MAG,MERR,CHI,SHARP,CHI,SHARP",expr+,headers-, > outfile)
bvar[b] = name
bvarexp[b] = exptime
b = b+1
}
else {
if (filter=="V") {
print ("Converting ",infile," into ", outfile)
txdump(textfile=infile,fields="ID,XC,YC,MAG,MERR,CHI,SHARP,CHI,SHARP",expr+,headers-, > outfile)
vvar[v] = name
vvarexp[v] = exptime
v = v+1
}
else {
if (filter=="I") {
print ("Converting ",infile," into ", outfile)
txdump(textfile=infile,fields="ID,XC,YC,MAG,MERR,CHI,SHARP,CHI,SHARP",expr+,headers-, > outfile)
ivar[i] = name
ivarexp[i] = exptime
i = i+1
}
}
}
}
}
#
# This sctructure identifies the frame with the longest exposure in each filter
print ('')
print ('')
max = 30
for (i=1; i<=max; i=i+1) { # 30 is a big enough number to contain all the variables
if (uvar[2] == ""){
uvarname = uvar[1] # If there's only one frame then this is the longest exposure
}
else {
if (uvar[i] == "" || uvar[i+1] == "") {
}
else {
if (uvarexp[i] >= uvarexp[i+1]) {
uvarexpmax = uvarexp[i]
uvarexp[i+1] = uvarexp[i]
uvarname = uvar[i]
uvar[i+1] = uvar[i]
}
else {
uvarexpmax = uvarexp[i+1]
uvarname = uvar[i+1]
}
}
}
}
for (i=1; i<=max; i=i+1) { # 30 is a big enough number to contain all the variables
if (bvar[2] == ""){
bvarname = bvar[1] # If there's only one frame then this is the longest exposure
}
else {
if (bvar[i] == "" || bvar[i+1] == "") {
}
else {
if (bvarexp[i] >= bvarexp[i+1]) {
bvarexpmax = bvarexp[i]
bvarexp[i+1] = bvarexp[i]
bvarname = bvar[i]
bvar[i+1] = bvar[i]
}
else {
bvarexpmax = bvarexp[i+1]
bvarname = bvar[i+1]
}
}
}
}
for (i=1; i<=max; i=i+1) { # 30 is a big enough number to contain all the variables
if (vvar[2] == ""){
vvarname = vvar[1] # If there's only one frame then this is the longest exposure
}
else {
if (vvar[i] == "" || vvar[i+1] == "") {
}
else {
if (vvarexp[i] >= vvarexp[i+1]) {
vvarexpmax = vvarexp[i]
vvarexp[i+1] = vvarexp[i]
vvarname = vvar[i]
vvar[i+1] = vvar[i]
}
else {
vvarexpmax = vvarexp[i+1]
vvarname = vvar[i+1]
}
}
}
}
for (i=1; i<=max; i=i+1) { # 30 is a big enough number to contain all the variables
if (ivar[2] == ""){
ivarname = ivar[1] # If there's only one frame then this is the longest exposure
}
else {
if (ivar[i] == "" || ivar[i+1] == "") {
}
else {
if (ivarexp[i] >= ivarexp[i+1]) {
ivarexpmax = ivarexp[i]
ivarexp[i+1] = ivarexp[i]
ivarname = ivar[i]
ivar[i+1] = ivar[i]
}
else {
ivarexpmax = ivarexp[i+1]
ivarname = ivar[i+1]
}
}
}
}
#
# This structure identifies the frame with the longest exposure in each filter
#
# This structure puts the files with the longest exposure times first in the .mch files
print (' \''//uvarname//'.txt \' 0.00 0.00 1.00000 0.00000 0.00000 1.00000', >> 'ufilter.mch')
print (' \''//bvarname//'.txt \' 0.00 0.00 1.00000 0.00000 0.00000 1.00000', >> 'bfilter.mch')
print (' \''//vvarname//'.txt \' 0.00 0.00 1.00000 0.00000 0.00000 1.00000', >> 'vfilter.mch')
print (' \''//ivarname//'.txt \' 0.00 0.00 1.00000 0.00000 0.00000 1.00000', >> 'ifilter.mch')
i = 1
list='list'
while (fscan (list, infile) != EOF) {
k = strlen(infile)
if (substr (infile, k-5, k-1) == ".als.") {
name = substr (infile, 1, k-6)
print ('')
print (' Image name: '//name)
}
else {
if (substr (infile, k-5, k-1) == ".mag.") {
name = substr (infile, 1, k-6)
print ('')
print (' Image name: '//name)
}
else {
print ('')
print (' Infile : '//infile)
print (' Image file extension found: '//substr (infile, k-4, k-1))
print (' Error in line 527. Check code.')
bye()
}
}
# name=substr(infile, 1, stridx (".", infile) - 1)
hselect.mode = "hl"
hselect.images = name
hselect.fields = "FILTERS"
hselect.expr = yes
hselect > "tempfile"
flist = 'tempfile'
while (fscan (flist,line) != EOF)
del ("tempfile")
filter = line
if (filter=="U") {
if (name == uvarname) { # Do nothing (ie: do not print the same name again)
}
else {
print (' \''//name//'.txt \' 0.00 0.00 1.00000 0.00000 0.00000 1.00000', >> 'ufilter.mch')
}
}
else {
if (filter=="B") {
if (name == bvarname) { # Do nothing (ie: do not print the same name again)
}
else {
print (' \''//name//'.txt \' 0.00 0.00 1.00000 0.00000 0.00000 1.00000', >> 'bfilter.mch')
}
}
else {
if (filter=="V") {
if (name == vvarname) { # Do nothing (ie: do not print the same name again)
}
else {
print (' \''//name//'.txt \' 0.00 0.00 1.00000 0.00000 0.00000 1.00000', >> 'vfilter.mch')
}
}
else {
if (filter=="I") {
if (name == ivarname) { # Do nothing (ie: do not print the same name again)
}
else {
print (' \''//name//'.txt \' 0.00 0.00 1.00000 0.00000 0.00000 1.00000', >> 'ifilter.mch')
}
}
}
}
}
i = i+1
}
#
# End of 'This sctructure puts the files with the longest exposure times first in the .mch files'
print ('')
print ('')
print ('Longest U exposure: '//uvarname)
print ('Longest B exposure: '//bvarname)
print ('Longest V exposure: '//vvarname)
print ('Longest I exposure: '//ivarname)
print ('')
if (modes != 1) {
print ('')
print (' Were the longest exposure time files correctly identified')
print (' (else manually edit .mch files)? (y/n)')
scan (check)
if (check) {
}
else {
print ('')
print (' Continue (have files been manually updated so that')
print (' the longest exposure is first)? Else, "no" means "exit" (y/n)')
scan (check)
if (check) {
}
else {
bye()
}
}
}
else {
print ('Longest U exposure: '//uvarname, >> 'exptime.found')
print ('Longest B exposure: '//bvarname, >> 'exptime.found')
print ('Longest V exposure: '//vvarname, >> 'exptime.found')
print ('Longest I exposure: '//ivarname, >> 'exptime.found')
}
# ---------------------------------------------------------------------------------------------
# End of 'Create .txt file to feed DAOMASTER's First run and identificate longest exposures and filters'
# ---------------------------------------------------------------------------------------------
# ---------------------------------------------------------------------------------------------
# Creating 'daom.mch' file'
# ---------------------------------------------------------------------------------------------
o = 0
# Search for "daom.mch"
# ------------------------------------------------------------------------------------
files ('*daom.mch', > 'tempfile')
flist = 'tempfile'
while (fscan (flist,line) != EOF) {
o = o + 1
}
del ("tempfile")
# ------------------------------------------------------------------------------------
if (o!=1) {
}
else {
if (o==1) {
print ('')
print (' "daom.mch" file found. Deleting')
delete ('*daom.mch')
}
else {
}
}
print ('')
print (' Creating \'daom.mch\' file with the following order')
print ('')
print (' vfilter, bfilter, ufilter, ifilter')
print ('')
print (' \'vfilter.mag \' 0.00 0.00 1.00000 0.00000 0.00000 1.00000', >> 'daom.mch')
print (' \'bfilter.mag \' 0.00 0.00 1.00000 0.00000 0.00000 1.00000', >> 'daom.mch')
print (' \'ufilter.mag \' 0.00 0.00 1.00000 0.00000 0.00000 1.00000', >> 'daom.mch')
print (' \'ifilter.mag \' 0.00 0.00 1.00000 0.00000 0.00000 1.00000', >> 'daom.mch')
# ---------------------------------------------------------------------------------------------
# End of 'Creating 'daom.mch' file'
# ---------------------------------------------------------------------------------------------
# ---------------------------------------------------------------------------------------------
# "DAOMASTER" run
# ---------------------------------------------------------------------------------------------
auxi = no
while (auxi==no) {
print ('')
print (' DAOMASTER RUN')
if (modes == 1) {
daomaster_auto
}
if (modes == 2) {
daomaster_semi
}
if (modes == 3) {
daomaster_manual
}
if (modes != 1) {
print ('')
print (' Continue (else delete all files and do-over)? (y/n)')
scan (check)
}
else {
check = yes
}
if (check) {
auxi=yes
}
else {
delete ("*filter.mag")
delete ("*daom.raw")
}
}
# ---------------------------------------------------------------------------------------------
# End of '"DAOMASTER" run'
# ---------------------------------------------------------------------------------------------
# ---------------------------------------------------------------------------------------------
# Search for *filter.mag files, created after DAOMASTER run
# ---------------------------------------------------------------------------------------------
auxi=no
while (auxi==no) {
o=0
# Search for "ufilter.mag"
# ------------------------------------------------------------------------------------
files ('*ufilter.mag', > 'tempfile')
flist = 'tempfile'
while (fscan (flist,line) != EOF) {
o = o + 1
}
del ("tempfile")
# ------------------------------------------------------------------------------------
# Search for "vfilter.mag"
# ------------------------------------------------------------------------------------
files ('*vfilter.mag', > 'tempfile')
flist = 'tempfile'
while (fscan (flist,line) != EOF) {
o = o + 1
}
del ("tempfile")
# ------------------------------------------------------------------------------------
# Search for "bfilter.mag"
# ------------------------------------------------------------------------------------
files ('*bfilter.mag', > 'tempfile')
flist = 'tempfile'
while (fscan (flist,line) != EOF) {
o = o + 1
}
del ("tempfile")
# ------------------------------------------------------------------------------------
# Search for "ifilter.mag"
# ------------------------------------------------------------------------------------
files ('*ifilter.mag', > 'tempfile')
flist = 'tempfile'
while (fscan (flist,line) != EOF) {
o = o + 1
}
del ("tempfile")
# ------------------------------------------------------------------------------------
if (o!=4) {
print('')
print (' ****************************')
print (' Missing file(s). ')
print (' ****************************')
print ('')
print (' One or more \'*filter.mag\' files were not found.')
print (' Search again (else exit)? (y/n)')
scan (check)
if (check) {
}
else {
bye()
}
auxi=no
}
else {
if (o==4) {
print ('')
print ('All "*filter.mag" files found.')
auxi=yes
}
else {
print (' Unknown error. Check code.')
bye()
}
}
}
# ---------------------------------------------------------------------------------------------
# End of 'Search for *filter.mag files, created after DAOMASTER run'
# ---------------------------------------------------------------------------------------------
# ---------------------------------------------------------------------------------------------
# Search for 'daom.raw' file, created after DAOMASTER run
# ---------------------------------------------------------------------------------------------
auxi=no
while (auxi==no) {
o=0
# Search for "daom.raw"
# ------------------------------------------------------------------------------------
files ('*daom.raw', > 'tempfile')
flist = 'tempfile'
while (fscan (flist,line) != EOF) {
o = o + 1
}
del ("tempfile")
# ------------------------------------------------------------------------------------
if (o!=1) {
print('')
print (' ****************************')
print (' Missing "daom.raw" file. ')
print (' ****************************')
print ('')
print (' File \'daom.raw\' was not found.')
print (' Search again (else exit)? (y/n)')
scan (check)
if (check) {
}
else {
bye()
}
auxi=no
}
else {
if (o==1) {
print ('')
print ('"daom.raw" file found.')
auxi=yes
}
else {
print (' Unknown error. Check code.')
bye()
}
}
}
# ---------------------------------------------------------------------------------------------
# End of 'Search for 'daom.raw' file, created after DAOMASTER run'
# ---------------------------------------------------------------------------------------------
# ---------------------------------------------------------------------------------------------
# Extract AIRMASS from longest exposures for each filter
# ---------------------------------------------------------------------------------------------
air = ""
hselect.images = vvarname//'.fit'
hselect.fields = "AIRMASS"
hselect.expr = yes
hselect.mode = "hl"
hselect > 'vair'
list2 = 'vair'
while (fscan(list2, vairmass) != EOF)
air = air // " " // str(vairmass)
hselect.images = bvarname//'.fit'
hselect.fields = "AIRMASS"
hselect.expr = yes
hselect.mode = "hl"
hselect > 'bair'
list2 = 'bair'
while (fscan(list2, bairmass) != EOF)
air = air // " " // str(bairmass)
hselect.images = uvarname//'.fit'
hselect.fields = "AIRMASS"
hselect.expr = yes
hselect.mode = "hl"
hselect > 'uair'
list2 = 'uair'
while (fscan(list2, uairmass) != EOF)
air = air // " " // str(uairmass)
hselect.images = ivarname//'.fit'
hselect.fields = "AIRMASS"
hselect.expr = yes
hselect.mode = "hl"
hselect > 'iair'
list2 = 'iair'
while (fscan(list2, iairmass) != EOF)
air = air // " " // str(iairmass)
infile = 'daom.raw'
#n = nfiltros --> = 4 for CASLEO and CTIO
flist = infile
while (fscan(flist, line) != EOF) {
line = line // air
print (line, >> (substr(infile, 1, stridx (".", infile) - 1) // ".obs"))
}
print ('')
print ('Output file = '// (substr(infile, 1, stridx (".", infile) - 1) // ".obs"))
del ('vair')
del ('uair')
del ('bair')
del ('iair')
# ---------------------------------------------------------------------------------------------
# End of 'Extract AIRMASS from longest exposures for each filter'
# ---------------------------------------------------------------------------------------------
del ('*.mch')
if (modes != 1) {
print ('')
print (' Delete *.txt files? (y/n)')
scan (check)
}
else {
check = yes
}
if (check) {
del ('*.txt')
}
# ------------------------------------------------------------------------
# 1º Invertfit task
# ------------------------------------------------------------------------
print (' ')
print (' ----------------------------------------------------- ')
print (' 1st Invertfit task (all equations) ')
print (' ----------------------------------------------------- ')
invertfit.mode = "hl"
invertfit.observations = "daom.obs"
invertfit.config = "noche.cfg"
invertfit.parameters = "noche.ans"
invertfit.calib = "night_obs.out.BV" # <---------------------------- FINAL OUTPUT FILE!!
invertfit.print = "x,y"
invertfit
rename.field = 'all'
rename ('noche.cfg', 'noche.cfg.BV')
print('#N ID XCENTER YCENTER VS ERVS BV ERBV UB ERUB VI ERVI', >> 'auxiliar')
print('#U ## pixels pixels mag mag mag mag mag mag mag mag', >> 'auxiliar')
print('#F %-11d %-8.3f %-8.3f %-8.3f %-8.3f %-8.3f %-8.3f %-8.3f %-8.3f %-8.3f %-8.3f', >> 'auxiliar')
concatenate.input_files = ('auxiliar,night_obs.out.BV')
concatenate.output_file = ('concatenated')
concatenate.out_type = 'text'
concatenate.append = yes
concatenate.mode = 'hl'
concatenate > 'concatenated'
del ('auxiliar')
txdump.mode = 'hl'
txdump.textfile = ('concatenated')
txdump.headers = yes
txdump.fields = 'ID,XCENTER,YCENTER,VS,ERVS,BV,ERBV,UB,ERUB,VI,ERVI'
txdump.expr = 'VS!=INDEF'
txdump > auxiliar.1
del ('concatenated')
txdump.mode = 'hl'
txdump.textfile = ('auxiliar.1')
txdump.headers = yes
txdump.fields = 'ID,XCENTER,YCENTER,VS,ERVS,BV,ERBV,UB,ERUB,VI,ERVI'
txdump.expr = 'BV!=INDEF'
txdump > auxiliar.2
del ('auxiliar.1')
txdump.mode = 'hl'
txdump.textfile = ('auxiliar.2')
txdump.headers = yes
txdump.fields = 'ID,XCENTER,YCENTER,VS,ERVS,BV,ERBV,UB,ERUB,VI,ERVI'
txdump.expr = 'UB!=INDEF'
txdump > auxiliar.3
del ('auxiliar.2')
print ('numero x y u-b eu-b b-v eb-v v ev v-i ev-i x', > 'shift_entrada.BV')
txdump.mode = 'hl'
txdump.textfile = ('auxiliar.3')
txdump.headers = no