Manually listed all classes and functions in __init__.py and added a …

…script to generate the list (print_all.py)

skfem/__init__.py

@@ -1,33 +1,69 @@
-# partly from https://stackoverflow.com/questions/14426574/how-to-import-members-of-modules-within-a-package/14428820#14428820
-
-def _import_all_modules():
-    """dynamically imports all modules in the package"""
-    import traceback
-    import os
-    global __all__
-    __all__ = []
-    globals_, locals_ = globals(), locals()
-
-    # dynamically import all the package modules
-    for filename in os.listdir(__name__):
-        # process all python files in directory that don't start with underscore
-        # (which also keeps this module from importing itself)
-        if filename == 'assembly.py' \
-                or filename == 'mesh.py' \
-                or filename == 'utils.py' \
-                or filename == 'element.py' \
-                or filename == 'mapping.py':
-            modulename = filename.split('.')[0]  # filename without extension
-            package_module = '.'.join([__name__, modulename])
-            try:
-                module = __import__(package_module, globals_, locals_, [modulename])
-            except:
-                traceback.print_exc()
-                raise
-            for name in module.__dict__:
-                if not name.startswith('_'):
-                    globals_[name] = module.__dict__[name]
-                    __all__.append(name)
-
-_import_all_modules()
+from skfem.mesh import *
+from skfem.assembly import *
+from skfem.mapping import *
+from skfem.element import *
+from skfem.utils import *
+from skfem.mesh_importers import *
 
+__all__ = ['InterfaceMesh1D',
+           'Mesh',
+           'Mesh2D',
+           'Mesh3D',
+           'MeshHex',
+           'MeshLine',
+           'MeshQuad',
+           'MeshTet',
+           'MeshTri',
+           'coo_matrix',
+           'Dofnum',
+           'FacetBasis',
+           'GlobalBasis',
+           'InteriorBasis',
+           'asm',
+           'coo_matrix',
+           'get_quadrature',
+           'MappingAffine',
+           'MappingIsoparametric',
+           'adaptive_theta',
+           'bilinear_form',
+           'build_ilu_pc',
+           'cg',
+           'condense',
+           'initialize',
+           'linear_form',
+           'nonlinear_form',
+           'rcm',
+           'rcm_reordering',
+           'smoothplot',
+           'solve',
+           'solver_direct_cholmod',
+           'solver_direct_scipy',
+           'Element',
+           'ElementArgyris',
+           'ElementH1',
+           'ElementH2',
+           'ElementHcurl',
+           'ElementHdiv',
+           'ElementHex1',
+           'ElementMorley',
+           'ElementQ1',
+           'ElementQ2',
+           'ElementTetN0',
+           'ElementTetP0',
+           'ElementTetP1',
+           'ElementTetP2',
+           'ElementTetRT0',
+           'ElementTriDG',
+           'ElementTriP0',
+           'ElementTriP1',
+           'ElementTriRT0',
+           'ElementVectorH1',
+           'MeshQuad',
+           'MeshTet',
+           'MeshTri',
+           'read_array',
+           'assert_',
+           'read_comsol',
+           'read_gmsh',
+           'read_token',
+           'skip_read_line']

skfem/print_all.py

@@ -0,0 +1,17 @@
+import importlib
+import types
+
+class C: pass
+
+for fname in ['mesh',
+              'assembly',
+              'mapping',
+              'utils',
+              'element',
+              'mesh_importers']:
+    mod = importlib.import_module(fname, 'skfem')
+    for x in dir(mod):
+        if isinstance(getattr(mod, x), types.FunctionType):
+            print(" '"+x+"',")
+        elif isinstance(getattr(mod, x), type(C)):
+            print(" '"+x+"',")