def __call__(self, sm, cur, cmd, inputs):
""" process GLAS command for fictitious, catalog glass or mirror"""
if cmd == "GCAT":
inputs = inputs.split()
# Check catalog names, only add those we recognize
for gc in inputs:
try:
gfact.get_glass_catalog(gc)
except glasserror.GlassCatalogNotFoundError:
continue
else:
self.glass_catalogs.append(gc)
# If no catalogs were recognized, use the default set
if len(self.glass_catalogs) == 0:
self.glass_catalogs = gfact._cat_names
self.track_contents["GCAT"] = inputs
return True
elif cmd == "GLAS":
g = sm.gaps[cur]
inputs = inputs.split()
name = inputs[0]
medium = None
if name == 'MIRROR':
sm.ifcs[cur].interact_mode = 'reflect'
g.medium = sm.gaps[cur - 1].medium
self.track_contents[name] += 1
return True
elif name == '___BLANK':
nd = float(inputs[3])
vd = float(inputs[4])
g.medium = Glass(nd=nd, vd=vd, mat=glass_encode(nd, vd))
self.track_contents[name] += 1
return True
elif isanumber(name):
# process as a 6 digit code, no decimal point
m = self.find_6_digit_code(name)
if m is not None:
g.medium = m
self.track_contents['6 digit code'] += 1
return True
else: # must be a glass type
medium = self.find_glass(name, '')
g.medium = medium
return True
else:
return False
def find_substitute_glass(self, name):
"""Try to find a similar glass to ``name``."""
# create a list of catalogs
# the original lookup didn't find anything so
# look in all of our catalogs
cat_names = [gc.upper() for gc in self.glass_catalogs]
for gc in gfact._cat_names_uc:
if gc not in cat_names:
cat_names.append(gc)
# create a glass list for the given catalogs
glist = []
for glass_cat in cat_names:
try:
glass_cat = gfact.get_glass_catalog(glass_cat)
except glasserror.GlassCatalogNotFoundError:
pass
else:
glist += glass_cat.glass_list
# Add legacy glasses
glist += cat_glass.Robb1983Catalog().glass_list
# decode the input name
gn_decode = cat_glass.decode_glass_name(name)
# build an uppercase version for comparisons
gn_decode_uc = gn_decode[0][0].upper() + gn_decode[0][1]
subs_glasses = []
for g in glist:
gn_decode, gn, gc = g
if gn_decode_uc == gn_decode[0][0].upper() + gn_decode[0][1]:
subs_glasses.append(g)
if len(subs_glasses):
possibilities = [gn for gn_decode, gn, gc in subs_glasses]
matches = difflib.get_close_matches(name, possibilities)
if len(matches) > 0:
gn = matches[0]
gc = next((g[2] for g in subs_glasses if g[1] == gn), None)
else:
gn_decode, gn, gc = subs_glasses[0]
medium = create_glass(gn, gc)
self.glasses_not_found[name] = gn, gc
return medium
else:
return None
def find_substitute_glass(self, name):
"""Try to find a similar glass to ``name``."""
# create a list of catalogs
if len(self.glass_catalogs) > 0:
cat_names = self.glass_catalogs
else:
cat_names = gfact._cat_names
# create a glass list for the given catalogs
glist = []
for glass_cat in cat_names:
try:
glass_cat = gfact.get_glass_catalog(glass_cat)
except glasserror.GlassCatalogNotFoundError:
pass
else:
glist += glass_cat.glass_list
# Add legacy glasses
glist += cat_glass.Robb1983Catalog().glass_list
# decode the input name
gn_decode = cat_glass.decode_glass_name(name)
# build an uppercase version for comparisons
gn_decode_uc = gn_decode[0][0].upper() + gn_decode[0][1]
subs_glasses = []
for g in glist:
gn_decode, gn, gc = g
if gn_decode_uc == gn_decode[0][0].upper() + gn_decode[0][1]:
subs_glasses.append(g)
if len(subs_glasses):
gn_decode, gn, gc = subs_glasses[0]
medium = gfact.create_glass(gn, gc)
eval_str = "create_glass('{:s}','{:s}')".format(gn, gc)
self.glasses_not_found[name] = eval_str
return medium
else:
return None