def model(env, nmodels=None, *args, **kwargs):
#update_hook = kwargs.pop('update_hook', lambda _: None) # allows an external prog to update the status
Status('started modelling')
Log( '=' * 80 )
Log('GLASS version 0.1 %s' % time.asctime())
Log( '=' * 80 )
for o in env.objects:
o.init()
report(env)
#init_model_generator(nmodels)
if env.models is None:
env.models = []
env.solutions = []
models = []
solutions = []
if nmodels is None:
m = {'sol': None,
'obj,data': [ [o, {}] for o in env.objects ],
'tagged': False}
models.append(m)
else:
# here all the work is done!
# generate_models first generates the models (approx 2/3 of the tot time)
# only then the for loop kicks in and does something (what??? takes approx 1/3 of tot time)
for i,m in enumerate(generate_models(env.objects, nmodels, *args, **kwargs)):
#if not (i%5): update_hook({'text': '', 'progress': (i+1,nmodels)})
#Status("generating models", i=i+1, of=nmodels)
Log( 'Model %i/%i complete.' % (i+1, nmodels), overwritable=True)
models.append(m)
solutions.append(m['sol'])
#print 'glcmds.py:model ???', id(m['sol'])
Log( 'Generated %i model(s).' % len(models) )
_post_process(models)
env.models.extend(models)
env.solutions.extend(solutions)
env.accepted_models = _filter(env.models)
def model(env, nmodels=None, *args, **kwargs):
Log('=' * 80)
Log('GLASS version 0.1 %s' % time.asctime())
Log('=' * 80)
for o in env.objects:
o.init()
report(env)
#init_model_generator(nmodels)
if env.models is None:
env.models = []
env.solutions = []
models = []
solutions = []
if nmodels is None:
m = {
'sol': None,
'obj,data': [[o, {}] for o in env.objects],
'tagged': False
}
models.append(m)
else:
for i, m in enumerate(
generate_models(env.objects, nmodels, *args, **kwargs)):
Log('Model %i/%i complete.' % (i + 1, nmodels), overwritable=True)
models.append(m)
solutions.append(m['sol'])
#print 'glcmds.py:model ???', id(m['sol'])
Log('Generated %i model(s).' % len(models))
_post_process(models)
env.models.extend(models)
env.solutions.extend(solutions)
env.accepted_models = _filter(env.models)
def model(env, nmodels=None, *args, **kwargs):
Log( '=' * 80 )
Log('GLASS version 0.1 %s' % time.asctime())
Log( '=' * 80 )
for o in env.objects:
o.init()
report(env)
#init_model_generator(nmodels)
if env.models is None:
env.models = []
env.solutions = []
models = []
solutions = []
if nmodels is None:
m = {'sol': None,
'obj,data': [ [o, {}] for o in env.objects ],
'tagged': False}
models.append(m)
else:
for i,m in enumerate(generate_models(env.objects, nmodels, *args, **kwargs)):
Log( 'Model %i/%i complete.' % (i+1, nmodels), overwritable=True)
models.append(m)
solutions.append(m['sol'])
#print 'glcmds.py:model ???', id(m['sol'])
Log( 'Generated %i model(s).' % len(models) )
_post_process(models)
env.models.extend(models)
env.solutions.extend(solutions)
env.accepted_models = _filter(env.models)
