if not input_files:
print 'Missing input file(s).\n'
optparser.print_usage()
exit(1)
if not (options.labels_file or options.places_file or options.registrations_file):
print 'Missing output file(s): labels, place points, or registration points.\n'
optparser.print_usage()
exit(1)
#
# Load places.
#
places = Places(bool(options.dump_file))
for place in options.load_inputs(input_files, geometry, options.name_field, options.placement_field):
places.add(place)
#
# Do the annealing.
#
annealer = Annealer(lambda p: p.energy, lambda p: p.move())
if options.temp_min and options.temp_max and options.steps:
annealed, e = annealer.anneal(places, options.temp_max, options.temp_min, options.steps, 30)
else:
annealed = [None] * places.count()
if not input_files:
print 'Missing input file(s).\n'
optparser.print_usage()
exit(1)
if not (options.labels_file or options.places_file or options.registrations_file):
print 'Missing output file(s): labels, place points, or registration points.\n'
optparser.print_usage()
exit(1)
#
# Load places.
#
places = Places(bool(options.dump_file))
for place in load_places(input_files, geometry, options.name_field):
places.add(place)
def state_energy(places):
return places.energy
def state_move(places):
places.move()
try:
annealer = Annealer(state_energy, state_move)
if options.temp_min and options.temp_max and options.steps:
places, e = annealer.anneal(places, options.temp_max, options.temp_min, options.steps, 30)
if __name__ == '__main__':
options, input_files = optparser.parse_args()
if not input_files:
print 'Missing input file(s).\n'
optparser.print_usage()
exit(1)
elif not (options.labels_file or options.places_file
or options.registrations_file):
print 'Missing output file(s): labels, place points, or registration points.\n'
optparser.print_usage()
exit(1)
places = Places(bool(options.dump_file))
for place in load_places(input_files, options.zoom):
places.add(place)
def state_energy(places):
return places.energy
def state_move(places):
places.move()
try:
annealer = Annealer(state_energy, state_move)
if options.temp_min and options.temp_max and options.steps:
places, e = annealer.anneal(places, options.temp_max,
if not input_files:
logging.critical('Missing input file(s).')
optparser.print_usage()
exit(1)
if not (options.labels_file or options.places_file or options.registrations_file):
logging.critical('Missing output file(s): labels, place points, or registration points.')
optparser.print_usage()
exit(1)
#
# Load places.
#
places = Places(bool(options.dump_file))
for place in options.load_inputs(input_files, geometry, options.name_field, options.placement_field):
places.add(place)
#
# Do the annealing.
#
annealer = Annealer(lambda p: p.energy, lambda p: p.move())
if places.count() == 0:
# looks like there's nothing to actually do.
annealed = []
elif options.temp_min and options.temp_max and options.steps:
optparser.print_usage()
exit(1)
if not (options.labels_file or options.places_file
or options.registrations_file):
logging.critical(
'Missing output file(s): labels, place points, or registration points.'
)
optparser.print_usage()
exit(1)
#
# Load places.
#
places = Places(bool(options.dump_file))
for place in options.load_inputs(input_files, geometry, options.name_field,
options.placement_field):
places.add(place)
#
# Do the annealing.
#
annealer = Annealer(lambda p: p.energy, lambda p: p.move())
if places.count() == 0:
# looks like there's nothing to actually do.
annealed = []
