def main():
sh.init(libwise.get_version(), USAGE)
preprocess = not sh.get_opt_bool('no-crop', 'n')
align = not sh.get_opt_bool('no-align', None)
show_mask = sh.get_opt_bool('show-mask', 'm')
region_files = sh.get_opt_value('reg-file', 'r', multiple=True)
regions = []
try:
regions = [imgutils.Region(file) for file in region_files]
except:
print "Error: failed to read a region file"
sh.usage(True)
args = sh.get_args(min_nargs=1)
config = actions.get_config(False)
ctx = wise.AnalysisContext(config)
actions.select_files(ctx, args)
wise.tasks.view_all(ctx,
preprocess=preprocess,
show_regions=regions,
show_mask=show_mask,
align=align)
def main():
sh.init(libwise.get_version(), USAGE)
pa = sh.get_opt_bool('pa', 'p')
fit = sh.get_opt_bool('fit', 'f')
num = sh.get_opt_bool('num', 'n')
min_link_size = sh.get_opt_value('min-link-size', 'm', default=2)
sh.check(min_link_size, nputils.is_str_number, "min-link-size must be an integer")
min_link_size = float(min_link_size)
args = sh.get_args(min_nargs=2)
name = args[0]
ctx = actions.load(name)
if ctx is None:
print "No results saved with name %s" % name
sh.usage(True)
scales = args[1]
try:
scales = nputils.str2floatlist(scales)
except:
print "Error: invalid scales. Available scales: %s" % ctx.result.get_scales()
sh.usage(True)
fit_fct = None
if fit:
fit_fct = nputils.LinearFct
fit_result = wise.tasks.plot_separation_from_core(ctx, scales=scales, num=num,
min_link_size=min_link_size, fit_fct=fit_fct, pa=pa)
if fit:
for link, fit_fct in fit_result.items():
print "Fit result for link %s: %.2f +- %.2f mas / year" % (link.get_id(), fit_fct.a, fit_fct.ea)
def main():
sh.init(libwise.get_version(), USAGE)
min_link_size = sh.get_opt_value('min-link-size', 'm', default=2)
sh.check(min_link_size, nputils.is_str_number,
"min-link-size must be an integer")
min_link_size = float(min_link_size)
args = sh.get_args(min_nargs=2)
name = args[0]
ctx = actions.load(name)
if ctx is None:
print "No results saved with name %s" % name
sh.usage(True)
scales = args[1]
try:
scales = nputils.str2floatlist(scales)
except:
print "Error: invalid scales. Available scales: %s" % ctx.result.get_scales(
)
sh.usage(True)
wise.tasks.view_links(ctx, scales=scales, min_link_size=min_link_size)
def get_date(date, option):
if date is None:
return None
date = nputils.guess_date(date, ["%Y-%m-%d", "%Y_%m_%d"])
if date is None:
print "Error: invalid date format for the option %s" % option
sh.usage(True)
return date
def get_date(date, option):
if date is None:
return None
date = nputils.guess_date(date, ["%Y-%m-%d", "%Y_%m_%d"])
if date is None:
print "Error: invalid date format for the option %s" % option
sh.usage(True)
return date
def main():
sh.init(libwise.get_version(), USAGE)
pa = sh.get_opt_bool('pa', 'p')
fit = sh.get_opt_bool('fit', 'f')
num = sh.get_opt_bool('num', 'n')
min_link_size = sh.get_opt_value('min-link-size', 'm', default=2)
sh.check(min_link_size, nputils.is_str_number,
"min-link-size must be an integer")
min_link_size = float(min_link_size)
args = sh.get_args(min_nargs=2)
name = args[0]
ctx = actions.load(name)
if ctx is None:
print "No results saved with name %s" % name
sh.usage(True)
scales = args[1]
try:
scales = nputils.str2floatlist(scales)
except:
print "Error: invalid scales. Available scales: %s" % ctx.result.get_scales(
)
sh.usage(True)
fit_fct = None
if fit:
fit_fct = nputils.LinearFct
fit_result = wise.tasks.plot_separation_from_core(
ctx,
scales=scales,
num=num,
min_link_size=min_link_size,
fit_fct=fit_fct,
pa=pa)
if fit:
for link, fit_fct in fit_result.items():
print "Fit result for link %s: %.2f +- %.2f mas / year" % (
link.get_id(), fit_fct.a, fit_fct.ea)
def main():
sh.init(libwise.get_version(), USAGE)
args = sh.get_args(min_nargs=2)
name = args[0]
ctx = actions.load(name)
if ctx is None:
print "No results saved with name %s" % name
sh.usage(True)
scales = args[1]
try:
scales = nputils.str2floatlist(scales)
except:
print "Error: invalid scales. Availables scales: %s" % ctx.result.get_scales()
sh.usage(True)
print "Plotting features from scales %s" % scales
wise.tasks.view_all_features(ctx, scales)
def main():
sh.init(libwise.get_version(), USAGE)
args = sh.get_args(min_nargs=2)
name = args[0]
ctx = actions.load(name)
if ctx is None:
print "No results saved with name %s" % name
sh.usage(True)
scales = args[1]
try:
scales = nputils.str2floatlist(scales)
except:
print "Error: invalid scales. Availables scales: %s" % ctx.result.get_scales(
)
sh.usage(True)
print "Plotting features from scales %s" % scales
wise.tasks.view_all_features(ctx, scales)
def main():
sh.init(libwise.get_version(), USAGE)
preprocess = not sh.get_opt_bool('no-crop', 'n')
align = not sh.get_opt_bool('no-align', None)
show_mask = sh.get_opt_bool('show-mask', 'm')
region_files = sh.get_opt_value('reg-file', 'r', multiple=True)
regions = []
try:
regions = [imgutils.Region(file) for file in region_files]
except:
print "Error: failed to read a region file"
sh.usage(True)
args = sh.get_args(min_nargs=1)
config = actions.get_config(False)
ctx = wise.AnalysisContext(config)
actions.select_files(ctx, args)
wise.tasks.view_all(ctx, preprocess=preprocess, show_regions=regions,
show_mask=show_mask, align=align)
def main():
sh.init(libwise.get_version(), USAGE)
min_link_size = sh.get_opt_value('min-link-size', 'm', default=2)
sh.check(min_link_size, nputils.is_str_number, "min-link-size must be an integer")
min_link_size = float(min_link_size)
args = sh.get_args(min_nargs=2)
name = args[0]
ctx = actions.load(name)
if ctx is None:
print "No results saved with name %s" % name
sh.usage(True)
scales = args[1]
try:
scales = nputils.str2floatlist(scales)
except:
print "Error: invalid scales. Available scales: %s" % ctx.result.get_scales()
sh.usage(True)
wise.tasks.view_links(ctx, scales=scales, min_link_size=min_link_size)
def main():
sh.init(libwise.get_version(), USAGE)
args = sh.get_args(min_nargs=0)
config = actions.get_config(True)
if len(args) == 0 or args[0] in ['get', 'show']:
if len(args) < 2:
print config.values()
elif '.' in args[1]:
section_name, option = args[1].split('.', 2)
section = get_section(section_name, config)
check_option(section, option)
print '%s: %s' % (args[1], section.get(option, encode=True))
else:
section = get_section(args[1], config)
print section.values()
elif args[0] == 'set':
for arg in args[1:]:
if arg == 'matcher.delta_range_filter':
delta_range_filter_handler(config)
continue
try:
full_option, value = arg.split('=', 2)
section_name, option = full_option.split('.', 2)
except:
print "Error: setting option should be of the form SECTION.OPTION=VALUE\n"
sh.usage(True)
section = get_section(section_name, config)
check_option(section, option)
print "Setting %s to %s" % (full_option, value)
section.set(option, value, decode=True)
if len(args[1:]) > 0:
config.to_file(actions.CONFIG_FILE)
print "Configuration saved"
elif args[0] == 'doc':
if len(args) == 1:
print config.doc()
elif '.' in args[1]:
section_name, option = args[1].split('.', 2)
section = get_section(section_name, config)
check_option(section, option)
print "Documentation of %s: %s" % (args[1], section.get_doc(option))
else:
section = get_section(args[1], config)
print section.doc()
elif args[0] == 'restore':
if len(args) != 2 or not os.path.isfile(args[1]):
print "Error: an existing CONFIG_FILE is necessary\n"
sh.usage(True)
try:
config.from_file(args[1])
config.to_file(actions.CONFIG_FILE)
except:
print "Error: restoring configuration from %s failed\n" % args[1]
raise
print "Configuration restored from %s" % args[1]
else:
print "Error: Action not possible\n"
sh.usage(True)
def check_option(section, option):
if not section.has(option):
print "Error: option %s of %s does not exist\n" % (option, section.get_title())
sh.usage(True)
def get_section(section_name, config):
if not section_name in ['data', 'finder', 'matcher']:
print "Error: SECTION should be one of data, finder or matcher\n"
sh.usage(True)
return getattr(config, section_name)
def main():
sh.init(libwise.get_version(), USAGE)
args = sh.get_args(min_nargs=0)
config = actions.get_config(True)
if len(args) == 0 or args[0] in ['get', 'show']:
if len(args) < 2:
print config.values()
elif '.' in args[1]:
section_name, option = args[1].split('.', 2)
section = get_section(section_name, config)
check_option(section, option)
print '%s: %s' % (args[1], section.get(option, encode=True))
else:
section = get_section(args[1], config)
print section.values()
elif args[0] == 'set':
for arg in args[1:]:
if arg == 'matcher.delta_range_filter':
delta_range_filter_handler(config)
continue
try:
full_option, value = arg.split('=', 2)
section_name, option = full_option.split('.', 2)
except:
print "Error: setting option should be of the form SECTION.OPTION=VALUE\n"
sh.usage(True)
section = get_section(section_name, config)
check_option(section, option)
print "Setting %s to %s" % (full_option, value)
section.set(option, value, decode=True)
if len(args[1:]) > 0:
config.to_file(actions.CONFIG_FILE)
print "Configuration saved"
elif args[0] == 'doc':
if len(args) == 1:
print config.doc()
elif '.' in args[1]:
section_name, option = args[1].split('.', 2)
section = get_section(section_name, config)
check_option(section, option)
print "Documentation of %s: %s" % (args[1],
section.get_doc(option))
else:
section = get_section(args[1], config)
print section.doc()
elif args[0] == 'restore':
if len(args) != 2 or not os.path.isfile(args[1]):
print "Error: an existing CONFIG_FILE is necessary\n"
sh.usage(True)
try:
config.from_file(args[1])
config.to_file(actions.CONFIG_FILE)
except:
print "Error: restoring configuration from %s failed\n" % args[1]
raise
print "Configuration restored from %s" % args[1]
else:
print "Error: Action not possible\n"
sh.usage(True)
def check_option(section, option):
if not section.has(option):
print "Error: option %s of %s does not exist\n" % (option,
section.get_title())
sh.usage(True)
def get_section(section_name, config):
if not section_name in ['data', 'finder', 'matcher']:
print "Error: SECTION should be one of data, finder or matcher\n"
sh.usage(True)
return getattr(config, section_name)
