def delta_range_filter_handler(config):
current_filter = config.matcher.delta_range_filter
append = False
print "Current delta range filter:", current_filter
if current_filter is not None:
append = sh.askbool("Do you want to add a new delta range filter to the existing one?")
region = None
if sh.askbool("Restrict delta range filter to a region?"):
region_filename = uiutils.open_file()
try:
region = imgutils.Region(region_filename)
except:
print "Warning: opening region file failed"
if region is not None:
print "Delta range filter for region:", region.get_name()
str2vector = lambda s: [float(k) for k in re.findall("[-0-9.]+", s)]
check_vector = lambda s: len(str2vector(s)) == 2
unit = u.Unit(sh.ask("Velocity unit:"))
direction = str2vector(sh.ask("Direction vector (default=[1,0]):", check_fct=check_vector, default="1,0"))
vx = str2vector(sh.ask("Velocity range in X direction:", check_fct=check_vector))
vy = str2vector(sh.ask("Velocity range in Y direction:", check_fct=check_vector))
range_filter = wise.DeltaRangeFilter(vxrange=vx, vyrange=vy, unit=unit, pix_limit=4, x_dir=direction)
if region is not None:
range_filter = wise.DeltaRegionFilter(wise.RegionFilter(region), range_filter)
if append:
range_filter = current_filter & range_filter
print "Setting delta_range_filter to:", range_filter
config.matcher.delta_range_filter = range_filter
def main():
sh.init(libwise.get_version(), USAGE)
args = sh.get_args(min_nargs=1)
config = actions.get_config(True)
ctx = wise.AnalysisContext(config)
actions.select_files(ctx, args)
if len(ctx.files) == 0:
sys.exit(0)
wise.tasks.detection_all(ctx)
str2vector = lambda s: [float(k) for k in re.findall("[-0-9.]+", s)]
check = lambda s: len(
wise.tasks._get_scales(str2vector(s), ctx.result.get_scales())) > 0
txt = "View scales (available: %s) (press enter to leave):" % ctx.result.get_scales(
)
while True:
scales = sh.ask(txt, check_fct=check, default=[])
if len(scales) == 0:
break
wise.tasks.view_wds(ctx, scales=str2vector(scales))
save = sh.askbool("Save the result ?")
if save:
name = str(sh.ask("Name (default=result):", default='result'))
wise.tasks.save(ctx, name)
def main():
sh.init(libwise.get_version(), USAGE)
args = sh.get_args(min_nargs=1)
config = actions.get_config(True)
ctx = wise.AnalysisContext(config)
actions.select_files(ctx, args)
if len(ctx.files) == 0:
sys.exit(0)
wise.tasks.detection_all(ctx)
str2vector = lambda s: [float(k) for k in re.findall("[-0-9.]+", s)]
check = lambda s: len(wise.tasks._get_scales(str2vector(s), ctx.result.get_scales())) > 0
txt ="View scales (available: %s) (press enter to leave):" % ctx.result.get_scales()
while True:
scales = sh.ask(txt, check_fct=check, default=[])
if len(scales) == 0:
break
wise.tasks.view_wds(ctx, scales=str2vector(scales))
save = sh.askbool("Save the result ?")
if save:
name = str(sh.ask("Name (default=result):", default='result'))
wise.tasks.save(ctx, name)
def main():
sh.init(libwise.get_version(), USAGE)
args = sh.get_args(min_nargs=1)
config = actions.get_config(True)
ctx = wise.AnalysisContext(config)
actions.select_files(ctx, args)
if len(ctx.files) == 0:
sys.exit(0)
wise.tasks.match_all(ctx)
check = lambda s: nputils.is_str_number(s) and float(
s) in ctx.result.get_scales()
txt = "View scales (available: %s) (press enter to leave):" % ctx.result.get_scales(
)
while True:
scale = float(sh.ask(txt, check_fct=check, default=0))
if scale == 0:
break
wise.tasks.view_displacements(ctx, scale)
save = sh.askbool("Save the result ?")
if save:
name = str(sh.ask("Name (default=result):", default='result'))
wise.tasks.save(ctx, name)
def main():
sh.init(libwise.get_version(), USAGE)
args = sh.get_args(min_nargs=1)
config = actions.get_config(True)
ctx = wise.AnalysisContext(config)
actions.select_files(ctx, args)
if len(ctx.files) == 0:
sys.exit(0)
wise.tasks.match_all(ctx)
check = lambda s: nputils.is_str_number(s) and float(s) in ctx.result.get_scales()
txt ="View scales (available: %s) (press enter to leave):" % ctx.result.get_scales()
while True:
scale = float(sh.ask(txt, check_fct=check, default=0))
if scale == 0:
break
wise.tasks.view_displacements(ctx, scale)
save = sh.askbool("Save the result ?")
if save:
name = str(sh.ask("Name (default=result):", default='result'))
wise.tasks.save(ctx, name)
def delta_range_filter_handler(config):
current_filter = config.matcher.delta_range_filter
append = False
print "Current delta range filter:", current_filter
if current_filter is not None:
append = sh.askbool(
"Do you want to add a new delta range filter to the existing one?")
region = None
if sh.askbool("Restrict delta range filter to a region?"):
region_filename = uiutils.open_file()
try:
region = imgutils.Region(region_filename)
except:
print "Warning: opening region file failed"
if region is not None:
print "Delta range filter for region:", region.get_name()
str2vector = lambda s: [float(k) for k in re.findall("[-0-9.]+", s)]
check_vector = lambda s: len(str2vector(s)) == 2
unit = u.Unit(sh.ask("Velocity unit:"))
direction = str2vector(
sh.ask("Direction vector (default=[1,0]):",
check_fct=check_vector,
default="1,0"))
vx = str2vector(
sh.ask("Velocity range in X direction:", check_fct=check_vector))
vy = str2vector(
sh.ask("Velocity range in Y direction:", check_fct=check_vector))
range_filter = wise.DeltaRangeFilter(vxrange=vx,
vyrange=vy,
unit=unit,
pix_limit=4,
x_dir=direction)
if region is not None:
range_filter = wise.DeltaRegionFilter(wise.RegionFilter(region),
range_filter)
if append:
range_filter = current_filter & range_filter
print "Setting delta_range_filter to:", range_filter
config.matcher.delta_range_filter = range_filter