def _set_output_range(self):
try:
range_out = self.args[RANGE_OUT]
except: # not defined, use default
range_out = NORMALIZED_FLOAT
if len(range_out.split(",")) == 2: # comma separeated range
vals = range_out.split(",")
self.output_range = (propertyparse.get_args_num_value(vals[0]),
propertyparse.get_args_num_value(vals[1]))
elif range_out == NORMALIZED_FLOAT:
self.output_range = (0.0, 1.0)
def _set_output_range(self):
try:
range_out = self.args[RANGE_OUT]
except: # not defined, use default
range_out = NORMALIZED_FLOAT
if len(range_out.split(",")) == 2: # comma separeated range
vals = range_out.split(",")
self.output_range = (propertyparse.get_args_num_value(vals[0]),
propertyparse.get_args_num_value(vals[1]))
elif range_out == NORMALIZED_FLOAT:
self.output_range = (0.0, 1.0)
def get_input_range_adjustment(self):
try:
step = propertyparse.get_args_num_value(self.args[STEP])
except:
step = DEFAULT_STEP
lower, upper = self.input_range
return Gtk.Adjustment(float(0.1), float(lower), float(upper), float(step)) # Value set later to first kf value
def get_input_range_adjustment(self):
try:
step = propertyparse.get_args_num_value(self.args[STEP])
except:
step = DEFAULT_STEP
lower, upper = self.input_range
return Gtk.Adjustment(float(0.1), float(lower), float(upper), float(step)) # Value set later to first kf value
def get_input_range_adjustment(self):
try:
step = propertyparse.get_args_num_value(self.args[STEP])
except:
step = DEFAULT_STEP
lower, upper = self.input_range
in_value = self.get_in_value(float(self.value_parts[2]))
return Gtk.Adjustment(float(in_value), float(lower), float(upper), float(step))
def get_input_range_adjustment(self):
try:
step = propertyparse.get_args_num_value(self.args[STEP])
except:
step = DEFAULT_STEP
lower, upper = self.input_range
in_value = self.get_in_value(float(self.value_parts[2]))
return Gtk.Adjustment(float(in_value), float(lower), float(upper), float(step))
def get_input_range_adjustment(self):
# This is used for opacity slider
try:
step = propertyparse.get_args_num_value(self.args[STEP])
except:
step = DEFAULT_STEP
lower, upper = self.input_range
return gtk.Adjustment(float(1.0), float(lower), float(upper), float(step)) # Value set later to first kf value
def get_input_range_adjustment(self):
# This is used for opacity slider
try:
step = propertyparse.get_args_num_value(self.args[STEP])
except:
step = DEFAULT_STEP
lower, upper = self.input_range
return Gtk.Adjustment(value=float(1.0), lower=float(lower), upper=float(upper), step_incr=float(step)) # Value set later to first kf value
def get_input_range_adjustment(self):
try:
step = propertyparse.get_args_num_value(self.args[STEP])
except:
step = DEFAULT_STEP
lower, upper = self.input_range
value = self.get_current_in_value()
return Gtk.Adjustment(value=float(value), lower=float(lower), upper=float(upper), step_incr=float(step))
def get_input_range_adjustment(self):
try:
step = propertyparse.get_args_num_value(self.args[STEP])
except:
step = DEFAULT_STEP
lower, upper = self.input_range
val = self.value.strip('"')
epxr_sides = val.split("=")
in_value = self.get_in_value(float(epxr_sides[1]))
return Gtk.Adjustment(float(in_value), float(lower), float(upper), float(step))
def get_input_range_adjustment(self):
try:
step = propertyparse.get_args_num_value(self.args[STEP])
except:
step = DEFAULT_STEP
lower, upper = self.input_range
val = self.value.strip('"')
epxr_sides = val.split("=")
in_value = self.get_in_value(float(epxr_sides[1]))
return Gtk.Adjustment(float(in_value), float(lower), float(upper), float(step))
def get_in_value(self, out_value):
"""
Converts output to input value
"""
in_l, in_h = self.input_range
out_l, out_h = self.output_range
in_range = in_h - in_l
out_range = out_h - out_l
out_frac = propertyparse.get_args_num_value(str(out_value)) - out_l
out_norm = out_frac / out_range
return in_l + (out_norm * in_range)
def get_in_value(self, out_value):
"""
Converts output to input value
"""
in_l, in_h = self.input_range
out_l, out_h = self.output_range
in_range = in_h - in_l
out_range = out_h - out_l
out_frac = propertyparse.get_args_num_value(str(out_value)) - out_l
out_norm = out_frac / out_range
return in_l + (out_norm * in_range)
