def _evaluate(self):
color_list = cechomesh.to_color_list(self.patterns()[0])
columns = (color_list.columns or
Settings.get('light', 'visualizer', 'layout')[0])
result = cechomesh.scroll_color_list(
color_list, self.get('dx'), self.get('dy'), columns=columns,
wrap=self.get('wrap'), smooth=self.get('smooth'),
transform=self.get('transform'))
return result
def _evaluate(self):
color_list = cechomesh.to_color_list(self.patterns()[0])
columns = (color_list.columns or
Settings.get('light', 'visualizer', 'layout')[0])
result = cechomesh.scroll_color_list(
color_list, self.get('dx'), self.get('dy'), columns=columns,
wrap=self.get('wrap'), smooth=self.get('smooth'),
transform=self.get('transform'))
global LAST_LIST
if False and result != LAST_LIST:
LAST_LIST = result
print(result, color_list)
return result
def _evaluate(self):
patterns = self.patterns()
if not patterns:
return []
steps = len(patterns) - 1
if not steps:
return patterns[0]
fade_value = self.get('fade')
total_fade = fade_value * steps
segment = int(total_fade)
fade = total_fade - segment
if segment < steps:
p1, p2 = patterns[segment], patterns[segment + 1]
return cechomesh.to_color_list(p1).interpolate(p2, fade)
else:
return patterns[segment]
def _evaluate(self):
patterns = self.patterns()
if not patterns:
return []
steps = len(patterns) - 1
if not steps:
return patterns[0]
fade_value = self.get('fade')
total_fade = fade_value * steps
segment = int(total_fade)
fade = total_fade - segment
if segment < steps:
p1, p2 = patterns[segment], patterns[segment + 1]
return cechomesh.to_color_list(p1).interpolate(p2, fade)
else:
return patterns[segment]
