def _evaluate(self):
color_lists = self.patterns()
assert len(color_lists) == 1
color_list = color_lists[0]
columns = self.get('columns') or getattr(color_list, 'columns', 0)
rows = self.get('rows')
if rows:
columns = columns or cechomesh.compute_rows(len(color_list), rows)
elif columns:
rows = cechomesh.compute_rows(len(color_list), columns)
else:
columns, rows = Settings.get('light', 'visualizer', 'layout')
return cechomesh.mirror_color_list(
color_list, int(columns), int(rows),
bool(self.get('reverse_x')), bool(self.get('reverse_y')))
def _evaluate(self):
color_lists = self.patterns()
assert len(color_lists) == 1
color_list = color_lists[0]
columns = self.get('columns') or getattr(color_list, 'columns', 0)
rows = self.get('rows')
if rows:
columns = columns or cechomesh.compute_rows(len(color_list), rows)
elif columns:
rows = cechomesh.compute_rows(len(color_list), columns)
else:
columns, rows = Settings.get('light', 'visualizer', 'layout')
return cechomesh.mirror_color_list(color_list, int(columns), int(rows),
bool(self.get('reverse_x')),
bool(self.get('reverse_y')))
def _evaluate_one(self, color_list):
if not color_list:
LOGGER.error('Empty input to Tile.')
return color_list
size = self.get('size')
scale = self.get('scale')
if scale:
if size:
LOGGER.warn('Ignoring scale in Tile pattern that has a size')
else:
columns = color_list.columns or len(color_list)
rows = cechomesh.compute_rows(len(color_list), columns)
size = [int(scale[0] * columns), int(scale[1] * rows)]
elif not scale:
LOGGER.error('No size or scale for Tile pattern.')
return color_list
center = [_CENTERING.get(c, c) for c in self.get('center')]
return cechomesh.tile_colors(color_list, *(size + center))
def _evaluate_one(self, color_list):
if not color_list:
LOGGER.error('Empty input to Tile.')
return color_list
size = self.get('size')
scale = self.get('scale')
if scale:
if size:
LOGGER.warn('Ignoring scale in Tile pattern that has a size')
else:
columns = color_list.columns or len(color_list)
rows = cechomesh.compute_rows(len(color_list), columns)
size = [int(scale[0] * columns), int(scale[1] * rows)]
elif not scale:
LOGGER.error('No size or scale for Tile pattern.')
return color_list
center = [_CENTERING.get(c, c) for c in self.get('center')]
return cechomesh.tile_colors(color_list, *(size + center))