def _transform(self, element, transform_list):
rows = 0
if not transform_list:
return element
n_elements = len(transform_list)
rows = n_elements % self.nrows
cols = int(n_elements / self.nrows)
if self.col_width is None:
self.col_width = transform_list[0]['width']
if self.row_height is None:
self.row_height = transform_list[0]['height']
for i in range(rows):
element = GroupElement([element])
element.moveto(0, self.row_height)
for i in range(cols):
element = GroupElement([element])
element.moveto(self.col_width, 0)
return element
def _transform(self, element, transform_list):
rows = 0
if not transform_list:
return element
n_elements = len(transform_list)
rows = n_elements % self.nrows
cols = int(n_elements/self.nrows)
if self.col_width is None:
self.col_width = transform_list[0]['width']
if self.row_height is None:
self.row_height = transform_list[0]['height']
for i in range(rows):
element = GroupElement([element])
element.moveto(0, self.row_height)
for i in range(cols):
element = GroupElement([element])
element.moveto(self.col_width, 0)
return element
def _transform(self, element, transform_list):
for t in transform_list:
element = GroupElement([element])
element.moveto(0, t['height'])
return element
def _transform(self, element, transform_list):
for t in transform_list:
element = GroupElement([element])
element.moveto(0, t['height'])
return element
