def TableLayout(width, height, widgets, scale=1, autoscale=True, offset = None):
if offset is None:
offset = Point(0,0)
# if scale is None - scale to fit the whole size
margin = 10
if not autoscale:
margin *= scale
x_margin = y_margin = margin
pos = Point(x_margin, y_margin)
next_row = 0
# order the widgets according to level, and find the maximum widget size
ordered = []
max_size = Point(0,0)
for widget in widgets:
if autoscale:
widget.scale = 1
else:
widget.scale = scale
level = widget.order.level
sublevel = widget.order.sublevel
ordered.append((level, sublevel, widget))
max_size.x = max(max_size.x, widget.size.x)
max_size.y = max(max_size.y, widget.size.y)
ordered.sort()
# setup the widgets in a table
prev_level = 0
pos = Point(x_margin,y_margin)
table_size = Point(0,0)
for level, sublevel, widget in ordered:
if ((pos.x + max_size.x >= width)
or (level > prev_level)):
prev_level = level
pos.y += max_size.y + y_margin
pos.x = x_margin
widget.pos = pos.shallow_copy()
pos.x += max_size.x + x_margin
table_size.x = max(table_size.x, widget.pos.x + widget.size.x)
table_size.y = max(table_size.y, widget.pos.y + widget.size.y)
if autoscale:
# STUPID IMPLEMENTATION
# todo change it
# go back and relayout with the calculated scale
new_scale = min(float(width-10) / table_size.x, float(height-10) / table_size.y)
TableLayout(width, height, widgets, new_scale * scale, autoscale=False)
return
# center the table
size = Point(width, height)
center_pos = size*0.5 - table_size*0.5 - Point(x_margin, y_margin)
# now center the table
for widget in widgets:
widget.pos += center_pos + offset
