def cut_off(self, rect):
"""make cut adjustment and return edits
"""
new_free_rects = []
removed_rects = []
new_to_merge_dict = defaultdict(list)
old_to_merge_dict = defaultdict(list)
for rf in self.free_rects:
if rectangle.overlap(rf, rect):
active, *cuts = rectangle.get_cuts(rf, rect)
if active:
removed_rects.append(rf)
for cut_type in cuts:
chopped_rect = rectangle.cut_off(rf, rect, cut_type)
new_to_merge_dict[cut_type].append(chopped_rect)
else:
if len(cuts) == 1: # len>2 only when corners touching
old_to_merge_dict[cuts[0]].append(rf)
new_free_rects.append(rf)
else:
new_free_rects.append(rf)
new_merged_rects = []
for cut_type in CUT_TYPES:
new_merged_rects.extend(self._merge_wrapped_rect(new_to_merge_dict[cut_type], old_to_merge_dict[cut_type]))
new_free_rects.extend(new_merged_rects)
self.free_rects = new_free_rects
return new_merged_rects, removed_rects
from maxrect_pack.plotrect import plotrects
from maxrect_pack.rect import make_rect
import maxrect_pack.rect as rectangle
from maxrect_pack.recthelper import random_rects
random.seed(3)
WIDTH = 20
HEIGHT = 20
if __name__ == '__main__':
rects_free = make_rect((1, WIDTH), (1, HEIGHT))
rects_cut = random_rects(WIDTH, HEIGHT, 4, 4, 3)
for rc in rects_cut:
new_rects_free = []
for rf in rects_free:
if rectangle.overlap(rc, rf):
new_rects = rf.cut_off(rc)
if new_rects:
new_rects_free.extend(new_rects)
else:
new_rects_free.append(rf)
rects_free = new_rects_free
plotrects(*(rects_cut + rects_free), random_color=[0] * len(rects_cut) + [1] * len(rects_free), area_w=WIDTH, area_h=HEIGHT)
# plotrects(*(rects_cut),random_color=[0]*len(rects_cut), area_w=WIDTH, area_h=HEIGHT)
random.seed(3)
WIDTH = 20
HEIGHT = 20
if __name__ == "__main__":
rects_free = make_rect((1, WIDTH), (1, HEIGHT))
rects_cut = random_rects(WIDTH, HEIGHT, 4, 4, 3)
for rc in rects_cut:
new_rects_free = []
for rf in rects_free:
if rectangle.overlap(rc, rf):
new_rects = rf.cut_off(rc)
if new_rects:
new_rects_free.extend(new_rects)
else:
new_rects_free.append(rf)
rects_free = new_rects_free
plotrects(
*(rects_cut + rects_free),
random_color=[0] * len(rects_cut) + [1] * len(rects_free),
area_w=WIDTH,
area_h=HEIGHT
)
# plotrects(*(rects_cut),random_color=[0]*len(rects_cut), area_w=WIDTH, area_h=HEIGHT)
