def check_dist_to_edges(v, or_verts, or_radius, edges, sides_space):
d = 0
min_dist = 2.0e-5
for ed, s in zip(edges, sides_space):
v1 = or_verts[ed[0]]
v2 = or_verts[ed[1]]
r1 = or_radius[ed[0]]
r2 = or_radius[ed[1]]
if v1 == v and r1 < min_dist or v2 == v and r2 < min_dist or r1 < min_dist and r2 < min_dist:
continue
in_tirangle_a = pt_in_triangle(v, s[2], s[0], s[1])
in_tirangle_b = pt_in_triangle(v, s[2], s[1], s[3])
if in_tirangle_a or in_tirangle_b:
d = 1
break
return d
def check_dist_to_edges(v, or_verts, or_radius, edges, sides_space, sides_space_bbox):
d = 0
min_dist = 2.0e-5
for ed, s, sb in zip(edges, sides_space, sides_space_bbox):
v1 = or_verts[ed[0]]
v2 = or_verts[ed[1]]
r1 = or_radius[ed[0]]
r2 = or_radius[ed[1]]
if v1 == v and r1 < min_dist or v2 == v and r2 < min_dist or r1 < min_dist and r2 < min_dist:
continue
if out_of_bbox(v, sb):
continue
if pt_in_triangle(v, s[2], s[0], s[1]) or pt_in_triangle(v, s[2], s[1], s[3]):
d = 1
break
return d