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Making the is_connected logic more understandable, Add spurious altium .NET file to ignore

master
Aaron Goldstein 2020-05-21 16:55:54 -07:00
parent 6963b9a8cc
commit 478ea80e62
2 changed files with 21 additions and 21 deletions
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1
.gitignore vendored
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@ -55,3 +55,4 @@ Temporary Items
*.OutJob
*.SchDoc.Zip
*.OutJob.Zip
*.NET

41
parse.py
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@ -122,30 +122,29 @@ def find_neighbors(wire, schematic):
return neighbors
def is_connected(wire_a, wire_b):
a_vertex_pairs = [(wire_a['coords'][i], wire_a['coords'][i + 1]) for i in
a_line_segments = [(wire_a['coords'][i], wire_a['coords'][i + 1]) for i in
range(len(wire_a['coords']) - 1)]
b_vertex_pairs = [(wire_b['coords'][i], wire_b['coords'][i + 1]) for i in
b_line_segments = [(wire_b['coords'][i], wire_b['coords'][i + 1]) for i in
range(len(wire_b['coords']) - 1)]
for a_vx_pair in a_vertex_pairs:
for b_vx_pair in b_vertex_pairs:
if (((a_vx_pair[0][0] <= b_vx_pair[0][0] <= a_vx_pair[1][0])
and (a_vx_pair[0][1] <= b_vx_pair[0][1] <= a_vx_pair[1][1]))
or ((a_vx_pair[0][0] >= b_vx_pair[0][0] >= a_vx_pair[1][0])
and (a_vx_pair[0][1] >= b_vx_pair[0][1] >= a_vx_pair[1][1]))
or ((a_vx_pair[0][0] <= b_vx_pair[1][0] <= a_vx_pair[1][0])
and (a_vx_pair[0][1] <= b_vx_pair[1][1] <= a_vx_pair[1][1]))
or ((a_vx_pair[0][0] >= b_vx_pair[1][0] >= a_vx_pair[1][0])
and (a_vx_pair[0][1] >= b_vx_pair[1][1] >= a_vx_pair[1][1])))\
or (((b_vx_pair[0][0] <= a_vx_pair[0][0] <= b_vx_pair[1][0])
and (b_vx_pair[0][1] <= a_vx_pair[0][1] <= b_vx_pair[1][1]))
or ((b_vx_pair[0][0] >= a_vx_pair[0][0] >= b_vx_pair[1][0])
and (b_vx_pair[0][1] >= a_vx_pair[0][1] >= b_vx_pair[1][1]))
or ((b_vx_pair[0][0] <= a_vx_pair[1][0] <= b_vx_pair[1][0])
and (b_vx_pair[0][1] <= a_vx_pair[1][1] <= b_vx_pair[1][1]))
or ((b_vx_pair[0][0] >= a_vx_pair[1][0] >= b_vx_pair[1][0])
and (b_vx_pair[0][1] >= a_vx_pair[1][1] >= b_vx_pair[1][1]))):
# check if any vertices in wire_a lie on wire_b
for vertex in [vx for line in a_line_segments for vx in line]:
for b_line in b_line_segments:
b_xs = sorted(list(zip(*b_line))[0])
b_ys = sorted(list(zip(*b_line))[1])
if ((min(b_xs) <= vertex[0] <= max(b_xs))
and (min(b_ys) <= vertex[1] <= max(b_ys))):
return True
# check if any vertices in wire_b lie on wire_a
for vertex in [vx for line in b_line_segments for vx in line]:
for a_line in a_line_segments:
a_xs = sorted(list(zip(*a_line))[0])
a_ys = sorted(list(zip(*a_line))[1])
if ((min(a_xs) <= vertex[0] <= max(a_xs))
and (min(a_ys) <= vertex[1] <= max(a_ys))):
return True
return False