| line |
true |
false |
branch |
|
35
|
0 |
6195 |
unless $$a[1] <=> $$b[1] |
|
86
|
3111 |
160 |
if ($b) |
|
89
|
1733 |
1378 |
if $self->vert_inside_bounds(@$v1) |
|
90
|
2139 |
972 |
if $self->vert_inside_bounds(@$v2) |
|
93
|
3084 |
187 |
if ($a) |
|
96
|
922 |
2162 |
if $self->vert_inside_bounds(@$v1) |
|
97
|
1751 |
1333 |
if $self->vert_inside_bounds(@$v2) |
|
116
|
1 |
1 |
if (my $norm = $args{'normalize_vertices'}) |
|
123
|
0 |
3271 |
if $v1 == -1 and $v2 == -1 |
|
129
|
3260 |
11 |
if (my $norm = $args{'normalize_vertices'}) |
|
133
|
3258 |
13 |
if $v1 != -1 |
|
134
|
3258 |
13 |
if $v2 != -1 |
|
136
|
13 |
3258 |
if ($v1 == -1) |
|
137
|
0 |
13 |
unless @$ivs and $lat2 + 0 == $lat2 and $lon2 + 0 == $lon2 |
|
138
|
7 |
6 |
if (cmp_verts([$lat2, $lon2], $$ivs[0]) > 0) { } |
|
|
0 |
6 |
elsif (cmp_verts([$lat2, $lon2], $$ivs[1]) > 0) { } |
|
146
|
13 |
3252 |
if ($v2 == -1) |
|
147
|
0 |
13 |
unless @$ivs and $lat1 + 0 == $lat1 and $lon1 + 0 == $lon1 |
|
148
|
3 |
10 |
if (cmp_verts([$lat1, $lon1], $$ivs[1]) < 0) { } |
|
|
0 |
10 |
elsif (cmp_verts([$lat1, $lon1], $$ivs[0]) < 0) { } |
|
158
|
0 |
3255 |
if grep {$_ + 0 != $_;} $lat1, $lon1, $lat2, $lon2 |
|
162
|
3255 |
0 |
if ($p1 != -1 and $p2 != -1) |
|
172
|
0 |
1101 |
unless $stack |
|
174
|
1 |
1100 |
unless @$stack >= 2 |
|
178
|
2985 |
0 |
if (not grep({$$_[1] == $$this[1] if $$_[0] == $$this[0];} @poly) and $$this[0] + 0 == $$this[0] and $$this[1] + 0 == $$this[1]) |
|
179
|
4002 |
19000 |
if $$_[0] == $$this[0] |
|
185
|
3505 |
0 |
if (not grep({$$_[1] == $$this[3] if $$_[0] == $$this[2];} @poly) and $$this[2] + 0 == $$this[2] and $$this[3] + 0 == $$this[3]) |
|
186
|
3548 |
22439 |
if $$_[0] == $$this[2] |