def test(x1, y1, z1, x2, y2, z2):
"""Check a Vec pair for incorrect comparisons."""
vec1 = Vec(x1, y1, z1)
vec2 = Vec(x2, y2, z2)
for op_func in comp_ops:
if op_func is op.ne:
# special-case - != uses or, not and
corr_result = x1 != x2 or y1 != y2 or z1 != z2
else:
corr_result = op_func(x1, x2) and op_func(y1, y2) and op_func(
z1, z2)
comp = ('Incorrect {{}} comparison for '
'({} {} {}) {} ({} {} {})'.format(x1, y1, z1,
op_func.__name__, x2, y2,
z2))
assert op_func(vec1, vec2) == corr_result, comp.format('Vec')
assert op_func(vec1, Vec_tuple(
x2, y2, z2)) == corr_result, comp.format('Vec_tuple')
assert op_func(vec1,
(x2, y2, z2)) == corr_result, comp.format('tuple')
# Bare numbers compare magnitude..
assert op_func(vec1, x2) == op_func(vec1.mag(),
x2), comp.format('x')
assert op_func(vec1, y2) == op_func(vec1.mag(),
y2), comp.format('y')
assert op_func(vec1, z2) == op_func(vec1.mag(),
z2), comp.format('z')
def _make_overlay(
self,
vmf: VMF,
segment: Segment,
pos: Vec,
uax: Vec,
vax: Vec,
mat: AntTex,
) -> None:
"""Construct an antline overlay at this position."""
overlay = make_overlay(
vmf,
segment.normal,
pos,
uax,
vax,
mat.texture,
[],
u_repeat=(uax.mag() / 16) * mat.scale,
)
if not mat.static:
overlay['targetname'] = self.name
for tile in segment.tiles:
tile.bind_overlay(overlay)
