def _find_common_vertex_angle(self, cva_cond: RelationshipBased,
indexer: Indexer):
r = cva_cond.relationship
vertex = r.vertex
ends = r.ends
size = len(ends)
for i in range(size):
for j in range(i + 1, size):
for k in range(j + 1, size):
angle_ij = indexer.index_angle_by_points(
ends[i], vertex, ends[j])
angle_jk = indexer.index_angle_by_points(
ends[j], vertex, ends[k])
angle_ik = indexer.index_angle_by_points(
ends[i], vertex, ends[k])
cond_ik = indexer.index_value_condition(angle_ik, 'angle')
if cond_ik.attr_value is None:
continue
eq_cond = index_equivalent_value(indexer, angle_ij,
'angle', angle_jk,
'angle')
if eq_cond is None:
continue
cond_ij = indexer.index_value_condition(angle_ij, 'angle')
cond_jk = indexer.index_value_condition(angle_jk, 'angle')
unkown_cond = [
c for c in [cond_ij, cond_jk] if c.attr_value is None
]
if not unkown_cond:
continue
return [[eq_cond, cond_ik], unkown_cond]
return None
def _find_common_vertex_angle(self, cva_cond: RelationshipBased,
indexer: Indexer):
r = cva_cond.relationship
vertex = r.vertex
ends = r.ends
size = len(ends)
for i in range(size):
for j in range(i + 1, size):
for k in range(j + 1, size):
angle_ij = indexer.index_angle_by_points(
ends[i], vertex, ends[j])
angle_jk = indexer.index_angle_by_points(
ends[j], vertex, ends[k])
angle_ik = indexer.index_angle_by_points(
ends[i], vertex, ends[k])
cond_ij = indexer.index_value_condition(angle_ij, 'angle')
cond_jk = indexer.index_value_condition(angle_jk, 'angle')
cond_ik = indexer.index_value_condition(angle_ik, 'angle')
if sum([
cond_ij.attr_value is None,
cond_jk.attr_value is None,
cond_ik.attr_value is None
]) == 1:
return [[cva_cond, cond_ij, cond_jk], (cond_ik)]
return None
def index(self, indexer: Indexer):
ret = []
nas_conds = indexer.index_by_type(NAngleSector)
for cond in nas_conds:
r = cond.relationship
# Existence of ratio condition is guaranteed.
ratio_cond = indexer.index_value_condition(r, 'ratio')
ratio = ratio_cond.attr_value
p_near, p_split, p_far = r.three_ends
vertex = r.vertex
angle_near = indexer.index_angle_by_points(p_near, vertex, p_split)
angle_far = indexer.index_angle_by_points(p_far, vertex, p_split)
angle_full = indexer.index_angle_by_points(p_near, vertex, p_far)
near_cond = indexer.index_value_condition(angle_near, 'angle')
far_cond = indexer.index_value_condition(angle_far, 'angle')
full_cond = indexer.index_value_condition(angle_full, 'angle')
if full_cond.attr_value is None:
if near_cond.attr_value is not None:
ret.append([[near_cond, ratio_cond, 1 / ratio], full_cond])
elif far_cond.attr_value is not None:
ret.append([[far_cond, ratio_cond, 1 / (1 - ratio)],
full_cond])
if near_cond.attr_value is None:
if full_cond.attr_value is not None:
ret.append([[full_cond, ratio_cond, ratio], near_cond])
elif far_cond.attr_value is not None:
ret.append([[far_cond, ratio_cond, ratio / (1 - ratio)],
near_cond])
if far_cond.attr_value is None:
if full_cond.attr_value is not None:
ret.append([[full_cond, ratio_cond, 1 - ratio], far_cond])
elif near_cond.attr_value is not None:
ret.append([[near_cond, ratio_cond, (1 - ratio) / ratio],
far_cond])
return ret
def index(self, indexer: Indexer):
ret = []
conds = indexer.index_by_type(Perpendicular)
for cond in conds:
r = cond.relationship
line1 = r.line1
line2 = r.line2
if r.foot_point is None:
r.foot_point = indexer.index_line_intersection(line1, line2)
foot_point = r.foot_point
for p1 in [line1.end1, line1.end2]:
for p2 in [line2.end1, line2.end2]:
if p1 == foot_point or p2 == foot_point:
continue
angle = indexer.index_angle_by_points(p1, foot_point, p2)
angle_cond = indexer.index_value_condition(angle, 'angle')
if angle_cond.attr_value is None:
ret.append([[cond], AttributeValue(angle, **{'angle': None})])
return ret