def rule_Connect_90lap(self,selected_beams,projected_point_list,face_ids,beam_length,ext_start,name):
#create joints on selected beams
joint_distance_to_selectedBeams = []
for i in range (len(selected_beams)):
print("Adding Joint to Beam: ", i)
#Prepare information
selected_beam = selected_beams[i]
projected_point = projected_point_list[i]
face_id = face_ids[i]
print(face_id)
joint_distance = selected_beam.Get_distancefromBeamYZFrame(projected_point)
joint_distance_to_selectedBeams.append(joint_distance)
#Create Joint
new_joint = Joint_90lap(joint_distance,face_id,100,50,100)
#Add new Joint to Beam and update beam mesh
selected_beam.joints.append(new_joint)
new_joint.update_joint_mesh(selected_beam)
selected_beam.update_mesh()
#Add match beam
#####get beam frame
#construct a frame similar to face frame with max point as origin
face_frame = selected_beams[0].face_frame(face_ids[0])
max_point_frame = Frame(face_frame.point,face_frame.xaxis,face_frame.yaxis)
connection_beam_origin = max_point_frame.represent_point_in_global_coordinates([(joint_distance_to_selectedBeams[0]-50),0, ext_start])
connection_beam_frame = Frame(connection_beam_origin, face_frame.normal * -1.0, face_frame.yaxis)
match_beam = self.rule_create_beam(connection_beam_frame,beam_length,100,100,name)
#calculate distance from projected points to match_beam[0]plane
for i in range(len(projected_point_list)):
print("Adding Joint " , i)
pt = projected_point_list[i]
match_beam_joint_distance = match_beam.Get_distancefromBeamYZFrame(pt)
joint = Joint_90lap(match_beam_joint_distance,3,100,50,100) #match_beam joint face is always 3
match_beam.joints.append(joint)
joint.update_joint_mesh(match_beam)
#performs multiple booleans in 1 call
match_beam.update_mesh()
xaxis = normalize_vector(result[1][0])
yaxis = normalize_vector(result[1][1])
zaxis = normalize_vector(result[1][2])
frame = Frame(origin, xaxis, yaxis)
if yaxis[2] > 0:
offset = scale_vector(zaxis, -0.050)
else:
offset = scale_vector(zaxis, +0.050)
points_xy = [
frame.represent_point_in_local_coordinates(point) for point in points
]
box_xy = bounding_box_xy(points_xy)
box = [
frame.represent_point_in_global_coordinates(corner_xy)[:]
for corner_xy in box_xy
]
box1 = offset_polygon(box, -0.025)
box2 = [add_vectors(point, offset) for point in box1]
POLYGONS.append({'points': box1 + box1[:1], 'color': (0, 0, 0)})
POLYGONS.append({'points': box2 + box2[:1], 'color': (0, 0, 0)})
POLYGONS.append({
'points': [box1[0], box1[3], box2[3], box2[0], box1[0]],
'color': (0, 0, 0)
})
POLYGONS.append({
