def relations():
for pair in itertools.permutations(entities, r=2):
ent1 = pair[0]
ent2 = pair[1]
figure = ent1.name
ground = ent2.name
r = Relationship(scene_name, figure, ground)
## Get convex hulls
# convexhull1 = Entity(ent1.convexhull)
# convexhull2 = Entity(ent2.convexhull)
### Get some distance measure
r.set_of_relations['distance'] = dist_obj(ent1, ent2)
### Measure the shortest distance between the meshes
r.set_of_relations['contact'] = closest_mesh_distance(ent1, ent2)
r.set_of_relations['contact_scaled'] = closest_mesh_distance_scaled(
ent1, ent2)
### Measure distance between highest point of entity 2 and lowest point of entity 1
### Positive => ent1 is above ent2
r.set_of_relations['above_measure'] = ent1.span[4] - ent2.span[5]
### Measure the degree of containment
#### Currently simple version using bounding boxes
r.set_of_relations['shared_volume'] = get_bbox_intersection(ent1, ent2)
### Proportion is divided by the figure volume i.e. if f in g then proportion = 1
if ent1.volume == 0:
r.set_of_relations['containment'] = r.set_of_relations[
'shared_volume'] / (ent1.volume + 0.0001)
else:
r.set_of_relations['containment'] = r.set_of_relations[
'shared_volume'] / ent1.volume
if ent2.volume != 0:
r.set_of_relations['ins'] = inside(ent1, ent2)
else:
r.set_of_relations['ins'] = 0
r.save_to_csv(output_path)
cobb_end = cobb_initial
else:
object_details = bounds(figure)
### lowest point in z-axis
z_min_end = object_details.z.min
z_max_end = object_details.z.max
cobb_end = blender_utils.get_bbox_centre(figure)[2]
### Results
z_min_change = round(z_min_initial - z_min_end, 4)
z_max_change = round(z_max_initial - z_max_end, 4)
cobb_change = round(cobb_initial - cobb_end, 4)
values.append(
[figure.name, z_min_change, cobb_change, z_max_change])
return values
values = support_1(ground)
for value in values:
figure_name = value[0]
r = Relationship(scene_name, figure_name, ground.name)
r.set_of_relations['raw_support:top_change'] = value[3]
r.set_of_relations['raw_support:cobb_change'] = value[2]
r.set_of_relations['raw_support:bottom_change'] = value[1]
r.save_to_csv(output_path)