def compute_everything(shapes, directional_tree, other_relationships_tree, table):
""" Computes relationships between all shapes and stores them in the database """
for shape1 in shapes:
for shape2 in shapes:
if shape1 != shape2:
dr = templates.calculate_directions(directional_tree, shape1, shape2)
for r in dr:
table.relationships.append(r)
#print r
other = templates.calculate_other_relationships(other_relationships_tree, shape1, shape2)
for r in other:
#print r
table.relationships.append(r)
def compute_without_opposites(shapes, directional_tree, other_relationships_tree, table):
""" Computes relationships for all shapes but avoids computing the opposite of the relationships (A against B but not B against A) """
for i in xrange(len(shapes)):
shape1 = shapes[i]
for j in xrange(len(shapes)):
shape2 = shapes[j]
if i < j:
dr = templates.calculate_directions(directional_tree, shape1, shape2)
for r in dr:
table.relationships.append(r)
other = templates.calculate_other_relationships(other_relationships_tree, shape1, shape2)
for r in other:
table.relationships.append(r)