def build_basic_shape(obj, options):
vertices = options.vertices
# TODO: Add width for the wall - how to add end lines to that?
options.p1 = p1 = vertices[0]
options.p2 = p2 = vertices[1]
obj.inside_vector = vg.inside_vector(p1=p1, center=options.center, p2=p2)
obj.outside_vector = obj.inside_vector * -1
h = options.height or 5
if h > 1:
obj.vertices = vertices_with_up = [p1, p2,
vg.up(p2, h),
vg.up(p1, h)] # points straight up
obj.height = options.height or (vg.highest(vertices_with_up) -
vg.lowest(vertices_with_up) + 1)
obj.points, obj.top_line, obj.bottom_line, obj.left_line, obj.right_line = vg.rectangular_face(
p1, p2, h)
obj.points_edges = obj.top_line + obj.bottom_line + obj.left_line + obj.right_line
else:
obj.vertices = [p1, p2] # points straight up
obj.height = h
obj.points_edges = obj.points = obj.top_line = obj.bottom_line = vg.getLine(
p1.x, p1.y, p1.z, p2.x, p2.y, p2.z)
obj.left_line = obj.points[0]
obj.right_line = obj.points[-1]
obj.cardinality = vg.cardinality(p1, p2)
return obj
def build_basic_shape(obj, options):
vertices = options.vertices
if type(vertices) is not list:
raise ValueError(
"Expected list of points passed in, even though only 1st will be used"
)
# TODO: These are being built at center
obj.center = options.center = p1 = vertices[0]
obj.height = h = options.height or 8
obj.points = []
obj.points_edges = [] # TODO: Use bottom and top circles for edges?
obj.vertices = [p1, p1, vg.up(p1, h), vg.up(p1, h)] # points straight up
obj.inside_vector = vg.inside_vector(p1=p1, center=options.center)
obj.outside_vector = obj.inside_vector * -1
return obj