def from_yaml(cls, data):
plane = cls()
if 'transform' in data:
plane.set_transform(transform_from_yaml(data))
if 'material' in data:
plane.material = Material.from_yaml(data)
return plane
def from_yaml(cls, data):
cube = cls()
cube.init_from_yaml(data)
if 'transform' in data:
cube.set_transform(transform_from_yaml(data))
if 'material' in data:
cube.material = Material.from_yaml(data)
return cube
def from_yaml(cls, data):
pattern_data = data['pattern']
color_a = pattern_data['colors'][0]
color_b = pattern_data['colors'][1]
pattern = cls(color(color_a[0], color_a[1], color_a[2]),
color(color_b[0], color_b[1], color_b[2]))
if 'transform' in pattern_data:
pattern.set_transform(transform_from_yaml(pattern_data))
return pattern
def from_yaml(cls, data):
sphere = cls()
sphere.init_from_yaml(data)
if 'transform' in data:
sphere.transformations = data['transform']
sphere.set_transform(transform_from_yaml(data))
if 'material' in data:
sphere.material = Material.from_yaml(data)
return sphere
def from_yaml(cls, data):
cone = cls()
cone.init_from_yaml(data)
if 'min' in data:
cone.minimum = data['min']
if 'max' in data:
cone.maximum = data['max']
if 'closed' in data:
cone.closed = data['closed']
if 'transform' in data:
cone.set_transform(transform_from_yaml(data))
if 'material' in data:
cone.material = Material.from_yaml(data)
return cone
def step_create_transformation_matrix_from_yaml(context):
context.transform = transform_from_yaml(context.data)
