def __init__(self, camera, geometry, fground=True):
self.cameraToUse = camera
self.geometry = geometry
self.geometry.set_material((1.0, 0.0, 0.0))
self.fground = fground
# add myself to the list of geometries so I can be picked
# for drawing
GeometryTypes.add(self)
def __init__(self, camera, geometry, fground=True): self.cameraToUse = camera self.geometry = geometry self.geometry.set_material((1.0, 0.0, 0.0)) self.fground = fground # add myself to the list of geometries so I can be picked # for drawing GeometryTypes.add(self)
def draw(self, animation_state):
# get the right geometry based on the state
# and invoke the draw command on it.
GeometryTypes.get(
# the index of the geometry type is
# stored in a particular element of
# the state matrix, go fetch it
# also take the floor because it
# can be an arbitrary float
int(math.floor(
animation_state.state
[AnimationState.midground]
[AnimationState.geometry]
[AnimationState.theType]
))
# modulo the value so one can never
# reference an unexisting geometry
% GeometryTypes.length()
).draw(animation_state)
