def render(self, view, renderingSystem):
modelToWorldTransform = lu.make_mat4_from_zAxis(
self.position, self.heading, [0.0, 0.0, 1.0])
rotationTransform = lu.make_rotation_y(self.rotation)
renderingSystem.drawObjModel(self.model,
modelToWorldTransform * rotationTransform,
view)
def render(self, view, renderingSystem):
#put switch statement here for each type of prop if ann where appropriate
modelToWorldTransform = lu.make_mat4_from_zAxis(
self.position, self.facing, vec3(0, 0, 1))
rotationByRandAmount = lu.make_rotation_z(self.rotAmount)
renderingSystem.drawObjModel(
self.model, rotationByRandAmount * modelToWorldTransform, view)
def render(self, view, renderingSystem):
getInfo = self.terrain.getInfoAt(self.position)
self.position[2] = lu.mix(self.position[2], getInfo.height - self.zOffset,\
1)
rotation = lu.make_rotation_z(self.randRot)
modelToWorldTransform = lu.make_mat4_from_zAxis(self.position, self.heading, \
vec3(0,0,1))
renderingSystem.drawObjModel(self.model,
rotation * modelToWorldTransform, view)
def render(self, view, renderingSystem):
# TODO 1.3: This is a good place to draw the racer model instead of the sphere
#lu.drawSphere(self.position, 1.5, [1,0,0,1], view)
#lu.make_mat4_from_zAxis(Translation, zAxis, yAxis)
modelTransform = lu.make_mat4_from_zAxis(self.position, -self.heading, [0,0,1]) #set Z axis to heading
renderingSystem.drawObjModel(self.model, modelTransform, view)
def render(self, view, renderingSystem):
# TODO 1.3: This is a good place to draw the racer model instead of the sphere
#lu.drawSphere(self.position, 1.5, [1,0,0,1], view)
modelToWorldTransform = lu.make_mat4_from_zAxis(
self.position, self.heading, [0.0, 0.0, 1.0])
renderingSystem.drawObjModel(self.model, modelToWorldTransform, view)
def render(self, view, renderingSystem):
# TODO 1.3: This is a good place to draw the racer model instead of the sphere
modelToWorldTransform = lu.make_mat4_from_zAxis(
self.position, self.heading, vec3(0, 0, 1))
renderingSystem.drawObjModel(self.model, modelToWorldTransform, view)