Question

Back in TransformationMatrix.py, add the following transformations to the cube: . cube $=$ object ( "Cube") cube.add_component (Transform $((0,0,0)))$ cube.add_component (Cube (GL_POLYGON, "images/wall.tif")) trans: Transform = cube.get_component (Transform) trans.set_position $((0,0,-3))$ trans.set_rotation_axis (pygame.Vector3 $(1,0,0)$ ) trans.update_rotation_angle (45) trans.set_scale (pygame.Vector3 $(0.5,2,1)$ ) objects_3d.append (cube) clock $=$ pygame.time. $\operatorname{clock}()$ . .

   Back in TransformationMatrix.py, add the following transformations to the cube:
.
cube $=$ object ( "Cube")
cube.add_component (Transform $((0,0,0)))$
cube.add_component (Cube (GL_POLYGON,
"images/wall.tif"))
trans: Transform = cube.get_component (Transform)
trans.set_position $((0,0,-3))$
trans.set_rotation_axis (pygame.Vector3 $(1,0,0)$ )
trans.update_rotation_angle (45)
trans.set_scale (pygame.Vector3 $(0.5,2,1)$ )
objects_3d.append (cube)
clock $=$ pygame.time. $\operatorname{clock}()$
. .

Mathematics for Game Programming and Computer Graphics: Explore the essential mathematics for creating, rendering, and manipulating 3D virtual environments

Penny de Byl 1st Edition

Chapter 13, Problem 5

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Back in TransformationMatrix.py, add the following transformations to the cube: . cube $=$ object ( "Cube") cube.add_component (Transform $((0,0,0)))$ cube.add_component (Cube (GL_POLYGON, "images/wall.tif")) trans: Transform = cube.get_component (Transform) trans.set_position $((0,0,-3))$ trans.set_rotation_axis (pygame.Vector3 $(1,0,0)$ ) trans.update_rotation_angle (45) trans.set_scale (pygame.Vector3 $(0.5,2,1)$ ) objects_3d.append (cube) clock $=$ pygame.time. $\operatorname{clock}()$ . .

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