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We will now program the functionality to move the cube using a vector. To the Transform class, add a new method called move: def move(self, amount: pygame.math.Vector3): self.position $=$ pygame $\cdot$ math.Vector3 ( self.position. $x+$ amount. $x$, self.position.y + amount.y, self.position. $z$ + amount. $z$ ) This method will accept a 3D vector as the parameter and then use each part of the vector to update the corresponding position coordinate.

   We will now program the functionality to move the cube using a vector. To the Transform class, add a new method called move:
def move(self, amount: pygame.math.Vector3):
self.position $=$ pygame $\cdot$ math.Vector3 (
self.position. $x+$ amount. $x$,
self.position.y + amount.y,
self.position. $z$ + amount. $z$ )
This method will accept a 3D vector as the parameter and then use each part of the vector to update the corresponding position coordinate.

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 9, Problem 6

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We will now program the functionality to move the cube using a vector. To the Transform class, add a new method called move: def move(self, amount: pygame.math.Vector3): self.position $=$ pygame $\cdot$ math.Vector3 ( self.position. $x+$ amount. $x$, self.position.y + amount.y, self.position. $z$ + amount. $z$ ) This method will accept a 3D vector as the parameter and then use each part of the vector to update the corresponding position coordinate.

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