Ah I see so how would i get the speed of the ball coming off the wallRUber said:Since speed is conserved, you are ignoring gravity too?
Any bounce should maintain that the angle a made with the wall coming in will be the same as the angle leaving the wall.
In 2d, that means if approach angle =a, departure angle = 180-a.
a=0 describes rolling. a=90 is a straight on bounce and return, ie normal incidence.
Sorry not speed how far will it bounceRUber said:You said the speed doesn't change.
If you are ignoring gravity (as you must be in order to have constant speed), it will continue after the bounce until it hits the next wall.Alexander Baine said:Sorry not speed how far will it bounce
"Bounce Physics" refers to the behavior of a ball or object bouncing in a game made with the Unity game engine. It involves the calculation of the ball's velocity, acceleration, and other physical properties to accurately simulate a realistic bouncing motion.
Unity uses a physics engine called "PhysX" to handle bounce physics. This engine calculates the forces and collisions between objects in the game, including the ball, and determines their resulting motion and behavior.
Yes, Unity allows for customization of bounce physics through its physics materials and settings. These can be adjusted to change the bounciness, friction, and other properties of objects in the game, including the ball.
The bounce physics of a ball in a Unity game can be affected by several factors, such as the ball's mass, velocity, shape, and the surface it bounces off of. The physics materials and settings of the objects involved also play a significant role in determining the ball's bounce behavior.
To improve the bounce physics in your Unity game, you can experiment with different physics materials and settings, adjust the ball's properties, and fine-tune the physics calculations. You can also utilize Unity's built-in debugging tools to identify and fix any issues with the bounce physics in your game.