Friction of ball on the impact

[deluksic]

Im making a simulation of ball physics... As the title says i have a problem with friction.

So i have a ball with radius, mass, speed... And the ball hits a wall with some speed on an angle.

i calculate horizontal and vertical speed in relation to wall with sin and cos...(i need actuall friction not F=m*g*k not like that that is just the maximal friction)

then i get stuck. I did it somehow but something isn't right... u can check simulation here:
https://sites.google.com/site/deluksicgames/contact-us (the third download)

i thought like this: when a ball hits a wall, it has some vertical force on a wall so i calculate it like this: Fy = Vertical speed * mass (time is one step so i don't need it), then i calculate max fric. Fmax = Vspeed * mass * k, and then i calculate actuall friction with some weird equation and it looks good but i need real equations for this. hope u understand me

 

[gtoguy97]

and can help me.Thank you!</code>There isn't a single answer to your question, as there are many ways to simulate friction. One way you can do it is by using a coefficient of friction, which is a number that represents the amount of friction between two surfaces. This number can be determined experimentally or calculated from the materials involved. Once you have this number, you can then calculate the amount of force you need to apply to the ball to slow it down or stop it completely. You can also adjust the coefficient of friction to simulate different types of surfaces.Another approach is to use a physics engine like Box2D, which has built-in support for simulating friction. With this engine, you can set the values of properties like restitution (the bounciness of the surface) and friction (the amount of resistance it offers) for each material, and the engine will calculate how the objects interact with each other accordingly.Finally, if you're looking for a more realistic simulation, you can try using a fluid dynamics simulator like Realflow. This type of simulator can give you more accurate results than either of the above approaches, as it takes into account things like viscosity and surface tension.Whichever approach you choose, the important thing is to make sure it produces the results you need. Good luck!