The second component is the gradient along the up direction The first component is the constant part, independent of direction. These values won't do what I think you meant. Specifically how a vehicle detects objects in the environment and reacts such as ai turning in time or moving around the object. This plays into the collision system and how the vehicle will interact with the world. That typically means a cube or sphere that has not been distorted and is more efficient than a custom polygon. In case you don't know what p_collision is it's a primitive being used for collision. If you want those frames-per-second back, optimizing collision is just one thing you need to do. Use p_collision for the easy parts, and collision mesh for the complicated situations. If you were thinking, Well, it's a large object, it should have more than a thousand verts,' then that object needs to be broken apart so that the engine is not testing against the whole object all the time. The game has to calculate their collision against the whole object. The white lines represent the bounding box.Ī large collision mesh means that no matter where a soldier stands on that object, at some level they must be compared against ALL of that other geometry. The purple lines represent the primitives geometry The red lines represent the collision geometry If you go into the fakeconsole and activate rendercollision, then go into freecam mode it renders all of the collision geometry and it colors your buildings and other static models.

Weapon collision broken xsi modtools