我在这里有3个主要元素。 动量，质量和动量旋转。
弥撒是通过以下方式解决的：
this.mMass = (this.getHeight() + this.getWidth()) / 2.0f;
我已经创建了一个系统，可以在透明的png周围自动创建多边形并完美地检测碰撞（具有高性能），但现在我仍然坚持如何在碰撞时施加力。
我使用LibsGDX，但没有关于如何使用多边形检测碰撞以及如何在任何地方处理它们（手动不使用他们的世界）
只需要成为基本的碰撞力量，当我在网上看时，一切似乎都太复杂了！
到目前为止我所拥有的......
//Collision detection - loop though all physical objects.
for(PhysicalObject physicalObject1 : AllPhysicalObjects)
{
for(PhysicalObject physicalObject2 : AllPhysicalObjects)
{
//Check that it's no trying to collide with it-self.
if(physicalObject1 != physicalObject2 && physicalObject1.mIsCurrentlyPhysical)
{
if(Intersector.overlapConvexPolygons(physicalObject2.mPolygon, physicalObject1.mPolygon))
{
//Functions.out("Class:" + eachPhysicalObject.getClass().toString());
//Now the fucking collision detection...
//Gonna be hard, but worth it when done right.
//Get the amount of momentum from the first physical object.
float physicalObject1Momentum = physicalObject1.mMomentum - physicalObject2.mMass;
float physicalObject2Momentum = physicalObject2.mMomentum - physicalObject2.mMass;
//If the momentum is negative, reverse the direction the object is going in.
if(physicalObject1Momentum < 0.0f)
{
//Reverse the direction of object1.
physicalObject1.setMomentumRotationRotation(Functions.getRotationalMaxMinStatic(180f, physicalObject1.getMomentumRotation()));
//Decrease the momentum of object2.
}
else
{
//Slow down the physical objects 1 momentum.
physicalObject1.increaseMomentum(-physicalObject1Momentum);
physicalObject2.increaseMomentum(physicalObject1.mMaxMomentum);
physicalObject2.setMomentumRotationRotation(Functions.getRotationalMaxMinStatic(180f, physicalObject1.getMomentumRotation()));
}
//Compare both momentums.
//Compare mass.
}
}
}
}
}