void EnqueNeighbor(Matrix4x4 fromSpace, Vector3 neighOffset)
{
var pnt = fromSpace.MultiplyPoint(neighOffset);
//Debug.DrawLine (fromSpace.MultiplyPoint (Vector3.zero), pnt, Color.red);
var curStepSize = this.StepSize;
if (this.ScaleFromStartIntensity)
{
float pntIntensity = Controller.MagneticField(this.transform.position).magnitude;
curStepSize = (this.StepSize * (StartingPointIntensity / pntIntensity));
}
Matrix4x4 mat;
this.Controller.MagneticFieldLocalSpaceX(pnt, out mat, true, curStepSize);
NextPoints.Enqueue(mat);
}
void FixedUpdate()
{
// Accelerate the particles under the action of the electric and magnetic fields by replacing the velocities.
int numParticles = theParticleSystem.GetParticles(particles);
for (int i = 0; i < numParticles; i++)
{
Vector3 E = controller.ElectricField(particles[i].position);
Vector3 B = controller.MagneticField(particles[i].position);
particles[i].velocity += chargeOverMass * (E + Vector3.Cross(particles[i].velocity, B));
}
theParticleSystem.SetParticles(particles, numParticles);
}