private void GetManipulatorProperty(ManipulatorObjectC manipulator)
{
m_ManipulatorObject = manipulator;
// Handles work in world space, so we need to convert position and rotation to world space
m_Transform = m_ManipulatorObject.transform;
m_Position = m_ManipulatorObject.transform.position;
m_Rotation = m_ManipulatorObject.transform.rotation = Tools.pivotRotation == PivotRotation.Local ? m_ManipulatorObject.transform.rotation : Quaternion.identity;
m_Scale = m_ManipulatorObject.transform.lossyScale;
m_Type = m_ManipulatorObject.type;
m_Shape = m_ManipulatorObject.shape;
m_Size = m_ManipulatorObject.size;
m_Bounds = m_ManipulatorObject.bounds;
m_Strength = m_ManipulatorObject.strength;
m_SmoothStrength = m_ManipulatorObject.smoothStrength;
m_SmoothDistance = m_ManipulatorObject.smoothDistance;
}
//public int manipulatorInstance = ParticleToolC.manipulatorInstance;
public string DebugManipulatorObject(ManipulatorObjectC manipulatorObject)
{
Transform _transform = manipulatorObject.transform;
MANIPULATORTYPE _type = manipulatorObject.type;
MANIPULATORSHAPE _shape = manipulatorObject.shape;
float _size = manipulatorObject.size;
Bounds _bounds = manipulatorObject.bounds;
float _strength = manipulatorObject.strength;
float _smoothStrength = manipulatorObject.smoothStrength;
float _smoothDistance = manipulatorObject.smoothDistance;
string manipulatorInfo = ("Manipulator: " + manipulatorObject.transform + "\n" +
"Position: " + manipulatorObject.transform.localPosition + "\n" +
"Rotation: " + manipulatorObject.transform.localRotation + "\n" +
"Type: " + manipulatorObject.type + "\n" +
"Size: " + manipulatorObject.size + "\n" +
"Strength: " + manipulatorObject.strength + "\n");
return(manipulatorInfo);
}
public Vector3 GetForce(ParticleSystem.Particle particle, ManipulatorObjectC manipulator, MANIPULATORTYPE type)
{
Vector3 manipulatorPosition = manipulator.transform.position;
Vector3 force = Vector3.zero;
Vector3 particlePosition = particle.position;
float manipulatorDistance = Vector3.Distance(manipulatorPosition, particlePosition) / manipulator.smoothDistance;
float manipulatorStrength = manipulator.strength * manipulator.size;
float mStrengthModifier = manipulatorStrength / manipulatorDistance;
float time = Time.deltaTime * (mStrengthModifier / manipulator.smoothStrength);
switch (type)
{
case MANIPULATORTYPE.Attraction:
force = Vector3.Lerp(particle.velocity, (manipulatorPosition - particlePosition) * mStrengthModifier, time);
break;
case MANIPULATORTYPE.Repellent:
force = Vector3.Lerp(particle.velocity, (particlePosition - manipulatorPosition) * mStrengthModifier, time);
break;
case MANIPULATORTYPE.VortexAttraction:
force = Vector3.Lerp(particle.velocity, ((manipulatorPosition - particlePosition) * mStrengthModifier - Vector3.Cross(transform.forward, manipulatorPosition - particlePosition) * mStrengthModifier),
(Time.deltaTime * mStrengthModifier) / manipulator.smoothStrength);
break;
}
return(force);
}
