void Update()
{
//closestPointOnBounds = col.ClosestPointOnBounds (position:point);
closestPointOnBounds = rig.ClosestPointOnBounds(position: point);
closestPointOnBounds = GizmosForVector.Round(closestPointOnBounds, 2);
}
void Update()
{
//closestPointOnCollider = Physics.ClosestPoint (point: new Vector3 (1,1), collider: col, position: tr.position, rotation: tr.rotation);
closestPointOnCollider = col.ClosestPoint(position: new Vector3(0, 0));
closestPointOnCollider = GizmosForVector.Round(closestPointOnCollider, 2);
}
void Update()
{
//colliderDistance2D=Physics2D.Distance (colliderA: firstCollider, colliderB: secondCollider);
//colliderDistance2D = firstCollider.Distance(collider: secondCollider);
colliderDistance2D = myRigidbody2D.Distance(collider: secondCollider);
normal = GizmosForVector.Round(colliderDistance2D.normal, 2);
isValid = colliderDistance2D.isValid;
isOverlaped = colliderDistance2D.isOverlapped;
pointA = GizmosForVector.Round(colliderDistance2D.pointA, 2);
pointB = GizmosForVector.Round(colliderDistance2D.pointB, 2);
}
public ContactPoint2DSerialized(ContactPoint2D contactPoint2D)
{
this.collider = contactPoint2D.collider;
this.otherCollider = contactPoint2D.otherCollider;
this.rigidbody = contactPoint2D.rigidbody;
this.otherRigidbody = contactPoint2D.otherRigidbody;
this.enabled = contactPoint2D.enabled;
this.normal = GizmosForVector.Round(contactPoint2D.normal, 2);
this.point = GizmosForVector.Round(contactPoint2D.point, 2);
this.relativeVelocity = contactPoint2D.relativeVelocity; // GizmosForVector.Round (contactPoint2D.relativeVelocity, 2);
this.normalImpulse = contactPoint2D.normalImpulse;
this.separation = contactPoint2D.separation;
this.tangentImpulse1M = contactPoint2D.tangentImpulse * 1000000;
}
