- Common ways to obtain Vector3
private void myMethod () {Vector3 v =
Vector3 vector32;Vector3 vector33;Vector3.subtract(vector32, vector33)
- Smart code suggestions by Codota
}
/** * When translating, the up direction of the node must match the up direction of the plane from * the hit result. However, we also need to make sure that the original forward direction of the * node is respected. */ private Quaternion calculateFinalDesiredLocalRotation(Quaternion desiredLocalRotation) { // Get a rotation just to the up direction. // Otherwise, the node will spin around as you rotate. Vector3 rotatedUp = Quaternion.rotateVector(desiredLocalRotation, Vector3.up()); desiredLocalRotation = Quaternion.rotationBetweenVectors(Vector3.up(), rotatedUp); // Adjust the rotation to make sure the node maintains the same forward direction. Quaternion forwardInLocal = Quaternion.rotationBetweenVectors(Vector3.forward(), initialForwardInLocal); desiredLocalRotation = Quaternion.multiply(desiredLocalRotation, forwardInLocal); return desiredLocalRotation.normalized(); }
Quaternion.rotateVector(rotationFromAToB, Vector3.forward()).normalized(); Vector3 rightDirection = Quaternion.rotateVector(rotationFromAToB, Vector3.right()).normalized();