// Start is called before the first frame update
void Start()
{
//importing ArrowDirection for Electromagnetic Effects
player = Camera.main;
PlayerView = player.GetComponent <PlayerView>();
GeneralRelmetric = metric.GetComponent <GeneralRelmetric>();
//
playrposworldframe4 = PlayerView.playrposworldframe4;
playrposworldframe3 = playrposworldframe4;
//
objposworldframe3 = this.transform.position;
objposworldframe4 = objposworldframe3;
objposworldframe4.w = -(playrposworldframe3 - objposworldframe3).magnitude;
//objvelworldframe3 =
objvelworldframe4 = objvelworldframe3;
objvelworldframe4.w = 1.0f;
//objaccelworldframe3 =
objaccelworldframe4 = objaccelworldframe3;
objaccelworldframe4.w = 0.0f;
//
Lplayer = PlayerView.Lplayer;
Lobject = PlayerView.LTrans(objvelworldframe3);
//
this.transform.position = Lplayer * objposworldframe4;
}
// Start is called before the first frame update
void Start()
{
//importing ArrowDirection for Electromagnetic Effects
//ArrowDirection2 = emfields.GetComponent<ArrowDirection2>();
GeneralRelmetric = metric.GetComponent <GeneralRelmetric>();
StairInstantiate = CubePrefab.GetComponent <StairInstantiate>();
//defining rotation matrix
R = Matrix4x4.identity;
//defining starting position of player
playrposworldframe3 = this.transform.position;
playrposworldframe4 = playrposworldframe3;
playrposworldframe4.w = 0.0f;
//defining starting velocity of player
playrvelworldframe4 = playrvelworldframe3;
playrvelworldframe4.w = 1.0f;
//defining starting velocity of player
playraccelworldframe4 = playraccelworldframe3;
playraccelworldframe4.w = 0.0f;
//defining the initial Lorentz transformation
Lplayer = Matrix4x4.identity;
//defining metric tensor
//metrictensor = Matrix4x4.identity;
//metrictensor.m33 = -1;
metrictensor = GeneralRelmetric.metrictensor;
//defining effective chargeovermass of player
//qoverm = 0.0f;
/*defining unit acceleration
* unitAccel = 0.05f;
* gravity = 0.02f;
*/
//defining Electromagnetic tensor at player's position
//Ftensor = ArrowDirection2.G;
//defining Lorentz Force in world frame
//LorentzForceworldframe = qoverm * (metrictensor * Ftensor * playrvelworldframe4);
this.transform.position = Lplayer * playrposworldframe4;
}
// Start is called before the first frame update
void Start()
{
//importing ArrowDirection for Electromagnetic Effects
ArrowDirection2 = emfields.GetComponent <ArrowDirection2>();
GeneralRelmetric = metric.GetComponent <GeneralRelmetric>();
//defining rotation matrix
R = Matrix4x4.identity;
//defining starting position of player
playrposworldframe3 = this.transform.position;
playrposworldframe4 = playrposworldframe3;
playrposworldframe4.w = 0.0f;
//defining starting velocity of player
playrvelworldframe3 = new Vector3(0.0f, 0.0f, 0.0f);
playrvelworldframe4 = playrvelworldframe3;
playrvelworldframe4.w = 1.0f;
//defining the initial Lorentz transformation
Lplayer = Matrix4x4.identity;
//defining metric tensor
//metrictensor = Matrix4x4.identity;
//metrictensor.m33 = -1;
metrictensor = GeneralRelmetric.metrictensor;
//defining effective chargeovermass of player
qoverm = 0.0f;
//defining unit acceleration
unitAccel = 0.1f;
//defining Electromagnetic tensor at player's position
Ftensor = ArrowDirection2.G;
//defining Lorentz Force in world frame
LorentzForceworldframe = qoverm * (metrictensor * Ftensor * playrvelworldframe4);
this.transform.position = Lplayer * playrposworldframe4;
}
