public void shootPosition(string jointOneName, string jointTwoName, string side)
{
/* Recibe como entrada la posicion de salida de la pelota
* para decidir que indicador entra en estado de espera o activo "ControllerIndicator(jointOneName);"*/
ControllerIndicator(jointOneName);
if (gameM.shootOpt == 3)
{
counterPlane();
}
Debug.Log("plano" + gameM.plane);
float angleRad = calc.setRamdomAngle(side, gameM.plane);
Vector3 pointOne = GameObject.FindGameObjectWithTag(jointOneName).transform.position;
Vector3 pointTwo = GameObject.FindGameObjectWithTag(jointTwoName).transform.position;
Debug.Log("point ini 1");
Debug.Log(pointIni);
this.pointFin = calc.getPosition(pointOne, calc.createPointTwoShoulderAF(pointOne, pointTwo), angleRad, 0.0f, gameM.plane);
Debug.Log("point fin 1");
Debug.Log(pointFin);
this.pointFin = pointFinal(pointIni, pointFin, -60.0f);
Debug.Log("point fin 2");
Debug.Log(pointFin);
//gameObject.transform.position = pointFin;
gameM.NewRepetition();
}
/*Caslcula la posicion de salida y llegada del balon */
public void shootPosition(string jointOneName, string jointTwoName, string side)
{
if (gameM.shootOpt == 3)
{
counterPlane();
}
Debug.Log("plano" + gameM.plane);
float angleRad = calc.setRamdomAngle(side, gameM.plane);
Vector3 pointOne = GameObject.FindGameObjectWithTag(jointOneName).transform.position;
Vector3 pointTwo = GameObject.FindGameObjectWithTag(jointTwoName).transform.position;
Debug.Log("point ini 1");
Debug.Log(pointIni);
this.pointFin = calc.getPosition(pointOne, calc.createPointTwoShoulderAF(pointOne, pointTwo), angleRad, 0.0f, gameM.plane);
Debug.Log("point fin 1");
Debug.Log(pointFin);
this.pointFin = pointFinal(pointIni, pointFin, -60.0f);
Debug.Log("point fin 2");
Debug.Log(pointFin);
gameM.NewRepetition();
}
