public void FixedUpdate()
{
if (X8Animator != null)
{
StateInfo = X8Animator.GetCurrentAnimatorStateInfo(0);
CheckPhaseStrike();
CheckTackle();
CheckShoot();
CheckStrafe();
CheckPlayerThrowingBall();
CheckedChargedRun();
}
ReadyToScore();
if (EnemyAI != null)
{
EnemyAI_Movement();
}
if (TackleTimer.IsEnabled)
{
TackleTimer.IncrementTimer();
}
if (ShootTimer.IsEnabled)
{
ShootTimer.IncrementTimer();
float angle = CentralHub.VectorToAngle(CameraFocus.transform.position - this.transform.position);
angle = CentralHub.AdjustAngle(angle);
FaceMe(angle); //face the player in the direction he will shoot for short timer
// PlayerAttackState = AttackMode.IsFiringAbility; //we are shooting
}
}
//!checks to see if the player is shooting
public bool CheckShoot()
{
AnimatorStateInfo Layer2State = X8Animator.GetCurrentAnimatorStateInfo(1);
if (Layer2State.IsName("Shoot"))
{
dampin = .55f;//slow down the rotation player movement for accuate shooting
PlayerAttackState = AttackMode.IsFiringAbility;
//if we are ready to score focus on goal point
if (ReadyToScore()) //
{
// _myCamera.transform.LookAt(CurrentGoalTarget.transform.position);
}
else
{
ScoreMode = true;
}
float angle = CentralHub.VectorToAngle(CameraFocus.transform.position - this.transform.position);
angle = CentralHub.AdjustAngle(angle);
FaceMe(angle);
}
else
{
PlayerAttackState = AttackMode.NotFiringAbility;
dampin = 1; //resume normal shooting
}
return(false);
} //end of medthod
//! this medthod takes in an angle parameter, rotates by the degress parameter, and returns the vector version of the rotated angle
Vector3 RotateAngleCreateVector(float oldangle, int degrees)
{
Vector3 RoatedAngleVector = Vector3.zero; //create a vector
float angle = CentralHub.AdjustAngle(oldangle + degrees); //rotated the old passed angle by degrees and make sure the angle wrap correctly
RoatedAngleVector.x = PlayerToCameraLength * CentralHub.COS[(int)angle * CentralHub.SIN.IndexJump + (int)(CameraThetaOffest * CentralHub.SIN.IndexJump)] * CentralHub.SIN[(int)ThePlayer.p_fCameraAnglePhi * CentralHub.SIN.IndexJump + (int)(CameraPhiOffest * CentralHub.SIN.IndexJump)];
RoatedAngleVector.y = 0; // PlayerToCameraLength * CentralHub.COS[(int)ThePlayer.p_fCameraAnglePhi * CentralHub.SIN.IndexJump + (int)(CameraPhiOffest * CentralHub.SIN.IndexJump)];
RoatedAngleVector.z = PlayerToCameraLength * CentralHub.SIN[(int)angle * CentralHub.SIN.IndexJump + (int)(CameraThetaOffest * CentralHub.SIN.IndexJump)] * CentralHub.SIN[(int)ThePlayer.p_fCameraAnglePhi * CentralHub.SIN.IndexJump + (int)(CameraPhiOffest * CentralHub.SIN.IndexJump)]; //(oldZ * CosComponent - oldX * SinComponent)
return(RoatedAngleVector.normalized); //return the absolute direction
}
/**!Move the player in the given direction
* \param LeftStickXAxis the x direction that the player will move in (supplied by the joy stick movement)
* \param LeftStickYAxis the y direction that the player will move in (supplied by the joy stick movement)
* \param velocity the velocity that the player will travel at
* \param strafDirection direction the direction the player will straf in*/
public void MovePlayer(float LeftStickXAxis, float LeftStickYAxis, float velocity, float strafDirection)
{
//This is the Dert
Vector3 DestinationVector = new Vector3(LeftStickXAxis, 0, LeftStickYAxis);
p_fDestinationAngle = CentralHub.VectorToAngle(DestinationVector);
// CharacterDrawLine.SetPosition(1, this.transform.position + DestinationVector);
p_fDestinationAngle += strafDirection;
p_fDestinationAngle = CentralHub.AdjustAngle(p_fDestinationAngle);
//Point direction is the direction that we want to head
float ControllerDifference = p_fDestinationAngle - 90;
Vector3 Destination = CameraFocus.transform.position - _myCamera.transform.position; //new Vector3 (CentralHub.COS[(int)(CameraDirection)], 0, CentralHub.SIN[(int)(CameraDirection)]);
float angle = CentralHub.VectorToAngle(Destination);
float angleFloatPart = 0;
int IntegerAngle = 0;
//add the offset that of where the controller is facing
angle += ControllerDifference;
//make sure the angle is at the correct value
angle = CentralHub.AdjustAngle(angle);
IntegerAngle = (int)angle;
angleFloatPart = angle - (int)angle;
float arrayoffset = (CentralHub.COS.Offsetslookup[(int)(angleFloatPart * CentralHub.COS.IndexJump)]);
p_v3PlayerVectorDirection = new Vector3(CentralHub.COS[IntegerAngle * CentralHub.COS.IndexJump + (int)(arrayoffset * CentralHub.COS.IndexJump)], 0, CentralHub.SIN[IntegerAngle * CentralHub.COS.IndexJump + (int)(arrayoffset * CentralHub.COS.IndexJump)]);
// PlayerDirectionalData(1.5f * CentralHub.COS[(int)angle], 1.5f * CentralHub.SIN[(int)angle]);
if (PlayerAttackState != AttackMode.IsFiringAbility && ShootTimer.IsEnabled == false)
{
Debug.Log("Turning ");
FaceThePlayer(angle, 0, p_fOrientationAngle);
}
this.transform.position += p_v3PlayerVectorDirection * velocity;
CameraFocus.transform.position += p_v3PlayerVectorDirection * velocity;
}