public void SetupRunner(BuiltPathPiece startingBPP, Transform startingLocation)
{
currentLane = RunningLane.Mid;
currentMoveDirection = MoveDirection.North;
transform.position = startingLocation.position;
transform.rotation = startingLocation.rotation;
currentBPP = startingBPP;
}
//Code to turn the runner on a piece to face a new direction
//[TODO] Really long. Clean it up in the future
void TurnRunner(float inputDir)
{
bool isLeftTurn = false;
bool isRightTurn = false;
lastMidPos = currentMidLanePos;
if (inputDir > 0f)
{
isRightTurn = true;
lastTurnIsRight = true;
currentMidLanePos = nextRightMidPos;
}
else
{
isLeftTurn = true;
lastTurnIsLeft = true;
currentMidLanePos = nextLeftMidPos;
}
transform.eulerAngles += new Vector3(0f, inputDir * 90f, 0f);
if ((int)currentMoveDirection + inputDir < 1)
{
currentMoveDirection = MoveDirection.West;
}
else if ((int)currentMoveDirection + inputDir > 4)
{
currentMoveDirection = MoveDirection.North;
}
else
{
currentMoveDirection = (MoveDirection)((int)currentMoveDirection + inputDir);
}
canTurn = false;
Vector3 currentPos = transform.position;
Debug.Log("Pre turn pos " + currentPos);
bool turningOntoPiece = false;
if (isRightTurn && nextRightMidPos != Vector3.zero)
{
turningOntoPiece = true;
Debug.Log("Right to " + nextRightMidPos);
}
else if (isLeftTurn && nextLeftMidPos != Vector3.zero)
{
turningOntoPiece = true;
Debug.Log("Left to " + nextLeftMidPos);
}
float distToNextMidLane = 0f;
float distToNextLeftLane = 0f;
float distToNextRightLane = 0f;
if (turningOntoPiece)
{
//Teleport for now
switch (currentMoveDirection)
{
case MoveDirection.North:
if (isRightTurn)
{
distToNextLeftLane = Mathf.Abs(currentPos.x - (nextLeftMidPos.x - 2f));
distToNextMidLane = Mathf.Abs(currentPos.x - (nextLeftMidPos.x));
distToNextRightLane = Mathf.Abs(currentPos.x - (nextLeftMidPos.x + 2f));
//Debug.Log("Left " + distToNextLeftLane + " mid " + distToNextMidLane + " right " + distToNextRightLane);
if (distToNextRightLane <= distToNextMidLane &&
distToNextRightLane <= distToNextLeftLane)
{
currentPos.x = nextRightMidPos.x + 2f;
currentLane = RunningLane.Right;
}
else if (distToNextLeftLane <= distToNextMidLane &&
distToNextLeftLane <= distToNextRightLane)
{
currentPos.x = nextRightMidPos.x - 2f;
currentLane = RunningLane.Left;
}
else
{
currentPos.x = nextRightMidPos.x;
currentLane = RunningLane.Mid;
}
}
else if (isLeftTurn)
{
distToNextLeftLane = Mathf.Abs(currentPos.x - (nextLeftMidPos.x - 2f));
distToNextMidLane = Mathf.Abs(currentPos.x - (nextLeftMidPos.x));
distToNextRightLane = Mathf.Abs(currentPos.x - (nextLeftMidPos.x + 2f));
//Debug.Log("Left " + distToNextLeftLane + " mid " + distToNextMidLane + " right " + distToNextRightLane);
if (distToNextRightLane <= distToNextMidLane &&
distToNextRightLane <= distToNextLeftLane)
{
currentPos.x = nextLeftMidPos.x + 2f;
currentLane = RunningLane.Right;
}
else if (distToNextLeftLane <= distToNextMidLane &&
distToNextLeftLane <= distToNextRightLane)
{
currentPos.x = nextLeftMidPos.x - 2f;
currentLane = RunningLane.Left;
}
else
{
currentPos.x = nextRightMidPos.x;
currentLane = RunningLane.Mid;
}
}
break;
case MoveDirection.East:
if (isRightTurn)
{
distToNextLeftLane = Mathf.Abs(currentPos.z - (nextLeftMidPos.z + 2f));
distToNextMidLane = Mathf.Abs(currentPos.z - (nextLeftMidPos.z));
distToNextRightLane = Mathf.Abs(currentPos.z - (nextLeftMidPos.z - 2f));
//Debug.Log("Left " + distToNextLeftLane + " mid " + distToNextMidLane + " right " + distToNextRightLane);
if (distToNextRightLane <= distToNextMidLane &&
distToNextRightLane <= distToNextLeftLane)
{
currentPos.z = nextRightMidPos.z - 2f;
currentLane = RunningLane.Right;
}
else if (distToNextLeftLane <= distToNextMidLane &&
distToNextLeftLane <= distToNextRightLane)
{
currentPos.z = nextRightMidPos.z + 2f;
currentLane = RunningLane.Left;
}
else
{
currentPos.z = nextRightMidPos.z;
currentLane = RunningLane.Mid;
}
}
else if (isLeftTurn)
{
distToNextLeftLane = Mathf.Abs(currentPos.z - (nextLeftMidPos.z + 2f));
distToNextMidLane = Mathf.Abs(currentPos.z - (nextLeftMidPos.z));
distToNextRightLane = Mathf.Abs(currentPos.z - (nextLeftMidPos.z - 2f));
//Debug.Log("Left " + distToNextLeftLane + " mid " + distToNextMidLane + " right " + distToNextRightLane);
if (distToNextRightLane <= distToNextMidLane &&
distToNextRightLane <= distToNextLeftLane)
{
currentPos.z = nextLeftMidPos.z - 2f;
currentLane = RunningLane.Right;
}
else if (distToNextLeftLane <= distToNextMidLane &&
distToNextLeftLane <= distToNextRightLane)
{
currentPos.z = nextLeftMidPos.z + 2f;
currentLane = RunningLane.Left;
}
else
{
currentPos.z = nextRightMidPos.z;
currentLane = RunningLane.Mid;
}
}
break;
case MoveDirection.South:
if (isRightTurn)
{
distToNextLeftLane = Mathf.Abs(currentPos.x - (nextLeftMidPos.x + 2f));
distToNextMidLane = Mathf.Abs(currentPos.x - (nextLeftMidPos.x));
distToNextRightLane = Mathf.Abs(currentPos.x - (nextLeftMidPos.x - 2f));
//Debug.Log("Left " + distToNextLeftLane + " mid " + distToNextMidLane + " right " + distToNextRightLane);
if (distToNextRightLane <= distToNextMidLane &&
distToNextRightLane <= distToNextLeftLane)
{
currentPos.x = nextRightMidPos.x - 2f;
currentLane = RunningLane.Right;
}
else if (distToNextLeftLane <= distToNextMidLane &&
distToNextLeftLane <= distToNextRightLane)
{
currentPos.x = nextRightMidPos.x + 2f;
currentLane = RunningLane.Left;
}
else
{
currentPos.x = nextRightMidPos.x;
currentLane = RunningLane.Mid;
}
}
else if (isLeftTurn)
{
distToNextLeftLane = Mathf.Abs(currentPos.x - (nextLeftMidPos.x + 2f));
distToNextMidLane = Mathf.Abs(currentPos.x - (nextLeftMidPos.x));
distToNextRightLane = Mathf.Abs(currentPos.x - (nextLeftMidPos.x - 2f));
//Debug.Log("Left " + distToNextLeftLane + " mid " + distToNextMidLane + " right " + distToNextRightLane);
if (distToNextRightLane <= distToNextMidLane &&
distToNextRightLane <= distToNextLeftLane)
{
currentPos.x = nextLeftMidPos.x - 2f;
currentLane = RunningLane.Right;
}
else if (distToNextLeftLane <= distToNextMidLane &&
distToNextLeftLane <= distToNextRightLane)
{
currentPos.x = nextLeftMidPos.x + 2f;
currentLane = RunningLane.Left;
}
else
{
currentPos.x = nextRightMidPos.x;
currentLane = RunningLane.Mid;
}
}
break;
case MoveDirection.West:
if (isRightTurn)
{
distToNextLeftLane = Mathf.Abs(currentPos.z - (nextRightMidPos.z - 2f));
distToNextMidLane = Mathf.Abs(currentPos.z - (nextRightMidPos.z));
distToNextRightLane = Mathf.Abs(currentPos.z - (nextRightMidPos.z + 2f));
//Debug.Log("Left " + distToNextLeftLane + " mid " + distToNextMidLane + " right " + distToNextRightLane);
if (distToNextRightLane <= distToNextMidLane &&
distToNextRightLane <= distToNextLeftLane)
{
currentPos.z = nextRightMidPos.z + 2f;
currentLane = RunningLane.Right;
}
else if (distToNextLeftLane <= distToNextMidLane &&
distToNextLeftLane <= distToNextRightLane)
{
currentPos.z = nextRightMidPos.z - 2f;
currentLane = RunningLane.Left;
}
else
{
currentPos.z = nextRightMidPos.z;
currentLane = RunningLane.Mid;
}
}
else if (isLeftTurn)
{
distToNextLeftLane = Mathf.Abs(currentPos.z - (nextLeftMidPos.z - 2f));
distToNextMidLane = Mathf.Abs(currentPos.z - (nextLeftMidPos.z));
distToNextRightLane = Mathf.Abs(currentPos.z - (nextLeftMidPos.z + 2f));
//Debug.Log("Left " + distToNextLeftLane + " mid " + distToNextMidLane + " right " + distToNextRightLane);
if (distToNextRightLane <= distToNextMidLane &&
distToNextRightLane <= distToNextLeftLane)
{
currentPos.z = nextLeftMidPos.z + 2f;
currentLane = RunningLane.Right;
}
else if (distToNextLeftLane <= distToNextMidLane &&
distToNextLeftLane <= distToNextRightLane)
{
currentPos.z = nextLeftMidPos.z - 2f;
currentLane = RunningLane.Left;
}
else
{
currentPos.z = nextRightMidPos.z;
currentLane = RunningLane.Mid;
}
}
break;
}
}
else
{
Debug.Log("Don't turn?");
}
//Debug.Log("current pos " + currentPos);
transform.position = currentPos;
nextLeftMidPos = Vector3.zero;
nextRightMidPos = Vector3.zero;
}
public void DoRight()
{
CheckWallRunning(1);
if (canTurn)
{
TurnRunner(1f);
}
else
{
//Clear left Enemy as you move away
RunningLane lastLane = currentLane;
switch (currentLane)
{
case RunningLane.Left:
currentLane = RunningLane.Mid;
doLaneChange = true;
break;
case RunningLane.Mid:
currentLane = RunningLane.Right;
doLaneChange = true;
break;
case RunningLane.Right:
doLaneChange = false;
break;
}
if (doLaneChange)
{
pAniController.RightLaneChangeAnimation();
switch (currentMoveDirection)
{
case MoveDirection.North:
switch (lastLane)
{
case RunningLane.Mid:
startX = currentMidLanePos.x;
break;
case RunningLane.Left:
startX = currentMidLanePos.x - laneChangeDistance;
break;
}
goalX = startX + laneChangeDistance;
break;
case MoveDirection.South:
switch (lastLane)
{
case RunningLane.Mid:
startX = currentMidLanePos.x;
break;
case RunningLane.Left:
startX = currentMidLanePos.x + laneChangeDistance;
break;
}
goalX = startX - laneChangeDistance;
break;
case MoveDirection.West:
switch (lastLane)
{
case RunningLane.Mid:
startZ = currentMidLanePos.z;
break;
case RunningLane.Left:
startZ = currentMidLanePos.z - laneChangeDistance;
break;
}
goalZ = startZ + laneChangeDistance;
break;
case MoveDirection.East:
switch (lastLane)
{
case RunningLane.Mid:
startZ = currentMidLanePos.z;
break;
case RunningLane.Left:
startZ = currentMidLanePos.z + laneChangeDistance;
break;
}
goalZ = startZ - laneChangeDistance;
break;
}
}
}
}
