/// <summary>
/// Called when piece is colliding from its right side
/// </summary>
/// <param name="CollidingPieceId">Id of piece colliding with</param>
/// <param name="ColP">Instance of piece colliding with</param>
/// <param name="ColPPieceData">Metadata of piece colliding with</param>
/// <param name="ColObjController">JPPieceController instance of piece colliding with</param>
void OnRightCollision(int CollidingPieceId, GameObject ColP, SPieceInfo ColPPieceData, JPPieceController ColObjController)
{
//Check if this is child of current holding piece then apply collision logic
bool IsChildOfHoldingPiece = false;
JPPieceController[] ChildrenControllers = transform.GetComponentsInChildren <JPPieceController>();
foreach (JPPieceController item in ChildrenControllers)
{
if (ThisPieceData.ID == item.ThisPieceData.ID)
{
IsChildOfHoldingPiece = true;
break;
}
}
if (ThisPieceData.ID == JpPuzzleControllerInstance.HoldingPieceID() || IsChildOfHoldingPiece)
{
if (ThisPieceData.ID == CollidingPieceId - 1)
{
//If is child of holding piece make it parent
//Make this piece parent of all
Transform Temp = transform.root;
transform.parent = null;
Temp.parent = transform;
JpPuzzleControllerInstance.UnholdPiece();
transform.position = new Vector3(ColP.transform.position.x - JpPuzzleControllerInstance.PieceWidthInWorld,
ColP.transform.position.y, ColP.transform.position.z);
ColP.transform.root.parent = transform;
OnPieceJoined();
CheckForPuzzleComplete(transform);
}
}
else
{
//Wrong Piece
}
}
void OnRightCollision(int CollidingPieceId, GameObject ColP, SPieceInfo ColPPieceData, JPPieceController ColObjController)
{
//Check if this is child of current holding piece then apply collision logic
bool IsChildOfHoldingPiece = false;
JPPieceController[] ChildrenControllers = transform.GetComponentsInChildren <JPPieceController>();
foreach (JPPieceController item in ChildrenControllers)
{
if (ThisPieceData.ID == item.ThisPieceData.ID)
{
IsChildOfHoldingPiece = true;
break;
}
}
if (ThisPieceData.ID == JpPuzzleControllerInstance.HoldingPieceID() || IsChildOfHoldingPiece)
{
if (ThisPieceData.ID == CollidingPieceId - 1)
{
//If is child of holding piece make it parent
//Make this piece parent of all
Transform Temp = transform.root;
transform.parent = null;
Temp.parent = transform;
JpPuzzleControllerInstance.UnholdPiece();
Vector3 CalculatedPos = new Vector3();
float LeftJointWorldScale = 0;
float RightJointWorldScale = 0;
float TopJointWorldScale = 0;
float BotJointWorldScale = 0;
float ColPLeftJointWorldScale = 0;
float ColPRightJointWorldScale = 0;
float ColPTopJointWorldScale = 0;
float ColPBotJointWorldScale = 0;
//Calculate required data
CalculateDataForCollisionPlacement(ColPPieceData, out ColPLeftJointWorldScale, out ColPRightJointWorldScale,
out ColPTopJointWorldScale, out ColPBotJointWorldScale);
CalculateDataForCollisionPlacement(ThisPieceData, out LeftJointWorldScale, out RightJointWorldScale,
out TopJointWorldScale, out BotJointWorldScale);
//Calculate X
//Calculated X without joints
float CalcXWJ = ColP.transform.position.x - JpPuzzleControllerInstance.PieceWidthInWorld;
CalculatedPos.x = CalcXWJ - (ColPRightJointWorldScale / 2) + (ColPLeftJointWorldScale / 2) +
(RightJointWorldScale / 2) - (LeftJointWorldScale / 2);
//Calculate Y
CalculatedPos.y = ColP.transform.position.y + (TopJointWorldScale / 2) - (BotJointWorldScale / 2)
- (ColPTopJointWorldScale / 2) + (ColPBotJointWorldScale / 2);
CalculatedPos.z = transform.position.z;
transform.position = CalculatedPos;
ColP.transform.root.parent = transform;
CheckForPuzzleComplete(transform);
}
}
}