/// <summary>
/// Creates a deep copy of this class
/// </summary>
/// <returns>Returns a deep copy of this class</returns>
public SPieceInfo MakeCopy()
{
SPieceInfo Temp = new SPieceInfo(_ID);
foreach (SJointInfo item in _Joints)
{
Temp.AddJoint(item);
}
return(Temp);
}
/// <summary>
/// Generate puzzle pieces from image.
/// </summary>
/// <param name="NoOfPiecesInRow">Total no of pieces in row of puzzle / total columns</param>
/// <param name="NoOfPiecesInCol">Total no of pieces in Col of puzzle / total rows</param>
/// <param name="Image">Main image for puzzle</param>
/// <param name="JointMaskImage">Mask images for joints to be used to create joints for pieces in this puzzle</param>
/// <param name="CreatedImageMask">Unknown</param>
/// <returns>Returns generated pieces metadata</returns>
private SPieceInfo[,] GenerateJigsawPieces(Texture2D Image, Texture2D[] JointMaskImage, out Texture2D CreatedImageMask, int NoOfPiecesInRow, int NoOfPiecesInCol)
{
#region "Argument Error Checking"
if (NoOfPiecesInRow < 2)
{
throw new System.ArgumentOutOfRangeException("NoOfPiecesInRow", "Argument should be greater then 1");
}
else if (NoOfPiecesInCol < 2)
{
throw new System.ArgumentOutOfRangeException("NoOfPiecesInCol", "Argument should be greater then 1");
}
else if (Image == null)
{
throw new System.ArgumentNullException("No texture2d assigned to this class");
}
#endregion
_noOfPiecesInRow = NoOfPiecesInRow;
_noOfPiecesInCol = NoOfPiecesInCol;
_origionalImage = Image;
Color[][] _PuzzleImageTopJointMask = HelperMethods.Texture2DToColorArr(Image);
Color[][] _PuzzleImageBotJointMask = HelperMethods.Texture2DToColorArr(Image);
Color[][] _PuzzleImageLeftJointMask = HelperMethods.Texture2DToColorArr(Image);
Color[][] _PuzzleImageRightJointMask = HelperMethods.Texture2DToColorArr(Image);
Color[][] _PuzzleImage = HelperMethods.Texture2DToColorArr(Image);
SPieceInfo[,] PiecesInformation = null;
PiecesInformation = DrawCustomPieceJointsMask(ref _PuzzleImageTopJointMask, ref _PuzzleImageBotJointMask,
ref _PuzzleImageLeftJointMask, ref _PuzzleImageRightJointMask,
JointMaskImage, out _pieceWidthWithoutJoint,
out _pieceHeightWithoutJoint,Image.width, Image.height, NoOfPiecesInCol, NoOfPiecesInRow);
CreatedImageMask = HelperMethods.ColorArrToTexture2D(_PuzzleImageTopJointMask);
//Create mask image for each side joints
JointsMaskToJointsImage(ref _PuzzleImage, ref _PuzzleImageTopJointMask,ref _PuzzleImageBotJointMask,
ref _PuzzleImageLeftJointMask, ref _PuzzleImageRightJointMask,
PieceWidthWithoutJoint, PieceHeightWithoutJoint, Image.width, Image.height);
_topJointsMaskImage = HelperMethods.ColorArrToTexture2D(_PuzzleImageTopJointMask);
_botJointsMaskImage = HelperMethods.ColorArrToTexture2D(_PuzzleImageBotJointMask);
_leftJointsMaskImage = HelperMethods.ColorArrToTexture2D(_PuzzleImageLeftJointMask);
_rightJointsMaskImage = HelperMethods.ColorArrToTexture2D(_PuzzleImageRightJointMask);
_image = HelperMethods.ColorArrToTexture2D(_PuzzleImage);
//Return data for puzzle pieces
SPieceInfo[,] ResultData = new SPieceInfo[NoOfPiecesInCol, NoOfPiecesInRow];
for (int i = 0; i < NoOfPiecesInCol; i++)
for (int j = 0; j < NoOfPiecesInRow; j++)
ResultData[i, j] = PiecesInformation[i, j];
return ResultData;
}
public SPieceMetaData(SPieceInfo MetaData, Texture2D Image)
{
PieceMetaData = MetaData;
PieceImage = Image;
}
private SPieceInfo[,] DrawCustomPieceJointsMask(ref Color[][] Image, Texture2D[] JointMaskImage,
out int PieceWidthWithoutJoint, out int PieceHeightWithoutJoint, int PuzzleImgWidth, int PuzzleImgHeight, int Rows = 5, int Cols = 5)
{
//Create direction wise mask images
Texture2D[] LeftJointMask = new Texture2D[JointMaskImage.Length];
int[] LeftJointMaskWidth = new int[JointMaskImage.Length];
int[] LeftJointMaskHeight = new int[JointMaskImage.Length];
Texture2D[] RightJointMask = new Texture2D[JointMaskImage.Length];
int[] RightJointMaskWidth = new int[JointMaskImage.Length];
int[] RightJointMaskHeight = new int[JointMaskImage.Length];
Texture2D[] TopJointMask = new Texture2D[JointMaskImage.Length];
int[] TopJointMaskWidth = new int[JointMaskImage.Length];
int[] TopJointMaskHeight = new int[JointMaskImage.Length];
Texture2D[] BottomJointMask = new Texture2D[JointMaskImage.Length];
int[] BottomJointMaskWidth = new int[JointMaskImage.Length];
int[] BottomJointMaskHeight = new int[JointMaskImage.Length];
SPieceInfo[,] ResultPiecesData = new SPieceInfo[Rows, Cols];
//Initialize pieces data
for (int i = 0; i < Rows; i++)
for (int j = 0; j < Cols; j++)
ResultPiecesData[i, j] = new SPieceInfo((i * Cols) + j);
int PieceHeight = PuzzleImgHeight / Rows;
int PieceWidth = PuzzleImgWidth / Cols;
PieceWidthWithoutJoint = PieceWidth;
PieceHeightWithoutJoint = PieceHeight;
for (int ArrayTav = 0; ArrayTav < JointMaskImage.Length; ArrayTav++)
{
LeftJointMask[ArrayTav] = JointMaskImage[ArrayTav];
RightJointMask[ArrayTav] = rotateImage(JointMaskImage[ArrayTav], 180);
TopJointMask[ArrayTav] = rotateImage(JointMaskImage[ArrayTav], 270);
BottomJointMask[ArrayTav] = rotateImage(JointMaskImage[ArrayTav], 90);
#region "Resize Joint mask images for drawing inside mask image And calculate joints width and height"
//Resize Joint mask images for drawing inside mask image
// Image will be resized according to piece width
int MaskImageWidth = (int)(PieceWidth * 0.3f);
int MaskImageHeight = (int)((float)MaskImageWidth / ((float)JointMaskImage[ArrayTav].width / (float)JointMaskImage[ArrayTav].height));
LeftJointMask[ArrayTav] = resizeImage(LeftJointMask[ArrayTav], MaskImageWidth, MaskImageHeight);
RightJointMask[ArrayTav] = resizeImage(RightJointMask[ArrayTav], MaskImageWidth, MaskImageHeight);
TopJointMask[ArrayTav] = resizeImage(TopJointMask[ArrayTav], MaskImageWidth, MaskImageHeight);
BottomJointMask[ArrayTav] = resizeImage(BottomJointMask[ArrayTav], MaskImageWidth, MaskImageHeight);
//Calculate joints width and heights
CalculateCustomJointDimensions(LeftJointMask[ArrayTav], out LeftJointMaskWidth[ArrayTav], out LeftJointMaskHeight[ArrayTav]);
RightJointMaskWidth[ArrayTav] = LeftJointMaskWidth[ArrayTav];
RightJointMaskHeight[ArrayTav] = LeftJointMaskHeight[ArrayTav];
TopJointMaskWidth[ArrayTav] = LeftJointMaskHeight[ArrayTav];
TopJointMaskHeight[ArrayTav] = LeftJointMaskWidth[ArrayTav];
BottomJointMaskWidth[ArrayTav] = LeftJointMaskHeight[ArrayTav];
BottomJointMaskHeight[ArrayTav] = LeftJointMaskWidth[ArrayTav];
/*
//Save these image
saveTexture2D(LeftJointMask[ArrayTav], "c:\\Images\\LeftJoint.png");
saveTexture2D(RightJointMask[ArrayTav], "c:\\Images\\RightJointMask.png");
saveTexture2D(TopJointMask[ArrayTav], "c:\\Images\\TopJointMask.png");
saveTexture2D(BottomJointMask[ArrayTav], "c:\\Images\\BottomJointMask.png");
*/
#endregion
}
#region "Argument Error Checking"
//Joint mask image width and height should be same
//Joint mask image should have only black and white pixels inside it
if (JointMaskImage[0].width != JointMaskImage[0].height)
{
Debug.LogError("JointMaskImage width and height should be same");
return null;
}
else
{
bool ErrorFound = false; //If Non-Black or Non-White pixel found
//Check for pixel colors in joint mask image
for (int rowtrav = 0; rowtrav < JointMaskImage[0].height && !ErrorFound; rowtrav++)
{
for (int coltrav = 0; coltrav < JointMaskImage[0].width && !ErrorFound; coltrav++)
{
Color PixelColor = JointMaskImage[0].GetPixel(coltrav, rowtrav);
if (PixelColor != Color.white || PixelColor != Color.black)
{
ErrorFound = true;
//Debug.LogError("Only white and black pixels are allowed in JointMaskImage");
//return null;
}
}
}
}
#endregion
Color[][] CreatedMaskImage = new Color[PuzzleImgWidth][];
//Clear Instantiated mask image
for (int i = 0; i < PuzzleImgWidth; i++)
{
CreatedMaskImage[i] = new Color[PuzzleImgHeight];
for (int j = 0; j < PuzzleImgHeight; j++)
{
CreatedMaskImage[i][j] = Color.white;
}
}
#region "Color Pieces Alternatively And Generate random joint info And Draw joints"
bool AlternatePiece = true;
//if (ColorPieces)
{
Random.seed = System.DateTime.Now.Second;
for (int RowTrav = 0; RowTrav < Rows; RowTrav++)
{
for (int ColTrav = 0; ColTrav < Cols; ColTrav++)
{
int PieceX = ColTrav * PieceWidth;
int PieceY = RowTrav * PieceHeight;
Color PieceColor = AlternatePiece ? Color.green : Color.red;
for (int InternalRowTrav = PieceY; InternalRowTrav < PieceY + PieceHeight; InternalRowTrav++)
for (int InternalColTrav = PieceX; InternalColTrav < PieceX + PieceWidth; InternalColTrav++)
if (CreatedMaskImage[InternalColTrav][InternalRowTrav] == Color.white)
CreatedMaskImage[InternalColTrav][InternalRowTrav] = PieceColor;
#region "Generate Random joint info and Draw Joints From Mask Image"
#region "Draw right joints according to piece joint information"
if (ColTrav < Cols - 1)
{
int SelectedRandomJoint = Random.Range(1, JointMaskImage.Length) - 1;
//Create random joint information
int RndVal = (int)(Random.Range(1f, 18f) >= 10 ? 1 : 0);
ResultPiecesData[RowTrav, ColTrav].AddJoint(new SJointInfo((EJointType)RndVal, EJointPosition.Right,
RightJointMaskWidth[SelectedRandomJoint], RightJointMaskHeight[SelectedRandomJoint]));
int JointX = PieceX + PieceWidth - 5;
int JointY = PieceY + (PieceHeight / 2) - (RightJointMask[SelectedRandomJoint].height / 2);
bool Result = false;
SJointInfo RightJointInfo = ResultPiecesData[RowTrav, ColTrav].GetJoint(EJointPosition.Right, out Result);
if (!Result)
{
Debug.LogError("Logical error in draw joints from mask image Right Joints");
}
else
{
if ( RightJointInfo.JointType == EJointType.Male )
drawJoint(ref CreatedMaskImage, RightJointMask[SelectedRandomJoint], PieceColor, JointX, JointY);
}
}
#endregion
#region"Draw left joints according to piece joint information"
if (ColTrav > 0)
{
int SelectedRandomJoint = Random.Range(1, JointMaskImage.Length) - 1;
//Create random joint information
bool Result = false;
SJointInfo PreviousRightJoint = ResultPiecesData[RowTrav, ColTrav - 1].GetJoint(EJointPosition.Right, out Result);
if (Result == false)
{
Debug.LogError("Logical error in joints information left joint");
}
else
{
SJointInfo CalcLeftJoint = new SJointInfo(PreviousRightJoint.JointType == EJointType.Female ?
EJointType.Male : EJointType.Female, EJointPosition.Left,
LeftJointMaskWidth[SelectedRandomJoint], LeftJointMaskHeight[SelectedRandomJoint]);
ResultPiecesData[RowTrav , ColTrav].AddJoint(CalcLeftJoint);
}
int JointX = PieceX - LeftJointMask[SelectedRandomJoint].width + 5;
int JointY = PieceY + (PieceHeight / 2) - (LeftJointMask[SelectedRandomJoint].height / 2);
Result = false;
SJointInfo LeftJointInfo = ResultPiecesData[RowTrav, ColTrav].GetJoint(EJointPosition.Left, out Result);
if (!Result)
{
Debug.LogError("Logical error in draw joints from mask image Left Joints");
}
else
{
if (LeftJointInfo.JointType == EJointType.Male)
drawJoint(ref CreatedMaskImage, LeftJointMask[SelectedRandomJoint], PieceColor, JointX, JointY);
}
}
#endregion
#region"Draw Top joints according to piece joint information"
if (RowTrav < Rows - 1)
{
int SelectedRandomJoint = Random.Range(1, JointMaskImage.Length) - 1;
//Create random joint information
int RndVal = (int)(Random.Range(1f, 17f) >= 10 ? 1 : 0);
ResultPiecesData[RowTrav, ColTrav].AddJoint(new SJointInfo((EJointType)RndVal, EJointPosition.Top,
TopJointMaskWidth[SelectedRandomJoint], TopJointMaskHeight[SelectedRandomJoint] ));
int JointX = PieceX + (PieceWidth / 2) - (TopJointMask[SelectedRandomJoint].width / 2);
int JointY = PieceY + PieceHeight - 5;
bool Result = false;
SJointInfo TopJointInfo = ResultPiecesData[RowTrav, ColTrav].GetJoint(EJointPosition.Top, out Result);
if (!Result)
{
Debug.LogError("Logical error in draw joints from mask image Top Joints");
}
else
{
if (TopJointInfo.JointType == EJointType.Male)
drawJoint(ref CreatedMaskImage, TopJointMask[SelectedRandomJoint], PieceColor, JointX, JointY);
}
}
#endregion
#region"Draw Bottom joints according to piece joint information"
if (RowTrav > 0)
{
int SelectedRandomJoint = Random.Range(1, JointMaskImage.Length) - 1;
//Create random joint information
bool Result = false;
SJointInfo PreviousPieceTopJoint = ResultPiecesData[RowTrav - 1, ColTrav].GetJoint(EJointPosition.Top, out Result);
if (Result == false)
{
Debug.LogError("Logical error in joints information Bottom joint");
}
else
{
SJointInfo CalcBottomJoint = new SJointInfo(PreviousPieceTopJoint.JointType == EJointType.Female ?
EJointType.Male : EJointType.Female, EJointPosition.Bottom,
BottomJointMaskWidth[SelectedRandomJoint], BottomJointMaskHeight[SelectedRandomJoint] );
ResultPiecesData[RowTrav, ColTrav].AddJoint(CalcBottomJoint);
}
int JointX = PieceX + (PieceWidth / 2) - (BottomJointMask[SelectedRandomJoint].width / 2);
int JointY = PieceY - BottomJointMask[SelectedRandomJoint].height;
Result = false;
SJointInfo BottomJointInfo = ResultPiecesData[RowTrav, ColTrav].GetJoint(EJointPosition.Bottom, out Result);
if (!Result)
{
Debug.LogError("Logical error in draw joints from mask image Top Joints");
}
else
{
if (BottomJointInfo.JointType == EJointType.Male)
drawJoint(ref CreatedMaskImage, BottomJointMask[SelectedRandomJoint], PieceColor, JointX, JointY);
}
}
#endregion
#endregion
AlternatePiece = !AlternatePiece;
}
if (Cols % 2 == 0)
AlternatePiece = !AlternatePiece;
}
}
#endregion
//Store mask image for testing purposes
//System.IO.File.WriteAllBytes("c:\\Images\\MaskImage.png", CreatedMaskImage.EncodeToPNG());
Image = CreatedMaskImage;
return ResultPiecesData;
}
/// <summary>
/// Load data from stream of file for puzzle maker.
/// </summary>
/// <param name="stream"></param>
/// <returns></returns>
private bool LoadStreamData(System.IO.Stream stream)
{
System.IO.BinaryReader bReader = null;
try
{
using (bReader = new System.IO.BinaryReader(stream))
{
//Get secret number to check file intigrity
int secretNumber = bReader.ReadInt32();
if (secretNumber != 6640330)
{
bReader.Close();
Debug.LogError("Error reading file. Make sure this file is created with puzzle maker`s current version");
return false;
}
//Get basic variables data
_NoOfPiecesInRow = bReader.ReadInt32();
_NoOfPiecesInCol = bReader.ReadInt32();
_PieceWidthWithoutJoint = bReader.ReadInt32();
_PieceHeightWithoutJoint = bReader.ReadInt32();
ColorPieces = bReader.ReadBoolean();
#region "Retrieve basic images"
int lengthImageEncoded = bReader.ReadInt32();
byte[] imageEncoded = bReader.ReadBytes(lengthImageEncoded);
_Image = new Texture2D(100, 100);
_Image.LoadImage(imageEncoded);
int lengthBackgroundImageEncoded = bReader.ReadInt32();
byte[] createdBackgroundImageEncoded = bReader.ReadBytes(lengthBackgroundImageEncoded);
_CreatedBackgroundImage = new Texture2D(100, 100);
_CreatedBackgroundImage.LoadImage(createdBackgroundImageEncoded);
#endregion
#region "Retrieve joint mask array"
int lengthJointMaskArr = bReader.ReadInt32();
_JointMask = new Texture2D[lengthJointMaskArr];
for (int i = 0; i < lengthJointMaskArr; i++)
{
int TempLength = bReader.ReadInt32();
_JointMask[i] = new Texture2D(100, 100);
byte[] TempMaskArr = bReader.ReadBytes(TempLength);
_JointMask[i].LoadImage(TempMaskArr);
}
#endregion
#region "Retreive Pieces Metadata"
_CreatedImagePiecesData = new SPieceMetaData[_NoOfPiecesInCol, _NoOfPiecesInRow];
for (int RowTrav = 0; RowTrav < _NoOfPiecesInCol; RowTrav++)
{
for (int ColTrav = 0; ColTrav < _NoOfPiecesInRow; ColTrav++)
{
int pieceID = bReader.ReadInt32();
//Get joints info
int JointInfoLength = bReader.ReadInt32();
SPieceInfo TempSPieceInfo = new SPieceInfo(pieceID);
for (int i = 0; i < JointInfoLength; i++)
{
int jointType = bReader.ReadInt32();
int jointWidth = bReader.ReadInt32();
int jointHeight = bReader.ReadInt32();
int jointPosition = bReader.ReadInt32();
TempSPieceInfo.AddJoint(new SJointInfo((EJointType)jointType, (EJointPosition)jointPosition,
jointWidth, jointHeight));
}
//Get this piece image
int pieceImgArrLength = bReader.ReadInt32();
byte[] pieceTempArr = bReader.ReadBytes(pieceImgArrLength);
Texture2D pieceTempImage = new Texture2D(100, 100);
pieceTempImage.LoadImage(pieceTempArr);
pieceTempImage.wrapMode = TextureWrapMode.Clamp;
//Insert this piece data in list
_CreatedImagePiecesData[RowTrav, ColTrav] = new SPieceMetaData(TempSPieceInfo, pieceTempImage);
}
}
#endregion
bReader.Close();
}
}
catch (System.Exception ex)
{
throw new System.Exception("Exception in load data 2: " + ex.Message);
//Debug.LogError("Puzzle Maker LoadData Method: " + ex.Message);
}
return true;
}
/// <summary>
/// Called when piece is colliding from its bottom 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 OnBottomCollision(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)
{
//Get colliding piece position in grid
int CPElementRow = 0;
int CPElementCol = 0;
PPPuzzleController.ArrayPosToRC(CollidingPieceId, JpPuzzleControllerInstance.PiecesInCol,
JpPuzzleControllerInstance.PiecesInRow, out CPElementRow, out CPElementCol);
//Get this piece position in grid
int PElementRow = 0;
int PElementCol = 0;
PPPuzzleController.ArrayPosToRC(ThisPieceData.ID, JpPuzzleControllerInstance.PiecesInCol,
JpPuzzleControllerInstance.PiecesInRow, out PElementRow, out PElementCol);
if (ThisPieceData.ID > CollidingPieceId && PElementCol == CPElementCol && PElementRow == CPElementRow + 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,
ColP.transform.position.y + JpPuzzleControllerInstance.PieceHeightInWorld, ColP.transform.position.z);
ColP.transform.root.parent = transform;
OnPieceJoined();
CheckForPuzzleComplete(transform);
}
}
}
/// <summary>
/// Called when piece is colliding from its left 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 OnLeftCollision(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);
}
}
}
void OnBottomCollision(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)
{
//Get colliding piece position in grid
int CPElementRow = 0;
int CPElementCol = 0;
PPPuzzleController.ArrayPosToRC(CollidingPieceId, JpPuzzleControllerInstance.PiecesInCol,
JpPuzzleControllerInstance.PiecesInRow, out CPElementRow, out CPElementCol);
//Get this piece position in grid
int PElementRow = 0;
int PElementCol = 0;
PPPuzzleController.ArrayPosToRC(ThisPieceData.ID, JpPuzzleControllerInstance.PiecesInCol,
JpPuzzleControllerInstance.PiecesInRow, out PElementRow, out PElementCol);
if (ThisPieceData.ID > CollidingPieceId && PElementCol == CPElementCol && PElementRow == CPElementRow + 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
CalculatedPos.x = ColP.transform.position.x - (ColPRightJointWorldScale / 2) + (ColPLeftJointWorldScale / 2) +
(RightJointWorldScale / 2) - (LeftJointWorldScale / 2);
//Calculate Y
float CalcYWJ = ColP.transform.position.y + JpPuzzleControllerInstance.PieceHeightInWorld;
CalculatedPos.y = CalcYWJ + (TopJointWorldScale / 2) - (BotJointWorldScale / 2)
- (ColPTopJointWorldScale / 2) + (ColPBotJointWorldScale / 2);
CalculatedPos.z = transform.position.z;
transform.position = CalculatedPos;
ColP.transform.root.parent = transform;
OnPieceJoined();
CheckForPuzzleComplete(transform);
}
}
}
public SPieceMetaData(SPieceInfo MetaData, Texture2D Image)
{
PieceMetaData = MetaData;
PieceImage = Image;
}
/// <summary>
/// Loads puzzle data from file stream of .pm file
/// </summary>
/// <param name="stream">Stream to load data from</param>
/// <returns>Returns true if data loading is successfull false otherwise</returns>
private bool LoadStreamData(System.IO.Stream stream)
{
System.IO.BinaryReader bReader = null;
try
{
using (bReader = new System.IO.BinaryReader(stream))
{
//Get secret number to check file intigrity
int secretNumber = bReader.ReadInt32();
if (secretNumber != _secretVersionNo)
{
bReader.Close();
Debug.LogError("Error reading file. Make sure this file is created with puzzle maker`s current version");
return(false);
}
//Get basic variables data
_noOfPiecesInRow = bReader.ReadInt32();
_noOfPiecesInCol = bReader.ReadInt32();
_pieceWidthWithoutJoint = bReader.ReadInt32();
_pieceHeightWithoutJoint = bReader.ReadInt32();
//Origional puzzle image
int lengthImageEncoded = bReader.ReadInt32();
byte[] imageEncoded = bReader.ReadBytes(lengthImageEncoded);
_origionalImage = new Texture2D(100, 100);
_origionalImage.LoadImage(imageEncoded);
//Puzzle image with joints
lengthImageEncoded = bReader.ReadInt32();
imageEncoded = bReader.ReadBytes(lengthImageEncoded);
_image = new Texture2D(100, 100);
_image.LoadImage(imageEncoded);
//Created background image
lengthImageEncoded = bReader.ReadInt32();
imageEncoded = bReader.ReadBytes(lengthImageEncoded);
_createdBackgroundImage = new Texture2D(100, 100);
_createdBackgroundImage.LoadImage(imageEncoded);
//Top joint mask image
lengthImageEncoded = bReader.ReadInt32();
imageEncoded = bReader.ReadBytes(lengthImageEncoded);
_topJointsMaskImage = new Texture2D(100, 100);
_topJointsMaskImage.LoadImage(imageEncoded);
//Bottom joint mask image
lengthImageEncoded = bReader.ReadInt32();
imageEncoded = bReader.ReadBytes(lengthImageEncoded);
_botJointsMaskImage = new Texture2D(100, 100);
_botJointsMaskImage.LoadImage(imageEncoded);
//Left joint mask image
lengthImageEncoded = bReader.ReadInt32();
imageEncoded = bReader.ReadBytes(lengthImageEncoded);
_leftJointsMaskImage = new Texture2D(100, 100);
_leftJointsMaskImage.LoadImage(imageEncoded);
//Right joint mask iamge
lengthImageEncoded = bReader.ReadInt32();
imageEncoded = bReader.ReadBytes(lengthImageEncoded);
_rightJointsMaskImage = new Texture2D(100, 100);
_rightJointsMaskImage.LoadImage(imageEncoded);
//Load joint mask array
int lengthJointMaskArr = bReader.ReadInt32();
_jointMask = new Texture2D[lengthJointMaskArr];
for (int i = 0; i < lengthJointMaskArr; i++)
{
int TempLength = bReader.ReadInt32();
_jointMask[i] = new Texture2D(100, 100);
imageEncoded = bReader.ReadBytes(TempLength);
_jointMask[i].LoadImage(imageEncoded);
}
#region "Retreive Pieces Metadata"
_CreatedPiecesData = new SPieceInfo[_noOfPiecesInCol, _noOfPiecesInRow];
for (int RowTrav = 0; RowTrav < _noOfPiecesInCol; RowTrav++)
{
for (int ColTrav = 0; ColTrav < _noOfPiecesInRow; ColTrav++)
{
int pieceID = bReader.ReadInt32();
//Get joints info
int JointInfoLength = bReader.ReadInt32();
SPieceInfo TempSPieceInfo = new SPieceInfo(pieceID);
for (int i = 0; i < JointInfoLength; i++)
{
int jointType = bReader.ReadInt32();
int jointWidth = bReader.ReadInt32();
int jointHeight = bReader.ReadInt32();
int jointPosition = bReader.ReadInt32();
TempSPieceInfo.AddJoint(new SJointInfo((EJointType)jointType, (EJointPosition)jointPosition,
jointWidth, jointHeight));
}
//Insert this piece data in list
_CreatedPiecesData[RowTrav, ColTrav] = TempSPieceInfo;
}
}
#endregion
bReader.Close();
}
}
catch (System.Exception ex)
{
throw new System.Exception("Exception in load data 2: " + ex.Message);
}
return(true);
}
/// <summary>
/// Draws joint mask image for each side of joints for every piece which is used to later
/// generate puzzle image for pieces
/// </summary>
/// <param name="TopJointMaskImage">Output mask image for top joints</param>
/// <param name="BotJointMaskImage">Output mask image for bottom joints</param>
/// <param name="LeftJointMaskImage">Output mask image for left joints</param>
/// <param name="RightJointMaskImage">Output mask image for right joints</param>
/// <param name="JointMaskImages">User provided joint mask images to be used</param>
/// <param name="PieceHeightWithoutJoint">Output piece image height</param>
/// <param name="PieceWidthWithoutJoint">Output piece image width</param>
/// <param name="PuzzleImgHeight">Height of user provided puzzle image</param>
/// <param name="PuzzleImgWidth">Width of user provided puzzle image</param>
/// <param name="Cols">Total columns in puzzle</param>
/// <param name="Rows">Total rows in puzzle</param>
/// <returns>Returns created pieces metadata created during masks creation</returns>
private SPieceInfo[,] DrawCustomPieceJointsMask(ref Color[][] TopJointMaskImage, ref Color[][] BotJointMaskImage,
ref Color[][] LeftJointMaskImage, ref Color[][] RightJointMaskImage, Texture2D[] JointMaskImages,
out int PieceWidthWithoutJoint, out int PieceHeightWithoutJoint, int PuzzleImgWidth, int PuzzleImgHeight, int Rows = 5, int Cols = 5)
{
int[] JointMaskWidth = new int[JointMaskImages.Length];
int[] JointMaskHeight = new int[JointMaskImages.Length];
//Create direction wise mask images
Texture2D[] LeftJointMask = new Texture2D[JointMaskImages.Length];
Texture2D[] RightJointMask = new Texture2D[JointMaskImages.Length];
Texture2D[] TopJointMask = new Texture2D[JointMaskImages.Length];
Texture2D[] BottomJointMask = new Texture2D[JointMaskImages.Length];
SPieceInfo[,] ResultPiecesData = new SPieceInfo[Rows, Cols];
//Initialize pieces data
for (int i = 0; i < Rows; i++)
{
for (int j = 0; j < Cols; j++)
{
ResultPiecesData[i, j] = new SPieceInfo((i * Cols) + j);
}
}
int PieceHeight = PuzzleImgHeight / Rows;
int PieceWidth = PuzzleImgWidth / Cols;
PieceWidthWithoutJoint = PieceWidth;
PieceHeightWithoutJoint = PieceHeight;
for (int ArrayTav = 0; ArrayTav < JointMaskImages.Length; ArrayTav++)
{
LeftJointMask[ArrayTav] = JointMaskImages[ArrayTav];
BottomJointMask[ArrayTav] = HelperMethods.rotateImage(JointMaskImages[ArrayTav], 90);
RightJointMask[ArrayTav] = HelperMethods.rotateImage(BottomJointMask[ArrayTav], 90);
TopJointMask[ArrayTav] = HelperMethods.rotateImage(JointMaskImages[ArrayTav], 270);
#region "Resize Joint mask images for drawing inside mask image And calculate joints width and height"
//Resize Joint mask images for drawing inside mask image
// Image will be resized according to piece width
int MaskImageWidth = (int)(PieceWidth * 0.3f);
int MaskImageHeight = (int)((float)MaskImageWidth / ((float)JointMaskImages[ArrayTav].width / (float)JointMaskImages[ArrayTav].height));
LeftJointMask[ArrayTav] = HelperMethods.resizeImage(LeftJointMask[ArrayTav], MaskImageWidth, MaskImageHeight);
RightJointMask[ArrayTav] = HelperMethods.resizeImage(RightJointMask[ArrayTav], MaskImageWidth, MaskImageHeight);
TopJointMask[ArrayTav] = HelperMethods.resizeImage(TopJointMask[ArrayTav], MaskImageWidth, MaskImageHeight);
BottomJointMask[ArrayTav] = HelperMethods.resizeImage(BottomJointMask[ArrayTav], MaskImageWidth, MaskImageHeight);
//Calculate joints width and heights
CalculateCustomJointDimensions(LeftJointMask[ArrayTav], out JointMaskWidth[ArrayTav], out JointMaskHeight[ArrayTav]);
#endregion
}
#region "Argument Error Checking"
//Joint mask image width and height should be same
//Joint mask image should have only black and white pixels inside it
if (JointMaskImages[0].width != JointMaskImages[0].height)
{
Debug.LogError("JointMaskImage width and height should be same");
return(null);
}
else
{
bool ErrorFound = false; //If Non-Black or Non-White pixel found
//Check for pixel colors in joint mask image
for (int rowtrav = 0; rowtrav < JointMaskImages[0].height && !ErrorFound; rowtrav++)
{
for (int coltrav = 0; coltrav < JointMaskImages[0].width && !ErrorFound; coltrav++)
{
Color PixelColor = JointMaskImages[0].GetPixel(coltrav, rowtrav);
if (PixelColor != Color.white || PixelColor != Color.black)
{
ErrorFound = true;
//Debug.LogError("Only white and black pixels are allowed in JointMaskImage");
//return null;
}
}
}
}
#endregion
TopJointMaskImage = new Color[PuzzleImgWidth][];
BotJointMaskImage = new Color[PuzzleImgWidth][];
LeftJointMaskImage = new Color[PuzzleImgWidth][];
RightJointMaskImage = new Color[PuzzleImgWidth][];
//Clear Instantiated mask image
for (int i = 0; i < PuzzleImgWidth; i++)
{
TopJointMaskImage[i] = new Color[PuzzleImgHeight];
BotJointMaskImage[i] = new Color[PuzzleImgHeight];
LeftJointMaskImage[i] = new Color[PuzzleImgHeight];
RightJointMaskImage[i] = new Color[PuzzleImgHeight];
}
//Generate random joint info And Draw joints
Random.seed = System.DateTime.Now.Second;
Color PieceColor = Color.black;
for (int RowTrav = 0; RowTrav < Rows; RowTrav++)
{
for (int ColTrav = 0; ColTrav < Cols; ColTrav++)
{
int PieceX = ColTrav * PieceWidth;
int PieceY = RowTrav * PieceHeight;
//Generate Random joint info and Draw Joints From Mask Image
#region "Draw right joints according to piece joint information"
if (ColTrav < Cols - 1)
{
int SelectedRandomJoint = Random.Range(1, JointMaskImages.Length) - 1;
//Create random joint information
int RndVal = (int)(Random.Range(1f, 18f) >= 10 ? 1 : 0);
ResultPiecesData[RowTrav, ColTrav].AddJoint(new SJointInfo((EJointType)RndVal, EJointPosition.Right,
JointMaskWidth[SelectedRandomJoint], JointMaskHeight[SelectedRandomJoint]));
int JointX = PieceX + PieceWidth;
int JointY = PieceY + (PieceHeight / 2) - (RightJointMask[SelectedRandomJoint].height / 2);
bool Result = false;
SJointInfo RightJointInfo = ResultPiecesData[RowTrav, ColTrav].GetJoint(EJointPosition.Right, out Result);
if (!Result)
{
Debug.LogError("Logical error in draw joints from mask image Right Joints");
}
else
{
if (RightJointInfo.JointType == EJointType.Male)
{
drawJoint(ref RightJointMaskImage, RightJointMask[SelectedRandomJoint], PieceColor, JointX, JointY);
}
}
}
#endregion
#region "Draw left joints according to piece joint information"
if (ColTrav > 0)
{
int SelectedRandomJoint = Random.Range(1, JointMaskImages.Length) - 1;
//Create random joint information
bool Result = false;
SJointInfo PreviousRightJoint = ResultPiecesData[RowTrav, ColTrav - 1].GetJoint(EJointPosition.Right, out Result);
if (Result == false)
{
Debug.LogError("Logical error in joints information left joint");
}
else
{
SJointInfo CalcLeftJoint = new SJointInfo(PreviousRightJoint.JointType == EJointType.Female ?
EJointType.Male : EJointType.Female, EJointPosition.Left,
JointMaskWidth[SelectedRandomJoint], JointMaskHeight[SelectedRandomJoint]);
ResultPiecesData[RowTrav, ColTrav].AddJoint(CalcLeftJoint);
}
int JointX = PieceX - LeftJointMask[SelectedRandomJoint].width;
int JointY = PieceY + (PieceHeight / 2) - (LeftJointMask[SelectedRandomJoint].height / 2);
Result = false;
SJointInfo LeftJointInfo = ResultPiecesData[RowTrav, ColTrav].GetJoint(EJointPosition.Left, out Result);
if (!Result)
{
Debug.LogError("Logical error in draw joints from mask image Left Joints");
}
else
{
if (LeftJointInfo.JointType == EJointType.Male)
{
drawJoint(ref LeftJointMaskImage, LeftJointMask[SelectedRandomJoint], PieceColor, JointX, JointY);
}
}
}
#endregion
#region "Draw Top joints according to piece joint information"
if (RowTrav < Rows - 1)
{
int SelectedRandomJoint = Random.Range(1, JointMaskImages.Length) - 1;
//Create random joint information
int RndVal = (int)(Random.Range(1f, 17f) >= 10 ? 1 : 0);
ResultPiecesData[RowTrav, ColTrav].AddJoint(new SJointInfo((EJointType)RndVal, EJointPosition.Top,
JointMaskWidth[SelectedRandomJoint], JointMaskHeight[SelectedRandomJoint]));
int JointX = PieceX + (PieceWidth / 2) - (TopJointMask[SelectedRandomJoint].width / 2);
int JointY = PieceY + PieceHeight;
bool Result = false;
SJointInfo TopJointInfo = ResultPiecesData[RowTrav, ColTrav].GetJoint(EJointPosition.Top, out Result);
if (!Result)
{
Debug.LogError("Logical error in draw joints from mask image Top Joints");
}
else
{
if (TopJointInfo.JointType == EJointType.Male)
{
drawJoint(ref TopJointMaskImage, TopJointMask[SelectedRandomJoint], PieceColor, JointX, JointY);
}
}
}
#endregion
#region "Draw Bottom joints according to piece joint information"
if (RowTrav > 0)
{
int SelectedRandomJoint = Random.Range(1, JointMaskImages.Length) - 1;
//Create random joint information
bool Result = false;
SJointInfo PreviousPieceTopJoint = ResultPiecesData[RowTrav - 1, ColTrav].GetJoint(EJointPosition.Top, out Result);
if (Result == false)
{
Debug.LogError("Logical error in joints information Bottom joint");
}
else
{
SJointInfo CalcBottomJoint = new SJointInfo(PreviousPieceTopJoint.JointType == EJointType.Female ?
EJointType.Male : EJointType.Female, EJointPosition.Bottom,
JointMaskWidth[SelectedRandomJoint], JointMaskHeight[SelectedRandomJoint]);
ResultPiecesData[RowTrav, ColTrav].AddJoint(CalcBottomJoint);
}
int JointX = PieceX + (PieceWidth / 2) - (BottomJointMask[SelectedRandomJoint].width / 2);
int JointY = PieceY - BottomJointMask[SelectedRandomJoint].height;
Result = false;
SJointInfo BottomJointInfo = ResultPiecesData[RowTrav, ColTrav].GetJoint(EJointPosition.Bottom, out Result);
if (!Result)
{
Debug.LogError("Logical error in draw joints from mask image Top Joints");
}
else
{
if (BottomJointInfo.JointType == EJointType.Male)
{
drawJoint(ref BotJointMaskImage, BottomJointMask[SelectedRandomJoint], PieceColor, JointX, JointY);
}
}
}
#endregion
}
}
return(ResultPiecesData);
}
/// <summary>
/// Generate puzzle pieces from image.
/// </summary>
/// <param name="NoOfPiecesInRow">Total no of pieces in row of puzzle / total columns</param>
/// <param name="NoOfPiecesInCol">Total no of pieces in Col of puzzle / total rows</param>
/// <param name="Image">Main image for puzzle</param>
/// <param name="JointMaskImage">Mask images for joints to be used to create joints for pieces in this puzzle</param>
/// <param name="CreatedImageMask">Unknown</param>
/// <returns>Returns generated pieces metadata</returns>
private SPieceInfo[,] GenerateJigsawPieces(Texture2D Image, Texture2D[] JointMaskImage, out Texture2D CreatedImageMask, int NoOfPiecesInRow, int NoOfPiecesInCol)
{
#region "Argument Error Checking"
if (NoOfPiecesInRow < 2)
{
throw new System.ArgumentOutOfRangeException("NoOfPiecesInRow", "Argument should be greater then 1");
}
else if (NoOfPiecesInCol < 2)
{
throw new System.ArgumentOutOfRangeException("NoOfPiecesInCol", "Argument should be greater then 1");
}
else if (Image == null)
{
throw new System.ArgumentNullException("No texture2d assigned to this class");
}
#endregion
_noOfPiecesInRow = NoOfPiecesInRow;
_noOfPiecesInCol = NoOfPiecesInCol;
_origionalImage = Image;
Color[][] _PuzzleImageTopJointMask = HelperMethods.Texture2DToColorArr(Image);
Color[][] _PuzzleImageBotJointMask = HelperMethods.Texture2DToColorArr(Image);
Color[][] _PuzzleImageLeftJointMask = HelperMethods.Texture2DToColorArr(Image);
Color[][] _PuzzleImageRightJointMask = HelperMethods.Texture2DToColorArr(Image);
Color[][] _PuzzleImage = HelperMethods.Texture2DToColorArr(Image);
SPieceInfo[,] PiecesInformation = null;
PiecesInformation = DrawCustomPieceJointsMask(ref _PuzzleImageTopJointMask, ref _PuzzleImageBotJointMask,
ref _PuzzleImageLeftJointMask, ref _PuzzleImageRightJointMask,
JointMaskImage, out _pieceWidthWithoutJoint,
out _pieceHeightWithoutJoint, Image.width, Image.height, NoOfPiecesInCol, NoOfPiecesInRow);
CreatedImageMask = HelperMethods.ColorArrToTexture2D(_PuzzleImageTopJointMask);
//Create mask image for each side joints
JointsMaskToJointsImage(ref _PuzzleImage, ref _PuzzleImageTopJointMask, ref _PuzzleImageBotJointMask,
ref _PuzzleImageLeftJointMask, ref _PuzzleImageRightJointMask,
PieceWidthWithoutJoint, PieceHeightWithoutJoint, Image.width, Image.height);
_topJointsMaskImage = HelperMethods.ColorArrToTexture2D(_PuzzleImageTopJointMask);
_botJointsMaskImage = HelperMethods.ColorArrToTexture2D(_PuzzleImageBotJointMask);
_leftJointsMaskImage = HelperMethods.ColorArrToTexture2D(_PuzzleImageLeftJointMask);
_rightJointsMaskImage = HelperMethods.ColorArrToTexture2D(_PuzzleImageRightJointMask);
_image = HelperMethods.ColorArrToTexture2D(_PuzzleImage);
//Return data for puzzle pieces
SPieceInfo[,] ResultData = new SPieceInfo[NoOfPiecesInCol, NoOfPiecesInRow];
for (int i = 0; i < NoOfPiecesInCol; i++)
{
for (int j = 0; j < NoOfPiecesInRow; j++)
{
ResultData[i, j] = PiecesInformation[i, j];
}
}
return(ResultData);
}
/// <summary>
/// Used to calculate required data for joining of pieces together
/// </summary>
void CalculateDataForCollisionPlacement(SPieceInfo PieceData, out float LeftJointWorldScale, out float RightJointWorldScale,
out float TopJointWorldScale, out float BottomJointWorldScale)
{
bool LeftJointPresent = false;
bool RightJointPresent = false;
bool TopJointPresent = false;
bool BotJointPresent = false;
SJointInfo TempLeftJointInfo = PieceData.GetJoint(EJointPosition.Left, out LeftJointPresent);
SJointInfo TempRightJointInfo = PieceData.GetJoint(EJointPosition.Right, out RightJointPresent);
SJointInfo TempTopJointInfo = PieceData.GetJoint(EJointPosition.Top, out TopJointPresent);
SJointInfo TempBotJointInfo = PieceData.GetJoint(EJointPosition.Bottom, out BotJointPresent);
float PMPieceWidthWOJoint = (float)JpPuzzleControllerInstance.PuzzleMakerPieceWidthWithoutJoint;
LeftJointWorldScale = LeftJointPresent && TempLeftJointInfo.JointType == EJointType.Male ?
(float)TempLeftJointInfo.JointWidth / PMPieceWidthWOJoint : 0;
RightJointWorldScale = RightJointPresent && TempRightJointInfo.JointType == EJointType.Male ?
(float)TempRightJointInfo.JointWidth / PMPieceWidthWOJoint : 0;
TopJointWorldScale = TopJointPresent && TempTopJointInfo.JointType == EJointType.Male ?
(float)TempTopJointInfo.JointHeight / PMPieceWidthWOJoint : 0;
BottomJointWorldScale = BotJointPresent && TempBotJointInfo.JointType == EJointType.Male ?
(float)TempBotJointInfo.JointHeight / PMPieceWidthWOJoint : 0;
}
/// <summary>
/// Draws joint mask image for each side of joints for every piece which is used to later
/// generate puzzle image for pieces
/// </summary>
/// <param name="TopJointMaskImage">Output mask image for top joints</param>
/// <param name="BotJointMaskImage">Output mask image for bottom joints</param>
/// <param name="LeftJointMaskImage">Output mask image for left joints</param>
/// <param name="RightJointMaskImage">Output mask image for right joints</param>
/// <param name="JointMaskImages">User provided joint mask images to be used</param>
/// <param name="PieceHeightWithoutJoint">Output piece image height</param>
/// <param name="PieceWidthWithoutJoint">Output piece image width</param>
/// <param name="PuzzleImgHeight">Height of user provided puzzle image</param>
/// <param name="PuzzleImgWidth">Width of user provided puzzle image</param>
/// <param name="Cols">Total columns in puzzle</param>
/// <param name="Rows">Total rows in puzzle</param>
/// <returns>Returns created pieces metadata created during masks creation</returns>
private SPieceInfo[,] DrawCustomPieceJointsMask(ref Color[][] TopJointMaskImage, ref Color[][] BotJointMaskImage,
ref Color[][] LeftJointMaskImage, ref Color[][] RightJointMaskImage, Texture2D[] JointMaskImages,
out int PieceWidthWithoutJoint, out int PieceHeightWithoutJoint, int PuzzleImgWidth, int PuzzleImgHeight, int Rows = 5, int Cols = 5)
{
int[] JointMaskWidth = new int[JointMaskImages.Length];
int[] JointMaskHeight = new int[JointMaskImages.Length];
//Create direction wise mask images
Texture2D[] LeftJointMask = new Texture2D[JointMaskImages.Length];
Texture2D[] RightJointMask = new Texture2D[JointMaskImages.Length];
Texture2D[] TopJointMask = new Texture2D[JointMaskImages.Length];
Texture2D[] BottomJointMask = new Texture2D[JointMaskImages.Length];
SPieceInfo[,] ResultPiecesData = new SPieceInfo[Rows, Cols];
//Initialize pieces data
for (int i = 0; i < Rows; i++)
for (int j = 0; j < Cols; j++)
ResultPiecesData[i, j] = new SPieceInfo((i * Cols) + j);
int PieceHeight = PuzzleImgHeight / Rows;
int PieceWidth = PuzzleImgWidth / Cols;
PieceWidthWithoutJoint = PieceWidth;
PieceHeightWithoutJoint = PieceHeight;
for (int ArrayTav = 0; ArrayTav < JointMaskImages.Length; ArrayTav++)
{
LeftJointMask[ArrayTav] = JointMaskImages[ArrayTav];
BottomJointMask[ArrayTav] = HelperMethods.rotateImage(JointMaskImages[ArrayTav], 90);
RightJointMask[ArrayTav] = HelperMethods.rotateImage(BottomJointMask[ArrayTav], 90);
TopJointMask[ArrayTav] = HelperMethods.rotateImage(JointMaskImages[ArrayTav], 270);
#region "Resize Joint mask images for drawing inside mask image And calculate joints width and height"
//Resize Joint mask images for drawing inside mask image
// Image will be resized according to piece width
int MaskImageWidth = (int)(PieceWidth * 0.3f);
int MaskImageHeight = (int)((float)MaskImageWidth / ((float)JointMaskImages[ArrayTav].width / (float)JointMaskImages[ArrayTav].height));
LeftJointMask[ArrayTav] = HelperMethods.resizeImage(LeftJointMask[ArrayTav], MaskImageWidth, MaskImageHeight);
RightJointMask[ArrayTav] = HelperMethods.resizeImage(RightJointMask[ArrayTav], MaskImageWidth, MaskImageHeight);
TopJointMask[ArrayTav] = HelperMethods.resizeImage(TopJointMask[ArrayTav], MaskImageWidth, MaskImageHeight);
BottomJointMask[ArrayTav] = HelperMethods.resizeImage(BottomJointMask[ArrayTav], MaskImageWidth, MaskImageHeight);
//Calculate joints width and heights
CalculateCustomJointDimensions(LeftJointMask[ArrayTav], out JointMaskWidth[ArrayTav], out JointMaskHeight[ArrayTav]);
#endregion
}
#region "Argument Error Checking"
//Joint mask image width and height should be same
//Joint mask image should have only black and white pixels inside it
if (JointMaskImages[0].width != JointMaskImages[0].height)
{
Debug.LogError("JointMaskImage width and height should be same");
return null;
}
else
{
bool ErrorFound = false; //If Non-Black or Non-White pixel found
//Check for pixel colors in joint mask image
for (int rowtrav = 0; rowtrav < JointMaskImages[0].height && !ErrorFound; rowtrav++)
{
for (int coltrav = 0; coltrav < JointMaskImages[0].width && !ErrorFound; coltrav++)
{
Color PixelColor = JointMaskImages[0].GetPixel(coltrav, rowtrav);
if (PixelColor != Color.white || PixelColor != Color.black)
{
ErrorFound = true;
//Debug.LogError("Only white and black pixels are allowed in JointMaskImage");
//return null;
}
}
}
}
#endregion
TopJointMaskImage = new Color[PuzzleImgWidth][];
BotJointMaskImage = new Color[PuzzleImgWidth][];
LeftJointMaskImage = new Color[PuzzleImgWidth][];
RightJointMaskImage = new Color[PuzzleImgWidth][];
//Clear Instantiated mask image
for (int i = 0; i < PuzzleImgWidth; i++)
{
TopJointMaskImage[i] = new Color[PuzzleImgHeight];
BotJointMaskImage[i] = new Color[PuzzleImgHeight];
LeftJointMaskImage[i] = new Color[PuzzleImgHeight];
RightJointMaskImage[i] = new Color[PuzzleImgHeight];
}
//Generate random joint info And Draw joints
Random.seed = System.DateTime.Now.Second;
Color PieceColor = Color.black;
for (int RowTrav = 0; RowTrav < Rows; RowTrav++)
{
for (int ColTrav = 0; ColTrav < Cols; ColTrav++)
{
int PieceX = ColTrav * PieceWidth;
int PieceY = RowTrav * PieceHeight;
//Generate Random joint info and Draw Joints From Mask Image
#region "Draw right joints according to piece joint information"
if (ColTrav < Cols - 1)
{
int SelectedRandomJoint = Random.Range(1, JointMaskImages.Length) - 1;
//Create random joint information
int RndVal = (int)(Random.Range(1f, 18f) >= 10 ? 1 : 0);
ResultPiecesData[RowTrav, ColTrav].AddJoint(new SJointInfo((EJointType)RndVal, EJointPosition.Right,
JointMaskWidth[SelectedRandomJoint], JointMaskHeight[SelectedRandomJoint]));
int JointX = PieceX + PieceWidth;
int JointY = PieceY + (PieceHeight / 2) - (RightJointMask[SelectedRandomJoint].height / 2);
bool Result = false;
SJointInfo RightJointInfo = ResultPiecesData[RowTrav, ColTrav].GetJoint(EJointPosition.Right, out Result);
if (!Result)
{
Debug.LogError("Logical error in draw joints from mask image Right Joints");
}
else
{
if (RightJointInfo.JointType == EJointType.Male)
drawJoint(ref RightJointMaskImage, RightJointMask[SelectedRandomJoint], PieceColor, JointX, JointY);
}
}
#endregion
#region"Draw left joints according to piece joint information"
if (ColTrav > 0)
{
int SelectedRandomJoint = Random.Range(1, JointMaskImages.Length) - 1;
//Create random joint information
bool Result = false;
SJointInfo PreviousRightJoint = ResultPiecesData[RowTrav, ColTrav - 1].GetJoint(EJointPosition.Right, out Result);
if (Result == false)
{
Debug.LogError("Logical error in joints information left joint");
}
else
{
SJointInfo CalcLeftJoint = new SJointInfo(PreviousRightJoint.JointType == EJointType.Female ?
EJointType.Male : EJointType.Female, EJointPosition.Left,
JointMaskWidth[SelectedRandomJoint], JointMaskHeight[SelectedRandomJoint]);
ResultPiecesData[RowTrav, ColTrav].AddJoint(CalcLeftJoint);
}
int JointX = PieceX - LeftJointMask[SelectedRandomJoint].width;
int JointY = PieceY + (PieceHeight / 2) - (LeftJointMask[SelectedRandomJoint].height / 2);
Result = false;
SJointInfo LeftJointInfo = ResultPiecesData[RowTrav, ColTrav].GetJoint(EJointPosition.Left, out Result);
if (!Result)
{
Debug.LogError("Logical error in draw joints from mask image Left Joints");
}
else
{
if (LeftJointInfo.JointType == EJointType.Male)
drawJoint(ref LeftJointMaskImage, LeftJointMask[SelectedRandomJoint], PieceColor, JointX, JointY);
}
}
#endregion
#region"Draw Top joints according to piece joint information"
if (RowTrav < Rows - 1)
{
int SelectedRandomJoint = Random.Range(1, JointMaskImages.Length) - 1;
//Create random joint information
int RndVal = (int)(Random.Range(1f, 17f) >= 10 ? 1 : 0);
ResultPiecesData[RowTrav, ColTrav].AddJoint(new SJointInfo((EJointType)RndVal, EJointPosition.Top,
JointMaskWidth[SelectedRandomJoint], JointMaskHeight[SelectedRandomJoint]));
int JointX = PieceX + (PieceWidth / 2) - (TopJointMask[SelectedRandomJoint].width / 2);
int JointY = PieceY + PieceHeight;
bool Result = false;
SJointInfo TopJointInfo = ResultPiecesData[RowTrav, ColTrav].GetJoint(EJointPosition.Top, out Result);
if (!Result)
{
Debug.LogError("Logical error in draw joints from mask image Top Joints");
}
else
{
if (TopJointInfo.JointType == EJointType.Male)
drawJoint(ref TopJointMaskImage, TopJointMask[SelectedRandomJoint], PieceColor, JointX, JointY);
}
}
#endregion
#region"Draw Bottom joints according to piece joint information"
if (RowTrav > 0)
{
int SelectedRandomJoint = Random.Range(1, JointMaskImages.Length) - 1;
//Create random joint information
bool Result = false;
SJointInfo PreviousPieceTopJoint = ResultPiecesData[RowTrav - 1, ColTrav].GetJoint(EJointPosition.Top, out Result);
if (Result == false)
{
Debug.LogError("Logical error in joints information Bottom joint");
}
else
{
SJointInfo CalcBottomJoint = new SJointInfo(PreviousPieceTopJoint.JointType == EJointType.Female ?
EJointType.Male : EJointType.Female, EJointPosition.Bottom,
JointMaskWidth[SelectedRandomJoint], JointMaskHeight[SelectedRandomJoint]);
ResultPiecesData[RowTrav, ColTrav].AddJoint(CalcBottomJoint);
}
int JointX = PieceX + (PieceWidth / 2) - (BottomJointMask[SelectedRandomJoint].width / 2);
int JointY = PieceY - BottomJointMask[SelectedRandomJoint].height;
Result = false;
SJointInfo BottomJointInfo = ResultPiecesData[RowTrav, ColTrav].GetJoint(EJointPosition.Bottom, out Result);
if (!Result)
{
Debug.LogError("Logical error in draw joints from mask image Top Joints");
}
else
{
if (BottomJointInfo.JointType == EJointType.Male)
drawJoint(ref BotJointMaskImage, BottomJointMask[SelectedRandomJoint], PieceColor, JointX, JointY);
}
}
#endregion
}
}
return ResultPiecesData;
}
/// <summary>
/// Creates a deep copy of this class
/// </summary>
/// <returns>Returns a deep copy of this class</returns>
public SPieceInfo MakeCopy()
{
SPieceInfo Temp = new SPieceInfo(_ID);
foreach (SJointInfo item in _Joints)
Temp.AddJoint(item);
return Temp;
}
/// <summary>
/// Loads puzzle data from file stream of .pm file
/// </summary>
/// <param name="stream">Stream to load data from</param>
/// <returns>Returns true if data loading is successfull false otherwise</returns>
private bool LoadStreamData(System.IO.Stream stream)
{
System.IO.BinaryReader bReader = null;
try
{
using (bReader = new System.IO.BinaryReader(stream))
{
//Get secret number to check file intigrity
int secretNumber = bReader.ReadInt32();
if (secretNumber != _secretVersionNo)
{
bReader.Close();
Debug.LogError("Error reading file. Make sure this file is created with puzzle maker`s current version");
return false;
}
//Get basic variables data
_noOfPiecesInRow = bReader.ReadInt32();
_noOfPiecesInCol = bReader.ReadInt32();
_pieceWidthWithoutJoint = bReader.ReadInt32();
_pieceHeightWithoutJoint = bReader.ReadInt32();
//Origional puzzle image
int lengthImageEncoded = bReader.ReadInt32();
byte[] imageEncoded = bReader.ReadBytes(lengthImageEncoded);
_origionalImage = new Texture2D(100, 100);
_origionalImage.LoadImage(imageEncoded);
//Puzzle image with joints
lengthImageEncoded = bReader.ReadInt32();
imageEncoded = bReader.ReadBytes(lengthImageEncoded);
_image = new Texture2D(100, 100);
_image.LoadImage(imageEncoded);
//Created background image
lengthImageEncoded = bReader.ReadInt32();
imageEncoded = bReader.ReadBytes(lengthImageEncoded);
_createdBackgroundImage = new Texture2D(100, 100);
_createdBackgroundImage.LoadImage(imageEncoded);
//Top joint mask image
lengthImageEncoded = bReader.ReadInt32();
imageEncoded = bReader.ReadBytes(lengthImageEncoded);
_topJointsMaskImage = new Texture2D(100, 100);
_topJointsMaskImage.LoadImage(imageEncoded);
//Bottom joint mask image
lengthImageEncoded = bReader.ReadInt32();
imageEncoded = bReader.ReadBytes(lengthImageEncoded);
_botJointsMaskImage = new Texture2D(100, 100);
_botJointsMaskImage.LoadImage(imageEncoded);
//Left joint mask image
lengthImageEncoded = bReader.ReadInt32();
imageEncoded = bReader.ReadBytes(lengthImageEncoded);
_leftJointsMaskImage = new Texture2D(100, 100);
_leftJointsMaskImage.LoadImage(imageEncoded);
//Right joint mask iamge
lengthImageEncoded = bReader.ReadInt32();
imageEncoded = bReader.ReadBytes(lengthImageEncoded);
_rightJointsMaskImage = new Texture2D(100, 100);
_rightJointsMaskImage.LoadImage(imageEncoded);
//Load joint mask array
int lengthJointMaskArr = bReader.ReadInt32();
_jointMask = new Texture2D[lengthJointMaskArr];
for (int i = 0; i < lengthJointMaskArr; i++)
{
int TempLength = bReader.ReadInt32();
_jointMask[i] = new Texture2D(100, 100);
imageEncoded = bReader.ReadBytes(TempLength);
_jointMask[i].LoadImage(imageEncoded);
}
#region "Retreive Pieces Metadata"
_CreatedPiecesData = new SPieceInfo[_noOfPiecesInCol, _noOfPiecesInRow];
for (int RowTrav = 0; RowTrav < _noOfPiecesInCol; RowTrav++)
{
for (int ColTrav = 0; ColTrav < _noOfPiecesInRow; ColTrav++)
{
int pieceID = bReader.ReadInt32();
//Get joints info
int JointInfoLength = bReader.ReadInt32();
SPieceInfo TempSPieceInfo = new SPieceInfo(pieceID);
for (int i = 0; i < JointInfoLength; i++)
{
int jointType = bReader.ReadInt32();
int jointWidth = bReader.ReadInt32();
int jointHeight = bReader.ReadInt32();
int jointPosition = bReader.ReadInt32();
TempSPieceInfo.AddJoint(new SJointInfo((EJointType)jointType, (EJointPosition)jointPosition,
jointWidth, jointHeight));
}
//Insert this piece data in list
_CreatedPiecesData[RowTrav, ColTrav] = TempSPieceInfo;
}
}
#endregion
bReader.Close();
}
}
catch (System.Exception ex)
{
throw new System.Exception("Exception in load data 2: " + ex.Message);
}
return true;
}
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;
OnPieceJoined();
CheckForPuzzleComplete(transform);
}
}
else
{
//Wrong Piece
}
}
