// vracia objekty puzzle novych kuskov, este bez pociatocnych nastaveni
public static void CreatePieces(PuzzleGameData data)
{
int pocetKuskov = data.PiecesCount;
data.Pieces = new List <PuzzlePiece>();
for (int i = 0; i < pocetKuskov; i++)
{
data.Pieces.Add(new PuzzlePiece());
data.Pieces[i].ID = i;
data.Pieces[i].SizeOfPieceImage = new Size(data.PieceDimensions.Width + 2 * data.PieceSurroundingSize,
data.PieceDimensions.Height + 2 * data.PieceSurroundingSize);
data.Pieces[i].SizeOfPiece = data.PieceDimensions;
// zatial nie je spojeny s dalsimi kuskami
data.Pieces[i].LeftNeighbor = null;
data.Pieces[i].TopNeighbor = null;
data.Pieces[i].RightNeighbor = null;
data.Pieces[i].BottomNeighbor = null;
// povodni susedia, nastavime neskor pomocou SetPiecesOriginalNeighbours()
data.Pieces[i].OriginalLeftNeighbor = null;
data.Pieces[i].OriginalTopNeighbor = null;
data.Pieces[i].OriginalRightNeighbor = null;
data.Pieces[i].OriginalBottomNeighbor = null;
// ci su kusky na spravnom mieste
data.Pieces[i].IsInTheRightPlace_Current = false;
data.Pieces[i].IsInTheRightPlace_Final = false;
data.Pieces[i].VisitState = false;
}
}
// prednastavi objekty reprezentujuce jednotlive kusky, obrazok kusku, pozicia, kolizne miesta, ...
public static void SetPiecesImages(PuzzleGameData data)
{
//Vytvorime pole vykrojenych obrazkov pre puzzle kusky
Bitmap[] puzzleShapes = CreatePuzzleShapeImagesFromSourceImage(data);
//Vykrojene obrazky aplikujeme na kusky
for (int i = 0; i < data.PiecesCount; i++)
{
data.Pieces[i].PieceImage = puzzleShapes[i];
}
}
// pozicia puzzle kuska vramci poskladaneho puzzle, pouzite pri vypocte spravnosti zlozenych kuskov
public static void SetOriginalPiecesLocations(PuzzleGameData data)
{
Point[] locations = GenerateOriginalPiecesLocations(data.GameBoardStartPosition,
data.PieceDimensions,
data.PieceSurroundingSize,
data.PiecesGridDimensions);
for (int i = 0; i < data.PiecesCount; i++)
{
data.Pieces[i].OriginalPosition = locations[i];
data.Pieces[i].CurrentPosition = locations[i];
}
}
// vystrihne jednotlive kusku zo zdrojoveho obrazka za pomoci metody CreatePuzzleShapePath
private static Bitmap[] CreatePuzzleShapeImagesFromSourceImage(PuzzleGameData data)
{
Bitmap[] pShapes = new Bitmap[data.PiecesCount];
//Pre zjednodesenie vyrezavania pridame hranu hrubky SurroundingSize okolo zdrojoveho obrazka,
//sourceImage == obrazok + hrany dookola
int hrubkaHrany = data.PieceSurroundingSize;
int gridWidth = data.PiecesGridDimensions.Width;
int gridheight = data.PiecesGridDimensions.Height;
int pieceWidth = data.PieceDimensions.Width;
int pieceHeight = data.PieceDimensions.Height;
Bitmap sourceImage = new Bitmap(data.SourcePicture.Width + 2 * hrubkaHrany,
data.SourcePicture.Height + 2 * hrubkaHrany);
using (Graphics draw = Graphics.FromImage(sourceImage))
{
draw.DrawImage(data.SourcePicture, new Point(hrubkaHrany, hrubkaHrany));
}
//Vyrezavanie jednotlivych kuskov
int x = 0, y = 0;
//Point startP = new Point(x, y);
//Point endP = new Point((x + pieceWidth + 2 * hrubkaHrany),
// (y + pieceHeight + 2 * hrubkaHrany));
GraphicsPath shapePath;
int index;
for (int j = 0; j < gridheight; j++)
{
for (int i = 0; i < gridWidth; i++)
{
index = j * gridWidth + i;
pShapes[index] = PictureEditor.CropImage(sourceImage,
new Point(x, y),
new Point((x + pieceWidth + 2 * hrubkaHrany),
(y + pieceHeight + 2 * hrubkaHrany)));
shapePath = CreatePuzzleShapePath(hrubkaHrany, data.PieceDimensions, data.Pieces[index].Arrangement);
pShapes[index] = PieceCutter.CutOut(pShapes[index], shapePath);
x += pieceWidth;
}
x = 0;
y += pieceHeight;
}
return(pShapes);
}
// nastavi jednotlivym kuskom ich tvary stran
public static void SetPiecesArrangement(PuzzleGameData data)
{
if (data.Pieces != null)
{
PieceArrangement[] arrang = GeneratePiecesArrangement(data.PiecesGridDimensions);
for (int i = 0; i < data.PiecesCount; i++)
{
data.Pieces[i].Arrangement = arrang[i];
}
}
else
{
MessageBox.Show("Neboli vytvorene instancie PuzzlePiece!", "Runtime Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
//pre kazdy kusok nastavi ich originalnych susedov
public static void SetPiecesOriginalNeighbours(PuzzleGameData data)
{
int indexCurrPiece;
int gridWidth = (data.PiecesGridDimensions.Width - 1);
int gridHeight = (data.PiecesGridDimensions.Height - 1);
int maxArrayIndex = (data.PiecesCount - 1);
List <PuzzlePiece> pieces = data.Pieces;
for (int j = 0; j < (data.PiecesGridDimensions.Height - 1); j++)
{
for (int i = 0; i < (data.PiecesGridDimensions.Width - 1); i++)
{
// jednorozmere pole prechadzame ako dvojrozmerne
indexCurrPiece = (j * gridWidth + i);
// up neighbour
if ((indexCurrPiece - gridWidth) >= 0)
{
pieces[indexCurrPiece].OriginalTopNeighbor = pieces[indexCurrPiece - gridWidth];
}
// right neighbour
if ((i + 1) <= gridWidth)
{
pieces[indexCurrPiece].OriginalRightNeighbor = pieces[indexCurrPiece + 1];
}
// down neighbour
if ((indexCurrPiece + gridWidth) <= maxArrayIndex)
{
pieces[indexCurrPiece].OriginalBottomNeighbor = pieces[indexCurrPiece + gridWidth];
}
// left neighbour
if ((i - 1) >= 0)
{
pieces[indexCurrPiece].OriginalLeftNeighbor = pieces[indexCurrPiece - 1];
}
}
}
}
// Button = nova hra, zahodia sa objekty reprezentujuce staru hru, prednastavenia pred dalsou hrou
private void button4_Click(object sender, EventArgs e)
{
// zoomLabel odstranime z panelu3 (tenky pasik)
this.panel3.Controls.Clear();
// gameboard sa prestane zobrazovat v panel-y
this.gameboard.Visible = false;
// odoberieme gameboard z panela, pred tym nez ho zahodime
this.panel4.Controls.Remove(PuzzleGameUtilities.ControlByName(panel4, "gameboard"));
// zahodime staru hraciu plochu
gameboard = null;
// zahodime stare data pre hru
gameData = null;
// vytvorime nove data pre hru
gameData = new PuzzleGameData();
// naspat zobrazime controls pre vyber obrazka
textBox1.Visible = true;
textBox1.Text = "";
pictureBox1.Image = null;
pictureBox1.Visible = false;
choosePictureLabel.Visible = true;
choosePictureLabel.BringToFront();
autorLabel.BringToFront();
autorLabel.Visible = true;
button1.Visible = true;
button2.Visible = true;
panel5.Visible = false; //obsahuje button3==Restart, button4==NewGame
if (showGameInstructions)
{
showGameInstructions = false;
this.panel6.Visible = false;
}
}
// vraci nadobu pod mysou, pouziva funkciu BucketCoordinates
public static List <PuzzlePiece> BucketUnderMouse(PuzzleGameData data, Point currMouseCoords) //Skupina puzzle kuskov nachadzajuca sa pod suradnicami mysi
{
//
//Vyberame skupinku kuskov najblizsiu k ukazovatelovi mysi (ak skupinka neexistuje, return null).
//
List <PuzzlePiece> value;
Size realPieceSize = data.PieceDimensions;
realPieceSize.Width += 2 * data.PieceSurroundingSize;
realPieceSize.Height += 2 * data.PieceSurroundingSize;
Point bucketCoords = PuzzleGameUtilities.BucketCoordinates(realPieceSize, currMouseCoords);
if (data.bucketOfPieces.TryGetValue(bucketCoords, out value))
{
return(value);
}
else
{
return(null);
}
}
// ak kusok odoberame z pozicie kde bol, odoberieme ho aj z nadob, nad ktorymi boli jeho rohy
public static void DeregisterPieceFromGrid(PuzzleGameData data, PuzzlePiece piece)
{
List <PuzzlePiece> value;
Point[] pieceToRemove_Corners;
pieceToRemove_Corners = RealPieceCornerPoints(piece.CurrentPosition, //ziskame rohy kuska, na ktory prave ukazujeme
piece.SizeOfPieceImage); //aby sme ho odobrali zo vsetkych policok kde predtym bol
foreach (var corner in pieceToRemove_Corners)
{
if (data.bucketOfPieces.TryGetValue(BucketCoordinates(piece.SizeOfPieceImage, corner), out value))
{
value.Remove(piece); //odoberieme zo vsetkych List<PuzzlePiece> skupiniek(policok) kde kusok patril
//metoda Remove() vracia false ak nebol najdeny objekt pre zmazanie
if (!value.Any()) //ak je policko sachovnice (List<>) po odobrani kuska prazdne, odoberieme ho zo zaznamu
{
data.bucketOfPieces.Remove(BucketCoordinates(piece.SizeOfPieceImage, corner));
value = null;
}
}
}
}
// funkcia nahodne rozmiestni puzzle kusky po hracom poli
public static void RandomizePiecesLocations(PuzzleGameData data)
{
Random rnd = new Random();
Point startPos, endPos;
startPos = new Point(data.PieceSurroundingSize, data.PieceSurroundingSize);
endPos = new Point((data.GameBoard.Width - (2 * data.PieceSurroundingSize + data.PieceDimensions.Width)),
(data.GameBoard.Height - (2 * data.PieceSurroundingSize + data.PieceDimensions.Height)));
foreach (var piece in data.Pieces)
{
//nahodna pozicia kuska v ramci hracej plochy
piece.CurrentPosition = new Point(rnd.Next(startPos.X, endPos.X), rnd.Next(startPos.Y, endPos.Y));
//registracia kuska do virtualnej hracej sachovnice, kde policko v sachovnici reprezentuje skupinu vsetkych kuskov puzzle ktore sa ho priamo dotykaju(prekryvaju)
RegisterPieceInGrid(data, piece);
}
//using (var streamWriter = new System.IO.StreamWriter("output.txt"))
//{
// foreach (var item in data.bucketOfPieces)
// streamWriter.WriteLine("[{0} {1}]", item.Key, item.Value);
//}
}
// ak kusok polozime na novu poziciu, pridame ho do nadob, nad ktorymi su jeho rohy vyskytuju
public static void RegisterPieceInGrid(PuzzleGameData data, PuzzlePiece piece)
{
List <PuzzlePiece> value;
Point[] realPieceCorners;
realPieceCorners = RealPieceCornerPoints(piece.CurrentPosition, piece.SizeOfPieceImage); //zistime z ktorymi polickami sa pretinaju rohy kuska
foreach (var cornerPosition in realPieceCorners)
{
if (data.bucketOfPieces.TryGetValue(BucketCoordinates(piece.SizeOfPieceImage, cornerPosition), out value))
{
if (value.Last() != piece) // vylucime moznost aby sme zaznamenali viacero rohov kuska do jedneho policka
{
value.Add(piece);
}
}
else
{
value = new List <PuzzlePiece>();
value.Add(piece);
data.bucketOfPieces.Add(BucketCoordinates(piece.SizeOfPieceImage, cornerPosition), value);
}
}
}
// pociatocne nastavenia
public void Configure(PuzzleGameData data, Form1 form)
{
#region Pociatocne nastavenia - rozmiestnenia, velkosti, vztahy medzi controls, events handlers
this.data = data; //Je potrebny zdrojovy obrazok v gamedata!!
this.parentPanel = (form.Controls["panel4"] as Panel); //Je potrebne nastavit pred zavolanim Configure(), kto je komu rodicom
this.parentPictBox = (this.Parent as PictureBox);
this.parentPictBox.Location = new Point(0 - data.SourcePicture.Width, 0 - data.SourcePicture.Height);
this.parentPictBox.Size = new Size(data.SourcePicture.Width + this.parentPanel.Size.Width,
data.SourcePicture.Height + this.parentPanel.Size.Height);
this.parentPictBox.BringToFront();
//
this.Location = new Point(data.SourcePicture.Width, data.SourcePicture.Height); //pozicia gridlayer kvoli posunu picturebox-u
this.Size = new Size(this.parentPanel.Size.Width, this.parentPanel.Height); //velkost gridlayer podla velkosti zobrazovaniecho panelu(panel4)
this.BackColor = Color.Transparent;
this.BringToFront();
this.Anchor = AnchorStyles.None;
this.Anchor = (AnchorStyles.Left | AnchorStyles.Top | AnchorStyles.Bottom | AnchorStyles.Right);
this.Controls.Add(widthBox);
this.Controls.Add(heightBox);
this.Controls.Add(dimensionBox);
this.MouseDown += this.customGridLayer_MouseDown;
this.MouseUp += this.customGridLayer_MouseUp;
this.MouseMove += this.customGridLayer_MouseMove;
this.parentPictBox.ClientSizeChanged += customclientSizeChanged_ParentPictureBox;
//
this.parentPictBox.Image = PictureEditor.ImageScale(GridRatioFromSourceImageResolution, data.SourcePicture);
this.parentPictBox.Padding = new Padding(data.SourcePicture.Width +
(int)((this.parentPanel.Width - this.parentPictBox.Image.Size.Width) / 2),
data.SourcePicture.Height +
(int)((this.parentPanel.Height - this.parentPictBox.Image.Size.Height) / 2), 0, 0);
TextBoxesVisible = false;
//====================================================================================================================================
#endregion
#region Nastavenie Grid
//
//Prednastavenia pred vytvorenim Grid okrazka
//
backGroundImageForGrid = PictureEditor.ColouredBackGroundImage(Color.Black, this.Size); //Color.RoyalBlue
backGroundImageForGrid = PictureEditor.ImageOpacity(0.60F, backGroundImageForGrid);
pieceDimensions = new Size(100, 100);
gridDimensions = new Size((int)((data.SourcePicture.Width * 0.7) / pieceDimensions.Width),
(int)((data.SourcePicture.Height * 0.7) / pieceDimensions.Height));
//
//Nastavenie vygenerovaneho grid obrazka
//
this.SetGridImage(GridRatioFromSourceImageResolution);
////this.Refresh();
//
//Nastavenie textboxov
//
widthBox.TextChanged += this.whenTextBox1_Changed;
widthBox.MouseEnter += this.whenTextBox1_MouseEnter;
widthBox.MouseLeave += this.whenTextBox1_MouseLeave;
heightBox.TextChanged += this.whenTextBox2_Changed;
heightBox.MouseEnter += this.whenTextBox2_MouseEnter;
heightBox.MouseLeave += this.whenTextBox2_MouseLeave;
dimensionBox.TextChanged += this.whenTextBox3_Changed;
dimensionBox.MouseEnter += this.whenTextBox3_MouseEnter;
dimensionBox.MouseLeave += this.whenTextBox3_MouseLeave;
//widthBox.Text = "Width";
//heightBox.Text = "Height";
//dimensionBox.Text = "Size";
var textBoxes = this.Controls.OfType <TextBox>().ToArray();
foreach (var textBox in textBoxes)
{
textBox.BackColor = Color.FromArgb(64, 64, 64);
textBox.BorderStyle = BorderStyle.FixedSingle;
textBox.ForeColor = Color.White;
textBox.Size = new Size(50, 20);
//textBox.Refresh();
}
//
//do textboxov vyplnime pociatocne hodnoty rozmerov grid, a velkost kuska puzzle, zalohujeme text, ktory v nich bol
//
textbox1_BackupText = (gridDimensions.Width).ToString();
widthBox.Text = "Šírka";
textbox2_BackupText = (gridDimensions.Height).ToString();
heightBox.Text = "Dĺžka";
textbox3_BackupText = (pieceDimensions.Width).ToString();
dimensionBox.Text = "Rozmer";
//
//TextBox-y umiestnime do stredu
//
TextBoxesInTheMiddle(MiddlePoint_Grid);
//
//TextBox-y budu viditelne
//
TextBoxesVisible = true;
this.Refresh();
//
// Vzhlad kurzora
//
//Pri vybere obrazka sa vzhlad kurzoru zmeni na posovny kurzor, sipky styrmi smermi
this.Cursor = Cursors.SizeAll;
//
// Zistime ako su od seba posunuta mriezka a obrazok a prevedieme to do skutocneho rozdielu, ak by bol obrazok nescalovany
// Pri zmene velkosti okna totiz nesmie dojst k posunu mriezky vzhladom k obrazku, mriezka by mohla vyjst mimo obrazok
//
originalCornersDiff = OriginalCornersDiff;
#endregion
}
