public Puzzle(Graphics dc, string imgFile, int columns, int rows, Size size)
{
tilesheet = new Tilesheet("picture", imgFile);
int tileWidth = (int)((float)tilesheet.Bmp.Width / (float)columns);
int tileHeight = (int)((float)tilesheet.Bmp.Height / (float)rows);
int adjWidth = tileWidth * columns;
int adjHeight = tileHeight * rows;
tilesheet.TileSize = new Size(tileWidth, tileHeight);
originalSize = tilesheet.Bmp.Size;
numColumns = columns;
numRows = rows;
adjustedSize = new Size(adjWidth, adjHeight);
GridPointMatrix matrix = new GridPointMatrix(numColumns, numRows, tileWidth, tileHeight);
matrix.CoordinateSystem = new SquareIsoCoordinates();
matrixes = new GridPointMatrixes(matrix);
surface = new VisibleSurface(dc, size.Width, size.Height, matrixes);
surface.Erase();
InitializeSprites(tileWidth, tileHeight);
//Gondwana.Scripting.Parser.WriteToFile("bmpProp_file.gond", System.IO.FileMode.Create, tilesheet);
//Engine.ScriptEngineState("file.gond", true);
delMoveStart = new SpriteMovementEventHandler(Sprites_SpriteMovementStarted);
delMoveStop = new SpriteMovementEventHandler(Sprites_SpriteMovementStopped);
Sprites.SpriteMovementStarted += delMoveStart;
Sprites.SpriteMovementStopped += delMoveStop;
}
protected internal Backbuffer(VisibleSurface visSurface)
{
// make the dimensions equal to the VisibleSurface dimensions
range = new Rectangle(0, 0, visSurface.Width, visSurface.Height);
// create a new temp GDI+ Bitmap to get old GDI32 bitmap handle
Bitmap memBmp = new Bitmap(range.Width, range.Height, visSurface.DC);
// obtain handle to VisibleSurface Graphics object for Backbuffer instantiation
IntPtr visDC = visSurface.DC.GetHdc();
// create a DC compatible with the visible surface DC
IntPtr compatDC = pInvoke.CreateCompatibleDC(visDC);
// associate the new bitmap handle with the Backbuffer DC
pInvoke.SelectObject(compatDC, memBmp.GetHbitmap());
//create a GDI+ Graphics object for the Backbuffer
dc = Graphics.FromHdc(compatDC);
// release handle to VisibleSurface Graphics object
visSurface.DC.ReleaseHdc(visDC);
// Dispose of temp GDI+ Bitmap
memBmp.Dispose();
// set default FogPen value to black with 128 alpha blending
fogBrush = new SolidBrush(Color.FromArgb(128, Color.Black));
// set default GridPen value to white
gridPen = new Pen(Color.White);
//showGrid = false;
matrixDisposeDel = new GridPointMatrixesDisposingEventHandler(source_Disposing);
}
protected internal Backbuffer(VisibleSurface visSurface)
{
// make the dimensions equal to the VisibleSurface dimensions
range = new Rectangle(0, 0, visSurface.Width, visSurface.Height);
// create a new temp GDI+ Bitmap to get old GDI32 bitmap handle
Bitmap memBmp = new Bitmap(range.Width, range.Height, visSurface.DC);
// obtain handle to VisibleSurface Graphics object for Backbuffer instantiation
IntPtr visDC = visSurface.DC.GetHdc();
// create a DC compatible with the visible surface DC
IntPtr compatDC = pInvoke.CreateCompatibleDC(visDC);
// associate the new bitmap handle with the Backbuffer DC
pInvoke.SelectObject(compatDC, memBmp.GetHbitmap());
//create a GDI+ Graphics object for the Backbuffer
dc = Graphics.FromHdc(compatDC);
// release handle to VisibleSurface Graphics object
visSurface.DC.ReleaseHdc(visDC);
// Dispose of temp GDI+ Bitmap
memBmp.Dispose();
// set default FogPen value to black with 128 alpha blending
fogBrush = new SolidBrush(Color.FromArgb(128, Color.Black));
// set default GridPen value to white
gridPen = new Pen(Color.White);
//showGrid = false;
matrixDisposeDel = new GridPointMatrixesDisposingEventHandler(source_Disposing);
}
public static void LoadVisibleSurfaces(Form1 frm)
{
Graphics g = frm.CreateGraphics();
visSurf = new VisibleSurface(g, frm.Width, frm.Height);
visSurf.Bind(layers);
layers[0].ShowGridLines = false;
layers[1].ShowGridLines = false;
visSurf.RedrawDirtyRectangleOnly = true;
fpsCounter = new Text(visSurf, "fps:", new Font("Times New Roman", 8),
new Rectangle(0, 0, 200, 300), Color.White, Color.Transparent);
Engine.CPSCalculated += new Gondwana.Common.EventArgs.CyclesPerSecondCalculatedHandler(Engine_CPSCalculated);
}
