void CurrentTile_TileChanged(Tile pTile)
{
this.Invalidate();
this.Refresh();
}
public void SetTile(Tile pS)
{
if (this.mCurrentTile != null) {
//unplug previous event handler
this.mCurrentTile.TileChanged -= new Tile.TileChangeDelegate(CurrentTile_TileChanged);
}
this.mCurrentTile = pS;
this.mCurrentTile.TileChanged -= new Tile.TileChangeDelegate(CurrentTile_TileChanged);
this.mCurrentTile.TileChanged += new Tile.TileChangeDelegate(CurrentTile_TileChanged);
this.Refresh();
}
protected void TileChangedHandler(Tile pTile)
{
//repaint
this.OnMapChanged();
}
private void RegisterTileChangeHandler(Tile pTile)
{
//trick to avoid multiple registration on the same instance (always ok to unregister)
pTile.TileChanged -= new Tile.TileChangeDelegate(TileChangedHandler);
pTile.TileChanged += new Tile.TileChangeDelegate(TileChangedHandler);
}
void LibView_SelectedTileChanged(Tile pS)
{
ucTileEd.SetTile(pS);
//should be reccursive to be perfect but will work
foreach (TabPage vTP in tabMaps.TabPages) {
foreach (Control vC in vTP.Controls) {
if (vC is UcMapEditor) {
((UcMapEditor)vC).CurrentTile = pS;
}
}
}
}
public void SetTile(Tile pTile, int pX, int pY)
{
//no check
//unregister event handler of previous sprite
if (this.mMatrix[pX, pY] != null) {
MapBucket vOld = this.mMatrix[pX, pY];
if (vOld.mTile != null) {
vOld.mTile.TileChanged -= new Tile.TileChangeDelegate(TileChangedHandler);
}
}
MapBucket vNew = new MapBucket();
vNew.mTile = pTile;
this.mMatrix[pX, pY] = vNew;
RegisterTileChangeHandler(pTile);
OnMapChanged();
}
private void btnTilizator_Click(object sender, EventArgs e)
{
using (FrmTilizator vFrm = new FrmTilizator()) {
if (vFrm.ShowDialog(this) == DialogResult.OK) {
//Start: create target bitmap with right size
Bitmap vTarget = DrawingLogic.CopyAndResize(vFrm.CreateBmp, Tile.WIDTH_PX * vFrm.CreateWidth, Tile.HEIGHT_PX * vFrm.CreateHeight);
//map colors
Palette vPal = Palette.DEFAULT_PALETTE;
DrawingLogic.MapBitmapColorsToPalette(vTarget, vPal);
//tilization
int vTileNewCount = 0, vTileReusedCount = 0;
for (int x = 0; x < vFrm.CreateWidth; x++) {
for (int y = 0; y < vFrm.CreateHeight; y++) {
Rectangle vTileRect = new Rectangle(x * Tile.WIDTH_PX, y * Tile.HEIGHT_PX, Tile.WIDTH_PX, Tile.HEIGHT_PX);
Bitmap vTileBmp = (Bitmap)vTarget.Clone(vTileRect, vTarget.PixelFormat);
//make new tile and add/get similar from library
Tile vT = new Tile(vTileBmp, vPal);
bool vTileAlreadyExisted = false;
vT = this.mCurrentMap.ParentProject.mLibraries[0].AddTileWithoutDuplicate(vT, out vTileAlreadyExisted);
if (!vTileAlreadyExisted)
vTileNewCount++;
else
vTileReusedCount++;
//apply the tile to the map
this.mCurrentMap.SetTile(vT, vFrm.CreateLeft + x, vFrm.CreateTop+ y);
}
}
//refresh
panMap.Invalidate();
((FrmMain)this.FindForm()).SetStatus("Tilization: generated " + vTileNewCount + " tiles, reused "+vTileReusedCount+" tiles.");
}
}
}
/// <summary>
/// Reccursive fill algo
/// </summary>
/// <param name="pPosition"></param>
/// <param name="pReplacedTile"></param>
/// <param name="pNewTile"></param>
private void RecFillTile(Point pPosition, Tile pReplacedTile, Tile pNewTile)
{
if (pPosition.X < 0 || pPosition.X >= this.mCurrentMap.Width ||
pPosition.Y < 0 || pPosition.Y >= this.mCurrentMap.Height) {
return;
}
if (this.mCurrentMap[pPosition.X, pPosition.Y] != null
&&
!this.mCurrentMap[pPosition.X, pPosition.Y].Equals(pReplacedTile)) {
return;
}
//new we know it's wether null wether same as replaceTile
this.mCurrentMap.SetTile(pNewTile, pPosition.X, pPosition.Y);
//reccurse
RecFillTile(new Point(pPosition.X - 1, pPosition.Y), pReplacedTile, pNewTile);
RecFillTile(new Point(pPosition.X + 1, pPosition.Y), pReplacedTile, pNewTile);
RecFillTile(new Point(pPosition.X, pPosition.Y - 1), pReplacedTile, pNewTile);
RecFillTile(new Point(pPosition.X, pPosition.Y + 1), pReplacedTile, pNewTile);
}
private void btnNew_Click(object sender, EventArgs e)
{
Bitmap vBmp = new Bitmap(Tile.WIDTH_PX, Tile.HEIGHT_PX, System.Drawing.Imaging.PixelFormat.Format24bppRgb);
using (Graphics g = Graphics.FromImage(vBmp)) {
g.FillRectangle(new SolidBrush(Palette.DEFAULT_PALETTE.mColors[0]), 0, 0, Tile.WIDTH_PX, Tile.HEIGHT_PX);
}
Tile vT = new Tile(vBmp, Palette.DEFAULT_PALETTE);
this.mCurrentLib.AddTile(vT);
}
public TileViewItem(Tile pS)
{
this.mTile = pS;
}
void TileChanged(Tile pTile)
{
lvLibrary.Invalidate();
}
void CurrentLib_TileDeleted(Tile pTile)
{
//TODO
lvLibrary.Invalidate();
}
void CurrentLib_TileAdded(Tile pTile)
{
TileViewItem vTVI = new TileViewItem(pTile);
lvLibrary.Items.Add(vTVI);
pTile.TileChanged -= new Tile.TileChangeDelegate(TileChanged);
pTile.TileChanged += new Tile.TileChangeDelegate(TileChanged);
lvLibrary.Invalidate();
//unselect all and reselect the new one
foreach (ListViewItem vLVI in this.lvLibrary.Items) {
vLVI.Selected = false;
}
vTVI.Selected = true;
}