public static void LoadTileMap(int blockno, main MAIN)
{
//MAIN.TreeTiles.Nodes.Clear();
MAIN.tilemap = new TileMap();
if (MAIN.uwblocks[blockno].DataLen < 0x7c06)
{
return;
}
MAIN.tilemap.InitTileMap(MAIN.uwblocks[blockno].Data, 0, blockno, MAIN.uwblocks[blockno].Address);
if (main.curgame == 1)
{
MAIN.tilemap.BuildTextureMap(MAIN.uwblocks[blockno + 18].Data, ref MAIN.tilemap.ceilingtexture);
}
else
{
MAIN.tilemap.BuildTextureMap(MAIN.uwblocks[blockno + 80].Data, ref MAIN.tilemap.ceilingtexture);
}
//Temporarily output to treeview for testing.
// MAIN.txtMap.Text = "";
//for (int x = 0; x <= 63; x++)
//{
// TreeNode xnode = MAIN.TreeTiles.Nodes.Add("X=" + x);
// for (int y = 0; y <= 63; y++)
// {
// TreeNode ynode = xnode.Nodes.Add("Y=" + y);
// ynode.Tag = x + "," + y;
// //MAIN.txtMap.Text += MAIN.tilemap.Tiles[x, y].tileType;
// }
// //MAIN.txtMap.Text += "\n";
//}
MAIN.worldObjects = new objects();
MAIN.worldObjects.InitWorldObjectList(MAIN.uwblocks[blockno].Data, 64 * 64 * 4, MAIN.uwblocks[blockno].Address);
MAIN.TreeWorldObjects.Nodes.Clear();
for (int i = 0; i <= MAIN.worldObjects.objList.GetUpperBound(0); i++)
{
TreeNode newnode = MAIN.TreeWorldObjects.Nodes.Add(i + ". " + objects.ObjectName(MAIN.worldObjects.objList[i].item_id, main.curgame));
newnode.Tag = i;
}
MAIN.TreeWorldByTile.Nodes.Clear();
for (int x = 0; x <= 63; x++)
{
for (int y = 0; y <= 63; y++)
{
if (MAIN.tilemap.Tiles[x, y].indexObjectList != 0)
{
TreeNode xynode = MAIN.TreeWorldByTile.Nodes.Add(x + "," + y);
TileMapUI.PopulateWorldNode(xynode, MAIN.tilemap.Tiles[x, y].indexObjectList, MAIN.worldObjects.objList);
}
}
}
MAIN.PicMap.Image = ArtUI.UWMap(MAIN.tilemap, MAIN.tex);
MAIN.PicMap.Height = 64 * (int)MAIN.numMapZoom.Value;
MAIN.PicMap.Width = 64 * (int)MAIN.numMapZoom.Value;
}
public static void ApplyTileChanges(int x, int y, main MAIN)
{
MAIN.tilemap.Tiles[x, y].tileType = (short)TileMap.GetTileTypeInt(MAIN.CmbTileType.Text);
MAIN.tilemap.Tiles[x, y].floorHeight = (short)MAIN.NumFloorHeight.Value;
MAIN.tilemap.Tiles[x, y].flags = (short)MAIN.NumTileFlags.Value;
MAIN.tilemap.Tiles[x, y].floorTexture = (short)MAIN.NumFloorTexture.Value;
MAIN.tilemap.Tiles[x, y].noMagic = (short)MAIN.NumNoMagic.Value;
MAIN.tilemap.Tiles[x, y].doorBit = (short)MAIN.NumDoorBit.Value;
MAIN.tilemap.Tiles[x, y].indexObjectList = (short)MAIN.NumIndexObjectList.Value;
MAIN.tilemap.Tiles[x, y].wallTexture = (short)MAIN.NumWallTexture.Value;
int actualtexture = MAIN.tilemap.GetMappedFloorTexture(TileMap.fSELF, MAIN.tilemap.Tiles[x, y]);
MAIN.LblMappedFloorTexture.Text = actualtexture.ToString()
+ " " + MAIN.UWGameStrings.GetTextureName(actualtexture, main.curgame);
TileMap.TileInfo t = MAIN.tilemap.Tiles[x, y];
//Shift the bits to construct my data
int tileType = t.tileType;
int floorHeight = (t.floorHeight / 2) << 4;
int ByteToWrite = tileType | floorHeight;//| floorTexture | noMagic;//This will be set in the original data
MAIN.levarkbuffer[t.FileAddress] = (char)(ByteToWrite);
int flags = t.flags & 0x3;
int floorTexture = t.floorTexture << 2;
int noMagic = t.noMagic << 6;
int DoorBit = t.doorBit << 7;
ByteToWrite = floorTexture | noMagic | DoorBit | flags;
MAIN.levarkbuffer[t.FileAddress + 1] = (char)(ByteToWrite);
ByteToWrite = ((t.indexObjectList & 0x3FF) << 6) | (t.wallTexture & 0x3F);
MAIN.levarkbuffer[t.FileAddress + 2] = (char)(ByteToWrite & 0xFF);
MAIN.levarkbuffer[t.FileAddress + 3] = (char)((ByteToWrite >> 8) & 0xFF);
MAIN.tilemap.Cleanup();
MAIN.PicMap.Image = ArtUI.UWMap(MAIN.tilemap, MAIN.tex);
MAIN.PicMap.Height = 64 * (int)MAIN.numMapZoom.Value;
MAIN.PicMap.Width = 64 * (int)MAIN.numMapZoom.Value;
}
