met zone to summoner'r rift

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Originally Posted by pro4never It's very easy to edit the textures. Create your own tile map using league of legends resources and then simply edit the pul and ani files so that the images change. You only need to edit dmap in order to determine cell access information which is slightly more tricky. Just re-tiling a map is a rather simple task. You'll want to write a tool to help you visualize the map and edit it via GUI though. My cotographer project would probably be a good start for you.

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Originally Posted by Fаng Replace your task10.pul file with this file (attached). Then, copy "ani\newplain.ani" and rename the copy as "met_zone.ani". Make changes to met_zone.ani (put your new puzzle files in that file as you add them to the client). Good luck.

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Originally Posted by pro4never My bad... for some reason I thought I'd gone ahead and released it + source code at some point.... [Only registered and activated users can see links. Click Here To Register...] I'll look for the source later if I have time. It was never really designed to make conquer maps but because I let them initially be generated from conquer files (and had support for inarchive dds reading makes it a useful reference for those wanting to do edits to conquer maps.

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Originally Posted by 2slam thats awesome but i didnt get the mechanism on how it work. P.s : if i wanna to study structure of files and make dlls and converters with (zero knowldge) how much time could it took me to achieve smth like that ? Please dont make fun of me or troll on me.

 public const string RESOURCE_LOCATION = "D:\\Extracted Wdf Files\\";
        private void ConvertMapButton_Click(object sender, EventArgs e)
        {
            Program.CellsPerTile = 8;
            ConvertMapOpenFileDialogue.InitialDirectory =  RESOURCE_LOCATION+ "map\\map\\";
            ConvertMapOpenFileDialogue.Filter = "DMap (*.DMap)|*.DMap*;"; 
            if (ConvertMapOpenFileDialogue.ShowDialog() == System.Windows.Forms.DialogResult.OK)
            {
                //Load dmap file to pull map name/tilesize
                BinaryReader dmap = new BinaryReader(ConvertMapOpenFileDialogue.OpenFile());
                dmap.ReadUInt32();//MAP ID
                dmap.ReadUInt32();//Unknown/blank
                string pulLocation = Encoding.ASCII.GetString(dmap.ReadBytes(239)).Replace("\0", "").Split('.')[0]+".pul";
                //SET MAP NAME AND TILESIZE      
                Program.MapName  = pulLocation.Split('\\')[2].Split('.')[0];
                dmap.ReadByte();
                
                Program.TileSize = 256;

                //TODO COORD LOADING

                //Load Pul file to get tile information
               BinaryReader pul = new BinaryReader(File.Open(RESOURCE_LOCATION + pulLocation, FileMode.Open));
               string aniLocation = "ani\\"+ Encoding.ASCII.GetString(pul.ReadBytes(264)).Split('.')[0].Split('\\')[1] +".ani";
                //SET TILE WIDTH AND HEIGHT
                Program.TileWidth = pul.ReadInt32();
                Program.TileHeight= pul.ReadInt32();

                MapDirectory = Application.StartupPath + "\\maps\\" + Program.MapName + "\\";           

               Directory.CreateDirectory(MapDirectory);
               Directory.CreateDirectory(MapDirectory + @"\Textures");

                //Load Ani file to Load images as needed for new map.
                StreamReader aniIn = new StreamReader (File.Open(RESOURCE_LOCATION + aniLocation, FileMode.Open));
                string[] tempLines = aniIn.ReadToEnd().Replace("\r", "").Split('\n');
                List<string> aniLines = new List<string>();
                foreach (string str in tempLines)
                    if (str.Length > 0)
                        aniLines.Add(str);

                string tileLocationToRead, tileName;
                ushort tileID;
                Manifest.Collection manifest = new Manifest.Collection(MapDirectory + "\\Manifest.xml");
                //Write the QuadInformation file
                FileStream fs = new FileStream(MapDirectory + "QuadInfo.qi", FileMode.Create);
                BinaryWriter bw = new BinaryWriter(fs);
                bw.Write(Program.TileWidth);//Width of map in tiles
                bw.Write(Program.TileHeight);//Height of map in tiles
                bw.Write(Program.TileSize);//Size of tiles in pixels
                bw.Write(Program.CellsPerTile);//Number of cells per tiles. We only use this for drawing but w/e!
                               
                for (int y = 0; y < Program.TileHeight; y++)
                    for (int x = 0; x < Program.TileWidth; x++)
                    {
                        tileID = pul.ReadUInt16();
                        //We now load in the new resources!!
                        tileLocationToRead = aniLines[2 + (tileID * 3)].Split('=')[1].Replace('/', '\\');
                        tileName = tileLocationToRead.Split('\\')[tileLocationToRead.Split('\\').Length -1];
                        if (!File.Exists(MapDirectory + "Textures\\" + tileID + ".dds"))
                            File.Copy(RESOURCE_LOCATION + tileLocationToRead, MapDirectory + "Textures\\" + tileID+".dds");
                        //Todo read from wdf archive directly

                        //Need to copy the texture over to the texture folder... It is in
                        if(!manifest.TextureElements.ContainsKey(tileID))
                        manifest.AddTexture(tileID, "\\Textures\\"+tileID+".dds");
                        bw.Write((ushort)tileID);
                    }
                bw.Close();
                fs.Close();
                manifest.SaveManifest();
                

                //CLOSE ALL OPEN READERS 
               dmap.Close();
               pul.Close();
                

                //Write the CellInformation file
                int _cellWidth = Program.TileWidth * Program.CellsPerTile;
                int _cellHeight = Program.TileHeight * Program.CellsPerTile;


                fs = new FileStream(MapDirectory + "CellInfo.ci", FileMode.Create);
                bw = new BinaryWriter(fs);
                bw.Write(_cellWidth);
                bw.Write(_cellHeight);
                for (int Y = 0; Y < _cellHeight; Y++)
                    for (int X = 0; X < _cellWidth; X++)
                    {
                        bw.Write((byte)1);//Access = true
                        bw.Write((short)0);//Height = 0
                        bw.Write((ushort)0);//ActionKey = 0
                    }
                bw.Close();
                bw.Dispose();
                fs.Close();
                fs.Dispose();

                MessageBox.Show("Finished Conversion. Attempting to Load Map.");

                DialogResult = System.Windows.Forms.DialogResult.OK;

                
            }
        }

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Originally Posted by pro4never Depends on how good you are at searching. Every file is pretty well documented and I'm positive I have posted about their structures before (as have other members). All you need to do is do a little research into the game files and you'll find their structure is pretty simple. <edit> instead of posting the map viewer source, I have a different program that converted conquer maps to my own file format for editing. This will give you a nice start on how to read from the required files. You can also update it so that it reads directly from wdf archives using already public libraries around epvp. Code: public const string RESOURCE_LOCATION = "D:\\Extracted Wdf Files\\"; private void ConvertMapButton_Click(object sender, EventArgs e) { Program.CellsPerTile = 8; ConvertMapOpenFileDialogue.InitialDirectory = RESOURCE_LOCATION+ "map\\map\\"; ConvertMapOpenFileDialogue.Filter = "DMap (*.DMap)|*.DMap*;"; if (ConvertMapOpenFileDialogue.ShowDialog() == System.Windows.Forms.DialogResult.OK) { //Load dmap file to pull map name/tilesize BinaryReader dmap = new BinaryReader(ConvertMapOpenFileDialogue.OpenFile()); dmap.ReadUInt32();//MAP ID dmap.ReadUInt32();//Unknown/blank string pulLocation = Encoding.ASCII.GetString(dmap.ReadBytes(239)).Replace("\0", "").Split('.')[0]+".pul"; //SET MAP NAME AND TILESIZE Program.MapName = pulLocation.Split('\\')[2].Split('.')[0]; dmap.ReadByte(); Program.TileSize = 256; //TODO COORD LOADING //Load Pul file to get tile information BinaryReader pul = new BinaryReader(File.Open(RESOURCE_LOCATION + pulLocation, FileMode.Open)); string aniLocation = "ani\\"+ Encoding.ASCII.GetString(pul.ReadBytes(264)).Split('.')[0].Split('\\')[1] +".ani"; //SET TILE WIDTH AND HEIGHT Program.TileWidth = pul.ReadInt32(); Program.TileHeight= pul.ReadInt32(); MapDirectory = Application.StartupPath + "\\maps\\" + Program.MapName + "\\"; Directory.CreateDirectory(MapDirectory); Directory.CreateDirectory(MapDirectory + @"\Textures"); //Load Ani file to Load images as needed for new map. StreamReader aniIn = new StreamReader (File.Open(RESOURCE_LOCATION + aniLocation, FileMode.Open)); string[] tempLines = aniIn.ReadToEnd().Replace("\r", "").Split('\n'); List<string> aniLines = new List<string>(); foreach (string str in tempLines) if (str.Length > 0) aniLines.Add(str); string tileLocationToRead, tileName; ushort tileID; Manifest.Collection manifest = new Manifest.Collection(MapDirectory + "\\Manifest.xml"); //Write the QuadInformation file FileStream fs = new FileStream(MapDirectory + "QuadInfo.qi", FileMode.Create); BinaryWriter bw = new BinaryWriter(fs); bw.Write(Program.TileWidth);//Width of map in tiles bw.Write(Program.TileHeight);//Height of map in tiles bw.Write(Program.TileSize);//Size of tiles in pixels bw.Write(Program.CellsPerTile);//Number of cells per tiles. We only use this for drawing but w/e! for (int y = 0; y < Program.TileHeight; y++) for (int x = 0; x < Program.TileWidth; x++) { tileID = pul.ReadUInt16(); //We now load in the new resources!! tileLocationToRead = aniLines[2 + (tileID * 3)].Split('=')[1].Replace('/', '\\'); tileName = tileLocationToRead.Split('\\')[tileLocationToRead.Split('\\').Length -1]; if (!File.Exists(MapDirectory + "Textures\\" + tileID + ".dds")) File.Copy(RESOURCE_LOCATION + tileLocationToRead, MapDirectory + "Textures\\" + tileID+".dds"); //Todo read from wdf archive directly //Need to copy the texture over to the texture folder... It is in if(!manifest.TextureElements.ContainsKey(tileID)) manifest.AddTexture(tileID, "\\Textures\\"+tileID+".dds"); bw.Write((ushort)tileID); } bw.Close(); fs.Close(); manifest.SaveManifest(); //CLOSE ALL OPEN READERS dmap.Close(); pul.Close(); //Write the CellInformation file int _cellWidth = Program.TileWidth * Program.CellsPerTile; int _cellHeight = Program.TileHeight * Program.CellsPerTile; fs = new FileStream(MapDirectory + "CellInfo.ci", FileMode.Create); bw = new BinaryWriter(fs); bw.Write(_cellWidth); bw.Write(_cellHeight); for (int Y = 0; Y < _cellHeight; Y++) for (int X = 0; X < _cellWidth; X++) { bw.Write((byte)1);//Access = true bw.Write((short)0);//Height = 0 bw.Write((ushort)0);//ActionKey = 0 } bw.Close(); bw.Dispose(); fs.Close(); fs.Dispose(); MessageBox.Show("Finished Conversion. Attempting to Load Map."); DialogResult = System.Windows.Forms.DialogResult.OK; } }