static void TestMapgeo()
{
MapGeometry mgeo = new MapGeometry(@"C:/Users/Crauzer/Desktop/data/maps/mapgeometry/sr/base_srx.mapgeo");
string randomMaterialName = mgeo.Models[180].Submeshes[0].Material;
mgeo.Models.Clear();
OBJFile object1 = new OBJFile("room155.obj");
OBJFile object2 = new OBJFile("room156.obj");
OBJFile object3 = new OBJFile("room157.obj");
AddOBJ(object1, "MapGeo_Instance_0");
AddOBJ(object2, "MapGeo_Instance_1");
AddOBJ(object3, "MapGeo_Instance_2");
mgeo.Write("base_srx.mapgeo.edited", 7);
void AddOBJ(OBJFile obj, string name)
{
//We will add each object 2 times just for fun to see how transformation works
(List <ushort> indices, List <MapGeometryVertex> vertices) = obj.GetMGEOData();
Matrix4x4 transformation = Matrix4x4.CreateTranslation(new Vector3(0, 50, 100));
MapGeometrySubmesh submesh = new MapGeometrySubmesh("", 0, (uint)indices.Count, 0, (uint)vertices.Count);
MapGeometryModel model1 = new MapGeometryModel(name, vertices, indices, new List <MapGeometrySubmesh>()
{
submesh
}, MapGeometryLayer.AllLayers);
mgeo.AddModel(model1);
}
}
//Base Map
public static void Add_Layer1(OBJFile obj, string name, string path, MapGeometry mgeo, int i, string fullpath, string mapname, string Lightmode, string Fogmode, string Alphamode)
{
(List <ushort> indices, List <MapGeometryVertex> vertices) = obj.GetMGEOData();
MapGeometrySubmesh submesh = new MapGeometrySubmesh(path, 0, (uint)indices.Count, 0, (uint)vertices.Count);
MapGeometryModel room = new MapGeometryModel(name, vertices, indices, new List <MapGeometrySubmesh>()
{
submesh
}, MapGeometryLayer.Layer1);
mgeo.AddModel(room);
//Porting material file to league format
string ShaderPath = "MapFile/ShaderTemp/DefaultEnv_Flat_AlphaTest.py";
List <string> materials = new List <string>();
materials = File.ReadAllLines(ShaderPath).ToList();
string number = $"{i}";
string readfile = File.ReadLines($@"{fullpath}").Skip(12).Take(1).First();
//Get texture name without extension
string replace = readfile.Replace("\\\\", " \\\\ ");
var gettexturename = string.Join(" ", replace.Split().Reverse().Take(1).Reverse());
string text = gettexturename.Replace(".dds", "");
string texturename = gettexturename;
if (mapname == string.Empty)
{
mapname = "textures";
}
//Add Settings to material
var newList = materials.Select(s => s.Replace("Texture_Name", texturename)).ToList();
var newList2 = newList.Select(s => s.Replace("Map_Name", mapname)).ToList();
var newList3 = newList2.Select(s => s.Replace("Material_Name", path)).ToList();
var newList4 = newList3.Select(s => s.Replace("NOBAKEDLIGHTINGTEMP", Lightmode)).ToList();
var newList5 = newList4.Select(s => s.Replace("DISABLEDEPTHFOG", Fogmode)).ToList();
var newList6 = newList5.Select(s => s.Replace("PREMULTIPLIEDALPHA", Alphamode)).ToList();
//Sun Properties
//Writes
Directory.CreateDirectory("material_output");
File.AppendAllLines(@"material_output\" + "material.py", newList6);
}
static void AddModel(OBJFile obj, string name, string path, MapGeometry mgeo, int i, int j)
{
(List <ushort> indices, List <MapGeometryVertex> vertices) = obj.GetMGEOData();
MapGeometrySubmesh submesh = new MapGeometrySubmesh(path, 0, (uint)indices.Count, 0, (uint)vertices.Count);
MapGeometryModel room = new MapGeometryModel(name, vertices, indices, new List <MapGeometrySubmesh>()
{
submesh
}, MapGeometryLayer.Layer1);
//Fix for big models that league can't handle.
List <MapGeometryModel> mgeoModels = new List <MapGeometryModel>();
//Porting material file to league format
StringBuilder mtl = new StringBuilder();
string number = $"{i}";
string readfile = File.ReadLines($@"K:\Riot Games\LeagueSkins\BildgewaterRift\3dmodelsnewnew\room{i}.mtl").Skip(12).Take(1).First();
string replace = readfile.Replace("\\\\", " \\\\ ");
var gettexturename = string.Join(" ", replace.Split().Reverse().Take(1).Reverse());
string text = gettexturename.Replace(".dds", "");
string texturename = text;
// " is replaced by *
// { is replaced by (
// } is replaced by )
//Will be replaced later
if (readfile.IsNullOrEmpty())
{
mtl.AppendLine($"*Maps/KitPieces/Summoners_Rift/Materials/room{i}* = StaticMaterialDef (");
mtl.AppendLine($" name: string = *Maps/KitPieces/Summoners_Rift/Materials/room{i}*");
mtl.AppendLine(" type: u32 = 0");
mtl.AppendLine(" defaultTechnique: string = *normal*");
mtl.AppendLine(" samplerValues: list[embed] = (");
mtl.AppendLine(" StaticMaterialShaderSamplerDef (");
mtl.AppendLine(" samplerName: string = *DiffuseTexture*");
mtl.AppendLine($" textureName: string = *ASSETS/Shared/Materials/white.dds*");
mtl.AppendLine(" addressW: u32 = 1");
mtl.AppendLine(" )");
mtl.AppendLine(" )");
mtl.AppendLine(" paramValues: list[embed] = (");
mtl.AppendLine(" StaticMaterialShaderParamDef (");
mtl.AppendLine(" name: string = *AlphaTestValue*");
mtl.AppendLine(" value: vec4 = ( 0.300000012, 0, 0, 0 )");
mtl.AppendLine(" )");
mtl.AppendLine(" )");
mtl.AppendLine(" shaderMacros: map[string,string] = (");
mtl.AppendLine(" *NO_BAKED_LIGHTING* = *1*");
mtl.AppendLine(" *DISABLE_DEPTH_FOG* = *1*");
mtl.AppendLine(" *PREMULTIPLIED_ALPHA* = *1*");
mtl.AppendLine(" )");
mtl.AppendLine(" techniques: list[embed] = (");
mtl.AppendLine(" StaticMaterialTechniqueDef (");
mtl.AppendLine(" name: string = *normal*");
mtl.AppendLine(" passes: list[embed] = (");
mtl.AppendLine(" StaticMaterialPassDef (");
mtl.AppendLine(" shader: link = *Shaders/Environment/DefaultEnv_Flat_AlphaTest*");
mtl.AppendLine(" blendEnable: bool = true");
mtl.AppendLine(" dstColorBlendFactor: u32 = 7");
mtl.AppendLine(" dstAlphaBlendFactor: u32 = 7");
mtl.AppendLine(" )");
mtl.AppendLine(" )");
mtl.AppendLine(" )");
mtl.AppendLine(" )");
mtl.AppendLine(" )");
Directory.CreateDirectory("material_output");
File.AppendAllText(@"material_output\" + "material.py", mtl.ToString());
//Console.Write(mtl.ToString());
}
else
{
mtl.AppendLine($"*Maps/KitPieces/Summoners_Rift/Materials/room{i}* = StaticMaterialDef (");
mtl.AppendLine($" name: string = *Maps/KitPieces/Summoners_Rift/Materials/room{i}*");
mtl.AppendLine(" type: u32 = 0");
mtl.AppendLine(" defaultTechnique: string = *normal*");
mtl.AppendLine(" samplerValues: list[embed] = (");
mtl.AppendLine(" StaticMaterialShaderSamplerDef (");
mtl.AppendLine(" samplerName: string = *DiffuseTexture*");
mtl.AppendLine($" textureName: string = *ASSETS/Maps/KitPieces/SRX/bildgewater/{texturename}.dds*");
mtl.AppendLine(" addressW: u32 = 1");
mtl.AppendLine(" )");
mtl.AppendLine(" )");
mtl.AppendLine(" paramValues: list[embed] = (");
mtl.AppendLine(" StaticMaterialShaderParamDef (");
mtl.AppendLine(" name: string = *AlphaTestValue*");
mtl.AppendLine(" value: vec4 = ( 0.300000012, 0, 0, 0 )");
mtl.AppendLine(" )");
mtl.AppendLine(" )");
mtl.AppendLine(" shaderMacros: map[string,string] = (");
mtl.AppendLine(" *NO_BAKED_LIGHTING* = *1*");
mtl.AppendLine(" *DISABLE_DEPTH_FOG* = *1*");
mtl.AppendLine(" *PREMULTIPLIED_ALPHA* = *1*");
mtl.AppendLine(" )");
mtl.AppendLine(" techniques: list[embed] = (");
mtl.AppendLine(" StaticMaterialTechniqueDef (");
mtl.AppendLine(" name: string = *normal*");
mtl.AppendLine(" passes: list[embed] = (");
mtl.AppendLine(" StaticMaterialPassDef (");
mtl.AppendLine(" shader: link = *Shaders/Environment/DefaultEnv_Flat_AlphaTest*");
mtl.AppendLine(" blendEnable: bool = true");
mtl.AppendLine(" dstColorBlendFactor: u32 = 7");
mtl.AppendLine(" dstAlphaBlendFactor: u32 = 7");
mtl.AppendLine(" )");
mtl.AppendLine(" )");
mtl.AppendLine(" )");
mtl.AppendLine(" )");
mtl.AppendLine(" )");
//Console.Write(mtl.ToString());
Directory.CreateDirectory("material_output");
File.AppendAllText(@"material_output\" + "material.py", mtl.ToString());
}
if (vertices.Count > 30000 & indices.Count > 27000)
{
/*MapGeometryModel newMgeoMesh = new MapGeometryModel();
* foreach (var vert in vertices)
* {
* MapGeometryVertex newMgeoVertex = new MapGeometryVertex();
* newMgeoVertex.Position = vert.Position;
* newMgeoVertex.DiffuseUV = vert.DiffuseUV;
* newMgeoMesh.Vertices.Add(newMgeoVertex);
* }
* foreach (var index in indices)
* newMgeoMesh.Indices.Add(index);
* mgeoModels.Add(newMgeoMesh);*///should work now
Console.WriteLine($"{room.Name} is too big for Leauge and need to be splitted into smaller parts.");
Console.WriteLine($"Vertices:{vertices.Count}");
Console.WriteLine($"Indices:{indices.Count}");
mgeo.Models.Remove(room);
Console.WriteLine($"Ignored: {room.Name}");
Console.WriteLine("_________________________________________________________________________________");
//Writes Temporary a log file into a specific folder
StringBuilder sb = new StringBuilder();
//Set Max values for vertices and indices
int vtmax = 30000;
int idmax = 27000;
//Log Formatting
sb.AppendLine($"room{i}.obj -> {room.Name} | Vertices:{vertices.Count} > {vtmax}, Indices:{indices.Count} > {idmax}");
//Addeds DateTime to file name
int Day = DateTime.Now.Day;
int Month = DateTime.Now.Month;
int Year = DateTime.Now.Year;
int Hour = DateTime.Now.Hour;
int Minute = DateTime.Now.Minute;
int Second = DateTime.Now.Second;
string Time = $"{Day}_{Month}_{Year}_{Hour}_{Minute}";
Directory.CreateDirectory("logs");
File.AppendAllText(@"logs\" + $"{Time}_map_log.txt", sb.ToString());
sb.Clear();
}
else
{
/*room.Indices.AddRange(room.Indices);
* UInt32 mgeoCount = 1;
* while (room.Indices.Count > 0)
* {
* MapGeometryModel newMgeoMesh = new MapGeometryModel();
* // Keeps the indices we can keep :D
* UInt32 count = 0;
* List<UInt32> keptIndices = new List<UInt32>();
* bool tooManyIndices = false;
* while (count < (room.Indices.Count / (double)3))
* {
* //Code on here cause out of range exception. IDK why
* if (room.Indices[3 * room.Indices.Count] <= mgeoCount * 30000 && room.Indices[3 * indices.Count + 1] <= mgeoCount * 30000 && room.Indices[3 * room.Indices.Count + 2] <= mgeoCount * 30000)
* {
*
*
* if (keptIndices.Count <= 27000)
* {
* tooManyIndices = true;
* count = (uint)(room.Indices.Count / (double)3);
* }
* else
* {
* keptIndices.Add(room.Indices[3 * room.Indices.Count]);
* keptIndices.Add(room.Indices[3 * room.Indices.Count + 1]);
* keptIndices.Add(room.Indices[3 * room.Indices.Count + 2]);
* room.Indices.RemoveRange(3 * room.Indices.Count, 3);
* }
* }
* else
* count += 1;
* }
* foreach (var vert in vertices)
* {
* MapGeometryVertex newMgeoVertex = new MapGeometryVertex();
* newMgeoVertex.Position = vert.Position; //problably got all positions
* newMgeoVertex.DiffuseUV = vert.DiffuseUV;
* newMgeoMesh.Vertices.Add(newMgeoVertex);
* }
* //Check what vertex to keep depending on the index we put
* List<UInt32> sortedIndices = new List<UInt32>();
* sortedIndices.AddRange(keptIndices);
* sortedIndices.Sort();
* Int32 previousIndex = -1;
* for (var p = 0; i <= sortedIndices.Count - 1; i++)
* {
* if ((sortedIndices[i] - previousIndex) > 1)
* {
*
* UInt32 verticesToRemove = (uint)(sortedIndices[i] - previousIndex - 1);
* // Removing vertices
* newMgeoMesh.Vertices.RemoveRange(previousIndex + 1, (int)verticesToRemove);
* NewMethod(keptIndices, sortedIndices, p, verticesToRemove);
* for (j = i; j <= sortedIndices.Count - 1; j++)
* // Adjusting sorted indices
* sortedIndices[j] = sortedIndices[j] - verticesToRemove;
* }
* previousIndex = (int)sortedIndices[i];
* }
* if (newMgeoMesh.Vertices.Count > previousIndex + 1)
* newMgeoMesh.Vertices.RemoveRange(previousIndex + 1, newMgeoMesh.Vertices.Count - previousIndex - 1);
* foreach (var index in keptIndices)
* newMgeoMesh.Indices.Add((ushort)index);
* mgeo.AddModel(newMgeoMesh);
* if (!tooManyIndices)
* mgeoCount += 1;
* }*/
Console.WriteLine($"OBJ to MAPGEO Convert: room{i}.obj -> {room.Name}");
Console.WriteLine($"Vertices:{vertices.Count}");
Console.WriteLine($"Indices:{indices.Count}");
Console.WriteLine("_________________________________________________________________________________");
//Console.WriteLine(mgeoCount.ToString(""));
}
mgeo.AddModel(room);
//mtl to league material format.
}