static void testLoadPartsAssemblerSubdir(string pathDir)
{
var patternsExtension = new string[] { "*.e1p", "*.l3p", "*.l2p", "*.fsc" };
foreach (var patternExtension in patternsExtension)
{
var namesFile = Directory.GetFiles(pathDir, patternExtension);
foreach (var nameFile in namesFile)
{
Console.WriteLine(@"=== Parsing " + nameFile + @"===");
try {
var context = TotekanParse.parseE1P(nameFile);
DoGAE1PVisitor visitor = new DoGAE1PVisitor(pathDir);
visitor.Visit(context as IParseTree);
var listSufObjs = visitor.listSufObjs;
} catch (Exception ex) {
Console.WriteLine(@"Caught Exception: " + ex.Message);
Console.WriteLine(@"StackTrace: " + ex.StackTrace);
}
}
}
var namesDir = Directory.GetDirectories(pathDir);
foreach (var nameDir in namesDir)
{
testLoadPartsAssemblerSubdir(nameDir);
}
}
static void testLoadL2P(DetectInstall detectInstall)
{
var nameFile = @"c:\home\tomotaco-doga\Unity\work\data\unity3d\testdir\dogal2-sample\mecha\l2_samp\human\gal1\GAL_1HD.L2P";
var context = TotekanParse.parseE1P(nameFile);
DoGAE1PVisitor visitor = new DoGAE1PVisitor(Path.GetDirectoryName(nameFile));
visitor.Visit(context as IParseTree);
var listSufObjs = visitor.listSufObjs;
var mapAtrs = visitor.mapAtrsPalette;
}
static void testLoadE1P()
{
// var nameFileE1P = @"C:\Program Files (x86)\DoGA\PLAYAnimation\data\sample\01vehicle\01aircraft\airship.E1P";
var nameFileE1P = @"C:\home\tomotaco-doga\Unity\work\data\unity3d\testdir\playanimation-sample\01vehicle\01aircraft\airship.E1P";
// var nameFileE1P = @"D:\Program Files (x86)\DOGACGA\PLAYAnimation\data\sample\02life\01animal\unicorn.E1P";
var context = TotekanParse.parseE1P(nameFileE1P);
DoGAE1PVisitor visitor = new DoGAE1PVisitor(Path.GetDirectoryName(nameFileE1P));
visitor.Visit(context as IParseTree);
var listSufObjs = visitor.listSufObjs;
}
static void testLoadL3P(DetectInstall detectInstall)
{
// var nameFileL3P = @"D:\home\tomotaco-doga\Unity\work\data\dogal3\l3_samp\parts\ball_particle_samp.L3P";
// var nameFileL3P = @"C:\home\tomotaco-doga\Unity\work\data\unity3d\testdir\dogal3-sample\animation\demo1data\base.l3p";
// var nameFileL3P = @"C:\home\tomotaco-doga\Unity\work\data\texture\doga-tank.l3p";
// var nameFileL3P = @"D:\Home\tomotaco-doga\Unity\work\data\bugreport\20141018-texture-test\texture\doga-tank.l3p";
// var nameFileL3P = @"C:\H\VRW\背景作成\objs\back\river.l3p";
// var nameFileL3P = @"C:\H\VRW\背景作成\objs\back\riverbridge.l3p";
var nameFileL3P = @"C:\H\VRW\背景作成\objs\back\tree.l3p";
var context = TotekanParse.parseE1P(nameFileL3P);
DoGAE1PVisitor visitor = new DoGAE1PVisitor(Path.GetDirectoryName(nameFileL3P));
visitor.Visit(context as IParseTree);
var listSufObjs = visitor.listSufObjs;
var mapAtrs = visitor.mapAtrsPalette;
var nameProduct = "DOGA-L3";
var infoInstall = detectInstall.tableInfosInstall[nameProduct];
var infoAtr = new DoGAAtrInfo(nameProduct, infoInstall.pathInstalled + infoInstall.pathRelativeExe, infoInstall.profiles);
// var atr0 = infoAtr.getAtrFromPalette("bodym", "c20", "no", "m4");
var atr0 = infoAtr.getAtrFromPalette("grayg", "#01", "no", "m4", mapAtrs);
var pathAtr = atr0.path;
}
public IEnumerator <bool> importPartsAsm(List <ImportTask> tasks, Vector3 scaleImport)
{
foreach (var task in tasks)
{
if (task.status != ImportTask.Status.READY)
{
continue;
}
task.status = ImportTask.Status.IMPORTING;
task.statusImport = ImportTask.ImportStatus.PARSE_PARTS_ASSEMBLER;
yield return(false);
var idProduct = task.idsProductToSelect[task.indexIdProductSelected];
var infoInstall = this.detectedInstall.tableInfosInstall[idProduct];
var pathDirParts = infoInstall.pathInstalled + infoInstall.pathRelativeExe + infoInstall.profiles["PartsDir"] + @"\";
var pathFileAtr = infoInstall.pathInstalled + infoInstall.pathRelativeExe + infoInstall.profiles["AtrFile"];
var pathDirAtr = Path.GetDirectoryName(pathFileAtr) + @"\";
var pathDirData = infoInstall.pathInstalled + @"\data\";
var pathPartsAssembler = Path.GetDirectoryName(task.nameAssetFullPath) + Path.DirectorySeparatorChar;
var context = TotekanParse.parseE1P(task.nameAssetFullPath);
DoGAE1PVisitor visitor = new DoGAE1PVisitor(pathPartsAssembler);
visitor.Visit(context as IParseTree);
var nameE1P = Path.GetFileNameWithoutExtension(task.nameAssetFullPath);
string nameE1PUnique = "";
if (!AssetNameUtil.getNameAssetUtil("Assets", nameE1P, @".prefab", out nameE1PUnique, 1000))
{
Debug.Log("Failed to find alternative name for existing file/dir for \"" + nameE1P + "\".");
task.status = ImportTask.Status.FAILED;
yield return(true);
}
else
{
nameE1P = nameE1PUnique;
}
var guidFolder = AssetDatabase.CreateFolder("Assets", nameE1P);
var pathAsset = AssetDatabase.GUIDToAssetPath(guidFolder) + @"/";
task.statusImport = ImportTask.ImportStatus.PARSE_SUFS;
yield return(false);
var pathsParts = new Dictionary <string, bool>(); // path, need to split relative dir
pathsParts.Add("", false); // use absolute dir
pathsParts.Add(pathPartsAssembler, true);
pathsParts.Add(pathDirParts, false);
pathsParts.Add(pathDirData, false);
var listSufObjs = visitor.listSufObjs;
var mapNamesFileSuf = getMapNamesFileSuf(pathsParts, listSufObjs);
var mapSufs = importSufs(mapNamesFileSuf);
var mapAtrsSufDir = importAtrsSufDir(mapNamesFileSuf);
task.statusImport = ImportTask.ImportStatus.CONVERT_MESH;
yield return(false);
var mapMeshSuf = new Dictionary <string, Dictionary <Pair <string, bool>, List <Mesh> > >();
foreach (var pair in mapSufs)
{
var nameFileSuf = pair.Key;
var listSufs = pair.Value;
Debug.Log("Creating mesh: nameFileSuf=" + nameFileSuf);
var mapInfoMeshes = new Dictionary <Pair <string, bool>, List <TotekanMeshInfo> >();
buildSufMesh(listSufs, ref mapInfoMeshes);
var mapMeshes = new Dictionary <Pair <string, bool>, List <Mesh> >();
foreach (var keyInfoMesh in mapInfoMeshes.Keys)
{
var infosMesh = mapInfoMeshes[keyInfoMesh];
var meshes = new List <Mesh>();
foreach (var infoMesh in infosMesh)
{
var mesh = createMesh(infoMesh);
meshes.Add(mesh);
}
mapMeshes.Add(keyInfoMesh, meshes);
}
mapMeshSuf.Add(nameFileSuf, mapMeshes);
}
task.statusImport = ImportTask.ImportStatus.PARSE_ATRS;
yield return(false);
DoGAAtrInfo infoAtr = null;
if (idProduct != "DOGA-L1")
{
infoAtr = this.getInfoAtrWithLoad(idProduct);
}
Dictionary <string, DoGAAtr> atrsColorL1 = null;
if (idProduct == "DOGA-L1")
{
atrsColorL1 = this.loadAtrsColorL1(pathDirAtr, ImportTask.enumsColorL1[task.indexColorL1]);
}
// Create game object
var objectGameRoot = new GameObject(nameE1P);
objectGameRoot.transform.rotation = Quaternion.AngleAxis(-120.0f, new Vector3(1.0f, 1.0f, 1.0f));
objectGameRoot.transform.localScale = new Vector3(-scaleImport.x, scaleImport.y, scaleImport.z);
task.statusImport = ImportTask.ImportStatus.CONVERT_MATERIAL;
yield return(false);
var mapAtrsPalette = visitor.mapAtrsPalette; // atrs in PartsAssembler (L3)
// Create materials from atr
var mapAtrs = new Dictionary <string, Material>();
var setNamesFileImageTextureNotFound = new HashSet <string>();
foreach (var sufobj in listSufObjs)
{
var nameFileSuf = sufobj.nameFileSuf;
// Debug.Log(" sufobj.nameFileSuf: " + sufobj.nameFileSuf + ", nameFileSuf: " + nameFileSuf);
if (!mapMeshSuf.ContainsKey(nameFileSuf))
{
Debug.LogError("Suf file: " + nameFileSuf + " not found.");
continue;
}
var namesAtrInSuf = mapMeshSuf[nameFileSuf].Keys;
foreach (var nameAtrInSuf in namesAtrInSuf)
{
var nameAtrAsset = getNameAtrAsset(sufobj.nameAtrColor, sufobj.nameTexture, sufobj.nameMaterial, nameAtrInSuf);
// Debug.Log("nameAtrAsset=" + nameAtrAsset);
if (mapAtrs.ContainsKey(nameAtrAsset))
{
continue;
}
DoGAAtr atr = null;
// retrieve atr from atr placed atr the suf dir..
var nameFileAtr = Path.GetFileNameWithoutExtension(mapNamesFileSuf[nameFileSuf]) + @".atr";
if (atr == null)
{
if (mapAtrsSufDir.ContainsKey(nameFileAtr))
{
var mapAtrSuf = mapAtrsSufDir[nameFileAtr];
if (mapAtrSuf.ContainsKey(nameAtrInSuf.First))
{
atr = mapAtrSuf[nameAtrInSuf.First];
}
}
}
// retrieve atr from global palette
if (atr == null)
{
if (infoAtr != null)
{
try {
atr = infoAtr.getAtrFromPalette(nameAtrInSuf.First, sufobj.nameAtrColor, sufobj.nameTexture, sufobj.nameMaterial, mapAtrsPalette);
} catch (KeyNotFoundException ex) {
Debug.Log("Cannot found atr palette: " +
"Caught exception: " + ex.Message + ", " +
"nameAtrInSuf=" + nameAtrInSuf.First + ", " +
"nameAtrColor=" + sufobj.nameAtrColor + ", " +
"nameAtrTexture=" + sufobj.nameTexture + ", " +
"nameAtrMaterial=" + sufobj.nameMaterial);
}
}
if (atrsColorL1 != null)
{
if (atrsColorL1.ContainsKey(nameAtrInSuf.First))
{
atr = atrsColorL1[nameAtrInSuf.First];
}
}
}
if (atr != null)
{
Material material = null;
var textures = new Dictionary <string, Texture2D>();
try {
if (nameAtrInSuf.Second)
{
foreach (var nameKey in atr.textures.Keys)
{
if (nameKey != "colormap")
{
continue;
}
var namesFileTexture = getNamesFileTexture(atr.textures[nameKey]);
var namesFileTextureFull = getPathTexture(namesFileTexture, atr.pathsTexture);
var nameKeyTexture = String.Join(@"_", namesFileTextureFull.ToArray());
Texture2D texture = null;
if (!this.tableTextures.ContainsKey(nameKeyTexture))
{
texture = TextureUtil.loadAndBlendTextures(namesFileTextureFull);
if (texture != null)
{
this.tableTextures.Add(nameKeyTexture, texture);
var nameFileTextureAsset = getNameFilesTextureAsset(namesFileTexture);
AssetDatabase.CreateAsset(texture, pathAsset + nameFileTextureAsset + "_texture.asset");
}
else
{
foreach (var nameFileTextureFull in namesFileTextureFull)
{
if (setNamesFileImageTextureNotFound.Contains(nameFileTextureFull))
{
continue;
}
Debug.Log("Could not find texture image: " + nameFileTextureFull);
setNamesFileImageTextureNotFound.Add(nameFileTextureFull);
}
}
}
else
{
texture = this.tableTextures[nameKeyTexture];
}
if (texture != null)
{
textures.Add(nameKey, texture);
}
}
}
} catch (Exception ex) {
Debug.Log("Caught exception for creating textures: " +
ex.Message + ", " +
"nameAtrInSuf=" + nameAtrInSuf.First + ", " +
"nameAtrColor=" + sufobj.nameAtrColor + ", " +
"nameAtrTexture=" + sufobj.nameTexture + ", " +
"nameAtrMaterial=" + sufobj.nameMaterial);
}
try {
// if atr contains transparent texture, material is also transparent.
bool isMaterialTransparent = false;
foreach (var texture in textures.Values)
{
if (texture.alphaIsTransparency)
{
isMaterialTransparent = true;
}
}
var color = atr.getColor("col");
if (color != null)
{
material = new Material(Shader.Find(isMaterialTransparent ? "Transparent/Diffuse" : "Diffuse"));
material.color = new Color(color.r, color.g, color.b);
// Set texture to materal.
foreach (var pairTexture in textures)
{
if (pairTexture.Key == "colormap")
{
material.mainTexture = pairTexture.Value;
material.mainTextureOffset = Vector2.zero;
material.mainTextureScale = new Vector2(1.0f, -1.0f);
}
if (pairTexture.Key == "bumpmap")
{
//set bump texture to material
}
}
}
} catch (Exception ex) {
Debug.Log("Caught exception in attaching texture to material: " +
ex.Message + ", " +
"nameAtrInSuf=" + nameAtrInSuf.First + ", " +
"nameAtrColor=" + sufobj.nameAtrColor + ", " +
"nameAtrTexture=" + sufobj.nameTexture + ", " +
"nameAtrMaterial=" + sufobj.nameMaterial);
}
if (material != null)
{
AssetDatabase.CreateAsset(material, pathAsset + nameAtrAsset + "_material.asset");
mapAtrs.Add(nameAtrAsset, material);
}
}
}
}
task.statusImport = ImportTask.ImportStatus.BUILD_GAME_OBJECT;
yield return(false);
var mapCombines = new Dictionary <string, List <CombineInstance> >(); // atr name to combine instances
foreach (var nameAtr in mapAtrs.Keys)
{
mapCombines.Add(nameAtr, new List <CombineInstance>());
}
int indexSufObj = 0;
foreach (var sufobj in listSufObjs)
{
Vector3 pos;
Quaternion quat;
Vector3 scal;
getMatrixTransform(sufobj.listTransforms, out pos, out quat, out scal);
var nameFileSuf = sufobj.nameFileSuf;
Debug.Log("Creating CombineInstance for suf file: " + nameFileSuf);
if (!mapMeshSuf.ContainsKey(nameFileSuf))
{
Debug.LogError("Combining: Not found suf=" + nameFileSuf + ", skipped.");
continue;
}
var transformLocal = new Matrix4x4();
transformLocal.SetTRS(pos, quat, scal);
var transformWorld = objectGameRoot.transform.localToWorldMatrix * transformLocal;
var mapInfosMesh = mapMeshSuf[nameFileSuf];
foreach (var pairAtr in mapInfosMesh.Keys)
{
var nameAtrAsset = getNameAtrAsset(sufobj.nameAtrColor, sufobj.nameTexture, sufobj.nameMaterial, pairAtr);
// Debug.Log("Creating CombineInstance: nameAtr=" + pairAtr.First + "uv=" + (pairAtr.Second ? "true" : "false") + ", nameAtrAsset=" + nameAtrAsset);
if (!mapAtrs.ContainsKey(nameAtrAsset))
{
Debug.LogError("nameAtrAsset=" + nameAtrAsset + " does not exist in mapAtrs. Skipping...");
continue;
}
var meshes = mapInfosMesh[pairAtr];
foreach (var mesh in meshes)
{
for (int index = 0; index < mesh.subMeshCount; index++)
{
var combine = new CombineInstance();
combine.mesh = mesh;
combine.subMeshIndex = index;
combine.transform = transformWorld;
mapCombines[nameAtrAsset].Add(combine);
}
}
}
indexSufObj++;
}
int indexMaterial = 0;
foreach (var pairCombine in mapCombines)
{
if (pairCombine.Value.Count == 0)
{
continue;
}
var nameAtrAsset = pairCombine.Key;
// Debug.Log("atrName=" + nameAtrAsset + ", combines =" + pairCombine.Value.Count.ToString());
int indexCombine = 0;
int numVertices = 0;
var combines = new List <CombineInstance>();
foreach (var combine in pairCombine.Value)
{
if (maxVerticesMesh < numVertices + combine.mesh.vertexCount)
{
createAssetCombinedMesh(combines, pathAsset, nameAtrAsset, indexMaterial, indexCombine, mapAtrs[nameAtrAsset], objectGameRoot);
combines = new List <CombineInstance>();
numVertices = 0;
indexCombine++;
}
combines.Add(combine);
numVertices += combine.mesh.vertexCount;
}
if (0 < combines.Count)
{
createAssetCombinedMesh(combines, pathAsset, nameAtrAsset, indexMaterial, indexCombine, mapAtrs[nameAtrAsset], objectGameRoot);
}
indexMaterial++;
}
AssetDatabase.DeleteAsset(task.nameAssetFullPath);
AssetDatabase.SaveAssets();
Debug.Log("Saved all assets");
var pathPrefab = "Assets/" + nameE1P + ".prefab";
var pathPrefabUnique = AssetDatabase.GenerateUniqueAssetPath(pathPrefab);
PrefabUtility.CreatePrefab(pathPrefabUnique, objectGameRoot, ReplacePrefabOptions.ConnectToPrefab);
task.statusImport = ImportTask.ImportStatus.COMPLETED;
task.status = ImportTask.Status.COMPLETED;
yield return(false);
}
this.tableInfosAtr.Clear();
this.tableTextures.Clear();
yield return(true);
}