private void WriteMtl(ThreeDModel m3d, string mtlfn)
{
var opts = Program.Options;
var clr = opts.OverrideColor;
var dn = this.fi.Directory.FullName;
var p = Path.Combine(dn, string.Concat(mtlfn, ".mtl"));
var mtlfi = new FileInfo(p);
using (var fs = mtlfi.Create())
using (var sw = new StreamWriter(fs, new UTF8Encoding(false)))
{
sw.NewLine = "\n";
sw.WriteLine("# Generated using MSET Converter by John Cena of PTF");
sw.WriteLine("# mset Version: {0}", Program.GetAssemblyVersion());
sw.WriteLine("# mset-obj Version: {0}", this.VersionID);
sw.WriteLine();
sw.WriteLine("# Default MSET material");
sw.WriteLine("newmtl JCMSet");
sw.WriteLine("Kd {0:0.000000} {1:0.000000} {2:0.000000}", clr.RFloat, clr.GFloat, clr.BFloat);
sw.WriteLine("d {0:0.000000}", clr.AFloat);
sw.WriteLine("Tr {0:0.000000}", 1F - clr.AFloat);
sw.WriteLine();
sw.Flush();
}
if (opts.VerboseMode)
{
ULogger.W("OBJMTL", "Written MTL: {0}", mtlfi.FullName);
}
}
private static void CurrentDomain_UnhandledException(object sender, UnhandledExceptionEventArgs e)
{
var ex = e.ExceptionObject != null && e.ExceptionObject is Exception ? (Exception)e.ExceptionObject : null;
ULogger.W("ERR", "An error has occured within the application");
if (ex != null)
{
ULogger.X("ERR", ex);
}
else
{
ULogger.W("ERR", "FATAL: No details are avaialble");
}
}
internal static void PrintUse()
{
ULogger.W("APP", "Usage: mset2 <arguments...> <files>");
ULogger.N("APP");
ULogger.W("APP", "Extraction options:");
ULogger.W("APP", " -e:<encoder>");
ULogger.W("APP", " Specifies output encoder. <encoder> must be a valid encoder. For available encoders, see readme.");
ULogger.W("APP", " Default value: OBJ");
ULogger.N("APP");
ULogger.W("APP", " -d:<path>");
ULogger.W("APP", " Specifies output directory. <path> must be a valid directory path.");
ULogger.W("APP", " Default value: <null> (outputs to source files' directory)");
ULogger.N("APP");
ULogger.W("APP", " -l");
ULogger.W("APP", " Lists models in a file then exists.");
ULogger.N("APP");
ULogger.W("APP", " -m:<model_name>");
ULogger.W("APP", " Specifies extracting a specific model from input file(s). <model_name> is a model to extract.");
ULogger.W("APP", " Default value: <null> (extracts all models)");
ULogger.N("APP");
ULogger.W("APP", " -c:<color>");
ULogger.W("APP", " Overrides vertex colors on resulting mesh. <color> is an unsigned 32-bit integer containing ARGB information.");
ULogger.W("APP", " Default value: <null> (does not override colors)");
ULogger.N("APP");
ULogger.W("APP", " -o:<options>");
ULogger.W("APP", " Specifies selected encoder's options. <options> is a string of comma-separated key-value pairs. For examples and available encoder options, see readme.");
ULogger.W("APP", " Default value: <null> (use default options)");
ULogger.N("APP");
ULogger.W("APP", " -r");
ULogger.W("APP", " Creates raw mesh dumps alongside output files. These are UTF-8-encoded text files describing raw input data.");
ULogger.N("APP");
ULogger.W("APP", "Program options:");
ULogger.W("APP", " -v");
ULogger.W("APP", " Enables verbose logging to console.");
ULogger.N("APP");
ULogger.W("APP", " -v:<path>");
ULogger.W("APP", " Enables logging to file. Supersedes -v. <path> must be a valid file path.");
ULogger.N("APP");
ULogger.W("APP", " -help");
ULogger.W("APP", " Prints this message and quits.");
ULogger.N("APP");
}
/*
* COMMANDLINE OPTIONS
*
* Extraction options:
* -e:<encoder>
* Specifies output encoder. <encoder> must be a valid encoder. For available encoders, see readme.
* Default value: OBJ
*
* -d:<path>
* Specifies output directory. <path> must be a valid directory path.
* Default value: <null> (outputs to source files' directory)
*
* -l
* Lists models in a file then exists.
*
* -m:<model_name>
* Specifies extracting a specific model from input file(s). <model_name> is a model to extract.
* Default value: <null> (extracts all models)
*
* -c:<color>
* Overrides vertex colors on resulting mesh. <color> is an unsigned 32-bit integer containing ARGB information.
* Default value: <null> (does not override colors)
*
* -o:<options>
* Specifies selected encoder's options. <options> is a string of comma-separated key-value pairs. For examples and available encoder options, see readme.
* Default value: <null> (use default options)
*
* -r
* Creates raw mesh dumps alongside output files. These are UTF-8-encoded text files describing raw input data.
*
* Program options:
* -v
* Enables verbose logging to console.
*
* -v:<path>
* Enables logging to file. Supersedes -v. <path> must be a valid file path.
*/
internal static void Main(string[] args)
{
ULogger.D(Debugger.IsAttached);
ULogger.R(Console.Out);
ULogger.W("MSET2", "Initializing");
AppDomain.CurrentDomain.UnhandledException += CurrentDomain_UnhandledException;
var cmdl = ParseCommandLine(args);
Options = cmdl;
if (cmdl.VerboseMode)
{
if (cmdl.VerboseModeLogFile != null)
{
var tw = new StreamWriter(cmdl.VerboseModeLogFile.Create(), new UTF8Encoding(false));
ULogger.R(tw);
}
ULogger.W("APP", "Commandline options:");
ULogger.W("APP", " Encoder: {0} (ver. {1})", cmdl.ModelWriter.WriterID, cmdl.ModelWriter.VersionID);
ULogger.W("APP", " Output path: {0}", cmdl.OutputDirectory != null ? cmdl.OutputDirectory.FullName : "<null>");
ULogger.W("APP", " Just list models: {0}", cmdl.ListModels ? "Yes" : "No");
ULogger.W("APP", " Model name: {0}", cmdl.ModelName != null ? cmdl.ModelName : "<null>");
ULogger.W("APP", " Override color: {0}", cmdl.IsColorDefined ? string.Format("Yes (RGBA #{0:X2}{1:X2}{2:X2}{3:X2})", cmdl.OverrideColor.R, cmdl.OverrideColor.G, cmdl.OverrideColor.B, cmdl.OverrideColor.A) : "No");
ULogger.W("APP", " Encoder options specified: {0}", cmdl.ModelWriterOptions.Count);
ULogger.W("APP", " Create raw meshes: {0}", cmdl.CreateRawMeshes ? "Yes" : "No");
ULogger.W("APP", " Verbose mode: {0}", cmdl.VerboseMode ? "Yes" : "No");
ULogger.W("APP", " Log file: {0}", cmdl.VerboseModeLogFile != null ? cmdl.VerboseModeLogFile.FullName : "<null>");
ULogger.N("APP");
ULogger.W("APP", "Invalid arguments specified: {0}", cmdl.HasInvalidArguments ? "Yes" : "No");
ULogger.N("APP");
ULogger.W("APP", "Input files ({0}):", cmdl.InputFiles.Count());
foreach (var infile in cmdl.InputFiles)
{
ULogger.W("APP", "'{0}'", infile.FullName);
}
ULogger.N("APP");
}
if (cmdl.HasInvalidArguments && cmdl.ArgumentException != null)
{
ULogger.X("APP", cmdl.ArgumentException);
ULogger.N("APP");
}
if (cmdl.HelpMode || cmdl.HasInvalidArguments)
{
PrintUse();
ULogger.Q();
return;
}
var msetrdr = new MSetReader();
var msetdmp = new RawDumper();
foreach (var kvp in cmdl.ModelWriterOptions)
{
cmdl.ModelWriter.Options.Add(kvp.Key, kvp.Value);
}
var m3dw = cmdl.ModelWriter;
var utf8 = new UTF8Encoding(false);
try
{
foreach (var msetf in cmdl.InputFiles)
{
if (cmdl.VerboseMode)
{
ULogger.W("MSETLDR", "Loading '{0}'", msetf.FullName);
}
var mset = msetrdr.Load(msetf);
var m3ds = msetrdr.Create3DModels(mset).ToList();
if (cmdl.VerboseMode)
{
ULogger.W("MSETLDR", "Loaded {0} models", m3ds.Count);
}
foreach (var m3d in m3ds)
{
ULogger.W("M3D", "Model '{0}' in file '{1}'", m3d.ModelName, msetf.FullName);
if (cmdl.ListModels)
{
continue;
}
if (cmdl.ModelName != null && m3d.ModelName != cmdl.ModelName)
{
continue;
}
ULogger.W("M3DWRTR", "Extracting '{0}'", m3d.ModelName);
var opath = cmdl.OutputDirectory != null ? cmdl.OutputDirectory.FullName : msetf.Directory.FullName;
//var msetn = msetf.Name.Substring(0, msetf.Name.Length - msetf.Extension.Length);
var msetn = m3d.ModelName;
msetn = string.Concat(msetn, m3dw.FileExtension);
opath = Path.Combine(opath, msetn);
var m3df = new FileInfo(opath);
m3dw.WriteModel(m3d, m3df);
if (cmdl.CreateRawMeshes)
{
if (cmdl.VerboseMode)
{
ULogger.W("M3D RAW", "Creating raw dump");
}
opath = string.Concat(opath, ".raw_3d");
var m3drf = new FileInfo(opath);
msetdmp.WriteRawMesh(m3d, msetf, m3drf, utf8);
}
}
}
}
catch (Exception ex)
{
ULogger.W("APP ERROR", "CRITICAL: ERROR WHILE UNPACKING MSET");
ULogger.X("APP ERROR", ex);
}
ULogger.W("MSET2", "Conversion completed");
ULogger.Q();
if (Debugger.IsAttached)
{
Console.ReadKey();
}
}
private void WriteInternal(ThreeDModel m3d)
{
var opts = Program.Options;
var usemtl = this.opts.ContainsKey("usemtl") && this.opts["usemtl"] == "true";
if (usemtl && !opts.IsColorDefined)
{
ULogger.W("OBJWRITE", "usemtl set to true but no override color defined; ignoring...");
}
usemtl = usemtl && opts.IsColorDefined;
if (!usemtl && opts.IsColorDefined && opts.OverrideColor.A != 255)
{
ULogger.W("OBJWRITE", "usemtl is not set to true, but override color has Alpha different from 255 -- it won't be written!");
}
this.tw.WriteLine("# Converted using MSET Converter by John Cena of PTF");
this.tw.WriteLine("# mset Version: {0}", Program.GetAssemblyVersion());
this.tw.WriteLine("# mset-obj Version: {0}", this.VersionID);
this.tw.WriteLine("# ");
this.tw.WriteLine("# Model Summary: ");
this.tw.WriteLine("# Name: {0}", m3d.ModelName);
this.tw.WriteLine("# Vertex Count: {0:#,##0} ", m3d.VertexCount);
this.tw.WriteLine("# Face Count: {0:#,##0} ", m3d.FaceCount);
this.tw.WriteLine("# ");
this.tw.WriteLine("# Writer options:");
foreach (var kvp in this.opts)
{
this.tw.WriteLine("# {0}={1}", kvp.Key, kvp.Value);
}
this.tw.WriteLine();
var hasclr = m3d.Colors != null;
var hasnorm = m3d.Normals != null;
var hastex = m3d.TextureCoordinates != null;
var mtlfn = (string)null;
if (this.fi != null && usemtl)
{
mtlfn = this.fi.Name.Substring(0, this.fi.Name.Length - this.fi.Extension.Length);
this.tw.WriteLine("mtllib {0}.mtl", mtlfn);
}
this.tw.WriteLine("o Mset.1");
this.tw.WriteLine();
this.tw.WriteLine("# Vertices");
//foreach (var vert in m3d.Vertices)
for (int i = 0; i < m3d.VertexCount; i++)
{
var vert = m3d.Vertices[i];
var clr = hasclr && !usemtl ? m3d.Colors[i] : default(ThreeDColor);
if (hasclr && !usemtl)
{
this.tw.WriteLine("v {0:0.000000} {1:0.000000} {2:0.000000} {3:0.000000} {4:0.000000} {5:0.000000}", vert.X, vert.Y, vert.Z, clr.RFloat, clr.GFloat, clr.BFloat);
}
else
{
this.tw.WriteLine("v {0:0.000000} {1:0.000000} {2:0.000000}", vert.X, vert.Y, vert.Z);
}
}
this.tw.WriteLine("");
if (hasnorm)
{
this.tw.WriteLine("# Normals");
foreach (var norm in m3d.Normals)
{
this.tw.WriteLine("vn {0:0.000000} {1:0.000000} {2:0.000000}", norm.X, norm.Y, norm.Z);
}
this.tw.WriteLine("");
}
if (hastex)
{
this.tw.WriteLine("# Texture Coordinates");
foreach (var texcoord in m3d.TextureCoordinates)
{
this.tw.WriteLine("vt {0:0.000000} {1:0.000000}", texcoord.U, texcoord.V);
}
this.tw.WriteLine("");
}
this.tw.WriteLine("# Faces");
if (this.fi != null && usemtl)
{
this.tw.WriteLine("usemtl JCMset");
}
//foreach (var face in m3d.Faces)
for (int i = 0; i < m3d.FaceCount; i++)
{
var face = m3d.Faces[i];
if (hastex && hasnorm)
{
this.tw.WriteLine("f {0:0}/{0:0}/{0:0} {1:0}/{1:0}/{1:0} {2:0}/{2:0}/{2:0}", face.Vertex1 + 1, face.Vertex2 + 1, face.Vertex3 + 1);
}
else if (hastex && !hasnorm)
{
this.tw.WriteLine("f {0:0}/{0:0} {1:0}/{1:0} {2:0}/{2:0}", face.Vertex1 + 1, face.Vertex2 + 1, face.Vertex3 + 1);
}
else if (!hastex && hasnorm)
{
this.tw.WriteLine("f {0:0}//{0:0} {1:0}//{1:0} {2:0}//{2:0}", face.Vertex1 + 1, face.Vertex2 + 1, face.Vertex3 + 1);
}
else
{
this.tw.WriteLine("f {0:0} {1:0} {2:0}", face.Vertex1 + 1, face.Vertex2 + 1, face.Vertex3 + 1);
}
}
this.tw.WriteLine("");
this.tw.Flush();
if (usemtl)
{
this.WriteMtl(m3d, mtlfn);
}
}
public IEnumerable <ThreeDModel> Create3DModels(MSetFile file)
{
var opts = Program.Options;
var mzs = file.Data;
var mns = new HashSet <string>();
var ns = 0;
foreach (var mz in mzs)
{
ns = Math.Max(ns, mz.Model);
}
var mzm = new MSetZlibStream[ns + 1, 12];
for (int i = 0; i < mzs.Length; i++)
{
if (opts.VerboseMode)
{
ULogger.W("3DMC", "Processing stream {0}", i);
}
var mz = mzs[i];
int fc = file.Models[mz.Model].FaceCount;
var vc = file.Models[mz.Model].VertexCount;
var mzdat = new byte[mz.DecompressedLength];
var y = 0;
if (mz.CompressedLength == 0 && mz.DecompressedLength > 0)
{
while (y < mz.DecompressedLength)
{
y += mz.Data.Read(mzdat, y, mz.DecompressedLength - y);
}
}
else
{
var mzlib = new ZlibStream(mz.Data, CompressionMode.Decompress);
while (y < mz.DecompressedLength)
{
y += mzlib.Read(mzdat, y, mz.DecompressedLength - y);
}
}
if (mz.IsEncoded)
{
if (mz.DataStream == 0)
{
mzdat = DataOperations.DeltaDecompress(mzdat, DataType.I32S, 3, fc);
}
else if (mz.DataStream <= 4 || mz.DataStream >= 10)
{
mzdat = DataOperations.DeltaDecompress(mzdat, DataType.F32, 3, vc);
}
else if (mz.DataStream == 5 || mz.DataStream == 6)
{
mzdat = DataOperations.DeltaDecompress(mzdat, DataType.F32, 2, vc);
}
}
mz.DataProcessed = mzdat;
mzm[mz.Model, mz.DataStream] = mz;
}
if (file.Models.Length <= 0)
{
yield break;
}
for (int i = 0; i < ns + 1; i++)
{
if (opts.VerboseMode)
{
ULogger.W("3DMC", "Processing model {0}", i);
}
var mz_tris = mzm[i, 0];
var mz_verts = mzm[i, 1];
var mz_norms = mzm[i, 2];
var mz_binorms = mzm[i, 3];
var mz_tangents = mzm[i, 4];
var mz_sts = mzm[i, 5];
var mz_sts3 = mzm[i, 6];
var mz_colors = mzm[i, 7];
//var mz_weights = mzm[i, 8];
//var mz_matidxs = mzm[i, 9];
var mz_verts2 = mzm[i, 10];
var mz_norms2 = mzm[i, 11];
int fc = file.Models[mz_tris.Model].FaceCount;
var vc = file.Models[mz_tris.Model].VertexCount;
// ...
var l_tris = mz_tris.DataProcessed != null ? new ThreeDFace[fc] : null;
var l_verts = mz_verts.DataProcessed != null ? new ThreeDVertex[vc] : null;
var l_norms = mz_norms.DataProcessed != null ? new ThreeDNormal[vc] : null;
var l_binorms = mz_binorms.DataProcessed != null ? new ThreeDBinormal[vc] : null;
var l_tangents = mz_tangents.DataProcessed != null ? new ThreeDTangent[vc] : null;
var l_sts = mz_sts.DataProcessed != null ? new ThreeDTextureCoordinate[vc] : null;
var l_sts3 = mz_sts3.DataProcessed != null ? new ThreeDTextureCoordinate[vc] : null;
var l_colors = mz_colors.DataProcessed != null ? new ThreeDColor[vc] : null;
//var l_weights = mz_matidxs.DataProcessed != null ? new ThreeDBoneWeight[] : null;
//var l_matidxs = mz_weights.DataProcessed != null ? new ThreeDBoneMaterials[] : null;
var l_verts2 = mz_verts2.DataProcessed != null ? new ThreeDVertex[vc] : null;
var l_norms2 = mz_norms2.DataProcessed != null ? new ThreeDNormal[vc] : null;
if (l_tris != null)
{
for (int j = 0; j < fc; j++)
{
int index = j * 12;
var f_v1 = BitConverter.ToInt32(mz_tris.DataProcessed, index + 0);
var f_v2 = BitConverter.ToInt32(mz_tris.DataProcessed, index + 4);
var f_v3 = BitConverter.ToInt32(mz_tris.DataProcessed, index + 8);
//l_tris.Add(new ThreeDFace(f_v1, f_v2, f_v3));
l_tris[j] = new ThreeDFace(f_v1, f_v2, f_v3);
}
}
for (int j = 0; j < vc; j++)
{
int index1 = j * 12;
int index2 = j * 8;
int index3 = j * 4;
if (l_verts != null)
{
var v_x = BitConverter.ToSingle(mz_verts.DataProcessed, index1 + 0);
var v_y = BitConverter.ToSingle(mz_verts.DataProcessed, index1 + 4);
var v_z = BitConverter.ToSingle(mz_verts.DataProcessed, index1 + 8);
//l_verts.Add(new ThreeDVertex(v_x, v_y, v_z));
l_verts[j] = new ThreeDVertex(v_x, v_y, v_z);
}
if (l_norms != null)
{
var n_x = BitConverter.ToSingle(mz_norms.DataProcessed, index1 + 0);
var n_y = BitConverter.ToSingle(mz_norms.DataProcessed, index1 + 4);
var n_z = BitConverter.ToSingle(mz_norms.DataProcessed, index1 + 8);
//l_norms.Add(new ThreeDNormal(n_x, n_y, n_z));
l_norms[j] = new ThreeDNormal(n_x, n_y, n_z);
}
if (l_binorms != null)
{
var b_x = BitConverter.ToSingle(mz_binorms.DataProcessed, index1 + 0);
var b_y = BitConverter.ToSingle(mz_binorms.DataProcessed, index1 + 4);
var b_z = BitConverter.ToSingle(mz_binorms.DataProcessed, index1 + 8);
//l_binorms.Add(new ThreeDBinormal(b_x, b_y, b_z));
l_binorms[j] = new ThreeDBinormal(b_x, b_y, b_z);
}
if (l_tangents != null)
{
var t_x = BitConverter.ToSingle(mz_tangents.DataProcessed, index1 + 0);
var t_y = BitConverter.ToSingle(mz_tangents.DataProcessed, index1 + 4);
var t_z = BitConverter.ToSingle(mz_tangents.DataProcessed, index1 + 8);
//l_tangents.Add(new ThreeDTangent(t_x, t_y, t_z));
l_tangents[j] = new ThreeDTangent(t_x, t_y, t_z);
}
if (l_sts != null)
{
var t_u = BitConverter.ToSingle(mz_sts.DataProcessed, index2 + 0);
var t_v = 1F - BitConverter.ToSingle(mz_sts.DataProcessed, index2 + 4);
//l_sts.Add(new ThreeDTextureCoordinate(t_u, t_v));
l_sts[j] = new ThreeDTextureCoordinate(t_u, t_v);
}
if (l_sts3 != null)
{
var t_u = BitConverter.ToSingle(mz_sts3.DataProcessed, index2 + 0);
var t_v = 1F - BitConverter.ToSingle(mz_sts3.DataProcessed, index2 + 4);
//l_sts3.Add(new ThreeDTextureCoordinate(t_u, t_v));
l_sts3[j] = new ThreeDTextureCoordinate(t_u, t_v);
}
if (l_colors != null)
{
var c_r = mz_colors.DataProcessed[index3 + 0];
var c_g = mz_colors.DataProcessed[index3 + 1];
var c_b = mz_colors.DataProcessed[index3 + 2];
var c_a = mz_colors.DataProcessed[index3 + 3];
//l_colors.Add(new ThreeDColor(c_r, c_g, c_b, c_a));
l_colors[j] = new ThreeDColor(c_r, c_g, c_b, c_a);
}
if (l_verts2 != null)
{
var v_x = BitConverter.ToSingle(mz_verts2.DataProcessed, index1 + 0);
var v_y = BitConverter.ToSingle(mz_verts2.DataProcessed, index1 + 4);
var v_z = BitConverter.ToSingle(mz_verts2.DataProcessed, index1 + 8);
//l_verts2.Add(new ThreeDVertex(v_x, v_y, v_z));
l_verts2[j] = new ThreeDVertex(v_x, v_y, v_z);
}
if (l_norms2 != null)
{
var n_x = BitConverter.ToSingle(mz_norms2.DataProcessed, index1 + 0);
var n_y = BitConverter.ToSingle(mz_norms2.DataProcessed, index1 + 4);
var n_z = BitConverter.ToSingle(mz_norms2.DataProcessed, index1 + 8);
//l_norms2.Add(new ThreeDNormal(n_x, n_y, n_z));
l_norms2[j] = new ThreeDNormal(n_x, n_y, n_z);
}
}
var mname = this.GenerateUniqueName(mns, mz_tris.ModelName);
mns.Add(mname);
var m3d = new ThreeDModel
{
ModelName = mname,
VertexCount = vc,
FaceCount = fc,
Faces = l_tris != null?Array.AsReadOnly(l_tris) : null,
Vertices = l_verts != null?Array.AsReadOnly(l_verts) : null,
Normals = l_norms != null?Array.AsReadOnly(l_norms) : null,
Binormals = l_binorms != null?Array.AsReadOnly(l_binorms) : null,
Tangents = l_tangents != null?Array.AsReadOnly(l_tangents) : null,
TextureCoordinates = l_sts != null?Array.AsReadOnly(l_sts) : null,
TextureCoordinates3 = l_sts3 != null?Array.AsReadOnly(l_sts3) : null,
Colors = l_colors != null?Array.AsReadOnly(l_colors) : null,
//
//
Vertices2 = l_verts2 != null?Array.AsReadOnly(l_verts2) : null,
Normals2 = l_norms2 != null?Array.AsReadOnly(l_norms2) : null
};
yield return(m3d);
}
}