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();
}
}