public void WriteFBXFile(CgfData cgfData)
{
// The root of the functions to write FBX binary files
// At this point, we should have a CgfData object, fully populated.
Console.WriteLine();
Console.WriteLine("*** Starting WriteFBX() ***");
Console.WriteLine();
}
public void WriteBlend(CgfData cgfData)
{
// The root of the functions to write Blend files
// At this point, we should have a CgfData object, fully populated.
Console.WriteLine();
Console.WriteLine("*** Starting WriteBlend() ***");
Console.WriteLine();
// File name will be "object name.blend"
blendOutputFile = new FileInfo(cgfData.RootNode.Name + ".blend");
using (BinaryWriter b = new BinaryWriter(File.Open(blendOutputFile.Name, FileMode.Create)))
{
WriteHeader(b);
}
}
public void WriteCollada(CgfData dataFile) // Write the dae file
{
// The root of the functions to write Collada files
// At this point, we should have a CgfData object, fully populated.
Console.WriteLine();
Console.WriteLine("*** Starting WriteCOLLADA() ***");
Console.WriteLine();
cgfData = dataFile; // cgfData is now a pointer to the data object
// File name will be "object name.dae"
daeOutputFile = new FileInfo(cgfData.RootNode.Name + ".dae");
GetSchema(); // Loads the schema. Needs error checking in case it's offline.
WriteRootNode();
WriteAsset();
WriteLibrary_Images();
WriteLibrary_Materials();
WriteLibrary_Effects();
WriteLibrary_Geometries();
TextWriter writer = new StreamWriter(daeOutputFile.FullName); // Makes the Textwriter object for the output
mySerializer.Serialize(writer, daeObject); // Serializes the daeObject and writes to the writer
Console.WriteLine("End of Write Collada");
}
public FileInfo MtlFile; // The obj .mtl file that we write. Should be RootNode.Name + "_mtl.mtl".
public void GetMtlFileName(CgfData cgfData) // Get FileInfo Mtlfile name from the MtlName chunks and read it. Assume pwd if no objectdir.
{
Datafile = cgfData;
DirectoryInfo currentDir = new DirectoryInfo(Directory.GetCurrentDirectory());
String[] stringSeparators = new string[] { @"\", @"/" }; // to split up the paths
String[] result; // carries the results of the split
//Console.WriteLine("***** In MaterialFile.cs *****");
MtlFile = new FileInfo(Datafile.RootNode.Name + "_mtl.mtl");
// Console.WriteLine("Current dir is {0}", currentDir.FullName);
// Find the number of material chunks. if 1, then name is the mtl file name. If many, find type 0x01.
foreach (CgfData.ChunkMtlName mtlChunk in Datafile.CgfChunks.Where(a => a.chunkType == ChunkType.MtlName))
{
// mtlChunk.WriteChunk();
if (mtlChunk.version == 0x800)
{
// this is a parent material. Should be only one. Don't care about the rest.
if (mtlChunk.MatType == 0x01 || mtlChunk.MatType == 0x10)
{
// parent material. This is the one we want.
//Console.WriteLine("Mat type 0x01 found.");
if (mtlChunk.Name.Contains(@"\") || mtlChunk.Name.Contains(@"/"))
{
// I'm a qualified path, but don't know if objectdir exists. Need to get name+.mtl without the path info.
result = mtlChunk.Name.Split(stringSeparators, StringSplitOptions.None);
MtlFileName = result[result.Length - 1]; // Last element in mtlChunk.Name
//Console.WriteLine("MtlFileName (has slash) is {0}", MtlFileName);
if (Datafile.Args.ObjectDir != null) // Check to see if objectdir was set. if not, just check local dir
{
if (MtlFileName.EndsWith(".mtl"))
{
XmlMtlFile = new FileInfo(Datafile.Args.ObjectDir + @"\" + mtlChunk.Name);
}
else
{
XmlMtlFile = new FileInfo(Datafile.Args.ObjectDir + @"\" + mtlChunk.Name + ".mtl");
}
}
else
{
// No objectdir provided. Only check current directory.
if (MtlFileName.EndsWith(".mtl"))
{
XmlMtlFile = new FileInfo(currentDir + @"\" + MtlFileName);
}
else
{
XmlMtlFile = new FileInfo(currentDir + @"\" + MtlFileName + ".mtl");
}
}
}
else
{
MtlFileName = mtlChunk.Name; // will add .mtl later.
//Console.WriteLine("MtlFileName (no slash) is {0}", MtlFileName);
XmlMtlFile = new FileInfo(currentDir + @"\" + MtlFileName + ".mtl");
}
//Console.WriteLine("MtlFile.Fullname is {0}", XmlMtlFile.FullName);
if (XmlMtlFile.Exists)
{
//Console.WriteLine("*** Found material file {0}.", XmlMtlFile.FullName);
ReadMtlFile(XmlMtlFile);
}
else
{
Console.WriteLine("*** 0x800 Unable to find material file {0}. I'm probably going to not work well.", XmlMtlFile.FullName);
// Set up a dummy material and return.
MtlFormat material = new MtlFormat();
material.MaterialName = Datafile.RootNode.Name; // since there is no Name, use the node name.
material.Diffuse.Red = 1;
material.Diffuse.Green = 0;
material.Diffuse.Blue = 1;
Materials.Add(material);
MaterialNameArray = new MtlFormat[Materials.Count];
MaterialNameArray = Materials.ToArray();
}
} // Not a material type 0x01 or 0x10. Will be a child material. Continue to next mtlname chunk
}
else // version 0x802 file. There will be just one, so return after it is found and read
{
// Process version 0x802 files
//Console.WriteLine("In 0x802 section");
if (mtlChunk.Name.Contains(@"\") || mtlChunk.Name.Contains(@"/"))
{
// I'm a qualified path, but don't know if objectdir exists. Need to get name+.mtl without the path info.
// Several cases here. Sometimes it has the .mtl ending, sometimes it doesn't. GRRR
result = mtlChunk.Name.Split(stringSeparators, StringSplitOptions.None);
MtlFileName = result[result.Length - 1]; // Last element in mtlChunk.Name
//Console.WriteLine("MtlFileName is {0}", MtlFileName);
if (Datafile.Args.ObjectDir != null)
{
if (MtlFileName.EndsWith(".mtl"))
{
XmlMtlFile = new FileInfo(Datafile.Args.ObjectDir + @"\" + mtlChunk.Name);
}
else
{
XmlMtlFile = new FileInfo(Datafile.Args.ObjectDir + @"\" + mtlChunk.Name + ".mtl");
}
}
else
{
// No objectdir provided. Only check current directory.
if (MtlFileName.EndsWith(".mtl"))
{
XmlMtlFile = new FileInfo(currentDir + @"\" + MtlFileName);
}
else
{
XmlMtlFile = new FileInfo(currentDir + @"\" + MtlFileName + ".mtl");
}
}
}
else
{
// It's just a file name. Search only in current directory.
MtlFileName = mtlChunk.Name;
XmlMtlFile = new FileInfo(currentDir + @"\" + MtlFileName + ".mtl");
//Console.WriteLine("MtlFileName (short version) is {0}", MtlFileName);
}
//Console.WriteLine("MtlFile.Fullname is {0}", XmlMtlFile.FullName);
if (XmlMtlFile.Exists)
{
Console.WriteLine("*** 0x802 Found material file {0}.", XmlMtlFile.FullName);
ReadMtlFile(XmlMtlFile);
}
else
{
Console.WriteLine();
Console.WriteLine("*** 0x802 Unable to find material file {0}. I'm probably going to not work well.", XmlMtlFile.FullName);
Console.WriteLine();
// Set up a dummy material and return.
// Console.WriteLine("Unable to find material file {0}. Using group names.", Materialfile.FullName);
MtlFormat material = new MtlFormat();
material.MaterialName = Datafile.RootNode.Name; // since there is no Name, use the node name.
material.Diffuse.Red = 1;
material.Diffuse.Green = 0;
material.Diffuse.Blue = 1;
Materials.Add(material);
MaterialNameArray = new MtlFormat[Materials.Count];
MaterialNameArray = Materials.ToArray();
}
return;
}
}
return;
}
public void WriteObjFile(CgfData cryData)
{
// We need to create the obj header, then for each submech write the vertex, UV and normal data.
// First, let's figure out the name of the output file. Should be <object name>.obj
// Each Mesh will have a mesh subset and a series of datastream objects. Need temporary pointers to these
// so we can manipulate
Console.WriteLine();
// Console.WriteLine("*** Starting WriteObjFile() ***");
Console.WriteLine();
cgfData = cryData;
// Get object name. This is the Root Node chunk Name
// Get the objOutputFile name
objOutputFile = new FileInfo(cgfData.RootNode.Name + ".obj");
Console.WriteLine("Output file is {0}", objOutputFile.Name);
using (StreamWriter file = new StreamWriter(objOutputFile.Name))
{
string s1 = String.Format("# cgf-converter .obj export Version 0.84");
file.WriteLine(s1);
file.WriteLine("#");
// Start populating the MatFile object
cgfData.MatFile = new MaterialFile(); // This will have all the material info
cgfData.MatFile.b = file; // The stream writer, so the functions know where to write.
//cgfData.MatFile.Datafile = this; // Reference back to this CgfData so MatFile can read need info (like chunks)
cgfData.MatFile.GetMtlFileName(cgfData); // Gets the MtlFile name
if (cgfData.MatFile.XmlMtlFile.Exists)
{
Console.WriteLine("Matfile Full Name is {0}", cgfData.MatFile.XmlMtlFile.FullName);
cgfData.MatFile.WriteMtlLibInfo(file); // writes the mtllib file.
}
else
{
Console.WriteLine("Unable to get Mtl File name (not in expected locations).");
}
if (cgfData.RootNode.NumChildren == 0)
{
Console.WriteLine("WriteOBJ: Rootnode.numchildren == 0.");
// We have a root node with no children, so simple object.
string s3 = String.Format("o {0}", cgfData.RootNode.Name);
file.WriteLine(s3);
WriteObjNode(file, cgfData.RootNode);
}
else
{
// Not a simple object. Will need to call WriteObjNode for each Node Chunk
//Console.WriteLine("WriteOBJ: Rootnode.numchildren != 0.");
foreach (CgfData.ChunkNode tmpNode in cgfData.CgfChunks.Where(a => a.chunkType == ChunkType.Node))
{
//tmpNode.WriteChunk();
//Console.WriteLine("Writing {0}", tmpNode.Name);
string s3 = String.Format("o {0}", tmpNode.Name);
file.WriteLine(s3);
// Grab the mesh and process that.
WriteObjNode(file, tmpNode);
}
}
// If this is a .chr file, just write out the hitbox info. OBJ files can't do armatures.
foreach (CgfData.ChunkCompiledPhysicalProxies tmpProxy in cgfData.CgfChunks.Where(a => a.chunkType == ChunkType.CompiledPhysicalProxies))
{
//string s_hitbox = String.Format("o Hitbox");
//file.WriteLine(s_hitbox);
WriteObjHitBox(file, tmpProxy);
}
} // End of writing the output file
}
