public void Load(BinaryReader stream, M2.Format version)
{
Id = stream.ReadUInt32();
Bone = stream.ReadUInt32();
Position = stream.ReadC3Vector();
AnimateAttached.Load(stream, version);
}
public void Save(BinaryWriter stream, M2.Format version)
{
Debug.Assert(version != M2.Format.Useless);
stream.Write((int) KeyBoneId);
stream.Write((uint) Flags);
stream.Write(ParentBone);
stream.Write(SubmeshId);
if (version > M2.Format.Classic)
{
stream.Write(_unknown[0]);
stream.Write(_unknown[1]);
}
Translation.Save(stream, version);
if (version > M2.Format.Classic)
{
_compressedRotation = new M2Track<M2CompQuat>(new M2CompQuat(32767, 32767, 32767, -1));
_compressedRotation.Sequences = Rotation.Sequences;
Rotation.Compress(_compressedRotation);
_compressedRotation.Save(stream, version);
}
else
Rotation.Save(stream, version);
Scale.Save(stream, version);
stream.Write(Pivot);
}
public void Save(BinaryWriter stream, M2.Format version = M2.Format.Useless)
{
stream.Write(Flags);
stream.Write(Flags2);
stream.Write(_unknown1);
stream.Write(SubmeshId);
stream.Write(TextureId);
stream.Write(ColorId);
stream.Write(TransparencyId);
}
public void Load(BinaryReader stream, M2.Format version = M2.Format.Useless)
{
Flags = stream.ReadByte();
Flags2 = stream.ReadByte();
_unknown1 = stream.ReadUInt16();
SubmeshId = stream.ReadUInt16();
TextureId = stream.ReadUInt16();
ColorId = stream.ReadUInt16();
TransparencyId = stream.ReadUInt16();
}
public void Save(BinaryWriter stream, M2.Format version)
{
stream.Write(Id);
stream.Write(Bone);
stream.Write(Position);
if (version < M2.Format.LichKing && AnimateAttached.Timestamps.Count == 0)
{
AnimateAttached.Timestamps.Add(new M2Array<uint> {0});
AnimateAttached.Values.Add(new M2Array<bool> {true});
}
AnimateAttached.Save(stream, version);
}
public void Load(BinaryReader stream, M2.Format version)
{
Debug.Assert(version != M2.Format.Useless);
KeyBoneId = (KeyBone) stream.ReadInt32();
Flags = (BoneFlags) stream.ReadUInt32();
ParentBone = stream.ReadInt16();
SubmeshId = stream.ReadUInt16();
if (version > M2.Format.Classic)
{
_unknown[0] = stream.ReadUInt16();
_unknown[1] = stream.ReadUInt16();
}
Translation.Load(stream, version);
if (version > M2.Format.Classic)
{
_compressedRotation = new M2Track<M2CompQuat>(new M2CompQuat(32767, 32767, 32767, -1));
_compressedRotation.Sequences = Rotation.Sequences;
_compressedRotation.Load(stream, version);
}
else
Rotation.Load(stream, version);
Scale.Load(stream, version);
Pivot = stream.ReadC3Vector();
}
public void Load(BinaryReader stream, M2.Format version)
{
if (version >= M2.Format.Cataclysm)
{
SubmeshId = stream.ReadUInt16();
Level = stream.ReadUInt16();
}
else
{
SubmeshId = (ushort) stream.ReadUInt32();
}
StartVertex = stream.ReadUInt16();
NVertices = stream.ReadUInt16();
StartTriangle = stream.ReadUInt16();
NTriangles = stream.ReadUInt16();
NBones = stream.ReadUInt16();
StartBones = stream.ReadUInt16();
BoneInfluences = stream.ReadUInt16();
RootBone = stream.ReadUInt16();
CenterMass = stream.ReadC3Vector();
if (version <= M2.Format.Classic) return;
CenterBoundingBox = stream.ReadC3Vector();
Radius = stream.ReadSingle();
}
public void Load(BinaryReader stream, M2.Format version)
{
Type = (TextureType) stream.ReadUInt32();
Flags = (TextureFlags) stream.ReadUInt32();
_name.Load(stream, version);
}
public void Save(BinaryWriter stream, M2.Format version)
{
stream.Write((uint) Type);
stream.Write((uint) Flags);
_name.Save(stream, version);
}
public void LoadContent(BinaryReader stream, M2.Format version)
{
Debug.Assert(version != M2.Format.Useless);
Translation.LoadContent(stream, version);
if (version > M2.Format.Classic)
{
_compressedRotation.Sequences = Rotation.Sequences;
_compressedRotation.LoadContent(stream, version);
_compressedRotation.Decompress(Rotation);
_compressedRotation = null;
}
else
Rotation.LoadContent(stream, version);
Scale.LoadContent(stream, version);
}
public void LoadContent(BinaryReader stream, M2.Format version)
{
Weight.LoadContent(stream, version);
}
public void LoadContent(BinaryReader stream, M2.Format version)
{
AnimateAttached.LoadContent(stream, version);
}
public static void Main(string[] args)
{
/*
Console.WriteLine("Koward M2 converter prealpha");
Console.WriteLine("YOU ARE ABOUT TO HACK TIME. ARE YOU SURE? >YES");
if (args.Length < 1)
{
Console.WriteLine("No model was specified.");
return;
}
var model = new M2();
using (var reader = new BinaryReader(new FileStream(args[0], FileMode.Open)))
model.Load(reader);
Debug.WriteLine(model.Name + " loaded.");
using (var writer = new BinaryWriter(new FileStream(args[0], FileMode.Create)))
model.Save(writer, M2.Format.Classic);
Debug.WriteLine(model.Name + " converted.");
*/
Debug.WriteLine("Debug application for M2Lib");
const string fileName = "draenor/world/arttest/boxtest/xyz.m2";
//const string fileName = "draenor/world/generic/activedoodads/chest01/chest01.m2";
//const string fileName = "lichking/world/arttest/boxtest/xyz.m2";
//const string fileName = "Draenor/Character/Human/Male/HumanMale_HD.m2";
//const string fileName = "Draenor/Creature/Frog/Frog.m2";
//const string fileName = "Legion/Character/Naga_/Male/Naga_Male.m2";
//const string fileName2 = "Output/Naga_Male.m2";
//const string fileName2 = "Output/Frog.m2";
//const string fileName = "BurningCrusade/FrogGenuine.m2";
//const string fileName = "Legion/Creature/Bear2/Bear2.m2";
//const string fileName2 = "Output/Bear2CSharp.m2";
//const string fileName = "Classic/BogBeast.m2";
//const string fileName = "Legion/Interface/Glues/Models/ui_orc/ui_orc.m2";
//const string fileName2 = "Output/ui_orc.m2";
var model = new M2();
using (var reader = new BinaryReader(new FileStream(fileName, FileMode.Open)))
model.Load(reader);
Debug.WriteLine(model.Name + " loaded");
Debug.WriteLine(model.BoneLookup);
Debug.WriteLine(model.Views);
/*
foreach (var view in model.Views)
{
var goodSubmeshes = new List<M2SkinSection>();
foreach (var geoset in view.Submeshes)
{
if(geoset.SubmeshId == 0 || geoset.SubmeshId == 401) goodSubmeshes.Add(geoset);
}
view.Submeshes.Clear();
view.Submeshes.AddRange(goodSubmeshes);
}
*/
/*
using (var writer = new BinaryWriter(new FileStream(fileName2, FileMode.Create)))
model.Save(writer, M2.Format.Classic);
Debug.WriteLine(model.Name + " written.");
/*
Debug.WriteLine("Submeshes number : " + model.Views[0].Submeshes.Count);
Debug.WriteLine("BoneInfluences : " + model.Views[0].Submeshes[0].BoneInfluences);
//KOWARD method
var max = 0;
const int submeshNumber = 1;
for (var i = model.Views[0].Submeshes[submeshNumber].StartVertex;
i < model.Views[0].Submeshes[submeshNumber].StartVertex + model.Views[0].Submeshes[submeshNumber].NVertices;
i++)
{
var vertex = model.GlobalVertexList[model.Views[0].Indices[i]];
var localMax = 0;
for(var j = 0; j < vertex.BoneWeights.Length; j++)
{
var weight = vertex.BoneWeights[j];
Debug.Write(" "+weight+" ");
var relatedBone = model.Bones[model.BoneLookup[vertex.BoneIndices[j]]];
if (weight > 0 && relatedBone.Flags.HasFlag(M2Bone.BoneFlags.Transformed)) localMax++;
}
if (localMax > max) max = localMax;
Debug.WriteLine("");
}
Debug.WriteLine("\tComputed number : " + max);
/*
//DEAMON method
Debug.WriteLine("Method 2 (Deamon)");
var boneSet = new HashSet<M2Bone>();
for (var i = model.Views[0].Submeshes[0].StartVertex;
i < model.Views[0].Submeshes[0].StartVertex + model.Views[0].Submeshes[0].NVertices;
i++)
{
var vertex = model.GlobalVertexList[model.Views[0].Indices[i]];
foreach (var index in vertex.BoneIndices)
{
Debug.Assert(model.Bones.Count > index);
if ((!boneSet.Contains(model.Bones[index])) && (model.Bones[index].KeyBoneId != (M2Bone.KeyBone) (-1))) boneSet.Add(model.Bones[index]);
}
}
Debug.WriteLine("\tNumber : " + boneSet.Count);
/*
/*
BinaryReader stream = null;
Func<BinaryReader, C3Vector> testFunc = i => i.ReadC3Vector();
var result = testFunc(stream);
*/
/*
using (var writer = new StreamWriter("Test.iqe"))
{
writer.WriteLine("# Inter-Quake Export");
writer.WriteLine("");
foreach (var bone in model.Bones)
{
if(bone.KeyBoneId != M2Bone.KeyBone.Other) writer.WriteLine("joint \""+ bone.KeyBoneId + "\" " + bone.ParentBone);
else writer.WriteLine("joint \"\" " + bone.ParentBone);
}
writer.WriteLine("");
foreach (var bone in model.Bones)
{
writer.WriteLine("pq "+bone.Pivot.X+" "+bone.Pivot.Y+" "+bone.Pivot.Z);
}
writer.WriteLine("");
writer.WriteLine("vertexarray position float 3");
writer.WriteLine("vertexarray texcoord float 2");
writer.WriteLine("vertexarray normal float 3");
//writer.WriteLine("vertexarray tangent float 4");//TODO Tangents ?
writer.WriteLine("vertexarray normal float 3");
writer.WriteLine("");
writer.WriteLine("mesh \""+"Test"+"\"");
writer.WriteLine("material \""+"Texture.tga"+"\"");
writer.WriteLine("");
writer.WriteLine("");
writer.WriteLine("");
}
*/
}
public void SaveContent(BinaryWriter stream, M2.Format version)
{
Translation.SaveContent(stream, version);
Rotation.SaveContent(stream, version);
Scale.SaveContent(stream, version);
}
public void LoadContent(BinaryReader stream, M2.Format version)
{
Translation.LoadContent(stream, version);
Rotation.LoadContent(stream, version);
Scale.LoadContent(stream, version);
}
public void LoadContent(BinaryReader stream, M2.Format version)
{
Color.LoadContent(stream, version);
Alpha.LoadContent(stream, version);
}
public void SaveContent(BinaryWriter stream, M2.Format version)
{
Color.SaveContent(stream, version);
Alpha.SaveContent(stream, version);
}
public void SaveContent(BinaryWriter stream, M2.Format version)
{
AnimateAttached.SaveContent(stream, version);
}
public void SaveContent(BinaryWriter stream, M2.Format version)
{
Weight.SaveContent(stream, version);
}
public void Save(BinaryWriter stream, M2.Format version)
{
if (version < M2.Format.Cataclysm && BoneInfluences == 0) BoneInfluences = 1; //@author Mjollna
if (version >= M2.Format.Cataclysm)
{
stream.Write(SubmeshId);
stream.Write(Level);
}
else
{
if (Level > 0) throw new Exception("This model has too many polygons to be saved in this version.");
stream.Write((uint) SubmeshId);
}
stream.Write(StartVertex);
stream.Write(NVertices);
stream.Write(StartTriangle);
stream.Write(NTriangles);
stream.Write(NBones);
stream.Write(StartBones);
stream.Write(BoneInfluences);
stream.Write(RootBone);
stream.Write(CenterMass);
if (version <= M2.Format.Classic) return;
stream.Write(CenterBoundingBox);
stream.Write(Radius);
}