public M2AnimationBone(M2Bone bone, M2BoneAnimator Anim, Stormlib.MPQFile f, uint[] gs, Stormlib.MPQFile[] Anims)
{
Animator = Anim;
fileInfo = bone;
var ap = new M2Animator<Vector3, Vector3>(fileInfo.Translation, f, gs, Anims);
ap.Load();
ap.SelectedAnim = 0;
AnimPos = new PositionAnimator(ap);
AnimPos.MaxTime = TimeSpan.FromMilliseconds(Anim.Animations[0].Length);
ap = new M2Animator<Vector3, Vector3>(fileInfo.Scaling, f, gs, Anims);
ap.Load();
ap.SelectedAnim = 0;
AnimScale = new PositionAnimator(ap);
AnimScale.Default = new Vector3(1, 1, 1);
AnimScale.MaxTime = TimeSpan.FromMilliseconds(Anim.Animations[0].Length);
var ar = new M2Animator<Quaternion16, Quaternion>(fileInfo.Rotation, f, gs, Anims);
ar.Load();
ar.SelectedAnim = 0;
AnimRot = new RotationAnimator(ar);
AnimRot.MaxTime = TimeSpan.FromMilliseconds(Anim.Animations[0].Length);
}
public M2BoneAnimator(Stormlib.MPQFile file, M2Info parent)
{
string AnimPath = parent.FileDirectory + parent.ModelName;
M2Animation[] anims = new M2Animation[parent.Header.nAnimations];
file.Position = parent.Header.ofsAnimations;
file.Read(anims);
Stormlib.MPQFile[] AnimFiles = new Stormlib.MPQFile[parent.Header.nAnimations];
for (int i = 0; i < parent.Header.nAnimations; ++i)
{
string full = AnimPath + anims[i].AnimationID.ToString("D4") + "-" + anims[i].SubAnimationID.ToString("D2") + ".anim";
if (Stormlib.MPQFile.Exists(full))
{
Console.WriteLine(full);
AnimFiles[i] = new Stormlib.MPQFile(full);
}
}
Animations.AddRange(anims);
this.file = file;
var bones = new M2Bone[parent.Header.nBones];
file.Position = parent.Header.ofsBones;
file.Read(bones);
foreach (var bone in bones)
{
M2AnimationBone ab = new M2AnimationBone(bone, this, file, parent.GlobalSequences, AnimFiles);
Bones.Add(ab);
ab.BoneIndex = Bones.Count - 1;
}
foreach (var bone in Bones)
{
bone.Init();
}
}
public M2AnimationBone(M2Bone bone, M2BoneAnimator Anim, Stormlib.MPQFile f, uint[] gs, Stormlib.MPQFile[] Anims)
{
Animator = Anim;
fileInfo = bone;
var ap = new M2Animator <Vector3, Vector3>(fileInfo.Translation, f, gs, Anims);
ap.Load();
ap.SelectedAnim = 0;
AnimPos = new PositionAnimator(ap);
AnimPos.MaxTime = TimeSpan.FromMilliseconds(Anim.Animations[0].Length);
ap = new M2Animator <Vector3, Vector3>(fileInfo.Scaling, f, gs, Anims);
ap.Load();
ap.SelectedAnim = 0;
AnimScale = new PositionAnimator(ap);
AnimScale.Default = new Vector3(1, 1, 1);
AnimScale.MaxTime = TimeSpan.FromMilliseconds(Anim.Animations[0].Length);
var ar = new M2Animator <Quaternion16, Quaternion>(fileInfo.Rotation, f, gs, Anims);
ar.Load();
ar.SelectedAnim = 0;
AnimRot = new RotationAnimator(ar);
AnimRot.MaxTime = TimeSpan.FromMilliseconds(Anim.Animations[0].Length);
}
private void LoadSkins()
{
string skinFile = FileDirectory + ModelName + "00.skin";
Stormlib.MPQFile skin = new Stormlib.MPQFile(skinFile);
skin.Dispose();
SKINView mView = skin.Read<SKINView>();
ushort[] indexLookup = new ushort[mView.nIndices];
skin.Position = mView.ofsIndices;
skin.Read(indexLookup);
ushort[] triangles = new ushort[mView.nTriangles];
skin.Position = mView.ofsTriangles;
skin.Read(triangles);
SKINSubMesh[] SubMeshes = new SKINSubMesh[mView.nSubMeshes];
skin.Position = mView.ofsSubMeshes;
skin.Read(SubMeshes);
SKINTexUnit[] TexUnits = new SKINTexUnit[mView.nTexUnits];
skin.Position = mView.ofsTexUnits;
skin.Read(TexUnits);
ushort[] texLookUp = new ushort[Header.nTexLookups];
mFile.Position = Header.ofsTexLookups;
mFile.Read(texLookUp);
ushort[] texUnitLookUp = new ushort[Header.nTexUnits];
mFile.Position = Header.ofsTexUnits;
mFile.Read(texUnitLookUp);
M2RenderFlags[] renderFlags = new M2RenderFlags[Header.nRenderFlags];
mFile.Position = Header.ofsRenderFlags;
mFile.Read(renderFlags);
ushort[] indices = new ushort[mView.nTriangles];
for (int i = 0; i < mView.nTriangles; ++i)
indices[i] = indexLookup[triangles[i]];
var bones = new M2Bone[Header.nBones];
mFile.Position = Header.ofsBones;
mFile.Read(bones);
M2BoneAnimator mba = new M2BoneAnimator(mFile, this);
BoneLookupTable = new ushort[Header.nBoneLookupTables];
mFile.Position = Header.ofsBoneLookupTables;
mFile.Read(BoneLookupTable);
GlobalSequences = new uint[Header.nGlobalSequences];
mFile.Position = Header.ofsGlobalSequences;
mFile.Read(GlobalSequences);
for (int i = 0; i < mView.nTexUnits; ++i)
{
M2RenderPass pass = new M2RenderPass();
SKINSubMesh mesh = SubMeshes[TexUnits[i].SubMesh1];
pass.Vertices = new MdxVertex[mesh.nTriangles];
pass.Texture = Textures[(int)texLookUp[TexUnits[i].Texture]];
pass.BlendMode = renderFlags[TexUnits[i].RenderFlags];
pass.BoneMatrices = new SlimDX.Matrix[mesh.nBones];
pass.BoneBaseIndex = mesh.startBone;
pass.ParentModel = this;
pass.Index = TexUnits[i].TexUnitNumber;
for (uint q = 0; q < mesh.nBones; ++q)
{
pass.BoneMatrices[q] = mba.GetBone((short)(BoneLookupTable[mesh.startBone + q])).Matrix;
}
for (ushort t = mesh.startTriangle, k = 0; k < mesh.nTriangles; ++t, ++k)
{
ushort index = indices[t];
pass.Vertices[k] = Vertices[index];
pass.Vertices[k].bi1 = (byte)(Vertices[i].bi1);
pass.Vertices[k].bi2 = (byte)(Vertices[i].bi2);
pass.Vertices[k].bi3 = (byte)(Vertices[i].bi3);
pass.Vertices[k].bi4 = (byte)(Vertices[i].bi4);
}
pass.SetVertexIndices();
Passes.Add(pass);
}
Passes.Sort((g1, g2) =>
{
if (g1.BlendMode.blend == 2 && g2.BlendMode.blend != 2)
return 1;
if (g2.BlendMode.blend == 2 && g1.BlendMode.blend != 2)
return -1;
if (g1.BlendMode.blend < g2.BlendMode.blend)
return -1;
if (g2.BlendMode.blend < g1.BlendMode.blend)
return 1;
if (g1.Index == g2.Index)
return 0;
if (g1.Index < g2.Index)
return -1;
if (g1.Index > g2.Index)
return 1;
return 0;
}
);
BoneAnimator = mba;
}
private void LoadSkins()
{
string skinFile = FileDirectory + ModelName + "00.skin";
Stormlib.MPQFile skin = new Stormlib.MPQFile(skinFile);
skin.Dispose();
SKINView mView = skin.Read <SKINView>();
ushort[] indexLookup = new ushort[mView.nIndices];
skin.Position = mView.ofsIndices;
skin.Read(indexLookup);
ushort[] triangles = new ushort[mView.nTriangles];
skin.Position = mView.ofsTriangles;
skin.Read(triangles);
SKINSubMesh[] SubMeshes = new SKINSubMesh[mView.nSubMeshes];
skin.Position = mView.ofsSubMeshes;
skin.Read(SubMeshes);
SKINTexUnit[] TexUnits = new SKINTexUnit[mView.nTexUnits];
skin.Position = mView.ofsTexUnits;
skin.Read(TexUnits);
ushort[] texLookUp = new ushort[Header.nTexLookups];
mFile.Position = Header.ofsTexLookups;
mFile.Read(texLookUp);
ushort[] texUnitLookUp = new ushort[Header.nTexUnits];
mFile.Position = Header.ofsTexUnits;
mFile.Read(texUnitLookUp);
M2RenderFlags[] renderFlags = new M2RenderFlags[Header.nRenderFlags];
mFile.Position = Header.ofsRenderFlags;
mFile.Read(renderFlags);
ushort[] indices = new ushort[mView.nTriangles];
for (int i = 0; i < mView.nTriangles; ++i)
{
indices[i] = indexLookup[triangles[i]];
}
var bones = new M2Bone[Header.nBones];
mFile.Position = Header.ofsBones;
mFile.Read(bones);
M2BoneAnimator mba = new M2BoneAnimator(mFile, this);
BoneLookupTable = new ushort[Header.nBoneLookupTables];
mFile.Position = Header.ofsBoneLookupTables;
mFile.Read(BoneLookupTable);
GlobalSequences = new uint[Header.nGlobalSequences];
mFile.Position = Header.ofsGlobalSequences;
mFile.Read(GlobalSequences);
for (int i = 0; i < mView.nTexUnits; ++i)
{
M2RenderPass pass = new M2RenderPass();
SKINSubMesh mesh = SubMeshes[TexUnits[i].SubMesh1];
pass.Vertices = new MdxVertex[mesh.nTriangles];
pass.Texture = Textures[(int)texLookUp[TexUnits[i].Texture]];
pass.BlendMode = renderFlags[TexUnits[i].RenderFlags];
pass.BoneMatrices = new SlimDX.Matrix[mesh.nBones];
pass.BoneBaseIndex = mesh.startBone;
pass.ParentModel = this;
pass.Index = TexUnits[i].TexUnitNumber;
for (uint q = 0; q < mesh.nBones; ++q)
{
pass.BoneMatrices[q] = mba.GetBone((short)(BoneLookupTable[mesh.startBone + q])).Matrix;
}
for (ushort t = mesh.startTriangle, k = 0; k < mesh.nTriangles; ++t, ++k)
{
ushort index = indices[t];
pass.Vertices[k] = Vertices[index];
pass.Vertices[k].bi1 = (byte)(Vertices[i].bi1);
pass.Vertices[k].bi2 = (byte)(Vertices[i].bi2);
pass.Vertices[k].bi3 = (byte)(Vertices[i].bi3);
pass.Vertices[k].bi4 = (byte)(Vertices[i].bi4);
}
pass.SetVertexIndices();
Passes.Add(pass);
}
Passes.Sort((g1, g2) =>
{
if (g1.BlendMode.blend == 2 && g2.BlendMode.blend != 2)
{
return(1);
}
if (g2.BlendMode.blend == 2 && g1.BlendMode.blend != 2)
{
return(-1);
}
if (g1.BlendMode.blend < g2.BlendMode.blend)
{
return(-1);
}
if (g2.BlendMode.blend < g1.BlendMode.blend)
{
return(1);
}
if (g1.Index == g2.Index)
{
return(0);
}
if (g1.Index < g2.Index)
{
return(-1);
}
if (g1.Index > g2.Index)
{
return(1);
}
return(0);
}
);
BoneAnimator = mba;
}
public M2BoneAnimator(Stormlib.MPQFile file, M2Info parent)
{
string AnimPath = parent.FileDirectory + parent.ModelName;
M2Animation[] anims = new M2Animation[parent.Header.nAnimations];
file.Position = parent.Header.ofsAnimations;
file.Read(anims);
Stormlib.MPQFile[] AnimFiles = new Stormlib.MPQFile[parent.Header.nAnimations];
for (int i = 0; i < parent.Header.nAnimations; ++i)
{
string full = AnimPath + anims[i].AnimationID.ToString("D4") + "-" + anims[i].SubAnimationID.ToString("D2") + ".anim";
if (Stormlib.MPQFile.Exists(full))
{
Console.WriteLine(full);
AnimFiles[i] = new Stormlib.MPQFile(full);
}
}
Animations.AddRange(anims);
this.file = file;
var bones = new M2Bone[parent.Header.nBones];
file.Position = parent.Header.ofsBones;
file.Read(bones);
foreach (var bone in bones)
{
M2AnimationBone ab = new M2AnimationBone(bone, this, file, parent.GlobalSequences, AnimFiles);
Bones.Add(ab);
ab.BoneIndex = Bones.Count - 1;
}
foreach (var bone in Bones)
{
bone.Init();
}
}