private void ParseSkinSet(BinaryParser parser, AnimSkin skin)
{
var name = parser.ConsumeUInt32();
var numVerts = parser.ConsumeUInt32();
var numBones = parser.ConsumeByte();
parser.Expect(1);
var boneIds = parser.ConsumeByteArray(numBones);
var vertIds = parser.ConsumeUInt16Array((int)numVerts);
var preMultipliedPositions = parser.ConsumeVector3Array((int)numVerts * numBones);
var weights = parser.ConsumeFloatArray((int)numVerts * numBones);
for (int index = 0; index < vertIds.Length; index++)
{
var id = vertIds[index];
skin.Weights.EnsureAt(id);
var vertexWeights = new VertexWeights { };
if (numBones > 0)
{
vertexWeights.Bone0 = new VertexWeight { BoneIndex = boneIds[0], Weight = weights[0 + index * numBones] };
}
if (numBones > 1)
{
vertexWeights.Bone1 = new VertexWeight { BoneIndex = boneIds[1], Weight = weights[1 + index * numBones] };
}
if (numBones > 2)
{
vertexWeights.Bone2 = new VertexWeight { BoneIndex = boneIds[2], Weight = weights[2 + index * numBones] };
}
if (numBones > 3)
{
vertexWeights.Bone3 = new VertexWeight { BoneIndex = boneIds[3], Weight = weights[3 + index * numBones] };
}
skin.Weights[id] = vertexWeights;
}
}
/// <summary>
/// Parse binary block.
/// </summary>
public Managed Parse(BinaryParser parser)
{
var texture = this.context.Resolve<Texture>();
texture.NameHash = parser.ConsumeUInt32();
texture.Flags = parser.ConsumeUInt32();
texture.FormatSW = (ImageFormat)parser.ConsumeByte();
texture.FormatHW = (ImageFormat)parser.ConsumeByte();
float x = parser.ConsumeFloat();
float y = parser.ConsumeFloat();
texture.UVScale = new Vector2(x, y);
texture.Image = this.ParseImage(parser);
var e = parser.ConsumeBool();
//parser.Expect(false);
return texture;
}
/// <summary>
/// Parse binary block.
/// </summary>
public Managed Parse(BinaryParser parser)
{
var material = this.context.Resolve<Material>();
material.NameHash = parser.ConsumeUInt32();
var isShort = parser.ConsumeBool();
material.Flags = parser.ConsumeUInt32();
if (!isShort)
{
material.ZDepthOfs = parser.ConsumeInt16();
material.ZDepthOfsHW = parser.ConsumeInt16();
material.ColEmissive = parser.ConsumeColor();
material.ColAmbient = parser.ConsumeColor();
material.ColDiffuse = parser.ConsumeColor();
Color specular = parser.ConsumeColor();
material.ColSpecular = specular;
material.SpecularPower = specular.A;
parser.Expect((uint)4);
}
material.Texture0.HashReference = parser.ConsumeUInt32();
if (!isShort)
{
material.Texture1.HashReference = parser.ConsumeUInt32();
material.Texture2.HashReference = parser.ConsumeUInt32();
material.Texture3.HashReference = parser.ConsumeUInt32();
var animated = parser.ConsumeBool();
if (animated)
{
material.MatAnim = new MatAnim();
parser.Expect(0);
material.MatAnim.CelNum = parser.ConsumeByte();
material.MatAnim.CelNumU = parser.ConsumeByte();
material.MatAnim.CelW = parser.ConsumeByte();
material.MatAnim.CelH = parser.ConsumeByte();
material.MatAnim.CelPeriod = parser.ConsumeByte();
}
material.AlphaTestValue = parser.ConsumeByte();
material.ShaderTechnique.HashReference = parser.ConsumeUInt32();
}
return material;
}
/// <summary>
/// Parse binary block.
/// </summary>
public Managed Parse(BinaryParser parser)
{
var anim = this.context.Resolve<Anim>();
anim.NameHash = parser.ConsumeUInt32();
anim.Skeleton.HashReference = parser.ConsumeUInt32();
var numBones = parser.ConsumeUInt32();
var boneFlags = parser.ConsumeUInt32();
for (var numFrames = parser.ConsumeUInt32(); numFrames > 0; --numFrames)
{
var frameId = parser.ConsumeUInt32();
if (frameId == Hash.Get("CIwAnimKeyFrame"))
{
var frame = this.context.Resolve<AnimKeyFrame>();
parser.Expect((uint)0x0);
frame.Time = parser.ConsumeFloat();
var type = parser.ConsumeByte();
var someVec = parser.ConsumeVector3();
parser.Expect(0x01);
anim.AddFrame(frame);
uint num;
bool b;
switch (type)
{
case 2:
parser.ConsumeUInt32(); // 0x01FFFFF, 0x01FFFFE
num = parser.ConsumeUInt32();
b = parser.ConsumeBool();
for (uint index = 0; index < num; ++index)
{
var bone = frame.Bones[(int)index];
bone.BindingPos = parser.ConsumeVector3();
bone.BindingRot = parser.ConsumeQuaternion();
}
break;
case 3:
parser.ConsumeUInt32(); // 0x00002000, 1
num = parser.ConsumeUInt32();
b = parser.ConsumeBool();
for (uint index = 0; index < num; ++index)
{
parser.ConsumeQuaternion();
}
break;
default:
throw new NotImplementedException();
}
continue;
}
throw new NotImplementedException();
//this.m_KeyFrames.Serialise(serialise);
}
anim.Duration = parser.ConsumeFloat();
var aaa = parser.ConsumeUInt32();
return anim;
//throw new NotImplementedException();
//serialise.Fixed(ref this.m_TransformPrecision);
//serialise.ManagedHash(ref this.m_OfsAnim);
//serialise.DebugWrite(256);
}
private void ParseModelExtSelSetFace(BinaryParser parser, Model model, uint name, uint flags)
{
var m_Flags = parser.ConsumeByte();
var m_FlagsSW = parser.ConsumeByte();
var m_FlagsHW = parser.ConsumeByte();
var m_OTZOfsSW = parser.ConsumeSByte();
var m_NumFaces = parser.ConsumeUInt32();
var m_FaceIDs = parser.ConsumeUInt16Array((int)m_NumFaces);
//bool m_WorldSet; /** True if this set is a world file only set */
}
private void ParseModelBlockCols(BinaryParser parser, Model model, uint name, uint size, uint numItems, ushort flags)
{
var streamMesh = (model.Meshes[0]);
int num = (int)numItems;
streamMesh.Colors.Clear();
streamMesh.Colors.Capacity = num;
if (parser.ConsumeBool())
{
for (int i = 0; i < num; ++i)
{
byte b = parser.ConsumeByte();
streamMesh.Colors.Add(Color.FromArgb(255, b, b, b));
}
}
else
{
var c = parser.ConsumeByteArray(num * 4);
for (int i = 0; i < num; ++i)
{
streamMesh.Colors.Add(Color.FromArgb(c[i + num * 3], c[i + num * 0], c[i + num * 1], c[i + num * 2]));
}
}
}
