CIwAnimSkel m_Skel; // ptr to owner skeleton
#endregion Fields
#region Methods
public override void Serialise(IwSerialise serialise)
{
base.Serialise(serialise);
serialise.UInt32(ref m_Flags);
serialise.ManagedHash<CIwModel>(ref m_Model);
serialise.ManagedHash<CIwAnimSkel>(ref m_Skel);
m_Sets.Serialise(serialise);
//serialise.DebugWrite(758);
}
CIwManagedList m_Sets = new CIwManagedList(); // all skin sets (groups of weights)
public override void Serialise(IwSerialise serialise)
{
base.Serialise(serialise);
serialise.UInt32(ref m_Flags);
serialise.ManagedHash <CIwModel>(ref m_Model);
serialise.ManagedHash <CIwAnimSkel>(ref m_Skel);
m_Sets.Serialise(serialise);
//serialise.DebugWrite(758);
}
public override void Serialise(IwSerialise serialise)
{
base.Serialise(serialise);
serialise.ManagedHash <CIwAnimSkel>(ref m_Skel);
{
uint numBones = 2;
serialise.UInt32(ref numBones);
}
boneFlags = new uint[1];
{
serialise.UInt32(ref boneFlags[0]);
}
m_KeyFrames.Serialise(serialise);
serialise.Fixed(ref m_Duration);
serialise.Fixed(ref m_TransformPrecision);
serialise.ManagedHash(ref m_OfsAnim);
serialise.DebugWrite(256);
}
/// <summary>
/// The serialise.
/// </summary>
/// <param name="serialise">
/// The serialise.
/// </param>
public override void Serialise(IwSerialise serialise)
{
base.Serialise(serialise);
{
uint val = 0x00020000;
serialise.UInt32(ref val);
}
{
ushort val = 4;
serialise.UInt16(ref val);
}
{
ushort val = 4;
serialise.UInt16(ref val);
}
this.sphere.Serialise(serialise);
this.list.Serialise(serialise);
this.ext.Serialise(serialise);
if (serialise.IsReading())
{
uint numMaterials = 0;
serialise.UInt32(ref numMaterials);
this.materials = new CIwMaterial[numMaterials];
for (int i = 0; i < this.materials.Length; ++i)
{
CIwManaged m = null;
serialise.ManagedHash("CIwMaterial".ToeHash(), ref m);
this.materials[i] = (CIwMaterial)m;
}
}
else
{
uint numMaterials = (uint)this.materials.Length;
serialise.UInt32(ref numMaterials);
for (int i = 0; i < this.materials.Length; ++i)
{
CIwManaged m = this.materials[i];
serialise.ManagedHash("CIwMaterial".ToeHash(), ref m);
}
}
}
float m_TransformPrecision; // the precision this anim is built at
#endregion Fields
#region Methods
public override void Serialise(IwSerialise serialise)
{
base.Serialise(serialise);
serialise.ManagedHash<CIwAnimSkel>(ref m_Skel);
{
uint numBones = 2;
serialise.UInt32(ref numBones);
}
boneFlags = new uint[1];
{
serialise.UInt32(ref boneFlags[0]);
}
m_KeyFrames.Serialise(serialise);
serialise.Fixed(ref m_Duration);
serialise.Fixed(ref m_TransformPrecision);
serialise.ManagedHash(ref m_OfsAnim);
serialise.DebugWrite(256);
}
/// <summary>
/// The serialise.
/// </summary>
/// <param name="serialise">
/// The serialise.
/// </param>
public override void Serialise(IwSerialise serialise)
{
base.Serialise(serialise);
bool someFlag = false;
serialise.Bool(ref someFlag);
{
serialise.UInt32(ref this.flags);
}
if (!someFlag)
{
{
serialise.Int16(ref this.zDepthOfs);
}
{
serialise.Int16(ref this.zDepthOfsHW);
}
{
serialise.Colour(ref this.colEmissive);
}
{
serialise.Colour(ref this.colAmbient);
}
{
serialise.Colour(ref this.colDiffuse);
}
{
serialise.Colour(ref this.colSpecular);
}
{
uint val = 4;
serialise.UInt32(ref val);
}
}
{
// Texture is always presented
CIwManaged t = this.texture0;
serialise.ManagedHash("CIwTexture".ToeHash(), ref t);
this.texture0 = (CIwTexture)t;
}
if (!someFlag)
{
CIwManaged t = this.texture1;
serialise.ManagedHash("CIwTexture".ToeHash(), ref t);
this.texture1 = (CIwTexture)t;
{
CIwManaged val = null;
serialise.ManagedHash("?".ToeHash(), ref val);
}
{
CIwManaged val = null;
serialise.ManagedHash("?".ToeHash(), ref val);
}
byte isAnimated = 0;
serialise.UInt8(ref isAnimated);
if (isAnimated != 0)
{
{
byte value = 0;
serialise.UInt8(ref value);
}
serialise.UInt8(ref this.celNum);
serialise.UInt8(ref this.celNumU);
serialise.UInt8(ref this.celW);
serialise.UInt8(ref this.celH);
serialise.UInt8(ref this.celPeriod);
}
serialise.UInt8(ref this.alphaTestValue);
{
CIwManaged val = null;
serialise.ManagedHash("?".ToeHash(), ref val);
}
}
}
/// <summary>
/// The serialise.
/// </summary>
/// <param name="serialise">
/// The serialise.
/// </param>
public override void Serialise(IwSerialise serialise)
{
base.Serialise(serialise);
bool someFlag = false;
serialise.Bool(ref someFlag);
{
serialise.UInt32(ref this.flags);
}
if (!someFlag)
{
{
serialise.Int16(ref this.zDepthOfs);
}
{
serialise.Int16(ref this.zDepthOfsHW);
}
{
serialise.Colour(ref this.colEmissive);
}
{
serialise.Colour(ref this.colAmbient);
}
{
serialise.Colour(ref this.colDiffuse);
}
{
serialise.Colour(ref this.colSpecular);
}
{
uint val = 4;
serialise.UInt32(ref val);
}
}
{
// Texture is always presented
CIwManaged t = this.texture0;
serialise.ManagedHash("CIwTexture".ToeHash(), ref t);
this.texture0 = (CIwTexture)t;
}
if (!someFlag)
{
CIwManaged t = this.texture1;
serialise.ManagedHash("CIwTexture".ToeHash(), ref t);
this.texture1 = (CIwTexture)t;
{
CIwManaged val = null;
serialise.ManagedHash("?".ToeHash(), ref val);
}
{
CIwManaged val = null;
serialise.ManagedHash("?".ToeHash(), ref val);
}
byte isAnimated = 0;
serialise.UInt8(ref isAnimated);
if (isAnimated != 0)
{
{
byte value = 0;
serialise.UInt8(ref value);
}
serialise.UInt8(ref this.celNum);
serialise.UInt8(ref this.celNumU);
serialise.UInt8(ref this.celW);
serialise.UInt8(ref this.celH);
serialise.UInt8(ref this.celPeriod);
}
serialise.UInt8(ref this.alphaTestValue);
{
CIwManaged val = null;
serialise.ManagedHash("?".ToeHash(), ref val);
}
}
}
