I am looking for a script to 3ds max to import animations (.stck) of Perfect World
stck.h
Code: Select all
#pragma once
using namespace System::IO;
using namespace System::Text;
public ref struct Point3f
{
float X;
float Y;
float Z;
};
public ref struct Point4f
{
float X;
float Y;
float Z;
float W;
};
public ref struct KeyPointController
{
int StartTime;
int EndTime;
int StartKeyPointIndex;
int EndKeyPointIndex;
};
public ref struct AnimatedJointKeyFrames
{
public: int JointID;
public: int unknown1;
public: array<Point3f^>^ PositionKeyPoints; // vectors
public: array<KeyPointController^>^ PositionKeyPointControllers;
public: int unknown2;
public: array<Point4f^>^ OrientationKeyPoints; // quaternions
public: array<KeyPointController^>^ OrientationKeyPointControllers;
};
public ref class STCK
{
public: STCK()
{
}
protected: ~STCK()
{
}
public: array<unsigned char>^ Signature; // 8 byte GBK
public: int Version;
public: int unknown1;
public: int unknown2;
public: int unknown3;
public: array<AnimatedJointKeyFrames^>^ JointKeyFrames;
// only for loading v1
public: void Load(String^ File)
{
FileStream^ fs = File::OpenRead(File);
BinaryReader^ br = gcnew BinaryReader(fs);
Signature = br->ReadBytes(8);
Version = br->ReadInt32();
int AnimatedJointCount = br->ReadInt32();
unknown1 = br->ReadInt32();
unknown2 = br->ReadInt32();
unknown3 = br->ReadInt32();
JointKeyFrames = gcnew array<AnimatedJointKeyFrames^>(AnimatedJointCount);
for(int b=0; b<JointKeyFrames->Length; b++)
{
JointKeyFrames[b] = gcnew AnimatedJointKeyFrames();
JointKeyFrames[b]->JointID = br->ReadInt32();
int PositionKeyPointCount = br->ReadInt32();
int Properties1KeyPointCount = br->ReadInt32();
JointKeyFrames[b]->unknown1 = br->ReadInt32();
JointKeyFrames[b]->PositionKeyPoints = gcnew array<Point3f^>(PositionKeyPointCount);
for(int i=0; i<JointKeyFrames[b]->PositionKeyPoints->Length; i++)
{
JointKeyFrames[b]->PositionKeyPoints[i] = gcnew Point3f();
JointKeyFrames[b]->PositionKeyPoints[i]->X = br->ReadSingle();
JointKeyFrames[b]->PositionKeyPoints[i]->Y = br->ReadSingle();
JointKeyFrames[b]->PositionKeyPoints[i]->Z = br->ReadSingle();
}
JointKeyFrames[b]->PositionKeyPointControllers = gcnew array<KeyPointController^>(Properties1KeyPointCount);
for(int i=0; i<JointKeyFrames[b]->PositionKeyPointControllers->Length; i++)
{
JointKeyFrames[b]->PositionKeyPointControllers[i] = gcnew KeyPointController();
JointKeyFrames[b]->PositionKeyPointControllers[i]->StartTime = br->ReadInt32();
JointKeyFrames[b]->PositionKeyPointControllers[i]->EndTime = br->ReadInt32();
JointKeyFrames[b]->PositionKeyPointControllers[i]->StartKeyPointIndex = br->ReadInt32();
JointKeyFrames[b]->PositionKeyPointControllers[i]->EndKeyPointIndex = br->ReadInt32();
}
int OrientationKeyPointCount = br->ReadInt32();
int Properties2KeyPointCount = br->ReadInt32();
JointKeyFrames[b]->unknown2 = br->ReadInt32();
JointKeyFrames[b]->OrientationKeyPoints = gcnew array<Point4f^>(OrientationKeyPointCount);
for(int i=0; i<JointKeyFrames[b]->OrientationKeyPoints->Length; i++)
{
JointKeyFrames[b]->OrientationKeyPoints[i] = gcnew Point4f();
JointKeyFrames[b]->OrientationKeyPoints[i]->X = br->ReadSingle();
JointKeyFrames[b]->OrientationKeyPoints[i]->Y = br->ReadSingle();
JointKeyFrames[b]->OrientationKeyPoints[i]->Z = br->ReadSingle();
JointKeyFrames[b]->OrientationKeyPoints[i]->W = br->ReadSingle();
}
JointKeyFrames[b]->OrientationKeyPointControllers = gcnew array<KeyPointController^>(Properties2KeyPointCount);
for(int i=0; i<JointKeyFrames[b]->OrientationKeyPointControllers->Length; i++)
{
JointKeyFrames[b]->OrientationKeyPointControllers[i] = gcnew KeyPointController();
JointKeyFrames[b]->OrientationKeyPointControllers[i]->StartTime = br->ReadInt32();
JointKeyFrames[b]->OrientationKeyPointControllers[i]->EndTime = br->ReadInt32();
JointKeyFrames[b]->OrientationKeyPointControllers[i]->StartKeyPointIndex = br->ReadInt32();
JointKeyFrames[b]->OrientationKeyPointControllers[i]->EndKeyPointIndex = br->ReadInt32();
}
}
br->Close();
fs->Close();
}
// only for saving v1
public: void Save(String^ File)
{
FileStream^ fs = gcnew FileStream(File, FileMode::Create, FileAccess::Write);
BinaryWriter^ bw = gcnew BinaryWriter(fs);
bw->Write(Signature);
bw->Write(Version);
bw->Write(JointKeyFrames->Length);
bw->Write(unknown1);
bw->Write(unknown2);
bw->Write(unknown3);
for(int b=0; b<JointKeyFrames->Length; b++)
{
bw->Write(JointKeyFrames[b]->JointID);
bw->Write(JointKeyFrames[b]->PositionKeyPoints->Length);
bw->Write(JointKeyFrames[b]->PositionKeyPointControllers->Length);
bw->Write(JointKeyFrames[b]->unknown1);
for(int i=0; i<JointKeyFrames[b]->PositionKeyPoints->Length; i++)
{
bw->Write(JointKeyFrames[b]->PositionKeyPoints[i]->X);
bw->Write(JointKeyFrames[b]->PositionKeyPoints[i]->Y);
bw->Write(JointKeyFrames[b]->PositionKeyPoints[i]->Z);
}
for(int i=0; i<JointKeyFrames[b]->PositionKeyPointControllers->Length; i++)
{
bw->Write(JointKeyFrames[b]->PositionKeyPointControllers[i]->StartTime);
bw->Write(JointKeyFrames[b]->PositionKeyPointControllers[i]->EndTime);
bw->Write(JointKeyFrames[b]->PositionKeyPointControllers[i]->StartKeyPointIndex);
bw->Write(JointKeyFrames[b]->PositionKeyPointControllers[i]->EndKeyPointIndex);
}
bw->Write(JointKeyFrames[b]->OrientationKeyPoints->Length);
bw->Write(JointKeyFrames[b]->OrientationKeyPointControllers->Length);
bw->Write(JointKeyFrames[b]->unknown2);
for(int i=0; i<JointKeyFrames[b]->OrientationKeyPoints->Length; i++)
{
bw->Write(JointKeyFrames[b]->OrientationKeyPoints[i]->X);
bw->Write(JointKeyFrames[b]->OrientationKeyPoints[i]->Y);
bw->Write(JointKeyFrames[b]->OrientationKeyPoints[i]->Z);
bw->Write(JointKeyFrames[b]->OrientationKeyPoints[i]->W);
}
for(int i=0; i<JointKeyFrames[b]->OrientationKeyPointControllers->Length; i++)
{
bw->Write(JointKeyFrames[b]->OrientationKeyPointControllers[i]->StartTime);
bw->Write(JointKeyFrames[b]->OrientationKeyPointControllers[i]->EndTime);
bw->Write(JointKeyFrames[b]->OrientationKeyPointControllers[i]->StartKeyPointIndex);
bw->Write(JointKeyFrames[b]->OrientationKeyPointControllers[i]->EndKeyPointIndex);
}
}
bw->Close();
fs->Close();
}
};
https://mega.co.nz/#!bAhxkLCQ!Op3VxnMyP ... 5CBH-3xjeQ
As you can imagine I wrote a program on my own to analyse the 
.018724 0.194874 0.084958>