public static zVec3 Create(float x, float y, float z)
{
int ptr = Process.Alloc(zVec3.ByteSize).ToInt32();
zVec3 rV = new zVec3(ptr);
rV.X = x; rV.Y = y; rV.Z = z;
return(rV);
}
public void EulerToQuat(zVec3 zVec)
{
Process.THISCALL <NullReturnCall>(Address, 0x518BE0, zVec);
}
public void GetRightVector(zVec3 vec)
{
Process.THISCALL <NullReturnCall>(Address, 0x490DF0, vec);
}
public void QuatToEuler(zVec3 zVec)
{
Process.THISCALL <NullReturnCall>(Address, 0x518AC0, zVec);
}
public void SetRightVector(zVec3 vec)
{
Process.THISCALL <NullReturnCall>(Address, 0x004B9DB0, vec);
}
public void GetAtVector(zVec3 vec)
{
Process.THISCALL <NullReturnCall>(Address, 0x431D20, vec);
}
public void SetAtVector(zVec3 vec)
{
Process.THISCALL <NullReturnCall>(Address, 0x0056B960, vec);
}
public void SetByEulerAngles(zVec3 angles)
{
Process.THISCALL <NullReturnCall>(Address, 0x5163D0, angles);
}
public void SetByEulerAngles(float x, float y, float z)
{
using (zVec3 zVec = zVec3.Create(x, y, z))
SetByEulerAngles(zVec);
}
public void GetEulerAngles(zVec3 vec)
{
Process.THISCALL <NullReturnCall>(Address, 0x516390, vec);
}
public void GetCenter(zVec3 vec)
{
Process.THISCALL <NullReturnCall>(Address, 0x54E7A0, (IntArg)vec.Address);
}