// Add camera at end of camera array
void addCamera(Camera3ds c)
{
_cameras.Add(c);
}
private void read_CAM_RANGES(Camera3ds cam)
{
cam.mNearPlane = ReadFloat();
cam.mFarPlane = ReadFloat();
if (mDecode != null)
{
mDecode.enter();
mDecode.println("Near plane:" + Utils3ds.floatToString(cam.mNearPlane, 14));
mDecode.println("Far plane: " + Utils3ds.floatToString(cam.mFarPlane, 14));
mDecode.leave();
}
}
private void read_N_CAMERA(string name, int chunk_len)
{
long chunk_end = filePos() + chunk_len;
Camera3ds cam = new Camera3ds();
cam.mName = name;
addCamera(cam);
cam.mPosition.X = ReadFloat();
cam.mPosition.Z = ReadFloat();
cam.mPosition.Y = ReadFloat();
cam.mTarget.X = ReadFloat();
cam.mTarget.Z = ReadFloat();
cam.mTarget.Y = ReadFloat();
cam.mRoll = ReadFloat();
cam.mLens = ReadFloat();
if (mDecode != null)
{
mDecode.enter();
mDecode.println("Position: " + cam.mPosition);
mDecode.println("Target: " + cam.mTarget);
mDecode.println("Roll: " + Utils3ds.floatToString(cam.mRoll, 12));
mDecode.println("Lens: " + Utils3ds.floatToString(cam.mLens, 12));
}
while (filePos() < chunk_end)
{
Head head = read_HEAD();
switch (head.id)
{
case CHUNK_CAM_RANGES:
read_CAM_RANGES(cam);
break;
case CHUNK_CAM_SEE_CONE:
default:
SkipChunk(head.length - 6);
break;
}
}
if (mDecode != null)
{
mDecode.leave();
}
}