F32 x = renderlist[i].point.x;
        F32 y = renderlist[i].point.y;
        F32 z = renderlist[i].point.z;

        //Values are between -1 and +1, this ensures all values are positive, since negative values seem to cause issues:

        F32 xscaled = x+1;
        F32 yscaled = y+1;
        F32 zscaled = z+1;

        //convert to spherical coordinates:
        F32 radialdistance_r = sqrt(xscaled*xscaled + yscaled*yscaled + zscaled*zscaled);
        F32 polarangle_theta = mAcos(zscaled / radialdistance_r);//0-PI
        F32 azimuthalangle_phi = mAtan2(yscaled, xscaled); //0-2PI

        //Using Rodrigues rotation forumula, as given here:
        //http://stackoverflow.com/questions/26453951/rotateing-vector-on-plane-in-3d

        Point3F v = Point3F(radialdistance_r, polarangle_theta, azimuthalangle_phi);
        Point3F k = Point3F(0, 1, 0); //rotate on y axix
        F32 theta = 0.0174533;// rotate by 1 degree only for now

        Point3F vRot = v*mCos(theta) + mCross(k, v)*mSin(theta) + k*mDot(k, v)*(1 - mCos(theta));

        Point3F newpos = v * vRot;

        Con::printf("%f %f %f",  newpos.x, newpos.y, newpos.z);