294     u8  i, j, k;  in DrawTick()  local
313     for (k = 0; k < 6; k++)  in DrawTick()
317             scale = ComputeScale(segs[(i + (10 * k)) - k].xlate);  in DrawTick()
319             MTXTrans(mt, 0.0F, 0.0F, segs[(i + (10 * k)) - k].xlate);  in DrawTick()
321             MTXRotDeg(mrx, 'X', rot2 * (segs[(i + (10 * k)) - k].xlate/800.0F));  in DrawTick()
327             GXLoadPosMtxImm(mv, segs[(i + (10 * k)) - k].mtx);  in DrawTick()
333                 segs[(i + (10 * k)) - k].recomputeNormalMtx = 0;  in DrawTick()
334                 GXLoadNrmMtxImm(mv, segs[(i + (10 * k)) - k].mtx);  in DrawTick()
337                 segs[(i + (10 * k)) - k].recomputeNormalMtx = scale;      in DrawTick()
347                 if(segs[((j + (10 * k)) - k) + 1].recomputeNormalMtx)  in DrawTick()
348                     ComputeNormalRotMtx(&(segs[((j + (10 * k)) - k) + 1]), i);  in DrawTick()
349                 if(segs[((j + (10 * k)) - k)].recomputeNormalMtx)  in DrawTick()
350                     ComputeNormalRotMtx(&(segs[((j + (10 * k)) - k)]), i);  in DrawTick()
353             if(segs[((j + (10 * k)) - k) + 1].recomputeNormalMtx)  in DrawTick()
354                 ComputeNormalRotMtx(&(segs[((j + (10 * k)) - k) + 1]), 0);  in DrawTick()
355             if(segs[((j + (10 * k)) - k)].recomputeNormalMtx)  in DrawTick()
356                 ComputeNormalRotMtx(&(segs[((j + (10 * k)) - k)]), 0);  in DrawTick()
362                 GXMatrixIndex1u8(segs[((j + (10 * k)) - k) + 1].mtx);  in DrawTick()
365                 GXColor1u32(MyColors[k]);  in DrawTick()
367                 GXMatrixIndex1u8(segs[((j + (10 * k)) - k)].mtx);  in DrawTick()
370                 GXColor1u32(MyColors[k]);  in DrawTick()
373                 GXMatrixIndex1u8(segs[((j + (10 * k)) - k) + 1].mtx);  in DrawTick()
376                 GXColor1u32(MyColors[k]);  in DrawTick()
378                 GXMatrixIndex1u8(segs[((j + (10 * k)) - k)].mtx);  in DrawTick()
381                 GXColor1u32(MyColors[k]);  in DrawTick()