Lines Matching refs:subdivision

684     the vertices produced during this subdivision.
1018     written by the tessellation control shader. This subdivision is
1021     The type of subdivision performed by the tessellation primitive
1038     subdivision process is explained in more detail in subsequent sections.
1156     rounded up to result in a two- or three-segment subdivision according to
1172     <n>-2 segments, with the <n>-1 vertices of this subdivision produced by
1174     through the <n>-1 innermost vertices of the subdivision of the outer
1176     subdivision process repeats itself, using the generated triangle as an
1177     outer triangle. This subdivision process is illustrated in Figure 11.X2.
1207     subdivision, two of the three vertices of each triangle are taken from
1219     temporary subdivision of the outer triangle edge above is discarded.
1222     the tessellation spacing. The original subdivision of the first inner
1268     three-segment subdivision depending on the tessellation spacing.  When
1269     used with fractional odd spacing, the three-segment subdivision may
1286     consist of a single point. This subdivision is illustrated in Figure
1316     inner and outer rectangles. To do this, the subdivision of the outer
1320     spacing. The original subdivision of the inner rectangle is retained.
1356     this subdivision, the tessellation spacing mode is ignored and treated
1696     subdivision generates a vertex with tessellation coordinates of the form
1699     For quad tessellation, if the subdivision generates a vertex with
1785                                                                     generator edge subdivision
2661     produce a three-segment subdivision, with one full-size interior segment