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Lines Matching refs:tiles

29     read pixels from memory, applications that use grids of tiles of pixels, 
33 break the image into a grid of rectangular tiles of pixels. Such an
39 of pixels. The grid of tiles is essentially a sequence of the structures
42 through the tiles, either coalescing the tiles into a single tile in
48 that use tiles of pixels and convolution must copy the subimage to be
49 transferred from the grid of tiles to a contiguous region, then pass the
51 coalescing of tiles is not needed for some other reason or is not a
57 grid of tiles of pixels in addition to the current sequence of rows
87 tiles of pixels are used; significant amounts of time are spent
166 as groups arranged in a grid of rectangles (or tiles). The method of
169 a grid of tiles. If less than or equal to 0, the source is a single
238 When groups are held in memory as a grid of tiles, the image rectangle
239 consists of a series of rows of rectangular tiles. See Figure 3.8.a???.
241 cross all tiles in a row of the grid. Unlike the single rectangle
246 the number of tiles in the width of the image. UNPACK_ROW_LENGTH is
247 ignored when using pixel tiles.
253 establish the row of tiles in the grid containing the row of groups in
259 where index is the (0-based) index of the tile, n is the number of tiles
262 The starting address within each of the tiles in the row across the
267 That groups are being held in memory as a grid of tiles is indicated
272 starting addresses for each of the tiles.
274 When transferring a subimage from the grid of tiles, a complete row of
277 crosses tiles, the sequence of groups transferred will be
283 positive value indicating pixel tiles are being used and
289 positive value indicating both that pixel tiles are being used and the
290 number of tiles in width of the image. PIXEL_TILE_WIDTH_SGIX and
312 the optimal memory alignment for the starting address of pixel tiles.
387 pixel tiles and the specified size of the grid of pixel tiles is