XIL Atomic Functions

B

Table B-1 lists the XIL atomic functions. The first column gives the name of the function that must be supplied in the XILCONFIG header comment in order to associate an implemented function with an API call. The second column gives the name of the API binding call associated with the atomic name. Further description of these API functions can be found in the XIL Reference Manual.pf

Table B-1 (1 of 12)

Atomic Function	What It Does
`absolute16`	`xil_absolute` for 16-bit images
`add1`	`xil_add` for 1-bit images
`add16`	`xil_add` for 16-bit images
`add8`	`xil_add` for 8-bit images
`addconst1`	`xil_add_const` for 1-bit images
`addconst16`	`xil_add_const` for 16-bit images
`addconst8`	`xil_add_const` for 8-bit images
`affine16bicubic`	`xil_affine` for 16-bit images, bicubic interpolation
`affine16bilinear`	`xil_affine` for 16-bit images, bilinear interpolation
`affine16general`	`xil_affine` for 16-bit images, general interpolation
`affine16nearest`	`xil_affine` for 16-bit images, nearest neighbor interpolation
`affine1bicubic`	`xil_affine` for 1-bit images, bicubic interpolation

Table B-1 (2 of 12)

Atomic Function	What It Does
`affine1bilinear`	`xil_affine` for 1-bit images, bilinear interpolation
`affine1general`	`xil_affine` for 1-bit images, general interpolation
`affine1nearest`	`xil_affine` for 1-bit images, nearest neighbor interpolation
`affine8bicubic`	`xil_affine` for 8-bit images, bicubic interpolation
`affine8bilinear`	`xil_affine` for 8-bit images, bilinear interpolation
`affine8general`	`xil_affine` for 8-bit images, general interpolation
`affine8nearest`	`xil_affine` for 8-bit images, nearest neighbor interpolation
`and1`	`xil_and` for 1-bit images
`and16`	`xil_and` for 16-bit images
`and8`	`xil_and` for 8-bit images
`andconst1`	`xil_and_const` for 1-bit images
`andconst16`	`xil_and_const` for 16-bit images
`andconst8`	`xil_and_const` for 8-bit images
`bandCombine1`	`xil_band_combine` for 1-bit images
`bandCombine16`	`xil_band_combine` for 16-bit images
`bandCombine8`	`xil_band_combine` for 8-bit images
`blackgeneration16`	`xil_black_generation` for 16-bit images
`blackgeneration8`	`xil_black_generation` for 8-bit images
`blend16a1`	`xil_blend` for 16-bit images with 1-bit alpha
`blend16a16`	`xil_blend` for 16-bit images with 16-bit alpha
`blend16a8`	`xil_blend` for 16-bit images with 8-bit alpha
`blend1a1`	`xil_blend` for 1-bit images with 1-bit alpha
`blend1a16`	`xil_blend` for 1-bit images with 16-bit alpha
`blend1a8`	`xil_blend` for 1-bit images with 8-bit alpha
`blend8a1`	`xil_blend` for 8-bit images with 1-bit alpha
`blend8a16`	`xil_blend` for 8-bit images with 16-bit alpha

Table B-1 (3 of 12)

Atomic Function	What It Does
`blend8a8`	`xil_blend` for 8-bit images with 8-bit alpha
`chooseColormap8`	`xil_choose_colormap` for 8-bit images
`colorconvert`	`xil_color_convert`
`convert16_1`	`xil_cast` for 16-bit source, 1-bit destination
`convert16_8`	`xil_cast` for 16-bit source, 8-bit destination
`convert1_16`	`xil_cast` for 1-bit source, 16-bit destination
`convert1_8`	`xil_cast` for 1-bit source, 8-bit destination
`convert8_1`	`xil_cast` for 8-bit source, 1-bit destination
`convert8_16`	`xil_cast` for 8-bit source, 16-bit destination
`convolve1`	`xil_convolve` for 1-bit images
`convolve16`	`xil_convolve` for 16-bit images
`convolve8`	`xil_convolve` for 8-bit images
`copy1`	`xil_copy` for 1-bit images
`copy16`	`xil_copy` for 16-bit images
`copy8`	`xil_copy` for 8-bit images
`copy_with_planemask1`	`xil_copy_with_planemask` for 1-bit images
`copy_with_planemask16`	`xil_copy_with_planemask` for 16-bit images
`copy_with_planemask8`	`xil_copy_with_planemask` for 8-bit images
`copypattern1`	`xil_copy_pattern` for 1-bit images
`copypattern16`	`xil_copy_pattern` for 16-bit images
`copypattern8`	`xil_copy_pattern` for 8-bit images
`dilate1`	`xil_dilate` for 1-bit images
`dilate16`	`xil_dilate` for 16-bit images
`dilate8`	`xil_dilate` for 8-bit images
`divide1`	`xil_divide` for 1-bit images
`divide16`	`xil_divide` for 16-bit images
`divide8`	`xil_divide` for 8-bit images

Table B-1 (4 of 12)

Atomic Function	What It Does
`divideintoconst1`	`xil_divide_into_const` for 1-bit images
`divideintoconst16`	`xil_divide_into_const` for 16-bit images
`divideintoconst8`	`xil_divide_into_const` for 8-bit images
`edge_detect_sobel1`	`xil_edge_detection` for 1-bit images
`edge_detect_sobel16`	`xil_edge_detection` for 16-bit images
`edge_detect_sobel8`	`xil_edge_detection` for 8-bit images
`erode1`	`xil_erode` for 1-bit images
`erode16`	`xil_erode` for 16-bit images
`erode8`	`xil_erode` for 8-bit images
`errordiffusion16_1`	`xil_error_diffusion` for 16-bit source, 1-bit destination
`errordiffusion16_16`	`xil_error_diffusion` for 16-bit source, 16-bit destination
`errordiffusion16_8`	`xil_error_diffusion` for 16-bit source, 8-bit destination
`errordiffusion1_1`	`xil_error_diffusion` for 1-bit source, 1-bit destination
`errordiffusion1_16`	`xil_error_diffusion` for 1-bit source, 16-bit destination
`errordiffusion1_8`	`xil_error_diffusion` for 1-bit source, 8-bit destination
`errordiffusion8_1`	`xil_error_diffusion` for 8-bit source, 1-bit destination
`errordiffusion8_16`	`xil_error_diffusion` for 8-bit source, 16-bit destination
`errordiffusion8_8`	`xil_error_diffusion` for 8-bit source, 8-bit destination
`extrema1`	`xil_extrema` for 1-bit images
`extrema16`	`xil_extrema` for 16-bit images
`extrema8`	`xil_extrema` for 8-bit images

Table B-1 (5 of 12)

Atomic Function	What It Does
`fill1`	`xil_fill` for 1-bit images
`fill16`	`xil_fill` for 16-bit images
`fill8`	`xil_fill` for 8-bit images
`histogram1`	`xil_histogram` for 1-bit images
`histogram16`	`xil_histogram` for 16-bit images
`histogram8`	`xil_histogram` for 8-bit images
`lookup16_1`	`xil_lookup` for 16-bit source, 1-bit destination
`lookup16_16`	`xil_lookup` for 16-bit source, 16-bit destination
`lookup16_8`	`xil_lookup` for 16-bit source, 8-bit destination
`lookup1_1`	`xil_lookup` for 1-bit source, 1-bit destination
`lookup1_16`	`xil_lookup` for 1-bit source, 16-bit destination
`lookup1_8`	`xil_lookup` for 1-bit source, 8-bit destination
`lookup8_1`	`xil_lookup` for 8-bit source, 1-bit destination
`lookup8_16`	`xil_lookup` for 8-bit source, 16-bit destination
`lookup8_8`	`xil_lookup` for 8-bit source, 8-bit destination
`max16`	`xil_max` for 16-bit images
`max8`	`xil_max` for 8-bit images
`min16`	`xil_min` for 16-bit images
`min8`	`xil_min` for 8-bit images
`multiply1`	`xil_multiply` for 1-bit images
`multiply16`	`xil_multiply` for 16-bit images
`multiply8`	`xil_multiply` for 8-bit images
`multiplyconst1`	`xil_multiply_const` for 1-bit images
`multiplyconst16`	`xil_multiply_const` for 16-bit images
`multiplyconst8`	`xil_multiply_const` for 8-bit images
`nearestcolor16_1`	`xil_nearest_color` for 16-bit source, 1-bit destination

Table B-1 (6 of 12)

Atomic Function	What It Does
`nearestcolor16_16`	`xil_nearest_color` for 16-bit source, 16-bit destination
`nearestcolor16_8`	`xil_nearest_color` for 16-bit source, 8-bit destination
`nearestcolor1_1`	`xil_nearest_color` for 1-bit source, 1-bit destination
`nearestcolor1_16`	`xil_nearest_color` for 1-bit source, 16-bit destination
`nearestcolor1_8`	`xil_nearest_color` for 1-bit source, 8-bit destination
`nearestcolor8_1`	`xil_nearest_color` for 8-bit source, 1-bit destination
`nearestcolor8_16`	`xil_nearest_color` for 8-bit source, 16-bit destination
`nearestcolor8_8`	`xil_nearest_color` for 8-bit source, 8-bit destination
`not1`	`xil_not` for 1-bit images
`not16`	`xil_not` for 16-bit images
`not8`	`xil_not` for 8-bit images
`or1`	`xil_or` for 1-bit images
`or16`	`xil_or` for 16-bit images
`or8`	`xil_or` for 8-bit images
`orconst1`	`xil_or_const` for 1-bit images
`orconst16`	`xil_or_const` for 16-bit images
`orconst8`	`xil_or_const` for 8-bit images
`ordereddither16_1`	`xil_ordered_dither` for 16-bit source, 1-bit destination
`ordereddither16_16`	`xil_ordered_dither` for 16-bit source, 16-bit destination
`ordereddither16_8`	`xil_ordered_dither` for 16-bit source, 8-bit destination

Table B-1 (7 of 12)

Atomic Function	What It Does
`ordereddither1_1`	`xil_ordered_dither` for 1-bit source, 1-bit destination
`ordereddither1_16`	`xil_ordered_dither` for 1-bit source, 16-bit destination
`ordereddither1_8`	`xil_ordered_dither` for 1-bit source, 8-bit destination
`ordereddither8_1`	`xil_ordered_dither` for 8-bit source, 1-bit destination
`ordereddither8_16`	`xil_ordered_dither` for 8-bit source, 16-bit destination
`ordereddither8_8`	`xil_ordered_dither` for 8-bit source, 8-bit destination
`paint1`	`xil_paint` for 1-bit images
`paint16`	`xil_paint` for 16-bit images
`paint8`	`xil_paint` for 8-bit images
`rescale1`	`xil_rescale` for 1-bit images
`rescale16`	`xil_rescale` for 16-bit images
`rescale8`	`xil_rescale` for 8-bit images
`rotate16bicubic`	`xil_rotate` for 16-bit images, bicubic interpolation
`rotate16bilinear`	`xil_rotate` for 16-bit images, bilinear interpolation
`rotate16general`	`xil_rotate` for 16-bit images, general interpolation
`rotate16nearest`	`xil_rotate` for 16-bit images, nearest neighbor interpolation
`rotate1bicubic`	`xil_rotate` for 1-bit images, bicubic interpolation
`rotate1bilinear`	`xil_rotate` for 1-bit images, bilinear interpolation
`rotate1general`	`xil_rotate` for 1-bit images, general interpolation
`rotate1nearest`	`xil_rotate` for 1-bit images, nearest neighbor interpolation
`rotate8bicubic`	`xil_rotate` for 8-bit images, bicubic interpolation
`rotate8bilinear`	`xil_rotate` for 8-bit images, bilinear interpolation

Table B-1 (8 of 12)

Atomic Function	What It Does
`rotate8general`	`xil_rotate` for 8-bit images, general interpolation
`rotate8nearest`	`xil_rotate` for 8-bit images, nearest neighbor interpolation
`scale16bicubic`	`xil_scale` for 16-bit images, bicubic interpolation
`scale16bilinear`	`xil_scale` for 16-bit images, bilinear interpolation
`scale16general`	xil_scale for 16-bit images, general interpolation
`scale16nearest`	`xil_scale` for 16-bit images, nearest neighbor interpolation
`scale1bicubic`	`xil_scale` for 1-bit images, bicubic interpolation
`scale1bilinear`	`xil_scale` for 1-bit images, bilinear interpolation
`scale1general`	`xil_scale` for 1-bit images, general interpolation
`scale1nearest`	`xil_scale` for 1-bit images, nearest neighbor interpolation
`scale8bicubic`	`xil_scale` for 8-bit images, bicubic interpolation
`scale8bilinear`	`xil_scale` for 8-bit images, bilinear interpolation
`scale8general`	xil_scale for 8-bit images, general interpolation
`scale8nearest`	`xil_scale` for 8-bit images, nearest neighbor interpolation
`setvalue1`	`xil_set_value` for 1-bit images
`setvalue16`	`xil_set_value` for 16-bit images
`setvalue8`	`xil_set_value` for 8-bit images
`softfill1`	`xil_soft_fill` for 1-bit images
`softfill16`	`xil_soft_fill` for 16-bit images
`softfill8`	`xil_soft_fill` for 8-bit images
`squeezerange1`	`xil_squeeze_range` for 1-bit images
`squeezerange16`	`xil_squeeze_range` for 16-bit images
`squeezerange8`	`xil_squeeze_range` for 8-bit images
`subsample1_8`	`xil_subsample_binary_to_gray` 8-bit destination
`subsampleAdaptive1`	`xil_subsample_adaptive` for 1-bit images

Table B-1 (9 of 12)

Atomic Function	What It Does
`subsampleAdaptive16`	`xil_subsample_adaptive` for 16-bit images
`subsampleAdaptive8`	`xil_subsample_adaptive` for 8-bit images
`subtract1`	`xil_subtract` for 1-bit images
`subtract16`	`xil_subtract` for 16-bit images
`subtract8`	`xil_subtract` for 8-bit images
`subtractfromconst1`	`xil_subtract_from_const` for 1-bit images
`subtractfromconst16`	`xil_subtract_from_const` for 16-bit images
`subtractfromconst8`	`xil_subtract_from_const` for 8-bit images
`tablewarp16bicubic`	`xil_tablewarp` for 16-bit images, bicubic interpolation
`tablewarp16bilinear`	`xil_tablewarp` for 16-bit images, bilinear interpolation
`tablewarp16general`	`xil_tablewarp` for 16-bit images, general interpolation
`tablewarp16nearest`	`xil_tablewarp` for 16-bit images, nearest neighbor interpolation
`tablewarp1bicubic`	`xil_tablewarp` for 1-bit images, bicubic interpolation
`tablewarp1bilinear`	`xil_tablewarp` for 1-bit images, bilinear interpolation
`tablewarp1general`	`xil_tablewarp` for 1-bit images, general interpolation
`tablewarp1nearest`	`xil_tablewarp` for 1-bit images, nearest neighbor interpolation
`tablewarp8bicubic`	`xil_tablewarp` for 8-bit images, bicubic interpolation
`tablewarp8bilinear`	`xil_tablewarp` for 8-bit images, bilinear interpolation
`tablewarp8general`	`xil_tablewarp` for 8-bit images, general interpolation

Table B-1 (10 of 12)

Atomic Function	What It Does
`tablewarp8nearest`	`xil_tablewarp` for 8-bit images, nearest neighbor interpolation
`tablewarph16bicubic`	`xil_tablewarp_horizontal` for 16-bit images, bicubic interpolation
`tablewarph16bilinear`	`xil_tablewarp_horizontal` for 16-bit images, bilinear interpolation
`tablewarph16general`	`xil_tablewarp_horizontal` for 16-bit images, general interpolation
`tablewarph16nearest`	`xil_tablewarp_horizontal` for 16-bit images, nearest neighbor interpolation
`tablewarph1bicubic`	`xil_tablewarp_horizontal` for 1-bit images, bicubic interpolation
`tablewarph1bilinear`	`xil_tablewarp_horizontal` for 1-bit images, bilinear interpolation
`tablewarph1general`	`xil_tablewarp_horizontal` for 1-bit images, general interpolation
`tablewarph1nearest`	`xil_tablewarp_horizontal` for 1-bit images, nearest neighbor interpolation
`tablewarph8bicubic`	`xil_tablewarp_horizontal` for 8-bit images, bicubic interpolation
`tablewarph8bilinear`	`xil_tablewarp_horizontal` for 8-bit images, bilinear interpolation
`tablewarph8general`	`xil_tablewarp_horizontal` for 8-bit images, general interpolation
`tablewarph8nearest`	`xil_tablewarp_horizontal` for 8-bit images, nearest neighbor interpolation
`tablewarpv16bicubic`	`xil_tablewarp_vertical` for 16-bit images, bicubic interpolation
`tablewarpv16bilinear`	`xil_tablewarp_vertical` for 16-bit images, bilinear interpolation
`tablewarpv16general`	`xil_tablewarp_vertical` for 16-bit images, general interpolation

Table B-1 (11 of 12)

Atomic Function	What It Does
`tablewarpv16nearest`	`xil_tablewarp_vertical` for 16-bit images, nearest neighbor interpolation
`tablewarpv1bicubic`	`xil_tablewarp_vertical` for 1-bit images, bicubic interpolation
`tablewarpv1bilinear`	`xil_tablewarp_vertical` for 1-bit images, bilinear interpolation
`tablewarpv1general`	`xil_tablewarp_vertical` for 1-bit images, general interpolation
`tablewarpv1nearest`	`xil_tablewarp_vertical` for 1-bit images, nearest neighbor interpolation
`tablewarpv8bicubic`	`xil_tablewarp_vertical` for 8-bit images, bicubic interpolation
`tablewarpv8bilinear`	`xil_tablewarp_vertical` for 8-bit images, bilinear interpolation
`tablewarpv8general`	`xil_tablewarp_vertical` for 8-bit images, general interpolation
`tablewarpv8nearest`	`xil_tablewarp_vertical` for 8-bit images, nearest neighbor interpolation
`threshold1`	`xil_threshold` for 1-bit images
`threshold16`	`xil_threshold` for 16-bit images
`threshold8`	`xil_threshold` for 8-bit images
`translate16bicubic`	`xil_translate` for 16-bit images, bicubic interpolation
`translate16bilinear`	`xil_translate` for 16-bit images, bilinear interpolation
`translate16general`	xil_translate for 16-bit images, general interpolation
`translate16nearest`	`xil_translate` for 16-bit images, nearest neighbor interpolation
`translate1bicubic`	`xil_translate` for 1-bit images, bicubic interpolation
`translate1bilinear`	`xil_translate` for 1-bit images, bilinear interpolation

Table B-1 (12 of 12)

Atomic Function	What It Does
`translate1general`	xil_translate for 1-bit images, general interpolation
`translate1nearest`	`xil_translate` for 1-bit images, nearest neighbor interpolation
`translate8bicubic`	`xil_translate` for 8-bit images, bicubic interpolation
`translate8bilinear`	`xil_translate` for 8-bit images, bilinear interpolation
`translate8general`	`xil_translate` for 8-bit images, general interpolation
`translate8nearest`	`xil_translate` for 8-bit images, nearest neighbor interpolation
`transpose1`	`xil_transpose` for 1-bit images
`transpose16`	`xil_transpose` for 16-bit images
`transpose8`	`xil_transpose` for 8-bit images
`xor1`	`xil_xor` for 1-bit images
`xor16`	`xil_xor` for 16-bit images
`xor8`	`xil_xor` for 8-bit images
`xorconst1`	`xil_xor_const` for 1-bit images
`xorconst16`	`xil_xor_const` for 16-bit images
`xorconst8`	`xil_xor_const` for 8-bit images