/* Copyright (c) 2015 - 2022 Advanced Micro Devices, Inc. All rights reserved. Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ #include "ago_kernel_api.h" // for argConfig[] #define AIN ( AGO_KERNEL_ARG_INPUT_FLAG ) #define AINOUT ( AGO_KERNEL_ARG_INPUT_FLAG | AGO_KERNEL_ARG_OUTPUT_FLAG ) #define AOUT ( AGO_KERNEL_ARG_OUTPUT_FLAG ) #define AOPTIN ( AGO_KERNEL_ARG_OPTIONAL_FLAG | AGO_KERNEL_ARG_INPUT_FLAG ) #define AOPTOUT ( AGO_KERNEL_ARG_OPTIONAL_FLAG | AGO_KERNEL_ARG_OUTPUT_FLAG ) #define AIN_AOUT { AIN, AOUT } #define AINx2_AOUT { AIN, AIN, AOUT } #define AINx3_AOUT { AIN, AIN, AIN, AOUT } #define AINx4_AOUT { AIN, AIN, AIN, AIN, AOUT } #define AINx5_AOUT { AIN, AIN, AIN, AIN, AIN, AOUT } #define AINx2_AOPTINx2_AOUT { AIN, AIN, AOPTIN, AOPTIN, AOUT } #define AIN_AOPTOUTx2 { AIN, AOPTOUT, AOPTOUT } #define AIN_AOUT_AIN { AIN, AOUT, AIN } #define AIN_AOUTx2 { AIN, AOUT, AOUT } #define AIN_AINOUT { AIN, AINOUT } #define AINx2_AINOUT { AIN, AIN, AINOUT } #define AIN_AOUTx2_AOPTOUTx4 { AIN, AOUT, AOUT, AOPTOUT, AOPTOUT, AOPTOUT, AOPTOUT } #define AIN_AOUT_AINx2 { AIN, AOUT, AIN, AIN } #define AINx3_AOUT_AOPTOUT { AIN, AIN, AIN, AOUT, AOPTOUT } #define AINx6_AOUT_AOPTOUT { AIN, AIN, AIN, AIN, AIN, AIN, AOUT, AOPTOUT } #define AINx4_AOUT_AINx5 { AIN, AIN, AIN, AIN, AOUT, AIN, AIN, AIN, AIN, AIN } #define AOUT_AIN { AOUT, AIN } #define AOUT_AIN_AOPTIN { AOUT, AIN, AOPTIN } #define AOUT_AINx2 { AOUT, AIN, AIN } #define AOUT_AINx2_AOPTIN { AOUT, AIN, AIN, AOPTIN } #define AOUT_AINx3 { AOUT, AIN, AIN, AIN } #define AOUT_AINx4 { AOUT, AIN, AIN, AIN, AIN } #define AOUT_AINx8 { AOUT, AIN, AIN, AIN, AIN, AIN, AIN, AIN, AIN } #define AOUT_AINx9 { AOUT, AIN, AIN, AIN, AIN, AIN, AIN, AIN, AIN, AIN } #define AOUTx2_AIN { AOUT, AOUT, AIN } #define AOUTx2_AINx2 { AOUT, AOUT, AIN, AIN } #define AOUTx2_AINx2_AOPTIN { AOUT, AOUT, AIN, AIN, AOPTIN } #define AOUTx2_AINx3 { AOUT, AOUT, AIN, AIN, AIN } #define AOUTx3_AIN { AOUT, AOUT, AOUT, AIN } #define AOUTx3_AINx2 { AOUT, AOUT, AOUT, AIN, AIN } #define AOUTx4_AIN { AOUT, AOUT, AOUT, AOUT, AIN } #define AOUTx4_AINx2 { AOUT, AOUT, AOUT, AOUT, AIN, AIN } #define AOUTx3_AINx3 { AOUT, AOUT, AOUT, AIN, AIN, AIN } #define AOUTx2_AIN_AOPTINx7 { AOUT, AOUT, AIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN } #define AOUTx3_AIN_AOPTINx6 { AOUT, AOUT, AOUT, AIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN } #define AOUTx2_AINx2_AOPTINx6 { AOUT, AOUT, AIN, AIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN } #define AOUT_AIN_AOPTINx8 { AOUT, AIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN } #define AINOUT_AIN { AINOUT, AIN } #define AINOUT_AINx2 { AINOUT, AIN, AIN } #define AOUTx3_AINx2_AOPTINx5 { AOUT, AOUT, AOUT, AIN, AIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN } #define AOUTx4_AINx2_AOPTINx4 { AOUT, AOUT, AOUT, AOUT, AIN, AIN, AOPTIN, AOPTIN, AOPTIN, AOPTIN } #define AOUTx5_AINx2_AOPTINx2 { AOUT, AOUT, AOUT, AOUT, AOUT, AIN, AIN, AOPTIN, AOPTIN } #define AOUTx6_AINx2_AOPTINx2 { AOUT, AOUT, AOUT, AOUT, AOUT, AOUT, AIN, AIN, AOPTIN, AOPTIN } #define AOUT_AOPTOUT_AINx2 { AOUT, AOPTOUT, AIN, AIN } #define AOUT_AOPTOUT_AINx4 { AOUT, AOPTOUT, AIN, AIN, AIN, AIN } #define AOUT_AOPTOUTx2_AINx2 { AOUT, AOPTOUT, AOPTOUT, AIN, AIN } #define AOUTx2_AOPTOUTx2_AINx2 { AOUT, AOUT, AOPTOUT, AOPTOUT, AIN, AIN } // for argType[] #define ATYPE_I { VX_TYPE_IMAGE } #define ATYPE_II { VX_TYPE_IMAGE, VX_TYPE_IMAGE } #define ATYPE_III { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_IMAGE } #define ATYPE_IIII { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_IMAGE } #define ATYPE_IIIII { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_IMAGE } #define ATYPE_IIIIII { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_IMAGE } #define ATYPE_IIS { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_SCALAR } #define ATYPE_ISI { VX_TYPE_IMAGE, VX_TYPE_SCALAR, VX_TYPE_IMAGE } #define ATYPE_IIL { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_LUT } #define ATYPE_ILI { VX_TYPE_IMAGE, VX_TYPE_LUT, VX_TYPE_IMAGE } #define ATYPE_ID { VX_TYPE_IMAGE, VX_TYPE_DISTRIBUTION } #define ATYPE_ISS { VX_TYPE_IMAGE, VX_TYPE_SCALAR, VX_TYPE_SCALAR } #define ATYPE_IIT { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_THRESHOLD } #define ATYPE_IITS { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_THRESHOLD, VX_TYPE_SCALAR } #define ATYPE_ITI { VX_TYPE_IMAGE, VX_TYPE_THRESHOLD, VX_TYPE_IMAGE } #define ATYPE_IIC { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_CONVOLUTION } #define ATYPE_IIICC { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_CONVOLUTION, VX_TYPE_CONVOLUTION } #define ATYPE_ICI { VX_TYPE_IMAGE, VX_TYPE_CONVOLUTION, VX_TYPE_IMAGE } #define ATYPE_IP { VX_TYPE_IMAGE, VX_TYPE_PYRAMID } #define ATYPE_IPI { VX_TYPE_IMAGE, VX_TYPE_PYRAMID, VX_TYPE_IMAGE } #define ATYPE_PII { VX_TYPE_PYRAMID, VX_TYPE_IMAGE, VX_TYPE_IMAGE } #define ATYPE_IIP { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_PYRAMID } #define ATYPE_ISSAASS { VX_TYPE_IMAGE, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_SCALAR, VX_TYPE_SCALAR } #define ATYPE_IISSSI { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_IMAGE } #define ATYPE_IISI { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_SCALAR, VX_TYPE_IMAGE } #define ATYPE_ISII { VX_TYPE_IMAGE, VX_TYPE_SCALAR, VX_TYPE_IMAGE, VX_TYPE_IMAGE } #define ATYPE_IISS { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_SCALAR, VX_TYPE_SCALAR } #define ATYPE_IISSS { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_SCALAR } #define ATYPE_ITSSI { VX_TYPE_IMAGE, VX_TYPE_THRESHOLD, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_IMAGE } #define ATYPE_IMSI { VX_TYPE_IMAGE, VX_TYPE_MATRIX, VX_TYPE_SCALAR, VX_TYPE_IMAGE } #define ATYPE_ISSSSSAS { VX_TYPE_IMAGE, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_ARRAY, VX_TYPE_SCALAR } #define ATYPE_ISSAS { VX_TYPE_IMAGE, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_ARRAY, VX_TYPE_SCALAR } #define ATYPE_PPAAASSSSS { VX_TYPE_PYRAMID, VX_TYPE_PYRAMID, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_SCALAR } #define ATYPE_IRSI { VX_TYPE_IMAGE, VX_TYPE_REMAP, VX_TYPE_SCALAR, VX_TYPE_IMAGE } #define ATYPE_IIIS { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_SCALAR } #define ATYPE_SISI { VX_TYPE_SCALAR, VX_TYPE_IMAGE, VX_TYPE_SCALAR, VX_TYPE_IMAGE } #define ATYPE_SIMI { VX_TYPE_SCALAR, VX_TYPE_IMAGE, VX_TYPE_MATRIX, VX_TYPE_IMAGE } #define ATYPE_AI { VX_TYPE_ARRAY, VX_TYPE_IMAGE } #define ATYPE_AIS { VX_TYPE_ARRAY, VX_TYPE_IMAGE, VX_TYPE_SCALAR } #define ATYPE_ASIS { VX_TYPE_ARRAY, VX_TYPE_SCALAR, VX_TYPE_IMAGE, VX_TYPE_SCALAR } #define ATYPE_ASASSS { VX_TYPE_ARRAY, VX_TYPE_SCALAR, VX_TYPE_IMAGE, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_SCALAR } #define ATYPE_IcIT { VX_TYPE_IMAGE, AGO_TYPE_CANNY_STACK, VX_TYPE_IMAGE, VX_TYPE_THRESHOLD } #define ATYPE_IcITS { VX_TYPE_IMAGE, AGO_TYPE_CANNY_STACK, VX_TYPE_IMAGE, VX_TYPE_THRESHOLD, VX_TYPE_SCALAR } #define ATYPE_IIR { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_REMAP } #define ATYPE_IIM { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_MATRIX } #define ATYPE_IIIMM { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_MATRIX, VX_TYPE_MATRIX } #define ATYPE_IIRS { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_REMAP, VX_TYPE_SCALAR } #define ATYPE_IIMS { VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_MATRIX, VX_TYPE_SCALAR } #define ATYPE_IIx { VX_TYPE_IMAGE, VX_TYPE_IMAGE, AGO_TYPE_SCALE_MATRIX } #define ATYPE_AAA { VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY } #define ATYPE_AAAAS { VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_SCALAR } #define ATYPE_AAIISSSSS { VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_IMAGE, VX_TYPE_IMAGE, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_SCALAR } #define ATYPE_APPAASSSSS { VX_TYPE_ARRAY, VX_TYPE_PYRAMID, VX_TYPE_PYRAMID, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_SCALAR } #define ATYPE_ASAAAAAAAA { VX_TYPE_ARRAY, VX_TYPE_SCALAR, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY } #define ATYPE_Ic { VX_TYPE_IMAGE, AGO_TYPE_CANNY_STACK } #define ATYPE_DI { VX_TYPE_DISTRIBUTION, VX_TYPE_IMAGE } #define ATYPE_mI { AGO_TYPE_MINMAXLOC_DATA, VX_TYPE_IMAGE } #define ATYPE_sI { AGO_TYPE_MEANSTDDEV_DATA, VX_TYPE_IMAGE } #define ATYPE_LDDDDDDDDD { VX_TYPE_LUT, VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION } #define ATYPE_DDDDDDDDDD { VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION, VX_TYPE_DISTRIBUTION } #define ATYPE_SSssssssss { VX_TYPE_SCALAR, VX_TYPE_SCALAR, AGO_TYPE_MEANSTDDEV_DATA, AGO_TYPE_MEANSTDDEV_DATA, AGO_TYPE_MEANSTDDEV_DATA, AGO_TYPE_MEANSTDDEV_DATA, AGO_TYPE_MEANSTDDEV_DATA, AGO_TYPE_MEANSTDDEV_DATA, AGO_TYPE_MEANSTDDEV_DATA, AGO_TYPE_MEANSTDDEV_DATA } #define ATYPE_SSmmmmmmmm { VX_TYPE_SCALAR, VX_TYPE_SCALAR, AGO_TYPE_MINMAXLOC_DATA, AGO_TYPE_MINMAXLOC_DATA, AGO_TYPE_MINMAXLOC_DATA, AGO_TYPE_MINMAXLOC_DATA, AGO_TYPE_MINMAXLOC_DATA, AGO_TYPE_MINMAXLOC_DATA, AGO_TYPE_MINMAXLOC_DATA, AGO_TYPE_MINMAXLOC_DATA } #define ATYPE_SIm { VX_TYPE_SCALAR, VX_TYPE_IMAGE, AGO_TYPE_MINMAXLOC_DATA } #define ATYPE_SSIm { VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_IMAGE, AGO_TYPE_MINMAXLOC_DATA } #define ATYPE_ASIm { VX_TYPE_ARRAY, VX_TYPE_SCALAR, VX_TYPE_IMAGE, AGO_TYPE_MINMAXLOC_DATA } #define ATYPE_ASSIm { VX_TYPE_ARRAY, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_IMAGE, AGO_TYPE_MINMAXLOC_DATA } #define ATYPE_AASSIm { VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_SCALAR, VX_TYPE_SCALAR, VX_TYPE_IMAGE, AGO_TYPE_MINMAXLOC_DATA } #define ATYPE_SAAAAAAAAA { VX_TYPE_SCALAR, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY, VX_TYPE_ARRAY } #define ATYPE_RR { VX_TYPE_REFERENCE, VX_TYPE_REFERENCE } #define ATYPE_SRRR { VX_TYPE_SCALAR, VX_TYPE_REFERENCE, VX_TYPE_REFERENCE, VX_TYPE_REFERENCE } #define ATYPE_RSRR { VX_TYPE_REFERENCE, VX_TYPE_SCALAR, VX_TYPE_REFERENCE, VX_TYPE_REFERENCE } #define ATYPE_IMIS { VX_TYPE_IMAGE, VX_TYPE_MATRIX, VX_TYPE_IMAGE, VX_TYPE_SCALAR } // for kernOpType & kernOpInfo #define KOP_UNKNOWN AGO_KERNEL_OP_TYPE_UNKNOWN, 0, #define KOP_ELEMWISE AGO_KERNEL_OP_TYPE_ELEMENT_WISE, 0, #define KOP_FIXED(N) AGO_KERNEL_OP_TYPE_FIXED_NEIGHBORS, N, // list of all built-in kernels static struct { vx_enum id; int(*func)(AgoNode * node, AgoKernelCommand cmd); const char * name; vx_uint32 flags; vx_uint8 argConfig[AGO_MAX_PARAMS]; vx_enum argType[AGO_MAX_PARAMS]; vx_uint8 kernOpType; vx_uint8 kernOpInfo; } ago_kernel_list[] = { #define OVX_KERNEL_ENTRY(kernel_id,name,kname,argCfg,argType,validRectReset) \ { \ kernel_id, ovxKernel_ ## name, "org.khronos.openvx." kname, \ AGO_KERNEL_FLAG_GROUP_OVX10 | \ (validRectReset ? AGO_KERNEL_FLAG_VALID_RECT_RESET : 0), argCfg, argType \ } #define AGO_KERNEL_ENTRY(kernel_id,cpu_avail,gpu_avail,name,argCfg,argType,kernOp,validRectReset) \ { \ kernel_id, agoKernel_ ## name, "com.amd.openvx." #name, \ AGO_KERNEL_FLAG_GROUP_AMDLL | (cpu_avail ? AGO_KERNEL_FLAG_DEVICE_CPU : 0) | (gpu_avail ? AGO_KERNEL_FLAG_DEVICE_GPU : 0) | \ (validRectReset ? AGO_KERNEL_FLAG_VALID_RECT_RESET : 0), argCfg, argType, kernOp \ } // OpenVX 1.x built-in kernels OVX_KERNEL_ENTRY( VX_KERNEL_COLOR_CONVERT , ColorConvert, "color_convert", AIN_AOUT, ATYPE_II , false ), OVX_KERNEL_ENTRY( VX_KERNEL_CHANNEL_EXTRACT , ChannelExtract, "channel_extract", AINx2_AOUT, ATYPE_ISI , false ), OVX_KERNEL_ENTRY( VX_KERNEL_CHANNEL_COMBINE , ChannelCombine, "channel_combine", AINx2_AOPTINx2_AOUT, ATYPE_IIIII , false ), OVX_KERNEL_ENTRY( VX_KERNEL_SOBEL_3x3 , Sobel3x3, "sobel_3x3", AIN_AOPTOUTx2, ATYPE_III , false ), OVX_KERNEL_ENTRY( VX_KERNEL_MAGNITUDE , Magnitude, "magnitude", AINx2_AOUT, ATYPE_III , false ), OVX_KERNEL_ENTRY( VX_KERNEL_PHASE , Phase, "phase", AINx2_AOUT, ATYPE_III , false ), OVX_KERNEL_ENTRY( VX_KERNEL_SCALE_IMAGE , ScaleImage, "scale_image", AIN_AOUT_AIN, ATYPE_IIS , false ), OVX_KERNEL_ENTRY( VX_KERNEL_TABLE_LOOKUP , TableLookup, "table_lookup", AINx2_AOUT, ATYPE_ILI , false ), OVX_KERNEL_ENTRY( VX_KERNEL_HISTOGRAM , Histogram, "histogram", AIN_AOUT, ATYPE_ID , false ), OVX_KERNEL_ENTRY( VX_KERNEL_EQUALIZE_HISTOGRAM , EqualizeHistogram, "equalize_histogram", AIN_AOUT, ATYPE_II , false ), OVX_KERNEL_ENTRY( VX_KERNEL_ABSDIFF , AbsDiff, "absdiff", AINx2_AOUT, ATYPE_III , false ), OVX_KERNEL_ENTRY( VX_KERNEL_MEAN_STDDEV , MeanStdDev, "mean_stddev", AIN_AOUTx2, ATYPE_ISS , false ), OVX_KERNEL_ENTRY( VX_KERNEL_THRESHOLD , Threshold, "threshold", AINx2_AOUT, ATYPE_ITI , false ), OVX_KERNEL_ENTRY( VX_KERNEL_INTEGRAL_IMAGE , IntegralImage, "integral_image", AIN_AOUT, ATYPE_II , false ), OVX_KERNEL_ENTRY( VX_KERNEL_DILATE_3x3 , Dilate3x3, "dilate_3x3", AIN_AOUT, ATYPE_II , false ), OVX_KERNEL_ENTRY( VX_KERNEL_ERODE_3x3 , Erode3x3, "erode_3x3", AIN_AOUT, ATYPE_II , false ), OVX_KERNEL_ENTRY( VX_KERNEL_MEDIAN_3x3 , Median3x3, "median_3x3", AIN_AOUT, ATYPE_II , false ), OVX_KERNEL_ENTRY( VX_KERNEL_BOX_3x3 , Box3x3, "box_3x3", AIN_AOUT, ATYPE_II , false ), OVX_KERNEL_ENTRY( VX_KERNEL_GAUSSIAN_3x3 , Gaussian3x3, "gaussian_3x3", AIN_AOUT, ATYPE_II , false ), OVX_KERNEL_ENTRY( VX_KERNEL_CUSTOM_CONVOLUTION , CustomConvolution, "custom_convolution", AINx2_AOUT, ATYPE_ICI , false ), OVX_KERNEL_ENTRY( VX_KERNEL_GAUSSIAN_PYRAMID , GaussianPyramid, "gaussian_pyramid", AIN_AOUT, ATYPE_IP , false ), OVX_KERNEL_ENTRY( VX_KERNEL_ACCUMULATE , Accumulate, "accumulate", AIN_AINOUT, ATYPE_II , false ), OVX_KERNEL_ENTRY( VX_KERNEL_ACCUMULATE_WEIGHTED , AccumulateWeighted, "accumulate_weighted", AINx2_AINOUT, ATYPE_ISI , false ), OVX_KERNEL_ENTRY( VX_KERNEL_ACCUMULATE_SQUARE , AccumulateSquare, "accumulate_square", AINx2_AINOUT, ATYPE_ISI , false ), OVX_KERNEL_ENTRY( VX_KERNEL_MINMAXLOC , MinMaxLoc, "minmaxloc", AIN_AOUTx2_AOPTOUTx4, ATYPE_ISSAASS , false ), OVX_KERNEL_ENTRY( VX_KERNEL_CONVERTDEPTH , ConvertDepth, "convertdepth", AIN_AOUT_AINx2, ATYPE_IISS , false ), OVX_KERNEL_ENTRY( VX_KERNEL_CANNY_EDGE_DETECTOR , CannyEdgeDetector, "canny_edge_detector", AINx4_AOUT, ATYPE_ITSSI , false ), OVX_KERNEL_ENTRY( VX_KERNEL_AND , And, "and", AINx2_AOUT, ATYPE_III , false ), OVX_KERNEL_ENTRY( VX_KERNEL_OR , Or, "or", AINx2_AOUT, ATYPE_III , false ), OVX_KERNEL_ENTRY( VX_KERNEL_XOR , Xor, "xor", AINx2_AOUT, ATYPE_III , false ), OVX_KERNEL_ENTRY( VX_KERNEL_NOT , Not, "not", AIN_AOUT, ATYPE_II , false ), OVX_KERNEL_ENTRY( VX_KERNEL_MULTIPLY , Multiply, "multiply", AINx5_AOUT, ATYPE_IISSSI , false ), OVX_KERNEL_ENTRY( VX_KERNEL_ADD , Add, "add", AINx3_AOUT, ATYPE_IISI , false ), OVX_KERNEL_ENTRY( VX_KERNEL_SUBTRACT , Subtract, "subtract", AINx3_AOUT, ATYPE_IISI , false ), OVX_KERNEL_ENTRY( VX_KERNEL_WARP_AFFINE , WarpAffine, "warp_affine", AINx3_AOUT, ATYPE_IMSI , true ), OVX_KERNEL_ENTRY( VX_KERNEL_WARP_PERSPECTIVE , WarpPerspective, "warp_perspective", AINx3_AOUT, ATYPE_IMSI , true ), OVX_KERNEL_ENTRY( VX_KERNEL_HARRIS_CORNERS , HarrisCorners, "harris_corners", AINx6_AOUT_AOPTOUT, ATYPE_ISSSSSAS , false ), OVX_KERNEL_ENTRY( VX_KERNEL_FAST_CORNERS , FastCorners, "fast_corners", AINx3_AOUT_AOPTOUT, ATYPE_ISSAS , false ), OVX_KERNEL_ENTRY( VX_KERNEL_OPTICAL_FLOW_PYR_LK , OpticalFlowPyrLK, "optical_flow_pyr_lk", AINx4_AOUT_AINx5, ATYPE_PPAAASSSSS , false ), OVX_KERNEL_ENTRY( VX_KERNEL_REMAP , Remap, "remap", AINx3_AOUT, ATYPE_IRSI , true ), OVX_KERNEL_ENTRY( VX_KERNEL_HALFSCALE_GAUSSIAN , HalfScaleGaussian, "halfscale_gaussian", AIN_AOUT_AIN, ATYPE_IIS , false ), OVX_KERNEL_ENTRY( VX_KERNEL_COPY , Copy, "copy", AIN_AOUT, ATYPE_RR , false ), OVX_KERNEL_ENTRY( VX_KERNEL_SELECT , Select, "select", AINx3_AOUT, ATYPE_SRRR , false ), OVX_KERNEL_ENTRY( VX_KERNEL_WEIGHTED_AVERAGE , WeightedAverage, "weighted_average", AINx3_AOUT, ATYPE_ISII , false ), OVX_KERNEL_ENTRY( VX_KERNEL_NON_LINEAR_FILTER , NonLinearFilter, "non_linear_filter", AINx3_AOUT, ATYPE_SIMI , false ), OVX_KERNEL_ENTRY( VX_KERNEL_LAPLACIAN_PYRAMID , LaplacianPyramid, "laplacian_pyramid", AINx2_AOUT, ATYPE_IPI , false ), OVX_KERNEL_ENTRY( VX_KERNEL_LAPLACIAN_RECONSTRUCT , LaplacianReconstruct, "laplacian_reconstruct", AINx2_AOUT, ATYPE_PII , false ), // AMD low-level kernel primitives AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SET_00_U8 , 1, 1, Set00_U8, { AOUT }, ATYPE_I , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SET_FF_U8 , 1, 1, SetFF_U8, { AOUT }, ATYPE_I , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NOT_U8_U8 , 1, 1, Not_U8_U8, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NOT_U8_U1 , 1, 1, Not_U8_U1, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NOT_U1_U8 , 1, 1, Not_U1_U8, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NOT_U1_U1 , 1, 1, Not_U1_U1, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_LUT_U8_U8 , 1, 1, Lut_U8_U8, AOUT_AINx2, ATYPE_IIL , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_LUT_S16_S16 , 1, 1, Lut_S16_S16, AOUT_AINx2, ATYPE_IIL , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_THRESHOLD_U8_U8_BINARY , 1, 1, Threshold_U8_U8_Binary, AOUT_AINx2, ATYPE_IIT , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_THRESHOLD_U8_U8_RANGE , 1, 1, Threshold_U8_U8_Range, AOUT_AINx2, ATYPE_IIT , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_THRESHOLD_U1_U8_BINARY , 1, 1, Threshold_U1_U8_Binary, AOUT_AINx2, ATYPE_IIT , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_THRESHOLD_U1_U8_RANGE , 1, 1, Threshold_U1_U8_Range, AOUT_AINx2, ATYPE_IIT , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_THRESHOLD_U8_S16_BINARY , 1, 1, Threshold_U8_S16_Binary, AOUT_AINx2, ATYPE_IIT , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_THRESHOLD_U8_S16_RANGE , 1, 1, Threshold_U8_S16_Range, AOUT_AINx2, ATYPE_IIT , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_THRESHOLD_NOT_U8_U8_BINARY , 1, 1, ThresholdNot_U8_U8_Binary, AOUT_AINx2, ATYPE_IIT , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_THRESHOLD_NOT_U8_U8_RANGE , 1, 1, ThresholdNot_U8_U8_Range, AOUT_AINx2, ATYPE_IIT , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_THRESHOLD_NOT_U1_U8_BINARY , 1, 1, ThresholdNot_U1_U8_Binary, AOUT_AINx2, ATYPE_IIT , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_THRESHOLD_NOT_U1_U8_RANGE , 1, 1, ThresholdNot_U1_U8_Range, AOUT_AINx2, ATYPE_IIT , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_THRESHOLD_NOT_U8_S16_BINARY , 1, 1, ThresholdNot_U8_S16_Binary, AOUT_AINx2, ATYPE_IIT , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_THRESHOLD_NOT_U8_S16_RANGE , 1, 1, ThresholdNot_U8_S16_Range, AOUT_AINx2, ATYPE_IIT , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_DEPTH_U8_S16_WRAP , 1, 1, ColorDepth_U8_S16_Wrap, AOUT_AINx2, ATYPE_IIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_DEPTH_U8_S16_SAT , 1, 1, ColorDepth_U8_S16_Sat, AOUT_AINx2, ATYPE_IIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_DEPTH_S16_U8 , 1, 1, ColorDepth_S16_U8, AOUT_AINx2, ATYPE_IIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_ADD_U8_U8U8_WRAP , 1, 1, Add_U8_U8U8_Wrap, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_ADD_U8_U8U8_SAT , 1, 1, Add_U8_U8U8_Sat, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SUB_U8_U8U8_WRAP , 1, 1, Sub_U8_U8U8_Wrap, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SUB_U8_U8U8_SAT , 1, 1, Sub_U8_U8U8_Sat, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_U8_U8U8_WRAP_TRUNC , 1, 1, Mul_U8_U8U8_Wrap_Trunc, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_U8_U8U8_WRAP_ROUND , 1, 1, Mul_U8_U8U8_Wrap_Round, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_U8_U8U8_SAT_TRUNC , 1, 1, Mul_U8_U8U8_Sat_Trunc, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_U8_U8U8_SAT_ROUND , 1, 1, Mul_U8_U8U8_Sat_Round, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_AND_U8_U8U8 , 1, 1, And_U8_U8U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_AND_U8_U8U1 , 1, 1, And_U8_U8U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_AND_U8_U1U8 , 1, 1, And_U8_U1U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_AND_U8_U1U1 , 1, 1, And_U8_U1U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_AND_U1_U8U8 , 1, 1, And_U1_U8U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_AND_U1_U8U1 , 1, 1, And_U1_U8U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_AND_U1_U1U8 , 1, 1, And_U1_U1U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_AND_U1_U1U1 , 1, 1, And_U1_U1U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_OR_U8_U8U8 , 1, 1, Or_U8_U8U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_OR_U8_U8U1 , 1, 1, Or_U8_U8U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_OR_U8_U1U8 , 1, 1, Or_U8_U1U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_OR_U8_U1U1 , 1, 1, Or_U8_U1U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_OR_U1_U8U8 , 1, 1, Or_U1_U8U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_OR_U1_U8U1 , 1, 1, Or_U1_U8U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_OR_U1_U1U8 , 1, 1, Or_U1_U1U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_OR_U1_U1U1 , 1, 1, Or_U1_U1U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_XOR_U8_U8U8 , 1, 1, Xor_U8_U8U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_XOR_U8_U8U1 , 1, 1, Xor_U8_U8U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_XOR_U8_U1U8 , 1, 1, Xor_U8_U1U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_XOR_U8_U1U1 , 1, 1, Xor_U8_U1U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_XOR_U1_U8U8 , 1, 1, Xor_U1_U8U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_XOR_U1_U8U1 , 1, 1, Xor_U1_U8U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_XOR_U1_U1U8 , 1, 1, Xor_U1_U1U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_XOR_U1_U1U1 , 1, 1, Xor_U1_U1U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NAND_U8_U8U8 , 1, 1, Nand_U8_U8U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NAND_U8_U8U1 , 1, 1, Nand_U8_U8U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NAND_U8_U1U8 , 1, 1, Nand_U8_U1U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NAND_U8_U1U1 , 1, 1, Nand_U8_U1U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NAND_U1_U8U8 , 1, 1, Nand_U1_U8U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NAND_U1_U8U1 , 1, 1, Nand_U1_U8U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NAND_U1_U1U8 , 1, 1, Nand_U1_U1U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NAND_U1_U1U1 , 1, 1, Nand_U1_U1U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NOR_U8_U8U8 , 1, 1, Nor_U8_U8U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NOR_U8_U8U1 , 1, 1, Nor_U8_U8U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NOR_U8_U1U8 , 1, 1, Nor_U8_U1U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NOR_U8_U1U1 , 1, 1, Nor_U8_U1U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NOR_U1_U8U8 , 1, 1, Nor_U1_U8U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NOR_U1_U8U1 , 1, 1, Nor_U1_U8U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NOR_U1_U1U8 , 1, 1, Nor_U1_U1U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NOR_U1_U1U1 , 1, 1, Nor_U1_U1U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_XNOR_U8_U8U8 , 1, 1, Xnor_U8_U8U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_XNOR_U8_U8U1 , 1, 1, Xnor_U8_U8U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_XNOR_U8_U1U8 , 1, 1, Xnor_U8_U1U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_XNOR_U8_U1U1 , 1, 1, Xnor_U8_U1U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_XNOR_U1_U8U8 , 1, 1, Xnor_U1_U8U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_XNOR_U1_U8U1 , 1, 1, Xnor_U1_U8U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_XNOR_U1_U1U8 , 1, 1, Xnor_U1_U1U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_XNOR_U1_U1U1 , 1, 1, Xnor_U1_U1U1, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_ABS_DIFF_U8_U8U8 , 1, 1, AbsDiff_U8_U8U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_ACCUMULATE_WEIGHTED_U8_U8U8 , 1, 1, AccumulateWeighted_U8_U8U8, AINOUT_AINx2, ATYPE_IIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_ADD_S16_U8U8 , 1, 1, Add_S16_U8U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SUB_S16_U8U8 , 1, 1, Sub_S16_U8U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_S16_U8U8_WRAP_TRUNC , 1, 1, Mul_S16_U8U8_Wrap_Trunc, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_S16_U8U8_WRAP_ROUND , 1, 1, Mul_S16_U8U8_Wrap_Round, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_S16_U8U8_SAT_TRUNC , 1, 1, Mul_S16_U8U8_Sat_Trunc, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_S16_U8U8_SAT_ROUND , 1, 1, Mul_S16_U8U8_Sat_Round, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_ADD_S16_S16U8_WRAP , 1, 1, Add_S16_S16U8_Wrap, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_ADD_S16_S16U8_SAT , 1, 1, Add_S16_S16U8_Sat, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_ACCUMULATE_S16_S16U8_SAT , 1, 1, Accumulate_S16_S16U8_Sat, AINOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SUB_S16_S16U8_WRAP , 1, 1, Sub_S16_S16U8_Wrap, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SUB_S16_S16U8_SAT , 1, 1, Sub_S16_S16U8_Sat, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_S16_S16U8_WRAP_TRUNC , 1, 1, Mul_S16_S16U8_Wrap_Trunc, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_S16_S16U8_WRAP_ROUND , 1, 1, Mul_S16_S16U8_Wrap_Round, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_S16_S16U8_SAT_TRUNC , 1, 1, Mul_S16_S16U8_Sat_Trunc, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_S16_S16U8_SAT_ROUND , 1, 1, Mul_S16_S16U8_Sat_Round, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_ACCUMULATE_SQUARED_S16_S16U8_SAT , 1, 1, AccumulateSquared_S16_S16U8_Sat, AINOUT_AINx2, ATYPE_IIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SUB_S16_U8S16_WRAP , 1, 1, Sub_S16_U8S16_Wrap, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SUB_S16_U8S16_SAT , 1, 1, Sub_S16_U8S16_Sat, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_ABS_DIFF_S16_S16S16_SAT , 1, 1, AbsDiff_S16_S16S16_Sat, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_ADD_S16_S16S16_WRAP , 1, 1, Add_S16_S16S16_Wrap, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_ADD_S16_S16S16_SAT , 1, 1, Add_S16_S16S16_Sat, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SUB_S16_S16S16_WRAP , 1, 1, Sub_S16_S16S16_Wrap, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SUB_S16_S16S16_SAT , 1, 1, Sub_S16_S16S16_Sat, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_S16_S16S16_WRAP_TRUNC , 1, 1, Mul_S16_S16S16_Wrap_Trunc, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_S16_S16S16_WRAP_ROUND , 1, 1, Mul_S16_S16S16_Wrap_Round, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_S16_S16S16_SAT_TRUNC , 1, 1, Mul_S16_S16S16_Sat_Trunc, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_S16_S16S16_SAT_ROUND , 1, 1, Mul_S16_S16S16_Sat_Round, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MAGNITUDE_S16_S16S16 , 1, 1, Magnitude_S16_S16S16, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_PHASE_U8_S16S16 , 1, 1, Phase_U8_S16S16, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_COPY_U8_U8 , 1, 1, ChannelCopy_U8_U8, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_COPY_U8_U1 , 1, 1, ChannelCopy_U8_U1, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_COPY_U1_U8 , 1, 1, ChannelCopy_U1_U8, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_COPY_U1_U1 , 1, 1, ChannelCopy_U1_U1, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_EXTRACT_U8_U16_POS0 , 1, 1, ChannelExtract_U8_U16_Pos0, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_EXTRACT_U8_U16_POS1 , 1, 1, ChannelExtract_U8_U16_Pos1, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_EXTRACT_U8_U24_POS0 , 1, 1, ChannelExtract_U8_U24_Pos0, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_EXTRACT_U8_U24_POS1 , 1, 1, ChannelExtract_U8_U24_Pos1, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_EXTRACT_U8_U24_POS2 , 1, 1, ChannelExtract_U8_U24_Pos2, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_EXTRACT_U8_U32_POS0 , 1, 1, ChannelExtract_U8_U32_Pos0, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_EXTRACT_U8_U32_POS1 , 1, 1, ChannelExtract_U8_U32_Pos1, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_EXTRACT_U8_U32_POS2 , 1, 1, ChannelExtract_U8_U32_Pos2, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_EXTRACT_U8_U32_POS3 , 1, 1, ChannelExtract_U8_U32_Pos3, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_EXTRACT_U8U8U8_U24 , 1, 1, ChannelExtract_U8U8U8_U24, AOUTx3_AIN, ATYPE_IIII , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_EXTRACT_U8U8U8_U32 , 1, 1, ChannelExtract_U8U8U8_U32, AOUTx3_AIN, ATYPE_IIII , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_EXTRACT_U8U8U8U8_U32 , 1, 1, ChannelExtract_U8U8U8U8_U32, AOUTx4_AIN, ATYPE_IIIII , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_COMBINE_U16_U8U8 , 1, 1, ChannelCombine_U16_U8U8, AOUT_AINx2, ATYPE_III , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_COMBINE_U24_U8U8U8_RGB , 1, 1, ChannelCombine_U24_U8U8U8_RGB, AOUT_AINx3, ATYPE_IIII , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_COMBINE_U32_U8U8U8_UYVY , 1, 1, ChannelCombine_U32_U8U8U8_UYVY, AOUT_AINx3, ATYPE_IIII , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_COMBINE_U32_U8U8U8_YUYV , 1, 1, ChannelCombine_U32_U8U8U8_YUYV, AOUT_AINx3, ATYPE_IIII , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CHANNEL_COMBINE_U32_U8U8U8U8_RGBX , 1, 1, ChannelCombine_U32_U8U8U8U8_RGBX, AOUT_AINx4, ATYPE_IIIII , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_U24_U24U8_SAT_ROUND , 1, 1, Mul_U24_U24U8_Sat_Round, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MUL_U32_U32U8_SAT_ROUND , 1, 1, Mul_U32_U32U8_Sat_Round, AOUT_AINx3, ATYPE_IIIS , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_RGB_RGBX , 1, 1, ColorConvert_RGB_RGBX, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_RGB_UYVY , 1, 1, ColorConvert_RGB_UYVY, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_RGB_YUYV , 1, 1, ColorConvert_RGB_YUYV, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_RGB_IYUV , 1, 1, ColorConvert_RGB_IYUV, AOUT_AINx3, ATYPE_IIII , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_RGB_NV12 , 1, 1, ColorConvert_RGB_NV12, AOUT_AINx2, ATYPE_III , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_RGB_NV21 , 1, 1, ColorConvert_RGB_NV21, AOUT_AINx2, ATYPE_III , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_RGBX_RGB , 1, 1, ColorConvert_RGBX_RGB, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_RGBX_UYVY , 1, 1, ColorConvert_RGBX_UYVY, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_RGBX_YUYV , 1, 1, ColorConvert_RGBX_YUYV, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_RGBX_IYUV , 1, 1, ColorConvert_RGBX_IYUV, AOUT_AINx3, ATYPE_IIII , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_RGBX_NV12 , 1, 1, ColorConvert_RGBX_NV12, AOUT_AINx2, ATYPE_III , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_RGBX_NV21 , 1, 1, ColorConvert_RGBX_NV21, AOUT_AINx2, ATYPE_III , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_YUV4_RGB , 1, 1, ColorConvert_YUV4_RGB, AOUTx3_AIN, ATYPE_IIII , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_YUV4_RGBX , 1, 1, ColorConvert_YUV4_RGBX, AOUTx3_AIN, ATYPE_IIII , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SCALE_UP_2x2_U8_U8 , 1, 1, ScaleUp2x2_U8_U8, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_FORMAT_CONVERT_UV_UV12 , 1, 1, FormatConvert_UV_UV12, AOUTx2_AIN, ATYPE_III , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_IYUV_RGB , 1, 1, ColorConvert_IYUV_RGB, AOUTx3_AIN, ATYPE_IIII , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_IYUV_RGBX , 1, 1, ColorConvert_IYUV_RGBX, AOUTx3_AIN, ATYPE_IIII , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_FORMAT_CONVERT_IYUV_UYVY , 1, 1, FormatConvert_IYUV_UYVY, AOUTx3_AIN, ATYPE_IIII , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_FORMAT_CONVERT_IYUV_YUYV , 1, 1, FormatConvert_IYUV_YUYV, AOUTx3_AIN, ATYPE_IIII , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_FORMAT_CONVERT_IUV_UV12 , 1, 1, FormatConvert_IUV_UV12, AOUTx2_AIN, ATYPE_III , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_NV12_RGB , 1, 1, ColorConvert_NV12_RGB, AOUTx2_AIN, ATYPE_III , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_NV12_RGBX , 1, 1, ColorConvert_NV12_RGBX, AOUTx2_AIN, ATYPE_III , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_FORMAT_CONVERT_NV12_UYVY , 1, 1, FormatConvert_NV12_UYVY, AOUTx2_AIN, ATYPE_III , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_FORMAT_CONVERT_NV12_YUYV , 1, 1, FormatConvert_NV12_YUYV, AOUTx2_AIN, ATYPE_III , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_FORMAT_CONVERT_UV12_IUV , 1, 1, FormatConvert_UV12_IUV, AOUT_AINx2, ATYPE_III , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_Y_RGB , 1, 1, ColorConvert_Y_RGB, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_Y_RGBX , 1, 1, ColorConvert_Y_RGBX, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_U_RGB , 1, 1, ColorConvert_U_RGB, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_U_RGBX , 1, 1, ColorConvert_U_RGBX, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_V_RGB , 1, 1, ColorConvert_V_RGB, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_V_RGBX , 1, 1, ColorConvert_V_RGBX, AOUT_AIN, ATYPE_II , KOP_ELEMWISE , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_IU_RGB , 1, 1, ColorConvert_IU_RGB, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_IU_RGBX , 1, 1, ColorConvert_IU_RGBX, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_IV_RGB , 1, 1, ColorConvert_IV_RGB, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_IV_RGBX , 1, 1, ColorConvert_IV_RGBX, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_IUV_RGB , 1, 1, ColorConvert_IUV_RGB, AOUTx2_AIN, ATYPE_III , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_IUV_RGBX , 1, 1, ColorConvert_IUV_RGBX, AOUTx2_AIN, ATYPE_III , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_UV12_RGB , 1, 1, ColorConvert_UV12_RGB, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COLOR_CONVERT_UV12_RGBX , 1, 1, ColorConvert_UV12_RGBX, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_BOX_U8_U8_3x3 , 1, 1, Box_U8_U8_3x3, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_DILATE_U8_U8_3x3 , 1, 1, Dilate_U8_U8_3x3, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_ERODE_U8_U8_3x3 , 1, 1, Erode_U8_U8_3x3, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MEDIAN_U8_U8_3x3 , 1, 1, Median_U8_U8_3x3, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_GAUSSIAN_U8_U8_3x3 , 1, 1, Gaussian_U8_U8_3x3, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SCALE_GAUSSIAN_HALF_U8_U8_3x3 , 1, 1, ScaleGaussianHalf_U8_U8_3x3, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SCALE_GAUSSIAN_HALF_U8_U8_5x5 , 1, 1, ScaleGaussianHalf_U8_U8_5x5, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SCALE_GAUSSIAN_ORB_U8_U8_5x5 , 1, 1, ScaleGaussianOrb_U8_U8_5x5, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CONVOLVE_U8_U8 , 1, 1, Convolve_U8_U8, AOUT_AINx2, ATYPE_IIC , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CONVOLVE_S16_U8 , 1, 1, Convolve_S16_U8, AOUT_AINx2, ATYPE_IIC , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_LINEAR_FILTER_ANY_ANY , 1, 1, LinearFilter_ANY_ANY, AOUT_AINx2, ATYPE_IIM , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_LINEAR_FILTER_ANYx2_ANY , 1, 1, LinearFilter_ANYx2_ANY, AOUTx2_AINx3, ATYPE_IIIMM , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SOBEL_MAGNITUDE_S16_U8_3x3 , 1, 1, SobelMagnitude_S16_U8_3x3, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SOBEL_PHASE_U8_U8_3x3 , 1, 1, SobelPhase_U8_U8_3x3, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SOBEL_MAGNITUDE_PHASE_S16U8_U8_3x3 , 1, 1, SobelMagnitudePhase_S16U8_U8_3x3, AOUTx2_AIN, ATYPE_III , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SOBEL_S16S16_U8_3x3_GXY , 1, 1, Sobel_S16S16_U8_3x3_GXY, AOUTx2_AIN, ATYPE_III , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SOBEL_S16_U8_3x3_GX , 1, 1, Sobel_S16_U8_3x3_GX, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SOBEL_S16_U8_3x3_GY , 1, 1, Sobel_S16_U8_3x3_GY, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_DILATE_U1_U8_3x3 , 1, 1, Dilate_U1_U8_3x3, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_ERODE_U1_U8_3x3 , 1, 1, Erode_U1_U8_3x3, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_DILATE_U1_U1_3x3 , 1, 1, Dilate_U1_U1_3x3, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_ERODE_U1_U1_3x3 , 1, 1, Erode_U1_U1_3x3, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_DILATE_U8_U1_3x3 , 1, 1, Dilate_U8_U1_3x3, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_ERODE_U8_U1_3x3 , 1, 1, Erode_U8_U1_3x3, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_FAST_CORNERS_XY_U8_SUPRESSION , 1, 1, FastCorners_XY_U8_Supression, AOUT_AOPTOUT_AINx2, ATYPE_ASIS , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_FAST_CORNERS_XY_U8_NOSUPRESSION , 1, 1, FastCorners_XY_U8_NoSupression, AOUT_AOPTOUT_AINx2, ATYPE_ASIS , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_HARRIS_SOBEL_HG3_U8_3x3 , 1, 1, HarrisSobel_HG3_U8_3x3, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_HARRIS_SOBEL_HG3_U8_5x5 , 1, 1, HarrisSobel_HG3_U8_5x5, AOUT_AIN, ATYPE_II , KOP_FIXED(5) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_HARRIS_SOBEL_HG3_U8_7x7 , 1, 1, HarrisSobel_HG3_U8_7x7, AOUT_AIN, ATYPE_II , KOP_FIXED(7) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_HARRIS_SCORE_HVC_HG3_3x3 , 1, 1, HarrisScore_HVC_HG3_3x3, AOUT_AINx4, ATYPE_IISSS , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_HARRIS_SCORE_HVC_HG3_5x5 , 1, 1, HarrisScore_HVC_HG3_5x5, AOUT_AINx4, ATYPE_IISSS , KOP_FIXED(5) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_HARRIS_SCORE_HVC_HG3_7x7 , 1, 1, HarrisScore_HVC_HG3_7x7, AOUT_AINx4, ATYPE_IISSS , KOP_FIXED(7) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_SUPP_THRESHOLD_U8_U8_3x3_L1NORM , 0, 1, CannySobelSuppThreshold_U8_U8_3x3_L1NORM, AOUT_AINx2, ATYPE_IIT , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_SUPP_THRESHOLD_U8_U8_3x3_L2NORM , 0, 1, CannySobelSuppThreshold_U8_U8_3x3_L2NORM, AOUT_AINx2, ATYPE_IIT , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_SUPP_THRESHOLD_U8_U8_5x5_L1NORM , 0, 1, CannySobelSuppThreshold_U8_U8_5x5_L1NORM, AOUT_AINx2, ATYPE_IIT , KOP_FIXED(5) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_SUPP_THRESHOLD_U8_U8_5x5_L2NORM , 0, 1, CannySobelSuppThreshold_U8_U8_5x5_L2NORM, AOUT_AINx2, ATYPE_IIT , KOP_FIXED(5) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_SUPP_THRESHOLD_U8_U8_7x7_L1NORM , 0, 1, CannySobelSuppThreshold_U8_U8_7x7_L1NORM, AOUT_AINx2, ATYPE_IIT , KOP_FIXED(7) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_SUPP_THRESHOLD_U8_U8_7x7_L2NORM , 0, 1, CannySobelSuppThreshold_U8_U8_7x7_L2NORM, AOUT_AINx2, ATYPE_IIT , KOP_FIXED(7) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_SUPP_THRESHOLD_U8XY_U8_3x3_L1NORM , 1, 0, CannySobelSuppThreshold_U8XY_U8_3x3_L1NORM, AOUTx2_AINx2, ATYPE_IcIT , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_SUPP_THRESHOLD_U8XY_U8_3x3_L2NORM , 1, 0, CannySobelSuppThreshold_U8XY_U8_3x3_L2NORM, AOUTx2_AINx2, ATYPE_IcIT , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_SUPP_THRESHOLD_U8XY_U8_5x5_L1NORM , 1, 0, CannySobelSuppThreshold_U8XY_U8_5x5_L1NORM, AOUTx2_AINx2, ATYPE_IcIT , KOP_FIXED(5) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_SUPP_THRESHOLD_U8XY_U8_5x5_L2NORM , 1, 0, CannySobelSuppThreshold_U8XY_U8_5x5_L2NORM, AOUTx2_AINx2, ATYPE_IcIT , KOP_FIXED(5) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_SUPP_THRESHOLD_U8XY_U8_7x7_L1NORM , 1, 0, CannySobelSuppThreshold_U8XY_U8_7x7_L1NORM, AOUTx2_AINx2, ATYPE_IcIT , KOP_FIXED(7) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_SUPP_THRESHOLD_U8XY_U8_7x7_L2NORM , 1, 0, CannySobelSuppThreshold_U8XY_U8_7x7_L2NORM, AOUTx2_AINx2, ATYPE_IcIT , KOP_FIXED(7) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_U16_U8_3x3_L1NORM , 1, 1, CannySobel_U16_U8_3x3_L1NORM, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_U16_U8_3x3_L2NORM , 1, 1, CannySobel_U16_U8_3x3_L2NORM, AOUT_AIN, ATYPE_II , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_U16_U8_5x5_L1NORM , 1, 1, CannySobel_U16_U8_5x5_L1NORM, AOUT_AIN, ATYPE_II , KOP_FIXED(5) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_U16_U8_5x5_L2NORM , 1, 1, CannySobel_U16_U8_5x5_L2NORM, AOUT_AIN, ATYPE_II , KOP_FIXED(5) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_U16_U8_7x7_L1NORM , 1, 1, CannySobel_U16_U8_7x7_L1NORM, AOUT_AIN, ATYPE_II , KOP_FIXED(7) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SOBEL_U16_U8_7x7_L2NORM , 1, 1, CannySobel_U16_U8_7x7_L2NORM, AOUT_AIN, ATYPE_II , KOP_FIXED(7) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SUPP_THRESHOLD_U8_U16_3x3 , 0, 1, CannySuppThreshold_U8_U16_3x3, AOUT_AINx2_AOPTIN, ATYPE_IITS , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SUPP_THRESHOLD_U8XY_U16_3x3 , 1, 1, CannySuppThreshold_U8XY_U16_3x3, AOUTx2_AINx2_AOPTIN, ATYPE_IcITS , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_SUPP_THRESHOLD_U8XY_U16_7x7 , 1, 1, CannySuppThreshold_U8XY_U16_7x7, AOUTx2_AINx2_AOPTIN, ATYPE_IcITS , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NON_MAX_SUPP_XY_ANY_3x3 , 0, 1, NonMaxSupp_XY_ANY_3x3, AOUT_AIN, ATYPE_AI , KOP_FIXED(3) , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_REMAP_U8_U8_NEAREST , 1, 1, Remap_U8_U8_Nearest, AOUT_AINx2, ATYPE_IIR , KOP_UNKNOWN , true ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_REMAP_U8_U8_NEAREST_CONSTANT , 1, 1, Remap_U8_U8_Nearest_Constant, AOUT_AINx3, ATYPE_IIRS , KOP_UNKNOWN , true ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_REMAP_U8_U8_BILINEAR , 1, 1, Remap_U8_U8_Bilinear, AOUT_AINx2, ATYPE_IIR , KOP_UNKNOWN , true ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_REMAP_U8_U8_BILINEAR_CONSTANT , 1, 1, Remap_U8_U8_Bilinear_Constant, AOUT_AINx3, ATYPE_IIRS , KOP_UNKNOWN , true ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_REMAP_U24_U24_BILINEAR , 1, 1, Remap_U24_U24_Bilinear, AOUT_AINx2, ATYPE_IIR , KOP_UNKNOWN , true ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_REMAP_U24_U32_BILINEAR , 1, 1, Remap_U24_U32_Bilinear, AOUT_AINx2, ATYPE_IIR , KOP_UNKNOWN , true ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_REMAP_U32_U32_BILINEAR , 1, 1, Remap_U32_U32_Bilinear, AOUT_AINx2, ATYPE_IIR , KOP_UNKNOWN , true ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_WARP_AFFINE_U8_U8_NEAREST , 1, 1, WarpAffine_U8_U8_Nearest, AOUT_AINx2, ATYPE_IIM , KOP_UNKNOWN , true ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_WARP_AFFINE_U8_U8_NEAREST_CONSTANT , 1, 1, WarpAffine_U8_U8_Nearest_Constant, AOUT_AINx3, ATYPE_IIMS , KOP_UNKNOWN , true ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_WARP_AFFINE_U8_U8_BILINEAR , 1, 1, WarpAffine_U8_U8_Bilinear, AOUT_AINx2, ATYPE_IIM , KOP_UNKNOWN , true ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_WARP_AFFINE_U8_U8_BILINEAR_CONSTANT , 1, 1, WarpAffine_U8_U8_Bilinear_Constant, AOUT_AINx3, ATYPE_IIMS , KOP_UNKNOWN , true ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_WARP_PERSPECTIVE_U8_U8_NEAREST , 1, 1, WarpPerspective_U8_U8_Nearest, AOUT_AINx2, ATYPE_IIM , KOP_UNKNOWN , true ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_WARP_PERSPECTIVE_U8_U8_NEAREST_CONSTANT , 1, 1, WarpPerspective_U8_U8_Nearest_Constant, AOUT_AINx3, ATYPE_IIMS , KOP_UNKNOWN , true ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_WARP_PERSPECTIVE_U8_U8_BILINEAR , 1, 1, WarpPerspective_U8_U8_Bilinear, AOUT_AINx2, ATYPE_IIM , KOP_UNKNOWN , true ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_WARP_PERSPECTIVE_U8_U8_BILINEAR_CONSTANT , 1, 1, WarpPerspective_U8_U8_Bilinear_Constant, AOUT_AINx3, ATYPE_IIMS , KOP_UNKNOWN , true ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SCALE_IMAGE_U8_U8_NEAREST , 1, 1, ScaleImage_U8_U8_Nearest, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SCALE_IMAGE_U8_U8_BILINEAR , 1, 1, ScaleImage_U8_U8_Bilinear, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SCALE_IMAGE_U8_U8_BILINEAR_REPLICATE , 1, 1, ScaleImage_U8_U8_Bilinear_Replicate, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SCALE_IMAGE_U8_U8_BILINEAR_CONSTANT , 1, 1, ScaleImage_U8_U8_Bilinear_Constant, AOUT_AINx2, ATYPE_IIS , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SCALE_IMAGE_U8_U8_AREA , 1, 1, ScaleImage_U8_U8_Area, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_OPTICAL_FLOW_PYR_LK_XY_XY , 1, 1, OpticalFlowPyrLK_XY_XY, AOUT_AINx9, ATYPE_APPAASSSSS , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_OPTICAL_FLOW_PREPARE_LK_XY_XY , 1, 1, OpticalFlowPrepareLK_XY_XY, AOUT_AINx4, ATYPE_AAAAS , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_OPTICAL_FLOW_IMAGE_LK_XY_XY , 1, 1, OpticalFlowImageLK_XY_XY, AOUT_AINx8, ATYPE_AAIISSSSS , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_OPTICAL_FLOW_FINAL_LK_XY_XY , 1, 1, OpticalFlowFinalLK_XY_XY, AOUT_AINx2, ATYPE_AAA , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_HARRIS_MERGE_SORT_AND_PICK_XY_HVC , 1, 0, HarrisMergeSortAndPick_XY_HVC, AOUT_AOPTOUT_AINx2, ATYPE_ASIS , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_HARRIS_MERGE_SORT_AND_PICK_XY_XYS , 1, 0, HarrisMergeSortAndPick_XY_XYS, AOUT_AOPTOUT_AINx4, ATYPE_ASASSS , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_FAST_CORNER_MERGE_XY_XY , 1, 0, FastCornerMerge_XY_XY, AOUTx2_AIN_AOPTINx7, ATYPE_ASAAAAAAAA , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_EDGE_TRACE_U8_U8 , 1, 0, CannyEdgeTrace_U8_U8, AINOUT_AIN, ATYPE_Ic , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_CANNY_EDGE_TRACE_U8_U8XY , 1, 0, CannyEdgeTrace_U8_U8XY, AINOUT_AIN, ATYPE_Ic , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_INTEGRAL_IMAGE_U32_U8 , 1, 0, IntegralImage_U32_U8, AOUT_AIN, ATYPE_II , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_HISTOGRAM_DATA_U8 , 1, 0, Histogram_DATA_U8, AOUT_AIN, ATYPE_DI , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MEAN_STD_DEV_DATA_U8 , 1, 0, MeanStdDev_DATA_U8, AOUT_AIN, ATYPE_sI , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MEAN_STD_DEV_DATA_U1 , 1, 0, MeanStdDev_DATA_U1, AOUT_AIN, ATYPE_sI , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_DATA_U8 , 1, 0, MinMax_DATA_U8, AOUT_AIN, ATYPE_mI , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_DATA_S16 , 1, 0, MinMax_DATA_S16, AOUT_AIN, ATYPE_mI , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_EQUALIZE_DATA_DATA , 1, 0, Equalize_DATA_DATA, AOUT_AIN_AOPTINx8, ATYPE_LDDDDDDDDD , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_HISTOGRAM_MERGE_DATA_DATA , 1, 0, HistogramMerge_DATA_DATA, AOUT_AIN_AOPTINx8, ATYPE_DDDDDDDDDD , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MEAN_STD_DEV_MERGE_DATA_DATA , 1, 0, MeanStdDevMerge_DATA_DATA, AOUTx2_AIN_AOPTINx7, ATYPE_SSssssssss , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_MERGE_DATA_DATA , 1, 0, MinMaxMerge_DATA_DATA, AOUTx3_AIN_AOPTINx6, ATYPE_SSmmmmmmmm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_DATA_U8DATA_LOC_NONE_COUNT_MIN , 1, 0, MinMaxLoc_DATA_U8DATA_Loc_None_Count_Min, AOUT_AINx2, ATYPE_SIm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_DATA_U8DATA_LOC_NONE_COUNT_MAX , 1, 0, MinMaxLoc_DATA_U8DATA_Loc_None_Count_Max, AOUT_AINx2, ATYPE_SIm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_DATA_U8DATA_LOC_NONE_COUNT_MINMAX , 1, 0, MinMaxLoc_DATA_U8DATA_Loc_None_Count_MinMax, AOUTx2_AINx2, ATYPE_SSIm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_DATA_U8DATA_LOC_MIN_COUNT_MIN , 1, 0, MinMaxLoc_DATA_U8DATA_Loc_Min_Count_Min, AOUT_AOPTOUT_AINx2, ATYPE_ASIm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_DATA_U8DATA_LOC_MIN_COUNT_MINMAX , 1, 0, MinMaxLoc_DATA_U8DATA_Loc_Min_Count_MinMax, AOUT_AOPTOUTx2_AINx2, ATYPE_ASSIm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_DATA_U8DATA_LOC_MAX_COUNT_MAX , 1, 0, MinMaxLoc_DATA_U8DATA_Loc_Max_Count_Max, AOUT_AOPTOUT_AINx2, ATYPE_ASIm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_DATA_U8DATA_LOC_MAX_COUNT_MINMAX , 1, 0, MinMaxLoc_DATA_U8DATA_Loc_Max_Count_MinMax, AOUT_AOPTOUTx2_AINx2, ATYPE_ASSIm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_DATA_U8DATA_LOC_MINMAX_COUNT_MINMAX , 1, 0, MinMaxLoc_DATA_U8DATA_Loc_MinMax_Count_MinMax, AOUTx2_AOPTOUTx2_AINx2, ATYPE_AASSIm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_DATA_S16DATA_LOC_NONE_COUNT_MIN , 1, 0, MinMaxLoc_DATA_S16DATA_Loc_None_Count_Min, AOUT_AINx2, ATYPE_SIm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_DATA_S16DATA_LOC_NONE_COUNT_MAX , 1, 0, MinMaxLoc_DATA_S16DATA_Loc_None_Count_Max, AOUT_AINx2, ATYPE_SIm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_DATA_S16DATA_LOC_NONE_COUNT_MINMAX , 1, 0, MinMaxLoc_DATA_S16DATA_Loc_None_Count_MinMax, AOUTx2_AINx2, ATYPE_SSIm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_DATA_S16DATA_LOC_MIN_COUNT_MIN , 1, 0, MinMaxLoc_DATA_S16DATA_Loc_Min_Count_Min, AOUT_AOPTOUT_AINx2, ATYPE_ASIm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_DATA_S16DATA_LOC_MIN_COUNT_MINMAX , 1, 0, MinMaxLoc_DATA_S16DATA_Loc_Min_Count_MinMax, AOUT_AOPTOUTx2_AINx2, ATYPE_ASSIm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_DATA_S16DATA_LOC_MAX_COUNT_MAX , 1, 0, MinMaxLoc_DATA_S16DATA_Loc_Max_Count_Max, AOUT_AOPTOUT_AINx2, ATYPE_ASIm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_DATA_S16DATA_LOC_MAX_COUNT_MINMAX , 1, 0, MinMaxLoc_DATA_S16DATA_Loc_Max_Count_MinMax, AOUT_AOPTOUTx2_AINx2, ATYPE_ASSIm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_DATA_S16DATA_LOC_MINMAX_COUNT_MINMAX , 1, 0, MinMaxLoc_DATA_S16DATA_Loc_MinMax_Count_MinMax, AOUTx2_AOPTOUTx2_AINx2, ATYPE_AASSIm , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_MIN_MAX_LOC_MERGE_DATA_DATA , 1, 0, MinMaxLocMerge_DATA_DATA, AOUTx2_AIN_AOPTINx7, ATYPE_SAAAAAAAAA , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_COPY_DATA_DATA , 1, 1, Copy_DATA_DATA, AOUT_AIN, ATYPE_RR , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_SELECT_DATA_DATA_DATA , 1, 1, Select_DATA_DATA_DATA, AOUT_AIN, ATYPE_RSRR , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_WEIGHTED_AVERAGE_U8_U8_U8 , 1, 0, WeightedAverage_U8_U8_U8, AOUT_AINx3, ATYPE_IISI , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_NON_LINEAR_FILTER_DATA_DATA_DATA , 1, 0, NonLinearFilter_DATA_DATA_DATA, AOUT_AINx3, ATYPE_IMIS , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_LAPLACIAN_PYRAMID_DATA_DATA_DATA , 1, 0, LaplacianPyramid_DATA_DATA_DATA, AOUT_AINx2, ATYPE_IPI , KOP_UNKNOWN , false ), AGO_KERNEL_ENTRY( VX_KERNEL_AMD_LAPLACIAN_RECONSTRUCT_DATA_DATA_DATA , 1, 0, LaplacianReconstruct_DATA_DATA_DATA, AOUT_AINx2, ATYPE_IIP , KOP_UNKNOWN , false ), #undef AGO_KERNEL_ENTRY #undef OVX_KERNEL_ENTRY }; size_t ago_kernel_count = sizeof(ago_kernel_list) / sizeof(ago_kernel_list[0]); int agoPublishKernels(AgoContext * acontext) { int ovxKernelCount = 0; int agoKernelCount = 0, agoKernelCountCpu = 0, agoKernelCountGpu = 0; for (vx_size i = 0; i < ago_kernel_count; i++) { AgoKernel * kernel = new AgoKernel; agoResetReference(&kernel->ref, VX_TYPE_KERNEL, acontext, NULL); kernel->id = ago_kernel_list[i].id; kernel->func = ago_kernel_list[i].func; kernel->flags = ago_kernel_list[i].flags; kernel->kernOpType = ago_kernel_list[i].kernOpType; kernel->kernOpInfo = ago_kernel_list[i].kernOpInfo; kernel->finalized = true; kernel->ref.internal_count = 1; kernel->user_kernel = false; strcpy(kernel->name, ago_kernel_list[i].name); memcpy(kernel->argConfig, ago_kernel_list[i].argConfig, sizeof(kernel->argConfig)); kernel->argCount = 0; for (vx_uint32 j = 0; j < AGO_MAX_PARAMS; j++) { // if arg[j] is valid, then there are atleast j+1 arguments if (kernel->argConfig[j]) kernel->argCount = j + 1; } memcpy(kernel->argType, ago_kernel_list[i].argType, sizeof(kernel->argType)); for (vx_uint32 j = 0; j < kernel->argCount; j++) { // initialize for vx_parameter use agoResetReference(&kernel->parameters[j].ref, VX_TYPE_PARAMETER, acontext, &kernel->ref); kernel->parameters[j].index = j; kernel->parameters[j].direction = VX_INPUT; if (kernel->argConfig[j] & AGO_KERNEL_ARG_OUTPUT_FLAG) kernel->parameters[j].direction = (kernel->argConfig[j] & AGO_KERNEL_ARG_INPUT_FLAG) ? (vx_direction_e)VX_BIDIRECTIONAL : VX_OUTPUT; kernel->parameters[j].type = ago_kernel_list[i].argType[j]; kernel->parameters[j].state = (kernel->argConfig[j] & AGO_KERNEL_ARG_OPTIONAL_FLAG) ? VX_PARAMETER_STATE_OPTIONAL : VX_PARAMETER_STATE_REQUIRED; kernel->parameters[j].scope = &kernel->ref; } agoAddKernel(&acontext->kernelList, kernel); int kernelGroup = kernel->flags & AGO_KERNEL_FLAG_GROUP_MASK; if (kernelGroup == AGO_KERNEL_FLAG_GROUP_OVX10) ovxKernelCount++; else if (kernelGroup == AGO_KERNEL_FLAG_GROUP_AMDLL) { agoKernelCount++; if (kernel->flags & AGO_KERNEL_FLAG_DEVICE_CPU) agoKernelCountCpu++; if (kernel->flags & AGO_KERNEL_FLAG_DEVICE_GPU) agoKernelCountGpu++; } } #if ENABLE_DEBUG_MESSAGES printf("OK: ago imported %d(VX) + %d(AMD:[cpu-%d][gpu-%d]) kernels\n", ovxKernelCount, agoKernelCount, agoKernelCountCpu, agoKernelCountGpu); #endif return 0; }