convert/convert_planar.cpp - GCC Code Coverage Report

Directory:	avs_core/
Coverage:	low: ≥ 0% medium: ≥ 75.0% high: ≥ 90.0%
	Coverage	Exec / Excl / Total
Lines:	19.7%	2109 / 0 / 10727
Functions:	29.4%	62 / 0 / 211
Branches:	20.4%	949 / 0 / 4648
    convert/convert_planar.cpp
    
        Line
        Branch
        Exec
        Source
      
        // Avisynth v2.5.  Copyright 2002 Ben Rudiak-Gould et al.
      
        // http://avisynth.nl
      
        // This program is free software; you can redistribute it and/or modify
      
        // it under the terms of the GNU General Public License as published by
      
        // the Free Software Foundation; either version 2 of the License, or
      
        // (at your option) any later version.
      
        //
      
        // This program is distributed in the hope that it will be useful,
      
        // but WITHOUT ANY WARRANTY; without even the implied warranty of
      
        // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
      
        // GNU General Public License for more details.
      
        //
      
        // You should have received a copy of the GNU General Public License
      
        // along with this program; if not, write to the Free Software
      
        // Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA, or visit
      
        // http://www.gnu.org/copyleft/gpl.html .
      
        //
      
        // Linking Avisynth statically or dynamically with other modules is making a
      
        // combined work based on Avisynth.  Thus, the terms and conditions of the GNU
      
        // General Public License cover the whole combination.
      
        //
      
        // As a special exception, the copyright holders of Avisynth give you
      
        // permission to link Avisynth with independent modules that communicate with
      
        // Avisynth solely through the interfaces defined in avisynth.h, regardless of the license
      
        // terms of these independent modules, and to copy and distribute the
      
        // resulting combined work under terms of your choice, provided that
      
        // every copy of the combined work is accompanied by a complete copy of
      
        // the source code of Avisynth (the version of Avisynth used to produce the
      
        // combined work), being distributed under the terms of the GNU General
      
        // Public License plus this exception.  An independent module is a module
      
        // which is not derived from or based on Avisynth, such as 3rd-party filters,
      
        // import and export plugins, or graphical user interfaces.
      
        // ConvertPlanar (c) 2005 by Klaus Post
      
        #include "convert.h"
      
        #include "convert_matrix.h"
      
        #include "convert_helper.h"
      
        #include "convert_planar.h"
      
        #ifdef INTEL_INTRINSICS
      
        #include "intel/convert_planar_sse.h"
      
        #include "intel/convert_planar_avx2.h"
      
        #endif
      
        #include "convert_bits.h"
      
        #include "../filters/resample.h"
      
        #include "../filters/planeswap.h"
      
        #include "../filters/field.h"
      
        #ifdef AVS_WINDOWS
      
            #include <avs/win.h>
      
        #else
      
            #include <avs/posix.h>
      
        #endif
      
        #include <avs/alignment.h>
      
        #include <algorithm>
      
        #include <string>
      
        #include <vector>
      
        DISABLE_WARNING_PUSH
      
        DISABLE_WARNING_UNREFERENCED_LOCAL_VARIABLE
      
        template <typename pixel_t>
      
        11
        void fill_chroma(uint8_t * dstp_u, uint8_t * dstp_v, int height, int row_size, int pitch, pixel_t val)
      
        {
      
          3/6void fill_chroma<float>(unsigned char*, unsigned char*, int, int, int, float):
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void fill_chroma<unsigned char>(unsigned char*, unsigned char*, int, int, int, unsigned char):
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void fill_chroma<unsigned short>(unsigned char*, unsigned char*, int, int, int, unsigned short):
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        11
          if (pitch == row_size) {
      
        ✗
            size_t size = height * pitch / sizeof(pixel_t);
      
        ✗
            std::fill_n(reinterpret_cast<pixel_t*>(dstp_u), size, val);
      
        ✗
            std::fill_n(reinterpret_cast<pixel_t*>(dstp_v), size, val);
      
          }
      
          else {
      
        11
            size_t size = row_size / sizeof(pixel_t);
      
          6/6void fill_chroma<float>(unsigned char*, unsigned char*, int, int, int, float):
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void fill_chroma<unsigned char>(unsigned char*, unsigned char*, int, int, int, unsigned char):
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void fill_chroma<unsigned short>(unsigned char*, unsigned char*, int, int, int, unsigned short):
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        42
            for (int i = 0; i < height; i++) {
      
        31
              std::fill_n(reinterpret_cast<pixel_t*>(dstp_u), size, val);
      
        31
              std::fill_n(reinterpret_cast<pixel_t*>(dstp_v), size, val);
      
        31
              dstp_u += pitch;
      
        31
              dstp_v += pitch;
      
            }
      
          }
      
        11
        }
      
        template <typename pixel_t>
      
        9
        void fill_plane(uint8_t * dstp, int height, int row_size, int pitch, pixel_t val)
      
        {
      
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void fill_plane<unsigned char>(unsigned char*, int, int, int, unsigned char):
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void fill_plane<unsigned short>(unsigned char*, int, int, int, unsigned short):
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        9
          if (pitch == row_size) {
      
        ✗
            size_t size = height * pitch / sizeof(pixel_t);
      
        ✗
            std::fill_n(reinterpret_cast<pixel_t*>(dstp), size, val);
      
          }
      
          else {
      
        9
            size_t size = row_size / sizeof(pixel_t);
      
          6/6void fill_plane<float>(unsigned char*, int, int, int, float):
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void fill_plane<unsigned char>(unsigned char*, int, int, int, unsigned char):
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void fill_plane<unsigned short>(unsigned char*, int, int, int, unsigned short):
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        40
            for (int i = 0; i < height; i++) {
      
        31
              std::fill_n(reinterpret_cast<pixel_t*>(dstp), size, val);
      
        31
              dstp += pitch;
      
            }
      
          }
      
        9
        }
      
        // specialize it
      
        template void fill_plane<uint8_t>(uint8_t * dstp, int height, int row_size, int pitch, uint8_t val);
      
        template void fill_plane<uint16_t>(uint8_t * dstp, int height, int row_size, int pitch, uint16_t val);
      
        template void fill_plane<float>(uint8_t * dstp, int height, int row_size, int pitch, float val);
      
        template void fill_chroma<uint8_t>(uint8_t * dstp_u, uint8_t * dstp_v, int height, int row_size, int pitch, uint8_t val);
      
        template void fill_chroma<uint16_t>(uint8_t * dstp_u, uint8_t * dstp_v, int height, int row_size, int pitch, uint16_t val);
      
        template void fill_chroma<float>(uint8_t * dstp_u, uint8_t * dstp_v, int height, int row_size, int pitch, float val);
      
        // ConvertToY::ConvertToY moved into ConvertPlanarToGeneric, since the conversion logic and parameters overlap with -->444 Conversion, we just need only Y.
      
        // Legacy formats (packed RGB/YUY2) are handled uniformly inside.
      
        3
        AVSValue __cdecl ConvertToPlanarGeneric::CreateY(AVSValue args, void* user_data, IScriptEnvironment* env) {
      
        3
          bool only_8bit = reinterpret_cast<intptr_t>(user_data) == 0;
      
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        3
          PClip clip = args[0].AsClip();
      
          // 0    1       2      3
      
          // c[matrix]s[bits]i[quality]b
      
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        3
          if (only_8bit) {
      
            // ConvertToY8() syntax
      
        ✗
            if (args[2].Defined() && args[2].AsInt() != 8)
      
        ✗
              env->ThrowError("ConvertToY8: only 8 bit output supported. "
      
                "Use ConvertToY for higher bit depth.");
      
          }
      
          // 1.) One single route: planar constructor, where YUY2 is converted to Y8 if needed
      
          // 2.) If Y, reason to not return it right now:
      
          // - possible bit-depth conversion,
      
          // - optional Y-Y future matrix (auto:full->auto:limited) syntax conversion)
      
          // We use the very same logic as for ConvertToYV24/YUV444, ConvertToYV16/YUV422, ConvertToYV12/YUV420
      
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        3
          if (only_8bit) {
      
            // ConvertToY8() syntax, force 8 bit output}
      
            AVSValue new_args[4] = {
      
              args[0], args[1], AVSValue(8), args[3]
      
        ✗
            };
      
        ✗
            AVSValue new_args_val(new_args, 4);
      
        ✗
            return Create(new_args_val, "ConvertToY", only_8bit, false /*to_yuva*/, env);
      
        ✗
          }
      
          else {
      
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        3
            return Create(args, "ConvertToY", only_8bit, false /*to_yuva*/, env);
      
          }
      
        3
        }
      
        /*****************************************************
      
         * ConvertRGBToYUV444 or simply Y only (when to_y=true)
      
         ******************************************************/
      
        14
        ConvertRGBToYUV444::ConvertRGBToYUV444(PClip src, const char *matrix_name, bool keep_packedrgb_alpha, int _target_bit_depth, bool _quality, bool& bitdepthConverted, bool _to_y, IScriptEnvironment* env)
      
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        14
          : GenericVideoFilter(src), target_bit_depth(_target_bit_depth), quality(_quality), conv_function(nullptr), conv_function_chroma(nullptr), conv_function_a(nullptr), to_y(_to_y)
      
        {
      
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        14
          if (!vi.IsRGB())
      
        ✗
            env->ThrowError("ConvertRGBToYV24/YUV444: Only RGB data input accepted");
      
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        14
          if (vi.IsRGB48() || vi.IsRGB64())
      
        ✗
            env->ThrowError("ConvertRGBToYV24/YUV444: internal error: packed 16 bit not supported, must be converted to RGBP(A)16");
      
          // ChromaInPlacement parameter exists, (default none/-1) + input frame properties; 'left'-ish _ChromaLocation is allowed, checked later
      
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        14
          auto frame0 = src->GetFrame(0, env);
      
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        14
          const AVSMap* props = env->getFramePropsRO(frame0);
      
          // input _ColorRange frame property can appear for RGB source (studio range limited rgb)
      
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        14
          matrix_parse_merge_with_props(true /*in rgb*/, false /*out yuv*/, matrix_name, props, theMatrix, theColorRange, theOutColorRange, env);
      
        14
          const int shift = 15; // internally 15 bits precision, still no overflow in calculations
      
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        14
          int bits_per_pixel = vi.BitsPerComponent();
      
        14
          source_bit_depth = bits_per_pixel;
      
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        14
          if (!do_BuildMatrix_Rgb2Yuv(theMatrix, theColorRange, theOutColorRange, shift, source_bit_depth, /*ref*/matrix))
      
        ✗
            env->ThrowError("ConvertRGBToYV24/YUV444: Unknown matrix.");
      
        14
          theColorRange = theOutColorRange; // final frame property
      
          // target_bit_depth == -1: no conversion required
      
        14
          const bool need_bitdepth_conversion = (target_bit_depth != -1);
      
          // get alpha converter, GetFrame is using that if alpha must be depth-converterd and not only copied
      
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        14
          if (need_bitdepth_conversion)
      
          {
      
            // supported conversions:
      
            // 8-16-bits any range to 8-16, 32 bits any range
      
        12
            bitdepthConverted = true;
      
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        12
            if (!to_y) { // single plane Y only has no alpha
      
        #ifdef INTEL_INTRINSICS
      
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        7
              const bool sse2 = !!(env->GetCPUFlags() & CPUF_SSE2);
      
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              const bool sse4 = !!(env->GetCPUFlags() & CPUF_SSE4_1);
      
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        7
              const bool avx2 = !!(env->GetCPUFlags() & CPUF_AVX2);
      
        #endif
      
              // we really need only alpha conversion function
      
        7
              const bool fulls = true; // alpha is always full range
      
        7
              const bool fulld = true; // alpha is always full range
      
        7
              const int dither_mode = -1;
      
        #ifdef INTEL_INTRINSICS
      
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              get_convert_any_bits_functions(dither_mode, source_bit_depth, target_bit_depth, fulls, fulld, sse2, sse4, avx2, conv_function, conv_function_chroma, conv_function_a);
      
        #else
      
              get_convert_any_bits_functions(dither_mode, source_bit_depth, target_bit_depth, fulls, fulld, conv_function, conv_function_chroma, conv_function_a);
      
        #endif
      
            }
      
          }
      
          else {
      
        2
            bitdepthConverted = false;
      
        2
            target_bit_depth = source_bit_depth;
      
          }
      
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        14
          isPlanarRGBfamily = vi.IsPlanarRGB() || vi.IsPlanarRGBA();
      
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        14
          targetHasAlpha = vi.IsPlanarRGBA() || (keep_packedrgb_alpha && (vi.IsRGB32() || vi.IsRGB64()));
      
          // for packed RGB it depends: ConvertToYUVAxxx() can force YUVA target option
      
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        14
          if (isPlanarRGBfamily)
      
          {
      
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        14
            if (to_y) {
      
              // --> Y
      
        5
              pixel_step =  -1;
      
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        5
              switch (target_bit_depth)
      
              {
      
        2
              case 8: vi.pixel_type = VideoInfo::CS_Y8; break;
      
        1
              case 10: vi.pixel_type = VideoInfo::CS_Y10; break;
      
        ✗
              case 12: vi.pixel_type = VideoInfo::CS_Y12; break;
      
        ✗
              case 14: vi.pixel_type = VideoInfo::CS_Y14; break;
      
        1
              case 16: vi.pixel_type = VideoInfo::CS_Y16; break;
      
        1
              case 32: vi.pixel_type = VideoInfo::CS_Y32; break;
      
              }
      
            }
      
            else {
      
              // --> 444(4)
      
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              pixel_step = targetHasAlpha ? -2 : -1;
      
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              switch (target_bit_depth)
      
              {
      
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              case 8: vi.pixel_type = targetHasAlpha ? VideoInfo::CS_YUVA444 : VideoInfo::CS_YV24; break;
      
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        4
              case 10: vi.pixel_type = targetHasAlpha ? VideoInfo::CS_YUVA444P10 : VideoInfo::CS_YUV444P10; break;
      
        ✗
              case 12: vi.pixel_type = targetHasAlpha ? VideoInfo::CS_YUVA444P12 : VideoInfo::CS_YUV444P12; break;
      
        ✗
              case 14: vi.pixel_type = targetHasAlpha ? VideoInfo::CS_YUVA444P14 : VideoInfo::CS_YUV444P14; break;
      
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              case 16: vi.pixel_type = targetHasAlpha ? VideoInfo::CS_YUVA444P16 : VideoInfo::CS_YUV444P16; break;
      
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        3
              case 32: vi.pixel_type = targetHasAlpha ? VideoInfo::CS_YUVA444PS : VideoInfo::CS_YUV444PS; break;
      
              }
      
            }
      
          } else { // packed RGB24/32/48/64
      
            // for compatibility reasons ConvertToYUVxxx target is not YUVA even 
      
            // if original has alpha, such as RGB32.
      
            // Unlike ConvertToYUVA which can force keeping RGB32's or RGB64's alpha
      
            // must be the same, bit depth change is supported only from planar rgb
      
        ✗
            if (bits_per_pixel != target_bit_depth)
      
        ✗
              env->ThrowError("ConvertRGBToYV24/YUV444: bit depth change is only supported from planar RGB input");
      
        ✗
            pixel_step = vi.BytesFromPixels(1); // 3,4 for packed 8 bit, 6,8 for
      
        ✗
            switch(vi.ComponentSize())
      
            {
      
        ✗
            case 1: vi.pixel_type = targetHasAlpha ? VideoInfo::CS_YUVA444 : VideoInfo::CS_YV24; break;
      
        ✗
            case 2: vi.pixel_type = targetHasAlpha ? VideoInfo::CS_YUVA444P16 : VideoInfo::CS_YUV444P16; break;
      
            }
      
          }
      
        14
        }
      
        #if 0
      
        // Kept for reference
      
        template<int pixel_step, bool copyalpha>
      
        static void convert_rgb24or32_to_yuv444_c(BYTE* dstY, BYTE* dstU, BYTE* dstV, BYTE* dstA, const BYTE* srcp, size_t Ypitch, size_t UVpitch, size_t Apitch, size_t Spitch, size_t width, size_t height, const ConversionMatrix& m)
      
        {
      
          const bool has_offset_rgb = 0 != m.offset_rgb;
      
          // RGB24 (pixel_step=3)
      
          // RGB32 (pixel_step=4) optional copyalpha
      
          srcp += Spitch * (height - 1);  // We start at last line
      
          const size_t Sstep = Spitch + width * pixel_step;
      
          for (size_t y = 0; y < height; y++) {
      
            for (size_t x = 0; x < width; x++) {
      
              int b = srcp[0];
      
              int g = srcp[1];
      
              int r = srcp[2];
      
              if (has_offset_rgb) {
      
                b = b + m.offset_rgb;
      
                g = g + m.offset_rgb;
      
                r = r + m.offset_rgb;
      
              }
      
              int Y = m.offset_y + (((int)m.y_b * b + (int)m.y_g * g + (int)m.y_r * r + 16384) >> 15);
      
              int U = 128 + (((int)m.u_b * b + (int)m.u_g * g + (int)m.u_r * r + 16384) >> 15);
      
              int V = 128 + (((int)m.v_b * b + (int)m.v_g * g + (int)m.v_r * r + 16384) >> 15);
      
              dstY[x] = PixelClip(Y);  // All the safety we can wish for.
      
              dstU[x] = PixelClip(U);
      
              dstV[x] = PixelClip(V);
      
              if constexpr (copyalpha) {
      
                dstA[x] = srcp[3];
      
              }
      
              srcp += pixel_step;
      
            }
      
            srcp -= Sstep; // packed RGBs are upside down
      
            dstY += Ypitch;
      
            dstU += UVpitch;
      
            dstV += UVpitch;
      
            if constexpr (copyalpha) {
      
              dstA += Apitch;
      
            }
      
          }
      
        }
      
        #endif
      
        16
        PVideoFrame __stdcall ConvertRGBToYUV444::GetFrame(int n, IScriptEnvironment* env)
      
        {
      
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        16
          PVideoFrame src = child->GetFrame(n, env);
      
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        16
          PVideoFrame dst = env->NewVideoFrameP(vi, &src);
      
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        16
          auto props = env->getFramePropsRW(dst);
      
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        16
          update_Matrix_and_ColorRange(props, theMatrix, theColorRange, env);
      
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        16
          BYTE* dstY = dst->GetWritePtr(PLANAR_Y);
      
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        16
          BYTE* dstU = to_y ? nullptr : dst->GetWritePtr(PLANAR_U);
      
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        16
          BYTE* dstV = to_y ? nullptr : dst->GetWritePtr(PLANAR_V);
      
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        16
          const int Ypitch = dst->GetPitch(PLANAR_Y);
      
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        16
          const int UVpitch = to_y ? 0 : dst->GetPitch(PLANAR_U);
      
        16
          const bool packedRGBsource = pixel_step > 0;
      
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        16
          if (packedRGBsource) {
      
        ✗
            env->ThrowError("Packed RGB is no more allowed here, already preconverted to planar RGB. This is a bug.");
      
          }
      
          // here we do planar RGB only
      
        16
          const int bits_per_pixel = source_bit_depth;
      
          // copy or fill alpha
      
          // Two places, at YUV444toPlanarRGB as well
      
          BYTE* dstpA;
      
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        16
          if (targetHasAlpha) {
      
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        4
            dstpA = dst->GetWritePtr(PLANAR_A);
      
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        4
            int heightA = dst->GetHeight(PLANAR_A);
      
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        4
            int rowsizeA = dst->GetRowSize(PLANAR_A);
      
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        4
            int dst_pitchA = dst->GetPitch(PLANAR_A);
      
            // simple copy
      
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        4
            if (src->GetRowSize(PLANAR_A)) {
      
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        4
              if (source_bit_depth == target_bit_depth) {
      
                // vi.IsYUVA() no-no! vi is already the target video type
      
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        2
                env->BitBlt(dstpA, dst_pitchA, src->GetReadPtr(PLANAR_A), src->GetPitch(PLANAR_A), src->GetRowSize(PLANAR_A_ALIGNED), src->GetHeight(PLANAR_A));
      
              }
      
              else {
      
                // RGBPA target + different bit-depth
      
                // Alpha bit depth conversion needed, normal planes are done in-process.
      
                // we need only conv_function_a, proper dispatching from ConvertBits
      
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        2
                conv_function_a(src->GetReadPtr(PLANAR_A), dstpA, src->GetRowSize(PLANAR_A), heightA, src->GetPitch(PLANAR_A), dst_pitchA, source_bit_depth, target_bit_depth, -1);
      
              }
      
            }
      
            else {
      
              // fill default transparency
      
        ✗
              switch (vi.ComponentSize())
      
              {
      
        ✗
              case 1:
      
        ✗
                fill_plane<BYTE>(dstpA, heightA, rowsizeA, dst_pitchA, 255);
      
        ✗
                break;
      
        ✗
              case 2:
      
        ✗
                fill_plane<uint16_t>(dstpA, heightA, rowsizeA, dst_pitchA, (1 << target_bit_depth) - 1);
      
        ✗
                break;
      
        ✗
              case 4:
      
        ✗
                fill_plane<float>(dstpA, heightA, rowsizeA, dst_pitchA, 1.0f);
      
        ✗
                break;
      
              }
      
            }
      
          }
      
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        16
          const BYTE* srcp[3] = { src->GetReadPtr(PLANAR_G), src->GetReadPtr(PLANAR_B), src->GetReadPtr(PLANAR_R) };
      
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        16
          const int srcPitch[3] = { src->GetPitch(PLANAR_G), src->GetPitch(PLANAR_B), src->GetPitch(PLANAR_R) };
      
        16
          BYTE* dstp[3] = { dstY, dstU, dstV };
      
        16
          int dstPitch[3] = { Ypitch, UVpitch, UVpitch };
      
        16
          const bool force_float = quality;
      
          // to Y
      
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        16
          if (to_y) {
      
        #ifdef INTEL_INTRINSICS
      
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        5
            if (env->GetCPUFlags() & CPUF_AVX2) {
      
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        5
              if (bits_per_pixel == 8)
      
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        2
                convert_yuv_to_planarrgb_avx2<ConversionDirection::RGB_TO_Y, uint8_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
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        3
              else if (bits_per_pixel < 16)
      
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        1
                convert_yuv_to_planarrgb_avx2<ConversionDirection::RGB_TO_Y, uint16_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
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        2
              else if (bits_per_pixel == 16)
      
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        1
                convert_yuv_to_planarrgb_avx2<ConversionDirection::RGB_TO_Y, uint16_t, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
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        1
              else if (bits_per_pixel == 32)
      
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        1
                convert_yuv_to_planarrgb_avx2<ConversionDirection::RGB_TO_Y, float, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        5
              return dst;
      
            }
      
        ✗
            if (env->GetCPUFlags() & CPUF_SSE2) {
      
        ✗
              if (bits_per_pixel == 8)
      
        ✗
                convert_yuv_to_planarrgb_sse2<ConversionDirection::RGB_TO_Y, uint8_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
              else if (bits_per_pixel < 16)
      
        ✗
                convert_yuv_to_planarrgb_sse2<ConversionDirection::RGB_TO_Y, uint16_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
              else if (bits_per_pixel == 16)
      
        ✗
                convert_yuv_to_planarrgb_sse2<ConversionDirection::RGB_TO_Y, uint16_t, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
              else if (bits_per_pixel == 32)
      
        ✗
                convert_yuv_to_planarrgb_sse2<ConversionDirection::RGB_TO_Y, float, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
              return dst;
      
            }
      
        #endif
      
        ✗
            if (bits_per_pixel == 8)
      
        ✗
              convert_yuv_to_planarrgb_c<ConversionDirection::RGB_TO_Y, uint8_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
            else if (bits_per_pixel < 16)
      
        ✗
              convert_yuv_to_planarrgb_c<ConversionDirection::RGB_TO_Y, uint16_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
            else if (bits_per_pixel == 16)
      
        ✗
              convert_yuv_to_planarrgb_c<ConversionDirection::RGB_TO_Y, uint16_t, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
            else if (bits_per_pixel == 32)
      
        ✗
              convert_yuv_to_planarrgb_c<ConversionDirection::RGB_TO_Y, float, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
            return dst;
      
          }
      
          // to YUV
      
        #ifdef INTEL_INTRINSICS
      
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        11
          if (env->GetCPUFlags() & CPUF_AVX2) {
      
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        11
            if (bits_per_pixel == 8)
      
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        3
              convert_yuv_to_planarrgb_avx2<ConversionDirection::RGB_TO_YUV, uint8_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
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        8
            else if (bits_per_pixel < 16)
      
        ✗
              convert_yuv_to_planarrgb_avx2<ConversionDirection::RGB_TO_YUV, uint16_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
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        8
            else if (bits_per_pixel == 16)
      
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        2
              convert_yuv_to_planarrgb_avx2<ConversionDirection::RGB_TO_YUV, uint16_t, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
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        6
            else if (bits_per_pixel == 32)
      
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        6
              convert_yuv_to_planarrgb_avx2<ConversionDirection::RGB_TO_YUV, float, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        11
            return dst;
      
          }
      
        ✗
          if (env->GetCPUFlags() & CPUF_SSE2) {
      
        ✗
            if (bits_per_pixel == 8)
      
        ✗
              convert_yuv_to_planarrgb_sse2<ConversionDirection::RGB_TO_YUV, uint8_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
            else if (bits_per_pixel < 16)
      
        ✗
              convert_yuv_to_planarrgb_sse2<ConversionDirection::RGB_TO_YUV, uint16_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
            else if (bits_per_pixel == 16)
      
        ✗
              convert_yuv_to_planarrgb_sse2<ConversionDirection::RGB_TO_YUV, uint16_t, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
            else if (bits_per_pixel == 32)
      
        ✗
              convert_yuv_to_planarrgb_sse2<ConversionDirection::RGB_TO_YUV, float, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
            return dst;
      
          }
      
        #endif
      
        ✗
          if (bits_per_pixel == 8)
      
        ✗
            convert_yuv_to_planarrgb_c<ConversionDirection::RGB_TO_YUV, uint8_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
          else if (bits_per_pixel < 16)
      
        ✗
            convert_yuv_to_planarrgb_c<ConversionDirection::RGB_TO_YUV, uint16_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
          else if (bits_per_pixel == 16)
      
        ✗
            convert_yuv_to_planarrgb_c<ConversionDirection::RGB_TO_YUV, uint16_t, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
          else if (bits_per_pixel == 32)
      
        ✗
            convert_yuv_to_planarrgb_c<ConversionDirection::RGB_TO_YUV, float, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
          return dst;
      
        16
        }
      
        /*****************************************************
      
         * ConvertYV24ToRGB
      
         *
      
         * (c) Klaus Post, 2005
      
         * Generic 4:4:4(:4), 16 bit and Planar RGB(A) support 2016 by PF
      
         ******************************************************/
      
        10
        ConvertYUV444ToRGB::ConvertYUV444ToRGB(PClip src, const char *matrix_name, int _pixel_step, int _target_bit_depth, bool _quality, bool& bitdepthConverted, IScriptEnvironment* env)
      
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        10
          : GenericVideoFilter(src), pixel_step(_pixel_step), target_bit_depth(_target_bit_depth), quality(_quality), conv_function(nullptr), conv_function_chroma(nullptr), conv_function_a(nullptr)
      
        {
      
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        10
          if (!vi.Is444())
      
        ✗
            env->ThrowError("ConvertYUV444ToRGB: Only 4:4:4 data input accepted");
      
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        10
          auto frame0 = child->GetFrame(0, env);
      
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        10
          const AVSMap* props = env->getFramePropsRO(frame0);
      
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        10
          matrix_parse_merge_with_props(false /*in yuv*/, true /*out rgb*/, matrix_name, props, theMatrix, theColorRange, theOutColorRange, env);
      
          // Good to know:
      
          // - When frame property "_ColorRange" exists, it overrides the default output RGB color range.
      
          // - PC.xxx old-style matrix names leave the color range unchanged, whether they exist or not.
      
          // - When using PC.xxx and YUV is limited => output RGB is narrow range (limited)
      
          // - Other non PC.xxx old matrix names:
      
          //   - input range is defined by the matrix name, even if _ColorRange frame property exists
      
          //   - output range is default Full for RGB, unless _ColorRange exists, when its value defines the output RGB range (full or limited/narrow)
      
          // - new style matrix definitions: see docs. Preserve what is not set, distinct :f or :l suffixes may tell the color range, not part of matrix name.
      
          // - Matrix coefficients still need to know input and output color range (full or limited/narrow) so by this time we have these two.
      
        10
          const int shift = 13; // for integer arithmetic, over 13 bits would overflow the matrix elements/internal calculation
      
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        10
          const int bits_per_pixel = vi.BitsPerComponent();
      
        10
          source_bit_depth = bits_per_pixel;
      
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        10
          if (!do_BuildMatrix_Yuv2Rgb(theMatrix, theColorRange, theOutColorRange, shift, source_bit_depth, /*ref*/matrix))
      
        ✗
            env->ThrowError("ConvertYUV444ToRGB: Unknown matrix.");
      
          // Old comment: what is not implemented in-process, we do the conversion with invoked ConvertBits()
      
          // Now all source-target combinations are supported.
      
          // target_bit_depth == -1: no conversion required
      
        10
          const bool need_bitdepth_conversion = (target_bit_depth != -1);
      
          // get alpha converter, GetFrame is using that if alpha must be depth-converterd and not only copied
      
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        10
          if (need_bitdepth_conversion)
      
          {
      
            // supported conversions:
      
            // 8-16-bits any range to 8-16, 32 bits any range
      
        3
            bitdepthConverted = true;
      
        #ifdef INTEL_INTRINSICS
      
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        3
            const bool sse2 = !!(env->GetCPUFlags() & CPUF_SSE2);
      
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        3
            const bool sse4 = !!(env->GetCPUFlags() & CPUF_SSE4_1);
      
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        3
            const bool avx2 = !!(env->GetCPUFlags() & CPUF_AVX2);
      
            // we really need only alpha conversion function
      
        3
            const bool fulls = true; // alpha is always full range
      
        3
            const bool fulld = true; // alpha is always full range
      
        3
            const int dither_mode = -1;
      
        #ifdef INTEL_INTRINSICS
      
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        3
            get_convert_any_bits_functions(dither_mode, source_bit_depth, target_bit_depth, fulls, fulld, sse2, sse4, avx2, conv_function, conv_function_chroma, conv_function_a);
      
        #else
      
            get_convert_any_bits_functions(dither_mode, source_bit_depth, target_bit_depth, fulls, fulld, conv_function, conv_function_chroma, conv_function_a);
      
        #endif
      
        #endif
      
          }
      
          else {
      
        7
            bitdepthConverted = false;
      
        7
            target_bit_depth = source_bit_depth;
      
          }
      
        10
          theOutMatrix = Matrix_e::AVS_MATRIX_RGB;
      
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        10
          switch (pixel_step)
      
          {
      
        10
          case -1: case -2: // target is planar RGB(A): all bit depths supported
      
            {
      
        10
              const bool hasAlpha = (pixel_step == -2);
      
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        10
              switch (target_bit_depth)
      
              {
      
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        2
              case 8:  vi.pixel_type = hasAlpha ? VideoInfo::CS_RGBAP : VideoInfo::CS_RGBP; break;
      
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        3
              case 10: vi.pixel_type = hasAlpha ? VideoInfo::CS_RGBAP10 : VideoInfo::CS_RGBP10; break;
      
        ✗
              case 12: vi.pixel_type = hasAlpha ? VideoInfo::CS_RGBAP12 : VideoInfo::CS_RGBP12; break;
      
        ✗
              case 14: vi.pixel_type = hasAlpha ? VideoInfo::CS_RGBAP14 : VideoInfo::CS_RGBP14; break;
      
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        2
              case 16: vi.pixel_type = hasAlpha ? VideoInfo::CS_RGBAP16 : VideoInfo::CS_RGBP16; break;
      
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        3
              case 32: vi.pixel_type = hasAlpha ? VideoInfo::CS_RGBAPS : VideoInfo::CS_RGBPS; break;
      
        ✗
              default:
      
        ✗
                env->ThrowError("ConvertYUV444ToRGB: invalid vi.BitsPerComponent(): %d", vi.BitsPerComponent());
      
              }
      
            }
      
        10
            break;
      
        ✗
          case 3: vi.pixel_type = VideoInfo::CS_BGR24; break;
      
        ✗
          case 4: vi.pixel_type = VideoInfo::CS_BGR32; break;
      
        ✗
          case 6: vi.pixel_type = VideoInfo::CS_BGR48; break;
      
        ✗
          case 8: vi.pixel_type = VideoInfo::CS_BGR64; break;
      
        ✗
          default:
      
        ✗
            env->ThrowError("ConvertYUV444ToRGB: invalid pixel step: %d", pixel_step);
      
          }
      
        10
        }
      
        template<int pixel_step, bool source_has_alpha>
      
        ✗
        static void convert_yv24_to_rgb_c(BYTE* dstp, const BYTE* srcY, const BYTE* srcU, const BYTE* srcV, const BYTE* srcA, int dst_pitch, int src_pitch_y, int src_pitch_uv, int src_pitch_a, int width, int height, const ConversionMatrix& matrix)
      
        {
      
        ✗
          dstp += dst_pitch * (height - 1);  // We start at last line. Packed RGB is bottom-up.
      
        ✗
          auto round_mask_plus_rgb_offset_i = 4096 + (matrix.offset_rgb << 13);
      
          if constexpr (pixel_step == 4) { // RGB32
      
        ✗
            for (int y = 0; y < height; y++) {
      
        ✗
              for (int x = 0; x < width; x++) {
      
        ✗
                int Y = srcY[x] + matrix.offset_y;
      
        ✗
                int U = srcU[x] - 128;
      
        ✗
                int V = srcV[x] - 128;
      
        ✗
                uint8_t a = source_has_alpha ? srcA[x] : 255; // YUVA aware
      
        ✗
                int b = (((int)matrix.y_b * Y + (int)matrix.u_b * U + (int)matrix.v_b * V + round_mask_plus_rgb_offset_i) >> 13);
      
        ✗
                int g = (((int)matrix.y_g * Y + (int)matrix.u_g * U + (int)matrix.v_g * V + round_mask_plus_rgb_offset_i) >> 13);
      
        ✗
                int r = (((int)matrix.y_r * Y + (int)matrix.u_r * U + (int)matrix.v_r * V + round_mask_plus_rgb_offset_i) >> 13);
      
        ✗
                dstp[x * 4 + 0] = PixelClip(b);  // All the safety we can wish for.
      
        ✗
                dstp[x * 4 + 1] = PixelClip(g);  // Probably needed here.
      
        ✗
                dstp[x * 4 + 2] = PixelClip(r);
      
        ✗
                dstp[x * 4 + 3] = a; // alpha
      
              }
      
        ✗
              dstp -= dst_pitch;
      
        ✗
              srcY += src_pitch_y;
      
        ✗
              srcU += src_pitch_uv;
      
        ✗
              srcV += src_pitch_uv;
      
        ✗
              srcA += src_pitch_a;
      
            }
      
          }
      
          else if constexpr (pixel_step == 3) { // RGB24
      
        ✗
            const int Dstep = dst_pitch + (width * pixel_step);
      
        ✗
            for (int y = 0; y < height; y++) {
      
        ✗
              for (int x = 0; x < width; x++) {
      
        ✗
                int Y = srcY[x] + matrix.offset_y;
      
        ✗
                int U = srcU[x] - 128;
      
        ✗
                int V = srcV[x] - 128;
      
        ✗
                int b = (((int)matrix.y_b * Y + (int)matrix.u_b * U + (int)matrix.v_b * V + round_mask_plus_rgb_offset_i) >> 13);
      
        ✗
                int g = (((int)matrix.y_g * Y + (int)matrix.u_g * U + (int)matrix.v_g * V + round_mask_plus_rgb_offset_i) >> 13);
      
        ✗
                int r = (((int)matrix.y_r * Y + (int)matrix.u_r * U + (int)matrix.v_r * V + round_mask_plus_rgb_offset_i) >> 13);
      
        ✗
                dstp[0] = PixelClip(b);  // All the safety we can wish for.
      
        ✗
                dstp[1] = PixelClip(g);  // Probably needed here.
      
        ✗
                dstp[2] = PixelClip(r);
      
        ✗
                dstp += pixel_step;
      
              }
      
        ✗
              dstp -= Dstep;
      
        ✗
              srcY += src_pitch_y;
      
        ✗
              srcU += src_pitch_uv;
      
        ✗
              srcV += src_pitch_uv;
      
            }
      
          }
      
        ✗
        }
      
        // C reference implementation matching AVX2/SSE2 logic with all conversion directions
      
        template<ConversionDirection direction, typename pixel_t, bool lessthan16bit, bool lessthan16bit_target, typename pixel_t_dst, YuvRgbConversionType conv_type>
      
        40
        static void convert_yuv_to_planarrgb_c_internal(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m,
      
          int bits_per_pixel, int bits_per_pixel_target)
      
        {
      
          // int64_t needed for exact 16 bit pixels in integer workflow
      
          // float input always uses float workflow
      
          typedef typename std::conditional<sizeof(pixel_t) == 1 || lessthan16bit, int, int64_t>::type safe_int_t;
      
          // Remark: for RGB->YUV and RGB->Y 16 bit original, we later redirect the constexpr values to a full-float-workflow.
      
          // Though int64_t would work here in C just fine, but has serious performance issues at Intel SIMD,
      
          // so we make it identical to the SIMD path and use float path which is simple and much quicker in this case.)
      
        40
          constexpr int INT_ARITH_SHIFT =
      
            (direction == ConversionDirection::YUV_TO_RGB) ? 13 :
      
            (direction == ConversionDirection::RGB_TO_YUV || direction == ConversionDirection::RGB_TO_Y) ? 15 :
      
            (direction == ConversionDirection::YUV_TO_YUV) ? 14 : 13;
      
          // Validate: float input requires FORCE_FLOAT conversion type
      
          static_assert(!(std::is_floating_point<pixel_t>::value && conv_type != YuvRgbConversionType::FORCE_FLOAT),
      
            "FORCE_FLOAT conversion type is required for float input pixel type");
      
        40
          constexpr bool final_is_float = std::is_floating_point<pixel_t_dst>::value;
      
        40
          constexpr bool would_need_64bit_v_patch = !lessthan16bit && !final_is_float && (INT_ARITH_SHIFT == 15);
      
          // RGB_TO_YUV, RGB_TO_Y 16 bit origin case needs 64 bit extension at one point to avoid overflow
      
          // but it makes it much slower than the full-float path, so we force float path for that case as well
      
          // effectively full-float-inside for int full range conversion, but with the same output rules as other float conversions
      
        40
          constexpr bool force_float = (conv_type == YuvRgbConversionType::FORCE_FLOAT) || would_need_64bit_v_patch;
      
        40
          constexpr bool need_int_conversion_narrow_range = conv_type == YuvRgbConversionType::BITCONV_INT_LIMITED;
      
        40
          constexpr bool need_int_conversion_full_range = conv_type == YuvRgbConversionType::BITCONV_INT_FULL;
      
        40
          constexpr bool need_int_conversion = conv_type == YuvRgbConversionType::BITCONV_INT_FULL ||
      
            conv_type == YuvRgbConversionType::BITCONV_INT_LIMITED ||
      
            (conv_type == YuvRgbConversionType::FORCE_FLOAT && !final_is_float);
      
        40
          const bool float_matrix_workflow = force_float || need_int_conversion_full_range;
      
          // quasi-constexpr, may help optimizer
      
        16
          if constexpr (std::is_same<pixel_t, uint8_t>::value) bits_per_pixel = 8;
      
        14
          if constexpr (std::is_same<pixel_t_dst, uint8_t>::value) bits_per_pixel_target = 8;
      
        10
          if constexpr (std::is_same<pixel_t, uint16_t>::value && !lessthan16bit) bits_per_pixel = 16;
      
        12
          if constexpr (std::is_same<pixel_t_dst, uint16_t>::value && !lessthan16bit_target) bits_per_pixel_target = 16;
      
        22
          if constexpr (conv_type == YuvRgbConversionType::NATIVE_INT) bits_per_pixel_target = bits_per_pixel;
      
        40
          const int bit_diff = need_int_conversion ? bits_per_pixel_target - bits_per_pixel : 0;
      
        40
          const int target_shift = need_int_conversion_narrow_range ? INT_ARITH_SHIFT - bit_diff : INT_ARITH_SHIFT;
      
        40
          const int ROUNDER = (final_is_float || float_matrix_workflow) ? 0 : (1 << (target_shift - 1));
      
        40
          const float out_offset_f = m.offset_out_f_32;
      
        40
          const int half_pixel_offset = 1 << (bits_per_pixel - 1);
      
        40
          const int half_pixel_offset_target = 1 << (bits_per_pixel_target - 1);
      
        40
          const int max_pixel_value_target = (1 << bits_per_pixel_target) - 1;
      
        40
          bits_conv_constants conversion_ranges;
      
        40
          const bool full_scale_d = m.offset_out == 0;
      
          25/320void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, float, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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✓ Branch 2 → 24 taken 1 time.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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✓ Branch 2 → 24 taken 1 time.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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✓ Branch 2 → 24 taken 1 time.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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✓ Branch 2 → 24 taken 1 time.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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        40
          get_bits_conv_constants(conversion_ranges, false, full_scale_d, full_scale_d, bits_per_pixel, bits_per_pixel_target);
      
        40
          constexpr int int_arithmetic_shift = 1 << INT_ARITH_SHIFT;
      
        40
          float scale_f = conversion_ranges.mul_factor;
      
          if (final_is_float && !float_matrix_workflow)
      
        1
            scale_f = scale_f / int_arithmetic_shift;
      
        40
          const int offset_in_scalar = m.offset_in;
      
        40
          const int offset_out_scalar = m.offset_out;
      
          int round_mask_plus_offset_out_i;
      
          int round_mask_plus_offset_out_chroma_i;
      
          if constexpr (!float_matrix_workflow) {
      
        27
            round_mask_plus_offset_out_i = final_is_float ? 0 : ROUNDER + (offset_out_scalar << INT_ARITH_SHIFT);
      
        27
            round_mask_plus_offset_out_chroma_i = final_is_float ? 0 : ROUNDER + (half_pixel_offset << INT_ARITH_SHIFT);
      
          }
      
          50/320void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 60 → 56 taken 5 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 63 → 56 taken 30 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 63 → 56 taken 5 times.
✓ Branch 63 → 64 taken 1 time.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 63 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 63 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 63 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 63 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 63 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 63 → 56 taken 10 times.
✓ Branch 63 → 64 taken 2 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 60 → 56 taken 5 times.
✓ Branch 60 → 61 taken 1 time.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 63 → 56 taken 5 times.
✓ Branch 63 → 64 taken 1 time.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 63 → 56 taken 20 times.
✓ Branch 63 → 64 taken 4 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 63 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 63 → 56 taken 5 times.
✓ Branch 63 → 64 taken 1 time.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 63 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 60 → 56 taken 2 times.
✓ Branch 60 → 61 taken 1 time.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 55 taken 2 times.
✓ Branch 59 → 60 taken 1 time.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 63 → 56 taken 10 times.
✓ Branch 63 → 64 taken 2 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 63 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 63 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 63 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 63 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 63 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 63 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 63 → 56 taken 15 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 63 → 56 taken 5 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 60 → 56 taken 3 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 63 → 56 taken 3 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 63 → 56 taken 9 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 63 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 60 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 63 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 63 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, float, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 60 → 56 taken 6 times.
✓ Branch 60 → 61 taken 2 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 56 taken 3 times.
✓ Branch 61 → 62 taken 1 time.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 56 taken 3 times.
✓ Branch 61 → 62 taken 1 time.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 56 taken 3 times.
✓ Branch 61 → 62 taken 1 time.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 56 taken 3 times.
✓ Branch 61 → 62 taken 1 time.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 56 taken 3 times.
✓ Branch 61 → 62 taken 1 time.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 56 taken 3 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 56 taken 3 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 56 taken 3 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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        204
          for (int y = 0; y < height; y++) {
      
        164
            const pixel_t* src0 = reinterpret_cast<const pixel_t*>(srcp[0]); // Y or G
      
        164
            const pixel_t* src1 = reinterpret_cast<const pixel_t*>(srcp[1]); // U or B
      
        164
            const pixel_t* src2 = reinterpret_cast<const pixel_t*>(srcp[2]); // V or R
      
        164
            pixel_t_dst* d0 = reinterpret_cast<pixel_t_dst*>(dstp[0]); // G or Y
      
        164
            pixel_t_dst* d1 = reinterpret_cast<pixel_t_dst*>(dstp[1]); // B or U
      
        164
            pixel_t_dst* d2 = reinterpret_cast<pixel_t_dst*>(dstp[2]); // R or V
      
          50/320void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 58 → 57 taken 85 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 57 taken 960 times.
✓ Branch 61 → 62 taken 30 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 58 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 57 taken 160 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 58 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 57 → 56 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 57 taken 320 times.
✓ Branch 61 → 62 taken 10 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 58 → 57 taken 95 times.
✓ Branch 58 → 59 taken 5 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 57 taken 165 times.
✓ Branch 61 → 62 taken 5 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 57 taken 505 times.
✓ Branch 61 → 62 taken 20 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 57 taken 165 times.
✓ Branch 61 → 62 taken 5 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 58 → 57 taken 10 times.
✓ Branch 58 → 59 taken 2 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 57 → 56 taken 10 times.
✓ Branch 57 → 58 taken 2 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 57 taken 245 times.
✓ Branch 61 → 62 taken 10 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 61 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 58 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 57 taken 495 times.
✓ Branch 61 → 62 taken 15 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 57 taken 85 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 58 → 57 taken 27 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 57 taken 51 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 61 → 57 taken 123 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✗ Branch 58 → 57 not taken.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, float, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 58 → 57 taken 192 times.
✓ Branch 58 → 59 taken 6 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 57 taken 96 times.
✓ Branch 59 → 60 taken 3 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 57 taken 96 times.
✓ Branch 59 → 60 taken 3 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 57 taken 96 times.
✓ Branch 59 → 60 taken 3 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 57 taken 96 times.
✓ Branch 59 → 60 taken 3 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 57 taken 96 times.
✓ Branch 59 → 60 taken 3 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, float, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, float, (YuvRgbConversionType)2>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 57 taken 96 times.
✓ Branch 59 → 60 taken 3 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 57 taken 96 times.
✓ Branch 59 → 60 taken 3 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 57 taken 96 times.
✓ Branch 59 → 60 taken 3 times.
void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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        4625
            for (int x = 0; x < width; x++) {
      
              float in0_f, in1_f, in2_f;
      
              int in0_i, in1_i, in2_i;
      
              // Load inputs
      
              if constexpr (std::is_floating_point<pixel_t>::value) {
      
        399
                in0_f = src0[x];
      
        399
                in1_f = src1[x];
      
        399
                in2_f = src2[x];
      
              }
      
              else {
      
        4062
                in0_i = static_cast<int>(src0[x]);
      
        4062
                in1_i = static_cast<int>(src1[x]);
      
        4062
                in2_i = static_cast<int>(src2[x]);
      
              }
      
              float out0_f, out1_f, out2_f;
      
              safe_int_t out0_raw, out1_raw, out2_raw; // Keep as int64_t for 16-bit (see would_need_64bit_v_patch remarks above)
      
              if constexpr (float_matrix_workflow) {
      
                // Float workflow
      
                if constexpr (!std::is_floating_point<pixel_t>::value) {
      
                  // Convert integer to float and apply input offset
      
                  if constexpr (direction == ConversionDirection::YUV_TO_RGB || direction == ConversionDirection::YUV_TO_YUV) {
      
                    // YUV input
      
        ✗
                    in0_f = static_cast<float>(in0_i + offset_in_scalar); // Y
      
        ✗
                    in1_f = static_cast<float>(in1_i - half_pixel_offset); // U
      
        ✗
                    in2_f = static_cast<float>(in2_i - half_pixel_offset); // V
      
                  }
      
                  else if constexpr (direction == ConversionDirection::RGB_TO_YUV || direction == ConversionDirection::RGB_TO_Y || direction == ConversionDirection::RGB_TO_RGB) {
      
                    // RGB input
      
        735
                    in0_f = static_cast<float>(in0_i + offset_in_scalar); // G
      
        735
                    in1_f = static_cast<float>(in1_i + offset_in_scalar); // B
      
        735
                    in2_f = static_cast<float>(in2_i + offset_in_scalar); // R
      
                  }
      
                }
      
                else {
      
                  // Float input - apply offset
      
                  if constexpr (direction == ConversionDirection::YUV_TO_RGB || direction == ConversionDirection::YUV_TO_YUV) {
      
        112
                    in0_f += m.offset_in_f; // Y only
      
                  }
      
                  else {
      
        287
                    in0_f += m.offset_in_f; // G
      
        287
                    in1_f += m.offset_in_f; // B
      
        287
                    in2_f += m.offset_in_f; // R
      
                  }
      
                }
      
                // Matrix multiply - coefficient order depends on direction
      
                // Note: C is slightly different from Intel SIMD SSE2/AVX2 implementation:
      
                // C is using (a+b+c)*scale, SIMD is using a*scale+b*scale+c*scale logic regarding the coeff scaling
      
                // and summation. They may not be bit identical here in the float_matrix_workflow (e.g. fullrange destination)
      
                if constexpr (direction == ConversionDirection::YUV_TO_RGB || direction == ConversionDirection::YUV_TO_YUV) {
      
                  // YUV input: in0=Y, in1=U, in2=V
      
        112
                  out0_f = (m.y_g_f * in0_f + m.u_g_f * in1_f + m.v_g_f * in2_f) * scale_f; // G or Y
      
        112
                  out1_f = (m.y_b_f * in0_f + m.u_b_f * in1_f + m.v_b_f * in2_f) * scale_f; // B or U
      
        112
                  out2_f = (m.y_r_f * in0_f + m.u_r_f * in1_f + m.v_r_f * in2_f) * scale_f; // R or V
      
                }
      
                else if constexpr (direction == ConversionDirection::RGB_TO_YUV || direction == ConversionDirection::RGB_TO_RGB) {
      
                  // RGB input: in0=G, in1=B, in2=R
      
        350
                  out0_f = (m.y_g_f * in0_f + m.y_b_f * in1_f + m.y_r_f * in2_f) * scale_f; // Y or G
      
        350
                  out1_f = (m.u_g_f * in0_f + m.u_b_f * in1_f + m.u_r_f * in2_f) * scale_f; // U or B
      
        350
                  out2_f = (m.v_g_f * in0_f + m.v_b_f * in1_f + m.v_r_f * in2_f) * scale_f; // V or R
      
                }
      
                else if constexpr (direction == ConversionDirection::RGB_TO_Y) {
      
                  // RGB input: in0=G, in1=B, in2=R
      
        672
                  out0_f = (m.y_g_f * in0_f + m.y_b_f * in1_f + m.y_r_f * in2_f) * scale_f; // Y or G
      
                }
      
                // Add output offset
      
                if constexpr (direction == ConversionDirection::YUV_TO_RGB || direction == ConversionDirection::RGB_TO_RGB) {
      
                  // RGB output: same offset for all
      
        85
                  float rgb_offset_scaled = m.offset_out_f * scale_f;
      
        85
                  out0_f += rgb_offset_scaled;
      
        85
                  out1_f += rgb_offset_scaled;
      
        85
                  out2_f += rgb_offset_scaled;
      
                }
      
                else if constexpr (direction == ConversionDirection::RGB_TO_YUV || direction == ConversionDirection::YUV_TO_YUV) {
      
                  // YUV output: different offsets
      
        377
                  float y_offset_scaled = m.offset_out_f * scale_f;
      
        377
                  float uv_center = final_is_float ? 0.0f : (float)half_pixel_offset_target;
      
        377
                  out0_f += y_offset_scaled; // Y
      
        377
                  out1_f += uv_center; // U
      
        377
                  out2_f += uv_center; // V
      
                }
      
                else if constexpr (direction == ConversionDirection::RGB_TO_Y) {
      
                  // Y output: single Y offsets
      
        672
                  float y_offset_scaled = m.offset_out_f * scale_f;
      
        672
                  out0_f += y_offset_scaled; // Y
      
                }
      
                if constexpr (final_is_float) {
      
        409
                  d0[x] = static_cast<pixel_t_dst>(out0_f);
      
                  if constexpr (direction != ConversionDirection::RGB_TO_Y) {
      
        217
                    d1[x] = static_cast<pixel_t_dst>(out1_f);
      
        217
                    d2[x] = static_cast<pixel_t_dst>(out2_f);
      
                  }
      
                }
      
                else {
      
                  // Convert to integer with rounding
      
        725
                  int out0_i = static_cast<int>(out0_f + 0.5f);
      
          6/184void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 57 → 58 taken 96 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 57 → 58 taken 96 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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        725
                  out0_i = std::clamp(out0_i, 0, max_pixel_value_target);
      
        725
                  d0[x] = static_cast<pixel_t_dst>(out0_i);
      
                  if constexpr (direction != ConversionDirection::RGB_TO_Y) {
      
        245
                    int out1_i = static_cast<int>(out1_f + 0.5f);
      
        245
                    int out2_i = static_cast<int>(out2_f + 0.5f);
      
          1/134void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 58 → 59 taken 245 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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        245
                    out1_i = std::clamp(out1_i, 0, max_pixel_value_target);
      
          1/134void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 60 taken 245 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, float, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)1>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)4>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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        245
                    out2_i = std::clamp(out2_i, 0, max_pixel_value_target);
      
        245
                    d1[x] = static_cast<pixel_t_dst>(out1_i);
      
        245
                    d2[x] = static_cast<pixel_t_dst>(out2_i);
      
                  }
      
                }
      
              }
      
              else {
      
                // Integer workflow
      
                // Apply input offset and centering
      
                if constexpr (direction == ConversionDirection::YUV_TO_RGB || direction == ConversionDirection::YUV_TO_YUV) {
      
                  // YUV input
      
        1614
                  in0_i = in0_i + offset_in_scalar; // Y
      
        1614
                  in1_i = in1_i - half_pixel_offset; // U (centered)
      
        1614
                  in2_i = in2_i - half_pixel_offset; // V (centered)
      
                }
      
                else if constexpr (direction == ConversionDirection::RGB_TO_YUV || direction == ConversionDirection::RGB_TO_RGB || direction == ConversionDirection::RGB_TO_Y) {
      
                  // RGB input
      
        1713
                  in0_i = in0_i + offset_in_scalar; // G
      
        1713
                  in1_i = in1_i + offset_in_scalar; // B
      
        1713
                  in2_i = in2_i + offset_in_scalar; // R
      
                }
      
                // Matrix multiply with appropriate rounding/offset
      
                int round_and_offset_0, round_and_offset_1, round_and_offset_2;
      
                if constexpr (direction == ConversionDirection::YUV_TO_RGB || direction == ConversionDirection::RGB_TO_RGB) {
      
                  // RGB output: same offset for all
      
        1440
                  round_and_offset_0 = round_mask_plus_offset_out_i;
      
        1440
                  round_and_offset_1 = round_mask_plus_offset_out_i;
      
        1440
                  round_and_offset_2 = round_mask_plus_offset_out_i;
      
                }
      
                else if constexpr (direction == ConversionDirection::RGB_TO_YUV || direction == ConversionDirection::YUV_TO_YUV) {
      
                  // YUV output: different offsets
      
        1599
                  round_and_offset_0 = round_mask_plus_offset_out_i; // Y
      
        1599
                  round_and_offset_1 = round_mask_plus_offset_out_chroma_i; // U
      
        1599
                  round_and_offset_2 = round_mask_plus_offset_out_chroma_i; // V
      
                }
      
                else if constexpr (direction == ConversionDirection::RGB_TO_Y) {
      
                  // Y output: single Y offset
      
        288
                  round_and_offset_0 = round_mask_plus_offset_out_i; // Y
      
                }
      
                if constexpr (direction == ConversionDirection::YUV_TO_RGB || direction == ConversionDirection::YUV_TO_YUV) {
      
                  // YUV input: in0=Y, in1=U, in2=V
      
        1614
                  out0_raw = (safe_int_t)m.y_g * in0_i + (safe_int_t)m.u_g * in1_i + (safe_int_t)m.v_g * in2_i + round_and_offset_0;
      
        1614
                  out1_raw = (safe_int_t)m.y_b * in0_i + (safe_int_t)m.u_b * in1_i + (safe_int_t)m.v_b * in2_i + round_and_offset_1;
      
        1614
                  out2_raw = (safe_int_t)m.y_r * in0_i + (safe_int_t)m.u_r * in1_i + (safe_int_t)m.v_r * in2_i + round_and_offset_2;
      
                }
      
                else if constexpr (direction == ConversionDirection::RGB_TO_YUV || direction == ConversionDirection::RGB_TO_RGB) {
      
                  // RGB input: in0=G, in1=B, in2=R
      
        1425
                  out0_raw = (safe_int_t)m.y_g * in0_i + (safe_int_t)m.y_b * in1_i + (safe_int_t)m.y_r * in2_i + round_and_offset_0;
      
        1425
                  out1_raw = (safe_int_t)m.u_g * in0_i + (safe_int_t)m.u_b * in1_i + (safe_int_t)m.u_r * in2_i + round_and_offset_1;
      
        1425
                  out2_raw = (safe_int_t)m.v_g * in0_i + (safe_int_t)m.v_b * in1_i + (safe_int_t)m.v_r * in2_i + round_and_offset_2;
      
                }
      
                else if constexpr (direction == ConversionDirection::RGB_TO_Y) {
      
                  // RGB input: in0=G, in1=B, in2=R
      
        288
                  out0_raw = (safe_int_t)m.y_g * in0_i + (safe_int_t)m.y_b * in1_i + (safe_int_t)m.y_r * in2_i + round_and_offset_0;
      
                }
      
                if constexpr (final_is_float) {
      
                  // Integer workflow + float output
      
        10
                  out0_f = static_cast<float>(out0_raw) * scale_f + out_offset_f;
      
                  if constexpr (direction == ConversionDirection::YUV_TO_RGB || direction == ConversionDirection::RGB_TO_RGB) {
      
                    // offset for the rest two only RGB output
      
        ✗
                    out1_f = static_cast<float>(out1_raw) * scale_f + out_offset_f;
      
        ✗
                    out2_f = static_cast<float>(out2_raw) * scale_f + out_offset_f;
      
                  }
      
                  else if constexpr (direction == ConversionDirection::RGB_TO_YUV || direction == ConversionDirection::YUV_TO_YUV) {
      
                    // for YUV the U and V float offset is different : 0.0f
      
        10
                    out1_f = static_cast<float>(out1_raw) * scale_f; // U
      
        10
                    out2_f = static_cast<float>(out2_raw) * scale_f; // V
      
                  }
      
        10
                  d0[x] = static_cast<pixel_t_dst>(out0_f);
      
                  if constexpr (direction != ConversionDirection::RGB_TO_Y) {
      
        10
                    d1[x] = static_cast<pixel_t_dst>(out1_f);
      
        10
                    d2[x] = static_cast<pixel_t_dst>(out2_f);
      
                  }
      
                }
      
                else {
      
                  // Integer workflow + integer output
      
        3317
                  int out0_i = static_cast<int>(out0_raw >> target_shift);
      
          13/80void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 57 → 58 taken 165 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 57 → 58 taken 165 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 57 → 58 taken 85 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 57 → 58 taken 51 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 57 → 58 taken 96 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 57 → 58 taken 96 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 57 → 58 taken 96 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)4, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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        3317
                  out0_i = std::clamp(out0_i, 0, max_pixel_value_target);
      
        3317
                  d0[x] = static_cast<pixel_t_dst>(out0_i);
      
                  if constexpr (direction != ConversionDirection::RGB_TO_Y) {
      
        3029
                    int out1_i = static_cast<int>(out1_raw >> target_shift);
      
        3029
                    int out2_i = static_cast<int>(out2_raw >> target_shift);
      
                    // We are in integer domain, no convenient SIMD packus! We cannot spare min-max clamp to constexpr (lessthan16bit_target) {
      
                    // We need to do it always
      
          10/64void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 58 → 59 taken 960 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 58 → 59 taken 160 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 58 → 59 taken 320 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 58 → 59 taken 165 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 58 → 59 taken 505 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 58 → 59 taken 165 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 58 → 59 taken 495 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 58 → 59 taken 85 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 58 → 59 taken 51 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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        3029
                    out1_i = std::clamp(out1_i, 0, max_pixel_value_target);
      
          10/64void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 60 taken 320 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)0, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 60 taken 165 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 60 taken 505 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 60 taken 165 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 60 taken 495 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 60 taken 85 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)1, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 60 taken 51 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned char, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
✓ Branch 59 → 60 taken 123 times.
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, false, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, false, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned char, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)0>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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void convert_yuv_to_planarrgb_c_internal<(ConversionDirection)2, unsigned short, true, true, unsigned short, (YuvRgbConversionType)3>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int):
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        3029
                    out2_i = std::clamp(out2_i, 0, max_pixel_value_target);
      
        3029
                    d1[x] = static_cast<pixel_t_dst>(out1_i);
      
        3029
                    d2[x] = static_cast<pixel_t_dst>(out2_i);
      
                  }
      
                }
      
              }
      
            }
      
        164
            dstp[0] += dstPitch[0];
      
            if constexpr (direction != ConversionDirection::RGB_TO_Y) {
      
        134
              dstp[1] += dstPitch[1];
      
        134
              dstp[2] += dstPitch[2];
      
            }
      
        164
            srcp[0] += srcPitch[0];
      
        164
            srcp[1] += srcPitch[1];
      
        164
            srcp[2] += srcPitch[2];
      
          }
      
        40
        }
      
        // Dispatcher matching AVX2/SSE2 structure
      
        template<ConversionDirection direction, typename pixel_t_src, bool lessthan16bit>
      
        40
        void convert_yuv_to_planarrgb_c(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m,
      
          int bits_per_pixel, int bits_per_pixel_target, bool force_float)
      
        {
      
          // Handle forced float or float input
      
          15/24void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
✓ Branch 2 → 3 taken 1 time.
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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        35
          if (force_float || std::is_floating_point<pixel_t_src>::value) {
      
          8/32void convert_yuv_to_planarrgb_c<(ConversionDirection)0, float, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, float, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, float, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, float, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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        9
            if (bits_per_pixel_target == 8) {
      
        1
              convert_yuv_to_planarrgb_c_internal<direction, pixel_t_src, lessthan16bit, true, uint8_t, YuvRgbConversionType::FORCE_FLOAT>(dstp, dstPitch, srcp, srcPitch, width, height, m, bits_per_pixel, bits_per_pixel_target);
      
            }
      
          7/32void convert_yuv_to_planarrgb_c<(ConversionDirection)0, float, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, float, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, float, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, float, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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        8
            else if (bits_per_pixel_target < 16) {
      
        1
              convert_yuv_to_planarrgb_c_internal<direction, pixel_t_src, lessthan16bit, true, uint16_t, YuvRgbConversionType::FORCE_FLOAT>(dstp, dstPitch, srcp, srcPitch, width, height, m, bits_per_pixel, bits_per_pixel_target);
      
            }
      
          6/32void convert_yuv_to_planarrgb_c<(ConversionDirection)0, float, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, float, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, float, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, float, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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        7
            else if (bits_per_pixel_target == 16) {
      
        1
              convert_yuv_to_planarrgb_c_internal<direction, pixel_t_src, lessthan16bit, false, uint16_t, YuvRgbConversionType::FORCE_FLOAT>(dstp, dstPitch, srcp, srcPitch, width, height, m, bits_per_pixel, bits_per_pixel_target);
      
            }
      
            else {
      
        6
              convert_yuv_to_planarrgb_c_internal<direction, pixel_t_src, lessthan16bit, false, float, YuvRgbConversionType::FORCE_FLOAT>(dstp, dstPitch, srcp, srcPitch, width, height, m, bits_per_pixel, bits_per_pixel_target);
      
            }
      
        9
            return;
      
          }
      
          if constexpr (!std::is_floating_point<pixel_t_src>::value) {
      
        31
            const bool need_conversion = bits_per_pixel_target != bits_per_pixel;
      
          16/24void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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        31
            if (!need_conversion) {
      
        22
              convert_yuv_to_planarrgb_c_internal<direction, pixel_t_src, lessthan16bit, lessthan16bit, pixel_t_src, YuvRgbConversionType::NATIVE_INT>(dstp, dstPitch, srcp, srcPitch, width, height, m, bits_per_pixel, bits_per_pixel_target);
      
        22
              return;
      
            }
      
        9
            const bool full_d = m.offset_out == 0;
      
          12/48void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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        9
            if (bits_per_pixel_target >= 8 && bits_per_pixel <= 16) {
      
          6/24void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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        9
              if (bits_per_pixel_target == 8) {
      
          1/24void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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        1
                if (full_d)
      
        ✗
                  convert_yuv_to_planarrgb_c_internal<direction, pixel_t_src, lessthan16bit, true, uint8_t, YuvRgbConversionType::BITCONV_INT_FULL>(dstp, dstPitch, srcp, srcPitch, width, height, m, bits_per_pixel, bits_per_pixel_target);
      
                else
      
        1
                  convert_yuv_to_planarrgb_c_internal<direction, pixel_t_src, lessthan16bit, true, uint8_t, YuvRgbConversionType::BITCONV_INT_LIMITED>(dstp, dstPitch, srcp, srcPitch, width, height, m, bits_per_pixel, bits_per_pixel_target);
      
              }
      
          6/24void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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        8
              else if (bits_per_pixel_target < 16) {
      
          2/24void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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        2
                if (full_d)
      
        ✗
                  convert_yuv_to_planarrgb_c_internal<direction, pixel_t_src, lessthan16bit, true, uint16_t, YuvRgbConversionType::BITCONV_INT_FULL>(dstp, dstPitch, srcp, srcPitch, width, height, m, bits_per_pixel, bits_per_pixel_target);
      
                else
      
        2
                  convert_yuv_to_planarrgb_c_internal<direction, pixel_t_src, lessthan16bit, true, uint16_t, YuvRgbConversionType::BITCONV_INT_LIMITED>(dstp, dstPitch, srcp, srcPitch, width, height, m, bits_per_pixel, bits_per_pixel_target);
      
              }
      
          4/24void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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        6
              else if (bits_per_pixel_target == 16) {
      
          3/24void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)0, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)1, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)2, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned char, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, false>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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void convert_yuv_to_planarrgb_c<(ConversionDirection)4, unsigned short, true>(unsigned char**, int*, unsigned char const**, int const*, int, int, ConversionMatrix const&, int, int, bool):
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        5
                if (full_d)
      
        1
                  convert_yuv_to_planarrgb_c_internal<direction, pixel_t_src, lessthan16bit, false, uint16_t, YuvRgbConversionType::BITCONV_INT_FULL>(dstp, dstPitch, srcp, srcPitch, width, height, m, bits_per_pixel, bits_per_pixel_target);
      
                else
      
        4
                  convert_yuv_to_planarrgb_c_internal<direction, pixel_t_src, lessthan16bit, false, uint16_t, YuvRgbConversionType::BITCONV_INT_LIMITED>(dstp, dstPitch, srcp, srcPitch, width, height, m, bits_per_pixel, bits_per_pixel_target);
      
              }
      
              else {
      
        1
                convert_yuv_to_planarrgb_c_internal<direction, pixel_t_src, lessthan16bit, false, float, YuvRgbConversionType::FLOAT_OUTPUT>(dstp, dstPitch, srcp, srcPitch, width, height, m, bits_per_pixel, bits_per_pixel_target);
      
              }
      
            }
      
          }
      
        }
      
        // Template instantiations for C version - all 4 directions
      
        // YUV_TO_RGB
      
        template void convert_yuv_to_planarrgb_c<ConversionDirection::YUV_TO_RGB, uint8_t, true>(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m, int bits_per_pixel, int bits_per_pixel_target, bool force_float);
      
        template void convert_yuv_to_planarrgb_c<ConversionDirection::YUV_TO_RGB, uint16_t, true>(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m, int bits_per_pixel, int bits_per_pixel_target, bool force_float);
      
        template void convert_yuv_to_planarrgb_c<ConversionDirection::YUV_TO_RGB, uint16_t, false>(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m, int bits_per_pixel, int bits_per_pixel_target, bool force_float);
      
        template void convert_yuv_to_planarrgb_c<ConversionDirection::YUV_TO_RGB, float, false>(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m, int bits_per_pixel, int bits_per_pixel_target, bool force_float);
      
        // RGB_TO_YUV
      
        template void convert_yuv_to_planarrgb_c<ConversionDirection::RGB_TO_YUV, uint8_t, true>(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m, int bits_per_pixel, int bits_per_pixel_target, bool force_float);
      
        template void convert_yuv_to_planarrgb_c<ConversionDirection::RGB_TO_YUV, uint16_t, true>(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m, int bits_per_pixel, int bits_per_pixel_target, bool force_float);
      
        template void convert_yuv_to_planarrgb_c<ConversionDirection::RGB_TO_YUV, uint16_t, false>(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m, int bits_per_pixel, int bits_per_pixel_target, bool force_float);
      
        template void convert_yuv_to_planarrgb_c<ConversionDirection::RGB_TO_YUV, float, false>(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m, int bits_per_pixel, int bits_per_pixel_target, bool force_float);
      
        // RGB_TO_Y
      
        template void convert_yuv_to_planarrgb_c<ConversionDirection::RGB_TO_Y, uint8_t, true>(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m, int bits_per_pixel, int bits_per_pixel_target, bool force_float);
      
        template void convert_yuv_to_planarrgb_c<ConversionDirection::RGB_TO_Y, uint16_t, true>(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m, int bits_per_pixel, int bits_per_pixel_target, bool force_float);
      
        template void convert_yuv_to_planarrgb_c<ConversionDirection::RGB_TO_Y, uint16_t, false>(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m, int bits_per_pixel, int bits_per_pixel_target, bool force_float);
      
        template void convert_yuv_to_planarrgb_c<ConversionDirection::RGB_TO_Y, float, false>(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m, int bits_per_pixel, int bits_per_pixel_target, bool force_float);
      
        // YUV_TO_YUV
      
        template void convert_yuv_to_planarrgb_c<ConversionDirection::YUV_TO_YUV, uint8_t, true>(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m, int bits_per_pixel, int bits_per_pixel_target, bool force_float);
      
        template void convert_yuv_to_planarrgb_c<ConversionDirection::YUV_TO_YUV, uint16_t, true>(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m, int bits_per_pixel, int bits_per_pixel_target, bool force_float);
      
        template void convert_yuv_to_planarrgb_c<ConversionDirection::YUV_TO_YUV, uint16_t, false>(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m, int bits_per_pixel, int bits_per_pixel_target, bool force_float);
      
        template void convert_yuv_to_planarrgb_c<ConversionDirection::YUV_TO_YUV, float, false>(BYTE* dstp[3], int dstPitch[3], const BYTE* srcp[3], const int srcPitch[3], int width, int height, const ConversionMatrix& m, int bits_per_pixel, int bits_per_pixel_target, bool force_float);
      
        10
        PVideoFrame __stdcall ConvertYUV444ToRGB::GetFrame(int n, IScriptEnvironment* env)
      
        {
      
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        10
          PVideoFrame src = child->GetFrame(n, env);
      
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        10
          PVideoFrame dst = env->NewVideoFrameP(vi, &src);
      
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        10
          auto props = env->getFramePropsRW(dst);
      
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        10
          update_Matrix_and_ColorRange(props, theOutMatrix, theOutColorRange, env);
      
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        10
          update_ChromaLocation(props, -1, env); // RGB target: delete _ChromaLocation
      
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        10
          const BYTE* srcY = src->GetReadPtr(PLANAR_Y);
      
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        10
          const BYTE* srcU = src->GetReadPtr(PLANAR_U);
      
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        10
          const BYTE* srcV = src->GetReadPtr(PLANAR_V);
      
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        10
          const BYTE* srcA = src->GetReadPtr(PLANAR_A);
      
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        10
          BYTE* dstp = dst->GetWritePtr();
      
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        10
          const int src_pitch_y = src->GetPitch(PLANAR_Y);
      
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        10
          const int src_pitch_uv = src->GetPitch(PLANAR_U);
      
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        10
          const int src_pitch_a = src->GetPitch(PLANAR_A); // zero if no Alpha
      
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        10
          const int dst_pitch = dst->GetPitch();
      
          // Legacy direct YV24 -> packed 8 bit RGB24/RGB32
      
          // quality=true float-inside or bit-depth changing transformation is handled through planar RGB intermediate.
      
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        10
          if (pixel_step == 3 || pixel_step == 4) {
      
        #ifdef INTEL_INTRINSICS
      
        ✗
            if (env->GetCPUFlags() & CPUF_AVX2) {
      
        ✗
              if (pixel_step == 4) {
      
                // RGB32
      
        ✗
                if (src_pitch_a) // move alpha channel from YUVA
      
        ✗
                  convert_yv24_to_rgb_avx2<4, true>(dstp, srcY, srcU, srcV, srcA, dst_pitch, src_pitch_y, src_pitch_uv, src_pitch_a, vi.width, vi.height, matrix);
      
                else
      
        ✗
                  convert_yv24_to_rgb_avx2<4, false>(dstp, srcY, srcU, srcV, srcA, dst_pitch, src_pitch_y, src_pitch_uv, src_pitch_a, vi.width, vi.height, matrix);
      
              }
      
              else {
      
                // RGB24
      
        ✗
                convert_yv24_to_rgb_avx2<3, false>(dstp, srcY, srcU, srcV, srcA, dst_pitch, src_pitch_y, src_pitch_uv, src_pitch_a, vi.width, vi.height, matrix);
      
              }
      
        ✗
              return dst;
      
            }
      
        ✗
            else if (env->GetCPUFlags() & CPUF_SSE2) {
      
        ✗
              if (pixel_step == 4) {
      
        ✗
                if (src_pitch_a) // move alpha channel from YUVA
      
        ✗
                  convert_yv24_to_rgb_sse2<4, true>(dstp, srcY, srcU, srcV, srcA, dst_pitch, src_pitch_y, src_pitch_uv, src_pitch_a, vi.width, vi.height, matrix);
      
                else
      
        ✗
                  convert_yv24_to_rgb_sse2<4, false>(dstp, srcY, srcU, srcV, srcA, dst_pitch, src_pitch_y, src_pitch_uv, src_pitch_a, vi.width, vi.height, matrix);
      
              }
      
              else {
      
        ✗
                if (env->GetCPUFlags() & CPUF_SSSE3) {
      
        ✗
                  convert_yv24_to_rgb_ssse3<3, false>(dstp, srcY, srcU, srcV, srcA, dst_pitch, src_pitch_y, src_pitch_uv, src_pitch_a, vi.width, vi.height, matrix);
      
                }
      
                else {
      
        ✗
                  convert_yv24_to_rgb_sse2<3, false>(dstp, srcY, srcU, srcV, srcA, dst_pitch, src_pitch_y, src_pitch_uv, src_pitch_a, vi.width, vi.height, matrix);
      
                }
      
              }
      
        ✗
              return dst;
      
            }
      
        #ifdef X86_32
      
            // packed RGB24 and RGB32
      
            if ((src_pitch_a == 0) && (env->GetCPUFlags() & CPUF_MMX)) {
      
              if (pixel_step == 4) {
      
                convert_yv24_to_rgb_mmx<4>(dstp, srcY, srcU, srcV, dst_pitch, src_pitch_y, src_pitch_uv, vi.width, vi.height, matrix);
      
              }
      
              else {
      
                convert_yv24_to_rgb_mmx<3>(dstp, srcY, srcU, srcV, dst_pitch, src_pitch_y, src_pitch_uv, vi.width, vi.height, matrix);
      
              }
      
              return dst;
      
            }
      
        #endif
      
        #endif
      
            // Unoptimized C-code.
      
            // rgb24 or rgb32, packed RGB
      
        ✗
            if (pixel_step == 3 || pixel_step == 4) {
      
        ✗
              if (pixel_step == 4) {
      
        ✗
                if (src_pitch_a) // move alpha channel from YUVA
      
        ✗
                  convert_yv24_to_rgb_c<4, true>(dstp, srcY, srcU, srcV, srcA, dst_pitch, src_pitch_y, src_pitch_uv, src_pitch_a, vi.width, vi.height, matrix);
      
                else
      
        ✗
                  convert_yv24_to_rgb_c<4, false>(dstp, srcY, srcU, srcV, srcA, dst_pitch, src_pitch_y, src_pitch_uv, src_pitch_a, vi.width, vi.height, matrix);
      
              }
      
              else { // 3 RGB24
      
        ✗
                convert_yv24_to_rgb_c<3, false>(dstp, srcY, srcU, srcV, srcA, dst_pitch, src_pitch_y, src_pitch_uv, src_pitch_a, vi.width, vi.height, matrix);
      
              }
      
        ✗
              return dst;
      
            }
      
          } // YV24->RGB24/RGB32
      
          // rgb48 or rgb64, packed RGB
      
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        10
          if (pixel_step == 6 || pixel_step == 8) {
      
            // cannot happen, handled earlier, RGB48/64 are post converted from RGB(A)P16
      
        ✗
            env->ThrowError("ConvertFrom 444: RGB48/64 conversion should have been handled earlier through planar RGB intermediate");
      
          }
      
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        10
          if (pixel_step < 0) {
      
            // -1: RGBP  -2:RGBAP
      
            // Common task: copy or fill alpha channel
      
            // YUV444 -> PlanarRGB
      
            // YUVA444 -> PlanarRGBA
      
        10
            bool targetHasAlpha = pixel_step == -2;
      
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            BYTE *dstpG = dst->GetWritePtr(PLANAR_G);
      
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            BYTE *dstpB = dst->GetWritePtr(PLANAR_B);
      
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            BYTE *dstpR = dst->GetWritePtr(PLANAR_R);
      
            // copy or fill alpha
      
            BYTE *dstpA;
      
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        10
            if (targetHasAlpha) {
      
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              dstpA = dst->GetWritePtr(PLANAR_A);
      
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              int heightA = dst->GetHeight(PLANAR_A);
      
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              int rowsizeA = dst->GetRowSize(PLANAR_A);
      
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              int dst_pitchA = dst->GetPitch(PLANAR_A);
      
                // simple copy
      
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        6
              if (src->GetRowSize(PLANAR_A)) {
      
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        3
                if (source_bit_depth == target_bit_depth) {
      
                  // vi.IsYUVA() no-no! vi is already the target video type
      
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        1
                  env->BitBlt(dstpA, dst_pitchA, src->GetReadPtr(PLANAR_A), src->GetPitch(PLANAR_A), src->GetRowSize(PLANAR_A_ALIGNED), src->GetHeight(PLANAR_A));
      
                }
      
                else {
      
                  // RGBPA target + different bit-depth
      
                  // Alpha bit depth conversion needed, normal planes are done in-process.
      
                  // we need only conv_function_a, proper dispatching from ConvertBits
      
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        2
                  conv_function_a(src->GetReadPtr(PLANAR_A), dstpA, src->GetRowSize(PLANAR_A), heightA, src->GetPitch(PLANAR_A), dst_pitchA, source_bit_depth, target_bit_depth, -1);
      
                }
      
              }
      
              else {
      
                // fill default transparency
      
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        3
                switch (vi.ComponentSize())
      
                {
      
        1
                case 1:
      
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        1
                  fill_plane<BYTE>(dstpA, heightA, rowsizeA, dst_pitchA, 255);
      
        1
                  break;
      
        1
                case 2:
      
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        1
                  fill_plane<uint16_t>(dstpA, heightA, rowsizeA, dst_pitchA, (1 << target_bit_depth) - 1);
      
        1
                  break;
      
        1
                case 4:
      
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        1
                  fill_plane<float>(dstpA, heightA, rowsizeA, dst_pitchA, 1.0f);
      
        1
                  break;
      
                }
      
              }
      
            }
      
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        10
            int dst_pitchG = dst->GetPitch(PLANAR_G);
      
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        10
            int dst_pitchB = dst->GetPitch(PLANAR_B);
      
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        10
            int dst_pitchR = dst->GetPitch(PLANAR_R);
      
            // always start from source bit depth
      
        10
            int bits_per_pixel = source_bit_depth;
      
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        10
            const BYTE* srcp[3] = { src->GetReadPtr(PLANAR_Y), src->GetReadPtr(PLANAR_U), src->GetReadPtr(PLANAR_V) };
      
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        10
            const int srcPitch[3] = { src->GetPitch(PLANAR_Y), src->GetPitch(PLANAR_U), src->GetPitch(PLANAR_V) };
      
        10
            BYTE* dstp[3] = { dstpG, dstpB, dstpR };
      
        10
            int dstPitch[3] = { dst_pitchG, dst_pitchB, dst_pitchR };
      
            // alpha is already handled above
      
        10
            const bool force_float = quality;
      
        #ifdef INTEL_INTRINSICS
      
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        10
            if (env->GetCPUFlags() & CPUF_AVX2)
      
            {
      
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        10
              if (bits_per_pixel == 8)
      
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        3
                convert_yuv_to_planarrgb_avx2<ConversionDirection::YUV_TO_RGB, uint8_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
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        7
              else if (bits_per_pixel < 16)
      
        ✗
                convert_yuv_to_planarrgb_avx2<ConversionDirection::YUV_TO_RGB, uint16_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
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        7
              else if (bits_per_pixel == 16)
      
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        3
                convert_yuv_to_planarrgb_avx2<ConversionDirection::YUV_TO_RGB, uint16_t, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
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        4
              else if (bits_per_pixel == 32)
      
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        4
                convert_yuv_to_planarrgb_avx2<ConversionDirection::YUV_TO_RGB, float, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        10
              return dst;
      
            }
      
        ✗
            if (env->GetCPUFlags() & CPUF_SSE2)
      
            {
      
        ✗
              if (bits_per_pixel == 8)
      
        ✗
                convert_yuv_to_planarrgb_sse2<ConversionDirection::YUV_TO_RGB, uint8_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
              else if (bits_per_pixel < 16)
      
        ✗
                convert_yuv_to_planarrgb_sse2<ConversionDirection::YUV_TO_RGB, uint16_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
              else if (bits_per_pixel == 16)
      
        ✗
                convert_yuv_to_planarrgb_sse2<ConversionDirection::YUV_TO_RGB, uint16_t, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
              else if (bits_per_pixel == 32)
      
        ✗
                convert_yuv_to_planarrgb_sse2<ConversionDirection::YUV_TO_RGB, float, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
              return dst;
      
            }
      
        #endif
      
        ✗
            if (bits_per_pixel == 8)
      
        ✗
              convert_yuv_to_planarrgb_c<ConversionDirection::YUV_TO_RGB, uint8_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
            else if (bits_per_pixel < 16)
      
        ✗
              convert_yuv_to_planarrgb_c<ConversionDirection::YUV_TO_RGB, uint16_t, true>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
            else if (bits_per_pixel == 16)
      
        ✗
              convert_yuv_to_planarrgb_c<ConversionDirection::YUV_TO_RGB, uint16_t, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
            else if (bits_per_pixel == 32)
      
        ✗
              convert_yuv_to_planarrgb_c<ConversionDirection::YUV_TO_RGB, float, false>(dstp, dstPitch, srcp, srcPitch, vi.width, vi.height, matrix, bits_per_pixel, target_bit_depth, force_float);
      
        ✗
            return dst;
      
          }
      
        ✗
          return dst;
      
        10
        }
      
        /************************************
      
         * YUY2 to YV16
      
         ************************************/
      
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        2
        ConvertYUY2ToYV16_or_Y::ConvertYUY2ToYV16_or_Y(PClip src, bool _to_y, IScriptEnvironment* env) : GenericVideoFilter(src), to_y(_to_y) {
      
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        2
          if (!vi.IsYUY2())
      
        ✗
            env->ThrowError("ConvertYUY2ToYV16/Y: Only YUY2 is allowed as input");
      
          2/2✓ Branch 8 → 9 taken 1 time.
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        2
          vi.pixel_type = to_y ? VideoInfo::CS_Y8 : VideoInfo::CS_YV16;
      
        2
        }
      
        ✗
        static void convert_yuy2_to_y8_c(const BYTE* srcp, BYTE* dstp, size_t src_pitch, size_t dst_pitch, size_t width, size_t height)
      
        {
      
        ✗
          for (int y = 0; y < height; y++) {
      
        ✗
            for (int x = 0; x < width; x++) {
      
        ✗
              dstp[x] = srcp[x * 2];
      
            }
      
        ✗
            srcp += src_pitch;
      
        ✗
            dstp += dst_pitch;
      
          }
      
        ✗
        }
      
        ✗
        static void convert_yuy2_to_yv16_c(const BYTE *srcp, BYTE *dstp_y, BYTE *dstp_u, BYTE *dstp_v, size_t src_pitch, size_t dst_pitch_y, size_t dst_pitch_uv, size_t width, size_t height)
      
        {
      
        ✗
          width /= 2;
      
        ✗
          for (size_t y = 0; y < height; ++y) {
      
        ✗
            for (size_t x = 0; x < width; ++x) {
      
        ✗
              dstp_y[x * 2]     = srcp[x * 4 + 0];
      
        ✗
              dstp_y[x * 2 + 1] = srcp[x * 4 + 2];
      
        ✗
              dstp_u[x]         = srcp[x * 4 + 1];
      
        ✗
              dstp_v[x]         = srcp[x * 4 + 3];
      
            }
      
        ✗
            srcp += src_pitch;
      
        ✗
            dstp_y += dst_pitch_y;
      
        ✗
            dstp_u += dst_pitch_uv;
      
        ✗
            dstp_v += dst_pitch_uv;
      
          }
      
        ✗
        }
      
        2
        PVideoFrame __stdcall ConvertYUY2ToYV16_or_Y::GetFrame(int n, IScriptEnvironment* env) {
      
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        2
          PVideoFrame src = child->GetFrame(n, env);
      
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        2
          PVideoFrame dst = env->NewVideoFrameP(vi, &src);
      
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        2
          const BYTE* srcP = src->GetReadPtr();
      
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        2
          BYTE* dstY = dst->GetWritePtr(PLANAR_Y);
      
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        2
          if (to_y) {
      
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        1
            update_ChromaLocation(env->getFramePropsRW(dst), -1, env); // Y8 target: delete _ChromaLocation
      
            // YUY2 to Y8, luma only
      
        #ifdef INTEL_INTRINSICS
      
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        1
            if (env->GetCPUFlags() & CPUF_SSE2) {
      
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        1
              convert_yuy2_to_y8_sse2(srcP, dstY, src->GetPitch(), dst->GetPitch(PLANAR_Y), vi.width, vi.height);
      
            }
      
            else
      
        #endif
      
            {
      
        ✗
              convert_yuy2_to_y8_c(srcP, dstY, src->GetPitch(), dst->GetPitch(PLANAR_Y), vi.width, vi.height);
      
            }
      
        1
            return dst;
      
          }
      
          else {
      
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        1
            BYTE* dstU = dst->GetWritePtr(PLANAR_U);
      
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        1
            BYTE* dstV = dst->GetWritePtr(PLANAR_V);
      
            // YUY2 to YV16, separate luma and chroma
      
        #ifdef INTEL_INTRINSICS
      
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        1
            if (env->GetCPUFlags() & CPUF_SSE2) {
      
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        1
              convert_yuy2_to_yv16_sse2(srcP, dstY, dstU, dstV, src->GetPitch(), dst->GetPitch(PLANAR_Y), dst->GetPitch(PLANAR_U), vi.width, vi.height);
      
            }
      
            else
      
        #ifdef X86_32
      
              if (env->GetCPUFlags() & CPUF_MMX) {
      
                convert_yuy2_to_yv16_mmx(srcP, dstY, dstU, dstV, src->GetPitch(), dst->GetPitch(PLANAR_Y), dst->GetPitch(PLANAR_U), vi.width, vi.height);
      
              }
      
              else
      
        #endif
      
        #endif
      
              {
      
        ✗
                convert_yuy2_to_yv16_c(srcP, dstY, dstU, dstV, src->GetPitch(), dst->GetPitch(PLANAR_Y), dst->GetPitch(PLANAR_U), vi.width, vi.height);
      
              }
      
          }
      
        1
          return dst;
      
        2
        }
      
        ✗
        AVSValue __cdecl ConvertYUY2ToYV16_or_Y::Create(AVSValue args, void*, IScriptEnvironment* env) {
      
        ✗
          PClip clip = args[0].AsClip();
      
        ✗
          if (clip->GetVideoInfo().IsYV16())
      
        ✗
            return clip;
      
        ✗
          return new ConvertYUY2ToYV16_or_Y(clip, false /*to_y*/, env);
      
        ✗
        }
      
        /************************************
      
         * YV16 to YUY2
      
         ************************************/
      
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        1
        ConvertYV16ToYUY2::ConvertYV16ToYUY2(PClip src, IScriptEnvironment* env) : GenericVideoFilter(src) {
      
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        1
          if (!vi.IsYV16())
      
        ✗
            env->ThrowError("ConvertYV16ToYUY2: Only YV16 is allowed as input");
      
        1
          vi.pixel_type = VideoInfo::CS_YUY2;
      
        1
        }
      
        ✗
        static void convert_yv16_to_yuy2_c(const BYTE *srcp_y, const BYTE *srcp_u, const BYTE *srcp_v, BYTE *dstp, size_t src_pitch_y, size_t src_pitch_uv, size_t dst_pitch, size_t width, size_t height) {
      
        ✗
          for (size_t y=0; y < height; y++) {
      
        ✗
            for (size_t x=0; x < width / 2; x++) {
      
        ✗
              dstp[x*4+0] = srcp_y[x*2];
      
        ✗
              dstp[x*4+1] = srcp_u[x];
      
        ✗
              dstp[x*4+2] = srcp_y[x*2+1];
      
        ✗
              dstp[x*4+3] = srcp_v[x];
      
            }
      
        ✗
            srcp_y += src_pitch_y;
      
        ✗
            srcp_u += src_pitch_uv;
      
        ✗
            srcp_v += src_pitch_uv;
      
        ✗
            dstp += dst_pitch;
      
          }
      
        ✗
        }
      
        1
        PVideoFrame __stdcall ConvertYV16ToYUY2::GetFrame(int n, IScriptEnvironment* env) {
      
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        1
          PVideoFrame src = child->GetFrame(n, env);
      
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        1
          PVideoFrame dst = env->NewVideoFrameP(vi, &src);
      
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        1
          const BYTE* srcY = src->GetReadPtr(PLANAR_Y);
      
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        1
          const BYTE* srcU = src->GetReadPtr(PLANAR_U);
      
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        1
          const BYTE* srcV = src->GetReadPtr(PLANAR_V);
      
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        1
          BYTE* dstp = dst->GetWritePtr();
      
        #ifdef INTEL_INTRINSICS
      
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        1
          if (env->GetCPUFlags() & CPUF_SSE2) {
      
            //U and V don't have to be aligned since we user movq to read from those
      
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        1
            convert_yv16_to_yuy2_sse2(srcY, srcU, srcV, dstp, src->GetPitch(PLANAR_Y), src->GetPitch(PLANAR_U), dst->GetPitch(), vi.width, vi.height);
      
          } else
      
        #ifdef X86_32
      
          if (env->GetCPUFlags() & CPUF_MMX) {
      
            convert_yv16_to_yuy2_mmx(srcY, srcU, srcV, dstp, src->GetPitch(PLANAR_Y), src->GetPitch(PLANAR_U), dst->GetPitch(), vi.width, vi.height);
      
          } else
      
        #endif
      
        #endif
      
          {
      
        ✗
            convert_yv16_to_yuy2_c(srcY, srcU, srcV, dstp, src->GetPitch(PLANAR_Y), src->GetPitch(PLANAR_U), dst->GetPitch(), vi.width, vi.height);
      
          }
      
        1
          return dst;
      
        1
        }
      
        ✗
        AVSValue __cdecl ConvertYV16ToYUY2::Create(AVSValue args, void*, IScriptEnvironment* env) {
      
        ✗
          PClip clip = args[0].AsClip();
      
        ✗
          if (clip->GetVideoInfo().IsYUY2())
      
        ✗
            return clip;
      
        ✗
          return new ConvertYV16ToYUY2(clip, env);
      
        ✗
        }
      
        /**********************************************
      
         * Converter between arbitrary planar formats
      
         *
      
         * This uses plane copy for luma, and a custom
      
         * resizer for chroma
      
         *
      
         * (c) Klaus Post, 2005
      
         * (c) Ian Brabham, 2011
      
         **********************************************/
      
        36
        ConvertToPlanarGeneric::ConvertToPlanarGeneric(
      
          PClip src, int dst_space, bool interlaced,
      
          int _ChromaLocation_In, 
      
          const AVSValue& chromaResampler, const AVSValue& param1, const AVSValue& param2, const AVSValue& param3,
      
          int _ChromaLocation_Out,
      
        36
          IScriptEnvironment* env) : 
      
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        36
          GenericVideoFilter(src), ChromaLocation_In(_ChromaLocation_In), ChromaLocation_Out(_ChromaLocation_Out)
      
        {
      
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        36
          Yinput = vi.NumComponents() == 1;
      
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        36
          pixelsize = vi.ComponentSize();
      
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        36
          if (Yinput) {
      
        3
            vi.pixel_type = dst_space;
      
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        3
            if (vi.ComponentSize() != pixelsize)
      
        ✗
              env->ThrowError("Convert: Conversion from %d to %d-byte format not supported.", pixelsize, vi.ComponentSize());
      
            // no more preparation here, GetFrame simply returns Y
      
        7
            return;
      
          }
      
          // Y only output from any YUV: no chroma involved, GetFrame will snatch Y plane
      
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        33
          if (dst_space == VideoInfo::CS_Y8 || dst_space == VideoInfo::CS_Y10 ||
      
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        29
            dst_space == VideoInfo::CS_Y12 || dst_space == VideoInfo::CS_Y14 || dst_space == VideoInfo::CS_Y16 ||
      
            dst_space == VideoInfo::CS_Y32)
      
          {
      
        4
            vi.pixel_type = dst_space;
      
        4
            return;
      
          }
      
        97
          auto Is420 = [](int pix_type) {
      
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        50
            return pix_type == VideoInfo::CS_YV12 || pix_type == VideoInfo::CS_I420 ||
      
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        50
              pix_type == VideoInfo::CS_YUV420P10 || pix_type == VideoInfo::CS_YUV420P12 ||
      
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        50
              pix_type == VideoInfo::CS_YUV420P14 || pix_type == VideoInfo::CS_YUV420P16 ||
      
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        46
              pix_type == VideoInfo::CS_YUV420PS ||
      
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        42
                pix_type == VideoInfo::CS_YUVA420 ||
      
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        42
              pix_type == VideoInfo::CS_YUVA420P10 || pix_type == VideoInfo::CS_YUVA420P12 ||
      
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        147
              pix_type == VideoInfo::CS_YUVA420P14 || pix_type == VideoInfo::CS_YUVA420P16 ||
      
        97
              pix_type == VideoInfo::CS_YUVA420PS;
      
          };
      
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        29
          if (!Is420(vi.pixel_type) && !Is420(dst_space))
      
        2
            interlaced = false;  // Ignore, if YV12 is not involved.
      
          //if (interlaced) env->ThrowError("Convert: Interlaced only available with 4:2:0 color spaces.");
      
          // Describe input pixel positioning
      
        29
          float xdInU = 0.0f, txdInU = 0.0f, bxdInU = 0.0f;
      
        29
          float ydInU = 0.0f, tydInU = 0.0f, bydInU = 0.0f;
      
        29
          float xdInV = 0.0f, txdInV = 0.0f, bxdInV = 0.0f;
      
        29
          float ydInV = 0.0f, tydInV = 0.0f, bydInV = 0.0f;
      
          /*
      
            "mpeg1", "center"
      
              - 1-1 averaging kernel (4:2:0, 4:2:2 (horizontal only))
      
            "mpeg2", "left" (4:2:0, 4:2:2)
      
              - top-field samples are sited 1/4 sample below the luma samples (4:2:0)
      
              - bottom-field samples are sited 1/4 sample above the luma samples (4:2:0)
      
              - horizontal 1-2-1 kernel 
      
            "dv": (4:2:0)
      
              Chroma samples are sited on top of luma samples, but CB and CR samples are sited on alternate lines.
      
              - top: V
      
              - bottom: U
      
            "top_left" (4:2:0)
      
              - horizontal 1-2-1 vertical 1-2-1
      
          */
      
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        29
          if (Is420(vi.pixel_type)) {
      
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        19
            switch (ChromaLocation_In) {
      
        1
              case ChromaLocation_e::AVS_CHROMA_DV: // spec. avisynth
      
        1
                xdInU = 0.0f; ydInU = 1.0f; txdInU = 0.0f; tydInU = 1.0f; bxdInU = 0.0f; bydInU = 1.0f; // Cb
      
        1
                xdInV = 0.0f; ydInV = 0.0f; txdInV = 0.0f; tydInV = 0.0f; bxdInV = 0.0f; bydInV = 0.0f; // Cr
      
        1
                break;
      
        1
              case ChromaLocation_e::AVS_CHROMA_TOP:
      
        1
                xdInU = 0.5f, ydInU = 0.0f; txdInU = 0.5f; tydInU = 0.0f; bxdInU = 0.5f; bydInU = 0.5f;
      
        1
                xdInV = 0.5f, ydInV = 0.0f; txdInV = 0.5f; tydInV = 0.0f; bxdInV = 0.5f; bydInV = 0.5f;
      
        1
                break;
      
        1
              case ChromaLocation_e::AVS_CHROMA_CENTER: // mpeg1, center
      
        1
                xdInU = 0.5f, ydInU = 0.5f; txdInU = 0.5f; tydInU = 0.25f; bxdInU = 0.5f; bydInU = 0.75f;
      
        1
                xdInV = 0.5f, ydInV = 0.5f; txdInV = 0.5f; tydInV = 0.25f; bxdInV = 0.5f; bydInV = 0.75f;
      
        1
                break;
      
        1
              case ChromaLocation_e::AVS_CHROMA_BOTTOM:
      
        1
                xdInU = 0.5f, ydInU = 1.0f; txdInU = 0.5f; tydInU = 0.5f; bxdInU = 0.5f; bydInU = 1.0f;
      
        1
                xdInV = 0.5f, ydInV = 1.0f; txdInV = 0.5f; tydInV = 0.5f; bxdInV = 0.5f; bydInV = 1.0f;
      
        1
                break;
      
        12
              case ChromaLocation_e::AVS_CHROMA_TOP_LEFT:
      
        12
                xdInU = 0.0f; ydInU = 0.0f; txdInU = 0.0f; tydInU = 0.0f; bxdInU = 0.0f; bydInU = 0.5f;
      
        12
                xdInV = 0.0f; ydInV = 0.0f; txdInV = 0.0f; tydInV = 0.0f; bxdInV = 0.0f; bydInV = 0.5f;
      
        12
                break;
      
        2
              case ChromaLocation_e::AVS_CHROMA_LEFT: // left, mpeg2
      
        2
                xdInU = 0.0f; ydInU = 0.5f; txdInU = 0.0f; tydInU = 0.25f; bxdInU = 0.0f; bydInU = 0.75f;
      
        2
                xdInV = 0.0f; ydInV = 0.5f; txdInV = 0.0f; tydInV = 0.25f; bxdInV = 0.0f; bydInV = 0.75f;
      
        2
                break;
      
        1
              case ChromaLocation_e::AVS_CHROMA_BOTTOM_LEFT:
      
        1
                xdInU = 0.0f; ydInU = 1.0f; txdInU = 0.0f; tydInU = 0.5f; bxdInU = 0.0f; bydInU = 1.0f;
      
        1
                xdInV = 0.0f; ydInV = 1.0f; txdInV = 0.0f; tydInV = 0.5f; bxdInV = 0.0f; bydInV = 1.0f;
      
        1
                break;
      
        ✗
              default:
      
        ✗
                env->ThrowError("Convert: not supported ChromaPlacement for 4:2:0 input.");
      
            }
      
          }
      
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        10
          else if (vi.Is422()) {
      
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        2
            switch (ChromaLocation_In) {
      
        ✗
            case ChromaLocation_e::AVS_CHROMA_CENTER: // center
      
        ✗
              xdInU = 0.5f, ydInU = 0.0f; txdInU = 0.5f; tydInU = 0.0f; bxdInU = 0.5f; bydInU = 0.0f;
      
        ✗
              xdInV = 0.5f, ydInV = 0.0f; txdInV = 0.5f; tydInV = 0.0f; bxdInV = 0.5f; bydInV = 0.0f;
      
        ✗
              break;
      
        2
            case ChromaLocation_e::AVS_CHROMA_TOP_LEFT: // treated as left
      
            case ChromaLocation_e::AVS_CHROMA_LEFT: // left, mpeg2
      
            case ChromaLocation_e::AVS_CHROMA_BOTTOM_LEFT: // treated as left
      
        2
              xdInU = 0.0f; ydInU = 0.0f; txdInU = 0.0f; tydInU = 0.0f; bxdInU = 0.0f; bydInU = 0.0f;
      
        2
              xdInV = 0.0f; ydInV = 0.0f; txdInV = 0.0f; tydInV = 0.0f; bxdInV = 0.0f; bydInV = 0.0f;
      
        2
              break;
      
        ✗
            default:
      
        ✗
              env->ThrowError("Convert: not supported ChromaPlacement for 4:2:2 input.");
      
            }
      
          }
      
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        8
          else if (vi.IsYV411()) {
      
        ✗
            if (ChromaLocation_In >= 0
      
        ✗
              && ChromaLocation_In != ChromaLocation_e::AVS_CHROMA_TOP_LEFT
      
        ✗
              && ChromaLocation_In != ChromaLocation_e::AVS_CHROMA_LEFT
      
        ✗
              && ChromaLocation_In != ChromaLocation_e::AVS_CHROMA_BOTTOM_LEFT
      
              )
      
            {
      
              // if given, only the 'left'-ish versions are accepted, this is how it is treated
      
        ✗
              env->ThrowError("Convert: not supported ChromaPlacement for 4:1:1 input. Only 'left'-style is allowed if given.");
      
            }
      
          }
      
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        8
          else if (ChromaLocation_In >= 0)
      
        ✗
            env->ThrowError("Convert: Input ChromaPlacement is invalid for this format.");
      
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        29
          const int xsIn = 1 << vi.GetPlaneWidthSubsampling(PLANAR_U);
      
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        29
          const int ysIn = 1 << vi.GetPlaneHeightSubsampling(PLANAR_U);
      
          // change vi to the output format
      
        29
          vi.pixel_type = dst_space;
      
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        29
          if (vi.ComponentSize() != pixelsize)
      
        ✗
            env->ThrowError("Convert: Conversion from %d to %d-byte format not supported.", pixelsize, vi.ComponentSize());
      
          // Describe output pixel positioning
      
        29
          float xdOutU = 0.0f, txdOutU = 0.0f, bxdOutU = 0.0f;
      
        29
          float ydOutU = 0.0f, tydOutU = 0.0f, bydOutU = 0.0f;
      
        29
          float xdOutV = 0.0f, txdOutV = 0.0f, bxdOutV = 0.0f;
      
        29
          float ydOutV = 0.0f, tydOutV = 0.0f, bydOutV = 0.0f;
      
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        29
          if (Is420(vi.pixel_type)) {
      
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        9
            switch (ChromaLocation_Out) {
      
        1
            case ChromaLocation_e::AVS_CHROMA_DV:
      
        1
              xdOutU = 0.0f; ydOutU = 1.0f; txdOutU = 0.0f; tydOutU = 1.0f; bxdOutU = 0.0f; bydOutU = 1.0f; // Cb
      
        1
              xdOutV = 0.0f; ydOutV = 0.0f; txdOutV = 0.0f; tydOutV = 0.0f; bxdOutV = 0.0f; bydOutV = 0.0f; // Cr
      
        1
              break;
      
        ✗
            case ChromaLocation_e::AVS_CHROMA_TOP:
      
        ✗
              xdOutU = 0.5f, ydOutU = 0.0f; txdOutU = 0.5f; tydOutU = 0.0f; bxdOutU = 0.5f; bydOutU = 0.5f;
      
        ✗
              xdOutV = 0.5f, ydOutV = 0.0f; txdOutV = 0.5f; tydOutV = 0.0f; bxdOutV = 0.5f; bydOutV = 0.5f;
      
        ✗
              break;
      
        1
            case ChromaLocation_e::AVS_CHROMA_CENTER: // mpeg1, center
      
        1
              xdOutU = 0.5f, ydOutU = 0.5f; txdOutU = 0.5f; tydOutU = 0.25f; bxdOutU = 0.5f; bydOutU = 0.75f;
      
        1
              xdOutV = 0.5f, ydOutV = 0.5f; txdOutV = 0.5f; tydOutV = 0.25f; bxdOutV = 0.5f; bydOutV = 0.75f;
      
        1
              break;
      
        ✗
            case ChromaLocation_e::AVS_CHROMA_BOTTOM:
      
        ✗
              xdOutU = 0.5f, ydOutU = 1.0f; txdOutU = 0.5f; tydOutU = 0.5f; bxdOutU = 0.5f; bydOutU = 1.0f;
      
        ✗
              xdOutV = 0.5f, ydOutV = 1.0f; txdOutV = 0.5f; tydOutV = 0.5f; bxdOutV = 0.5f; bydOutV = 1.0f;
      
        ✗
              break;
      
        4
            case ChromaLocation_e::AVS_CHROMA_TOP_LEFT:
      
        4
              xdOutU = 0.0f; ydOutU = 0.0f; txdOutU = 0.0f; tydOutU = 0.0f; bxdOutU = 0.0f; bydOutU = 0.5f;
      
        4
              xdOutV = 0.0f; ydOutV = 0.0f; txdOutV = 0.0f; tydOutV = 0.0f; bxdOutV = 0.0f; bydOutV = 0.5f;
      
        4
              break;
      
        3
            case ChromaLocation_e::AVS_CHROMA_LEFT: // left, mpeg2
      
        3
              xdOutU = 0.0f; ydOutU = 0.5f; txdOutU = 0.0f; tydOutU = 0.25f; bxdOutU = 0.0f; bydOutU = 0.75f;
      
        3
              xdOutV = 0.0f; ydOutV = 0.5f; txdOutV = 0.0f; tydOutV = 0.25f; bxdOutV = 0.0f; bydOutV = 0.75f;
      
        3
              break;
      
        ✗
            case ChromaLocation_e::AVS_CHROMA_BOTTOM_LEFT:
      
        ✗
              xdOutU = 0.0f; ydOutU = 1.0f; txdOutU = 0.0f; tydOutU = 0.5f; bxdOutU = 0.0f; bydOutU = 1.0f;
      
        ✗
              xdOutV = 0.0f; ydOutV = 1.0f; txdOutV = 0.0f; tydOutV = 0.5f; bxdOutV = 0.0f; bydOutV = 1.0f;
      
        ✗
              break;
      
        ✗
            default:
      
        ✗
              env->ThrowError("Convert: not supported ChromaPlacement for 4:2:0 output.");
      
            }
      
          }
      
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        20
          else if (vi.Is422()) {
      
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        2
            switch (ChromaLocation_Out) {
      
        2
            case ChromaLocation_e::AVS_CHROMA_CENTER: // mpeg1, center
      
        2
              xdOutU = 0.5f, ydOutU = 0.0f; txdOutU = 0.5f; tydOutU = 0.0f; bxdOutU = 0.5f; bydOutU = 0.0f;
      
        2
              xdOutV = 0.5f, ydOutV = 0.0f; txdOutV = 0.5f; tydOutV = 0.0f; bxdOutV = 0.5f; bydOutV = 0.0f;
      
        2
              break;
      
        ✗
            case ChromaLocation_e::AVS_CHROMA_TOP_LEFT: // treated as left
      
            case ChromaLocation_e::AVS_CHROMA_LEFT: // left, mpeg2
      
            case ChromaLocation_e::AVS_CHROMA_BOTTOM_LEFT: // treated as left
      
        ✗
              xdOutU = 0.0f; ydOutU = 0.0f; txdOutU = 0.0f; tydOutU = 0.0f; bxdOutU = 0.0f; bydOutU = 0.0f;
      
        ✗
              xdOutV = 0.0f; ydOutV = 0.0f; txdOutV = 0.0f; tydOutV = 0.0f; bxdOutV = 0.0f; bydOutV = 0.0f;
      
        ✗
              break;
      
        ✗
            default:
      
        ✗
              env->ThrowError("Convert: not supported ChromaPlacement for 4:2:2 output.");
      
            }
      
          }
      
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        18
          else if (ChromaLocation_Out >= 0)
      
        ✗
            env->ThrowError("Convert: Output ChromaPlacement only available with 4:2:0 or 4:2:2 output.");
      
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        29
          const int xsOut = 1 << vi.GetPlaneWidthSubsampling(PLANAR_U);
      
        29
          const int xmask = xsOut - 1;
      
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        29
          if (vi.width & xmask)
      
        ✗
            env->ThrowError("Convert: Cannot convert if width isn't mod%d!", xsOut);
      
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        29
          const int ysOut = 1 << vi.GetPlaneHeightSubsampling(PLANAR_U);
      
        29
          const int ymask = ysOut - 1;
      
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        29
          if (vi.height & ymask)
      
        ✗
            env->ThrowError("Convert: Cannot convert if height isn't mod%d!", ysOut);
      
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        29
          int uv_width  = vi.width  >> vi.GetPlaneWidthSubsampling(PLANAR_U);
      
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        29
          int uv_height = vi.height >> vi.GetPlaneHeightSubsampling(PLANAR_U);
      
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        29
          ResamplingFunction *filter = getResampler(chromaResampler.AsString("bicubic"), param1, param2, param3, true, env);
      
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        29
          bool P = !lstrcmpi(chromaResampler.AsString(""), "point");
      
        136
          auto ChrOffset = [P](int sIn, float dIn, int sOut, float dOut) {
      
            //     (1 - sOut/sIn)/2 + (dOut-dIn)/sIn; // Gavino Jan 2011
      
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        136
            return P ? (dOut - dIn) / sIn : 0.5f + (dOut - dIn - 0.5f*sOut) / sIn;
      
        29
          };
      
        29
          const int force = 0;
      
        29
          const bool preserve_center = true;
      
        29
          const char *placement_name_notused = nullptr; // n/a
      
        29
          const int forced_chroma_placement = -1; // no force
      
          // chroma planes are extracted, behave like Y when resized, no chroma planes involved
      
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        29
          if (interlaced) {
      
        5
            uv_height /=  2;
      
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        30
            AVSValue tUsubSampling[4] = { ChrOffset(xsIn, txdInU, xsOut, txdOutU), ChrOffset(ysIn, tydInU, ysOut, tydOutU), AVSValue(), AVSValue() };
      
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        30
            AVSValue bUsubSampling[4] = { ChrOffset(xsIn, bxdInU, xsOut, bxdOutU), ChrOffset(ysIn, bydInU, ysOut, bydOutU), AVSValue(), AVSValue() };
      
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        30
            AVSValue tVsubSampling[4] = { ChrOffset(xsIn, txdInV, xsOut, txdOutV), ChrOffset(ysIn, tydInV, ysOut, tydOutV), AVSValue(), AVSValue() };
      
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        30
            AVSValue bVsubSampling[4] = { ChrOffset(xsIn, bxdInV, xsOut, bxdOutV), ChrOffset(ysIn, bydInV, ysOut, bydOutV), AVSValue(), AVSValue() };
      
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        5
            Usource = new SeparateFields(new AssumeParity(new SwapUVToY(child, SwapUVToY::UToY8, env), true), env); // also works for Y16/Y32
      
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        5
            Vsource = new SeparateFields(new AssumeParity(new SwapUVToY(child, SwapUVToY::VToY8, env), true), env); // also works for Y16/Y32
      
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        10
            std::vector<PClip> tbUsource(2); // Interleave() will take ownership of these
      
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        5
            std::vector<PClip> tbVsource(2);
      
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        5
            tbUsource[0] = FilteredResize::CreateResize(new SelectEvery(Usource, 2, 0, env), uv_width, uv_height, tUsubSampling, force, filter, preserve_center, placement_name_notused, forced_chroma_placement, env);
      
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        5
            tbUsource[1] = FilteredResize::CreateResize(new SelectEvery(Usource, 2, 1, env), uv_width, uv_height, bUsubSampling, force, filter, preserve_center, placement_name_notused, forced_chroma_placement, env);
      
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        5
            tbVsource[0] = FilteredResize::CreateResize(new SelectEvery(Vsource, 2, 0, env), uv_width, uv_height, tVsubSampling, force, filter, preserve_center, placement_name_notused, forced_chroma_placement, env);
      
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        5
            tbVsource[1] = FilteredResize::CreateResize(new SelectEvery(Vsource, 2, 1, env), uv_width, uv_height, bVsubSampling, force, filter, preserve_center, placement_name_notused, forced_chroma_placement, env);
      
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        10
            Usource = new SelectEvery(new DoubleWeaveFields(new Interleave(std::move(tbUsource), env)), 2, 0, env);
      
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        10
            Vsource = new SelectEvery(new DoubleWeaveFields(new Interleave(std::move(tbVsource), env)), 2, 0, env);
      
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        105
          }
      
          else {
      
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        144
            AVSValue UsubSampling[4] = { ChrOffset(xsIn, xdInU, xsOut, xdOutU), ChrOffset(ysIn, ydInU, ysOut, ydOutU), AVSValue(), AVSValue() };
      
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        120
            AVSValue VsubSampling[4] = { ChrOffset(xsIn, xdInV, xsOut, xdOutV), ChrOffset(ysIn, ydInV, ysOut, ydOutV), AVSValue(), AVSValue() };
      
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        24
            Usource = FilteredResize::CreateResize(new SwapUVToY(child, SwapUVToY::UToY8, env), uv_width, uv_height, UsubSampling, force, filter, preserve_center, placement_name_notused, forced_chroma_placement, env);
      
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        24
            Vsource = FilteredResize::CreateResize(new SwapUVToY(child, SwapUVToY::VToY8, env), uv_width, uv_height, VsubSampling, force, filter, preserve_center, placement_name_notused, forced_chroma_placement, env);
      
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        240
          }
      
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        29
          delete filter;
      
        ✗
        }
      
        35
        PVideoFrame __stdcall ConvertToPlanarGeneric::GetFrame(int n, IScriptEnvironment* env) {
      
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        35
          PVideoFrame src = child->GetFrame(n, env);
      
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        35
          if (vi.IsY()) {
      
            // Abuse Subframe to snatch the Y plane
      
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        4
            PVideoFrame dst = env->Subframe(src, 0, src->GetPitch(PLANAR_Y), src->GetRowSize(PLANAR_Y), src->GetHeight(PLANAR_Y));
      
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        4
            auto props = env->getFramePropsRW(dst);
      
            // ChromaLocation_Out is <0 : erased
      
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        4
            update_ChromaLocation(props, ChromaLocation_Out, env);
      
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        4
            return dst;
      
        ✗
          }
      
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        31
          PVideoFrame dst = env->NewVideoFrameP(vi, &src);
      
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        31
          env->BitBlt(dst->GetWritePtr(PLANAR_Y), dst->GetPitch(PLANAR_Y), src->GetReadPtr(PLANAR_Y), src->GetPitch(PLANAR_Y),
      
            src->GetRowSize(PLANAR_Y_ALIGNED), src->GetHeight(PLANAR_Y));
      
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        31
          auto props = env->getFramePropsRW(dst);
      
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        31
          update_ChromaLocation(props, ChromaLocation_Out, env);
      
          // alpha. if pitch is zero -> no alpha channel
      
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        31
          const int rowsizeA = dst->GetRowSize(PLANAR_A);
      
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        31
          const int dst_pitchA = dst->GetPitch(PLANAR_A);
      
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        31
          BYTE* dstp_a = (dst_pitchA == 0) ? nullptr : dst->GetWritePtr(PLANAR_A);
      
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        31
          const int heightA = dst->GetHeight(PLANAR_A);
      
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        31
          if (dst_pitchA != 0)
      
          {
      
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        3
            if (src->GetPitch(PLANAR_A) != 0)
      
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        2
              env->BitBlt(dstp_a, dst_pitchA, src->GetReadPtr(PLANAR_A), src->GetPitch(PLANAR_A),
      
                src->GetRowSize(PLANAR_A_ALIGNED), src->GetHeight(PLANAR_A));
      
            else {
      
              // e.g. ConvertToYUVA() case from Alpha-less formats
      
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        1
              switch (vi.ComponentSize())
      
              {
      
        1
              case 1:
      
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        1
                fill_plane<BYTE>(dstp_a, heightA, rowsizeA, dst_pitchA, 255);
      
        1
                break;
      
        ✗
              case 2:
      
        ✗
                fill_plane<uint16_t>(dstp_a, heightA, rowsizeA, dst_pitchA, (1 << vi.BitsPerComponent()) - 1);
      
        ✗
                break;
      
        ✗
              case 4:
      
        ✗
                fill_plane<float>(dstp_a, heightA, rowsizeA, dst_pitchA, 1.0f);
      
        ✗
                break;
      
              }
      
            }
      
          }
      
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        31
          BYTE* dstp_u = dst->GetWritePtr(PLANAR_U);
      
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        31
          BYTE* dstp_v = dst->GetWritePtr(PLANAR_V);
      
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        31
          const int height = dst->GetHeight(PLANAR_U);
      
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        31
          const int rowsizeUV = dst->GetRowSize(PLANAR_U);
      
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        31
          const int dst_pitch = dst->GetPitch(PLANAR_U);
      
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        31
          if (Yinput) {
      
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        3
            switch (vi.ComponentSize())
      
            {
      
        1
              case 1:
      
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        1
                fill_chroma<BYTE>(dstp_u, dstp_v, height, rowsizeUV, dst_pitch, 0x80);
      
        1
                break;
      
        1
              case 2:
      
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        1
                fill_chroma<uint16_t>(dstp_u, dstp_v, height, rowsizeUV, dst_pitch, 1 << (vi.BitsPerComponent() - 1));
      
        1
                break;
      
        1
              case 4:
      
        1
                const float half = 0.0f;
      
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        1
                fill_chroma<float>(dstp_u, dstp_v, height, rowsizeUV, dst_pitch, half);
      
        1
                break;
      
            }
      
          } else {
      
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        28
            src = Usource->GetFrame(n, env);
      
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        28
            env->BitBlt(dstp_u, dst_pitch, src->GetReadPtr(PLANAR_Y), src->GetPitch(PLANAR_Y), src->GetRowSize(PLANAR_Y_ALIGNED), height);
      
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        28
            src = Vsource->GetFrame(n, env);
      
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        28
            env->BitBlt(dstp_v, dst_pitch, src->GetReadPtr(PLANAR_Y), src->GetPitch(PLANAR_Y), src->GetRowSize(PLANAR_Y_ALIGNED), height);
      
          }
      
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        31
          return dst;
      
        35
        }
      
        /*                                           0      1         2             3                  4            5       6         7       8       9
      
        { "ConvertToYUV411",  BUILTIN_FUNC_PREFIX, "c[interlaced]b[matrix]s[ChromaInPlacement]s[chromaresample]s[param1]f[param2]f[param3]f[bits]i[quality]b", ConvertToPlanarGeneric::CreateYV411, (void*)1 }, // alias for ConvertToYV411, 8 bit check later
      
        { "ConvertToYUV444",  BUILTIN_FUNC_PREFIX, "c[interlaced]b[matrix]s[ChromaInPlacement]s[chromaresample]s[param1]f[param2]f[param3]f[bits]i[quality]b", ConvertToPlanarGeneric::CreateYUV444, (void*)1 },
      
        { "ConvertToYUVA444", BUILTIN_FUNC_PREFIX, "c[interlaced]b[matrix]s[ChromaInPlacement]s[chromaresample]s[param1]f[param2]f[param3]f[bits]i[quality]b", ConvertToPlanarGeneric::CreateYUV444, (void*)2 },
      
                                                     0      1         2             3                   4            5                  6         7          8     9     10
      
        { "ConvertToYUV420",  BUILTIN_FUNC_PREFIX, "c[interlaced]b[matrix]s[ChromaInPlacement]s[chromaresample]s[ChromaOutPlacement]s[param1]f[param2]f[param3]f[bits]i[quality]b", ConvertToPlanarGeneric::CreateYUV420, (void*)1 },
      
        { "ConvertToYUV422",  BUILTIN_FUNC_PREFIX, "c[interlaced]b[matrix]s[ChromaInPlacement]s[chromaresample]s[ChromaOutPlacement]s[param1]f[param2]f[param3]f[bits]i[quality]b", ConvertToPlanarGeneric::CreateYUV422, (void*)1 },
      
        { "ConvertToYUVA420", BUILTIN_FUNC_PREFIX, "c[interlaced]b[matrix]s[ChromaInPlacement]s[chromaresample]s[ChromaOutPlacement]s[param1]f[param2]f[param3]f[bits]i[quality]b", ConvertToPlanarGeneric::CreateYUV420, (void*)2 },
      
        { "ConvertToYUVA422", BUILTIN_FUNC_PREFIX, "c[interlaced]b[matrix]s[ChromaInPlacement]s[chromaresample]s[ChromaOutPlacement]s[param1]f[param2]f[param3]f[bits]i[quality]b", ConvertToPlanarGeneric::CreateYUV422, (void*)2 },
      
                                                    0   1        2       3 
      
        { "ConvertToY",       BUILTIN_FUNC_PREFIX, "c[matrix]s[bits]i[quality]b", ConvertToPlanarGeneric::CreateConvertToY, (void*)1 }, // user_data == 1 -> any bit depth sources
      
        */
      
        4
        AVSValue ConvertToPlanarGeneric::Create(AVSValue& args, const char* filter, bool strip_alpha_legacy_8bit, bool to_yuva, IScriptEnvironment* env) {
      
        4
          bool converted = false;
      
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        4
          PClip clip = args[0].AsClip();
      
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        4
          VideoInfo vi = clip->GetVideoInfo();
      
        4
          const bool to_y = strcmp(filter, "ConvertToY") == 0;
      
        4
          const bool to_420 = strcmp(filter, "ConvertToYUV420") == 0;
      
        4
          const bool to_422 = strcmp(filter, "ConvertToYUV422") == 0;
      
        4
          const bool to_411 = strcmp(filter, "ConvertToYV411") == 0;
      
        4
          const bool to_444 = strcmp(filter, "ConvertToYUV444") == 0;
      
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        4
          if (vi.IsYUY2()) {
      
            // use to_y: no need YV16 extra planes when our target is Y only
      
        ✗
            clip = new ConvertYUY2ToYV16_or_Y(clip, to_y, env);
      
        ✗
            vi = clip->GetVideoInfo();
      
          }
      
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        4
          AVSValue bits_arg;
      
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        4
          AVSValue quality_arg;
      
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        4
          AVSValue matrix_arg;
      
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        4
          if (to_y) {
      
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        3
            matrix_arg = args[1];
      
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        3
            bits_arg = args[2];
      
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        3
            quality_arg = args[3];
      
          }
      
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        1
          else if (to_420 || to_422) {
      
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        1
            matrix_arg = args[2];
      
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        1
            bits_arg = args[9];
      
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        1
            quality_arg = args[10];
      
          }
      
          else {
      
        ✗
            matrix_arg = args[2];
      
        ✗
            bits_arg = args[8];
      
        ✗
            quality_arg = args[9];
      
          }
      
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        4
          const int target_bits_per_pixel = bits_arg.AsInt(vi.BitsPerComponent());
      
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        4
          const bool quality = quality_arg.AsBool(false); // float RGB YUV inside
      
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        4
          int bits_per_pixel = vi.BitsPerComponent();
      
          /*
      
          if (target_bits_per_pixel != bits_per_pixel && !vi.IsRGB()) {
      
            env->ThrowError("%s: on-thy-fly bit-depth conversion only supported from RGB formats.", filter);
      
          }
      
          */
      
        4
          bool needConvertFinalBitdepth = false;
      
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        4
          if (target_bits_per_pixel != vi.BitsPerComponent()) {
      
        ✗
            needConvertFinalBitdepth = true;
      
          }
      
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        4
          if (vi.IsRGB()) { // packed or planar source
      
        ✗
            const bool keep_packedrgb_alpha = to_yuva && (vi.IsRGB32() || vi.IsRGB64());
      
            // 3.7.6: We convert ALL packed RGB formats to planar RGB!
      
            // The only case where a RGB32->YV24 is a bit slower is: SSE2-only but no SSSE3 capable CPU.
      
            // All other cases are quicker, when converting to planar first and then to YUV444, than doing packed RGB->YUV444 in one step.
      
            // On AVX2 capable CPUs using the PlanarRGB-YUV engine, we are +80% quicker
      
            // doing RGB32->PlanarRGB->YUV444 than doing RGB32->YUV444 in the old SSSE3 step.
      
        ✗
            if (!vi.IsPlanar()) {
      
              // we convert to intermediate PlanarRGB, RGB48/64->YUV444 is slow C, planarRGB  is fast
      
              // Default ConvertToPlanarRGB call
      
        ✗
              AVSValue new_args[10] = { clip, AVSValue(), AVSValue(), AVSValue(), AVSValue(), AVSValue(), AVSValue(), AVSValue(), AVSValue(), AVSValue() };
      
              // clip, matrix,  interlaced, chromainplacement, chromaresample, param1, param2, param3, bits, quality
      
              // convert to planar RGBA only if RGB64 and target is YUVA (need to keep alpha)
      
        ✗
              const intptr_t planar_rgb_type = keep_packedrgb_alpha ? -2 : -1;
      
        ✗
              clip = CreateConvertToRGB(AVSValue(new_args, 10), (void *)planar_rgb_type, env).AsClip();
      
        ✗
              vi = clip->GetVideoInfo();
      
        ✗
            }
      
        ✗
            if (target_bits_per_pixel != vi.BitsPerComponent()) {
      
        ✗
              needConvertFinalBitdepth = true;
      
            }
      
        ✗
            bool bitdepthConverted = false;
      
        ✗
            if (needConvertFinalBitdepth) {
      
              // Optional bit-depth conversion in PackedRGBtoPlanarRGB.
      
              // int->float full/narrow range, int-int full/narrow supported
      
        ✗
              clip = new ConvertRGBToYUV444(clip, matrix_arg.AsString(0) /* matrix_name */, keep_packedrgb_alpha, target_bits_per_pixel, quality, /*ref*/bitdepthConverted, to_y, env);
      
        ✗
              vi = clip->GetVideoInfo();
      
        ✗
              if (bitdepthConverted) {
      
        ✗
                needConvertFinalBitdepth = false; // done in-process
      
              }
      
            } else {
      
              // pass -1 as finalBitdepth, signing that no bit-depth conversion required
      
              // output bitdepthConverted is n/a
      
        ✗
              clip = new ConvertRGBToYUV444(clip, matrix_arg.AsString(0) /* matrix_name */, keep_packedrgb_alpha, -1 /*no bit-depth conversion*/, quality, /*ref*/bitdepthConverted, to_y, env);
      
        ✗
              vi = clip->GetVideoInfo();
      
            }
      
        ✗
            vi = clip->GetVideoInfo();
      
        ✗
            converted = true;
      
          }
      
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        4
          else if (!vi.IsPlanar())
      
        ✗
            env->ThrowError("%s: Can only convert from Planar YUV.", filter);
      
          // YV411 has no 8+ bits variant.
      
          // A bit depth changing YV411->YUV4xx conversion must be reversed: first convert th format keeping 8 bits,
      
          // then do the bit-depth conversion.
      
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        4
          if (needConvertFinalBitdepth && !vi.IsYV411()) {
      
            // plain Invoke and no "new ConvertBits()": this detects and keeps source and target ranges
      
        ✗
            AVSValue new_args[2] = { clip, target_bits_per_pixel };
      
        ✗
            clip = env->Invoke("ConvertBits", AVSValue(new_args, 2)).AsClip();
      
        ✗
            vi = clip->GetVideoInfo();
      
        ✗
            needConvertFinalBitdepth = false;
      
        ✗
          }
      
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        4
          bits_per_pixel = vi.BitsPerComponent(); // rgb conversion or standalone ConvertBits() would alter it.
      
        4
          int pixel_type = VideoInfo::CS_UNKNOWN;
      
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        4
          AVSValue outplacement = AVSValue(); // only for ConvertToYUV420 and ConvertToYUV422
      
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        4
          bool hasAlpha = vi.NumComponents() == 4 && !strip_alpha_legacy_8bit;
      
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        4
          bool shouldStripAlpha = vi.NumComponents() == 4 && strip_alpha_legacy_8bit;
      
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        4
          bool shouldAddAlpha = vi.NumComponents() != 4 && to_yuva;
      
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        4
          bool targethasAlpha = hasAlpha || shouldAddAlpha;
      
        4
          int ChromaLocation_In = -1; // invalid. Chromalocation_e::AVS_CHROMALOCATION_UNUSED
      
        4
          int ChromaLocation_Out = -1; // left as invalid for 444, and Y
      
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        4
          if (vi.IsYV411()) {
      
            // ChromaInPlacement parameter exists, (default none/-1) + input frame properties; 'left'-ish _ChromaLocation is allowed, checked later
      
        ✗
            auto frame0 = clip->GetFrame(0, env);
      
        ✗
            const AVSMap* props = env->getFramePropsRO(frame0);
      
        ✗
            chromaloc_parse_merge_with_props(vi, args[3].AsString(nullptr), props, /* ref*/ChromaLocation_In, -1 /*default none chromaloc */, env);
      
        ✗
          }
      
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        4
          else if (vi.Is420() || vi.Is422()) {
      
            // ChromaInPlacement parameter is valid + input frame properties
      
        ✗
            auto frame0 = clip->GetFrame(0, env);
      
        ✗
            const AVSMap* props = env->getFramePropsRO(frame0);
      
        ✗
            chromaloc_parse_merge_with_props(vi, args[3].AsString(nullptr), props, /* ref*/ChromaLocation_In, ChromaLocation_e::AVS_CHROMA_LEFT /*default*/, env);
      
        ✗
          }
      
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        4
          AVSValue param1;
      
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        4
          AVSValue param2;
      
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        4
          AVSValue param3;
      
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        4
          if (to_420 || to_422) {
      
            // ChromaOutPlacement parameter is valid
      
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        1
            chromaloc_parse_merge_with_props(vi, args[5].AsString(nullptr), nullptr, /* ref*/ChromaLocation_Out, ChromaLocation_e::AVS_CHROMA_LEFT /*default*/, env);
      
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        1
            param1 = args[6];
      
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        1
            param2 = args[7];
      
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        1
            param3 = args[8];
      
          }
      
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        3
          else if (to_444 || to_411) {
      
            // No ChromaOutPlacement parameter, indexes skip back accordingly
      
        ✗
            param1 = args[5];
      
        ✗
            param2 = args[6];
      
        ✗
            param3 = args[7];
      
          }
      
          // FIXME: no-op or almost no-op shortcuts won't exist even at 420-420 conversion if YUV-YUV matrix conversion is added
      
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        4
          if (to_y) {
      
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        3
            if (vi.IsY()) {
      
              // After RGB->Y conversion or input as Y
      
        ✗
              return clip;
      
            }
      
            // planar YUV original, GetFrame will return Y
      
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        3
            switch (bits_per_pixel)
      
            {
      
        3
            case 8: pixel_type =  VideoInfo::CS_Y8; break;
      
        ✗
            case 10: pixel_type = VideoInfo::CS_Y10; break;
      
        ✗
            case 12: pixel_type = VideoInfo::CS_Y12; break;
      
        ✗
            case 14: pixel_type = VideoInfo::CS_Y14; break;
      
        ✗
            case 16: pixel_type = VideoInfo::CS_Y16; break;
      
        ✗
            case 32: pixel_type = VideoInfo::CS_Y32; break;
      
            }
      
          }
      
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        1
          else if (to_420) {
      
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        1
            if (vi.Is420()) {
      
              // possible shortcut
      
        ✗
              if (ChromaLocation_In == ChromaLocation_Out)
      
              {
      
        ✗
                if (shouldStripAlpha)
      
        ✗
                  return new RemoveAlphaPlane(clip, env);
      
        ✗
                if (shouldAddAlpha) {
      
                  // create with default alpha
      
        ✗
                  clip = new AddAlphaPlane(clip, nullptr, 0.0f, false, env);
      
        ✗
                  vi = clip->GetVideoInfo();
      
                }
      
        ✗
                return clip;
      
              }
      
            }
      
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        1
            outplacement = args[5];
      
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        1
            switch (vi.BitsPerComponent())
      
            {
      
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        1
            case 8 : pixel_type = targethasAlpha ? VideoInfo::CS_YUVA420 : VideoInfo::CS_YV12; break;
      
        ✗
            case 10: pixel_type = targethasAlpha ? VideoInfo::CS_YUVA420P10 : VideoInfo::CS_YUV420P10; break;
      
        ✗
            case 12: pixel_type = targethasAlpha ? VideoInfo::CS_YUVA420P12 : VideoInfo::CS_YUV420P12; break;
      
        ✗
            case 14: pixel_type = targethasAlpha ? VideoInfo::CS_YUVA420P14 : VideoInfo::CS_YUV420P14; break;
      
        ✗
            case 16: pixel_type = targethasAlpha ? VideoInfo::CS_YUVA420P16 : VideoInfo::CS_YUV420P16; break;
      
        ✗
            case 32: pixel_type = targethasAlpha ? VideoInfo::CS_YUVA420PS  : VideoInfo::CS_YUV420PS; break;
      
            }
      
          }
      
        ✗
          else if (to_422) {
      
        ✗
            if (vi.Is422()) {
      
              // possible shortcut
      
        ✗
              if (ChromaLocation_In == ChromaLocation_Out)
      
              {
      
        ✗
                if (shouldStripAlpha)
      
        ✗
                  return new RemoveAlphaPlane(clip, env);
      
        ✗
                if (shouldAddAlpha) {
      
                  // create with default alpha
      
        ✗
                  clip = new AddAlphaPlane(clip, nullptr, 0.0f, false, env);
      
        ✗
                  vi = clip->GetVideoInfo();
      
                }
      
        ✗
                return clip;
      
              }
      
            }
      
        ✗
            outplacement = args[5];
      
        ✗
            switch (bits_per_pixel)
      
            {
      
        ✗
            case 8 : pixel_type = targethasAlpha ? VideoInfo::CS_YUVA422 : VideoInfo::CS_YV16; break;
      
        ✗
            case 10: pixel_type = targethasAlpha ? VideoInfo::CS_YUVA422P10 : VideoInfo::CS_YUV422P10; break;
      
        ✗
            case 12: pixel_type = targethasAlpha ? VideoInfo::CS_YUVA422P12 : VideoInfo::CS_YUV422P12; break;
      
        ✗
            case 14: pixel_type = targethasAlpha ? VideoInfo::CS_YUVA422P14 : VideoInfo::CS_YUV422P14; break;
      
        ✗
            case 16: pixel_type = targethasAlpha ? VideoInfo::CS_YUVA422P16 : VideoInfo::CS_YUV422P16; break;
      
        ✗
            case 32: pixel_type = targethasAlpha ? VideoInfo::CS_YUVA422PS  : VideoInfo::CS_YUV422PS; break;
      
            }
      
          }
      
        ✗
          else if (to_444) {
      
        ✗
            if (vi.Is444()) {
      
        ✗
              if (shouldStripAlpha)
      
        ✗
                return new RemoveAlphaPlane(clip, env);
      
        ✗
              if (shouldAddAlpha) {
      
                // create with default alpha
      
        ✗
                clip = new AddAlphaPlane(clip, nullptr, 0.0f, false, env);
      
        ✗
                vi = clip->GetVideoInfo();
      
              }
      
        ✗
              return clip;
      
            }
      
        ✗
            switch (bits_per_pixel)
      
            {
      
        ✗
            case 8 : pixel_type = targethasAlpha ? VideoInfo::CS_YUVA444 : VideoInfo::CS_YV24; break;
      
        ✗
            case 10: pixel_type = targethasAlpha ? VideoInfo::CS_YUVA444P10 : VideoInfo::CS_YUV444P10; break;
      
        ✗
            case 12: pixel_type = targethasAlpha ? VideoInfo::CS_YUVA444P12 : VideoInfo::CS_YUV444P12; break;
      
        ✗
            case 14: pixel_type = targethasAlpha ? VideoInfo::CS_YUVA444P14 : VideoInfo::CS_YUV444P14; break;
      
        ✗
            case 16: pixel_type = targethasAlpha ? VideoInfo::CS_YUVA444P16 : VideoInfo::CS_YUV444P16; break;
      
        ✗
            case 32: pixel_type = targethasAlpha ? VideoInfo::CS_YUVA444PS  : VideoInfo::CS_YUV444PS; break;
      
            }
      
          }
      
        ✗
          else if (to_411) {
      
        ✗
            if (target_bits_per_pixel != 8)
      
        ✗
              env->ThrowError("%s: only bits=8 supported for YV411", filter);
      
        ✗
            if (vi.IsYV411()) return clip;
      
        ✗
            if(vi.ComponentSize()!=1)
      
        ✗
              env->ThrowError("%s: 8 bit input only", filter);
      
        ✗
            pixel_type = VideoInfo::CS_YV411;
      
          }
      
        ✗
          else env->ThrowError("Convert: unknown filter '%s'.", filter);
      
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        4
          if (pixel_type == VideoInfo::CS_UNKNOWN)
      
        ✗
            env->ThrowError("%s: unsupported bit depth", filter);
      
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        4
          if (converted)
      
        ✗
            clip = env->Invoke("Cache", AVSValue(clip)).AsClip();
      
          // ConvertToPlanarGeneric's GetFrame will recognize if alpha copy or fill-with-defaults needed
      
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        8
          AVSValue dummy_for_to_y;
      
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        4
          clip = new ConvertToPlanarGeneric(clip, pixel_type,
      
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        1
            to_y ? false : args[1].AsBool(false), // interlaced
      
            ChromaLocation_In, 
      
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        1
            to_y ? dummy_for_to_y : args[4], // chromaresample
      
            param1, param2, param3,
      
            ChromaLocation_Out,
      
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        10
            env);
      
          // If still not converted, do it now (YV411->YUVxxx 8+ bits)
      
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        4
          if (needConvertFinalBitdepth) {
      
            // plain Invoke and no "new ConvertBits()": this detects and keeps source and target ranges
      
        ✗
            AVSValue new_args[2] = { clip, target_bits_per_pixel };
      
        ✗
            clip = env->Invoke("ConvertBits", AVSValue(new_args, 2)).AsClip();
      
        ✗
            vi = clip->GetVideoInfo();
      
        ✗
            needConvertFinalBitdepth = false;
      
        ✗
          }
      
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        4
          return clip;
      
        4
        }
      
        1
        AVSValue __cdecl ConvertToPlanarGeneric::CreateYUV420(AVSValue args, void* user_data, IScriptEnvironment* env) {
      
        1
          bool only_8bit = reinterpret_cast<intptr_t>(user_data) == 0;
      
        1
          bool to_yuva = reinterpret_cast<intptr_t>(user_data) == 2;
      
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        1
          if (only_8bit) {
      
            // "ConvertToYV12" syntax
      
        ✗
            if (args[9].Defined() && args[9].AsInt() != 8)
      
        ✗
              env->ThrowError("ConvertToYV12: only 8 bit output supported. "
      
                "Use ConvertToYUV420 for higher bit depth.");
      
            AVSValue new_args[11] = {
      
              args[0], args[1], args[2], args[3], args[4],
      
              args[5], args[6], args[7], args[8],
      
              AVSValue(8), // bits forced to 8
      
              args[10]
      
        ✗
            };
      
        ✗
            AVSValue new_args_val(new_args, 11); // named, lives until end of scope
      
        ✗
            return Create(new_args_val, "ConvertToYUV420", only_8bit, to_yuva, env);
      
        ✗
          }
      
        1
          return Create(args, "ConvertToYUV420", only_8bit, to_yuva, env);
      
        }
      
        ✗
        AVSValue __cdecl ConvertToPlanarGeneric::CreateYUV422(AVSValue args, void* user_data, IScriptEnvironment* env) {
      
        ✗
          bool only_8bit = reinterpret_cast<intptr_t>(user_data) == 0;
      
        ✗
          bool to_yuva = reinterpret_cast<intptr_t>(user_data) == 2;
      
        ✗
          if (only_8bit) {
      
            // "ConvertToYV16" syntax
      
        ✗
            if (args[9].Defined() && args[9].AsInt() != 8)
      
        ✗
              env->ThrowError("ConvertToYV16: only 8 bit output supported. "
      
                "Use ConvertToYUV422 for higher bit depth.");
      
            AVSValue new_args[11] = {
      
              args[0], args[1], args[2], args[3], args[4],
      
              args[5], args[6], args[7], args[8],
      
              AVSValue(8),
      
              args[10]
      
        ✗
            };
      
        ✗
            AVSValue new_args_val(new_args, 11);
      
        ✗
            return Create(new_args_val, "ConvertToYUV422", only_8bit, to_yuva, env);
      
        ✗
          }
      
        ✗
          return Create(args, "ConvertToYUV422", only_8bit, to_yuva, env);
      
        }
      
        ✗
        AVSValue __cdecl ConvertToPlanarGeneric::CreateYUV444(AVSValue args, void* user_data, IScriptEnvironment* env) {
      
        ✗
          bool only_8bit = reinterpret_cast<intptr_t>(user_data) == 0;
      
        ✗
          bool to_yuva = reinterpret_cast<intptr_t>(user_data) == 2;
      
        ✗
          if (only_8bit) {
      
            // "ConvertToYV24" syntax
      
            // parameter index skip back by 1 compared to 420/422, no ChromaOutPlacement parameter, bits is at index 8 instead of 9
      
        ✗
            if (args[8].Defined() && args[8].AsInt() != 8)
      
        ✗
              env->ThrowError("ConvertToYV24: only 8 bit output supported. "
      
                "Use ConvertToYUV444 for higher bit depth.");
      
            AVSValue new_args[10] = {
      
              args[0], args[1], args[2], args[3], args[4],
      
              args[5], args[6], args[7],
      
              AVSValue(8),
      
              args[9]
      
        ✗
            };
      
        ✗
            AVSValue new_args_val(new_args, 10);
      
        ✗
            return Create(new_args_val, "ConvertToYUV444", only_8bit, to_yuva, env);
      
        ✗
          }
      
        ✗
          return Create(args, "ConvertToYUV444", only_8bit, to_yuva, env);
      
        }
      
        ✗
        AVSValue __cdecl ConvertToPlanarGeneric::CreateYV411(AVSValue args, void* user_data, IScriptEnvironment* env) {
      
        ✗
          bool only_8bit = reinterpret_cast<intptr_t>(user_data) == 0;
      
        ✗
          bool to_yuva = reinterpret_cast<intptr_t>(user_data) == 2;
      
          // parameter index skip back by 1 compared to 420/422, no ChromaOutPlacement parameter, bits is at index 8 instead of 9
      
        ✗
          if (args[8].Defined() && args[8].AsInt() != 8)
      
        ✗
            env->ThrowError("ConvertToYV411: only 8 bit output supported, "
      
              "no high bit depth YUV411 format exists.");
      
          AVSValue new_args[10] = {
      
            args[0], args[1], args[2], args[3], args[4],
      
            args[5], args[6], args[7],
      
            AVSValue(8),
      
            args[9]
      
        ✗
          };
      
        ✗
          AVSValue new_args_val(new_args, 10);
      
        ✗
          return Create(new_args_val, "ConvertToYV411", only_8bit, to_yuva, env);
      
        ✗
        }
      
        ✗
        AVSValue __cdecl ConvertToPlanarGeneric::CreateConvertToYUY2(AVSValue args, void*, IScriptEnvironment* env)
      
        {
      
        ✗
          PClip clip = args[0].AsClip();
      
        ✗
          VideoInfo vi = clip->GetVideoInfo();
      
          // Fast no-op: YUY2 source, no parameters at all.
      
          // Do not touch frame properties - caller's responsibility.
      
        ✗
          if (vi.IsYUY2()
      
        ✗
            && !args[1].Defined()   // interlaced
      
        ✗
            && !args[2].Defined()   // matrix
      
        ✗
            && !args[3].Defined()   // ChromaInPlacement
      
        ✗
            && !args[4].Defined()   // chromaresample
      
        ✗
            && !args[5].Defined()   // ChromaOutPlacement
      
        ✗
            && !args[6].Defined()   // param1
      
        ✗
            && !args[7].Defined()   // param2
      
        ✗
            && !args[8].Defined()   // param3
      
        ✗
            && !args[9].Defined()   // bits
      
        ✗
            && !args[10].Defined()) // quality
      
        ✗
            return clip;
      
          // YUY2 is 8-bit only: bits= must be 8 if specified.
      
          // We check here to give a proper ConvertToYUY2-specific error message,
      
          // rather than letting CreateYUV422 complain about something unrelated.
      
          // Source can be any bit depth - the conversion chain will downconvert.
      
        ✗
          if (args[9].Defined() && args[9].AsInt() != 8)
      
        ✗
            env->ThrowError("ConvertToYUY2: bits must be 8, YUY2 is an 8-bit format");
      
          // Rebuild args with bits=8 forced, so CreateYUV422 sees an explicit
      
          // 8-bit target regardless of source bit depth.
      
          // This also means the void*1 path in CreateYUV422 won't reject
      
          // high bit depth sources - the bits=8 in args drives the downconvert.
      
          AVSValue new_args[11] = {
      
            args[0],     // clip
      
            args[1],     // interlaced
      
            args[2],     // matrix
      
            args[3],     // ChromaInPlacement
      
            args[4],     // chromaresample
      
            args[5],     // ChromaOutPlacement
      
            args[6],     // param1
      
            args[7],     // param2
      
            args[8],     // param3
      
            AVSValue(8), // bits: always 8 for YUY2, overrides source depth
      
            args[10]     // quality
      
        ✗
          };
      
          // (void*)1: allow any source bit depth, bits=8 in args enforces 8-bit output.
      
          // The legacy (void*)0 source-depth check is not appropriate here since
      
          // we explicitly want to allow e.g. 10-bit YUV420 → 8-bit YUY2.
      
        ✗
          PClip yv16 = CreateYUV422(AVSValue(new_args, 11), (void*)1, env).AsClip();
      
          // Lossless repack YV16->YUY2.
      
          // Frame properties preserved via NewVideoFrameP in GetFrame.
      
        ✗
          return new ConvertYV16ToYUY2(yv16, env);
      
        ✗
        }
      
        ✗
        AVSValue __cdecl ConvertToPlanarGeneric::CreateConvertBackToYUY2(AVSValue args, void*, IScriptEnvironment* env)
      
        {
      
          // ConvertBackToYUY2 was a pre-2.5 optimization for RGB roundtrip workflows.
      
          // It was never interlaced-aware (hardcoded interlaced=false).
      
          // Now obsolete - forward to ConvertToYUY2::Create with full parameter array.
      
          // ConvertBackToYUY2 signature: c[matrix]s
      
          // ConvertToYUY2 signature:     c[interlaced]b[matrix]s[ChromaInPlacement]s
      
          //                               [chromaresample]s[ChromaOutPlacement]s
      
          //                               [param1]f[param2]f[param3]f[bits]i[quality]b
      
          AVSValue new_args[11] = {
      
            args[0],        // clip
      
            AVSValue(false),// interlaced: was always false in ConvertBackToYUY2
      
            args[1],        // matrix: pass through
      
            AVSValue(),     // ChromaInPlacement: not defined
      
            AVSValue(),     // chromaresample: not defined
      
            AVSValue(),     // ChromaOutPlacement: not defined
      
            AVSValue(),     // param1: not defined
      
            AVSValue(),     // param2: not defined
      
            AVSValue(),     // param3: not defined
      
            AVSValue(),     // bits: not defined (will be forced to 8 inside)
      
            AVSValue()      // quality: not defined
      
        ✗
          };
      
        ✗
          return CreateConvertToYUY2(AVSValue(new_args, 11), nullptr, env);
      
        ✗
        }
      
        /*
      
        static int getPlacement(const AVSValue& _placement, IScriptEnvironment* env) {
      
          const char* placement = _placement.AsString(0);
      
          if (placement) {
      
            if (!lstrcmpi(placement, "mpeg2") || !lstrcmpi(placement, "left"))
      
              return PLACEMENT_MPEG2;
      
            if (!lstrcmpi(placement, "mpeg1") || !lstrcmpi(placement, "jpeg") || !lstrcmpi(placement, "center"))
      
              return PLACEMENT_MPEG1;
      
            if (!lstrcmpi(placement, "dv"))
      
              return PLACEMENT_DV;
      
            if (!lstrcmpi(placement, "top_left"))
      
              return PLACEMENT_TOP_LEFT;
      
            env->ThrowError("Convert: Unknown chromaplacement");
      
          }
      
          return PLACEMENT_MPEG2;
      
        }
      
        */
      
        29
        ResamplingFunction* getResampler(const char* resampler, AVSValue param1, AVSValue param2, AVSValue param3, bool throw_on_error, IScriptEnvironment* env) {
      
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        29
          if (resampler) {
      
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        29
            if (!lstrcmpi(resampler, "point"))
      
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        14
              return new PointFilter();
      
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        15
            else if (!lstrcmpi(resampler, "bilinear"))
      
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        10
              return new TriangleFilter();
      
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        5
            else if (!lstrcmpi(resampler, "bicubic"))
      
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        2
              return new MitchellNetravaliFilter(param1.AsDblDef(1.0/3), param2.AsDblDef(1.0/3)); // optional B and C as param1 and param2
      
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        3
            else if (!lstrcmpi(resampler, "lanczos"))
      
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        2
              return new LanczosFilter((int)param1.AsFloat(3)); // optional Taps as param1
      
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        1
            else if (!lstrcmpi(resampler, "lanczos4"))
      
        ✗
              return new LanczosFilter(4);
      
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        1
            else if (!lstrcmpi(resampler, "blackman"))
      
        ✗
              return new BlackmanFilter((int)param1.AsFloat(4)); // optional Taps as param1
      
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        1
            else if (!lstrcmpi(resampler, "spline16"))
      
        ✗
              return new Spline16Filter();
      
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        1
            else if (!lstrcmpi(resampler, "spline36"))
      
        ✗
              return new Spline36Filter();
      
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        1
            else if (!lstrcmpi(resampler, "spline64"))
      
        ✗
              return new Spline64Filter();
      
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        1
            else if (!lstrcmpi(resampler, "gauss"))
      
        ✗
              return new GaussianFilter(param1.AsDblDef(30.0), param2.AsDblDef(2.0), param3.AsDblDef(4.0)); // optional P, B, S as param1, param2, param3
      
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        1
            else if (!lstrcmpi(resampler, "sinc"))
      
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        1
              return new SincFilter((int)param1.AsFloat(4)); // optional Taps as param1
      
        ✗
            else if (!lstrcmpi(resampler, "sinpow"))
      
        ✗
              return new SinPowerFilter(param1.AsDblDef(2.5)); // optional P as param1
      
        ✗
            else if (!lstrcmpi(resampler, "sinclin2"))
      
        ✗
              return new SincLin2Filter((int)param1.AsFloat(15)); // optional Taps= as param1
      
        ✗
            else if (!lstrcmpi(resampler, "userdefined2"))
      
        ✗
              return new UserDefined2Filter(param1.AsDblDef(121.0), param2.AsDblDef(19.0), param3.AsDblDef(2.3)); // optional B and C and S as param1, param2, param3
      
            else
      
        ✗
              if (throw_on_error)
      
        ✗
                env->ThrowError("Convert: Unknown chroma resampler, '%s'", resampler);
      
              else
      
        ✗
                return nullptr; // e.g. from AddBorders
      
          }
      
        ✗
          return new MitchellNetravaliFilter(param1.AsDblDef(1.0/3), param2.AsDblDef(1.0/3)); // Default colorspace conversion for AviSynth
      
        }
      
        DISABLE_WARNING_POP