Lines Matching refs:fOutputWidth
132 fOutputWidth(0), in DCRaw()
230 return fImageData[((row) >> fShrink) * fOutputWidth in _Bayer()
983 for (col = 0; col < fOutputWidth - 7; col += 8) { in _ScaleColors()
988 val = fImageData[y * fOutputWidth + x][c]; in _ScaleColors()
1057 for (col = 0; col < fOutputWidth; col++) { in _ScaleColors()
1059 val = fImageData[row * fOutputWidth + col][c]; in _ScaleColors()
1064 fImageData[row * fOutputWidth + col][c] = CLIP(val); in _ScaleColors()
1091 while ((1UL << dim) < fOutputWidth || (1UL << dim) < fOutputHeight) { in _WaveletDenoise()
1107 for (col = 0; col < (int32)fOutputWidth; col++) { in _WaveletDenoise()
1109 = fImageData[row * fOutputWidth + col][c] << scale; in _WaveletDenoise()
1180 for (col = 0; col < (int32)fOutputWidth; col++) { in _WaveletDenoise()
1181 fImageData[row * fOutputWidth + col][c] in _WaveletDenoise()
1241 fInputWidth = fOutputWidth; in _PreInterpolate()
2682 uint32 width = image.flip > 4 ? fOutputHeight : fOutputWidth; in _WriteRGB32()
2683 uint32 height = image.flip > 4 ? fOutputWidth : fOutputHeight; in _WriteRGB32()
2721 for (col = 0; col < fOutputWidth; col++, soff += cstep) { in _WriteRGB32()
3568 fOutputWidth = (fInputWidth + fShrink) >> fShrink; in ReadImageAt()
3574 image.output_height = fOutputWidth; in ReadImageAt()
3576 image.output_width = fOutputWidth; in ReadImageAt()
3581 bufferSize = fOutputWidth * 4 * fOutputHeight; in ReadImageAt()
3583 fImageData = (uint16 (*)[4])calloc(fOutputWidth * fOutputHeight in ReadImageAt()