Lines Matching refs:fInputWidth
134 fInputWidth(0), in DCRaw()
272 col = fInputWidth - 1 - col; in _FlipIndex()
274 return row * fInputWidth + col; in _FlipIndex()
809 if (fInputWidth == 3936 && fInputHeight == 2624) { in _FixupValues()
811 fInputWidth = 3896; in _FixupValues()
828 fInputWidth = 2088; in _FixupValues()
839 fInputWidth = 2176; in _FixupValues()
846 fInputWidth = 2312; in _FixupValues()
853 fInputWidth = 2616; in _FixupValues()
860 fInputWidth = 3088; in _FixupValues()
870 fInputWidth = 3112; in _FixupValues()
877 fInputWidth = 3288; in _FixupValues()
930 fInputWidth -= fLeftMargin; in _FixupValues()
938 fInputWidth -= 20; in _FixupValues()
1194 window[i] = (ushort *)fimg + fInputWidth * i; in _WaveletDenoise()
1201 for (col = FC(wlast, 1) & 1; col < (int32)fInputWidth; in _WaveletDenoise()
1207 for (col = (FC(row, 0) & 1) + 1; col < (int32)fInputWidth - 1; in _WaveletDenoise()
1241 fInputWidth = fOutputWidth; in _PreInterpolate()
1245 * fInputWidth, sizeof(*data)); in _PreInterpolate()
1250 for (col = 0; col < fInputWidth; col++) { in _PreInterpolate()
1251 data[row * fInputWidth + col][FC(row, col)] in _PreInterpolate()
1268 for (col = FC(row, 1) & 1; col < fInputWidth; col += 2) { in _PreInterpolate()
1269 fImageData[row * fInputWidth + col][1] in _PreInterpolate()
1270 = fImageData[row * fInputWidth + col][3]; in _PreInterpolate()
1683 for (col = 0; col < fInputWidth; col++) { in _BorderInterpolate()
1685 col = fInputWidth - border; in _BorderInterpolate()
1691 if (y < fInputHeight && x < fInputWidth) { in _BorderInterpolate()
1693 sum[f] += fImageData[y * fInputWidth + x][f]; in _BorderInterpolate()
1703 fImageData[row * fInputWidth + col][c] in _BorderInterpolate()
1750 for (left = 0; left < fInputWidth; left += TS - 6) { in _AHDInterpolate()
1760 && col < fInputWidth - 2; col += 2) { in _AHDInterpolate()
1761 pix = fImageData + row * fInputWidth + col; in _AHDInterpolate()
1766 val = ((pix[-fInputWidth][1] + pix[0][fc] in _AHDInterpolate()
1767 + pix[fInputWidth][1]) * 2 in _AHDInterpolate()
1768 - pix[-2 * fInputWidth][fc] - pix[2 * fInputWidth][fc]) in _AHDInterpolate()
1771 pix[-fInputWidth][1], pix[fInputWidth][1]); in _AHDInterpolate()
1780 && col < fInputWidth - 1; col++) { in _AHDInterpolate()
1781 pix = fImageData + row * fInputWidth + col; in _AHDInterpolate()
1788 val = pix[0][1] + ((pix[-fInputWidth][c] in _AHDInterpolate()
1789 + pix[fInputWidth][c] in _AHDInterpolate()
1792 val = rix[0][1] + ((pix[-fInputWidth - 1][c] in _AHDInterpolate()
1793 + pix[-fInputWidth + 1][c] in _AHDInterpolate()
1794 + pix[fInputWidth - 1][c] in _AHDInterpolate()
1795 + pix[fInputWidth + 1][c] in _AHDInterpolate()
1816 && col < fInputWidth; col++) { in _AHDInterpolate()
1856 && col < fInputWidth - 3; col++) { in _AHDInterpolate()
1867 fImageData[row * fInputWidth + col][c] in _AHDInterpolate()
1872 fImageData[row * fInputWidth + col][c] in _AHDInterpolate()
2054 for (col = 0; col < fInputWidth; col++, img += 4) { in _ConvertToRGB()
2087 percent = int32(fInputWidth * fInputHeight * 0.01); in _GammaLookUpTable()
2349 for (uint32 column = 0; column < fInputWidth; column++) { in _LoadRAWUnpacked()
2368 for (uint32 column = 0; column < fInputWidth; column++) { in _LoadRAWPacked12()
2373 for (uint32 column = fInputWidth * 3 / 2; column < rawWidth; column++) { in _LoadRAWPacked12()
2562 if (icol < fInputWidth) in _LoadRAWCanonCompressed()
2572 if (rawWidth > fInputWidth) in _LoadRAWCanonCompressed()
2573 fMeta.black /= (rawWidth - fInputWidth) * fInputHeight; in _LoadRAWCanonCompressed()
2614 if (uint32(col - fLeftMargin) < fInputWidth) { in _LoadRAWLosslessJPEG()
2631 if (rawWidth > fInputWidth) in _LoadRAWLosslessJPEG()
2632 fMeta.black /= (rawWidth - fInputWidth) * fInputHeight; in _LoadRAWLosslessJPEG()
2703 colStep, rowStep, fInputWidth, fInputHeight, width, in _WriteRGB32()
3269 fInputWidth = fRead.Next(tag.type) - fLeftMargin; in _ParseTIFFImageFileDirectory()
3498 fInputWidth = _Raw().width; in Identify()
3568 fOutputWidth = (fInputWidth + fShrink) >> fShrink; in ReadImageAt()