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Bugfix: LLVM compiler warnings

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This commit is contained in:
Jakub Melka
2021-03-06 18:13:21 +01:00
parent 83e67979e7
commit 848e1aee3c
39 changed files with 201 additions and 175 deletions
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61
Pdf4QtLib/sources/pdftransparencyrenderer.cpp
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@ -503,7 +503,7 @@ void PDFFloatBitmap::blend(const PDFFloatBitmap& source,
{
if (!isProcessColorSubtractive)
{
for (uint8_t i = pixelFormat.getProcessColorChannelIndexStart(); i < pixelFormat.getProcessColorChannelIndexEnd(); ++i)
for (uint8_t i = processColorChannelStart; i < processColorChannelEnd; ++i)
{
const BlendMode pixelBlendMode = getBlendModeForPixel(x, y, i);
B_i[i] = PDFBlendFunction::blend(pixelBlendMode, backdropColor[i], sourceColor[i]);
@ -511,7 +511,7 @@ void PDFFloatBitmap::blend(const PDFFloatBitmap& source,
}
else
{
for (uint8_t i = pixelFormat.getProcessColorChannelIndexStart(); i < pixelFormat.getProcessColorChannelIndexEnd(); ++i)
for (uint8_t i = processColorChannelStart; i < processColorChannelEnd; ++i)
{
const BlendMode pixelBlendMode = getBlendModeForPixel(x, y, i);
B_i[i] = 1.0f - PDFBlendFunction::blend(pixelBlendMode, 1.0f - backdropColor[i], 1.0f - sourceColor[i]);
@ -524,7 +524,7 @@ void PDFFloatBitmap::blend(const PDFFloatBitmap& source,
if (!isSpotColorSubtractive)
{
for (uint8_t i = pixelFormat.getSpotColorChannelIndexStart(); i < pixelFormat.getSpotColorChannelIndexEnd(); ++i)
for (uint8_t i = spotColorChannelStart; i < spotColorChannelEnd; ++i)
{
const BlendMode pixelBlendMode = getBlendModeForPixel(x, y, i);
B_i[i] = PDFBlendFunction::blend(pixelBlendMode, backdropColor[i], sourceColor[i]);
@ -532,7 +532,7 @@ void PDFFloatBitmap::blend(const PDFFloatBitmap& source,
}
else
{
for (uint8_t i = pixelFormat.getSpotColorChannelIndexStart(); i < pixelFormat.getSpotColorChannelIndexEnd(); ++i)
for (uint8_t i = spotColorChannelStart; i < spotColorChannelEnd; ++i)
{
const BlendMode pixelBlendMode = getBlendModeForPixel(x, y, i);
B_i[i] = 1.0f - PDFBlendFunction::blend(pixelBlendMode, 1.0f - backdropColor[i], 1.0f - sourceColor[i]);
@ -550,8 +550,8 @@ void PDFFloatBitmap::blend(const PDFFloatBitmap& source,
case 1:
{
// Gray
const PDFGray Cb = backdropColor[pixelFormat.getProcessColorChannelIndexStart()];
const PDFGray Cs = sourceColor[pixelFormat.getProcessColorChannelIndexStart()];
const PDFGray Cb = backdropColor[processColorChannelStart];
const PDFGray Cs = sourceColor[processColorChannelStart];
const PDFGray blended = PDFBlendFunction::blend_Nonseparable(mode, Cb, Cs);
B_i[pixelFormat.getProcessColorChannelIndexStart()] = blended;
break;
@ -560,35 +560,35 @@ void PDFFloatBitmap::blend(const PDFFloatBitmap& source,
case 3:
{
// RGB
const PDFRGB Cb = { backdropColor[pixelFormat.getProcessColorChannelIndexStart() + 0],
backdropColor[pixelFormat.getProcessColorChannelIndexStart() + 1],
backdropColor[pixelFormat.getProcessColorChannelIndexStart() + 2] };
const PDFRGB Cs = { sourceColor[pixelFormat.getProcessColorChannelIndexStart() + 0],
sourceColor[pixelFormat.getProcessColorChannelIndexStart() + 1],
sourceColor[pixelFormat.getProcessColorChannelIndexStart() + 2] };
const PDFRGB Cb = { backdropColor[processColorChannelStart + 0],
backdropColor[processColorChannelStart + 1],
backdropColor[processColorChannelStart + 2] };
const PDFRGB Cs = { sourceColor[processColorChannelStart + 0],
sourceColor[processColorChannelStart + 1],
sourceColor[processColorChannelStart + 2] };
const PDFRGB blended = PDFBlendFunction::blend_Nonseparable(mode, Cb, Cs);
B_i[pixelFormat.getProcessColorChannelIndexStart() + 0] = blended[0];
B_i[pixelFormat.getProcessColorChannelIndexStart() + 1] = blended[1];
B_i[pixelFormat.getProcessColorChannelIndexStart() + 2] = blended[2];
B_i[processColorChannelStart + 0] = blended[0];
B_i[processColorChannelStart + 1] = blended[1];
B_i[processColorChannelStart + 2] = blended[2];
break;
}
case 4:
{
// CMYK
const PDFCMYK Cb = { backdropColor[pixelFormat.getProcessColorChannelIndexStart() + 0],
backdropColor[pixelFormat.getProcessColorChannelIndexStart() + 1],
backdropColor[pixelFormat.getProcessColorChannelIndexStart() + 2],
backdropColor[pixelFormat.getProcessColorChannelIndexStart() + 3] };
const PDFCMYK Cs = { sourceColor[pixelFormat.getProcessColorChannelIndexStart() + 0],
sourceColor[pixelFormat.getProcessColorChannelIndexStart() + 1],
sourceColor[pixelFormat.getProcessColorChannelIndexStart() + 2],
sourceColor[pixelFormat.getProcessColorChannelIndexStart() + 3] };
const PDFCMYK Cb = { backdropColor[processColorChannelStart + 0],
backdropColor[processColorChannelStart + 1],
backdropColor[processColorChannelStart + 2],
backdropColor[processColorChannelStart + 3] };
const PDFCMYK Cs = { sourceColor[processColorChannelStart + 0],
sourceColor[processColorChannelStart + 1],
sourceColor[processColorChannelStart + 2],
sourceColor[processColorChannelStart + 3] };
const PDFCMYK blended = PDFBlendFunction::blend_Nonseparable(mode, Cb, Cs);
B_i[pixelFormat.getProcessColorChannelIndexStart() + 0] = blended[0];
B_i[pixelFormat.getProcessColorChannelIndexStart() + 1] = blended[1];
B_i[pixelFormat.getProcessColorChannelIndexStart() + 2] = blended[2];
B_i[pixelFormat.getProcessColorChannelIndexStart() + 3] = blended[3];
B_i[processColorChannelStart + 0] = blended[0];
B_i[processColorChannelStart + 1] = blended[1];
B_i[processColorChannelStart + 2] = blended[2];
B_i[processColorChannelStart + 3] = blended[3];
break;
}
@ -606,7 +606,7 @@ void PDFFloatBitmap::blend(const PDFFloatBitmap& source,
const bool isSpotColorSubtractive = pixelFormat.hasSpotColorsSubtractive();
if (!isSpotColorSubtractive)
{
for (uint8_t i = pixelFormat.getSpotColorChannelIndexStart(); i < pixelFormat.getSpotColorChannelIndexEnd(); ++i)
for (uint8_t i = spotColorChannelStart; i < spotColorChannelEnd; ++i)
{
const BlendMode pixelBlendMode = getBlendModeForPixel(x, y, i);
B_i[i] = PDFBlendFunction::blend(pixelBlendMode, backdropColor[i], sourceColor[i]);
@ -614,7 +614,7 @@ void PDFFloatBitmap::blend(const PDFFloatBitmap& source,
}
else
{
for (uint8_t i = pixelFormat.getSpotColorChannelIndexStart(); i < pixelFormat.getSpotColorChannelIndexEnd(); ++i)
for (uint8_t i = spotColorChannelStart; i < spotColorChannelEnd; ++i)
{
const BlendMode pixelBlendMode = getBlendModeForPixel(x, y, i);
B_i[i] = 1.0f - PDFBlendFunction::blend(pixelBlendMode, 1.0f - backdropColor[i], 1.0f - sourceColor[i]);
@ -3061,6 +3061,9 @@ PDFInkMapping PDFInkMapper::createMapping(const PDFAbstractColorSpace* sourceCol
break;
}
default:
break;
}
}