void TTransRemain::CheckPosition( TImage<unsigned char> &srcImage,
TImage<unsigned char > &dstImage,
vector<RECT> &rectSet,
const size_t radius)
{
TBmpInfo info;
info.Width (srcImage.Width());
info.Height (srcImage.Height());
info.AccordMem();
TBmpBoard bmpBoard;
bmpBoard.SetBmpInfo(info);
PixelMem *pPixel = bmpBoard.GetPixelBase();
memcpy(pPixel, dstImage.Base(), dstImage.Width() * dstImage.Height());
HDC memHDC = bmpBoard.GetMemDC();
ArcTemple uptemp = ArcCreator::CreateArc(radius, ArcTemple::eUpArc);
ArcTemple downTemp = ArcCreator::CreateArc(radius, ArcTemple::eDownArc);
TPoint2D<int> upCentre;
TPoint2D<int> downCentre;
for(size_t i = 0; i < rectSet.size(); ++i)
{
long upSpeciSide = rectSet[i].top + (rectSet[i].bottom - rectSet[i].top)/3;
long downSpeciSide = rectSet[i].top + (rectSet[i].bottom - rectSet[i].top)*2/3;
TRect2D<int> selectUpArea(rectSet[i].left, rectSet[i].top, rectSet[i].right-1, upSpeciSide);
TRect2D<int> selectDownArea(rectSet[i].left, downSpeciSide, rectSet[i].right, rectSet[i].bottom);
GetTopPos(srcImage, selectUpArea, upCentre, uptemp);
if (!selectUpArea.Within(upCentre.x(), upCentre.y()))
{
upCentre = selectUpArea.Center();
}
GetTopPos(srcImage, selectDownArea, downCentre, downTemp);
if (!selectDownArea.Within(downCentre.x(), downCentre.y()))
{
downCentre = selectDownArea.Center();
}
FillDest(dstImage, upCentre, downCentre, memHDC, radius);
}
memcpy(dstImage.Base(), pPixel, dstImage.Width()* dstImage.Height());
}
bool TTransRemain::RemainCapsule ( const TAlloc<PixelMem> &rawImg,
const TImgDim &rawImgDim,
TImage<PelGray8> &remain,
RemainParam &remainParam,
REMAINMODE remainMode,
bool frontLight)
{
m_mode = remainMode;
if(rawImgDim.bytesPerPixel == 3)
{
TImage<PelRGB24> rgb(rawImg, rawImgDim);
if(frontLight) { TImgProcess::RGBToGray (rgb, m_rawImage); }
else { TImgProcess::RGBToGray2(rgb, m_rawImage); }
}
else
{
m_rawImage.SetImage(rawImg.Base(), rawImgDim);
}
remain.SetZero();
try
{
TImgProcess::BinaryGray(m_rawImage, m_binImage, remainParam.binaryLowThres, remainParam.binaryUpThres);
// m_sortObserver.ObserverIMG(SortObserver::MAll, m_cvbProfileImg);
IMG minImage = NULL;
FilterBoxMin( m_binIMG,
remainParam.minBoxWidth,
remainParam.minBoxWidth,
remainParam.minBoxWidth/2,
remainParam.minBoxWidth/2,
minImage);
unsigned char *pImage = NULL;
PVPAT VPA = NULL;
GetImageVPA ( minImage, 0, (void**)&pImage, &VPA);
memcpy ( m_minBoxImage.Base(), pImage, m_minBoxImage.Width()*m_minBoxImage.Height());
ReleaseImage( minImage);
TImgProcess::SobelFilter( m_rawImage, m_sobelImage);
CapsuleProc::ObservedIMG(SortObserver::MEnh, m_sobelIMG);
TImgProcess::AndGrayImg ( m_minBoxImage, m_sobelImage, m_andedImage);
CapsuleProc::ObservedIMG(SortObserver::MAnd, m_andedIMG);
}
catch (...)
{
static int count = 0;
CString txt;
txt.Format("D:\\\n%d.txt", count);
count++;
FILE* pFile = NULL;
fopen_s(&pFile, "D:\\CatchFile.txt", "wb");
fwrite(txt, sizeof(char), strlen(txt), pFile);
fclose(pFile);
return false;
}
try
{
WhiteBlob ( m_binIMG, m_whiteBlob);
vector<RECT> rectSet = GetMouldRect(m_whiteBlob);
ExcludeEmpty ( rectSet, remain.Height(), remain.Width());
CheckPosition ( m_andedImage, remain, rectSet, remainParam.radius);
TImgProcess::AndGrayImg(m_rawImage, remain, remain);
}
catch (...)
{
static int count = 0;
CString txt;
txt.Format("D:\\\n%d.txt", count);
count++;
FILE* pFile = NULL;
fopen_s(&pFile, "D:\\CatchFile1.txt", "wb");
fwrite(txt, sizeof(char), strlen(txt), pFile);
fclose(pFile);
return false;
}
return true;
}
