BOOL SaveFile(DWORD nInx, CString& sPath)
{
if (imgShow.IsNull()) return FALSE;
if (sPath.Empty()) return FALSE;
// 获取解码器
CGC gc;
ICoderObject* coder = CImgAnalyzer::GetCoder(nInx, &gc);
if (!coder) return FALSE;
// 编码文件
CIOFile file(sPath, CIOFile::modeCreate | CIOFile::modeReadWrite | CIOFile::shareExclusive);
coder->SetFile(&file);
coder->Encode(imgShow);
return TRUE;
}
void TestImageDividerGenerateFromBorder(void)
{
CImageDivider cImageDivider;
CImage cImage;
CImage cMask;
CImageCelMask* pcRectangle;
ReadImage(&cImage, "Input\\splitter.png");
cImageDivider.Init(&cImage);
cImageDivider.GenerateFromBorder(&cMask);
AssertInt(20, cImageDivider.GetDestImageCels()->NumElements());
pcRectangle = (CImageCelMask*)cImageDivider.GetDestImageCels()->Get(0);
AssertInt(1, pcRectangle->GetSubImage()->mcImageRect.miLeft);
AssertInt(1, pcRectangle->GetSubImage()->mcImageRect.miTop);
AssertInt(13, pcRectangle->GetSubImage()->mcImageRect.GetWidth());
AssertInt(13, pcRectangle->GetSubImage()->mcImageRect.GetHeight());
pcRectangle = (CImageCelMask*)cImageDivider.GetDestImageCels()->Get(1);
AssertInt(15, pcRectangle->GetSubImage()->mcImageRect.miLeft);
AssertInt(1, pcRectangle->GetSubImage()->mcImageRect.miTop);
AssertInt(13, pcRectangle->GetSubImage()->mcImageRect.GetWidth());
AssertInt(13, pcRectangle->GetSubImage()->mcImageRect.GetHeight());
pcRectangle = (CImageCelMask*)cImageDivider.GetDestImageCels()->Get(17);
AssertInt(21, pcRectangle->GetSubImage()->mcImageRect.miLeft);
AssertInt(39, pcRectangle->GetSubImage()->mcImageRect.miTop);
AssertInt(3, pcRectangle->GetSubImage()->mcImageRect.GetWidth());
AssertInt(3, pcRectangle->GetSubImage()->mcImageRect.GetHeight());
WriteImage(&cMask, "Output\\splitter.raw");
AssertFileMemory("input\\splitter.raw", cMask.mcChannels.GetData(), cMask.GetByteSize());
cImageDivider.Kill();
cMask.Kill();
cImage.Kill();
}
void chc_export_image_collection(FILE *fd, CTexture *tex) {
CHCTexItem cube_item;
CImage *img;
memset(&cube_item, 0, sizeof(cube_item));
if (tex->isCubeMap()) {
cube_item.type = EColourType_CubeMap;
cube_item.checksum = tex->getChecksum();
printf("Item checksum: %08X\n", cube_item.checksum);
fwrite(&cube_item, sizeof(cube_item), 1, fd);
for (int i = 0; i < ECUBEMAPTYPE_COUNT; i++) {
memset(&cube_item, 0, sizeof(cube_item));
img = tex->getImage(i);
img->compress();
img->getDimensions(cube_item.width, cube_item.height);
cube_item.data_size = img->getDataSize();
cube_item.type = img->getColourType();
cube_item.checksum = 0;
fwrite(&cube_item, sizeof(cube_item), 1, fd);
fwrite(img->getRawData(), cube_item.data_size, 1, fd);
}
}
else {
//write the raw img
img = tex->getImage();
//img->compress();
cube_item.type = img->getColourType();
cube_item.data_size = img->getDataSize();
cube_item.checksum = tex->getChecksum();
img->getDimensions(cube_item.width, cube_item.height);
uint32_t guess_size = CImage::guessDataSize((EColourType)cube_item.type, cube_item.width, cube_item.height);
if (guess_size > cube_item.data_size) {
cube_item.data_size = guess_size;
}
fwrite(&cube_item, sizeof(cube_item), 1, fd);
void *addr = img->getRawData();
fwrite(addr, cube_item.data_size, 1, fd);
}
}
/*!
@brief イメージの取得
@param [in] pSelectItem 選択データ
@param [out] bitmap イメージ
*/
BOOL CImageFontDlg::GetBitmapImage(LPVOID pSelectItem, CImage &bitmap)
{
CRect rect;
GetClientRect(&rect);
bitmap.Create(rect.Width(), rect.Height(), 32);
HDC hDC = bitmap.GetDC();
Gdiplus::Graphics graphics(hDC);
graphics.Clear((Gdiplus::ARGB)Gdiplus::Color::White);
CString strMessage;
strMessage = _T("1234567890\n");
strMessage += _T("abcdefghijklmnopqrstuvwxyz\n");
strMessage += _T("ABCDEFGHIJKLMNOPQRSTUVWXYZ\n");
strMessage += _T("あいおえおかきくけこさしすせそたちつてとなにぬねの\n");
strMessage += _T("はひふへほまみむめもやゆよらりるれろわをん\n");
LOGFONT *pLogfont = (LOGFONT *) pSelectItem;
Gdiplus::Font font(hDC, pLogfont);
Gdiplus::RectF drawLayout(0, 0, (Gdiplus::REAL)rect.Width(), (Gdiplus::REAL)rect.Height());
Gdiplus::StringFormat stringFormat;
stringFormat.SetAlignment(Gdiplus::StringAlignmentCenter);
stringFormat.SetLineAlignment(Gdiplus::StringAlignmentCenter);
stringFormat.SetTrimming(Gdiplus::StringTrimmingNone);
Gdiplus::SolidBrush brush((Gdiplus::ARGB)Gdiplus::Color::Black);
graphics.SetTextRenderingHint((Gdiplus::TextRenderingHint) (GetSpaceKeyDownCount() % (int)Gdiplus::TextRenderingHintClearTypeGridFit));
graphics.DrawString(strMessage, -1, &font, drawLayout, &stringFormat,&brush);
bitmap.ReleaseDC();
return TRUE;
}
//
// Copies the content of a byte buffer to a MFC image with respect to the image's alignment
//
// Parameters:
// [in] pInbuffer The byte buffer as received from the cam
// [in] ePixelFormat The pixel format of the frame
// [out] OutImage The filled MFC image
//
void CAsynchronousGrabDlg::CopyToImage( VmbUchar_t *pInBuffer, VmbPixelFormat_t ePixelFormat, CImage &OutImage )
{
const int nHeight = m_ApiController.GetHeight();
const int nWidth = m_ApiController.GetWidth();
const int nStride = OutImage.GetPitch();
const int nBitsPerPixel = OutImage.GetBPP();
VmbError_t Result;
if( ( nWidth*nBitsPerPixel ) /8 != nStride )
{
Log( _TEXT( "Vimba only supports stride that is equal to width." ), VmbErrorWrongType );
return;
}
VmbImage SourceImage,DestinationImage;
SourceImage.Size = sizeof( SourceImage );
DestinationImage.Size = sizeof( DestinationImage );
SourceImage.Data = pInBuffer;
DestinationImage.Data = OutImage.GetBits();
Result = VmbSetImageInfoFromPixelFormat( ePixelFormat, nWidth, nHeight, &SourceImage );
if( VmbErrorSuccess != Result )
{
Log( _TEXT( "Error setting source image info." ), static_cast<VmbErrorType>( Result ) );
return;
}
static const std::string DisplayFormat( "BGR24" );
Result = VmbSetImageInfoFromString( DisplayFormat.c_str(),DisplayFormat.size(), nWidth,nHeight, &DestinationImage );
if( VmbErrorSuccess != Result )
{
Log( _TEXT( "Error setting destination image info." ),static_cast<VmbErrorType>( Result ) );
return;
}
Result = VmbImageTransform( &SourceImage, &DestinationImage,NULL,0 );
if( VmbErrorSuccess != Result )
{
Log( _TEXT( "Error transforming image." ), static_cast<VmbErrorType>( Result ) );
}
}
void CChildView::OnFileOpen()
{
CImage image;
CString strFilter;
CString strAllFilePrompt;
CSimpleArray<GUID> aguidFileTypes;
HRESULT hResult;
INT_PTR nResult;
if (m_pSurface == NULL)
return;
VERIFY(strAllFilePrompt.LoadString(IDS_ALL_IMAGES));
hResult = image.GetImporterFilterString(strFilter, aguidFileTypes, strAllFilePrompt);
if(FAILED(hResult)) {
CString fmt;
fmt.Format(IDS_ERROR_GETEXPORTERFILTER, hResult, _com_error(hResult).ErrorMessage());
::AfxMessageBox(fmt);
return;
}
CFileDialog dlg(TRUE, NULL, NULL, OFN_FILEMUSTEXIST, strFilter);
dlg.m_ofn.nFilterIndex = m_nFilterLoad;
nResult = dlg.DoModal();
if(nResult != IDOK) {
return;
}
m_nFilterLoad = dlg.m_ofn.nFilterIndex;
hResult = image.Load(dlg.GetFileName());
ASSERT(SUCCEEDED(hResult));
if (SUCCEEDED(hResult)) {
m_pSurface->Import(image);
// Stop the weird effects
m_bPauseBlur = true;
m_bPauseSwarm = true;
}
}
void Draw_SeedCandidates (std::vector<CPoint> & seed_candidates)
{
string output_path = gConfig.GetOutputPath();
string image_name = gConfig.GetImageName();
string file_name;
CImage* XY = NULL;
CPoint* pPoint = NULL;
//int giMARGIN2 = 3;
XY = new CImage(*CanvasXY);
XY->RemovePixels(5);
int min_X, max_X, min_Y, max_Y;
for (std::vector<CPoint>::iterator i = seed_candidates.begin (); i != seed_candidates.end (); i++)
{
pPoint = &*i;
if (!The3DImage->WithinImagePadding(*pPoint,0))
continue;
XY->MarkCrosshairXY(pPoint,2);
int radius = Round( static_cast<double>(i->m_fHWidth) / 2.0 );
if(i->m_iHDir != 0)
{
min_X = max(0,i->m_iX - radius);
max_X = min(i->m_iX + radius, XY->m_iCols);
pPoint->m_iY = i->m_iY;
for (int x = min_X; x <= max_X; x++)
{
pPoint->m_iX = x;
XY->MarkPoint(pPoint, 3);
}
}
else
{
min_Y = max(0,i->m_iY - radius);
max_Y = min(i->m_iY + radius, XY->m_iRows);
pPoint->m_iX = i->m_iX;
for (int y = min_Y; y <= max_Y; y++)
{
pPoint->m_iY = y;
if(XY->ValidPoint(*pPoint))
XY->MarkPoint(pPoint, 3);
}
}
}
file_name = output_path + image_name + "UnverifiedSeeds.tif";
XY->WriteTIFF(file_name);
delete XY; XY = NULL;
}
// ------------------------------------------------------
// Test_FFMPEG_CaptureCamera
// ------------------------------------------------------
void Test_FFMPEG_CaptureCamera(const std::string &video_url)
{
CFFMPEG_InputStream in_video;
if (!in_video.openURL(video_url,false /*grayscale*/, true /* verbose */ ))
return;
CDisplayWindow win("Video");
CTicTac tictac;
tictac.Tic();
unsigned int nFrames = 0;
CImage img;
while (win.isOpen() && in_video.retrieveFrame(img))
{
double fps = ++nFrames / tictac.Tac();
img.textOut(5,5,mrpt::format("%.02f fps",fps),TColor(0x80,0x80,0x80) );
if (nFrames>100)
{
tictac.Tic();
nFrames=0;
}
if (nFrames==1)
cout << "Video FPS: " << in_video.getVideoFPS() << endl;
win.showImage(img);
mrpt::system::sleep(10);
if (win.keyHit() && win.waitForKey()==27) break;
}
in_video.close();
mrpt::system::pause();
}
/*---------------------------------------------------------------
assign Image and Z
---------------------------------------------------------------*/
void CMeshFast::assignImageAndZ( const CImage& img, const mrpt::math::CMatrixTemplateNumeric<float> &in_Z)
{
MRPT_START
ASSERT_((img.getWidth() == static_cast<size_t>(in_Z.cols()))&&(img.getHeight() == static_cast<size_t>(in_Z.rows())))
Z = in_Z;
// Make a copy:
m_textureImage = img;
//Update flags/states
m_modified_Image = true;
m_enableTransparency = false;
m_colorFromZ = false;
m_isImage = true;
pointsUpToDate = false;
CRenderizableDisplayList::notifyChange();
MRPT_END
}
void CImageExplorer::mousePressEvent(QMouseEvent *event)
{
iActiveImage = NULL;
QListIterator<CImage*> images(iImages);
images.toBack ();
while (images.hasPrevious())
{
CImage* obj = images.previous();
if(obj->IsPointOnObject(event->x(),event->y()))
{
//iActiveImage = obj;
//iImages.move(iImages.indexOf(obj),iImages.count()-1);
obj->mousePressEvent(event);
SelectImage(obj);
CWidget::GetInstance()->paint();
break;
}
}
if(CInfoPanel::GetInstance())
{
CInfoPanel::GetInstance()->SetImageExplorerInfoView();
}
}
double benchmark_detectFeatures_FASTER(int N, int threshold)
{
CTicTac tictac;
// Generate a random image
CImage img;
getTestImage(0, img);
CFeatureExtraction fExt;
CFeatureList feats;
fExt.options.featsType = TYP;
fExt.options.FASTOptions.threshold = threshold;
fExt.options.patchSize = 0;
img = img.grayscale();
tictac.Tic();
for (int i = 0; i < N; i++) fExt.detectFeatures(img, feats, 0, MAX_N_FEATS);
const double T = tictac.Tac() / N;
return T;
}
void WriteFile(CImage& img, const char* filename)
{
// Determine the file extension
char *dot = strrchr((char *) filename, '.');
if (strcmp(dot, ".tga") == 0 || strcmp(dot, ".tga") == 0)
{
if (img.PixType() == typeid(uchar))
WriteFileTGA(*(CByteImage *) &img, filename);
else
throw CError("ReadFile(%s): haven't implemented conversions yet", filename);
}
else
throw CError("WriteFile(%s): file type not supported", filename);
}
/*-------------------------------------------------
CAPTURE PICTURE
-----------------------------------------------*/
bool CRovio::captureImageAsync( CImage & picture, bool rectified)
{
try
{
vector_byte resp;
string errormsg;
string MF=format("http://%s/Jpeg/CamImg[0000].jpg",options.IP.c_str());
http_get (MF, resp, errormsg, 80, options.user, options.password);
CMemoryStream stream( &resp[0], resp.size() );
picture.loadFromStreamAsJPEG(stream);
if( rectified )//Comprobar que las matrices existen y son correctas********************
picture.rectifyImageInPlace(options.cameraParams);
//picture.saveToFile("0000.jpg");
//cout<<"Response:\n"<<response<<endl;
return true;
}
catch(std::exception &e)
{
cerr << e.what() << endl;
return false;
}
}
// ------------------------------------------------------
// TestImagesFaceDetection
// ------------------------------------------------------
void TestImagesFaceDetection(int argc, char *argv[])
{
CImage img;
CDisplayWindow win("Result");
mrpt::utils::CTicTac tictac;
// For each aditional argument, tty to load an image and detect faces
for ( int i = 1; i < argc; i++ )
{
string fileName( argv[i] );
if (!img.loadFromFile(myDataDir+fileName))
{
cerr << "Cannot load " << myDataDir+fileName << endl;
continue;
}
vector_detectable_object detected;
tictac.Tic();
faceDetector.detectObjects( &img, detected );
cout << "Detection time: " << tictac.Tac() << " s" << endl;
for ( unsigned int i = 0; i < detected.size() ; i++ )
{
ASSERT_( IS_CLASS(detected[i],CDetectable2D ) )
CDetectable2DPtr obj = CDetectable2DPtr( detected[i] );
img.rectangle( obj->m_x, obj->m_y, obj->m_x+obj->m_width, obj->m_y + obj->m_height, TColor(255,0,0) );
}
win.showImage(img);
mrpt::system::pause();
}
}
void WriteFileJPEG(CImage& img, const char* filename, unsigned quality)
{
JPEGWriter writer;
CShape shape = img.Shape();
if(shape.nBands != 1 && shape.nBands != 3) {
throw CError("Can only write jpeg files with 1 or 3 channels, %d were given", shape.nBands);
}
writer.header(shape.width, shape.height, shape.nBands, (shape.nBands == 1)?JPEG::COLOR_GRAYSCALE : JPEG::COLOR_RGB);
writer.setQuality(quality);
// Reverse color channel order
CByteImage imgAux(shape);
for(int y = 0; y < shape.height; y++) {
uchar* auxIt = (uchar*)imgAux.PixelAddress(0, y, 0);
uchar* imgIt = (uchar*)img.PixelAddress(0, y, 0);
for(int x = 0; x < shape.width; x++, auxIt += shape.nBands, imgIt += shape.nBands) {
for(int c = 0; c < shape.nBands; c++) {
auxIt[c] = imgIt[shape.nBands - c - 1];
}
}
}
// Pack row pointers
std::vector<uchar*> rowPointers(shape.height);
for(int y = 0; y < shape.height; y++) {
rowPointers[shape.height - y - 1] = (uchar*) imgAux.PixelAddress(0,y,0);
}
writer.write(filename, rowPointers.begin());
if (!writer.warnings().empty())
std::cout << writer.warnings() << std::endl;
}
void CTopographyRasterizer::RasterizeImage()
{
CStopWatch sw;
sw.Start();
int LowPixel = 255;
int HighPixel = 0;
byte * ImageData = new byte[ImageSize * ImageSize * 3];
for (int i = 0; i < ImageSize; ++ i)
{
for (int j = 0; j < ImageSize; ++ j)
{
int const Index = ImageSize * i + j;
double const Value = Buckets[Index].Value;
double const Intensity = 1.0f;
int const Pixel = Clamp<int>((int) (Value * Intensity), 0, 255);
LowPixel = Min(LowPixel, Pixel);
HighPixel = Max(HighPixel, Pixel);
ImageData[Index * 3 + 0] = Pixel;
ImageData[Index * 3 + 1] = Pixel;
ImageData[Index * 3 + 2] = Pixel;
}
}
Log::Info("Low value: %d High Value: %d", LowPixel, HighPixel);
CImage * Image = new CImage(ImageData, vec2u(ImageSize), 3);
Image->FlipY();
Image->Write(OutputName);
Log::Info("Rasterize to image took %.3f", sw.Stop());
}
CQuestionManager::Question CQuestionManager::GenOneQuestion()
{
Question ques = { { 0 }, 0 };
CFileListManager &file_manager = GetInst( CFileListManager );
int r = 0;
// alpha image
CImage img_alpha;
CreateImgFromBuffer( file_manager.GetAlpha(), img_alpha );
// 1.generate the background.
CImage back;
CreateImgFromBuffer( file_manager.GetRandBack(), back );
r = random( 3 );
CImage *img_cover;
for( int i = 0; i < r; ++ i )
{
img_cover = MP_NEW CImage();
CreateImgFromBuffer( file_manager.GetRandBack(), *img_cover );
back.AlphaBlend( img_cover, 0, 0, ( random( 55 ) + 100 ) / 255.0f );
MP_DELETE(img_cover);
}
// 2.generate small pictures.
ques.answer = BlendSmallImage( back, img_alpha );
// 3.covert the image to raw buffer.
if( !back.ExportJpegToMemory( (BYTE*&) ques.data.buf, (DWORD&) ques.data.size, 85 ) )
{
ques.data.buf = 0;
ques.data.size = 0;
PutoutLog( LOG_FILE, LT_ERROR, "Export jpeg failed." );
}
DumpImage( &back );
return ques;
}
bool LoadPicture(CImage& bmp, UINT nImgID, LPCTSTR lpImgType) //含Alpha通道的图片处理成CImage
{
LoadImageFromResourse(&bmp, nImgID, lpImgType); //加载图片资源
if (bmp.IsNull())
{
return false;
}
if(bmp.GetBPP() == 32) //确认该图片包含Alpha通道
{
for (int i=0; i < bmp.GetWidth(); i++)
{
for(int j=0; j < bmp.GetHeight(); j++)
{
byte* pByte = (byte*)bmp.GetPixelAddress(i, j);
pByte[0] = pByte[0] * pByte[3] / 255;
pByte[1] = pByte[1] * pByte[3] / 255;
pByte[2] = pByte[2] * pByte[3] / 255;
}
}
}
return true;
}
void CVisionTestDlg::ShowViewports()
{
for (int i=0; i<MAX_CHANNELS ; i++ )
{
if ( m_Channels[i].bEnabled )
{
CImage * img;
img = new CImage();
switch ( m_Channels[i].unBpp )
{
case 1:
// TODO:
break;
case 8:
if (m_Channels[i].bIndexed)
img->CreateFromIndexed8BPP( m_Channels[i].unWidth, m_Channels[i].unHeight, m_Channels[i].pBuffer );
else
img->CreateFromGray( m_Channels[i].unWidth, m_Channels[i].unHeight, m_Channels[i].pBuffer );
break;
case 32:
img->CreateFromRGB( m_Channels[i].unWidth, m_Channels[i].unHeight, m_Channels[i].pBuffer );
break;
}
// Copy the image to the dialog and show it
m_Channels[i].pImageDialog->AddImage( *img );
m_Channels[i].pImageDialog->ShowWindow( SW_SHOW );
// Since the image is fully copied, we won't need it anymore.
delete img;
}
}
}
//重画消息
VOID CWebPublicize::OnPaint()
{
CPaintDC dc(this);
//获取位置
CRect rcClient;
GetClientRect(&rcClient);
//创建缓冲
CImage ImageBuffer;
ImageBuffer.Create(rcClient.Width(),rcClient.Height(),32);
//绘画缓冲
CDC * pBufferDC=CDC::FromHandle(ImageBuffer.GetDC());
DrawPublicizeView(pBufferDC,rcClient.Width(),rcClient.Height(),m_cbStatus);
//绘画界面
dc.BitBlt(0,0,rcClient.Width(),rcClient.Height(),pBufferDC,0,0,SRCCOPY);
//释放资源
ImageBuffer.ReleaseDC();
return;
}
// ------------------------------------------------------
// Benchmark: FAST
// ------------------------------------------------------
double feature_extraction_test_FAST( int N, int h )
{
CTicTac tictac;
// Generate a random image
CImage img;
getTestImage(0,img);
CFeatureExtraction fExt;
CFeatureList featsFAST;
fExt.options.featsType = featFAST;
fExt.options.FASTOptions.threshold = 20;
fExt.options.patchSize = 0;
img.grayscaleInPlace();
tictac.Tic();
for (int i=0;i<N;i++)
fExt.detectFeatures( img, featsFAST );
const double T = tictac.Tac()/N;
return T;
}
void
ESChildControlDealer::OnPaintClient(CDC* pDC, CRect* pRectDC, CRect* pRectClient){
PokerGUI* pGUI = PokerGUI::GetInstance();
CImage* pImage = pGUI->m_pDealerBtnImg;
if( !pImage ) return;
CRect rcDealer;
rcDealer.left = m_rcRect.left + (m_rcRect.Width() - pImage->GetWidth()) / 2;
rcDealer.top = m_rcRect.top + (m_rcRect.Height() - pImage->GetHeight()) / 2;
rcDealer.right = rcDealer.left + pImage->GetWidth();
rcDealer.bottom = rcDealer.top + pImage->GetHeight();
CRect rcDealerBtnDC, rcInvalid;
rcDealerBtnDC.left = (rcDealer.left - pRectClient->left) + pRectDC->left;
rcDealerBtnDC.top = (rcDealer.top - pRectClient->top) + pRectDC->top;
rcDealerBtnDC.right = rcDealerBtnDC.left + rcDealer.Width();
rcDealerBtnDC.bottom = rcDealerBtnDC.top + rcDealer.Height();
// Draw button background. {{
rcInvalid = rcDealerBtnDC & *pRectDC;
if( pImage && !rcInvalid.IsRectEmpty() )
PokerGUI::RenderImage(pDC, rcInvalid, rcDealerBtnDC, pImage);
// }}
}
void CChartCtrl::SaveAsImage(const TChartString& strFilename,
const CRect& rect,
int nBPP,
REFGUID guidFileType)
{
CImage chartImage;
CRect chartRect = rect;
if (chartRect.IsRectEmpty())
{
GetClientRect(&chartRect);
}
chartImage.Create(chartRect.Width(), chartRect.Height(), nBPP);
CDC newDC;
newDC.Attach(chartImage.GetDC());
DrawBackground(&newDC, chartRect);
chartRect.DeflateRect(3,3);
DrawChart(&newDC, chartRect);
newDC.Detach();
chartImage.Save(strFilename.c_str(), guidFileType);
chartImage.ReleaseDC();
}
CImage *AquireImage( HINSTANCE hInstance, LPCTSTR pcszFilePath, LPCTSTR pcszFilename )
{
CImage *pImage = NULL;
//
// Check for resource based images
if( !_tcsnicmp( pcszFilename, _T("RES:"), 4 ) )
{
pcszFilename += 4;
ASSERT( _tcslen( pcszFilename ) );
pImage = new CImage;
if( !pImage->Load( hInstance, pcszFilename ) )
{
LPTSTR endptr;
if( !pImage->Load( hInstance, MAKEINTRESOURCE( _tcstol( pcszFilename, &endptr, 10 ) ) ) )
{
delete pImage;
pImage = NULL;
}
}
return pImage;
}
//
// Check for file based images
StringClass strImageName( pcszFilePath );
strImageName += pcszFilename ;
pImage = new CImage;
if( !pImage->Load( strImageName ) )
{
delete pImage;
pImage = NULL;
}
return pImage;
}
//绘画头像
void __cdecl CUserFaceRes::DrawCustomBigFace(CDC * pDC, int nXPos, int nYPos, DWORD dwUserID, DWORD dwCustomFace,UINT nWidth,UINT nHeight)
{
ASSERT(dwUserID!=0 && dwCustomFace!=0);
if(!(dwUserID!=0 && dwCustomFace!=0))return;
//头像名称
CString strDirName;
strDirName.Format(TEXT("%s\\CustomFace"),m_szDirWork);
CString strFileName;
strFileName.Format(TEXT("\\%ld_%d.bmp"), dwUserID, dwCustomFace);
//读取文件
CImage FaceImage;
HRESULT hResult = FaceImage.Load(strDirName + strFileName);
if (SUCCEEDED(hResult))
{
//设置模式
int nOldBltMode = pDC->SetStretchBltMode(HALFTONE);
//设置大小
CRect rcFace;
rcFace.left = nXPos;
rcFace.top = nYPos;
rcFace.right = rcFace.left + nWidth;
rcFace.bottom = rcFace.top + nHeight;
//绘画图片
FaceImage.StretchBlt(pDC->GetSafeHdc(), rcFace);
//删除资源
pDC->SetStretchBltMode(nOldBltMode);
FaceImage.Destroy();
}
return;
}
// 从内存加载图片
BOOL ReadImage(const BYTE* buffer, ULONG size, CImage& img)
{
// 创建流
HGLOBAL m_hMem = GlobalAlloc(GMEM_FIXED, size);
if (m_hMem == NULL)
return FALSE;
BYTE* pmem = (BYTE*)GlobalLock(m_hMem);
if (pmem == NULL)
return FALSE;
memcpy(pmem, buffer, size);
IStream* pstm = NULL;
if (FAILED(CreateStreamOnHGlobal(m_hMem, FALSE, &pstm)) || pstm == NULL)
return FALSE;
// 加载到CImage
if (!img.IsNull())
img.Destroy();
img.Load(pstm);
// 释放流
GlobalUnlock(m_hMem);
pstm->Release();
return !img.IsNull();
}
CImage* CTextRender::render( std::string text, int outline )
{
int width = fontSize * text.length();
int height = fontSize;
CImage* textSurface = new CImage( width, height );
textSurface->convert( *font );
// blit the letters
for ( size_t i = 0; i < text.length(); i++ )
{
char c = text.at(i);
if ( 'a' <= c && c <= 'z' ) c -= 32;
int glyphIndex = fontLetters.find(c);
if ( glyphIndex == -1 )
glyphIndex = 60;
CRect sRect;
CRect dRect;
// source rect
sRect.w = sRect.h = fontSize;
sRect.x = glyphIndex * fontSize;
sRect.y = (1 - outline ) * fontSize;
// destination position
dRect.x = i * fontSize;
dRect.y = 0;
textSurface->blit( *font, dRect, sRect );
}
return textSurface;
}
/*
RedoPop()
*/
BOOL CWallBrowserStretchView::RedoPop(void)
{
BOOL bRedo = FALSE;
if(m_nRedo!=-1)
{
CWallBrowserDoc* pDoc = (CWallBrowserDoc*)GetDocument();
if(pDoc)
{
CImage *pImage = pDoc->GetImage();
if(pImage && pImage->GetWidth() > 0 && pImage->GetHeight() > 0)
{
bRedo = DoImageOperation(m_nRedo)==NO_ERROR;
m_nRedo = -1;
}
}
}
CWnd* pWnd = AfxGetMainWnd();
if(pWnd)
pWnd->PostMessage(WM_EDIT_REDO,RedoEnabled(),0L);
return(bRedo);
}
double feature_extraction_test_FASTER( int N, int threshold )
{
CTicTac tictac;
// Generate a random image
CImage img;
getTestImage(0,img);
CFeatureExtraction fExt;
CFeatureList feats;
fExt.options.featsType = TYP; // FASTER_N==9 ? featFASTER9 : (FASTER_N==10 ? featFASTER10 : featFASTER12 );
fExt.options.FASTOptions.threshold = threshold; //20;
fExt.options.patchSize = 0;
img.grayscaleInPlace();
tictac.Tic();
for (int i=0;i<N;i++)
fExt.detectFeatures( img, feats,0, MAX_N_FEATS );
const double T = tictac.Tac()/N;
return T;
}
void Draw_AmriSeedPointDirections()
{
string output_path = gConfig.GetOutputPath();
string image_name = gConfig.GetImageName();
string file_name;
CImage* XY = NULL;
CPoint pPoint;
XY = new CImage(*CanvasXY);
XY->RemovePixels(5);
list<CPoint>::iterator i;
for (i = AmriVerifiedSeedsCenter.begin();
i != AmriVerifiedSeedsCenter.end();
i++)
{
pPoint = *i;
XY->MarkCrosshairXY(&pPoint, 0);
CPoint temp;
for (int j = 0; j < 5; j++)
{
CPoint* dirPoint =& gVectorsArray[pPoint.m_iHDir][0]->
m_pIndices[j];
temp.m_iX = pPoint.m_iX + dirPoint->m_iX;
temp.m_iY = pPoint.m_iY + dirPoint->m_iY;
temp.m_iZ = pPoint.m_iZ;
if (The3DImage->WithinImagePadding(temp, giMARGIN))
XY->MarkPointXY(&temp, 1);
else
break;
}
}
file_name = output_path + image_name + "AmriSeedDirectionsXY.tif";
XY->WriteTIFF(file_name);
}