/* 本源码由TC简单软件科技有限公司开源,功能可以自由修改、发布、 长沙简单软件科技有限公司对于源码不做后期维护,,请大家在使用过程中遵循开源协议 */ #include "stdafx.h" #include "TSRuntime.h" #include "TSFindPicture.h" #include "D3dx9tex.h" #include "DXBind.h" #include using namespace Gdiplus; #pragma comment(lib, "gdiplus.lib") extern HWND g_currentHwnd; MyFindPictureClass::MyFindPictureClass(void) { IsLastFindStr = false; m_displayMode = 0; m_hwnd = NULL; hDXBitmap = NULL; pLoadBmpBuffer = NULL; pWndBmpBuffer = NULL; pBuffer = NULL; pbuffer = NULL; loadWidth = 0; loadHeight = 0; wndWidth = 0; wndHeight = 0; nbuffersize = 0; m_helpXpoint = 0; m_helpYpoint = 0; m_parenthwnd = 0; memset(SetPath, 0, MAX_PATH); strColor = 0; //strColoroff=0; usingindex = 0; for (int i = 0; i < MAX_PATH * 10; i++) memset(addrxy[i], 0, 3); memset(strColors, 0, MAX_PATH); memset(strColoroff, 0, MAX_PATH); memset(m_colorOffR, 0, MAX_PATH); memset(m_colorOffG, 0, MAX_PATH); memset(m_colorOffB, 0, MAX_PATH); //memset(pWndBmpBuffer,0,sizeof(pWndBmpBuffer)); //memset(SetPicPwdString,0,MAX_PATH); isprocessColor = false;//默认不是找色或者取色 dictindex = 0; } MyFindPictureClass::~MyFindPictureClass(void) { } int MyFindPictureClass::GetEncoderClsid(const WCHAR* format, CLSID* pClsid) { // Initialize GDI+.(初始化GDI,否则调用GDI函数会导致异常) GdiplusStartupInput gdiplusStartupInput; ULONG_PTR gdiplusToken; GdiplusStartup(&gdiplusToken, &gdiplusStartupInput, NULL); // Initialize GDI+.(初始化GDI,否则调用GDI函数会导致异常) UINT num = 0; // number of image encoders UINT size = 0; // size of the image encoder array in bytes ImageCodecInfo* pImageCodecInfo = NULL; GetImageEncodersSize(&num, &size); if (size == 0) { return -1; // Failure } pImageCodecInfo = (ImageCodecInfo*)(malloc(size)); if (pImageCodecInfo == NULL) return -1; // Failure GetImageEncoders(num, size, pImageCodecInfo); for (UINT j = 0; j < num; ++j) { if (wcscmp(pImageCodecInfo[j].MimeType, format) == 0) { *pClsid = pImageCodecInfo[j].Clsid; free(pImageCodecInfo); return j; // Success } } free(pImageCodecInfo); return -1; // Failure } bool MyFindPictureClass::BMP2PNG(wchar_t* strBMPFile, wchar_t* strPNGFile) { CLSID encoderClsid; WCHAR strGuid[39]; if (GetEncoderClsid(L"image/png", &encoderClsid) >= 0) StringFromGUID2(encoderClsid, strGuid, 39); Image image(strBMPFile); image.Save(strPNGFile, &encoderClsid, NULL); return true; } bool MyFindPictureClass::BMP2JPG(wchar_t* strBMPFile, wchar_t* strJPGFile) { CLSID encoderClsid; WCHAR strGuid[39]; if (GetEncoderClsid(L"image/jpeg", &encoderClsid) >= 0) StringFromGUID2(encoderClsid, strGuid, 39); Image image(strBMPFile); image.Save(strJPGFile, &encoderClsid, NULL); //关闭GDI //GdiplusShutdown(gdiplusToken); return true; } bool MyFindPictureClass::loadBitmap(wchar_t* path) { //std::string rstr; BYTE* rstr = NULL; int rstrlen = 0; BITMAPFILEHEADER fileheader = { 0 }; HANDLE file_Handle = CreateFile(path, GENERIC_READ | GENERIC_WRITE, FILE_SHARE_READ | FILE_SHARE_WRITE, NULL, OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL, 0); if (file_Handle == INVALID_HANDLE_VALUE) { int err = ::GetLastError(); if (TSRuntime::IsShowErrorMsg) { char erro[MAX_PATH] = { 0 }; USES_CONVERSION; sprintf(erro, "加载:%s,位图失败", W2A(path)); ::MessageBoxA(NULL, erro, "TS", 0); } CloseHandle(file_Handle); return false; } DWORD dword = 0, ReadFileSize = 0; DWORD fileszie = ::GetFileSize(file_Handle, NULL); rstr = new BYTE[fileszie + 1]; memset(rstr, 0, sizeof(BYTE) * fileszie); { ::ReadFile(file_Handle, rstr, fileszie, &ReadFileSize, NULL); } CloseHandle(file_Handle); BITMAPINFOHEADER head; DWORD headSize = sizeof(BITMAPINFOHEADER); memcpy(&head, &rstr[sizeof(BITMAPFILEHEADER)], sizeof(BITMAPINFOHEADER)); loadWidth = head.biWidth; loadHeight = head.biHeight; WORD biBitCount = head.biBitCount; if (biBitCount != 24) { if (TSRuntime::IsShowErrorMsg) ::MessageBoxA(NULL, "请选择24位位图！", "TS", 0); return false; } int totalSize = (loadWidth * biBitCount / 8 + 3) / 4 * 4 * loadHeight; //BYTE *pBmpBuf = new BYTE[totalSize]; //memset(pBmpBuf,0,sizeof(BYTE)*totalSize); size_t size = 0; size = rstrlen - headSize - sizeof(BITMAPFILEHEADER); BYTE* pBmpBuf = &rstr[headSize + sizeof(BITMAPFILEHEADER)]; //memcpy(pBmpBuf,&rstr[headSize+sizeof(BITMAPFILEHEADER)],size); pLoadBmpBuffer = new COLORREF * [loadHeight]; ///// 二维数组 用来存储图像的颜色值 for (int i = 0; i < loadHeight; i++) { pLoadBmpBuffer[i] = new COLORREF[loadWidth]; } COLORREF helpcolor = 0; int pitch = loadWidth % 4; //HDC hDC = ::GetWindowDC(::GetDesktopWindow()); for (int i = 0; i < loadHeight; i++) { int realPitch = i * pitch; for (int j = 0; j < loadWidth; j++) { UCHAR b = pBmpBuf[(i * loadWidth + j) * 3 + realPitch]; UCHAR g = pBmpBuf[(i * loadWidth + j) * 3 + 1 + realPitch]; UCHAR r = pBmpBuf[(i * loadWidth + j) * 3 + 2 + realPitch]; helpcolor = RGB(r, g, b); pLoadBmpBuffer[loadHeight - i - 1][j] = helpcolor; } } delete[] rstr; return true; } // //bool MyFindPictureClass::loadBitmap(wchar_t* path) // { // //TSRuntime::add_log( "loadBitmap"); // ///////////////////////////加载的位图 ////////////////////////// // HBITMAP hbmp = (HBITMAP)LoadImage(NULL,path,IMAGE_BITMAP,0,0,LR_LOADFROMFILE ); // if(hbmp==NULL) // { // //::MessageBox(NULL,L"加载位图失败",path,0); // return false; // } // // BITMAP bitmap; // GetObject(hbmp, sizeof(BITMAP), &bitmap); // // BITMAPINFO info; // HDC dc; // dc=::CreateDC(L"DISPLAY",NULL,NULL,NULL); // // // 24位图的BITMAPINFO // BITMAPINFO *pBITMAPINFO = (BITMAPINFO*)malloc(sizeof(BITMAPINFOHEADER)); // memset(pBITMAPINFO, 0, sizeof(BITMAPINFOHEADER)); // BITMAPINFOHEADER *pInfo_Header = (BITMAPINFOHEADER *)pBITMAPINFO; // pInfo_Header->biSize = sizeof(BITMAPINFOHEADER); // pInfo_Header->biWidth =bitmap.bmWidth; // pInfo_Header->biHeight = bitmap.bmHeight; // pInfo_Header->biPlanes = 1; // pInfo_Header->biBitCount = 24; // pInfo_Header->biCompression = BI_RGB; // // long width = bitmap.bmWidth; // long height = bitmap.bmHeight; // info.bmiHeader.biBitCount=24; // // loadWidth = width; // loadHeight = height; // // DWORD bufSize = ( width * 3 + 3) / 4 * 4 * height; // BYTE *buffer=new BYTE[bufSize]; // memset(buffer,0,sizeof(BYTE)*bufSize); // if(!GetDIBits(dc, hbmp, 0, bitmap.bmHeight, buffer, pBITMAPINFO, DIB_RGB_COLORS)) // { // if(TSRuntime::IsShowErrorMsg) // ::MessageBox(NULL,L"加载位图失败",L"TC",0); // return false; // } // pLoadBmpBuffer = new COLORREF*[height]; ///// 二维数组 用来存储图像的颜色值 // for(int i=0;i clientrc.bottom) rc.bottom = clientrc.bottom; if (rc.right > clientrc.right) rc.right = clientrc.right; //TSRuntime::add_log( "clientrc.right:%d,clientrc.bottom:%d,rect.left:%d,rect.top:%d,rect.right:%d,rect.bottom:%d",clientrc.right, clientrc.bottom,rc.left,rc.top,rc.right,rc.bottom); // 24位图的BITMAPINFO BITMAPINFO* pBITMAPINFO = (BITMAPINFO*)malloc(sizeof(BITMAPINFOHEADER)); memset(pBITMAPINFO, 0, sizeof(BITMAPINFOHEADER)); BITMAPINFOHEADER* pInfo_Header = (BITMAPINFOHEADER*)pBITMAPINFO; pInfo_Header->biSize = sizeof(BITMAPINFOHEADER); pInfo_Header->biWidth = rc.right - rc.left; pInfo_Header->biHeight = (rc.bottom - rc.top); pInfo_Header->biPlanes = 1; pInfo_Header->biBitCount = 24; pInfo_Header->biCompression = BI_RGB; hMemDC = CreateCompatibleDC(hDC); //创建内存兼容设备环境 //创建内存兼容位图 hbmMem = CreateCompatibleBitmap(hDC, pInfo_Header->biWidth, pInfo_Header->biHeight); hbmOld = (HBITMAP)SelectObject(hMemDC, hbmMem); if ((m_displayMode & DISPLAY_GDI2) == DISPLAY_GDI2) { RECT winret; ::GetWindowRect(hWnd, &winret); POINT point; point.x = 0; point.y = 0; ::ClientToScreen(hWnd, &point); cx = point.x - winret.left; cy = point.y - winret.top; HDC T_hMemDC = CreateCompatibleDC(hDC); //创建内存兼容设备环境 //创建内存兼容位图 HBITMAP T_hbmMem = CreateCompatibleBitmap(hDC, pInfo_Header->biWidth + cx + rc.left, pInfo_Header->biHeight + cy + rc.top); HBITMAP T_hbmOld = (HBITMAP)SelectObject(T_hMemDC, T_hbmMem); ::UpdateWindow(hWnd); ::RedrawWindow(hWnd, NULL, NULL, RDW_INVALIDATE | RDW_ERASE | RDW_ALLCHILDREN | RDW_FRAME); ::PrintWindow(hWnd, T_hMemDC, 0); BitBlt(hMemDC, 0, 0, pInfo_Header->biWidth, pInfo_Header->biHeight, T_hMemDC, cx + rc.left, xc + cy + rc.top, CAPTUREBLT | SRCCOPY); DeleteDC(T_hMemDC); DeleteObject(T_hbmMem); DeleteObject(T_hbmOld); } else { //将内存设备环境中的内容绘制到物理设备环境 hDC BitBlt(hMemDC, 0, 0, pInfo_Header->biWidth, pInfo_Header->biHeight, hDC, cx + rc.left, xc + cy + rc.top, CAPTUREBLT | SRCCOPY); } HBITMAP hBitmap = (HBITMAP)SelectObject(hMemDC, hbmOld); // 获得数据buf DWORD bufSize = (pInfo_Header->biWidth * 3 + 3) / 4 * 4 * pInfo_Header->biHeight; BYTE* pBuffer = new BYTE[bufSize]; int aHeight = pInfo_Header->biHeight; if (::GetDIBits(hMemDC, hBitmap, 0, aHeight, pBuffer, pBITMAPINFO, DIB_RGB_COLORS) == 0) { if (TSRuntime::IsShowErrorMsg) ::MessageBox(NULL, L"加载位图失败", L"TS", 0); return false; } bool bret = SaveBitmapToFile(hBitmap, savepath); ReleaseDC(hWnd, hDC); //释放资源 DeleteObject(hbmMem); DeleteObject(hbmOld); DeleteDC(hMemDC); free(pBITMAPINFO); ::DeleteObject(hBitmap); delete[] pBuffer; return bret; } bool SaveDXBitmapToFile(PVOID pBuffer, DWORD nbuffersize, LPCWSTR lpFileName) { //////////32位BMP转换24位BMP 2012-8-14 BYTE* pTemp = (BYTE*)pBuffer; //已知 32位 数据 BYTE* pData24, * tpData24; DWORD dwSize32 = nbuffersize; //已知，32位大小 DWORD dwSize24; dwSize24 = (dwSize32 * 3) / 4; pData24 = new BYTE[dwSize24]; tpData24 = pData24; for (int index = 0; index < dwSize32 / 4; index++) //像素总个数 { unsigned char r = *(pTemp++); unsigned char g = *(pTemp++); unsigned char b = *(pTemp++); (pTemp++); //去掉alpha *(pData24++) = r; *(pData24++) = g; *(pData24++) = b; } return true; } bool MyFindPictureClass::CopyScreenToBitmap(LPRECT lpRect, wchar_t* savepath) { HDC hScrDC, hMemDC; // 屏幕和内存设备描述表 HBITMAP hBitmap, hOldBitmap; // 位图句柄 int nX, nY, nX2, nY2; // 选定区域坐标 int nWidth, nHeight; // 位图宽度和高度 int xScrn, yScrn; // 屏幕分辨率 // 确保选定区域不为空矩形 if (IsRectEmpty(lpRect)) return NULL; //为屏幕创建设备描述表 hScrDC = CreateDC(L"DISPLAY", NULL, NULL, NULL); //为屏幕设备描述表创建兼容的内存设备描述表 hMemDC = CreateCompatibleDC(hScrDC); // 获得选定区域坐标 nX = lpRect->left; nY = lpRect->top; nX2 = lpRect->right; nY2 = lpRect->bottom; //nX = 10; //nY = 10; //nX2 = 500; //nY2 = 600; // 获得屏幕分辨率 xScrn = GetDeviceCaps(hScrDC, HORZRES); yScrn = GetDeviceCaps(hScrDC, VERTRES); //确保选定区域是可见的 if (nX < 0) nX = 0; if (nY < 0) nY = 0; if (nX2 > xScrn) nX2 = xScrn; if (nY2 > yScrn) nY2 = yScrn; nWidth = nX2 - nX; nHeight = nY2 - nY; // 创建一个与屏幕设备描述表兼容的位图 hBitmap = CreateCompatibleBitmap(hScrDC, nWidth, nHeight); // 把新位图选到内存设备描述表中 hOldBitmap = (HBITMAP)SelectObject(hMemDC, hBitmap); // 把屏幕设备描述表拷贝到内存设备描述表中 BitBlt(hMemDC, 0, 0, nWidth, nHeight, hScrDC, nX, nY, CAPTUREBLT | SRCCOPY); //得到屏幕位图的句柄 hBitmap = (HBITMAP)SelectObject(hMemDC, hOldBitmap); bool bret = SaveBitmapToFile(hBitmap, savepath); //清除 DeleteDC(hScrDC); DeleteDC(hMemDC); DeleteObject(hOldBitmap); DeleteObject(hBitmap); // 返回位图句柄 return bret; } //LPSTR lpFileName bool MyFindPictureClass::SaveBitmapToFile(HBITMAP hBitmap, LPCWSTR lpFileName) { HDC hDC; //设备描述表 int iBits; //当前显示分辨率下每个像素所占字节数 WORD wBitCount; //位图中每个像素所占字节数 //定义调色板大小， 位图中像素字节大小 ， 位图文件大小 ， 写入文件字节数 DWORD dwPaletteSize = 0, dwBmBitsSize, dwDIBSize, dwWritten; BITMAP Bitmap; //位图属性结构 BITMAPFILEHEADER bmfHdr; //位图文件头结构 BITMAPINFOHEADER bi; //位图信息头结构 LPBITMAPINFOHEADER lpbi; //指向位图信息头结构 HANDLE fh, hDib, hPal; HPALETTE hOldPal = NULL; //定义文件，分配内存句柄，调色板句柄 //计算位图文件每个像素所占字节数 hDC = CreateDC(L"DISPLAY", NULL, NULL, NULL); iBits = GetDeviceCaps(hDC, BITSPIXEL) * GetDeviceCaps(hDC, PLANES); DeleteDC(hDC); if (iBits <= 1) wBitCount = 1; else if (iBits <= 4) wBitCount = 4; else if (iBits <= 8) wBitCount = 8; else if (iBits <= 24) wBitCount = 24; else //wBitCount = 32; wBitCount = 24; //计算调色板大小 if (wBitCount <= 8) dwPaletteSize = (1 << wBitCount) * sizeof(RGBQUAD); //设置位图信息头结构 GetObject(hBitmap, sizeof(BITMAP), (LPSTR)&Bitmap); bi.biSize = sizeof(BITMAPINFOHEADER); bi.biWidth = Bitmap.bmWidth; bi.biHeight = Bitmap.bmHeight; bi.biPlanes = 1; bi.biBitCount = wBitCount; bi.biCompression = BI_RGB; bi.biSizeImage = 0; bi.biXPelsPerMeter = 0; bi.biYPelsPerMeter = 0; bi.biClrUsed = 0; bi.biClrImportant = 0; dwBmBitsSize = ((Bitmap.bmWidth * wBitCount + 31) / 32) * 4 * Bitmap.bmHeight; //为位图内容分配内存 /*xxxxxxxx计算位图大小分解一下(解释一下上面的语句)xxxxxxxxxxxxxxxxxxxx //每个扫描行所占的字节数应该为4的整数倍，具体算法为: int biWidth = (Bitmap.bmWidth*wBitCount) / 32; if((Bitmap.bmWidth*wBitCount) % 32) biWidth++; //不是整数倍的加1 biWidth *= 4;//到这里，计算得到的为每个扫描行的字节数。 dwBmBitsSize = biWidth * Bitmap.bmHeight;//得到大小 xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx*/ //TSRuntime::add_log("wBitCount:%d",wBitCount); hDib = GlobalAlloc(GHND, dwBmBitsSize + dwPaletteSize + sizeof(BITMAPINFOHEADER)); lpbi = (LPBITMAPINFOHEADER)GlobalLock(hDib); *lpbi = bi; // 处理调色板 hPal = GetStockObject(DEFAULT_PALETTE); if (hPal) { hDC = ::GetDC(NULL); hOldPal = SelectPalette(hDC, (HPALETTE)hPal, FALSE); RealizePalette(hDC); } // 获取该调色板下新的像素值 GetDIBits(hDC, hBitmap, 0, (UINT)Bitmap.bmHeight, (LPSTR)lpbi + sizeof(BITMAPINFOHEADER) + dwPaletteSize, (BITMAPINFO*)lpbi, DIB_RGB_COLORS); //恢复调色板 if (hOldPal) { SelectPalette(hDC, hOldPal, TRUE); RealizePalette(hDC); ::ReleaseDC(NULL, hDC); } //创建位图文件 fh = CreateFile(lpFileName, GENERIC_WRITE, 0, NULL, CREATE_ALWAYS, FILE_ATTRIBUTE_NORMAL | FILE_FLAG_SEQUENTIAL_SCAN, NULL); if (fh == INVALID_HANDLE_VALUE) return FALSE; // 设置位图文件头 bmfHdr.bfType = 0x4D42; // "BM" dwDIBSize = sizeof(BITMAPFILEHEADER) + sizeof(BITMAPINFOHEADER) + dwPaletteSize + dwBmBitsSize; bmfHdr.bfSize = dwDIBSize; bmfHdr.bfReserved1 = 0; bmfHdr.bfReserved2 = 0; bmfHdr.bfOffBits = (DWORD)sizeof(BITMAPFILEHEADER) + (DWORD)sizeof(BITMAPINFOHEADER) + dwPaletteSize; bool bw1 = false; bool bw2 = false; // 写入位图文件头 bw1 = WriteFile(fh, (LPSTR)&bmfHdr, sizeof(BITMAPFILEHEADER), &dwWritten, NULL); // 写入位图文件其余内容 bw2 = WriteFile(fh, (LPSTR)lpbi, sizeof(BITMAPINFOHEADER) + dwPaletteSize + dwBmBitsSize, &dwWritten, NULL); //清除 GlobalUnlock(hDib); GlobalFree(hDib); CloseHandle(fh); //return TRUE; if (bw1 && bw2 == true) { return true; } else { return false; } } bool MyFindPictureClass::getGDIBitmap(HWND hWnd, RECT rc, int typemode) { //TSRuntime::add_log( "getGDIBitmap:hWnd:%d",hWnd); //HDC hDC=::GetWindowDC(hWnd); //定义绘图用的设备环境 m_hwnd = hWnd; HDC hDC; if (hWnd != GetDesktopWindow()) //hDC=::GetWindowDC(hWnd); //定义绘图用的设备环境 hDC = GetDCEx(hWnd, NULL, DCX_PARENTCLIP); else hDC = CreateDC(L"DISPLAY", NULL, NULL, NULL); HDC hMemDC; //内存缓冲设备环境 HBITMAP hbmMem, hbmOld; //内存缓冲设备环境中的位图 int xc = 0; int cx = 0; int cy = 0; wndWidth = m_Right - m_Left; wndHeight = m_bottom - m_Top; if (wndWidth >= 2000 || wndHeight >= 2000)//大于边界值就返回错误,以防坐标越界 return false; BITMAPINFO pBITMAPINFO; pBITMAPINFO.bmiHeader.biSize = sizeof(BITMAPINFOHEADER); pBITMAPINFO.bmiHeader.biWidth = wndWidth; pBITMAPINFO.bmiHeader.biHeight = wndHeight; pBITMAPINFO.bmiHeader.biPlanes = 1; pBITMAPINFO.bmiHeader.biBitCount = 24; pBITMAPINFO.bmiHeader.biCompression = BI_RGB; hMemDC = CreateCompatibleDC(hDC); //创建内存兼容设备环境 //创建内存兼容位图 hbmMem = CreateCompatibleBitmap(hDC, wndWidth, wndHeight); hbmOld = (HBITMAP)SelectObject(hMemDC, hbmMem); if ((m_displayMode & DISPLAY_GDI2) == DISPLAY_GDI2) { RECT winret; ::GetWindowRect(hWnd, &winret); POINT point; point.x = 0; point.y = 0; ::ClientToScreen(hWnd, &point); cx = point.x - winret.left; cy = point.y - winret.top; HDC T_hMemDC = CreateCompatibleDC(hDC); //创建内存兼容设备环境 //创建内存兼容位图 HBITMAP T_hbmMem = CreateCompatibleBitmap(hDC, wndWidth + cx + rc.left, wndHeight + cy + rc.top); HBITMAP T_hbmOld = (HBITMAP)SelectObject(T_hMemDC, T_hbmMem); ::UpdateWindow(hWnd); ::RedrawWindow(hWnd, NULL, NULL, RDW_INVALIDATE | RDW_ERASE | RDW_ALLCHILDREN | RDW_FRAME); ::PrintWindow(hWnd, T_hMemDC, 0); BitBlt(hMemDC, 0, 0, wndWidth, wndHeight, T_hMemDC, cx + rc.left, xc + cy + rc.top, CAPTUREBLT | SRCCOPY); DeleteDC(T_hMemDC); DeleteObject(T_hbmMem); DeleteObject(T_hbmOld); } else { //将内存设备环境中的内容绘制到物理设备环境 hDC BitBlt(hMemDC, 0, 0, wndWidth, wndHeight, hDC, cx + m_Left, xc + cy + m_Top, CAPTUREBLT | SRCCOPY); } HBITMAP hBitmap = (HBITMAP)SelectObject(hMemDC, hbmOld); // 获得数据buf //DWORD bufSize=(pInfo_Header->biWidth * 3 + 3) / 4 * 4 * pInfo_Header->biHeight; //BYTE * pBuffer = new BYTE[bufSize]; int aHeight = wndHeight; if (::GetDIBits(hMemDC, hBitmap, 0, aHeight, pBuffer, &pBITMAPINFO, DIB_RGB_COLORS) == 0) { if (TSRuntime::IsShowErrorMsg) ::MessageBox(NULL, L"加载位图失败", L"TS", 0); return false; } //HDC dd = ::GetWindowDC(::GetDesktopWindow()); COLORREF helpcolor = 0; int pitch = wndWidth % 4; if (typemode == 1)//找字 { for (int i = 0; i < wndHeight; i++) { int realPitch = i * pitch; for (int j = 0; j < wndWidth; j++) { UCHAR b = pBuffer[(i * wndWidth + j) * 3 + realPitch]; UCHAR g = pBuffer[(i * wndWidth + j) * 3 + 1 + realPitch]; UCHAR r = pBuffer[(i * wndWidth + j) * 3 + 2 + realPitch]; //helpcolor=RGB(r,g,b); bool dwfind = false; for (int n = 0; n < ncolors; n++) { BYTE colorR = GetRValue(strColors[n]); BYTE colorG = GetGValue(strColors[n]); BYTE colorB = GetBValue(strColors[n]); //处理色偏,把图二值化 ////处理色偏 if (abs(colorR - r) <= m_colorOffR[n] && abs(colorG - g) <= m_colorOffG[n] && abs(colorB - b) <= m_colorOffB[n]) { helpcolor = RGB(255, 255, 255); dwfind = true; } else { helpcolor = RGB(0, 0, 0); } //SetPixel(dd,j,(wndHeight-i-1),helpcolor); pWndBmpBuffer[wndHeight - i - 1][j] = helpcolor; if (dwfind) break; } } } } else //找图 { for (int i = 0; i < wndHeight; i++) { int realPitch = i * pitch; for (int j = 0; j < wndWidth; j++) { UCHAR b = pBuffer[(i * wndWidth + j) * 3 + realPitch]; UCHAR g = pBuffer[(i * wndWidth + j) * 3 + 1 + realPitch]; UCHAR r = pBuffer[(i * wndWidth + j) * 3 + 2 + realPitch]; helpcolor = RGB(r, g, b); pWndBmpBuffer[wndHeight - i - 1 + m_Top][j + m_Left] = helpcolor; //::SetPixel(dd,j,i,helpcolor); } } } if (hWnd == GetDesktopWindow()) DeleteDC(hDC); else ReleaseDC(hWnd, hDC); //释放资源 DeleteObject(hbmMem); DeleteObject(hbmOld); DeleteDC(hMemDC); DeleteDC(hDC); //free(pBITMAPINFO); ::DeleteObject(hBitmap); //delete [] pBuffer; return true; } bool MyFindPictureClass::getDXBitmap(PVOID pBmp, DWORD(*ColorDataInfo)[2000], int typemode) { if (wndWidth >= 2000 || wndHeight >= 2000)//大于边界值就返回错误,以防坐标越界 return false; //HDC dd = ::GetWindowDC(::GetDesktopWindow()); //TSRuntime::add_log( "wndHeight:%d wndWidth:%d,m_left:%d,m_top:%d,m_Right:%d,m_bottom:%d",wndHeight,wndWidth,m_Left,m_Top,m_Right,m_bottom); COLORREF helpcolor = 0; //int pitch=wndWidth%4; if (typemode == 1)//找字 { for (int i = 0; i < wndHeight; i++) { //int realPitch=i*pitch; for (int j = 0; j < wndWidth; j++) { UCHAR r = GetRValue(ColorDataInfo[i][j]); UCHAR g = GetGValue(ColorDataInfo[i][j]); UCHAR b = GetBValue(ColorDataInfo[i][j]); bool dwfind = false; for (int n = 0; n < ncolors; n++) { BYTE colorR = GetRValue(strColors[n]); BYTE colorG = GetGValue(strColors[n]); BYTE colorB = GetBValue(strColors[n]); //处理色偏,把图二值化 if (abs(colorR - r) <= m_colorOffR[n] && abs(colorG - g) <= m_colorOffG[n] && abs(colorB - b) <= m_colorOffB[n]) { helpcolor = RGB(255, 255, 255); dwfind = true; } else { helpcolor = RGB(0, 0, 0); } //COLORREF helpcolor1=RGB(r,g,b); //SetPixel(dd,j,i,helpcolor1); pWndBmpBuffer[i][j] = helpcolor; //pWndBmpBuffer[wndHeight-i-1+m_Top][j+m_Left]=helpcolor; if (dwfind) break; } } } } else //找图 { for (int i = 0; i < wndHeight; i++) { for (int j = 0; j < wndWidth; j++) { //helpcolor=(COLORREF)ColorDataInfo[i][j]; //SetPixel(dd,j,i,helpcolor); pWndBmpBuffer[m_Top + i][j + m_Left] = (COLORREF)ColorDataInfo[i][j]; } } } return true; ///////////////////////////获取窗口位图的 颜色成功 ////////////////////////// } // // // int MyFindPictureClass::findPicture(PVOID pbuffer, HWND hwnd, int left, int top, int right, int bottom, wchar_t* path, wchar_t* color, double simi, int dir, long& xpos, long& ypos, DWORD(*ColorDataInfo)[2000], wchar_t* retstring, int type) { int index = -1; int retIndex = -1; bool isFind = false; if (hwnd != 0) { if (::IsIconic(hwnd)) { //::MessageBox(0,L"超过边界值,GDI模式不支持最小化找图",L"TS",0); return -1; } } ////////处理颜色和色偏 WCHAR colorR[4] = { 0 };//字的颜色 WCHAR colorG[4] = { 0 };//字的颜色 WCHAR colorB[4] = { 0 };//字的颜色 int count = 0; int colorL = 0; while (color[colorL] != L'\0') { if (count > 6) //判断是否是非法颜色值 break; if (count < 2) colorR[count] = color[colorL++]; else if (count > 1 && count < 4) colorG[count - 2] = color[colorL++]; else if (count > 3) colorB[count - 4] = color[colorL++]; count++; } //将传入的RGB转换为BGR WCHAR colorBGR[16] = { 0 };//字的颜色 swprintf(colorBGR, L"%s%s%s", colorB, colorG, colorR); strColor = wcstol(colorBGR, NULL, 16);//整形颜色值 m_colorOffsR = GetRValue(strColor); m_colorOffsG = GetGValue(strColor); m_colorOffsB = GetBValue(strColor); ////////处理颜色和色偏 /*m_sim = simi;*/ //未使用该变量 m_simColor = 0; if (simi == 0.5) m_simColor = 49; else if (simi == 0.6) m_simColor = 38; else if (simi == 0.7) m_simColor = 29; else if (simi == 0.8) m_simColor = 18; else if (simi == 0.9) m_simColor = 9; ///////////////////////////////////// m_Dir = dir; /////////////////////////////控制四点的边界值以防止越界////////////////////////// wchar_t pathBuffer[MAX_PATH] = { 0 }; wchar_t RCPath[MAX_PATH] = { 0 }; if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow())//normol找图 { RECT rec; RECT clientrec; ::GetClientRect(m_parenthwnd, &clientrec); int clienthight = clientrec.bottom - clientrec.top; int clientwide = clientrec.right - clientrec.left; ::GetWindowRect(m_parenthwnd, &rec); POINT point; point.x = 0; point.y = 0; ::ClientToScreen(m_parenthwnd, &point); m_Left = point.x; m_Top = point.y; m_Right = rec.right; m_bottom = rec.bottom; if (left < 0) left = 0; if (left >= clientwide) left = clientwide - 1; if (top < 0) top = 0; if (top >= clienthight) top = clienthight - 1; if (right >= clientwide) right = clientwide - 1; if (bottom >= clienthight) bottom = clienthight - 1; if (m_Left < 0) { if ((left + m_Left) <= 0)//越界 left = 0; else left = m_Left + left; } else left = m_Left + left; if (m_Top >= 0) top = m_Top + top; if (m_Right >= ::GetSystemMetrics(SM_CXSCREEN)) { if ((right + m_Left) > ::GetSystemMetrics(SM_CXSCREEN)) right = ::GetSystemMetrics(SM_CXSCREEN) - 1; else right = right + m_Left; } else right = right + m_Left; if (m_bottom >= ::GetSystemMetrics(SM_CYSCREEN)) { if ((bottom + m_Top) >= ::GetSystemMetrics(SM_CYSCREEN)) bottom = ::GetSystemMetrics(SM_CYSCREEN) - 1; else bottom = bottom + m_Top; } else bottom = bottom + m_Top; m_Left = left; m_Top = top; m_Right = right; m_bottom = bottom; } else { RECT clientrec; if (ColorDataInfo != NULL)//DX ::GetClientRect(m_hwnd, &clientrec); else//gdi ::GetClientRect(hwnd, &clientrec); int clienthight = clientrec.bottom - clientrec.top; int clientwide = clientrec.right - clientrec.left; m_Left = left; m_Top = top; m_Right = right; m_bottom = bottom; //TSRuntime::add_log( "clientwide:%d,clienthight:%d,m_Left:%d,m_Top:%d,m_Right:%d,m_bottom:%d",clientwide,clienthight,left,top,right,bottom); if (left < 0) m_Left = left = 0; if (left >= clientwide) m_Left = clientwide - 1; if (top < 0) m_Top = top = 0; if (top >= clienthight) m_Top = clienthight - 1; if (right >= clientwide) m_Right = clientwide - 1; if (bottom >= clienthight) m_bottom = clienthight - 1; //TSRuntime::add_log( "m_Left:%d,m_Top:%d,m_Right:%d,m_bottom:%d",m_Left,m_Top,m_Right,m_bottom); } RECT rc; rc.bottom = m_bottom; rc.left = m_Left; rc.right = m_Right; rc.top = m_Top; if (ColorDataInfo != NULL) { wndWidth = m_Right - m_Left; wndHeight = m_bottom - m_Top; //DX模式找字 if (!getDXBitmap(pbuffer, ColorDataInfo)) { return retIndex; } } else { ////GDI模式找字 if (!getGDIBitmap(hwnd, rc)) { return retIndex; } } /////////////////// 处理多张图 ///////////////////// int col = 0; while (*path) { IsFindPicNext = false; if (*path != L'|') { pathBuffer[col++] = *path; path++; continue; } else { //StrTrimW(pathBuffer,L" ");//移除前后空格符 wchar_t* findpath = wcsstr(pathBuffer, L":"); if (wcslen(SetPath) > 0 && findpath == NULL) { wchar_t pathstr[MAX_PATH] = { 0 }; wcscpy(pathstr, pathBuffer); swprintf(RCPath, L"%s\\%s", SetPath, pathstr); //如果设置SetPath全路径的时候,在这里拼接图片全路径 } else wcscpy(RCPath, pathBuffer); xpos_offset = 0; ypos_offset = 0; while (true) { if (findImage(RCPath, xpos, ypos)) { xpos = xpos; ypos = ypos; if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow()) { POINT pt; pt.x = xpos; pt.y = ypos; ::ScreenToClient(m_parenthwnd, &pt); xpos = pt.x; ypos = pt.y; } if ((ypos_offset != 0 || xpos_offset != 0) && IsFindPicNext) { if ((xpos_offset + m_Left - 1) == xpos && (ypos_offset + m_Top) == ypos) { xpos = -1; ypos = -1; retIndex = -1; IsFindPicNext = false; break; } // TSRuntime::add_log( "xpos_offset:%d,ypos_offset:%d,xpos:%d,ypos:%d",xpos_offset,ypos_offset,xpos,ypos); } if (!IsFindPicNext) index++; retIndex = index; if (!retstring) break; if (retstring && type == 2) { swprintf(retstring, L"%s,%d,%d", pathBuffer, xpos, ypos); break; } if (retstring && type != 2) { int len = wcslen(retstring); if (len > (MAX_PATH * 100 - 16))//防止找到太多,字符串越界,最多返回是260*4个字符 break; else if (len > 1 && len < (MAX_PATH * 100 - 16) && type == 1) //FindPicExS swprintf(retstring, L"%s|%s,%d,%d", retstring, pathBuffer, xpos, ypos); else if (len == 0 && type == 1)//FindPicExS swprintf(retstring, L"%s,%d,%d", pathBuffer, xpos, ypos); else if (len > 1 && len < (MAX_PATH * 100 - 16))//FindPicEx swprintf(retstring, L"%s|%d,%d,%d", retstring, index, xpos, ypos); else if (len == 0)//FindPicEx swprintf(retstring, L"%d,%d,%d", index, xpos, ypos); } else break; } else { if (!IsFindPicNext) index++; xpos = -1; ypos = -1; retIndex = -1; IsFindPicNext = false; break; } IsFindPicNext = true; if (m_parenthwnd != 0)//normal { POINT pt; pt.x = xpos; pt.y = ypos; ::ClientToScreen(m_parenthwnd, &pt); xpos = pt.x; ypos = pt.y; } if (m_Dir == 0)//leftToRightFromTop { xpos_offset = xpos - m_Left + 1; ypos_offset = ypos - m_Top; } else if (m_Dir == 1)//leftToRightFromBottom { xpos_offset = xpos - m_Left + 1; ypos_offset = m_bottom - ypos; } else if (m_Dir == 2)//rightToLeftFromTop { xpos_offset = m_Right - xpos - 1; ypos_offset = ypos - m_Top; } else if (m_Dir == 3)//rightToLeftFromBottom { xpos_offset = m_Right - xpos + 1; ypos_offset = m_bottom - ypos; } } if ((!retstring || type == 2) && retIndex != -1) break; ::memset(pathBuffer, 0, sizeof(wchar_t) * MAX_PATH); col = 0; path++; //index++; } } //////////////最后一张图或者是只有一张图/////////// if (retIndex == -1 || (retstring != NULL && type != 2)) { //StrTrimW(pathBuffer,L" ");//移除前后空格符 wchar_t* findpath = wcsstr(pathBuffer, L":"); if (wcslen(SetPath) > 0 && findpath == NULL) { if (wcsstr(pathBuffer, L":") == NULL) { wchar_t pathstr[MAX_PATH] = { 0 }; wcscpy(pathstr, pathBuffer); swprintf(RCPath, L"%s\\%s", SetPath, pathstr); //如果设置SetPath全路径的时候,在这里拼接图片全路径 } } else wcscpy(RCPath, pathBuffer); IsFindPicNext = false; xpos_offset = 0; ypos_offset = 0; while (true) { if (findImage(RCPath, xpos, ypos)) { xpos = xpos; ypos = ypos; //TSRuntime::add_log( "xpos_offset:%d,ypos_offset:%d,xpos:%d,ypos:%d",xpos_offset,ypos_offset,xpos,ypos); if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow()) { xpos_offset = xpos - m_Left + 1; ypos_offset = ypos - m_Top; POINT pt; pt.x = xpos; pt.y = ypos; ::ScreenToClient(m_parenthwnd, &pt); xpos = pt.x; ypos = pt.y; } if ((ypos_offset != 0 || xpos_offset != 0) && IsFindPicNext) { if ((xpos_offset + m_Left - 1) == xpos && (ypos_offset + m_Top) == ypos) { xpos = -1; ypos = -1; retIndex = -1; IsFindPicNext = false; break; } } if (!IsFindPicNext) index++; retIndex = index; if (!retstring) break; if (retstring && type == 2) { swprintf(retstring, L"%s,%d,%d", pathBuffer, xpos, ypos); break; } if (retstring && type != 2) { int len = wcslen(retstring); if (len > (MAX_PATH * 100 - 16))//防止找到太多,字符串越界,最多返回是260*4个字符 break; else if (len > 1 && len < (MAX_PATH * 100 - 16) && type == 1) //FindPicExS swprintf(retstring, L"%s|%s,%d,%d", retstring, pathBuffer, xpos, ypos); else if (len == 0 && type == 1)//FindPicExS swprintf(retstring, L"%s,%d,%d", pathBuffer, xpos, ypos); else if (len > 1 && len < (MAX_PATH * 100 - 16))//FindPicEx swprintf(retstring, L"%s|%d,%d,%d", retstring, index, xpos, ypos); else if (len == 0)//FindPicEx swprintf(retstring, L"%d,%d,%d", index, xpos, ypos); } } else { xpos = -1; ypos = -1; retIndex = -1; IsFindPicNext = false; break; } IsFindPicNext = true; if (m_parenthwnd != 0)//normal { POINT pt; pt.x = xpos; pt.y = ypos; ::ClientToScreen(m_parenthwnd, &pt); xpos = pt.x; ypos = pt.y; } if (m_Dir == 0)//leftToRightFromTop { xpos_offset = xpos - m_Left + 1; ypos_offset = ypos - m_Top; } else if (m_Dir == 1)//leftToRightFromBottom { xpos_offset = xpos - m_Left + 1; ypos_offset = m_bottom - ypos; } else if (m_Dir == 2)//rightToLeftFromTop { xpos_offset = m_Right - xpos - 1; ypos_offset = ypos - m_Top; } else if (m_Dir == 3)//rightToLeftFromBottom { xpos_offset = m_Right - xpos + 1; ypos_offset = m_bottom - ypos; } if (!retstring || type == 2) break; } //TSRuntime::add_log( "end,path:%s",W2A(path)); //::SetCursorPos(xpos,ypos); } endfind: return retIndex; } bool MyFindPictureClass::findImage(wchar_t* path, long& xpos, long& ypos, int type) { bool isFind = false; if (loadBitmap(path) == 0) return false; switch (m_Dir) { case 0: { isFind = leftToRightFromTop(xpos, ypos); //0:从左到右,从上倒下 break; } case 1: isFind = leftToRightFromBottom(xpos, ypos);//1:从右到左,从上倒下 break; case 2: isFind = rightToLeftFromTop(xpos, ypos);//2:从左到右,从下倒上 break; case 3: isFind = rightToLeftFromBottom(xpos, ypos);//3:从右到左,从下倒上 break; } //TSRuntime::add_log( "findImage-xpos:%d,ypos:%d,xpos_offset:%d,ypos_offset:%d,m_Dir:%d",xpos,ypos,xpos_offset,ypos_offset,m_Dir); for (int i = 0; i < loadHeight; i++) { delete[] pLoadBmpBuffer[i]; pLoadBmpBuffer[i] = NULL; } delete[] pLoadBmpBuffer; pLoadBmpBuffer = NULL; //TSRuntime::add_log( "findImage-end"); return isFind; } ////////////////// 检索 方式 ////////////////// ////////////////////////////////////////////////0：从左到右,从上倒下////////////////////////// bool MyFindPictureClass::leftToRightFromTop(long& xpos, long& ypos) { //TSRuntime::add_log( "leftToRightFromTop,loadHeight:%d,loadWidth:%d",loadHeight,loadWidth); bool isFind = false; bool isfirst = true; COLORREF pColor = pLoadBmpBuffer[0][0]; //// 目标图片的背景色 if (pLoadBmpBuffer[0][0] == pLoadBmpBuffer[0][loadWidth - 1] && pLoadBmpBuffer[0][0] == pLoadBmpBuffer[loadHeight - 1][loadWidth - 1] && pLoadBmpBuffer[0][0] == pLoadBmpBuffer[loadHeight - 1][0]) { int startx = 0, starty = 0; for (int m = 0; m < loadHeight; m++) { for (int n = 0; n < loadWidth; n++) { if (pLoadBmpBuffer[m][n] == pColor) { //////过滤掉不处理的背景透明色 continue; } else { //2012.2.28 修改相似的图无法识别的问题. startx = n; starty = m; goto toSerch; } } if ((m + 1) == loadWidth)//如果全图是一个颜色，说明不是透明图 goto Serch; } toSerch: for (int i = m_Top + ypos_offset; i <= m_bottom - 1; i++) { if (isfirst) isfirst = false; else if (xpos_offset != 0) xpos_offset = 0; if (m_bottom - i < loadHeight) { goto end; } for (int j = m_Left + xpos_offset; j <= m_Right - 1; j++) { if (m_Right - j < loadWidth) { break; } if (comparaLeftToRightFromTop(i, j, startx, starty)) { isFind = true; xpos = j; ypos = i; goto end; } } } } else { Serch: //TSRuntime::add_log( "comparaLeftToRightFromTopEx-start"); for (int i = m_Top + ypos_offset; i <= m_bottom - 1; i++) { if (isfirst) isfirst = false; else if (xpos_offset != 0) xpos_offset = 0; if (m_bottom - i < loadHeight) { goto end; } for (int j = m_Left + xpos_offset; j <= m_Right - 1; j++) { if (m_Right - j < loadWidth) { break; } if (comparaLeftToRightFromTopEx(i, j)) { isFind = true; xpos = j; ypos = i; goto end; } } } } end: return isFind; } ////////处理背景色为透明的图片//////////////// bool MyFindPictureClass::comparabmp(int startX, int startY, int endX, int endY) { int fristX = 0; int fristY = 0; bool isFrist = true; COLORREF pColor = pLoadBmpBuffer[0][0]; //// 目标图片的背景色 BYTE loadR = 0, loadG = 0, loadB = 0; BYTE wndR = 0, wndG = 0, wndB = 0; int absResult = 0; COLORREF pLoadColor = 0, pWndColor = 0; for (int i = startY; i < endY; i++) { for (int j = startX; j < endX; j++) { if (pLoadBmpBuffer[i][j] == pColor) { //////过滤掉不处理的背景透明色 continue; } else { pLoadColor = pLoadBmpBuffer[i][j]; loadR = GetRValue(pLoadColor); loadG = GetGValue(pLoadColor); loadB = GetBValue(pLoadColor); pWndColor = pWndBmpBuffer[i][j]; wndR = GetRValue(pWndColor); wndG = GetGValue(pWndColor); wndB = GetBValue(pWndColor); ///////下面的是或关系。 if (abs(loadR - wndR) == 0 && abs(loadG - wndG) == 0 && abs(loadB - wndB) == 0) { continue; } else { return false; } } } } return true; } ////////处理背景色为透明的图片//////////////// bool MyFindPictureClass::comparaLeftToRightFromTop(int h, int w, int startX, int startY) { //TSRuntime::add_log( "comparaLeftToRightFromTop-h:%d,w:%d,startX:%d,startY:%d",h,w,startX,startY); int fristX = 0; int fristY = 0; bool isFrist = true; COLORREF pColor = pLoadBmpBuffer[0][0]; //// 目标图片的背景色 BYTE loadR = 0, loadG = 0, loadB = 0; BYTE wndR = 0, wndG = 0, wndB = 0; int absResult = 0; COLORREF pLoadColor = 0, pWndColor = 0; for (int i = startY; i < loadHeight; i++) { for (int j = 0; j < loadWidth; j++) { if (pLoadBmpBuffer[i][j] == pColor) { //////过滤掉不处理的背景透明色 continue; } else { pLoadColor = pLoadBmpBuffer[i][j]; loadR = GetRValue(pLoadColor); loadG = GetGValue(pLoadColor); loadB = GetBValue(pLoadColor); pWndColor = pWndBmpBuffer[h + i/*-fristY*/][w + j/*-fristX*/]; wndR = GetRValue(pWndColor); wndG = GetGValue(pWndColor); wndB = GetBValue(pWndColor); absResult = abs(loadR - wndR) + abs(loadG - wndG) + abs(loadB - wndB); ///用于相似度比较 ///////下面的是或关系。 //if(abs(loadR-wndR)<=m_colorOffsR && abs(loadG-wndG)<=m_colorOffsG && abs(loadB-wndB)<=m_colorOffsB ||absResult<=m_simColor) if (abs(loadR - wndR) <= (m_colorOffsR + m_simColor) && abs(loadG - wndG) <= (m_colorOffsG + m_simColor) && abs(loadB - wndB) <= (m_colorOffsB + m_simColor)) { continue; } else { return false; } } } } return true; } ////////处理背景色为不透明的图片//////////////// bool MyFindPictureClass::comparaLeftToRightFromTopEx(int h, int w) { BYTE loadR = 0, loadG = 0, loadB = 0; BYTE wndR = 0, wndG = 0, wndB = 0; int absResult = 0; COLORREF pLoadColor = 0, pWndColor = 0; for (int i = 0; i < loadHeight; i++) { for (int j = 0; j < loadWidth; j++) { pLoadColor = pLoadBmpBuffer[i][j]; loadR = GetRValue(pLoadColor); loadG = GetGValue(pLoadColor); loadB = GetBValue(pLoadColor); pWndColor = pWndBmpBuffer[h + i][w + j]; wndR = GetRValue(pWndColor); wndG = GetGValue(pWndColor); wndB = GetBValue(pWndColor); //absResult=(loadR-wndR)+abs(loadG-wndG)+abs(loadB-wndB); ///用于相似度比较 //if(pLoadBmpBuffer[i][j] == pWndBmpBuffer[h+i][w+j]) if (abs(loadR - wndR) <= (m_colorOffsR + m_simColor) && abs(loadG - wndG) <= (m_colorOffsG + m_simColor) && abs(loadB - wndB) <= (m_colorOffsB + m_simColor)) { continue; } else { return false; } } } return true; } ///////////////////////////////////////////////1：从左到右,从下倒上////////////////////////// //bool MyFindPictureClass::leftToRightFromBottom(int &xpos,int &ypos) bool MyFindPictureClass::leftToRightFromBottom(long& xpos, long& ypos) { bool isFind = false; bool isfirst = true; COLORREF pColor = pLoadBmpBuffer[0][0]; //// 目标图片的背景色 if (pLoadBmpBuffer[0][0] == pLoadBmpBuffer[0][loadWidth - 1] && pLoadBmpBuffer[0][0] == pLoadBmpBuffer[loadHeight - 1][loadWidth - 1] && pLoadBmpBuffer[0][0] == pLoadBmpBuffer[loadHeight - 1][0]) { int startx = 0, starty = 0; for (int m = loadHeight - 1; m >= 0; m--) { for (int n = 0; n < loadWidth; n++) { if (pLoadBmpBuffer[m][n] == pColor) { //////过滤掉不处理的背景透明色 continue; } else { //2012.2.28 修改相似的图无法识别的问题. startx = n; starty = m; goto toSerch; } } if ((m + 1) == loadWidth)//如果全图是一个颜色，说明不是透明图 goto Serch; } toSerch: for (int i = m_bottom - ypos_offset; i >= m_Top - 1; i--) { if (isfirst) isfirst = false; else if (xpos_offset != 0) xpos_offset = 0; if (i - m_Top < loadHeight) goto end; for (int j = m_Left + xpos_offset; j < m_Right - 1; j++) { if (m_Right - j < loadWidth) break; if (comparaLeftToRightFromBottom(i, j, startx, starty)) { isFind = true; xpos = j; ypos = i - starty; goto end; } } } } else { Serch: for (int i = m_bottom - ypos_offset; i >= m_Top - 1; i--) { if (isfirst) isfirst = false; else if (xpos_offset != 0) xpos_offset = 0; if (i - m_Top < loadHeight) goto end; for (int j = m_Left + xpos_offset; j < m_Right - 1; j++) { if (m_Right - j < loadWidth) break; if (comparaLeftToRightFromBottomEx(i, j)) { isFind = true; xpos = j; ypos = i; goto end; } } } } end: return isFind; } ////////处理背景色为透明的图片//////////////// //bool MyFindPictureClass::comparaLeftToRightFromBottom(int h,int w,int startX,int startY) bool MyFindPictureClass::comparaLeftToRightFromBottom(int h, int w, int startX, int startY) { int fristX = 0; int fristY = 0; bool isFrist = true; COLORREF pColor = pLoadBmpBuffer[0][0]; //// 目标图片的背景色 BYTE loadR = 0, loadG = 0, loadB = 0; BYTE wndR = 0, wndG = 0, wndB = 0; int absResult = 0; //int colAdd =-1; COLORREF pLoadColor = 0, pWndColor = 0; for (int i = startY; i >= 0; i--) { //colAdd++; for (int j = startY; j < loadWidth; j++) { if (pLoadBmpBuffer[i][j] == pColor) { //////过滤掉不处理的背景透明色 continue; } else { pLoadColor = pLoadBmpBuffer[i][j]; loadR = GetRValue(pLoadColor); loadG = GetGValue(pLoadColor); loadB = GetBValue(pLoadColor); pWndColor = pWndBmpBuffer[h - (loadHeight - i - 1)][w + j]; wndR = GetRValue(pWndColor); wndG = GetGValue(pWndColor); wndB = GetBValue(pWndColor); absResult = abs(loadR - wndR) + abs(loadG - wndG) + abs(loadB - wndB); ///用于相似度比较 //if(pLoadBmpBuffer[i][j] == pWndBmpBuffer[h-colAdd][w+(j-fristX)]) //if(abs(loadR-wndR)<=m_colorOffsR && abs(loadG-wndG)<=m_colorOffsG && abs(loadB-wndB)<=m_colorOffsB ) if (abs(loadR - wndR) <= (m_colorOffsR + m_simColor) && abs(loadG - wndG) <= (m_colorOffsG + m_simColor) && abs(loadB - wndB) <= (m_colorOffsB + m_simColor)) { continue; } else { return false; } } } } return true; } ////////处理背景色为不透明的图片//////////////// //bool MyFindPictureClass::comparaLeftToRightFromBottomEx(int h,int w) bool MyFindPictureClass::comparaLeftToRightFromBottomEx(int h, int w) { BYTE loadR = 0, loadG = 0, loadB = 0; BYTE wndR = 0, wndG = 0, wndB = 0; int absResult = 0; //int colAdd =-1; COLORREF pLoadColor = 0, pWndColor = 0; for (int i = 0; i < loadHeight; i++) { for (int j = 0; j < loadWidth; j++) { pLoadColor = pLoadBmpBuffer[i][j]; loadR = GetRValue(pLoadColor); loadG = GetGValue(pLoadColor); loadB = GetBValue(pLoadColor); pWndColor = pWndBmpBuffer[h + i][w + j]; wndR = GetRValue(pWndColor); wndG = GetGValue(pWndColor); wndB = GetBValue(pWndColor); absResult = (loadR - wndR) + abs(loadG - wndG) + abs(loadB - wndB); ///用于相似度比较 //if(pLoadBmpBuffer[i][j] == pWndBmpBuffer[h+i][w+j]) //if(abs(loadR-wndR)<=m_colorOffsR && abs(loadG-wndG)<=m_colorOffsG && abs(loadB-wndB)<=m_colorOffsB ) if (abs(loadR - wndR) <= (m_colorOffsR + m_simColor) && abs(loadG - wndG) <= (m_colorOffsG + m_simColor) && abs(loadB - wndB) <= (m_colorOffsB + m_simColor)) { continue; } else { return false; } } } return true; } ////////////////////////////////////////////////2：从右到左,从上倒下//////////////////////// //bool MyFindPictureClass::rightToLeftFromTop(int &xpos,int &ypos) bool MyFindPictureClass::rightToLeftFromTop(long& xpos, long& ypos) { bool isFind = false; bool isfirst = true; COLORREF pColor = pLoadBmpBuffer[0][0]; //// 目标图片的背景色 if (pLoadBmpBuffer[0][0] == pLoadBmpBuffer[0][loadWidth - 1] && pLoadBmpBuffer[0][0] == pLoadBmpBuffer[loadHeight - 1][loadWidth - 1] && pLoadBmpBuffer[0][0] == pLoadBmpBuffer[loadHeight - 1][0]) { int startx = 0, starty = 0; for (int m = 0; m < loadHeight; m++) { for (int n = loadWidth - 1; n >= 0; n--) { if (pLoadBmpBuffer[m][n] == pColor) { //////过滤掉不处理的背景透明色 continue; } else { //2012.2.28 修改相似的图无法识别的问题. startx = n; starty = m; goto toSerch; } } if ((m + 1) == loadWidth)//如果全图是一个颜色，说明不是透明图 goto Serch; } toSerch: for (int i = m_Top + ypos_offset; i <= m_bottom - 1; i++) { if (isfirst) isfirst = false; else if (xpos_offset != 0) xpos_offset = 0; if (m_bottom - i < loadHeight) goto end; for (int j = m_Right - 1 - xpos_offset; j >= m_Left - 1; j--) { if (j - m_Left < loadWidth) break; if (comparaRightToLeftFromTop(i, j, startx, starty)) { isFind = true; //xpos=j/*+m_helpXpoint-loadWidth+1*/; xpos = j - loadWidth + 1; ypos = i/*-m_helpYpoint*/; goto end; } } } } else { Serch: for (int i = m_Top + ypos_offset; i <= m_bottom - 1; i++) { if (isfirst) isfirst = false; else if (xpos_offset != 0) xpos_offset = 0; if (m_bottom - i < loadHeight) goto end; for (int j = m_Right - 1 - xpos_offset; j >= m_Left - 1; j--) { if (j - m_Left < loadWidth) break; if (comparaRightToLeftFromTopEx(i, j)) { isFind = true; xpos = j - loadWidth + 1; ypos = i; goto end; } } } } end: return isFind; } ////////处理背景色为透明的图片//////////////// //bool MyFindPictureClass::comparaRightToLeftFromTop(int h,int w,int startX,int startY) bool MyFindPictureClass::comparaRightToLeftFromTop(int h, int w, int startX, int startY) { int fristX = 0; int fristY = 0; bool isFrist = true; COLORREF pColor = pLoadBmpBuffer[0][0]; //// 目标图片的背景色 BYTE loadR = 0, loadG = 0, loadB = 0; BYTE wndR = 0, wndG = 0, wndB = 0; int absResult = 0; //int lineAdd =-1; COLORREF pLoadColor = 0, pWndColor = 0; for (int i = startY; i < loadHeight; i++) { //lineAdd =-1; for (int j = loadWidth - 1; j >= 0; j--) { //lineAdd++; if (pLoadBmpBuffer[i][j] == pColor) { //////过滤掉不处理的背景透明色 continue; } pLoadColor = pLoadBmpBuffer[i][j]; loadR = GetRValue(pLoadColor); loadG = GetGValue(pLoadColor); loadB = GetBValue(pLoadColor); pWndColor = pWndBmpBuffer[h + i][w - (loadWidth - j - 1)]; wndR = GetRValue(pWndColor); wndG = GetGValue(pWndColor); wndB = GetBValue(pWndColor); absResult = (loadR - wndR) + abs(loadG - wndG) + abs(loadB - wndB); ///用于相似度比较 //if(pLoadBmpBuffer[i][j] == pWndBmpBuffer[h+i][w+(/ *fristX* /0-lineAdd)]) //if(abs(loadR-wndR)<=m_colorOffsR && abs(loadG-wndG)<=m_colorOffsG && abs(loadB-wndB)<=m_colorOffsB ) if (abs(loadR - wndR) <= (m_colorOffsR + m_simColor) && abs(loadG - wndG) <= (m_colorOffsG + m_simColor) && abs(loadB - wndB) <= (m_colorOffsB + m_simColor)) { continue; } else { return false; } //} } } return true; } ////////处理背景色为不透明的图片//////////////// //bool MyFindPictureClass::comparaRightToLeftFromTopEx(int h,int w) bool MyFindPictureClass::comparaRightToLeftFromTopEx(int h, int w) { BYTE loadR = 0, loadG = 0, loadB = 0; BYTE wndR = 0, wndG = 0, wndB = 0; int absResult = 0; //int lineAdd =-1; COLORREF pLoadColor = 0, pWndColor = 0; for (int i = 0; i < loadHeight; i++) { //lineAdd = -1; for (int j = loadWidth - 1; j >= 0; j--) { //lineAdd++; pLoadColor = pLoadBmpBuffer[i][j]; loadR = GetRValue(pLoadColor); loadG = GetGValue(pLoadColor); loadB = GetBValue(pLoadColor); pWndColor = pWndBmpBuffer[h + i][w - (loadWidth - j - 1)]; wndR = GetRValue(pWndColor); wndG = GetGValue(pWndColor); wndB = GetBValue(pWndColor); absResult = (loadR - wndR) + abs(loadG - wndG) + abs(loadB - wndB); ///用于相似度比较 //if(pLoadBmpBuffer[i][j] == pWndBmpBuffer[h+i][w+j]) //if(abs(loadR-wndR)<=m_colorOffsR && abs(loadG-wndG)<=m_colorOffsG && abs(loadB-wndB)<=m_colorOffsB ) if (abs(loadR - wndR) <= (m_colorOffsR + m_simColor) && abs(loadG - wndG) <= (m_colorOffsG + m_simColor) && abs(loadB - wndB) <= (m_colorOffsB + m_simColor)) { continue; } else { return false; } } } return true; } ///////////////////////////////////////////////////3：从右到左,从下倒上//////////////////// //bool MyFindPictureClass::rightToLeftFromBottom(int &xpos,int &ypos) bool MyFindPictureClass::rightToLeftFromBottom(long& xpos, long& ypos) { bool isFind = false; bool isfirst = true; COLORREF pColor = pLoadBmpBuffer[0][0]; //// 目标图片的背景色 if (pLoadBmpBuffer[0][0] == pLoadBmpBuffer[0][loadWidth - 1] && pLoadBmpBuffer[0][0] == pLoadBmpBuffer[loadHeight - 1][loadWidth - 1] && pLoadBmpBuffer[0][0] == pLoadBmpBuffer[loadHeight - 1][0]) { int startx = 0, starty = 0; for (int m = loadHeight - 1; m >= 0; m--) { for (int n = loadWidth - 1; n >= 0; n--) { if (pLoadBmpBuffer[m][n] == pColor) { //////过滤掉不处理的背景透明色 continue; } else { //2012.2.28 修改相似的图无法识别的问题. startx = n; starty = m; goto toSerch; } } if ((m + 1) == loadWidth)//如果全图是一个颜色，说明不是透明图 goto Serch; } toSerch: for (int i = m_bottom - ypos_offset; i >= m_Top - 1; i--) { if (isfirst) isfirst = false; else if (xpos_offset != 0) xpos_offset = 0; if (i - m_Top < loadHeight) { goto end; } for (int j = m_Right - xpos_offset; j >= m_Left - 1; j--) { if (j - m_Left < loadWidth) { break; } if (comparaRightToLeftFromBottom(i, j, startx, starty)) { isFind = true; xpos = j - startx - 1; ypos = i - starty; goto end; } } } } else { Serch: for (int i = m_bottom - ypos_offset; i >= m_Top - 1; i--) { if (isfirst) isfirst = false; else if (xpos_offset != 0) xpos_offset = 0; if (i - m_Top < loadHeight) { goto end; } for (int j = m_Right - xpos_offset; j >= m_Left - 1; j--) { if (j - m_Left < loadWidth) { break; } if (comparaRightToLeftFromBottomEx(i, j)) { isFind = true; xpos = j; ypos = i; goto end; } } } } end: return isFind; } ////////处理背景色为透明的图片//////////////// //bool MyFindPictureClass::comparaRightToLeftFromBottom(int h,int w,int startX,int startY) bool MyFindPictureClass::comparaRightToLeftFromBottom(int h, int w, int startX, int startY) { int fristX = 0; int fristY = 0; bool isFrist = true; COLORREF pColor = pLoadBmpBuffer[0][0]; //// 目标图片的背景色 BYTE loadR = 0, loadG = 0, loadB = 0; BYTE wndR = 0, wndG = 0, wndB = 0; int absResult = 0; //int lineAdd=-1; //int colAdd =-1; COLORREF pLoadColor = 0, pWndColor = 0; for (int i = startY; i >= 0; i--) { //colAdd ++; //lineAdd=-1; for (int j = loadWidth - 1; j >= 0; j--) { //lineAdd++; if (pLoadBmpBuffer[i][j] == pColor) { //////过滤掉不处理的背景透明色 continue; } else { pLoadColor = pLoadBmpBuffer[i][j]; loadR = GetRValue(pLoadColor); loadG = GetGValue(pLoadColor); loadB = GetBValue(pLoadColor); pWndColor = pWndBmpBuffer[h - (loadHeight - i - 1)][w - (loadWidth - j - 1)]; wndR = GetRValue(pWndColor); wndG = GetGValue(pWndColor); wndB = GetBValue(pWndColor); if (abs(loadR - wndR) <= (m_colorOffsR + m_simColor) && abs(loadG - wndG) <= (m_colorOffsG + m_simColor) && abs(loadB - wndB) <= (m_colorOffsB + m_simColor)) { continue; } else { return false; } } } } return true; } ////////处理背景色为不透明的图片//////////////// //bool MyFindPictureClass::comparaRightToLeftFromBottomEx(int h,int w) bool MyFindPictureClass::comparaRightToLeftFromBottomEx(int h, int w) { BYTE loadR = 0, loadG = 0, loadB = 0; BYTE wndR = 0, wndG = 0, wndB = 0; int absResult = 0; //int lineAdd=-1; //int colAdd =-1; COLORREF pLoadColor = 0, pWndColor = 0; //for(int i=loadHeight-1;i>=0;i--) for (int i = 0; i < loadHeight; i++) { //colAdd ++; //lineAdd=-1; //for(int j=loadWidth-1;j>=0;j--) for (int j = 0; j < loadWidth; j++) { //lineAdd++; pLoadColor = pLoadBmpBuffer[i][j]; loadR = GetRValue(pLoadColor); loadG = GetGValue(pLoadColor); loadB = GetBValue(pLoadColor); //COLORREF colorWnd=pWndBmpBuffer[h-colAdd][w-lineAdd]; pWndColor = pWndBmpBuffer[h + i][w + j]; wndR = GetRValue(pWndColor); wndG = GetGValue(pWndColor); wndB = GetBValue(pWndColor); //absResult=(loadR-wndR)+abs(loadG-wndG)+abs(loadB-wndB); ///用于相似度比较 //if(abs(loadR-wndR)<=m_colorOffsR && abs(loadG-wndG)<=m_colorOffsG && abs(loadB-wndB)<=m_colorOffsB ) if (abs(loadR - wndR) <= (m_colorOffsR + m_simColor) && abs(loadG - wndG) <= (m_colorOffsG + m_simColor) && abs(loadB - wndB) <= (m_colorOffsB + m_simColor)) { continue; } else { return false; } } } return true; } /////// 颜色内存处理。。 提高速度 ////////////////////// //bool MyFindPictureClass::processCreenWindow(int color,int left,int top,int right,int bottom,double simi,int dir,int &x,int &y,wchar_t* colorStr,bool isMulitColor) bool MyFindPictureClass::processCreenWindow(int color, int left, int top, int right, int bottom, double simi, int dir, int& x, int& y, wchar_t* colorStr, bool isMulitColor) { int Width = GetSystemMetrics(SM_CXSCREEN); int Height = GetSystemMetrics(SM_CYSCREEN); ////////////////////////////四点的边界值判断//////////////// if (rightbottom) return false; if (left < 0) left = 0; if (top < 0) top = 0; if (left >= Width) left = Width - 1; if (top >= Height) top = Height - 1; if (right >= Width) right = Width - 1; if (bottom >= Height) bottom = Height - 1; //////////////////////////////////////////////////////////// // 24位图的BITMAPINFO BITMAPINFO* pBITMAPINFO = (BITMAPINFO*)malloc(sizeof(BITMAPINFOHEADER)); memset(pBITMAPINFO, 0, sizeof(BITMAPINFOHEADER)); BITMAPINFOHEADER* pInfo_Header = (BITMAPINFOHEADER*)pBITMAPINFO; pInfo_Header->biSize = sizeof(BITMAPINFOHEADER); pInfo_Header->biWidth = right - left; //宽度 pInfo_Header->biHeight = (bottom - top); //长度 pInfo_Header->biPlanes = 1; //目标设备的位平面数 pInfo_Header->biBitCount = 24; //对于每个像素的字节数 24:16M真彩色图,一般没有调色板,图像数据中每3个字节表示一个像素,每个字节表示一个RGB分量 pInfo_Header->biCompression = BI_RGB; //现实位图时必须的颜色数 0:表示所有颜色 HDC dc; dc = ::CreateDC(L"DISPLAY", NULL, NULL, NULL); HBITMAP hBitmap = ::CreateCompatibleBitmap(dc, Width, Height); HDC tdc; tdc = ::CreateCompatibleDC(dc); HBITMAP hOldBitmap = (HBITMAP)::SelectObject(tdc, hBitmap); BitBlt(tdc, 0, 0, pInfo_Header->biWidth, pInfo_Header->biHeight, dc, left, top, CAPTUREBLT | SRCCOPY); hBitmap = (HBITMAP)::SelectObject(tdc, hOldBitmap); // 获得数据buf DWORD bufSize = (pInfo_Header->biWidth * 3 + 3) / 4 * 4 * pInfo_Header->biHeight; BYTE* pBuffer = new BYTE[bufSize]; int aHeight = pInfo_Header->biHeight; if (::GetDIBits(tdc, hBitmap, 0, aHeight, pBuffer, pBITMAPINFO, DIB_RGB_COLORS) == 0) { ::MessageBox(NULL, L"获取Color位图数据失败", L"TC", 0); return false; } int width = pBITMAPINFO->bmiHeader.biWidth; int height = pBITMAPINFO->bmiHeader.biHeight; COLORREF** pColorBuffer = new COLORREF * [height]; ///// 二维数组 用来存储图像的颜色值 for (int i = 0; i < height; i++) { pColorBuffer[i] = new COLORREF[width]; } int help_simi = 0; if (simi == 0.5) help_simi = 49; else if (simi == 0.6) help_simi = 38; else if (simi == 0.7) help_simi = 29; else if (simi == 0.8) help_simi = 18; else if (simi == 0.9) help_simi = 9; COLORREF helpcolor = 0; /*BYTE r1=0,g1=0,b1=0;*/ int pitch = width % 4; for (int i = 0; i < height; i++) //获取范围内所有颜色值,并保存 { int realPitch = i * pitch; for (int j = 0; j < width; j++) { UCHAR b = pBuffer[(i * width + j) * 3 + realPitch]; UCHAR g = pBuffer[(i * width + j) * 3 + 1 + realPitch]; UCHAR r = pBuffer[(i * width + j) * 3 + 2 + realPitch]; helpcolor = RGB(r, g, b); pColorBuffer[height - i - 1][j] = helpcolor; } } //转换传入的颜色值参数 BYTE rValue = 0, gValue = 0, bValue = 0; rValue = GetRValue((DWORD)color); gValue = GetGValue((DWORD)color); bValue = GetBValue((DWORD)color); BYTE rHelpValue = 0, gHelpValue = 0, bHelpValue = 0; //////////////////////////////四点的边界值判断//////////////// //if(left<0) // left=0; //if(left>=Width) // left=Width-1; //if(top<0) // top=0; //if(top>=Height) // top=Height-1; //if(right>=Width) // right=Width-1; //if(bottom>=Height) // bottom=Height-1; ////////////////////////////////////////////////////////////// ///////////////////////////////////////////////////////// if (isMulitColor) // // ////// 多个颜色值的找色方法 { //XMLString::trim(colorStr); /////////////////////0 从左到右 从上到下 方式查找/////////////// int absResult = 0; for (int i = 0; i < bottom - top; i++) { for (int j = 0; j < right - left; j++) { rHelpValue = GetRValue(pColorBuffer[i][j]); gHelpValue = GetGValue(pColorBuffer[i][j]); bHelpValue = GetBValue(pColorBuffer[i][j]); absResult = abs(rHelpValue - rValue) + abs(gHelpValue - gValue) + abs(bHelpValue - bValue); ///////////////////判断第一个颜色值/////////////////////// if (absResult <= help_simi) { bool IsTrue = false; int c_col = 0, c_xpoint = -1, c_ypoint = -1, c_num = 0, colorValue = 0, helpColor = 0; wchar_t pointAndcolor[20] = { 0 }; //XMLString::trim(colorStr); int lenght = wcslen(colorStr); //int lenght = XMLString::stringLen(colorStr); while (c_col < lenght && lenght != 0) { //////第一个x偏移坐标 while (colorStr[c_col] != '|') { pointAndcolor[c_num] = colorStr[c_col]; c_num++; c_col++; } c_xpoint = ::wcstol(pointAndcolor, NULL, 10); ::memset(pointAndcolor, 0, sizeof(wchar_t) * 20); c_num = 0; c_col++; //////第二个Y偏移坐标 while (colorStr[c_col] != '|') { pointAndcolor[c_num] = colorStr[c_col]; c_num++; c_col++; } c_ypoint = ::wcstol(pointAndcolor, NULL, 10); ::memset(pointAndcolor, 0, sizeof(wchar_t) * 20); c_num = 0; c_col++; //////第三个颜色值 while (colorStr[c_col] != ',' && colorStr[c_col]) { pointAndcolor[c_num] = colorStr[c_col]; c_num++; c_col++; } colorValue = ::wcstol(pointAndcolor, NULL, 16); ::memset(pointAndcolor, 0, sizeof(wchar_t) * 20); c_num = 0; c_col++; ////////坐标点已经超出屏幕的范围 ///////// if (i + c_ypoint > Height || j + c_xpoint > Width) break; helpColor = pColorBuffer[i + c_ypoint][j + c_xpoint]; absResult = abs(GetRValue(helpColor) - GetRValue(colorValue)) + abs(GetGValue(helpColor) - GetGValue(colorValue)) + abs(GetBValue(helpColor) - GetBValue(colorValue)); if (absResult <= help_simi) { IsTrue = true; } else { IsTrue = false; break; } } if (IsTrue) { x = j + left; y = i + top; goto end; } } } } } else { // // ////// 单个颜色值的找色方法 if (dir == 0) { /////////////////////0 从左到右 从上到下 方式查找/////////////// int absResult = 0; for (int i = 0; i < bottom - top; i++) { for (int j = 0; j < right - left; j++) { rHelpValue = GetRValue(pColorBuffer[i][j]); gHelpValue = GetGValue(pColorBuffer[i][j]); bHelpValue = GetBValue(pColorBuffer[i][j]); absResult = abs(rHelpValue - rValue) + abs(gHelpValue - gValue) + abs(bHelpValue - bValue); if (absResult <= help_simi) { x = j + left; y = i + top; goto end; } } } } else if (dir == 1) { /////////////////////1 从中心到四周 螺旋方式查找/////////////// int px = (right - left) / 2; int py = (bottom - top) / 2; int VisitCount = 0; int count = 1; int ii = 0; int absResult = 0; RUNTYPE runType = TurnUP; while (VisitCount < (right - left) * (bottom - top)) { for (ii = 0; ii < count; ii++) { if (px >= 0 && px < right - left && py >= 0 && py < bottom - top) { VisitCount++; ///执行次数累加 rHelpValue = GetRValue(pColorBuffer[py][px]); gHelpValue = GetGValue(pColorBuffer[py][px]); bHelpValue = GetBValue(pColorBuffer[py][px]); absResult = abs(rHelpValue - rValue) + abs(gHelpValue - gValue) + abs(bHelpValue - bValue); if (absResult <= help_simi) { // 找到就退出循环 x = px + left; y = py + top; goto end; } } //// 控制x,y变化 switch (runType) { case TurnUP: py--; break; case TurnDOWN: py++; break; case TurnLEFT: px--; break; case TurnRIGHT: px++; break; } } //endfor /////控制 螺旋方式流程的走向 switch (runType) { case TurnUP: runType = TurnRIGHT; break; case TurnDOWN: runType = TurnLEFT; break; case TurnLEFT: runType = TurnUP; count++; break; case TurnRIGHT: runType = TurnDOWN; count++; break; } } ////endwhile }///end else if else if (dir == 2) { /////////////////////0 从右到左 从下到上 方式查找/////////////// for (int i = bottom - top - 1; i >= 0; i--) { for (int j = right - left - 1; j >= 0; j--) { rHelpValue = GetRValue(pColorBuffer[i][j]); gHelpValue = GetGValue(pColorBuffer[i][j]); bHelpValue = GetBValue(pColorBuffer[i][j]); int absResult = abs(rHelpValue - rValue) + abs(gHelpValue - gValue) + abs(bHelpValue - bValue); if (absResult <= help_simi) { x = j + left; y = i + top; goto end; } } } } } end: free(pBITMAPINFO); ::DeleteObject(hBitmap); ::DeleteDC(dc); ::DeleteDC(tdc); for (int i = 0; i < height; i++) { delete[] pColorBuffer[i]; pColorBuffer[i] = NULL; } delete[] pColorBuffer; pColorBuffer = NULL; delete[] pBuffer; return true; } COLORREF MyFindPictureClass::RgbToBgb(__in COLORREF rgb) { BYTE r; BYTE g; BYTE b; r = GetRValue(rgb); g = GetGValue(rgb); b = GetBValue(rgb); return r << 16 | g << 8 | b; } bool MyFindPictureClass::FindMultiColor(wchar_t* MultiColor, int i, int j, int Bottom, int right, int help_simi)//多点找色 { bool IsTrue = false; int c_col = 0, c_xpoint = -1, c_ypoint = -1, c_num = 0, colorValue = 0, helpColor = 0; wchar_t pointAndcolor[20] = { 0 }; int lenght = wcslen(MultiColor); while (c_col < lenght && lenght != 0) { //////第一个x偏移坐标 while (MultiColor[c_col] != '|') { pointAndcolor[c_num] = MultiColor[c_col]; c_num++; c_col++; } c_xpoint = ::wcstol(pointAndcolor, NULL, 10); ::memset(pointAndcolor, 0, sizeof(wchar_t) * 20); c_num = 0; c_col++; //////第二个Y偏移坐标 while (MultiColor[c_col] != '|') { pointAndcolor[c_num] = MultiColor[c_col]; c_num++; c_col++; } c_ypoint = ::wcstol(pointAndcolor, NULL, 10); ::memset(pointAndcolor, 0, sizeof(wchar_t) * 20); c_num = 0; c_col++; int coloroffsetValue = 0;//记录偏色 wchar_t coloroffsetstr[20] = { 0 };//记录偏色字符串 bool findoffset = false; bool isGetAnti = false;//是否取反颜色 //////第三个颜色值 while (MultiColor[c_col] != ',' && MultiColor[c_col]) { if (c_num == 0 && MultiColor[c_col] == '-')//第一个是否出现‘-’符号决定是否取反 { isGetAnti = true; } if (MultiColor[c_col] == '-') { c_num = 0; c_col++; findoffset = true; } if (!findoffset)//没有找到偏色前记录颜色值 pointAndcolor[c_num] = MultiColor[c_col]; else coloroffsetstr[c_num] = MultiColor[c_col]; c_num++; c_col++; } colorValue = ::wcstol(pointAndcolor, NULL, 16); coloroffsetValue = ::wcstol(coloroffsetstr, NULL, 16); ::memset(pointAndcolor, 0, sizeof(wchar_t) * 20); c_num = 0; c_col++; ////////坐标点已经超出屏幕的范围 ///////// //if(i+c_ypoint>=Height||j+c_xpoint>=Width) if (i + c_ypoint >= Bottom || j + c_xpoint >= right) break; BYTE rHelpValue = GetRValue(pWndBmpBuffer[i + c_ypoint][j + c_xpoint]); BYTE gHelpValue = GetGValue(pWndBmpBuffer[i + c_ypoint][j + c_xpoint]); BYTE bHelpValue = GetBValue(pWndBmpBuffer[i + c_ypoint][j + c_xpoint]); int BGRcolorValue = RgbToBgb(colorValue); BYTE rValue = GetRValue(BGRcolorValue); BYTE gValue = GetGValue(BGRcolorValue); BYTE bValue = GetBValue(BGRcolorValue); int BGRcoloroffsetValue = RgbToBgb(coloroffsetValue); BYTE colorOffR = GetRValue(BGRcoloroffsetValue); BYTE colorOffG = GetGValue(BGRcoloroffsetValue); BYTE colorOffB = GetBValue(BGRcoloroffsetValue); //helpColor = RgbToBgb(pWndBmpBuffer[i+c_ypoint][j+c_xpoint]); //absResult=abs(GetRValue(helpColor)-GetRValue(colorValue))+abs(GetGValue(helpColor)-GetGValue(colorValue))+abs(GetBValue(helpColor)-GetBValue(colorValue)); //if(absResult<=help_simi) if (abs(rHelpValue - rValue) <= (colorOffR + help_simi) && abs(gHelpValue - gValue) <= (colorOffG + help_simi) && abs(bHelpValue - bValue) <= (colorOffB + help_simi)) { if (!isGetAnti)//判断是否取反颜色值，默认不是 IsTrue = true; else { IsTrue = false; break; } } else { if (!isGetAnti)//判断是否取反颜色值，默认不是 { IsTrue = false; break; } else IsTrue = true; } } return IsTrue; } /////// 后台颜色内存处理。。 提高速度////////////////////// int MyFindPictureClass::processColor(PVOID pbuffer, HWND src_hWnd, int& color, int left, int top, int right, int bottom, double simi, int dir, long& x, long& y, DWORD(*ColorDataInfo)[2000], wchar_t* colorstr, wchar_t* retstring, wchar_t* MultiColor) { int nret = -1; RECT rc; rc.bottom = bottom; rc.left = left; rc.right = right; rc.top = top; ////////////////////////////四点的边界值判断//////////////// { RECT rc; if (ColorDataInfo != NULL) ::GetClientRect(m_hwnd, &rc); else//gdi ::GetClientRect(src_hWnd, &rc); if (left < 0) left = 0; if (left >= rc.right) left = rc.right - 1; if (top < 0) top = 0; if (top >= rc.bottom) top = rc.bottom - 1; if (right < left | right >= rc.right) right = rc.right - 1; if (bottom < top | bottom >= rc.bottom) bottom = rc.bottom - 1; } //////////////////////////////////////////////////////////// if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow())//normol找图 { RECT rec; RECT clientrec; ::GetClientRect(m_parenthwnd, &clientrec); int clienthight = clientrec.bottom - clientrec.top; int clientwide = clientrec.right - clientrec.left; ::GetWindowRect(m_parenthwnd, &rec); POINT point; point.x = 0; point.y = 0; ::ClientToScreen(m_parenthwnd, &point); m_Left = point.x; m_Top = point.y; //TS_GETCOLOR,取色 if (color == 0) { m_Left = 0; m_Top = 0; m_Right = rec.right; m_bottom = rec.bottom; } else//找色 { m_Left = point.x; m_Top = point.y; m_Right = rec.right; m_bottom = rec.bottom; if (left < 0) left = 0; if (left >= clientwide) left = clientwide - 1; if (top < 0) top = 0; if (top >= clienthight) top = clienthight - 1; if (right >= clientwide) right = clientwide - 1; if (bottom >= clienthight) bottom = clienthight - 1; if (m_Left < 0) { if ((left + m_Left) <= 0)//越界 left = 0; else left = m_Left + left; } else left = m_Left + left; if (m_Top >= 0) top = m_Top + top; if (m_Right >= ::GetSystemMetrics(SM_CXSCREEN)) { if ((right + m_Left) > ::GetSystemMetrics(SM_CXSCREEN)) right = ::GetSystemMetrics(SM_CXSCREEN) - 1; else right = right + m_Left; } else right = right + m_Left; if (m_bottom >= ::GetSystemMetrics(SM_CYSCREEN)) { if ((bottom + m_Top) >= ::GetSystemMetrics(SM_CYSCREEN)) bottom = ::GetSystemMetrics(SM_CYSCREEN) - 1; else bottom = bottom + m_Top; } else bottom = bottom + m_Top; m_Left = left; m_Top = top; m_Right = right; m_bottom = bottom; } } else { m_Left = left; m_Top = top; m_Right = right; m_bottom = bottom; } rc.bottom = m_bottom; rc.left = m_Left; rc.right = m_Right; rc.top = m_Top; //TSRuntime::add_log( "m_Left:%d,m_Top:%d,m_Right:%d,m_bottom:%d",m_Left,m_Top,m_Right,m_bottom); if (ColorDataInfo != NULL) { wndWidth = m_Right - m_Left; wndHeight = m_bottom - m_Top; //DX模式找字 if (!getDXBitmap(pbuffer, ColorDataInfo)) { return nret; } } else { ////GDI模式找字 if (!getGDIBitmap(src_hWnd, rc)) { return nret; } } //TS_GETCOLOR,取色 if (color == 0) { if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow())//normal { POINT pt; pt.x = left; pt.y = top; ::ClientToScreen(m_parenthwnd, &pt); color = pWndBmpBuffer[pt.y][pt.x]; } else color = pWndBmpBuffer[top][left]; //TSRuntime::add_log( "top:%d,left:%d",top,left); goto end; } //处理多个色偏 int col = 0; wchar_t colorBuffer[MAX_PATH][16];//存储多个字符串 for (int i = 0; i < MAX_PATH; i++) { memset(colorBuffer[i], 0, 16); } short nstr = 0;//要查找色偏的个数 ,最多支持(MAX_PATH)个色偏 while (*colorstr) { if (*colorstr != L'|') { if (col > 13) goto end; colorBuffer[nstr][col++] = *colorstr; colorstr++; continue; } else { if (col < 1) { colorstr++; continue; } nstr++; col = 0; colorstr++; } } if (col >= 1) nstr++; ncolors = nstr;//记录下色偏个数 //int t=::GetTickCount(); for (int i = 0; i < nstr; i++) { WCHAR colorR[4] = { 0 };//字的颜色 WCHAR colorG[4] = { 0 };//字的颜色 WCHAR colorB[4] = { 0 };//字的颜色 WCHAR coloroffR[4] = { 0 };//偏色 WCHAR coloroffG[4] = { 0 };//偏色 WCHAR coloroffB[4] = { 0 };//偏色 int count = 0; int colorL = 0; //StrTrimW(colorBuffer[i],L" ");//移除前后空格符 while (colorBuffer[i][colorL] != L'-') { if (count > 6) //判断是否是非法颜色值 break; if (count < 2) colorR[count] = colorBuffer[i][colorL++]; else if (count > 1 && count < 4) colorG[count - 2] = colorBuffer[i][colorL++]; else if (count > 3) colorB[count - 4] = colorBuffer[i][colorL++]; count++; } //将传入的RGB转换为BGR WCHAR colorBGR[16] = { 0 };//字的颜色 swprintf(colorBGR, L"%s%s%s", colorB, colorG, colorR); count = 0; colorL++; while (colorBuffer[colorL] != L'\0') { if (count >= 6) //判断是否是非法色偏值 break; if (count < 2) coloroffR[count] = colorBuffer[i][colorL++]; else if (count > 1 && count < 4) coloroffG[count - 2] = colorBuffer[i][colorL++]; else if (count > 3) coloroffB[count - 4] = colorBuffer[i][colorL++]; count++; } //将传入的RGB转换为BGR WCHAR coloroffBGR[16] = { 0 };//偏色 swprintf(coloroffBGR, L"%s%s%s", coloroffB, coloroffG, coloroffR); strColors[i] = wcstol(colorBGR, NULL, 16);//整形颜色值 strColoroff[i] = wcstol(coloroffBGR, NULL, 16);//整形偏色值 m_colorOffR[i] = GetRValue(strColoroff[i]); m_colorOffG[i] = GetGValue(strColoroff[i]); m_colorOffB[i] = GetBValue(strColoroff[i]); } int help_simi = 0; if (simi == 0.5) help_simi = 49; else if (simi == 0.6) help_simi = 38; else if (simi == 0.7) help_simi = 29; else if (simi == 0.8) help_simi = 18; else if (simi == 0.9) help_simi = 9; for (int n = 0; n < ncolors; n++) { color = strColors[n]; BYTE rValue = 0, gValue = 0, bValue = 0; rValue = GetRValue(color); gValue = GetGValue(color); bValue = GetBValue(color); BYTE rHelpValue = 0, gHelpValue = 0, bHelpValue = 0; if (MultiColor)//多点找色 { /////////////////////0 从左到右 从上到下 方式查找/////////////// int absResult = 0; if (dir == 0) { //TSRuntime::add_log("ncolors:%d",ncolors); for (int i = top; i <= bottom; i++) { for (int j = left; j <= right; j++) { rHelpValue = GetRValue(pWndBmpBuffer[i][j]); gHelpValue = GetGValue(pWndBmpBuffer[i][j]); bHelpValue = GetBValue(pWndBmpBuffer[i][j]); //int absResult=abs(rHelpValue-rValue-m_colorOffR[n])+abs(gHelpValue-gValue-m_colorOffG[n])+abs(bHelpValue-bValue-m_colorOffB[n]); if (abs(rHelpValue - rValue) <= (m_colorOffR[n] + help_simi) && abs(gHelpValue - gValue) <= (m_colorOffG[n] + help_simi) && abs(bHelpValue - bValue) <= (m_colorOffB[n] + help_simi)) { bool IsTrue = false; IsTrue = FindMultiColor(MultiColor, i, j, bottom, right, help_simi); if (IsTrue) { nret = 1; x = j; y = i; if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow()) { POINT pt; pt.x = j; pt.y = i; ::ScreenToClient(m_parenthwnd, &pt); x = pt.x; y = pt.y; } if (retstring == NULL) goto end; else { int len = wcslen(retstring); if (len > 1 && len < (MAX_PATH * 4 - 16)) swprintf(retstring, L"%s|%d,%d,%d", retstring, n, x, y); else if (len == 0) swprintf(retstring, L"%d,%d,%d", n, x, y); } } else nret = 0; } } } } else if (dir == 1) { /////////////////////1 从左到右,从下到上 方式查找/////////////// for (int i = bottom; i >= top; i--) { for (int j = left; j <= right; j++) { rHelpValue = GetRValue(pWndBmpBuffer[i][j]); gHelpValue = GetGValue(pWndBmpBuffer[i][j]); bHelpValue = GetBValue(pWndBmpBuffer[i][j]); if (abs(rHelpValue - rValue) <= (m_colorOffR[n] + help_simi) && abs(gHelpValue - gValue) <= (m_colorOffG[n] + help_simi) && abs(bHelpValue - bValue) <= (m_colorOffB[n] + help_simi)) { bool IsTrue = false; IsTrue = FindMultiColor(MultiColor, i, j, bottom, right, help_simi); if (IsTrue) { nret = 1; x = j; y = i; if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow()) { POINT pt; pt.x = j; pt.y = i; ::ScreenToClient(m_parenthwnd, &pt); x = pt.x; y = pt.y; } if (retstring == NULL) goto end; else { int len = wcslen(retstring); if (len > 1 && len < (MAX_PATH * 4 - 16)) swprintf(retstring, L"%s|%d,%d,%d", retstring, n, x, y); else if (len == 0) swprintf(retstring, L"%d,%d,%d", n, x, y); } } else nret = 0; } } } } else if (dir == 2) { /////////////////////2: 从右到左,从上到下 方式查找/////////////// for (int i = top; i <= bottom; i++) { for (int j = right; j >= left; j--) { rHelpValue = GetRValue(pWndBmpBuffer[i][j]); gHelpValue = GetGValue(pWndBmpBuffer[i][j]); bHelpValue = GetBValue(pWndBmpBuffer[i][j]); //int absResult=abs(rHelpValue-rValue-m_colorOffR[n])+abs(gHelpValue-gValue-m_colorOffG[n])+abs(bHelpValue-bValue-m_colorOffB[n]); //if(absResult<=help_simi) if (abs(rHelpValue - rValue) <= (m_colorOffR[n] + help_simi) && abs(gHelpValue - gValue) <= (m_colorOffG[n] + help_simi) && abs(bHelpValue - bValue) <= (m_colorOffB[n] + help_simi)) { bool IsTrue = false; IsTrue = FindMultiColor(MultiColor, i, j, bottom, right, help_simi); if (IsTrue) { nret = 1; x = j; y = i; if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow()) { POINT pt; pt.x = j; pt.y = i; ::ScreenToClient(m_parenthwnd, &pt); x = pt.x; y = pt.y; } if (retstring == NULL) goto end; else { int len = wcslen(retstring); if (len > 1 && len < (MAX_PATH * 4 - 16)) swprintf(retstring, L"%s|%d,%d,%d", retstring, n, x, y); else if (len == 0) swprintf(retstring, L"%d,%d,%d", n, x, y); } } else nret = 0; } } } } else if (dir == 3) { /////////////////////3: 从右到左,从下到上 方式查找/////////////// for (int i = bottom; i >= top; i--) { for (int j = right; j >= left; j--) { rHelpValue = GetRValue(pWndBmpBuffer[i][j]); gHelpValue = GetGValue(pWndBmpBuffer[i][j]); bHelpValue = GetBValue(pWndBmpBuffer[i][j]); //int absResult=abs(rHelpValue-rValue-m_colorOffR[n])+abs(gHelpValue-gValue-m_colorOffG[n])+abs(bHelpValue-bValue-m_colorOffB[n]); //if(absResult<=help_simi) if (abs(rHelpValue - rValue) <= (m_colorOffR[n] + help_simi) && abs(gHelpValue - gValue) <= (m_colorOffG[n] + help_simi) && abs(bHelpValue - bValue) <= (m_colorOffB[n] + help_simi)) { bool IsTrue = false; IsTrue = FindMultiColor(MultiColor, i, j, bottom, right, help_simi); if (IsTrue) { nret = 1; x = j; y = i; if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow()) { POINT pt; pt.x = j; pt.y = i; ::ScreenToClient(m_parenthwnd, &pt); x = pt.x; y = pt.y; } if (retstring == NULL) goto end; else { int len = wcslen(retstring); if (len > 1 && len < (MAX_PATH * 4 - 16)) swprintf(retstring, L"%s|%d,%d,%d", retstring, n, x, y); else if (len == 0) swprintf(retstring, L"%d,%d,%d", n, x, y); } } else nret = 0; } } } } } else//正常找色 { if (dir == 0) { //TSRuntime::add_log("ncolors:%d",ncolors); /////////////////////0 从左到右 从上到下 方式查找/////////////// for (int i = top; i <= bottom; i++) { for (int j = left; j <= right; j++) { rHelpValue = GetRValue(pWndBmpBuffer[i][j]); gHelpValue = GetGValue(pWndBmpBuffer[i][j]); bHelpValue = GetBValue(pWndBmpBuffer[i][j]); //int absResult=abs(rHelpValue-rValue-m_colorOffR[n])+abs(gHelpValue-gValue-m_colorOffG[n])+abs(bHelpValue-bValue-m_colorOffB[n]); if (abs(rHelpValue - rValue) <= (m_colorOffR[n] + help_simi) && abs(gHelpValue - gValue) <= (m_colorOffG[n] + help_simi) && abs(bHelpValue - bValue) <= (m_colorOffB[n] + help_simi)) { nret = n; x = j; y = i; if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow()) { POINT pt; pt.x = j; pt.y = i; ::ScreenToClient(m_parenthwnd, &pt); x = pt.x; y = pt.y; } if (retstring == NULL) goto end; else { int len = wcslen(retstring); if (len > 1 && len < (MAX_PATH * 4 - 16)) swprintf(retstring, L"%s|%d,%d,%d", retstring, n, x, y); else if (len == 0) swprintf(retstring, L"%d,%d,%d", n, x, y); } } } } } else if (dir == 1) { /////////////////////1 从左到右,从下到上 方式查找/////////////// for (int i = bottom; i >= top; i--) { for (int j = left; j <= right; j++) { rHelpValue = GetRValue(pWndBmpBuffer[i][j]); gHelpValue = GetGValue(pWndBmpBuffer[i][j]); bHelpValue = GetBValue(pWndBmpBuffer[i][j]); //int absResult=abs(rHelpValue-rValue-m_colorOffR[n])+abs(gHelpValue-gValue-m_colorOffG[n])+abs(bHelpValue-bValue-m_colorOffB[n]); //if(absResult<=help_simi) if (abs(rHelpValue - rValue) <= (m_colorOffR[n] + help_simi) && abs(gHelpValue - gValue) <= (m_colorOffG[n] + help_simi) && abs(bHelpValue - bValue) <= (m_colorOffB[n] + help_simi)) { nret = n; x = j; y = i; if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow()) { POINT pt; pt.x = j; pt.y = i; ::ScreenToClient(m_parenthwnd, &pt); x = pt.x; y = pt.y; } if (retstring == NULL) goto end; else { int len = wcslen(retstring); if (len > 1 && len < (MAX_PATH * 4 - 16)) swprintf(retstring, L"%s|%d,%d,%d", retstring, n, x, y); else if (len == 0) swprintf(retstring, L"%d,%d,%d", n, x, y); } } } } } else if (dir == 2) { /////////////////////2: 从右到左,从上到下 方式查找/////////////// for (int i = top; i <= bottom; i++) { for (int j = right; j >= left; j--) { rHelpValue = GetRValue(pWndBmpBuffer[i][j]); gHelpValue = GetGValue(pWndBmpBuffer[i][j]); bHelpValue = GetBValue(pWndBmpBuffer[i][j]); //int absResult=abs(rHelpValue-rValue-m_colorOffR[n])+abs(gHelpValue-gValue-m_colorOffG[n])+abs(bHelpValue-bValue-m_colorOffB[n]); //if(absResult<=help_simi) if (abs(rHelpValue - rValue) <= (m_colorOffR[n] + help_simi) && abs(gHelpValue - gValue) <= (m_colorOffG[n] + help_simi) && abs(bHelpValue - bValue) <= (m_colorOffB[n] + help_simi)) { nret = n; x = j; y = i; if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow()) { POINT pt; pt.x = j; pt.y = i; ::ScreenToClient(m_parenthwnd, &pt); x = pt.x; y = pt.y; } if (retstring == NULL) goto end; else { int len = wcslen(retstring); if (len > 1 && len < (MAX_PATH * 4 - 16)) swprintf(retstring, L"%s|%d,%d,%d", retstring, n, x, y); else if (len == 0) swprintf(retstring, L"%d,%d,%d", n, x, y); } } } } } else if (dir == 3) { /////////////////////3: 从右到左,从下到上 方式查找/////////////// for (int i = bottom; i >= top; i--) { for (int j = right; j >= left; j--) { rHelpValue = GetRValue(pWndBmpBuffer[i][j]); gHelpValue = GetGValue(pWndBmpBuffer[i][j]); bHelpValue = GetBValue(pWndBmpBuffer[i][j]); //int absResult=abs(rHelpValue-rValue-m_colorOffR[n])+abs(gHelpValue-gValue-m_colorOffG[n])+abs(bHelpValue-bValue-m_colorOffB[n]); //if(absResult<=help_simi) if (abs(rHelpValue - rValue) <= (m_colorOffR[n] + help_simi) && abs(gHelpValue - gValue) <= (m_colorOffG[n] + help_simi) && abs(bHelpValue - bValue) <= (m_colorOffB[n] + help_simi)) { nret = n; x = j; y = i; if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow()) { POINT pt; pt.x = j; pt.y = i; ::ScreenToClient(m_parenthwnd, &pt); x = pt.x; y = pt.y; } if (retstring == NULL) goto end; else { int len = wcslen(retstring); if (len > 1 && len < (MAX_PATH * 4 - 16)) swprintf(retstring, L"%s|%d,%d,%d", retstring, n, x, y); else if (len == 0) swprintf(retstring, L"%d,%d,%d", n, x, y); } } } } } else if (dir == 4) { /////////////////////4 从中心到四周 螺旋方式查找/////////////// int px = (right - left) / 2 + left; int py = (bottom - top) / 2 + top; int VisitCount = 0; int count = 1; int ii = 0; int absResult = 0; RUNTYPE runType = TurnUP; while (VisitCount < (right - left) * (bottom - top)) { for (ii = 0; ii < count; ii++) { if (px >= left && px < right && py >= top && py < bottom) { VisitCount++; ///执行次数累加 rHelpValue = GetRValue(pWndBmpBuffer[py][px]); gHelpValue = GetGValue(pWndBmpBuffer[py][px]); bHelpValue = GetBValue(pWndBmpBuffer[py][px]); //absResult=abs(rHelpValue-rValue-m_colorOffR[n])+abs(gHelpValue-gValue-m_colorOffG[n])+abs(bHelpValue-bValue-m_colorOffB[n]); //absResult =abs(rHelpValue-rValue)+abs(gHelpValue-gValue)+abs(bHelpValue-bValue); //if(absResult<=help_simi) if (abs(rHelpValue - rValue) <= (m_colorOffR[n] + help_simi) && abs(gHelpValue - gValue) <= (m_colorOffG[n] + help_simi) && abs(bHelpValue - bValue) <= (m_colorOffB[n] + help_simi)) { // 找到就退出循环 nret = n; x = px; y = py; if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow()) { POINT pt; pt.x = x; pt.y = y; ::ScreenToClient(m_parenthwnd, &pt); x = pt.x; y = pt.y; } if (retstring == NULL) goto end; else { int len = wcslen(retstring); if (len > 1 && len < (MAX_PATH * 4 - 16)) swprintf(retstring, L"%s|%d,%d,%d", retstring, n, x, y); else if (len == 0) swprintf(retstring, L"%d,%d,%d", n, x, y); } } } //// 控制x,y变化 switch (runType) { case TurnUP: py--; break; case TurnDOWN: py++; break; case TurnLEFT: px--; break; case TurnRIGHT: px++; break; } } //endfor /////控制 螺旋方式流程的走向 switch (runType) { case TurnUP: runType = TurnRIGHT; break; case TurnDOWN: runType = TurnLEFT; break; case TurnLEFT: runType = TurnUP; count++; break; case TurnRIGHT: runType = TurnDOWN; count++; break; } } ////endwhile } else if (dir == 5) { /////////////////////从上到下,从左到右 方式查找/////////////// for (int j = left; j <= right; j++) { for (int i = top; i <= bottom; i++) { rHelpValue = GetRValue(pWndBmpBuffer[i][j]); gHelpValue = GetGValue(pWndBmpBuffer[i][j]); bHelpValue = GetBValue(pWndBmpBuffer[i][j]); //int absResult=abs(rHelpValue-rValue-m_colorOffR[n])+abs(gHelpValue-gValue-m_colorOffG[n])+abs(bHelpValue-bValue-m_colorOffB[n]); //if(absResult<=help_simi) if (abs(rHelpValue - rValue) <= (m_colorOffR[n] + help_simi) && abs(gHelpValue - gValue) <= (m_colorOffG[n] + help_simi) && abs(bHelpValue - bValue) <= (m_colorOffB[n] + help_simi)) { nret = n; x = j; y = i; if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow()) { POINT pt; pt.x = j; pt.y = i; ::ScreenToClient(m_parenthwnd, &pt); x = pt.x; y = pt.y; } if (retstring == NULL) goto end; else { int len = wcslen(retstring); if (len > 1 && len < (MAX_PATH * 4 - 16)) swprintf(retstring, L"%s|%d,%d,%d", retstring, n, x, y); else if (len == 0) swprintf(retstring, L"%d,%d,%d", n, x, y); } } } } } else if (dir == 6) { /////////////////////6: 从上到下,从右到左 方式查找/////////////// for (int j = right; j >= left; j--) { for (int i = top; i <= bottom; i++) { rHelpValue = GetRValue(pWndBmpBuffer[i][j]); gHelpValue = GetGValue(pWndBmpBuffer[i][j]); bHelpValue = GetBValue(pWndBmpBuffer[i][j]); //int absResult=abs(rHelpValue-rValue-m_colorOffR[n])+abs(gHelpValue-gValue-m_colorOffG[n])+abs(bHelpValue-bValue-m_colorOffB[n]); //if(absResult<=help_simi) if (abs(rHelpValue - rValue) <= (m_colorOffR[n] + help_simi) && abs(gHelpValue - gValue) <= (m_colorOffG[n] + help_simi) && abs(bHelpValue - bValue) <= (m_colorOffB[n] + help_simi)) { nret = n; x = j; y = i; if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow()) { POINT pt; pt.x = j; pt.y = i; ::ScreenToClient(m_parenthwnd, &pt); x = pt.x; y = pt.y; } if (retstring == NULL) goto end; else { int len = wcslen(retstring); if (len > 1 && len < (MAX_PATH * 4 - 16)) swprintf(retstring, L"%s|%d,%d,%d", retstring, n, x, y); else if (len == 0) swprintf(retstring, L"%d,%d,%d", n, x, y); } } } } } else if (dir == 7) { /////////////////////7: 从下到上,从左到右 方式查找/////////////// for (int j = left; j <= right; j++) { for (int i = bottom; i >= top; i--) { rHelpValue = GetRValue(pWndBmpBuffer[i][j]); gHelpValue = GetGValue(pWndBmpBuffer[i][j]); bHelpValue = GetBValue(pWndBmpBuffer[i][j]); //int absResult=abs(rHelpValue-rValue-m_colorOffR[n])+abs(gHelpValue-gValue-m_colorOffG[n])+abs(bHelpValue-bValue-m_colorOffB[n]); //if(absResult<=help_simi) if (abs(rHelpValue - rValue) <= (m_colorOffR[n] + help_simi) && abs(gHelpValue - gValue) <= (m_colorOffG[n] + help_simi) && abs(bHelpValue - bValue) <= (m_colorOffB[n] + help_simi)) { nret = n; x = j; y = i; if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow()) { POINT pt; pt.x = j; pt.y = i; ::ScreenToClient(m_parenthwnd, &pt); x = pt.x; y = pt.y; } if (retstring == NULL) goto end; else { int len = wcslen(retstring); if (len > 1 && len < (MAX_PATH * 4 - 16)) swprintf(retstring, L"%s|%d,%d,%d", retstring, n, x, y); else if (len == 0) swprintf(retstring, L"%d,%d,%d", n, x, y); } } } } } else if (dir == 8) { /////////////////////8: 从下到上,从右到左 方式查找/////////////// for (int j = right; j >= left; j--) { for (int i = bottom; i >= top; i--) { rHelpValue = GetRValue(pWndBmpBuffer[i][j]); gHelpValue = GetGValue(pWndBmpBuffer[i][j]); bHelpValue = GetBValue(pWndBmpBuffer[i][j]); //int absResult=abs(rHelpValue-rValue-m_colorOffR[n])+abs(gHelpValue-gValue-m_colorOffG[n])+abs(bHelpValue-bValue-m_colorOffB[n]); //if(absResult<=help_simi) if (abs(rHelpValue - rValue) <= (m_colorOffR[n] + help_simi) && abs(gHelpValue - gValue) <= (m_colorOffG[n] + help_simi) && abs(bHelpValue - bValue) <= (m_colorOffB[n] + help_simi)) { nret = n; x = j; y = i; if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow()) { POINT pt; pt.x = j; pt.y = i; ::ScreenToClient(m_parenthwnd, &pt); x = pt.x; y = pt.y; } if (retstring == NULL) goto end; else { int len = wcslen(retstring); if (len > 1 && len < (MAX_PATH * 4 - 16)) swprintf(retstring, L"%s|%d,%d,%d", retstring, n, x, y); else if (len == 0) swprintf(retstring, L"%d,%d,%d", n, x, y); } } } } } } } end: return nret; } DWORD MyFindPictureClass::GetBkMouseShape(HCURSOR bkmouseshape)//默认bkmouseshape为空时为前台模式, bkmouseshape有值的时候是后台模式 { HDC dDC = CreateDC(_T("DISPLAY"), NULL, NULL, NULL); HDC hDC = CreateCompatibleDC(dDC); HBITMAP hBitmap = CreateCompatibleBitmap(dDC, GetSystemMetrics(SM_CXICON), GetSystemMetrics(SM_CYICON)); HBITMAP hOldBitmap = (HBITMAP)SelectObject(hDC, hBitmap); CURSORINFO pci; pci.cbSize = sizeof(CURSORINFO); pci.flags = 0; pci.hCursor = 0; if (bkmouseshape == NULL) //前台模式 { if (!GetCursorInfo(&pci)) { return 0; } DrawIcon(hDC, 0, 0, pci.hCursor); } else//后台模式 { DrawIcon(hDC, 0, 0, bkmouseshape); } hBitmap = (HBITMAP)SelectObject(hDC, hOldBitmap); DWORD dwPaletteSize = 0, dwBmBitsSize; BITMAP Bitmap; BITMAPINFOHEADER bi; //位图信息头结构 LPBITMAPINFOHEADER lpbi; HANDLE hDib; HPALETTE hOldPal = NULL; //设置位图信息头结构 GetObject(hBitmap, sizeof(BITMAP), (LPSTR)&Bitmap); WORD wBitCount = Bitmap.bmBitsPixel; dwBmBitsSize = ((Bitmap.bmWidth * wBitCount + 31) & ~31) / 8 * Bitmap.bmHeight; BYTE* bmpDate = new BYTE[dwBmBitsSize]; bi.biSize = sizeof(BITMAPINFOHEADER); bi.biWidth = Bitmap.bmWidth; bi.biHeight = Bitmap.bmHeight; bi.biPlanes = 1; bi.biBitCount = wBitCount; bi.biCompression = BI_RGB; bi.biSizeImage = dwBmBitsSize; bi.biXPelsPerMeter = 0; bi.biYPelsPerMeter = 0; bi.biClrUsed = 0; bi.biClrImportant = 0; hDib = GlobalAlloc(GHND, dwBmBitsSize + dwPaletteSize + sizeof(BITMAPINFOHEADER)); lpbi = (LPBITMAPINFOHEADER)GlobalLock(hDib); *lpbi = bi; GetDIBits(hDC, hBitmap, 0, (UINT)Bitmap.bmHeight, bmpDate, (BITMAPINFO*)lpbi, DIB_RGB_COLORS); DWORD num = 0; int height = Bitmap.bmHeight; int width = Bitmap.bmWidth; int n = 0;//位图深度 //////////////////////////////////////////////////////////////////////////////////////// //HDC hDC1 = ::GetWindowDC(::GetDesktopWindow()); //COLORREF helpcolor=0; //int pitch=width%2; ////int pitch=Pitch/4; //for(int i=0;i= 0 && Useindex < 20) { //if(TSRuntime::MyDictCount[Useindex]!=NULL) if (MyDictCount[Useindex] != NULL) { //TSRuntime::NowUsingDictIndex=Useindex; NowUsingDictIndex = Useindex; return true; } } return false; } bool MyFindPictureClass::MyDeleteDict(int deleteindex, pMyDictInfo* MyDictCount, int* nMyDictCountsize, int& NowUsingDictIndex) //删除字库 { //如果不是注入模式,直接使用静态类 if (deleteindex >= 0 && deleteindex < 20) { //if(TSRuntime::MyDictCount[deleteindex]!=NULL) // { // TSRuntime::nMyDictCountsize[deleteindex]=0; // TSRuntime::nMaxStrHight[deleteindex]=0; // delete [] TSRuntime::MyDictCount[deleteindex]; // TSRuntime::MyDictCount[deleteindex]=NULL; // return true; // } if (MyDictCount[deleteindex] != NULL) { nMyDictCountsize[deleteindex] = 0; TSRuntime::nMaxStrHight[deleteindex] = 0; delete[] MyDictCount[deleteindex]; MyDictCount[deleteindex] = NULL; return true; } } return false; } int MyFindPictureClass::FindStrFast(PVOID pbuffer, HWND hwnd, int left, int top, int right, int bottom, wchar_t* strings, wchar_t* color, double simi, long& x, long& y, pMyDictInfo* MyDictCount, int* nMyDictCountsize, int NowUsingDictIndex, DWORD(*ColorDataInfo)[2000], wchar_t* retstring, int type) { wchar_t retstr[MAX_PATH * 100] = { 0 }; x = -1; y = -1; int index = 0; int retIndex = -1; bool isFind = false; //得到当前字库的下标 usingindex = NowUsingDictIndex; //得到当前字库个数 dictindex = nMyDictCountsize[usingindex]; if (dictindex <= 0) //字库个数==0就退出 return isFind; //处理多个色偏 int col = 0; wchar_t colorBuffer[MAX_PATH][16];//存储多个字符串 for (int i = 0; i < MAX_PATH; i++) { memset(colorBuffer[i], 0, 16); } short nstr = 0;//要查找色偏的个数 ,最多支持(MAX_PATH)个色偏 while (*color) { if (*color != L'|') { if (col > 13) return retIndex; colorBuffer[nstr][col++] = *color; color++; continue; } else { if (col < 1) { color++; continue; } nstr++; col = 0; color++; } } if (col >= 1) nstr++; ncolors = nstr;//记录下色偏个数 //int t=::GetTickCount(); for (int i = 0; i < nstr; i++) { WCHAR colorR[4] = { 0 };//字的颜色 WCHAR colorG[4] = { 0 };//字的颜色 WCHAR colorB[4] = { 0 };//字的颜色 WCHAR coloroffR[4] = { 0 };//偏色 WCHAR coloroffG[4] = { 0 };//偏色 WCHAR coloroffB[4] = { 0 };//偏色 int count = 0; int colorL = 0; //StrTrimW(colorBuffer[i],L" ");//移除前后空格符 while (colorBuffer[i][colorL] != L'-') { if (count > 6) //判断是否是非法颜色值 return retIndex; if (count < 2) colorR[count] = colorBuffer[i][colorL++]; else if (count > 1 && count < 4) colorG[count - 2] = colorBuffer[i][colorL++]; else if (count > 3) colorB[count - 4] = colorBuffer[i][colorL++]; count++; } //将传入的RGB转换为BGR WCHAR colorBGR[16] = { 0 };//字的颜色 swprintf(colorBGR, L"%s%s%s", colorB, colorG, colorR); count = 0; colorL++; while (colorBuffer[colorL] != L'\0') { if (count >= 6) //判断是否是非法色偏值 break; if (count < 2) coloroffR[count] = colorBuffer[i][colorL++]; else if (count > 1 && count < 4) coloroffG[count - 2] = colorBuffer[i][colorL++]; else if (count > 3) coloroffB[count - 4] = colorBuffer[i][colorL++]; count++; } //将传入的RGB转换为BGR WCHAR coloroffBGR[16] = { 0 };//偏色 swprintf(coloroffBGR, L"%s%s%s", coloroffB, coloroffG, coloroffR); strColors[i] = wcstol(colorBGR, NULL, 16);//整形颜色值 strColoroff[i] = wcstol(coloroffBGR, NULL, 16);//整形偏色值 m_colorOffR[i] = GetRValue(strColoroff[i]); m_colorOffG[i] = GetGValue(strColoroff[i]); m_colorOffB[i] = GetBValue(strColoroff[i]); } //处理查找多个字 col = 0; short stringslen = 0; wchar_t StrBuffer[MAX_PATH][16];//存储多个字符串 for (int i = 0; i < MAX_PATH; i++) { memset(StrBuffer[i], 0, 16); } nstr = 0;//要查找字的个数 ,最多支持(MAX_PATH)个字 while (*strings) { if (*strings != L'|') { StrBuffer[nstr][col++] = *strings; strings++; continue; stringslen++; } else { if (col < 1) { strings++; continue; } nstr++; col = 0; strings++; stringslen++; } } if (col >= 1) nstr++; //TSRuntime::add_log("FindStrFast:重新拼接要查找的字符串-start"); //处理查找多个字 //memset(strings,0,wcslen(strings)*sizeof(wchar_t)); //memset(strings,0,stringslen); wchar_t findstrs[MAX_PATH * 100] = { 0 }; for (int i = 0; i < nstr; i++) { swprintf(findstrs, L"%s%s", findstrs, StrBuffer[i]);//重新拼接要查找的字符串 } short slen = wcslen(strings);//得到要查找字符串的长度 int nstringlen = 0; int nstringindex[MAX_PATH * 4] = { 0 };//记录查找字符在字库中的位置下标 char finstrings[MAX_PATH * 100] = { 0 }; USES_CONVERSION; strcpy(finstrings, W2A(findstrs)); //TSRuntime::add_log("finstrings：%s,strings:%s",finstrings,W2A(strings)); //TSRuntime::add_log("FindStrFast:重新拼接要查找的字符串-ing,dictindex:%d,strings:%s",dictindex,W2A(strings)); /////////////////////////////////////获取传进的要查找的字在字库中的位置(下标) for (int n = 0; n < dictindex; n++) { bool bfind = false; //if(TSRuntime::MyDictCount[usingindex][n].mydistchar) { char* strtofind = strstr(finstrings, MyDictCount[usingindex][n].mydistchar); if (strtofind != NULL) { if (nstringindex[nstringlen] == 0) { nstringindex[nstringlen] = n; nstringlen++; } //TSRuntime::add_log("strtofind：%s",strtofind); //TSRuntime::add_log("nstringlen:%d,strtofind:%s",nstringlen,TSRuntime::MyDictCount[usingindex][n].mydistchar); } //TSRuntime::add_log("strtofind：%s",TSRuntime::MyDictCount[usingindex][n].mydistchar); } } if (nstringlen == 0) //如果字库中没找到用户要找的字,返回失败 { return -1; } //TSRuntime::add_log("nstringlen:%d",nstringlen); /////////////////////////////////////获取传进的要查找的字在字库中的位置(下标) if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow())//normol找图 { RECT rec; RECT clientrec; ::GetClientRect(m_parenthwnd, &clientrec); int clienthight = clientrec.bottom - clientrec.top; int clientwide = clientrec.right - clientrec.left; ::GetWindowRect(m_parenthwnd, &rec); POINT point; point.x = 0; point.y = 0; ::ClientToScreen(m_parenthwnd, &point); m_Left = point.x; m_Top = point.y; m_Right = rec.right; m_bottom = rec.bottom; if (left < 0) left = 0; if (left >= clientwide) left = clientwide - 1; if (top < 0) top = 0; if (top >= clienthight) top = clienthight - 1; if (right >= clientwide) right = clientwide - 1; if (bottom >= clienthight) bottom = clienthight - 1; if (m_Left < 0) { if ((left + m_Left) <= 0)//越界 left = 0; else left = m_Left + left; } else left = m_Left + left; if (m_Top >= 0) top = m_Top + top; if (m_Right >= ::GetSystemMetrics(SM_CXSCREEN)) { if ((right + m_Left) > ::GetSystemMetrics(SM_CXSCREEN)) right = ::GetSystemMetrics(SM_CXSCREEN) - 1; else right = right + m_Left; } else right = right + m_Left; if (m_bottom >= ::GetSystemMetrics(SM_CYSCREEN)) { if ((bottom + m_Top) >= ::GetSystemMetrics(SM_CYSCREEN)) bottom = ::GetSystemMetrics(SM_CYSCREEN) - 1; else bottom = bottom + m_Top; } else bottom = bottom + m_Top; m_Left = left; m_Top = top; m_Right = right; m_bottom = bottom; } else { RECT clientrec; if (ColorDataInfo != NULL) ::GetClientRect(m_hwnd, &clientrec); else//gdi ::GetClientRect(hwnd, &clientrec); int clienthight = clientrec.bottom - clientrec.top; int clientwide = clientrec.right - clientrec.left; m_Left = left; m_Top = top; m_Right = right; m_bottom = bottom; if (left < 0) m_Left = left = 0; if (left >= clientwide) m_Left = clientwide - 1; if (top < 0) m_Top = top = 0; if (top >= clienthight) m_Top = clienthight - 1; if (right >= clientwide) m_Right = clientwide - 1; if (bottom >= clienthight) m_bottom = clienthight - 1; } RECT rc; rc.bottom = m_bottom; rc.left = m_Left; rc.right = m_Right; rc.top = m_Top; if (ColorDataInfo != NULL) { wndWidth = m_Right - m_Left; wndHeight = m_bottom - m_Top; //DX模式找字 if (!getDXBitmap(pbuffer, ColorDataInfo, 1)) { return retIndex; } } else { ////GDI模式找字 if (!getGDIBitmap(hwnd, rc, 1)) { return retIndex; } } /////////////////////////////控制四点的边界值以防止越界////////////////////////// GetStringInfo(); DWORD Findstrings[MAX_PATH * 10] = { 0 }; bool UnkownStr[MAX_PATH * 10] = { 0 };//未知字体 /////////////////// 处理多张图 ///////////////////// int indexstr = 0; int findstrX = -1; int findstrY = -1; int X = 0; int Y = 0; BYTE bfindstr = 0; for (int i = 0; i < nstringlen; i++) { bool strfind = false; if (simi == 1.0)//精确查找 { //使用指定字库 int nstrvaluelen = pWndBmpStr[MyDictCount[usingindex][nstringindex[i]].nstrvalue[0]].size(); for (int n = 0; n < nstrvaluelen; n++) { findstrX = pWndBmpStr[MyDictCount[usingindex][nstringindex[i]].nstrvalue[0]].at(n).x; findstrY = pWndBmpStr[MyDictCount[usingindex][nstringindex[i]].nstrvalue[0]].at(n).y; if (findstrX == -1 || findstrY == -1) continue; if (comparaStr(MyDictCount[usingindex][nstringindex[i]].nstrvalue, MyDictCount[usingindex][nstringindex[i]].strwide, MyDictCount[usingindex][nstringindex[i]].strhight, X, Y, findstrX, findstrY, simi, MyDictCount[usingindex][nstringindex[i]].nstrcount)) { strfind = true; int swide = MyDictCount[usingindex][nstringindex[i]].strwide; int shight = MyDictCount[usingindex][nstringindex[i]].strhight; for (int k = 0; k <= swide; k++)//判断是否是非正规字体 { if ((pWndBmpStrxy[Y - 1][X - 1] != 0 && pWndBmpStrxy[Y - 1][X - 1] >= 16) && shight >= 11)//左上角 { UnkownStr[indexstr] = true;//非正规字体标识 break; } if (pWndBmpStrxy[Y - 1][X + k] != 0 && pWndBmpStrxy[Y - 1][X + k] >= 1024) { UnkownStr[indexstr] = true;//非正规字体标识 break; } } //bool UnderlineString=true;//下滑线字体 //bool bfind=false; //for(int k=0;k<=swide;k++) //{ // if((pWndBmpStrxy[Y][X+k]%2==0)||pWndBmpStrxy[Y][X+k]==0||swide<2||shight>11)//判断字体最后一行是否是下划线 // UnderlineString=false; // //if(shight<=2&&pWndBmpStrxy[Y-4][X+k]!=0&&swide>=10) //区分三和一字的重合问题 // // bfind=true; // if(swide>=14&&shight==1&&pWndBmpStrxy[Y-2][X+k]!=0)//判断区别处理字体13号字体的点阵例如:"一"和"查" // bfind=true; // if(pWndBmpStrxy[Y-1][X+k]!=0&&pWndBmpStrxy[Y-1][X+k]>=1024) // bfind=true; // else if((pWndBmpStrxy[Y-1][X+swide]!=0&&pWndBmpStrxy[Y-1][X+swide]>=16)&&shight>=11) //右上角 // bfind=true; // else if((pWndBmpStrxy[Y-1][X-1]!=0&&pWndBmpStrxy[Y-1][X-1]>=16)&&shight>=11)//左上角 // bfind=true; // if((pWndBmpStrxy[Y][X-1]!=0||pWndBmpStrxy[Y][X+swide]!=0)&&shight<5) // bfind=true; // if(swide==1&&(pWndBmpStrxy[Y-1][X-1]!=0||pWndBmpStrxy[Y-1][X+swide]!=0)) //处理特殊符号 // bfind=true; // if(bfind) // break; //} //if(bfind) //{ // if(UnderlineString==false) // continue; //} if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow())//normol模式 { POINT pt; pt.x = X + m_Left; pt.y = Y + m_Top; ::ScreenToClient(m_parenthwnd, &pt); addrxy[indexstr][0] = pt.x; addrxy[indexstr][1] = pt.y; } else { addrxy[indexstr][0] = X + m_Left; addrxy[indexstr][1] = Y + m_Top; } addrxy[indexstr][2] = swide; addrxy[indexstr][3] = shight; USES_CONVERSION; Findstrings[indexstr] = (DWORD)MyDictCount[usingindex][nstringindex[i]].mydistchar; //pWndBmpStr[MyDictCount[usingindex][nstringindex[i]].nstrvalue[0]].at(n).x=-1; //pWndBmpStr[MyDictCount[usingindex][nstringindex[i]].nstrvalue[0]].at(n).y=-1; indexstr++; } if (indexstr >= MAX_PATH * 10 - 1) break; } if (indexstr >= MAX_PATH * 10 - 1) break; } else if (simi > 0.1 && simi < 1.0)//处理相似度 { //使用指定字库 //int nstrwide=TSRuntime::MyDictCount[usingindex][nstringindex[i]].strwide; int nstrwide = MyDictCount[usingindex][nstringindex[i]].strwide; //COLORREF pLoadstrBuffer[11][MAX_PATH-10]; for (int a = 0; a < 11; a++) { memset(TSRuntime::pLoadstrBuffer[a], 0, nstrwide + 1); } //将点阵信息还原图片矩阵信息 //byteTopic(TSRuntime::MyDictCount[usingindex][nstringindex[i]].nstrvalue,nstrwide, pLoadstrBuffer); //byteTopic(TSRuntime::MyDictCount[usingindex][nstringindex[i]].nstrvalue,nstrwide); byteTopic(MyDictCount[usingindex][nstringindex[i]].nstrvalue, nstrwide); for (int j = 1; j < 2048; j++) { int nstrvaluelen = pWndBmpStr[j].size(); for (int n = 0; n < nstrvaluelen; n++) { findstrX = pWndBmpStr[j].at(n).x; findstrY = pWndBmpStr[j].at(n).y; if (findstrX == -1 || findstrY == -1) { continue; } //if(comparaStrTosim(nstrwide,TSRuntime::MyDictCount[usingindex][nstringindex[i]].strhight,X,Y,findstrX,findstrY,simi,TSRuntime::MyDictCount[usingindex][nstringindex[i]].nstrcount)) if (comparaStrTosim(nstrwide, MyDictCount[usingindex][nstringindex[i]].strhight, X, Y, findstrX, findstrY, simi, MyDictCount[usingindex][nstringindex[i]].nstrcount)) { //int swide=MyDictCount[usingindex][nstringindex[i]].strwide; //int shight=MyDictCount[usingindex][nstringindex[i]].strhight; //for(int k=0;k<=swide;k++)//判断是否是非正规字体 //{ // if((pWndBmpStrxy[Y-1][X-1]!=0&&pWndBmpStrxy[Y-1][X-1]>=16)&&shight>=11)//左上角 // { // UnkownStr[indexstr]=true;//非正规字体标识 // break; // } // if(pWndBmpStrxy[Y-1][X+k]!=0&&pWndBmpStrxy[Y-1][X+k]>=1024) // { // UnkownStr[indexstr]=true;//非正规字体标识 // break; // } //} USES_CONVERSION; //wchar_t *finds=wcsstr(retstr,A2W(TSRuntime::MyDictCount[usingindex][nstringindex[i]].mydistchar)); wchar_t* finds = wcsstr(retstr, A2W(MyDictCount[usingindex][nstringindex[i]].mydistchar)); if (finds != NULL) { bool bfind = false; for (int k = 0; k < indexstr; k++) { //if(abs(addrxy[k][0]-X)<=TSRuntime::MyDictCount[usingindex][nstringindex[i]].strwide&&abs(addrxy[k][1]-Y)<=TSRuntime::MyDictCount[usingindex][nstringindex[i]].strhight) if (abs(addrxy[k][0] - X) <= MyDictCount[usingindex][nstringindex[i]].strwide && abs(addrxy[k][1] - Y) <= MyDictCount[usingindex][nstringindex[i]].strhight) { bfind = true; break; } } if (bfind) continue; } strfind = true; if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow())//normol模式 { POINT pt; pt.x = X + m_Left; pt.y = Y + m_Top; ::ScreenToClient(m_parenthwnd, &pt); addrxy[indexstr][0] = pt.x; addrxy[indexstr][1] = pt.y; } else { addrxy[indexstr][0] = X + m_Left; addrxy[indexstr][1] = Y + m_Top; } /////////取背景图 点阵坐标 //wsprintf(retstr,L"%s%s",retstr,A2W(TSRuntime::MyDictCount[usingindex][nstringindex[i]].mydistchar)); //Findstrings[indexstr]=(DWORD)TSRuntime::MyDictCount[usingindex][nstringindex[i]].mydistchar; //for(int p=0;p= MAX_PATH * 10 - 1) break; } if (indexstr >= MAX_PATH * 10 - 1) break; } if (indexstr >= MAX_PATH * 10 - 1) break; } if (!strfind && nstr == 1) { retIndex = -1; x = -1; y = -1; } } ////TSRuntime::add_log( "TS_OCR-排序-start"); int addrxyBak[MAX_PATH * 10][4] = { 0 }; wchar_t tempfindstr[256] = { 0 }; wchar_t tempfindstr1[256] = { 0 }; for (int i = 0; i < indexstr - 1; i++) { retstr[i]; retstr[i + 1]; if (addrxy[i + 1][1] < addrxy[i][1]) { for (int j = i + 1; j > 0; j--) { if (addrxy[j][1] < addrxy[j - 1][1]) { //这里做交换操作 int tem[10 * 2] = { 0 }; ::memcpy(tem, addrxy[j - 1], 4 * 4); ::memcpy(addrxy[j - 1], addrxy[j], 4 * 4); ::memcpy(addrxy[j], tem, 4 * 4); DWORD csTemp = Findstrings[j - 1]; Findstrings[j - 1] = Findstrings[j]; Findstrings[j] = csTemp; bool bret = UnkownStr[j - 1]; UnkownStr[j - 1] = UnkownStr[j]; UnkownStr[j] = bret; addrxyBak[j - 1][0] = addrxy[j - 1][0]; addrxyBak[j - 1][1] = addrxy[j - 1][1]; addrxyBak[j - 1][2] = addrxy[j - 1][2]; addrxyBak[j - 1][3] = addrxy[j - 1][3]; } else { addrxyBak[j][0] = addrxy[j][0]; addrxyBak[j][1] = addrxy[j][1]; addrxyBak[j][2] = addrxy[j][2]; addrxyBak[j][3] = addrxy[j][3]; } } } addrxyBak[i][0] = addrxy[i][0]; addrxyBak[i][1] = addrxy[i][1]; addrxyBak[i][2] = addrxy[i][2]; addrxyBak[i][3] = addrxy[i][3]; } for (int i = 0; i < indexstr - 1; i++) { if (abs(addrxy[i + 1][1] - addrxy[i][1]) <= 11) { //这里做交换操作 for (int m = i + 1; m > 0; m--) { if (abs(addrxy[m][1] - addrxy[m - 1][1]) <= 11) { if (addrxy[m][0] < addrxy[m - 1][0]) { int tem[10 * 2] = { 0 }; ::memcpy(tem, addrxy[m - 1], 4 * 4); ::memcpy(addrxy[m - 1], addrxy[m], 4 * 4); ::memcpy(addrxy[m], tem, 4 * 4); DWORD csTemp = Findstrings[m - 1]; Findstrings[m - 1] = Findstrings[m]; Findstrings[m] = csTemp; bool bret = UnkownStr[m - 1]; UnkownStr[m - 1] = UnkownStr[m]; UnkownStr[m] = bret; addrxyBak[m - 1][0] = addrxy[m - 1][0]; addrxyBak[m - 1][1] = addrxy[m - 1][1]; addrxyBak[m - 1][2] = addrxy[m - 1][2]; addrxyBak[m - 1][3] = addrxy[m - 1][3]; addrxyBak[m][0] = addrxy[m][0]; addrxyBak[m][1] = addrxy[m][1]; addrxyBak[m][2] = addrxy[m][2]; addrxyBak[m][3] = addrxy[m][3]; } else { addrxyBak[m][0] = addrxy[m][0]; addrxyBak[m][1] = addrxy[m][1]; addrxyBak[m][2] = addrxy[m][2]; addrxyBak[m][3] = addrxy[m][3]; } } else { addrxyBak[m][0] = addrxy[m][0]; addrxyBak[m][1] = addrxy[m][1]; addrxyBak[m][2] = addrxy[m][2]; addrxyBak[m][3] = addrxy[m][3]; break; } } } } if (indexstr >= 1) { addrxyBak[indexstr - 1][0] = addrxy[indexstr - 1][0]; addrxyBak[indexstr - 1][1] = addrxy[indexstr - 1][1]; addrxyBak[indexstr - 1][2] = addrxy[indexstr - 1][2]; addrxyBak[indexstr - 1][3] = addrxy[indexstr - 1][3]; } DWORD Strings[MAX_PATH * 10] = { 0 };//记录字符串指针地址 DWORD nindex = 0;//记录组合字个数 DWORD nindexs[MAX_PATH * 10] = { 0 };//记录组合字的下标 for (int i = 0; i < indexstr; i++) { int len = strlen((char*)Findstrings[i]); len = len / sizeof(wchar_t); if (len > 1) //是组合字 { Strings[nindex] = Findstrings[i]; nindexs[nindex] = i; nindex++; } } if (nindex > 0) { for (int i = 0; i < nindex; i++) { for (int j = 0; j < indexstr; j++) { if (nindexs[i] != j) { char* t1 = (char*)Strings[i]; char* t2 = (char*)Findstrings[j]; char* findchar = strstr((char*)Strings[i], (char*)Findstrings[j]); if (findchar != NULL) { if (addrxyBak[nindexs[i]][0] <= addrxyBak[j][0] && (addrxyBak[nindexs[i]][0] + addrxyBak[nindexs[i]][2]) >= (addrxyBak[j][0] + addrxyBak[j][2]) && addrxyBak[nindexs[i]][1] == addrxyBak[j][1]) { for (int n = 0; n < indexstr - j; n++) { addrxyBak[j + n][0] = addrxyBak[j + n + 1][0]; addrxyBak[j + n][1] = addrxyBak[j + n + 1][1]; addrxyBak[j + n][2] = addrxyBak[j + n + 1][2]; Findstrings[j + n] = Findstrings[j + n + 1]; } indexstr--; nindexs[i + 1]--; } } } } } } //过滤字--2013-5-11//过滤字--2013-5-11//过滤字--2013-5-11//过滤字--2013-5-11//过滤字--2013-5-11 int nstrs = 0; for (int i = 0; i < indexstr; i++) { int j = 1; short hight = addrxyBak[i][3]; short wide = addrxyBak[i][2]; short Y = addrxyBak[i][1]; short X = addrxyBak[i][0]; bool iscontinuefind = false; continuefind: //char *t=(char *)Findstrings[i]; //char *tt=(char *)Findstrings[i+j]; if (addrxyBak[i + j][0] < (X + wide) && ((addrxyBak[i + j][1] - Y) < hight)) { bool bfind = false; for (int n = 0; n < indexstr - i; n++) { if (addrxyBak[i + j + n][2] > wide && bfind == false && UnkownStr[i + j + n] == false) { //char *t1=(char *)Findstrings[i+n]; //char *t2=(char *)Findstrings[i+j+n]; addrxyBak[i + n][0] = addrxyBak[i + j + n][0]; addrxyBak[i + n][1] = addrxyBak[i + j + n][1]; addrxyBak[i + n][2] = addrxyBak[i + j + n][2]; addrxyBak[i + n][3] = addrxyBak[i + j + n][3]; UnkownStr[i + n] = UnkownStr[i + j + n]; Findstrings[i + n] = Findstrings[i + j + n]; } else { bfind = true; //char *t1=(char *)Findstrings[i+j+n]; //char *t2=(char *)Findstrings[i+j+1+n]; addrxyBak[i + j + n][0] = addrxyBak[i + j + 1 + n][0]; addrxyBak[i + j + n][1] = addrxyBak[i + j + 1 + n][1]; addrxyBak[i + j + n][2] = addrxyBak[i + j + 1 + n][2]; addrxyBak[i + j + n][3] = addrxyBak[i + j + 1 + n][3]; UnkownStr[i + j + n] = UnkownStr[i + j + 1 + n]; Findstrings[i + j + n] = Findstrings[i + j + 1 + n]; } } nstrs++; int dwnstr = indexstr - nstrs; if (dwnstr == 0) { indexstr = i + 1; break; } //char tempTetstr[MAX_PATH*100]={0}; //for(int k=0;k 0) { ////存储最先找到的字符串 int strfindlast = 0; int strfind = 0; short ret_x = -1; short ret_y = -1; short n_index = -1; for (int j = 0; j < nstr; j++) { short len = wcslen(StrBuffer[j]); short retx = -1; short rety = -1; short nindex = -1; wchar_t* straddr = NULL; int rlen = 0; for (int i = 0; i < len; i++) { if (findJ != j)//重置状态 { findJ = j; retstrnext = retstr; } //在找到的字符中查找,是否存在 wchar_t findchar[2] = { 0 }; //wcsncpy(findchar,&StrBuffer[j][i],sizeof(wchar_t)); wcsncpy(findchar, &StrBuffer[j][i], 1); if (i == 0) straddr = wcsstr(retstrnext, findchar); else if (straddr != NULL) straddr = wcsstr(straddr, findchar); if (straddr != NULL) { if (i == 0) { wchar_t* stringaddr = wcsstr(retstrnext, StrBuffer[j]); if (stringaddr != NULL) straddr = stringaddr; strfind = (DWORD)straddr; nindex = j; retx = addrxyBak[((DWORD)strfind - (DWORD)retstr) / 2][0]; rety = addrxyBak[((DWORD)strfind - (DWORD)retstr) / 2][1]; if (retstring && type == 2) { swprintf(retstring, L"%s,%d,%d", StrBuffer[j], retx, rety); } if (retstring && type != 2) { rlen = wcslen(retstring); bool issamex = false; bool issamey = false; if (retx != ret_x) { ret_x = retx; issamex = true; } if (ret_y != rety) { ret_y = rety; issamey = true; } if (n_index != nindex) n_index = nindex; else { if (!issamex && !issamey) { retstrnext++; if (wcsstr(retstrnext, StrBuffer[j]) && rlen < (MAX_PATH * 100 - 16) && i == len - 1 && len != 1)//继续往后找,如果还找到存在,重置变量j,继续返回坐标 j--; continue; } } if (rlen > 1 && rlen < (MAX_PATH * 100 - 16) && type == 1)//FindStrFastExS swprintf(retstring, L"%s|%s,%d,%d", retstring, StrBuffer[j], retx, rety); else if (rlen == 0 && type == 1)//FindStrFastExS swprintf(retstring, L"%s,%d,%d", StrBuffer[j], retx, rety); else if (rlen > 1 && rlen < (MAX_PATH * 100 - 16))////FindStrFastEx swprintf(retstring, L"%s|%d,%d,%d", retstring, nindex, retx, rety); else if (rlen == 0)////FindStrFastEx swprintf(retstring, L"%d,%d,%d", nindex, retx, rety); retstrnext++; } } } else { nindex = -1; retx = -1; rety = -1; break; } if (wcsstr(retstrnext, StrBuffer[j]) && rlen < (MAX_PATH * 100 - 16) && i == len - 1 && type != 2 && retstring)//继续往后找,如果还找到存在,重置变量j,继续返回坐标,&&len!=1 { if (len == 1) { i--; continue; } j--; } } if (nindex != -1 && (strfindlast == 0 || (strfind < strfindlast && strfind != 0))) { strfindlast = strfind; retIndex = nindex; x = retx; y = rety; } } } return retIndex; } int MyFindPictureClass::FindStr(PVOID pbuffer, HWND hwnd, int left, int top, int right, int bottom, wchar_t* strings, wchar_t* color, double simi, long& x, long& y, pMyDictInfo* MyDictCount, int* nMyDictCountsize, int NowUsingDictIndex, DWORD(*ColorDataInfo)[2000], wchar_t* retstring, int type) { wchar_t retstr[MAX_PATH * 100] = { 0 }; int index = 0; int retIndex = -1; bool isFind = false; //得到当前字库的下标 usingindex = NowUsingDictIndex; //得到当前字库个数 dictindex = nMyDictCountsize[usingindex]; if (dictindex <= 0) //字库个数==0就退出 return isFind; //处理多个色偏 int col = 0; wchar_t colorBuffer[MAX_PATH][16];//存储多个字符串 for (int i = 0; i < MAX_PATH; i++) { memset(colorBuffer[i], 0, 16); } short nstr = 0;//要查找色偏的个数 ,最多支持(MAX_PATH)个色偏 while (*color) { if (*color != L'|') { if (col > 13) return retIndex; colorBuffer[nstr][col++] = *color; color++; continue; } else { if (col < 1) { color++; continue; } nstr++; col = 0; color++; } } if (col >= 1) nstr++; ncolors = nstr;//记录下色偏个数 //int t=::GetTickCount(); for (int i = 0; i < nstr; i++) { WCHAR colorR[4] = { 0 };//字的颜色 WCHAR colorG[4] = { 0 };//字的颜色 WCHAR colorB[4] = { 0 };//字的颜色 WCHAR coloroffR[4] = { 0 };//偏色 WCHAR coloroffG[4] = { 0 };//偏色 WCHAR coloroffB[4] = { 0 };//偏色 int count = 0; int colorL = 0; //StrTrimW(colorBuffer[i],L" ");//移除前后空格符 while (colorBuffer[i][colorL] != L'-') { if (count > 6) //判断是否是非法颜色值 return retIndex; if (count < 2) colorR[count] = colorBuffer[i][colorL++]; else if (count > 1 && count < 4) colorG[count - 2] = colorBuffer[i][colorL++]; else if (count > 3) colorB[count - 4] = colorBuffer[i][colorL++]; count++; } //将传入的RGB转换为BGR WCHAR colorBGR[16] = { 0 };//字的颜色 swprintf(colorBGR, L"%s%s%s", colorB, colorG, colorR); count = 0; colorL++; while (colorBuffer[colorL] != L'\0') { if (count >= 6) //判断是否是非法色偏值 break; if (count < 2) coloroffR[count] = colorBuffer[i][colorL++]; else if (count > 1 && count < 4) coloroffG[count - 2] = colorBuffer[i][colorL++]; else if (count > 3) coloroffB[count - 4] = colorBuffer[i][colorL++]; count++; } //将传入的RGB转换为BGR WCHAR coloroffBGR[16] = { 0 };//偏色 swprintf(coloroffBGR, L"%s%s%s", coloroffB, coloroffG, coloroffR); strColors[i] = wcstol(colorBGR, NULL, 16);//整形颜色值 strColoroff[i] = wcstol(coloroffBGR, NULL, 16);//整形偏色值 m_colorOffR[i] = GetRValue(strColoroff[i]); m_colorOffG[i] = GetGValue(strColoroff[i]); m_colorOffB[i] = GetBValue(strColoroff[i]); } if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow())//normol找图 { RECT rec; RECT clientrec; ::GetClientRect(m_parenthwnd, &clientrec); int clienthight = clientrec.bottom - clientrec.top; int clientwide = clientrec.right - clientrec.left; ::GetWindowRect(m_parenthwnd, &rec); POINT point; point.x = 0; point.y = 0; ::ClientToScreen(m_parenthwnd, &point); m_Left = point.x; m_Top = point.y; m_Right = rec.right; m_bottom = rec.bottom; if (left < 0) left = 0; if (left >= clientwide) left = clientwide - 1; if (top < 0) top = 0; if (top >= clienthight) top = clienthight - 1; if (right >= clientwide) right = clientwide - 1; if (bottom >= clienthight) bottom = clienthight - 1; if (m_Left < 0) { if ((left + m_Left) <= 0)//越界 left = 0; else left = m_Left + left; } else left = m_Left + left; if (m_Top >= 0) top = m_Top + top; if (m_Right >= ::GetSystemMetrics(SM_CXSCREEN)) { if ((right + m_Left) > ::GetSystemMetrics(SM_CXSCREEN)) right = ::GetSystemMetrics(SM_CXSCREEN) - 1; else right = right + m_Left; } else right = right + m_Left; if (m_bottom >= ::GetSystemMetrics(SM_CYSCREEN)) { if ((bottom + m_Top) >= ::GetSystemMetrics(SM_CYSCREEN)) bottom = ::GetSystemMetrics(SM_CYSCREEN) - 1; else bottom = bottom + m_Top; } else bottom = bottom + m_Top; m_Left = left; m_Top = top; m_Right = right; m_bottom = bottom; } else { RECT clientrec; if (ColorDataInfo != NULL) ::GetClientRect(m_hwnd, &clientrec); else//gdi ::GetClientRect(hwnd, &clientrec); int clienthight = clientrec.bottom - clientrec.top; int clientwide = clientrec.right - clientrec.left; m_Left = left; m_Top = top; m_Right = right; m_bottom = bottom; if (left < 0) m_Left = left = 0; if (left >= clientwide) m_Left = clientwide - 1; if (top < 0) m_Top = top = 0; if (top >= clienthight) m_Top = clienthight - 1; if (right >= clientwide) m_Right = clientwide - 1; if (bottom >= clienthight) m_bottom = clienthight - 1; } RECT rc; rc.bottom = m_bottom; rc.left = m_Left; rc.right = m_Right; rc.top = m_Top; if (ColorDataInfo != NULL) { wndWidth = m_Right - m_Left; wndHeight = m_bottom - m_Top; //DX模式找字 if (!getDXBitmap(pbuffer, ColorDataInfo, 1)) { return retIndex; } } else { ////GDI模式找字 if (!getGDIBitmap(hwnd, rc, 1)) { return retIndex; } } GetStringInfo(); //处理查找多个字 col = 0; wchar_t StrBuffer[MAX_PATH][MAX_PATH];//存储多个字符串 for (int i = 0; i < MAX_PATH; i++) { memset(StrBuffer[i], 0, MAX_PATH); } nstr = 0;//要查找字的个数 ,最多支持(MAX_PATH)个字 while (*strings) { if (*strings != L'|') { StrBuffer[nstr][col++] = *strings; strings++; continue; } else { if (col < 1) { strings++; continue; } nstr++; col = 0; strings++; } } if (col >= 1) nstr++; //处理查找多个字 DWORD Findstrings[MAX_PATH * 10] = { 0 }; bool UnkownStr[MAX_PATH * 10] = { 0 };//未知字体 /////////////////// 处理多张图 ///////////////////// int indexstr = 0; int findstrX = -1; int findstrY = -1; int X = 0; int Y = 0; x = -1; y = -1; for (int i = 0; i < dictindex; i++) { if (simi == 1.0) { //使用指定字库 //int nstrvaluelen=pWndBmpStr[TSRuntime::MyDictCount[usingindex][i].nstrvalue[0]].size(); int nstrvaluelen = pWndBmpStr[MyDictCount[usingindex][i].nstrvalue[0]].size(); for (int n = 0; n < nstrvaluelen; n++) { findstrX = pWndBmpStr[MyDictCount[usingindex][i].nstrvalue[0]].at(n).x; findstrY = pWndBmpStr[MyDictCount[usingindex][i].nstrvalue[0]].at(n).y; if (findstrX == -1 || findstrY == -1) continue; if (comparaStr(MyDictCount[usingindex][i].nstrvalue, MyDictCount[usingindex][i].strwide, MyDictCount[usingindex][i].strhight, X, Y, findstrX, findstrY, simi, MyDictCount[usingindex][i].nstrcount)) { int swide = MyDictCount[usingindex][i].strwide; int shight = MyDictCount[usingindex][i].strhight; for (int k = 0; k <= swide; k++)//判断是否是非正规字体 { if ((pWndBmpStrxy[Y - 1][X - 1] != 0 && pWndBmpStrxy[Y - 1][X - 1] >= 16) && shight >= 11)//左上角 { UnkownStr[indexstr] = true;//非正规字体标识 break; } if (pWndBmpStrxy[Y - 1][X + k] != 0 && pWndBmpStrxy[Y - 1][X + k] >= 1024) { UnkownStr[indexstr] = true;//非正规字体标识 break; } } //bool UnderlineString=true;//下滑线字体 //bool bfind=false; //for(int k=0;k<=swide;k++) //{ // if((pWndBmpStrxy[Y][X+k]%2==0)||pWndBmpStrxy[Y][X+k]==0||swide<2||shight>11)//判断字体最后一行是否是下划线 // UnderlineString=false; // //if(shight<=2&&pWndBmpStrxy[Y-4][X+k]!=0&&swide>=10) //区分三和一字的重合问题 // // bfind=true; // if(swide>=14&&shight==1&&pWndBmpStrxy[Y-2][X+k]!=0)//判断区别处理字体13号字体的点阵例如:"一"和"查" // bfind=true; // if(pWndBmpStrxy[Y-1][X+k]!=0&&pWndBmpStrxy[Y-1][X+k]>=1024) // bfind=true; // else if((pWndBmpStrxy[Y-1][X+swide]!=0&&pWndBmpStrxy[Y-1][X+swide]>=16)&&shight>=11) //右上角 // bfind=true; // else if((pWndBmpStrxy[Y-1][X-1]!=0&&pWndBmpStrxy[Y-1][X-1]>=16)&&shight>=11)//左上角 // bfind=true; // if((pWndBmpStrxy[Y][X-1]!=0||pWndBmpStrxy[Y][X+swide]!=0)&&shight<5) // bfind=true; // if(swide==1&&(pWndBmpStrxy[Y-1][X-1]!=0||pWndBmpStrxy[Y-1][X+swide]!=0)) //处理特殊符号 // bfind=true; // if(bfind) // break; //} //if(bfind) //{ // if(UnderlineString==false) // continue; //} if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow())//normol模式 { POINT pt; pt.x = X + m_Left; pt.y = Y + m_Top; ::ScreenToClient(m_parenthwnd, &pt); addrxy[indexstr][0] = pt.x; addrxy[indexstr][1] = pt.y; } else { addrxy[indexstr][0] = X + m_Left; addrxy[indexstr][1] = Y + m_Top; } addrxy[indexstr][2] = swide; addrxy[indexstr][3] = shight; USES_CONVERSION; ///////取背景图 点阵坐标 Findstrings[indexstr] = (DWORD)(MyDictCount[usingindex][i].mydistchar); ////重置背景图坐标,防止找重复图 //pWndBmpStr[MyDictCount[usingindex][i].nstrvalue[0]].at(n).x=-1; //pWndBmpStr[MyDictCount[usingindex][i].nstrvalue[0]].at(n).y=-1; indexstr++; } if (indexstr >= MAX_PATH * 10 - 1) break; } if (indexstr >= MAX_PATH * 10 - 1) break; } else if (simi > 0.1 && simi < 1.0) { //int nstrwide=TSRuntime::MyDictCount[usingindex][i].strwide; int nstrwide = MyDictCount[usingindex][i].strwide; //COLORREF pLoadstrBuffer[11][MAX_PATH-10]; for (int a = 0; a < 11; a++) { memset(TSRuntime::pLoadstrBuffer[a], 0, nstrwide + 1); } //将点阵信息还原图片矩阵信息 //byteTopic(TSRuntime::MyDictCount[usingindex][i].nstrvalue,nstrwide); byteTopic(MyDictCount[usingindex][i].nstrvalue, nstrwide); for (int j = 1; j < 2048; j++) { //使用指定字库 int nstrvaluelen = pWndBmpStr[j].size(); for (int n = 0; n < nstrvaluelen; n++) { findstrX = pWndBmpStr[j].at(n).x; findstrY = pWndBmpStr[j].at(n).y; if (findstrX == -1 || findstrY == -1) continue; //if(comparaStrTosim(nstrwide,TSRuntime::MyDictCount[usingindex][i].strhight,X,Y,findstrX,findstrY,simi,TSRuntime::MyDictCount[usingindex][i].nstrcount)) if (comparaStrTosim(nstrwide, MyDictCount[usingindex][i].strhight, X, Y, findstrX, findstrY, simi, MyDictCount[usingindex][i].nstrcount)) { int swide = MyDictCount[usingindex][i].strwide; int shight = MyDictCount[usingindex][i].strhight; for (int k = 0; k <= swide; k++)//判断是否是非正规字体 { if ((pWndBmpStrxy[Y - 1][X - 1] != 0 && pWndBmpStrxy[Y - 1][X - 1] >= 16) && shight >= 11)//左上角 { UnkownStr[indexstr] = true;//非正规字体标识 break; } if (pWndBmpStrxy[Y - 1][X + k] != 0 && pWndBmpStrxy[Y - 1][X + k] >= 1024) { UnkownStr[indexstr] = true;//非正规字体标识 break; } } //USES_CONVERSION; ////wchar_t *finds=wcsstr(retstr,A2W(TSRuntime::MyDictCount[usingindex][i].mydistchar)); //wchar_t *finds=wcsstr(retstr,A2W(MyDictCount[usingindex][i].mydistchar)); //if(finds!=NULL) //{ // bool bfind=false; // for(int k=0;k= MAX_PATH * 10 - 1) break; } if (indexstr >= MAX_PATH * 10 - 1) break; } } } ////TSRuntime::add_log( "TS_OCR-排序-start"); int addrxyBak[MAX_PATH * 10][4] = { 0 }; wchar_t tempfindstr[256] = { 0 }; wchar_t tempfindstr1[256] = { 0 }; for (int i = 0; i < indexstr - 1; i++) { retstr[i]; retstr[i + 1]; if (addrxy[i + 1][1] < addrxy[i][1]) { for (int j = i + 1; j > 0; j--) { if (addrxy[j][1] < addrxy[j - 1][1]) { //这里做交换操作 int tem[10 * 2] = { 0 }; ::memcpy(tem, addrxy[j - 1], 4 * 4); ::memcpy(addrxy[j - 1], addrxy[j], 4 * 4); ::memcpy(addrxy[j], tem, 4 * 4); DWORD csTemp = Findstrings[j - 1]; Findstrings[j - 1] = Findstrings[j]; Findstrings[j] = csTemp; bool bret = UnkownStr[j - 1]; UnkownStr[j - 1] = UnkownStr[j]; UnkownStr[j] = bret; addrxyBak[j - 1][0] = addrxy[j - 1][0]; addrxyBak[j - 1][1] = addrxy[j - 1][1]; addrxyBak[j - 1][2] = addrxy[j - 1][2]; addrxyBak[j - 1][3] = addrxy[j - 1][3]; } else { addrxyBak[j][0] = addrxy[j][0]; addrxyBak[j][1] = addrxy[j][1]; addrxyBak[j][2] = addrxy[j][2]; addrxyBak[j][3] = addrxy[j][3]; } } } addrxyBak[i][0] = addrxy[i][0]; addrxyBak[i][1] = addrxy[i][1]; addrxyBak[i][2] = addrxy[i][2]; addrxyBak[i][3] = addrxy[i][3]; } for (int i = 0; i < indexstr - 1; i++) { if (abs(addrxy[i + 1][1] - addrxy[i][1]) <= 11) { //这里做交换操作 for (int m = i + 1; m > 0; m--) { if (abs(addrxy[m][1] - addrxy[m - 1][1]) <= 11) { if (addrxy[m][0] < addrxy[m - 1][0]) { int tem[10 * 2] = { 0 }; ::memcpy(tem, addrxy[m - 1], 4 * 4); ::memcpy(addrxy[m - 1], addrxy[m], 4 * 4); ::memcpy(addrxy[m], tem, 4 * 4); DWORD csTemp = Findstrings[m - 1]; Findstrings[m - 1] = Findstrings[m]; Findstrings[m] = csTemp; bool bret = UnkownStr[m - 1]; UnkownStr[m - 1] = UnkownStr[m]; UnkownStr[m] = bret; addrxyBak[m - 1][0] = addrxy[m - 1][0]; addrxyBak[m - 1][1] = addrxy[m - 1][1]; addrxyBak[m - 1][2] = addrxy[m - 1][2]; addrxyBak[m - 1][3] = addrxy[m - 1][3]; addrxyBak[m][0] = addrxy[m][0]; addrxyBak[m][1] = addrxy[m][1]; addrxyBak[m][2] = addrxy[m][2]; addrxyBak[m][3] = addrxy[m][3]; } else { addrxyBak[m][0] = addrxy[m][0]; addrxyBak[m][1] = addrxy[m][1]; addrxyBak[m][2] = addrxy[m][2]; addrxyBak[m][3] = addrxy[m][3]; } } else { addrxyBak[m][0] = addrxy[m][0]; addrxyBak[m][1] = addrxy[m][1]; addrxyBak[m][2] = addrxy[m][2]; addrxyBak[m][3] = addrxy[m][3]; break; } } } } if (indexstr >= 1) { addrxyBak[indexstr - 1][0] = addrxy[indexstr - 1][0]; addrxyBak[indexstr - 1][1] = addrxy[indexstr - 1][1]; addrxyBak[indexstr - 1][2] = addrxy[indexstr - 1][2]; addrxyBak[indexstr - 1][3] = addrxy[indexstr - 1][3]; } DWORD Strings[MAX_PATH * 10] = { 0 };//记录字符串指针地址 DWORD nindex = 0;//记录组合字个数 DWORD nindexs[MAX_PATH * 10] = { 0 };//记录组合字的下标 for (int i = 0; i < indexstr; i++) { int len = strlen((char*)Findstrings[i]); len = len / sizeof(wchar_t); if (len > 1) //是组合字 { Strings[nindex] = Findstrings[i]; nindexs[nindex] = i; nindex++; } } if (nindex > 0) { for (int i = 0; i < nindex; i++) { for (int j = 0; j < indexstr; j++) { if (nindexs[i] != j) { char* t1 = (char*)Strings[i]; char* t2 = (char*)Findstrings[j]; char* findchar = strstr((char*)Strings[i], (char*)Findstrings[j]); if (findchar != NULL) { if (addrxyBak[nindexs[i]][0] <= addrxyBak[j][0] && (addrxyBak[nindexs[i]][0] + addrxyBak[nindexs[i]][2]) >= (addrxyBak[j][0] + addrxyBak[j][2]) && addrxyBak[nindexs[i]][1] == addrxyBak[j][1]) { for (int n = 0; n < indexstr - j; n++) { addrxyBak[j + n][0] = addrxyBak[j + n + 1][0]; addrxyBak[j + n][1] = addrxyBak[j + n + 1][1]; addrxyBak[j + n][2] = addrxyBak[j + n + 1][2]; Findstrings[j + n] = Findstrings[j + n + 1]; } indexstr--; nindexs[i + 1]--; } } } } } } //过滤字--2013-5-11//过滤字--2013-5-11//过滤字--2013-5-11//过滤字--2013-5-11//过滤字--2013-5-11 int nstrs = 0; for (int i = 0; i < indexstr; i++) { int j = 1; short hight = addrxyBak[i][3]; short wide = addrxyBak[i][2]; short Y = addrxyBak[i][1]; short X = addrxyBak[i][0]; bool iscontinuefind = false; continuefind: //char *t=(char *)Findstrings[i]; //char *tt=(char *)Findstrings[i+j]; if (addrxyBak[i + j][0] < (X + wide) && ((addrxyBak[i + j][1] - Y) < hight)) { bool bfind = false; for (int n = 0; n < indexstr - i; n++) { if (addrxyBak[i + j + n][2] > wide && bfind == false && UnkownStr[i + j + n] == false) { //char *t1=(char *)Findstrings[i+n]; //char *t2=(char *)Findstrings[i+j+n]; addrxyBak[i + n][0] = addrxyBak[i + j + n][0]; addrxyBak[i + n][1] = addrxyBak[i + j + n][1]; addrxyBak[i + n][2] = addrxyBak[i + j + n][2]; addrxyBak[i + n][3] = addrxyBak[i + j + n][3]; UnkownStr[i + n] = UnkownStr[i + j + n]; Findstrings[i + n] = Findstrings[i + j + n]; } else { bfind = true; //char *t1=(char *)Findstrings[i+j+n]; //char *t2=(char *)Findstrings[i+j+1+n]; addrxyBak[i + j + n][0] = addrxyBak[i + j + 1 + n][0]; addrxyBak[i + j + n][1] = addrxyBak[i + j + 1 + n][1]; addrxyBak[i + j + n][2] = addrxyBak[i + j + 1 + n][2]; addrxyBak[i + j + n][3] = addrxyBak[i + j + 1 + n][3]; UnkownStr[i + j + n] = UnkownStr[i + j + 1 + n]; Findstrings[i + j + n] = Findstrings[i + j + 1 + n]; } } nstrs++; int dwnstr = indexstr - nstrs; if (dwnstr == 0) { indexstr = i + 1; break; } //char tempTetstr[MAX_PATH*100]={0}; //for(int k=0;k ((DWORD)straddr)) { strfind = (DWORD)straddr; retIndex = j; x = addrxyBak[((DWORD)straddr - (DWORD)retstr) / 2][0]; y = addrxyBak[((DWORD)straddr - (DWORD)retstr) / 2][1]; if (type == 2 && retstring)//FindStrS { swprintf(retstring, L"%s,%d,%d", StrBuffer[j], x, y); } } if (retstring && type != 2) { retIndex = j; x = addrxyBak[((DWORD)straddr - (DWORD)retstr) / 2][0]; y = addrxyBak[((DWORD)straddr - (DWORD)retstr) / 2][1]; int len = wcslen(retstring); if (len > 1 && len < (MAX_PATH * 100 - 16) && type == 1)//FindStrExS swprintf(retstring, L"%s|%s,%d,%d", retstring, StrBuffer[j], x, y); else if (len == 0 && type == 1)//FindStrExS swprintf(retstring, L"%s,%d,%d", StrBuffer[j], x, y); else if (len > 1 && len < (MAX_PATH * 100 - 16)) //FindStrEx swprintf(retstring, L"%s|%d,%d,%d", retstring, retIndex, x, y); else if (len == 0)//FindStrEx swprintf(retstring, L"%d,%d,%d", retIndex, x, y); straddr++; if (wcsstr(straddr, StrBuffer[j]) && len < (MAX_PATH * 100 - 16))//继续往后找,如果还找到存在,重置变量j,继续返回坐标 j--; else straddr = NULL; } } } if (strfind == 0) { retIndex = -1; x = -1; y = -1; } return retIndex; } //相似度匹配 bool MyFindPictureClass::comparaStrTosim(int strwide, int strhight, int& RetX, int& RetY, int startX, int startY, float simi, int nstrcount) //bool MyFindPictureClass::comparaStrTosim(COLORREF pLoadstrBuffer[11][MAX_PATH-10],int strwide,int strhight,int &RetX,int &RetY,int startX,int startY,float simi,int nstrcount) { return true; } int MyFindPictureClass::ocr(PVOID pbuffer, HWND hwnd, int left, int top, int right, int bottom, wchar_t* color, double simi, wchar_t* retstr, pMyDictInfo* MyDictCount, int* nMyDictCountsize, int NowUsingDictIndex, DWORD(*ColorDataInfo)[2000], int type) { //TSRuntime::add_log( "TS_OCR-start"); int index = 0; int retIndex = -1; bool isFind = false; //得到当前字库的下标 usingindex = NowUsingDictIndex; //得到当前字库个数 dictindex = nMyDictCountsize[usingindex]; if (dictindex <= 0) //字库个数==0就退出 return isFind; //处理多个色偏 int col = 0; wchar_t colorBuffer[MAX_PATH][16];//存储多个字符串 for (int i = 0; i < MAX_PATH; i++) { memset(colorBuffer[i], 0, 16); } short nstr = 0;//要查找色偏的个数 ,最多支持(MAX_PATH)个色偏 while (*color) { if (*color != L'|') { if (col > 13) return retIndex; colorBuffer[nstr][col++] = *color; color++; continue; } else { if (col < 1) { color++; continue; } nstr++; col = 0; color++; } } if (col >= 1) nstr++; ncolors = nstr;//记录下色偏个数 //int t=::GetTickCount(); for (int i = 0; i < nstr; i++) { WCHAR colorR[4] = { 0 };//字的颜色 WCHAR colorG[4] = { 0 };//字的颜色 WCHAR colorB[4] = { 0 };//字的颜色 WCHAR coloroffR[4] = { 0 };//偏色 WCHAR coloroffG[4] = { 0 };//偏色 WCHAR coloroffB[4] = { 0 };//偏色 int count = 0; int colorL = 0; //StrTrimW(colorBuffer[i],L" ");//移除前后空格符 while (colorBuffer[i][colorL] != L'-') { if (count > 6) //判断是否是非法颜色值 return retIndex; if (count < 2) colorR[count] = colorBuffer[i][colorL++]; else if (count > 1 && count < 4) colorG[count - 2] = colorBuffer[i][colorL++]; else if (count > 3) colorB[count - 4] = colorBuffer[i][colorL++]; count++; } //将传入的RGB转换为BGR WCHAR colorBGR[16] = { 0 };//字的颜色 swprintf(colorBGR, L"%s%s%s", colorB, colorG, colorR); count = 0; colorL++; while (colorBuffer[colorL] != L'\0') { if (count >= 6) //判断是否是非法色偏值 break; if (count < 2) coloroffR[count] = colorBuffer[i][colorL++]; else if (count > 1 && count < 4) coloroffG[count - 2] = colorBuffer[i][colorL++]; else if (count > 3) coloroffB[count - 4] = colorBuffer[i][colorL++]; count++; } //将传入的RGB转换为BGR WCHAR coloroffBGR[16] = { 0 };//偏色 swprintf(coloroffBGR, L"%s%s%s", coloroffB, coloroffG, coloroffR); strColors[i] = wcstol(colorBGR, NULL, 16);//整形颜色值 strColoroff[i] = wcstol(coloroffBGR, NULL, 16);//整形偏色值 m_colorOffR[i] = GetRValue(strColoroff[i]); m_colorOffG[i] = GetGValue(strColoroff[i]); m_colorOffB[i] = GetBValue(strColoroff[i]); //USES_CONVERSION; //TSRuntime::add_log( "TS_OCR-coloroffBGR:%s,strColors:%s",W2A(coloroffBGR),W2A(colorBGR)); } if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow())//normol找图 { RECT rec; RECT clientrec; ::GetClientRect(m_parenthwnd, &clientrec); int clienthight = clientrec.bottom - clientrec.top; int clientwide = clientrec.right - clientrec.left; ::GetWindowRect(m_parenthwnd, &rec); POINT point; point.x = 0; point.y = 0; ::ClientToScreen(m_parenthwnd, &point); m_Left = point.x; m_Top = point.y; m_Right = rec.right; m_bottom = rec.bottom; if (left < 0) left = 0; if (left >= clientwide) left = clientwide - 1; if (top < 0) top = 0; if (top >= clienthight) top = clienthight - 1; if (right >= clientwide) right = clientwide - 1; if (bottom >= clienthight) bottom = clienthight - 1; if (m_Left < 0) { if ((left + m_Left) <= 0)//越界 left = 0; else left = m_Left + left; } else left = m_Left + left; if (m_Top >= 0) top = m_Top + top; if (m_Right >= ::GetSystemMetrics(SM_CXSCREEN)) { if ((right + m_Left) > ::GetSystemMetrics(SM_CXSCREEN)) right = ::GetSystemMetrics(SM_CXSCREEN) - 1; else right = right + m_Left; } else right = right + m_Left; if (m_bottom >= ::GetSystemMetrics(SM_CYSCREEN)) { if ((bottom + m_Top) >= ::GetSystemMetrics(SM_CYSCREEN)) bottom = ::GetSystemMetrics(SM_CYSCREEN) - 1; else bottom = bottom + m_Top; } else bottom = bottom + m_Top; m_Left = left; m_Top = top; m_Right = right; m_bottom = bottom; } else { RECT clientrec; if (ColorDataInfo != NULL) ::GetClientRect(m_hwnd, &clientrec); else//gdi ::GetClientRect(hwnd, &clientrec); int clienthight = clientrec.bottom - clientrec.top; int clientwide = clientrec.right - clientrec.left; m_Left = left; m_Top = top; m_Right = right; m_bottom = bottom; if (left < 0) m_Left = left = 0; if (left >= clientwide) m_Left = clientwide - 1; if (top < 0) m_Top = top = 0; if (top >= clienthight) m_Top = clienthight - 1; if (right >= clientwide) m_Right = clientwide - 1; if (bottom >= clienthight) m_bottom = clienthight - 1; } RECT rc; rc.bottom = m_bottom; rc.left = m_Left; rc.right = m_Right; rc.top = m_Top; if (ColorDataInfo != NULL) { wndWidth = m_Right - m_Left; wndHeight = m_bottom - m_Top; //DX模式找字 if (!getDXBitmap(pbuffer, ColorDataInfo, 1)) { return retIndex; } } else { ////GDI模式找字 if (!getGDIBitmap(hwnd, rc, 1)) { return retIndex; } } GetStringInfo(); DWORD Findstrings[MAX_PATH * 10] = { 0 }; bool UnkownStr[MAX_PATH * 10] = { 0 };//未知字体 /////////////////// 处理多张图 ///////////////////// int indexstr = 0; int findstrX = -1; int findstrY = -1; int X = 0; int Y = 0; for (int i = 0; i < dictindex; i++) { if (simi == 1.0) { //使用指定字库 int nstrvaluelen = pWndBmpStr[MyDictCount[usingindex][i].nstrvalue[0]].size(); for (int n = 0; n < nstrvaluelen; n++) { findstrX = pWndBmpStr[MyDictCount[usingindex][i].nstrvalue[0]].at(n).x; findstrY = pWndBmpStr[MyDictCount[usingindex][i].nstrvalue[0]].at(n).y; if (findstrX == -1 || findstrY == -1) continue; if (findstrX == 42 && findstrY == 100 && i == 36) int aadf = 1; //if(i==(dictindex-1))//确定是否最后一次循环 // IsLastFindStr=true; //if(MyDictCount[usingindex][i].strwide==2) //int aadd=0; //TSRuntime::add_log( "TS_OCR-findstrX:%d,findstrY:%d",findstrX,findstrY); if (comparaStr(MyDictCount[usingindex][i].nstrvalue, MyDictCount[usingindex][i].strwide, MyDictCount[usingindex][i].strhight, X, Y, findstrX, findstrY, simi, MyDictCount[usingindex][i].nstrcount)) { int swide = MyDictCount[usingindex][i].strwide; int shight = MyDictCount[usingindex][i].strhight; for (int k = 0; k <= swide; k++)//判断是否是非正规字体 { if ((pWndBmpStrxy[Y - 1][X - 1] != 0 && pWndBmpStrxy[Y - 1][X - 1] >= 16) && shight >= 11)//左上角 { UnkownStr[indexstr] = true;//非正规字体标识 break; } if (pWndBmpStrxy[Y - 1][X + k] != 0 && pWndBmpStrxy[Y - 1][X + k] >= 1024) { UnkownStr[indexstr] = true;//非正规字体标识 break; } } if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow())//normol模式 { POINT pt; pt.x = X + m_Left; pt.y = Y + m_Top; ::ScreenToClient(m_parenthwnd, &pt); addrxy[indexstr][0] = pt.x; addrxy[indexstr][1] = pt.y; } else { addrxy[indexstr][0] = X + m_Left; addrxy[indexstr][1] = Y + m_Top; } addrxy[indexstr][2] = swide; addrxy[indexstr][3] = shight; //if(X==905&&Y==382) // int aadf=1; //if(strcmp("_",MyDictCount[usingindex][i].mydistchar)==0) // int ddf=1; ///////取背景图 点阵坐标 //USES_CONVERSION; Findstrings[indexstr] = (DWORD)(MyDictCount[usingindex][i].mydistchar); indexstr++; ////重置背景图坐标,防止找重复图 //pWndBmpStr[MyDictCount[usingindex][i].nstrvalue[0]].at(n).x=-1; //pWndBmpStr[MyDictCount[usingindex][i].nstrvalue[0]].at(n).y=-1; } if (indexstr >= MAX_PATH * 10 - 1) break; } if (indexstr >= MAX_PATH * 10 - 1) break; } else if (simi > 0.1 && simi < 1.0) { int nstrwide = MyDictCount[usingindex][i].strwide; for (int a = 0; a < 11; a++) { memset(TSRuntime::pLoadstrBuffer[a], 0, nstrwide + 1); } //将点阵信息还原图片矩阵信息 byteTopic(MyDictCount[usingindex][i].nstrvalue, nstrwide); for (int j = 1; j < 2048; j++) { //使用指定字库 int nstrvaluelen = pWndBmpStr[j].size(); for (int n = 0; n < nstrvaluelen; n++) { findstrX = pWndBmpStr[j].at(n).x; findstrY = pWndBmpStr[j].at(n).y; if (findstrX == -1 || findstrY == -1) { continue; } if (comparaStrTosim(nstrwide, MyDictCount[usingindex][i].strhight, X, Y, findstrX, findstrY, simi, MyDictCount[usingindex][i].nstrcount)) { int swide = MyDictCount[usingindex][i].strwide; int shight = MyDictCount[usingindex][i].strhight; for (int k = 0; k <= swide; k++)//判断是否是非正规字体 { if ((pWndBmpStrxy[Y - 1][X - 1] != 0 && pWndBmpStrxy[Y - 1][X - 1] >= 16) && shight >= 11)//左上角 { UnkownStr[indexstr] = true;//非正规字体标识 break; } if (pWndBmpStrxy[Y - 1][X + k] != 0 && pWndBmpStrxy[Y - 1][X + k] >= 1024) { UnkownStr[indexstr] = true;//非正规字体标识 break; } } if (m_parenthwnd != 0 && m_parenthwnd != ::GetDesktopWindow())//normol模式 { POINT pt; pt.x = X + m_Left; pt.y = Y + m_Top; ::ScreenToClient(m_parenthwnd, &pt); addrxy[indexstr][0] = pt.x; addrxy[indexstr][1] = pt.y; } else { addrxy[indexstr][0] = X + m_Left; addrxy[indexstr][1] = Y + m_Top; } addrxy[indexstr][2] = swide; addrxy[indexstr][3] = shight; /////取背景图 点阵坐标 //wsprintf(retstr,L"%s%s",retstr,A2W(TSRuntime::MyDictCount[usingindex][i].mydistchar)); //Findstrings[indexstr]=(DWORD)(TSRuntime::MyDictCount[usingindex][i].mydistchar); Findstrings[indexstr] = (DWORD)(MyDictCount[usingindex][i].mydistchar); indexstr++; ////重置背景图坐标,防止找重复图 //pWndBmpStr[j].at(n).x=-1; //pWndBmpStr[j].at(n).y=-1; } if (indexstr >= MAX_PATH * 10 - 1) break; } if (indexstr >= MAX_PATH * 10 - 1) break; } } } ////TSRuntime::add_log( "TS_OCR-排序-start"); int addrxyBak[MAX_PATH * 10][4] = { 0 }; wchar_t tempfindstr[256] = { 0 }; wchar_t tempfindstr1[256] = { 0 }; for (int i = 0; i < indexstr - 1; i++) { retstr[i]; retstr[i + 1]; if (addrxy[i + 1][1] < addrxy[i][1]) { for (int j = i + 1; j > 0; j--) { if (addrxy[j][1] < addrxy[j - 1][1]) { //这里做交换操作 int tem[10 * 2] = { 0 }; ::memcpy(tem, addrxy[j - 1], 4 * 4); ::memcpy(addrxy[j - 1], addrxy[j], 4 * 4); ::memcpy(addrxy[j], tem, 4 * 4); DWORD csTemp = Findstrings[j - 1]; Findstrings[j - 1] = Findstrings[j]; Findstrings[j] = csTemp; bool bret = UnkownStr[j - 1]; UnkownStr[j - 1] = UnkownStr[j]; UnkownStr[j] = bret; addrxyBak[j - 1][0] = addrxy[j - 1][0]; addrxyBak[j - 1][1] = addrxy[j - 1][1]; addrxyBak[j - 1][2] = addrxy[j - 1][2]; addrxyBak[j - 1][3] = addrxy[j - 1][3]; } else { addrxyBak[j][0] = addrxy[j][0]; addrxyBak[j][1] = addrxy[j][1]; addrxyBak[j][2] = addrxy[j][2]; addrxyBak[j][3] = addrxy[j][3]; } } } addrxyBak[i][0] = addrxy[i][0]; addrxyBak[i][1] = addrxy[i][1]; addrxyBak[i][2] = addrxy[i][2]; addrxyBak[i][3] = addrxy[i][3]; } for (int i = 0; i < indexstr - 1; i++) { if (abs(addrxy[i + 1][1] - addrxy[i][1]) <= 11) { //这里做交换操作 for (int m = i + 1; m > 0; m--) { if (abs(addrxy[m][1] - addrxy[m - 1][1]) <= 11) { if (addrxy[m][0] < addrxy[m - 1][0]) { int tem[10 * 2] = { 0 }; ::memcpy(tem, addrxy[m - 1], 4 * 4); ::memcpy(addrxy[m - 1], addrxy[m], 4 * 4); ::memcpy(addrxy[m], tem, 4 * 4); DWORD csTemp = Findstrings[m - 1]; Findstrings[m - 1] = Findstrings[m]; Findstrings[m] = csTemp; bool bret = UnkownStr[m - 1]; UnkownStr[m - 1] = UnkownStr[m]; UnkownStr[m] = bret; addrxyBak[m - 1][0] = addrxy[m - 1][0]; addrxyBak[m - 1][1] = addrxy[m - 1][1]; addrxyBak[m - 1][2] = addrxy[m - 1][2]; addrxyBak[m - 1][3] = addrxy[m - 1][3]; addrxyBak[m][0] = addrxy[m][0]; addrxyBak[m][1] = addrxy[m][1]; addrxyBak[m][2] = addrxy[m][2]; addrxyBak[m][3] = addrxy[m][3]; } else { addrxyBak[m][0] = addrxy[m][0]; addrxyBak[m][1] = addrxy[m][1]; addrxyBak[m][2] = addrxy[m][2]; addrxyBak[m][3] = addrxy[m][3]; } } else { addrxyBak[m][0] = addrxy[m][0]; addrxyBak[m][1] = addrxy[m][1]; addrxyBak[m][2] = addrxy[m][2]; addrxyBak[m][3] = addrxy[m][3]; break; } } } } if (indexstr >= 1) { addrxyBak[indexstr - 1][0] = addrxy[indexstr - 1][0]; addrxyBak[indexstr - 1][1] = addrxy[indexstr - 1][1]; addrxyBak[indexstr - 1][2] = addrxy[indexstr - 1][2]; addrxyBak[indexstr - 1][3] = addrxy[indexstr - 1][3]; } DWORD Strings[MAX_PATH * 10] = { 0 };//记录字符串指针地址 DWORD nindex = 0;//记录组合字个数 DWORD nindexs[MAX_PATH * 10] = { 0 };//记录组合字的下标 for (int i = 0; i < indexstr; i++) { int len = strlen((char*)Findstrings[i]); len = len / sizeof(wchar_t); if (len > 1) //是组合字 { Strings[nindex] = Findstrings[i]; nindexs[nindex] = i; nindex++; } } if (nindex > 0) { for (int i = 0; i < nindex; i++) { for (int j = 0; j < indexstr; j++) { if (nindexs[i] != j) { char* t1 = (char*)Strings[i]; char* t2 = (char*)Findstrings[j]; char* findchar = strstr((char*)Strings[i], (char*)Findstrings[j]); if (findchar != NULL) { if (addrxyBak[nindexs[i]][0] <= addrxyBak[j][0] && (addrxyBak[nindexs[i]][0] + addrxyBak[nindexs[i]][2]) >= (addrxyBak[j][0] + addrxyBak[j][2]) && addrxyBak[nindexs[i]][1] == addrxyBak[j][1]) { for (int n = 0; n < indexstr - j; n++) { addrxyBak[j + n][0] = addrxyBak[j + n + 1][0]; addrxyBak[j + n][1] = addrxyBak[j + n + 1][1]; addrxyBak[j + n][2] = addrxyBak[j + n + 1][2]; Findstrings[j + n] = Findstrings[j + n + 1]; } indexstr--; nindexs[i + 1]--; } } } } } } //char tt[MAX_PATH]={0}; //for(int i=0;i wide && bfind == false && UnkownStr[i + j + n] == false) { //char *t1=(char *)Findstrings[i+n]; //char *t2=(char *)Findstrings[i+j+n]; addrxyBak[i + n][0] = addrxyBak[i + j + n][0]; addrxyBak[i + n][1] = addrxyBak[i + j + n][1]; addrxyBak[i + n][2] = addrxyBak[i + j + n][2]; addrxyBak[i + n][3] = addrxyBak[i + j + n][3]; UnkownStr[i + n] = UnkownStr[i + j + n]; Findstrings[i + n] = Findstrings[i + j + n]; } else { bfind = true; //char *t1=(char *)Findstrings[i+j+n]; //char *t2=(char *)Findstrings[i+j+1+n]; addrxyBak[i + j + n][0] = addrxyBak[i + j + 1 + n][0]; addrxyBak[i + j + n][1] = addrxyBak[i + j + 1 + n][1]; addrxyBak[i + j + n][2] = addrxyBak[i + j + 1 + n][2]; addrxyBak[i + j + n][3] = addrxyBak[i + j + 1 + n][3]; UnkownStr[i + j + n] = UnkownStr[i + j + 1 + n]; Findstrings[i + j + n] = Findstrings[i + j + 1 + n]; } } nstrs++; int dwnstr = indexstr - nstrs; if (dwnstr == 0) { indexstr = i + 1; break; } //char tempTetstr[MAX_PATH*100]={0}; //for(int k=0;k=0&&nindex<20&&TSRuntime::MyDictCount[nindex]!=NULL) //delete [] TSRuntime::MyDictCount[nindex]; if (nindex >= 0 && nindex < 20 && MyDictCount[nindex] != NULL) delete[] MyDictCount[nindex]; hfile = ::CreateFile(dictpath, GENERIC_READ, FILE_SHARE_READ, NULL, OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL, NULL);//打开文件, if (hfile == INVALID_HANDLE_VALUE) { if (TSRuntime::IsShowErrorMsg) { wchar_t erro[MAX_PATH * 2] = { 0 }; swprintf(erro, L"打开字库<%s>失败<错误信息=系统找不到指定文件.>", dictpath); MessageBox(NULL, erro, L"TC", NULL); } return false; } filesize = ::GetFileSize(hfile, NULL); char* date = new char[filesize + 1]; ::ReadFile(hfile, date, filesize, &ReadFileSize, NULL); if (ReadFileSize < 1) { return false; } ////////////////////根据换行个数计算点阵个数 int nsize = 0; int nadd = 0; char* tdate = date; while (*tdate) { if (*tdate != '\n') { if (nadd > MAX_PATH * 3) { CloseHandle(hfile); return isSet; } nadd++; tdate++; } else { nadd = 0; tdate++; nsize++; } } if (nsize == 0) { CloseHandle(hfile); return isSet; } ////////////////////根据换行个数计算点阵个数 pMyDictInfo mydict = new MYDICTINFO[nsize]; char pathBuffer[MAX_PATH * 3] = { 0 }; int picstr = 0; bool isFind = false; while (*date) { if (*date != '\n') { if (col > MAX_PATH * 3) { delete[] mydict; return isSet; } pathBuffer[col++] = *date; if ((pathBuffer[0] < 48 && pathBuffer[0] < 57) || (pathBuffer[0] < 65 && pathBuffer[0]>65)) //判断是否到乱码 { date++; continue; } date++; } else { if (col < 8) break; char tempstr[MAX_PATH * 3] = { 0 }; int index = 0; while (pathBuffer[index] != '$') { if (index == MAX_PATH * 3 - 1) { delete[] mydict; return isSet; } tempstr[index] = pathBuffer[index]; index++; } if ((index * 4) % 11 != 0) mydict[dictindex].strwide = (index * 4 - 1) / 11; //记录当前字体字宽 else mydict[dictindex].strwide = (index * 4) / 11; //记录当前字体字宽 index++; int counta = 0; char tempstrstr[16] = { 0 }; while (pathBuffer[index] != '$') { tempstrstr[counta] = pathBuffer[index]; index++; counta++; } char* sfind = strrchr(pathBuffer, '$'); sfind++; mydict[dictindex].strhight = atoi(sfind);//记录当前字体字高 MaxStrHight[mydict[dictindex].strhight] = mydict[dictindex].strhight; char bytestr[DICTLENGMAX] = { 0 }; //把字体点阵还原图色矩阵信息，并且存储起来 dicthextobyte(tempstr, bytestr, index, mydict[dictindex].nstrcount); //if(strcmp(tempstrstr,"情")==0) // int aad=0; for (int i = 0; i < index / 11; i++) { char Tstr1[11 + 1] = { 0 }; strncpy(Tstr1, &bytestr[i * 11], 11); mydict[dictindex].nstrvalue[i] = strtol(Tstr1, NULL, 2); } strcpy(mydict[dictindex].mydistchar, tempstrstr);//字 ::memset(pathBuffer, 0, MAX_PATH); col = 0; date++; dictindex++; picstr = 0; } } //存储当前字库 if (nindex >= 0 && nindex < 20) { isSet = true; NowUsingDictIndex = nindex; usingindex = nindex; //TSRuntime::MyDictCount[nindex]=mydict; MyDictCount[nindex] = mydict; nMyDictCountsize[nindex] = dictindex; } else { delete[] mydict; return isSet; } //记录字库的最高字高 for (int i = MAX_PATH; i > 0; i--) { if (MaxStrHight[i] != 0 && MaxStrHight[i] < 20) { TSRuntime::nMaxStrHight[nindex] = MaxStrHight[i]; break; } } if (TSRuntime::nMaxStrHight[nindex] == 0)//如果字库中的字,字高都高于20,那设置一个默认字高值为16 TSRuntime::nMaxStrHight[nindex] = 16; CloseHandle(hfile); return isSet; }