/* hyx ============================================== */ int MY_CDECL interface /* hyx ============================================== */ ( #ifndef _WIN32 int numArgs, const char *args[] #endif ) { FILE *fp; if((fp = fopen("/data/data/com.nathaniel.amendroid7z/LOG","w")) == NULL) return 3; CStdOutStream myStdStream(fp); g_StdStream = &myStdStream; NT_CHECK NConsoleClose::CCtrlHandlerSetter ctrlHandlerSetter; int res = _interface( #ifndef _WIN32 numArgs, args #endif ); fclose(fp); return res; }
//----------------------------------------------------------------------- void Extern::_processParticle(ParticleTechnique* particleTechnique, Particle* particle, Real timeElapsed, bool firstParticle) { // Call the _firstParticle() function if the first particle in the update loop is encountered. if (firstParticle) { // Perform a precalculation at the first particle _firstParticle(particleTechnique, particle, timeElapsed); } _interface(particleTechnique, particle, timeElapsed); }
// Main processing function void GoogleGlassWindow::process() { if(!isActive()) return; // PICTURE TO INTERFACE boost::filesystem::directory_iterator end_itr; boost::filesystem::path pictures_path("../Images_Google/Pictures"); boost::filesystem::directory_iterator picture_image(pictures_path); for (int i = 0; i < picturesX; i++) { for (int j = 0; j < picturesY; j++) { if(picture_image->path().filename().string().compare(".DS_Store") == 0 || picture_image->path().filename().string().compare(".") == 0 || picture_image->path().filename().string().compare("..") == 0) { ++picture_image; j--; continue; } else if(picture_image != end_itr) { cv::Mat picture = cv::imread(picture_image->path().string().c_str(), CV_LOAD_IMAGE_COLOR); //IplImage* picture = (IplImage*) cvLoadImage(picture_image->path().string().c_str()); cv::resize(picture, _pictureResized2, _pictureResized2.size()); //cvResize(picture, _pictureResized); roi_rect = cv::Rect(_interface.cols/picturesX * i, _interface.rows/picturesY * j, _interface.cols/picturesX, _interface.rows/picturesY); _pictureResized2.copyTo(_interface(roi_rect)); //cvCopy(_picture_resized, _interface); ++picture_image; } } } // INFORMATION TEXT OF PICTURES TO INTERFACE boost::filesystem::path text_path("../Images_Google/Text"); boost::filesystem::directory_iterator text_image(text_path); /* // GAUSSIAN PROCESS ESTIMATION int estimation_x = (Application::Data::gazePointGP.x + Application::Data::gazePointGPLeft.x) / 2; int estimation_y = (Application::Data::gazePointGP.y + Application::Data::gazePointGPLeft.y) / 2; */ // GAUSSIAN PROCESS HISTOGRAM FEATURES ESTIMATION int estimation_x = (Application::Data::gazePointHistFeaturesGP.x + Application::Data::gazePointHistFeaturesGPLeft.x) / 2; int estimation_y = (Application::Data::gazePointHistFeaturesGP.y + Application::Data::gazePointHistFeaturesGPLeft.y) / 2; int index_x = estimation_x / (_interface2.cols / picturesX); int index_y = estimation_y / (_interface2.rows / picturesY); int view_image = (index_x * picturesX) + index_y; if ((view_image) < (picturesX * picturesY)) { int image_file_index = 0; while(true) { if (!(text_image->path().filename().string().compare(".DS_Store") == 0 || text_image->path().filename().string().compare(".") == 0 || text_image->path().filename().string().compare("..") == 0)) { if(image_file_index == view_image) break; image_file_index++; } text_image++; } cv::Mat _text = cv::imread(text_image->path().string().c_str(), CV_LOAD_IMAGE_COLOR); cv::resize(_text, _text_resized2, _text_resized2.size()); _text_resized2.copyTo(_interface2); } // PICTURE FRAMEWORK TO INTERFACE //cvSetImageROI(interface, cvRect(index_x * interface->width/picturesX, index_y * interface->height/picturesY, interface->width/picturesX, interface->height/picturesY)); //cv::Rect framework = cvRectangle(interface, cvPoint(0 ,0), cvPoint(interface->width/picturesX, interface->height/picturesY), cvScalar(255,255, 0), 10, 8, 0); //cv::Rect framework = cv::Rect(cvPoint(0 ,0), cvPoint(_interface.rows/picturesX, _interface.cols/picturesY), cvScalar(255,255, 0), 10, 8, 0); //Rect brect = rRect.boundingRect(); roi_rect = cv::Rect(index_x * _interface.size().width/picturesX, index_y * _interface.size().height/picturesY, _interface.size().width/picturesX, _interface.size().height/picturesY); cv::rectangle(_interface, roi_rect, cv::Scalar(255,0,0), 10, 8); //framework.copyTo(_interface(roi_rect)); cv::imwrite("lastgoogle.png", _interface); _window.showImage(_interface); _window2.showImage(_interface2); }