void PlotDegrees(const vector <TStr>& Parameters, const TFltPrV& In, const TFltPrV& Out, const TStr& Type){
const TStr& Name = Parameters[NAME];
const TStr& Plt = Parameters[PLT];
PlotPoints(In, Out, Type + Name, Plt);
}
void PlotDegrees(const vector <TStr>& Parameters, const TFltPrV& In, const TFltPrV& Out, const TStr& Type){
const TStr& Name = Parameters[NAME];
const TStr& Plt = Parameters[PLT];
const TStr& PType = Parameters[PTYPE];
const TStr& BinRadix = Parameters[BINRADIX];
const TInt BinRadixV = BinRadix.GetInt();
if ( PType == "full" || PType == "all" ){
PlotPoints(In, Out, Type + Name, Plt);
}
if ( PType == "exp" || PType == "all" )
{
PlotSparse(In, Type + Name + "Sparse", true, Plt, BinRadixV);
PlotSparse(Out, Type + Name + "Sparse", false, Plt, BinRadixV);
}
}
void ProcessVideo(std::string videoName)
{
cv::VideoCapture inputVideo(videoName);
cv::Size size = cv::Size((int) inputVideo.get(CV_CAP_PROP_FRAME_WIDTH), //Acquire input size
(int) inputVideo.get(CV_CAP_PROP_FRAME_HEIGHT)*2);
cv::VideoWriter outputVideo("output_video.avi", 0, inputVideo.get(CV_CAP_PROP_FPS),size, true);
cv::Mat src, res, colourRes, stacked;
PathDetect pd;
std::vector<double> red{0,0,255.0};
while( true ) //Show the image captured in the window and repeat
{
inputVideo >> src; // read
if( src.empty()) break; // check if at end
std::vector< cv::Point> points;
res = pd.GetPoints(src, points);
cvtColor(res, colourRes, CV_GRAY2RGB);
PlotPoints(colourRes, points, red);
stacked = StackImages(src, colourRes);
outputVideo << stacked;
imwrite("finalimage.jpg", stacked);
}
}
