SVM train doesn't accept my data

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I've been trying to figure out how to use the svm train function. From what i understand from some online sources, you have to have an array of your data followed by another array that labels the positions to be either good or bad data. What i have is code that finds contours in the picture, extracts the properties, puts them in a vector and then the vector is put into a Mat which is them passed into the train function. But everytime i get to the train function it crashes with an exception at memory location. I believe that vectors aren't accepted by the Mat constructor and this could possibly be the source of the problem. I would like to know what the problem is if it is not that. And if it is, would there be a way to get it to work with the vectors?

The function for the detection and training: http://pastebin.com/GgN6k3Pb

All the code: http://pastebin.com/ZvN8eukr

void contourDetection(){

    //Vector that represents the hierarchy of the contours
    vector< Vec4i > hierarchy;

    ///Find contours and store in a contours, then store the contour hierarchies in hierarchy
    cv::findContours(dst, contours, hierarchy, CV_RETR_TREE, CV_CHAIN_APPROX_NONE);

    double area;
    int count = 0, all = 0;
    CvSVM detector;
    bool exit = false;
    vector<vector<double>> allData;

    vector<float> labels;

    //Load the training data
    detector.load("Muskrat_Counting_SVM.xml");

    //Size of the whole picture
    int totSize = dst.total();

    //Iterate through all parent contours
    for (int i = 0; i < contours.size() && exit == false; i = hierarchy[i][0])
    {

            //Find the size of the outer contours (lakes)
            area = contourArea(contours[i]);

            //Find the biggest contours (presumed to be the lakes)**Needs optimization
            if (area > totSize*.20)// && area < totSize*.5)
            {
                    //Draw the lake
                    draw(contours[i], "red");                                                                                              

                    //Using hierarchy array to determine hierarchy, this loop is for the child contours
                    for (int j = hierarchy[i][2]; hierarchy[j][0] > 0 && exit == false; j = hierarchy[j][0]){

                            //Find contour size
                            double contArea = contourArea(contours[j]);

                            if (contArea > 20 && contArea < 300){                                                           //When size of the contour is inbetween those area


                                    //Get the location of the center of the contour for zooming
                                    Moments mu = moments(contours[j], false);
                                    pCen = Point2f(mu.m10 / mu.m00, mu.m01 / mu.m00);

                                    all++;

                                    //Draw current contour
                                    draw(contours[j], "orange");

                                    //Evaluate next contour
                                    zoom(Mat(frame));

                                    //Output question
                                    cout << "Is this a contour? (Y or N) ";
                                    string input;

                                    while (exit == false){

                                            //Retrieve user input
                                            getline(cin, input);
                                            cout << endl;
                                            cout << "\n\nGetting next contour...";
                                            //If user enters Y
                                            if (strUpper(input) == "Y" || strUpper(input) == "N")
                                            {
                                                    if (strUpper(input) == "Y"){
                                                            //Draw the correct contour green
                                                            draw(contours[j], "green");
                                                            //Count the drawn contours
                                                            count++;

                                                            labels.push_back(1);
                                                    }
                                                    else{
                                                            draw(contours[j], "red");
                                                            labels.push_back(-1);
                                                    }

                                                    ///////////////////////###################Get training data############################////////////////////////////
                                                    //Get aspect ratio
                                                    Rect rect = boundingRect(contours[j]);
                                                    double aspect_ratio = float(rect.width) / rect.height;

                                                    //Get extent
                                                    double rect_area = float(rect.width)*rect.height;
                                                    double extent = float(contArea) / rect_area;

                                                    //Get solidity
                                                    vector<Point> hull;
                                                    convexHull(contours[j], hull);
                                                    double hull_area = contourArea(hull);
                                                    double solidity ...