File content as of revision 5:da9b6946a035:

/*
Hear cold stand a discription


*/


#include "training.h"
//#include "math.h"

training::training()
{
    fail_pos = 0;
    time_short = 0;
    time_long = 0;

}


void training::load_training(string name)
{
    int i = 0;
    tr_name = name;
    int sice = 50;
    //sice = loading.size(tr_name)

    for(i = 0; i<sice; i++) {                                                   // loads the whole trainings data into data vector
        loading.AuslesenPositionsdaten(tr_name,i);

        temp.time =   loading.zahl[0];
        temp.pos[0] = loading.zahl[1];
        temp.pos[1] = loading.zahl[2];
        temp.pos[2] = loading.zahl[3];
        temp.start =  loading.zahl[4];                                          // fragen wegen status eintrag
        temp.end =    loading.zahl[5];


        data_vec.push_back(temp);

    }
}

void training::start_training(void)
{
    fail_pos = 0;
    time_short = 0;
    time_long = 0;
    point_count = 0;
    repet = 0;

}

int training::compire_point(float posx,float posy,float posz, int time)
{
    float temp_pos[3] = {};
    float dist = 0, timediv = 0;
    int resetval = 0;

    if(data_vec[point_count].start) {                                           // counts the repetitions
        repet++;
        resetval = 1;
    }

    temp_pos[0] = posx - data_vec[point_count].pos[0];                          // calculates distance curent to needed
    temp_pos[1] = posx - data_vec[point_count].pos[1];
    temp_pos[2] = posx - data_vec[point_count].pos[2];

    dist = sqrt(pow(temp_pos[0],2)+pow(temp_pos[1],2)+pow(temp_pos[2],2));

    if(dist>= POSTOL) {                                                         // counts position fail
        fail_pos++;
    }

    if(data_vec[point_count].end) {                                             // counts time too short and time too long
        resetval = 2;
        timediv = time - (data_vec[point_count].time);
        if(timediv>=TIMETOL) {
            time_long++;
        }
        if(timediv<=(-TIMETOL)) {
            time_short++;
        }
    }

    point_count++;

    if(point_count>= data_vec.size()) {                                         // resets the piontecount after a complet cycle
        point_count = 0;
    }
    
    return resetval;

}

int* training::get_status(void)
{
    status_array[0] = fail_pos;
    status_array[1] = time_short;
    status_array[2] = time_long;
    status_array[3] = repet;

    return status_array;
}

void training::end_training(string name)
{
    loading.SpeichernDaten(tr_name, repet, "TRAININGSOMATINATOR 3000", repet*3, fail_pos, time_short, time_long, 1, 1, 1, 1 );
    
    fail_pos = 0;                                                              // reset all parameters
    time_short = 0;
    time_long = 0;
    point_count = 0;
    repet = 0;
    data_vec.clear();
    
}