#include "bsp_5_2_lib.h"
#include <iostream>
#include <algorithm>
using namespace std;
// BSP 5_2

int main()
{
    const string name1("data_1.txt");              // name of input file
    const string name2("out.txt");               // name of output file
    vector<int> v;

    read_vector_from_file(name1, v);

    float a, g, h, d, aex, gex, hex, dex, minvex, maxvex, control1(0);
    int minvp, maxvp, control2(0);
    
    int NLOOPS = 100000;
    
    // testing parallel
    double tstart1 = omp_get_wtime();
    for(int i=0; i<NLOOPS; ++i)
    {
		meandevvec(v,a,g,h,d);
		minmaxvec(v,minvp,maxvp);
		control1 += a;
		control2 += minvp;
	}
	double t1all = omp_get_wtime() - tstart1;
	double t1 = t1all/NLOOPS;
    
    // testing execution policies
    double tstart2 = omp_get_wtime();
    for(int i=0; i<NLOOPS; ++i)
    {
		meandevmaxminvec(v,aex,gex,hex,dex,minvex,maxvex);
		control1 += aex;
		control2 += minvex;
	}
	double t2all = omp_get_wtime() - tstart2;
	double t2 = t2all/NLOOPS;
    
    cout << "\nTiming for parallel\n";
    cout << "Timing NLOOPS:			" << t1all << endl;
    cout << "Timing per it. (sec):	" << t1 << endl;
    
    cout << "\n\nTiming for execution policies\n";
    cout << "Timing NLOOPS:			" << t2all << endl;
    cout << "Timing per it. (sec):	" << t2 << endl;


    cout << "\n\nAuswertung (parallel)" << endl;
    cout << "arithmetisches Mittel:	" << a << endl;
    cout << "geometrisches Mittel: 	" << g << endl;
    cout << "harmonisches Mittel: 	" << h << endl;
    cout << "standard deviation: 	" << d << endl;
    cout << "Minimum: 	" << minvp << endl;
    cout << "Maximum: 	" << maxvp << endl;
    
    cout << endl;
    cout << "\nAuswertung (execution policies)" << endl;
    cout << "arithmetisches Mittel:	" << aex << endl;
    cout << "geometrisches Mittel: 	" << gex << endl;
    cout << "harmonisches Mittel: 	" << hex << endl;
    cout << "standard deviation: 	" << dex << endl;
    cout << "Minimum: 	" << minvex << endl;
    cout << "Maximum: 	" << maxvex << endl;

    vector<float> ve{a,g,h,d,minvp,maxvp};
    write_vector_to_file(name2, ve);

    return 0;
}