Statistics.hpp
- 1. statistics.hpp #ifndef STATISTICS_HPP_INCLUDED #define STATISTICS_HPP_INCLUDED #include <vector> #include <string> //Histogramm class Histogram { public: Histogram(std::vector<double> &v, double t_bin_size); ~Histogram(); double bin_size; double min; std::vector<double> data; }; //Statistic class Statistics { public: //Initialisieren void Init( int* t_grid_size, int* t_bin_size, int* t_num_iterations, int* t_num_customers, int* t_num_salesman); //Besuche speichern void LogField(int x, int y); //Verdienst, Preis und Verkaeufe loggen void LogSalesman(int salesm_id, double earnings, double p, int sales, int visits); void WriteVector(std::vector<double> &v, std::string filename); void Write2dVector(std::vector<std::vector<double> > &v, std::string filename); void WriteLogSalesman(std::string name = ""); //Histogramm in Datei ausgeben void WriteHistogram(std::vector<double> &v, double bin_size, std::string filename); //Besuchszahlen für jedes Feld void WriteFields(std::string filename); //Besuchszahlen gegen den Abstand zu (x,y) void WriteFieldsDistance(std::string filename, int x, int y); Seite 1
- 2. statistics.hpp //Daten durch Faktor Teilen void DivideData(std::vector<double> &v, double divisor); //Daten Glaetten void Smoothing(std::vector<double> &v); void MSmoothing(std::vector<double> &v, int n); //n mal Smoothing //Mittelwert und Varianz bestimmen double Midpoint(std::vector<double> &v); double Variance(std::vector<double> &v); std::vector<double> log_field; //Feld loggen std::vector<std::vector<double> > log_p, log_earn, log_sales, log_visits; //Preis, Gewinn, Verkaeufe loggen std::vector<double> last_earn, last_sales, last_visits; std::string path, prefix; private: //Simu-Parameter speichern int* grid_size; int* bin_size; int* num_iterations; int* num_customers; int* num_salesman; }; #endif // STATISTICS_HPP_INCLUDED Seite 2