SetCluster.h

#pragma once
#include "DataSet.h"
#include "Dimension.h"
#include "ColorCustom.h"

#include <vector>
#include <string> 

class SetCluster {
public:

	// creates a blank cluster
	SetCluster(ColorCustom &clusterColor);
	// creates the cluster with the passed sets
	SetCluster(ColorCustom &clusterColor, std::vector<int>* newSetsInCluster);
	// creates the cluster with the passed sets and values from the passed dimensions
	SetCluster(ColorCustom &clusterColor, std::vector<int>* newSetsInCluster, std::vector<Dimension>* dimensionToCalculateWith);
	// deletes object
	~SetCluster();

	// gets the calculates the minimum value of dimension for the sets whose indexes are passed(setIndexes)
	static double getMinimumValue(Dimension* dimension, std::vector<int>* setIndexes);
	// gets the calculates the mean value of dimension for the sets whose indexes are passed(setIndexes)
	static double getMeanValue(Dimension* dimension, std::vector<int>* setIndexes);
	// gets the calculates the maximum value of dimension for the sets whose indexes are passed(setIndexes)
	static double getMaximumValue(Dimension* dimension, std::vector<int>* setIndexes);

	// adds the passed set index(setIndex) to the list of sets
	// returns true if the set is added and false if the set was already in the cluster
	bool addSet(int setIndex);
	// removes the set index(setIndex) to the list of sets
	// returns true if the set is removed and false if the set not in the cluster
	bool removeSet(int setIndex);
	// gets the number of sets in the cluster
	int getSetNumber();
	// gets the index of the set in this cluster for the set at the passed index(clusterRelativeIndex), which is the index the set index is stored at
	int getIndexOfSet(int clusterRelativeIndex);

	// gets the minimum value in the cluster for the dimension at the passed index 
	double getMinimum(int dimensionIndex);
	// gets the mean value in the cluster for the dimension at the passed index 
	double getMean(int dimensionIndex);
	// gets the maximum value in the cluster for the dimension at the passed index 
	double getMaximum(int dimensionIndex);

	// recalculates the values for the cluster using the passed dimensions
	void calculateValues(std::vector<Dimension>* dimensionToCalculateWith);
	// inverts the values of the set at the passed index
	void invertValues(int dimensionToInvertValuesAt);
	// move the position of the values in the set(at originalIndex) to the index after indexBeforeNewIndex
	void moveValues(int originalIndex, int indexOfInsertion);


private:
	ColorCustom color;
	std::vector<int> setsInCluster;
	std::vector<double> minimumValues;
	std::vector<double> meanValues;
	std::vector<double> maximumValues;


};