mirrors_factory.h

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#ifndef MIRRORS_FACTORY_H
#define MIRRORS_FACTORY_H

// C++ headers
#include <map>
#include <iostream>
using namespace std;

// gemc headers
#include "run_conditions.h"
#include "options.h"

class mirror
{
    
    public:
        mirror(){;}
        mirror(string n){name = n;}
        ~mirror(){;}
        
        string name;
        string desc;
        string type;
        string finish;
        string model;
        string border;

        string maptOptProps;
    
        vector<double> photonEnergy;
        vector<double> indexOfRefraction;
        vector<double> reflectivity;
        vector<double> efficiency;
        vector<double> specularlobe;
        vector<double> specularspike;
        vector<double> backscatter;
    
        // load optical properties from DB entry
        void opticalsFromString(string, string);

        friend ostream &operator<<(ostream &stream, mirror);
    
};


class mirrors
{
    public:
        // Pure Virtual Method to initialize gemc mirrors
        virtual map<string, mirror*> initMirrors(runConditions, goptions) = 0;
        virtual ~mirrors(){}
};

// Define mirrorFactory as a pointer to a function that returns a pointer
typedef mirrors *(*mirrorFactory)();

// returns mirrorFactory Function from Factory Map
mirrors *getMirrorFactory(map<string, mirrorFactory> *, string);

// Registers mirrorFactory in Factory Map
map<string, mirrorFactory> registerMirrorFactories();

// build all mirrors from all factories
map<string, mirror*> buildMirrors(map<string, mirrorFactory> mirrorFactoryMap, goptions go, runConditions rc);

void printMirrors(map<string, mirror*> mirMap);

#endif