Histogram.hpp

#ifndef __FIBEROPERATIONS_HISTOGRAM
#define __FIBEROPERATIONS_HISTOGRAM
 
#include "fiberopDllApi.h"
#include "fish/fiber/bundle/FieldSelector.hpp"
#include "fish/fiber/field/UniformCartesianArray.hpp"
#include "fish/fiber/field/Field.hpp"
#include "fish/fiber/fiberop/Range.hpp"
 
#include <Statistics.hpp>
 
 
namespace Fiber
{
 
class fiberop_API ScalarMultiHistogram : public MemCore::ReferenceBase< ScalarMultiHistogram >
{
        MTools::ScalarMultiHistogramStd histogram_;
 
        static const std::string grid_name_postfix_;
 
public:
        ScalarMultiHistogram( const MTools::ScalarMultiHistogramStd& histogram );
        ScalarMultiHistogram( double min, double max, size_t nr_buckets, size_t nr_histograms = 1, std::string name = "" );
 
#ifdef NOT_IMPLEMENTED
        ScalarMultiHistogram( const RefPtr< UniformCartesianArray >& buckets, const RefPtr< MemArray< 3, float > >& values, std::string name = "" );
#endif
 
        DataRange< double >              getRange()        const;
        size_t                           getNrBuckets()    const;
        size_t                           getNrHistograms() const;
        RefPtr< UniformCartesianArray >  getBuckets()      const;
        RefPtr< MemArray< 3, float > >   getValues()       const;
 
#ifdef NOT_IMPLEMENTED
        bool load(const FieldSelector& fs);
        bool save(const FieldSelector& fs) const;
        bool compute( const FieldSelector& fs, size_t nr_buckets = 256, DataRange< double > range = DataRange< double > ( 0.0 ,0.0 ) );
 
private:
        void load   ( const RefPtr<UniformCartesianArray>& buckets, const RefPtr<MemArray<3, float> >& values, string name );
#endif
};
 
}
 
namespace std
{
 
extern fiberop_API string to_string( const Fiber::ScalarMultiHistogram& smh );
 
}
#endif