dbpp_PhysicalMeasurement.h

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#pragma once
 
// C++ includes
#include <list>
#include <tuple>
#include <map>
#include <unordered_map> // fast for random access
#include <optional>
// SfxBase19 include
#include "include/Sfx_DefineTypes.h"
 
 
namespace dbpp { class PhysicalSystem; }
 
// Design Note
//  Proof-of-concept we don't bother ... for now we keep everything simple
//  just want to go all through process and save physical measure in file.
// It's about it!!! anyway it will evolve
 
namespace dbpp 
{
  class PhysicalMeasurement 
  {
    using sectionMeasure = std::tuple< unsigned/*section id*/, float64/*x-coord*/, float64/*A*/, float64/*Q*/>;
    using ListMeasure    = std::list<sectionMeasure>;
    using mapMeasureValue = std::map<unsigned, sectionMeasure>;
    using umapMeasureValues = std::unordered_map<unsigned, sectionMeasure>; 
  public:
    PhysicalMeasurement() = default;
    virtual void take( const PhysicalSystem* aPhysys);
    void setTimeStamp( float64 aTimeStamp) { m_timeStamp = aTimeStamp; }
    float64 getTimeStamp() const noexcept { return m_timeStamp;}
    std::optional<float64> getA( unsigned int aSectId) const;
    std::optional<float64> getQ( unsigned int aSectId) const; 
    sectionMeasure getMeasuredValues( unsigned int aSectId) const;
    std::size_t getNumberOfMeasuresTaken() const { return m_numberOfSections; }
  private:
  //  float64 m_A;                    /**< Water level of the cross-section*/
  //  float64 m_Q;                    /**< Discharge of the cross-section*/
    float64 m_timeStamp{};            
    ListMeasure m_listMeasure;        
    mapMeasureValue m_mapMeasure;     
    umapMeasureValues m_umapValues;   
    std::size_t m_numberOfSections{}; 
  };
} // End of namespace