G4AttValueFilterT.hh

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//
// Templated class for G4AttValue filters.
//
// Jane Tinslay, September 2006
//
#ifndef G4ATTVALUEFILTERT_HH
#define G4ATTVALUEFILTERT_HH
 
#include "G4AttValue.hh"
#include "G4VAttValueFilter.hh"
#include "G4ConversionFatalError.hh"
#include "G4ConversionUtils.hh"
 
#include <utility>
 
namespace {
  
  // Helper classes
  template <typename T>
  class IsEqual{
  public:
    IsEqual(const T& value): fValue(value) {};
    bool operator()(const std::pair<const G4String, T>& myPair) const
    {
      return myPair.second == fValue;
    }
  private:
    T fValue;
  };
  
  template <typename T>
  class InInterval{
  public:
    InInterval(const T& value): fValue(value) {};
    bool operator()(const std::pair<const G4String, std::pair<T, T> >& myPair) const
    {
      T min = myPair.second.first;
      T max = myPair.second.second;
      return ((fValue > min || fValue == min) && (fValue < max));
    }
  private:
    T fValue;
  };
 
}
 
template <typename T, typename ConversionErrorPolicy = G4ConversionFatalError>
class G4AttValueFilterT : public ConversionErrorPolicy, public G4VAttValueFilter {
public:
 
  // Constructor
  G4AttValueFilterT();
 
  // Destructor
  virtual ~G4AttValueFilterT();
 
  // Filter methods
  G4bool Accept(const G4AttValue& attVal) const;
  G4bool GetValidElement(const G4AttValue& input, G4String& interval) const;
 
  // Print configuration
  virtual void PrintAll(std::ostream& ostr) const;
  
  // Reset 
  virtual void Reset();
 
  void LoadIntervalElement(const G4String& input);
  void LoadSingleValueElement(const G4String& input);
 
private:
 
  typedef std::pair<T, T> Pair;
  typedef typename std::map<G4String, Pair> IntervalMap;
  typedef std::map<G4String, T> SingleValueMap;
 
 
  // Data members  
  IntervalMap fIntervalMap;
  SingleValueMap fSingleValueMap;
  
};
 
template <typename T, typename ConversionErrorPolicy> 
G4AttValueFilterT<T, ConversionErrorPolicy>::G4AttValueFilterT() {}
 
template <typename T, typename ConversionErrorPolicy> 
G4AttValueFilterT<T, ConversionErrorPolicy>::~G4AttValueFilterT() {}
 
template <typename T, typename ConversionErrorPolicy>
G4bool 
G4AttValueFilterT<T, ConversionErrorPolicy>::GetValidElement(const G4AttValue& attValue, G4String& element) const 
{
  T value{};
  
  G4String input = attValue.GetValue();
  if (!G4ConversionUtils::Convert(input, value)) ConversionErrorPolicy::ReportError(input, "Invalid format. Was the input data formatted correctly ?");   
  
  typename SingleValueMap::const_iterator iterValues = 
    std::find_if(fSingleValueMap.begin(), fSingleValueMap.end(), IsEqual<T>(value));
 
  if (iterValues != fSingleValueMap.end()) {
    element = iterValues->first;
    return true;
  }
  
  typename IntervalMap::const_iterator iterIntervals = 
    std::find_if(fIntervalMap.begin(), fIntervalMap.end(), InInterval<T>(value));
 
  if (iterIntervals != fIntervalMap.end()) {
    element = iterIntervals->first;
    return true;
  }
 
  return false;
}
 
template <typename T, typename ConversionErrorPolicy>
G4bool 
G4AttValueFilterT<T, ConversionErrorPolicy>::Accept(const G4AttValue& attValue) const 
{
  T value{};
 
  G4String input = attValue.GetValue();
  if (!G4ConversionUtils::Convert(input, value)) ConversionErrorPolicy::ReportError(input, "Invalid format. Was the input data formatted correctly ?");   
  
  typename SingleValueMap::const_iterator iterValues = 
    std::find_if(fSingleValueMap.begin(), fSingleValueMap.end(), IsEqual<T>(value));
 
  if (iterValues != fSingleValueMap.end()) return true;
  
  typename IntervalMap::const_iterator iterIntervals = 
    std::find_if(fIntervalMap.begin(), fIntervalMap.end(), InInterval<T>(value));
 
  if (iterIntervals != fIntervalMap.end()) return true;
 
  return false;
}
 
template <typename T, typename ConversionErrorPolicy>
void 
G4AttValueFilterT<T, ConversionErrorPolicy>::LoadIntervalElement(const G4String& input) 
{
  T min{};
  T max{};
 
  if (!G4ConversionUtils::Convert(input, min, max)) ConversionErrorPolicy::ReportError(input, "Invalid format. Was the input data formatted correctly ?");
 
  fIntervalMap[input] = std::pair<T, T> (min, max);
}
 
template <typename T, typename ConversionErrorPolicy>
void 
G4AttValueFilterT<T, ConversionErrorPolicy>::LoadSingleValueElement(const G4String& input) 
{
  T output{};
  
  if (!G4ConversionUtils::Convert(input, output)) ConversionErrorPolicy::ReportError(input, "Invalid format. Was the input data formatted correctly ?");
 
  fSingleValueMap[input] = std::move(output);
}
 
template <typename T, typename ConversionErrorPolicy>
void 
G4AttValueFilterT<T, ConversionErrorPolicy>::PrintAll(std::ostream& ostr) const
{
  ostr<<"Printing data for filter: "<<Name()<<std::endl;
 
  ostr<<"Interval data:"<<std::endl;
 
  typename IntervalMap::const_iterator iterIntervals = fIntervalMap.begin();
 
  while (iterIntervals != fIntervalMap.end()) {
    ostr<<iterIntervals->second.first<<" : "<<iterIntervals->second.second<<std::endl;
    iterIntervals++;
  }
 
  ostr<<"Single value data:"<<std::endl;
 
  typename SingleValueMap::const_iterator iterValues = fSingleValueMap.begin();
 
  while (iterValues != fSingleValueMap.end()) {
    ostr<<iterValues->second<<std::endl;
    iterValues++;
  }
}
 
template <typename T, typename ConversionErrorPolicy>
void 
G4AttValueFilterT<T, ConversionErrorPolicy>::Reset() 
{
  fIntervalMap.clear();
  fSingleValueMap.clear();
}
 
#endif