areatime.h

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#ifndef areatime_h
#define areatime_h
 
#include "doublematrix.h"
#include "formulavector.h"
#include "commentstream.h"
#include "keeper.h"
 
class AreaClass;
class TimeClass;
 
class AreaClass {
public:
  AreaClass(CommentStream& infile, Keeper* const keeper, const TimeClass* const TimeInfo);
  ~AreaClass() {};
  int numAreas() const { return modelAreas.Size(); };
  double getSize(int area) const { return size[area]; };
  double getTemperature(int area, int time) const { return temperature[time][area]; };
  int getInnerArea(int area) const;
  int getModelArea(int area) const { return modelAreas[area]; };
  const IntVector& getAllModelAreas() const { return modelAreas; };
protected:
  IntVector modelAreas;
  FormulaVector size;
  DoubleMatrix temperature;
};
 
class TimeClass {
public:
  TimeClass(CommentStream& infile, double maxratio);
  ~TimeClass() {};
  int getSubStep() const { return currentsubstep; };
  int getStep() const { return currentstep; };
  int getYear() const { return currentyear; };
  int getTime() const { return this->calcSteps(currentyear, currentstep); };
  int getFirstStep() const { return firststep; };
  int getFirstYear() const { return firstyear; };
  int getLastStep() const { return laststep; };
  int getLastYear() const { return lastyear; };
  double getTimeStepSize() const { return (timesteps[currentstep] * lengthofyear); };
  double getTimeStepLength() const { return timesteps[currentstep]; };
  int calcSteps(int year, int step) const {
    return (numtimesteps * (year - firstyear) + step - firststep + 1); };
  int numTotalSteps() const {
    return (numtimesteps * (lastyear - firstyear) + laststep - firststep + 1); };
  int numSteps() const { return numtimesteps; };
  void IncrementTime();
  int isWithinPeriod(int year, int step) const;
  void Reset();
  int numSubSteps() const { return numsubsteps[currentstep - 1]; };
  void IncrementSubstep() { currentsubstep++; };
  int didStepSizeChange() const;
  double getMaxRatioConsumed() const;
protected:
  int currentstep;
  int currentyear;
  int firstyear;
  int firststep;
  int lastyear;
  int laststep;
  int numtimesteps;
  double lengthofyear;
  double maxratioconsumed;
  DoubleVector timesteps;
  IntVector numsubsteps;
  int currentsubstep;
};
 
#endif