IrrigationTable.h

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#ifndef _IRRIGATIONTABLE_ 
#include "CommonTable.h"
#include "IrrigationEfficiency.h"

#define _IRRIGATIONTABLE_ 
class TimeHandler;

// Extracted from first part of WASIM-file modef.h

#include <iostream>
#include <iomanip>
#include <cstdio>
#include <vector>
#include <string.h>

#include"MatrixDouble.h"        
using namespace std; 
#define _MAXCHAR_ 200

typedef void (*functionpointer) (int);


class irrigationtabletype 
{ 
        public:
  int     Code;    /* Code for the corresponding grid containing irrigation codes */
  char   *Name;    /* name of the land use/crop type or other to be irrigated */
  //string  strName;
  int     methode; /* 0=no irrigation, 1=irrigation from table, 2=irrigation according to demand (optimal management) */
  int     origin;  /* 1=from groundwater, 2=from rivers/lakes/reservoirs (surface water) */ 
  double  psi_dry, /* maximum allowed suction */
          psi_wet; /* suction to which soil is irrigated if psi was below psi_dry */
  int     tabcnt;  /* if irrigation control according to a irrigation table, this is the number of entries in this table */
  
  // Redefinition of daily irrigation plan, as read from control file and interpolated.
  // ... Parallel structure. Works, is already read in. The original structure is not 
  // ... yet switched off in irrigation module, so data is read in from  
  // ... irrigationtable.amount[indexDay].
  // ... This part is actually still fully redundant!
  MatrixDouble matrixMonths;
  MatrixDouble matrixDays;
  MatrixDouble matrixAmount;
  
  
  bool isSpecifiedIrrigationMethod;
  IrrigationEfficiency efficiency;
  
  long   *month,   
         *day;     /* date of irrigation, month and day are arrays with dimension of "tabcnt" */
  double *amount;  /* array for the amounts of irrigation water for each irrigation termin */
  
  irrigationtabletype();

  ~irrigationtabletype();
  void allocateVectors(int lenVect);
  
  // Get Functions
  int  getCode() const {return Code;}
  string getName() const  
  { string s=Name; return s;  }
  
  bool efficiencyIsSpecified() {return isSpecifiedIrrigationMethod;}
  void printToScreen();
  int getMethod()       {return methode;};
  int getOrigin()       {return origin;};
  
  
};


int  GetIrrigTable(irrigationtabletype *&IRRIGtable);
int  GetIrrigTable(string dateinameein, irrigationtabletype *&irrigationtable);
int  GetIrrigTableFromStream( ostream*& WSstream, FILE*& steuerdatei,   irrigationtabletype *&IRRIGtable);

void irrigationTable_errorOutput( ostream*& WSstream, string name, string subStr);
void addIrrigationEfficiencyToIrrgationTable(
                ostream*& WSstream, 
                int usenr,
                irrigationtabletype *&IRRIGtable, 
                int numEntriesIrrigationMethods, 
                IrrigationEfficiency*& irrigEfficiencyArray);

void irrigationtable_error(int i);

void WriteIrrigTable(string filenameOut, irrigationtabletype *&irrigationtable);
void writeSingleSet(ofstream& stream , int startmonth, int startday, double startamount, int endmonth, int endday, double endamount, int deltaDays);

void  writeIrrigationTableFromMatrixAndString(string fn, MatrixDouble& vectorCropIDs, MatrixDouble& indexValueAndColumn, MatrixDouble& monthlyWaterRequirements, string*& strNames, TimeHandler& timeHandlerLocal);

#endif

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