3.4. CPP

#include "UALClasses.h"
using namespace ItmNs;

int main(int argc, char *argv[])
{
	int number = 10; //number of elements
	
	//Create a new instance of database
    Itm itm(123, 1, 123, 1);
    itm.create(); 

  	Itm::equilibriumArray cpoArray = itm._equilibriumArray;




	// allocate the CPO structures
    cpoArray.array.resize(number);
   




	//Fill CPO fields
    for(int k = 0; k < number; k++)
    {
		cpoArray(k).x.y = VALUE;
        
		// Do not forget time!!
        cpoArray(k).time = TIME;
    }

	// Save data in the database
    cpoArray.put();
	
	// Close the pulse file
 	itm.close();
}

#include "UALClasses.h"
using namespace IdsNs;

int main(int argc, char *argv[])
{
	int number = 10; //number of elements

	//Create a new instance of database
  	IDS imas(123, 1, 123, 1);
  	imas.create();
	
  	IDS::core_profiles ids = imas._core_profiles;
	
	// Mandatory to define this property
	ids.ids_properties.homogeneous_time = 1; 
	
	// allocate the CPO structures
	ids.time.resize(number);
	ids.global_quantities.ip.resize(number);

	// Fill IDS time-independent fields
	ids.ids_properties.comment = "IDS created by C++ PUT";
	
	// Fill IDS time-dependent fields
 	for(int i=0; i < number; i++)
	{
  		ids.x.y(i) = VALUE(i) ;
		
		// Do not forget time!!
 		ids.time(i) = TIME;
	}
 	
	// Save data in the database
 	ids.put();
 	
	// Close the pulse file
 	imas.close();
}

#include "UALClasses.h"
using namespace ItmNs;

int main(int argc, char *argv[])
{
	//Create a new instance of database
    Itm itm(12, 2, -1, -1);
    itm.create();

	Itm::pfsystems cpo = itm._pfsystems




	// Fill IDS time-independent fields
    cpo.datainfo.dataprovider.assign("USER");
	cpo.putNonTimed();
	
	// Fill IDS time-dependent fields
	 cpo.x.y = VALUE;




    //Do not forget time!!
	cpo.time = TIME;
	

	// Save data in the database
    cpo.putSlice();
	
	// Close the pulse file
	itm.close();
}

#include "UALClasses.h"
using namespace IdsNs;

int main(int argc, char *argv[])
{
	//Create a new instance of database
	IDS imas(12, 2, -1, -1);
 	imas.create();

	IDS::core_profiles ids = imas._core_profiles;
	
	//! Mandatory to define this property
	ids.ids_properties.homogeneous_time = 1; 

	// Fill IDS time-independent fields
	ids.ids_properties.comment = "IDS created by C++ PUT";
 	ids.putNonTimed();
 	
	// Fill IDS time-dependent fields
	ids.global_quantities.ip.resize(1); 
   	ids.global_quantities.ip(0) = VALUE;
	
	

	// Do not forget time!!
	ids.time.resize(1);
	ids.time(0) = TIME;

	// Save data in the database
 	ids.putSlice();

	// Close the pulse file
 	imas.close();
}

#include "UALClasses.h"
using namespace ItmNs;

 int main(int argc, char *argv[])
{	
 	int number;
	//Open the database
    ItmNs::Itm itm(12, 2, 12, 2);
    itm.open(); //Open the database
   
    ItmNs::Itm::pfsystemsArray  cpoArray = itm._pfsystemsArray;
     cpoArray.get();

     number = cpoArray.array.extent(0);
    
     for(int i = 0; i < number; i++)
     {
        printf("Time:  %g",cpoArray(i).time);
        printf("Value: %g",cpoArray(i).x.y);
     }
	
	 itm.close();
}

#include "UALClasses.h"
using namespace IdsNs;

int main(int argc, char *argv[])
{
   int number;
	//Open the database
 	IdsNs::IDS imas(12, 2, -1, -1);
	imas.open(); //Open the database
    
	IdsNs::IDS::core_profiles ids = imas._core_profiles;
   ids.get();

   number = ids.time.extent(0);
 
   for (int j=0; j< number; j++)
   {
     printf("Time:  %g",ids.time(j));
     printf("Value: %g",ids.x.y(j));
   }
// Close the pulse file
 imas.close();
}

#include "UALClasses.h"
using namespace ItmNs;

int main(int argc, char *argv[])
{
	//Open the database
	ItmNs::Itm itm(123,2,123,1);
    itm.open();

	Itm::pfsystems cpo = itm._pfsystems;

    //Get the slice corresponding to the passed time
    cpo.getSlice(1.0, 2);

    printf("Time %g ",cpo.time);
 	printf("Value %g",cpo.x.y);

    // Close the pulse file
 	itm.close();
}

#include "UALClasses.h"
using namespace IdsNs;

int main(int argc, char *argv[])
{
	//Open the database
	IDS imas(12, 2, -1, -1);
   	imas.open(); 
   	
	IDS::core_profiles ids = imas._core_profiles;
   	
	//Get the slice corresponding to the passed time
	ids.getSlice(1.0, 2);
	
	printf("Time %g",ids.time(0));
  	printf("Value: %g",ids.x.y(0));
	
	// Close the pulse file
 	imas.close();
 }