066-StorageTransformationWithPositions.cpp File Reference

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#include <unistd.h>
#include <fiber/bundle/Bundle.hpp>
#include <fiber/bundle/StorageTransformations.hpp>
#include <fiber/finit/FinitAPI.h>
#include <memcore/Console.hpp>

Functions
int	main (int argc, const char **argv)

Detailed Description

[← Previous Example] [Next Example → 070-RegularResample.cpp ].

In FiberLib Tutorial

 
#include <unistd.h>
 
#include <fiber/bundle/Bundle.hpp>
#include <fiber/bundle/StorageTransformations.hpp>
#include <fiber/finit/FinitAPI.h>
#include <memcore/Console.hpp>
 
using namespace Fiber;
using namespace Eagle::PhysicalSpace;
 
int     main(int argc, const char**argv)
{
        Finit();
 
        struct MyStorage : StorageTransformations
        {
                std::pair<string,string> getExternalLocation( double time, const string&gridname,
                                                              const SkeletonID&Sid,
                                                              const string&RepresenterName,
                                                              const string&FieldName ) const override
                {
                        return std::pair<string,string>(
                                FieldName + ".f5",
                                std::to_string(time) + "/" + gridname + "/" + Sid.Name()
                                + "/" + RepresenterName );
                }
        };
 
string InFile = "InputFile.f5";
 
BundlePtr BP =  new Bundle ; 
 
        BP->bindToNew("066_F5StorageTransformationWithPositions.f5", new MyStorage() );
 
Grid&myGrid = BP[0.0]["TestGrid"]; 
 
RefPtr<Field> PositionsF = myGrid[FIBER_POSITIONS]; 
 
Ref<MemArray<1,point> > Mem(100); 
 
        Console() << "Mem size: " << Mem->nElements();
 
        PositionsF->setPersistentData(Mem); 
 
        return 0;
}