#include <TransitionMatrixUpdater.h>

Inheritance diagram for TransitionMatrixUpdater:

update transition matrices with SCALE/AMPX/ORIGEN More...

Public Member Functions
bool	initialize (const Standard::AbstractDataContainer &data)
	Scale::Module interface. More...

bool	execute ()

bool	finalize ()

void	setMaterialMap (SP_MaterialMap mats)
	pre-execute setters More...

bool	update (const Standard::AbstractDataContainer &data)

bool	execute (const Standard::AbstractDataContainer &data)
	convenient update+execute More...

size_t	getNumTransitionMatrix ()
	pre-initialize data setters More...

Origen::SP_TransitionMatrixP	getTransitionMatrixAt (size_t i)

Detailed Description

update transition matrices with SCALE/AMPX/ORIGEN

The CoupleSequence performs two distinct operations.

Create Origen Libraries from scratch (decay & reaction). This is typically done once at the beginning of depletion, with options passed to couple
- jadd=1 to add transitions to the system
- nxx=1 to allow zero transitions in the system
The OrigenLibraryBuilder performs these operations. Once a library has been created with the builder, then you can use the Updater below.
Update Transition Matrices with a fixed set of decays/reactions during depletion. The TransitionMatrixUpdater performs these operations.

The data container expected by initialize has the following components in Type(name): description format

DataContainer(data): data to load during initialize
- string(origenLibraryDefinition)
- string(origenFissionYields)
- string(origenAuxAmpxLibrary)
- DoubleList(storageEnergyBounds)
DataContainer(initialize): initialization-specific data
DataContainer(execute): execute-specific data
- string(AmpxLibrary)
- DataContainer(MaterialList)
  - size
  - '1' Origen::Material (uses flux spectrum on material) ...

Single-pass initialize/execute/get/finalize:: Scale::Module::TransitionMatrixModule mod;

Check(mod.validate(dc)); //see above for DataContainer format

mod.initialize(dc);

mod.execute();

// get matrices

size_t n = mod.getNumTransitionMatrix();

for(size_t i=0; i<n; ++i){

Origen::SP_TransitionMatrix tmat = mod.getTransitionMatrix(i);

Origen::print_transition_matrix(tmat);

}

mod.finalize(); //clears all members

Multi-pass with update:: Scale::Module::TransitionMatrixModule mod;

mod.initialize(dc);

mod.setExecute_AmpxLibrary(matAmpx); //SP

mod.execute(dcA);

// ... get some matrices

mod.setExecute_AmpxLibrary(matAmpx); //SP

mod.execute(dcB);

// ... get more matrices

mod.finalize(); //clears all members

Use setData* functions to prevent touching disk:: Scale::Module::TransitionMatrixModule mod;

mod.setData_origenAuxAmpx(dataOrigenAuxAmpx); //SP

mod.setData_origenYields(dataYields); //SP

mod.initialize(dc);

dataOrigenAuxAmpx = mod.getData_origenAuxAmpx();

mod.setData_NULL(); //sets all internal data SP to null

//...

//...

mod.finalize(); //clears all members