serialization.h File Reference

#include "optimization/solver/controller.h"
#include "geometry/superGeometry.h"
#include "geometry/cuboidDecomposition.h"
#include "utilities/aliases.h"
#include "utilities/vectorHelpers.h"
#include "optimization/core/optiCaseDual.h"

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Classes
class	olb::opti::GeometrySerializer< S, dim >
	This class serializes the cells inside the geometry. More...
struct	olb::opti::GeometrySerializer< S, dim >::LatticeAndFieldR
	Bundle for lattice coordinates + field component. More...
class	olb::opti::SimpleGeometrySerializer< S, dim >
	This class serializes the cells inside the geometry. More...
class	olb::opti::SparseGeometrySerializer< S, dim >
	This class serializes the cells which are marked by indicator. More...
class	olb::opti::BlockLatticeSerialDataF< T, DESCRIPTOR >
class	olb::opti::SuperLatticeSerialDataF< T, DESCRIPTOR >
	A data field whose values are managed by a controller. More...

Namespaces
namespace	olb
	Top level namespace for all of OpenLB.
namespace	olb::opti
	All optimization code is contained in this namespace.

Functions
template<typename S , unsigned dim>
int	olb::opti::getMaterialGlobally (SuperGeometry< S, dim > &sGeometry, LatticeR< dim+1 > latticeR)
	Helper that gives global access to material numbers.
template<unsigned D, typename T >
bool	olb::opti::evaluateSuperIndicatorFglobally (SuperIndicatorF< T, D > &f, const int input[])
	Helper that gives global access to the values of an indicator.
template<unsigned D, typename T , typename U = T>
bool	olb::opti::evaluateSuperFglobally (SuperF< D, T, U > &f, U *output, const int input[])
	Helper that gives global access to the values of a functor.
template<typename FIELD , typename T , typename DESCRIPTOR , typename C = std::vector<T>>
C	olb::opti::serialDataFromField (SuperLattice< T, DESCRIPTOR > &sLattice, const GeometrySerializer< T, DESCRIPTOR::d > &serializer, SuperIndicatorF< T, DESCRIPTOR::d > &indicator, unsigned controlDim)
	Take values of a field and put them into a long vector Idea: FIELD[cartesianCoordinates] = result[serialIndex] -> we want to get the vector ''result''.
template<typename T , template< typename, SolverMode > typename SOLVER, concepts::Field CONTROLLED_FIELD, template< typename... > typename PRIMAL_DYNAMICS, typename C = std::vector<T>>
C	olb::opti::serialDataFromField (OptiCaseDual< T, SOLVER, CONTROLLED_FIELD, PRIMAL_DYNAMICS, C > &optiCase, std::shared_ptr< SOLVER< T, SolverMode::Reference > > solver)
	Take values of FIELD and put them into a long vector Idea: FIELD[cartesianCoordinates] = result[serialIndex] -> we want to get the vector ''result''.
template<typename T , template< typename, SolverMode > typename SOLVER, concepts::Field CONTROLLED_FIELD, template< typename... > typename PRIMAL_DYNAMICS, typename C = std::vector<T>>
C	olb::opti::getControl (OptiCaseDual< T, SOLVER, CONTROLLED_FIELD, PRIMAL_DYNAMICS, C > &optiCase, std::shared_ptr< SOLVER< T, SolverMode::Reference > > solver)
	Get control values of some simulation in the context of adjoint optimization Take values of FIELD, apply inverse projection and put them into a long vector Idea: FIELD[cartesianCoordinates] = projection(result[serialIndex]) -> we want to get the vector ''result''.