gridfire::solver::MultiZoneNetworkSolver< EngineT > Class Template Reference

#include <strategy_abstract.h>

Collaboration diagram for gridfire::solver::MultiZoneNetworkSolver< EngineT >:

Public Member Functions
	MultiZoneNetworkSolver (const EngineT &engine, const SingleZoneNetworkSolver< EngineT > &solver)
virtual	~MultiZoneNetworkSolver ()=default
virtual std::vector< NetOut >	evaluate (SolverContextBase &solver_ctx, const std::vector< NetIn > &netIns) const =0

Protected Attributes
const EngineT &	m_engine
	The engine used by this solver strategy.
const SingleZoneNetworkSolver< EngineT > &	m_solver

Constructor & Destructor Documentation

MultiZoneNetworkSolver()

template<IsEngine EngineT>

gridfire::solver::MultiZoneNetworkSolver< EngineT >::MultiZoneNetworkSolver ( const EngineT & engine, const SingleZoneNetworkSolver< EngineT > & solver )

inlineexplicit

~MultiZoneNetworkSolver()

template<IsEngine EngineT>

virtual gridfire::solver::MultiZoneNetworkSolver< EngineT >::~MultiZoneNetworkSolver ( )

virtualdefault

Member Function Documentation

evaluate()

template<IsEngine EngineT>

virtual std::vector< NetOut > gridfire::solver::MultiZoneNetworkSolver< EngineT >::evaluate ( SolverContextBase & solver_ctx, const std::vector< NetIn > & netIns ) const

pure virtual

Implemented in gridfire::solver::GridSolver, and PyMultiZoneDynamicNetworkSolver.

Member Data Documentation

m_engine

template<IsEngine EngineT>

const EngineT& gridfire::solver::MultiZoneNetworkSolver< EngineT >::m_engine

protected

The engine used by this solver strategy.

m_solver

template<IsEngine EngineT>

const SingleZoneNetworkSolver<EngineT>& gridfire::solver::MultiZoneNetworkSolver< EngineT >::m_solver

protected

---

The documentation for this class was generated from the following file:

• src/include/gridfire/solver/strategies/strategy_abstract.h