Solver Class Reference

Inheritance diagram for Solver:

Public Member Functions
virtual bool	Solve ()=0
void	Connect (Processor *processor)
void	InitializeContainers ()

Static Public Member Functions
static Solver *	Factory (const SolverSettings &solverSettings)

Protected Member Functions
void	SaveStateVariables (int col)
void	ComputeChangeRates (int col, bool applyConstraints=true)
void	ApplyConstraintsFor (int col)
void	ResetStateVariableChanges ()
void	SetStateVariablesToIteration (int col)
void	SetStateVariablesToAvgOf (int col1, int col2)
void	ApplyProcesses (int col) const
void	ApplyProcesses (const axd &changeRates) const
void	Finalize () const

Protected Attributes
Processor *	m_processor
axxd	m_stateVariableChanges
axxd	m_changeRates
int	m_nIterations

Member Function Documentation

ApplyConstraintsFor()

void Solver::ApplyConstraintsFor ( int col )

protected

Enforce the constraints for the change rates in the provided column.

Parameters

col	The column (= iteration) of the internal storage containing the change rates.

ApplyProcesses() [1/2]

void Solver::ApplyProcesses ( const axd & changeRates ) const

protected

Apply the changes to the processes using the provided change rates.

Parameters

changeRates

The change rate values to use.

ApplyProcesses() [2/2]

void Solver::ApplyProcesses ( int col ) const

protected

Apply the changes to the processes.

Parameters

col	The column (= iteration) of the internal storage containing the change rates to use.

ComputeChangeRates()

void Solver::ComputeChangeRates ( int col, bool applyConstraints = true )

protected

Compute the change rates of all processes.

Parameters

col	The column of the internal storage where the change rates must be saved (= iteration).
applyConstraints	Option to apply the constraints (e.g., storage max capacity).

Connect()

void Solver::Connect ( Processor * processor )

inline

Connect the solver to a processor.

Parameters

processor

The processor to connect with.

Factory()

Solver * Solver::Factory ( const SolverSettings & solverSettings )

static

Create the solver based on the provided settings.

Parameters

solverSettings

The solver settings.

Returns

A new generated solver.

Finalize()

void Solver::Finalize ( ) const

protected

Apply all changes.

InitializeContainers()

void Solver::InitializeContainers

(

)

Initialize the internal containers to the needed size.

ResetStateVariableChanges()

void Solver::ResetStateVariableChanges ( )

protected

Reset the stored state variable changes to zero.

SaveStateVariables()

void Solver::SaveStateVariables ( int col )

protected

Save the state variables.

Parameters

col	The column of the internal storage where the state variables must be saved.

SetStateVariablesToAvgOf()

void Solver::SetStateVariablesToAvgOf ( int col1, int col2 )

protected

Set the state variables to use to the average values of the selected iterations (columns).

Parameters

col1	The first column (= iteration) of the internal storage containing the state variables to use.
col2	The second column (= iteration) of the internal storage containing the state variables to use.

SetStateVariablesToIteration()

void Solver::SetStateVariablesToIteration ( int col )

protected

Set the state variables to use to the values of the selected iteration (column).

Parameters

col	The column (= iteration) of the internal storage containing the state variables to use.

Solve()

virtual bool Solver::Solve ( )

pure virtual

Apply the solver.

Returns

True if success, false otherwise.

Implemented in SolverEulerExplicit, SolverHeunExplicit, and SolverRK4.

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

• /github/workspace/core/src/base/Solver.h
• /github/workspace/core/src/base/Solver.cpp