Used to create a PLMD::Action that has some scalar or vectorial output that may or may not have some derivatives. More...

#include <ActionWithValue.h>

Inheritance diagram for PLMD::ActionWithValue:

[legend]

Public Types
typedef std::vector< Action * >	Dependencies

typedef std::set< FILE * >::iterator	files_iterator

Public Member Functions
void	addValue ()
	Add a value with the name label. More...

void	addValueWithDerivatives ()
	Add a value with the name label that has derivatives. More...

void	setNotPeriodic ()
	Set your default value to have no periodicity. More...

void	setPeriodic (const std::string &min, const std::string &max)
	Set the value to be periodic with a particular domain. More...

void	addComponent (const std::string &name)
	Add a value with a name like label.name. More...

void	addComponentWithDerivatives (const std::string &name)
	Add a value with a name like label.name that has derivatives. More...

void	componentIsNotPeriodic (const std::string &name)
	Set your value component to have no periodicity. More...

void	componentIsPeriodic (const std::string &name, const std::string &min, const std::string &max)
	Set the value to be periodic with a particular domain. More...

	ActionWithValue (const ActionOptions &ao)

	~ActionWithValue ()

bool	doNotCalculateDerivatives () const
	Are we not calculating derivatives. More...

double	getOutputQuantity (const unsigned j) const
	Get the value of one of the components of the PLMD::Action. More...

double	getOutputQuantity (const std::string &name) const
	Get the value with a specific name (N.B. if there is no such value this returns zero) More...

bool	exists (const std::string &name) const
	Check if a value with a particular name is present. More...

Value *	copyOutput (const std::string &name) const
	Return a pointer to the value with name (this is used to retrieve values in other PLMD::Actions) You should NEVER use this routine to refer to the components of your PLMD::Action. More...

Value *	copyOutput (const unsigned &n) const
	Return a pointer to the value with this number (this is used to retrieve values in other PLMD::Actions) You should NEVER use this routine to refer to the components of your PLMD::Action. More...

std::string	getComponentsList () const
	get a string that contains all the available components More...

std::vector< std::string >	getComponentsVector () const
	get a vector that contains the label for all the components More...

int	getNumberOfComponents () const
	Returns the number of values defined. More...

void	clearInputForces ()
	Clear the forces on the values. More...

virtual void	clearDerivatives ()
	Clear the derivatives of values wrt parameters. More...

void	setGradientsIfNeeded ()
	Calculate the gradients and store them for all the values (need for projections) More...

void	setValue (Value *, double)
	Set the value. More...

bool	checkNumericalDerivatives () const
	Check if numerical derivatives should be used. More...

void	useNumericalDerivatives ()
	This forces the class to use numerical derivatives. More...

virtual void	checkFieldsAllowed ()

virtual unsigned	getNumberOfDerivatives ()=0

virtual void	turnOnDerivatives ()
	Activate the calculation of derivatives. More...

bool	checkUpdate () const
	Check if action should be updated. More...

void	addDependency (Action *)
	Specify that this Action depends on another one. More...

void	clearDependencies ()
	Clear the dependence list for this Action. More...

long int	getStep () const
	Return the present timestep. More...

double	getTime () const
	Return the present time. More...

double	getTimeStep () const
	Return the timestep. More...

bool	getRestart () const
	Return true if we are doing a restart. More...

template<class T >
void	parse (const std::string &key, T &t)
	Parse one keyword as generic type. More...

template<class T >
bool	parseNumbered (const std::string &key, const int no, T &t)
	Parse one numbered keyword as generic type. More...

template<class T >
void	parseVector (const std::string &key, std::vector< T > &t)
	Parse one keyword as std::vector. More...

template<class T >
bool	parseNumberedVector (const std::string &key, const int no, std::vector< T > &t)
	Parse a vector with a number. More...

void	parseFlag (const std::string &key, bool &t)
	Parse one keyword as boolean flag. More...

void	error (const std::string &msg) const
	Crash calculation and print documentation. More...

void	warning (const std::string &msg)
	Issue a warning. More...

void	exit (int c=0)
	Exit with error code c. More...

void	checkRead ()
	Check if Action was properly read. More...

virtual void	prepare ()
	Prepare an Action for calculation This can be used by Action if they need some special preparation before calculation. More...

virtual void	lockRequests ()

virtual void	unlockRequests ()

virtual void	calculate ()=0
	Calculate an Action. More...

virtual void	apply ()=0
	Apply an Action. More...

virtual void	update ()
	Update. More...

virtual void	runFinalJobs ()
	RunFinalJobs This method is called once at the very end of the calculation. More...

void	fflush ()
	Tell to the Action to flush open files. More...

virtual std::string	getDocumentation () const

const std::string &	getLabel () const
	Returns the label. More...

const std::string &	getName () const
	Returns the name. More...

virtual void	activate ()
	Set action to active. More...

virtual void	setOption (const std::string &s)

virtual void	clearOptions ()

virtual void	deactivate ()
	Set action to inactive. More...

bool	isActive () const
	Check if action is active. More...

bool	isOptionOn (const std::string &s) const
	Check if an option is on. More...

const Dependencies &	getDependencies () const
	Return dependencies. More...

virtual bool	checkNeedsGradients () const
	Check if the action needs gradient. More...

virtual void	calculateNumericalDerivatives (ActionWithValue *a=NULL)
	Perform calculation using numerical derivatives N.B. More...

FILE *	fopen (const char path, const char mode)
	Opens a file. More...

int	fclose (FILE *fp)
	Closes a file opened with Action::fclose(). More...

void	calculateFromPDB (const PDB &)
	Calculate the action given a pdb file as input. More...

virtual void	readAtomsFromPDB (const PDB &)
	This is overwritten in ActionAtomistic so that we can read the atoms from the pdb input file rather than taking them from the MD code. More...

bool	getExchangeStep () const
	Check if we are on an exchange step. More...

std::string	cite (const std::string &s)
	Cite a paper see PlumedMain::cite. More...

Static Public Member Functions
static void	registerKeywords (Keywords &keys)
	Register all the relevant keywords for the action. More...

static void	noAnalyticalDerivatives (Keywords &keys)
	Insist that numerical derivatives should always be used for an action and make this fact appear in the manual. More...

static void	componentsAreNotOptional (Keywords &keys)
	Puts a message into the manual that the components always output. More...

static void	useCustomisableComponents (Keywords &keys)
	The components in the action will depend on the user. More...

Public Attributes
PlumedMain &	plumed
	Reference to main plumed object. More...

Log &	log
	Reference to the log stream. More...

std::set< FILE * >	files

Communicator &	comm

Communicator &	multi_sim_comm

const Keywords &	keywords

Protected Member Functions
Value *	getPntrToValue ()
	Get a pointer to the default value. More...

void	setValue (const double &d)
	Set the default value (the one without name) More...

Value *	getPntrToComponent (int i)
	Return a pointer to the component by index. More...

Value *	getPntrToComponent (const std::string &name)
	Return a pointer to the value by name. More...

Private Member Functions
int	getComponent (const std::string &name) const
	Return the index for the component named name. More...

Private Attributes
std::vector< Value * >	values
	An array containing the values for this action. More...

bool	noderiv
	Are we skipping the calculation of the derivatives. More...

bool	numericalDerivatives
	Are we using numerical derivatives to differentiate. More...

Detailed Description

Used to create a PLMD::Action that has some scalar or vectorial output that may or may not have some derivatives.

This is used for PLMD::Bias, PLMD::Colvar and PLMD::Function

The vast majority of the PLMD::Action objects that are implemented in plumed calculate some quantity or a set of quantities. This could be the value of a CV, the value of a function or the potential due to a bias. PLMD::ActionWithValue provides the functionality for storing these quantities and (in tandem with PLMD::ActionWithArguments) the functionality for passing quantities between PLMD::Actions. When you are deciding what quantities your new PLMD::Action will need to store using PLMD::ActionWithValue you must ask yourself the following two questions:

Do I need to differentiate my output quantities
Is my PLMD::Action calculating a single thing or does the output have multiple components

If the answer to the first of these questions is yes then you must setup your values you using either PLMD::ActionWithValue::addValueWithDerivatives() or PLMD::ActionWithValue::addComponentWithDerivatives. If the answer is no you can set up values using PLMD::ActionWithValue::addValue() or PLMD::ActionWithValue::addComponent(). The precise routine you use to setup your values will depend on your answer to the second question. As you are probably aware if the output of your PLMD::Action is a single quantity you can reference that quantity in the input file using the label of the PLMD::Action it was calculated in. If your action outputs only one quantity we call that quantity the value of the Action. To set the value and get pointers to it you should use the set of routines that have the word value in the name . If, by contrast, your PLMD::Action calculates multiple quantities then these quantities are referenced in input using the label.component syntax. We refer to these multiple quantities the components of the PLMD::Action. Perhaps unsurprisingly, when you manipulate the components of an PLMD::Action you should use the routines with the word component in the name.

Member Typedef Documentation

typedef std::vector<Action*> PLMD::Action::Dependencies

inherited

typedef std::set<FILE*>::iterator PLMD::Action::files_iterator

inherited

Constructor & Destructor Documentation

PLMD::ActionWithValue::ActionWithValue ( const ActionOptions & ao )

explicit

PLMD::ActionWithValue::~ActionWithValue ( )

Member Function Documentation

void PLMD::Action::activate ( )

virtualinherited

Set action to active.

void PLMD::ActionWithValue::addComponent ( const std::string & name )

Add a value with a name like label.name.

void PLMD::ActionWithValue::addComponentWithDerivatives ( const std::string & name )

Add a value with a name like label.name that has derivatives.

void PLMD::Action::addDependency ( Action * action )

inherited

Specify that this Action depends on another one.

void PLMD::ActionWithValue::addValue ( )

Add a value with the name label.

void PLMD::ActionWithValue::addValueWithDerivatives ( )

Add a value with the name label that has derivatives.

virtual void PLMD::Action::apply ( )

pure virtualinherited

Apply an Action.

This method is called one time per step. The set of all Actions is applied in backward order.

Implemented in PLMD::mapping::PCAVars, PLMD::generic::WrapAround, PLMD::analysis::Analysis, PLMD::generic::Group, PLMD::generic::DumpAtoms, PLMD::generic::EffectiveEnergyDrift, PLMD::multicolvar::MultiColvarBase, PLMD::generic::WholeMolecules, PLMD::generic::DumpMassCharge, PLMD::generic::FitToTemplate, PLMD::multicolvar::Sprint, PLMD::mapping::Mapping, PLMD::IMD, PLMD::secondarystructure::SecondaryStructureRMSD, PLMD::generic::RandomExchanges, PLMD::generic::Read, PLMD::multicolvar::DumpMultiColvar, PLMD::multicolvar::MultiColvarDensity, PLMD::generic::Print, PLMD::multicolvar::BridgedMultiColvarFunction, PLMD::generic::Include, PLMD::analysis::Committor, PLMD::generic::Flush, PLMD::generic::DumpDerivatives, PLMD::generic::DumpForces, PLMD::manyrestraints::ManyRestraintsBase, PLMD::generic::Debug, PLMD::Colvar, PLMD::generic::Time, PLMD::bias::Bias, PLMD::generic::DumpProjections, PLMD::function::Function, PLMD::ActionWithVirtualAtom, and PLMD::ActionSetup.

virtual void PLMD::Action::calculate ( )

pure virtualinherited

Calculate an Action.

This method is called one or more times per step. The set of all Actions is calculated in forward order.

Implemented in PLMD::bias::MetaD, PLMD::bias::PBMetaD, PLMD::function::FuncSumHills, PLMD::mapping::PCAVars, PLMD::function::Matheval, PLMD::generic::WrapAround, PLMD::function::FuncPathMSD, PLMD::analysis::Analysis, PLMD::RDC, PLMD::bias::ExtendedLagrangian, PLMD::generic::Group, PLMD::colvar::Distance, PLMD::generic::DumpAtoms, PLMD::bias::MovingRestraint, PLMD::generic::EffectiveEnergyDrift, PLMD::generic::WholeMolecules, PLMD::bias::External, PLMD::generic::DumpMassCharge, PLMD::generic::FitToTemplate, PLMD::colvar::Gyration, PLMD::bias::ABMD, PLMD::colvar::Angle, PLMD::colvar::ContactMap, PLMD::colvar::DRMSD, PLMD::function::Combine, PLMD::bias::BiasValue, PLMD::colvar::NOE, PLMD::IMD, PLMD::vatom::Center, PLMD::secondarystructure::SecondaryStructureRMSD, PLMD::generic::Read, PLMD::generic::RandomExchanges, PLMD::multicolvar::MultiColvarFunction, PLMD::function::Piecewise, PLMD::colvar::PathMSDBase, PLMD::colvar::Position, PLMD::multicolvar::DumpMultiColvar, PLMD::colvar::Torsion, PLMD::multicolvar::MultiColvarDensity, PLMD::bias::LWalls, PLMD::bias::UWalls, PLMD::vatom::COM, PLMD::generic::Include, PLMD::generic::Print, PLMD::bias::Restraint, PLMD::analysis::Committor, PLMD::generic::Flush, PLMD::colvar::Energy, PLMD::multicolvar::MultiColvar, PLMD::function::Sort, PLMD::multicolvar::BridgedMultiColvarFunction, PLMD::generic::DumpDerivatives, PLMD::colvar::Constant, PLMD::generic::DumpForces, PLMD::function::Ensemble, PLMD::generic::Debug, PLMD::colvar::Dipole, PLMD::colvar::Puckering, PLMD::manyrestraints::ManyRestraintsBase, PLMD::vatom::Ghost, PLMD::colvar::Cell, PLMD::colvar::ColvarFake, PLMD::colvar::Volume, PLMD::function::Target, PLMD::colvar::Template, PLMD::generic::Time, PLMD::generic::DumpProjections, PLMD::colvar::MultiRMSD, PLMD::colvar::RMSD, PLMD::colvar::PCARMSD, PLMD::colvar::CoordinationBase, PLMD::ActionSetup, and PLMD::mapping::PathBase.

void PLMD::Action::calculateFromPDB ( const PDB & pdb )

inherited

Calculate the action given a pdb file as input.

This is used to initialize things like distance from a point in CV map space given a pdb as an input file

void PLMD::Action::calculateNumericalDerivatives ( ActionWithValue * a = NULL )

virtualinherited

Perform calculation using numerical derivatives N.B.

only pass an ActionWithValue to this routine if you know exactly what you are doing.

Reimplemented in PLMD::mapping::PCAVars, PLMD::ActionAtomistic, PLMD::analysis::Analysis, PLMD::multicolvar::MultiColvarFunction, PLMD::ActionWithArguments, PLMD::multicolvar::MultiColvarDensity, PLMD::multicolvar::BridgedMultiColvarFunction, PLMD::mapping::Mapping, and PLMD::vesselbase::ActionWithInputVessel.

virtual void PLMD::ActionWithValue::checkFieldsAllowed ( )

inlinevirtual

Reimplemented in PLMD::colvar::ContactMap.

virtual bool PLMD::Action::checkNeedsGradients ( ) const

inlinevirtualinherited

Check if the action needs gradient.

Reimplemented in PLMD::bias::MetaD, and PLMD::generic::DumpProjections.

bool PLMD::ActionWithValue::checkNumericalDerivatives ( ) const

inlinevirtual

Check if numerical derivatives should be used.

Reimplemented from PLMD::Action.

void PLMD::Action::checkRead ( )

inherited

Check if Action was properly read.

This checks if Action::line is empty. It must be called after a final Action has been initialized

bool PLMD::Action::checkUpdate ( ) const

inherited

Check if action should be updated.

std::string PLMD::Action::cite ( const std::string & s )

inherited

Cite a paper see PlumedMain::cite.

void PLMD::Action::clearDependencies ( )

inherited

Clear the dependence list for this Action.

void PLMD::ActionWithValue::clearDerivatives ( )

virtual

Clear the derivatives of values wrt parameters.

Reimplemented in PLMD::multicolvar::BridgedMultiColvarFunction, and PLMD::manyrestraints::ManyRestraintsBase.

void PLMD::ActionWithValue::clearInputForces ( )

Clear the forces on the values.

void PLMD::Action::clearOptions ( )

virtualinherited

void PLMD::ActionWithValue::componentIsNotPeriodic ( const std::string & name )

Set your value component to have no periodicity.

void PLMD::ActionWithValue::componentIsPeriodic	(	const std::string &	name,
		const std::string &	min,
		const std::string &	max
	)

Set the value to be periodic with a particular domain.

void PLMD::ActionWithValue::componentsAreNotOptional ( Keywords & keys )

static

Puts a message into the manual that the components always output.

Value * PLMD::ActionWithValue::copyOutput ( const std::string & name ) const

Return a pointer to the value with name (this is used to retrieve values in other PLMD::Actions) You should NEVER use this routine to refer to the components of your PLMD::Action.

Use getPntrToComponent instead.

Value * PLMD::ActionWithValue::copyOutput ( const unsigned & n ) const

Return a pointer to the value with this number (this is used to retrieve values in other PLMD::Actions) You should NEVER use this routine to refer to the components of your PLMD::Action.

Use getPntrToComponent instead.

void PLMD::Action::deactivate ( )

inlinevirtualinherited

Set action to inactive.

bool PLMD::ActionWithValue::doNotCalculateDerivatives ( ) const

inline

Are we not calculating derivatives.

void PLMD::Action::error ( const std::string & msg ) const

inherited

Crash calculation and print documentation.

bool PLMD::ActionWithValue::exists ( const std::string & name ) const

Check if a value with a particular name is present.

This is only used in PLMD::ActionWithArguments. You should not use it when manipulating components.

void PLMD::Action::exit ( int c = 0 )

inherited

Exit with error code c.

int PLMD::Action::fclose ( FILE * fp )

inherited

Closes a file opened with Action::fclose().

void PLMD::Action::fflush ( )

inherited

Tell to the Action to flush open files.

FILE * PLMD::Action::fopen	(	const char *	path,
		const char *	mode
	)

inherited

Opens a file.

This is similar to plain fopen, but with some extra functionality.

When opened for writing, processors other than the one with rank 0 just open /dev/null
PlumedMain::fopen is used, so that other tricks may appear (see PlumedMain::fopen)

int PLMD::ActionWithValue::getComponent ( const std::string & name ) const

private

Return the index for the component named name.

std::string PLMD::ActionWithValue::getComponentsList ( ) const

get a string that contains all the available components

std::vector< std::string > PLMD::ActionWithValue::getComponentsVector ( ) const

get a vector that contains the label for all the components

const Dependencies& PLMD::Action::getDependencies ( ) const

inlineinherited

Return dependencies.

std::string PLMD::Action::getDocumentation ( ) const

virtualinherited

bool PLMD::Action::getExchangeStep ( ) const

inherited

Check if we are on an exchange step.

const std::string & PLMD::Action::getLabel ( ) const

inlineinherited

Returns the label.

const std::string & PLMD::Action::getName ( ) const

inlineinherited

Returns the name.

int PLMD::ActionWithValue::getNumberOfComponents ( ) const

inline

Returns the number of values defined.

virtual unsigned PLMD::ActionWithValue::getNumberOfDerivatives ( )

pure virtual

Implemented in PLMD::mapping::PCAVars, PLMD::multicolvar::MultiColvarBase, PLMD::generic::Read, PLMD::mapping::Mapping, PLMD::secondarystructure::SecondaryStructureRMSD, PLMD::Colvar, PLMD::colvar::Energy, PLMD::multicolvar::BridgedMultiColvarFunction, PLMD::generic::Time, PLMD::bias::Bias, PLMD::function::Function, and PLMD::manyrestraints::ManyRestraintsBase.

double PLMD::ActionWithValue::getOutputQuantity ( const unsigned j ) const

inline

Get the value of one of the components of the PLMD::Action.

double PLMD::ActionWithValue::getOutputQuantity ( const std::string & name ) const

inline

Get the value with a specific name (N.B. if there is no such value this returns zero)

Value * PLMD::ActionWithValue::getPntrToComponent ( int i )

protected

Return a pointer to the component by index.

Value * PLMD::ActionWithValue::getPntrToComponent ( const std::string & name )

protected

Return a pointer to the value by name.

Value * PLMD::ActionWithValue::getPntrToValue ( )

protected

Get a pointer to the default value.

bool PLMD::Action::getRestart ( ) const

inlineinherited

Return true if we are doing a restart.

long int PLMD::Action::getStep ( ) const

inherited

Return the present timestep.

double PLMD::Action::getTime ( ) const

inherited

Return the present time.

double PLMD::Action::getTimeStep ( ) const

inherited

Return the timestep.

bool PLMD::Action::isActive ( ) const

inlineinherited

Check if action is active.

bool PLMD::Action::isOptionOn ( const std::string & s ) const

inlineinherited

Check if an option is on.

virtual void PLMD::Action::lockRequests ( )

inlinevirtualinherited

Reimplemented in PLMD::mapping::PCAVars, PLMD::ActionAtomistic, PLMD::analysis::Analysis, PLMD::ActionWithArguments, and PLMD::mapping::Mapping.

void PLMD::ActionWithValue::noAnalyticalDerivatives ( Keywords & keys )

static

Insist that numerical derivatives should always be used for an action and make this fact appear in the manual.

template<class T >

void PLMD::Action::parse	(	const std::string &	key,
		T &	t
	)

inherited

Parse one keyword as generic type.

void PLMD::Action::parseFlag	(	const std::string &	key,
		bool &	t
	)

inherited

Parse one keyword as boolean flag.

template<class T >

bool PLMD::Action::parseNumbered	(	const std::string &	key,
		const int	no,
		T &	t
	)

inherited

Parse one numbered keyword as generic type.

template<class T >

bool PLMD::Action::parseNumberedVector	(	const std::string &	key,
		const int	no,
		std::vector< T > &	t
	)

inherited

Parse a vector with a number.

template<class T >

void PLMD::Action::parseVector	(	const std::string &	key,
		std::vector< T > &	t
	)

inherited

Parse one keyword as std::vector.

void PLMD::Action::prepare ( )

virtualinherited

Prepare an Action for calculation This can be used by Action if they need some special preparation before calculation.

Typical case is for collective variables which would like to change their list of requested atoms. By default (if not overridden) does nothing.

Reimplemented in PLMD::function::FuncPathMSD, PLMD::analysis::Analysis, PLMD::mapping::Mapping, PLMD::secondarystructure::SecondaryStructureRMSD, PLMD::generic::Read, PLMD::generic::Print, PLMD::colvar::Energy, and PLMD::colvar::CoordinationBase.

virtual void PLMD::Action::readAtomsFromPDB ( const PDB & )

inlinevirtualinherited

This is overwritten in ActionAtomistic so that we can read the atoms from the pdb input file rather than taking them from the MD code.

Reimplemented in PLMD::ActionAtomistic.

void PLMD::ActionWithValue::registerKeywords ( Keywords & keys )

static

Register all the relevant keywords for the action.

virtual void PLMD::Action::runFinalJobs ( )

inlinevirtualinherited

RunFinalJobs This method is called once at the very end of the calculation.

The set of all Actions in run for the final time in forward order.

Reimplemented in PLMD::analysis::Analysis.

void PLMD::ActionWithValue::setGradientsIfNeeded ( )

Calculate the gradients and store them for all the values (need for projections)

void PLMD::ActionWithValue::setNotPeriodic ( )

Set your default value to have no periodicity.

void PLMD::Action::setOption ( const std::string & s )

virtualinherited

void PLMD::ActionWithValue::setPeriodic	(	const std::string &	min,
		const std::string &	max
	)

Set the value to be periodic with a particular domain.

void PLMD::ActionWithValue::setValue ( const double & d )

inlineprotected

Set the default value (the one without name)

void PLMD::ActionWithValue::setValue	(	Value *	,
		double
	)

Set the value.

void PLMD::ActionWithValue::turnOnDerivatives ( )

virtual

Activate the calculation of derivatives.

Reimplemented in PLMD::bias::ExtendedLagrangian, PLMD::multicolvar::MultiColvarBase, PLMD::generic::Read, PLMD::secondarystructure::SecondaryStructureRMSD, PLMD::mapping::Mapping, PLMD::crystallization::DFSClustering, PLMD::crystallization::DFSClusterDiameter, and PLMD::bias::Bias.

virtual void PLMD::Action::unlockRequests ( )

inlinevirtualinherited

Reimplemented in PLMD::mapping::PCAVars, PLMD::ActionAtomistic, PLMD::analysis::Analysis, PLMD::ActionWithArguments, and PLMD::mapping::Mapping.

virtual void PLMD::Action::update ( )

inlinevirtualinherited

Update.

This method is called one time per step. The set of all Actions is updated in forward order.

Reimplemented in PLMD::bias::MetaD, PLMD::bias::PBMetaD, PLMD::analysis::Analysis, PLMD::bias::ExtendedLagrangian, PLMD::multicolvar::VolumeCavity, PLMD::generic::DumpAtoms, PLMD::generic::EffectiveEnergyDrift, PLMD::generic::DumpMassCharge, PLMD::generic::Read, PLMD::multicolvar::DumpMultiColvar, PLMD::multicolvar::MultiColvarDensity, PLMD::generic::Print, PLMD::generic::Flush, PLMD::generic::DumpDerivatives, PLMD::generic::DumpForces, PLMD::multicolvar::VolumeTetrapore, and PLMD::generic::DumpProjections.

void PLMD::ActionWithValue::useCustomisableComponents ( Keywords & keys )

static

The components in the action will depend on the user.

void PLMD::ActionWithValue::useNumericalDerivatives ( )

inline

This forces the class to use numerical derivatives.

void PLMD::Action::warning ( const std::string & msg )

inherited

Issue a warning.

Member Data Documentation

Communicator& PLMD::Action::comm

inherited

std::set<FILE*> PLMD::Action::files

inherited

const Keywords& PLMD::Action::keywords

inherited

Log& PLMD::Action::log

inherited

Reference to the log stream.

Communicator& PLMD::Action::multi_sim_comm

inherited

bool PLMD::ActionWithValue::noderiv

private

Are we skipping the calculation of the derivatives.

bool PLMD::ActionWithValue::numericalDerivatives

private

Are we using numerical derivatives to differentiate.

PlumedMain& PLMD::Action::plumed

inherited

Reference to main plumed object.

std::vector<Value*> PLMD::ActionWithValue::values

private

An array containing the values for this action.

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

core/ActionWithValue.h
core/ActionWithValue.cpp

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Protected Member Functions

Private Member Functions

Private Attributes

Detailed Description

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation