WaterContainer Class Reference

Inheritance diagram for WaterContainer:

Public Member Functions
	WaterContainer (Brick *brick)
virtual bool	IsOk ()
void	SubtractAmountFromDynamicContentChange (double change)
void	AddAmountToDynamicContentChange (double change)
void	AddAmountToStaticContentChange (double change)
virtual void	ApplyConstraints (double timeSte)
void	SetOutgoingRatesToZero ()
void	Finalize ()
void	Reset ()
void	SaveAsInitialState ()
vecDoublePt	GetDynamicContentChanges ()
bool	HasMaximumCapacity () const
double	GetMaximumCapacity ()
void	SetMaximumCapacity (float *value)
void	SetAsInfiniteStorage ()
double	GetContentWithChanges () const
double	GetContentWithDynamicChanges () const
double	GetContentWithoutChanges () const
double *	GetContentPointer ()
void	SetInitialState (double value)
void	UpdateContent (double value)
double	GetTargetFillingRatio ()
bool	IsNotEmpty ()
bool	HasOverflow ()
void	LinkOverflow (Process *overflow)
void	AttachFluxIn (Flux *flux)
virtual double	SumIncomingFluxes ()
virtual bool	ContentAccessible () const
Brick *	GetParentBrick ()

Member Function Documentation

AddAmountToDynamicContentChange()

void WaterContainer::AddAmountToDynamicContentChange

(

double

change

)

Add the amount of water to the dynamic content change.

Parameters

change

amount to add [mm]

AddAmountToStaticContentChange()

void WaterContainer::AddAmountToStaticContentChange

(

double

change

)

Add the amount of water to the static content change.

Parameters

change

amount to add [mm]

ApplyConstraints()

void WaterContainer::ApplyConstraints ( double timeSte )

virtual

Apply the constraints to the water container.

Parameters

timeSte

time step [s]

Reimplemented in IceContainer.

AttachFluxIn()

void WaterContainer::AttachFluxIn ( Flux * flux )

inline

Attach incoming flux.

Parameters

flux	incoming flux

ContentAccessible()

bool WaterContainer::ContentAccessible ( ) const

virtual

Check if the water content is accessible.

Reimplemented in IceContainer.

Finalize()

void WaterContainer::Finalize

(

)

Finalize the water container computation.

GetContentPointer()

double * WaterContainer::GetContentPointer ( )

inline

Get the water content value pointer.

Returns

pointer to the water content value

GetContentWithChanges()

double WaterContainer::GetContentWithChanges ( ) const

inline

Get the water content of the current object.

Returns

water content [mm]

GetContentWithDynamicChanges()

double WaterContainer::GetContentWithDynamicChanges ( ) const

inline

Get the water content of the current object with dynamic changes.

Returns

water content [mm]

GetContentWithoutChanges()

double WaterContainer::GetContentWithoutChanges ( ) const

inline

Get the water content of the current object without changes.

Returns

water content [mm]

GetDynamicContentChanges()

vecDoublePt WaterContainer::GetDynamicContentChanges

(

)

Get the dynamic content changes.

Returns

dynamic content changes [mm]

GetMaximumCapacity()

double WaterContainer::GetMaximumCapacity ( )

inline

Get the maximum capacity of the water container.

Returns

maximum capacity [mm]

GetParentBrick()

Brick * WaterContainer::GetParentBrick ( )

inline

Get the parent brick of the water container.

Returns

pointer to the parent brick

GetTargetFillingRatio()

double WaterContainer::GetTargetFillingRatio

(

)

Get the filling ratio of the water container.

Returns

filling ratio [0-1]

HasMaximumCapacity()

bool WaterContainer::HasMaximumCapacity ( ) const

inline

Check if the water container has a maximum capacity.

Returns

true if the water container has a maximum capacity, false otherwise

HasOverflow()

bool WaterContainer::HasOverflow ( )

inline

Check if the water container has an overflow process.

Returns

true if the water container has an overflow process, false otherwise

IsNotEmpty()

bool WaterContainer::IsNotEmpty ( )

inline

Check if the water container is not empty.

Returns

true if the water container is not empty, false otherwise

IsOk()

bool WaterContainer::IsOk ( )

virtual

Check if the water container is ok.

LinkOverflow()

void WaterContainer::LinkOverflow ( Process * overflow )

inline

Link the water container to an overflow process.

Parameters

overflow

pointer to the overflow process

Reset()

void WaterContainer::Reset

(

)

Reset the water container to its initial state.

SaveAsInitialState()

void WaterContainer::SaveAsInitialState

(

)

Save the initial state of the water container.

SetAsInfiniteStorage()

void WaterContainer::SetAsInfiniteStorage ( )

inline

Set the water container as an infinite storage.

SetInitialState()

void WaterContainer::SetInitialState ( double value )

inline

Set the initial state of the water container.

Parameters

value

initial state [mm]

SetMaximumCapacity()

void WaterContainer::SetMaximumCapacity ( float * value )

inline

Set the maximum capacity of the water container.

Parameters

value

maximum capacity [mm]

SetOutgoingRatesToZero()

void WaterContainer::SetOutgoingRatesToZero

(

)

Set the outgoing rates to zero.

SubtractAmountFromDynamicContentChange()

void WaterContainer::SubtractAmountFromDynamicContentChange

(

double

change

)

Subtract the amount of water from the dynamic content change.

Parameters

change

amount to subtract [mm]

SumIncomingFluxes()

double WaterContainer::SumIncomingFluxes ( )

virtual

Sums the water amount from the different fluxes.

Returns

sum of the water amount [mm]

UpdateContent()

void WaterContainer::UpdateContent ( double value )

inline

Update the content of the water container.

Parameters

value

new content [mm]

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

• /github/workspace/core/src/containers/WaterContainer.h
• /github/workspace/core/src/containers/WaterContainer.cpp