Inheritance diagram for DeepSeaGravityWaves:

Collaboration diagram for DeepSeaGravityWaves:

Public Member Functions
	DeepSeaGravityWaves (string simObjectName, ISimObjectCreator *creator)
	Reads parameters, registers states, input/output ports and shared resources. More...

virtual void	FinalSetup (const double T, const double const X, ISimObjectCreator const creator)

double	GetSurfaceElevation (const double dT, const double *const dX, const double adPos[2])
	PC For initiation of shared resource NetCDFField. More...

void	GetSurfaceUnitNormal (const double dT, const double const dX, const double adPos[2], double adUnitNormalOut)
	Returns the unit normal vector of the surface at a specific position. More...

void	GetParticleVelocity (const double dT, const double const dX, const double adPos[3], double adVelOut)
	Returns the particle velocity at a specific position. More...

void	GetParticleAcceleration (const double dT, const double const dX, const double adPos[3], double adAccOut)
	Returns the particle acceleration at a specific position. More...

double	GetPressure (const double dT, const double *const dX, const double adPos[3])
	Returns the dynamic pressure at a specific position. More...

double	GetTotalPressure (const double dT, const double *const dX, const double adPos[3])
	Returns the total pressure at a specific position. More...

double	GetSeadepth (const double adPos[2])
	Returns the sea depth at a specific position. More...

double	GetSeabedSigma (const double adPos[3])
	Returns the sea depth sigma at a specific position. More...

double	GetSeabedTau (const double adPos[3])
	Returns the sea depth tau at a specific position. More...

double	GetSeabedRho (const double adPos[3])
	Returns the density of the seabed at a specific position. More...

void	RegisterCurrentField (ICurrentField *currentField)
	Registers an input current field in the environmental representation. More...

void	GetWaveFrequencies (std::vector< double > &vec)
	Returns a vector of all wave frequencies. More...

void	GetWaveAmplitudes (std::vector< double > &vec)
	Returns a vector of all wave amplitudes. More...

void	GetWavePhaseAngles (std::vector< double > &vec)
	Returns a vector of all wave phase angles. More...

void	GetWaveDirections (std::vector< double > &vec)
	Returns a vector of all wave directions. More...

void	GetWaveNumbers (std::vector< double > &vec)
	Returns a vector of all wave numbers. More...

void	GetCurrentVelocity (const double dT, const double const dX, const double adPos[3], double adVelOut)
	Returns the water current velocity at a specific position. More...

void	GetCurrentProducerVelocity (const double dT, const double const dX, const double adPos[3], double adVelOut)
	Returns the water current velocity producer at a specific position. More...

double	GetDensity (const double T, const double *const X, const double pos[3])
	Returns the water density at a specific position. More...

EnvironmentQuery	PointEnvironmentQuery (const double T, const double *const X, const double Position[3])

void	PointEnvironmentQuery2 (const double T, const double *const X, const double Position[3], EnvironmentQuery &q)

Public Member Functions inherited from CEnvironment
	CEnvironment (const string &sSimObjectName, ISimObjectCreator *const pCreator)

void	OdeFcn (const double dT, const double const adX, double const adXDot, const bool bIsMajorTimeStep)

virtual double	GetSurfaceElevation (const double dT, const double *const dX, const double adPos[2])=0

virtual void	GetSurfaceUnitNormal (const double dT, const double const dX, const double adPos[2], double adUnitNormalOut)=0

virtual void	GetParticleVelocity (const double dT, const double const dX, const double adPos[3], double adVelOut)=0

virtual void	GetCurrentVelocity (const double dT, const double const dX, const double adPos[3], double adVelOut)=0

virtual void	GetParticleAcceleration (const double dT, const double const dX, const double adPos[3], double adAccOut)=0

virtual double	GetPressure (const double dT, const double *const dX, const double adPos[3])=0

virtual double	GetTotalPressure (const double dT, const double *const dX, const double adPos[3])=0

virtual double	GetDensity (const double dT, const double *const dX, const double adPos[3])=0

virtual double	GetSeadepth (const double adPos[2])=0

virtual double	GetSeabedSigma (const double adPos[3])=0

virtual double	GetSeabedTau (const double adPos[3])=0

virtual double	GetSeabedRho (const double adPos[3])=0

virtual void	RegisterCurrentField (ICurrentField *currentField)=0

virtual void	GetWaveFrequencies (std::vector< double > &vec)

virtual void	GetWaveAmplitudes (std::vector< double > &vec)

virtual void	GetWavePhaseAngles (std::vector< double > &vec)

virtual void	GetWaveDirections (std::vector< double > &vec)

virtual void	GetWaveNumbers (std::vector< double > &vec)

virtual EnvironmentQuery	PointEnvironmentQuery (const double T, const double *const X, const double Position[3])=0

virtual void	PointEnvironmentQuery2 (const double T, const double *const X, const double Position[3], EnvironmentQuery &q)=0

Protected Member Functions
double	GetWakeRatio (const double T, const double *const X, const double adPos[3])
	Returns the wake effect ratio at a specific position. The horizontal velocity will be multiplied with this number. More...

Protected Attributes
LinearWaveTheory *	m_WaveTheory

string	m_waveTheoryName
	Enumerator holding the wave theory used.

string	m_spectrum

int	m_MaxNumWaves

int	m_NumWaves

int	m_NumWaves4Multiplier

vector< double >	m_adWaveFrequency
	For simulation without visualization. Is multiplied with 4 to get the total number of waves in a sea state.

vector< double >	m_adWaveAmplitude
	Array holding wave frequencies for all waves.

vector< double >	m_adWaveDirection
	Array holding wave amplitudes for all waves.

vector< double >	m_adPhaseAngle
	Array holding wave propagation directions for all waves.

vector< double >	m_adWaveNumber
	Array holding phase angles for all waves.

NetCDFsinmod::Grid *	m_grid
	Array holding wave number for all waves.

double *	m_depthMap

ICurrentField *	m_globalCurrentField

vector< ICurrentField * >	m_registeredCurrentFields

double	m_length_x

double	m_length_y

bool	m_useNetCDFField

CNCField *	m_ncField
	Parameter that decides whether NetCDFField (true) should be used.

bool	m_useArtificialTankVelField
	Pointer to CNCField.

double	m_UxyArtField
	Boolean variable. True means that an artificial field is set.

double	m_UzArtField
	Maximum velocity at tank walls (assuming circular tank)

double	m_tankRadius
	Vertical (constant) velocity in tank. Assuming constant vertical velocity with drain in the entire width of the circular tank.

bool	m_wakeEffect
	Tank radius for artificial velocity field.

int	m_wakeObjNum

ISignalPort **	m_wakeObjPort

ISignalPort *	m_wakeDirPort

ISignalPort *	m_wakeRatioPort

double	m_wakeObjRadius [3]

double	m_wakeObjDepth [3]

double	m_wakeObjPower

double	m_RampT

Constructor & Destructor Documentation

◆ DeepSeaGravityWaves()

DeepSeaGravityWaves::DeepSeaGravityWaves	(	string	simObjectName,
		ISimObjectCreator *	creator
	)

The constructor performs all initial setup for DeepSeaGravityWaves. Reading in parameters, setting up communication interface i.e. output ports, input ports, and states, plus additional 'one time only' resource setup.

Parameters

[in]	simObjectName	-> The name of the simobject
[in]	creator	-> Retrieve parameters. Register states, ports and shared resources

Member Function Documentation

◆ GetCurrentProducerVelocity()

void DeepSeaGravityWaves::GetCurrentProducerVelocity	(	const double	dT,
		const double *const	dX,
		const double	adPos[3],
		double *	adVelOut
	)

Includes effects of only currents, not waves

Parameters

[in]	dT	-> Current simulation time
[in]	dX	-> Current simulation state
[in]	adPos	-> Position (x,y,z) for which the water current velocity producer is desired
[out]	adVelOut	-> The current velocity producer at adPos

◆ GetCurrentVelocity()

void DeepSeaGravityWaves::GetCurrentVelocity	(	const double	dT,
		const double *const	dX,
		const double	adPos[3],
		double *	adVelOut
	)

virtual

Includes effects of only currents, not waves

Parameters

[in]	dT	-> Current simulation time
[in]	dX	-> Current simulation state
[in]	adPos	-> Position (x,y,z) for which the current velocity is desired
[out]	adVelOut	-> The current velocity at adPos

Implements CEnvironment.

◆ GetDensity()

double DeepSeaGravityWaves::GetDensity	(	const double	T,
		const double *const	X,
		const double	pos[3]
	)

virtual

Parameters

[in]	T	-> Current simulation time
[in]	X	-> Current simulation state
[in]	pos	-> Position (x,y,z) for which the water current velocity producer is desired

Implements CEnvironment.

◆ GetParticleAcceleration()

void DeepSeaGravityWaves::GetParticleAcceleration	(	const double	dT,
		const double *const	dX,
		const double	adPos[3],
		double *	adAccOut
	)

virtual

Includes effects of both current and waves

Parameters

[in]	dT	-> Current simulation time
[in]	dX	-> Current simulation state
[in]	adPos	-> Position (x,y,z) for which the particle acceleration is desired
[out]	adAccOut	-> The particle acceleration at adPos

Implements CEnvironment.

◆ GetParticleVelocity()

void DeepSeaGravityWaves::GetParticleVelocity	(	const double	dT,
		const double *const	dX,
		const double	adPos[3],
		double *	adVelOut
	)

virtual

Includes effects of both current and waves

Parameters

[in]	dT	-> Current simulation time
[in]	dX	-> Current simulation state
[in]	adPos	-> Position (x,y,z) for which the particle velocity is desired
[out]	adVelOut	-> The particle velocity at adPos

Implements CEnvironment.

◆ GetPressure()

double DeepSeaGravityWaves::GetPressure	(	const double	dT,
		const double *const	dX,
		const double	adPos[3]
	)

virtual

Parameters

[in]	dT	-> Current simulation time
[in]	dX	-> Current simulation state
[in]	adPos	-> Position (x,y,z) for which the pressure is desired

Returns: -> The pressure at adPos

Implements CEnvironment.

◆ GetSeabedRho()

double DeepSeaGravityWaves::GetSeabedRho ( const double adPos[3] )

virtual

Returns 0 if adPos is located above the sea depth, and returns the density if adPos is at or beneath the sea depth

Parameters

[in] adPos -> Position (x,y,z) for which seabed density is desired

Returns: -> The seabed density at adPos

Implements CEnvironment.

◆ GetSeabedSigma()

double DeepSeaGravityWaves::GetSeabedSigma ( const double adPos[3] )

virtual

Parameters

[in] adPos -> Position (x,y,z) for which sea depth sigma is desired

Returns: -> The sea depth sigma at adPos

Implements CEnvironment.

◆ GetSeabedTau()

double DeepSeaGravityWaves::GetSeabedTau ( const double adPos[3] )

virtual

Parameters

[in] adPos -> Position (x,y,z) for which sea depth tau is desired

Returns: -> The sea depth tau at adPos

Implements CEnvironment.

◆ GetSeadepth()

double DeepSeaGravityWaves::GetSeadepth ( const double adPos[2] )

virtual

Parameters

[in] adPos -> Position (x,y) for which sea depth is desired

Returns: -> The sea depth at adPos

Implements CEnvironment.

◆ GetSurfaceElevation()

double DeepSeaGravityWaves::GetSurfaceElevation	(	const double	dT,
		const double *const	dX,
		const double	adPos[2]
	)

virtual

Returns the surface elevation at a specific position

Parameters

[in]	dT	-> Current simulation time
[in]	dX	-> Current simulation state
[in]	adPos	-> Position (x,y) for which surface elevation is desired

Returns: -> Surface elevation at adPos

Implements CEnvironment.

◆ GetSurfaceUnitNormal()

void DeepSeaGravityWaves::GetSurfaceUnitNormal	(	const double	dT,
		const double *const	dX,
		const double	adPos[2],
		double *	adUnitNormalOut
	)

virtual

Parameters

[in]	dT	-> Current simulation time
[in]	dX	-> Current simulation state
[in]	adPos	-> Position (x,y) for which the unit normal surface vector is desired
[out]	adUnitNormalOut	-> The unit normal surface vector at adPos

Implements CEnvironment.

◆ GetTotalPressure()

double DeepSeaGravityWaves::GetTotalPressure	(	const double	dT,
		const double *const	dX,
		const double	adPos[3]
	)

virtual

Includes both dynamic and static pressure

Parameters

[in]	dT	-> Current simulation time
[in]	dX	-> Current simulation state
[in]	adPos	-> Position (x,y,z) for which the pressure is desired

Returns: -> The pressure at adPos

Implements CEnvironment.

◆ GetWakeRatio()

double DeepSeaGravityWaves::GetWakeRatio	(	const double	T,
		const double *const	X,
		const double	adPos[3]
	)

protected

Parameters

[in]	T	-> Current simulation time
[in]	X	-> Current simulation state
[in]	adPos	-> Position (x,y,z) for which the wake effect is desired

Returns: -> The wake effect ratio at adPos

◆ GetWaveAmplitudes()

void DeepSeaGravityWaves::GetWaveAmplitudes ( std::vector< double > & vec )

virtual

Includes wave amplitudes of all components manually assigned by the user, or all components produced by chosen spectrum

Parameters

[out] vec -> Vector containing wave amplitudes

Reimplemented from CEnvironment.

◆ GetWaveDirections()

void DeepSeaGravityWaves::GetWaveDirections ( std::vector< double > & vec )

virtual

Includes wave directions in radians of all components manually assigned by the user, or all components produced by chosen spectrum

Parameters

[out] vec -> Vector containing wave directions

Reimplemented from CEnvironment.

◆ GetWaveFrequencies()

void DeepSeaGravityWaves::GetWaveFrequencies ( std::vector< double > & vec )

virtual

Includes wave frequencies of all components manually assigned by the user, or all components produced by chosen spectrum

Parameters

[out] vec -> Vector containing wave frequencies

Reimplemented from CEnvironment.

◆ GetWaveNumbers()

void DeepSeaGravityWaves::GetWaveNumbers ( std::vector< double > & vec )

virtual

Includes wave numbers of all components manually assigned by the user, or all components produced by chosen spectrum

Parameters

[out] vec -> Vector containing wave numbers

Reimplemented from CEnvironment.

◆ GetWavePhaseAngles()

void DeepSeaGravityWaves::GetWavePhaseAngles ( std::vector< double > & vec )

virtual

Includes wave phase angles of all components manually assigned by the user, or all components produced by chosen spectrum

Parameters

[out] vec -> Vector containing wave phase angles

Reimplemented from CEnvironment.

◆ PointEnvironmentQuery()

EnvironmentQuery DeepSeaGravityWaves::PointEnvironmentQuery	(	const double	T,
		const double *const	X,
		const double	Position[3]
	)

virtual

Implements CEnvironment.

◆ PointEnvironmentQuery2()

void DeepSeaGravityWaves::PointEnvironmentQuery2	(	const double	T,
		const double *const	X,
		const double	Position[3],
		EnvironmentQuery &	q
	)

virtual

Implements CEnvironment.

◆ RegisterCurrentField()

void DeepSeaGravityWaves::RegisterCurrentField ( ICurrentField * currentField )

virtual

The registered current field is added to eventual other current fields already assigned to the environmental model

Parameters

[in] currentField -> ICurrentField object to be added to the environmental model

Implements CEnvironment.

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

reloadrepos/fhsim_environment/src/environment/DeepSeaGravityWaves.h

Public Member Functions

Protected Member Functions

Protected Attributes

Constructor & Destructor Documentation

◆ DeepSeaGravityWaves()

Member Function Documentation

◆ GetCurrentProducerVelocity()

◆ GetCurrentVelocity()

◆ GetDensity()

◆ GetParticleAcceleration()

◆ GetParticleVelocity()

◆ GetPressure()

◆ GetSeabedRho()

◆ GetSeabedSigma()

◆ GetSeabedTau()

◆ GetSeadepth()

◆ GetSurfaceElevation()

◆ GetSurfaceUnitNormal()

◆ GetTotalPressure()

◆ GetWakeRatio()

◆ GetWaveAmplitudes()

◆ GetWaveDirections()

◆ GetWaveFrequencies()

◆ GetWaveNumbers()

◆ GetWavePhaseAngles()

◆ PointEnvironmentQuery()

◆ PointEnvironmentQuery2()

◆ RegisterCurrentField()