The interface for an representing waves.

#include <WaveField.h>

Inheritance diagram for marenv::wave::WaveField:

Collaboration diagram for marenv::wave::WaveField:

Classes
struct	InsecureDatapointers
	Pointers to wave component details. More...

Public Member Functions
virtual	~WaveField ()=default
	Virtual destructor.

virtual std::string	SpectrumName () const =0

virtual std::string	WaveTheoryName () const =0

virtual marenv::Status	ComputeSurfaceElevation (double time, const double pos[2], double &elevationOut)=0

virtual marenv::Status	ComputeDynamicPressure (double time, const double pos[3], double &pressureOut)=0

virtual marenv::Status	ComputeTotalPressure (double time, const double pos[3], double &pressureOut)=0

virtual marenv::Status	ComputeSurfaceUnitNormal (double time, const double pos[2], double unitNormalOut[3])=0

virtual marenv::Status	ComputeParticleVelocity (double time, const double pos[3], double velOut[3])=0

virtual marenv::Status	ComputeParticleAcceleration (double time, const double pos[3], double accOut[3])=0

virtual marenv::Status	ComputePointQuery (double time, const double pos[3], double &surface_elevation, double surface_unit_normal[3], double particle_velocity[3], double particle_acceleration[3], double &pressure)=0

virtual InsecureDatapointers	GetWaveComponents () const =0

virtual marenv::wave::WaveComponentData	GetWaveComponentsCopy () const =0

virtual marenv::wave::WaveComponentData	GetWaveComponentsCopy (double time, size_t maxComponents=0) const

virtual void	BlendInPlace (WaveComponentData &other, double alpha)=0

Protected Member Functions
	WaveField ()=default
	Constructor.

Member Function Documentation

◆ BlendInPlace()

virtual void marenv::wave::WaveField::BlendInPlace	(	WaveComponentData &	other,
		double	alpha
	)

pure virtual

Interpolates the wave components towards another set of wave components

Parameters

[in]	other	The other set of wave components
[in]	alpha	The blend factor, the relative weight of the other wave components

Implemented in marenv::wave::AiryWavesSimd, marenv::wave::LinearWaveTheory, and marenv::wave::NullWaveField.

◆ ComputeDynamicPressure()

virtual marenv::Status marenv::wave::WaveField::ComputeDynamicPressure	(	double	time,
		const double	pos[3],
		double &	pressureOut
	)

pure virtual

Returns the dynamic pressure at a specific position.

Parameters

[in]	time	Current simulation time.
[in]	pos	Position (x,y,z) for which the pressure is desired.
[out]	pressureOut	The pressure at pos.

Returns: marenv::Status::OK on success. See marenv::Status for other values.

Implemented in marenv::wave::AiryWavesScalar, marenv::wave::AiryWavesSimd, marenv::wave::GerstnerWaves, and marenv::wave::NullWaveField.

◆ ComputeParticleAcceleration()

virtual marenv::Status marenv::wave::WaveField::ComputeParticleAcceleration	(	double	time,
		const double	pos[3],
		double	accOut[3]
	)

pure virtual

Returns the particle acceleration at a specific position.

Parameters

[in]	time	Current simulation time.
[in]	pos	Position (x,y,z) for which the particle acceleration is desired.
[out]	accOut	The particle acceleration at pos.

Returns: marenv::Status::OK on success. See marenv::Status for other values.

Includes effects of both current and waves.

Implemented in marenv::wave::AiryWavesScalar, marenv::wave::AiryWavesSimd, marenv::wave::GerstnerWaves, and marenv::wave::NullWaveField.

◆ ComputeParticleVelocity()

virtual marenv::Status marenv::wave::WaveField::ComputeParticleVelocity	(	double	time,
		const double	pos[3],
		double	velOut[3]
	)

pure virtual

Returns the particle velocity at a specific position.

Parameters

[in]	time	Current simulation time.
[in]	pos	Position (x,y,z) for which the particle velocity is desired.
[out]	velOut	The particle velocity at pos.

Returns: marenv::Status::OK on success. See marenv::Status for other values.

Includes effects of both current and waves.

Implemented in marenv::wave::AiryWavesScalar, marenv::wave::AiryWavesSimd, marenv::wave::GerstnerWaves, and marenv::wave::NullWaveField.

◆ ComputePointQuery()

virtual marenv::Status marenv::wave::WaveField::ComputePointQuery	(	double	time,
		const double	pos[3],
		double &	surface_elevation,
		double	surface_unit_normal[3],
		double	particle_velocity[3],
		double	particle_acceleration[3],
		double &	pressure
	)

pure virtual

Calculates multiple properties of the environment in one call.

Parameters

[in]	time	Simulation time.
[in]	pos	Position.
[out]	surface_elevation	The surface elevation above this point.
[out]	surface_unit_normal	The surface unit normal above this point.
[out]	particle_velocity	The particle velocity in this point.
[out]	particle_acceleration	The particle acceleration in this point.
[out]	pressure	The pressure. The pressure in this point.

Returns: marenv::Status::OK on success. See marenv::Status for other values.

Implemented in marenv::wave::AiryWavesScalar, marenv::wave::AiryWavesSimd, marenv::wave::GerstnerWaves, and marenv::wave::NullWaveField.

◆ ComputeSurfaceElevation()

virtual marenv::Status marenv::wave::WaveField::ComputeSurfaceElevation	(	double	time,
		const double	pos[2],
		double &	elevationOut
	)

pure virtual

Returns the surface elevation at a specific position.

Parameters

[in]	time	Current simulation time.
[in]	pos	Position (x,y) for which surface elevation is desired.
[out]	elevationOut	Surface elevation at pos.

Returns: marenv::Status::OK on success. See marenv::Status for other values.

Implemented in marenv::wave::AiryWavesScalar, marenv::wave::AiryWavesSimd, marenv::wave::GerstnerWaves, and marenv::wave::NullWaveField.

◆ ComputeSurfaceUnitNormal()

virtual marenv::Status marenv::wave::WaveField::ComputeSurfaceUnitNormal	(	double	time,
		const double	pos[2],
		double	unitNormalOut[3]
	)

pure virtual

Returns the unit normal vector of the surface at a specific position.

Parameters

[in]	time	Current simulation time.
[in]	pos	Position (x,y) for which the unit normal surface vector is desired.
[out]	unitNormalOut	The unit normal surface vector at pos.

Returns: marenv::Status::OK on success. See marenv::Status for other values.

Implemented in marenv::wave::AiryWavesScalar, marenv::wave::AiryWavesSimd, marenv::wave::GerstnerWaves, and marenv::wave::NullWaveField.

◆ ComputeTotalPressure()

virtual marenv::Status marenv::wave::WaveField::ComputeTotalPressure	(	double	time,
		const double	pos[3],
		double &	pressureOut
	)

pure virtual

Returns the total pressure at a specific position.

Parameters

[in]	time	Current simulation time.
[in]	pos	Position (x,y,z) for which the pressure is desired.
[out]	pressureOut	The pressure at pos.

Returns: marenv::Status::OK on success. See marenv::Status for other values.

Implemented in marenv::wave::AiryWavesScalar, marenv::wave::AiryWavesSimd, marenv::wave::GerstnerWaves, and marenv::wave::NullWaveField.

◆ GetWaveComponents()

virtual InsecureDatapointers marenv::wave::WaveField::GetWaveComponents ( ) const

pure virtual

Getter for wave component pointers.

Returns: A structure with pointers to wave component data.

Their use focus on efficiency. Care should be taken to only use these pointers while they are valid.

Implemented in marenv::wave::LinearWaveTheory, and marenv::wave::NullWaveField.

◆ GetWaveComponentsCopy() [1/2]

virtual marenv::wave::WaveComponentData marenv::wave::WaveField::GetWaveComponentsCopy ( ) const

pure virtual

Getter for a copy of wave component specifications.

Returns: A structure with wave component data.

Implemented in marenv::wave::LinearWaveTheory, and marenv::wave::NullWaveField.

◆ GetWaveComponentsCopy() [2/2]

virtual marenv::wave::WaveComponentData marenv::wave::WaveField::GetWaveComponentsCopy	(	double	time,
		size_t	maxComponents = `0`
	)		const

virtual

Getter for a copy of wave component specifications at a given time.

Parameters

[in]	time	Simulation time used to evaluate the interpolation factor.
[in]	maxComponents	Maximum number of components to return (0 = all).

Returns: A structure with wave component data.

During a transition this may return the merged components from both source and destination fields with amplitudes scaled by the interpolation factor. The default implementation ignores time and delegates to the time-independent overload. When limited, the components with the largest amplitudes are kept.

◆ SpectrumName()

virtual std::string marenv::wave::WaveField::SpectrumName ( ) const

pure virtual

Getter for the name of the wave spectrum used for the realisation of the waves.

Returns: Ittc or Jonswap.

Implemented in marenv::wave::LinearWaveTheory, and marenv::wave::NullWaveField.

◆ WaveTheoryName()

virtual std::string marenv::wave::WaveField::WaveTheoryName ( ) const

pure virtual

Getter for the name of the wave theory used for the realisation of the waves.

Returns: Airy or Gerstner.

Implemented in marenv::wave::LinearWaveTheory, and marenv::wave::NullWaveField.

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

/update_root/webfhsim/reloadrepos/marenv/include/marenv/wave/WaveField.h

Classes

Public Member Functions

Protected Member Functions

Member Function Documentation

◆ BlendInPlace()

◆ ComputeDynamicPressure()

◆ ComputeParticleAcceleration()

◆ ComputeParticleVelocity()

◆ ComputePointQuery()

◆ ComputeSurfaceElevation()

◆ ComputeSurfaceUnitNormal()

◆ ComputeTotalPressure()

◆ GetWaveComponents()

◆ GetWaveComponentsCopy() [1/2]

◆ GetWaveComponentsCopy() [2/2]

◆ SpectrumName()

◆ WaveTheoryName()