Real-world class used to represent coastline objects. More...

#include <coast.h>

Public Member Functions
	CRWCoast (CSimulation *)
	Constructor with initialization list.

	~CRWCoast (void)
	Destructor.

CSimulation *	pGetSim (void) const
	Returns a pointer to the simulation object.

void	SetSeaHandedness (int const)
	Sets the handedness of the coast.

int	nGetSeaHandedness (void) const
	Gers the handedness of the coast.

void	SetStartEdge (int const)
	Sets the coast's start edge.

int	nGetStartEdge (void) const
	Gets the coast's start edge.

void	SetEndEdge (int const)
	Sets the coast's end edge.

int	nGetEndEdge (void) const
	Gets the coast's end edge.

void	SetCoastlineExtCRS (CGeomLine const *)
	Given the vector line of a coast, this initializes coastline values (curvature, breaking wave height, wave angle, and flux orientation etc.)

CGeomLine *	pLGetCoastlineExtCRS (void)
	Returns the coastline (external CRS)

CGeom2DPoint *	pPtGetCoastlinePointExtCRS (int const)
	Returns a given coast point in external CRS.

int	nGetCoastlineSize (void) const
	Gets the size of the coastline.

void	SetCoastlineGridCRS (CGeomILine const *)
	Sets the coordinates (grid CRS) of the cells marked as coastline.

CGeom2DIPoint *	pPtiGetCellMarkedAsCoastline (int const)
	Returns the coordinates (grid CRS) of the cells marked as coastline.

int	nGetCoastPointGivenCell (CGeom2DIPoint *)
	Returns the coastline number given a cell, or INT_NODATA if neither this cell or any of its neighbouring cells are 'under' a coastline. If it is a neighbouring cell that is under the coastline, then it also changes the cell that is supplied as an input parameter.

double	dGetDetailedCurvature (int const) const
	Returns the detailed curvature for a coast point.

void	SetDetailedCurvature (int const, double const)
	Sets the detailed curvature for a coast point.

vector< double > *	pVGetDetailedCurvature (void)
	Returns a pointer to a vector of detailed curvature for all coast points.

double	dGetSmoothCurvature (int const) const
	Returns the smoothed curvature for a coast point.

void	SetSmoothCurvature (int const, double const)
	Sets the smoothed curvature for a coast point.

vector< double > *	pVGetSmoothCurvature (void)
	Returns a pointer to a vector of smoothed curvature for all coast points.

void	SetDetailedCurvatureMean (double const)
	Sets the mean of the coast's detailed curvature.

void	SetDetailedCurvatureSTD (double const)
	Sets the standard deviation of the coast's detailed curvature.

void	SetSmoothCurvatureMean (double const)
	Sets the mean of the coast's smoothed curvature.

double	dGetSmoothCurvatureMean (void) const
	Gets the mean of the coast's smoothed curvature.

void	SetSmoothCurvatureSTD (double const)
	Sets the standard deviation of the coast's smoothed curvature.

double	dGetSmoothCurvatureSTD (void) const
	Gets the standard deviation of the coast's smoothed curvature.

void	AppendProfile (CGeomProfile *)
	Appenda a coastline-normal profile.

CGeomProfile *	pGetProfile (int const)
	Returns a pointer to a profile, in polygon-ID number sequence.

CGeomProfile *	pGetLastProfile (void)
	Returns a pointer to the last profile, in polygon-ID number sequence.

int	nGetNumProfiles (void) const
	Returns the number of profiles on this coast.

void	CreateProfileDownCoastIndex (void)
	Creates an index to profiles in down-coast (i.e. along the coast in the direction of increasing coastline point numbers) sequence.

void	InsertProfilesInProfileCoastPointIndex (void)
	Inserts profiles at coastline points in the profile-coastline-point index.

CGeomProfile *	pGetDownCoastProfile (CGeomProfile const *pProfile)
	Returns a pointer to the profile which is adjacent to and down-coast from the given profile pointer. It returns NULL if there is no valid down-coast profile.

CGeomProfile *	pGetDownCoastProfileNotIncLastProfile (CGeomProfile const *pProfile)
	Returns a pointer to the profile which is adjacent to and down-coast from the specified profile; however this profile must not be the last (coast-end) profile. It returns NULL if there is no valid down-coast profile.

CGeomProfile *	pGetUpCoastProfile (CGeomProfile const *pProfile)
	Returns a pointer to the profile which is adjacent to and up-coast from the specified profile. It returns NULL if there is no valid up-coast profile.

void	CreateProfilesAtCoastPoints (void)
	Creates a vector which holds, for each coastline point, a null pointer to a coastline-normal profile object.

void	SetProfileAtCoastPoint (int const, CGeomProfile *const)
	Sets a pointer to a coast-normal profile at a given coastline point.

bool	bIsProfileAtCoastPoint (int const) const
	Returns true if there is a coastline-normal profile at this coast point, false otherwise.

CGeomProfile *	pGetProfileAtCoastPoint (int const) const
	Returns a pointer to the coastline-normal profile at this coast point.

CGeomProfile *	pGetProfileWithDownCoastSeq (int const) const
	Returns a pointer to a coastline-normal profile in down-coast (i.e. along the coast in the direction of increasing coastline point numbers) sequence.

CGeomProfile *	pGetProfileWithUpCoastSeq (int const) const
	Returns a pointer to a coastline-normal profile in up-coast sequence.

void	SetCoastDeepWaterWaveHeight (int const, double const)
	Sets the deep water wave height for this coast point.

void	SetCoastDeepWaterWaveAngle (int const, double const)
	Sets the deep water wave angle for this coast point.

double	dGetCoastDeepWaterWaveAngle (int const) const
	Gets the deep water wave angle for this coast point.

void	SetCoastDeepWaterWavePeriod (int const, double const)
	Sets the deep water wave period for this coast point.

double	dGetCoastDeepWaterWavePeriod (int const) const
	Gets the deep water wave period for this coast point.

void	SetBreakingWaveHeight (int const, double const)
	Sets the breaking wave height for this coast point.

double	dGetBreakingWaveHeight (int const) const
	Gets the breaking wave height for this coast point.

void	SetCoastWaveHeight (int const, double const)
	Sets the coast wave height for this coast point.

double	dGetCoastWaveHeight (int const) const
	Gets the coast wave height for this coast point.

void	SetBreakingWaveAngle (int const, double const)
	Sets the breaking wave angle for this coast point.

double	dGetBreakingWaveAngle (int const) const
	Gets the breaking wave angle for this coast point.

void	SetWaveSetupSurge (int const, double const)
	Sets the wave setup surge for this coast point.

double	dGetWaveSetupSurge (int const) const
	Gets the wave setup surge for this coast point.

void	SetRunUp (int const, double const)
	Sets the wave runup for this coast point.

double	dGetRunUp (int const) const
	Gets the wave runup for this coast point.

double	dGetLevel (int const, int const) const
	Sets the wave level for this coast point.

void	SetDepthOfBreaking (int const, double const)
	Sets the depth of breaking for this coast point.

double	dGetDepthOfBreaking (int const) const
	Gets the depth of breaking for this coast point.

void	SetBreakingDistance (int const, int const)
	Sets the breaking distance for this coast point.

int	nGetBreakingDistance (int const) const
	Gets the breaking distance for this coast point.

void	SetFluxOrientation (int const, double const)
	Sets the flux orientation for this coast point.

double	dGetFluxOrientation (int const) const
	Gets the flux orientation for this coast point.

void	SetWaveEnergyAtBreaking (int const, double const)
	Sets the wave energy at breaking for this coast point.

double	dGetWaveEnergyAtBreaking (int const) const
	Gets the wave energy at breaking for this coast point.

void	AppendCoastLandform (CACoastLandform *)
	Appends a coastal landform to this coast.

CACoastLandform *	pGetCoastLandform (int const)
	Returns the coastal landform for a given coast point, or NULL if there is no coast landform here.

void	SetPolygonNode (int const, int const)
	Sets a coast polygon node.

int	nGetPolygonNode (int const) const
	Gets a coast polygon node.

CGeomCoastPolygon *	pPolyCreatePolygon (int const, int const, int const, CGeom2DIPoint const , CGeom2DIPoint const , int const, int const, vector< CGeom2DPoint > const *, int const, int const, bool const, bool const)
	Creates a coast polygon and returns a pointer to it.

int	nGetNumPolygons (void) const
	Returns the number of coast polygons.

CGeomCoastPolygon *	pGetPolygon (int const) const
	Returns a pointer to a coast polygon, specified by down-coast (i.e. along the coast in the direction of increasing coastline point numbers) sequence.

int	nGetNumShadowBoundaries (void) const
	Returns the number of shadow boundaries on this coast.

void	AppendShadowBoundary (CGeomLine const *)
	Appends a shadow boundary to this coast.

CGeomLine *	pGetShadowBoundary (int const)
	Returns a pointer to a shadow boundary.

int	nGetNumShadowDowndriftBoundaries (void) const
	Returns the number of shadow zone downdrift boundaries on this coast.

void	AppendShadowDowndriftBoundary (CGeomLine const *)
	Appends a shadow zone downdrift boundary.

CGeomLine *	pGetShadowDowndriftBoundary (int const)
	Returns a pointer to a shadow zone downdrift boundary.

Private Attributes
int	m_nSeaHandedness
	Direction of the sea from the coastline, travelling down-coast (i.e. in direction of increasing coast point indices)

int	m_nStartEdge
	The edge from which the coast starts.

int	m_nEndEdge
	The edge at which the coast ends.

double	m_dCurvatureDetailedMean
	The mean of the coast's detailed curvature.

double	m_dCurvatureDetailedSTD
	The standard deviation of the coast's detailed curvature.

double	m_dCurvatureSmoothMean
	The mean of the coast's smoothed curvature.

double	m_dCurvatureSmoothSTD
	The standard deviaton of the coast's smoothed curvature.

CSimulation *	m_pSim
	A pointer to the CSimulation object.

CGeomLine	m_LCoastlineExtCRS
	Smoothed line of points (external CRS) giving the plan view of the vector coast.

CGeomLine	m_LFloodWaveSetupExtCRS
	Line of points (external CRS) giving the plan view of the vector flood of wave setup.

CGeomLine	m_LFloodWaveSetupSurgeExtCRS
	Line of points (external CRS) giving the plan view of the vector flood of wave setup + surge.

CGeomLine	m_LFloodWaveSetupSurgeRunupExtCRS
	Line of points (external CRS) giving the plan view of the vector flood of wave setup + surge + runup.

CGeomILine	m_ILCellsMarkedAsCoastline
	Unsmoothed integer x-y coordinates (grid CRS) of the cell marked as coastline for each point on the vector coastline. Note that where there is a coast-normal profile, this is the same as point zero in the profile coordinates.

vector< int >	m_VnBreakingDistance
	Distance of breaking (in cells), at each point on m_LCoastlineExtCRS.

vector< int >	m_VnPolygonNode
	At every point on m_LCoastlineExtCRS: INT_NODATA if no nodepoint there, otherwise the node (point of greatest concave curvature) number for a coast polygon.

vector< double >	m_VdCurvatureDetailed
	Detailed curvature at each point on m_LCoastlineExtCRS.

vector< double >	m_VdCurvatureSmooth
	Smoothed curvature at each point on m_LCoastlineExtCRS.

vector< double >	m_VdDeepWaterWaveHeight
	The deep water wave height at the end of a normal drawn from each point on m_LCoastlineExtCRS.

vector< double >	m_VdDeepWaterWaveAngle
	The deep water wave orientation at the end of a normal drawn from each point on m_LCoastlineExtCRS.

vector< double >	m_VdDeepWaterWavePeriod
	The deep water wave period at the end of a normal drawn from each point on m_LCoastlineExtCRS.

vector< double >	m_VdBreakingWaveHeight
	The breaking wave height on a normal drawn from each point on m_LCoastlineExtCRS.

vector< double >	m_VdWaveSetupSurge
	The wave setup on a normal drawn from each point on m_LCoastlineExtCRS.

vector< double >	m_VdRunUp
	The run-up on a normal drawn from each point on m_LCoastlineExtCRS.

vector< double >	m_VdCoastWaveHeight
	The wave height at coast point on a normal drawn from each point on m_LCoastlineExtCRS.

vector< double >	m_VdBreakingWaveAngle
	The breaking wave orientation on a normal drawn from each point on m_LCoastlineExtCRS.

vector< double >	m_VdDepthOfBreaking
	The depth of breaking on a normal drawn from each point on m_LCoastlineExtCRS.

vector< double >	m_VdFluxOrientation
	As in the COVE model, this is the orientation alongshore energy/sediment movement; a +ve flux is in direction of increasing indices along coast. At each point on m_LCoastlineExtCRS.

vector< double >	m_VdWaveEnergyAtBreaking
	Wave energy at each point on m_LCoastlineExtCRS.

vector< CACoastLandform * >	m_pVLandform
	Pointer to a coastal landform object, at each point on the coastline.

vector< CGeomProfile * >	m_pVNormalProfileDownAllCoastpointSeq
	Pointers to coast-normal profile objects, one for each point on the coastline (is null for most coastline points)

vector< CGeomProfile * >	m_pVProfile
	Coast-normal profile objects, in sequence of creation (which is the same as nGetCoastID() sequence)

vector< CGeomProfile * >	m_pVProfileDownCoastSeq
	Pointers to coastline-normal objects, in along-coastline sequence.

vector< CGeomLine >	m_LShadowBoundary
	Lines which comprise the edge of a shadow zone, ext CRS.

vector< CGeomLine >	m_LShadowDowndriftBoundary
	Lines which comprise the edge of a downdrift zone, ext CRS.

Detailed Description

Real-world class used to represent coastline objects.

TODO 001 This is a more detailed description of the CRWCoast class.

Author: David Favis-Mortlock; Andres Payo

Date: 2025

Copyright: GNU General Public License

Definition at line 42 of file coast.h.

Constructor & Destructor Documentation

◆ CRWCoast()

CRWCoast::CRWCoast ( CSimulation * pSimIn )

explicit

Constructor with initialization list.

Definition at line 44 of file coast.cpp.

◆ ~CRWCoast()

CRWCoast::~CRWCoast ( void )

Destructor.

Definition at line 57 of file coast.cpp.

Member Function Documentation

◆ AppendCoastLandform()

void CRWCoast::AppendCoastLandform ( CACoastLandform * pCoastLandform )

Appends a coastal landform to this coast.

Definition at line 727 of file coast.cpp.

◆ AppendProfile()

void CRWCoast::AppendProfile ( CGeomProfile * pProfile )

Appenda a coastline-normal profile.

Definition at line 429 of file coast.cpp.

◆ AppendShadowBoundary()

void CRWCoast::AppendShadowBoundary ( CGeomLine const * pLBoundary )

Appends a shadow boundary to this coast.

Definition at line 796 of file coast.cpp.

◆ AppendShadowDowndriftBoundary()

void CRWCoast::AppendShadowDowndriftBoundary ( CGeomLine const * pLBoundary )

Appends a shadow zone downdrift boundary.

Definition at line 815 of file coast.cpp.

◆ bIsProfileAtCoastPoint()

bool CRWCoast::bIsProfileAtCoastPoint ( int const nCoastPoint ) const

Returns true if there is a coastline-normal profile at this coast point, false otherwise.

Definition at line 712 of file coast.cpp.

◆ CreateProfileDownCoastIndex()

void CRWCoast::CreateProfileDownCoastIndex ( void )

Creates an index to profiles in down-coast (i.e. along the coast in the direction of increasing coastline point numbers) sequence.

Definition at line 447 of file coast.cpp.

◆ CreateProfilesAtCoastPoints()

void CRWCoast::CreateProfilesAtCoastPoints ( void )

Creates a vector which holds, for each coastline point, a null pointer to a coastline-normal profile object.

Definition at line 687 of file coast.cpp.

◆ dGetBreakingWaveAngle()

double CRWCoast::dGetBreakingWaveAngle ( int const nCoastPoint ) const

Gets the breaking wave angle for this coast point.

Definition at line 622 of file coast.cpp.

◆ dGetBreakingWaveHeight()

double CRWCoast::dGetBreakingWaveHeight ( int const nCoastPoint ) const

Gets the breaking wave height for this coast point.

Definition at line 542 of file coast.cpp.

◆ dGetCoastDeepWaterWaveAngle()

double CRWCoast::dGetCoastDeepWaterWaveAngle ( int const nCoastPoint ) const

Gets the deep water wave angle for this coast point.

Definition at line 516 of file coast.cpp.

◆ dGetCoastDeepWaterWavePeriod()

double CRWCoast::dGetCoastDeepWaterWavePeriod ( int const nCoastPoint ) const

Gets the deep water wave period for this coast point.

Definition at line 529 of file coast.cpp.

◆ dGetCoastWaveHeight()

double CRWCoast::dGetCoastWaveHeight ( int const nCoastPoint ) const

Gets the coast wave height for this coast point.

Definition at line 608 of file coast.cpp.

◆ dGetDepthOfBreaking()

double CRWCoast::dGetDepthOfBreaking ( int const nCoastPoint ) const

Gets the depth of breaking for this coast point.

Definition at line 636 of file coast.cpp.

◆ dGetDetailedCurvature()

double CRWCoast::dGetDetailedCurvature ( int const nCoastPoint ) const

Returns the detailed curvature for a coast point.

Definition at line 327 of file coast.cpp.

◆ dGetFluxOrientation()

double CRWCoast::dGetFluxOrientation ( int const nCoastPoint ) const

Gets the flux orientation for this coast point.

Definition at line 664 of file coast.cpp.

◆ dGetLevel()

double CRWCoast::dGetLevel	(	int const	nCoastPoint,
		int const	level ) const

Sets the wave level for this coast point.

Definition at line 583 of file coast.cpp.

◆ dGetRunUp()

double CRWCoast::dGetRunUp ( int const nCoastPoint ) const

Gets the wave runup for this coast point.

Definition at line 577 of file coast.cpp.

◆ dGetSmoothCurvature()

double CRWCoast::dGetSmoothCurvature ( int const nCoastPoint ) const

Returns the smoothed curvature for a coast point.

Definition at line 347 of file coast.cpp.

◆ dGetSmoothCurvatureMean()

double CRWCoast::dGetSmoothCurvatureMean ( void ) const

Gets the mean of the coast's smoothed curvature.

Definition at line 397 of file coast.cpp.

◆ dGetSmoothCurvatureSTD()

double CRWCoast::dGetSmoothCurvatureSTD ( void ) const

Gets the standard deviation of the coast's smoothed curvature.

Definition at line 409 of file coast.cpp.

◆ dGetWaveEnergyAtBreaking()

double CRWCoast::dGetWaveEnergyAtBreaking ( int const nCoastPoint ) const

Gets the wave energy at breaking for this coast point.

Definition at line 679 of file coast.cpp.

◆ dGetWaveSetupSurge()

double CRWCoast::dGetWaveSetupSurge ( int const nCoastPoint ) const

Gets the wave setup surge for this coast point.

Definition at line 555 of file coast.cpp.

◆ InsertProfilesInProfileCoastPointIndex()

void CRWCoast::InsertProfilesInProfileCoastPointIndex ( void )

Inserts profiles at coastline points in the profile-coastline-point index.

Definition at line 693 of file coast.cpp.

◆ nGetBreakingDistance()

int CRWCoast::nGetBreakingDistance ( int const nCoastPoint ) const

Gets the breaking distance for this coast point.

Definition at line 650 of file coast.cpp.

◆ nGetCoastlineSize()

int CRWCoast::nGetCoastlineSize ( void ) const

Gets the size of the coastline.

Definition at line 192 of file coast.cpp.

◆ nGetCoastPointGivenCell()

int CRWCoast::nGetCoastPointGivenCell ( CGeom2DIPoint * pPtiCell )

Returns the coastline number given a cell, or INT_NODATA if neither this cell or any of its neighbouring cells are 'under' a coastline. If it is a neighbouring cell that is under the coastline, then it also changes the cell that is supplied as an input parameter.

Definition at line 249 of file coast.cpp.

◆ nGetEndEdge()

int CRWCoast::nGetEndEdge ( void ) const

Gets the coast's end edge.

Definition at line 103 of file coast.cpp.

◆ nGetNumPolygons()

int CRWCoast::nGetNumPolygons ( void ) const

Returns the number of coast polygons.

Definition at line 764 of file coast.cpp.

◆ nGetNumProfiles()

int CRWCoast::nGetNumProfiles ( void ) const

Returns the number of profiles on this coast.

Definition at line 441 of file coast.cpp.

◆ nGetNumShadowBoundaries()

int CRWCoast::nGetNumShadowBoundaries ( void ) const

Returns the number of shadow boundaries on this coast.

Definition at line 790 of file coast.cpp.

◆ nGetNumShadowDowndriftBoundaries()

int CRWCoast::nGetNumShadowDowndriftBoundaries ( void ) const

Returns the number of shadow zone downdrift boundaries on this coast.

Definition at line 809 of file coast.cpp.

◆ nGetPolygonNode()

int CRWCoast::nGetPolygonNode ( int const nPoint ) const

Gets a coast polygon node.

Definition at line 749 of file coast.cpp.

◆ nGetSeaHandedness()

int CRWCoast::nGetSeaHandedness ( void ) const

Gers the handedness of the coast.

Definition at line 79 of file coast.cpp.

◆ nGetStartEdge()

int CRWCoast::nGetStartEdge ( void ) const

Gets the coast's start edge.

Definition at line 91 of file coast.cpp.

◆ pGetCoastLandform()

CACoastLandform * CRWCoast::pGetCoastLandform ( int const nCoastPoint )

Returns the coastal landform for a given coast point, or NULL if there is no coast landform here.

Definition at line 733 of file coast.cpp.

◆ pGetDownCoastProfile()

CGeomProfile * CRWCoast::pGetDownCoastProfile ( CGeomProfile const * pProfile )

Returns a pointer to the profile which is adjacent to and down-coast from the given profile pointer. It returns NULL if there is no valid down-coast profile.

Definition at line 472 of file coast.cpp.

◆ pGetDownCoastProfileNotIncLastProfile()

CGeomProfile * CRWCoast::pGetDownCoastProfileNotIncLastProfile ( CGeomProfile const * pProfile )

Returns a pointer to the profile which is adjacent to and down-coast from the specified profile; however this profile must not be the last (coast-end) profile. It returns NULL if there is no valid down-coast profile.

Definition at line 478 of file coast.cpp.

◆ pGetLastProfile()

CGeomProfile * CRWCoast::pGetLastProfile ( void )

Returns a pointer to the last profile, in polygon-ID number sequence.

Definition at line 422 of file coast.cpp.

◆ pGetPolygon()

CGeomCoastPolygon * CRWCoast::pGetPolygon ( int const nPoly ) const

Returns a pointer to a coast polygon, specified by down-coast (i.e. along the coast in the direction of increasing coastline point numbers) sequence.

Definition at line 770 of file coast.cpp.

◆ pGetProfile()

CGeomProfile * CRWCoast::pGetProfile ( int const nProfile )

Returns a pointer to a profile, in polygon-ID number sequence.

Definition at line 415 of file coast.cpp.

◆ pGetProfileAtCoastPoint()

CGeomProfile * CRWCoast::pGetProfileAtCoastPoint ( int const nCoastPoint ) const

Returns a pointer to the coastline-normal profile at this coast point.

Definition at line 721 of file coast.cpp.

◆ pGetProfileWithDownCoastSeq()

CGeomProfile * CRWCoast::pGetProfileWithDownCoastSeq ( int const nProf ) const

Returns a pointer to a coastline-normal profile in down-coast (i.e. along the coast in the direction of increasing coastline point numbers) sequence.

Definition at line 457 of file coast.cpp.

◆ pGetProfileWithUpCoastSeq()

CGeomProfile * CRWCoast::pGetProfileWithUpCoastSeq ( int const nProf ) const

Returns a pointer to a coastline-normal profile in up-coast sequence.

Definition at line 464 of file coast.cpp.

◆ pGetShadowBoundary()

CGeomLine * CRWCoast::pGetShadowBoundary ( int const n )

Returns a pointer to a shadow boundary.

Definition at line 802 of file coast.cpp.

◆ pGetShadowDowndriftBoundary()

CGeomLine * CRWCoast::pGetShadowDowndriftBoundary ( int const n )

Returns a pointer to a shadow zone downdrift boundary.

Definition at line 821 of file coast.cpp.

◆ pGetSim()

CSimulation * CRWCoast::pGetSim ( void ) const

Returns a pointer to the simulation object.

Definition at line 67 of file coast.cpp.

Referenced by nGetNumPolygons(), and pGetPolygon().

◆ pGetUpCoastProfile()

CGeomProfile * CRWCoast::pGetUpCoastProfile ( CGeomProfile const * pProfile )

Returns a pointer to the profile which is adjacent to and up-coast from the specified profile. It returns NULL if there is no valid up-coast profile.

Definition at line 489 of file coast.cpp.

◆ pLGetCoastlineExtCRS()

CGeomLine * CRWCoast::pLGetCoastlineExtCRS ( void )

Returns the coastline (external CRS)

Definition at line 156 of file coast.cpp.

◆ pPolyCreatePolygon()

CGeomCoastPolygon * CRWCoast::pPolyCreatePolygon	(	int const	nGlobalID,
		int const	nCoastID,
		int const	nCoastPoint,
		CGeom2DIPoint const *	pPtiNode,
		CGeom2DIPoint const *	pPtiAntiNode,
		int const	nProfileUpCoast,
		int const	nProfileDownCoast,
		vector< CGeom2DPoint > const *	pVIn,
		int const	nNumPointsUpCoastProfile,
		int const	nNumPointsDownCoastProfile,
		bool const	bStartCoast,
		bool const	bEndCoast )

Creates a coast polygon and returns a pointer to it.

Definition at line 756 of file coast.cpp.

◆ pPtGetCoastlinePointExtCRS()

CGeom2DPoint * CRWCoast::pPtGetCoastlinePointExtCRS ( int const n )

Returns a given coast point in external CRS.

Definition at line 162 of file coast.cpp.

◆ pPtiGetCellMarkedAsCoastline()

CGeom2DIPoint * CRWCoast::pPtiGetCellMarkedAsCoastline ( int const n )

Returns the coordinates (grid CRS) of the cells marked as coastline.

Definition at line 219 of file coast.cpp.

◆ pVGetDetailedCurvature()

vector< double > * CRWCoast::pVGetDetailedCurvature ( void )

Returns a pointer to a vector of detailed curvature for all coast points.

Definition at line 341 of file coast.cpp.

◆ pVGetSmoothCurvature()

vector< double > * CRWCoast::pVGetSmoothCurvature ( void )

Returns a pointer to a vector of smoothed curvature for all coast points.

Definition at line 361 of file coast.cpp.

◆ SetBreakingDistance()

void CRWCoast::SetBreakingDistance	(	int const	nCoastPoint,
		int const	nDist )

Sets the breaking distance for this coast point.

Definition at line 643 of file coast.cpp.

◆ SetBreakingWaveAngle()

void CRWCoast::SetBreakingWaveAngle	(	int const	nCoastPoint,
		double const	dOrientation )

Sets the breaking wave angle for this coast point.

Definition at line 615 of file coast.cpp.

◆ SetBreakingWaveHeight()

void CRWCoast::SetBreakingWaveHeight	(	int const	nCoastPoint,
		double const	dHeight )

Sets the breaking wave height for this coast point.

Definition at line 535 of file coast.cpp.

◆ SetCoastDeepWaterWaveAngle()

void CRWCoast::SetCoastDeepWaterWaveAngle	(	int const	nCoastPoint,
		double const	dOrientation )

Sets the deep water wave angle for this coast point.

Definition at line 509 of file coast.cpp.

◆ SetCoastDeepWaterWaveHeight()

void CRWCoast::SetCoastDeepWaterWaveHeight	(	int const	nCoastPoint,
		double const	dHeight )

Sets the deep water wave height for this coast point.

Definition at line 495 of file coast.cpp.

◆ SetCoastDeepWaterWavePeriod()

void CRWCoast::SetCoastDeepWaterWavePeriod	(	int const	nCoastPoint,
		double const	dPeriod )

Sets the deep water wave period for this coast point.

Definition at line 523 of file coast.cpp.

◆ SetCoastlineExtCRS()

void CRWCoast::SetCoastlineExtCRS ( CGeomLine const * pLCoast )

Given the vector line of a coast, this initializes coastline values (curvature, breaking wave height, wave angle, and flux orientation etc.)

Definition at line 109 of file coast.cpp.

◆ SetCoastlineGridCRS()

void CRWCoast::SetCoastlineGridCRS ( CGeomILine const * pILCoastCells )

Sets the coordinates (grid CRS) of the cells marked as coastline.

Definition at line 203 of file coast.cpp.

◆ SetCoastWaveHeight()

void CRWCoast::SetCoastWaveHeight	(	int const	nCoastPoint,
		double const	dHeight )

Sets the coast wave height for this coast point.

Definition at line 601 of file coast.cpp.

◆ SetDepthOfBreaking()

void CRWCoast::SetDepthOfBreaking	(	int const	nCoastPoint,
		double const	dDepth )

Sets the depth of breaking for this coast point.

Definition at line 629 of file coast.cpp.

◆ SetDetailedCurvature()

void CRWCoast::SetDetailedCurvature	(	int const	nCoastPoint,
		double const	dCurvature )

Sets the detailed curvature for a coast point.

Definition at line 334 of file coast.cpp.

◆ SetDetailedCurvatureMean()

void CRWCoast::SetDetailedCurvatureMean ( double const dMean )

Sets the mean of the coast's detailed curvature.

Definition at line 367 of file coast.cpp.

◆ SetDetailedCurvatureSTD()

void CRWCoast::SetDetailedCurvatureSTD ( double const dSTD )

Sets the standard deviation of the coast's detailed curvature.

Definition at line 379 of file coast.cpp.

◆ SetEndEdge()

void CRWCoast::SetEndEdge ( int const nEdge )

Sets the coast's end edge.

Definition at line 97 of file coast.cpp.

◆ SetFluxOrientation()

void CRWCoast::SetFluxOrientation	(	int const	nCoastPoint,
		double const	dOrientation )

Sets the flux orientation for this coast point.

Definition at line 657 of file coast.cpp.

◆ SetPolygonNode()

void CRWCoast::SetPolygonNode	(	int const	nPoint,
		int const	nNode )

Sets a coast polygon node.

Definition at line 742 of file coast.cpp.

◆ SetProfileAtCoastPoint()

void CRWCoast::SetProfileAtCoastPoint	(	int const	nCoastPoint,
		CGeomProfile * const	pProfile )

Sets a pointer to a coast-normal profile at a given coastline point.

Definition at line 705 of file coast.cpp.

◆ SetRunUp()

void CRWCoast::SetRunUp	(	int const	nCoastPoint,
		double const	dRunUp )

Sets the wave runup for this coast point.

Definition at line 571 of file coast.cpp.

◆ SetSeaHandedness()

void CRWCoast::SetSeaHandedness ( int const nNewHandedness )

Sets the handedness of the coast.

Definition at line 73 of file coast.cpp.

◆ SetSmoothCurvature()

void CRWCoast::SetSmoothCurvature	(	int const	nCoastPoint,
		double const	dCurvature )

Sets the smoothed curvature for a coast point.

Definition at line 354 of file coast.cpp.

◆ SetSmoothCurvatureMean()

void CRWCoast::SetSmoothCurvatureMean ( double const dMean )

Sets the mean of the coast's smoothed curvature.

Definition at line 391 of file coast.cpp.

◆ SetSmoothCurvatureSTD()

void CRWCoast::SetSmoothCurvatureSTD ( double const dSTD )

Sets the standard deviation of the coast's smoothed curvature.

Definition at line 403 of file coast.cpp.

◆ SetStartEdge()

void CRWCoast::SetStartEdge ( int const nEdge )

Sets the coast's start edge.

Definition at line 85 of file coast.cpp.

◆ SetWaveEnergyAtBreaking()

void CRWCoast::SetWaveEnergyAtBreaking	(	int const	nCoastPoint,
		double const	dEnergy )

Sets the wave energy at breaking for this coast point.

Definition at line 671 of file coast.cpp.

◆ SetWaveSetupSurge()

void CRWCoast::SetWaveSetupSurge	(	int const	nCoastPoint,
		double const	dWaveSetup )

Sets the wave setup surge for this coast point.

Definition at line 549 of file coast.cpp.

Field Documentation

◆ m_dCurvatureDetailedMean

double CRWCoast::m_dCurvatureDetailedMean

private

The mean of the coast's detailed curvature.

Definition at line 55 of file coast.h.

Referenced by CRWCoast(), and SetDetailedCurvatureMean().

◆ m_dCurvatureDetailedSTD

double CRWCoast::m_dCurvatureDetailedSTD

private

The standard deviation of the coast's detailed curvature.

Definition at line 58 of file coast.h.

Referenced by CRWCoast(), and SetDetailedCurvatureSTD().

◆ m_dCurvatureSmoothMean

double CRWCoast::m_dCurvatureSmoothMean

private

The mean of the coast's smoothed curvature.

Definition at line 61 of file coast.h.

Referenced by CRWCoast(), dGetSmoothCurvatureMean(), and SetSmoothCurvatureMean().

◆ m_dCurvatureSmoothSTD

double CRWCoast::m_dCurvatureSmoothSTD

private

The standard deviaton of the coast's smoothed curvature.

Definition at line 64 of file coast.h.

Referenced by CRWCoast(), dGetSmoothCurvatureSTD(), and SetSmoothCurvatureSTD().

◆ m_ILCellsMarkedAsCoastline

CGeomILine CRWCoast::m_ILCellsMarkedAsCoastline

private

Unsmoothed integer x-y coordinates (grid CRS) of the cell marked as coastline for each point on the vector coastline. Note that where there is a coast-normal profile, this is the same as point zero in the profile coordinates.

Definition at line 84 of file coast.h.

Referenced by nGetCoastPointGivenCell(), pPtiGetCellMarkedAsCoastline(), and SetCoastlineGridCRS().

◆ m_LCoastlineExtCRS

CGeomLine CRWCoast::m_LCoastlineExtCRS

private

Smoothed line of points (external CRS) giving the plan view of the vector coast.

Definition at line 70 of file coast.h.

Referenced by CreateProfilesAtCoastPoints(), nGetCoastlineSize(), pLGetCoastlineExtCRS(), pPtGetCoastlinePointExtCRS(), and SetCoastlineExtCRS().

◆ m_LFloodWaveSetupExtCRS

CGeomLine CRWCoast::m_LFloodWaveSetupExtCRS

private

Line of points (external CRS) giving the plan view of the vector flood of wave setup.

Definition at line 73 of file coast.h.

◆ m_LFloodWaveSetupSurgeExtCRS

CGeomLine CRWCoast::m_LFloodWaveSetupSurgeExtCRS

private

Line of points (external CRS) giving the plan view of the vector flood of wave setup + surge.

Definition at line 76 of file coast.h.

◆ m_LFloodWaveSetupSurgeRunupExtCRS

CGeomLine CRWCoast::m_LFloodWaveSetupSurgeRunupExtCRS

private

Line of points (external CRS) giving the plan view of the vector flood of wave setup + surge + runup.

Definition at line 79 of file coast.h.

◆ m_LShadowBoundary

vector<CGeomLine> CRWCoast::m_LShadowBoundary

private

Lines which comprise the edge of a shadow zone, ext CRS.

Definition at line 149 of file coast.h.

Referenced by AppendShadowBoundary(), nGetNumShadowBoundaries(), and pGetShadowBoundary().

◆ m_LShadowDowndriftBoundary

vector<CGeomLine> CRWCoast::m_LShadowDowndriftBoundary

private

Lines which comprise the edge of a downdrift zone, ext CRS.

Definition at line 152 of file coast.h.

Referenced by AppendShadowDowndriftBoundary(), nGetNumShadowDowndriftBoundaries(), and pGetShadowDowndriftBoundary().

◆ m_nEndEdge

int CRWCoast::m_nEndEdge

private

The edge at which the coast ends.

Definition at line 52 of file coast.h.

Referenced by CRWCoast(), nGetEndEdge(), and SetEndEdge().

◆ m_nSeaHandedness

int CRWCoast::m_nSeaHandedness

private

Direction of the sea from the coastline, travelling down-coast (i.e. in direction of increasing coast point indices)

Definition at line 46 of file coast.h.

Referenced by CRWCoast(), nGetSeaHandedness(), and SetSeaHandedness().

◆ m_nStartEdge

int CRWCoast::m_nStartEdge

private

The edge from which the coast starts.

Definition at line 49 of file coast.h.

Referenced by CRWCoast(), nGetStartEdge(), and SetStartEdge().

◆ m_pSim

CSimulation* CRWCoast::m_pSim

private

A pointer to the CSimulation object.

Definition at line 67 of file coast.h.

Referenced by CRWCoast(), and pGetSim().

◆ m_pVLandform

vector<CACoastLandform*> CRWCoast::m_pVLandform

private

Pointer to a coastal landform object, at each point on the coastline.

Definition at line 135 of file coast.h.

Referenced by AppendCoastLandform(), pGetCoastLandform(), and ~CRWCoast().

◆ m_pVNormalProfileDownAllCoastpointSeq

vector<CGeomProfile*> CRWCoast::m_pVNormalProfileDownAllCoastpointSeq

private

Pointers to coast-normal profile objects, one for each point on the coastline (is null for most coastline points)

Definition at line 138 of file coast.h.

Referenced by bIsProfileAtCoastPoint(), CreateProfileDownCoastIndex(), CreateProfilesAtCoastPoints(), InsertProfilesInProfileCoastPointIndex(), pGetProfileAtCoastPoint(), and SetProfileAtCoastPoint().

◆ m_pVProfile

vector<CGeomProfile*> CRWCoast::m_pVProfile

private

Coast-normal profile objects, in sequence of creation (which is the same as nGetCoastID() sequence)

Definition at line 143 of file coast.h.

Referenced by AppendProfile(), InsertProfilesInProfileCoastPointIndex(), nGetNumProfiles(), pGetLastProfile(), pGetProfile(), and ~CRWCoast().

◆ m_pVProfileDownCoastSeq

vector<CGeomProfile*> CRWCoast::m_pVProfileDownCoastSeq

private

Pointers to coastline-normal objects, in along-coastline sequence.

Definition at line 146 of file coast.h.

Referenced by CreateProfileDownCoastIndex(), pGetProfileWithDownCoastSeq(), and pGetProfileWithUpCoastSeq().

◆ m_VdBreakingWaveAngle

vector<double> CRWCoast::m_VdBreakingWaveAngle

private

The breaking wave orientation on a normal drawn from each point on m_LCoastlineExtCRS.

Definition at line 123 of file coast.h.

Referenced by dGetBreakingWaveAngle(), SetBreakingWaveAngle(), and SetCoastlineExtCRS().

◆ m_VdBreakingWaveHeight

vector<double> CRWCoast::m_VdBreakingWaveHeight

private

The breaking wave height on a normal drawn from each point on m_LCoastlineExtCRS.

Definition at line 108 of file coast.h.

Referenced by dGetBreakingWaveHeight(), SetBreakingWaveHeight(), and SetCoastlineExtCRS().

◆ m_VdCoastWaveHeight

vector<double> CRWCoast::m_VdCoastWaveHeight

private

The wave height at coast point on a normal drawn from each point on m_LCoastlineExtCRS.

Definition at line 120 of file coast.h.

Referenced by dGetCoastWaveHeight(), SetCoastlineExtCRS(), and SetCoastWaveHeight().

◆ m_VdCurvatureDetailed

vector<double> CRWCoast::m_VdCurvatureDetailed

private

Detailed curvature at each point on m_LCoastlineExtCRS.

Definition at line 93 of file coast.h.

Referenced by dGetDetailedCurvature(), pVGetDetailedCurvature(), SetCoastlineExtCRS(), and SetDetailedCurvature().

◆ m_VdCurvatureSmooth

vector<double> CRWCoast::m_VdCurvatureSmooth

private

Smoothed curvature at each point on m_LCoastlineExtCRS.

Definition at line 96 of file coast.h.

Referenced by dGetSmoothCurvature(), pVGetSmoothCurvature(), SetCoastlineExtCRS(), and SetSmoothCurvature().

◆ m_VdDeepWaterWaveAngle

vector<double> CRWCoast::m_VdDeepWaterWaveAngle

private

The deep water wave orientation at the end of a normal drawn from each point on m_LCoastlineExtCRS.

Definition at line 102 of file coast.h.

Referenced by dGetCoastDeepWaterWaveAngle(), SetCoastDeepWaterWaveAngle(), and SetCoastlineExtCRS().

◆ m_VdDeepWaterWaveHeight

vector<double> CRWCoast::m_VdDeepWaterWaveHeight

private

The deep water wave height at the end of a normal drawn from each point on m_LCoastlineExtCRS.

Definition at line 99 of file coast.h.

Referenced by SetCoastDeepWaterWaveHeight(), and SetCoastlineExtCRS().

◆ m_VdDeepWaterWavePeriod

vector<double> CRWCoast::m_VdDeepWaterWavePeriod

private

The deep water wave period at the end of a normal drawn from each point on m_LCoastlineExtCRS.

Definition at line 105 of file coast.h.

Referenced by dGetCoastDeepWaterWavePeriod(), SetCoastDeepWaterWavePeriod(), and SetCoastlineExtCRS().

◆ m_VdDepthOfBreaking

vector<double> CRWCoast::m_VdDepthOfBreaking

private

The depth of breaking on a normal drawn from each point on m_LCoastlineExtCRS.

Definition at line 126 of file coast.h.

Referenced by dGetDepthOfBreaking(), SetCoastlineExtCRS(), and SetDepthOfBreaking().

◆ m_VdFluxOrientation

vector<double> CRWCoast::m_VdFluxOrientation

private

As in the COVE model, this is the orientation alongshore energy/sediment movement; a +ve flux is in direction of increasing indices along coast. At each point on m_LCoastlineExtCRS.

Definition at line 129 of file coast.h.

Referenced by dGetFluxOrientation(), SetCoastlineExtCRS(), and SetFluxOrientation().

◆ m_VdRunUp

vector<double> CRWCoast::m_VdRunUp

private

The run-up on a normal drawn from each point on m_LCoastlineExtCRS.

Definition at line 117 of file coast.h.

Referenced by dGetLevel(), dGetRunUp(), SetCoastlineExtCRS(), and SetRunUp().

◆ m_VdWaveEnergyAtBreaking

vector<double> CRWCoast::m_VdWaveEnergyAtBreaking

private

Wave energy at each point on m_LCoastlineExtCRS.

Definition at line 132 of file coast.h.

Referenced by dGetWaveEnergyAtBreaking(), SetCoastlineExtCRS(), and SetWaveEnergyAtBreaking().

◆ m_VdWaveSetupSurge

vector<double> CRWCoast::m_VdWaveSetupSurge

private

The wave setup on a normal drawn from each point on m_LCoastlineExtCRS.

Definition at line 111 of file coast.h.

Referenced by dGetLevel(), dGetWaveSetupSurge(), SetCoastlineExtCRS(), and SetWaveSetupSurge().

◆ m_VnBreakingDistance

vector<int> CRWCoast::m_VnBreakingDistance

private

Distance of breaking (in cells), at each point on m_LCoastlineExtCRS.

Definition at line 87 of file coast.h.

Referenced by nGetBreakingDistance(), SetBreakingDistance(), and SetCoastlineExtCRS().

◆ m_VnPolygonNode

vector<int> CRWCoast::m_VnPolygonNode

private

At every point on m_LCoastlineExtCRS: INT_NODATA if no nodepoint there, otherwise the node (point of greatest concave curvature) number for a coast polygon.

Definition at line 90 of file coast.h.

Referenced by nGetPolygonNode(), SetCoastlineExtCRS(), and SetPolygonNode().

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

Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ CRWCoast()

◆ ~CRWCoast()

Member Function Documentation

◆ AppendCoastLandform()

◆ AppendProfile()

◆ AppendShadowBoundary()

◆ AppendShadowDowndriftBoundary()

◆ bIsProfileAtCoastPoint()

◆ CreateProfileDownCoastIndex()

◆ CreateProfilesAtCoastPoints()

◆ dGetBreakingWaveAngle()

◆ dGetBreakingWaveHeight()

◆ dGetCoastDeepWaterWaveAngle()

◆ dGetCoastDeepWaterWavePeriod()

◆ dGetCoastWaveHeight()

◆ dGetDepthOfBreaking()

◆ dGetDetailedCurvature()

◆ dGetFluxOrientation()

◆ dGetLevel()

◆ dGetRunUp()

◆ dGetSmoothCurvature()

◆ dGetSmoothCurvatureMean()

◆ dGetSmoothCurvatureSTD()

◆ dGetWaveEnergyAtBreaking()

◆ dGetWaveSetupSurge()

◆ InsertProfilesInProfileCoastPointIndex()

◆ nGetBreakingDistance()

◆ nGetCoastlineSize()

◆ nGetCoastPointGivenCell()

◆ nGetEndEdge()

◆ nGetNumPolygons()

◆ nGetNumProfiles()

◆ nGetNumShadowBoundaries()

◆ nGetNumShadowDowndriftBoundaries()

◆ nGetPolygonNode()

◆ nGetSeaHandedness()

◆ nGetStartEdge()

◆ pGetCoastLandform()

◆ pGetDownCoastProfile()

◆ pGetDownCoastProfileNotIncLastProfile()

◆ pGetLastProfile()

◆ pGetPolygon()

◆ pGetProfile()

◆ pGetProfileAtCoastPoint()

◆ pGetProfileWithDownCoastSeq()

◆ pGetProfileWithUpCoastSeq()

◆ pGetShadowBoundary()

◆ pGetShadowDowndriftBoundary()

◆ pGetSim()

◆ pGetUpCoastProfile()

◆ pLGetCoastlineExtCRS()

◆ pPolyCreatePolygon()

◆ pPtGetCoastlinePointExtCRS()

◆ pPtiGetCellMarkedAsCoastline()

◆ pVGetDetailedCurvature()

◆ pVGetSmoothCurvature()

◆ SetBreakingDistance()

◆ SetBreakingWaveAngle()

◆ SetBreakingWaveHeight()

◆ SetCoastDeepWaterWaveAngle()

◆ SetCoastDeepWaterWaveHeight()

◆ SetCoastDeepWaterWavePeriod()

◆ SetCoastlineExtCRS()

◆ SetCoastlineGridCRS()

◆ SetCoastWaveHeight()

◆ SetDepthOfBreaking()

◆ SetDetailedCurvature()

◆ SetDetailedCurvatureMean()

◆ SetDetailedCurvatureSTD()

◆ SetEndEdge()

◆ SetFluxOrientation()

◆ SetPolygonNode()

◆ SetProfileAtCoastPoint()

◆ SetRunUp()

◆ SetSeaHandedness()

◆ SetSmoothCurvature()