#include <rivers.h>

Inheritance diagram for ug::d3f::VertexRiverRecharge< TGridFunction >:

Public Types
typedef TGridFunction::algebra_type	algebra_type
	type of the algebra

typedef TGridFunction::domain_type	domain_type
	type of the domain

typedef TGridFunction	grid_func_type
	grid function type

typedef domain_type::grid_type	grid_type
	grid type

Public Types inherited from ug::d3f::VertexLowDimRecharge< TGridFunction >
typedef TGridFunction::algebra_type	algebra_type
	type of the algebra

typedef TGridFunction::domain_type	domain_type
	type of the domain

typedef grid_dim_traits< dim >::side_type	g_surf_elem_t
	type of the elements constituting surfaces in the grid

typedef geometry_traits< g_surf_elem_t >::iterator	g_surf_iter_t
	type of the iterator of the grid surface elements

typedef TGridFunction	grid_func_type
	grid function type

typedef domain_type::grid_type	grid_type
	grid type

typedef RayElemIntersectionRecord< g_surf_elem_t * >	top_intersection_record_t

typedef lg_ntree< dim-1, dim, g_surf_elem_t >	top_tracer_tree_t

Public Member Functions
void	check_fs_covering (bool v)
	sets the verification of the covering by the free surface

void	check_top_covering (bool v)
	sets the verification of the covering by the top subset

void	file_output_prefix (const char *s)
	sets the prefix to add to every line in the file

number	fs_depth_for (const Edge *seg) const
	gets the depth of the free surface for a segment

void	print_total_recharge (bool v)
	whether to print the total integrated recharge

void	print_total_recharge (const char *f_name)
	whether to print the total integrated recharge to a file

void	reset_river_depth ()
	set the river depth from the fs depth

number	river_depth_for (const Edge *seg) const
	gets the depth of the river for a segment

SmartPtr< SegmentNetwork >	river_network () const
	returns the river network

number	river_width_for (const Edge *seg) const
	gets the with of the river for a segment

void	save_river_depth (const char *file_name)
	save the river network with the fs depth in a file

void	set_river_width (number riverWidth)
	sets river width for all segments

void	set_river_width (number riverWidth, const char *ss_name)
	sets river width for a particular subset by name

void	set_river_width (number riverWidth, int ssi)
	sets river width for a particular subset

void	use_nodal_fs_height (bool v)
	sets measuring the depth of the free surface from the centers of the segments to the nodes and back

	VertexRiverRecharge (SmartPtr< SegmentNetwork > spRiverNetwork, number smoothLen, SmartPtr< grid_func_type > spLSF)
	class constructor

virtual	~VertexRiverRecharge ()
	class destructor

Public Member Functions inherited from ug::d3f::VertexLowDimRecharge< TGridFunction >
void	compute (SmartPtr< grid_func_type > spRecharge)
	computes the recharge at the vertices

number	max_depth_diff () const
	returns the set maximum depth difference

bool	no_inflow () const
	returns the state of the possible inflow

bool	restrict_depth () const
	returns the state of the depth restriction

void	restrict_depth (number max_depth_diff)
	restricts the depth

void	set_bottom_thickness (number e)
	sets the thickness of the bottom

void	set_constant_flux (number flux)
	sets the constant flux (mainly for debugging purposes)

void	set_density (number rho)
	sets the density of the water

void	set_gravity (number g)
	sets the gravity

void	set_no_inflow (bool b)
	switches the possible inflow on/off

void	set_permeability (number k)
	sets the permeability of the bottom

void	set_relative_to (const char *subsetNames)
	specifyes the subsets of the top

void	set_relative_to (const char *subsetNames, number top_tolerance)
	specifyes the subsets of the top

void	set_relative_to (const char *subsetNames, number top_tolerance, int top_grid_level)
	specifyes the subsets of the top

void	set_viscosity (number mu)
	sets the viscosity of the water

void	simple_compute (SmartPtr< grid_func_type > spRecharge)
	computes the recharge at the vertices

number	smooth_len () const
	returns the smoothing parameter

	VertexLowDimRecharge (number smoothLen, SmartPtr< grid_func_type > spLSF)
	constructor

Static Public Attributes
static const int	dim = TGridFunction::dim
	world dimension

Static Public Attributes inherited from ug::d3f::VertexLowDimRecharge< TGridFunction >
static const int	dim = TGridFunction::dim
	world dimension

static const int	mol_dim = dim - 1
	dimension of the mollifier

Private Types
typedef Grid::EdgeAttachmentAccessor< depth_attachment_type >	depth_accessor_type
	accessor type for the depth attachment

typedef ANumber	depth_attachment_type
	attachment type for the depth of segments of the rivers

typedef VertexRiverRecharge< TGridFunction >	this_type
	this type

Private Member Functions
virtual void	compute_depths ()
	fills the attachment with the depths of the free surface

void	compute_fs_depths_at_nodes ()
	computes the depths of the free surface at the nodes of the river vertices

void	compute_fs_depths_at_segments ()
	computes the depths of the free surface at the centers of the river segments

void	do_print_total_recharge ()
	prints the total recharge

virtual number	simple_smoothed_recharge_at (MathVector< dim > &x) const
	computes the smoothed recharge at a given point neglecting the depths, width etc.

virtual number	smoothed_recharge_at (MathVector< dim > &x) const
	computes the smoothed recharge at a given point

Private Attributes
depth_accessor_type	m_aaFSDepth
	accessor for the attachment for the depth of the free surface

depth_accessor_type	m_aaRiverDepth
	accessor for the attachment for the depth of the rivers

depth_accessor_type	m_aaRiverWidth
	accessor forthe attachment for the width of the rivers

depth_attachment_type	m_aFSDepth
	attachment for the depth of the free surface for the segments

depth_attachment_type	m_aRiverDepth
	attachment for the specified depth of the rivers at the segments

depth_attachment_type	m_aRiverWidth
	attachment for the width of the rivers

bool	m_bCheckFSCovering
	whether to check the covering of the river segments by the free surface

bool	m_bCheckTopCovering
	whether to check the covering of the river segments by the top subset

bool	m_bNodalFSDepth
	whether to measure the depth of the free surface at the nodes, not in the segments

bool	m_bPrintTotalRecharge
	whether to print the total recharge integrated over the rivers

std::string	m_sOutputPrefix
	... and prepend the following prefix to the lines

SmartPtr< SegmentNetwork >	m_spRiverNetwork
	grid of the river segments

std::string	m_sTotalRechargeFile
	if yes, if to print it into a file, too

Additional Inherited Members
Protected Member Functions inherited from ug::d3f::VertexLowDimRecharge< TGridFunction >
number	get_ls_height_at (MathVector< dim-1 > &x)
	computes the z-coordinate of the level set at a given point

size_t	get_top_z (const MathVector< dim > &over)
	get the intersection with the top

bool	ls_depth_is_relative ()
	returns true iff the depths should be relative

size_t	min_top_depth (MathVector< dim-1 > &x, number &min_depth)
	computes the minimum z-coordinate of the top surface (returns the number of the intersections)

number	object_recharge (number h_s, number h_fs, number w) const
	the river recharge intensivity (according to the model)

void	prepare_ls_height ()
	initializes the level-set z-coordinate computations

Protected Attributes inherited from ug::d3f::VertexLowDimRecharge< TGridFunction >
number	m_constant_flux
	the intensity per unit length if constant (all other parameters are ignored)

number	m_density
	density of the water

number	m_e
	thickness of the bottom

number	m_gravity
	gravity

bool	m_is_constant
	if to use the constant intensity

LSPositionZ< grid_func_type >	m_lsPosZ
	depth measurer for the level set

number	m_max_depth_diff
	max. depth difference (if restricted)

bool	m_no_inflow
	whether to switch the possible inflow off

number	m_perm
	permeability of the bottom

bool	m_restrict_depth
	if to restrict the depth

number	m_smoothLen
	smoothing parameter (of the mollifier)

SmartPtr< top_tracer_tree_t >	m_spTopTracerTree
	tree for the top ray traicer

number	m_top_tolerance
	tolerance for the projection to the top

std::vector< top_intersection_record_t >	m_topIntersectionRecords
	top intersection tracer auxiliary data struction

std::vector< MathVector< dim > >	m_topTracePoints
	intersection points with the top subsets

number	m_viscosity
	viscosity of the water

Detailed Description

template<typename TGridFunction>
class ug::d3f::VertexRiverRecharge< TGridFunction >

Class for the computation of the recharge by the rivers at vertices

This class computes the (positive or negative) recharge introduced by the rivers at the vertices of the computation grid.

Template Parameters

TFunction type of the vertex-centered grid function

Member Typedef Documentation

◆ algebra_type

template<typename TGridFunction >

typedef TGridFunction::algebra_type ug::d3f::VertexRiverRecharge< TGridFunction >::algebra_type

type of the algebra

◆ depth_accessor_type

template<typename TGridFunction >

typedef Grid::EdgeAttachmentAccessor<depth_attachment_type> ug::d3f::VertexRiverRecharge< TGridFunction >::depth_accessor_type

private

accessor type for the depth attachment

◆ depth_attachment_type

template<typename TGridFunction >

typedef ANumber ug::d3f::VertexRiverRecharge< TGridFunction >::depth_attachment_type

private

attachment type for the depth of segments of the rivers

◆ domain_type

template<typename TGridFunction >

typedef TGridFunction::domain_type ug::d3f::VertexRiverRecharge< TGridFunction >::domain_type

type of the domain

◆ grid_func_type

template<typename TGridFunction >

typedef TGridFunction ug::d3f::VertexRiverRecharge< TGridFunction >::grid_func_type

grid function type

◆ grid_type

template<typename TGridFunction >

typedef domain_type::grid_type ug::d3f::VertexRiverRecharge< TGridFunction >::grid_type

grid type

◆ this_type

template<typename TGridFunction >

typedef VertexRiverRecharge<TGridFunction> ug::d3f::VertexRiverRecharge< TGridFunction >::this_type

private

this type

Constructor & Destructor Documentation

◆ VertexRiverRecharge()

template<typename TGridFunction >

ug::d3f::VertexRiverRecharge< TGridFunction >::VertexRiverRecharge	(	SmartPtr< SegmentNetwork >	spRiverNetwork,
		number	smoothLen,
		SmartPtr< grid_func_type >	spLSF
	)

inline

class constructor

Parameters

spRiverNetwork	the river network
smoothLen	the smoothing parameter
spLSF	the grid function

◆ ~VertexRiverRecharge()

template<typename TGridFunction >

virtual ug::d3f::VertexRiverRecharge< TGridFunction >::~VertexRiverRecharge ( )

inlinevirtual

class destructor

References ug::Grid::detach_from_edges(), ug::d3f::VertexRiverRecharge< TGridFunction >::m_aFSDepth, ug::d3f::VertexRiverRecharge< TGridFunction >::m_aRiverDepth, ug::d3f::VertexRiverRecharge< TGridFunction >::m_aRiverWidth, and ug::d3f::VertexRiverRecharge< TGridFunction >::m_spRiverNetwork.

Member Function Documentation

◆ check_fs_covering()

template<typename TGridFunction >

void ug::d3f::VertexRiverRecharge< TGridFunction >::check_fs_covering ( bool v )

inline

sets the verification of the covering by the free surface

References ug::d3f::VertexRiverRecharge< TGridFunction >::m_bCheckFSCovering.

◆ check_top_covering()

template<typename TGridFunction >

void ug::d3f::VertexRiverRecharge< TGridFunction >::check_top_covering ( bool v )

inline

sets the verification of the covering by the top subset

References ug::d3f::VertexRiverRecharge< TGridFunction >::m_bCheckTopCovering.

◆ compute_depths()

template<typename TGridFunction >

void ug::d3f::VertexRiverRecharge< TGridFunction >::compute_depths ( )

privatevirtual

fills the attachment with the depths of the free surface

Computes the depths of the segments.

Implements ug::d3f::VertexLowDimRecharge< TGridFunction >.

References pcl::ProcessCommunicator::allreduce(), ug::Grid::num_edges(), PCL_RO_MIN, UG_THROW, and ug::EdgeVertices::vertex().

◆ compute_fs_depths_at_nodes()

template<typename TGridFunction >

void ug::d3f::VertexRiverRecharge< TGridFunction >::compute_fs_depths_at_nodes ( )

private

computes the depths of the free surface at the nodes of the river vertices

Computes the depths of the free surface at the centers of the river segments.

References pcl::ProcessCommunicator::allreduce(), ug::Grid::attach_to_vertices(), ug::Grid::detach_from_vertices(), ug::Grid::num_vertices(), PCL_RO_MAX, UG_THROW, and ug::EdgeVertices::vertex().

◆ compute_fs_depths_at_segments()

template<typename TGridFunction >

void ug::d3f::VertexRiverRecharge< TGridFunction >::compute_fs_depths_at_segments ( )

private

computes the depths of the free surface at the centers of the river segments

Computes the depths of the free surface at the centers of the river segments.

References pcl::ProcessCommunicator::allreduce(), ug::Grid::num_edges(), PCL_RO_MAX, UG_THROW, and ug::EdgeVertices::vertex().

◆ do_print_total_recharge()

template<typename TGridFunction >

void ug::d3f::VertexRiverRecharge< TGridFunction >::do_print_total_recharge ( )

private

prints the total recharge

Prints the integrated recharge through the rivers.

References pcl::ProcessCommunicator::get_proc_id(), pcl::ProcRank(), UG_COND_THROW, UG_LOG, ug::VecDistance(), and ug::EdgeVertices::vertex().

◆ file_output_prefix()

template<typename TGridFunction >

void ug::d3f::VertexRiverRecharge< TGridFunction >::file_output_prefix ( const char * s )

inline

sets the prefix to add to every line in the file

References ug::d3f::VertexRiverRecharge< TGridFunction >::m_sOutputPrefix, and s.

◆ fs_depth_for()

template<typename TGridFunction >

number ug::d3f::VertexRiverRecharge< TGridFunction >::fs_depth_for ( const Edge * seg ) const

inline

gets the depth of the free surface for a segment

References ug::d3f::VertexRiverRecharge< TGridFunction >::m_aaFSDepth.

◆ print_total_recharge() [1/2]

template<typename TGridFunction >

void ug::d3f::VertexRiverRecharge< TGridFunction >::print_total_recharge ( bool v )

inline

whether to print the total integrated recharge

References ug::d3f::VertexRiverRecharge< TGridFunction >::m_bPrintTotalRecharge.

◆ print_total_recharge() [2/2]

template<typename TGridFunction >

void ug::d3f::VertexRiverRecharge< TGridFunction >::print_total_recharge ( const char * f_name )

inline

whether to print the total integrated recharge to a file

References ug::d3f::VertexRiverRecharge< TGridFunction >::m_bPrintTotalRecharge, and ug::d3f::VertexRiverRecharge< TGridFunction >::m_sTotalRechargeFile.

◆ reset_river_depth()

template<typename TGridFunction >

void ug::d3f::VertexRiverRecharge< TGridFunction >::reset_river_depth ( )

set the river depth from the fs depth

Sets the river depth to the fs depth.

References pcl::ProcessCommunicator::allreduce(), ug::Grid::attach_to_vertices(), ug::Grid::detach_from_vertices(), ug::Grid::num_vertices(), PCL_RO_MAX, and UG_THROW.

◆ river_depth_for()

template<typename TGridFunction >

number ug::d3f::VertexRiverRecharge< TGridFunction >::river_depth_for ( const Edge * seg ) const

inline

gets the depth of the river for a segment

References ug::d3f::VertexRiverRecharge< TGridFunction >::m_aaRiverDepth.

◆ river_network()

template<typename TGridFunction >

SmartPtr< SegmentNetwork > ug::d3f::VertexRiverRecharge< TGridFunction >::river_network ( ) const

inline

returns the river network

References ug::d3f::VertexRiverRecharge< TGridFunction >::m_spRiverNetwork.

◆ river_width_for()

template<typename TGridFunction >

number ug::d3f::VertexRiverRecharge< TGridFunction >::river_width_for ( const Edge * seg ) const

inline

gets the with of the river for a segment

References ug::d3f::VertexRiverRecharge< TGridFunction >::m_aaRiverWidth.

◆ save_river_depth()

template<typename TGridFunction >

void ug::d3f::VertexRiverRecharge< TGridFunction >::save_river_depth ( const char * file_name )

save the river network with the fs depth in a file

Saves the river network in a file with the nodal fs depths in the z-coordinates.

Parameters

file_name file to save in

References pcl::ProcessCommunicator::allreduce(), ug::Grid::attach_to_vertices(), ug::Grid::detach_from_vertices(), ug::Grid::num_vertices(), PCL_RO_MAX, and UG_THROW.

◆ set_river_width() [1/3]

template<typename TGridFunction >

void ug::d3f::VertexRiverRecharge< TGridFunction >::set_river_width ( number riverWidth )

sets river width for all segments

Initializes the river width attachment for all segments.

Parameters

riverWidth the width

Referenced by ug::d3f::VertexRiverRecharge< TGridFunction >::VertexRiverRecharge().

◆ set_river_width() [2/3]

template<typename TGridFunction >

void ug::d3f::VertexRiverRecharge< TGridFunction >::set_river_width	(	number	riverWidth,
		const char *	ss_name
	)

sets river width for a particular subset by name

Initializes the river width attachment for a particular subset given by name.

Parameters

riverWidth	the width
ss_name	subset name

References ug::ISubsetHandler::get_subset_index(), ug::TokenizeTrimString(), and UG_THROW.

◆ set_river_width() [3/3]

template<typename TGridFunction >

void ug::d3f::VertexRiverRecharge< TGridFunction >::set_river_width	(	number	riverWidth,
		int	ssi
	)

sets river width for a particular subset

Initializes the river width attachment for a particular subset id.

Parameters

riverWidth	the width
ssi	subset index in the segment grid

◆ simple_smoothed_recharge_at()

template<typename TGridFunction >

number ug::d3f::VertexRiverRecharge< TGridFunction >::simple_smoothed_recharge_at ( MathVector< dim > & x ) const

privatevirtual

computes the smoothed recharge at a given point neglecting the depths, width etc.

Parameters

x	coordinates of the points where to get the recharge

Implements ug::d3f::VertexLowDimRecharge< TGridFunction >.

References ug::Grid::begin(), ug::Grid::end(), ug::VecDistance(), and ug::EdgeVertices::vertex().

◆ smoothed_recharge_at()

template<typename TGridFunction >

number ug::d3f::VertexRiverRecharge< TGridFunction >::smoothed_recharge_at ( MathVector< dim > & x ) const

privatevirtual

computes the smoothed recharge at a given point

Computes the smoothed recharge of all the segments of the river in a given neighbourhood.

Parameters

x	coordinates of the points where to get the recharge

Implements ug::d3f::VertexLowDimRecharge< TGridFunction >.

References ug::Grid::begin(), ug::Grid::end(), ug::VecDistance(), and ug::EdgeVertices::vertex().

◆ use_nodal_fs_height()

template<typename TGridFunction >

void ug::d3f::VertexRiverRecharge< TGridFunction >::use_nodal_fs_height ( bool v )

inline

sets measuring the depth of the free surface from the centers of the segments to the nodes and back

References ug::d3f::VertexRiverRecharge< TGridFunction >::m_bNodalFSDepth.

Member Data Documentation

◆ dim

template<typename TGridFunction >

const int ug::d3f::VertexRiverRecharge< TGridFunction >::dim = TGridFunction::dim

static

world dimension

◆ m_aaFSDepth

template<typename TGridFunction >

depth_accessor_type ug::d3f::VertexRiverRecharge< TGridFunction >::m_aaFSDepth

private

accessor for the attachment for the depth of the free surface

Referenced by ug::d3f::VertexRiverRecharge< TGridFunction >::fs_depth_for(), and ug::d3f::VertexRiverRecharge< TGridFunction >::VertexRiverRecharge().

◆ m_aaRiverDepth

template<typename TGridFunction >

depth_accessor_type ug::d3f::VertexRiverRecharge< TGridFunction >::m_aaRiverDepth

private

accessor for the attachment for the depth of the rivers

Referenced by ug::d3f::VertexRiverRecharge< TGridFunction >::river_depth_for(), and ug::d3f::VertexRiverRecharge< TGridFunction >::VertexRiverRecharge().

◆ m_aaRiverWidth

template<typename TGridFunction >

depth_accessor_type ug::d3f::VertexRiverRecharge< TGridFunction >::m_aaRiverWidth

private

accessor forthe attachment for the width of the rivers

Referenced by ug::d3f::VertexRiverRecharge< TGridFunction >::river_width_for(), and ug::d3f::VertexRiverRecharge< TGridFunction >::VertexRiverRecharge().

◆ m_aFSDepth

template<typename TGridFunction >

depth_attachment_type ug::d3f::VertexRiverRecharge< TGridFunction >::m_aFSDepth

private

attachment for the depth of the free surface for the segments

Referenced by ug::d3f::VertexRiverRecharge< TGridFunction >::VertexRiverRecharge(), and ug::d3f::VertexRiverRecharge< TGridFunction >::~VertexRiverRecharge().

◆ m_aRiverDepth

template<typename TGridFunction >

depth_attachment_type ug::d3f::VertexRiverRecharge< TGridFunction >::m_aRiverDepth

private

attachment for the specified depth of the rivers at the segments

Referenced by ug::d3f::VertexRiverRecharge< TGridFunction >::VertexRiverRecharge(), and ug::d3f::VertexRiverRecharge< TGridFunction >::~VertexRiverRecharge().

◆ m_aRiverWidth

template<typename TGridFunction >

depth_attachment_type ug::d3f::VertexRiverRecharge< TGridFunction >::m_aRiverWidth

private

attachment for the width of the rivers

Referenced by ug::d3f::VertexRiverRecharge< TGridFunction >::VertexRiverRecharge(), and ug::d3f::VertexRiverRecharge< TGridFunction >::~VertexRiverRecharge().

◆ m_bCheckFSCovering

template<typename TGridFunction >

bool ug::d3f::VertexRiverRecharge< TGridFunction >::m_bCheckFSCovering

private

whether to check the covering of the river segments by the free surface

Referenced by ug::d3f::VertexRiverRecharge< TGridFunction >::check_fs_covering().

◆ m_bCheckTopCovering

template<typename TGridFunction >

bool ug::d3f::VertexRiverRecharge< TGridFunction >::m_bCheckTopCovering

private

whether to check the covering of the river segments by the top subset

Referenced by ug::d3f::VertexRiverRecharge< TGridFunction >::check_top_covering().

◆ m_bNodalFSDepth

template<typename TGridFunction >

bool ug::d3f::VertexRiverRecharge< TGridFunction >::m_bNodalFSDepth

private

whether to measure the depth of the free surface at the nodes, not in the segments

Referenced by ug::d3f::VertexRiverRecharge< TGridFunction >::use_nodal_fs_height().

◆ m_bPrintTotalRecharge

template<typename TGridFunction >

bool ug::d3f::VertexRiverRecharge< TGridFunction >::m_bPrintTotalRecharge

private

whether to print the total recharge integrated over the rivers

Referenced by ug::d3f::VertexRiverRecharge< TGridFunction >::print_total_recharge(), and ug::d3f::VertexRiverRecharge< TGridFunction >::print_total_recharge().

◆ m_sOutputPrefix

template<typename TGridFunction >

std::string ug::d3f::VertexRiverRecharge< TGridFunction >::m_sOutputPrefix

private

... and prepend the following prefix to the lines

Referenced by ug::d3f::VertexRiverRecharge< TGridFunction >::file_output_prefix().

◆ m_spRiverNetwork

template<typename TGridFunction >

SmartPtr<SegmentNetwork> ug::d3f::VertexRiverRecharge< TGridFunction >::m_spRiverNetwork

private

grid of the river segments

Referenced by ug::d3f::VertexRiverRecharge< TGridFunction >::river_network(), ug::d3f::VertexRiverRecharge< TGridFunction >::VertexRiverRecharge(), and ug::d3f::VertexRiverRecharge< TGridFunction >::~VertexRiverRecharge().

◆ m_sTotalRechargeFile

template<typename TGridFunction >

std::string ug::d3f::VertexRiverRecharge< TGridFunction >::m_sTotalRechargeFile

private

if yes, if to print it into a file, too

Referenced by ug::d3f::VertexRiverRecharge< TGridFunction >::print_total_recharge().

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

/home/runner/work/docs/docs/ug4/plugins/d3f/rivers.h
/home/runner/work/docs/docs/ug4/plugins/d3f/rivers_impl.h

Public Types

Public Member Functions

Static Public Attributes

Private Types

Private Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

Member Typedef Documentation

◆ algebra_type

◆ depth_accessor_type

◆ depth_attachment_type

◆ domain_type

◆ grid_func_type

◆ grid_type

◆ this_type

Constructor & Destructor Documentation

◆ VertexRiverRecharge()

◆ ~VertexRiverRecharge()

Member Function Documentation

◆ check_fs_covering()

◆ check_top_covering()

◆ compute_depths()

◆ compute_fs_depths_at_nodes()

◆ compute_fs_depths_at_segments()

◆ do_print_total_recharge()

◆ file_output_prefix()

◆ fs_depth_for()

◆ print_total_recharge() [1/2]

◆ print_total_recharge() [2/2]

◆ reset_river_depth()

◆ river_depth_for()

◆ river_network()

◆ river_width_for()

◆ save_river_depth()

◆ set_river_width() [1/3]

◆ set_river_width() [2/3]

◆ set_river_width() [3/3]

◆ simple_smoothed_recharge_at()

◆ smoothed_recharge_at()

◆ use_nodal_fs_height()

Member Data Documentation

◆ dim

◆ m_aaFSDepth

◆ m_aaRiverDepth

◆ m_aaRiverWidth

◆ m_aFSDepth

◆ m_aRiverDepth

◆ m_aRiverWidth

◆ m_bCheckFSCovering

◆ m_bCheckTopCovering

◆ m_bNodalFSDepth

◆ m_bPrintTotalRecharge

◆ m_sOutputPrefix

◆ m_spRiverNetwork

◆ m_sTotalRechargeFile