Public Member Functions
	LSDPorewaterColumn ()
	The default constructor. Does nothing. More...

	LSDPorewaterColumn (vector< float > initial_Psi)
	Create a. More...

	LSDPorewaterColumn (LSDPorewaterParams LSDPP)
	Create a SoilHydroRaster by copying an LSDRaster. More...

void	PrintPsiToScreen ()
	this prints the pressure to screen More...

float	CalculateResponseFunction (float t_star)
	This calculates the response function of the porewater to rainfall based on Iverson 2000 WRR equation 27e. More...

vector< float >	CalcualtePsiTransient (LSDPorewaterParams &LSDPP, float Iz_over_Kz, float t_star, float T_star)
	This calculates transient component of Psi. More...

vector< float >	CalculatePsiDimensionalTimeTransient (LSDPorewaterParams &LSDPP, float t, float T, float Iz_over_Kz)
	This calculates the transient component of Psi for a given rainfall pulse using dimensional tie. More...

void	CalculatePsiFromTimeSeries (vector< float > durations, vector< float > intensities, LSDPorewaterParams &LSDPP, float t)
	This function takes a time series of rainfall and calculates the pore pressures. More...

float	F_f (LSDPorewaterParams &LSDPP)
	Calcualtes the friction factor component of the factor of safety. More...

vector< float >	F_c (LSDPorewaterParams &LSDPP)
	Calcualtes the friction factor from cohesion component of the factor of safety. More...

vector< float >	F_w (LSDPorewaterParams &LSDPP)
	Calcualtes the friction factor from pore pressure component of the factor of safety. More...

vector< float >	FS (LSDPorewaterParams &LSDPP)
	Calcualtes the factor of safety. More...

float	DepthOfFailure (LSDPorewaterParams &LSDPP, float minimum_depth)
	This calcualtes the depth of failer of the column. More...

void	GetMinFS (LSDPorewaterParams &LSDPP, float minimum_depth, float &depth_of_minFS, float &minFS)
	This finds the minimum facotr of safety in a column. More...

void	ScanTimeseriesForFailure (vector< float > durations, vector< float > intensities, LSDPorewaterParams &LSDPP, float minimum_depth, vector< float > times)
	This goes through a time series trying to see when the first failure occurs and at what depth. More...

vector< float >	get_Psi () const

int	get_row () const

int	get_col () const

int	get_node_index () const

Protected Attributes
vector< float >	Psi
	This holds the pressure heads.

int	row
	This has the information about where the column is.

int	col

int	node_index

Constructor & Destructor Documentation

LSDPorewaterColumn::LSDPorewaterColumn ( )

inline

The default constructor. Does nothing.

Author: SMM

Date: 17/11/2016

LSDPorewaterColumn::LSDPorewaterColumn ( vector< float > initial_Psi )

inline

Create a.

Parameters

ThisRaster The LSDRaster to be copied

Author: SMM

Date: 17/11/2016

LSDPorewaterColumn::LSDPorewaterColumn ( LSDPorewaterParams LSDPP )

inline

Create a SoilHydroRaster by copying an LSDRaster.

Parameters

ThisRaster The LSDRaster to be copied

Author: SMM

Date: 17/11/2016

Member Function Documentation

vector< float > LSDPorewaterColumn::CalcualtePsiTransient	(	LSDPorewaterParams &	LSDPP,
		float	Iz_over_Kz,
		float	t_star,
		float	T_star
	)

This calculates transient component of Psi.

Parameters

LSDPP	an LSDPorewaterParams object
Iz_over_Kz	the infilatration rate of this response
t_star	the dimensionless time
T_star	the dimensionless storm duration

Returns: the transient component of Psi for this storm

Author: SMM

Date: 17/11/2016

vector< float > LSDPorewaterColumn::CalculatePsiDimensionalTimeTransient	(	LSDPorewaterParams &	LSDPP,
		float	t,
		float	T,
		float	Iz_over_Kz
	)

This calculates the transient component of Psi for a given rainfall pulse using dimensional tie.

Parameters

LSDPP	an LSDPorewaterParams object
Iz_over_Kz	the infilatration rate of this response
t	the time in seconds
T	the storm duration in seconds

Returns: the transient component of Psi for this storm

Author: SMM

Date: 17/11/2016

void LSDPorewaterColumn::CalculatePsiFromTimeSeries	(	vector< float >	durations,
		vector< float >	intensities,
		LSDPorewaterParams &	LSDPP,
		float	t
	)

This function takes a time series of rainfall and calculates the pore pressures.

Parameters

durations	storm durations in a vector of floats in seconds
intensities	storm intensities, in dimensionless Iz_over_Kz
LSDPP	is an PorewaterParams object
t	is the dimensional time

Author: SMM

Date: 17/11/2016

float LSDPorewaterColumn::CalculateResponseFunction ( float t_star )

This calculates the response function of the porewater to rainfall based on Iverson 2000 WRR equation 27e.

Parameters

t_star the dimensionless time

Returns: The response function

Author: SMM

Date: 17/11/2016

float LSDPorewaterColumn::DepthOfFailure	(	LSDPorewaterParams &	LSDPP,
		float	minimum_depth
	)

This calcualtes the depth of failer of the column.

Parameters

LSDPP	is a PorewaterParams object
minimum_depth	the minimum depth at which falure can occur

Returns: depth_of_failure This is -9999 if there is no failure

Author: SMM

Date: 02/12/2016

vector< float > LSDPorewaterColumn::F_c ( LSDPorewaterParams & LSDPP )

Calcualtes the friction factor from cohesion component of the factor of safety.

Parameters

LSDPP is an PorewaterParams object

Returns: F_c (a vector of floats)

Author: SMM

Date: 25/11/2016

float LSDPorewaterColumn::F_f ( LSDPorewaterParams & LSDPP )

Calcualtes the friction factor component of the factor of safety.

Parameters

LSDPP is an PorewaterParams object

Returns: F_f

Author: SMM

Date: 25/11/2016

vector< float > LSDPorewaterColumn::F_w ( LSDPorewaterParams & LSDPP )

Calcualtes the friction factor from pore pressure component of the factor of safety.

Parameters

LSDPP is an PorewaterParams object

Returns: F_w (a vector of floats)

Author: SMM

Date: 25/11/2016

vector< float > LSDPorewaterColumn::FS ( LSDPorewaterParams & LSDPP )

Calcualtes the factor of safety.

Parameters

LSDPP is an PorewaterParams object

Returns: FS (a vector of floats)

Author: SMM

Date: 26/11/2016

int LSDPorewaterColumn::get_col ( ) const

inline

Returns: slope in radians

int LSDPorewaterColumn::get_node_index ( ) const

inline

Returns: slope in radians

vector<float> LSDPorewaterColumn::get_Psi ( ) const

inline

Returns: The vector of depths

int LSDPorewaterColumn::get_row ( ) const

inline

Returns: slope in radians

void LSDPorewaterColumn::GetMinFS	(	LSDPorewaterParams &	LSDPP,
		float	minimum_depth,
		float &	depth_of_minFS,
		float &	minFS
	)

This finds the minimum facotr of safety in a column.

Parameters

LSDPP	is a PorewaterParams object
minimum_depth	the minimum depth at which falure can occur
depth_of_minFS	The depth where the minimum FS occurs
minFS	The minimum factor of safety value

Author: SMM

Date: 02/12/2016

void LSDPorewaterColumn::PrintPsiToScreen ( )

this prints the pressure to screen

Author: SMM

Date: 17/11/2016

void LSDPorewaterColumn::ScanTimeseriesForFailure	(	vector< float >	durations,
		vector< float >	intensities,
		LSDPorewaterParams &	LSDPP,
		float	minimum_depth,
		vector< float >	times
	)

This goes through a time series trying to see when the first failure occurs and at what depth.

Parameters

durations	storm durations in a vector of floats in seconds
intensities	storm intensities, in dimensionless Iz_over_Kz
LSDPP	is a PorewaterParams object
minimum_depth	the minimum depth at which falure can occur

Author: SMM

Date: 02/12/2016

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

LSDPorewaterColumn.hpp
LSDPorewaterColumn.cpp

Public Member Functions

Protected Attributes

Constructor & Destructor Documentation

Member Function Documentation