Global Land Use Methods

Global RDII methods. More...

Collaboration diagram for Global Land Use Methods:

Functions
int	landuse_readParams (int landuseIndex, char *tok[], int ntoks)
	Reads landuse parameters from a tokenized line of input.
int	landuse_readPollutParams (int pollutIndex, char *tok[], int ntoks)
	Reads pollutant parameters from a tokenized line of input.
int	landuse_readBuildupParams (char *tok[], int ntoks)
	Reads pollutant buildup parameters from a tokenized line of input.
int	landuse_readWashoffParams (char *tok[], int ntoks)
	Reads pollutant washoff parameters from a tokenized line of input.
void	landuse_getInitBuildup (TLandFactor *landFactor, double *initBuildup, double area, double curb)
	Determines the initial buildup of each pollutant on each land use for a given subcatchment.
double	landuse_getBuildup (int landuseIndex, int pollutIndex, double area, double curb, double buildup, double tStep)
	Computes new pollutant buildup on a landuse after a time increment.
double	landuse_getWashoffLoad (int landuse, int p, double area, TLandFactor landFactor[], double runoff, double vOutflow)
	Computes pollutant load generated by a land use over a time step.
double	landuse_getAvgBmpEffic (int subcatchIndex, int pollutIndex)
	Finds the overall average BMP removal achieved for pollutant pollutIndex treated in subcatchment j.
double	landuse_getCoPollutLoad (int p, double washoff[])
	Finds washoff mass added by a co-pollutant of a given pollutant.

Detailed Description

Global RDII methods.

Function Documentation

landuse_getAvgBmpEffic()

double landuse_getAvgBmpEffic	(	int	subcatchIndex,
		int	pollutIndex
	)

Finds the overall average BMP removal achieved for pollutant pollutIndex treated in subcatchment j.

Parameters

[in]	subcatchIndex	Subcatchment index
[in]	pollutIndex	Pollutant index

Returns

Returns a BMP removal fraction for a pollutant pollutIndex

landuse_getBuildup()

double landuse_getBuildup	(	int	landuseIndex,
		int	pollutIndex,
		double	area,
		double	curb,
		double	buildup,
		double	tStep
	)

Computes new pollutant buildup on a landuse after a time increment.

Parameters

[in]	landuseIndex	Land use index
[in]	pollutIndex	Pollutant index
[in]	area	Area of subcatchment (ac or ha)
[in]	curb	Land use curb length (users units)
[in]	buildup	Current pollutant buildup (lbs or kg)
[in]	tStep	Time increment for buildup (sec)

Returns

Returns new pollutant buildup (lbs or kg)

Here is the caller graph for this function:

landuse_getCoPollutLoad()

double landuse_getCoPollutLoad	(	int	p,
		double	washoff[]
	)

Finds washoff mass added by a co-pollutant of a given pollutant.

Parameters

[in]	p	Pollutant index
[in]	washoff	Array of washoff mass for each pollutant

Returns

Returns washoff mass added by co-pollutant relation (mass)

Here is the call graph for this function:

landuse_getInitBuildup()

void landuse_getInitBuildup	(	TLandFactor *	landFactor,
		double *	initBuildup,
		double	area,
		double	curb
	)

Determines the initial buildup of each pollutant on each land use for a given subcatchment.

Parameters

[in]	landFactor	Land use factor
[out]	initBuildup	Initial buildup of each pollutant
[in]	area	Area of subcatchment (ft2)
[in]	curb	Subcatchment's curb length (users units)

Contributions from co-pollutants to initial buildup are not included since the co-pollutant mechanism only applies to washoff.

Here is the call graph for this function:

Here is the caller graph for this function:

landuse_getWashoffLoad()

double landuse_getWashoffLoad	(	int	landuse,
		int	p,
		double	area,
		TLandFactor	landFactor[],
		double	runoff,
		double	vOutflow
	)

Computes pollutant load generated by a land use over a time step.

Parameters

[in]	landuseIndex	Land use index
[in]	pollutIndex	Pollutant index
[in]	area	Area of subcatchment (ft2)
[in]	landFactor	Array of land use data for subcatchment
[in]	runoff	Runoff flow generated by subcatchment (ft/sec)
[in]	vOutflow	Runoff volume leaving subcatchment (ft3)

Returns

Returns pollutant load generated by a land use over a time step.

Here is the call graph for this function:

landuse_readBuildupParams()

int landuse_readBuildupParams	(	char *	tok[],
		int	ntoks
	)

Reads pollutant buildup parameters from a tokenized line of input.

Parameters

[in]	tok	Array of string tokens
[in]	ntoks	Number of tokens

Returns

Error code

Data format is: landuseID pollutID buildupType c1 c2 c3 normalizerType

Here is the call graph for this function:

landuse_readParams()

int landuse_readParams	(	int	landuseIndex,
		char *	tok[],
		int	ntoks
	)

Reads landuse parameters from a tokenized line of input.

Parameters

[in]	landuseIndex	Land use index
[in]	tok	Array of string tokens
[in]	ntoks	Number of tokens

Returns

Error code

Data format is: landuseID (sweepInterval sweepRemoval sweepDays0)

Here is the call graph for this function:

landuse_readPollutParams()

int landuse_readPollutParams	(	int	pollutIndex,
		char *	tok[],
		int	ntoks
	)

Reads pollutant parameters from a tokenized line of input.

Parameters

[in]	pollutIndex	Pollutant index
[in]	tok	Array of string tokens
[in]	ntoks	Number of tokens

Returns

Error code

Data format is: ID Units cRain cGW cRDII kDecay (snowOnly coPollut coFrac cDWF cInit)

Here is the call graph for this function:

landuse_readWashoffParams()

int landuse_readWashoffParams	(	char *	tok[],
		int	ntoks
	)

Reads pollutant washoff parameters from a tokenized line of input.

Parameters

[in]	tok	Array of string tokens
[in]	ntoks	Number of tokens

Returns

Error code

Data format is: landuseID pollutID washoffType c1 c2 sweepEffic bmpRemoval

Here is the call graph for this function: