getParam: Get the parameters

In nexModeling/dddModel: ddd model

Description

Get and process, if needed, the parameters to build the ddd models.

Usage

getParam(method = NULL, path = NULL, filename = NULL, SAVE = FALSE,
  pathResults = "~/", Timeresinsec = NULL, catchment = NULL,
  nbLevelZone = NULL, Ws = NULL, Tlr = NULL, Plr = NULL, Pc = NULL,
  Sc = NULL, TX = NULL, TS = NULL, CX = NULL, CGLAC = NULL,
  CFR = NULL, NoL = NULL, cea = NULL, R = NULL, Gsh = NULL,
  Gsc = NULL, gtcel = NULL, GshInt = NULL, GscInt = NULL, CV = NULL,
  a0 = NULL, d = NULL, rv = NULL, MAD = NULL, hfelt = NULL,
  maxLbog = NULL, midLbog = NULL, bogfrac = NULL, zsoil = NULL,
  zbog = NULL, midFL = NULL, stdFL = NULL, maxFL = NULL, maxDL = NULL,
  midDL = NULL, glacfrac = NULL, midGl = NULL, stdGl = NULL,
  maxGl = NULL, hfeltmid = NULL, totarea = NULL, midmetp = NULL,
  midmett = NULL, nobognoglacarea = NULL, slopesriverarea = NULL,
  bogarea = NULL, glacarea = NULL, elevarea = NULL, gca = NULL,
  soilca = NULL, gwgt = NULL, swgt = NULL, mLam = NULL, varLam = NULL,
  cvLam = NULL, meanIntk = NULL, unitsnow = NULL)

Arguments

method	method for getting parameters, "manual", "load", "processedNVE"
path	Directory where to get the files
filename	Filename (path included) of the file to be read
SAVE	Save the results, Boolean
pathResults	Path of the results. By default: $HOME
Timeresinsec	Time resolution of the process in second (1hour: 3600s, ... etc)
catchment	Name of the catchment as string of character
nbLevelZone	Number of level zone
Ws	Max Liquid water content in snow. Percentage of Snow water equivalent, SWE
Tlr	Temperature gradient. Degrees pr 100 meters
Plr	Precipitation gradient. Fraction pr 100 meters
Pc	Liquid precpititan correction
Sc	Solid precpititan correction
TX	Threshold temp for snow/rain
TS	Threshold temp for snowmelt
CX	Degree day factor for snowmelt. Unit: mm/degree/day
CGLAC	Degree day factor for glacial melt
CFR	Factor for refreezing. Unit:mm/degree/day
NoL	Number of saturation layers
cea	Degree day factor for evpotranspiration. Unit:mm/degree/day
R	Ratio defining field capacity: fracion of D
Gsh	Shape parameter of the Gamma distribution of celerities
Gsc	Scale parameter of the Gamma distribution of celerities
gtcel	Quantile in celerity distribution for overland flow
GshInt	Shape pararameter of the Gamma distribution of Lambda
GscInt	Scale pararameter of the Gamma distribution of Lambda
CV	CV for log normal snow distribution
a0	Scale parameter of unit precipitation.
d	Decorrelation length of spatial precipitation.
rv	Celerity for river flow. Unit: m/s
MAD	Mean Annual Discharge
hfelt	Mean elevation of catchment
maxLbog	Max distance bogs-river
midLbog	Mean distance bogs-river
bogfrac	Areal fraction of bogs
zsoil	arealfraction of DD for soils
zbog	arealfraction of DD for bogs
midFL	Mean distance from the river network
stdFL	Standard deviation of distance from the river network
maxFL	Max distance from the river network
maxDL	Max distance of soil point to the river network
midDL	Mean distance of soil point to the river network
glacfrac	Glacier fraction
midGl	Mean distance of glacier point to the river network
stdGl	Standard deviation of distance of glacier point to the river network
maxGl	Max distance of glacier point to the river network
hfeltmid	Mean elevation of catchment
totarea	Area in m2
midmetp	Mean elevation precipitation meteorological station
midmett	Mean elevation temperature meteorological station
nobognoglacarea	Area without bog area and glaciated area neither in m2
slopesriverarea	Area in which we have hillslope process and rivernetwork processes. Unit:m2
bogarea	Bog area. Unit: in m2
glacarea	Glaciated area. Unit: m2
elevarea	Area for each level zone. Unit: m2
gca	fraction of glacier pr elevation zone, fraction of glacier covered area pr elevation zone
soilca	1-gca
gwgt	Fraction of glaciated area pr elevation zone in relation to total glaciated area
swgt	Fraction of soils and bogs in each elevation zone in relation to total soil and bog area
mLam	mean Lambda
varLam	variance Lambda
cvLam	CV Lambda
meanIntk	Average speed calculated with Integrated Celerity
unitsnow	Snow unit

Value

The output is a list of processed parameters to build models

Examples

## Not run: 
getParam()

## End(Not run)

nexModeling/dddModel documentation built on May 23, 2019, 4:28 p.m.