Package index • TnetRUI

General functions

Functions needed to organise your modelisation and create all needed files for T-NET

TNET_createShape(): Create Shapefile for TNET

TNET_createTconf(): Create the configuration file (tconf) readen by T-NET

TNET_initializeSim(): Initialize All info needed by TnetRUI package

TNET_modifyData(): Modify data in a T-NET NetCDF file

TNET_run(): Run T-NET

TNET_checkShapefile() TNETshape_checkShapefile() TNETutils_checkShapefile(): Check if the shapefile has the needed columns to run functions in TnetRUI package

Hydrological models functions

Functions to prepare and read data from all compatible hydrological models

J2000

TnetJ2K_computeQ(): Compute water flow on Topage segments network using J2000 calculations

TnetJ2K_computeQlatSout(): Compute underground water flow data from J2000 used by T-NET

TnetJ2K_computeTg(): Estimate undergroud water temperature

TnetJ2K_readDatHeader(): Read information in the header of a J2K .dat file

TnetJ2K_readfiles(): Read ReachLoop.dat or HRULoop.dat file created by J2000

EROS

TnetEROS_computeQ(): Compute water flow on Topage segments network using EROS calculations

TnetEROS_computeQamt(): Compute Upstream water flow on Topage segments network using J2000 calculations

TnetEROS_computeQlatSout(): Compute underground water flow data from EROS used by T-NET

TnetEROS_computeTg(): Estimate undergroud water temperature

TnetEROS_readfiles(): Read all 3 files created by EROS and put them in one NetCDF file

Meteorological models functions

Functions to prepare and read data from all compatible meteorological models

SAFRAN

TnetSAFRAN_getInfoFromShape(): Get all SAFRAN grid ID info from shapefile

TnetSAFRAN_readfilesNetCDF(): Reading meteorological data from SAFRAN NetCDF files

Hydraulic Computations

Functions to compute hydraulic using different equations

TnetHydraulic_LoireStyle(): Compute all hydraulic data from Q for EROS hydrological data on Loire Watershed

TnetHydraulic_ManningStrickler(): Compute all hydraulic data using Manning-Strickler equations

TnetHydraulic_MorelNew(): Compute all hydraulic data using new Morel equations

TnetHydraulic_MorelNewRec(): Compute all hydraulic data using recalibrate new Morel equations

TnetHydraulic_MorelOld(): Compute all hydraulic data using Old Morel equations

Reading results

Functions to exploit all data files created by TnetRUI and TNET

TNETresult_compare(): Compare 2 NetCDF files created by T-NET on a periode of time

TNETresult_history(): Read all function used to create a TnetRUI NetCDF file

TNETresult_info(): Print information on data in a NetCDF file

TNETresult_read(): Reading data in NetCDF files created by T-NET

TNETresult_readDataPaper(): Read NetCDF files from TNET Loire Data paper

TNETresult_readShape(): Read the shapefile saved in TnetRUI NetCDF results files

Playing with vegetation

Function to play with vegetation without losing info on modifications

TNETveget_modify(): Modify vegetation density and heights on segments

TNETveget_replace(): Replace the vegetation data by another one

Creating part of the shapefile

Functions to create the river network to use for TNET and some needed data

TNETshape_computeAreaDrain(): Compute Drain area using WhiteBox

TNETshape_computeCoefQcalc(): Assign a coefficients to dispatch J2000 discharge on TOPAGE segments

TNETshape_computeNdAreaDrain(): Create accurate nodes for Drain area calculation

TNETshape_computePosition(): Compute segment coordinates and orientations

TNETshape_computeUpstreamLength(): Compute length of all upstream segments

TNETshape_cutSegments(): Cut segment into sub-segment with a specific length

TNETshape_getSafran(): Assign a SAFRAN IDs to segments

TNETshape_mergeSegments(): Merging all river segments between confluences

TNETshape_prepare(): Use all TNETshape function

TNETshape_removePbDrainArea(): Remove segments with weird area drain

TNET_checkShapefile() TNETshape_checkShapefile() TNETutils_checkShapefile(): Check if the shapefile has the needed columns to run functions in TnetRUI package

Divers function

Some useful function to have when using TnetRUI and TNET

TNETutils_appendNetCDF(): Append data to a TNET NetCDF

TNET_checkShapefile() TNETshape_checkShapefile() TNETutils_checkShapefile(): Check if the shapefile has the needed columns to run functions in TnetRUI package

TNETutils_computeQlatAll(): Compute lateral flow for all segments

TNETutils_createNetCDF(): Create NetCDF file for TnetRUI and TNET results

TNETutils_findUpstreamSegment(): Find all segments ID upstream of a given segment

TNETutils_getLongProfile(): Create Longitudinal profile for TNET computation

TNETutils_getLongProfileConfluence(): Easely extract confluences for plot

TNETutils_getShape_fromNETCDF(): Read Shape used by TNET to run

TNETutils_openExempleData(): Download and get path to examples files

TNETdiagnostic_pbDrainArea(): Detect potentially invalid drained area