disc_wrapper | R Documentation |
Wrapper function performing a complete landscape discretisation
disc_wrapper(dem = NULL, drain_points = NULL, river = NULL,
flowaccum = NULL, drainage_dir = NULL, lcov = NULL, soil = NULL,
watermask = NULL, imperviousmask = NULL, supp_quant = NULL,
supp_qual = NULL, soil_depth = NULL, sdr = NULL, veg_path = NULL,
soil_path = NULL, odbc_file = "~/.odbc.ini", dbname = NULL,
db_driver = "SQLITE3",
db_desc = "lumpR database automatically generated with lumpR::disc_wrapper()",
db_server = "localhost", db_checks = NULL, db_option = NULL,
subbas = NULL, stream = NULL, stream_eha = NULL,
stream_horton = NULL, points_processed = NULL, eha = NULL,
flowdir = NULL, flowacc = NULL, elevriv = NULL, distriv = NULL,
svc = NULL, lu = NULL, output_dir = getwd(),
svc_file = "svc.dat", catena_out = "catena.dat",
catena_head_out = "catena_header.dat", luoutfile = "lu_pars.dat",
tcoutfile = "tc_pars.dat", lucontainstcoutfile = "lu_tc.dat",
tccontainssvcoutfile = "tc_svc.dat",
terraincomponentsoutfile = "tc_db.dat", sub_ofile = "sub.dat",
sub_lu = "sub_lu.dat", lupar_ofile = "lu_db.dat",
recl_lu = "reclass_lu.dat", thresh_sub = NULL, eha_thres = NULL,
no_LUs = NULL, no_TCs = NULL, disk_swap = FALSE,
drainp_out_id = NULL, thresh_stream = NULL, snap_dist = NULL,
rm_spurious = NULL, prep_things2do = c("eha", "river", "svc"),
groundwater = TRUE, ridge_thresh = NULL, min_cell_in_slope = NULL,
min_catena_length = NULL, max_riv_dist = NULL, grass_files = FALSE,
plot_catena = TRUE, plot_profclass = TRUE, plot_silhouette = TRUE,
keep_temp = FALSE, overwrite = FALSE, db_overwrite = NULL,
silent = FALSE, ncores = 1, addon_path = NULL)
This function is a wrapper function performing a complete landscape
discretisation by calling the functions calc_subbas
, lump_grass_prep
,
area2catena
, prof_class
, lump_grass_post
,
lump_grass_prep
, db_create
, db_fill
,
and db_check
. See function's documentations for information about
the arguments.
The function returns nothing. A number of plots, text files, and GRASS data are produced.
This function was created for automated landscape discretisation, e.g. within a Monte Carlo analysis. Use only if you are already familiar with the lumpR package and can be sure that the procedure works for your input data!
Tobias Pilz tpilz@uni-potsdam.de
lumpR paper
Pilz, T.; Francke, T.; Bronstert, A. (2017): lumpR 2.0.0: an R package facilitating
landscape discretisation for hillslope-based hydrological models.
Geosci. Model Dev., 10, 3001-3023, doi: 10.5194/gmd-10-3001-2017
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.