R: Block Simulation using Dicrete Gaussian Model

simdgm {RGeostats}

R Documentation

Block Simulation using Dicrete Gaussian Model

Description

Block Simulation using Dicrete Gaussian Model

Usage

simdgm(dbin = NA, dbout, model = model.input(), neigh = neigh.input(), uc = c("1"), mean = NA, rval = 0.9, seed = 232131, nbsimu = 1, nbtuba = 100, anam = NA, flag.check = FALSE, radix = "Simu", modify.target = db.locmod())

Arguments

`dbin`	The `db-class` structure containing the data file. This file is optional. If absent, non-conditional simulations are performed.
`dbout`	The `db-class` structure containing the target file It must be organized as a Grid
`model`	The `model-class` structure containing the Model information. This is the Block Gaussian Model.
`neigh`	The `neigh-class` structure containing the Neighborhood information. This structure is compulsory for conditional simulations.
`uc`	The drift description. Use command `uc.names` for details.
`mean`	Array containing the mean of each variable.
`rval`	Change of support coefficient
`seed`	Seed used for the generation of random numbers. When 0, the seed is not initialized.
`nbsimu`	Number of simulations
`nbtuba`	Number of turning bands
`anam`	The `anam-class` containing the characteristics of the Anamorphosis. When defined, the simulation resulting outcome is backtransformed (from Gaussian to Raw scale) before storage.
`flag.check`	When TRUE, the Gaussian value of the conditional simulation is compared to the value of the closest data.
`radix`	Radix of the name given to the variables storing the results in the target Db.
`modify.target`	Decides whether or not the newly created variables will have their locator defined or not. For more information, see `db.locmod`.

Value

The target Db where 'nbsimu' variables have been added.

[Package RGeostats version 14.0.10 Index]