brick

brick,GeotopRasterBrick-method

brick,zoo-method

a 'zoo' object returned by function
  <code><a href="/link/pointer.to.maps.xyz.time?package=geotopbricks&version=1.3.3" rd-options="" data-mini-rdoc="geotopbricks::pointer.to.maps.xyz.time">pointer.to.maps.xyz.time</a></code> or
  <code><a href="/link/pointer.to.maps.xy.time?package=geotopbricks&version=1.3.3" rd-options="" data-mini-rdoc="geotopbricks::pointer.to.maps.xy.time">pointer.to.maps.xy.time</a></code> or a
  <code></code>

layer at which raster maps are imported. If
  is <code>NULL</code>, maps ara no-zlayer distributed and
  <code>zoo</code> must be returend by
  <code><a href="/link/pointer.to.maps.xy.time?package=geotopbricks&version=1.3.3" rd-options="" data-mini-rdoc="geotopbricks::pointer.to.maps.xy.time">pointer.to.maps.xy.time</a></code>

layer

two-elememts vector containing the time
  range at which geotop maps are imported

timerange

vector of time instants at which geotop maps
  are imported

time

rows of <code>zoo</code> correspondig to the geotop
  maps that are imported. By default all rows of <code>zoo</code>
  are considered. It is calculated by <code>time</code> or
  <code>timerange</code> if they are not set as <code>NULL</code>.

rows

coordinate system see
  <code><a href="/link/RasterBrick-class?package=geotopbricks&version=1.3.3" rd-options="" data-mini-rdoc="geotopbricks::RasterBrick-class">RasterBrick-class</a></code>

logical value. Default is
  <code>TRUE</code>. If <code>TRUE</code> the RasterLayer are read with
  <code><a href="/link/read.raster.from.url?package=geotopbricks&version=1.3.3" rd-options="" data-mini-rdoc="geotopbricks::read.raster.from.url">read.raster.from.url</a></code>, istead of
  <code><a href="/link/raster?package=geotopbricks&version=1.3.3" rd-options="" data-mini-rdoc="geotopbricks::raster">raster</a></code> (oth

use.read.raster.from.url

Added implemetation for 'brick' S4 method<p></p><p>  brick</p>

methods

geotopbricks: Analyzes raster maps and other information
        as input/output files from the Hydrological Distributed Model
        GEOtop. It contains functions and methods to import maps and
        other keywords from geotop.inpts file. Any information about
        the GEOtop Distributed Hydrological Model is available on
        www.geotop.org. The examples are tested on two simulation cases
        run with GEOtop built 1.225-9 mostly developed by Stefano
        Endrizzi. Bugs/comments/questions/collaboration of any kind are
        warmly welcomed.

brick: brick

Description

Arguments

Value

See Also

Examples