This package contains a set of functions for manipulating and visualizing output from numerical ocean models. Many of the routines are targeted towards Lagrangian particle-tracking models with the data stored in NetCDF files. This package may be useful to spatial marine ecologists and biological or physical oceanographers.
|Author||Benjamin Jones [aut, cre]|
|Date of publication||2014-05-01 07:44:59|
|Maintainer||Benjamin Jones <firstname.lastname@example.org>|
bathy.colors: Generate a sequence of colors for plotting bathymetric data.
filter2d: Applies a 2d Gaussian filter to 'mat' with a standard...
find.elem-methods: Checks if the points (xy$x, xy$y) are in the 'fvcom.grid'...
fvcom.grid: Create a new FVCOM grid instance from a FVCOM NetCDF output...
fvcom.grid-class: Finite Volume Community Ocean Model grid
get.depth-methods: Get the depth at each node in the grid.
get.elems-methods: Get the indices of the element vertices in the grid.
get.nelems-methods: Get the number of elements in the grid.
get.nnodes-methods: Get the number of nodes in the grid.
get.nodes-methods: Get the values of the nodes in the grid.
get.proj-methods: Get the value of the projection string.
image-methods: Plot a 'fvcom.grid' instance as a heatmap.
interp-methods: Convert a single scalar or node based quantity to element...
is.in.grid-methods: Checks if the points (xy$x, xy$y) are in the 'fvcom.grid'...
jet.colors: Generate a sequence of colors alog the jet colormap.
lines-methods: Plot an instance of the 'fvcom.grid' class and overlay the...
loadFVCOMGrid27: Load an FVCOM grid from a NetCDF output file.
ocean.demo.grid: An example instance of the 'fvcom.grid' class.
pdd-methods: Plot the density of x and y on grid.
validFVCOMGrid: Check if a 'fvcom.grid' instance is valid.