Failu krātuve :: Mirone/
Name Last modified Size Description
Parent Directory -
about.txt 2014-12-30 12:48 2.1K Text, ASCII format
adrese.txt 2014-12-30 12:43 41 Addresses, URL
mirone.png 2014-12-30 12:47 2.7K Picture, raster format
mirone220.7z 2014-12-30 12:55 30M Compressed archive
MIRONE250_setup.exe 2014-12-30 12:50 36M Executable binary
Mirone is a MATLAB-based framework tool that allows the display and
manipulation of a large number of grid/images formats through its
interface with the GDAL library. Its main purpose is to provide users
with an easy-to-use graphical interface to manipulate GMT grids. In
addition it offers a wide range of tools dedicated to topics in the
earth sciences, including tools for multibeam mission planning,
elastic deformation studies, tsunami propagation modeling, earth
magnetic field computations and magnetic Parker inversions, Euler
rotations and poles computations, plate tectonic reconstructions, and
seismicity and focal mechanism plotting. The high quality mapping and
cartographic capabilities for which GMT is renowned is guaranteed
through Mirones ability to automatically generate GMT cshell scripts
and dos batch files.
Mirone is written in Matlab but a stand-alone version to run under
Windows is also provided. This version now loads windows faster than
the native Matlab code and provides a solution for users that don't
have Matlab.
Besides the grid/image processing capacities, Mirone provides tools to
measure length, area, azimuths; register images, digitize, drawing
lines, circles, squares; plotting symbols, text, etc... All this
graphical elements may be edited, moved interactively and saved to
disk as x,y ascii files.
One very useful tool (to marine people) is the multi-beam planning
tool. With this, you can plan your next multi-beam survey and take
most advantage to the time scheduled to your mission. All you need is
a gmt grid (satellite bathymetry is enough) for the region you want to
survey.
For teaching, demonstration or just getting info Mirone provides a
small database with plate boundaries, volcanic and seismic activity,
ODP/DSDP sites, hot-spots locations (according to some opinions),
magnetic isochrons and tools to calculate and draw plate Euler
velocities using the available models.
If you use Mirone for any publication then CITE it:
J. F. Luis. Mirone: A multi-purpose tool for exploring grid data.
Computers & Geosciences, 33, 31-41, 2007.
Lapas adrese: priede.bf.lu.lv/ftp/pub/MultiVide/Grafika/atteelu_analiize/Mirone
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