gyro_summary
- Description
- Generate compact summary of existing postscript files produced by VUGYRO.
- Source
- $GYRO_DIR/tools/summary
- Languages
- Python, LaTeX
- Author
- Jeff Candy
- Usage
-
newt ~/gyro/tools/summary>gyro_summary
Usage: gyro_summary [-pdf] [-ps]
-pdf : create Adobe pdf file.
-ps : create postscript file.
NOTES: Results are based on the configuration set
in gyro/tools/summary/include
Command must be run in a sim directory.
Result is summary.ps or summary.pdf
gyro2gkv
- Description
- Generate netCDF file from GYRO results for use with GKV.
- Source
- $GYRO_DIR/tools/gyro2gkv
- Languages
- F90, netCDF.
- Authors
- Jeff Candy, Eric Wang.
- Usage
-
Usage: gyro2gkv <full_path_to_sim_directory>
: gyro2gkv -h
: gyro2gkv -f <full_path_to_sim_directory>
gyro_dens_rtheta_out.pro
- Description
- Calculate the species densities in the poloidal plane around the outer midplane.
- Source
- gyro_dens_rtheta_out.pro
- Languages
- IDL
- Author
- Ron Bravenec
- Usage
-
IDL> gyro_dens_rtheta_out, '<sim_directory>/', THETA_MAX=theta_max
where <sim_directory> is the full path to the simulation directory and theta_max is the poloidal extent of the output domain:  theta_max. The output is the IDL save file densities_rtheta_out.sav written to <sim_directory>. See header of file for more details.
PostGYRO
- Description
- A set of IDL-command line tools for interactive plotting and analysis of GYRO data. Many of the tools are taken almost directly from VuGYRO. The aim of these tools are more interactive and flexible suite for analyzing GYRO results than VuGYRO allows. It also helps in comparing results between simulations (e.g. overploting fluxes from multiple simulations). A brief description of the various included routines can be found in the PostGYRO_list.txt file of the PostGYRO directory. These should still be considered to be in a "beta" state for the time being.
- Source
- PostGYRO_11-28-2007.zip
- Languages
- IDL
- Author
- Chris Holland
- Usage
-
Download .zip file above and extract folder to desired location. I'd recommend adding it to your IDL path via editing your shell rc file as, e.g.
# my .tcshrc file
setenv IDL_PATH ${IDL_PATH}:$HOME/PostGYRO
Call the following to load in input profiles, fluctuation fields, and fluxes from a particular simulation via
IDL> data = GET_GYRO_DATA( '<sim_directory>')
where <sim_directory> is the name of the simulation directory in $GYRO_DIR/sim (e.g. 'L1-STD'). You can then, for instance, plot potential fluctations at the outboard midplane in the  via calling
IDL> plot_gyro_midplane_ralpha, data
to produce
Image:Midplane phi ra.tiff
Headers on the various routines will have more information; better documentation and additional routines should (hopefully) follow shortly.
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