Preliminary Equilibrium GUI Help Document
• Common EFIT runs
— set up working directory
you can type in the directory name directly or click the ‘Select’
button to choose.
— choose Tokamak type
currently only DIII-D is supported
— select EFIT grid size
65x65, 129x129, 257x257 or 513x513. When grid size is chosen, the
corresponding EFIT executable in /link/efit area will be used. You can
also click ‘Specify’ button to specify your own EFIT executable path.
— choose EFIT mode
you can choose EFIT mode 2, 3, 5 or 7
ASIPP
Preliminary Equilibrium GUI Help Document
• Common EFIT runs
— set up input parameters
Input file is needed for mode 2; For mode 3, 5 and 7, shot number and time
slices are needed. Also you can click ‘TimePicker’ button, which currently
only runs on hestia, eos, lohan4 and lohan5 due to library dependence, to
choose the shot number and time slice you are interested in. Default value of
time step and number of time slices are both set to 1. For mode 7, snap file
name extension is needed. For mode 3, 5 and 7, if input file input entry is left
empty, EFIT will try to find the snap file in your working directory.
Otherwise, the snap file in /link/efit area will be used. You can also fetch the
snap file from MDS+ by clicking the ‘Fetch’ button. Click ‘Edit’ button to
view and edit the input file.
ASIPP
Preliminary Equilibrium GUI Help Document
• Common EFIT runs
— Run EFIT
click ‘Execute’ button to run EFIT locally. If check button
‘MPI’ is checked, you will be prompted to set up the number of
CPU and the machine name file and run MPI EFIT. If ‘SGE’
checked, your job will be submitted using qsub. Click
‘Generate’ button and it will generate an IMFIT task flow file
with the name imfit.conf_USERNAME. You can click ‘Check’ button to
check out the running status. When EFIT is done, click ‘View Results’ which
spawns efitviewer.
ASIPP
Preliminary Equilibrium GUI Help Document
• Common EFIT run Example
Type in working directory
Select working directory
Choose Tokamak type
Choose grid size
Choose mode
Type in input parameters
Select input file
Fetch from MDS+
View results
Run EFIT
Check status
ASIPP
Preliminary Equilibrium GUI Help Document
• Step-by-step Kinetic EFIT run
— Click ‘Kinetic’ button to bring up the kinetic analysis window after you get
get the g-file and k-file from your common EFIT run
— In kinetic analysis window, there are three steps: profile fitting, onetwo run,
and new kfile generating.
— Click ‘Profile fitting’ checkbutton and it will activate the area for data fitting.
Default working directory for profile fitting is set to be the same as your working
directory, under where there should have gfile. You can also choose a different one by
clicking the ‘Select’ button. Just make sure you have the gfile already under the
directory you choose.
— Click ‘GAPROFILE’ to spawn the gaprofiles for data fitting. Or you can click
‘MDS+ Fetching’ button to fetch the inone file from AUTOONETWO tree.
ASIPP
Preliminary Equilibrium GUI Help Document
• Step-by-step Kinetic EFIT run
— Click ‘ONETWO RUN’ checkbutton to activate the area for onetwo run
Default working directory is set to your working directory+/onetwo, which also can
be changed.
— Click ‘ONETWO’ button to bring up TRANSPORT GUI with corresponding
g-file and inone file set up properly.
— Click ‘Make Kinetic Kfile’ checkbutton to activate the area for generating
new Kfile.
Default working directories for EFIT kfile and ONETWO qikone file are set up
correspondingly, which you can select if you like. The default working directory
for new generated Kfile is set to your working directory+/k1.
— Click ‘OK’ button to generate new Kfile
In your main window, the working directory is set to the directory where new Kfile
is located and the EFIT mode is set to 2 with the input file set to the new Kfile. Click
‘Execute’ button and wait till it finishes.
ASIPP
Preliminary Equilibrium GUI Help Document
• Step-by-step Kinetic EFIT Run Exemple
Kinetic window
Generate new
New Kfile
Bring up kinetic
Bring up kinetic
window
window
ASIPP
Preliminary Equilibrium GUI Help Document
• Automatic Kinetic EFIT Run
— will be implemented shorly
ASIPP