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matlab: improved help on RunOpenEMS function

pull/1/head
Thorsten Liebig 2012-08-02 13:29:22 +02:00
parent af062cacb1
commit c42ab63f90
1 changed files with 56 additions and 25 deletions
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matlab/RunOpenEMS.m
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@ -1,14 +1,44 @@
function RunOpenEMS(Sim_Path, Sim_File, opts, Settings) function RunOpenEMS(Sim_Path, Sim_File, opts, Settings)
% function RunOpenEMS(Sim_Path, Sim_File, opts, Settings) % function RunOpenEMS(Sim_Path, Sim_File, <opts, Settings>)
% %
% Run an openEMS simulation % Run an openEMS simulation.
% %
% example: % arguments:
% Sim_Path = 'MySimPath'; % Sim_Path: specifiy the simulation folder (folder must exist!)
% Sim_File = 'helix.xml'; %should be created by WriteOpenEMS % Sim_File: xml-filename to simulate, created by WriteOpenEMS
% opts = '--engine=fastest';
% %
% optional: % optional arguments
%
% opts: list of openEMS options
% possible options:
% --disable-dumps Disable all field dumps for faster simulation
% --debug-material Dump material distribution to a vtk file for debugging
% --debug-PEC Dump metal distribution to a vtk file for debugging
% --debug-operator Dump operator to vtk file for debugging
% --debug-boxes Dump e.g. probe boxes to vtk file for debugging
% --debug-CSX Write CSX geometry file to debugCSX.xml
% --engine=<type> Choose engine type
% --engine=fastest fastest available engine (default)
% --engine=basic basic FDTD engine
% --engine=sse engine using sse vector extensions
% --engine=sse_compressed engine using compressed operator + sse vector extensions
% --engine=MPI engine using compressed operator + sse vector extensions + MPI parallel processing
% --engine=multithreaded engine using compressed operator + sse vector extensions + MPI + multithreading
% --numThreads=<n> Force use n threads for multithreaded engine
% --no-simulation only run preprocessing; do not simulate
%
% Additional global arguments
% --showProbeDiscretization Show probe discretization information
% --nativeFieldDumps Dump all fields using the native field components
% -v,-vv,-vvv Set debug level: 1 to 3
%
%
% settings: list of Matlab settings
% possible settings:
% Settings.LogFile = 'openEMS.log'
% Settings.Silent = 0
%
% additional remote simulation settings
% Note: ssh only on unix with working ssh client or windows with putty client % Note: ssh only on unix with working ssh client or windows with putty client
% openEMS Linux server or Windows with cygwin necessary % openEMS Linux server or Windows with cygwin necessary
% Settings.SSH.host = '<hostname or ip>' % Settings.SSH.host = '<hostname or ip>'
@ -19,15 +49,16 @@ function RunOpenEMS(Sim_Path, Sim_File, opts, Settings)
% Settings.SSH.Putty.Path = '<path_to>\putty'; % Settings.SSH.Putty.Path = '<path_to>\putty';
% Settings.SSH.Putty.Key = '<path_to>\putty_private_key.ppk'; % Settings.SSH.Putty.Key = '<path_to>\putty_private_key.ppk';
% %
% optional MPI: % MPI settings:
% Settings.MPI.xxx --> help RunOpenEMS_MPI % Settings.MPI.xxx --> help RunOpenEMS_MPI
% %
% Settings.LogFile = 'openEMS.log'
% Settings.Silent = 0
% %
% RunOpenEMS(Sim_Path,Sim_File,opts,Settings) % example:
% %create CSX and FDTD
% WriteOpenEMS('/tmp/path_to_run_in/myfile.xml', FDTD, CSX)
% RunOpenEMS('/tmp/path_to_run_in','myfile.xml','-v')
% %
% See also WriteOpenEMS FindFreeSSH % See also WriteOpenEMS FindFreeSSH InitCSX InitFDTD
% %
% openEMS matlab interface % openEMS matlab interface
% ----------------------- % -----------------------