Difference between revisions of "Installing and running Serpent"
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Most of the input options are self-explanatory, the rest are described below. | Most of the input options are self-explanatory, the rest are described below. | ||
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+ | == Monte Carlo volume calculation routine == | ||
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+ | == Checking for holes in STL geometries == | ||
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+ | == Particle disperser routine == | ||
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+ | == Standard compositions == | ||
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+ | == Elemental decomposition == |
Revision as of 17:27, 15 September 2016
Contents
Compiling the source code
Compiler options
Running Serpent
Serpent is run from the Linux command line interface. The general syntax is:
sss2 INPUT [ options]
Where INPUT is the input file name and the available options are:
-version | : print version information and exit |
-replay | : run simulation using random number seed from a previous run |
-his | : run only burnup history in coefficient calculation |
-coe | : run only restarts in coefficient calculation |
-plot | : stop after geometry plot |
-checkvolumes N | : calculate Monte Carlo estimates for material volumes by sampling N random points in the geometry |
-checkstl N M | : check for holes and errors in STL geometries by sampling M directions in N points |
-mpi N | : run simulation in MPI mode using N parallel tasks |
-omp N | : run simulation in OpenMP mode using N parallel threads |
-disperse | : generate random particle or pebble distribution files for HTGR calculations |
-rdep | : read binary depletion file from previous calculation and print new output according to inventory list |
-tracks N | : draw N particle tracks in the geometry plots or invoke track plot animation |
-comp mat | : print standard material composition of listed material mat that can be copy-pasted into the inputfile |
-elem sym dens | : decomposes natural element identified by symbol sym at density dens into its constituent isotopes |
-qp | : quick plot mode (ignore overlaps) |
-nofatal | : ignore fatal errors |
Most of the input options are self-explanatory, the rest are described below.