This is the primary make file controlling the build of the parallel executable and associated utilities. (See the individual make files for details) On the following 'make' files located in the ĭirectory.
(See Utilities section for details)Ĭompilation of the code is done via 'gmake' and depends Utility for creating tables used in calculating far-field stress if the FMM code is not enabled. Parallel version of the ctablegen utility. Utility for creating image correction tables needed when FMM code is enabled.
Utility for converting older format ParaDiS control parameter files to the current format (See Utilities section for details) Utility for generating a new domain decomposition for an existing dislocation configuration (See Utilities section for details) Utility for creating initial dislocation configurations (See Utilities section for details) System type into 'makefile.sys' following the format usedįor the existing systems and, as above, set the "SYS=."Įxecuting 'gmake' with no options in will 'tup' and set the "SYS=." value to theĭesired system type. One of these pre-defined system types, simply edit The current ParaDiS 'make' files support compilation forĪ number of pre-defined system types that are defined in Source code modules pertaining to the various support tools Sample files containing material specific tables and constantsĪll C and C++ source code modules related to the paradis executable All executables will be placed in this directory during compilationįMM and non-FMM correction tables, X-display defaults file, gnuplot command file, etc. This directory will be created during the 'make' process. The directoryĬontains primary 'make' files for controlling build of all executables The ParaDiS release consists of a file which, when unzippedĪnd untarred creates a primary directory and a structure Volume and lets them interact and move in response to theįorces imposed by external stress and inter-dislocation It, one introduces dislocation lines into the computational The computational approach toĭislocation Dynamics used in ParaDiS is fairly simple. Simulations and was specifically written to perform well on ParaDiS is a code for doing Dislocation Dynamics The Parallel Dislocation Simulator (ParaDiS) was writtenĪnd developed at LLNL by a team of physicists and computer
14.4 Creating the FMM Image Correction Table with 'ctablegen'.14.3 Converting Control and Data File with 'paradisconvert'.14.2 Recomputing Domain Boundaries with 'paradisrepart'.14.1 Creating Initial Dislocations with 'paradisgen'.9.1 Fast Multipole for Far-Field Interactions.6.1 Selecting a Domain Decomposition Method.
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