The files of this site, in a convenient package for those wishing to localize it. TMX files of localizations of the OmegaT documentation and of this site, for use by localizers. Localization resources Localization TMX repository Selection of alternative icons for use with OmegaT. Student's manual with instructions to trainers for adaptation, and Wordfast to a form which can be read by OmegaT. Contributed by Marc Prior.Ĭonverts translation memories in TMX format generated by Requires Linux, w3m and tcl/tk (both generally supplied with Linux). computer source code) for translation in OmegaT. Script for extracting text for translation from plain-text files (e.g. Other users are advised to use the Okapi Filters Plugin instead. This collection of scripts may be useful to scripters with a knowledge of tcl/tk. Utility for converting Trados TagEditor (TTX) files to an intermediate format, enabling them to be translated in OmegaT. Segment or in which the target segment is identical to the source Translation units from a TMX file: deletes all TUs without target Java command-line script for removing "superfluous" Java command-line script for merging two or more TMX files. Important: listed plug-ins work with OmegaT version 4 and above. Provides functionality to read EPWING dictionary format. The TexTra API is freely provided by NICT, Integrates the TexTra neural machine translation engine into OmegaT. Website support can be scripted in Groovy. Integrates the Apertium machine translation functionality into OmegaT.įast access to websites. Provides filters for handling further file formats, including Trados TTX, and Markdown. The Volume II assembles and summarizes the results of many simulations that have been performed with COMMIX-1A computer program.Other OmegaT resources Plug-ins Okapi Filters Plugin This report (Volume I) describes in detail the basic equations, formulations, solution procedures, flow charts, rebalancing scheme for faster convergence, options available to users, models to describe the auxiliary phenomena, input instructions, and two sample problems. Two other unique features provided in the COMMIX-1A code are (1) two solution procedures - a semi-implicit procedure modified from ICE and a fully-implicit procedure, named SIMPLEST-ANL, similar to the SIMPLE/SIMPLER algorithms - available a user's option and (2) a geometrical package capable of approximating many geometries. The conservation equations of mass, momentum, and energy based on the new porous-media formulation are solved as a boundary-value problem in space and an initial-value problem in time. It is now possible to perform a multidimensional thermal-hydraulic simulation of either a single component, such as a rod bundle, reactor plenum, piping system, heat exchanger, etc., or a multicomponent system that is a combination of these components. The new porous-media more » formulation represents the first unified approach to thermal-hydraulic analysis. The concept of directional surface permeability is new and greatly facilitates modeling of velocity and temperature fields in anisotropic media. The concepts of volume porosity, directional surface permeability, distributed resistance, and distributed heat source or sink is used in the new porous-media formulation to model a flow domain with stationary structures. A new porous-media formulation via local volume averaging has been derived and employed in the COMMIX code. The COMMIX-1A computer program is an updated and improved version of COMMIX-1 designed to analyze steady-state/transient, single-phase, three-dimensional fluid flow with heat transfer in reactor components and multicomponent systems.
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