The purpose of the event is to assess the actual capabilities, successfully deployed methods, tools and protocols, and future needs in terms of nuclear model code outputs in the General Nuclear Data Structure and their processing into useful applications forms. At the same time and in support of high-fidelity multi-physics simulation efforts, build a modern durable partnership between...
TAGNDS reads the output of TALYS to directly produce a GNDS-formatted evaluation. The code depends on GNDS support in the LLNL code FUDGE, reading TALYS outputs into FUDGE classes that are then serialized to GNDS/xml files. TAGNDS has recently been modified and scaled up to integrate into the autotalys framework, with the goal of helping to produce the next version of the TENDL library...
LLNL’s FUDGE and GIDI+ Code Packages: for Managing, Processing and Accessing GNDS 2.0 Nuclear Data Libraries
The conversion of TENDL libraries from ENDF-6 to GNDS is an indirect approach to making the output from the TALYS nuclear model code system available in the new Generalized Nuclear Data Structure (GNDS) format. The LLNL processing code FUDGE, was used to translate TENDL-2021 from ENDF-6 to GNDS. An overview of this work is provided and the different warning and error messages are discussed.
This presentation explains the handling of the GNDS format in the nuclear data processing code FRENDY. The purpose of this meeting is not only the handling of the GNDS format but also the high-fidelity multi-physics simulation efforts. We also present the overview of the high-fidelity multi-physics simulation platform JAMPAN.
