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Difference between revisions of "MOOSE Support in ICE"
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The Multi-physics Object Oriented Simulation Environment (MOOSE) is parallel, finite-element framework developed at Idaho National Laboratory (INL). To learn more about it, check out mooseframework.org. ICE has always provided strong support for MOOSE input generation, simulation execution, and data visualization as a core part of the platform. As of the summer of 2015, that support has been greatly updated to incorporate comments from the MOOSE internal development team and MOOSE application developers. The updated support provides a unified interface for interacting with the MOOSE framework, and tools for the embedded visualizations of problem meshes, simulation output meshes, and Postprocessor CSV plotting. Additionally, we have improved our MOOSE tooling to incorporate real-time updating from a running MOOSE simulation back to ICE. Users can now specify a list of Postprocessor values they care about, launch their simulation, and see, in real-time, those Postprocessor plots updating. | The Multi-physics Object Oriented Simulation Environment (MOOSE) is parallel, finite-element framework developed at Idaho National Laboratory (INL). To learn more about it, check out mooseframework.org. ICE has always provided strong support for MOOSE input generation, simulation execution, and data visualization as a core part of the platform. As of the summer of 2015, that support has been greatly updated to incorporate comments from the MOOSE internal development team and MOOSE application developers. The updated support provides a unified interface for interacting with the MOOSE framework, and tools for the embedded visualizations of problem meshes, simulation output meshes, and Postprocessor CSV plotting. Additionally, we have improved our MOOSE tooling to incorporate real-time updating from a running MOOSE simulation back to ICE. Users can now specify a list of Postprocessor values they care about, launch their simulation, and see, in real-time, those Postprocessor plots updating. | ||
| − | This article will detail these new updates, and walk you through the use of the new MOOSE support in ICE. It will detail ICE installation, MOOSE input generation, existing MOOSE input file loading, simulation launch, and post-simulation data visualization. Additionally, ICE now supports MOOSE application development. To see a tutorial on that, check out [[Developing MOOSE Applications | + | This article will detail these new updates, and walk you through the use of the new MOOSE support in ICE. It will detail ICE installation, MOOSE input generation, existing MOOSE input file loading, simulation launch, and post-simulation data visualization. Additionally, ICE now supports MOOSE application development. To see a tutorial on that, check out [[Developing MOOSE Applications with ICE]]. |
Revision as of 11:15, 16 July 2015
Introduction
The Multi-physics Object Oriented Simulation Environment (MOOSE) is parallel, finite-element framework developed at Idaho National Laboratory (INL). To learn more about it, check out mooseframework.org. ICE has always provided strong support for MOOSE input generation, simulation execution, and data visualization as a core part of the platform. As of the summer of 2015, that support has been greatly updated to incorporate comments from the MOOSE internal development team and MOOSE application developers. The updated support provides a unified interface for interacting with the MOOSE framework, and tools for the embedded visualizations of problem meshes, simulation output meshes, and Postprocessor CSV plotting. Additionally, we have improved our MOOSE tooling to incorporate real-time updating from a running MOOSE simulation back to ICE. Users can now specify a list of Postprocessor values they care about, launch their simulation, and see, in real-time, those Postprocessor plots updating.
This article will detail these new updates, and walk you through the use of the new MOOSE support in ICE. It will detail ICE installation, MOOSE input generation, existing MOOSE input file loading, simulation launch, and post-simulation data visualization. Additionally, ICE now supports MOOSE application development. To see a tutorial on that, check out Developing MOOSE Applications with ICE.