ABC-MUSE
The generalization and optimization of the multi-purpose software environment
OMUSE
A simple Python environment to interface and couple oceanographic and other earth system model codes.
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mentions
3
contributors
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What OMUSE can do for you
- provides an easy-to-use environment for numerical experiments in the climate sciences
- interfaces and couples simulation codes in an Python framework
- allows researchers and students formulate intricate numerical experiments in simple python scripts
- runs on local machines, supercomputers and on distributed computing resources
Tags
Programming Language
- Python
- Fortran
- C
- Java
- C++
License
- Apache-2.0
Participating organizations
Mentions
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A gentle introduction to OMUSE: A Python framework for multiphysics simulations in OceanographySeptember 29, 2016
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Development of the Oceanographic Multipurpose Software EnvironmentApril 03, 2018
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Extreme resolution clouds in a global weather modelDecember 12, 2017
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Modelling the seas of Huygens' moonNovember 17, 2017
Projects with OMUSE
PRIMAVERA
Process-based climate simulation: Advances in high-resolution modelling and European climate risk assessment
Towards Large-Scale Cloud-Resolving Climate Simulations
Understanding the interaction between clouds and the large-scale circulation
eWaterCycle II
Overcoming the challenge of locality using a Community Multi-Model Environment
Stochastic Multiscale Climate Models
Coupling an implicit low-resolution model to an explicit high-resolution ocean model
Contributors
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Inti PelupessyNetherlands eScience Center
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Ben van WerkhovenNetherlands eScience Center
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Gijs van den OordNetherlands eScience Center
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