python3-pysph binary package in Ubuntu Noble riscv64
It is implemented in Python and the performance critical parts are
implemented in Cython.
.
PySPH is implemented in a way that allows a user to specify the entire
SPH simulation in pure Python. High-performance code is generated from
this high-level Python code, compiled on the fly and executed. PySPH also
features optional automatic parallelization using mpi4py and Zoltan.
Publishing history
Date | Status | Target | Component | Section | Priority | Phased updates | Version | ||
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2024-04-12 00:24:23 UTC | Published | Ubuntu Noble riscv64 | release | universe | python | Optional | 1.0~b1-8build1 | ||
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Deleted | Ubuntu Noble riscv64 | proposed | universe | python | Optional | 1.0~b1-8build1 | |||
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2024-04-12 00:24:45 UTC | Superseded | Ubuntu Noble riscv64 | release | universe | python | Optional | 1.0~b1-8 | ||
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2024-04-13 00:10:17 UTC | Deleted | Ubuntu Noble riscv64 | proposed | universe | python | Optional | 1.0~b1-8 | ||
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2024-01-08 18:36:50 UTC | Superseded | Ubuntu Noble riscv64 | release | universe | python | Optional | 1.0~b1-7 | ||
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2024-01-13 18:10:15 UTC | Deleted | Ubuntu Noble riscv64 | proposed | universe | python | Optional | 1.0~b1-7 | ||
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2023-12-03 18:44:23 UTC | Superseded | Ubuntu Noble riscv64 | proposed | universe | python | Optional | 1.0~b1-6build1 | ||
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2023-12-26 17:17:08 UTC | Superseded | Ubuntu Noble riscv64 | release | universe | python | Optional | 1.0~b1-6 | ||
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