Spheral
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Overview
HEALTH SCORE
Healthy*
Partial score (2/3 categories)
55out of 65
Solid maintainer coverage. Development cadence keeps the score from reaching Excellent. Security & Supply Chain is unavailable, so weights were redistributed.
LIFECYCLE
Active
Consistent commits, responsive maintainers, regular releases, and healthy issue triage.
Health breakdown
Healthy*(55/65)
Maintainer availability, known risks and supply chain posture, and whether the project is actively developed or appropriately stable.
Maintainer responsiveness
Median response time is 1 day.
Bus factor
10 active maintainers currently have merge rights.
Organization Diversity
Contributors span 6 organizations.
Project Achievements
Leaderboards
About
Spheral is a physics simulation framework developed by Lawrence Livermore National Laboratory (LLNL) that implements Smoothed Particle Hydrodynamics (SPH) algorithms for modeling compressible fluid dynamics and solid mechanics problems. It provides capabilities for high-performance parallel computing and numerical modeling of complex physical systems.
First commit
Software value
$15M
Tags
astronomical-algorithms
hydrodynamic-modeling
hydrodynamics
llnl
math-physics
meshfree
python
simulations
simulations-physics
sph
License(s)
BSD-3-Clause
Data sources
Git
GitHub