🚀 AsteroidThermoPhysicalModels.jl v0.1.0 is now open and registered!!
🌡️ Simulate asteroid temperature distributions
☄️ Calculate Yarkovsky & YORP effects
🔄 Support for binary asteroids
https://t.co/mKxBurZCoe
#JuliaLang#Asteroids#PlanetaryScience
AsteroidShapeModels.jl v0.5.1 is out!
A small but meaningful step: The `create_shape_crater` function makes it easy to generate crater shape models — the building block for our upcoming thermophysical simulations with surface roughness.
https://t.co/k4ugRU0HF2
#JuliaLang
AsteroidShapeModels.jl v0.5.0 is here! 🪨
The big addition: HierarchicalShapeModel, which lets you stack surface roughness on top of a base shape — enabling multi-scale thermophysical modeling.
#JuliaLang#PlanetaryScience
https://t.co/k4ugRU0HF2
🚀 AsteroidShapeModels.jl v0.4.2 now available!!
- Illumination computation for an asteroid's thermophysical modeling is now ~2.5 times faster.
- Without any breaking change.
https://t.co/k4ugRU09Pu
🚀 AsteroidShapeModels.jl v0.4.0 is out!
This package optimized geometry processing, migrated from AsteroidThermoPhysicalModels.jl & FOVSimulator.jl.
• Efficient ray tracing with BVH integration
• Fast determination of illuminated surface on asteroids
https://t.co/k4ugRU0HF2
🚀 AsteroidThermoPhysicalModels.jl v0.0.7 is now available!
✨ New features:
• Implicit solvers (Crank-Nicolson, Implicit Euler)
• Updated API with clearer type names
📚 Updated examples: https://t.co/qLelNkPwQD
📦 Package: https://t.co/mKxBurZCoe
You can run our sample notebooks of thermophysical modeling for asteroids Ryugu and Didymos. Please download the sample code and install AsteroidThermoPhysicalModels.jl version v0.0.6.
https://t.co/qLelNkQ4Gb