Heidelberg

Display a Galaxy in Blender using a custom Star density function.

Generate data with:

cd clean/
python3 gen.py

Multiple PCs:

cd clean/
./submit_stars.sh <host> <host> <host> ...

View Data in 3D:

cd clean/
blender startup.blend --python mesh.py

---

Workflow:

• on local:
  • modify gen.py
  • $ git add gen.py
  • $ git commit -m "..."
  • $ git push
• on cosmo5:
  • $ git pull
  • $ ./submit_stars.sh freie_rechner.dat
• (optional) on remote:
  • $ top
• on local:
  • $ ./get_results.sh <name><x>
  • modify mesh.py to use the name x data
  • $ blender startup.blend --python mesh.py

Workflow (kang):

• on local:
  • modify gen.py
  • $ git add gen.py
  • $ git commit -m "..."
  • $ git push
• on cosmo5:
  • $ git pull
  • $ ./submit_stars_12core.sh kang
• (optional) on kang:
  • $ top
• on local:
  • $ ./get_results_kang.sh kang<x>
  • modify mesh.py to use the kang data
  • $ blender startup.blend --python mesh.py

---

Blender, Python, more...

THE END