The model uses a time step of 10s or less to satisfy the Courant–Friedrichs–Lewy condition. But the movie only shows snapshots taken every 100s.
Yes the grid is cubic, with a horizontal resolution of 4km (in the x and y directions), and with 64 vertical levels (first level at 37.5 m and grid spacing gradually increasing from 80 m near the surface to 400 m above 5 km).
Impressive! is this rendered in realtime? If so, did you used a cubic grid?
I'm asking, cause I want to make something similar for my masterthesis
best regards
outlawis1337 1 year ago
@outlawis1337
Glad you like it!
The model uses a time step of 10s or less to satisfy the Courant–Friedrichs–Lewy condition. But the movie only shows snapshots taken every 100s.
Yes the grid is cubic, with a horizontal resolution of 4km (in the x and y directions), and with 64 vertical levels (first level at 37.5 m and grid spacing gradually increasing from 80 m near the surface to 400 m above 5 km).
Good luck with your masters thesis!
carolinemuller123 1 year ago
@carolinemuller123
Hello, what model is this ? WRF ? and how did u do this movie ? with MATLAB ?
Thank you
usamamath 10 months ago