Changeset 183 for trunk/MESOSCALE

Timestamp:

Jun 30, 2011, 1:00:08 PM (14 years ago)

Author:

aslmd

Message:

MESOSCALE: PYTHON: added pywrf r39 to act as a reference for futher developments

Location:

trunk/MESOSCALE/PLOT/PYTHON

Files:

• pywrf.example.r39 (added)
• pywrf.example.r39/__init__.py (added)
• pywrf.example.r39/borrowed_code (added)
• pywrf.example.r39/borrowed_code/from_wrf_to_grads.f90 (added)
• pywrf.example.r39/borrowed_code/from_wrf_to_grads.instructions (added)
• pywrf.example.r39/misc (added)
• pywrf.example.r39/misc/__init__.py (added)
• pywrf.example.r39/misc/constants.py (added)
• pywrf.example.r39/misc/isa.py (added)
• pywrf.example.r39/misc/met_utils.py (added)
• pywrf.example.r39/viz (added)
• pywrf.example.r39/viz/._.DS_Store (added)
• pywrf.example.r39/viz/__init__.py (added)
• pywrf.example.r39/viz/data_utils.py (added)
• pywrf.example.r39/viz/gfs.py (added)
• pywrf.example.r39/viz/laps_press.py (added)
• pywrf.example.r39/viz/laps_sigma.py (added)
• pywrf.example.r39/viz/pyngl_utils.py (added)
• pywrf.example.r39/viz/slabber.py (added)
• pywrf.example.r39/viz/utils.py (added)
• pywrf.example.r39/wrf (added)
• pywrf.example.r39/wrf/__init__.py (added)
• pywrf.example.r39/wrf/plot_wrfout (added)
• pywrf.example.r39/wrf/plot_wrfout/plot_mslp.py (added)
• pywrf.example.r39/wrf/plot_wrfout/plot_sfc_mixing_ratio.py (added)
• pywrf.example.r39/wrf/plot_wrfout/plot_wrfout_config.py (added)
• pywrf.example.r39/wrf/pydown (added)
• pywrf.example.r39/wrf/pydown/__init__.py (added)
• pywrf.example.r39/wrf/pydown/pydown.dia (added)
• pywrf.example.r39/wrf/pydown/pydown.py (added)
• pywrf.example.r39/wrf/pydown/utils.py (added)
• pywrf.example.r39/wrf/utils.py (added)
• pywrf.example.r39/wrf/wrf_grib_encoder.py (added)
• scripts/winds.py (modified) (1 diff)

trunk/MESOSCALE/PLOT/PYTHON/scripts/winds.py

@@ -31 +31 @@
     for i in range(0,nt-1,int(nt/4.)):
        subplot(sub)
-       ptitle("Winds time"+str(i)+" level"+str(nvert))
+       ptitle("winds+"+var+" t"+str(i)+" l"+str(nvert))
        m = define_proj(proj,wlon,wlat,back=back)
        x, y = m(lon2d, lat2d)