Source_map
plot_srf_map.py src_model.srf
$plot_srf_map.py Ian02_s103245.srf |
Source_square
plot_srf_square.py src_model.srf
plot_srf_square.py Ian02_s103245.srf |
Vs30StationMap
plot_vs30.py sim_folder
plot_vs30.py /home/nesi00213/RealTime/20161213_Kaikoura_m7p8_201705301501 |
ObsTimeSeriesOnMap
plot_obs.py sim_folder
plot_obs.py . |
PNG_timeslices
plot_ts.py processes
plot_ts.py 30 |
note: if files missing, try looking at the realtime sim wikipage referencing "plot_transfer.py auto"
important: the original plot_ts.py will combine all ts.png into a mov file and delete all the png files. MUST modify the code to plot specific time slices.
pool = mp.Pool(processes)
pool.map(render_slice, xrange(xyts.t0, xyts.nt - xyts.t0))
print('FINISHED TIMESLICE SEGMENT IN %.2fs' % (time() - ts0))
print('AVERAGE TIMESLICE TIME %.2fs' % \
((time() - ts0) / (xyts.nt - xyts.t0)))
# images -> animation
make_movie('%s/ts%%04d.png' % (png_dir), \
os.path.join(base_dir, 'animation.mov'), fps = 20)
# temporary files can be quite large
rmtree(gmt_temp)
rmtree(png_dir)
|
*Comment out the unwanted lines
pool = mp.Pool(processes)
#pool.map(render_slice, xrange(xyts.t0, xyts.nt - xyts.t0))
pool.map(render_slice, [120,330,550,700,800,910,1000,1200,1500,1600])
print('FINISHED TIMESLICE SEGMENT IN %.2fs' % (time() - ts0))
print('AVERAGE TIMESLICE TIME %.2fs' % \
((time() - ts0) / (xyts.nt - xyts.t0)))
# images -> animation
#make_movie('%s/ts%%04d.png' % (png_dir), \
# os.path.join(base_dir, 'animation.mov'), fps = 20)
# temporary files can be quite large
rmtree(gmt_temp)
#rmtree(png_dir) |
PGV and MMI
plot_ts_sum.py
plot_ts_sum.py |