GitHub - knaughten/roms_tools: Python and Matlab scripts for pre- and post-processing of ROMS simulations

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Name		Name	Last commit message	Last commit date
Latest commit History 138 Commits
.gitignore		.gitignore
README.md		README.md
add_tide_period.py		add_tide_period.py
adv_amery_tsplots.py		adv_amery_tsplots.py
adv_frazil.py		adv_frazil.py
adv_freezingpt_slice.py		adv_freezingpt_slice.py
adv_mld.py		adv_mld.py
adv_mld_2.py		adv_mld_2.py
adv_polynyas.py		adv_polynyas.py
adv_ross_tsplots.py		adv_ross_tsplots.py
adv_sss.py		adv_sss.py
adv_thickness.py		adv_thickness.py
adv_thickness_2.py		adv_thickness_2.py
adv_timeseries_volume.py		adv_timeseries_volume.py
adv_u3_sss_anom.py		adv_u3_sss_anom.py
aice_animation.py		aice_animation.py
aice_hi_seasonal.py		aice_hi_seasonal.py
avg_zeta.py		avg_zeta.py
bugs_acc_fig.py		bugs_acc_fig.py
bugs_convection_slices.py		bugs_convection_slices.py
bugs_dpt_fig.py		bugs_dpt_fig.py
bugs_drift_slices.py		bugs_drift_slices.py
bugs_mld_polynya.py		bugs_mld_polynya.py
bugs_tides_massloss.py		bugs_tides_massloss.py
bugs_timeseries_aice.py		bugs_timeseries_aice.py
bugs_ts_distribution.py		bugs_ts_distribution.py
bwsalt_plot.py		bwsalt_plot.py
bwtemp_plot.py		bwtemp_plot.py
calc_ice_prod.py		calc_ice_prod.py
calc_rx1.py		calc_rx1.py
calc_z.py		calc_z.py
cartesian_grid_2d.py		cartesian_grid_2d.py
cartesian_grid_3d.py		cartesian_grid_3d.py
cice_grid.py		cice_grid.py
cice_ini.py		cice_ini.py
cice_vectorplot.py		cice_vectorplot.py
circumpolar_cice_plot.py		circumpolar_cice_plot.py
circumpolar_plot.py		circumpolar_plot.py
common_grid.py		common_grid.py
compare_nic_seasonal.py		compare_nic_seasonal.py
convert_era.job		convert_era.job
depoorter_data		depoorter_data
effective_thickness.py		effective_thickness.py
era_evap.job		era_evap.job
era_gpcp.py		era_gpcp.py
evap_era_monthly.py		evap_era_monthly.py
file_guide.txt		file_guide.txt
find_isolated_points.py		find_isolated_points.py
fix_isolated_points.py		fix_isolated_points.py
freezingpt_slice.py		freezingpt_slice.py
gadv_frazil_bathy.py		gadv_frazil_bathy.py
gadv_frazil_thickness.py		gadv_frazil_thickness.py
gadv_freezingpt_slice.py		gadv_freezingpt_slice.py
get_rms_tide_vel.m		get_rms_tide_vel.m
grid_res.py		grid_res.py
h_circumpolar.py		h_circumpolar.py
holland_fig1.py		holland_fig1.py
i_slice.py		i_slice.py
ice2ocn_fwflux.py		ice2ocn_fwflux.py
ice_drift_seasonal.py		ice_drift_seasonal.py
iceberg_melt.py		iceberg_melt.py
ini_sss_circumpolar.py		ini_sss_circumpolar.py
ini_sst_circumpolar.py		ini_sst_circumpolar.py
interp_era2roms.py		interp_era2roms.py
interp_lon_roms.py		interp_lon_roms.py
interp_lon_sose.py		interp_lon_sose.py
ismr_map.py		ismr_map.py
ismr_plot.py		ismr_plot.py
make_density_file.py		make_density_file.py
make_zonal_slices.sh		make_zonal_slices.sh
massloss_map.py		massloss_map.py
max_vel.py		max_vel.py
mip_aice_minmax_nsidc.py		mip_aice_minmax_nsidc.py
mip_calc_watermasses.py		mip_calc_watermasses.py
mip_cavity_fields.py		mip_cavity_fields.py
mip_circumpolar_drift.py		mip_circumpolar_drift.py
mip_dpt_calc.py		mip_dpt_calc.py
mip_dpt_calc_annual.py		mip_dpt_calc_annual.py
mip_drift_slices.py		mip_drift_slices.py
mip_grid_res.py		mip_grid_res.py
mip_hi_seasonal.py		mip_hi_seasonal.py
mip_iceshelf_figures.py		mip_iceshelf_figures.py
mip_last_jan.py		mip_last_jan.py
mip_massloss_difference_map.py		mip_massloss_difference_map.py
mip_massloss_error_map.py		mip_massloss_error_map.py
mip_mld.py		mip_mld.py
mip_regions_1var.py		mip_regions_1var.py
mip_scatterplot.py		mip_scatterplot.py
mip_seasonal_cycle.py		mip_seasonal_cycle.py
mip_sfc_stress.py		mip_sfc_stress.py
mip_std_massloss.py		mip_std_massloss.py
mip_tamura_binning.py		mip_tamura_binning.py
mip_tamura_circumpolar_plot.py		mip_tamura_circumpolar_plot.py
mip_tamura_plot.py		mip_tamura_plot.py
mip_timeseries.py		mip_timeseries.py
mip_ts_distribution.py		mip_ts_distribution.py
mip_ts_distribution_ecco2.py		mip_ts_distribution_ecco2.py
mip_ts_distribution_sose.py		mip_ts_distribution_sose.py
mip_watermass_barchart.py		mip_watermass_barchart.py
mip_zonal_cavity_ts.py		mip_zonal_cavity_ts.py

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Python scripts for pre- and post-processing of ROMS simulations, and some interactive plotting routines. See file_guide.txt for descriptions of what they do and how to use them.

Created for the circumpolar Antarctic configuration of ROMS-CICE-MCT with a quarter-degree grid; should be easy to adapt to other domains.

Note: ipython is a much nicer python interpreter than plain python, if it's available on your system.

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