2023-03-02T20:44:49;glacier_statistics;time:0.5083670616149902;SUCCESS
2023-03-02T20:45:54;define_glacier_region;time:4.298177480697632;SUCCESS
2023-03-02T20:50:09;glacier_statistics;time:0.5345642566680908;SUCCESS
2023-03-02T20:50:44;process_dem;time:0.04177498817443848;SUCCESS
2023-03-02T20:50:45;simple_glacier_masks;time:0.699882984161377;SUCCESS
2023-03-02T20:51:19;elevation_band_flowline;time:0.02656698226928711;SUCCESS
2023-03-02T20:51:25;fixed_dx_elevation_band_flowline;time:0.5409500598907471;SUCCESS
2023-03-02T20:51:58;compute_downstream_line;time:0.4985942840576172;SUCCESS
2023-03-02T20:52:51;compute_downstream_bedshape;time:2.299229860305786;SUCCESS
2023-03-02T20:55:09;glacier_statistics;time:0.5393686294555664;SUCCESS
2023-05-24T15:18:05;process_gswp3_w5e5_data;time:0.16024994850158691;SUCCESS
2023-05-24T15:18:05;process_climate_data;time:0.16042065620422363;SUCCESS
2023-05-24T15:19:30;mb_calibration_from_scalar_mb;time:0.021062612533569336;SUCCESS
2023-05-24T15:19:30;mb_calibration_from_geodetic_mb;time:5.101762533187866;SUCCESS
2023-05-24T15:27:56;apparent_mb_from_any_mb;time:0.01667165756225586;SUCCESS
2023-05-24T15:27:59;prepare_for_inversion;time:0.001323699951171875;SUCCESS
2023-05-24T15:27:59;mass_conservation_inversion;time:0.0020928382873535156;SUCCESS
2023-05-24T15:27:59;filter_inversion_output;time:0.0008490085601806641;SUCCESS
2023-05-24T15:27:59;get_inversion_volume;time:0.00016427040100097656;SUCCESS
2023-05-24T15:28:00;prepare_for_inversion;time:0.0014495849609375;SUCCESS
2023-05-24T15:28:00;mass_conservation_inversion;time:0.001882314682006836;SUCCESS
2023-05-24T15:28:00;filter_inversion_output;time:0.0006275177001953125;SUCCESS
2023-05-24T15:28:01;get_inversion_volume;time:0.00014925003051757812;SUCCESS
2023-05-24T15:28:01;prepare_for_inversion;time:0.001413583755493164;SUCCESS
2023-05-24T15:28:01;mass_conservation_inversion;time:0.001962900161743164;SUCCESS
2023-05-24T15:28:01;filter_inversion_output;time:0.0008027553558349609;SUCCESS
2023-05-24T15:28:02;get_inversion_volume;time:0.0001709461212158203;SUCCESS
2023-05-24T15:28:02;prepare_for_inversion;time:0.0014872550964355469;SUCCESS
2023-05-24T15:28:02;mass_conservation_inversion;time:0.0020782947540283203;SUCCESS
2023-05-24T15:28:02;filter_inversion_output;time:0.0008726119995117188;SUCCESS
2023-05-24T15:28:03;get_inversion_volume;time:0.00020623207092285156;SUCCESS
2023-05-24T15:28:03;prepare_for_inversion;time:0.0013537406921386719;SUCCESS
2023-05-24T15:28:03;mass_conservation_inversion;time:0.0018544197082519531;SUCCESS
2023-05-24T15:28:04;filter_inversion_output;time:0.0006632804870605469;SUCCESS
2023-05-24T15:28:04;get_inversion_volume;time:0.00013971328735351562;SUCCESS
2023-05-24T15:28:04;prepare_for_inversion;time:0.0013720989227294922;SUCCESS
2023-05-24T15:28:04;mass_conservation_inversion;time:0.0019376277923583984;SUCCESS
2023-05-24T15:28:05;filter_inversion_output;time:0.0007777214050292969;SUCCESS
2023-05-24T15:28:05;get_inversion_volume;time:0.0001361370086669922;SUCCESS
2023-05-24T15:28:05;prepare_for_inversion;time:0.0014200210571289062;SUCCESS
2023-05-24T15:28:05;mass_conservation_inversion;time:0.0018780231475830078;SUCCESS
2023-05-24T15:28:06;filter_inversion_output;time:0.0009510517120361328;SUCCESS
2023-05-24T15:28:06;get_inversion_volume;time:0.00019168853759765625;SUCCESS
2023-05-24T15:28:06;prepare_for_inversion;time:0.0013265609741210938;SUCCESS
2023-05-24T15:28:07;mass_conservation_inversion;time:0.0020422935485839844;SUCCESS
2023-05-24T15:28:07;filter_inversion_output;time:0.0008203983306884766;SUCCESS
2023-05-24T15:28:07;get_inversion_volume;time:0.0001423358917236328;SUCCESS
2023-05-24T15:28:07;prepare_for_inversion;time:0.0012569427490234375;SUCCESS
2023-05-24T15:28:08;mass_conservation_inversion;time:0.002084016799926758;SUCCESS
2023-05-24T15:28:08;filter_inversion_output;time:0.0009396076202392578;SUCCESS
2023-05-24T15:28:08;get_inversion_volume;time:0.00019025802612304688;SUCCESS
2023-05-24T15:28:09;init_present_time_glacier;ValueError: Trapezoid beds need to have origin widths > 0.
2023-05-24T15:28:17;glacier_statistics;time:0.4910848140716553;SUCCESS
2023-05-24T15:29:19;climate_statistics;time:0.5178678035736084;SUCCESS
2023-05-24T15:30:17;fixed_geometry_mass_balance;time:0.029377460479736328;SUCCESS
2023-08-15T19:55:37;run_from_climate_data_historical;InvalidWorkflowError: Need a valid `model_flowlines` file. If you explicitly want to use `inversion_flowlines`, set use_inversion_flowlines=True.
2023-08-15T19:59:13;run_dynamic_melt_f_calibration_spinup_historical;FileNotFoundError: [Errno 2] No such file or directory: '/work/fmaussion/414480/wd/per_glacier/RGI60-11/RGI60-11.00/RGI60-11.00439/model_flowlines.pkl'
2023-08-15T20:33:44;glacier_statistics;time:0.5111451148986816;SUCCESS
2024-07-10T09:50:55;process_gcm_data_modera_avg;time:0.5078034400939941;SUCCESS
2024-07-10T09:50:55;process_modera_data_modera_avg;time:2.6122398376464844;SUCCESS
2024-07-10T10:12:32;run_from_climate_datamodera_avg;InvalidWorkflowError: Need a valid `model_flowlines` file. If you explicitly want to use `inversion_flowlines`, set use_inversion_flowlines=True.
2024-07-10T10:34:42;run_from_climate_datamodera_avg_hist;FileNotFoundError: [Errno 2] No such file or directory: b'/home/users/fmaussion/www_fmaussion/runs/millenium/work/wd/per_glacier/RGI60-11/RGI60-11.00/RGI60-11.00439/model_geometrymodera_avg.nc'