port marrakesh branch files over

Morocco/20230908_M6.9_MarrakeshSafi/Impact/Impact_All_ID_0.csv

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+ID_0,NAME_0,FATALITIES,FATALITIES_GROUND_SHAKING,INJURIES,DISPLACED_POPULATION,AFFECTED_POPULATION,AFFECTED_UNITS,DAMAGED_UNITS,COLLAPSED_UNITS,UNIT_TYPES,ECONOMIC_LOSSES,INSURED_LOSSES,CURRENCY,INDUCED_EFFECTS,FLAG,REFERENCE,COMMENTS

Morocco/20230908_M6.9_MarrakeshSafi/Impact/Impact_Buildings_ID_1.csv

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+ID_1,NAME_1,TAXONOMY,GEM_TAXONOMY,AFFECTED_UNITS,DAMAGED_UNITS,DS1_SLIGHT,DS2_MODERATE,DS3_EXTENSIVE,DS4_COMPLETE,COLLAPSED_UNITS,UNIT_TYPES,CAUSE_OF_DAMAGE,REFERENCE,COMMENTS

Morocco/20230908_M6.9_MarrakeshSafi/Impact/Impact_Human_ID_1.csv

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+ID_1,NAME_1,FATALITIES,FATALITIES_GROUND_SHAKING,INJURIES,INJURIES_LIGHT,INJURIES_SEVERE,INJURIES_CRITICAL,HOMELESS,SHELTERED,DISPLACED_POPULATION,AFFECTED_POPULATION,CAUSE_OF_INJURY/DEATH,REFERENCE,COMMENTS

Morocco/20230908_M6.9_MarrakeshSafi/Impact/README.md

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+# IMPACT DATA COLLECTION
+
+
+Information at different administrative levels is collected for the consequences of the event, 
+which include building damage, economic losses, and human impact due to the earthquake and its induced effects.
+
+The file `Impact_All_ID_0.csv` provides the national summary of consequences reported by multiple sources.
+
+When information is available at finer resolutions, dedicated files for each administrative level
+available are generated for the building and human impact.
+
+- `Impact_Buildings_ID_n.csv`: Damaged building data at administrative level n.
+- `Impact_Human_ID_n.csv`: Data of human impact information at administrative level n.
+
+_Note: When available, building-level information is included._
+
+
+## Metadata
+
+Check the definitions of the parameters used in the impact files in the [impact metadata section](https://gitlab.openquake.org/risk/ecd/-/blob/main/metadata.md#impact-data).
+
+
+## Notes

Morocco/20230908_M6.9_MarrakeshSafi/OpenQuake_gmfs/README.md

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+# GROUND MOTION FIELDS USING OPENQUAKE
+
+This folder includes the OpenQuake input files to generate scenario ground motion 
+fields (gmfs) considering different sources of information:
+
+1. From rupture.
+1. From rupture and conditioned to recording stations (with only seismic stations or with seismic and macroseismic stations).
+1. From ShakeMap.
+
+The following files are available:
+
+- `stationlist_seismic.csv`: OpenQuake input file with past observations, considering only seismic stations. If no seismic stations are available for the event, the file is not reported.
+- `stationlist_all.csv`: OpenQuake input file with past observations, considering seismic and macroseismic stations. If no macroseismic stations are available for the event, the file is not reported.
+- `site_model_stations.csv`: OpenQuake input file with the site model (Vs30 values) at the location of the observations.
+- `site_model.csv`: OpenQuake input file with the site model for which the ground shaking will be estimated.
+- `site_model.png`: Figure of the site model (Vs30 based on USGS data).
+- `gmpe_logic_tree_*.xml`: OpenQuake input file with a ground motion model logic tree (gmlt).
+- `job_stations_none.ini`: A configuration file (`job.ini`) for running OpenQuake scenario calculations without conditioning the ground shaking to given observations.
+- `job_stations.ini`: A configuration file (`job.ini`) for running OpenQuake calculations when conditioning the ground shaking to given observations.
+
+_NOTE: the configuration files are examples for a given rupture geometry and a given gmlt. These parameters can be adjusted to the preferred models._
+## Median ground motion fields
+
+The following images present the median ground motion field for the combination of rupture and GMPE that generates the lowest `nominal bias` when conditioning the ground shaking to observations. The folder [Sensitivity](./Sensitivity/) provides the summary of the sensitivity analysis carried out with the available ruptures and GMPEs.
+
+<img src="median_gmf_stations_none.png" height="350">
+<img src="median_gmf_stations_all.png" height="350">
+
+## Sensitivity analysis
+
+The following information is available in the `Sensitivity` folder :
+
+- `calculation_summary.csv`: Details on the calculations carried out in the sensitivity analysis.
+- `log_calc_*.txt`: File with the OpenQuake running information in a _.txt_ format. This file includes the `nominal bias` estimates for each GMPE present in the logic tree model.
+- `gmf_median_PGA_*.csv`: Generated ground motion fields for PGA for a given calculation ID.
+
+### Metadata in file `calculation_summary.csv`
+
+- `calc_id`: unique identifier for the calculation.
+- `description`: details on the calculation
+- `cal_time`: time of the calculation.
+- `recording_stations`: "All" stations (seismic + macroseismic), or only "seismic" stations.
+- `gmlt`: Ground Motion Logic Tree used in the calculation.
+- `rupture`: Rupture model used in the calculation.
+- `gmpe`: Ground Motion Prediction Equation (ground motion model).
+- `imt`: Intensity measure type.
+- `max_gmv`: Maximum ground motion value.
+- `nominal_bias_mean`: A single value useful as a measure of the event bias for a given gmpe. It refers to the mean of the between-event residuals after conditioning the shaking to the recording stations.
+- `nominal_bias_stdev`: Standard deviation for the `nominal_bias_mean`.
+- `abs_bias`: Absolute value of the `nominal_bias_mean`.
+
+
+## To run an OpenQuake calculation
+### 1. From Rupture
+
+Start a calculation from a given rupture in OpenQuake `xml` format and combine it with a 
+logic tree for the applicable GMPEs (ground motion prediction equations):
+
+```
+rupture + gmpe_logic_tree + job_stations_none.ini
+```
+
+
+### 2. From Rupture and conditional to recording stations
+
+Condition the ground motion fields based on the recording stations available for the event
+(`stationlist.csv` files). In this case, the calculation uses a given rupture in 
+OpenQuake `xml` format, the observed values in the recording stations, and a given ground
+motion model.
+
+The conditioning of the ground motion can consider:
+- The recording stations with only seismic stations.
+- All recording stations (with seismic and macroseismic values).
+
+```
+rupture + gmpe_logic_tree + stationlist_seismic.csv + job_stations_seismic.ini
+rupture + gmpe_logic_tree + stationlist_all.csv + job_stations_all.ini
+```
+
+
+### 3. From Shakemap
+
+The gmfs computed from the USGS ShakeMap can be generated with the command
+
+```
+oq shakemap2gmfs {shakemap_id} {sites.csv} -n 0 -s 0 -t 0 --spatialcorr yes -c yes
+
+example of shakemap_id: us2000ar20 
+```
+
+It is possible to specify the number of ground motion fields, the truncation level,
+the spatial correlation, and the cross-correlation.
+
+In OpenQuake, it is also possible to run scenario risk calculations starting from the USGS
+ShakeMap.
+

Morocco/20230908_M6.9_MarrakeshSafi/OpenQuake_gmfs/Sensitivity/calculation_summary.csv

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+calc_id,description,cal_time,recording_stations,gmlt,rupture,gmpe,imt,max_gmv,nominal_bias_mean,nominal_bias_stdev,abs_bias
+454,"2023_M6.9_Marrakesh median gmf, Stations:All, gmlt:GEM, Rupture:USGS
+",21, All, GEM, USGS,AtkinsonBoore2006Modified2011,PGA,0.5556112,0.311,0.101,0.311
+454,"2023_M6.9_Marrakesh median gmf, Stations:All, gmlt:GEM, Rupture:USGS
+",21, All, GEM, USGS,ChiouYoungs2014,PGA,0.5502717,0.395,0.085,0.395
+454,"2023_M6.9_Marrakesh median gmf, Stations:All, gmlt:GEM, Rupture:USGS
+",21, All, GEM, USGS,PezeshkEtAl2011NEHRPBC,PGA,0.651501,0.533,0.084,0.533
+454,"2023_M6.9_Marrakesh median gmf, Stations:All, gmlt:GEM, Rupture:USGS
+",21, All, GEM, USGS,AkkarEtAlRjb2014,PGA,0.8183377,0.714,0.103,0.714
+447,"2023_M6.9_Marrakesh median gmf, Stations:None, gmlt:GEM, Rupture:USGS
+",10, None, GEM, USGS,AkkarEtAlRjb2014,PGA,0.4993889,,,
+447,"2023_M6.9_Marrakesh median gmf, Stations:None, gmlt:GEM, Rupture:USGS
+",10, None, GEM, USGS,AtkinsonBoore2006Modified2011,PGA,0.37780565,,,
+447,"2023_M6.9_Marrakesh median gmf, Stations:None, gmlt:GEM, Rupture:USGS
+",10, None, GEM, USGS,ChiouYoungs2014,PGA,0.3595791,,,
+447,"2023_M6.9_Marrakesh median gmf, Stations:None, gmlt:GEM, Rupture:USGS
+",10, None, GEM, USGS,"NRCan15SiteTerm
+gmpe_name = 'PezeshkEtAl2011NEHRPBC'",PGA,0.38041118,,,