The sites table contains the full input sites list. This means that not all sites in the site's table may have corresponding im_data in it.
There will be a copy of each DB for
IMDB (non-parametric)
- h5
- Tables
- sites - dataframe(name, lat, lon)
- simulations - dataframe(id, simulation_name)
- im_data/[station_name] - dataframe(sim_index, {im_types})
- Attributes
- imdb_type: non-parametric
- ims - list of ims contained in db
EMPDB (parametric)
- h5
- Tables
- sites - dataframe(name, lat, lon)
- ruptures - dataframe(index_no, rupture_name)
- im_data/[station_name] - dataframe(rupture_index, {im_types}, {im_types}_sigma)
- Attributes
- imdb_type: parametric
- ims - list of ims contained in db
SSDB (site-source db)
- h5
- Tables
- Faults - datframe(index_no, name)
- sites - dataframe(name, lat, lon)
- distances/[station_name] - dataframe (fault_index, rrup, rjb, rx, ry, rtvz)
Metadata
Each of the above tables have the below attributes stored:
- erf_version (name of the input file)
- station_version (name of the input file)
- source_type (Currently either fault or distributed-seismicity)
- data_created (time of creation)
- numpy_version
- pandas_version
- tables_version
Source
- NHM file (txt)
- Distributed Seismicity (txt)
- Lon, Lat, Mw, Depth, tect_type, Annual Rate of Recurrance
Every ensemble needs to be compromised of the same station list
Site
- ll file (txt)
- non_uniform_whole_nz_with_real_stations-hh400_v18p6p2.ll
- vs30 file (txt)
- non_uniform_whole_nz_with_real_stations-hh400_v18p6p2.vs30