Data can be obtained using any program supporting the HTTP-GET (e.g. your favourite web browser) or -POST method (e.g. CURL).
Examples with HTTP-GET method:
Examples with HTTP-POST method:
curl -X POST -F "message=@path/to/token.txt" "https://esm-db.eu/esmws/rexel-target-spectrum/1/query?seismic-code=EC8_eu&spectrum-type=1&soil-class=B&base-PGA=0.2" -o outputfile-target-spectrum.zipcurl -X POST -F "message=@path/to/token.txt" "https://esm-db.eu/esmws/rexel-target-spectrum/1/query?seismic-code=NTC08&soil-class=C&nominal-life=100&topographic-class-ntc08=T2" -o outputfile-target-spectrum.zipcurl -X POST -F "message=@path/to/token.txt" "https://esm-db.eu/esmws/rexel-target-spectrum/1/query?seismic-code=NTC08&nominal-life=10" -o outputfile-target-spectrum.zipHTTP-POST variables (required)
| Option | Description |
|---|---|
| message | The clearsign token obtained from the generate-signed-message authentication webservice or from EIDA authentication webpage. |
NOTE: Windows OS could require the option '--ssl-no-revoke'
| Option | Description | Default |
|---|---|---|
| seismic-code | {NTC18,EC8_it,EC8_eu,EC8_eu_EFEHR,EFEHR_UHS,USER_DEFINED} Reference seismic code: NTC18 (Itaian seismic code NTC2018); EC8_it (EC8 spectrum evaluated on MPS04 acceleration grid); EC8_eu (EC8 spectrum); EC8_eu_EFEHR (EC8 spectrum evaluated on ESHM acceleration grid); EFEHR_UHS (ESHM uniform hazard spectrum); USER_DEFINED | NTC18 |
| spectrum-type | {1,2} EC8 spectrum type: 1 = higher level of seismic action; 2 = lower level of seismic action. (if seismic-code = 'EC8_it', 'EC8_eu' or 'EC8_eu_EFEHR') | 1 |
| latitude | LAT Latitude (if seismic-code = 'NTC08', 'EC8_it', 'EC8_eu_EFEHR' or 'EFEHR_UHS') | 40.83 |
| longitude | LON Longitude (if seismic code = 'NTC08', 'EC8_it', 'EC8_eu_EFEHR' or 'EFEHR_UHS') | 14.19 |
| soil-class | {A,B,C,D,E} NTC2018 or EC8 or soil category (if seismic-code = 'NTC08', 'EC8_it', 'EC8_eu' or 'EC8_eu_EFEHR') | A |
| topographic-class-ntc08 | {T1,T2,T3,T4} NTC2018 topographic category (if seismic-code = 'NTC08') | T1 |
| topographic-class-ec8 | {T1X,T2X,T3X,T4X} EC8 topographic category (if seismic-code = 'EC8_it', 'EC8_ue' or 'EC8_eu_EFEHR') | T1X |
| base-PGA | User defined Peak Ground Acceleration (PGA) base factor [g] (if seismic-code = 'EC8_eu') | 0.16 |
| nominal-life | {10,50,100} NTC2018 Nominal life [years] (if seismic-code = 'NTC08') | 50 |
| building-functional | {1,2,3,4} NTC2018 Building functional type (if seismic-code = 'NTC08') | 2 |
| limit-state | {SLO,SLD,SLV,SLC} NTC2018 Limit state probability (if seismic-code = 'NTC08') | SLV |
| aggregation-level | {0.05,0.15,mean,median,0.85,0.95} (if seismic-code = 'EFEHR_UHS') | mean |
| probability-of-exceedance | {0.01,0.02,0.05,0.1,0.39,0.5} Probability of exceedance in 50 years (POE) if seismic-code = 'EC8_eu_EFEHR' (e.g. 0.5 = 50% in 50 years, return period 73 years) | 0.5 |
| horizontal-user-spectrum | User defined spectrum for horizontal component (if seismic-code = 'USER_DEFINED'). Spectrum must be defined at least within the period range 0-4 seconds. String pattern: comma-separated periods plus a lowercase 'x' plus comma-separated spectral ordinates (no spaces allowed). Example: 0,0.5,1,2,4x0.1,0.25,0.25,0.08,0.05 | 0,10x0,0 |
| vertical-user-spectrum | User defined spectrum for vertical component (if seismic-code = 'USER_DEFINED'). Spectrum must be defined at least within the period range 0-4 seconds. String pattern: comma-separated periods plus a lowercase 'x' plus comma-separated spectral ordinates (no spaces allowed). Example: 0,0.5,1,2,4x0.1,0.25,0.25,0.08,0.05 | 0,10x0,0 |
Backend Python software used by this web service was originally developed by Puglia R. and Sgobba S., and it is currently maintained by Felicetta C., Russo E., and Sgobba S.