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Services endpoints (used by CSIS)

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Heinrich Humer edited this page Aug 4, 2020 · 46 revisions

Follow the links below for a list of all service paths that are used in data pacakges:

The following are the currently available service endpoints that typically the CSIS is using for accessing data (from the DataPackage resources) or perform calculations carried out by external services (i.e., EMIKAT)

Metadata Catalogue (CKAN):

Geoserver instances (ATOS)

Datasets referring to European land use and cities:

* WFS: https://geoserver.myclimateservice.eu/geoserver/clarity/ows?service=WFS&version=2.0.1&request=GetCapabilities
* WMS: https://geoserver.myclimateservice.eu/geoserver/clarity/ows?service=WMS&version=1.3.0&request=GetCapabilities

Datasets referring to European wide hazard indexes and population exposure:

* WCS: https://geoserver.myclimateservice.eu/geoserver/europe/ows?service=WCS&version=2.0.1&request=GetCapabilities
* WMS: https://geoserver.myclimateservice.eu/geoserver/europe/ows?service=WMS&version=1.3.0&request=GetCapabilities

Hazard Index Lookup Service

EMIKAT APIs

Hazard Event Lookup Service - Displace all Events typically for Study Area

This service is needed for HC Steps in advanced screening studies.

Exposure data (Population) calculated from EMIKAT:

This service is needed for EE Steps in advanced screening studies.

Local Effects or Heatwaves - displays Mean Radiation Temperature, UTCI and Aparent Temperature for each Scenario, Time period, typical Events and for each Adaptation Project:

This service is needed for HC-LE Steps in advanced screening studies.

STUDY_VARIANT=${study_variant} - can be BASELINE or ADAPTATION-xx, currently just ADAPTATION-01
TIME_PERIOD=${time_period} - can be 'Baseline', '20110101-20401231', '20410101-20701231' and '20710101-21001231'
EMISSIONS_SCENARIO=${emissions_scenario}  can be 'Baseline', 'rcp26', 'rcp45' and 'rcp85'
EVENT_FREQUENCY=${event_frequency} can be 'Rare', 'Occassional' or 'Frequent'

SZ_ID has to be set to the current ${emikat_id}

styles=T_A for Apparent temperature
styles=T_TMRT for Mean Radiant Temperature
styles=T_UTCI for UTCI Temperature

The color schemas (STYLE colors) are currently fixed but not optimized !!

[Local Effects for pluvial flood] - displays propability of flood events for each Scenario, Time period, typical Events and for each Adaptation Project:

The logic is the same as in the case of Local Effects for Heatwaves. Replace only the featurename view.2974 by view.3136.

For WMS service the supported styles are: !!!TBS!!

[Local Effects combined] displays results of local efect calculation for different event types for each Scenario, Time period, typical Events and for each Adaptation Project:

This service is needed for HC-LE Steps in advanced screening studies.

STUDY_VARIANT=${study_variant} - can be BASELINE or ADAPTATION-xx, currently just ADAPTATION-01
TIME_PERIOD=${time_period} - can be 'Baseline', '20110101-20401231', '20410101-20701231' and '20710101-21001231'
EMISSIONS_SCENARIO=${emissions_scenario}  can be 'Baseline', 'rcp26', 'rcp45' and 'rcp85'
EVENT_FREQUENCY=${event_frequency} can be 'Rare', 'Occassional' or 'Frequent'

SZ_ID has to be set to the current ${emikat_id}

styles=HW_T_A for Apparent temperature 
styles=HW_T_TMRT for Mean Radiant Temperature
styles=HW_T_UTCI for UTCI Temperature
styles=HW_DISCOMFORT_LEVEL for discomfort level (1..5)
styles=PF_PROP for flood propability (0..100)

Impact Calculation Service (Mortality) for each Scenario, Time period, typical Events and for each Adaptation Project:

STUDY_VARIANT=BASELINE ... (for future selection of an alternative ADAPTATION variants)
TIME_PERIOD='Baseline' ... (Alternatives are: '20110101-20401231', '20410101-20701231' and '20710101-21001231')
EMISSIONS_SCENARIO='Baseline' ... (Alternatives are: 'rcp26', 'rcp45' and 'rcp85')
EVENT_FREQUENCY='Rare' ... (Alternatives are: 'Occassional' or 'Frequent')

SZ_ID=2846 has to be set to the current $emikatID

The color schemas (STYLE colors) are currently fixed but not optimized !!!!

[Impact results combined] for each Scenario, Time period, typical Events and for each Adaptation Project:

STUDY_VARIANT=BASELINE ... (for future selection of an alternative ADAPTATION variants)
TIME_PERIOD='Baseline' ... (Alternatives are: '20110101-20401231', '20410101-20701231' and '20710101-21001231')
EMISSIONS_SCENARIO='Baseline' ... (Alternatives are: 'rcp26', 'rcp45' and 'rcp85')
EVENT_FREQUENCY='Rare' ... (Alternatives are: 'Occassional' or 'Frequent')

SZ_ID=2846 has to be set to the current $emikatID

styles=HW_EXPOSEDQUANTITY for number of exposed persons
styles=HW_DAMAGEPROBABILITY for damage probability
styles=HW_DAMAGEQUANTITY for the number of affected persons
styles=HW_DISCOMFORT_LEVEL for discomfort level (1..5)
styles=HW_POPULATION_DENSITY_CLASS for population density class (1..5)
styles=HW_HEAT_WAVE_IMPACT for heat wave impact (1..25)
styles=AO_COST_DEVELOPMENT for the adaptation cost for development in €
styles=AO_COST_MAINTENANCE for the adaptation cost for maintenance in €
styles=AO_COST_RETROFITTING for the adaptation cost for retrofitting in €
styles=PF_DAMAGEPROBABILITY for flood damage probability
styles=PF_DAMAGE_CLASS for flood damage class
styles=PF_FLOOD_IMPACT_EURO for the flood impacts in Euro

[Aggregated impact for all event types] for each Scenario, Time period, typical Events and for each Adaptation Project:

STUDY_VARIANT=BASELINE ... (for future selection of an alternative ADAPTATION variants)
TIME_PERIOD='Baseline' ... (Alternatives are: '20110101-20401231', '20410101-20701231' and '20710101-21001231')
EMISSIONS_SCENARIO='Baseline' ... (Alternatives are: 'rcp26', 'rcp45' and 'rcp85')
EVENT_FREQUENCY='Rare' ... (Alternatives are: 'Occassional' or 'Frequent')

The following columns will be returned: "STUDY_VARIANT", "TIME_PERIOD", "EMISSIONS_SCENARIO", "EVENT_FREQUENCY", "SZM_SZENARIO_REF", "HW_EXPOSEDQUANTITY", "HW_DAMAGEQUANTITY", "HW_DISCOMFORT_LEVEL", "HW_HEAT_WAVE_IMPACT", "COST_DEVELOPMENT", "COST_MAINTENANCE", "COST_RETROFITTING", "PF_FLOOD_IMPACT_EURO", "PF_DAMAGEPROBABILITY", "PF_DAMAGE_CLASS"

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