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Info
titleAccess to WIWB API

Access to the WIWIB API can be requested from the Waterschapshuis Water (HWH) by sending an e-mail to mr. Jack Bosman. Please list the following items in your e-mail

  • Organisation name
  • Contact person and contact details (e-mail and telephone number).
  • List with IP addresses that require access to the API.  
  • Short explanation of intended use:
    • Systems to be connected to the API
    • Required data sources
    • Expected data request per time interval.

HWH will forward the required information to the WIWB back-office operated by HydroLogic. Your account will be configured within 5 days after the request was received by the WIWB back office.

More info about WIWB at HWH can be found here.

 

Import Configuration

To configure the WIWB import the dataSource property has to be specified. Se the list of supported dataSource values in the next section.

For ensembles the ensemble id can be configured using the ensembleId property. In case no property is configured, the default value "EPS" will be used.

DataSource values

Datasource & CodeType

Available Parameters

Remark

Uncorrected Radar (Real time)
Knmi.Radar.Uncorrected

Link		GridPrecipitation 

Radar Corrected B (Near-real time)

Knmi.Radar.CorrectedB		GridPrecipitation 

Radar Corrected C2 (After)

Knmi.Radar.CorrectedC2		GridPrecipitation 

Eps meteo parameters
Knmi.RegionalEps

Link

Ensemble
Timeseries

Dew Point Temperature, Neerslag,
Snow Depth, Total Cloud Cover,
Maximum Temperature 2m above ground,
Minimum temperature 2 m above ground,
Temperature 2m above ground,
U-Component of Wind 10m above ground,
V-Component of Wind 10m above ground,
Wind Direction, Wind Speed		 

Hirlam
Knmi.Hirlam

Link

Model Grid

Air Pressure, Total Precipitation,
Dew Point Temperature, Global Radiation Flux,
High Cloud Cover, Large Scale Precipitation,
Latent Heat Flux, Low Cloud Cover,
Medium Cloud Cover, Net Longwave Radiation Flux,
Net Shortwave Radiation Flux, Sensible Heat Flux,
Snow Depth, Total Cloud Cover,
Temperature 2 m above ground,
U-Component of Wind 10 m above ground,
V-Component of Wind 10 m above ground,
Water Equivalent of Accumulated Snow Depth. 

 

Harmonie
Knmi.Harmonie
Link

Model GridAir Pressure, Total Precipitation, Global Radiation Flux,
High Cloud Cover, Large Scale Precipitation,
Latent Heat Flux, Low Cloud Cover,
Medium Cloud Cover, Net Longwave Radiation Flux,
Net Shortwave Radiation Flux,
Relative Humidity 2m above ground, Sensible Heat Flux,
Snow Depth, Total Cloud Cover, Soil temperature Level 2,
Temperature 2m above ground,
U-Component of Wind 10 m above ground,
V-Component of Wind 10 m above ground		 
    
    
    
    
    
    
    
    
    
    
    
    
    

 

 

 

Valid values for dataSource are provided by the meta data api, but at the time of writing the following dataSources are available:

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