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WP4 – Common Service Mockup
Name UC-832+UC833
Refers to UC-832 and UC 833
Short description
Shows how the user can calibrate hydrological models, view the result and use it for a simulation.
Steps The use cases has been divided into several steps for clarity:(The steps can be combined in different ways, dependent user needs)
UC-832a: Download time series for new Q-stationUC-832b: Create local modelUC-832c: Calibrate modelUC-832d: Explore calibration results
UC-833a: Perform simulationUC-833b: Explore simulation results
WP4 – Common Service Mockup
Name UC-832: Hydrological conditions: calibration of local model
Refers to UC-832a
Short description
Shows how the user can download a time series from a new Q-station.
Steps 1 Select the map layer containing subbasins and zoom to area of interest.2 Chose a point for the Q-station.3 Choose upload Q-station data from the contextual meny.4 Answer questions about name of station and file for the data, Choose download.5: The new station appears in the left menu in the tool and is downloaded to the time series repository.
1. Select the map layer containing subbasins and zoom to area of interest.
Hydrology
Q station 2Q station 1
Air QualityRainfall
Time Series
Local Models
SimulationsSimulation 1
2. Choose a point for the Q station3. Select Add Timeseries from the contextual menu
Hydrology
Q station 2Q station 1
Air QualityRainfall
Time Series
Local Models
SimulationsSimulation 1
4. Answer question about name of station and input data.
Station name: Q station 3Data file:Blob:
Hydrology
Q station 2Q station 1
Air QualityRainfall
Time Series
Local Models
SimulationsSimulation 1
5: The new station shows in the left hand menu. Data is available in repository.
Hydrology
Q station 3Q station 2Q station 1
Air Quality
Rainfall
Time Series
Local Models
Simulations
Simulation 1
WP4 – Common Service Mockup
Name UC-832b: Hydrological conditions: creation of local model
Refers to UC-832b
Short description
Shows how the user can create a local model
Steps 1 Select the map layer containing subbasins and zoom to area of interest.2 Chose point of interest by clicking on it on the map.3 Show corresponding upstream catchment area idf desired.4 Select create local model from the contextual menu. 5 Wait for the execution to finish.6 The new local model shows up in the left menu.
1. Select the map layer containing subbasins and zoom to area of interest.
Hydrology
Q station 3Q station 2Q station 1
Air Quality
Rainfall
Time Series
Local Models
Simulations
Simulation 1
2. Chose point of interest by clicking on it on the map.3. Show corresponding upstream catchment area.
Hydrology
Q station 3Q station 2Q station 1
Air Quality
Rainfall
Time Series
Local Models
Simulations
Simulation 1
5. Select Create local model from the contextual menu
Hydrology
Q station 3Q station 2Q station 1
Air Quality
Rainfall
Time Series
Local Models
Simulations
Simulation 1
6. Wait for the execution to finish
Hydrology
Q station 3Q station 2Q station 1
Air Quality
Rainfall
Time Series
Local Models
Simulations
Simulation 1
11: The local model shows in the left hand menu
Hydrology
Q station 3Q station 2Q station 1
Air Quality
Rainfall
Time Series
Local Models
Local model L1
Simulations
Simulation 1
WP4 – Common Service Mockup
Name UC-832d: Hydrological conditions: calibration of local model
Refers to UC-832c
Short description
Shows how the user can calibrate a hydrological model
Steps 1 Select the local model you want to calibrate from the left by dragging it into the map. (Corresponding map layer and upstream catchment area is automatically highlighted.)2 See, existing upstream Q stations used in CS default calibration of the pan-European hydrological model set-up. drag in preloaded observed time series of interest from the left side menu. 3 If of interest, drag in preloaded observed Q-station time series of interest from the left side menu.4 Click on the map and select which station(s) to use in new calibration. Maximum one per sub-basin in the upstream area.5 Start calibration6 Simulation progress visualization7 Calibration shows in left side menu when ready.
1: Select the local model you want to calibrate from the left by dragging it into the map. (Corresponding map layer and upstream catchment area is automatically highlighted.)
Hydrology
Q station 3Q station 2Q station 1
Air Quality
Rainfall
Time Series
Local Models
Local model L1
Simulations
Simulation 1
2. See, existing upstream Q stations used in CS default calibration of the pan-European hydrological model set-up. Drag in preloaded observed time series of interest from the left side menu.
Hydrology
Q station 3Q station 2Q station 1
Air Quality
Rainfall
Time Series
Local Models
Local model L1
Simulations
Simulation 1
3 Click on the map and select which station(s) to use in new calibration. Maximum one per sub-basin in the upstream area.
Hydrology
Q station 3Q station 2Q station 1
Air Quality
Rainfall
Time Series
Local Models
Local model L1
Simulations
Simulation 1
4 Start calibration
Hydrology
Q station 3Q station 2Q station 1
Air QualityRainfall
Time Series
Cal Model2
Local ModelsCal Model1
Simulation 2
Simulations
Simulation 1
Start calibration
Hydrology
Q station 3Q station 2Q station 1
Air Quality
Rainfall
Time Series
Local Models
Local model L1
Simulations
Simulation 1
5. Wait for the calibration process to finish
Hydrology
Q station 3Q station 2Q station 1
Air Quality
Rainfall
Time Series
Local Models
Local model L1
Simulations
Simulation 1
11: The calibrated model shows in the left hand menu when ready
Hydrology
Q station 3Q station 2Q station 1
Air Quality
Rainfall
Time Series
Cal model C1
Local Models
Local model L1
Simulations
Simulation 1
WP4 – Common Service Mockup
Name UC-832d: Hydrological conditions: evaluation of calibrated model
Refers to UC-832d
Short description
Evaluate the result of a calibration by showing original, calibrated and observed time series.
Steps 1 Drag the calibration from the left menu to the map. Corresponding map and area is automatically selected.2 Show upstream catchment area and used Q-stations by clicking on the map.3 Retrieve and visualize time series of simulated and observed variables by clicking on the selected Q-stations and choose simulated or observed from menu.
1 Drag the calibrated model from the left menu to the map2. Show upstream catchment area and used Q-stations by clicking on the map.
Hydrology
Q station 3Q station 2
Q station 1
Air Quality
Rainfall
Time Series
Cal model C1
Local Models
Local model L1
Simulations
Simulation 1
14. Retrieve and visualize time series of simulated and observed variables by clicking on the selected Q-stations and choose simulated or observed from menu.
Hydrology
Q station 3Q station 2
Q station 1
Air Quality
Rainfall
Time Series
Cal model C1
Local Models
Local model L1
Simulations
Simulation 1
WP4 – Common Service Mockup
Name UC-833a: Hydrological conditions: hydrological simulation
Refers to UC-833a
Short description
Shows how the user can perform a simulation using the calibrated model.
Steps 1 Select calibration to use from the left menu by dragging it to the map. This gives POI from the calibration. Relevant map layer and upstream area is automatically shown.2 Select hydrological scenario (based on different climate scenarios, but corrected P and T), simulation period (default is the same as input climate scenario) and start model run5 Simulation progress visualization 6 Simulation shows in left menu when ready.
1 Select calibration to use from the left menu by dragging it to the map. This gives POI from the calibration. Relevant map layer and upstream area is automatically shown.
Hydrology
Q station 3Q station 2
Q station 1
Air Quality
Rainfall
Time Series
Cal model C1
Local Models
Local model L1
Simulations
Simulation 1
2 Select hydrological scenario (based on different climate scenarios, but corrected P and T), simulation period (default is the same as input climate scenario) and start model run
Hydrology
Q station 3Q station 2Q station 1
Air QualityRainfall
Time Series
Cal Model2
Local ModelsCal Model1
Simulation 2
Simulations
Simulation 1
Start calibration
Hydrology
Q station 3Q station 2
Q station 1
Air Quality
Rainfall
Time Series
Cal model C1
Local Models
Local model L1
Simulations
Simulation 1
Scenario: Echam
Simulation start: 1981
Simulation end: 2100
Run
5. Wait for the simulation process to finish
Hydrology
Q station 3Q station 2Q station 1
Air Quality
Rainfall
Time Series
Local Models
Local model L1
Simulations
Simulation 1
11: The simulation result shows in the left hand menu when ready
Hydrology
Q station 3
Q station 2
Q station 1
Air Quality
Rainfall
Time Series
Model2
Local Models
Model1
Simulation 2
Simulations
Simulation 1
WP4 – Common Service Mockup
Name UC-833b: Hydrological conditions: exploration of results from local simulation
Refers to UC-833b
Short description
Shows how the user can explore results from a local simulation
Steps 1. Drag the simulation result from the left menu to the map. Catchment area is highlighted.2. Select subbasin by clicking on the map and get back daily values of input P, T and model output variables for selected area.3. Select resolution for time series.
1. Drag the simulation result from the left menu to the map. Catchment area is highlighted
Hydrology
Q station 3
Q station 2
Q station 1
Air Quality
Rainfall
Time Series
Model2
Local Models
Model1
Simulation 2
Simulations
Simulation 1
2. Select subbasin by cllicking on the map and get back daily values of input P, T and model output variables for selected area.
Hydrology
Q station 3
Q station 2
Q station 1
Air Quality
Rainfall
Time Series
Model2
Local Models
Model1
Simulation 2
Simulations
Simulation 1
Start calibration
Mean QMean specific runoff Mean relative soil moisture Groundwater DBS-corrected temperatureDBS-corrected precipitation
2. Select resolution for time series
Hydrology
Q station 3
Q station 2
Q station 1
Air Quality
Rainfall
Time Series
Model2
Local Models
Model1
Simulation 2
Simulations
Simulation 1
Start calibration
DailyMonthlyAnnual10-year