...
| Info | ||
|---|---|---|
| ||
| Note: Most of the windows appearing in the wizard are identical to the related Edit menu choices. For steps that are related to rainfall runoff, constituent generation and filter models and have screen output similar to the wizard, refer to the Constituents and Rainfall runoff models chapters. |
Welcome screen (Step 1)
...
Additional buttons under Load Sub-catchment Map assist you in adding further detail to the network map. Load Gauge Map and Load Background Maps allow you to upload a shape file of gauges or an image like a stream flow map to assist in drawing the node-link network. Add Links from Shp file allows you to load a shape file of links that is then mapped to the sub-catchment map automatically.
| Info | ||
|---|---|---|
| ||
| Note: If all the sub-catchments have not been connected, they will be shaded in blue. All sub-catchments must be connected by links before you can click Next (Figure 5). |
...
You can also add constituents after a scenario is set up using Edit » Constituents, which opens the Configure Constiuents dialog (Configure Constituents) dialog. Refer to Defining constituents for more detail. To add a constituent, type its abbreviation in the Name field and either click Add or press the carriage return. To remove a constituent, highlight it and click Delete.
...
The next 3 steps involve configuring the rainfall runoff models for every FU/sub-catchment combination. Refer to Assign rainfall runoff models for details on completing these steps. Click Next or Back to navigate between them.
...
You now assign a filter model for each FU/sub-catchment//constituent combination. Filtering models represent for example, the effects of riparian filter strips, artificial wetlands, farm dams and similar management treatments. Fluxes from each FU can be passed through separate "filters". Refer to Configuring filter models for more details.
Designate a meaningful parameter set name to make it easier to select appropriate parameter sets when testing alternate scenarios. |
...
The default node type in Source is a confluence node, where the inputs to the node are the upstream sub-catchment outlets, and the output from the node is the current sub-catchment outlet. Similarly, straight through routing is the default link type in Source. To change the node model or link type, right click on the confluence node in the Geographic Editor, then choose Change Node Model or the link type respectively, from the contextual menu. For nodes, this lists all the model types available. Choose the required model.
| Anchor | ||||
|---|---|---|---|---|
|
This technique can be replicated for other Apply-to options available in the wizard. It can be used to:
...
The Edit menu gives you access to all the elements of a scenario that can be modified. Refer to the Constituents and and Rainfall runoff models chapters for for further details.
| Info | ||
|---|---|---|
| ||
| Note: If the FU list and areas are modified, the models, parameters and climate input data associated with them (ie. rainfall runoff, constituent generation and filter models) will be modified as well. Check that any of these models, parameters and input data are assigned correctly. |