Difference between revisions of "Tutorial M06 002 GIS Inputs QGIS"
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[[File:Animation M06 GIS 002 01a.gif]]<br> | [[File:Animation M06 GIS 002 01a.gif]]<br> | ||
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− | <li>Open the attribute table and make the following edits: | + | <li>Open the attribute table of the 2d_rf layer and make the following edits: |
:*Update names to match the names in the '''rainfall_station.csv''' input data (RF_FC04, RF_FC05, RF_FC06, RF_FC07) | :*Update names to match the names in the '''rainfall_station.csv''' input data (RF_FC04, RF_FC05, RF_FC06, RF_FC07) | ||
:*f1: 1 | :*f1: 1 |
Revision as of 16:47, 7 April 2023
Introduction
QGIS is used to create, import and view input data.
Method
Create a 2d_rf layer with digitised polygons based on the input rainfall hyetographs:
- Click on the ‘Import Empty File’ tool from the TUFLOW Plugin toolbar.
- Select '2d_rf' from the Empty Type list.
- In the Run ID box write: 'M06_polygons_002'.
- Tick the 'Regions' Geometry Type and hit 'OK'. The 2d_rf appears in the QGIS Layers panel.
The same catchment breakup is used as the 2d_sa layer:
- Navigate to the Module_06\TUFLOW\model\gis folder and open the 2d_sa_M01_001_R.shp layer in QGIS.
- Copy and paste the polygons from the 2d_sa layer into the 2d_rf:
- Open the attribute table of the 2d_rf layer and make the following edits:
- Update names to match the names in the rainfall_station.csv input data (RF_FC04, RF_FC05, RF_FC06, RF_FC07)
- f1: 1
- f2: 1
- Turn off editing to save the edits.
Conclusion
- Polygons have been digitised based on input rainfall hyetographs.
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