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Flood Modeller Tutorial Module02 Provisional: Difference between revisions

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[[File:M07 2d Results.PNG|800px]]<br>
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The 1D ESTRY results can be viewed by opening the time series results using the approach described in the following page: [[TUFLOW Viewer - Load Results - Time Series]].
The 1D ESTRY results can be viewed by importing the time series (_TS.shp or _TS_P.shp from the TUFLOW\results\1D folder, or opening any of the csv files outputted to TUFLOW\results\1d\csv. It can be seen that there is negative flow in Pipe16 and Pipe18 when the water levels in the Flood Modeller node and the connected ESTRY nodes are such that backwater effects are present. A sense check of the flows being transferred across the "X1DQ" link can also be performed by plotting and comparing the flow time series for the first ESTRY node (ds3) and the last Flood Modeller node (ds2).
 
It can be seen that there is negative flow in Pipe16 and Pipe18 when the water levels in the Flood Modeller node and the connected ESTRY nodes are such that backwater effects are present.
[[File:X1dh.png|alt=X1DH Flows from Estry to Flood Modeller at Pipe 16 and 18|none|thumb|500x500px|X1DH Flows from Estry to Flood Modeller at Pipe 16 and 18]]
A sense check of the flows being transferred across the "X1DQ" link can also be performed by plotting and comparing the flow time series for the first ESTRY node (ds3) and the last Flood Modeller node (ds2).
[[File:X1dq.png|alt=X1DQ Flow from Flood Modeller to Estry at DS3|none|thumb|500x500px|X1DQ Flow from Flood Modeller to Estry at DS3]]
 
We have now completed the tutorial and you should now be familiar with the approaches of linking Estry to Flood Modeller and vice versa.
 
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