SMS:ADH Extract WSE: Difference between revisions
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SMS now has the ability to extract water surface elevation to a nodestring boundary condition from an existing dataset. This is done by right-clicking on the nodestring and selecting Boundary Condition → Extract Water Surface Elevation... and selecting the dataset to extract from. SMS will break up the existing nodestring into segments and extract the water surface elevation at the midpoint of each segment. The nodestrings are then assigned the Tailwater (outflow) boundary condition and the extracted data is set as the time series. This data can be edited in the ADH Boundary Condition Assignment dialog. | SMS now has the ability to extract water surface elevation to a nodestring boundary condition from an existing dataset. This is done by right-clicking on the nodestring and selecting Boundary Condition → Extract Water Surface Elevation... and selecting the dataset to extract from. SMS will break up the existing nodestring into segments and extract the water surface elevation at the midpoint of each segment. The nodestrings are then assigned the Tailwater (outflow) boundary condition and the extracted data is set as the time series. This data can be edited in the ADH Boundary Condition Assignment dialog. | ||
[[SMS:ADH - 2D Shallow Water Flow | Go to SMS:ADH page]] | |||
Revision as of 21:27, 1 November 2012
SMS now has the ability to extract water surface elevation to a nodestring boundary condition from an existing dataset. This is done by right-clicking on the nodestring and selecting Boundary Condition → Extract Water Surface Elevation... and selecting the dataset to extract from. SMS will break up the existing nodestring into segments and extract the water surface elevation at the midpoint of each segment. The nodestrings are then assigned the Tailwater (outflow) boundary condition and the extracted data is set as the time series. This data can be edited in the ADH Boundary Condition Assignment dialog.
