TUFLOW 2D2D BC Advice: Difference between revisions
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This section provides best practise advice for configuring TUFLOW 2D/2D boundaries. <br>
Multiple domain models are defined in TUFLOW using 2D domain blocks within the TCF file. Each domain block is defined using <font color="blue"><tt> Start 2D Domain </tt></font> <font color="red"><tt>== </tt></font> <tt> <name> </tt> and <font color="blue"><tt> End 2D Domain </tt></font> commands. Unique geometry control file, boundary condition file, initial water level, plot output and time step commands are defined within each domain block. All other commands (such as the boundary condition database, material file references,
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<li> When one domain is nested within another, remember to deactivate the active cells in the parent domain (mesh) where the domains overlap. This is done in the parent domain TGC file.<br>
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'''<u>2D BC "2D" Line Vertex Location and Hidden 1D Node Options'''</u>'''<br>
2d_bc “2D” link line vertices are best located on ridges or embankments, including features that become inundated and drowned out during a simulation.<br>
* In regions of moderate to high velocity (>0.5m/s), manual vertex placement on the river banks and natural ridges in addition to a “d” value of 0 is common. Using a “d” value of 0 will create a hidden 1D node at each vertex along the 2d_bc “2D” link line.<br>▼
▲* In regions of moderate to high velocity (>0.5m/s), manual vertex placement on the river banks and natural ridges in addition to a “d” value of 0 is common. Using a “d” value of 0 will create a hidden 1D node at each vertex along the 2d_bc “2D” link line. No intermediate hidden 1D nodes will be created.<br>
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<li> Example 2D/2D models are available for download from the [[Example_Models_Home_page | Example Models]] page of the Wiki.
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