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| | =Introduction= | | =Introduction= |
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| − | Ensight is 3D Computational Fluid Dynamics (CFD) result viewing software developed by CEI Inc. The software can be downloaded from the CEI website: [[https://www.ceisoftware.com]] | + | Ensight is 3D Computational Fluid Dynamics (CFD) result viewing software developed by CEI Inc. The software was bought by Ansys, and can be downloaded from the <u>[https://www.ansys.com/products/fluids/ansys-ensight Ansys website]</u>. This page contains a brief introduction to the software for the purpose of viewing and analyzing TUFLOW results. For more advanced user tutorials, see <u>[https://www.ansys.com/training-center Ensight Tutorials]</u>.<br> |
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| − | This page contains a brief introduction to the software for the purpose of viewing and analyzing TUFLOW results. More advanced user tutorials are available via the CEI website: [[https://www.ceisoftware.com/tutorials/ ]]
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| − | If you have any suggestions to be included in these pages, please add them to the discussion page: [[Talk:Ensight_Suggestions | Ensight Suggestions]]<br>
| + | [[File:Ensight_030.png|600px]]<br> |
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| − | = Viewing Results = | + | =Common Tasks= |
| − | == Data Preprocessing ==
| + | * [[Ensight_Data_Preprocessing | TUFLOW Data Pre-preprocessing Requirements]] |
| − | Ensight requires an input file format which is different to the standard TUFLOW output types. RES_to_RES.exe is used to convert TUFLOW xmdf results into an Ensight compatible form. Directions how to do this are outlined here: [[RES_to_RES |RES_to_RES.exe]]
| + | * [[Ensight_Data_Loading | Data Loading]] |
| − | | + | * [[Ensight_Navigation | Navigation Tips and Shortcut Keys]] |
| − | The utility will create the following three ensight file types:
| + | * [[Ensight_Point_Time_Series_Plot | Point Time Series Plots]] |
| − | # Ensight case file;
| + | * [[Ensight_Line_Longsection_Plot | Long-profile Plots]] |
| − | # Ensight geometry file;
| + | * [[Ensight_Background_Image | Loading a Background Image]] |
| − | # Ensight results files. A unique file is created for each result output variable and time step.
| + | * [[Ensight_Animation | Creating an Animation]] |
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| − | Ensight is a 3D computational fluid dynamics viewing software. An elevation dataset is required to lock the 2D TUFLOW results to a fixed horizontal plan (2D space). The TUFLOW model output result data type ''ZH'' is required for this purpose. This must first be specified as a TUFLOW command prior to running the simulation. Steps required to flatten the dataset are outlined in the flowing section, "Loading Data" <br>(eg. ''Map Output Data Types == h v q d <b>ZH </b>)''
| + | {{Tips Navigation |
| − | | + | |uplink=[[Main_Page| Back to Main Page]] |
| − | == Loading Data ==
| + | }} |
| − | Run the TUFLOW utility RES_to_RES.exe to create the Ensight input data files from TUFLOW xmdf output.<br>
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| − | Open the case file (*.case) in Ensight.
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| − | [[File:Ensight_001.JPG|800px]] <br><br> | |
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| − | This will load the 'Part' titled: ''2D TUFLOW Elements'' as Case Item 1.
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| − | [[File:Ensight_002.JPG|800px]]<br><br> | |
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| − | Select the "Variables" tab within the data management window (bottom left) to view the model result scalar and vector datasets that were loaded.<br>
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| − | Activate the relevant dataset that you would like to work with. In this example we have selected, Depth, Unit Flow, Velocity and Water Level.
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| − | [[File:Ensight_003.JPG|400px]]<br><br> | |
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| − | These results can be viewed by creating an isosurface of the dataset within the ''2D TUFLOW Elements'' Case Item.
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| − | Right Click ''2D TUFLOW Elements''
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| − | Select >> Create >> Isosurfaces
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| − | [[File:Ensight_004a.JPG|800px]]<br><br> | |
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| − | Within the isosurfaces window:
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| − | # Select 'Advance' (top right)
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| − | # Enter a unique name for the dataset. This will become the child Part name. (''2D TUFLOW Elements'' is the parent Part title)
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| − | # Select the ''Variable'' you would like to visualize (e.g. Depth)
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| − | # Set ''Creation Type'' = Isovolume
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| − | # Set ''Constraint'' = Banded
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| − | # Define the isovolume range. The upper and lower extreme values for the datasets are listed within the variables table (bottom left of the interface)
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| − | [[File:Ensight_005.JPG|300px]] | |
| − | [[File:Ensight_005a.JPG|800px]]<br><br> | |
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| − | Update the variable display contouring:
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| − | # Select the newly created Part (right click)
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| − | # Select ''Color by >> Select Variable''
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| − | # When contouring, select the relevant maximum dataset. For example, for time varying ''Depth'' data, select ''Max_Depth''. This will lock the contouring to the range of the maximum dataset. Block colors and transparencies can also be defined using this selection.
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| − | [[File:Ensight_006.JPG|800px]]<br><br>
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| − | The final visualization step requires that the parent Part, ''2D TUFLOW Elements'' be flattened. Ensight is a 3D computational fluid dynamics viewing software. Flattening the parent Part locks the TUFLOW dataset to a fixed horizontal plan (2D space).
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| − | # Select the parent Part, ''2D TUFLOW Elements'' (right click)
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| − | # Select Edit
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| − | # Set the Coordinates scale factor = <b>-1</b> *variable
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| − | # Set the Z variable = <b>''Fixed_Bathymetry''</b>. For this option to be available, the model result data type ''ZH'' must be defined as a TUFLOW output (eg. ''Map Output Data Types == h v q d <b>ZH </b>
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| − | [[File:Ensight_007.JPG|800px]]<br><br> | |
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| − | The time series viewing is controlled using the Time controls located above the Parts window (top left).<br>
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| − | [[File:Ensight_008.JPG|400px]]
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| − | ==Loading a Background Image==
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| − | ==Navigation Tips and Shortcut Keys==
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| − | <u><b>Left Mouse Button </b></u><br>
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| − | Holding the left mouse button whilst navigating in the viewport (graphics display)
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| − | *Navigating mouse up-down = rotate about horizontal screen X-axis
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| − | * Navigating mouse left-right = rotate about vertical screen Y-axis
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| − | * Ctrl-key plus up-down or left-right navigation = rotate about Z-axis extending outward from the screen <br>
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| − | <u><b>Right Mouse Button </b></u><br>
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| − | Holding the right mouse button whilst navigating in the viewport (graphics display)
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| − | * Navigating mouse up-down or left-right = Model zooms in and out
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| − | * Ctrl-key plus right button acts as a pan operation <br>
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| − | <u><b>Middle Mouse Button (Scroll)</b></u><br>
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| − | * Model zooms in and out <br>
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| − | <u><b>Shortcut Keys </b></u><br>
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| − | F1 - Window will rotate about the screen X-axis by 45 degrees <br>
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| − | F2 - Window will rotate about the screen Y-axis by 45 degrees <br>
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| − | F3 - Window will rotate about the screen Z-axis by 45 degrees <br>
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| − | Ctrl F1, F2, F3 rotates by -45 degrees about the screen axes <br>
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| − | F4 - Spins the window – (try with the left mouse click) <br>
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| − | F5 - Front view <br>
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| − | F6 - Side view <br>
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| − | F7 - Top view <br>
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| − | F8 - Will return to last view before F5, F6 or F7 was pressed <br>
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| − | F9 - Maximizes the graphics windows on the display; press F9 again or use Esc to go back <br>
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| − | =Data Calculations (Variable Calculator)=
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| − | The calculator provides a powerful capability to derive new variables from existing variables and parts in the current data set. <br>
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| − | Click the Variable Calculator icon to display the calculator.
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| − | =Result Plots=
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| − | =Creating an Animation=
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