DHIJWASv Software FEFLOW 6.1

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PK=qÜÉ=rëÉê=fåíÉêÑ~ÅÉ NS=ö=rëÉê=j~åì~ä PKP `ìëíçãáòáåÖ= íÜÉ= fåíÉêJ Ñ~ÅÉ The interface is completely customizable, i.e., the location and visibility of all components except the main menu can be chosen arbitrarily. Components can be docked to a certain main-window location, or they can be floating as separate windows. To switch between docked and floating status, double-click the header of a panel or move a component to another location by dragging it while pressing the left mouse button. To avoid docking, the key can be pressed before and while moving a panel or chart window. Panels and charts can also be tabbed so that two or more of these elements are placed above each other. Clicking on one of the tabs brings the corresponding panel or chart to the front. Floating toolbars, panels and charts can be moved outside the main application window. This is especially helpful to enlarge view windows on one screen while arranging toolbars and panels on another screen. Figure 3.2 Context menu. View windows can also be set floating with + and then moved outside the main window (e.g., to a second screen). Full-screen mode is available for all view windows via . Toolbars, panels and charts can be turned on and off by using the context menu on ’empty’ parts of the user interface, i.e., parts where no other context menu comes up (Figure 3.2). Panels and charts can also be closed by clicking on the closing icon in the upper right corner of the element. While exploring the new interface you may come to a situation where most panels and toolbars are hidden, and the remaining ones are not where you want them to be. In such a case, just switch on Reset Toolbar and Dock-Window Layout in the View menu, and FEFLOW will come up with the default layout when starting it the next time. PKQ sáÉï=táåÇçïë View windows contain different views of the model, possibly along with maps and other visualization features. Limited only by the available memory, any number of windows can be displayed simultaneously to show different model components (listed in the View Components panel for the active view). Each view has its own settings and components handling. PKQKN qóéÉë=çÑ=sáÉï=táåÇçïë FEFLOW has six types of view windows: • Supermesh view • Slice view • 3D view • Cross-Section view • Slice Data-Trace view • Data-Trace view New view windows can be opened via the Window menu. For opening Cross-Section and Slice Data- Trace views, a 2D surface line has to be selected in the
Spatial Units panel. Opening a Data-Trace view requires creating and selecting a 3D line first. PKQKO k~îáÖ~íáçå Navigation in view windows is most straightforward by using the left and right mouse buttons and the mouse wheel. By default, the left mouse button is used to pan in Slice views and to rotate in 3D views. Besides invoking the context menu on a view, the right mouse button also allows zooming when a navigation tool is active. In Slice views, the mouse wheel has zooming functionality, while in 3D views it is used for rotation. on the keyboard in combination with the mouse wheel changes the directional exaggeration (in y direction in Slice views and z direction in 3D views). Keyboard shortcuts allow to quickly return to the full view (), to reset the rotation (- ), and to reset the scaling (-). Additional tools in the View toolbar can also be used to return to full view, to return to a preferred view defined via Positioning in the View menu, and to undo/ redo view changes. PKR qìíçêá~ä When FEFLOW is started it opens with an empty project by default. To create a new model, we click on New which opens the New FEM Problem dialog. Here, we need to define the initial work area for mesh design. This can either be done via a manual input of the initial domain bounds or with the use of maps that are loaded in a subsequent step. For a quick start, for example to set up a simple test model in local coordinates, select Manual input of the initial domain bounds and accept the default domain bounds with a click on Finish. The following components are now visible in the workspace: • the active view window—the Supermesh view • the main menu on top • a number of panels and toolbars By default, not all panels and toolbars are displayed. To get familiar with the graphical user interface we now add a further panel to our workspace. Go to View > Panels in the main menu and click on the entry Plug-ins Panel. The panel now appears at the bottom right corner of the FEFLOW window. Change the panel position by dragging it to a different location while holding the left mouse button. Leave the panel as a separate floating window or dock it at a certain location. Figure 3.3 The FEFLOW standard layout. Add another panel using a different method. Rightclick on an empty part of the user interface, e.g., in the grey part above the Inspection panel. A context menu with the entries Toolbars, Panels, Charts PKR=qìíçêá~ä cbcilt=SKN=ö=NT
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Figure 10.2 Algebraic signs for bou
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distributions. In this case, the va
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Figure 10.6 Map data input for noda
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Figure 10.8 Expression Editor. Arbi
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e edited manually or imported from
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able as attribute fields that can b
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of the 0 mg/l fixed-concentration B
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are edited in the table below. Leav
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Figure 10.20 Parameter Association
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dataset, click on Edit borehole hea
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páãìä~íáçå Running a FEFLOW
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control and model parameters is pre
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Figure 11.5 Observation Point Prope
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Figure 12.5 Scaled budget spheres a
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To visualize the transient flow fie
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view in which we show how the mesh
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Open the Plug-ins panel via View >
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* * TODO: Add your own code here...
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