DHIJWASv Software FEFLOW 6.1

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qÜÉ=rëÉê=fåíÉêÑ~ÅÉ How to use the basic user interface components P qÜÉ=rëÉê=fåíÉêÑ~ÅÉ PKN mÜáäçëçéÜó The user interface of FEFLOW 6.1 is designed to provide as many tools as possible without the need to open nested dialogs or menus. While allowing an efficient workflow for experienced FEFLOW modelers, the interface might look complex to first-time users. Therefore only the interface components that are relevant at the current stage of model setup or for the current model class are shown. The five main interface components—menus, toolbars, views, panels and Figure 3.1 Context menu in the View Components panel. charts—all adapt automatically to the current context. To provide often-needed functionality as quickly as possible, many controls are also accessible via context menus that are available for most user-interface elements, for example, parameters in the Data panel or legends in a view window. PKO dê~éÜáÅë=aêáîÉê The FEFLOW user interface makes use of OpenGL (Open Graphics Library) for visualization. OpenGL is a well-proven standard that gives access to the capabilities of the graphics hardware for accelerated display. To efficiently use OpenGL, a graphics driver provided by the graphics-card or chipset manufacturer should be installed. The standard drivers included with an operating system might not support OpenGL to a sufficient extent. Especially on laptop computers, drivers provided at purchase have been found to contain OpenGL bugs in several cases. We recommend to download the most recent drivers from the graphics-card or chipset manufacturer’s web site before using FEFLOW or when problems in the graphical display are observed. PKN=mÜáäçëçéÜó P cbcilt=SKN=ö=NR
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Page 11 and 12: Selective smoothing is also useful
Page 13: • Support of 3D observation point
Page 17 and 18: Spatial Units panel. Opening a Data
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Page 29 and 30: Figure 5.7 Using the Pin Coordinate
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Page 43 and 44: Figure 7.3 2D model projections. Pa
Page 45 and 46: is done by using the so-called BASD
Page 47 and 48: kind boundary conditions are intern
Page 49 and 50: changes. We proceed by studying a 3
Page 51 and 52: y checking Dissolved Species Mass.
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Page 61 and 62: VKS fåëéÉÅíáçå The active
Page 63 and 64: interval for isolines, deactivate t
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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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NOKU bñéçêí Figure 12.2 Pathli
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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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^åáã~íáçå=~åÇ=sáÇÉç=b
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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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DHIJWASv Software FEFLOW 6.1

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