For instance, if you click F2 while on Windows file explorer, it will enable you to rename a particular file or folder. Simply, they modify the general keys.Īnother important point to note is that while the operating system might have its own default shortcuts, they become obsolete when a software application is opened. Importantly, the modifier keys help the software distinguish between normal keyboard input and a special keyboard shortcut input. Others include Alt+F4 on Windows, which opens the shutdown menu. The aforementioned copy and paste combinations fall in this category. Typically, this second and more common option utilizes modifier keys such as Alt, Ctrl, and Shift in combination with other keys. The second approach entails hitting several keys simultaneously. Likewise, on macOS, F1 decreases screen brightness, while F2 increases the brightness. On Windows, for example, the F1 function key opens the help screen while F2 enables you to rename the file or folder you have selected. The first involves just a single key, with a perfect example being the function keys on your keyboard. Import and export 3D models from DAE, 3DS, FBX, and OBJ files to AutoCAD, and export them and other 3D entities such as 3D solids, regions, meshes or polymeshes to Google Earth.Developers often package keyboard shortcuts in two main ways.Terrain mesh editing commands to insert, delete, move, adjust elevation, flatten vertices, and invert, delete, or cut triangles.ģD entities contained in regular or nested blocks can also be exported.Break lines can be inserted to refine the terrain configuration. The mesh can be smoothed and adjusted to a control mesh or control points. Import terrain meshesfrom LiDAR and DEM files (GeoTIFF, DEM, HGT, E00, MEM, CAT.DDF), specifying mesh properties and refinement options and other processing parameters, with the option to process the entire file or to select the area to process.Export terrain mesh to a text XYZ or GeoTIFF file.Terrain Mesh Explorer, to organize your projects and have access to mesh importing, editing and visualization commands.By right-clicking on a node, a context menu will be displayed to select commands according to the node selected. Display profile sections from selected terrain meshes by defining a cutting line. You can adjust the vertical scale for the profiles, measure distance and slope selecting two points, and zoom to extents or to a window. Perform cut/fill volume calculations by the grid method.Depths between the mesh and a comparison mesh are calculated at every grid intersection inside a defined region. Get Excel cut/fill volume reports, showing the average cut/fill depth, the cell partial area, cut/fill area, and volume at each grid station.Įvery element of the grid can be customized, specifying line type, color, layer and scale, text size, style, and color.The grid cell width and height, shrinkage percent, strip topsoil depth, and net cut/fill areas and volumes are also shown. Option to save the image in the drawing to avoiding empty images when the file path is not found. Get high- resolution Images at no extra cost.Entities contained in blocks and nested blocks can now be exported to Google Earth or a KMZ file. Automatic Google Earth startup and object location.Up to 256 curvature corrected image tiles with maximum close-up zoom can be obtained to cover large areas. When you export objects and images or import a terrain configuration Google Earth will be automatically activated to show the exact location where the objects are placed. Commands can be easily executed, accepting the default options.This way, you can be sure that your settings are right. If you set options for a dialog box, they will be automatically saved. When you modify object settings the corresponding contour lines, profiles or sections are dynamically updated.
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