Working with the Sidebar¶
The SOFiPLUS(-X) sidebar supports common features for AutoCAD palettes like extraction into a separate palette, auto-hide, docking, etc.
The most important commands are available within the header of the sidebar (also called a quick access toolbar).
The commands for the generally relevant parameters are available here. Use the context menu on items in the tree to see a list of available options.
If urgent warnings or errors occur while opening a drawing or working with the program, these are listed on the Messages tab. Some warnings and errors provide means to zoom to, edit or delete affected objects in the context menu.
For some commands, additional options become available. For example, when using the Structural Area Wall or Structural Column commands the Height can be specified in this tab. Some additional information during a command is shown in ths tab, too. For example, when working with the prestressing commands or the command Create Objects between Placements.
Commands for creation and modification of structural elements can be found in this tab.
Commands for creation and modification of free and elementbound loads.
The commands to define prestressing for beam, shell and slab systems can be found here.
In this tab important commands for input, organisation and visualisation of the structural system can be found.
Cross Section Editor¶
Commands for creation and modification of user defined sections can be found in this tab. This tab is visible, if the cross section editor work area is visible.
The cross section editor work area can be opened by double clicking on an existing cross section or by creating a new cross section via the context menu in the sidebar tab system.
Depending on the selected running mode, all special cross section editor will be available for use. When attempting to use a command that is not valid for the running mode, a message will appear to warn the user.
Filters can help to organize objects in a SOFiPLUS(-X) drawing by showing and hiding objects depending on conditions applied to their properties.