![]() LIRA SoftLIR-VISOR module. Graphical User Interface |
LIR-VISOR module is the unified graphical user interface (GUI) that includes professional tools for generating design models for different structures and evaluating analysis results.
− The user goes through all stages of analysis beginning from generation of design model up to evaluation of analysis results in the same working environment. It is possible to select any mode of analysis, obtain information from any stage and review windows from several modes simultaneously (for example, evaluate analysis results and review input data at the same time). − Interface provides standard software routines similar to those in OS Windows and the user familiar with this environment could easily learn the program. − For the most part, the project is presented graphically (visualization of the whole objects and their parts, presentation of results as deformed shapes, diagrams, contour plots, animation, etc.). LIR-VISOR is the basic module of LIRA software. It includes the following main options:
Interface of LIR-VISOR module contains a set of parameters that may be modified:
LIR-VISOR enables you to use different methods to work with the program. E.g. the same command may be performed through menu commands, button on the toolbar, shortcut menu or shortcut keys. LIR-VISOR module provides Undo/Redo options. These commands are available at all stages of analysis and have no limitations on number of steps. It is also possible to autosave the project and restore the model from LIRA internal files. It provides undamaged state of the project and you could restore them after unexpected failure of operation system or hardware. LIR-VISOR module contains embedded converters to exchange data with other programs through the following standard data formats: DXF, MDB, XML, XLS, TIFF, GIF, AVI, IFC. Documentation systems of LIR-VISOR enable the user to do the following:
LIR-VISOR module supports English and Russian languages and various systems of measurement units (for both model generation and evaluation of analysis results). Back to LIRA |