Large projects often succumb to slow load times, performance issues and bogged-down file load times. Revit relies heavily upon file access and manipulation, so surrounding software settings can greatly enhance performance. Your quick, easy Revit experience needn’t require intensive computer reformats, either. Many of Revit’s optimizations are accessible within the program. The following practices optimize the Revit experience, reducing load times and input lag:
BIMopedia’s blog inspects the many ways users can optimize their experience, focusing on reduced load times and overall program strain. One of its top suggestions identifies user-upload websites as a key factor of Revit slowdown. BIM, or Revit “family” websites feature a wealth of useful content, but each download adheres to different parameters. Each embedded family may cause performance drains due to its used objects. Keep away from community uploaded content, especially when efficient families aren’t their high priority.
Revit houses a slew of in-depth options to generate customized operation experiences. However, its multitude of inactive, invisible design options can greatly slow down the program. To maintain a “clean”, optimized Revit experience, search out any unused design options.
Additionally, locate any unplaced views and remove them. Though unused, these views still increase Revit’s overall data use—creating performance issues and big file sizes.
Revit’s room separation lines divide its rooms where no bounding objects are present. They’re quite useful, but they canoverlap with future bounding objects, including:
Room separation lines, while inherently useful, should be minimized with room-bounding elements when appropriate. Just remember, however, to keep the bounding objects sorted and optimized appropriately.
Revit Clinic’s list of rendering performance enhancements suggests reducing unnecessary artificial lights. A project’s rendering time is fragile, and numerous light groups will slow its processes significantly. When you can, turn off your project’s artificial lights.
Revitstore’s tutorials place importance upon compressing Revit’s project files. Revit’s files are already compressed before access, but used, expanded files can inflate to twice the file’s original size. Sometimes, Revit fails to recompress a file. When this occurs, the program’s performance is reduced due to increased processing needs.
Be sure to select Save As when compressing a file, as relocating a saved file often enacts Revit’s natural, compressing tendencies. Additionally, remember to compress your project’s Central File on occasion.
When possible, link your files. Don’t import them. Often, information from other software packages is needed for current model projection. Importing adds all information into the current model, reducing overall performance. Linking files, however, will locate needed files without changing them mid-project.
Worksets improve workflow and performance. They create easy-use environments for link opening, work separation and access. Of course, your Revit model needs to be well-structured before a workset is accessed. It also needs to be “broken down” into smaller worksets. A workset’s 3D views assist tracking, reducing performance-damaging processes needed to visualize projects.
Model lines in abundance can be mistaken for drawing errors. While not inherently a performance-draining problem, drawing errors create a need for more processes, more tracking procedures and more data. Detail lines, however, are intelligible and quick. They enhance Revit’s optimization in the long run.
Selection boxes, when used in views, crops away unneeded geometry. Often, Revit users experience downtime and performance losses from intensive rendering weight. Selection boxes are very intuitive, and they can be used for:
Rendering boxes feature enhances rendering times without creating confusing project parameters, too, making their use entirely conducive to a clean, efficient project.
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