Leica CloudWorx 2021 for Revit Full Version Cracked
Offer Discount
$280.00$180.00
Leica CloudWorx for Revit is a breakthrough plug-in for efficiently using rich as-built point cloud data, captured by laser scanners, directly within Revit for better BIM modelling of existing buildings. This is useful for a wide range of BIM activities including retrofit design, construction and operations, and lifecycle asset management of the building. It provides a virtual visit to the site within Revit with a complete view of the captured reality.
Users take advantage of the familiar Revit interface and tools to shorten the learning curve for working with laser scan data. Leica CloudWorx and the powerful Leica Cyclone and new Leica JetStream point cloud engines let Revit users efficiently visualise and and create BIM models from large point cloud data sets. Users get all the advantages of a high-performance point cloud application directly within Revit.
Additional tools in CloudWorx for Revit provide for accurate fitting of steel, flanges, pipes, and 2D lines, or placement of walls, floors, structural members, doors, windows, mechanical equipment, and more. And CloudWorx for Revit allows direct import of COE models from Cyclone, and/or export of Revit models as COE. This allows users to bring light-weight Revit-created models into Cyclone for additional analysis or publication of the models in TruViews.
Direct access to Leica Cyclone projects – with its underlying point cloud management utility – which avoids time-consuming export/format conversion/import steps and enables efficient viewing of point clouds of unlimited size via Revit’s display engine
Faster loading and display of higher density point clouds , for more precise modeling, including a “Regeneration” tool for automatically displaying point clouds at higher density
Ability to set Levels (i.e., floor elevations) directly from scan points or surfaces created from point clouds and automatically create plan view slices
Create “Limit Boxes” for working only with scan data in specific, desired areas
Create slices of point cloud data in X-axis and Y-axis, in addition to Z-axis
Automatically cut point cloud slices into convenient half-sections
Set Revit “Work Planes” by directly fitting a plane or flat patch to point cloud data – this enables users to create walls in Revit that can reflect a true, out-of-plumb existing condition
Automatically fit & extract pipe centerlines and diameters from scan data for constructing intelligent pipe models
Accurately determine pipe tie-point locations by fitting scan data
Save and manage point cloud Slices and Limit Boxes via a “Clipping Manager” utility
Save a convenient “CloudWorx Project” which consists of point cloud data, plus whatever has been saved in the “Clipping Manager”
Features and Benefits
Optional LGS File, Cyclone, JetStream or ReCap data source
JetStream and LGS offer unparalleled speed and fidelity of viewing over alternative sources
Work in Revit with point clouds from any laser scanner or point cloud-creating 3D sensor
Eliminate the need for time-consuming export/import processes of point cloud file formats
Manipulate and navigate large point cloud data sets faster, including slices, sections, and limit boxes
Place any Revit model item (walls, floors, structural members, etc.) from picks on the point cloud
Steel, flange, automatic pipe, and 2D line fitters
Catalog fitting for intelligent as-builts
Model “out of plumb” walls
Cyclone COE model support with direct import/export
Clash Manager for clash and anti-clash detection with export utility for easy reporting
Set Building Levels directly from the point cloud
Set Work Planes from the point cloud
Automatically find center-line and diameter of pipes, round ducts, and columns
Saved project environment settings
TruSpace Layers: RGB, HDR, greyscale intensity, hue intensity, IR w/ temperature data
Full support for Leica Geosystems universal digital realities files (LGS), including: Layers, GeoTags, Assets and more.
Align cloud to model to easily unite as-built conditions via scans with design intent via models
Localised in the following languages: English, French, German, Italian, Spanish, Japanese, Chinese (simplified and traditional), Russian, Korean.
