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Descartes CONNECT Edition Update 16

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cadcamaec@protonmail.com2023-09-11Point.Cloud.Modeling62

DescartesCONNECTEditionUpdate16(10.16.00.15).BasedonMicroStation,itprovidesauniquelypowe

Descartes CONNECT Edition Update 16 (10.16.00.15). Based on MicroStation, itprovides a uniquely powerful toolset for processing and integrating point clouds and scalable terrain models, as fundamental data types, persistently throughout architectural, engineering, construction, and operations (AECO) workflows.

What's new in Descartes CONNECT Edition Update 16 - Date: July 30, 2021

- Performance improvements in Scalable Mesh: Clipping, texturing, management of concave areas, volume calculation
- Load and export compressed Cesium 3DTiles
- New key-ins to "Select", "Delete" and get "Details" with undo/redo on 3SM
- Reprojection of 3SM when attached as reference

Descartes enables the fast and easy manipulation of 3D reality meshes of any scale as well as the generation of cross sections, extraction of ground and breaklines, and production of orthophotos, 3D PDFs, and iModels. In addition, you can integrate your meshes with GIS and engineering data to enable the intuitive search, navigation, visualization, and animation of that information within the visual context of the mesh. These meshes are rich, 3D scalable models of the real-world created with Bentley’s reality modeling software, ContextCapture.

Raster images in the form of aerial imagery, binary imagery, and raster digital elevation models (DEM) are fully supported in Descartes. It is a comprehensive image management environment with conversion (raster to vector and vector to raster), cleanup, and editing tools that extend the MicroStation raster management tools.

Point clouds can be enriched, segmented, and classified and combined with engineering models. You can then leverage Descartes’ capabilities for advanced 3D modeling, cross sectioning, breaklines, and ground extraction to quickly and efficiently model as-built conditions and support the design process. You can better evaluate point clouds and produce more accurate engineering models as a result. Animations and renderings for presentation can also be produced

You can produce very large scalable terrain models from many sources including point clouds, breaklines, raster digital elevation models, and existing triangulated irregular networks. Scalable terrain models are synchronized with the original data sources to remain up to date. This allows you to have a global, current, and integrated representation of all your data to perform analyses using a variety of display modes and to produce animations and visualizations.

With support for a wide range of reality modeling and engineering data types, you can take full advantage of your investment in existing data and get a more complete integrated view of your information. You can also streamline the production of deliverables in most standard industry formats for use in other applications.