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Bentley Descartes

Details Bentley Descartes

Bentley Descartes is a powerful reality modeling data processing application that offers seamless integration of various data types, regardless of size, into infrastructure workflows. Here’s a breakdown of its key features:

Manipulate 3D reality meshes: Easily manipulate 3D reality meshes of any scale with Descartes. Generate cross sections, extract ground and breaklines, and produce orthophotos, 3D PDFs, and iModels swiftly and efficiently. Integrate meshes with GIS and engineering data for intuitive search, navigation, visualization, and animation within the visual context of the mesh.

Raster image support: Descartes fully supports raster images such as aerial imagery, binary imagery, and raster digital elevation models (DEM). It offers a comprehensive image management environment with conversion, cleanup, and editing tools to extend MicroStation raster management capabilities.

Point cloud processing: Enhance, segment, and classify point clouds and combine them with engineering models. Leverage Descartes’ advanced 3D modeling, cross sectioning, breakline extraction, and ground extraction capabilities for efficient modeling of as-built conditions and to support the design process. Produce accurate engineering models and create animations and renderings for presentations.

Scalable terrain models: Generate large, scalable terrain models from various sources including point clouds, breaklines, raster DEMs, and existing triangulated irregular networks. These models stay synchronized with the original data sources to ensure they remain up to date. Perform analyses using different display modes and produce animations and visualizations with ease.

Interoperability: Descartes supports a wide range of reality modeling and engineering data types, allowing you to leverage existing data investments and achieve a more integrated view of information. Streamline the production of deliverables in standard industry formats for use in other applications, enhancing overall production efficiency.

Technical Capabilities Bentley Descartes

Reality Mesh Support:

Display and manipulation of large, phototextured reality meshes from ContextCapture.
Mesh editing capabilities including facet removal and hole filling.
Automatic ground extraction and breakline extraction.
Efficient 3D modeling using sections and templates.
Mesh classification to enrich data from various sources.
Orthoimage extraction along any axis.
Generation and manipulation of cross sections.
Production of 3D PDFs and iModels.
Support for streamed reality meshes.

Raster Image Processing:

Fast display and management of large raster images.
Vector to raster and raster to vector conversion.
Color retouching for raster images.
Cleanup of binary raster images.
Raster image registration and mosaic management.
Orthophoto generation.
Thematic display of Digital Elevation Models.

Point-cloud Processing:

Fast display and visualization of billions of points.
Drape and snap elements onto point clouds.
Classification editing and management.
Smart Snap feature for precise point selection.
Batch tile export for efficient data processing.
Export to Pointools, POD, LAS, and XYZ file formats.
Extraction of planar and cylindrical elements.
Linear feature extraction and point re-coloring.
Custom class definition and colorization from orthophotos.
Clip and section management with support for geographic coordinate systems.

Scalable Terrain Modeling:

Creation of scalable terrain models (STMs).
High-performance display of very large digital terrain models (DTMs).
Various display modes including smooth shading, shadows, elevation, slope, and contours.
High-resolution image draping on STMs.
STM update and synchronization with DGN files, civil DTMs, point-cloud data, and XYZ files.
View shed calculation from point or path.

Raster Data Interoperability:

Support for various raster data formats including ECW, PDF, IMG, JPEG 2000, TIFF, GEOTIFF, and more.
Compression schemes including Deflate, Pack-Bits, CCITT3, CCITT4.
Lossless compression formats such as ECW, MrSID, and JPEG 2000.

Visualization:

Image draping on DTMs.
Rendering with real-life textures and lighting effects.
Creation of fly-throughs and animations.
Production of 3D PDFs.
Thematic visualization based on height, slope, and aspect angle.
Integration with LumenRT for real-time presentations and traffic animation.
Solar and shading analysis for environmental visualization.

System Requirements Bentley Descartes

Processor:

Intel Pentium-based or AMD Athlon-based processor.
Minimum speed of 2.0 GHz or greater.

Operating System:

Windows 10 (64 bit) – Home, Pro, Enterprise, and Education.
Windows 8 (64 bit) – Standard, Pro, and Enterprise.
Windows 8.1 (64 bit) – Standard, Pro, and Enterprise.
Windows 7 SP1 (64 bit) – Home Basic, Home Premium, Professional, Enterprise, and Ultimate.

Memory: