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Point clouds : Formats for integrating point clouds into CAD software

Point Cloud Formats

Various point cloud formats are available for building scanning. These formats offer architects remarkable flexibility in their workflow. At 3dScanBAT, we are committed to providing solutions that are integrated with CAD tools.

Available formats

Find out more about the formats we offer, with a brief description of each format and the corresponding CAD software. Please note that the desired format must be specified when ordering.

LAS format

The LAS format is commonly used for LIDAR data. It is compatible with a wide range of CAD software. This format is ideal for topographic surveys and terrain analysis.

PLY format

The PLY format is widely used in 3D modelling. It provides high precision and excellent visual quality. This format is compatible with software such as AutoCAD and Blender.

E57 format

The E57 format is designed for interoperability between different scanning systems. It is particularly suited to projects requiring high accuracy. Compatible software includes Revit and Navisworks.

XYZ format - Only available with the Matterport solution

The XYZ format is simple and lightweight. It is perfect for quick and easy integration into various design tools. This format is compatible with software such as Rhino and SketchUp.

RCP format

The RCP (ReCap) format is used primarily with Autodesk software. It is ideal for projects requiring seamless integration with AutoCAD, Revit and Navisworks. This format can be used to manage large datasets of point clouds.

At 3dScanBAT, we understand the importance of providing point cloud formats tailored to your needs. Our solutions integrate seamlessly into your workflows, offering greater efficiency and improved quality of work.

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Point cloud of an apartment building illustrating the page - Point cloud : File format for CAD software

Point cloud insertion in ARCHICAD

Point Cloud Integration

Point cloud integration : Yes
Supported formats : LAS, E57
Restrictions: Importing point clouds may require pre-processing to optimise performance, especially for highly detailed models. Some advanced features may be limited in older versions of the software.

The insertion of point clouds into ArchiCAD is possible and is very useful for modelling existing buildings from 3D scans. Point clouds provide an accurate representation of a space or physical object, making it easy to create detailed BIM (Building Information Modeling) models.

Formats delivered by 3D Scan BAT

ArchiCAD supports the import of point clouds in a number of file formats. The most commonly used formats include :

E57 format

The E57 format is an open standard format that supports metadata. It is widely used for the exchange of point cloud data.

XYZ format

The XYZ format is simple and contains spatial coordinates and sometimes colour information. This format is compatible with Matterport technology.

Terms and conditions of use

Importing point clouds into ArchiCAD does not necessarily require an external plug-in. Recent versions of ArchiCAD have integrated this functionality directly into the software. However, performance and import capability may vary depending on the system configuration of your Windows or Mac computer. It is crucial to ensure that your system has sufficient RAM memory and a powerful graphics card to handle the large volumes of data represented by point clouds.

Windows and Mac

The steps for inserting a point cloud in ArchiCAD are similar on Windows and Mac. It is recommended that you check the official ArchiCAD documentation for instructions specific to the version you are using. Interfaces and options may vary slightly from one version to another.

Plugins and Extensions

Although the basic functionality for importing point clouds is built into ArchiCAD, plugins and extensions can enhance this functionality. These offer more advanced tools for the manipulation, analysis and modelling of point clouds. These plugins may be specific to certain workflows or industries. It is therefore advisable to look for plugins that meet your specific needs. Examples of such plugins include PointCab or CloudWorx, although their compatibility should be checked with your version of ArchiCAD.

Conclusion

To integrate a point cloud into ArchiCAD, no additional plugins are strictly necessary thanks to the software's built-in functionality. However, the use of plugins can facilitate and improve the process of working with point clouds. Make sure your system meets the technical requirements for smooth data handling.

Integrating Point Clouds in AutoCAD: Formats, Plugins and Conditions

Point cloud : Integration options

Point cloud integration : Yes
Supported formats : PTS, LAS, E57, RCP
Restrictions: No major restrictions, but check the format specifications for certain files.

Using Point Clouds in AutoCAD

The use of point clouds in AutoCAD enables professionals to create accurate, detailed drawings from real data. AutoCAD offers robust functionality for importing and manipulating point clouds. Here's an overview of supported formats, requirements and useful plugins.

Supported File Formats

AutoCAD supports several point cloud file formats. This allows users to import data captured by 3D scanners. Commonly accepted formats are :

RCP/RCS format

The RCP format is a project file containing several RCS files. These formats are native to Autodesk and optimised for AutoCAD.

E57 format

The E57 format is a neutral file that supports 3D point cloud data with colour and intensity information. We supply these formats for your projects.

Terms and conditions of use

Manipulating point clouds in AutoCAD is demanding in terms of system resources. For optimum performance, it is recommended that you have :

  • A powerful processor with several cores.
  • A large amount of RAM memory, especially for large point clouds.
  • A dedicated graphics card with a good amount of GPU memory.
  • Sufficient disk space, as point cloud files can be very large.

Use on Windows and Mac

AutoCAD is available on Windows and Mac. The functionality for integrating point clouds is similar on both platforms. However, check that the version of AutoCAD you are using supports point clouds on the Mac, as some features may vary.

Plugins and Extensions

Useful plugins

Although AutoCAD offers built-in functionality for importing and manipulating point clouds, the use of plugins can extend these capabilities. Plugins such as Leica Cyclone and FARO SCENE improve the workflow with point clouds. They provide additional tools for analysis, visualisation and modelling. These tools are particularly useful for building renovation, asset documentation or facility planning.

Conclusion

The integration of point clouds into AutoCAD opens the door to precise, reality-informed design possibilities. By taking into account supported file formats, system requirements and the potential use of plugins, professionals can maximise the efficiency of their CAD projects.

Managing Point Clouds in Revit: Practices, Formats and Tools

Point cloud integration : Yes Supported formats: PTS, LAS, E57, RCP Limitations: Precise dimensioning and alignment of point clouds may require manual adjustment in Revit.

Revit, building information modelling (BIM) software, is widely used in the construction industry. It offers advanced capabilities for the integration and manipulation of point clouds. These features enable architecture, engineering and construction professionals to model projects with exceptional accuracy. Here's an exploration of supported file formats, system requirements and additional tools for working effectively with point clouds in Revit.

Supported File Formats

Revit supports several point cloud file formats to make it easier to import 3D scan data. Users can quickly start modelling:

  • RCP/RCS : Revit handles RCP and RCS formats very well. Autodesk Recap is often used to prepare and index 3D scans prior to import. The RCP format acts as a project file, referencing multiple RCS files, which are individual scans.
  • E57 : This standardised format is also supported. It is ideal for exchanging point cloud data between different software packages.
  • PTS, PTX : Although less commonly used, these formats can also be imported into Revit after prior indexing processes.

Terms and conditions of use

Efficient manipulation of point clouds in Revit requires a robust hardware configuration. Here are the recommendations:

  • Processor : Multi-core with high clock speeds for better performance.
  • RAM memory : 16 GB or more, higher configurations are recommended for large-scale projects.
  • Graphics card : A dedicated graphics card with at least 4 GB of VRAM. More powerful cards are recommended for large point clouds.
  • Storage : SSD (Solid State Drive) for fast data loading.

Use on Windows and Mac

Revit is primarily designed for Windows, and its full capabilities are optimised for this environment. Although Revit is not natively available on Mac, users can run it on macOS. They can use virtualisation solutions or install Windows via Boot Camp.

Plugins and Extensions

The use of plugins and extensions improves the manipulation and exploitation of point clouds in Revit. Tools such as Autodesk Recap improve the process of importing and managing point clouds. They allow users to clean, organise and prepare data before using it in Revit. Other plugins can provide specific functionality for modelling, analysing and integrating 3D scan data into the BIM workflow.

Conclusion

Importing and manipulating point clouds in Revit opens up extensive possibilities for BIM modelling based on precise existing conditions. By understanding supported file formats, meeting system requirements and exploring available tools, professionals can effectively integrate 3D scan data into their Revit projects. This improves modelling accuracy and efficiency.

Point Cloud Integration in Rhinoceros 3D: Practical Guide

Point cloud integration : Yes

Formats supported by 3D Scan Bat: E57. Limitations : Features vary depending on the version of MicroStation used.

Introducing Rhinoceros 3D

Rhinoceros 3D, or Rhino, is a versatile 3D modelling software. It is widely used in architecture, industrial design, jewellery and product design. Rhino manipulates point clouds, making it possible to create complex, detailed models. Here's an overview of supported formats, system requirements and useful extensions to optimise the use of point clouds in Rhino.

Formats from Supported Files

Rhino supports several point cloud file formats. The one offered by 3D Scan Bat is :

  • E57: Universal file format for point clouds. It supports spatial data, colours and intensities.

Terms and conditions of use

To manipulate point clouds efficiently in Rhino, you need a robust system configuration:

  • Processor A fast CPU with multiple cores for improved data processing.
  • RAM memory 16 GB or more for comfortable management of large point clouds.
  • Graphics card A dedicated graphics card with at least 4 GB of video memory.
  • Storage An SSD drive for fast data access and improved performance.

Use on Windows and Mac

Rhino is available for Windows and macOS, offering a consistent user experience on both platforms. Performance may vary slightly, but point cloud functionality remains available on both systems.

Plugins and Extensions

Several plugins and extensions improve the management of point clouds in Rhino :

  • CloudCompare Used for cleaning, filtering and advanced analysis of point clouds before import.
  • RhinoResurf Converts point clouds into NURBS surfaces, facilitating modelling from 3D scan data.
  • Mesh2Surface Advanced tools for converting point clouds into accurate 3D models.

E57 File Import Module for Rhinoceros

The E57 file import module enables Rhino to read and import files in E57 format. The E57 format is a standardised binary format for point cloud and 3D scan data. Its features and functions include

E57 Format features

  • Standard ASTM: Created by ASTM to store and share 3D scan data.
  • Compact and efficient Binary structure, enabling a large amount of data to be included in a small file size.
  • Data Richness Stores the coordinates of the points (X, Y, Z) as well as the intensity, colour and classification of the points.

Features of the E57 Import Module for Rhino

  • Direct Import Allows you to import E57 files directly into Rhino.
  • Metadata management Import and manage metadata associated with scan points.
  • Fluid Integration Integrates seamlessly into the Rhino interface.
  • Big Data support Optimised to manage large datasets without compromising performance.

Using the E57 Import Module in Rhino

To use the E57 import module in Rhino :

  1. Install the module from the official Rhino website or a reliable source.
  2. Open Rhino.
  3. Go to the "File" menu.
  4. Select "Import".
  5. Choose the E57 file format.
  6. Navigate to the E57 file to be imported.
  7. Import the file so that Rhino displays the data in the modelling interface.

Conclusion

The use of point clouds in Rhinoceros 3D enables the creation of detailed and complex models. Respecting system requirements and exploring available plugins improves the 3D modelling workflow with Rhino. This allows the full potential of point cloud data to be exploited.

Using Point Clouds in Vectorworks: Techniques and Tools

Point cloud integration : Yes Supported formats: LAS, E57 Restrictions : Features vary according to version.

Vectorworks is a CAD (Computer Aided Design) and BIM (Building Information Modeling) software package. It offers a wide range of functionalities for architecture, landscape, lighting, event design and many other design disciplines. The integration of point clouds into Vectorworks means that real 3D scan data can be incorporated into projects. This improves the accuracy and richness of models. Find out more about supported file formats, requirements and Vectorworks-specific plugins and features for working with point clouds.

Supported File Formats

Vectorworks supports several file formats for importing point clouds. This allows users to take advantage of data collected via various 3D scanning technologies:

E57: A common and versatile format for point clouds. It supports spatial data and colour information. PTS, PTX: These formats store 3D laser scan data. Vectorworks can import them for modelling. XYZ: A simple format containing spatial coordinates, and sometimes colour information. It can also be used in Vectorworks.

Terms and conditions of use

To use point clouds effectively in Vectorworks, you need the right system configuration:

Processor: A multi-core processor is recommended for optimum performance. This is crucial when handling large files. RAM: 16 GB RAM or more is recommended for processing data without significant slowdowns. Graphics card: A powerful graphics card with at least 4GB of VRAM is required to handle point clouds smoothly. Storage: An SSD (Solid State Drive) is preferable for fast access to large files.

Use on Windows and Mac

Vectorworks works on both Windows and macOS. This gives users flexibility, whatever their working environment. Point cloud functionality is accessible on both platforms, ensuring a consistent user experience.

Plugins and Extensions

Vectorworks offers native capabilities for importing and manipulating point clouds. However, the use of specific plugins or extensions can enhance the user experience and extend the functionality available.

Contact us!

Specialists in data acquisition using 3D laser scanner for buildings. Our business covers the whole of French-speaking Switzerland as well as the cantons of Bern and Zurich. We provide our customers with processed point clouds ready for insertion into their CAD software. We also offer a drawing service and can provide 3D/BIM models. By choosing the right formats and optimising your system configuration, you can maximise the efficiency of your design and modelling projects with our services.

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Atis-Cloud Virtual Tour, using the functionsAtis Cloud virtual visit box tool3D illustration of a residential house with red roof, light beige walls, glass veranda and separate unit on a green plot. Illustration of the 3D Architect Plan page3D Scan BatIntegration of 3D/BIM model files in CAD software