Search

Civil & Surveying

3D laser-scanning: Intelligent tools to create point-cloud data deliverables - Part 1: Scan-to-TIN surface

By Oliver Samuel 3 min October 17, 2022
3D laser-scanning Scan-to-TIN surface

The use of 3D laser-scanning in the Surveying and AEC sectors is growing. The technology provides a fast, accurate method for collecting site data for design and construction, and the detailed point-cloud data begins the process of BIM and digital twin modeling.

At Bricsys, our intelligent tools and advanced features for 3D laser-scanning workflows help create the deliverables you need for your customers.

In this three-part blog series, we look at the methods for CAD users to develop Scan-to-TIN surface, Scan-to-Plan and Scan-to-BIM with point-cloud data.

Here, we start by looking at Scan-to-TIN surface.

You can import large point-clouds into BricsCAD Pro and use BricsCAD tools to filter unnecessary points and create a workable TIN surface. After importing the point-cloud, you can create a TIN surface. The software will process the point-cloud and offer filtering options to simplify the surface as you need.

TIN surfaces benefitting from the accuracy of a large data set

TIN surfaces benefitting from the accuracy of a large data set

In BricsCAD Pro, users can create TIN surfaces from large files by intelligently filtering points at similar elevations, based on user-defined parameters. This allows you to remove any unnecessary points, and provides large point-clouds to be used without compromising the accuracy of the final model.

Your Scan-to-TIN surface is ready for analysis

Your Scan-to-TIN surface is ready for analysis

Once you have a suitable TIN, you can continue to perform analyses, such as elevation and slope analysis or water-drop analysis, to determine water flow across the terrain.

Work faster with the performance of a smaller point-cloud

Work faster with the performance of a smaller point-cloud

BricsCAD Pro gives you the power to create workable TIN surfaces for a project without the worry of performance issues that large point-clouds can bring.

Discover the BricsCAD difference surveyors can reduce costs and drive project efficiency

Discover the BricsCAD difference

With BricsCAD, surveyors can reduce costs and drive project efficiency. Our CAD-based platform comes with intelligent commands and tools to accelerate your point-cloud workflow, while our partner apps provide advance survey features.

Discover the BricsCAD difference, and find out more about our Land Surveyor solutions.

To review more tools and features in CAD for your industries and roles, you can explore how to build better workflows with BricsCAD’s interoperable, intuitive and open solutions. We can’t wait for you to join and connect with the Bricsys community.

July 23, 2024 3 min

Polyline Editing in BricsCAD

Polylines offer an array of functionalities for 3D modeling. Polylines consist of connected line or arc segments that act as a single entity. Each segment can have a constant or varied width, making polylines versatile for creating 3D models.

In this tutorial, we'll explore the various methods you can use to edit a polyline in BricsCAD.

July 15, 2024 3 min

Optimize and validate assembly designs in BricsCAD Mechanical V24.2

The latest release of BricsCAD Mechanical V24.2 introduces enhanced features intended to make your assembly manual creation and inspection workflows more efficient. With the integration of Design for Manufacture and Assembly (DFMA) optimization and validation workflows, users can streamline the assembly process, reduce manufacturing complexities, and identify cost-effective design changes early on.

Follow us on social media