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3D APPLICATIONS

Small-scale 3D Capture

Scanner laser Caméra Smartphone

5 WebGL use cases

  • Handle and measure 3D object(s)
  • Export dimensions for 3D printing
  • 3D impact simulation by site insertion
  • Creation of a 3D digital portfolio
  • 3D scan database management

Manage 3D point clouds captured by laser scanner, 3D sensor and smartphones and discover sharp details, analyse interest points and create a true 3D web real time presentation.

Flyvast Web 3D

3D Point Cloud | Photogrammetry | Denmark | Florent Poux

3D Web Point Cloud

3D Point Cloud | Laser Scanner | Belgium | University of Liège

Exterior 3D Scan

Caméra Smartphone Drone

5 Examples of 3D Web data uses

  • Collaborative 3D project management, including 3D measurements, cut & section, 3D point cloud layers …
  • Create user rights for your clients and team members
  • Create 2D & 3D deliverables
  • 3D Virtual tours with labels and interactions
  • Export point cloud renderings

Explore 3D scan captured from UAV, laser scanner, LiDAR and dense image-matching 3D reconstruction. The 3D real time webGL technology gives you a creativity freedom.

Indoor 3D reconstruction

Caméra Smartphone

5 Optimized 3D applications

  • Inventory, manual 3D object detection and classification
  • 3D virtual tour with room labelling
  • Semantic analysis and color / attribute based visualisation
  • Cut, section and floor plan extraction from point cloud data
  • Layer categorization for easy data mining

Indoor 3D scan real time visualisation, management and 3D point cloud labeling.

3D Point Cloud | Laser Scanner | Holland | University of Liège

3D Point Cloud | Laser Scanner | Photogrammetry | Belgium | University of Liège

Indoor and Outdoor 3D Scan

Caméra Smartphone Drone

5 Usage of 3D Web Point Cloud data

  • Level of Detail (LoD) 3D algorithms for the visualisation of 3D Web point cloud data.
  • 3D Point Cloud data management through indexed 3D archives instantly rendered.
  • 3D Geometry analysis, cut & section deliverables (3D Indoor and Outdoor).
  • 3D measurement based on georeferenced 3D point cloud spatial data.
  • Web Point Cloud management through WebGL reactive interface for sharing project with user and permissions control.

Handle 3D point clouds from Sfm (structure from motion) reconstruction, UAV, laser scanner, MLS … Leverage our 3D multi-scale engine for multi resolution data fusion independently of your 3D sensor.

Large scale 3D cartography

 LiDAR Drone

5 Usage of 3D Web Point Cloud data

  • Level of Detail (LoD) 3D algorithms for the visualisation of 3D Web point cloud data.
  • 3D Point Cloud data management through indexed 3D archives instantly rendered.
  • 3D Geometry analysis, cut & section deliverables (3D Indoor and Outdoor).
  • 3D measurement based on georeferenced 3D point cloud spatial data.
  • Web Point Cloud management through WebGL reactive interface for sharing project with user and permissions control.

Leverage the full resolution LiDAR provided by Level of Detail Point Cloud data management of our 3D webGL solution.

3D Point Cloud | Laser Scanner | Photogrammetry | Belgium | University of Liège