Relying on years of academic research and of technology maturation in wavelet compression, streaming and viewing of massive Reality Data, Cintoo has developed a unique point cloud-to-surface technology. This translation keeps the project structure (scanning position, panoramic views), has no limit in terms of project size and does not compromise the survey-grade accuracy of the source data.
With this new type of Reality Data, the upload & download times and the need for storage space are reduced since this surface-based Reality Data is 10 to 30 times lighter than the source point cloud!
Inverse translation is also available, turning surfaces back into point clouds. Cintoo Reality Data will first be downloaded and then be transformed back in Autodesk ReCap RCP format for consumption by Autodesk AutoCAD, Revit, Navisworks, or in E57 format for consumption by any other CAD and Scan- to-BIM software.
Cintoo Reality Data makes it possible to access high precision terrestrial laser scans on demand from a simple Web browser or a smartphone.
Turning massive point clouds in surfaces greatly enhances the visualization and makes it much easier to navigate the Reality Data.
Display modes in RGB, X Ray, Height (coming soon) or Surface bring a new viewing experience and will reveal details in your laser scans that you have never seen before!
Back face culling and occlusion management are used to see through the walls, floors or ceiling without the need to clip the point cloud.
Cintoo Reality Data keeps the project structure, including the scanning positions and the panoramic views. By translating to surfaces, laser scan panoramas are not only viewed as images with depth, but as 3D models as well.
The user has also the possibility to create as many additional panoramic viewpoints as necessary making the Scan-to-BIM process easier (coming next).
Translating laser point clouds to surfaces makes them ready to be displayed using Virtual Reality devices. Getting continuous surfaces from discrete points also makes the Reality Data easily interpretable for machine learning and feature extraction (coming next).
Surfaces also allows to easily display IOT sensor information such as heat maps, and makes Reality Data prone to be used for simulation algorithms such as CFD analysis.
Cintoo Reality Data and scanning positions can be displayed using orthoviews on any axis. Scans can be browsed along the time line as well.
The Overview map can be displayed in X Ray mode, showing the project with transparency. It makes it easier to crop the right sections and elevations, or to assign scans to a Work Zone.
Overview maps can be rotated around the X, Y or Z axis to make sure that the orthoviews are strictly orthographic to the screen.
Advanced cropping features allow to display only the relevant information at any given time. Cropping is available in either the overview or the 3D view.
It applies on the Reality Data and on the overlaid 3D BIM model at the same time if available.
Cropping can be performed on each X, Y, or Z axis separately or cumulatively.
Crops can be saved, edited and exported in Autodesk RCS format for direct consumption by AutoCAD or Revit for Scan- to-BIM.
3D measurement tool is available in the 3D view or the panoramic view. A disto tool is also available to measure distances orthogonally from any surface (coming soon).
Measurements are saved with a thumbnail to give the proper context. They can be edited or deleted.
Measurements can be performed in the metric or imperial (US / International) system, with user- defined accuracy.
Measurements can be exported in a PDF format to be shared with Team Membres.
Annotations can be set on any are of the Reality Data, and can be defined as either a note, private comment, or an issue. Annotations can be enriched with metadata (text, photo, video, URL,…) and be assigned to any Team Member.
Annotations are saved with a thumbnail to give the proper context. They can be edited or deleted.
Cintoo Cloud ™ provides a whole set of tools that makes it the reference cloud-based platform for collaboration on Reality Data: team member invitations, permissions, assignments, annotations, calendar, notifications…