geo plus

The most complete, standalone point cloud software

VisionLidar enables users to easily process point clouds of billions of points deriving from either aerial or terrestrial surveys. The processing time can be reduced to a certain extent by using tools that enable automated classification, virtual surveying and automatic line,edge and power lines detection. In addition, the Civil module included in the software allows users to manipulate even the most complicated surfaces. In a nutshell, VisionLidar can be used in civil engineering, land surveying, architecrure, transports, mines, as well as forestry. In addition, data can be exported to .E57, .LAS, .LAZ and .PTS formats. The following table summarizes the most important capabilities that VisionLidar2018 provides.

 

FEATURES

CAD COMPATIBILITY                                                       

It can be connected to AutoCAD, BricsCAD or Microstation

CIVIL MODULE

Triangulation of the surface, contour line generation, profile and cross sections visualization

DATABASE CREATION

Both Microsoft Access (.MBD) and SQLite (.sqlite) formats are available

DYNAMIC 3D FENCE

An easy to use tool for selecting and editing only a small part of the point cloud

SIMPLIFICATION

Point cloud simplification

AUTOMATED CLASSIFICATION OF THE GROUND, BUILDINGS, VEGETATION AND NOISE

Classification algorithms have been developed for automatically assigning points to one of the following classes: ground, buildings, vegetation and noise

CALCULATION OF COMPLEX VOLUMES

Volumes between a surface and an elevation, or between two surfaces can be calculated

ROAD BY SECTIONS AND VISUALIZATION OF THE PROFILE

Dynamic 3D view of the generated cross sections and the profile

LINE AND EDGE DETECTION

Automatic detection and vectorization of the edge of a sidewalk and vectorization of the top and bottom edges

ANGLE AND DISTANCE MEASUREMENT

Distances, angles and surfaces can be calculated very fast by selecting the required points

POWER LINES DETECTION AND VECTORIZATION

Automatic detection and vectorization of the power lines

 

Classification of a point cloud generated by Stencil measurements in a construction site in Zürich.

 

Automatic classification example of the height model of a region in Zürich (vegetation and ground).