Description
Specifications
-
Hardware/software requirements
-
RAM [GB]
32
HD [GB]
2000
Use of GPU
Y
Processor
["32-bit","64-bit"]
Stereo Display
Y
List software environment, e.g. Microstation
Vr Mapping
-
Other
-
Support
Online, Phone
Training
Y
Typical applications
5
Distinguishing features
VrLiDAR offers 3D stereo viewing and 3D vector collecting and editing. Over 200 mapping commands.
-
Files and Registering
-
Input formats
LAS, Points, ASCII
Output formats
LAS, Point ASCII
Geo-referencing
Y
Automatic Target Detection
N
Stitching multiple scans
Y
-
Pre-processing and Automatic Filtering
-
Image matching facilities
Y
Frequency domain decoding for data reduction
No
Removal of individual outliers
Y
Removal of vegetation
Y
Removal of buildings
Y
Bare ground DEM generation
Y
-
Manual Measurements
-
3D Coordinates extraction
Y
Length and Height
Y
Angle
Y
Distance
Y
Area
Y
Volume
Y
-
Interoperability
-
CAD software
Vr Mapping
Hydrological software
No
Assigning colour from imagery to points
Y
Image overlay on TIN
N
Integration with other data types
Imagery
-
General
-
Year of last update
2015
Year of initial introduction
2008
Modules
VrLiDAR
Source of Point Clouds
Airborne Lidar, Indoor TLS, Outdoor TLS, Photogrammetric
Supported Systems
Any 3D point cloud data from LiDAR and photogrammetric sources.
-
Analysis
-
Line of sight
Y
Aspect and slope
Y
Individual tree heights
Y
Simulation facilities
Flooding
Time series analysis
N
-
Automatically Generated Products
-
Regular Grid DEMs
Y
Cross sections
Y
TIN
Y
Contour Lines
Y
Break lines
N
Boundary detection of solids
N
Building footprints
N
Building roofs
N
3D City modelling
No
-
Solid Modelling
-
Lines
Y
Planes
Y
Cubes
N
Spheres
N
Cylinders
N
NURBS
N
Industrial features
No
Earth surface features
Bare Earth
-
Visualisation and Editing
-
Zoom, pan and rotate
Y
Fly-throughs
N
Adding Points
Y
Removing Points
Y
Point Reduction
Y
