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VRMesh VRMesh

VitualGrid

VRMesh is a point cloud processing software covering classification, feature extraction, construction modeling, point cloud meshing, and inspection. It is used for land surveying, infrastructure, construction, mining, etc.

  • VRMesh VRMesh
VRMesh
1400 112th Ave SE Suite 100
98004

Description

VRMesh is an advanced 3D point cloud and mesh processing software tool. Our innovative technologies are aimed to provide powerful and easy solutions for engineering industries. The entire family of VRMesh consists of three packages targeted to different customers.


VRMesh Studio 
A comprehensive solution covering automatic point cloud classification, feature extraction, accurate point cloud meshing, and advanced construction module. It includes all features in VRMesh. 

VRMesh Survey 
A next-generation solution for automatic point cloud classification and feature extraction. It enables you to easily classify vegetation, building roofs, and ground points in LiDAR data or from images. It can automatically detect building footprints, powerlines, poles, tree crowns, curbs and railway tracks in point clouds. It is also able to adjust airborne/mobile LiDAR strips with high accuracy. 

VRMesh Reverse 
A complete reverse engineering workflow for users to wrap point cloud data into accurate triangle meshes as well as NURBS surfaces. It delivers best-in-class point cloud processing and various mesh repair/editing tools. It also provides you automatic registration, inspection, volume calculation, and deviation measurement tools. 

 

Specifications

  • Year of initial introduction
    2004
  • Year of last update
    2019
  • Modules
    VRMesh is a standalone software including the following modules: Point Cloud Classification, Feature Extraction, Construction Module, LiDAR Strip Adjustment, Point Cloud to Mesh, Mesh Repair & Editing, Inspection & Measurement
  • Source of Point Clouds
    Airborne Lidar, Indoor TLS, Outdoor TLS, Photogrammetric
  • RAM [GB]
    16
  • HD [GB]
    500
  • Use of GPU
    Y
  • Processor
    ["64-bit"]
  • Stereo Display
    N
  • Stand-alone
    Yes
  • Input formats
    e57, las, laz, zlas, ptx, pts, xyz, rcp/rcs, dxf, shp, stl, obj, ply, fls, zfs, rdbx, 3ds, wrl, vtk, csv
  • Output formats
    las, laz, zlas, pts, xyz, rcp/rcs, dxf, fbx, shp, igs, stl, obj, grid, wrl, ply, vtk, csv, x3d, pdf
  • Geo-referencing
    N
  • Automatic Target Detection
    Y
  • Stitching multiple scans
    Y
  • Zoom, pan and rotate
    Y
  • Fly-throughs
    Y
  • Adding Points
    Y
  • Removing Points
    Y
  • Point Reduction
    Y
  • Image matching facilities
    N
  • Frequency domain decoding for data reduction
    N
  • Removal of individual outliers
    Y
  • Removal of vegetation
    Y
  • Removal of buildings
    Y
  • Bare ground DEM generation
    Y
  • 3D Coordinates extraction
    Y
  • Length and Height
    Y
  • Angle
    Y
  • Distance
    Y
  • Area
    Y
  • Volume
    Y
  • Regular Grid DEMs
    Y
  • Cross sections
    Y
  • TIN
    Y
  • Contour Lines
    Y
  • Break lines
    Y
  • Boundary detection of solids
    Y
  • Building footprints
    Y
  • Building roofs
    Y
  • 3D City modelling
    N
  • Lines
    Y
  • Cubes
    Y
  • Spheres
    Y
  • Cylinders
    Y
  • NURBS
    Y
  • Line of sight
    Y
  • Aspect and slope
    Y
  • Individual tree heights
    Y
  • Simulation facilities
    N
  • Time series analysis
    Y
  • CAD software
    AutoCAD, MicroStation, etc.
  • Assigning colour from imagery to points
    N
  • Image overlay on TIN
    N
  • Training
    Y
  • Typical applications
    land surveying, infrastructure, construction, mining, utilities, etc.
  • Distinguishing features
    point cloud classification, feature extraction, construction modeling, point cloud meshing, mesh editing, registration and measurement

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