![]() ![]() nctri)ĭata Registration, point cloud automatic registration with or without targets, Noise Reduction, Feature Extraction, volume calculation (with or without projection on a reference plane), Ground Extraction, Measurement, Verification against CAD Model, orthophoto, Point Cloud Editing, Ortho Image measurement and exporting, Visualization File Export, Video Creation, CAD Data Import / Export, Annotation Creation Imports scans from 3D laser scanner sensors (.fls. Point data, obj, ply, fbx, xyz, dsm/dtm, geotiff, orthomosaic, true orthophoto, textures zfsĪutomatic registration with or without targets, layouts, profiles, meshing, contour lines, volume calculation (with or without projection on a reference plane), hollow volume calculation, modelling, coloring, texturing, ortho photo creation, 3d and projection based comparison of surfaces and point clouds, HTML export Offers on-demand Object Detection services. Smart selection tools for fast manual classification, Training data generation for 3D Deep Learning. Point data, obj, ply, pod, las, xyz, dsm, geotiff, ortho, texturesĬloud-Application for storing and visualizing large point clouds. Meshing, classifying, coloring, texturing, draping, orthographic projection, merging with CAD or GIS data The programs can import data of laser scanners or point clouds to preprocess them for 3D modeling.ĭeveloped for Riegl instruments, but can import point clouds from other sourcesĬollection, registration, filtering, visualization, colorization, exportĬollection, registration, filtering, visualization, analysis, colorization, exportĪscii, BPF, LAS, LAS RGB, LAS/LAZ Custom, QTA Programs for importing laser scanner data as point clouds Proprietary (Free for personal, nonprofit, or academic use) ![]() Sparse point cloud creation, dense point cloud creation LAS, LAZ, e57, PTX, PTS, POD, TDX, TopoDOT, RCP, ASCII ![]() Registration, georeferencing, orthomosaic, raster DSM, point cloud creation JXL for raw photogrammetry data, LAS, LAZ, e57, PTX, PTS, POD, TDX Vector objects in DXF, SHP, DGN and KML.3D level-of-detail (LoD) mesh in SLPK and OSGB.3D textured mesh in OBJ, PLY, DXF, and FBX.Meshes: PLY, point clouds: PTS, LAS, LAZ, Geotiff, DWGĪerial triangulation, point cloud densification, 3D meshing, orthorectification Registration, georeferencing, orthophoto, point cloud creation Point cloud in LAS, LAZ, XYZ and PLY, mesh, DSM/DTM, GeoTIFF, PDF report, Contour lines in SHP, DXF and PDF Registration, georeferencing, orthophoto, DEM, point cloud creation, point cloud filtering, point cloud editing, mesh optimization Mesh, point clouds, DSM/DTM, geotiff, KML Registration, georeferencing, orthomosaic, true orthophoto, DSM, point cloud creation, aerial triangulation, densification, photoconsistency based mesh optimization Mesh, web, point clouds, DSM, geotiff, KML Registration, meshing, georeferencing, orthophoto, DEM, point cloud creation, point cloud filtering, point cloud editing, mesh optimization The programs create point clouds based on appropriate photos to process them to 3D models, e.g. Programs for photogrammetric creation of point clouds 3 Programs for processing laser scanner data and photographs.2 Programs for importing laser scanner data as point clouds.1 Programs for photogrammetric creation of point clouds.This is a living document, an open source document whose content will change as the technology and technology agreements evolve. To create this glossary, we have drawn from a number of sources and from our familiarity with the language and agreed terms of the OGC Technical Committee. As geospatial technology comes into wider use through OpenGIS Specifications that enable its integration into the rest of the information technology world, there is a growing need for a definitive ("normative") geospatial technology industry glossary. Facilitating agreement on definitions of geospatial technology terms-for the sake of "semantic interoperability"-is appropriately part of OGC's mission. To enable efficient and precise communication, every specialty, including this one, has its own special terms and special definitions of ordinary words. OVERVIEW The OGC works in the complex and specialized area of software engineering that concerns itself with the attributes and geometries of features and phenomena on or near the Earth's surface, and with the many kinds of digital processing employed to make this data useful. ![]()
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