COMPONENTS. The web interface includes user administration tools, which allow companies to efficiently distribute data to internal or external users.
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2 COMPONENTS LASERDATA LIS is a software suite for LiDAR data (TLS / MLS / ALS) management and analysis. The software is built on top of a GIS and supports both point and raster data. The following software components can be used in any combination: LIS SERVER a database solution for data management, LIS GUI a desktop client with graphical user interface, LIS MOD module libraries for point and raster processing and LIS WEB a web interface for browserbased data access. LASERDATA LIS is available in several versions, which combine different characteristics of these components: the single-user solution LIS DESKTOP, the multiuser network solution LIS WORKSTATION, the web solution LIS DISTRI- BUTION and the all-in solution LIS PROFESSIONAL (see flyer LIS VERSIONS ). LIS SERVER uses the free open-source software PostgreSQL / POSTGIS and Tomcat as database and server solution. The flexible data model supports project-based, multitemporal and seamless data storage as well as access of point and raster data. The storage concepts TILING and LAY- ERING allow for fast data access even if the data is structured quite heterogeneously (e.g. flight strips or classified and tiled data). Data queries are target-oriented by passing an area of interest (AOI), by choosing the list of attributes to be exported and/or by defining a search condition (e.g. to a certain return number, an intensity range or a point class). LIS GUI is a desktop client with a graphical user interface which allows easy operation of LASERDATA LIS. LIS GUI is based on the free open-source software SAGA GIS. The GUI provides easy access to processing libraries and numerous possibilities to visualize data: 2D map views of vector and raster data, 3D viewer, charts, scatterplots and tables. Additionally, the desktop client includes a command line application to automize LASERDATA LIS by scripting (batch, bash, python...). LIS MOD is a compilation of software modules for LiDAR data management and processing. These modules implement the processing functionality of LASERDATA LIS and extent LIS GUI. The basic package of LIS MOD provides functionality like data management (e.g. project management), data import (e.g. LAS, ASCII, various raster formats), data export (e.g. retrieval of point clouds and raster subsets, point to raster conversion), query and visualization of cross sections, point cloud filtering (classification and generation of digital terrain models) and thinning of point clouds. LIS WEB makes it possible to use LASERDATA LIS with an internet browser. The web interface includes a map viewer for navigation and, if desired, interactive selection of an area of interest (AOI). Depending on the intended use, several LIS modules can be enabled and individually customized. The web interface includes user administration tools, which allow companies to efficiently distribute data to internal or external users.
3 VERSIONS LIS DESKTOP - the powerful single-user solution all components installed locally management and analysis of point and raster data (xyz triplets with up to 3 attributes, raster catalogs) unlimited database size 2D and 3D visualization LIS WORKSTATION - the ideal solution for work groups centralized data storage, network accessible multiple desktop clients management and analysis of point and raster data (xyz triplets with up to 10 attributes, raster catalogs) flexible data model for efficient data storage and access LIS DISTRIBUTION - the convenient solution for data distribution data access and distribution via web interface, centralized data storage selective set of modules, e.g. retrieval and download of point and raster subsets, query of cross sections map viewer (navigation and interactive AOI selection) LIS PROFESSIONAL - the all-in solution centralized data storage, network accessible data access by desktop clients and web interface management, analysis and distribution of point and raster data (xyz triplets with up to 10 attributes, raster catalogs) project-based, multitemporal and seamless data storage DESKTOP WORKSTATION DISTRIBUTION PROFESSIONAL point data management / number of attributes yes / 3 yes / 10 yes / 10 yes / 10 raster data management yes yes yes yes storage concept Tiling Tiling, Layering Tiling, Layering Tiling, Layering trajectory data management no yes no yes number of databases 1 unlimited 1 unlimited user / permission management single user yes yes yes database setup / client setup (LIS GUI) local / local remote (local*) / local remote / - remote (local*) / local basic package LIS MODULES yes yes no yes LIS Server administration modules no yes no yes graphical user interface LIS GUI LIS GUI browser LIS GUI, browser scripting yes yes no yes web interface no no yes yes operating system (32 and 64 bit) Windows, Linux Windows, Linux Windows, Linux Windows, Linux * optional
4 DESKTOP THE POWERFUL SINGLE-USER SOLUTION all components installed locally management and analysis of point and raster data data model supports point data (xyz triplets) with up to 3 attributes (e.g. intensity, RGB, classification), no limit when working filebased seamless data access fast data access through storage concept TILING graphical user interface (GUI) automation by scripting over 450 modules (import, processing, export) MLS point cloud visualized in 3D (colored by RGB) Cluster analysis of MLS point cloud (5 clusters) TLS point cloud in 3D (morphometric features) Distance measurement in plots of cross sections
5 WORKSTATION THE IDEAL SOLUTION FOR WORK GROUPS centralized data storage, data access via network by local desktop clients management and analysis of point and raster data data model supports point data (xyz triplets) with up to 10 attributes (e.g. GPS time, return number, intensity, RGB, classification), no limit when working file-based flexible data model ( TILING / LAYERING ) for efficient data access to differently structured data (e.g. flight strips or classified and tiled data) seamless data access automation by scripting over 450 modules (import, processing, export) ALS point cloud with attached RGB values ALS point cloud visualized in 3D viewer forest, masked from ALS data ground / non-ground filtering (DSM / DTM)
6 PROFESSIONAL THE ALL-IN SOLUTION centralized data storage, data access via network by desktop clients and web interface management and analysis of point and raster data data model supports point data (xyz triplets) with up to 10 attributes (e.g. GPS time, return number, intensity, RGB, classification), no limit when working file-based flexible data model ( TILING / LAYERING ) for efficient data access to differently structured data (e.g. flight strips or classified and tiled data) seamless data access automation by scripting over 450 modules (import, processing, export) 2D and 3D visualization features calculated from ALS point cloud object classification from ALS point cloud MLS point cloud from a tunnel transit (intensity) point cloud from a tunnel transit (3D point density)
7 DISTRIBUTION THE CONVENIENT SOLUTION FOR DATA DISTRIBUTION centralized data storage web interface for data access via browser user administration (e.g. access authorization) customization and enabling of modules as needed, e.g. point cloud and raster export, cross sections, point cloud to raster conversion map viewer for interactive selection of an area of interest (AOI) upload of user data for AOI definition (e.g. shapefiles) up- and download directory for every user automatic compression and archiving of the outputs (zip) numerous data formats menu bar map viewer module parametersrs files (up- and download) status reports downloaded datasets job list plots of cross sections web interface and visualized downloads
8 AddOn PC ANALYSIS POINT CLOUD CLASSIFICATION AND FEATURE EXTRACTION POINT CLOUD FEATURES feature calculation: height features, density features, local plane features, eigenvalue features CLASSIFICATION unsupervised classification supervised classification feature statistics: minimum, maximum, mean, standard deviation rule-based classification (e.g. ground, vegetation, building) SEGMENTATION point cloud segmentation by least-squares or robust plane fitting region growing, constrained by up to four features, includes interactive version FEATURE EXTRACTION 2D and 3D shapefiles (e.g. building footprints) shapefile extrusion, e.g. building models aspect 3D/2D density planarity scatter point cloud features point cloud segmentation point cloud classification (grd, veg, bld) building and tree models (rendered in blender)
9 AddOn PC EDITOR INTERACTIVE 3D POINT CLOUD VIEWING AND EDITING VIEWING EDITING AOI selection: rectangluar subsets and cross sections (user defined swath-width) mouse over reports on point coordinates and attribute values powerful colorization options: discrete color, RGB, color histogram stretching, various and easy to modify color palettes point scaling and exaggeration anaglyph mode selection of points (box or polygon) constrain the selection to certain classes brush tool reclassification and deletion of points shortcuts (e.g. color presets, AOI scrolling) MEASUREMENT measurement of point distances colorization examples identification of TLS target (for registration) distance: 9.04 xy: 5.73 z: 7.00 measurement of point distances reclassification of points
10 AddOn Terrain Analysis TOOLS FOR DIGITAL TERRAIN ANALYSIS LOCAL MORPHOMETRY point cloud morphometry based on nearest neighbor search or triangulation SHADING advanced grid shading options useful for cartography slope, aspect, curvature and hillshading SURFACE ROUGHNESS surface roughness measures based on local plane fitting (nearest neighbor search or block-based) multidirectional illumination masking by slope threshold (optional) SINK FILLING interactive sink filling minimum / maximum elevation difference, deviation index and standard deviation color coded point cloud, surface roughness surface roughness and shading of road junction analytical hillshading rock shading
11 SERVICES Analysis of solar potential calculation of direct and diffuse radiation components consideration of nearby (buildings, vegetation) and distant (mountain range) shadows output in kwh/m², rectified with meteorological data analysis of single buildings, municipalities, federal states Pointcloud classification bare earth extraction classification of ground, buildings and vegetation feature extraction Forest inventory tree density tree height tree cover crown length stem volume / biomass stand structure / fragmentation surface roughness of the terrain Road inventory precise localization of traffic signs, hydrants, manhole covers, trees, road markings... detection of multitemporal changes like road surface subsidence or new constructions / reconstructions inventory of residential streets accurate determination of height limitation and road width transport planning Simulation models for natural hazards rockfall avalanches debris flows flooding range of windthrow Software and data processing LASERDATA LIS setup (hard- and software) data preprocessing, data import automation of workflows professional training
12 FEATURES EARTH SCIENCES - CONSTRUCTION - PLANNING - ARCHEOLOGY - ENERGY - FORESTRY DATA MANAGEMENT data import / export - various formats multitemporal management of LiDAR point data and raster data multiple point attributes, powerful query options DATA ACCESS file-based and database access seamless access to point and raster data stored in LIS Server, incl. tiled export on-the-fly point cloud thinning and point to raster conversion (database export) various export formats (point, raster, TIN) QUALITY ASSURANCE / CONTROL data statistics, point densities, point gaps strip-to-strip difference analyses strip validation against control points VISUALIZATION 2D map views 3D viewers (raster, TIN, shapefiles, point clouds) powerful colorization options CROSS SECTIONS queries of cross sections (point and raster, interactive and non-interactive) cross section plotting and distance measurement cross sections from contours POINT CLOUD TOOLS various point cloud to grid conversion methods (incl. descriptive statistics, TIN) point cloud elevation differences (point to TIN) conversion of height slices to contours assignment of RGB values from orthophotos RGB to HSV color space conversion removal of tile overlaps FILTERING outlier removal (low and air points) morphological filters progressive morphological filter for DTM generation point cloud classification and slicing by height offset to grid surface THINNING 2D Delaunay thinning of point clouds 2D block thinning, various methods 3D block thinning, various methods POINT CLOUD ANALYSIS feature calculation: height features, density features, local plane features, eigenvalue features feature statistics: minimum, maximum, mean, standard deviation CLASSIFICATION point cloud segmentation: least-squares and robust plane fitting region growing: constrained by up to four features, includes interactive version classification: unsupervised, supervised, and rule-based (e.g. ground/vegetation/building) FEATURE EXTRACTION raster datasets (e.g. bare earth, forest mask) 2D and 3D shapefiles (e.g. building footprints) shapefile extrusion (e.g. building models) POINT CLOUD 3D EDITOR powerful colorization options deletion and classification of points distance measurements GRID TOOLS ndsm creation interactive grid manipulation (object removal) grid to TIN conversion TERRAIN ANALYSIS point cloud morphometry (slope, aspect, curvature, shading) advanced shadings useful for cartography various measures of surface roughness AUTOMATION automation of workflows by scripting access to over 500 SAGA / LIS modules
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