Description
Specifications
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Hardware/software requirements
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RAM [GB]
16
HD [GB]
1
Use of GPU
N
Processor
[]
Stereo Display
Y
-
Other
-
Support
Yes: online/phone
Typical applications
GIS, Engineering, Photogrammetry
Distinguishing features
Landscape™ edits large terrain point clouds such as LiDAR and offers tools for viewing stereo imagery, modifying points and generating new data based on points.
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Files and Registering
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Input formats
Lidar Files LAZ, LAS 1.4 TerraScan Files (*.bin,*.prj) Summit DTM Files (*.sdtm) BIL Files (*.bil, *.hdr) ENVI DEM Files (*.hdr) ESRI Grid (*.asc, *.grd, *.adf) SDTS (*CATD.DDF) USGS DEM (*.dem) CAD Files (*.dxf) Shapefiles (*.shp) DTED (*.dt0, *.min, *.max, *.avg) Text Files (*.txt, *.xyz, *.*) SDT DiAP Files (*.sdt) ERDAS IMG Files(*.img) PCI PIX Files(*.pix) Leica PTS Files(*.pts) Tif DTM files(*.tif, *.tiff) Zipped LIDAR Files (*.laz)
Output formats
LAZ, non-wavelength LAS
Geo-referencing
Y
Automatic Target Detection
N
Stitching multiple scans
N
-
Pre-processing and Automatic Filtering
-
Image matching facilities
N
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
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Interoperability
-
CAD software
AutoCAD, MicroStation, ArcGIS
Hydrological software
N
Assigning colour from imagery to points
Y
Image overlay on TIN
N
Integration with other data types
Engineering Drawings
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General
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Year of last update
2016
Year of initial introduction
2007
Modules
LandscapeCapture ContourPoint TranslatorCapture for AutoCAD and MicroStation
Source of Point Clouds
Airborne Lidar, Photogrammetric, Radar
Supported Systems
- LAZ format, both read and write.- LAS 1.4 formats. All LAS 1.4 formats can be read, but only the non-waveform formats are writeable. Forexample, Landscape can read, but can’t edit and write a waveform LAS 1.4 file. Use Point Translator toconvert the waveform file to a non-waveform file before using it in Landscape
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Analysis
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Line of sight
N
Aspect and slope
Y
Individual tree heights
N
Simulation facilities
No
Time series analysis
N
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Automatically Generated Products
-
Regular Grid DEMs
Y
Cross sections
Y
TIN
N
Contour Lines
Y
Break lines
N
Boundary detection of solids
N
Building footprints
N
Building roofs
N
3D City modelling
No
-
Solid Modelling
-
Lines
N
Planes
N
Cubes
N
Spheres
N
Cylinders
N
NURBS
N
Industrial features
No
Earth surface features
No
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Visualisation and Editing
-
Zoom, pan and rotate
Y
Fly-throughs
N
Adding Points
Y
Removing Points
Y
Point Reduction
Y
