Description
Specifications
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Feature Extraction and Mapping
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Mapping facilities
Y
Semi-automatic corner point extraction
N
Semi-automatic line feature extraction
N
Semi-automatic building extraction
N
3D superimposition
Y
Integration with scanned maps
Y
Integration with 2D vector maps
Y
Integration with 3D vector maps
Y
Integration with point clouds
Y
Automatic texturing
Y
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Required Computer System
-
System includes hardware
N
Operating system(s)
Windows XP, 7, 8, 10 (32 or 64 bit)
CPU (min.)
2.5GHz
CPU (preferred)
4.2GHz
Min. RAM memory [Mb]
4000
Preferred RAM memory [Mb]
16000
Min. graphic card
NVIDIA Quadro
Supported special hardware
joysticks; 3D mouse; hand/foot wheels; Z screen; Planar; DTI; stereo LCDs
User definable operations and extensions
scripts; macros; C; C++
Distributed processing capacity
Y
GPU based calculations
N
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Images and data
-
Source data
satellite, aerial and ground-based; pushbroom (e.g. ADS40 or satellite); composite; metric and small frame cameras
Input image formats
all major formats
Export data formats
many; DGN; DXF; DWG; ASCII; LAS; XML
Scanned analogue Aerial Photos
Y
Digital Aerial Nadir Frames
Y
Oblique Images
Y
Linear array sensors
Y
Optical Satellite Images
Y
UAS Images
Y
Radar Images
Y
-
DEMs & Orthoimages
-
Automatic matching
area-based; least squares; cross-correlation; hierarchical
Automatic breakline extraction
N
Checking facilities (DEM editing)
Y
Automatic contour generation
Y
Mosaicing of orthoimages
Y
True orthoimage generation
Y
Dense DSM creating capability
Y
DSM to DTM filtering
Y
Automatic seam line creation
N
Dense Image Matching
Y
-
Viewing System
-
Min. display memory [Mb]
256
Pref. display memory [Mb]
256
Resolution
1024x768 upwards
Method of stereo image separation
anaglyph; split screen; page flipping (passive or active); auto-stereo; line/column interleaved; mirorred beamsplitter
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General
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Year of introduction
2000
Year of last update
2016
Modular
base mapping; softcopy base; raster; 3D stereo; orthophoto; autocorrelation; AT; mass data
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Orientation and triangulation
-
Automatic interior
Y
Relative
Y
Automatic aerotriangulation
Y
Automated blunder detection
Y
Self calibration
N
Automatic Relative
Y
images simultaneously processed
Y
-
Measurement tools
-
Length
Y
Area
Y
Volume
Y
-
Image manipulation & processing
-
Automatic contrast manipulations
Y
Spatial convolution
Y
Radiometric corrections
Y
Radiometric adjustment for mosaicing
Y
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More information
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Main applications
fully integrated LiDAR in stereo photogrammetry; processes thousands of orthophotos fully automatically using distributed processing; very fast image and point cloud processing including close range; powerful mapping capabilities.
Distinguishable features
powerful; cost effective; highly efficient; full support of LiDAR (point cloud) data in stereo; 3D city modelling