| Brand |
Tiltan |
| - Type/name of software |
TLiD - Automatic, stand alone, LiDAR processing Product |
| - Year of Introduction |
39479 |
| - Main type of users (max. 5) |
Lidar operators, Surveying companies, Lidar data processing outfits, Power line companies, Urban Forest mapping companies |
| - Design philosophy[2] |
Automatic point clasification and GIS layers extractionfrom from Geo-Refferenced point cloud |
| - Geo-referencing of raw data (y/n)[3] |
no |
| - Training support (y/n) |
yes |
| - Platform Requirements[4] |
Minimum requirements:CPU – Pentium 4; RAM – 1 GB; Disk Space – 150MB for installation (disk space required during operation depends on the project data); Operating System – Windows 2000, Windows XP, Vista or Windows 7 |
| - Min. size of display (pixels) |
no minimum |
| - Additions to standard hardware[5] |
Any video card the supports Direct X 9 and up. |
| - Standalone (y/n(parent package))[6] |
yes |
| - Max. # points to be processed |
4x109 |
| - TIN creation [y/n] |
yes |
| - Interactive removal/insertion of (groups of) points (y/n)[7] |
yes, direcly through TLID interfac |
| - Automatic point thinning (y/n) |
yes |
| - Automatic filtering (y/n)[8] |
yes |
| - Contour lines generation (y/n) |
yes |
| - Cross sections generation (y/n) |
yes |
| - Break line detection (y/n) |
no |
| Extraction of individual trees (y/n) |
yes, extraction and mesurement of height,radius and coordinates for each tree. |
| Extraction of forest canopy |
yes |
| Automatic bare ground detection (y/n) |
yes |
| - Feature extraction[9] |
Buildings, trees, power lines, power poles, power line connction points. |
| - Line of sight (y/n) |
using additional tool |
| - Slope analysis (y/n) |
yes |
| - Volume analysis (y/n) |
using additional tool |
| - Simulations[10] |
no |
| - Reflected signal intensity (y/n) |
yes |
| - Altitude colouration (y/n) |
yes |
| - Multi-layering (y/n) |
yes |
| - Hill shading (y/n) |
yes |
| Automatic draping of aerospace imagery (y/n) |
yes |
| - Airborne Lidar systems[11] |
Georeferenced point cloud from all systems |
| - Data Import Formats |
LAS, TXT, BIN |
| - Data Export Formats |
Point cloude - LAS,TXT BIN; DEM and DSM - Global Mapper Grid GMG, BIL, Erdas Imagine IMG, Surfer ASCII Grid GRD, Surfer Binary Grid v6 and v7 GRD, USGS ASCII DEM, XYZ ASCII Grid, Arc Info ASCII Grid ASC, GeoTIFF Elevation; Building and power line Vectors - SHP and DXF; Tree list - CSV; power pole list - CSV; Intensity Orthophoto - GeoTIFF, JPG, PNG, Erdas Imagine IMG, BMP, ECW. |
| Remarks [max. 25 words][12] |
For automatic extraction of all building roof surfaces minimum LiDAR density of 7 points per meter is recommended. |
