RIEGL RiSCAN PRO
$ 0,00
With RiSCAN PRO 2.0 RIEGL’s well established Operating & Processing Software for 3D Laser Scanners starts a new area.
The 64-bit architecture, geo-referencing support of GeoSysManager 2.0, as well as support for Ultra High Definition (UHD) displays offer new possibilities and speed up processing.
Description
With RiSCAN PRO 2.0 RIEGL’s well established Operating & Processing Software for 3D Laser Scanners starts a new area.
The 64-bit architecture, geo-referencing support of GeoSysManager 2.0, as well as support for Ultra High Definition (UHD) displays, offer new possibilities and speed up processing. The interface has received a fresh new look to provide a simpler and cleaner user experience.
RiSCAN PRO is the companion software for RIEGLTerrestrial 3D Laser Scanner Systems. RiSCAN PRO is project orientated, i.e., the entire data acquired during a measurement campaign are organized and stored in RiSCAN PRO’s project structure. These data include scans, fine scans, digital images, GPS data, coordinates of control points and tie points, and all transformation matrices necessary to transform the data of multiple scans into a common well-defined coordinate system.
RiSCAN PRO is designed to optimize the acquisition workflow in the field and provides the tools for visual inspection of overall completeness of data coverage in 3D right after acquisition. In addition to data acquisition, it provides a variety of functions for data processing.
The design of RiSCAN PRO´s project structure enables smooth data transfer to numerous third party post-processing packages. The XML-based project file structure is published and well-documented thus enabling open access to all project information in an easy way.
Different license levels and plugin module licenses allow an adaption to the user-specific requirements.
Additional information
| Year of last update | 2019 |
|---|---|
| Line of sight | N |
| Contour Lines | Y |
| Break lines | Y |
| Boundary detection of solids | Y |
| Building footprints | N |
| Building roofs | N |
| Lines | N |
| Planes | Y |
| Cubes | N |
| Spheres | Y |
| Cylinders | Y |
| NURBS | N |
| Aspect and slope | N |
| Cross sections | Y |
| Individual tree heights | N |
| Time series analysis | Y |
| Assigning colour from imagery to points | Y |
| Image overlay on TIN | Y |
| Integration with other data types | Yes |
| Support | Yes |
| Typical applications | terrestrial laser scanning |
| Distinguishing features | data acquisition, registration, filtering |
| Training | Y |
| Brand | RIEGL |
| Addres | RIEGL Riedenburgstrasse 48 3580 Horn Austria |
| TIN | Y |
| Regular Grid DEMs | N |
| Year of initial introduction | 2003 |
| Fly-throughs | Y |
| Source of Point Clouds | Outdoor TLS, Indoor TLS |
| Supported Systems | RIEGL Laser Scanner |
| RAM [GB] | 1.024 |
| HD [GB] | 100 |
| Processor | [] |
| Stand-alone | Yes |
| Input formats | ASCII, LAS, jpg, tif, bmp, rxp, rdd, 3dd, vtp |
| Output formats | ASCII, dfx, ptc, LAS, WRL, pts, ptx, dm, pod |
| Automatic Target Detection | Y |
| Stitching multiple scans | Y |
| Zoom, pan and rotate | Y |
| Adding Points | N |
| Volume | Y |
| Removing Points | Y |
| Point Reduction | Y |
| Image matching facilities | N |
| Removal of individual outliers | Y |
| Removal of vegetation | Y |
| Removal of buildings | Y |
| Bare ground DEM generation | Y |
| 3D Coordinates extraction | Y |
| Length and Height | Y |
| Angle | N |
| Distance | Y |
| Area | Y |
| URL |
