Home Polska
  Rozwiązania
Produkty
Wsparcie – Serwis
O nas
Kontakt   Polska
 
Rozwiązania  
 
Lotnictwo
 
 
Rolnictwo
 
 
Zarządzanie nieruchomościami
 
 
Motoryzacja
 
 
Budownictwo
 
 
Kataster
 
 
Inżynieria
 
 
 Lotniska i stadiony
 
 
 Mosty
 
 
 Porty i nabrzeża
 
 
 HDS
 
 
  AutoPLANT Retrofit Workflow
 
 
  Feature Code an Intersection Workflow
 
 
  Accurate As-built Workflow
 
 
 Elektrownie wodne
 
 
 Duże projekty budowlane
 
 
 Elektrownie i rafinerie
 
 
 Kolej
 
 
 Drogi
 
 
 Sewage collection
 
 
 Sites
 
 
 Pomiary w tunelach
 
 
 Zaopatrzenie w wodę
 
 
Kryminalistyka i bezpieczeństwo publiczne
 
 
Przemysł
 
 
Górnictwo i wydobycie
 
 
Monitoring
 
 
Inne
 

Feature Code an Intersection Workflow

Code an Intersection Perfectly... The First Time
Civil/Survey Question: How do I create a topographic map from point clouds?
Civil/Survey Workflow:

Surveyors are often asked to create maps of areas that may be hazardous to occupy, costly to re-visit, or simply a challenge to survey due to the site's detail and complexity. For these projects and others, laser scanning often provides a better way to capture the area. Leica Geosystems HDS LLC's latest software, it's easy to process laser scans into typical survey deliverables.

There are two popular ways to extract point and line data from a geo-referenced point cloud:
 
1. Utilize your favorite CAD application such as Autodesk Land Desktop, MicroStation InRoads or Bentley GEOPAK. Using Leica Geosystems HDS, Inc.'s CloudWorx software, the geo-referenced point cloud would be accessed and visualized right in your CAD environment. CAD operators can use all the familiar tools to create planimetric or topographic maps (including contours) by overlaying points, lines, and symbols directly on the point cloud features.
 
 
 
2. Extract features directly from point cloud using Cyclone software's Virtual Surveyor tool and then export these feature codes as a standard ASCII format into the surveying software of your choice. If you are using AutoCAD- or MicroStation-based platforms, the original raw point cloud can also be brought in (via CloudWorx) to verify the feature extractions and add detail to the existing topographic representation.