SOCET GXP® geospatial analysis capabilities
SOCET GXP automates geospatial analysis and production to simplify tedious processing tasks.
Triangulation
Triangulation is a complex mathematical process that uses sophisticated algorithms to determine the location of an object or location based on surrounding reference points. SOCET GXP automates this complex geospatial production process to ensure that all objects in an image, such as buildings, bridges, roads, and other features are represented accurately and are in correct proportion to each other. The software calculates measurements and corrects errors for multiple images simultaneously, producing results in a fraction of the time compared to traditional triangulation processes.
Learn more about Multi-sensor Triangulation >>
SOCET for ArcGIS® module
Interface between SOCET GXP and ArcMap® applications
- Offers SOCET GXP stereo viewport in ArcGIS® environment.
- Use ESRI or SOCET SET 3-D tools for feature collection and editing in ArcMap®.
- Define advanced style sheets and feature queries.
- Apply stereoscopic imagery to ensure precise 3-D measurement.
- Auto-attribute features from image source metadata: date, time, CE, LE, and sensor.
- Create highly accurate 3-D-enabled GIS databases for viewing and editing.
Learn more about SOCET for ArcGIS >>
Terrain extraction functionality
Automatic terrain generation, visualization, and editing
- Create high-quality digital terrain models from a wide range of imagery.
- Default settings allow novice users to start working immediately.
- Next-Generation Automatic Terrain Extraction (NGATE) high-resolution surface modeling allows for terrain and surface modeling down to the pixel level; reduces editing time by more than 30 percent.
- 3-D graphical visualization, including contours, profiles, points, and mesh.
- Interactive terrain editing including points, geomorphic lines, and polygons.
Learn more about Automatic terrain generation (ATG) >>
Mosaic Manager module
Automated large-area-coverage orthomosaic production
- Create orthomosaics, orthomosaic sheets, or tiles, and individual orthophotos using georeferenced imagery and terrain data.
- Image balancing and seamline editing.
- Automated seamline generation, feathering, and image balancing for nearly seamless output products.