(Will be uploaded soon)
Vector data processing
- Clip vector data (i.e. for your city, region, neighbourhood, school)
- Merge vector data (merge line, point or polygon data – combine information)
- Join attributes (link table information to shapefiles, i.e. from a field activity)
- Buffer from lines and points (extract exclusion or influence zones)
- Dissolve polygons (simplify geographical information)
- Interpolation using point data (links to mathematics and geometry)
- Measure distances (Euclidean and 3D distances)
- Vectorizing rasters (transform vector data to continuous raster surfaces)
Raster data processing
- Clip raster data (i.e. for your city, region, neighbourhood, school)
- Reclassify raster data (change values in raster files)
- Rasterize vector data (transform raster surfaces to polygons, lines or points)
- Extract Slopes from a Digital Elevation Model (DEM)
- Extract Aspect from a Digital Elevation Model (DEM)
- Hillshade from a Digital Elevation Model (DEM)
- Map algebra for raster data (mathematical operations for rasters)
Working with 3D Surfaces
- Create 3D Surfaces for physical, economic and societal variables
Multiple-criteria problem-solving
- Environmental and Disaster Risk Management
- Location-Allocation and Site-Prospecting Problems
- Least-Cost Path tools and how the GPS work
