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Workspace Toolbar

In this paragraph we will explain the basics of the workspace toolbar.

In depth will be explained in separate chapters of this paragraph.

The Workspace toolbar can be divided in tools for analyzing, processing and measurements.


1. Workspace toolbar

Step 1 screenshot

2. Historical imagery

This option is available if you have imagery from the same area of interest that you wish to use for comparison, analysis and further processing.

Step 2 screenshot

3. Image Comparison

This option gives the user the possibility for a visual comparison of 2 images.

Step 3 screenshot

4. Image Co-Registration

This option can be used for rectifying errors of imagery in the same area of interest.

Step 4 screenshot

5. Bundle Adjustment

This option can be used for to minimizing the reprojection error between the image locations of observed and predicted image points. This feature only currently supports data from Airbus with RPC metadata.

Step 5 screenshot

6. Optical Change Detection

This option can be used to do a change detection on optical imagery.

Step 6 screenshot

7. SAR Change Detection

This option can be used to do a change detection on SAR imagery.

Step 7 screenshot

8. Raster Mosaicking

This option can be used to raster multiple layers into one mosaic layer.

Step 8 screenshot

9. Union Vector Layers

This boolean option combines the two layers together as a seamless mesh and removes any overlapping geometry.

Step 9 screenshot

10. Vector Layers Intersection

This boolean option will result in a mesh created only in areas where the two layers overlap. It will remove all sections of the two layers that do not overlap.

Step 10 screenshot

11. Vector Layers Difference

This boolean option will remove the background layer from the foreground layer to cut away any section of the foreground that overlaps with the background layer. It will create new faces to close the area where the background layer cuts through the foreground.

Step 11 screenshot

12. Band Mathematics

This option can be used to analyze and process imagery that contains band information.

Step 12 screenshot

13. Measure Length

This option can be used for measure length of an object on the map.

Step 13 screenshot

14. Measure Ground Length

This option can be used for measure length of an object on a map with height information.

Step 14 screenshot

15. Measure 3D Objects

This option can be used for measure length of 3D models projected on the map.

Step 15 screenshot

16. Measure Area

This option can be used for measurement of an area on the map.

Step 16 screenshot

17. Measure Radius

This option will create a radius from the selected point on the map.

Step 17 screenshot

18. Measure Bearing

This option will create a bearing from a selected point using taking the grid North into consideration.

Step 18 screenshot

19. Measure Angle

This option will create an angle in degrees for every line segment created on the map.

Step 19 screenshot