Mapping & GIS
After the recording, the images are, if necessary, post-processed and merged into a geographically correct 3D model. From this 3D point cloud we export the the orthogonal projection of that 3D set into a GEO Tiff image that can used in your GIS.
![](https://primary.jwwb.nl/public/h/i/z/temp-kacegqjkugtqgwzgazxw/Recording-MarkerWadden-1.gif?enable-io=true&enable=upscale&crop=1124%2C750%2Cx1%2Cy0%2Csafe&width=406&height=271)
Raw recording.
![](https://primary.jwwb.nl/public/h/i/z/temp-kacegqjkugtqgwzgazxw/kgaswq/3DModell2-1.jpg?enable-io=true&enable=upscale&crop=1578%2C796%2Cx1%2Cy0%2Csafe&width=529&height=267)
3D GEO Referenced Point Cloud.
![](https://primary.jwwb.nl/public/h/i/z/temp-kacegqjkugtqgwzgazxw/Result-in-GIS-1.gif?enable-io=true&enable=upscale&crop=1576%2C1039%2Cx0%2Cy0%2Csafe&width=960&height=633)
Result in GIS system.
Specifications:
Product | Sensor Type | Bits | Resolution [m/pixel] | Typical Map Size [ha] |
---|---|---|---|---|
RGB Color GEO Tiff | CMOS | 10 | 0.07 | 1000-5000 |
NIR GEO Tiff (Red Edge, 695nm, 735nm, 808nm, 850nm) | CCD | 12 | 0.10 | 1000-5000 |
TIR GEO Tiff (Thermal Infrared) | Uncooled VOx Microbolometer | 16 | 0.35 | 1000-5000 |
Hyperspectral Image (430-960nm, Δλ 3nm) | CMOS | 14 | 0.20 | 10-100 |
SWIR (950-1700nm) | Cooled InGaAs | 16 | 0.4 | 1000-5000 |