Co-registration with SNAP
From AWF-Wiki
(Difference between revisions)
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* Check '''Save as''' and select GeoTIFF from drop downlist | * Check '''Save as''' and select GeoTIFF from drop downlist | ||
[[File:snap_datatype_io.png|400px]] [[File:snap_datatype_params.png|400px]] | [[File:snap_datatype_io.png|400px]] [[File:snap_datatype_params.png|400px]] | ||
| − | * Load ''clip_ebee_ortho_align.tif'', ''clip_mavic_ortho_align.tif'' and '' | + | * Load ''clip_ebee_ortho_align.tif'', ''clip_mavic_ortho_align.tif'' and ''collocate_Cnv.tif'' into QGIS and check the geometric quality of the coregistration. |
[[Category:SNAP Tutorial]] | [[Category:SNAP Tutorial]] | ||
[[Category:Tutorials]] | [[Category:Tutorials]] | ||
Revision as of 16:50, 4 November 2019
- Start SNAP Desktop
- File --> Open Product... Browse and mark UAS ortho mosiacs. \geodata\uas\clip_ebee_ortho_align.tif is the master image and \geodata\uas\clip_mavic_ortho_align.tif is the slave image. Open or drag and drop marked files from Windows File Explorer into the SNAP Product Explorer tab.
- Mark the slave image clip_mavic_ortho_align.tif in ToC. Raster --> Subset --> Band Subset. Check only band_1.
- Repeat this step for band_2 and band_3 creating separated single bands of the slave image .
- Raster --> Geometric operations --> GeFolki Co-registration.
- Define I/O Parameters and Processing Parameters:
- Click Run.
- Repeat this step for band_2 (subset_1) and band_3 (subset_1). Adjust processing parameters for each band, accordingly.
- Create a stack of all coregistered single bands. Raster --> Geometric operations --> Collocation
- Raster --> Data Conversion --> Convert Datatype
- Check Save as and select GeoTIFF from drop downlist
- Load clip_ebee_ortho_align.tif, clip_mavic_ortho_align.tif and collocate_Cnv.tif into QGIS and check the geometric quality of the coregistration.
