I am quite sympathetic. All the different file formats for remote sensing data can be quite a challenge. I would check if GeoTiff's are available for this scene. Historically GeoTiff was the format GLCF distributed data in. As far as I can tell here is what your header (hdr) file should look like for bands 1-5 and 7 (will need a separate hdr file for each band).Image BSQ header filenrows 6951ncols 7871nbands 1nbits 8layout bsqskipbytes 0ulxmap 210000.000 ulymap 8505000.000xdim 30ydim 30Here is the info I extracted from the metadata for the reflectance bands (1-5 & 7).nrows - PRODUCT_SAMPLES_REF = 7871 (Can't remember if this is row or col)ncols - PRODUCT_LINES_REF = 6951 (Can't remember if this is row or col) ulxmap - PRODUCT_UL_CORNER_MAPX = 210000.000 (Looks like UTM coord for zone -20) ulymap - PRODUCT_UL_CORNER_MAPY = 8505000.000 (Looks like UTM coord for zone -20) xdim - GRID_CELL_SIZE_REF = 30.000000ydim - GRID_CELL_SIZE_REF = 30.000000Here is where it gets tricky. The data is band-sequential so when you import bands 6H, 6L (thermal) and 8 (panchromatic) you will need to change the header info to reflect different row,column dimensions and cell resolutions. The suffix in the metadata for bands 1-5 & 7 - "REF", for 6L and 6L - "THM", and band 8 - "PAN". As soon as you get this working I would export each band into a grid and then use MAKESTACK (available in raster calculator) to make an image stack for multispectral viewing.
Angemeldete Mitglieder können Beiträge verfassen, Updates folgen und mehr. Neu hier? Registriere ein kostenloses Konto.
Find useful guides, FAQs, and documents to help you navigate and make the most of Esri Community.