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.
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