// Warp four of the half-resolution input images
// usage: Panorama sphrWarp input.tga output.tga f [k1 k2]
Panorama sphrWarp pano1_0008.tga warp08.tga 595 -0.15
Panorama sphrWarp pano1_0009.tga warp09.tga 595 -0.15
Panorama sphrWarp pano1_0010.tga warp10.tga 595 -0.15
Panorama sphrWarp pano1_0011.tga warp11.tga 595 -0.15

// Generate features
Features computeFeatures warp08.tga warp08.f
Features computeFeatures warp09.tga warp09.f
Features computeFeatures warp10.tga warp10.f
Features computeFeatures warp11.tga warp11.f

// Compute matches
Features matchFeatures warp08.f warp09.f 0.8 match-08-09.txt 2
Features matchFeatures warp09.f warp10.f 0.8 match-09-10.txt 2
Features matchFeatures warp10.f warp11.f 0.8 match-10-11.txt 2

// Align the pairs using feature matching:
// usage: Panorama alignPair input1.tga input2.tga nRANSAC RANSACthresh
Panorama alignPair warp08.f warp09.f match-08-09.txt 200 1
Panorama alignPair warp09.f warp10.f match-09-10.txt 200 1
Panorama alignPair warp10.f warp11.f match-10-11.txt 200 1
// ** NOTE: if using SIFT features and matches for debugging, use:
// Panorama alignPair warp08.key warp09.key match-08-09.txt 200 1 sift

// Finally, blend these four images together
// usage: Panorama blendPairs pairlist.txt outfile.tga blendWidth
// assume the output from previous command was saved in pairlist4.txt
Panorama blendPairs pairlist4.txt stitch4.tga 200