// comments are given with c++ style
// keywords specify the type of data you should get from each item
//  Upper half of this matrix gives correspondences
(CORRESPONDENCE_MATRIX  4 4
0.0 1.0 1.0 1.0
0.0 0.0 0.0 0.0
0.0 0.0 0.0 0.0
0.0 0.0 0.0 0.0
)
// For the number of images specified above 0..N-1, each one 
// has a file name, given by a string
(IMAGE_FILE_0 "w0.fts")
(IMAGE_FILE_1 "w1.fts")
(IMAGE_FILE_2 "w2c.fts")
(IMAGE_FILE_3 "w3c.ftso")
//  For each 1 entry in the correpondence matrix there is 
// control point, and it corresponds the the same point in the
// sister matrix
//
// This matrix is the set of points from image 3 that have corresponding 
// points in image 0
(CORRESPONDENCES_3_0 11 2
// 11 correspondences with 2 coordinates each (it's a matrix)
264 105  
369  84 
257 252  
367 239  
248 385
361 384
152 141
146 242
525  70
530 197
509 382
)
// This matrix is the set of points from image 0 that have corresponding 
// points in image 3, it has a sister matrix given above (must be same size)
(CORRESPONDENCES_0_3 11 2
134  10
231   8  
132 128 
231 127
130 233
232 231
12  20
11 110
350  22
353 109
340 230
)
// 0 to 1 correspondences
(CORRESPONDENCES_0_1 13 2
434   6
451 136
540 125
550  21
542 222
563 270
454 216
355 244
402 295
535 216
563 267
565 282
566 306
)
// 1 to zero correspondences
(CORRESPONDENCES_1_0 13 2
81  72 
106 227
210 203
218  69
212 328
243 383
110 325
9 360
63 418
203 322
243 383
246 399
248 429
)
// 0 to 2 correspondences
(CORRESPONDENCES_0_2 12 2
256 164
313 165
256 196
313 192
145 246
218 246
145 342
218 342
30 221
16 362
3 249
2 340
)
// 2 to 0 correspondences
(CORRESPONDENCES_2_0 12 2
428 107
489 109
425 142
488 141
302 195
382 197
296 299
376 300
174 163
155 317
140 192
139 293
)
// this gives the image domain into which the others should be mapped.
// I.e. the mosaic is from this point of view.
(TARGET_IMAGE 1)
// This is the file name for the output.  Could be anything indicated 
// by this string
(OUTPUT_FILE_NAME "mosaic_out.tif")