spandsp  3.0.0
v34_tx_pre_emphasis_filters.h
1 /* THIS FILE WAS AUTOMATICALLY GENERATED - ANY MODIFICATIONS MADE TO THIS
2  FILE MAY BE OVERWRITTEN DURING FUTURE BUILDS OF THE SOFTWARE */
3 
4 static const float v34_tx_pre_emphasis_filters[6][2][10][16] =
5 {
6  {
7  {
8  { /* Baud rate 2400, low carrier filter 1, 2dB boost */
9  0.02449,
10  -0.08205,
11  0.16418,
12  -0.24363,
13  0.27567,
14  -0.21563,
15  -0.03312,
16  0.62986,
17  0.62986,
18  -0.03312,
19  -0.21563,
20  0.27567,
21  -0.24363,
22  0.16418,
23  -0.08205,
24  0.02449
25  },
26  { /* Baud rate 2400, low carrier filter 2, 4dB boost */
27  0.05522,
28  -0.18770,
29  0.38121,
30  -0.57609,
31  0.67828,
32  -0.59420,
33  0.15708,
34  0.62737,
35  0.62737,
36  0.15708,
37  -0.59420,
38  0.67828,
39  -0.57609,
40  0.38121,
41  -0.18770,
42  0.05522
43  },
44  { /* Baud rate 2400, low carrier filter 3, 6dB boost */
45  0.09296,
46  -0.31937,
47  0.65377,
48  -0.99381,
49  1.18381,
50  -1.06383,
51  0.39196,
52  0.61891,
53  0.61891,
54  0.39196,
55  -1.06383,
56  1.18381,
57  -0.99381,
58  0.65377,
59  -0.31937,
60  0.09296
61  },
62  { /* Baud rate 2400, low carrier filter 4, 8dB boost */
63  0.13901,
64  -0.48233,
65  0.99355,
66  -1.51474,
67  1.81317,
68  -1.64127,
69  0.67832,
70  0.60393,
71  0.60393,
72  0.67832,
73  -1.64127,
74  1.81317,
75  -1.51474,
76  0.99355,
77  -0.48233,
78  0.13901
79  },
80  { /* Baud rate 2400, low carrier filter 5, 10dB boost */
81  0.19503,
82  -0.68333,
83  1.41556,
84  -2.16203,
85  2.59318,
86  -2.34781,
87  1.02498,
88  0.58161,
89  0.58161,
90  1.02498,
91  -2.34781,
92  2.59318,
93  -2.16203,
94  1.41556,
95  -0.68333,
96  0.19503
97  },
98  { /* Baud rate 2400, low carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
99  -0.00126,
100  0.00535,
101  -0.00955,
102  0.01354,
103  -0.03745,
104  0.10782,
105  -0.23136,
106  0.65286,
107  0.65286,
108  -0.23136,
109  0.10782,
110  -0.03745,
111  0.01354,
112  -0.00955,
113  0.00535,
114  -0.00126
115  },
116  { /* Baud rate 2400, low carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
117  -0.00223,
118  0.00853,
119  -0.01104,
120  0.00682,
121  -0.03339,
122  0.13395,
123  -0.28507,
124  0.68233,
125  0.68233,
126  -0.28507,
127  0.13395,
128  -0.03339,
129  0.00682,
130  -0.01104,
131  0.00853,
132  -0.00223
133  },
134  { /* Baud rate 2400, low carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
135  -0.00305,
136  0.01068,
137  -0.00953,
138  -0.00455,
139  -0.02636,
140  0.16243,
141  -0.34491,
142  0.71512,
143  0.71512,
144  -0.34491,
145  0.16243,
146  -0.02636,
147  -0.00455,
148  -0.00953,
149  0.01068,
150  -0.00305
151  },
152  { /* Baud rate 2400, low carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
153  -0.00369,
154  0.01171,
155  -0.00487,
156  -0.02050,
157  -0.01716,
158  0.19496,
159  -0.41276,
160  0.75209,
161  0.75209,
162  -0.41276,
163  0.19496,
164  -0.01716,
165  -0.02050,
166  -0.00487,
167  0.01171,
168  -0.00369
169  },
170  { /* Baud rate 2400, low carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
171  -0.00415,
172  0.01154,
173  0.00309,
174  -0.04091,
175  -0.00680,
176  0.23360,
177  -0.49091,
178  0.79425,
179  0.79425,
180  -0.49091,
181  0.23360,
182  -0.00680,
183  -0.04091,
184  0.00309,
185  0.01154,
186  -0.00415
187  }
188  },
189  {
190  { /* Baud rate 2400, high carrier filter 1, 2dB boost */
191  -0.00619,
192  0.01433,
193  -0.03607,
194  0.05160,
195  -0.09259,
196  0.14212,
197  -0.30701,
198  0.72472,
199  0.72472,
200  -0.30701,
201  0.14212,
202  -0.09259,
203  0.05160,
204  -0.03607,
205  0.01433,
206  -0.00619
207  },
208  { /* Baud rate 2400, high carrier filter 2, 4dB boost */
209  -0.01283,
210  0.02848,
211  -0.06907,
212  0.08920,
213  -0.15132,
214  0.21301,
215  -0.46042,
216  0.84199,
217  0.84199,
218  -0.46042,
219  0.21301,
220  -0.15132,
221  0.08920,
222  -0.06907,
223  0.02848,
224  -0.01283
225  },
226  { /* Baud rate 2400, high carrier filter 3, 6dB boost */
227  -0.02067,
228  0.05355,
229  -0.11839,
230  0.14798,
231  -0.23822,
232  0.32828,
233  -0.66452,
234  0.98865,
235  0.98865,
236  -0.66452,
237  0.32828,
238  -0.23822,
239  0.14798,
240  -0.11839,
241  0.05355,
242  -0.02067
243  },
244  { /* Baud rate 2400, high carrier filter 4, 8dB boost */
245  -0.03215,
246  0.08341,
247  -0.18076,
248  0.22418,
249  -0.35272,
250  0.48059,
251  -0.93141,
252  1.16814,
253  1.16814,
254  -0.93141,
255  0.48059,
256  -0.35272,
257  0.22418,
258  -0.18076,
259  0.08341,
260  -0.03215
261  },
262  { /* Baud rate 2400, high carrier filter 5, 10dB boost */
263  -0.04495,
264  0.10952,
265  -0.24307,
266  0.30132,
267  -0.47722,
268  0.65774,
269  -1.26256,
270  1.38387,
271  1.38387,
272  -1.26256,
273  0.65774,
274  -0.47722,
275  0.30132,
276  -0.24307,
277  0.10952,
278  -0.04495
279  },
280  { /* Baud rate 2400, high carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
281  -0.00242,
282  0.01087,
283  -0.02358,
284  0.03739,
285  -0.06779,
286  0.13715,
287  -0.25216,
288  0.66020,
289  0.66020,
290  -0.25216,
291  0.13715,
292  -0.06779,
293  0.03739,
294  -0.02358,
295  0.01087,
296  -0.00242
297  },
298  { /* Baud rate 2400, high carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
299  -0.00459,
300  0.01981,
301  -0.03976,
302  0.05554,
303  -0.09491,
304  0.19282,
305  -0.32638,
306  0.69681,
307  0.69681,
308  -0.32638,
309  0.19282,
310  -0.09491,
311  0.05554,
312  -0.03976,
313  0.01981,
314  -0.00459
315  },
316  { /* Baud rate 2400, high carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
317  -0.00670,
318  0.02834,
319  -0.05485,
320  0.07268,
321  -0.12389,
322  0.25558,
323  -0.41010,
324  0.73796,
325  0.73796,
326  -0.41010,
327  0.25558,
328  -0.12389,
329  0.07268,
330  -0.05485,
331  0.02834,
332  -0.00670
333  },
334  { /* Baud rate 2400, high carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
335  -0.00877,
336  0.03653,
337  -0.06904,
338  0.08938,
339  -0.15609,
340  0.32754,
341  -0.50543,
342  0.78455,
343  0.78455,
344  -0.50543,
345  0.32754,
346  -0.15609,
347  0.08938,
348  -0.06904,
349  0.03653,
350  -0.00877
351  },
352  { /* Baud rate 2400, high carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
353  -0.01077,
354  0.04433,
355  -0.08234,
356  0.10608,
357  -0.19282,
358  0.41094,
359  -0.61468,
360  0.83759,
361  0.83759,
362  -0.61468,
363  0.41094,
364  -0.19282,
365  0.10608,
366  -0.08234,
367  0.04433,
368  -0.01077
369  }
370  }
371  },
372  {
373  {
374  { /* Baud rate 2743, low carrier filter 1, 2dB boost */
375  -0.00841,
376  0.01846,
377  -0.03754,
378  0.06537,
379  -0.10908,
380  0.15696,
381  -0.29902,
382  0.71715,
383  0.71715,
384  -0.29902,
385  0.15696,
386  -0.10908,
387  0.06537,
388  -0.03754,
389  0.01846,
390  -0.00841
391  },
392  { /* Baud rate 2743, low carrier filter 2, 4dB boost */
393  -0.01734,
394  0.03687,
395  -0.07164,
396  0.11890,
397  -0.18725,
398  0.24331,
399  -0.43811,
400  0.82274,
401  0.82274,
402  -0.43811,
403  0.24331,
404  -0.18725,
405  0.11890,
406  -0.07164,
407  0.03687,
408  -0.01734
409  },
410  { /* Baud rate 2743, low carrier filter 3, 6dB boost */
411  -0.02737,
412  0.05799,
413  -0.11077,
414  0.18173,
415  -0.28019,
416  0.35118,
417  -0.60920,
418  0.94738,
419  0.94738,
420  -0.60920,
421  0.35118,
422  -0.28019,
423  0.18173,
424  -0.11077,
425  0.05799,
426  -0.02737
427  },
428  { /* Baud rate 2743, low carrier filter 4, 8dB boost */
429  -0.03862,
430  0.08220,
431  -0.15583,
432  0.25577,
433  -0.39146,
434  0.48651,
435  -0.82004,
436  1.09511,
437  1.09511,
438  -0.82004,
439  0.48651,
440  -0.39146,
441  0.25577,
442  -0.15583,
443  0.08220,
444  -0.03862
445  },
446  { /* Baud rate 2743, low carrier filter 5, 10dB boost */
447  -0.05029,
448  0.10680,
449  -0.20216,
450  0.33528,
451  -0.51549,
452  0.64680,
453  -1.07299,
454  1.26827,
455  1.26827,
456  -1.07299,
457  0.64680,
458  -0.51549,
459  0.33528,
460  -0.20216,
461  0.10680,
462  -0.05029
463  },
464  { /* Baud rate 2743, low carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
465  0.00008,
466  -0.00082,
467  0.00151,
468  0.00597,
469  -0.03824,
470  0.10634,
471  -0.21974,
472  0.64488,
473  0.64488,
474  -0.21974,
475  0.10634,
476  -0.03824,
477  0.00597,
478  0.00151,
479  -0.00082,
480  0.00008
481  },
482  { /* Baud rate 2743, low carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
483  0.00063,
484  -0.00459,
485  0.01257,
486  -0.01002,
487  -0.03285,
488  0.12731,
489  -0.25705,
490  0.66400,
491  0.66400,
492  -0.25705,
493  0.12731,
494  -0.03285,
495  -0.01002,
496  0.01257,
497  -0.00459,
498  0.00063
499  },
500  { /* Baud rate 2743, low carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
501  0.00130,
502  -0.00894,
503  0.02472,
504  -0.02644,
505  -0.02981,
506  0.15401,
507  -0.30082,
508  0.68598,
509  0.68598,
510  -0.30082,
511  0.15401,
512  -0.02981,
513  -0.02644,
514  0.02472,
515  -0.00894,
516  0.00130
517  },
518  { /* Baud rate 2743, low carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
519  0.00209,
520  -0.01388,
521  0.03791,
522  -0.04291,
523  -0.03003,
524  0.18780,
525  -0.35231,
526  0.71133,
527  0.71133,
528  -0.35231,
529  0.18780,
530  -0.03003,
531  -0.04291,
532  0.03791,
533  -0.01388,
534  0.00209
535  },
536  { /* Baud rate 2743, low carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
537  0.00277,
538  -0.01795,
539  0.04785,
540  -0.05133,
541  -0.04482,
542  0.24093,
543  -0.42128,
544  0.74383,
545  0.74383,
546  -0.42128,
547  0.24093,
548  -0.04482,
549  -0.05133,
550  0.04785,
551  -0.01795,
552  0.00277
553  }
554  },
555  {
556  { /* Baud rate 2743, high carrier filter 1, 2dB boost */
557  -0.00103,
558  0.01173,
559  -0.02581,
560  0.04363,
561  -0.07729,
562  0.13330,
563  -0.28180,
564  0.71427,
565  0.71427,
566  -0.28180,
567  0.13330,
568  -0.07729,
569  0.04363,
570  -0.02581,
571  0.01173,
572  -0.00103
573  },
574  { /* Baud rate 2743, high carrier filter 2, 4dB boost */
575  -0.00173,
576  0.02264,
577  -0.04651,
578  0.07108,
579  -0.11692,
580  0.19061,
581  -0.40028,
582  0.81622,
583  0.81622,
584  -0.40028,
585  0.19061,
586  -0.11692,
587  0.07108,
588  -0.04651,
589  0.02264,
590  -0.00173
591  },
592  { /* Baud rate 2743, high carrier filter 3, 6dB boost */
593  -0.00308,
594  0.03707,
595  -0.07384,
596  0.10817,
597  -0.17015,
598  0.26955,
599  -0.55167,
600  0.93804,
601  0.93804,
602  -0.55167,
603  0.26955,
604  -0.17015,
605  0.10817,
606  -0.07384,
607  0.03707,
608  -0.00308
609  },
610  { /* Baud rate 2743, high carrier filter 4, 8dB boost */
611  -0.00547,
612  0.05624,
613  -0.11011,
614  0.15829,
615  -0.24201,
616  0.37760,
617  -0.74507,
618  1.08435,
619  1.08435,
620  -0.74507,
621  0.37760,
622  -0.24201,
623  0.15829,
624  -0.11011,
625  0.05624,
626  -0.00547
627  },
628  { /* Baud rate 2743, high carrier filter 5, 10dB boost */
629  -0.00928,
630  0.08156,
631  -0.15798,
632  0.22555,
633  -0.33867,
634  0.52410,
635  -0.99180,
636  1.26078,
637  1.26078,
638  -0.99180,
639  0.52410,
640  -0.33867,
641  0.22555,
642  -0.15798,
643  0.08156,
644  -0.00928
645  },
646  { /* Baud rate 2743, high carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
647  -0.00072,
648  0.00330,
649  -0.00900,
650  0.02301,
651  -0.05826,
652  0.12475,
653  -0.23293,
654  0.64973,
655  0.64973,
656  -0.23293,
657  0.12475,
658  -0.05826,
659  0.02301,
660  -0.00900,
661  0.00330,
662  -0.00072
663  },
664  { /* Baud rate 2743, high carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
665  -0.00080,
666  0.00284,
667  -0.00640,
668  0.02056,
669  -0.06840,
670  0.15962,
671  -0.28002,
672  0.67244,
673  0.67244,
674  -0.28002,
675  0.15962,
676  -0.06840,
677  0.02056,
678  -0.00640,
679  0.00284,
680  -0.00080
681  },
682  { /* Baud rate 2743, high carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
683  -0.00085,
684  0.00227,
685  -0.00385,
686  0.01937,
687  -0.08250,
688  0.20134,
689  -0.33421,
690  0.69821,
691  0.69821,
692  -0.33421,
693  0.20134,
694  -0.08250,
695  0.01937,
696  -0.00385,
697  0.00227,
698  -0.00085
699  },
700  { /* Baud rate 2743, high carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
701  -0.00087,
702  0.00158,
703  -0.00141,
704  0.01977,
705  -0.10141,
706  0.25119,
707  -0.39667,
708  0.72754,
709  0.72754,
710  -0.39667,
711  0.25119,
712  -0.10141,
713  0.01977,
714  -0.00141,
715  0.00158,
716  -0.00087
717  },
718  { /* Baud rate 2743, high carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
719  -0.00084,
720  0.00080,
721  0.00071,
722  0.02236,
723  -0.12627,
724  0.31073,
725  -0.46881,
726  0.76099,
727  0.76099,
728  -0.46881,
729  0.31073,
730  -0.12627,
731  0.02236,
732  0.00071,
733  0.00080,
734  -0.00084
735  }
736  }
737  },
738  {
739  {
740  { /* Baud rate 2800, low carrier filter 1, 2dB boost */
741  0.00373,
742  -0.00678,
743  -0.00138,
744  0.01546,
745  -0.04692,
746  0.10168,
747  -0.25944,
748  0.70297,
749  0.70297,
750  -0.25944,
751  0.10168,
752  -0.04692,
753  0.01546,
754  -0.00138,
755  -0.00678,
756  0.00373
757  },
758  { /* Baud rate 2800, low carrier filter 2, 4dB boost */
759  0.00924,
760  -0.01917,
761  0.00926,
762  0.00673,
763  -0.04732,
764  0.11781,
765  -0.34786,
766  0.79030,
767  0.79030,
768  -0.34786,
769  0.11781,
770  -0.04732,
771  0.00673,
772  0.00926,
773  -0.01917,
774  0.00924
775  },
776  { /* Baud rate 2800, low carrier filter 3, 6dB boost */
777  0.01587,
778  -0.03368,
779  0.02136,
780  -0.00161,
781  -0.05114,
782  0.14497,
783  -0.46061,
784  0.89384,
785  0.89384,
786  -0.46061,
787  0.14497,
788  -0.05114,
789  -0.00161,
790  0.02136,
791  -0.03368,
792  0.01587
793  },
794  { /* Baud rate 2800, low carrier filter 4, 8dB boost */
795  0.02378,
796  -0.05051,
797  0.03479,
798  -0.00865,
799  -0.06058,
800  0.18770,
801  -0.60433,
802  1.01723,
803  1.01723,
804  -0.60433,
805  0.18770,
806  -0.06058,
807  -0.00865,
808  0.03479,
809  -0.05051,
810  0.02378
811  },
812  { /* Baud rate 2800, low carrier filter 5, 10dB boost */
813  0.03315,
814  -0.06990,
815  0.04927,
816  -0.01307,
817  -0.07866,
818  0.25201,
819  -0.78749,
820  1.16496,
821  1.16496,
822  -0.78749,
823  0.25201,
824  -0.07866,
825  -0.01307,
826  0.04927,
827  -0.06990,
828  0.03315
829  },
830  { /* Baud rate 2800, low carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
831  -0.00001,
832  -0.00011,
833  -0.00112,
834  0.01164,
835  -0.04587,
836  0.11272,
837  -0.22278,
838  0.64552,
839  0.64552,
840  -0.22278,
841  0.11272,
842  -0.04587,
843  0.01164,
844  -0.00112,
845  -0.00011,
846  -0.00001
847  },
848  { /* Baud rate 2800, low carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
849  0.00052,
850  -0.00347,
851  0.00801,
852  0.00023,
853  -0.04676,
854  0.13846,
855  -0.26163,
856  0.66463,
857  0.66463,
858  -0.26163,
859  0.13846,
860  -0.04676,
861  0.00023,
862  0.00801,
863  -0.00347,
864  0.00052
865  },
866  { /* Baud rate 2800, low carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
867  0.00114,
868  -0.00727,
869  0.01782,
870  -0.01089,
871  -0.05069,
872  0.17024,
873  -0.30684,
874  0.68648,
875  0.68648,
876  -0.30684,
877  0.17024,
878  -0.05069,
879  -0.01089,
880  0.01782,
881  -0.00727,
882  0.00114
883  },
884  { /* Baud rate 2800, low carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
885  0.00175,
886  -0.01084,
887  0.02639,
888  -0.01813,
889  -0.06267,
890  0.21352,
891  -0.36281,
892  0.71280,
893  0.71280,
894  -0.36281,
895  0.21352,
896  -0.06267,
897  -0.01813,
898  0.02639,
899  -0.01084,
900  0.00175
901  },
902  { /* Baud rate 2800, low carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
903  0.00214,
904  -0.01299,
905  0.03037,
906  -0.01537,
907  -0.09096,
908  0.27707,
909  -0.43650,
910  0.74626,
911  0.74626,
912  -0.43650,
913  0.27707,
914  -0.09096,
915  -0.01537,
916  0.03037,
917  -0.01299,
918  0.00214
919  }
920  },
921  {
922  { /* Baud rate 2800, high carrier filter 1, 2dB boost */
923  0.00212,
924  0.00302,
925  -0.01820,
926  0.04112,
927  -0.07659,
928  0.13363,
929  -0.28137,
930  0.71275,
931  0.71275,
932  -0.28137,
933  0.13363,
934  -0.07659,
935  0.04112,
936  -0.01820,
937  0.00302,
938  0.00212
939  },
940  { /* Baud rate 2800, high carrier filter 2, 4dB boost */
941  0.00771,
942  -0.00159,
943  -0.02135,
944  0.05630,
945  -0.10547,
946  0.18258,
947  -0.39181,
948  0.81087,
949  0.81087,
950  -0.39181,
951  0.18258,
952  -0.10547,
953  0.05630,
954  -0.02135,
955  -0.00159,
956  0.00771
957  },
958  { /* Baud rate 2800, high carrier filter 3, 6dB boost */
959  0.01453,
960  -0.00716,
961  -0.02575,
962  0.07726,
963  -0.14488,
964  0.25072,
965  -0.53251,
966  0.92783,
967  0.92783,
968  -0.53251,
969  0.25072,
970  -0.14488,
971  0.07726,
972  -0.02575,
973  -0.00716,
974  0.01453
975  },
976  { /* Baud rate 2800, high carrier filter 4, 8dB boost */
977  0.02257,
978  -0.01150,
979  -0.03534,
980  0.10960,
981  -0.20178,
982  0.34745,
983  -0.71314,
984  1.06878,
985  1.06878,
986  -0.71314,
987  0.34745,
988  -0.20178,
989  0.10960,
990  -0.03534,
991  -0.01150,
992  0.02257
993  },
994  { /* Baud rate 2800, high carrier filter 5, 10dB boost */
995  0.03227,
996  -0.01731,
997  -0.04726,
998  0.15219,
999  -0.27796,
1000  0.47806,
1001  -0.94244,
1002  1.23797,
1003  1.23797,
1004  -0.94244,
1005  0.47806,
1006  -0.27796,
1007  0.15219,
1008  -0.04726,
1009  -0.01731,
1010  0.03227
1011  },
1012  { /* Baud rate 2800, high carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
1013  -0.00086,
1014  0.00413,
1015  -0.01147,
1016  0.02754,
1017  -0.06352,
1018  0.12824,
1019  -0.23375,
1020  0.64956,
1021  0.64956,
1022  -0.23375,
1023  0.12824,
1024  -0.06352,
1025  0.02754,
1026  -0.01147,
1027  0.00413,
1028  -0.00086
1029  },
1030  { /* Baud rate 2800, high carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
1031  -0.00091,
1032  0.00363,
1033  -0.00938,
1034  0.02689,
1035  -0.07611,
1036  0.16403,
1037  -0.27961,
1038  0.67125,
1039  0.67125,
1040  -0.27961,
1041  0.16403,
1042  -0.07611,
1043  0.02689,
1044  -0.00938,
1045  0.00363,
1046  -0.00091
1047  },
1048  { /* Baud rate 2800, high carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
1049  -0.00094,
1050  0.00317,
1051  -0.00771,
1052  0.02800,
1053  -0.09297,
1054  0.20655,
1055  -0.33215,
1056  0.69580,
1057  0.69580,
1058  -0.33215,
1059  0.20655,
1060  -0.09297,
1061  0.02800,
1062  -0.00771,
1063  0.00317,
1064  -0.00094
1065  },
1066  { /* Baud rate 2800, high carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
1067  -0.00096,
1068  0.00271,
1069  -0.00647,
1070  0.03114,
1071  -0.11486,
1072  0.25697,
1073  -0.39247,
1074  0.72364,
1075  0.72364,
1076  -0.39247,
1077  0.25697,
1078  -0.11486,
1079  0.03114,
1080  -0.00647,
1081  0.00271,
1082  -0.00096
1083  },
1084  { /* Baud rate 2800, high carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
1085  -0.00097,
1086  0.00229,
1087  -0.00587,
1088  0.03688,
1089  -0.14288,
1090  0.31674,
1091  -0.46184,
1092  0.75529,
1093  0.75529,
1094  -0.46184,
1095  0.31674,
1096  -0.14288,
1097  0.03688,
1098  -0.00587,
1099  0.00229,
1100  -0.00097
1101  }
1102  }
1103  },
1104  {
1105  {
1106  { /* Baud rate 3000, low carrier filter 1, 2dB boost */
1107  -0.01052,
1108  0.02390,
1109  -0.04062,
1110  0.06012,
1111  -0.09844,
1112  0.14741,
1113  -0.28875,
1114  0.70945,
1115  0.70945,
1116  -0.28875,
1117  0.14741,
1118  -0.09844,
1119  0.06012,
1120  -0.04062,
1121  0.02390,
1122  -0.01052
1123  },
1124  { /* Baud rate 3000, low carrier filter 2, 4dB boost */
1125  -0.02117,
1126  0.04569,
1127  -0.07202,
1128  0.09779,
1129  -0.15231,
1130  0.21068,
1131  -0.40605,
1132  0.80216,
1133  0.80216,
1134  -0.40605,
1135  0.21068,
1136  -0.15231,
1137  0.09779,
1138  -0.07202,
1139  0.04569,
1140  -0.02117
1141  },
1142  { /* Baud rate 3000, low carrier filter 3, 6dB boost */
1143  -0.03378,
1144  0.07283,
1145  -0.11181,
1146  0.14660,
1147  -0.22135,
1148  0.29485,
1149  -0.55260,
1150  0.91172,
1151  0.91172,
1152  -0.55260,
1153  0.29485,
1154  -0.22135,
1155  0.14660,
1156  -0.11181,
1157  0.07283,
1158  -0.03378
1159  },
1160  { /* Baud rate 3000, low carrier filter 4, 8dB boost */
1161  -0.04871,
1162  0.10659,
1163  -0.16226,
1164  0.20979,
1165  -0.31001,
1166  0.40609,
1167  -0.73558,
1168  1.04168,
1169  1.04168,
1170  -0.73558,
1171  0.40609,
1172  -0.31001,
1173  0.20979,
1174  -0.16226,
1175  0.10659,
1176  -0.04871
1177  },
1178  { /* Baud rate 3000, low carrier filter 5, 10dB boost */
1179  -0.06640,
1180  0.14849,
1181  -0.22618,
1182  0.29146,
1183  -0.42403,
1184  0.55231,
1185  -0.96394,
1186  1.19641,
1187  1.19641,
1188  -0.96394,
1189  0.55231,
1190  -0.42403,
1191  0.29146,
1192  -0.22618,
1193  0.14849,
1194  -0.06640
1195  },
1196  { /* Baud rate 3000, low carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
1197  -0.00068,
1198  0.00372,
1199  -0.01185,
1200  0.03016,
1201  -0.06674,
1202  0.12757,
1203  -0.22861,
1204  0.64638,
1205  0.64638,
1206  -0.22861,
1207  0.12757,
1208  -0.06674,
1209  0.03016,
1210  -0.01185,
1211  0.00372,
1212  -0.00068
1213  },
1214  { /* Baud rate 3000, low carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
1215  -0.00025,
1216  0.00163,
1217  -0.00800,
1218  0.03010,
1219  -0.08115,
1220  0.16082,
1221  -0.26661,
1222  0.66345,
1223  0.66345,
1224  -0.26661,
1225  0.16082,
1226  -0.08115,
1227  0.03010,
1228  -0.00800,
1229  0.00163,
1230  -0.00025
1231  },
1232  { /* Baud rate 3000, low carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
1233  0.00018,
1234  -0.00040,
1235  -0.00471,
1236  0.03199,
1237  -0.09971,
1238  0.19990,
1239  -0.30996,
1240  0.68270,
1241  0.68270,
1242  -0.30996,
1243  0.19990,
1244  -0.09971,
1245  0.03199,
1246  -0.00471,
1247  -0.00040,
1248  0.00018
1249  },
1250  { /* Baud rate 3000, low carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
1251  0.00058,
1252  -0.00210,
1253  -0.00273,
1254  0.03719,
1255  -0.12423,
1256  0.24680,
1257  -0.36028,
1258  0.70479,
1259  0.70479,
1260  -0.36028,
1261  0.24680,
1262  -0.12423,
1263  0.03719,
1264  -0.00273,
1265  -0.00210,
1266  0.00058
1267  },
1268  { /* Baud rate 3000, low carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
1269  0.00067,
1270  -0.00223,
1271  -0.00498,
1272  0.05018,
1273  -0.15990,
1274  0.30661,
1275  -0.42163,
1276  0.73131,
1277  0.73131,
1278  -0.42163,
1279  0.30661,
1280  -0.15990,
1281  0.05018,
1282  -0.00498,
1283  -0.00223,
1284  0.00067
1285  }
1286  },
1287  {
1288  { /* Baud rate 3000, high carrier filter 1, 2dB boost */
1289  -0.00802,
1290  0.01886,
1291  -0.03447,
1292  0.05034,
1293  -0.08932,
1294  0.13796,
1295  -0.28321,
1296  0.70668,
1297  0.70668,
1298  -0.28321,
1299  0.13796,
1300  -0.08932,
1301  0.05034,
1302  -0.03447,
1303  0.01886,
1304  -0.00802
1305  },
1306  { /* Baud rate 3000, high carrier filter 2, 4dB boost */
1307  -0.01127,
1308  0.02133,
1309  -0.04975,
1310  0.06852,
1311  -0.11755,
1312  0.17394,
1313  -0.38890,
1314  0.79363,
1315  0.79363,
1316  -0.38890,
1317  0.17394,
1318  -0.11755,
1319  0.06852,
1320  -0.04975,
1321  0.02133,
1322  -0.01127
1323  },
1324  { /* Baud rate 3000, high carrier filter 3, 6dB boost */
1325  -0.01560,
1326  0.02840,
1327  -0.06882,
1328  0.09195,
1329  -0.15575,
1330  0.22679,
1331  -0.51859,
1332  0.89634,
1333  0.89634,
1334  -0.51859,
1335  0.22679,
1336  -0.15575,
1337  0.09195,
1338  -0.06882,
1339  0.02840,
1340  -0.01560
1341  },
1342  { /* Baud rate 3000, high carrier filter 4, 8dB boost */
1343  -0.02837,
1344  0.06062,
1345  -0.09275,
1346  0.11248,
1347  -0.21070,
1348  0.31547,
1349  -0.67638,
1350  1.01913,
1351  1.01913,
1352  -0.67638,
1353  0.31547,
1354  -0.21070,
1355  0.11248,
1356  -0.09275,
1357  0.06062,
1358  -0.02837
1359  },
1360  { /* Baud rate 3000, high carrier filter 5, 10dB boost */
1361  -0.03803,
1362  0.08314,
1363  -0.12513,
1364  0.15001,
1365  -0.27898,
1366  0.42133,
1367  -0.87714,
1368  1.16342,
1369  1.16342,
1370  -0.87714,
1371  0.42133,
1372  -0.27898,
1373  0.15001,
1374  -0.12513,
1375  0.08314,
1376  -0.03803
1377  },
1378  { /* Baud rate 3000, high carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
1379  -0.00493,
1380  0.01485,
1381  -0.02884,
1382  0.04598,
1383  -0.08159,
1384  0.13884,
1385  -0.23686,
1386  0.64803,
1387  0.64803,
1388  -0.23686,
1389  0.13884,
1390  -0.08159,
1391  0.04598,
1392  -0.02884,
1393  0.01485,
1394  -0.00493
1395  },
1396  { /* Baud rate 3000, high carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
1397  -0.00276,
1398  0.01203,
1399  -0.02904,
1400  0.05463,
1401  -0.10025,
1402  0.17341,
1403  -0.27651,
1404  0.66769,
1405  0.66769,
1406  -0.27651,
1407  0.17341,
1408  -0.10025,
1409  0.05463,
1410  -0.02904,
1411  0.01203,
1412  -0.00276
1413  },
1414  { /* Baud rate 3000, high carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
1415  -0.00282,
1416  0.01226,
1417  -0.03074,
1418  0.06308,
1419  -0.12452,
1420  0.21626,
1421  -0.32211,
1422  0.68776,
1423  0.68776,
1424  -0.32211,
1425  0.21626,
1426  -0.12452,
1427  0.06308,
1428  -0.03074,
1429  0.01226,
1430  -0.00282
1431  },
1432  { /* Baud rate 3000, high carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
1433  -0.00307,
1434  0.01335,
1435  -0.03441,
1436  0.07473,
1437  -0.15359,
1438  0.26560,
1439  -0.37420,
1440  0.71064,
1441  0.71064,
1442  -0.37420,
1443  0.26560,
1444  -0.15359,
1445  0.07473,
1446  -0.03441,
1447  0.01335,
1448  -0.00307
1449  },
1450  { /* Baud rate 3000, high carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
1451  -0.00346,
1452  0.01510,
1453  -0.03997,
1454  0.09021,
1455  -0.18879,
1456  0.32266,
1457  -0.43319,
1458  0.73635,
1459  0.73635,
1460  -0.43319,
1461  0.32266,
1462  -0.18879,
1463  0.09021,
1464  -0.03997,
1465  0.01510,
1466  -0.00346
1467  }
1468  }
1469  },
1470  {
1471  {
1472  { /* Baud rate 3200, low carrier filter 1, 2dB boost */
1473  -0.00367,
1474  0.01326,
1475  -0.03017,
1476  0.04727,
1477  -0.08439,
1478  0.13810,
1479  -0.27837,
1480  0.70329,
1481  0.70329,
1482  -0.27837,
1483  0.13810,
1484  -0.08439,
1485  0.04727,
1486  -0.03017,
1487  0.01326,
1488  -0.00367
1489  },
1490  { /* Baud rate 3200, low carrier filter 2, 4dB boost */
1491  -0.00435,
1492  0.01848,
1493  -0.04285,
1494  0.06263,
1495  -0.11529,
1496  0.18591,
1497  -0.38073,
1498  0.78827,
1499  0.78827,
1500  -0.38073,
1501  0.18591,
1502  -0.11529,
1503  0.06263,
1504  -0.04285,
1505  0.01848,
1506  -0.00435
1507  },
1508  { /* Baud rate 3200, low carrier filter 3, 6dB boost */
1509  -0.00559,
1510  0.02576,
1511  -0.05956,
1512  0.08409,
1513  -0.15595,
1514  0.24980,
1515  -0.50737,
1516  0.88752,
1517  0.88752,
1518  -0.50737,
1519  0.24980,
1520  -0.15595,
1521  0.08409,
1522  -0.05956,
1523  0.02576,
1524  -0.00559
1525  },
1526  { /* Baud rate 3200, low carrier filter 4, 8dB boost */
1527  -0.00681,
1528  0.03470,
1529  -0.08007,
1530  0.11220,
1531  -0.20817,
1532  0.33354,
1533  -0.66348,
1534  1.00403,
1535  1.00403,
1536  -0.66348,
1537  0.33354,
1538  -0.20817,
1539  0.11220,
1540  -0.08007,
1541  0.03470,
1542  -0.00681
1543  },
1544  { /* Baud rate 3200, low carrier filter 5, 10dB boost */
1545  -0.00896,
1546  0.04658,
1547  -0.10685,
1548  0.15018,
1549  -0.27653,
1550  0.44360,
1551  -0.85653,
1552  1.14105,
1553  1.14105,
1554  -0.85653,
1555  0.44360,
1556  -0.27653,
1557  0.15018,
1558  -0.10685,
1559  0.04658,
1560  -0.00896
1561  },
1562  { /* Baud rate 3200, low carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
1563  -0.00170,
1564  0.00829,
1565  -0.02152,
1566  0.04206,
1567  -0.07566,
1568  0.13130,
1569  -0.22920,
1570  0.64628,
1571  0.64628,
1572  -0.22920,
1573  0.13130,
1574  -0.07566,
1575  0.04206,
1576  -0.02152,
1577  0.00829,
1578  -0.00170
1579  },
1580  { /* Baud rate 3200, low carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
1581  -0.00111,
1582  0.00614,
1583  -0.01939,
1584  0.04696,
1585  -0.09531,
1586  0.16414,
1587  -0.26097,
1588  0.65947,
1589  0.65947,
1590  -0.26097,
1591  0.16414,
1592  -0.09531,
1593  0.04696,
1594  -0.01939,
1595  0.00614,
1596  -0.00111
1597  },
1598  { /* Baud rate 3200, low carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
1599  -0.00065,
1600  0.00461,
1601  -0.01880,
1602  0.05449,
1603  -0.11879,
1604  0.20179,
1605  -0.29724,
1606  0.67455,
1607  0.67455,
1608  -0.29724,
1609  0.20179,
1610  -0.11879,
1611  0.05449,
1612  -0.01880,
1613  0.00461,
1614  -0.00065
1615  },
1616  { /* Baud rate 3200, low carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
1617  -0.00029,
1618  0.00363,
1619  -0.01981,
1620  0.06525,
1621  -0.14724,
1622  0.24537,
1623  -0.33858,
1624  0.69167,
1625  0.69167,
1626  -0.33858,
1627  0.24537,
1628  -0.14724,
1629  0.06525,
1630  -0.01981,
1631  0.00363,
1632  -0.00029
1633  },
1634  { /* Baud rate 3200, low carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
1635  -0.00041,
1636  0.00487,
1637  -0.02586,
1638  0.08348,
1639  -0.18457,
1640  0.29855,
1641  -0.38839,
1642  0.71233,
1643  0.71233,
1644  -0.38839,
1645  0.29855,
1646  -0.18457,
1647  0.08348,
1648  -0.02586,
1649  0.00487,
1650  -0.00041
1651  }
1652  },
1653  {
1654  { /* Baud rate 3200, high carrier filter 1, 2dB boost */
1655  -0.00604,
1656  0.01233,
1657  -0.02738,
1658  0.05039,
1659  -0.08964,
1660  0.13691,
1661  -0.27522,
1662  0.70106,
1663  0.70106,
1664  -0.27522,
1665  0.13691,
1666  -0.08964,
1667  0.05039,
1668  -0.02738,
1669  0.01233,
1670  -0.00604
1671  },
1672  { /* Baud rate 3200, high carrier filter 2, 4dB boost */
1673  -0.00518,
1674  0.00684,
1675  -0.02829,
1676  0.06174,
1677  -0.11616,
1678  0.17524,
1679  -0.37077,
1680  0.78302,
1681  0.78302,
1682  -0.37077,
1683  0.17524,
1684  -0.11616,
1685  0.06174,
1686  -0.02829,
1687  0.00684,
1688  -0.00518
1689  },
1690  { /* Baud rate 3200, high carrier filter 3, 6dB boost */
1691  -0.00400,
1692  0.00145,
1693  -0.03088,
1694  0.07715,
1695  -0.15062,
1696  0.22746,
1697  -0.48788,
1698  0.87793,
1699  0.87793,
1700  -0.48788,
1701  0.22746,
1702  -0.15062,
1703  0.07715,
1704  -0.03088,
1705  0.00145,
1706  -0.00400
1707  },
1708  { /* Baud rate 3200, high carrier filter 4, 8dB boost */
1709  -0.00241,
1710  -0.00438,
1711  -0.03504,
1712  0.09796,
1713  -0.19550,
1714  0.29740,
1715  -0.63213,
1716  0.98886,
1717  0.98886,
1718  -0.63213,
1719  0.29740,
1720  -0.19550,
1721  0.09796,
1722  -0.03504,
1723  -0.00438,
1724  -0.00241
1725  },
1726  { /* Baud rate 3200, high carrier filter 5, 10dB boost */
1727  -0.00036,
1728  -0.01069,
1729  -0.04130,
1730  0.12594,
1731  -0.25400,
1732  0.39019,
1733  -0.81001,
1734  1.11911,
1735  1.11911,
1736  -0.81001,
1737  0.39019,
1738  -0.25400,
1739  0.12594,
1740  -0.04130,
1741  -0.01069,
1742  -0.00036
1743  },
1744  { /* Baud rate 3200, high carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
1745  -0.00577,
1746  0.01657,
1747  -0.02999,
1748  0.04701,
1749  -0.08225,
1750  0.13777,
1751  -0.23238,
1752  0.64569,
1753  0.64569,
1754  -0.23238,
1755  0.13777,
1756  -0.08225,
1757  0.04701,
1758  -0.02999,
1759  0.01657,
1760  -0.00577
1761  },
1762  { /* Baud rate 3200, high carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
1763  -0.00290,
1764  0.01310,
1765  -0.03168,
1766  0.05800,
1767  -0.10053,
1768  0.16755,
1769  -0.26701,
1770  0.66304,
1771  0.66304,
1772  -0.26701,
1773  0.16755,
1774  -0.10053,
1775  0.05800,
1776  -0.03168,
1777  0.01310,
1778  -0.00290
1779  },
1780  { /* Baud rate 3200, high carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
1781  -0.00268,
1782  0.01267,
1783  -0.03333,
1784  0.06815,
1785  -0.12585,
1786  0.20617,
1787  -0.30392,
1788  0.67842,
1789  0.67842,
1790  -0.30392,
1791  0.20617,
1792  -0.12585,
1793  0.06815,
1794  -0.03333,
1795  0.01267,
1796  -0.00268
1797  },
1798  { /* Baud rate 3200, high carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
1799  -0.00269,
1800  0.01320,
1801  -0.03704,
1802  0.08131,
1803  -0.15523,
1804  0.25014,
1805  -0.34624,
1806  0.69619,
1807  0.69619,
1808  -0.34624,
1809  0.25014,
1810  -0.15523,
1811  0.08131,
1812  -0.03704,
1813  0.01320,
1814  -0.00269
1815  },
1816  { /* Baud rate 3200, high carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
1817  -0.00285,
1818  0.01449,
1819  -0.04277,
1820  0.09813,
1821  -0.18994,
1822  0.30039,
1823  -0.39400,
1824  0.71616,
1825  0.71616,
1826  -0.39400,
1827  0.30039,
1828  -0.18994,
1829  0.09813,
1830  -0.04277,
1831  0.01449,
1832  -0.00285
1833  }
1834  }
1835  },
1836  {
1837  {
1838  { /* Baud rate 3429, low carrier filter 1, 2dB boost */
1839  -0.02066,
1840  0.02481,
1841  -0.04515,
1842  0.05710,
1843  -0.10003,
1844  0.13910,
1845  -0.28170,
1846  0.69491,
1847  0.69491,
1848  -0.28170,
1849  0.13910,
1850  -0.10003,
1851  0.05710,
1852  -0.04515,
1853  0.02481,
1854  -0.02066
1855  },
1856  { /* Baud rate 3429, low carrier filter 2, 4dB boost */
1857  -0.01643,
1858  0.03398,
1859  -0.05415,
1860  0.07790,
1861  -0.12749,
1862  0.18282,
1863  -0.36508,
1864  0.77404,
1865  0.77404,
1866  -0.36508,
1867  0.18282,
1868  -0.12749,
1869  0.07790,
1870  -0.05415,
1871  0.03398,
1872  -0.01643
1873  },
1874  { /* Baud rate 3429, low carrier filter 3, 6dB boost */
1875  -0.01443,
1876  0.03019,
1877  -0.06765,
1878  0.10805,
1879  -0.16537,
1880  0.22978,
1881  -0.47471,
1882  0.86399,
1883  0.86399,
1884  -0.47471,
1885  0.22978,
1886  -0.16537,
1887  0.10805,
1888  -0.06765,
1889  0.03019,
1890  -0.01443
1891  },
1892  { /* Baud rate 3429, low carrier filter 4, 8dB boost */
1893  -0.01697,
1894  0.03504,
1895  -0.08569,
1896  0.14064,
1897  -0.21417,
1898  0.29455,
1899  -0.60452,
1900  0.96442,
1901  0.96442,
1902  -0.60452,
1903  0.29455,
1904  -0.21417,
1905  0.14064,
1906  -0.08569,
1907  0.03504,
1908  -0.01697
1909  },
1910  { /* Baud rate 3429, low carrier filter 5, 10dB boost */
1911  -0.02170,
1912  0.04500,
1913  -0.11068,
1914  0.18235,
1915  -0.27541,
1916  0.37764,
1917  -0.76220,
1918  1.08122,
1919  1.08122,
1920  -0.76220,
1921  0.37764,
1922  -0.27541,
1923  0.18235,
1924  -0.11068,
1925  0.04500,
1926  -0.02170
1927  },
1928  { /* Baud rate 3429, low carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
1929  -0.03125,
1930  0.03829,
1931  -0.02159,
1932  0.03260,
1933  -0.12551,
1934  0.16883,
1935  -0.19821,
1936  0.60406,
1937  0.60406,
1938  -0.19821,
1939  0.16883,
1940  -0.12551,
1941  0.03260,
1942  -0.02159,
1943  0.03829,
1944  -0.03125
1945  },
1946  { /* Baud rate 3429, low carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
1947  -0.02299,
1948  0.03974,
1949  -0.04344,
1950  0.05577,
1951  -0.12186,
1952  0.18216,
1953  -0.25058,
1954  0.64135,
1955  0.64135,
1956  -0.25058,
1957  0.18216,
1958  -0.12186,
1959  0.05577,
1960  -0.04344,
1961  0.03974,
1962  -0.02299
1963  },
1964  { /* Baud rate 3429, low carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
1965  -0.01662,
1966  0.04258,
1967  -0.06468,
1968  0.07944,
1969  -0.12530,
1970  0.20197,
1971  -0.30274,
1972  0.67602,
1973  0.67602,
1974  -0.30274,
1975  0.20197,
1976  -0.12530,
1977  0.07944,
1978  -0.06468,
1979  0.04258,
1980  -0.01662
1981  },
1982  { /* Baud rate 3429, low carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
1983  -0.01233,
1984  0.04633,
1985  -0.08494,
1986  0.10451,
1987  -0.13815,
1988  0.22887,
1989  -0.35301,
1990  0.70661,
1991  0.70661,
1992  -0.35301,
1993  0.22887,
1994  -0.13815,
1995  0.10451,
1996  -0.08494,
1997  0.04633,
1998  -0.01233
1999  },
2000  { /* Baud rate 3429, low carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
2001  -0.01334,
2002  0.05120,
2003  -0.09766,
2004  0.12803,
2005  -0.17300,
2006  0.27053,
2007  -0.38925,
2008  0.72126,
2009  0.72126,
2010  -0.38925,
2011  0.27053,
2012  -0.17300,
2013  0.12803,
2014  -0.09766,
2015  0.05120,
2016  -0.01334
2017  }
2018  },
2019  {
2020  { /* Baud rate 3429, high carrier filter 1, 2dB boost */
2021  -0.02066,
2022  0.02481,
2023  -0.04515,
2024  0.05710,
2025  -0.10003,
2026  0.13910,
2027  -0.28170,
2028  0.69491,
2029  0.69491,
2030  -0.28170,
2031  0.13910,
2032  -0.10003,
2033  0.05710,
2034  -0.04515,
2035  0.02481,
2036  -0.02066
2037  },
2038  { /* Baud rate 3429, high carrier filter 2, 4dB boost */
2039  -0.01643,
2040  0.03398,
2041  -0.05415,
2042  0.07790,
2043  -0.12749,
2044  0.18282,
2045  -0.36508,
2046  0.77404,
2047  0.77404,
2048  -0.36508,
2049  0.18282,
2050  -0.12749,
2051  0.07790,
2052  -0.05415,
2053  0.03398,
2054  -0.01643
2055  },
2056  { /* Baud rate 3429, high carrier filter 3, 6dB boost */
2057  -0.01443,
2058  0.03019,
2059  -0.06765,
2060  0.10805,
2061  -0.16537,
2062  0.22978,
2063  -0.47471,
2064  0.86399,
2065  0.86399,
2066  -0.47471,
2067  0.22978,
2068  -0.16537,
2069  0.10805,
2070  -0.06765,
2071  0.03019,
2072  -0.01443
2073  },
2074  { /* Baud rate 3429, high carrier filter 4, 8dB boost */
2075  -0.01697,
2076  0.03504,
2077  -0.08569,
2078  0.14064,
2079  -0.21417,
2080  0.29455,
2081  -0.60452,
2082  0.96442,
2083  0.96442,
2084  -0.60452,
2085  0.29455,
2086  -0.21417,
2087  0.14064,
2088  -0.08569,
2089  0.03504,
2090  -0.01697
2091  },
2092  { /* Baud rate 3429, high carrier filter 5, 10dB boost */
2093  -0.02170,
2094  0.04500,
2095  -0.11068,
2096  0.18235,
2097  -0.27541,
2098  0.37764,
2099  -0.76220,
2100  1.08122,
2101  1.08122,
2102  -0.76220,
2103  0.37764,
2104  -0.27541,
2105  0.18235,
2106  -0.11068,
2107  0.04500,
2108  -0.02170
2109  },
2110  { /* Baud rate 3429, high carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
2111  -0.03125,
2112  0.03829,
2113  -0.02159,
2114  0.03260,
2115  -0.12551,
2116  0.16883,
2117  -0.19821,
2118  0.60406,
2119  0.60406,
2120  -0.19821,
2121  0.16883,
2122  -0.12551,
2123  0.03260,
2124  -0.02159,
2125  0.03829,
2126  -0.03125
2127  },
2128  { /* Baud rate 3429, high carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
2129  -0.02299,
2130  0.03974,
2131  -0.04344,
2132  0.05577,
2133  -0.12186,
2134  0.18216,
2135  -0.25058,
2136  0.64135,
2137  0.64135,
2138  -0.25058,
2139  0.18216,
2140  -0.12186,
2141  0.05577,
2142  -0.04344,
2143  0.03974,
2144  -0.02299
2145  },
2146  { /* Baud rate 3429, high carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
2147  -0.01662,
2148  0.04258,
2149  -0.06468,
2150  0.07944,
2151  -0.12530,
2152  0.20197,
2153  -0.30274,
2154  0.67602,
2155  0.67602,
2156  -0.30274,
2157  0.20197,
2158  -0.12530,
2159  0.07944,
2160  -0.06468,
2161  0.04258,
2162  -0.01662
2163  },
2164  { /* Baud rate 3429, high carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
2165  -0.01233,
2166  0.04633,
2167  -0.08494,
2168  0.10451,
2169  -0.13815,
2170  0.22887,
2171  -0.35301,
2172  0.70661,
2173  0.70661,
2174  -0.35301,
2175  0.22887,
2176  -0.13815,
2177  0.10451,
2178  -0.08494,
2179  0.04633,
2180  -0.01233
2181  },
2182  { /* Baud rate 3429, high carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
2183  -0.01334,
2184  0.05120,
2185  -0.09766,
2186  0.12803,
2187  -0.17300,
2188  0.27053,
2189  -0.38925,
2190  0.72126,
2191  0.72126,
2192  -0.38925,
2193  0.27053,
2194  -0.17300,
2195  0.12803,
2196  -0.09766,
2197  0.05120,
2198  -0.01334
2199  }
2200  }
2201  }
2202 };