Spectral envelope analysis Perform analysis for 5 spectral envelopes Normalizing centroid value is 2000 Frequency bands are critical band spaced. No. of analysis files is 75 Read analysis file lsx302.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 146.800003 Hz Time between frames = 0.003406 sec Original sample rate = 22050.000000 Duration of sound is 2.381 Magfr format is type compact Number of harmonics per frame = 75 Number of analysis frames is 699 File read, now compute centroid vs. frame for the file fa=146.8, nhar= 75, tl=2.3808, dt=0.0034, npts=699, PEAK centroid=2285.4 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx302.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 146.800003 Hz Time between frames = 0.003406 sec Original sample rate = 22050.000000 Duration of sound is 1.400 Magfr format is type compact Number of harmonics per frame = 75 Number of analysis frames is 411 File read, now compute centroid vs. frame for the file fa=146.8, nhar= 75, tl=1.3999, dt=0.0034, npts=411, PEAK centroid=1187.2 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx302.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 146.800003 Hz Time between frames = 0.003406 sec Original sample rate = 22050.000000 Duration of sound is 2.010 Magfr format is type compact Number of harmonics per frame = 75 Number of analysis frames is 590 File read, now compute centroid vs. frame for the file fa=146.8, nhar= 75, tl=2.0095, dt=0.0034, npts=590, PEAK centroid=1760.7 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx303.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 155.600006 Hz Time between frames = 0.003213 sec Original sample rate = 22050.000000 Duration of sound is 2.127 Magfr format is type compact Number of harmonics per frame = 70 Number of analysis frames is 662 File read, now compute centroid vs. frame for the file fa=155.6, nhar= 70, tl=2.1272, dt=0.0032, npts=662, PEAK centroid=2168.7 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx303.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 155.600006 Hz Time between frames = 0.003213 sec Original sample rate = 22050.000000 Duration of sound is 1.507 Magfr format is type compact Number of harmonics per frame = 70 Number of analysis frames is 469 File read, now compute centroid vs. frame for the file fa=155.6, nhar= 70, tl=1.5071, dt=0.0032, npts=469, PEAK centroid=1802.7 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx303.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 155.600006 Hz Time between frames = 0.003213 sec Original sample rate = 22050.000000 Duration of sound is 1.957 Magfr format is type compact Number of harmonics per frame = 70 Number of analysis frames is 609 File read, now compute centroid vs. frame for the file fa=155.6, nhar= 70, tl=1.9569, dt=0.0032, npts=609, PEAK centroid=2019.6 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx303.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 155.600006 Hz Time between frames = 0.003213 sec Original sample rate = 22050.000000 Duration of sound is 7.564 Magfr format is type compact Number of harmonics per frame = 70 Number of analysis frames is 2354 File read, now compute centroid vs. frame for the file fa=155.6, nhar= 70, tl=7.5643, dt=0.0032, npts=2354, PEAK centroid=1442.0 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx305.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 174.600006 Hz Time between frames = 0.002864 sec Original sample rate = 22050.000000 Duration of sound is 1.967 Magfr format is type compact Number of harmonics per frame = 63 Number of analysis frames is 687 File read, now compute centroid vs. frame for the file fa=174.6, nhar= 63, tl=1.9674, dt=0.0029, npts=687, PEAK centroid=1274.5 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx305.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 174.600006 Hz Time between frames = 0.002864 sec Original sample rate = 22050.000000 Duration of sound is 1.541 Magfr format is type compact Number of harmonics per frame = 63 Number of analysis frames is 538 File read, now compute centroid vs. frame for the file fa=174.6, nhar= 63, tl=1.5407, dt=0.0029, npts=538, PEAK centroid=1711.2 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx305.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 174.600006 Hz Time between frames = 0.002864 sec Original sample rate = 22050.000000 Duration of sound is 1.924 Magfr format is type compact Number of harmonics per frame = 63 Number of analysis frames is 672 File read, now compute centroid vs. frame for the file fa=174.6, nhar= 63, tl=1.9244, dt=0.0029, npts=672, PEAK centroid=1898.6 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx305.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 174.600006 Hz Time between frames = 0.002864 sec Original sample rate = 22050.000000 Duration of sound is 7.761 Magfr format is type compact Number of harmonics per frame = 63 Number of analysis frames is 2710 File read, now compute centroid vs. frame for the file fa=174.6, nhar= 63, tl=7.7606, dt=0.0029, npts=2710, PEAK centroid=1286.0 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx307.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 196.000000 Hz Time between frames = 0.002551 sec Original sample rate = 22050.000000 Duration of sound is 1.847 Magfr format is type compact Number of harmonics per frame = 56 Number of analysis frames is 724 File read, now compute centroid vs. frame for the file fa=196.0, nhar= 56, tl=1.8469, dt=0.0026, npts=724, PEAK centroid=2058.3 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx307.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 196.000000 Hz Time between frames = 0.002551 sec Original sample rate = 22050.000000 Duration of sound is 1.401 Magfr format is type compact Number of harmonics per frame = 56 Number of analysis frames is 549 File read, now compute centroid vs. frame for the file fa=196.0, nhar= 56, tl=1.4005, dt=0.0026, npts=549, PEAK centroid=1331.5 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx307.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 196.000000 Hz Time between frames = 0.002551 sec Original sample rate = 22050.000000 Duration of sound is 1.929 Magfr format is type compact Number of harmonics per frame = 56 Number of analysis frames is 756 File read, now compute centroid vs. frame for the file fa=196.0, nhar= 56, tl=1.9286, dt=0.0026, npts=756, PEAK centroid=2050.6 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx307.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 196.000000 Hz Time between frames = 0.002551 sec Original sample rate = 22050.000000 Duration of sound is 11.314 Magfr format is type compact Number of harmonics per frame = 56 Number of analysis frames is 4435 File read, now compute centroid vs. frame for the file fa=196.0, nhar= 56, tl=11.3138, dt=0.0026, npts=4435, PEAK centroid=1564.4 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx308.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 207.699997 Hz Time between frames = 0.002407 sec Original sample rate = 22050.000000 Duration of sound is 1.969 Magfr format is type compact Number of harmonics per frame = 53 Number of analysis frames is 818 File read, now compute centroid vs. frame for the file fa=207.7, nhar= 53, tl=1.9692, dt=0.0024, npts=818, PEAK centroid=1564.5 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx308.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 207.699997 Hz Time between frames = 0.002407 sec Original sample rate = 22050.000000 Duration of sound is 1.608 Magfr format is type compact Number of harmonics per frame = 53 Number of analysis frames is 668 File read, now compute centroid vs. frame for the file fa=207.7, nhar= 53, tl=1.6081, dt=0.0024, npts=668, PEAK centroid=1371.2 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx308.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 207.699997 Hz Time between frames = 0.002407 sec Original sample rate = 22050.000000 Duration of sound is 2.022 Magfr format is type compact Number of harmonics per frame = 53 Number of analysis frames is 840 File read, now compute centroid vs. frame for the file fa=207.7, nhar= 53, tl=2.0221, dt=0.0024, npts=840, PEAK centroid=1486.7 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx308.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 207.699997 Hz Time between frames = 0.002407 sec Original sample rate = 22050.000000 Duration of sound is 10.587 Magfr format is type compact Number of harmonics per frame = 53 Number of analysis frames is 4398 File read, now compute centroid vs. frame for the file fa=207.7, nhar= 53, tl=10.5874, dt=0.0024, npts=4398, PEAK centroid=2050.4 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx310.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 233.100006 Hz Time between frames = 0.002145 sec Original sample rate = 22050.000000 Duration of sound is 2.132 Magfr format is type compact Number of harmonics per frame = 47 Number of analysis frames is 994 File read, now compute centroid vs. frame for the file fa=233.1, nhar= 47, tl=2.1321, dt=0.0021, npts=994, PEAK centroid=893.9 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx310.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 233.100006 Hz Time between frames = 0.002145 sec Original sample rate = 22050.000000 Duration of sound is 1.592 Magfr format is type compact Number of harmonics per frame = 47 Number of analysis frames is 742 File read, now compute centroid vs. frame for the file fa=233.1, nhar= 47, tl=1.5916, dt=0.0021, npts=742, PEAK centroid=1168.8 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx310.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 233.100006 Hz Time between frames = 0.002145 sec Original sample rate = 22050.000000 Duration of sound is 2.044 Magfr format is type compact Number of harmonics per frame = 47 Number of analysis frames is 953 File read, now compute centroid vs. frame for the file fa=233.1, nhar= 47, tl=2.0442, dt=0.0021, npts=953, PEAK centroid=1881.1 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx310.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 233.100006 Hz Time between frames = 0.002145 sec Original sample rate = 22050.000000 Duration of sound is 13.207 Magfr format is type compact Number of harmonics per frame = 47 Number of analysis frames is 6157 File read, now compute centroid vs. frame for the file fa=233.1, nhar= 47, tl=13.2068, dt=0.0021, npts=6157, PEAK centroid=2373.3 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx400.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 261.600006 Hz Time between frames = 0.001911 sec Original sample rate = 22050.000000 Duration of sound is 2.131 Magfr format is type compact Number of harmonics per frame = 42 Number of analysis frames is 1115 File read, now compute centroid vs. frame for the file fa=261.6, nhar= 42, tl=2.1311, dt=0.0019, npts=1115, PEAK centroid=1275.7 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx400.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 261.600006 Hz Time between frames = 0.001911 sec Original sample rate = 22050.000000 Duration of sound is 1.474 Magfr format is type compact Number of harmonics per frame = 42 Number of analysis frames is 771 File read, now compute centroid vs. frame for the file fa=261.6, nhar= 42, tl=1.4736, dt=0.0019, npts=771, PEAK centroid=1428.8 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx400.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 261.600006 Hz Time between frames = 0.001911 sec Original sample rate = 22050.000000 Duration of sound is 1.953 Magfr format is type compact Number of harmonics per frame = 42 Number of analysis frames is 1022 File read, now compute centroid vs. frame for the file fa=261.6, nhar= 42, tl=1.9534, dt=0.0019, npts=1022, PEAK centroid=1896.8 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx400.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 261.600006 Hz Time between frames = 0.001911 sec Original sample rate = 22050.000000 Duration of sound is 12.875 Magfr format is type compact Number of harmonics per frame = 42 Number of analysis frames is 6736 File read, now compute centroid vs. frame for the file fa=261.6, nhar= 42, tl=12.8746, dt=0.0019, npts=6736, PEAK centroid=2132.9 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx402.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 293.700012 Hz Time between frames = 0.001702 sec Original sample rate = 22050.000000 Duration of sound is 1.672 Magfr format is type compact Number of harmonics per frame = 37 Number of analysis frames is 982 File read, now compute centroid vs. frame for the file fa=293.7, nhar= 37, tl=1.6718, dt=0.0017, npts=982, PEAK centroid=1236.3 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx402.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 293.700012 Hz Time between frames = 0.001702 sec Original sample rate = 22050.000000 Duration of sound is 1.362 Magfr format is type compact Number of harmonics per frame = 37 Number of analysis frames is 800 File read, now compute centroid vs. frame for the file fa=293.7, nhar= 37, tl=1.3619, dt=0.0017, npts=800, PEAK centroid=1260.1 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx402.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 293.700012 Hz Time between frames = 0.001702 sec Original sample rate = 22050.000000 Duration of sound is 1.925 Magfr format is type compact Number of harmonics per frame = 37 Number of analysis frames is 1131 File read, now compute centroid vs. frame for the file fa=293.7, nhar= 37, tl=1.9254, dt=0.0017, npts=1131, PEAK centroid=1830.7 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx402.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 293.700012 Hz Time between frames = 0.001702 sec Original sample rate = 22050.000000 Duration of sound is 11.696 Magfr format is type compact Number of harmonics per frame = 37 Number of analysis frames is 6870 File read, now compute centroid vs. frame for the file fa=293.7, nhar= 37, tl=11.6956, dt=0.0017, npts=6870, PEAK centroid=2361.1 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx403.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 311.100006 Hz Time between frames = 0.001607 sec Original sample rate = 22050.000000 Duration of sound is 1.728 Magfr format is type compact Number of harmonics per frame = 35 Number of analysis frames is 1075 File read, now compute centroid vs. frame for the file fa=311.1, nhar= 35, tl=1.7277, dt=0.0016, npts=1075, PEAK centroid=1295.3 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx403.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 311.100006 Hz Time between frames = 0.001607 sec Original sample rate = 22050.000000 Duration of sound is 1.392 Magfr format is type compact Number of harmonics per frame = 35 Number of analysis frames is 866 File read, now compute centroid vs. frame for the file fa=311.1, nhar= 35, tl=1.3918, dt=0.0016, npts=866, PEAK centroid=942.6 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx403.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 311.100006 Hz Time between frames = 0.001607 sec Original sample rate = 22050.000000 Duration of sound is 1.747 Magfr format is type compact Number of harmonics per frame = 35 Number of analysis frames is 1087 File read, now compute centroid vs. frame for the file fa=311.1, nhar= 35, tl=1.7470, dt=0.0016, npts=1087, PEAK centroid=2249.1 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx403.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 311.100006 Hz Time between frames = 0.001607 sec Original sample rate = 22050.000000 Duration of sound is 10.808 Magfr format is type compact Number of harmonics per frame = 35 Number of analysis frames is 6725 File read, now compute centroid vs. frame for the file fa=311.1, nhar= 35, tl=10.8084, dt=0.0016, npts=6725, PEAK centroid=1624.4 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx405.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 349.200012 Hz Time between frames = 0.001432 sec Original sample rate = 22050.000000 Duration of sound is 1.641 Magfr format is type compact Number of harmonics per frame = 31 Number of analysis frames is 1146 File read, now compute centroid vs. frame for the file fa=349.2, nhar= 31, tl=1.6409, dt=0.0014, npts=1146, PEAK centroid=584.7 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx405.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 349.200012 Hz Time between frames = 0.001432 sec Original sample rate = 22050.000000 Duration of sound is 1.479 Magfr format is type compact Number of harmonics per frame = 31 Number of analysis frames is 1033 File read, now compute centroid vs. frame for the file fa=349.2, nhar= 31, tl=1.4791, dt=0.0014, npts=1033, PEAK centroid=857.9 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx405.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 349.200012 Hz Time between frames = 0.001432 sec Original sample rate = 22050.000000 Duration of sound is 1.730 Magfr format is type compact Number of harmonics per frame = 31 Number of analysis frames is 1208 File read, now compute centroid vs. frame for the file fa=349.2, nhar= 31, tl=1.7297, dt=0.0014, npts=1208, PEAK centroid=1415.0 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx405.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 349.200012 Hz Time between frames = 0.001432 sec Original sample rate = 22050.000000 Duration of sound is 10.830 Magfr format is type compact Number of harmonics per frame = 31 Number of analysis frames is 7564 File read, now compute centroid vs. frame for the file fa=349.2, nhar= 31, tl=10.8305, dt=0.0014, npts=7564, PEAK centroid=1022.9 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx407.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 392.000000 Hz Time between frames = 0.001276 sec Original sample rate = 22050.000000 Duration of sound is 1.737 Magfr format is type compact Number of harmonics per frame = 28 Number of analysis frames is 1362 File read, now compute centroid vs. frame for the file fa=392.0, nhar= 28, tl=1.7372, dt=0.0013, npts=1362, PEAK centroid=650.1 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx407.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 392.000000 Hz Time between frames = 0.001276 sec Original sample rate = 22050.000000 Duration of sound is 1.594 Magfr format is type compact Number of harmonics per frame = 28 Number of analysis frames is 1250 File read, now compute centroid vs. frame for the file fa=392.0, nhar= 28, tl=1.5944, dt=0.0013, npts=1250, PEAK centroid=1251.2 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx407.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 392.000000 Hz Time between frames = 0.001276 sec Original sample rate = 22050.000000 Duration of sound is 1.810 Magfr format is type compact Number of harmonics per frame = 28 Number of analysis frames is 1419 File read, now compute centroid vs. frame for the file fa=392.0, nhar= 28, tl=1.8099, dt=0.0013, npts=1419, PEAK centroid=1687.0 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx407.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 392.000000 Hz Time between frames = 0.001276 sec Original sample rate = 22050.000000 Duration of sound is 12.770 Magfr format is type compact Number of harmonics per frame = 28 Number of analysis frames is 10012 File read, now compute centroid vs. frame for the file fa=392.0, nhar= 28, tl=12.7704, dt=0.0013, npts=10012, PEAK centroid=1917.4 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx408.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 415.299988 Hz Time between frames = 0.001204 sec Original sample rate = 22050.000000 Duration of sound is 1.906 Magfr format is type compact Number of harmonics per frame = 26 Number of analysis frames is 1583 File read, now compute centroid vs. frame for the file fa=415.3, nhar= 26, tl=1.9059, dt=0.0012, npts=1583, PEAK centroid=377.9 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx408.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 415.299988 Hz Time between frames = 0.001204 sec Original sample rate = 22050.000000 Duration of sound is 1.633 Magfr format is type compact Number of harmonics per frame = 26 Number of analysis frames is 1356 File read, now compute centroid vs. frame for the file fa=415.3, nhar= 26, tl=1.6326, dt=0.0012, npts=1356, PEAK centroid=1077.0 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx408.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 415.299988 Hz Time between frames = 0.001204 sec Original sample rate = 22050.000000 Duration of sound is 1.849 Magfr format is type compact Number of harmonics per frame = 26 Number of analysis frames is 1536 File read, now compute centroid vs. frame for the file fa=415.3, nhar= 26, tl=1.8493, dt=0.0012, npts=1536, PEAK centroid=1658.5 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx408.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 415.299988 Hz Time between frames = 0.001204 sec Original sample rate = 22050.000000 Duration of sound is 10.539 Magfr format is type compact Number of harmonics per frame = 26 Number of analysis frames is 8754 File read, now compute centroid vs. frame for the file fa=415.3, nhar= 26, tl=10.5394, dt=0.0012, npts=8754, PEAK centroid=1982.8 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx410.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 466.200012 Hz Time between frames = 0.001073 sec Original sample rate = 22050.000000 Duration of sound is 1.825 Magfr format is type compact Number of harmonics per frame = 23 Number of analysis frames is 1702 File read, now compute centroid vs. frame for the file fa=466.2, nhar= 23, tl=1.8254, dt=0.0011, npts=1702, PEAK centroid=973.3 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx410.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 466.200012 Hz Time between frames = 0.001073 sec Original sample rate = 22050.000000 Duration of sound is 1.643 Magfr format is type compact Number of harmonics per frame = 23 Number of analysis frames is 1532 File read, now compute centroid vs. frame for the file fa=466.2, nhar= 23, tl=1.6431, dt=0.0011, npts=1532, PEAK centroid=1507.7 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx410.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 466.200012 Hz Time between frames = 0.001073 sec Original sample rate = 22050.000000 Duration of sound is 1.810 Magfr format is type compact Number of harmonics per frame = 23 Number of analysis frames is 1688 File read, now compute centroid vs. frame for the file fa=466.2, nhar= 23, tl=1.8104, dt=0.0011, npts=1688, PEAK centroid=2087.3 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx410.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 466.200012 Hz Time between frames = 0.001073 sec Original sample rate = 22050.000000 Duration of sound is 10.247 Magfr format is type compact Number of harmonics per frame = 23 Number of analysis frames is 9554 File read, now compute centroid vs. frame for the file fa=466.2, nhar= 23, tl=10.2467, dt=0.0011, npts=9554, PEAK centroid=2392.0 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx500.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 523.299988 Hz Time between frames = 0.000955 sec Original sample rate = 22050.000000 Duration of sound is 1.512 Magfr format is type compact Number of harmonics per frame = 21 Number of analysis frames is 1582 File read, now compute centroid vs. frame for the file fa=523.3, nhar= 21, tl=1.5116, dt=0.0010, npts=1582, PEAK centroid=787.3 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx500.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 523.299988 Hz Time between frames = 0.000955 sec Original sample rate = 22050.000000 Duration of sound is 1.162 Magfr format is type compact Number of harmonics per frame = 21 Number of analysis frames is 1216 File read, now compute centroid vs. frame for the file fa=523.3, nhar= 21, tl=1.1619, dt=0.0010, npts=1216, PEAK centroid=1182.4 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx500.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 523.299988 Hz Time between frames = 0.000955 sec Original sample rate = 22050.000000 Duration of sound is 1.726 Magfr format is type compact Number of harmonics per frame = 21 Number of analysis frames is 1806 File read, now compute centroid vs. frame for the file fa=523.3, nhar= 21, tl=1.7256, dt=0.0010, npts=1806, PEAK centroid=2120.5 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx500.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 523.299988 Hz Time between frames = 0.000955 sec Original sample rate = 22050.000000 Duration of sound is 10.011 Magfr format is type compact Number of harmonics per frame = 21 Number of analysis frames is 10477 File read, now compute centroid vs. frame for the file fa=523.3, nhar= 21, tl=10.0105, dt=0.0010, npts=10477, PEAK centroid=1927.8 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx502.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 587.299988 Hz Time between frames = 0.000851 sec Original sample rate = 22050.000000 Duration of sound is 1.561 Magfr format is type compact Number of harmonics per frame = 18 Number of analysis frames is 1833 File read, now compute centroid vs. frame for the file fa=587.3, nhar= 18, tl=1.5605, dt=0.0009, npts=1833, PEAK centroid=649.2 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx502.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 587.299988 Hz Time between frames = 0.000851 sec Original sample rate = 22050.000000 Duration of sound is 1.484 Magfr format is type compact Number of harmonics per frame = 18 Number of analysis frames is 1743 File read, now compute centroid vs. frame for the file fa=587.3, nhar= 18, tl=1.4839, dt=0.0009, npts=1743, PEAK centroid=1271.4 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx502.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 587.299988 Hz Time between frames = 0.000851 sec Original sample rate = 22050.000000 Duration of sound is 1.736 Magfr format is type compact Number of harmonics per frame = 18 Number of analysis frames is 2039 File read, now compute centroid vs. frame for the file fa=587.3, nhar= 18, tl=1.7359, dt=0.0009, npts=2039, PEAK centroid=1861.2 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx502.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 587.299988 Hz Time between frames = 0.000851 sec Original sample rate = 22050.000000 Duration of sound is 10.590 Magfr format is type compact Number of harmonics per frame = 18 Number of analysis frames is 12439 File read, now compute centroid vs. frame for the file fa=587.3, nhar= 18, tl=10.5900, dt=0.0009, npts=12439, PEAK centroid=1860.0 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx503.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 622.299988 Hz Time between frames = 0.000803 sec Original sample rate = 22050.000000 Duration of sound is 1.558 Magfr format is type compact Number of harmonics per frame = 17 Number of analysis frames is 1939 File read, now compute centroid vs. frame for the file fa=622.3, nhar= 17, tl=1.5579, dt=0.0008, npts=1939, PEAK centroid=693.1 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx503.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 622.299988 Hz Time between frames = 0.000803 sec Original sample rate = 22050.000000 Duration of sound is 1.324 Magfr format is type compact Number of harmonics per frame = 17 Number of analysis frames is 1648 File read, now compute centroid vs. frame for the file fa=622.3, nhar= 17, tl=1.3241, dt=0.0008, npts=1648, PEAK centroid=1077.2 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx503.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 622.299988 Hz Time between frames = 0.000803 sec Original sample rate = 22050.000000 Duration of sound is 1.699 Magfr format is type compact Number of harmonics per frame = 17 Number of analysis frames is 2115 File read, now compute centroid vs. frame for the file fa=622.3, nhar= 17, tl=1.6993, dt=0.0008, npts=2115, PEAK centroid=1850.1 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx503.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 622.299988 Hz Time between frames = 0.000803 sec Original sample rate = 22050.000000 Duration of sound is 9.818 Magfr format is type compact Number of harmonics per frame = 17 Number of analysis frames is 12220 File read, now compute centroid vs. frame for the file fa=622.3, nhar= 17, tl=9.8184, dt=0.0008, npts=12220, PEAK centroid=1674.7 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx505.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 698.500000 Hz Time between frames = 0.000716 sec Original sample rate = 22050.000000 Duration of sound is 1.671 Magfr format is type compact Number of harmonics per frame = 15 Number of analysis frames is 2334 File read, now compute centroid vs. frame for the file fa=698.5, nhar= 15, tl=1.6707, dt=0.0007, npts=2334, PEAK centroid=1513.8 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx505.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 698.500000 Hz Time between frames = 0.000716 sec Original sample rate = 22050.000000 Duration of sound is 1.238 Magfr format is type compact Number of harmonics per frame = 15 Number of analysis frames is 1730 File read, now compute centroid vs. frame for the file fa=698.5, nhar= 15, tl=1.2384, dt=0.0007, npts=1730, PEAK centroid=695.2 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx505.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 698.500000 Hz Time between frames = 0.000716 sec Original sample rate = 22050.000000 Duration of sound is 1.601 Magfr format is type compact Number of harmonics per frame = 15 Number of analysis frames is 2236 File read, now compute centroid vs. frame for the file fa=698.5, nhar= 15, tl=1.6006, dt=0.0007, npts=2236, PEAK centroid=1736.7 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx505.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 698.500000 Hz Time between frames = 0.000716 sec Original sample rate = 22050.000000 Duration of sound is 9.121 Magfr format is type compact Number of harmonics per frame = 15 Number of analysis frames is 12742 File read, now compute centroid vs. frame for the file fa=698.5, nhar= 15, tl=9.1210, dt=0.0007, npts=12742, PEAK centroid=1993.1 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx507.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 784.000000 Hz Time between frames = 0.000638 sec Original sample rate = 22050.000000 Duration of sound is 1.663 Magfr format is type compact Number of harmonics per frame = 14 Number of analysis frames is 2607 File read, now compute centroid vs. frame for the file fa=784.0, nhar= 14, tl=1.6626, dt=0.0006, npts=2607, PEAK centroid=444.0 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx507.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 784.000000 Hz Time between frames = 0.000638 sec Original sample rate = 22050.000000 Duration of sound is 1.494 Magfr format is type compact Number of harmonics per frame = 14 Number of analysis frames is 2343 File read, now compute centroid vs. frame for the file fa=784.0, nhar= 14, tl=1.4943, dt=0.0006, npts=2343, PEAK centroid=635.5 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx507.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 784.000000 Hz Time between frames = 0.000638 sec Original sample rate = 22050.000000 Duration of sound is 1.646 Magfr format is type compact Number of harmonics per frame = 14 Number of analysis frames is 2581 File read, now compute centroid vs. frame for the file fa=784.0, nhar= 14, tl=1.6460, dt=0.0006, npts=2581, PEAK centroid=1675.0 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx507.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 784.000000 Hz Time between frames = 0.000638 sec Original sample rate = 22050.000000 Duration of sound is 7.293 Magfr format is type compact Number of harmonics per frame = 14 Number of analysis frames is 11436 File read, now compute centroid vs. frame for the file fa=784.0, nhar= 14, tl=7.2934, dt=0.0006, npts=11436, PEAK centroid=1282.6 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx508.1.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 830.599976 Hz Time between frames = 0.000602 sec Original sample rate = 22050.000000 Duration of sound is 2.734 Magfr format is type compact Number of harmonics per frame = 13 Number of analysis frames is 4542 File read, now compute centroid vs. frame for the file fa=830.6, nhar= 13, tl=2.7342, dt=0.0006, npts=4542, PEAK centroid=285.8 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx508.2.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 830.599976 Hz Time between frames = 0.000602 sec Original sample rate = 22050.000000 Duration of sound is 1.797 Magfr format is type compact Number of harmonics per frame = 13 Number of analysis frames is 2986 File read, now compute centroid vs. frame for the file fa=830.6, nhar= 13, tl=1.7975, dt=0.0006, npts=2986, PEAK centroid=493.8 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx508.3.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 830.599976 Hz Time between frames = 0.000602 sec Original sample rate = 22050.000000 Duration of sound is 1.869 Magfr format is type compact Number of harmonics per frame = 13 Number of analysis frames is 3105 File read, now compute centroid vs. frame for the file fa=830.6, nhar= 13, tl=1.8691, dt=0.0006, npts=3105, PEAK centroid=1619.2 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Read analysis file lsx508.4.pv.an Comments:recorded in the UIUC Computer Music Project Base analysis frequency = 830.599976 Hz Time between frames = 0.000602 sec Original sample rate = 22050.000000 Duration of sound is 9.169 Magfr format is type compact Number of harmonics per frame = 13 Number of analysis frames is 15231 File read, now compute centroid vs. frame for the file fa=830.6, nhar= 13, tl=9.1687, dt=0.0006, npts=15231, PEAK centroid=988.0 Now set up the centroid vs. frequency matrix Now fill the centroid vs. frequency matrix Compute matrix averages Interpolate zeros from matrix tfanal.cen output using 5*centroid/centroidMax with centroidMax = 2000 Write results to output file Centroid band 0, range: 0 to 400******************************************** fband: 0 freq= 0 ampave= 0.937852 (over 0 pts.) std_dev= 0.000000 fband: 1 freq= 100 ampave= 0.937852 (over 3112 pts.) std_dev= 0.135844 fband: 2 freq= 201 ampave= 0.985408 (over 7721 pts.) std_dev= 0.080620 fband: 3 freq= 304 ampave= 0.921368 (over 16751 pts.) std_dev= 0.224736 fband: 4 freq= 410 ampave= 0.604940 (over 11281 pts.) std_dev= 0.434115 fband: 5 freq= 522 ampave= 0.662125 (over 23958 pts.) std_dev= 0.412481 fband: 6 freq= 641 ampave= 0.538081 (over 15997 pts.) std_dev= 0.426767 fband: 7 freq= 768 ampave= 0.635878 (over 39225 pts.) std_dev= 0.441685 fband: 8 freq= 907 ampave= 0.150395 (over 23649 pts.) std_dev= 0.256918 fband: 9 freq= 1059 ampave= 0.067126 (over 17285 pts.) std_dev= 0.080989 fband: 10 freq= 1228 ampave= 0.061770 (over 36909 pts.) std_dev= 0.100303 fband: 11 freq= 1417 ampave= 0.044090 (over 27684 pts.) std_dev= 0.045380 fband: 12 freq= 1631 ampave= 0.056347 (over 53751 pts.) std_dev= 0.085475 fband: 13 freq= 1875 ampave= 0.020191 (over 36436 pts.) std_dev= 0.033874 fband: 14 freq= 2156 ampave= 0.012870 (over 43868 pts.) std_dev= 0.018544 fband: 15 freq= 2482 ampave= 0.012082 (over 69130 pts.) std_dev= 0.018814 fband: 16 freq= 2865 ampave= 0.005275 (over 64903 pts.) std_dev= 0.006452 fband: 17 freq= 3318 ampave= 0.003969 (over 91877 pts.) std_dev= 0.003916 fband: 18 freq= 3860 ampave= 0.002721 (over 104347 pts.) std_dev= 0.002812 fband: 19 freq= 4516 ampave= 0.001632 (over 136744 pts.) std_dev= 0.001674 fband: 20 freq= 5316 ampave= 0.001306 (over 174603 pts.) std_dev= 0.001394 fband: 21 freq= 6307 ampave= 0.001316 (over 188087 pts.) std_dev= 0.001520 fband: 22 freq= 7548 ampave= 0.000898 (over 244553 pts.) std_dev= 0.001027 fband: 23 freq= 9125 ampave= 0.000754 (over 318718 pts.) std_dev= 0.000884 Centroid band 1, range: 400 to 800******************************************** fband: 0 freq= 0 ampave= 0.815762 (over 0 pts.) std_dev= 0.000000 fband: 1 freq= 100 ampave= 0.815762 (over 4702 pts.) std_dev= 0.246901 fband: 2 freq= 201 ampave= 0.907510 (over 6620 pts.) std_dev= 0.244947 fband: 3 freq= 304 ampave= 0.844910 (over 10093 pts.) std_dev= 0.267952 fband: 4 freq= 410 ampave= 0.544030 (over 9367 pts.) std_dev= 0.345353 fband: 5 freq= 522 ampave= 0.641792 (over 22507 pts.) std_dev= 0.363121 fband: 6 freq= 641 ampave= 0.566414 (over 8174 pts.) std_dev= 0.386374 fband: 7 freq= 768 ampave= 0.575625 (over 20572 pts.) std_dev= 0.436704 fband: 8 freq= 907 ampave= 0.380598 (over 20642 pts.) std_dev= 0.396682 fband: 9 freq= 1059 ampave= 0.151842 (over 13242 pts.) std_dev= 0.145207 fband: 10 freq= 1228 ampave= 0.120589 (over 24842 pts.) std_dev= 0.148168 fband: 11 freq= 1417 ampave= 0.104481 (over 20105 pts.) std_dev= 0.096895 fband: 12 freq= 1631 ampave= 0.121171 (over 36538 pts.) std_dev= 0.146843 fband: 13 freq= 1875 ampave= 0.080674 (over 24794 pts.) std_dev= 0.106129 fband: 14 freq= 2156 ampave= 0.051028 (over 30805 pts.) std_dev= 0.050716 fband: 15 freq= 2482 ampave= 0.048876 (over 47605 pts.) std_dev= 0.068143 fband: 16 freq= 2865 ampave= 0.025581 (over 49229 pts.) std_dev= 0.027721 fband: 17 freq= 3318 ampave= 0.017392 (over 63812 pts.) std_dev= 0.015542 fband: 18 freq= 3860 ampave= 0.011173 (over 71043 pts.) std_dev= 0.009183 fband: 19 freq= 4516 ampave= 0.006131 (over 97032 pts.) std_dev= 0.005467 fband: 20 freq= 5316 ampave= 0.003460 (over 115682 pts.) std_dev= 0.003096 fband: 21 freq= 6307 ampave= 0.003353 (over 134007 pts.) std_dev= 0.003203 fband: 22 freq= 7548 ampave= 0.001845 (over 172278 pts.) std_dev= 0.001920 fband: 23 freq= 9125 ampave= 0.001343 (over 219833 pts.) std_dev= 0.001450 Centroid band 2, range: 800 to 1200******************************************** fband: 0 freq= 0 ampave= 0.661293 (over 0 pts.) std_dev= 0.000000 fband: 1 freq= 100 ampave= 0.661293 (over 3078 pts.) std_dev= 0.275088 fband: 2 freq= 201 ampave= 0.710596 (over 4750 pts.) std_dev= 0.341625 fband: 3 freq= 304 ampave= 0.711290 (over 6616 pts.) std_dev= 0.270269 fband: 4 freq= 410 ampave= 0.480053 (over 4922 pts.) std_dev= 0.381485 fband: 5 freq= 522 ampave= 0.771206 (over 13329 pts.) std_dev= 0.304005 fband: 6 freq= 641 ampave= 0.687248 (over 6140 pts.) std_dev= 0.296448 fband: 7 freq= 768 ampave= 0.657933 (over 15229 pts.) std_dev= 0.390028 fband: 8 freq= 907 ampave= 0.494422 (over 11344 pts.) std_dev= 0.345106 fband: 9 freq= 1059 ampave= 0.266917 (over 8384 pts.) std_dev= 0.202135 fband: 10 freq= 1228 ampave= 0.196585 (over 15446 pts.) std_dev= 0.178161 fband: 11 freq= 1417 ampave= 0.204845 (over 13359 pts.) std_dev= 0.152444 fband: 12 freq= 1631 ampave= 0.197761 (over 22767 pts.) std_dev= 0.211154 fband: 13 freq= 1875 ampave= 0.188210 (over 16454 pts.) std_dev= 0.195715 fband: 14 freq= 2156 ampave= 0.131457 (over 20449 pts.) std_dev= 0.114287 fband: 15 freq= 2482 ampave= 0.106570 (over 29086 pts.) std_dev= 0.090169 fband: 16 freq= 2865 ampave= 0.078901 (over 32509 pts.) std_dev= 0.060049 fband: 17 freq= 3318 ampave= 0.050360 (over 40254 pts.) std_dev= 0.043456 fband: 18 freq= 3860 ampave= 0.030150 (over 44197 pts.) std_dev= 0.024514 fband: 19 freq= 4516 ampave= 0.015718 (over 61943 pts.) std_dev= 0.011001 fband: 20 freq= 5316 ampave= 0.010289 (over 74063 pts.) std_dev= 0.007789 fband: 21 freq= 6307 ampave= 0.007775 (over 84812 pts.) std_dev= 0.007781 fband: 22 freq= 7548 ampave= 0.003238 (over 110904 pts.) std_dev= 0.003010 fband: 23 freq= 9125 ampave= 0.002232 (over 139070 pts.) std_dev= 0.002151 Centroid band 3, range: 1200 to 1600******************************************** fband: 0 freq= 0 ampave= 0.531390 (over 0 pts.) std_dev= 0.000000 fband: 1 freq= 100 ampave= 0.531390 (over 4043 pts.) std_dev= 0.231929 fband: 2 freq= 201 ampave= 0.545016 (over 2658 pts.) std_dev= 0.359810 fband: 3 freq= 304 ampave= 0.718828 (over 7602 pts.) std_dev= 0.296341 fband: 4 freq= 410 ampave= 0.436933 (over 6086 pts.) std_dev= 0.325256 fband: 5 freq= 522 ampave= 0.784505 (over 16149 pts.) std_dev= 0.275867 fband: 6 freq= 641 ampave= 0.915835 (over 4159 pts.) std_dev= 0.240449 fband: 7 freq= 768 ampave= 0.777994 (over 14687 pts.) std_dev= 0.297017 fband: 8 freq= 907 ampave= 0.585569 (over 10598 pts.) std_dev= 0.347082 fband: 9 freq= 1059 ampave= 0.389004 (over 9496 pts.) std_dev= 0.229165 fband: 10 freq= 1228 ampave= 0.232586 (over 19052 pts.) std_dev= 0.152580 fband: 11 freq= 1417 ampave= 0.327049 (over 14674 pts.) std_dev= 0.233036 fband: 12 freq= 1631 ampave= 0.266636 (over 22761 pts.) std_dev= 0.295164 fband: 13 freq= 1875 ampave= 0.368043 (over 15573 pts.) std_dev= 0.270966 fband: 14 freq= 2156 ampave= 0.294667 (over 20668 pts.) std_dev= 0.177153 fband: 15 freq= 2482 ampave= 0.202894 (over 33566 pts.) std_dev= 0.110186 fband: 16 freq= 2865 ampave= 0.177604 (over 32285 pts.) std_dev= 0.122883 fband: 17 freq= 3318 ampave= 0.118630 (over 42636 pts.) std_dev= 0.097379 fband: 18 freq= 3860 ampave= 0.065945 (over 50411 pts.) std_dev= 0.052178 fband: 19 freq= 4516 ampave= 0.041667 (over 63041 pts.) std_dev= 0.031700 fband: 20 freq= 5316 ampave= 0.029404 (over 78967 pts.) std_dev= 0.021228 fband: 21 freq= 6307 ampave= 0.017215 (over 89711 pts.) std_dev= 0.016696 fband: 22 freq= 7548 ampave= 0.006135 (over 115821 pts.) std_dev= 0.005159 fband: 23 freq= 9125 ampave= 0.003924 (over 146340 pts.) std_dev= 0.003283 Centroid band 4, range: 1600 to 2000******************************************** fband: 0 freq= 0 ampave= 0.947441 (over 0 pts.) std_dev= 0.000000 fband: 1 freq= 100 ampave= 0.947441 (over 93 pts.) std_dev= 0.181117 fband: 2 freq= 201 ampave= 0.611007 (over 11127 pts.) std_dev= 0.356601 fband: 3 freq= 304 ampave= 0.807061 (over 4301 pts.) std_dev= 0.279473 fband: 4 freq= 410 ampave= 0.498214 (over 12893 pts.) std_dev= 0.297048 fband: 5 freq= 522 ampave= 0.685913 (over 17456 pts.) std_dev= 0.246269 fband: 6 freq= 641 ampave= 0.799447 (over 6948 pts.) std_dev= 0.313419 fband: 7 freq= 768 ampave= 0.725268 (over 15248 pts.) std_dev= 0.258804 fband: 8 freq= 907 ampave= 0.651772 (over 17307 pts.) std_dev= 0.259334 fband: 9 freq= 1059 ampave= 0.584855 (over 12989 pts.) std_dev= 0.252897 fband: 10 freq= 1228 ampave= 0.356862 (over 22894 pts.) std_dev= 0.233115 fband: 11 freq= 1417 ampave= 0.457208 (over 16492 pts.) std_dev= 0.275901 fband: 12 freq= 1631 ampave= 0.460961 (over 29526 pts.) std_dev= 0.365326 fband: 13 freq= 1875 ampave= 0.580915 (over 25460 pts.) std_dev= 0.246739 fband: 14 freq= 2156 ampave= 0.575007 (over 24299 pts.) std_dev= 0.191882 fband: 15 freq= 2482 ampave= 0.382357 (over 38698 pts.) std_dev= 0.187118 fband: 16 freq= 2865 ampave= 0.354017 (over 43858 pts.) std_dev= 0.155806 fband: 17 freq= 3318 ampave= 0.194968 (over 53242 pts.) std_dev= 0.102579 fband: 18 freq= 3860 ampave= 0.115173 (over 59577 pts.) std_dev= 0.059782 fband: 19 freq= 4516 ampave= 0.115781 (over 81032 pts.) std_dev= 0.062803 fband: 20 freq= 5316 ampave= 0.085243 (over 100689 pts.) std_dev= 0.050035 fband: 21 freq= 6307 ampave= 0.030302 (over 111142 pts.) std_dev= 0.023201 fband: 22 freq= 7548 ampave= 0.013594 (over 151468 pts.) std_dev= 0.010204 fband: 23 freq= 9125 ampave= 0.007287 (over 182082 pts.) std_dev= 0.005389 Max Centroid= 2000, Lowthresh= 100