*2013/12/16 14:35:47.12 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 1992/05/22 21:08:00.000 NUMBER OF RECORDS : 363 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : REAL*4 NUMBER OF CHANNELS : 5 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ----------------------- ---------------- -------------- -------------- 1 Pressure decibar 4.3 366 2 Temperature 'deg C (IPTS68)' 3.0199 4.9377 3 Transmissivity %/metre 81.8 90.6 4 Salinity PSS-78 32.9073 34.0687 5 Number_of_bin_records n/a 10 61 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ---- -------------- 1 -99 ' ' 7 F ' ' 1 2 -99 ' ' 9 F ' ' 4 3 -99 ' ' 6 F ' ' 1 4 -99 ' ' 9 F ' ' 4 5 -99 ' ' 5 I I 0 $END $REMARKS This file converted from 12 line header format. $END *ADMINISTRATION MISSION : 1992-05 AGENCY : IOS/FEHRI PROJECT : INPOC SCIENTIST : Berger-North K. PLATFORM : R.V. PRILIV (Hydromet) $REMARKS This is INPOC cruise 92-04. $END *LOCATION GEOGRAPHIC AREA : TRANSPACIFIC (North Pacific) STATION : J176 EVENT NUMBER : 202 LATITUDE : 50 0.00000 N ! (deg min) LONGITUDE : 175 0.00000 W ! (deg min) *INSTRUMENT TYPE : Guildline CTD MODEL : SERIAL NUMBER : 45055 $TABLE: SENSORS ! Name Abs Depth Serial No ! ---------------- -------------- ---------- Pressure n/a ? Temperature n/a ? Conductivity n/a ? Transmissivity n/a ? $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- C12L_IOS 2.1 1994/02/03 16:39:54 33702 33702 DESPIKE 1.1 1994/06/14 09:50:44 7134 7134 DESPIKE 1.1 1994/06/14 14:06:41 7134 7134 DESPIKE 1.1 1994/06/14 18:19:24 7134 7134 TIMECOMP 2.1 1994/06/14 22:39:58 7134 7134 LOWPASS 2.0 1994/06/15 14:40:18 7134 7135 LOWPASS 2.0 1994/06/15 23:46:07 7135 7135 DELETE 4.1 1994/06/16 04:29:28 7135 6891 BINAVE 1.0 1994/06/16 06:29:07 6891 363 LOWPASS 2.1 1994/12/29 18:16:48 363 363 REMOVECH 6.0 2003/08/20 16:41:48 363 363 HDREDIT2 1.6 2003/08/20 16:42:57 ? ? CLEAN 4.3.1 2003/08/20 16:45:48 363 363 HDREDIT2 2.5.1 2006/02/26 17:49:02 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 14:35:47 363 363 $END $REMARKS -The following DESPIKE parameters were used: DESPIKE TABLE CHANNEL FIT OVER- MIN MAX MIN MAX SPIKE WIDTH LAP VALUE VALUE STDDEV STDDEV TOL. -------------------- ----- ----- ------- ------- ------- ------- ----- Pres 101 10 -5.00 3500.00 .1000999.0000 3.00 Temp 101 10 -2.00 25.00 .0010999.0000 3.00 Cond 101 10 .00 1.00 .0005999.0000 3.00 Tran 101 10 .00 100.00 .1000999.0000 3.00 -The following DESPIKE parameters were used: DESPIKE TABLE CHANNEL FIT OVER- MIN MAX MIN MAX SPIKE WIDTH LAP VALUE VALUE STDDEV STDDEV TOL. -------------------- ----- ----- ------- ------- ------- ------- ----- Pres 51 10 -5.00 3500.00 .1000999.0000 3.00 Temp 51 10 -2.00 25.00 .0010999.0000 3.00 Cond 51 10 .00 1.00 .0005999.0000 3.00 Tran 51 10 .00 100.00 .1000999.0000 3.00 -The following DESPIKE parameters were used: DESPIKE TABLE CHANNEL FIT OVER- MIN MAX MIN MAX SPIKE WIDTH LAP VALUE VALUE STDDEV STDDEV TOL. -------------------- ----- ----- ------- ------- ------- ------- ----- Pres 25 3 -5.00 3500.00 .1000999.0000 2.50 Temp 25 3 -2.00 25.00 .0010999.0000 2.50 Cond 25 3 .00 1.00 .0005999.0000 2.50 Tran 25 3 .00 100.00 .1000999.0000 2.50 -The following TIMECOMP parameters were used: Temp. probe Dist (m): .0700 Sample period (sec): .0400 -The following LOWPASS parameters were used: Channels to Filter: Pres Salinity will NOT be Recalculated after Filtering Sampling Interval: .040 Cutoff Frequency: 2.000 Calculated Filter Coeffs (a,b)= .038, -.923 -The following LOWPASS parameters were used: Channels to Filter: Tran Cond Temp Sali Salinity WILL be Recalculated after Filtering Sampling Interval: .040 Cutoff Frequency: .500 Calculated Filter Coeffs (a,b)= .010, -.980 -The following DELETE parameters were used: Pressure filtered over width: 7 Swells deleted -The following BINAVE parameters were used: Bin channel = Press Averaging interval = 1.0 Minimum bin value = .000 Average value was used Interpolated values were NOT used for empty bins Channel 'NUMBER_OF_BIN_RECORDS' was added to file. -The following LOWPASS parameters were used: Channels to Filter: Tran Cond Temp Sal Salinity will NOT be Recalculated after Filtering Sampling Interval: 1.000 Cutoff Frequency: 1.000 Calculated Filter Coeffs (a,b)= .333, -.333 -The following CHANNEL(S) were removed from file. Conductivity_Ratio CLEAN functions: - Reset #RECS, MIN & MAX values in header. - Change Pad Value to -99 in All Channels. - Delete Empty Channels: 0 deleted. - Set channel name post-colon letters to upper case. -HEADER EDITS: 2006/02/26 17:49:02 Applied edit header: O:\Data Processing\Header Comments\Work\DataDescription.txt $END *CALIBRATION $TABLE: RAW CHANNELS ! Name Units Fmla Pad Coefficients ! -------------------- ----- ---- ------ ------------ Pressure n/a 10 ' ' (0 2000) Temperature n/a 10 ' ' (-0.123E-01 1.0001) Conductivity_Ratio n/a 10 ' ' (-0.16E-02 1.002) Transmissivity n/a 10 ' ' (101.3901 -2.0278) $END *COMMENTS Russian Vessel R.V. PRILIV from FEHRI Russian Chief Scientist : Oleg Pyatin Spring Transpacific Cruise 1992 - 9204 !--1--- ---2---- --3-- ---4---- -5-- !Pressu Temperat Trans Salinity Numb !re ure missi er_o ! vity ~bin ! _rec ! ords !------ -------- ----- -------- ---- *END OF HEADER 4.3 4.9377 81.8 32.9073 48 4.9 4.9373 81.8 32.9074 45 6.0 4.9369 81.8 32.9075 36 7.0 4.9364 81.8 32.9076 26 8.0 4.9360 81.8 32.9077 19 9.0 4.9355 81.8 32.9077 15 10.0 4.9350 81.8 32.9077 14 11.0 4.9344 81.8 32.9077 13 12.0 4.9337 81.8 32.9077 14 13.0 4.9328 81.9 32.9077 15 14.0 4.9316 81.9 32.9078 18 15.0 4.9302 81.9 32.9080 26 16.0 4.9284 81.9 32.9081 33 17.0 4.9262 81.9 32.9083 23 18.0 4.9238 81.9 32.9085 18 19.0 4.9212 81.9 32.9086 15 20.0 4.9181 82.0 32.9087 15 21.0 4.9144 82.0 32.9089 15 22.0 4.9098 82.0 32.9092 18 23.0 4.9040 82.1 32.9096 23 24.0 4.8970 82.1 32.9101 24 25.0 4.8886 82.1 32.9107 20 26.0 4.8789 82.2 32.9114 17 27.0 4.8676 82.3 32.9121 15 28.0 4.8541 82.3 32.9130 17 29.0 4.8378 82.4 32.9142 18 30.0 4.8179 82.5 32.9155 20 31.0 4.7938 82.7 32.9172 22 32.0 4.7654 82.8 32.9191 18 33.0 4.7325 83.0 32.9214 17 34.0 4.6944 83.2 32.9239 15 35.0 4.6493 83.4 32.9269 16 36.0 4.5951 83.7 32.9305 17 37.0 4.5294 84.1 32.9348 19 38.0 4.4504 84.4 32.9399 21 39.0 4.3573 84.9 32.9458 21 40.0 4.2507 85.4 32.9523 21 41.0 4.1327 85.9 32.9591 21 42.0 4.0075 86.4 32.9657 21 43.0 3.8823 86.8 32.9712 20 44.0 3.7655 87.2 32.9751 19 45.0 3.6629 87.5 32.9773 18 46.0 3.5758 87.7 32.9782 16 47.0 3.5028 87.9 32.9780 16 48.0 3.4411 88.1 32.9770 16 49.0 3.3884 88.3 32.9756 16 50.0 3.3431 88.4 32.9743 18 51.0 3.3040 88.5 32.9733 18 52.0 3.2706 88.6 32.9725 17 53.0 3.2418 88.7 32.9719 18 54.0 3.2169 88.8 32.9713 17 55.0 3.1951 88.9 32.9705 19 56.0 3.1761 89.0 32.9696 20 57.0 3.1595 89.1 32.9687 22 58.0 3.1455 89.1 32.9680 24 59.0 3.1339 89.1 32.9674 25 60.0 3.1245 89.2 32.9670 27 61.0 3.1171 89.2 32.9668 22 62.0 3.1112 89.2 32.9667 18 63.0 3.1066 89.2 32.9667 14 64.0 3.1028 89.1 32.9667 12 65.0 3.0996 89.1 32.9666 11 66.0 3.0966 89.1 32.9665 12 67.0 3.0937 89.1 32.9664 12 68.0 3.0907 89.0 32.9663 15 69.0 3.0876 89.0 32.9662 20 69.9 3.0842 89.0 32.9662 53 71.0 3.0811 89.0 32.9663 17 72.0 3.0787 89.0 32.9663 14 73.0 3.0771 89.0 32.9663 11 74.0 3.0757 89.0 32.9662 12 75.0 3.0743 89.0 32.9662 12 76.0 3.0728 89.0 32.9661 13 77.0 3.0713 89.0 32.9661 14 78.0 3.0696 89.0 32.9661 16 79.0 3.0678 89.1 32.9662 17 80.0 3.0660 89.1 32.9663 18 81.0 3.0640 89.1 32.9664 18 82.0 3.0618 89.1 32.9665 19 83.0 3.0596 89.2 32.9666 24 84.0 3.0571 89.2 32.9668 30 85.0 3.0546 89.2 32.9671 29 86.0 3.0522 89.3 32.9675 26 87.0 3.0500 89.3 32.9678 21 88.0 3.0480 89.3 32.9682 16 89.0 3.0462 89.3 32.9685 15 90.0 3.0445 89.3 32.9688 14 91.0 3.0429 89.4 32.9691 15 92.0 3.0412 89.4 32.9695 15 93.0 3.0395 89.4 32.9700 18 94.0 3.0378 89.4 32.9706 20 95.0 3.0359 89.4 32.9714 19 96.0 3.0340 89.4 32.9723 20 97.0 3.0321 89.5 32.9734 21 98.0 3.0300 89.5 32.9748 24 99.0 3.0278 89.5 32.9766 27 100.0 3.0257 89.5 32.9787 26 101.0 3.0238 89.5 32.9812 19 102.0 3.0223 89.5 32.9839 16 103.0 3.0211 89.5 32.9870 15 104.0 3.0203 89.5 32.9907 14 105.0 3.0199 89.6 32.9951 16 106.0 3.0200 89.6 33.0006 18 107.0 3.0208 89.6 33.0075 21 108.0 3.0225 89.6 33.0161 22 109.0 3.0254 89.6 33.0266 20 110.0 3.0295 89.7 33.0392 19 111.0 3.0352 89.7 33.0545 22 112.0 3.0429 89.7 33.0731 28 113.0 3.0526 89.8 33.0951 27 114.0 3.0641 89.8 33.1197 19 115.0 3.0767 89.8 33.1460 15 116.0 3.0907 89.8 33.1743 14 117.0 3.1065 89.8 33.2062 14 118.0 3.1249 89.8 33.2430 17 119.1 3.1465 89.9 33.2860 27 120.0 3.1704 89.9 33.3341 37 121.0 3.1939 89.9 33.3824 23 122.0 3.2140 89.9 33.4250 17 123.0 3.2299 89.9 33.4603 15 124.0 3.2425 89.9 33.4895 14 125.0 3.2528 90.0 33.5140 15 126.0 3.2610 90.0 33.5349 16 127.0 3.2677 90.0 33.5529 18 128.0 3.2730 90.0 33.5685 19 129.0 3.2770 90.0 33.5822 19 130.0 3.2800 90.0 33.5945 20 131.0 3.2822 90.0 33.6059 21 132.0 3.2840 90.0 33.6172 25 133.0 3.2853 90.1 33.6286 27 134.0 3.2863 90.1 33.6397 22 135.0 3.2868 90.1 33.6498 16 136.0 3.2868 90.1 33.6587 15 137.0 3.2864 90.1 33.6666 13 138.0 3.2856 90.2 33.6735 13 139.0 3.2842 90.2 33.6799 15 140.0 3.2824 90.2 33.6858 16 141.0 3.2799 90.2 33.6913 21 142.0 3.2770 90.2 33.6965 25 143.0 3.2738 90.2 33.7014 26 144.0 3.2708 90.2 33.7058 22 145.0 3.2684 90.3 33.7099 22 146.0 3.2667 90.3 33.7137 22 147.0 3.2660 90.3 33.7174 25 148.0 3.2662 90.3 33.7209 20 149.0 3.2672 90.3 33.7243 16 150.0 3.2687 90.3 33.7275 14 151.0 3.2706 90.3 33.7305 12 152.0 3.2727 90.3 33.7336 11 153.0 3.2749 90.3 33.7367 11 154.0 3.2772 90.3 33.7399 12 155.0 3.2796 90.3 33.7434 14 156.0 3.2821 90.4 33.7472 18 157.0 3.2846 90.4 33.7513 30 158.0 3.2871 90.4 33.7556 44 159.0 3.2894 90.4 33.7596 29 160.0 3.2913 90.4 33.7630 21 161.0 3.2930 90.4 33.7659 17 162.0 3.2945 90.4 33.7684 15 163.0 3.2959 90.4 33.7707 14 164.0 3.2974 90.4 33.7729 13 165.0 3.2989 90.4 33.7750 13 166.0 3.3005 90.4 33.7771 13 167.0 3.3022 90.4 33.7790 13 168.0 3.3041 90.4 33.7811 14 169.0 3.3062 90.4 33.7832 14 170.0 3.3085 90.4 33.7854 16 171.0 3.3111 90.4 33.7880 19 172.1 3.3139 90.4 33.7909 32 173.0 3.3169 90.4 33.7940 44 174.0 3.3198 90.4 33.7972 26 175.0 3.3223 90.4 33.8000 20 176.0 3.3245 90.4 33.8025 17 177.0 3.3265 90.4 33.8047 16 178.0 3.3283 90.4 33.8068 15 179.0 3.3302 90.4 33.8088 14 180.0 3.3322 90.4 33.8107 13 181.0 3.3344 90.4 33.8127 12 182.0 3.3368 90.4 33.8147 13 183.0 3.3394 90.4 33.8168 13 184.0 3.3423 90.4 33.8192 13 185.0 3.3456 90.4 33.8218 17 186.0 3.3493 90.4 33.8247 23 187.0 3.3536 90.4 33.8281 43 187.9 3.3581 90.4 33.8317 33 189.0 3.3620 90.4 33.8352 21 190.0 3.3652 90.4 33.8381 17 191.0 3.3677 90.4 33.8405 15 192.0 3.3699 90.4 33.8427 14 193.0 3.3718 90.4 33.8446 14 194.0 3.3735 90.4 33.8464 13 195.0 3.3750 90.4 33.8482 13 196.0 3.3764 90.4 33.8500 12 197.0 3.3778 90.4 33.8519 14 198.0 3.3793 90.4 33.8539 17 199.0 3.3810 90.4 33.8561 21 200.0 3.3828 90.4 33.8584 29 201.0 3.3846 90.4 33.8608 27 202.0 3.3865 90.4 33.8631 21 203.0 3.3883 90.4 33.8651 19 204.0 3.3900 90.4 33.8669 17 205.0 3.3918 90.4 33.8685 16 206.0 3.3936 90.4 33.8702 16 207.0 3.3955 90.4 33.8719 16 208.0 3.3974 90.4 33.8736 15 209.0 3.3994 90.4 33.8754 16 210.0 3.4015 90.4 33.8772 16 211.0 3.4037 90.4 33.8791 16 212.0 3.4060 90.4 33.8810 17 213.0 3.4084 90.4 33.8828 20 214.0 3.4109 90.4 33.8847 21 215.0 3.4133 90.4 33.8866 22 216.0 3.4158 90.4 33.8884 20 217.0 3.4183 90.4 33.8902 17 218.0 3.4208 90.4 33.8920 16 219.0 3.4234 90.4 33.8938 17 220.0 3.4260 90.4 33.8958 19 221.0 3.4289 90.4 33.8979 25 222.0 3.4319 90.4 33.9001 25 223.0 3.4348 90.4 33.9022 20 224.0 3.4375 90.4 33.9042 17 225.0 3.4400 90.4 33.9060 15 226.0 3.4423 90.4 33.9077 15 227.0 3.4446 90.4 33.9094 16 228.0 3.4469 90.4 33.9111 19 229.0 3.4491 90.4 33.9129 23 230.0 3.4512 90.4 33.9146 24 231.0 3.4529 90.4 33.9162 19 232.0 3.4541 90.4 33.9175 17 233.0 3.4551 90.4 33.9186 14 234.0 3.4559 90.4 33.9196 14 235.0 3.4564 90.4 33.9206 13 236.0 3.4569 90.4 33.9217 15 237.0 3.4573 90.4 33.9228 17 238.1 3.4575 90.4 33.9242 24 239.0 3.4576 90.4 33.9257 32 240.0 3.4577 90.4 33.9273 24 241.0 3.4576 90.4 33.9288 17 242.0 3.4575 90.4 33.9302 15 243.0 3.4574 90.4 33.9314 13 244.0 3.4573 90.4 33.9326 13 245.0 3.4571 90.4 33.9338 13 246.0 3.4568 90.4 33.9351 14 247.0 3.4565 90.4 33.9365 15 248.0 3.4559 90.4 33.9380 16 249.0 3.4553 90.4 33.9395 18 250.0 3.4544 90.4 33.9410 20 251.0 3.4535 90.4 33.9426 20 252.0 3.4527 90.4 33.9440 22 253.0 3.4521 90.4 33.9455 21 254.0 3.4519 90.4 33.9468 21 255.0 3.4521 90.4 33.9482 21 256.0 3.4526 90.4 33.9495 21 257.0 3.4533 90.4 33.9508 17 258.0 3.4542 90.4 33.9521 15 259.0 3.4552 90.4 33.9534 14 260.0 3.4563 90.4 33.9546 13 261.0 3.4574 90.4 33.9560 14 262.0 3.4585 90.4 33.9576 15 263.0 3.4595 90.4 33.9593 19 264.0 3.4603 90.4 33.9611 23 265.0 3.4608 90.4 33.9630 24 266.0 3.4610 90.4 33.9648 20 267.0 3.4610 90.4 33.9663 17 268.0 3.4609 90.5 33.9677 17 269.0 3.4607 90.5 33.9689 18 270.0 3.4605 90.5 33.9700 20 271.0 3.4604 90.5 33.9712 24 272.0 3.4602 90.5 33.9723 22 273.0 3.4600 90.5 33.9734 19 274.0 3.4598 90.5 33.9743 17 275.0 3.4596 90.5 33.9753 17 276.0 3.4594 90.5 33.9762 16 277.0 3.4592 90.5 33.9771 14 278.0 3.4589 90.5 33.9781 15 279.0 3.4587 90.5 33.9792 17 280.0 3.4585 90.5 33.9804 19 281.0 3.4585 90.5 33.9817 22 282.0 3.4585 90.5 33.9831 23 283.0 3.4587 90.5 33.9844 21 284.0 3.4590 90.5 33.9857 18 285.0 3.4595 90.5 33.9868 17 286.0 3.4602 90.5 33.9878 19 287.0 3.4611 90.5 33.9888 20 288.0 3.4620 90.5 33.9897 18 289.0 3.4631 90.5 33.9906 17 290.0 3.4642 90.5 33.9914 15 291.0 3.4654 90.5 33.9922 14 292.0 3.4665 90.5 33.9930 15 293.0 3.4676 90.5 33.9939 17 294.0 3.4686 90.5 33.9948 18 295.0 3.4694 90.5 33.9957 19 296.0 3.4702 90.5 33.9966 19 297.0 3.4709 90.5 33.9975 19 298.0 3.4715 90.5 33.9985 20 299.0 3.4721 90.5 33.9995 24 300.0 3.4728 90.5 34.0004 26 301.0 3.4733 90.4 34.0014 20 302.0 3.4738 90.4 34.0023 15 303.0 3.4742 90.4 34.0031 13 304.0 3.4745 90.4 34.0039 13 305.0 3.4748 90.4 34.0047 12 306.0 3.4750 90.4 34.0057 14 307.0 3.4751 90.4 34.0067 16 308.0 3.4750 90.4 34.0080 23 309.0 3.4747 90.5 34.0094 30 310.0 3.4741 90.5 34.0109 25 311.0 3.4732 90.5 34.0123 19 312.0 3.4722 90.5 34.0136 18 313.0 3.4712 90.5 34.0149 16 314.0 3.4702 90.5 34.0161 15 315.0 3.4692 90.5 34.0173 14 316.0 3.4682 90.5 34.0186 14 317.0 3.4673 90.5 34.0198 15 318.0 3.4665 90.5 34.0210 17 319.0 3.4658 90.5 34.0223 23 320.0 3.4650 90.5 34.0238 27 321.0 3.4643 90.5 34.0252 22 322.0 3.4635 90.5 34.0265 18 323.0 3.4628 90.5 34.0277 16 324.0 3.4621 90.5 34.0289 17 325.0 3.4613 90.5 34.0301 17 326.0 3.4605 90.5 34.0313 21 327.0 3.4597 90.5 34.0324 20 328.0 3.4589 90.5 34.0335 18 329.0 3.4582 90.5 34.0346 17 330.0 3.4576 90.5 34.0355 16 331.0 3.4571 90.5 34.0365 15 332.0 3.4566 90.5 34.0374 15 333.0 3.4562 90.5 34.0384 16 334.0 3.4558 90.5 34.0394 19 335.0 3.4555 90.5 34.0406 25 336.0 3.4551 90.6 34.0418 29 337.0 3.4548 90.6 34.0431 23 338.0 3.4546 90.6 34.0442 17 339.0 3.4544 90.6 34.0452 16 340.0 3.4542 90.6 34.0460 13 341.0 3.4540 90.6 34.0468 13 342.0 3.4538 90.6 34.0476 12 343.0 3.4536 90.6 34.0483 12 344.0 3.4534 90.6 34.0491 13 345.0 3.4532 90.6 34.0499 14 346.0 3.4530 90.6 34.0509 16 347.0 3.4528 90.6 34.0519 22 348.0 3.4526 90.6 34.0531 29 349.0 3.4524 90.6 34.0544 33 350.0 3.4522 90.6 34.0556 27 351.0 3.4521 90.6 34.0567 20 352.0 3.4519 90.6 34.0576 17 353.0 3.4518 90.6 34.0584 15 354.0 3.4517 90.6 34.0591 13 355.0 3.4516 90.6 34.0597 11 356.0 3.4515 90.6 34.0604 11 357.0 3.4514 90.6 34.0610 11 358.0 3.4513 90.6 34.0617 10 359.0 3.4511 90.6 34.0625 12 360.0 3.4509 90.6 34.0633 13 361.0 3.4507 90.6 34.0643 16 362.1 3.4505 90.6 34.0654 29 363.0 3.4502 90.6 34.0666 61 364.1 3.4500 90.6 34.0676 43 365.0 3.4499 90.6 34.0683 21 366.0 3.4498 90.6 34.0687 25