xcspmd: idm,jdm = 57 52 input file: ../990/relax.0000_196_00.a region: ATLb2.00 blkini: iexpt = 0 blkini: yrflag = 0 blkini: idm = 57 blkini: jdm = 52 blkini: kdm = 22 blkinr: thbase = 25.0000 sig blkini: nperfr = 1 blkini: lalolb = 20 blkini: lalogr = 10 blkini: loclab = 4 blkini: locbar = 11 blkini: kpalet = 1 blkinl: smooth = F blkinl: mthin = T blkini: i_th = 2 blkini: iorign = 1 blkini: jorign = 1 blkini: idmp = 0 blkini: jdmp = 0 extracting i = 1 ... 57 j = 1 ... 52 chrsiz = 0.547826 104.04764 94.920654 ... plotting 1 maps per frame Dummy HYCOM archive from climatology for month 07. Flat (user specified) Climatology Expt 01.0 12345678901234567890123456789012345678901234567890123456789012345678901234567890 iversn = 21 iexpt = 10 yrflag = 0 idm = 57 jdm = 52 field time step model day k dens min max artype = 1 montg1 = 7 180.00 0 0.000 0.0000000E+00 0.0000000E+00 input montg1 into montg srfhgt = 7 180.00 0 0.000 0.0000000E+00 0.0000000E+00 input srfhgt into srfht surflx = 7 180.00 0 0.000 0.0000000E+00 0.0000000E+00 input surflx into surflx time3 = 180.0 180.0 180.0 salflx = 7 180.00 0 0.000 0.0000000E+00 0.0000000E+00 input salflx into salflx bl_dpth = 7 180.00 0 0.000 1.8827520E+05 1.8827520E+05 input bl_dpth into dpbl mix_dpth = 7 180.00 0 0.000 1.8827520E+05 1.8827520E+05 input mix_dpth into dpmixl tmix = 7 180.00 0 0.000 2.6405001E+01 2.6405001E+01 input tmix into tmix smix = 7 180.00 0 0.000 3.6047001E+01 3.6047001E+01 input smix into smix thmix = 7 180.00 0 0.000 -1.3004835E+00 -1.3004835E+00 input thmix into thmix umix = 7 180.00 0 0.000 0.0000000E+00 0.0000000E+00 input umix into umix vmix = 7 180.00 0 0.000 0.0000000E+00 0.0000000E+00 input vmix into vmix u_btrop = 7 180.00 0 0.000 0.0000000E+00 0.0000000E+00 input u_btrop into ubaro v_btrop = 7 180.00 0 0.000 0.0000000E+00 0.0000000E+00 input v_btrop into vbaro u-vel. = 7 180.00 1 19.500 0.0000000E+00 0.0000000E+00 input u-vel. into u 1 v-vel. = 7 180.00 1 19.500 0.0000000E+00 0.0000000E+00 input v-vel. into v 1 thknss = 7 180.00 1 19.500 2.9418000E+04 2.9418000E+04 input thknss into dp 1 temp = 7 180.00 1 19.500 2.6655001E+01 2.6655001E+01 input temp into temp 1 salin = 7 180.00 1 19.500 3.6047001E+01 3.6047001E+01 input salin into saln 1 density = 7 180.00 1 19.500 -1.3793736E+00 -1.3793736E+00 input density into th3d 1 finished reading data for layer 19.50000 u-vel. = 7 180.00 2 20.250 0.0000000E+00 0.0000000E+00 input u-vel. into u 2 v-vel. = 7 180.00 2 20.250 0.0000000E+00 0.0000000E+00 input v-vel. into v 2 thknss = 7 180.00 2 20.250 3.3144281E+04 3.3144281E+04 input thknss into dp 2 temp = 7 180.00 2 20.250 2.6598000E+01 2.6598000E+01 input temp into temp 2 salin = 7 180.00 2 20.250 3.6056999E+01 3.6056999E+01 input salin into saln 2 density = 7 180.00 2 20.250 -1.3538170E+00 -1.3538170E+00 input density into th3d 2 finished reading data for layer 20.25000 u-vel. = 7 180.00 3 21.000 0.0000000E+00 0.0000000E+00 input u-vel. into u 3 v-vel. = 7 180.00 3 21.000 0.0000000E+00 0.0000000E+00 input v-vel. into v 3 thknss = 7 180.00 3 21.000 3.7262801E+04 3.7262801E+04 input thknss into dp 3 temp = 7 180.00 3 21.000 2.6514999E+01 2.6514999E+01 input temp into temp 3 salin = 7 180.00 3 21.000 3.6070999E+01 3.6070999E+01 input salin into saln 3 density = 7 180.00 3 21.000 -1.3170605E+00 -1.3170605E+00 input density into th3d 3 finished reading data for layer 21.00000 u-vel. = 7 180.00 4 21.750 0.0000000E+00 0.0000000E+00 input u-vel. into u 4 v-vel. = 7 180.00 4 21.750 0.0000000E+00 0.0000000E+00 input v-vel. into v 4 thknss = 7 180.00 4 21.750 4.1871625E+04 4.1871625E+04 input thknss into dp 4 temp = 7 180.00 4 21.750 2.6514999E+01 2.6514999E+01 input temp into temp 4 salin = 7 180.00 4 21.750 3.6070999E+01 3.6070999E+01 input salin into saln 4 density = 7 180.00 4 21.750 -1.3170605E+00 -1.3170605E+00 input density into th3d 4 finished reading data for layer 21.75000 u-vel. = 7 180.00 5 22.500 0.0000000E+00 0.0000000E+00 input u-vel. into u 5 v-vel. = 7 180.00 5 22.500 0.0000000E+00 0.0000000E+00 input v-vel. into v 5 thknss = 7 180.00 5 22.500 4.7166855E+04 4.7166855E+04 input thknss into dp 5 temp = 7 180.00 5 22.500 2.6014999E+01 2.6014999E+01 input temp into temp 5 salin = 7 180.00 5 22.500 3.6070000E+01 3.6070000E+01 input salin into saln 5 density = 7 180.00 5 22.500 -1.1609402E+00 -1.1609402E+00 input density into th3d 5 finished reading data for layer 22.50000 u-vel. = 7 180.00 6 23.250 0.0000000E+00 0.0000000E+00 input u-vel. into u 6 v-vel. = 7 180.00 6 23.250 0.0000000E+00 0.0000000E+00 input v-vel. into v 6 thknss = 7 180.00 6 23.250 5.3050457E+04 5.3050457E+04 input thknss into dp 6 temp = 7 180.00 6 23.250 2.5948999E+01 2.5948999E+01 input temp into temp 6 salin = 7 180.00 6 23.250 3.6070000E+01 3.6070000E+01 input salin into saln 6 density = 7 180.00 6 23.250 -1.1403637E+00 -1.1403637E+00 input density into th3d 6 finished reading data for layer 23.25000 u-vel. = 7 180.00 7 24.000 0.0000000E+00 0.0000000E+00 input u-vel. into u 7 v-vel. = 7 180.00 7 24.000 0.0000000E+00 0.0000000E+00 input v-vel. into v 7 thknss = 7 180.00 7 24.000 6.1777812E+04 6.1777812E+04 input thknss into dp 7 temp = 7 180.00 7 24.000 2.4025000E+01 2.4025000E+01 input temp into temp 7 salin = 7 180.00 7 24.000 3.5480999E+01 3.5480999E+01 input salin into saln 7 density = 7 180.00 7 24.000 -9.9977493E-01 -9.9977493E-01 input density into th3d 7 finished reading data for layer 24.00000 u-vel. = 7 180.00 8 24.700 0.0000000E+00 0.0000000E+00 input u-vel. into u 8 v-vel. = 7 180.00 8 24.700 0.0000000E+00 0.0000000E+00 input v-vel. into v 8 thknss = 7 180.00 8 24.700 8.8646250E+04 8.8646250E+04 input thknss into dp 8 temp = 7 180.00 8 24.700 2.3913000E+01 2.3913000E+01 input temp into temp 8 salin = 7 180.00 8 24.700 3.6362000E+01 3.6362000E+01 input salin into saln 8 density = 7 180.00 8 24.700 -3.0006409E-01 -3.0006409E-01 input density into th3d 8 finished reading data for layer 24.70000 u-vel. = 7 180.00 9 25.280 0.0000000E+00 0.0000000E+00 input u-vel. into u 9 v-vel. = 7 180.00 9 25.280 0.0000000E+00 0.0000000E+00 input v-vel. into v 9 thknss = 7 180.00 9 25.280 8.2174289E+04 8.2174289E+04 input thknss into dp 9 temp = 7 180.00 9 25.280 1.9247999E+01 1.9247999E+01 input temp into temp 9 salin = 7 180.00 9 25.280 3.5417000E+01 3.5417000E+01 input salin into saln 9 density = 7 180.00 9 25.280 2.8034592E-01 2.8034592E-01 input density into th3d 9 finished reading data for layer 25.28000 u-vel. = 7 180.00 10 25.770 0.0000000E+00 0.0000000E+00 input u-vel. into u 10 v-vel. = 7 180.00 10 25.770 0.0000000E+00 0.0000000E+00 input v-vel. into v 10 thknss = 7 180.00 10 25.770 1.3846070E+05 1.3846070E+05 input thknss into dp 10 temp = 7 180.00 10 25.770 1.9247999E+01 1.9247999E+01 input temp into temp 10 salin = 7 180.00 10 25.770 3.6058998E+01 3.6058998E+01 input salin into saln 10 density = 7 180.00 10 25.770 7.7035332E-01 7.7035332E-01 input density into th3d 10 finished reading data for layer 25.77000 u-vel. = 7 180.00 11 26.180 0.0000000E+00 0.0000000E+00 input u-vel. into u 11 v-vel. = 7 180.00 11 26.180 0.0000000E+00 0.0000000E+00 input v-vel. into v 11 thknss = 7 180.00 11 26.180 1.7994008E+05 1.7994008E+05 input thknss into dp 11 temp = 7 180.00 11 26.180 1.5839000E+01 1.5839000E+01 input temp into temp 11 salin = 7 180.00 11 26.180 3.5506001E+01 3.5506001E+01 input salin into saln 11 density = 7 180.00 11 26.180 1.1800098E+00 1.1800098E+00 input density into th3d 11 finished reading data for layer 26.18000 u-vel. = 7 180.00 12 26.520 0.0000000E+00 0.0000000E+00 input u-vel. into u 12 v-vel. = 7 180.00 12 26.520 0.0000000E+00 0.0000000E+00 input v-vel. into v 12 thknss = 7 180.00 12 26.520 6.6268950E+05 6.6268950E+05 input thknss into dp 12 temp = 7 180.00 12 26.520 1.3789000E+01 1.3789000E+01 input temp into temp 12 salin = 7 180.00 12 26.520 3.5363998E+01 3.5363998E+01 input salin into saln 12 density = 7 180.00 12 26.520 1.5196342E+00 1.5196342E+00 input density into th3d 12 finished reading data for layer 26.52000 u-vel. = 7 180.00 13 26.800 0.0000000E+00 0.0000000E+00 input u-vel. into u 13 v-vel. = 7 180.00 13 26.800 0.0000000E+00 0.0000000E+00 input v-vel. into v 13 thknss = 7 180.00 13 26.800 5.0123912E+05 1.6902601E+06 input thknss into dp 13 temp = 7 180.00 13 26.800 1.1750000E+01 1.1750000E+01 input temp into temp 13 salin = 7 180.00 13 26.800 3.5202000E+01 3.5202000E+01 input salin into saln 13 density = 7 180.00 13 26.800 1.8001461E+00 1.8001461E+00 input density into th3d 13 finished reading data for layer 26.80000 u-vel. = 7 180.00 14 27.030 0.0000000E+00 0.0000000E+00 input u-vel. into u 14 v-vel. = 7 180.00 14 27.030 0.0000000E+00 0.0000000E+00 input v-vel. into v 14 thknss = 7 180.00 14 27.030 0.0000000E+00 1.6504479E+06 input thknss into dp 14 temp = 7 180.00 14 27.030 1.0042000E+01 1.0042000E+01 input temp into temp 14 salin = 7 180.00 14 27.030 3.5102001E+01 3.5102001E+01 input salin into saln 14 density = 7 180.00 14 27.030 2.0299053E+00 2.0299053E+00 input density into th3d 14 finished reading data for layer 27.03000 u-vel. = 7 180.00 15 27.220 0.0000000E+00 0.0000000E+00 input u-vel. into u 15 v-vel. = 7 180.00 15 27.220 0.0000000E+00 0.0000000E+00 input v-vel. into v 15 thknss = 7 180.00 15 27.220 0.0000000E+00 1.6813370E+06 input thknss into dp 15 temp = 7 180.00 15 27.220 8.1680002E+00 8.1680002E+00 input temp into temp 15 salin = 7 180.00 15 27.220 3.4959000E+01 3.4959000E+01 input salin into saln 15 density = 7 180.00 15 27.220 2.2200642E+00 2.2200642E+00 input density into th3d 15 finished reading data for layer 27.22000 u-vel. = 7 180.00 16 27.380 0.0000000E+00 0.0000000E+00 input u-vel. into u 16 v-vel. = 7 180.00 16 27.380 0.0000000E+00 0.0000000E+00 input v-vel. into v 16 thknss = 7 180.00 16 27.380 0.0000000E+00 2.6649762E+06 input thknss into dp 16 temp = 7 180.00 16 27.380 6.2249999E+00 6.2249999E+00 input temp into temp 16 salin = 7 180.00 16 27.380 3.4816002E+01 3.4816002E+01 input salin into saln 16 density = 7 180.00 16 27.380 2.3800297E+00 2.3800297E+00 input density into th3d 16 finished reading data for layer 27.38000 u-vel. = 7 180.00 17 27.520 0.0000000E+00 0.0000000E+00 input u-vel. into u 17 v-vel. = 7 180.00 17 27.520 0.0000000E+00 0.0000000E+00 input v-vel. into v 17 thknss = 7 180.00 17 27.520 0.0000000E+00 1.9806158E+06 input thknss into dp 17 temp = 7 180.00 17 27.520 5.2880001E+00 5.2880001E+00 input temp into temp 17 salin = 7 180.00 17 27.520 3.4846001E+01 3.4846001E+01 input salin into saln 17 density = 7 180.00 17 27.520 2.5200844E+00 2.5200844E+00 input density into th3d 17 finished reading data for layer 27.52000 u-vel. = 7 180.00 18 27.640 0.0000000E+00 0.0000000E+00 input u-vel. into u 18 v-vel. = 7 180.00 18 27.640 0.0000000E+00 0.0000000E+00 input v-vel. into v 18 thknss = 7 180.00 18 27.640 0.0000000E+00 2.2744042E+06 input thknss into dp 18 temp = 7 180.00 18 27.640 4.7719998E+00 4.7719998E+00 input temp into temp 18 salin = 7 180.00 18 27.640 3.4922001E+01 3.4922001E+01 input salin into saln 18 density = 7 180.00 18 27.640 2.6402264E+00 2.6402264E+00 input density into th3d 18 finished reading data for layer 27.64000 u-vel. = 7 180.00 19 27.740 0.0000000E+00 0.0000000E+00 input u-vel. into u 19 v-vel. = 7 180.00 19 27.740 0.0000000E+00 0.0000000E+00 input v-vel. into v 19 thknss = 7 180.00 19 27.740 0.0000000E+00 3.1746925E+06 input thknss into dp 19 temp = 7 180.00 19 27.740 4.1339998E+00 4.1339998E+00 input temp into temp 19 salin = 7 180.00 19 27.740 3.4959999E+01 3.4959999E+01 input salin into saln 19 density = 7 180.00 19 27.740 2.7403049E+00 2.7403049E+00 input density into th3d 19 finished reading data for layer 27.74000 u-vel. = 7 180.00 20 27.820 0.0000000E+00 0.0000000E+00 input u-vel. into u 20 v-vel. = 7 180.00 20 27.820 0.0000000E+00 0.0000000E+00 input v-vel. into v 20 thknss = 7 180.00 20 27.820 0.0000000E+00 5.3899650E+06 input thknss into dp 20 temp = 7 180.00 20 27.820 3.4449999E+00 3.4449999E+00 input temp into temp 20 salin = 7 180.00 20 27.820 3.4972000E+01 3.4972000E+01 input salin into saln 20 density = 7 180.00 20 27.820 2.8200665E+00 2.8200665E+00 input density into th3d 20 finished reading data for layer 27.82000 u-vel. = 7 180.00 21 27.880 0.0000000E+00 0.0000000E+00 input u-vel. into u 21 v-vel. = 7 180.00 21 27.880 0.0000000E+00 0.0000000E+00 input v-vel. into v 21 thknss = 7 180.00 21 27.880 0.0000000E+00 9.8060000E+06 input thknss into dp 21 temp = 7 180.00 21 27.880 2.4270000E+00 2.4270000E+00 input temp into temp 21 salin = 7 180.00 21 27.880 3.4930000E+01 3.4930000E+01 input salin into saln 21 density = 7 180.00 21 27.880 2.8799744E+00 2.8799744E+00 input density into th3d 21 finished reading data for layer 27.88000 u-vel. = 7 180.00 22 27.940 0.0000000E+00 0.0000000E+00 input u-vel. into u 22 v-vel. = 7 180.00 22 27.940 0.0000000E+00 0.0000000E+00 input v-vel. into v 22 thknss = 7 180.00 22 27.940 0.0000000E+00 2.5469320E+07 input thknss into dp 22 temp = 7 180.00 22 27.940 2.2010000E+00 2.2010000E+00 input temp into temp 22 salin = 7 180.00 22 27.940 3.4980999E+01 3.4980999E+01 input salin into saln 22 density = 7 180.00 22 27.940 2.9398651E+00 2.9398651E+00 input density into th3d 22 finished reading data for layer 27.94000 North Atlantic topography from ETOPO5 5-minute data set. 56 x 51 depth values (idm,jdm = 57,52). 2.0000 deg. mercator resolution, with equat=11.000. lon: 97.000W to 13.000E. lat: 19.606S to 62.195N. min,max depth = 199.556 5837.000 read North At into depths mask North At into coast plon: min,max = 263.00000 375.00000 plat: min,max = -19.60579 63.11375 qlon: min,max = 262.00000 374.00000 qlat: min,max = -20.54502 62.65800 ulon: min,max = 262.00000 374.00000 ulat: min,max = -19.60579 63.11375 vlon: min,max = 263.00000 375.00000 vlat: min,max = -20.54502 62.65800 pscx: min,max = 100565.21875 222389.87500 pscy: min,max = 100571.95312 222378.59375 uscx: min,max = 100565.21875 222389.87500 uscy: min,max = 100571.95312 222378.59375 vscx: min,max = 102139.75781 222356.01562 vscy: min,max = 102146.85938 222344.73438 sub-domain longitude range = 263.00 375.00 sub-domain latitude range = -19.61 63.11 sub-domain assumed to be non-periodic bigrid called with ii,jj,ii1,jj1 = 57 52 56 51 indxi called with ii,jj,ii1,jj1 = 57 52 56 51 indxj called with ii,jj,ii1,jj1 = 57 52 56 51 indxi called with ii,jj,ii1,jj1 = 57 52 56 51 indxj called with ii,jj,ii1,jj1 = 57 52 56 51 indxi called with ii,jj,ii1,jj1 = 57 52 56 51 indxj called with ii,jj,ii1,jj1 = 57 52 56 51 indxi called with ii,jj,ii1,jj1 = 57 52 56 51 indxj called with ii,jj,ii1,jj1 = 57 52 56 51 0 island points submerged calling portrait PostScript version of opngks filename: 990_cs2.ps defining earth color table: entries 1 -- 3 defining pastel color table: entries 5 -- 6 field to be contoured is constant ... 0.00000E+00 srfht = 0.0E+0 0.0E+0 0.0E+0 now plotting: year 0.50 (jul 16) [01.0H] blkinr: botqq = -1.0000 m blkinr: flxqq = -1.0000 cm blkinr: empqq = -1.0000 mm/day blkinr: ttrqq = -1.0000 deg/day blkinr: strqq = -1.0000 psu/day blkinr: icvqq = -1.0000 blkinr: ithqq = -1.0000 m blkinr: ictqq = -1.0000 deg blkinr: sshqq = -1.0000 cm blkinr: bsfqq = -1.0000 sv blkinr: mthrsh = 0.0000 cm blkinr: bltqq = -1.0000 m blkinr: mltqq = -1.0000 m blkinr: sstqq = -1.0000 deg blkinr: sssqq = -1.0000 psu blkinr: ssdqq = -1.0000 sig blkini: kf = 0 blkinr: depth = 5500.0000 m blkinr: vstep = 1.0000 blkinr: velqq = -1.0000 cm/s blkinr: center = 0.0000 cm/s blkinr: temqq = 0.5000 deg blkinr: center = 14.0000 deg blkinr: salqq = 0.0200 psu blkinr: center = 35.5000 psu blkinr: tthqq = -1.0000 sig blkinr: center = 26.0000 sig blkini: mxlflg = 1 blkini: kpalet = 2 defining sst color table: entries 9 -- 72 blkini: noisec = 4 blkini: isec = 12 next section at i,lon= 12 -75.00 xsecij - ia,ilo,xlo = 12 11 -75.000 cross section: temperature merid.sec. 75.00w year 0.50 (jul 16) [01.0H] min 2.20E+00 at 27 31 max 2.67E+01 at 16 80 intvl.,lines 2.00E+00 12 xsecij - contour = 2.0000E+00 2.2010E+00 2.6655E+01 xsecij - qq,qlo,qhi = 5.0000E-01 -2.0000E+00 3.0000E+01 colors set to 0.750 0.625 0.500 (color index 3) ierr = 0 xsecij - ia,ilo,xlo = 12 11 -75.000 cross section: salinity merid.sec. 75.00w year 0.50 (jul 16) [01.0H] min 3.48E+01 at 17 68 max 3.60E+01 at 16 80 intvl.,lines 1.00E-01 12 xsecij - contour = 1.0000E-01 3.4816E+01 3.6047E+01 xsecij - qq,qlo,qhi = 2.0000E-02 3.4860E+01 3.6140E+01 colors set to 0.750 0.625 0.500 (color index 3) ierr = 0 frame advance no. 1 blkini: isec = 20 next section at i,lon= 20 -59.00 xsecij - ia,ilo,xlo = 20 19 -59.000 cross section: temperature merid.sec. 59.00w year 0.50 (jul 16) [01.0H] min 2.20E+00 at 20 31 max 2.67E+01 at 15 80 intvl.,lines 2.00E+00 12 xsecij - contour = 2.0000E+00 2.2010E+00 2.6655E+01 xsecij - qq,qlo,qhi = 5.0000E-01 -2.0000E+00 3.0000E+01 colors set to 0.750 0.625 0.500 (color index 3) ierr = 0 xsecij - ia,ilo,xlo = 20 19 -59.000 cross section: salinity merid.sec. 59.00w year 0.50 (jul 16) [01.0H] min 3.48E+01 at 16 68 max 3.60E+01 at 15 80 intvl.,lines 1.00E-01 12 xsecij - contour = 1.0000E-01 3.4816E+01 3.6047E+01 xsecij - qq,qlo,qhi = 2.0000E-02 3.4860E+01 3.6140E+01 colors set to 0.750 0.625 0.500 (color index 3) ierr = 0 frame advance no. 2 blkini: isec = 36 next section at i,lon= 36 -27.00 xsecij - ia,ilo,xlo = 36 35 -27.000 cross section: temperature merid.sec. 27.00w year 0.50 (jul 16) [01.0H] min 2.20E+00 at 1 31 max 2.67E+01 at 1 80 intvl.,lines 2.00E+00 12 xsecij - contour = 2.0000E+00 2.2010E+00 2.6655E+01 xsecij - qq,qlo,qhi = 5.0000E-01 -2.0000E+00 3.0000E+01 colors set to 0.750 0.625 0.500 (color index 3) ierr = 0 xsecij - ia,ilo,xlo = 36 35 -27.000 cross section: salinity merid.sec. 27.00w year 0.50 (jul 16) [01.0H] min 3.48E+01 at 1 68 max 3.60E+01 at 1 80 intvl.,lines 1.00E-01 12 xsecij - contour = 1.0000E-01 3.4816E+01 3.6047E+01 xsecij - qq,qlo,qhi = 2.0000E-02 3.4860E+01 3.6140E+01 colors set to 0.750 0.625 0.500 (color index 3) ierr = 0 frame advance no. 3 blkini: isec = 52 next section at i,lon= 52 5.00 xsecij - ia,ilo,xlo = 52 51 5.000 cross section: temperature merid.sec. 5.00e year 0.50 (jul 16) [01.0H] min 2.20E+00 at 2 23 max 2.67E+01 at 1 80 intvl.,lines 2.00E+00 12 xsecij - contour = 2.0000E+00 2.2010E+00 2.6655E+01 xsecij - qq,qlo,qhi = 5.0000E-01 -2.0000E+00 3.0000E+01 colors set to 0.750 0.625 0.500 (color index 3) ierr = 0 xsecij - ia,ilo,xlo = 52 51 5.000 cross section: salinity merid.sec. 5.00e year 0.50 (jul 16) [01.0H] min 3.48E+01 at 1 68 max 3.60E+01 at 1 80 intvl.,lines 1.00E-01 12 xsecij - contour = 1.0000E-01 3.4816E+01 3.6047E+01 xsecij - qq,qlo,qhi = 2.0000E-02 3.4860E+01 3.6140E+01 colors set to 0.750 0.625 0.500 (color index 3) ierr = 0 frame advance no. 4 blkini: nojsec = 4 blkini: jsec = 11 next section at j,lat = 11 0.00 xsecij - ja,jla,xla = 11 10 0.000 cross section: temperature zonal sec. 0.00s year 0.50 (jul 16) [01.0H] min 2.20E+00 at 35 28 max 2.67E+01 at 26 80 intvl.,lines 2.00E+00 12 xsecij - contour = 2.0000E+00 2.2010E+00 2.6655E+01 xsecij - qq,qlo,qhi = 5.0000E-01 -2.0000E+00 3.0000E+01 colors set to 0.750 0.625 0.500 (color index 3) ierr = 0 ATLb2.00,x = 5.400 xsecij - ja,jla,xla = 11 10 0.000 cross section: salinity zonal sec. 0.00s year 0.50 (jul 16) [01.0H] min 3.48E+01 at 27 68 max 3.60E+01 at 26 80 intvl.,lines 1.00E-01 12 xsecij - contour = 1.0000E-01 3.4816E+01 3.6047E+01 xsecij - qq,qlo,qhi = 2.0000E-02 3.4860E+01 3.6140E+01 colors set to 0.750 0.625 0.500 (color index 3) ierr = 0 ATLb2.00,x = 5.400 frame advance no. 5 blkini: jsec = 20 next section at j,lat = 20 17.71 xsecij - ja,jla,xla = 20 19 17.711 cross section: temperature zonal sec. 17.71n year 0.50 (jul 16) [01.0H] min 2.20E+00 at 20 31 max 2.67E+01 at 6 80 intvl.,lines 2.00E+00 12 xsecij - contour = 2.0000E+00 2.2010E+00 2.6655E+01 xsecij - qq,qlo,qhi = 5.0000E-01 -2.0000E+00 3.0000E+01 colors set to 0.750 0.625 0.500 (color index 3) ierr = 0 xsecij - ja,jla,xla = 20 19 17.711 cross section: salinity zonal sec. 17.71n year 0.50 (jul 16) [01.0H] min 3.48E+01 at 6 68 max 3.60E+01 at 6 80 intvl.,lines 1.00E-01 12 xsecij - contour = 1.0000E-01 3.4816E+01 3.6047E+01 xsecij - qq,qlo,qhi = 2.0000E-02 3.4860E+01 3.6140E+01 colors set to 0.750 0.625 0.500 (color index 3) ierr = 0 frame advance no. 6 blkini: jsec = 36 next section at j,lat = 36 44.65 xsecij - ja,jla,xla = 36 35 44.646 cross section: temperature zonal sec. 44.65n year 0.50 (jul 16) [01.0H] min 2.20E+00 at 29 29 max 2.67E+01 at 17 80 intvl.,lines 2.00E+00 12 xsecij - contour = 2.0000E+00 2.2010E+00 2.6655E+01 xsecij - qq,qlo,qhi = 5.0000E-01 -2.0000E+00 3.0000E+01 colors set to 0.750 0.625 0.500 (color index 3) ierr = 0 xsecij - ja,jla,xla = 36 35 44.646 cross section: salinity zonal sec. 44.65n year 0.50 (jul 16) [01.0H] min 3.48E+01 at 19 67 max 3.60E+01 at 17 80 intvl.,lines 1.00E-01 12 xsecij - contour = 1.0000E-01 3.4816E+01 3.6047E+01 xsecij - qq,qlo,qhi = 2.0000E-02 3.4860E+01 3.6140E+01 colors set to 0.750 0.625 0.500 (color index 3) ierr = 0 frame advance no. 7 blkini: jsec = 48 next section at j,lat = 48 59.26 xsecij - ja,jla,xla = 48 47 59.264 cross section: temperature zonal sec. 59.26n year 0.50 (jul 16) [01.0H] min 2.43E+00 at 21 46 max 2.67E+01 at 19 80 intvl.,lines 2.00E+00 12 xsecij - contour = 2.0000E+00 2.4270E+00 2.6655E+01 xsecij - qq,qlo,qhi = 5.0000E-01 -2.0000E+00 3.0000E+01 colors set to 0.750 0.625 0.500 (color index 3) ierr = 0 xsecij - ja,jla,xla = 48 47 59.264 cross section: salinity zonal sec. 59.26n year 0.50 (jul 16) [01.0H] min 3.48E+01 at 20 68 max 3.60E+01 at 19 80 intvl.,lines 1.00E-01 12 xsecij - contour = 1.0000E-01 3.4816E+01 3.6047E+01 xsecij - qq,qlo,qhi = 2.0000E-02 3.4860E+01 3.6140E+01 colors set to 0.750 0.625 0.500 (color index 3) ierr = 0 frame advance no. 8 STOP: (normal)