Wed Jul 1 15:59:29 EDT 1998 Process 14256 on host azure Active files are in directory /tmp/fsjws/wedge.D.scr on azure Wed Jul 1 15:59:29 EDT 1998 Process 14256 on host azure Using executable /net/zargon/usr2/wind-1.0/wind/SGIMP6/R10000/bin/windprod.exe libpvm [pid14435]: /tmp/pvmd.1137: No such file or directory libpvm [pid14435]: /tmp/pvmd.1137: No such file or directory libpvm [pid14435]: /tmp/pvmd.1137: No such file or directory libpvm [pid14435]: pvm_mytid(): Can't contact local daemon 1**************************************************************************** * The NPARC Alliance is the developer of and distribution point for the * * WIND code and associated software. This software is based in part on * * software originally developed and formerly copyrighted by the Boeing * * Corporation. This software also includes contributions from the * * NPARC and NXAIR software packages, which were developed by AEDC and * * the NASA Lewis Research Center. * * * * The release point for NPARC Alliance software is the Air Force Arnold * * Engineering Development Center (AEDC). Recipients, by accepting * * this software, agree to abide by the Memorandum of Agreement (MOA), * * stating the terms and conditions, and that neither the software * * nor the information disclosed herein nor any part thereof shall be * * reproduced or transferred to other software or used or disclosed to * * others except as specifically authorized in writing by the NPARC * * Alliance. * * * * Warning: This software contains technical data whose export is * * restricted by the Arms Export Control Act (Title 22, U.S.C., Sec 2751, * * et seq.) or Executive Order 12470. Violation of these export-control * * laws is subject to severe criminal penalties. Dissemination of this * * software is controlled under DoD Directive 5230.25 and AFI 61-204. * **************************************************************************** WIND - Version 1.0 (Last changed 1998/02/05 22:22:29) For information, contact the NPARC Support Group at: email: nparc-support@info.arnold.af.mil phone: (931) 454-7455 fax: (931) 454-6658 *** summary of input data *** geometric title: Single block, 15 degree wedge. flowfield title: Mach 2.5. Baldwin-Lomax Turbulence Model secondary title: wedge.D.dat reference conditions for normalizing flowfield variables freestream: mach number 2.500 speed of sound 1117.698 ft/sec fluid velocity 2794.244 ft/sec angle of attack 0.000 deg yaw angle 0.000 deg total pressure 251.163 psia static pressure 14.700 psia total temperature 1170.000 deg r static temperature 520.000 deg r The grid was determined to be in units of inches Re (Uinf,L(model)) = 1472129. Re (Ainf,L(model)) = 588851.6 L(model) = 1.000000 inches Gas model: Ideal gas Sutherland law transport properties ------- Equation set ------- Viscous solution default Baldwin-Lomax default turbulence model (first peak in f) Adiabatic wall default ------- Iteration strategy ------- Start from uniform flow User requested 3 flowfield solution cycles Perform 500 iters/cycle in all zones Time step information: CFL = 5.000000 Time step based on CFL/eigenvalue Cross-flow CFL factor = 2. ------- Numerical scheme ------- Default spatial integration scheme: Physical 2nd order Default Structured Grid Flux limiter: TVD with compression parameter = 3.000000 Default Structured Grid Boundary Flux limiter: boundary TVD with compression parameter = 3.000000 Grid limiter: Default: disengaged Default smoothing: none Default time integration scheme: STRUCTURED Zones Scalar (for Euler) or full (for viscous) in xi Scalar (for Euler) or full (for viscous) in eta Scalar (for euler) or full (for viscous) in zeta explicit boundary conditions Default time stepping stages: One stage: Euler implicit or explicit ------- Other boundary conditions ------- Wall b.c. fully imposed after 50 iterations Zone 1 confined downstream pressure set by extrapolation Zone coupling information Roe coupling, do not average interface values at end of run Default boundary relaxation = 0.7000000 ------- Test options ------- No test options selected 1Beginning initialization Memory required for initialization Single precision: 404618 Double precision: 0 Initialize zone 1 Initialization complete CPU time : 0.24 seconds Elapsed time : 0.28 seconds Flow solver memory requirements: Single precision Double precision zone --global-- ---local-- --global-- ---local-- 1 908784 1023692 86266 17255 Total memory required for flow solver: Single precision: 1932476 Double precision: 103521 Beginning flow solution ZONE 1 (81x71x5) CYCLE ITER ZONE IERR JERR KERR NERR BIG L2 CFL *RES* 1 1 1 2 60 3 5 2.236E-06 1.873E-07 5.000E+00 *RES* 1 2 1 79 2 3 5 2.038E-02 1.583E-03 *RES* 1 3 1 66 2 3 5 5.367E-02 4.503E-03 *RES* 1 4 1 80 2 3 5 8.432E-02 8.251E-03 *RES* 1 5 1 66 2 3 5 1.204E-01 1.303E-02 *RES* 1 6 1 46 3 3 5 1.532E-01 1.863E-02 *RES* 1 7 1 48 3 3 5 1.890E-01 2.521E-02 *RES* 1 8 1 46 3 3 5 2.230E-01 3.268E-02 *RES* 1 9 1 44 4 3 5 2.516E-01 4.102E-02 *RES* 1 10 1 45 4 3 5 2.796E-01 5.026E-02 *RES* 1 11 1 44 6 3 5 3.049E-01 6.019E-02 *RES* 1 12 1 44 10 3 5 3.314E-01 7.028E-02 *RES* 1 13 1 44 13 3 5 3.599E-01 8.052E-02 *RES* 1 14 1 46 16 3 5 3.903E-01 9.055E-02 *RES* 1 15 1 46 19 3 5 4.222E-01 1.001E-01 *RES* 1 16 1 46 22 3 5 4.556E-01 1.089E-01 *RES* 1 17 1 46 26 3 5 4.905E-01 1.169E-01 *RES* 1 18 1 46 29 3 5 5.270E-01 1.239E-01 *RES* 1 19 1 48 32 3 5 5.630E-01 1.296E-01 *RES* 1 20 1 53 36 3 5 5.975E-01 1.335E-01 *RES* 1 21 1 61 39 4 5 6.303E-01 1.353E-01 *RES* 1 22 1 80 42 2 5 6.607E-01 1.342E-01 *RES* 1 23 1 21 3 2 5 -8.283E-01 1.299E-01 *RES* 1 24 1 21 3 4 5 -1.212E+00 1.237E-01 *RES* 1 25 1 21 4 4 5 -1.329E+00 1.191E-01 *RES* 1 26 1 21 5 4 5 -1.262E+00 1.247E-01 *RES* 1 27 1 53 3 3 5 -1.239E+00 1.376E-01 *RES* 1 28 1 80 3 3 5 -1.681E+00 1.541E-01 *RES* 1 29 1 80 4 3 5 -1.915E+00 1.621E-01 *RES* 1 30 1 79 5 3 5 -1.742E+00 1.516E-01 *RES* 1 31 1 80 6 3 5 -1.287E+00 1.372E-01 *RES* 1 32 1 64 56 2 5 6.959E-01 1.088E-01 *RES* 1 33 1 68 57 4 5 6.762E-01 9.528E-02 *RES* 1 34 1 65 57 2 5 6.487E-01 8.510E-02 *RES* 1 35 1 21 8 3 5 -6.582E-01 7.614E-02 *RES* 1 36 1 21 9 2 5 -5.755E-01 7.310E-02 *RES* 1 37 1 70 59 3 5 5.341E-01 7.339E-02 *RES* 1 38 1 74 60 3 5 4.947E-01 7.257E-02 *RES* 1 39 1 75 7 2 5 -4.967E-01 6.654E-02 *RES* 1 40 1 72 60 3 5 4.330E-01 5.423E-02 *RES* 1 41 1 71 60 3 5 4.086E-01 4.166E-02 *RES* 1 42 1 69 60 3 5 3.843E-01 3.506E-02 *RES* 1 43 1 79 62 4 5 3.661E-01 3.198E-02 *RES* 1 44 1 73 61 3 5 3.454E-01 2.981E-02 *RES* 1 45 1 77 62 3 5 3.278E-01 2.893E-02 *RES* 1 46 1 76 62 3 5 3.113E-01 2.929E-02 *RES* 1 47 1 75 62 3 5 2.943E-01 2.957E-02 *RES* 1 48 1 79 63 4 5 2.879E-01 2.796E-02 *RES* 1 49 1 78 63 3 5 2.641E-01 2.368E-02 *RES* 1 50 1 77 63 3 5 2.468E-01 1.780E-02 *RES* 1 51 1 77 63 3 5 2.320E-01 1.498E-02 5.000E+00 *RES* 1 52 1 76 63 3 5 2.205E-01 1.243E-02 *RES* 1 53 1 79 64 3 5 2.057E-01 1.356E-02 *RES* 1 54 1 79 64 3 5 2.032E-01 1.579E-02 *RES* 1 55 1 79 64 3 5 1.972E-01 1.752E-02 *RES* 1 56 1 79 64 3 5 1.834E-01 1.768E-02 *RES* 1 57 1 80 10 3 5 -1.812E-01 1.626E-02 *RES* 1 58 1 80 11 3 5 -1.666E-01 1.398E-02 *RES* 1 59 1 78 64 4 5 1.461E-01 1.192E-02 *RES* 1 60 1 77 64 3 5 1.379E-01 1.099E-02 *RES* 1 61 1 77 64 3 5 1.307E-01 1.123E-02 *RES* 1 62 1 80 65 3 5 1.251E-01 1.228E-02 *RES* 1 63 1 80 65 3 5 1.201E-01 1.296E-02 *RES* 1 64 1 80 65 3 5 1.139E-01 1.261E-02 *RES* 1 65 1 80 65 3 5 1.056E-01 1.152E-02 *RES* 1 66 1 79 65 3 5 9.721E-02 1.029E-02 *RES* 1 67 1 79 65 3 5 9.291E-02 9.545E-03 *RES* 1 68 1 79 65 3 5 8.855E-02 9.519E-03 *RES* 1 69 1 79 65 3 5 8.405E-02 9.895E-03 *RES* 1 70 1 40 14 4 5 -8.569E-02 1.060E-02 *RES* 1 71 1 32 14 4 5 -9.012E-02 1.102E-02 *RES* 1 72 1 32 14 3 5 -9.190E-02 1.086E-02 *RES* 1 73 1 25 14 3 5 -8.646E-02 1.018E-02 *RES* 1 74 1 25 14 3 5 -7.906E-02 9.474E-03 *RES* 1 75 1 25 14 3 5 -7.187E-02 9.086E-03 *RES* 1 76 1 41 14 4 5 -7.047E-02 9.059E-03 *RES* 1 77 1 41 14 4 5 -7.166E-02 9.219E-03 *RES* 1 78 1 41 15 4 5 -8.316E-02 9.550E-03 *RES* 1 79 1 51 15 3 5 -8.402E-02 9.730E-03 *RES* 1 80 1 33 15 3 5 -8.328E-02 9.654E-03 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 39 *RES* 1 81 1 68 15 3 5 -8.079E-02 9.468E-03 *RES* 1 82 1 72 15 3 5 -8.087E-02 9.212E-03 *RES* 1 83 1 74 15 3 5 -7.830E-02 8.945E-03 *RES* 1 84 1 80 15 3 5 -7.440E-02 8.788E-03 *RES* 1 85 1 23 15 3 5 -7.583E-02 8.738E-03 *RES* 1 86 1 43 16 3 5 -7.718E-02 8.881E-03 *RES* 1 87 1 33 16 3 5 -7.738E-02 8.958E-03 *RES* 1 88 1 33 16 3 5 -7.720E-02 8.898E-03 *RES* 1 89 1 33 16 3 5 -7.307E-02 8.729E-03 *RES* 1 90 1 26 16 2 5 -7.226E-02 8.607E-03 *RES* 1 91 1 26 16 4 5 -6.846E-02 8.495E-03 *RES* 1 92 1 69 16 4 5 -6.557E-02 8.375E-03 *RES* 1 93 1 34 16 3 5 -6.431E-02 8.265E-03 *RES* 1 94 1 43 17 3 5 -7.143E-02 8.292E-03 *RES* 1 95 1 44 17 3 5 -7.094E-02 8.365E-03 *RES* 1 96 1 34 17 4 5 -7.394E-02 8.440E-03 *RES* 1 97 1 27 17 3 5 -7.324E-02 8.321E-03 *RES* 1 98 1 27 17 3 5 -7.338E-02 8.184E-03 *RES* 1 99 1 27 18 3 5 -7.194E-02 8.107E-03 *RES* 1 100 1 27 18 4 5 -6.960E-02 8.053E-03 *RES* 1 101 1 27 18 4 5 -6.636E-02 7.494E-03 5.000E+00 *RES* 1 102 1 27 18 4 5 -6.418E-02 7.370E-03 *RES* 1 103 1 43 19 3 5 -6.502E-02 7.297E-03 *RES* 1 104 1 49 19 3 5 -6.591E-02 7.295E-03 *RES* 1 105 1 49 19 2 5 -6.598E-02 7.240E-03 *RES* 1 106 1 35 19 3 5 -6.722E-02 7.212E-03 *RES* 1 107 1 35 19 3 5 -6.777E-02 7.184E-03 *RES* 1 108 1 28 19 3 5 -6.865E-02 7.150E-03 *RES* 1 109 1 28 19 3 5 -6.857E-02 7.076E-03 *RES* 1 110 1 28 19 3 5 -6.714E-02 7.011E-03 *RES* 1 111 1 28 19 2 5 -6.661E-02 6.930E-03 *RES* 1 112 1 28 19 2 5 -6.402E-02 6.858E-03 *RES* 1 113 1 28 19 4 5 -6.202E-02 6.836E-03 *RES* 1 114 1 50 20 3 5 -6.442E-02 6.873E-03 *RES* 1 115 1 50 20 3 5 -6.524E-02 6.901E-03 *RES* 1 116 1 50 20 4 5 -6.484E-02 6.877E-03 *RES* 1 117 1 35 20 3 5 -6.254E-02 6.805E-03 *RES* 1 118 1 30 20 2 5 -6.647E-02 6.738E-03 *RES* 1 119 1 31 20 4 5 -6.605E-02 6.658E-03 *RES* 1 120 1 29 20 4 5 -6.471E-02 6.597E-03 *RES* 1 121 1 29 20 2 5 -6.245E-02 6.540E-03 *RES* 1 122 1 63 20 4 5 -6.195E-02 6.494E-03 *RES* 1 123 1 43 21 2 5 -6.136E-02 6.459E-03 *RES* 1 124 1 43 21 3 5 -6.212E-02 6.501E-03 *RES* 1 125 1 40 21 3 5 -6.255E-02 6.570E-03 *RES* 1 126 1 33 21 3 5 -6.268E-02 6.595E-03 *RES* 1 127 1 33 21 4 5 -6.227E-02 6.526E-03 *RES* 1 128 1 32 21 2 5 -6.328E-02 6.441E-03 *RES* 1 129 1 31 21 3 5 -6.435E-02 6.376E-03 *RES* 1 130 1 22 19 3 5 -6.655E-02 6.364E-03 *RES* 1 131 1 22 19 3 5 -7.248E-02 6.280E-03 *RES* 1 132 1 65 21 4 5 -6.034E-02 6.252E-03 *RES* 1 133 1 41 22 3 5 -6.237E-02 6.258E-03 *RES* 1 134 1 34 22 2 5 -6.568E-02 6.303E-03 *RES* 1 135 1 35 22 2 5 -6.727E-02 6.333E-03 *RES* 1 136 1 35 22 3 5 -6.452E-02 6.308E-03 *RES* 1 137 1 35 22 3 5 -6.065E-02 6.217E-03 *RES* 1 138 1 33 22 3 5 -6.228E-02 6.139E-03 *RES* 1 139 1 33 22 3 5 -6.027E-02 6.083E-03 *RES* 1 140 1 49 23 4 5 -5.831E-02 6.036E-03 *RES* 1 141 1 50 23 4 5 -6.168E-02 6.044E-03 *RES* 1 142 1 35 23 2 5 -6.553E-02 6.070E-03 *RES* 1 143 1 36 23 3 5 -7.297E-02 6.117E-03 *RES* 1 144 1 36 23 3 5 -7.059E-02 6.137E-03 *RES* 1 145 1 37 23 3 5 -6.639E-02 6.062E-03 *RES* 1 146 1 37 23 3 5 -6.233E-02 5.964E-03 *RES* 1 147 1 37 23 4 5 -6.038E-02 5.920E-03 *RES* 1 148 1 40 24 4 5 -6.066E-02 5.895E-03 *RES* 1 149 1 41 24 4 5 -6.328E-02 5.895E-03 *RES* 1 150 1 41 24 2 5 -6.322E-02 5.895E-03 *RES* 1 151 1 38 24 3 5 -6.411E-02 5.636E-03 5.000E+00 *RES* 1 152 1 38 24 3 5 -6.204E-02 5.614E-03 *RES* 1 153 1 46 24 3 5 -6.094E-02 5.581E-03 *RES* 1 154 1 46 24 3 5 -6.028E-02 5.484E-03 *RES* 1 155 1 46 24 3 5 -5.827E-02 5.386E-03 *RES* 1 156 1 46 24 3 5 -5.579E-02 5.344E-03 *RES* 1 157 1 59 24 4 5 -5.545E-02 5.327E-03 *RES* 1 158 1 60 24 2 5 -5.350E-02 5.289E-03 *RES* 1 159 1 44 25 3 5 -5.593E-02 5.276E-03 *RES* 1 160 1 45 25 3 5 -5.883E-02 5.264E-03 *RES* 1 161 1 45 25 3 5 -5.901E-02 5.250E-03 *RES* 1 162 1 42 25 2 5 -5.684E-02 5.274E-03 *RES* 1 163 1 46 25 3 5 -6.208E-02 5.278E-03 *RES* 1 164 1 46 25 3 5 -6.077E-02 5.249E-03 *RES* 1 165 1 46 25 3 5 -5.764E-02 5.212E-03 *RES* 1 166 1 46 25 3 5 -5.497E-02 5.153E-03 *RES* 1 167 1 46 25 3 5 -5.250E-02 5.083E-03 *RES* 1 168 1 59 25 3 5 -5.063E-02 5.036E-03 *RES* 1 169 1 59 25 2 5 -5.022E-02 5.020E-03 *RES* 1 170 1 60 25 3 5 -4.971E-02 5.001E-03 *RES* 1 171 1 60 25 2 5 -4.922E-02 4.967E-03 *RES* 1 172 1 65 25 2 5 -4.791E-02 4.922E-03 *RES* 1 173 1 48 26 3 5 -5.493E-02 4.889E-03 *RES* 1 174 1 48 26 4 5 -5.584E-02 4.902E-03 *RES* 1 175 1 48 26 4 5 -5.375E-02 4.897E-03 *RES* 1 176 1 47 26 3 5 -5.408E-02 4.861E-03 *RES* 1 177 1 27 22 3 5 -6.270E-02 4.868E-03 *RES* 1 178 1 27 22 4 5 -6.077E-02 4.860E-03 *RES* 1 179 1 47 26 4 5 -5.486E-02 4.774E-03 *RES* 1 180 1 47 26 2 5 -5.186E-02 4.716E-03 *RES* 1 181 1 47 26 2 5 -4.869E-02 4.680E-03 *RES* 1 182 1 50 27 3 5 -5.324E-02 4.660E-03 *RES* 1 183 1 52 27 3 5 -5.512E-02 4.633E-03 *RES* 1 184 1 52 27 2 5 -5.606E-02 4.608E-03 *RES* 1 185 1 52 27 2 5 -5.474E-02 4.592E-03 *RES* 1 186 1 52 27 4 5 -5.201E-02 4.575E-03 *RES* 1 187 1 53 27 3 5 -5.640E-02 4.573E-03 *RES* 1 188 1 53 27 4 5 -5.642E-02 4.558E-03 *RES* 1 189 1 60 28 3 5 -9.323E-02 4.570E-03 *RES* 1 190 1 60 28 4 5 -1.022E-01 4.706E-03 *RES* 1 191 1 60 27 2 5 -5.678E-02 4.504E-03 *RES* 1 192 1 61 28 4 5 -9.592E-02 4.572E-03 *RES* 1 193 1 62 28 3 5 -9.974E-02 4.548E-03 *RES* 1 194 1 62 27 4 5 -5.368E-02 4.381E-03 *RES* 1 195 1 67 28 3 5 -7.936E-02 4.362E-03 *RES* 1 196 1 68 28 3 5 -8.708E-02 4.477E-03 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 44 *RES* 1 197 1 68 28 2 5 -8.780E-02 4.436E-03 *RES* 1 198 1 69 28 2 5 -8.415E-02 4.443E-03 *RES* 1 199 1 59 28 3 5 -5.416E-02 4.319E-03 *RES* 1 200 1 75 28 4 5 -7.903E-02 4.323E-03 *RES* 1 201 1 76 28 4 5 -8.297E-02 4.138E-03 5.000E+00 *RES* 1 202 1 28 24 4 5 -5.768E-02 4.121E-03 *RES* 1 203 1 63 28 2 5 -4.751E-02 4.029E-03 *RES* 1 204 1 64 28 3 5 -4.525E-02 3.992E-03 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 38 *RES* 1 205 1 76 28 4 5 -4.446E-02 3.965E-03 *RES* 1 206 1 76 28 4 5 -4.393E-02 3.948E-03 *RES* 1 207 1 70 28 2 5 -4.742E-02 3.930E-03 *RES* 1 208 1 70 28 2 5 -4.641E-02 3.911E-03 *RES* 1 209 1 70 28 4 5 -4.517E-02 3.877E-03 *RES* 1 210 1 70 28 4 5 -4.304E-02 3.846E-03 *RES* 1 211 1 76 28 3 5 -4.344E-02 3.810E-03 *RES* 1 212 1 59 29 4 5 -4.487E-02 3.787E-03 *RES* 1 213 1 60 29 4 5 -4.824E-02 3.779E-03 *RES* 1 214 1 66 29 3 5 -4.926E-02 3.754E-03 *RES* 1 215 1 66 29 4 5 -4.936E-02 3.743E-03 *RES* 1 216 1 66 29 4 5 -4.921E-02 3.725E-03 *RES* 1 217 1 67 29 2 5 -4.715E-02 3.726E-03 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 44 *RES* 1 218 1 61 29 4 5 -4.695E-02 3.724E-03 *RES* 1 219 1 62 29 3 5 -4.635E-02 3.709E-03 *RES* 1 220 1 62 29 3 5 -4.542E-02 3.708E-03 *RES* 1 221 1 69 30 3 5 -4.425E-02 3.672E-03 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 28 *RES* 1 222 1 63 29 3 5 -4.478E-02 3.640E-03 *RES* 1 223 1 69 30 2 5 -4.384E-02 3.620E-03 *RES* 1 224 1 70 30 4 5 -4.425E-02 3.595E-03 *RES* 1 225 1 70 30 4 5 -4.468E-02 3.576E-03 *RES* 1 226 1 70 30 4 5 -4.430E-02 3.535E-03 *RES* 1 227 1 70 30 2 5 -4.291E-02 3.529E-03 *RES* 1 228 1 70 30 2 5 -4.155E-02 3.473E-03 *RES* 1 229 1 70 30 2 5 -4.027E-02 3.435E-03 *RES* 1 230 1 63 29 2 5 -3.949E-02 3.417E-03 *RES* 1 231 1 78 30 4 5 -3.976E-02 3.395E-03 *RES* 1 232 1 75 30 3 5 -4.094E-02 3.404E-03 *RES* 1 233 1 75 30 3 5 -4.040E-02 3.392E-03 *RES* 1 234 1 73 30 2 5 -3.872E-02 3.373E-03 *RES* 1 235 1 76 31 3 5 -4.154E-02 3.357E-03 *RES* 1 236 1 72 30 4 5 -4.243E-02 3.334E-03 *RES* 1 237 1 72 30 2 5 -4.154E-02 3.309E-03 *RES* 1 238 1 77 31 2 5 -4.202E-02 3.286E-03 *RES* 1 239 1 77 31 3 5 -4.578E-02 3.260E-03 *RES* 1 240 1 77 31 3 5 -4.590E-02 3.234E-03 *RES* 1 241 1 77 31 3 5 -4.424E-02 3.207E-03 *RES* 1 242 1 78 31 3 5 -4.518E-02 3.182E-03 *RES* 1 243 1 33 28 3 5 -5.135E-02 3.199E-03 *RES* 1 244 1 78 31 4 5 -4.439E-02 3.146E-03 *RES* 1 245 1 33 28 4 5 -5.185E-02 3.201E-03 *RES* 1 246 1 75 31 2 5 -4.210E-02 3.130E-03 *RES* 1 247 1 35 28 3 5 -5.529E-02 3.184E-03 *RES* 1 248 1 35 28 4 5 -6.014E-02 3.155E-03 *RES* 1 249 1 76 31 3 5 -4.175E-02 3.082E-03 *RES* 1 250 1 77 31 4 5 -4.246E-02 3.045E-03 *RES* 1 251 1 79 31 3 5 -4.141E-02 2.910E-03 5.000E+00 *RES* 1 252 1 77 31 3 5 -4.078E-02 2.900E-03 *RES* 1 253 1 77 32 3 5 -3.990E-02 2.877E-03 *RES* 1 254 1 77 32 3 5 -3.818E-02 2.849E-03 *RES* 1 255 1 77 32 3 5 -3.630E-02 2.826E-03 *RES* 1 256 1 78 32 2 5 -3.532E-02 2.823E-03 *RES* 1 257 1 78 32 3 5 -4.196E-02 2.813E-03 *RES* 1 258 1 78 32 3 5 -4.056E-02 2.797E-03 *RES* 1 259 1 78 32 3 5 -3.825E-02 2.789E-03 *RES* 1 260 1 79 32 4 5 -4.434E-02 2.778E-03 *RES* 1 261 1 79 32 2 5 -4.332E-02 2.764E-03 *RES* 1 262 1 79 32 2 5 -4.079E-02 2.741E-03 *RES* 1 263 1 22 32 3 5 -4.028E-02 2.717E-03 *RES* 1 264 1 80 32 3 5 -3.614E-02 2.687E-03 *RES* 1 265 1 80 32 3 5 -3.467E-02 2.666E-03 *RES* 1 266 1 43 30 3 5 -5.267E-02 2.666E-03 *RES* 1 267 1 23 32 3 5 -3.673E-02 2.634E-03 *RES* 1 268 1 23 32 3 5 -3.852E-02 2.619E-03 *RES* 1 269 1 23 32 3 5 -3.162E-02 2.608E-03 *RES* 1 270 1 80 32 2 5 -3.002E-02 2.586E-03 *RES* 1 271 1 80 32 2 5 -2.939E-02 2.566E-03 *RES* 1 272 1 37 29 4 5 -2.930E-02 2.551E-03 *RES* 1 273 1 80 32 4 5 -2.783E-02 2.535E-03 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 44 *RES* 1 274 1 53 30 2 5 -2.722E-02 2.511E-03 *RES* 1 275 1 80 32 4 5 -2.653E-02 2.483E-03 *RES* 1 276 1 40 30 3 5 -2.816E-02 2.479E-03 *RES* 1 277 1 44 30 3 5 -3.122E-02 2.471E-03 *RES* 1 278 1 44 30 3 5 -2.919E-02 2.450E-03 *RES* 1 279 1 44 30 2 5 -2.950E-02 2.441E-03 *RES* 1 280 1 44 30 2 5 -2.961E-02 2.437E-03 *RES* 1 281 1 24 40 3 5 -2.867E-02 2.420E-03 *RES* 1 282 1 24 40 3 5 -2.947E-02 2.399E-03 *RES* 1 283 1 58 31 3 5 -5.252E-02 2.441E-03 *RES* 1 284 1 59 31 3 5 -2.703E-02 2.374E-03 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 33 *RES* 1 285 1 24 40 2 5 -2.877E-02 2.359E-03 *RES* 1 286 1 24 40 4 5 -2.818E-02 2.338E-03 *RES* 1 287 1 52 31 4 5 -2.682E-02 2.317E-03 *RES* 1 288 1 43 31 2 5 -2.585E-02 2.291E-03 *RES* 1 289 1 45 31 3 5 -2.758E-02 2.282E-03 *RES* 1 290 1 59 32 4 5 -5.205E-02 2.316E-03 *RES* 1 291 1 60 32 2 5 -3.103E-02 2.276E-03 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 38 *RES* 1 292 1 66 32 3 5 -4.833E-02 2.324E-03 *RES* 1 293 1 65 32 2 5 -4.997E-02 2.381E-03 *RES* 1 294 1 61 32 2 5 -2.810E-02 2.294E-03 *RES* 1 295 1 61 32 4 5 -2.796E-02 2.272E-03 *RES* 1 296 1 64 32 2 5 -5.016E-02 2.306E-03 *RES* 1 297 1 62 32 3 5 -2.791E-02 2.251E-03 *RES* 1 298 1 62 32 3 5 -2.742E-02 2.240E-03 *RES* 1 299 1 62 32 3 5 -2.596E-02 2.221E-03 *RES* 1 300 1 45 32 3 5 -2.603E-02 2.199E-03 *RES* 1 301 1 66 32 2 5 -3.991E-02 2.168E-03 5.000E+00 *RES* 1 302 1 63 32 4 5 -4.967E-02 2.211E-03 *RES* 1 303 1 65 32 4 5 -4.017E-02 2.173E-03 *RES* 1 304 1 65 33 3 5 -4.684E-02 2.212E-03 *RES* 1 305 1 66 33 3 5 -5.814E-02 2.203E-03 *RES* 1 306 1 64 33 3 5 -4.960E-02 2.179E-03 *RES* 1 307 1 51 32 4 5 -2.607E-02 2.148E-03 *RES* 1 308 1 52 32 2 5 -2.480E-02 2.135E-03 *RES* 1 309 1 58 33 3 5 -4.625E-02 2.148E-03 *RES* 1 310 1 58 33 4 5 -5.044E-02 2.170E-03 *RES* 1 311 1 58 32 4 5 -2.504E-02 2.121E-03 *RES* 1 312 1 57 33 2 5 -2.414E-02 2.090E-03 *RES* 1 313 1 72 33 3 5 -4.950E-02 2.144E-03 *RES* 1 314 1 64 33 2 5 -4.771E-02 2.109E-03 *RES* 1 315 1 50 33 2 5 -2.794E-02 2.078E-03 *RES* 1 316 1 51 33 3 5 -2.675E-02 2.055E-03 *RES* 1 317 1 51 33 2 5 -2.700E-02 2.044E-03 *RES* 1 318 1 64 33 3 5 -4.938E-02 2.054E-03 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 45 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 43 *RES* 1 319 1 65 33 3 5 -2.843E-02 2.020E-03 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 39 *RES* 1 320 1 60 33 2 5 -2.663E-02 2.014E-03 *RES* 1 321 1 66 33 4 5 -4.770E-02 2.081E-03 *RES* 1 322 1 67 33 3 5 -5.341E-02 2.032E-03 *RES* 1 323 1 68 33 3 5 -2.796E-02 1.992E-03 *RES* 1 324 1 64 34 4 5 -4.523E-02 2.003E-03 *RES* 1 325 1 68 33 3 5 -2.700E-02 1.972E-03 *RES* 1 326 1 56 34 4 5 -2.642E-02 1.968E-03 *RES* 1 327 1 57 34 3 5 -2.751E-02 1.967E-03 *RES* 1 328 1 57 34 4 5 -2.792E-02 1.953E-03 *RES* 1 329 1 70 34 3 5 -4.721E-02 1.969E-03 *RES* 1 330 1 57 34 2 5 -2.647E-02 1.936E-03 *RES* 1 331 1 58 34 2 5 -2.573E-02 1.919E-03 *RES* 1 332 1 79 34 3 5 -4.973E-02 1.935E-03 *RES* 1 333 1 58 34 2 5 -2.328E-02 1.895E-03 *RES* 1 334 1 72 34 3 5 -4.975E-02 1.927E-03 *RES* 1 335 1 67 34 3 5 -4.076E-02 1.894E-03 *RES* 1 336 1 79 34 2 5 -4.965E-02 1.889E-03 *RES* 1 337 1 79 34 4 5 -5.037E-02 1.872E-03 *RES* 1 338 1 66 34 3 5 -4.191E-02 1.871E-03 *RES* 1 339 1 68 34 2 5 -4.789E-02 1.882E-03 *RES* 1 340 1 69 34 2 5 -5.163E-02 1.905E-03 *RES* 1 341 1 69 34 4 5 -4.807E-02 1.882E-03 *RES* 1 342 1 70 34 4 5 -2.828E-02 1.836E-03 *RES* 1 343 1 70 34 3 5 -3.965E-02 1.834E-03 *RES* 1 344 1 65 35 4 5 -3.863E-02 1.831E-03 *RES* 1 345 1 65 35 3 5 -3.950E-02 1.844E-03 *RES* 1 346 1 65 35 2 5 -3.901E-02 1.823E-03 *RES* 1 347 1 77 34 2 5 -2.499E-02 1.792E-03 *RES* 1 348 1 77 34 2 5 -2.388E-02 1.781E-03 *RES* 1 349 1 74 34 4 5 -4.231E-02 1.810E-03 *RES* 1 350 1 74 35 3 5 -4.009E-02 1.782E-03 *RES* 1 351 1 70 35 2 5 -3.504E-02 1.743E-03 5.000E+00 *RES* 1 352 1 71 35 2 5 -2.351E-02 1.694E-03 *RES* 1 353 1 73 35 2 5 -3.861E-02 1.700E-03 *RES* 1 354 1 80 35 2 5 -4.617E-02 1.737E-03 *RES* 1 355 1 80 35 4 5 -4.663E-02 1.747E-03 *RES* 1 356 1 67 35 2 5 -3.561E-02 1.726E-03 *RES* 1 357 1 66 35 4 5 -3.416E-02 1.697E-03 *RES* 1 358 1 66 35 3 5 -3.422E-02 1.700E-03 *RES* 1 359 1 65 35 4 5 -3.156E-02 1.677E-03 *RES* 1 360 1 64 36 3 5 -2.897E-02 1.662E-03 *RES* 1 361 1 73 35 4 5 -3.298E-02 1.683E-03 *RES* 1 362 1 74 35 4 5 -2.281E-02 1.627E-03 *RES* 1 363 1 71 35 3 5 -2.136E-02 1.602E-03 *RES* 1 364 1 71 35 3 5 -2.103E-02 1.583E-03 *RES* 1 365 1 64 36 4 5 -2.960E-02 1.589E-03 *RES* 1 366 1 65 36 4 5 -2.074E-02 1.568E-03 *RES* 1 367 1 71 35 3 5 -2.074E-02 1.551E-03 *RES* 1 368 1 65 36 3 5 -2.829E-02 1.556E-03 *RES* 1 369 1 67 36 3 5 -3.299E-02 1.578E-03 *RES* 1 370 1 68 36 3 5 -2.281E-02 1.538E-03 *RES* 1 371 1 76 36 3 5 -3.626E-02 1.630E-03 *RES* 1 372 1 69 36 4 5 -3.668E-02 1.659E-03 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 40 *RES* 1 373 1 69 36 2 5 -3.607E-02 1.582E-03 *RES* 1 374 1 76 36 2 5 -3.298E-02 1.531E-03 *RES* 1 375 1 77 36 2 5 -3.912E-02 1.534E-03 *RES* 1 376 1 71 36 2 5 -3.175E-02 1.569E-03 *RES* 1 377 1 80 36 3 5 -3.737E-02 1.589E-03 *RES* 1 378 1 72 36 4 5 -2.603E-02 1.541E-03 *RES* 1 379 1 76 36 4 5 -3.042E-02 1.510E-03 *RES* 1 380 1 69 37 2 5 -2.695E-02 1.519E-03 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 39 *RES* 1 381 1 71 37 3 5 -2.374E-02 1.477E-03 *RES* 1 382 1 71 37 4 5 -2.564E-02 1.488E-03 *RES* 1 383 1 72 36 2 5 -2.269E-02 1.454E-03 *RES* 1 384 1 70 38 3 5 -2.389E-02 1.457E-03 *RES* 1 385 1 71 38 3 5 -2.805E-02 1.514E-03 *RES* 1 386 1 72 37 3 5 -3.032E-02 1.524E-03 *RES* 1 387 1 70 38 4 5 -3.216E-02 1.526E-03 *RES* 1 388 1 72 38 4 5 -3.190E-02 1.509E-03 *RES* 1 389 1 72 37 2 5 -2.707E-02 1.465E-03 *RES* 1 390 1 73 37 2 5 -2.345E-02 1.413E-03 *RES* 1 391 1 72 38 2 5 -2.352E-02 1.441E-03 *RES* 1 392 1 22 27 3 5 2.422E-02 1.402E-03 *RES* 1 393 1 22 27 3 5 2.840E-02 1.391E-03 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 33 *RES* 1 394 1 22 28 3 5 2.997E-02 1.409E-03 *RES* 1 395 1 22 28 3 5 3.129E-02 1.415E-03 *RES* 1 396 1 79 37 2 5 -2.934E-02 1.434E-03 *RES* 1 397 1 22 28 4 5 2.998E-02 1.412E-03 *RES* 1 398 1 22 28 4 5 3.416E-02 1.398E-03 *RES* 1 399 1 22 28 2 5 2.857E-02 1.387E-03 *RES* 1 400 1 79 37 2 5 -2.732E-02 1.356E-03 *RES* 1 401 1 22 29 2 5 2.377E-02 1.295E-03 5.000E+00 *RES* 1 402 1 22 29 2 5 2.422E-02 1.298E-03 *RES* 1 403 1 22 29 2 5 2.418E-02 1.276E-03 *RES* 1 404 1 22 29 2 5 2.282E-02 1.255E-03 *RES* 1 405 1 75 38 3 5 -2.152E-02 1.239E-03 *RES* 1 406 1 76 38 3 5 -2.123E-02 1.214E-03 *RES* 1 407 1 76 38 3 5 -2.035E-02 1.187E-03 *RES* 1 408 1 77 38 3 5 -1.955E-02 1.179E-03 *RES* 1 409 1 75 39 2 5 -1.959E-02 1.176E-03 *RES* 1 410 1 76 39 3 5 -2.142E-02 1.170E-03 *RES* 1 411 1 77 38 3 5 -2.109E-02 1.147E-03 *RES* 1 412 1 77 38 3 5 -2.032E-02 1.129E-03 *RES* 1 413 1 76 39 2 5 -1.948E-02 1.126E-03 *RES* 1 414 1 77 39 2 5 -1.990E-02 1.132E-03 *RES* 1 415 1 77 38 2 5 -1.905E-02 1.134E-03 *RES* 1 416 1 78 38 3 5 -1.893E-02 1.118E-03 *RES* 1 417 1 77 39 2 5 -1.989E-02 1.106E-03 *RES* 1 418 1 75 40 4 5 -2.049E-02 1.126E-03 *RES* 1 419 1 22 31 4 5 2.161E-02 1.107E-03 *RES* 1 420 1 22 31 4 5 2.512E-02 1.098E-03 *RES* 1 421 1 22 31 4 5 2.859E-02 1.076E-03 *RES* 1 422 1 22 31 4 5 3.295E-02 1.084E-03 *RES* 1 423 1 22 31 4 5 3.422E-02 1.054E-03 *RES* 1 424 1 22 31 4 5 3.346E-02 1.018E-03 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 40 *RES* 1 425 1 22 31 4 5 3.224E-02 1.006E-03 *RES* 1 426 1 22 31 4 5 3.117E-02 1.024E-03 *RES* 1 427 1 22 31 4 5 2.900E-02 9.941E-04 *RES* 1 428 1 22 31 4 5 2.629E-02 9.517E-04 *RES* 1 429 1 25 42 3 5 2.454E-02 9.060E-04 *RES* 1 430 1 22 31 2 5 2.109E-02 8.651E-04 *RES* 1 431 1 23 31 4 5 1.692E-02 8.540E-04 *RES* 1 432 1 23 31 2 5 1.632E-02 8.213E-04 *RES* 1 433 1 23 38 2 5 -1.519E-02 8.052E-04 *RES* 1 434 1 23 38 2 5 -1.640E-02 7.852E-04 *RES* 1 435 1 23 38 2 5 -1.778E-02 7.550E-04 *RES* 1 436 1 23 38 2 5 -1.891E-02 7.246E-04 *RES* 1 437 1 23 38 2 5 -1.903E-02 7.009E-04 *RES* 1 438 1 23 38 2 5 -1.723E-02 6.800E-04 *RES* 1 439 1 23 38 2 5 -1.454E-02 6.572E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 43 *RES* 1 440 1 23 38 2 5 -1.148E-02 6.303E-04 *RES* 1 441 1 22 27 2 5 -1.103E-02 6.085E-04 *RES* 1 442 1 22 27 2 5 -1.141E-02 5.914E-04 *RES* 1 443 1 24 38 2 5 -1.382E-02 5.744E-04 *RES* 1 444 1 24 38 2 5 -1.701E-02 5.575E-04 *RES* 1 445 1 23 37 3 5 -1.574E-02 5.420E-04 *RES* 1 446 1 23 38 2 5 1.898E-02 5.255E-04 *RES* 1 447 1 23 38 2 5 2.077E-02 5.064E-04 *RES* 1 448 1 23 38 2 5 2.100E-02 4.877E-04 *RES* 1 449 1 23 38 2 5 2.048E-02 4.763E-04 *RES* 1 450 1 23 38 2 5 1.971E-02 4.684E-04 *RES* 1 451 1 23 38 2 5 1.517E-02 4.498E-04 5.000E+00 *RES* 1 452 1 22 27 2 5 -1.259E-02 4.440E-04 *RES* 1 453 1 22 27 2 5 -1.218E-02 4.303E-04 *RES* 1 454 1 25 42 4 5 -1.221E-02 4.217E-04 *RES* 1 455 1 25 42 4 5 -1.348E-02 4.124E-04 *RES* 1 456 1 25 42 4 5 -1.428E-02 3.999E-04 *RES* 1 457 1 25 42 4 5 -1.475E-02 3.917E-04 *RES* 1 458 1 25 42 4 5 -1.485E-02 3.828E-04 *RES* 1 459 1 25 42 4 5 -1.460E-02 3.791E-04 *RES* 1 460 1 22 29 2 5 1.439E-02 3.785E-04 *RES* 1 461 1 22 29 2 5 1.547E-02 3.777E-04 *RES* 1 462 1 22 29 2 5 1.617E-02 3.767E-04 *RES* 1 463 1 22 29 2 5 1.700E-02 3.797E-04 *RES* 1 464 1 22 29 2 5 1.662E-02 3.815E-04 *RES* 1 465 1 22 28 2 5 1.786E-02 3.862E-04 *RES* 1 466 1 22 28 2 5 1.893E-02 3.921E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 38 *RES* 1 467 1 25 42 4 5 -1.891E-02 3.902E-04 *RES* 1 468 1 25 42 4 5 -2.116E-02 3.897E-04 *RES* 1 469 1 25 42 4 5 -2.062E-02 3.864E-04 *RES* 1 470 1 22 28 2 5 2.032E-02 3.875E-04 *RES* 1 471 1 22 28 2 5 2.071E-02 3.801E-04 *RES* 1 472 1 22 28 2 5 2.323E-02 3.804E-04 *RES* 1 473 1 22 28 2 5 2.422E-02 3.791E-04 *RES* 1 474 1 23 37 3 5 2.335E-02 3.781E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 42 *RES* 1 475 1 23 37 3 5 2.492E-02 3.769E-04 *RES* 1 476 1 25 42 2 5 2.224E-02 3.737E-04 *RES* 1 477 1 25 42 2 5 2.305E-02 3.672E-04 *RES* 1 478 1 22 28 4 5 2.308E-02 3.664E-04 *RES* 1 479 1 22 28 4 5 2.562E-02 3.707E-04 *RES* 1 480 1 22 28 4 5 2.716E-02 3.757E-04 *RES* 1 481 1 22 28 4 5 2.819E-02 3.787E-04 *RES* 1 482 1 22 28 4 5 2.579E-02 3.831E-04 *RES* 1 483 1 22 28 4 5 2.188E-02 3.879E-04 *RES* 1 484 1 22 32 4 5 -1.950E-02 3.920E-04 *RES* 1 485 1 22 27 2 5 2.051E-02 4.011E-04 *RES* 1 486 1 25 42 4 5 2.126E-02 4.055E-04 *RES* 1 487 1 25 42 4 5 2.172E-02 3.935E-04 *RES* 1 488 1 25 42 4 5 2.147E-02 3.858E-04 *RES* 1 489 1 22 27 4 5 2.326E-02 3.851E-04 *RES* 1 490 1 22 27 4 5 2.337E-02 3.776E-04 *RES* 1 491 1 22 27 4 5 2.182E-02 3.700E-04 *RES* 1 492 1 22 27 4 5 2.375E-02 3.669E-04 *RES* 1 493 1 22 27 4 5 2.536E-02 3.625E-04 *RES* 1 494 1 22 27 4 5 2.787E-02 3.596E-04 *RES* 1 495 1 22 27 4 5 3.014E-02 3.530E-04 *RES* 1 496 1 22 27 4 5 3.040E-02 3.445E-04 *RES* 1 497 1 22 27 4 5 2.978E-02 3.345E-04 *RES* 1 498 1 22 27 4 5 2.829E-02 3.266E-04 *RES* 1 499 1 22 27 4 5 2.479E-02 3.169E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 38 *RES* 1 500 1 22 27 4 5 2.330E-02 3.116E-04 01-Jul-1998 16:23:00 LPCYCL-cycle time: 1269.09 sec, 88.27 usec ZONE 1 (81x71x5) CYCLE ITER ZONE IERR JERR KERR NERR BIG L2 CFL *RES* 2 501 1 22 27 4 5 2.095E-02 3.042E-04 5.000E+00 *RES* 2 502 1 22 27 4 5 1.827E-02 2.991E-04 *RES* 2 503 1 22 27 4 5 1.486E-02 2.945E-04 *RES* 2 504 1 22 27 4 5 1.270E-02 2.864E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 45 *RES* 2 505 1 23 36 2 5 1.184E-02 2.822E-04 *RES* 2 506 1 23 36 2 5 1.300E-02 2.791E-04 *RES* 2 507 1 23 36 2 5 1.304E-02 2.773E-04 *RES* 2 508 1 23 37 2 5 -1.122E-02 2.756E-04 *RES* 2 509 1 23 37 2 5 -1.228E-02 2.767E-04 *RES* 2 510 1 23 36 2 5 -1.153E-02 2.774E-04 *RES* 2 511 1 23 36 2 5 -1.333E-02 2.777E-04 *RES* 2 512 1 23 36 2 5 -1.309E-02 2.794E-04 *RES* 2 513 1 23 36 2 5 -1.174E-02 2.909E-04 *RES* 2 514 1 23 36 4 5 1.278E-02 2.904E-04 *RES* 2 515 1 23 36 4 5 1.305E-02 2.882E-04 *RES* 2 516 1 23 36 4 5 1.350E-02 2.905E-04 *RES* 2 517 1 23 36 4 5 1.528E-02 2.998E-04 *RES* 2 518 1 23 28 3 5 -1.474E-02 3.114E-04 *RES* 2 519 1 23 28 3 5 -1.518E-02 3.195E-04 *RES* 2 520 1 23 29 3 5 -1.738E-02 3.303E-04 *RES* 2 521 1 22 27 3 5 1.968E-02 3.393E-04 *RES* 2 522 1 22 27 3 5 2.226E-02 3.547E-04 *RES* 2 523 1 22 28 3 5 2.606E-02 3.796E-04 *RES* 2 524 1 22 28 3 5 2.879E-02 3.997E-04 *RES* 2 525 1 22 28 3 5 3.053E-02 4.135E-04 *RES* 2 526 1 22 29 3 5 2.629E-02 4.006E-04 *RES* 2 527 1 22 29 3 5 2.779E-02 3.974E-04 *RES* 2 528 1 22 29 3 5 2.785E-02 4.122E-04 *RES* 2 529 1 22 30 3 5 2.295E-02 4.215E-04 *RES* 2 530 1 24 28 3 5 2.664E-02 4.209E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 42 *RES* 2 531 1 24 28 3 5 2.657E-02 4.185E-04 *RES* 2 532 1 24 28 3 5 2.573E-02 4.171E-04 *RES* 2 533 1 24 29 3 5 2.610E-02 4.070E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 45 *RES* 2 534 1 24 29 3 5 2.867E-02 4.059E-04 *RES* 2 535 1 24 29 3 5 2.578E-02 4.051E-04 *RES* 2 536 1 25 29 3 5 2.410E-02 3.935E-04 *RES* 2 537 1 24 40 4 5 -2.201E-02 3.790E-04 *RES* 2 538 1 24 40 4 5 -2.380E-02 3.716E-04 *RES* 2 539 1 24 40 4 5 -2.426E-02 3.623E-04 *RES* 2 540 1 24 40 4 5 -2.401E-02 3.558E-04 *RES* 2 541 1 24 40 4 5 -2.222E-02 3.535E-04 *RES* 2 542 1 24 40 4 5 -1.954E-02 3.535E-04 *RES* 2 543 1 22 26 4 5 2.019E-02 3.484E-04 *RES* 2 544 1 22 26 4 2 1.557E-02 3.329E-04 *RES* 2 545 1 22 27 2 5 -1.567E-02 3.224E-04 *RES* 2 546 1 22 27 2 5 -1.742E-02 3.150E-04 *RES* 2 547 1 22 27 2 5 -1.882E-02 3.160E-04 *RES* 2 548 1 22 27 2 5 -1.827E-02 3.199E-04 *RES* 2 549 1 22 27 4 5 -1.897E-02 3.201E-04 *RES* 2 550 1 22 27 4 5 -1.943E-02 3.175E-04 *RES* 2 551 1 22 27 4 5 -1.825E-02 3.098E-04 5.000E+00 *RES* 2 552 1 22 27 4 5 -1.958E-02 3.117E-04 *RES* 2 553 1 23 36 2 5 -1.934E-02 3.051E-04 *RES* 2 554 1 23 36 2 5 -1.708E-02 2.914E-04 *RES* 2 555 1 22 28 4 5 -1.456E-02 2.776E-04 *RES* 2 556 1 22 26 4 5 -1.380E-02 2.657E-04 *RES* 2 557 1 22 26 4 5 -1.112E-02 2.587E-04 *RES* 2 558 1 25 42 2 5 1.378E-02 2.522E-04 *RES* 2 559 1 25 42 2 5 1.776E-02 2.459E-04 *RES* 2 560 1 25 42 2 5 2.068E-02 2.470E-04 *RES* 2 561 1 25 42 2 5 1.804E-02 2.488E-04 *RES* 2 562 1 23 37 2 5 -1.581E-02 2.514E-04 *RES* 2 563 1 23 37 2 5 -1.662E-02 2.602E-04 *RES* 2 564 1 23 37 2 5 -1.712E-02 2.609E-04 *RES* 2 565 1 23 37 2 5 -1.737E-02 2.610E-04 *RES* 2 566 1 23 37 2 5 -1.707E-02 2.669E-04 *RES* 2 567 1 23 37 2 5 -1.641E-02 2.658E-04 *RES* 2 568 1 23 37 2 5 -1.548E-02 2.645E-04 *RES* 2 569 1 23 37 2 5 -1.476E-02 2.624E-04 *RES* 2 570 1 23 37 2 5 -1.416E-02 2.621E-04 *RES* 2 571 1 23 37 2 5 -1.305E-02 2.602E-04 *RES* 2 572 1 23 36 4 5 -1.195E-02 2.597E-04 *RES* 2 573 1 23 37 4 5 -1.575E-02 2.625E-04 *RES* 2 574 1 23 37 4 5 -1.808E-02 2.672E-04 *RES* 2 575 1 23 37 4 5 -1.682E-02 2.696E-04 *RES* 2 576 1 22 32 4 5 -1.587E-02 2.724E-04 *RES* 2 577 1 22 32 4 5 -1.936E-02 2.802E-04 *RES* 2 578 1 22 32 4 5 -2.219E-02 2.933E-04 *RES* 2 579 1 22 32 4 5 -1.746E-02 2.901E-04 *RES* 2 580 1 26 43 2 5 -1.503E-02 2.926E-04 *RES* 2 581 1 22 31 2 5 -1.645E-02 3.042E-04 *RES* 2 582 1 22 32 2 5 -1.814E-02 3.140E-04 *RES* 2 583 1 22 32 2 5 -2.032E-02 3.222E-04 *RES* 2 584 1 22 32 2 5 -2.239E-02 3.322E-04 *RES* 2 585 1 22 32 2 5 -2.417E-02 3.467E-04 *RES* 2 586 1 22 32 2 5 -2.143E-02 3.456E-04 *RES* 2 587 1 22 31 2 5 -1.781E-02 3.366E-04 *RES* 2 588 1 22 31 2 5 -1.585E-02 3.406E-04 *RES* 2 589 1 23 37 3 5 -1.523E-02 3.416E-04 *RES* 2 590 1 23 37 3 5 -1.881E-02 3.426E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 42 *RES* 2 591 1 23 37 3 5 -2.228E-02 3.433E-04 *RES* 2 592 1 23 37 3 5 -2.451E-02 3.479E-04 *RES* 2 593 1 23 37 3 5 -2.515E-02 3.531E-04 *RES* 2 594 1 23 37 3 5 -2.379E-02 3.651E-04 *RES* 2 595 1 23 37 3 5 -1.980E-02 3.670E-04 *RES* 2 596 1 24 37 3 5 -1.801E-02 3.694E-04 *RES* 2 597 1 22 29 2 5 -1.802E-02 3.795E-04 *RES* 2 598 1 22 29 2 5 -2.049E-02 3.851E-04 *RES* 2 599 1 22 29 2 5 -1.807E-02 3.835E-04 *RES* 2 600 1 24 40 2 5 -1.644E-02 3.838E-04 *RES* 2 601 1 24 40 2 5 -1.592E-02 3.838E-04 5.000E+00 *RES* 2 602 1 24 40 2 5 -1.460E-02 3.860E-04 *RES* 2 603 1 24 29 2 5 -1.412E-02 3.855E-04 *RES* 2 604 1 24 29 2 5 -1.469E-02 3.887E-04 *RES* 2 605 1 23 36 2 5 -1.662E-02 3.969E-04 *RES* 2 606 1 23 36 2 5 -1.959E-02 4.032E-04 *RES* 2 607 1 23 36 2 5 -2.266E-02 4.129E-04 *RES* 2 608 1 24 36 2 5 -2.315E-02 4.239E-04 *RES* 2 609 1 24 36 2 5 -2.405E-02 4.368E-04 *RES* 2 610 1 23 37 3 5 2.048E-02 4.431E-04 *RES* 2 611 1 23 38 3 5 2.149E-02 4.591E-04 *RES* 2 612 1 23 38 3 5 2.301E-02 4.769E-04 *RES* 2 613 1 23 38 3 5 2.255E-02 4.949E-04 *RES* 2 614 1 23 38 3 5 2.135E-02 5.058E-04 *RES* 2 615 1 24 40 4 5 -1.808E-02 5.155E-04 *RES* 2 616 1 23 20 2 5 1.763E-02 5.213E-04 *RES* 2 617 1 24 40 2 5 1.761E-02 5.156E-04 *RES* 2 618 1 24 40 2 5 1.742E-02 5.089E-04 *RES* 2 619 1 24 40 2 5 1.665E-02 4.978E-04 *RES* 2 620 1 22 29 3 5 -1.615E-02 4.852E-04 *RES* 2 621 1 22 29 3 5 -1.579E-02 4.805E-04 *RES* 2 622 1 23 37 3 5 -1.592E-02 4.764E-04 *RES* 2 623 1 23 37 3 5 -1.547E-02 4.740E-04 *RES* 2 624 1 23 37 3 5 -1.504E-02 4.800E-04 *RES* 2 625 1 23 37 3 5 -1.413E-02 4.855E-04 *RES* 2 626 1 23 20 4 5 1.469E-02 4.849E-04 *RES* 2 627 1 24 40 4 5 1.570E-02 4.898E-04 *RES* 2 628 1 24 40 4 5 1.645E-02 4.887E-04 *RES* 2 629 1 24 40 4 5 1.647E-02 4.840E-04 *RES* 2 630 1 24 40 4 5 1.693E-02 4.753E-04 *RES* 2 631 1 24 40 4 5 1.693E-02 4.615E-04 *RES* 2 632 1 24 40 4 5 1.637E-02 4.380E-04 *RES* 2 633 1 24 40 4 5 1.580E-02 4.179E-04 *RES* 2 634 1 24 40 4 5 1.593E-02 4.014E-04 *RES* 2 635 1 24 40 4 5 1.664E-02 3.899E-04 *RES* 2 636 1 24 40 4 5 1.651E-02 3.805E-04 *RES* 2 637 1 24 40 4 5 1.363E-02 3.748E-04 *RES* 2 638 1 25 42 3 5 1.650E-02 3.717E-04 *RES* 2 639 1 25 42 3 5 1.958E-02 3.673E-04 *RES* 2 640 1 25 42 3 5 2.100E-02 3.646E-04 *RES* 2 641 1 25 42 3 5 2.114E-02 3.621E-04 *RES* 2 642 1 25 42 3 5 2.046E-02 3.562E-04 *RES* 2 643 1 25 42 3 5 1.934E-02 3.517E-04 *RES* 2 644 1 25 42 3 5 1.797E-02 3.378E-04 *RES* 2 645 1 25 42 3 5 1.622E-02 3.226E-04 *RES* 2 646 1 23 37 2 5 1.543E-02 3.165E-04 *RES* 2 647 1 23 37 2 5 1.640E-02 3.119E-04 *RES* 2 648 1 23 37 2 5 1.726E-02 3.090E-04 *RES* 2 649 1 23 37 2 5 1.822E-02 3.053E-04 *RES* 2 650 1 23 37 2 5 1.716E-02 3.041E-04 *RES* 2 651 1 25 42 3 5 1.292E-02 3.003E-04 5.000E+00 *RES* 2 652 1 22 26 2 5 1.314E-02 3.023E-04 *RES* 2 653 1 25 42 3 5 1.232E-02 3.113E-04 *RES* 2 654 1 23 37 2 5 -1.316E-02 3.225E-04 *RES* 2 655 1 25 42 2 5 1.604E-02 3.275E-04 *RES* 2 656 1 25 42 2 5 1.960E-02 3.326E-04 *RES* 2 657 1 25 42 2 5 2.155E-02 3.399E-04 *RES* 2 658 1 25 42 2 5 2.204E-02 3.464E-04 *RES* 2 659 1 25 42 2 5 2.094E-02 3.510E-04 *RES* 2 660 1 25 42 2 5 1.904E-02 3.511E-04 *RES* 2 661 1 25 42 2 5 1.675E-02 3.390E-04 *RES* 2 662 1 22 27 2 5 1.528E-02 3.349E-04 *RES* 2 663 1 22 27 2 5 1.623E-02 3.367E-04 *RES* 2 664 1 22 27 2 5 1.618E-02 3.366E-04 *RES* 2 665 1 23 37 4 5 -1.590E-02 3.368E-04 *RES* 2 666 1 22 27 2 5 1.488E-02 3.362E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 35 *RES* 2 667 1 22 27 2 5 1.188E-02 3.294E-04 *RES* 2 668 1 22 26 2 5 1.211E-02 3.207E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 39 *RES* 2 669 1 22 26 2 5 1.279E-02 3.173E-04 *RES* 2 670 1 25 42 4 5 1.445E-02 3.186E-04 *RES* 2 671 1 25 42 4 5 1.851E-02 3.201E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 32 *RES* 2 672 1 25 42 4 5 2.108E-02 3.233E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 40 *RES* 2 673 1 25 42 4 5 2.162E-02 3.199E-04 *RES* 2 674 1 25 42 4 5 2.063E-02 3.173E-04 *RES* 2 675 1 25 42 4 5 1.828E-02 3.168E-04 *RES* 2 676 1 25 42 4 5 1.562E-02 3.137E-04 *RES* 2 677 1 22 26 4 5 1.319E-02 3.098E-04 *RES* 2 678 1 22 26 4 5 1.349E-02 3.069E-04 *RES* 2 679 1 22 26 4 5 1.331E-02 3.049E-04 *RES* 2 680 1 22 26 4 5 1.302E-02 3.013E-04 *RES* 2 681 1 22 26 4 5 1.300E-02 2.967E-04 *RES* 2 682 1 22 26 4 5 1.526E-02 2.986E-04 *RES* 2 683 1 22 26 4 5 1.418E-02 2.925E-04 *RES* 2 684 1 22 26 4 5 1.057E-02 2.865E-04 *RES* 2 685 1 22 26 3 5 9.680E-03 2.797E-04 *RES* 2 686 1 22 26 3 5 9.780E-03 2.746E-04 *RES* 2 687 1 22 26 4 5 9.061E-03 2.644E-04 *RES* 2 688 1 23 37 2 5 -9.180E-03 2.536E-04 *RES* 2 689 1 23 37 2 5 -9.844E-03 2.482E-04 *RES* 2 690 1 23 37 2 5 -1.146E-02 2.483E-04 *RES* 2 691 1 23 37 2 5 -1.337E-02 2.500E-04 *RES* 2 692 1 23 37 2 5 -1.417E-02 2.469E-04 *RES* 2 693 1 23 37 2 5 -1.369E-02 2.420E-04 *RES* 2 694 1 23 37 2 5 -1.089E-02 2.407E-04 *RES* 2 695 1 24 37 4 5 1.074E-02 2.395E-04 *RES* 2 696 1 23 36 2 5 -8.881E-03 2.319E-04 *RES* 2 697 1 23 37 4 5 -8.221E-03 2.285E-04 *RES* 2 698 1 23 37 4 5 -9.790E-03 2.251E-04 *RES* 2 699 1 23 37 4 5 -1.227E-02 2.289E-04 *RES* 2 700 1 23 37 4 5 -1.402E-02 2.366E-04 *RES* 2 701 1 23 37 4 5 -1.520E-02 2.457E-04 5.000E+00 *RES* 2 702 1 23 28 3 5 -1.432E-02 2.495E-04 *RES* 2 703 1 23 28 3 5 -1.329E-02 2.623E-04 *RES* 2 704 1 22 28 3 5 1.698E-02 2.852E-04 *RES* 2 705 1 22 28 3 5 2.123E-02 3.157E-04 *RES* 2 706 1 22 28 3 5 2.539E-02 3.314E-04 *RES* 2 707 1 22 28 3 5 2.899E-02 3.510E-04 *RES* 2 708 1 22 28 3 5 3.157E-02 3.596E-04 *RES* 2 709 1 22 28 3 5 2.652E-02 3.597E-04 *RES* 2 710 1 22 28 3 5 2.111E-02 3.657E-04 *RES* 2 711 1 22 29 3 5 1.996E-02 3.694E-04 *RES* 2 712 1 22 29 3 5 2.174E-02 3.808E-04 *RES* 2 713 1 22 29 3 5 2.299E-02 3.816E-04 *RES* 2 714 1 22 29 3 5 2.324E-02 3.760E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 39 *RES* 2 715 1 22 29 3 5 2.182E-02 3.742E-04 *RES* 2 716 1 24 28 2 5 1.792E-02 3.663E-04 *RES* 2 717 1 22 30 3 5 1.655E-02 3.599E-04 *RES* 2 718 1 22 30 3 5 1.621E-02 3.590E-04 *RES* 2 719 1 22 28 4 5 1.794E-02 3.645E-04 *RES* 2 720 1 22 28 4 5 1.952E-02 3.660E-04 *RES* 2 721 1 22 28 4 2 2.050E-02 3.665E-04 *RES* 2 722 1 22 28 4 2 2.132E-02 3.646E-04 *RES* 2 723 1 22 28 4 2 2.019E-02 3.694E-04 *RES* 2 724 1 23 28 4 5 1.893E-02 3.735E-04 *RES* 2 725 1 23 28 4 5 2.031E-02 3.833E-04 *RES* 2 726 1 23 28 4 5 2.031E-02 3.884E-04 *RES* 2 727 1 24 28 4 5 2.262E-02 3.893E-04 *RES* 2 728 1 24 28 4 5 2.099E-02 3.938E-04 *RES* 2 729 1 24 28 4 5 1.999E-02 4.024E-04 *RES* 2 730 1 25 28 4 5 1.724E-02 4.019E-04 *RES* 2 731 1 23 37 2 5 -1.670E-02 3.963E-04 *RES* 2 732 1 23 29 4 5 1.404E-02 3.918E-04 *RES* 2 733 1 24 40 3 5 1.387E-02 3.923E-04 *RES* 2 734 1 24 40 3 5 1.457E-02 3.957E-04 *RES* 2 735 1 24 40 3 5 1.424E-02 3.991E-04 *RES* 2 736 1 24 40 3 5 1.458E-02 3.962E-04 *RES* 2 737 1 24 40 3 5 1.363E-02 3.965E-04 *RES* 2 738 1 24 40 3 5 1.228E-02 4.001E-04 *RES* 2 739 1 23 38 3 5 -1.367E-02 3.997E-04 *RES* 2 740 1 23 38 3 5 -1.527E-02 3.983E-04 *RES* 2 741 1 23 38 3 5 -1.655E-02 3.967E-04 *RES* 2 742 1 23 38 3 5 -1.757E-02 3.948E-04 *RES* 2 743 1 23 38 3 5 -1.759E-02 3.904E-04 *RES* 2 744 1 23 38 3 5 -1.657E-02 3.812E-04 *RES* 2 745 1 23 38 3 5 -1.456E-02 3.733E-04 *RES* 2 746 1 23 38 3 5 -1.244E-02 3.630E-04 *RES* 2 747 1 23 37 4 5 -1.144E-02 3.565E-04 *RES* 2 748 1 23 37 4 5 -1.117E-02 3.545E-04 *RES* 2 749 1 23 37 4 5 -1.004E-02 3.563E-04 *RES* 2 750 1 22 29 3 5 -1.023E-02 3.523E-04 *RES* 2 751 1 23 31 3 5 1.061E-02 3.454E-04 5.000E+00 *RES* 2 752 1 23 37 3 5 1.190E-02 3.374E-04 *RES* 2 753 1 23 37 3 5 1.391E-02 3.300E-04 *RES* 2 754 1 23 37 3 5 1.598E-02 3.247E-04 *RES* 2 755 1 23 37 3 5 1.718E-02 3.145E-04 *RES* 2 756 1 23 37 3 5 1.663E-02 3.084E-04 *RES* 2 757 1 22 29 3 5 -1.232E-02 2.900E-04 *RES* 2 758 1 22 29 3 5 -1.308E-02 2.859E-04 *RES* 2 759 1 22 29 3 5 -1.365E-02 2.832E-04 *RES* 2 760 1 23 37 3 5 -1.492E-02 2.804E-04 *RES* 2 761 1 23 37 3 5 -1.470E-02 2.793E-04 *RES* 2 762 1 23 37 3 5 -1.236E-02 2.751E-04 *RES* 2 763 1 25 42 2 5 -1.193E-02 2.741E-04 *RES* 2 764 1 25 42 2 5 -1.302E-02 2.749E-04 *RES* 2 765 1 25 42 2 5 -1.369E-02 2.766E-04 *RES* 2 766 1 25 42 2 5 -1.402E-02 2.773E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 40 *RES* 2 767 1 25 42 2 5 -1.401E-02 2.810E-04 *RES* 2 768 1 25 42 2 5 -1.374E-02 2.848E-04 *RES* 2 769 1 25 42 2 5 -1.303E-02 2.900E-04 *RES* 2 770 1 22 27 2 5 1.178E-02 2.921E-04 *RES* 2 771 1 22 27 2 5 1.161E-02 2.918E-04 *RES* 2 772 1 22 27 2 5 9.705E-03 2.926E-04 *RES* 2 773 1 25 42 2 5 -9.340E-03 3.063E-04 *RES* 2 774 1 25 42 2 5 -1.143E-02 3.143E-04 *RES* 2 775 1 25 42 2 5 -1.462E-02 3.225E-04 *RES* 2 776 1 25 42 2 5 -1.842E-02 3.248E-04 *RES* 2 777 1 25 42 2 5 -2.106E-02 3.235E-04 *RES* 2 778 1 25 42 2 5 -2.082E-02 3.185E-04 *RES* 2 779 1 25 42 2 5 -1.884E-02 3.121E-04 *RES* 2 780 1 25 42 2 5 -1.598E-02 3.044E-04 *RES* 2 781 1 25 42 2 5 -1.267E-02 2.932E-04 *RES* 2 782 1 22 27 4 5 1.115E-02 2.836E-04 *RES* 2 783 1 22 27 4 5 1.165E-02 2.775E-04 *RES* 2 784 1 22 27 4 5 1.232E-02 2.744E-04 *RES* 2 785 1 28 45 2 5 1.233E-02 2.699E-04 *RES* 2 786 1 28 45 2 5 1.263E-02 2.681E-04 *RES* 2 787 1 25 42 4 5 -1.340E-02 2.726E-04 *RES* 2 788 1 25 42 4 5 -1.716E-02 2.733E-04 *RES* 2 789 1 25 42 4 5 -2.055E-02 2.731E-04 *RES* 2 790 1 25 42 4 5 -2.079E-02 2.721E-04 *RES* 2 791 1 25 42 4 5 -1.911E-02 2.737E-04 *RES* 2 792 1 25 42 4 5 -1.643E-02 2.791E-04 *RES* 2 793 1 25 42 2 5 1.576E-02 2.840E-04 *RES* 2 794 1 25 42 2 5 1.911E-02 2.807E-04 *RES* 2 795 1 25 42 2 5 2.142E-02 2.853E-04 *RES* 2 796 1 25 42 2 5 2.229E-02 2.927E-04 *RES* 2 797 1 25 42 2 5 2.236E-02 2.962E-04 *RES* 2 798 1 25 42 2 5 2.152E-02 2.953E-04 *RES* 2 799 1 25 42 2 5 2.020E-02 2.948E-04 *RES* 2 800 1 25 42 2 5 1.875E-02 3.003E-04 *RES* 2 801 1 25 42 2 5 1.717E-02 2.988E-04 5.000E+00 *RES* 2 802 1 25 42 2 5 1.557E-02 2.992E-04 *RES* 2 803 1 25 42 2 5 1.408E-02 3.026E-04 *RES* 2 804 1 25 42 4 5 1.401E-02 3.088E-04 *RES* 2 805 1 25 42 4 5 1.743E-02 3.146E-04 *RES* 2 806 1 25 42 4 5 2.004E-02 3.214E-04 *RES* 2 807 1 25 42 4 5 2.138E-02 3.340E-04 *RES* 2 808 1 25 42 4 5 2.175E-02 3.428E-04 *RES* 2 809 1 25 42 4 5 2.141E-02 3.482E-04 *RES* 2 810 1 25 42 4 5 2.035E-02 3.553E-04 *RES* 2 811 1 25 42 4 5 1.893E-02 3.627E-04 *RES* 2 812 1 25 42 4 5 1.738E-02 3.703E-04 *RES* 2 813 1 22 28 3 5 2.190E-02 3.836E-04 *RES* 2 814 1 22 28 3 5 2.628E-02 4.016E-04 *RES* 2 815 1 22 28 3 5 2.982E-02 4.156E-04 *RES* 2 816 1 22 29 3 5 2.881E-02 4.145E-04 *RES* 2 817 1 22 29 3 5 3.202E-02 4.136E-04 *RES* 2 818 1 22 29 3 5 3.429E-02 4.241E-04 *RES* 2 819 1 22 29 3 5 3.552E-02 4.293E-04 *RES* 2 820 1 22 29 3 5 3.519E-02 4.266E-04 *RES* 2 821 1 22 29 3 5 2.940E-02 4.167E-04 *RES* 2 822 1 22 29 3 5 2.271E-02 4.062E-04 *RES* 2 823 1 24 40 3 5 -2.240E-02 3.975E-04 *RES* 2 824 1 24 40 3 5 -1.999E-02 3.880E-04 *RES* 2 825 1 24 29 3 5 1.796E-02 3.776E-04 *RES* 2 826 1 23 36 3 5 -1.920E-02 3.681E-04 *RES* 2 827 1 23 36 3 5 -2.010E-02 3.577E-04 *RES* 2 828 1 23 30 3 5 1.696E-02 3.502E-04 *RES* 2 829 1 23 37 3 5 -1.636E-02 3.392E-04 *RES* 2 830 1 23 37 3 5 -1.569E-02 3.314E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 39 *RES* 2 831 1 23 30 3 5 1.528E-02 3.269E-04 *RES* 2 832 1 24 30 3 5 1.592E-02 3.324E-04 *RES* 2 833 1 22 33 3 5 -1.585E-02 3.402E-04 *RES* 2 834 1 22 33 3 5 -1.690E-02 3.465E-04 *RES* 2 835 1 22 33 3 5 -1.598E-02 3.452E-04 *RES* 2 836 1 26 30 3 5 1.556E-02 3.446E-04 *RES* 2 837 1 24 39 3 5 -1.505E-02 3.405E-04 *RES* 2 838 1 24 39 3 5 -1.439E-02 3.359E-04 *RES* 2 839 1 24 39 3 5 -1.310E-02 3.317E-04 *RES* 2 840 1 24 40 3 5 1.338E-02 3.271E-04 *RES* 2 841 1 24 40 3 5 1.510E-02 3.239E-04 *RES* 2 842 1 24 40 3 5 1.589E-02 3.232E-04 *RES* 2 843 1 24 40 3 5 1.581E-02 3.247E-04 *RES* 2 844 1 24 40 3 5 1.615E-02 3.292E-04 *RES* 2 845 1 24 40 3 5 1.628E-02 3.305E-04 *RES* 2 846 1 24 40 3 5 1.460E-02 3.319E-04 *RES* 2 847 1 24 40 3 5 1.270E-02 3.334E-04 *RES* 2 848 1 23 38 3 5 -1.466E-02 3.356E-04 *RES* 2 849 1 23 38 3 5 -1.770E-02 3.351E-04 *RES* 2 850 1 23 38 3 5 -1.796E-02 3.259E-04 *RES* 2 851 1 23 38 3 5 -1.846E-02 3.184E-04 5.000E+00 *RES* 2 852 1 23 38 3 5 -1.868E-02 3.089E-04 *RES* 2 853 1 23 38 3 5 -1.755E-02 3.004E-04 *RES* 2 854 1 23 38 3 5 -1.523E-02 2.865E-04 *RES* 2 855 1 23 38 3 5 -1.233E-02 2.715E-04 *RES* 2 856 1 22 27 4 5 -1.130E-02 2.585E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 32 *RES* 2 857 1 22 27 4 5 -1.144E-02 2.488E-04 *RES* 2 858 1 24 38 3 5 -1.152E-02 2.394E-04 *RES* 2 859 1 24 38 3 5 -1.635E-02 2.342E-04 *RES* 2 860 1 24 38 3 5 -1.481E-02 2.315E-04 *RES* 2 861 1 23 38 3 5 1.726E-02 2.302E-04 *RES* 2 862 1 23 38 3 5 1.941E-02 2.336E-04 *RES* 2 863 1 23 38 3 5 1.963E-02 2.365E-04 *RES* 2 864 1 23 38 3 5 1.890E-02 2.386E-04 *RES* 2 865 1 22 30 3 5 2.110E-02 2.434E-04 *RES* 2 866 1 22 30 3 5 1.845E-02 2.429E-04 *RES* 2 867 1 22 30 3 5 1.680E-02 2.384E-04 *RES* 2 868 1 22 29 3 5 1.822E-02 2.377E-04 *RES* 2 869 1 22 29 3 5 1.929E-02 2.364E-04 *RES* 2 870 1 22 29 3 5 2.029E-02 2.354E-04 *RES* 2 871 1 22 29 3 5 2.081E-02 2.346E-04 *RES* 2 872 1 22 29 3 5 1.726E-02 2.296E-04 *RES* 2 873 1 22 29 3 5 1.478E-02 2.259E-04 *RES* 2 874 1 22 29 3 5 1.372E-02 2.223E-04 *RES* 2 875 1 22 29 3 5 1.369E-02 2.244E-04 *RES* 2 876 1 23 36 2 5 1.503E-02 2.320E-04 *RES* 2 877 1 23 36 2 5 1.811E-02 2.446E-04 *RES* 2 878 1 23 36 2 5 2.107E-02 2.517E-04 *RES* 2 879 1 23 36 2 5 2.383E-02 2.583E-04 *RES* 2 880 1 23 36 2 5 2.444E-02 2.624E-04 *RES* 2 881 1 23 36 2 5 2.347E-02 2.710E-04 *RES* 2 882 1 23 36 2 5 2.114E-02 2.719E-04 *RES* 2 883 1 22 27 4 5 1.875E-02 2.697E-04 *RES* 2 884 1 22 27 4 5 1.806E-02 2.712E-04 *RES* 2 885 1 22 28 3 5 1.561E-02 2.678E-04 *RES* 2 886 1 23 37 4 5 -1.644E-02 2.723E-04 *RES* 2 887 1 23 37 3 5 -1.733E-02 2.785E-04 *RES* 2 888 1 25 42 3 5 1.721E-02 2.796E-04 *RES* 2 889 1 25 42 3 5 1.941E-02 2.825E-04 *RES* 2 890 1 25 42 3 5 1.927E-02 2.810E-04 *RES* 2 891 1 22 28 3 5 1.577E-02 2.791E-04 *RES* 2 892 1 22 28 3 5 1.516E-02 2.805E-04 *RES* 2 893 1 22 27 3 5 1.502E-02 2.787E-04 *RES* 2 894 1 22 27 3 5 1.520E-02 2.843E-04 *RES* 2 895 1 22 27 3 5 1.579E-02 2.976E-04 *RES* 2 896 1 22 27 3 5 1.893E-02 3.210E-04 *RES* 2 897 1 22 27 3 5 2.069E-02 3.434E-04 *RES* 2 898 1 22 27 3 5 2.196E-02 3.584E-04 *RES* 2 899 1 22 27 3 5 2.514E-02 3.805E-04 *RES* 2 900 1 22 27 3 5 2.585E-02 3.989E-04 *RES* 2 901 1 22 27 2 5 2.463E-02 4.144E-04 5.000E+00 *RES* 2 902 1 22 28 2 5 2.860E-02 4.367E-04 *RES* 2 903 1 22 28 2 5 3.102E-02 4.465E-04 *RES* 2 904 1 22 29 2 5 2.668E-02 4.354E-04 *RES* 2 905 1 22 29 2 5 3.001E-02 4.278E-04 *RES* 2 906 1 22 29 2 5 3.036E-02 4.381E-04 *RES* 2 907 1 22 30 2 5 2.344E-02 4.382E-04 *RES* 2 908 1 24 28 2 5 2.697E-02 4.363E-04 *RES* 2 909 1 24 28 2 5 2.890E-02 4.361E-04 *RES* 2 910 1 24 29 2 5 2.803E-02 4.333E-04 *RES* 2 911 1 24 29 2 5 2.968E-02 4.222E-04 *RES* 2 912 1 24 29 2 5 2.727E-02 4.106E-04 *RES* 2 913 1 24 29 2 5 2.541E-02 4.058E-04 *RES* 2 914 1 24 29 2 5 2.287E-02 3.972E-04 *RES* 2 915 1 25 29 2 5 2.154E-02 3.818E-04 *RES* 2 916 1 26 29 2 5 1.970E-02 3.680E-04 *RES* 2 917 1 26 29 2 5 1.931E-02 3.627E-04 *RES* 2 918 1 25 30 2 5 1.891E-02 3.561E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 42 *RES* 2 919 1 26 30 2 5 2.006E-02 3.540E-04 *RES* 2 920 1 26 30 2 5 1.858E-02 3.489E-04 *RES* 2 921 1 22 30 2 5 -1.404E-02 3.423E-04 *RES* 2 922 1 22 30 2 5 -1.534E-02 3.455E-04 *RES* 2 923 1 22 30 2 5 -1.734E-02 3.505E-04 *RES* 2 924 1 22 30 2 5 -1.608E-02 3.523E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 39 *RES* 2 925 1 22 30 2 5 -1.377E-02 3.537E-04 *RES* 2 926 1 24 30 2 5 -1.596E-02 3.505E-04 *RES* 2 927 1 24 30 2 5 -1.616E-02 3.461E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 42 *RES* 2 928 1 24 30 2 5 -1.618E-02 3.456E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 39 *RES* 2 929 1 24 30 2 5 -1.612E-02 3.409E-04 *RES* 2 930 1 24 30 2 5 -1.396E-02 3.424E-04 *RES* 2 931 1 25 30 2 5 -1.295E-02 3.419E-04 *RES* 2 932 1 25 30 2 5 -1.103E-02 3.421E-04 *RES* 2 933 1 23 38 2 5 -1.343E-02 3.471E-04 *RES* 2 934 1 23 38 2 5 -1.608E-02 3.554E-04 *RES* 2 935 1 23 38 2 5 -1.857E-02 3.673E-04 *RES* 2 936 1 23 38 2 5 -2.049E-02 3.767E-04 *RES* 2 937 1 23 38 2 5 -2.010E-02 3.865E-04 *RES* 2 938 1 23 38 2 5 -2.041E-02 3.974E-04 *RES* 2 939 1 23 38 2 5 -2.095E-02 4.004E-04 *RES* 2 940 1 23 38 2 5 -1.940E-02 3.970E-04 *RES* 2 941 1 23 37 3 5 1.769E-02 3.950E-04 *RES* 2 942 1 23 37 3 5 1.748E-02 3.909E-04 *RES* 2 943 1 23 37 3 5 1.752E-02 3.851E-04 *RES* 2 944 1 23 37 3 5 1.798E-02 3.766E-04 *RES* 2 945 1 23 37 4 5 1.450E-02 3.621E-04 *RES* 2 946 1 23 37 4 5 1.518E-02 3.490E-04 *RES* 2 947 1 23 37 4 5 1.557E-02 3.407E-04 *RES* 2 948 1 23 37 4 5 1.563E-02 3.366E-04 *RES* 2 949 1 23 37 4 5 1.579E-02 3.354E-04 *RES* 2 950 1 23 38 2 5 1.751E-02 3.377E-04 *RES* 2 951 1 23 37 3 5 -2.181E-02 3.414E-04 5.000E+00 *RES* 2 952 1 23 37 3 5 -2.622E-02 3.420E-04 *RES* 2 953 1 23 37 3 5 -2.854E-02 3.380E-04 *RES* 2 954 1 23 37 3 5 -2.709E-02 3.265E-04 *RES* 2 955 1 23 37 3 5 -2.398E-02 3.161E-04 *RES* 2 956 1 23 37 3 5 -2.039E-02 3.056E-04 *RES* 2 957 1 23 37 3 5 -1.634E-02 2.914E-04 *RES* 2 958 1 23 37 4 5 -1.330E-02 2.777E-04 *RES* 2 959 1 22 30 2 5 -1.014E-02 2.622E-04 *RES* 2 960 1 28 45 4 5 1.101E-02 2.528E-04 *RES* 2 961 1 28 45 4 5 1.203E-02 2.494E-04 *RES* 2 962 1 28 45 4 5 1.220E-02 2.523E-04 *RES* 2 963 1 28 45 4 5 1.160E-02 2.592E-04 *RES* 2 964 1 22 30 2 5 -1.094E-02 2.693E-04 *RES* 2 965 1 22 27 4 5 1.133E-02 2.813E-04 *RES* 2 966 1 22 27 4 5 1.377E-02 2.978E-04 *RES* 2 967 1 25 42 4 5 1.769E-02 3.154E-04 *RES* 2 968 1 25 42 4 5 2.015E-02 3.309E-04 *RES* 2 969 1 25 42 4 5 2.135E-02 3.426E-04 *RES* 2 970 1 22 27 4 5 2.159E-02 3.447E-04 *RES* 2 971 1 22 27 4 5 2.405E-02 3.476E-04 *RES* 2 972 1 22 27 4 5 2.621E-02 3.478E-04 *RES* 2 973 1 22 27 4 5 2.729E-02 3.421E-04 *RES* 2 974 1 22 27 4 5 2.518E-02 3.362E-04 *RES* 2 975 1 22 27 4 5 2.205E-02 3.292E-04 *RES* 2 976 1 22 27 4 5 1.531E-02 3.119E-04 *RES* 2 977 1 23 37 3 5 -1.370E-02 3.040E-04 *RES* 2 978 1 23 37 3 5 -1.254E-02 3.017E-04 *RES* 2 979 1 22 26 2 5 1.240E-02 2.985E-04 *RES* 2 980 1 22 26 4 5 1.388E-02 2.950E-04 *RES* 2 981 1 22 26 4 5 1.336E-02 2.872E-04 *RES* 2 982 1 22 26 4 5 1.194E-02 2.794E-04 *RES* 2 983 1 22 26 2 5 1.111E-02 2.772E-04 *RES* 2 984 1 22 26 2 5 1.126E-02 2.814E-04 *RES* 2 985 1 22 26 4 5 1.087E-02 2.853E-04 *RES* 2 986 1 25 42 2 5 1.329E-02 2.883E-04 *RES* 2 987 1 25 42 2 5 1.757E-02 2.999E-04 *RES* 2 988 1 25 42 2 5 1.986E-02 3.077E-04 *RES* 2 989 1 25 42 2 5 2.075E-02 3.122E-04 *RES* 2 990 1 25 42 2 5 2.056E-02 3.138E-04 *RES* 2 991 1 25 42 2 5 1.348E-02 3.095E-04 *RES* 2 992 1 26 43 3 5 -1.216E-02 3.062E-04 *RES* 2 993 1 22 31 3 2 -1.265E-02 3.074E-04 *RES* 2 994 1 22 31 3 5 -1.432E-02 3.094E-04 *RES* 2 995 1 22 31 3 5 -1.597E-02 3.077E-04 *RES* 2 996 1 22 31 3 5 -1.743E-02 3.153E-04 *RES* 2 997 1 22 31 3 5 -1.864E-02 3.302E-04 *RES* 2 998 1 24 40 3 5 -1.927E-02 3.405E-04 *RES* 2 999 1 24 40 3 5 -2.377E-02 3.465E-04 *RES* 2 1000 1 24 40 3 5 -2.613E-02 3.563E-04 01-Jul-1998 16:46:14 LPCYCL-cycle time: 1260.98 sec, 87.71 usec ZONE 1 (81x71x5) CYCLE ITER ZONE IERR JERR KERR NERR BIG L2 CFL *RES* 3 1001 1 24 40 3 5 -2.523E-02 3.664E-04 5.000E+00 *RES* 3 1002 1 22 27 3 5 -2.422E-02 3.659E-04 *RES* 3 1003 1 22 28 3 5 -2.173E-02 3.606E-04 *RES* 3 1004 1 22 26 3 5 -1.749E-02 3.417E-04 *RES* 3 1005 1 23 36 3 5 -1.860E-02 3.262E-04 *RES* 3 1006 1 23 36 3 5 -2.012E-02 3.195E-04 *RES* 3 1007 1 23 36 3 5 -2.101E-02 3.153E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 40 *RES* 3 1008 1 22 29 3 5 -1.808E-02 3.098E-04 *RES* 3 1009 1 22 29 3 5 -2.010E-02 2.991E-04 *RES* 3 1010 1 22 29 3 5 -1.546E-02 2.959E-04 *RES* 3 1011 1 23 36 2 5 1.579E-02 2.842E-04 *RES* 3 1012 1 23 37 2 5 -1.154E-02 2.673E-04 *RES* 3 1013 1 23 37 2 5 -1.222E-02 2.545E-04 *RES* 3 1014 1 24 29 3 5 -1.129E-02 2.514E-04 *RES* 3 1015 1 24 29 3 5 -1.155E-02 2.504E-04 *RES* 3 1016 1 24 29 3 5 -1.188E-02 2.469E-04 *RES* 3 1017 1 24 29 3 5 -1.353E-02 2.453E-04 *RES* 3 1018 1 22 28 4 5 -1.206E-02 2.429E-04 *RES* 3 1019 1 22 28 4 5 -1.238E-02 2.397E-04 *RES* 3 1020 1 22 32 3 5 -1.058E-02 2.364E-04 *RES* 3 1021 1 22 32 3 5 -1.202E-02 2.387E-04 *RES* 3 1022 1 22 32 3 5 -1.244E-02 2.409E-04 *RES* 3 1023 1 24 40 4 5 -1.377E-02 2.351E-04 *RES* 3 1024 1 24 40 4 5 -1.441E-02 2.328E-04 *RES* 3 1025 1 24 40 4 5 -1.323E-02 2.311E-04 *RES* 3 1026 1 25 42 4 5 -1.263E-02 2.299E-04 *RES* 3 1027 1 25 42 4 5 -1.272E-02 2.295E-04 *RES* 3 1028 1 25 42 4 5 -1.259E-02 2.305E-04 *RES* 3 1029 1 23 37 3 5 -1.192E-02 2.364E-04 *RES* 3 1030 1 23 37 3 5 -1.312E-02 2.464E-04 *RES* 3 1031 1 23 37 3 5 -1.424E-02 2.605E-04 *RES* 3 1032 1 24 37 3 5 -1.413E-02 2.771E-04 *RES* 3 1033 1 24 37 3 5 -1.753E-02 2.868E-04 *RES* 3 1034 1 24 37 3 5 -1.783E-02 2.913E-04 *RES* 3 1035 1 23 38 3 5 -1.955E-02 2.960E-04 *RES* 3 1036 1 23 38 3 5 -2.195E-02 3.013E-04 *RES* 3 1037 1 23 38 3 5 -2.353E-02 3.069E-04 *RES* 3 1038 1 23 38 3 5 -2.327E-02 3.119E-04 *RES* 3 1039 1 23 38 3 5 -2.099E-02 3.167E-04 *RES* 3 1040 1 23 38 3 5 -1.794E-02 3.208E-04 *RES* 3 1041 1 22 27 2 5 1.661E-02 3.240E-04 *RES* 3 1042 1 22 27 2 5 1.917E-02 3.299E-04 *RES* 3 1043 1 22 27 2 5 2.138E-02 3.397E-04 *RES* 3 1044 1 22 28 2 5 2.407E-02 3.527E-04 *RES* 3 1045 1 22 28 2 5 2.681E-02 3.638E-04 *RES* 3 1046 1 22 28 2 5 2.817E-02 3.592E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 37 *RES* 3 1047 1 22 28 2 5 2.298E-02 3.384E-04 *RES* 3 1048 1 24 40 2 5 -2.316E-02 3.289E-04 *RES* 3 1049 1 24 40 2 5 -2.280E-02 3.268E-04 *RES* 3 1050 1 24 40 2 5 -1.931E-02 3.170E-04 *RES* 3 1051 1 23 37 3 5 1.565E-02 3.034E-04 5.000E+00 *RES* 3 1052 1 23 37 3 5 1.697E-02 2.999E-04 *RES* 3 1053 1 23 37 3 5 1.947E-02 2.985E-04 *RES* 3 1054 1 23 37 3 5 2.240E-02 3.020E-04 *RES* 3 1055 1 23 37 3 5 2.457E-02 3.076E-04 *RES* 3 1056 1 23 37 3 5 2.478E-02 3.087E-04 *RES* 3 1057 1 23 37 3 5 2.336E-02 3.085E-04 *RES* 3 1058 1 23 37 3 5 2.278E-02 3.062E-04 *RES* 3 1059 1 23 36 3 5 -1.440E-02 3.079E-04 *RES* 3 1060 1 23 27 4 5 -1.365E-02 3.141E-04 *RES* 3 1061 1 23 37 3 5 -1.453E-02 3.325E-04 *RES* 3 1062 1 23 37 3 5 -1.825E-02 3.518E-04 *RES* 3 1063 1 23 37 3 5 -1.991E-02 3.628E-04 *RES* 3 1064 1 22 27 4 5 2.041E-02 3.776E-04 *RES* 3 1065 1 22 27 4 5 2.340E-02 3.901E-04 *RES* 3 1066 1 22 27 4 5 2.579E-02 4.065E-04 *RES* 3 1067 1 22 28 4 5 2.851E-02 4.239E-04 *RES* 3 1068 1 22 28 4 5 3.055E-02 4.336E-04 *RES* 3 1069 1 22 29 4 5 2.508E-02 4.297E-04 *RES* 3 1070 1 22 29 4 5 2.809E-02 4.281E-04 *RES* 3 1071 1 22 29 4 5 2.887E-02 4.429E-04 *RES* 3 1072 1 22 29 4 5 2.464E-02 4.496E-04 *RES* 3 1073 1 24 28 4 5 2.763E-02 4.487E-04 *RES* 3 1074 1 24 28 4 5 2.907E-02 4.487E-04 *RES* 3 1075 1 24 28 4 5 2.646E-02 4.483E-04 *RES* 3 1076 1 24 29 4 5 3.109E-02 4.406E-04 *RES* 3 1077 1 24 29 4 5 2.880E-02 4.272E-04 *RES* 3 1078 1 24 29 4 5 2.592E-02 4.184E-04 *RES* 3 1079 1 24 29 4 5 2.191E-02 4.166E-04 *RES* 3 1080 1 25 29 4 5 2.136E-02 4.100E-04 *RES* 3 1081 1 24 40 4 5 -2.402E-02 3.960E-04 *RES* 3 1082 1 24 40 4 5 -2.903E-02 3.874E-04 *RES* 3 1083 1 24 40 4 5 -3.238E-02 3.874E-04 *RES* 3 1084 1 24 40 4 5 -3.190E-02 3.860E-04 *RES* 3 1085 1 24 40 4 5 -2.865E-02 3.857E-04 *RES* 3 1086 1 24 40 4 5 -2.369E-02 3.840E-04 *RES* 3 1087 1 24 40 4 5 -1.840E-02 3.953E-04 *RES* 3 1088 1 24 29 4 5 -1.534E-02 4.029E-04 *RES* 3 1089 1 22 29 3 5 1.473E-02 4.048E-04 *RES* 3 1090 1 22 29 3 5 1.574E-02 3.979E-04 *RES* 3 1091 1 22 29 3 5 1.606E-02 3.944E-04 *RES* 3 1092 1 22 29 3 5 1.269E-02 3.933E-04 *RES* 3 1093 1 26 43 2 5 -1.306E-02 3.969E-04 *RES* 3 1094 1 22 28 3 5 1.438E-02 4.054E-04 *RES* 3 1095 1 22 28 3 5 1.469E-02 4.163E-04 *RES* 3 1096 1 23 38 4 5 -1.799E-02 4.265E-04 *RES* 3 1097 1 23 38 4 5 -2.178E-02 4.365E-04 *RES* 3 1098 1 23 38 4 5 -2.235E-02 4.400E-04 *RES* 3 1099 1 23 38 4 5 -2.014E-02 4.421E-04 *RES* 3 1100 1 23 37 4 5 2.016E-02 4.474E-04 *RES* 3 1101 1 23 37 4 5 2.074E-02 4.399E-04 5.000E+00 *RES* 3 1102 1 23 37 4 5 1.941E-02 4.309E-04 *RES* 3 1103 1 23 37 4 5 1.831E-02 4.266E-04 *RES* 3 1104 1 23 29 2 5 -1.720E-02 4.246E-04 *RES* 3 1105 1 23 30 2 5 -1.666E-02 4.268E-04 *RES* 3 1106 1 22 28 2 5 2.120E-02 4.279E-04 *RES* 3 1107 1 22 28 2 5 2.597E-02 4.389E-04 *RES* 3 1108 1 22 28 2 5 3.000E-02 4.554E-04 *RES* 3 1109 1 22 28 2 5 3.304E-02 4.728E-04 *RES* 3 1110 1 22 28 2 5 3.065E-02 4.771E-04 *RES* 3 1111 1 22 29 2 5 3.144E-02 4.758E-04 *RES* 3 1112 1 22 29 2 5 3.184E-02 4.784E-04 *RES* 3 1113 1 24 40 2 5 -2.943E-02 4.595E-04 *RES* 3 1114 1 24 40 2 5 -2.759E-02 4.439E-04 *RES* 3 1115 1 24 40 2 5 -2.412E-02 4.283E-04 *RES* 3 1116 1 22 30 2 5 2.103E-02 4.132E-04 *RES* 3 1117 1 22 30 2 5 1.842E-02 3.955E-04 *RES* 3 1118 1 22 31 2 5 1.562E-02 3.780E-04 *RES* 3 1119 1 23 30 2 5 1.362E-02 3.664E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 39 *RES* 3 1120 1 23 30 2 5 1.383E-02 3.601E-04 *RES* 3 1121 1 23 30 2 5 1.316E-02 3.575E-04 *RES* 3 1122 1 23 31 2 5 1.286E-02 3.631E-04 *RES* 3 1123 1 23 37 2 5 1.411E-02 3.693E-04 *RES* 3 1124 1 23 37 2 5 1.587E-02 3.794E-04 *RES* 3 1125 1 24 39 2 5 -1.477E-02 3.804E-04 *RES* 3 1126 1 24 40 2 5 1.578E-02 3.839E-04 *RES* 3 1127 1 24 36 2 5 -1.912E-02 3.878E-04 *RES* 3 1128 1 24 40 2 5 1.887E-02 3.964E-04 *RES* 3 1129 1 24 40 2 5 1.748E-02 3.996E-04 *RES* 3 1130 1 24 40 2 5 1.596E-02 4.058E-04 *RES* 3 1131 1 24 40 2 5 1.480E-02 4.097E-04 *RES* 3 1132 1 23 19 2 5 1.483E-02 4.122E-04 *RES* 3 1133 1 23 19 2 5 1.490E-02 4.118E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 32 *RES* 3 1134 1 23 19 2 5 1.455E-02 4.103E-04 *RES* 3 1135 1 23 37 4 5 1.498E-02 4.086E-04 *RES* 3 1136 1 25 42 4 5 1.329E-02 3.991E-04 *RES* 3 1137 1 25 42 4 5 1.864E-02 3.877E-04 *RES* 3 1138 1 25 42 4 5 2.129E-02 3.717E-04 *RES* 3 1139 1 25 42 4 5 2.216E-02 3.560E-04 *RES* 3 1140 1 25 42 4 5 2.125E-02 3.374E-04 *RES* 3 1141 1 25 42 4 5 1.895E-02 3.159E-04 *RES* 3 1142 1 25 42 4 5 1.595E-02 2.974E-04 *RES* 3 1143 1 25 42 4 5 1.303E-02 2.862E-04 *RES* 3 1144 1 22 27 4 5 1.224E-02 2.819E-04 *RES* 3 1145 1 22 27 4 5 1.290E-02 2.825E-04 *RES* 3 1146 1 23 36 3 5 1.348E-02 2.887E-04 *RES* 3 1147 1 23 36 3 5 1.540E-02 2.974E-04 *RES* 3 1148 1 23 36 3 5 1.506E-02 3.073E-04 *RES* 3 1149 1 22 27 4 5 1.599E-02 3.180E-04 *RES* 3 1150 1 23 36 3 5 1.583E-02 3.257E-04 *RES* 3 1151 1 22 27 4 5 1.317E-02 3.298E-04 5.000E+00 *RES* 3 1152 1 22 27 4 5 1.163E-02 3.349E-04 *RES* 3 1153 1 23 27 4 5 -1.169E-02 3.397E-04 *RES* 3 1154 1 23 27 4 5 -1.386E-02 3.388E-04 *RES* 3 1155 1 23 27 4 5 -1.284E-02 3.367E-04 *RES* 3 1156 1 22 26 4 5 1.334E-02 3.291E-04 *RES* 3 1157 1 22 26 4 5 1.275E-02 3.198E-04 *RES* 3 1158 1 22 26 4 5 1.231E-02 3.050E-04 *RES* 3 1159 1 22 26 4 5 1.228E-02 2.884E-04 *RES* 3 1160 1 22 26 2 5 1.272E-02 2.749E-04 *RES* 3 1161 1 22 26 2 5 1.223E-02 2.623E-04 *RES* 3 1162 1 22 26 4 5 1.322E-02 2.537E-04 *RES* 3 1163 1 22 26 4 5 1.373E-02 2.465E-04 *RES* 3 1164 1 23 37 4 5 -1.416E-02 2.415E-04 *RES* 3 1165 1 23 37 4 5 -1.565E-02 2.373E-04 *RES* 3 1166 1 23 37 4 5 -1.486E-02 2.360E-04 *RES* 3 1167 1 23 37 4 5 -1.272E-02 2.376E-04 *RES* 3 1168 1 23 37 4 5 -1.133E-02 2.436E-04 *RES* 3 1169 1 23 37 4 5 -1.013E-02 2.460E-04 *RES* 3 1170 1 24 40 3 5 -9.663E-03 2.493E-04 *RES* 3 1171 1 24 40 3 5 -1.186E-02 2.482E-04 *RES* 3 1172 1 24 40 3 5 -1.428E-02 2.514E-04 *RES* 3 1173 1 24 40 3 5 -1.693E-02 2.585E-04 *RES* 3 1174 1 24 40 3 5 -1.865E-02 2.673E-04 *RES* 3 1175 1 24 40 3 5 -1.934E-02 2.749E-04 *RES* 3 1176 1 24 40 3 5 -1.858E-02 2.789E-04 *RES* 3 1177 1 24 40 3 5 -1.808E-02 2.851E-04 *RES* 3 1178 1 24 40 3 5 -1.702E-02 2.872E-04 *RES* 3 1179 1 22 27 3 5 1.906E-02 2.940E-04 *RES* 3 1180 1 22 27 3 5 2.127E-02 3.055E-04 *RES* 3 1181 1 22 27 3 5 2.306E-02 3.178E-04 *RES* 3 1182 1 22 27 3 5 2.432E-02 3.351E-04 *RES* 3 1183 1 22 28 3 5 2.612E-02 3.329E-04 *RES* 3 1184 1 22 28 3 5 2.696E-02 3.456E-04 *RES* 3 1185 1 22 28 3 2 1.979E-02 3.417E-04 *RES* 3 1186 1 22 29 3 5 1.993E-02 3.510E-04 *RES* 3 1187 1 22 29 3 5 2.143E-02 3.702E-04 *RES* 3 1188 1 24 28 3 5 2.211E-02 3.859E-04 *RES* 3 1189 1 24 28 3 5 2.567E-02 4.022E-04 *RES* 3 1190 1 24 28 3 5 2.629E-02 4.048E-04 *RES* 3 1191 1 24 28 3 5 2.456E-02 4.050E-04 *RES* 3 1192 1 22 30 3 5 2.257E-02 4.035E-04 *RES* 3 1193 1 22 30 3 5 2.198E-02 3.991E-04 *RES* 3 1194 1 24 29 3 5 2.433E-02 4.011E-04 *RES* 3 1195 1 24 29 3 5 2.492E-02 3.995E-04 *RES* 3 1196 1 25 29 3 5 2.112E-02 3.952E-04 *RES* 3 1197 1 24 28 4 5 2.012E-02 3.783E-04 *RES* 3 1198 1 24 28 4 5 1.989E-02 3.705E-04 *RES* 3 1199 1 24 28 4 5 2.057E-02 3.713E-04 *RES* 3 1200 1 24 28 4 5 1.649E-02 3.699E-04 *RES* 3 1201 1 23 29 4 5 1.765E-02 3.575E-04 5.000E+00 *RES* 3 1202 1 23 29 4 5 1.716E-02 3.419E-04 *RES* 3 1203 1 24 29 4 5 1.757E-02 3.303E-04 *RES* 3 1204 1 24 29 4 5 1.882E-02 3.220E-04 *RES* 3 1205 1 24 29 4 5 1.908E-02 3.167E-04 *RES* 3 1206 1 24 29 4 5 1.604E-02 3.033E-04 *RES* 3 1207 1 25 29 4 5 1.493E-02 2.953E-04 *RES* 3 1208 1 23 37 3 5 -1.415E-02 2.922E-04 *RES* 3 1209 1 23 37 3 5 -1.362E-02 2.929E-04 *RES* 3 1210 1 23 36 3 5 1.143E-02 2.907E-04 *RES* 3 1211 1 23 37 4 5 9.977E-03 2.828E-04 *RES* 3 1212 1 22 31 4 5 8.916E-03 2.775E-04 *RES* 3 1213 1 22 31 4 5 9.783E-03 2.710E-04 *RES* 3 1214 1 22 31 4 5 9.761E-03 2.673E-04 *RES* 3 1215 1 23 36 4 5 -1.084E-02 2.663E-04 *RES* 3 1216 1 23 36 4 5 -1.422E-02 2.643E-04 *RES* 3 1217 1 23 37 4 5 -1.398E-02 2.651E-04 *RES* 3 1218 1 23 37 4 5 -1.645E-02 2.655E-04 *RES* 3 1219 1 23 37 4 5 -1.676E-02 2.673E-04 *RES* 3 1220 1 23 37 4 5 -1.532E-02 2.734E-04 *RES* 3 1221 1 23 37 4 5 -1.246E-02 2.772E-04 *RES* 3 1222 1 23 33 3 5 1.356E-02 2.839E-04 *RES* 3 1223 1 23 33 3 5 1.510E-02 2.940E-04 *RES* 3 1224 1 22 33 3 5 -1.628E-02 3.061E-04 *RES* 3 1225 1 22 33 3 5 -2.008E-02 3.167E-04 *RES* 3 1226 1 22 33 3 5 -1.763E-02 3.092E-04 *RES* 3 1227 1 22 32 3 5 -1.326E-02 2.986E-04 *RES* 3 1228 1 23 27 2 5 -1.182E-02 2.928E-04 *RES* 3 1229 1 23 28 2 5 -1.262E-02 2.879E-04 *RES* 3 1230 1 23 28 2 5 -1.362E-02 2.836E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 38 *RES* 3 1231 1 23 29 2 5 -1.395E-02 2.837E-04 *RES* 3 1232 1 23 29 2 5 -1.553E-02 2.904E-04 *RES* 3 1233 1 22 28 2 5 1.782E-02 3.036E-04 *RES* 3 1234 1 22 28 2 5 2.164E-02 3.223E-04 *RES* 3 1235 1 22 28 2 5 2.413E-02 3.482E-04 *RES* 3 1236 1 22 28 2 5 2.567E-02 3.668E-04 *RES* 3 1237 1 22 28 2 2 2.424E-02 3.739E-04 *RES* 3 1238 1 22 29 2 5 2.333E-02 3.707E-04 *RES* 3 1239 1 22 29 2 5 2.284E-02 3.795E-04 *RES* 3 1240 1 23 28 2 5 2.150E-02 3.952E-04 *RES* 3 1241 1 24 28 2 5 2.473E-02 3.998E-04 *RES* 3 1242 1 24 28 2 5 2.599E-02 4.097E-04 *RES* 3 1243 1 22 30 2 5 2.197E-02 4.100E-04 *RES* 3 1244 1 24 29 2 5 2.357E-02 4.074E-04 *RES* 3 1245 1 24 29 2 5 2.470E-02 4.078E-04 *RES* 3 1246 1 24 29 2 5 2.479E-02 4.039E-04 *RES* 3 1247 1 24 29 2 5 2.178E-02 3.997E-04 *RES* 3 1248 1 25 29 2 5 1.863E-02 3.884E-04 *RES* 3 1249 1 24 40 2 5 -2.027E-02 3.806E-04 *RES* 3 1250 1 24 40 2 5 -2.058E-02 3.762E-04 *RES* 3 1251 1 24 40 2 5 -1.889E-02 3.736E-04 5.000E+00 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 39 *RES* 3 1252 1 26 29 2 5 1.457E-02 3.625E-04 *RES* 3 1253 1 25 42 4 5 -1.388E-02 3.516E-04 *RES* 3 1254 1 25 42 4 5 -1.409E-02 3.467E-04 *RES* 3 1255 1 25 42 4 5 -1.408E-02 3.461E-04 *RES* 3 1256 1 25 42 4 5 -1.378E-02 3.465E-04 *RES* 3 1257 1 25 42 4 5 -1.307E-02 3.454E-04 *RES* 3 1258 1 24 29 2 5 -1.288E-02 3.475E-04 *RES* 3 1259 1 24 29 2 5 -1.256E-02 3.520E-04 *RES* 3 1260 1 24 29 2 5 -1.312E-02 3.575E-04 *RES* 3 1261 1 24 32 2 5 -1.492E-02 3.662E-04 *RES* 3 1262 1 24 39 2 5 -1.596E-02 3.731E-04 *RES* 3 1263 1 24 39 2 5 -1.702E-02 3.816E-04 *RES* 3 1264 1 25 42 4 5 -1.928E-02 3.944E-04 *RES* 3 1265 1 25 42 4 5 -2.173E-02 4.043E-04 *RES* 3 1266 1 25 42 4 5 -2.110E-02 4.119E-04 *RES* 3 1267 1 25 42 4 5 -1.880E-02 4.177E-04 *RES* 3 1268 1 24 40 2 5 1.624E-02 4.244E-04 *RES* 3 1269 1 24 40 2 5 1.527E-02 4.257E-04 *RES* 3 1270 1 23 20 2 5 1.441E-02 4.239E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 36 *RES* 3 1271 1 23 20 2 5 1.498E-02 4.210E-04 *RES* 3 1272 1 23 19 2 5 1.491E-02 4.187E-04 *RES* 3 1273 1 23 19 2 5 1.443E-02 4.164E-04 *RES* 3 1274 1 23 38 3 5 1.441E-02 4.108E-04 *RES* 3 1275 1 23 38 3 5 1.545E-02 4.042E-04 *RES* 3 1276 1 23 38 3 5 1.632E-02 4.018E-04 *RES* 3 1277 1 23 38 3 5 1.693E-02 3.984E-04 *RES* 3 1278 1 23 38 3 5 1.742E-02 3.844E-04 *RES* 3 1279 1 23 38 3 5 1.743E-02 3.757E-04 *RES* 3 1280 1 23 38 3 5 1.788E-02 3.706E-04 *RES* 3 1281 1 23 38 3 5 1.420E-02 3.622E-04 *RES* 3 1282 1 25 42 4 5 1.574E-02 3.555E-04 *RES* 3 1283 1 25 42 4 5 1.903E-02 3.426E-04 *RES* 3 1284 1 25 42 4 5 2.097E-02 3.388E-04 *RES* 3 1285 1 25 42 4 5 2.154E-02 3.346E-04 *RES* 3 1286 1 25 42 4 5 2.139E-02 3.308E-04 *RES* 3 1287 1 25 42 4 5 2.070E-02 3.300E-04 *RES* 3 1288 1 25 42 4 5 1.947E-02 3.312E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 42 *RES* 3 1289 1 25 42 4 5 1.813E-02 3.322E-04 *RES* 3 1290 1 22 29 2 5 1.918E-02 3.340E-04 *RES* 3 1291 1 22 29 2 5 2.081E-02 3.327E-04 *RES* 3 1292 1 22 29 2 5 2.160E-02 3.279E-04 *RES* 3 1293 1 22 29 2 5 1.762E-02 3.221E-04 *RES* 3 1294 1 22 29 2 5 1.507E-02 3.111E-04 *RES* 3 1295 1 23 37 3 5 1.397E-02 3.015E-04 *RES* 3 1296 1 23 37 3 5 1.528E-02 2.953E-04 *RES* 3 1297 1 23 37 3 5 1.636E-02 2.933E-04 *RES* 3 1298 1 22 28 2 5 1.581E-02 2.887E-04 *RES* 3 1299 1 22 28 2 5 1.586E-02 2.881E-04 *RES* 3 1300 1 22 28 2 5 1.575E-02 2.909E-04 *RES* 3 1301 1 22 28 2 5 1.691E-02 2.995E-04 5.000E+00 *RES* 3 1302 1 23 37 3 5 -1.955E-02 3.058E-04 *RES* 3 1303 1 23 37 3 5 -2.015E-02 3.112E-04 *RES* 3 1304 1 25 42 3 5 1.982E-02 3.096E-04 *RES* 3 1305 1 25 42 3 5 1.857E-02 3.037E-04 *RES* 3 1306 1 22 28 2 5 1.530E-02 2.949E-04 *RES* 3 1307 1 22 28 2 5 1.459E-02 2.791E-04 *RES* 3 1308 1 22 28 2 5 1.562E-02 2.706E-04 *RES* 3 1309 1 22 28 2 5 1.642E-02 2.699E-04 *RES* 3 1310 1 22 28 2 5 1.797E-02 2.774E-04 *RES* 3 1311 1 22 28 2 5 1.667E-02 2.889E-04 *RES* 3 1312 1 25 42 2 5 1.890E-02 2.992E-04 *RES* 3 1313 1 25 42 2 5 2.092E-02 3.181E-04 *RES* 3 1314 1 25 42 2 5 2.155E-02 3.264E-04 *RES* 3 1315 1 25 42 2 5 2.060E-02 3.367E-04 *RES* 3 1316 1 25 42 2 5 1.880E-02 3.441E-04 *RES* 3 1317 1 22 27 2 5 1.983E-02 3.542E-04 *RES* 3 1318 1 22 27 2 5 2.198E-02 3.508E-04 *RES* 3 1319 1 22 27 2 5 2.325E-02 3.492E-04 *RES* 3 1320 1 22 27 2 5 2.427E-02 3.468E-04 *RES* 3 1321 1 22 27 2 5 2.504E-02 3.385E-04 *RES* 3 1322 1 22 27 2 5 2.532E-02 3.238E-04 *RES* 3 1323 1 22 27 2 5 2.247E-02 3.050E-04 *RES* 3 1324 1 22 27 2 5 1.901E-02 2.862E-04 *RES* 3 1325 1 22 27 2 5 1.666E-02 2.722E-04 *RES* 3 1326 1 22 27 2 5 1.400E-02 2.635E-04 *RES* 3 1327 1 23 37 3 5 -1.416E-02 2.584E-04 *RES* 3 1328 1 23 37 3 5 -1.388E-02 2.580E-04 *RES* 3 1329 1 23 37 3 5 -1.207E-02 2.534E-04 *RES* 3 1330 1 23 37 3 5 -1.072E-02 2.515E-04 *RES* 3 1331 1 24 40 4 5 -1.187E-02 2.521E-04 *RES* 3 1332 1 24 40 4 5 -1.388E-02 2.551E-04 *RES* 3 1333 1 24 40 4 5 -1.560E-02 2.595E-04 *RES* 3 1334 1 24 40 4 5 -1.725E-02 2.641E-04 *RES* 3 1335 1 24 40 4 5 -1.852E-02 2.692E-04 *RES* 3 1336 1 24 40 4 5 -2.009E-02 2.782E-04 *RES* 3 1337 1 24 40 4 5 -2.140E-02 2.899E-04 *RES* 3 1338 1 24 40 4 5 -2.035E-02 3.036E-04 *RES* 3 1339 1 24 40 4 5 -1.737E-02 3.114E-04 *RES* 3 1340 1 23 29 4 5 -1.501E-02 3.216E-04 *RES* 3 1341 1 22 28 4 5 1.814E-02 3.364E-04 *RES* 3 1342 1 22 28 4 5 2.143E-02 3.593E-04 *RES* 3 1343 1 22 28 4 5 2.309E-02 3.751E-04 *RES* 3 1344 1 22 28 4 5 2.488E-02 3.935E-04 *RES* 3 1345 1 22 28 4 2 2.411E-02 4.123E-04 *RES* 3 1346 1 22 29 4 5 2.391E-02 4.185E-04 *RES* 3 1347 1 22 28 3 5 2.622E-02 4.357E-04 *RES* 3 1348 1 22 28 3 5 2.944E-02 4.619E-04 *RES* 3 1349 1 22 29 3 5 2.935E-02 4.658E-04 *RES* 3 1350 1 22 29 3 5 3.079E-02 4.625E-04 *RES* 3 1351 1 22 29 3 5 3.086E-02 4.596E-04 5.000E+00 *RES* 3 1352 1 22 29 3 5 3.040E-02 4.511E-04 *RES* 3 1353 1 22 29 3 5 2.986E-02 4.391E-04 *RES* 3 1354 1 24 29 4 5 2.611E-02 4.206E-04 *RES* 3 1355 1 24 29 4 5 2.313E-02 4.023E-04 *RES* 3 1356 1 24 29 4 5 1.993E-02 3.878E-04 *RES* 3 1357 1 25 29 4 5 1.874E-02 3.738E-04 *RES* 3 1358 1 26 29 4 5 1.758E-02 3.648E-04 *RES* 3 1359 1 23 36 3 5 -1.729E-02 3.606E-04 *RES* 3 1360 1 23 37 4 5 -1.678E-02 3.569E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 37 *RES* 3 1361 1 23 37 3 5 -1.711E-02 3.497E-04 *RES* 3 1362 1 23 37 3 5 -1.511E-02 3.414E-04 *RES* 3 1363 1 23 37 3 5 -1.331E-02 3.348E-04 *RES* 3 1364 1 22 33 4 5 -1.448E-02 3.329E-04 *RES* 3 1365 1 24 40 3 5 -1.677E-02 3.322E-04 *RES* 3 1366 1 24 40 3 5 -2.124E-02 3.347E-04 *RES* 3 1367 1 24 40 3 5 -2.684E-02 3.396E-04 *RES* 3 1368 1 24 40 3 5 -2.959E-02 3.475E-04 *RES* 3 1369 1 24 40 3 5 -2.925E-02 3.457E-04 *RES* 3 1370 1 24 40 3 5 -2.669E-02 3.360E-04 *RES* 3 1371 1 24 40 3 5 -2.120E-02 3.259E-04 *RES* 3 1372 1 22 33 3 5 -1.474E-02 3.168E-04 *RES* 3 1373 1 22 33 3 5 -1.788E-02 3.153E-04 *RES* 3 1374 1 22 33 3 5 -2.021E-02 3.165E-04 *RES* 3 1375 1 22 33 3 5 -1.856E-02 3.131E-04 *RES* 3 1376 1 24 39 3 5 -1.668E-02 3.063E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 38 *RES* 3 1377 1 24 39 3 5 -1.879E-02 3.002E-04 *RES* 3 1378 1 24 39 3 5 -2.046E-02 2.998E-04 *RES* 3 1379 1 24 39 3 5 -2.268E-02 3.070E-04 *RES* 3 1380 1 24 39 3 5 -2.337E-02 3.145E-04 *RES* 3 1381 1 24 39 3 5 -2.115E-02 3.229E-04 *RES* 3 1382 1 24 40 3 5 1.595E-02 3.274E-04 *RES* 3 1383 1 24 40 3 5 1.679E-02 3.381E-04 *RES* 3 1384 1 24 40 3 5 1.705E-02 3.585E-04 *RES* 3 1385 1 24 40 3 5 1.615E-02 3.767E-04 *RES* 3 1386 1 24 40 3 5 1.499E-02 3.837E-04 *RES* 3 1387 1 23 36 2 5 -1.773E-02 3.903E-04 *RES* 3 1388 1 23 36 2 5 -2.209E-02 4.002E-04 *RES* 3 1389 1 23 36 2 5 -2.127E-02 3.953E-04 *RES* 3 1390 1 23 38 3 5 -1.938E-02 3.868E-04 *RES* 3 1391 1 23 38 3 5 -1.859E-02 3.780E-04 *RES* 3 1392 1 23 38 3 5 -1.634E-02 3.687E-04 *RES* 3 1393 1 23 34 2 5 1.472E-02 3.540E-04 *RES* 3 1394 1 23 34 2 5 1.431E-02 3.419E-04 *RES* 3 1395 1 23 34 2 5 1.280E-02 3.354E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 38 *RES* 3 1396 1 24 38 3 5 -1.280E-02 3.293E-04 *RES* 3 1397 1 24 38 3 5 -1.429E-02 3.279E-04 *RES* 3 1398 1 24 38 3 5 -1.681E-02 3.295E-04 *RES* 3 1399 1 24 38 3 5 -1.788E-02 3.358E-04 *RES* 3 1400 1 23 38 3 5 1.811E-02 3.378E-04 *RES* 3 1401 1 23 38 3 5 2.175E-02 3.422E-04 5.000E+00 *RES* 3 1402 1 23 38 3 5 2.264E-02 3.464E-04 *RES* 3 1403 1 23 38 3 5 2.259E-02 3.465E-04 *RES* 3 1404 1 23 36 2 5 2.046E-02 3.377E-04 *RES* 3 1405 1 23 36 2 5 1.915E-02 3.293E-04 *RES* 3 1406 1 23 36 2 5 1.651E-02 3.225E-04 *RES* 3 1407 1 23 37 2 5 1.533E-02 3.186E-04 *RES* 3 1408 1 23 37 2 5 1.579E-02 3.183E-04 *RES* 3 1409 1 23 37 2 5 1.618E-02 3.208E-04 *RES* 3 1410 1 23 37 2 5 1.644E-02 3.257E-04 *RES* 3 1411 1 23 37 2 5 1.541E-02 3.318E-04 *RES* 3 1412 1 22 33 4 5 -1.722E-02 3.357E-04 *RES* 3 1413 1 22 30 3 5 1.313E-02 3.245E-04 *RES* 3 1414 1 25 42 3 5 -1.513E-02 3.170E-04 *RES* 3 1415 1 25 42 3 5 -1.695E-02 3.125E-04 *RES* 3 1416 1 25 42 3 5 -1.650E-02 3.080E-04 *RES* 3 1417 1 22 29 3 5 1.839E-02 3.062E-04 *RES* 3 1418 1 22 29 3 5 2.017E-02 3.094E-04 *RES* 3 1419 1 22 29 3 5 2.163E-02 3.061E-04 *RES* 3 1420 1 22 29 3 5 2.269E-02 3.093E-04 *RES* 3 1421 1 22 29 3 5 2.421E-02 3.152E-04 *RES* 3 1422 1 22 29 3 5 2.565E-02 3.195E-04 *RES* 3 1423 1 22 29 3 5 2.682E-02 3.216E-04 *RES* 3 1424 1 22 29 3 5 2.772E-02 3.231E-04 *RES* 3 1425 1 22 29 3 5 2.780E-02 3.231E-04 *RES* 3 1426 1 22 29 3 5 2.819E-02 3.288E-04 *RES* 3 1427 1 22 28 3 5 2.821E-02 3.207E-04 *RES* 3 1428 1 22 28 3 5 3.001E-02 3.249E-04 *RES* 3 1429 1 22 28 3 5 3.177E-02 3.296E-04 *RES* 3 1430 1 22 28 3 5 3.394E-02 3.376E-04 *RES* 3 1431 1 22 28 3 5 3.197E-02 3.414E-04 *RES* 3 1432 1 22 28 3 5 2.702E-02 3.402E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 42 *RES* 3 1433 1 22 28 3 5 2.258E-02 3.360E-04 *RES* 3 1434 1 22 27 3 5 2.115E-02 3.301E-04 *RES* 3 1435 1 22 27 3 5 2.144E-02 3.202E-04 *RES* 3 1436 1 22 27 3 5 2.190E-02 3.160E-04 *RES* 3 1437 1 22 27 3 5 2.129E-02 3.141E-04 *RES* 3 1438 1 22 27 3 5 1.985E-02 3.048E-04 *RES* 3 1439 1 22 27 3 5 1.855E-02 2.993E-04 *RES* 3 1440 1 22 27 3 5 1.942E-02 2.971E-04 *RES* 3 1441 1 22 27 3 5 1.845E-02 2.953E-04 *RES* 3 1442 1 22 27 3 5 1.555E-02 2.967E-04 *RES* 3 1443 1 25 42 2 5 1.698E-02 2.950E-04 *RES* 3 1444 1 25 42 2 5 1.877E-02 2.880E-04 *RES* 3 1445 1 25 42 2 5 1.929E-02 2.836E-04 *RES* 3 1446 1 25 42 2 5 1.878E-02 2.795E-04 *RES* 3 1447 1 25 42 2 5 1.755E-02 2.752E-04 *RES* 3 1448 1 25 42 2 5 1.570E-02 2.739E-04 *RES* 3 1449 1 25 42 2 5 1.312E-02 2.760E-04 *RES* 3 1450 1 23 38 4 5 -1.134E-02 2.812E-04 *RES* 3 1451 1 23 38 4 5 -1.437E-02 2.922E-04 5.000E+00 *RES* 3 1452 1 23 38 4 5 -1.760E-02 3.068E-04 *RES* 3 1453 1 23 38 4 5 -1.997E-02 3.235E-04 *RES* 3 1454 1 23 38 4 5 -2.083E-02 3.439E-04 *RES* 3 1455 1 23 36 4 5 -2.001E-02 3.602E-04 *RES* 3 1456 1 23 36 4 5 -2.207E-02 3.703E-04 *RES* 3 1457 1 23 36 4 5 -2.521E-02 3.768E-04 *RES* 3 1458 1 23 36 4 5 -2.788E-02 3.818E-04 *RES* 3 1459 1 23 36 4 5 -2.839E-02 3.774E-04 tdsolv: singular matrix at n=2. tdbtri: singular matrix: l= 44 *RES* 3 1460 1 23 36 4 5 -2.559E-02 3.672E-04 *RES* 3 1461 1 23 36 4 5 -2.231E-02 3.580E-04 *RES* 3 1462 1 24 36 4 5 -2.068E-02 3.495E-04 *RES* 3 1463 1 24 36 4 5 -2.550E-02 3.533E-04 *RES* 3 1464 1 24 36 4 5 -1.845E-02 3.445E-04 *RES* 3 1465 1 23 37 2 5 -1.639E-02 3.406E-04 *RES* 3 1466 1 23 36 4 5 1.714E-02 3.429E-04 *RES* 3 1467 1 23 36 4 5 1.829E-02 3.469E-04 *RES* 3 1468 1 23 36 4 5 1.867E-02 3.486E-04 *RES* 3 1469 1 23 36 4 5 1.822E-02 3.460E-04 *RES* 3 1470 1 23 36 4 5 1.722E-02 3.427E-04 *RES* 3 1471 1 23 37 4 5 1.668E-02 3.444E-04 *RES* 3 1472 1 23 37 4 5 1.809E-02 3.477E-04 *RES* 3 1473 1 23 37 4 5 1.851E-02 3.544E-04 *RES* 3 1474 1 23 37 4 5 1.829E-02 3.589E-04 *RES* 3 1475 1 23 38 4 5 1.827E-02 3.616E-04 *RES* 3 1476 1 23 38 4 5 1.838E-02 3.618E-04 *RES* 3 1477 1 23 38 4 5 1.815E-02 3.611E-04 *RES* 3 1478 1 23 38 4 5 1.779E-02 3.606E-04 *RES* 3 1479 1 23 38 4 5 1.726E-02 3.586E-04 *RES* 3 1480 1 22 29 4 5 -1.439E-02 3.553E-04 *RES* 3 1481 1 22 29 4 5 -1.494E-02 3.540E-04 *RES* 3 1482 1 22 29 4 5 -1.545E-02 3.496E-04 *RES* 3 1483 1 22 29 4 5 -1.543E-02 3.372E-04 *RES* 3 1484 1 22 29 4 5 -1.513E-02 3.284E-04 *RES* 3 1485 1 22 29 4 5 -1.445E-02 3.226E-04 *RES* 3 1486 1 22 29 4 5 -1.340E-02 3.244E-04 *RES* 3 1487 1 22 27 2 5 -1.429E-02 3.293E-04 *RES* 3 1488 1 22 27 2 5 -1.817E-02 3.290E-04 *RES* 3 1489 1 22 27 2 5 -1.881E-02 3.258E-04 *RES* 3 1490 1 22 27 2 5 -2.166E-02 3.298E-04 *RES* 3 1491 1 22 27 2 5 -2.429E-02 3.392E-04 *RES* 3 1492 1 22 27 2 5 -2.097E-02 3.396E-04 *RES* 3 1493 1 22 28 2 5 -2.004E-02 3.358E-04 *RES* 3 1494 1 22 28 2 5 -1.848E-02 3.307E-04 *RES* 3 1495 1 22 28 2 5 -1.335E-02 3.208E-04 *RES* 3 1496 1 23 36 2 5 -1.236E-02 3.157E-04 *RES* 3 1497 1 23 36 2 5 -1.365E-02 3.162E-04 *RES* 3 1498 1 24 40 2 5 -1.686E-02 3.211E-04 *RES* 3 1499 1 24 40 2 5 -1.832E-02 3.290E-04 *RES* 3 1500 1 25 42 4 5 2.117E-02 3.370E-04 01-Jul-1998 17:08:44 LPCYCL-cycle time: 1259.00 sec, 87.57 usec Beginning termination cycle... LPCYCL: all zones not converged LPCYCL: 3 cycles computed to 3 total cycles Flowfield solution complete CPU time : 3789.14 seconds Elapsed time : 4152.93 seconds CPU time/(iter-node) : 87.85 microseconds elapsed time/(iter-node): 96.28 microseconds Beginning termination Memory required for termination Single precision: 0 Double precision: 0 Termination complete CPU time : 0.02 seconds Elapsed time : 0.02 seconds *** WIND Complete *** real 1:09:13.38 user 1:02:41.39 sys 28.13 Wed Jul 1 17:08:45 EDT 1998