Began at --> Fri Oct 1 16:14:47 EDT 1999 Proc 0 reporting for duty *************************************************** aaaa dddd ppppp aaaa ccccc a a d d p p a a c aaaaa d d ppppp aaaaa c a a d d p a a c a a dddd p a a ccccc version ----> ADPAC07 adpac 3-d multiple-block euler/navier-stokes solver (a)dvanced (d)ucted (p)ropfan (a)nalysis (c)odes Serial/Parallel Production Code ADPAC07 release date July, 1995 *************************************************** version notes: ************** turbulence model is baldwin lomax or 2-equation k-R (under development) wall functions are available thermodynamic properties are for air 2-d or 3-d mesh blocks supported serial/parallel from same source implicit algorithm is available Searching Input File for ADPAC Case Name... ******************************************* data item identified --->CASENAME = markii data item identified --->FCART = 1.000000 data item identified --->FMULTI = 3.000000 case name defined as : markii multigrid level set as : 3 grid type set as : Cartesian ************************************************** begin grid input ************************************************** mesh file name: markii.mesh *************** number of grids: (nblks) = 1 **************** grid block dimensions : *********************** block imx jmx kmx ----- --- --- --- 1 193 33 1 block/processor assignment information ************************************** Block/Processor Assignment file markii.blkproc does not exist Default block/processor assignment used IPR( Block # ) Processor ----------------- --------- ipr( 1) = 0 initialize storage arrays and pointer locations *********************************************** block 3-d ijk 2-d ij 1-d iii length total length 1 1 1 1 13192 13192 194 array sizes required for this mesh ********************************** nra3d (3-d array size) >= 13192 nra1d (1-d array size) >= 194 nbl2d (2-d block size) >= 37636 program array dimensions: ************************* nra3d (3-d array size) = 500001 nra1d (1-d array size) = 5001 nbl2d (2-d block size) = 100001 begin reading grid block coordinates ************************************ grid block 1 size 194 34 2 grid block 1 coordinates successfully read Block 1 is a 2-D Block begin constructing multigrid submeshes ************************************** calculating submesh values for grid # 1 submesh level : 2 grid number : 2 original grid size : 193 33 1 submesh grid size : 97 17 1 submesh length : 3528 3-d pointer : 13193 overall length : 16720 Block # 2 is a 2-d mesh creating submesh level 2 for block # 1 calculating submesh values for grid # 1 submesh level : 3 grid number : 3 original grid size : 193 33 1 submesh grid size : 49 9 1 submesh length : 1000 3-d pointer : 16721 overall length : 17720 Block # 3 is a 2-d mesh creating submesh level 3 for block # 1 ************************************************** begin flow input ************************************************** input file read on unit 5 *********************** data item identified --->FFAST = 1.000000 data item identified --->CASENAME = markii data item identified --->FTOTSM = 0.0000000E+00 data item identified --->EPSTOT = 0.0000000E+00 data item identified --->FCART = 1.000000 data item identified --->RMACH = 0.2000000 data item identified --->FINVVI = 1.000000 data item identified --->GAMMA = 1.400000 data item identified --->PREF = 5774.400 data item identified --->TREF = 1445.000 data item identified --->RGAS = 1716.260 data item identified --->DIAM = 0.2248830 data item identified --->EPSX = 1.000000 data item identified --->EPSY = 1.000000 data item identified --->EPSZ = 1.000000 data item identified --->VIS2 = 0.2500000 data item identified --->VIS4 = 7.5249998E-03 data item identified --->CFL = -5.000000 data item identified --->CFMAX = 2.200000 data item identified --->FNCMAX = 300.0000 data item identified --->FTIMEI = 1.000000 data item identified --->FTURBI = 1.000000 data item identified --->FTURBF = 99500.00 data item identified --->FTURBB = 11.00000 data item identified --->PRNO = 0.6900000 data item identified --->PRTNO = 0.9000000 data item identified --->FSOLVE = 1.000000 data item identified --->FVTSFAC = 2.500000 data item identified --->FFILT = 5.000000 data item identified --->FRESID = 1.000000 data item identified --->FREST = 0.0000000E+00 data item identified --->FUNINT = 9999.000 data item identified --->FMULTI = 3.000000 data item identified --->FSUBIT = 3.000000 data item identified --->FFULMG = 1.000000 data item identified --->FCOAG1 = 3.000000 data item identified --->FCOAG2 = 2.000000 data item identified --->FITFMG = 150.0000 data item identified --->CMUTSS = 14.00000 data item identified --->CMUTPS = 14.00000 data item identified --->XTRANSS = 0.8000000 data item identified --->XTRANPS = 0.0000000E+00 data item identified --->FTURBCHT(1) = 1.000000 data item identified --->RPM(1) = 0.0000000E+00 viscous flow calculation selected ********************************* 4-stage runge_kutta algorithm selected The following debug triggers have been enabled ********************************************** input file data *************** rm ( reference mach number ) = 0.2000 gamma ( specific heat ratio ) = 1.4000 cfl ( cfl number (+ time accurate ) = 5.0000 cflmax ( max cfl number time-step scheme) = 2.2000 zetarat( exponent for diss/res.sm. ratio) = 0.6000 fvtsfac( viscous time step factor ) = 2.5000 vt ( =1, time acc., =0, local time ) = 0.0000 vis2 ( 2nd order dissipation factor ) = 0.2500 vis4 ( 4th order dissipation factor ) = 0.0075 fncmax ( maximum iterations ) = 300.0000 frest ( 1 = restart solution ) = 0.0000 save ( 1 = save solution ) = 1.0000 p3dprt ( 0 = no plot3d output ) = 1.0000 alpha ( angle of attack ) = 0.0000 fitchk ( checkpoint iteration interval ) = 100.0000 viscg2 ( coarse grid 2nd order diss coef) = 0.1250 fistep ( recalculate time step ) = 1.0000 fnprnt ( 1 = print flowfield ) = 1.0000 fiprnt ( 1 = print partial flowfield ) = 1.0000 finvvi ( 0 = inviscid flow solution ) = 1.0000 ( 1 = viscous flow solution ) = epsx ( i implicit smoothing factor ) = 1.0000 epsy ( j implicit smoothing factor ) = 1.0000 epsz ( k implicit smoothing factor ) = 1.0000 iunint ( # it. for unsteady plot3d file ) = 9999.0000 itimei ( #it between time step update ) = 1.0000 iturbi ( #it between turb. model update ) = 1.0000 iturbb ( #it before starting turb model ) = 11.0000 iturbf ( #it before freezing turb model ) = 99500.0000 ibconf ( #it before freezing bound. cond) = 99999.0000 iwallf ( wall function trigger (on=1) ) = 1.0000 imassav( mxng pln avrgng (area=1,mass=2)) = 1.0000 itimerm( 1= quit if too little time left) = 0.0000 fdeltat( implicit time step (sec.) ) = 0.0000 fsolve ( solution trigger ) = 1.0000 iimplicit (implicit algorithm trigger ) = 0 fturbcht( 1) (C/O Turb. Model Trigger ) = 0.0000 igrafix( trigger for graphics display ) = 0.0000 igrafint(#it between graphics update ) = 99999.0000 iimgsav( trigger for image capture ) = 0.0000 iimgint( #it between image captures ) = 99999.0000 fcart ( 0 = Cylindrical, 1 = Cartesian ) = 1.0000 diam ( blade diameter (ft) ) = 0.2249 tref ( total temperature (deg. r) ) = 1445.0000 pref ( total pressure (lbf/ft**2) ) = 5774.3999 rgas ( gas constant ((ft/s)**2/deg r) ) = 1716.2600 pr ( prandtl number ) = 0.6900 prt ( turbulent prandtl number ) = 0.9000 non-dimensional initial values calculated as: ******************************************** rho0 ( initial density ) = 0.9803 u0 ( initial axial velocity ) = 0.2357 v0 ( initial radial velocity ) = 0.0000 w0 ( initial theta velocity ) = 0.0000 ei0 ( initial internal energy ) = 2.5079 h0 ( initial enthalpy ) = 3.5000 p0 ( initial pressure ) = 0.9725 t0 ( initial temperature ) = 0.9921 dmu0 ( initial viscosity ) = 0.0000 dimensional reference values calculated as: ******************************************* rho0 ( density (slugs/ft**3) ) = 0.228247E-02 u0 ( axial velocity (ft/s) ) = 371.184 v0 ( radial velocity (ft/s) ) = 0.000000E+00 w0 ( theta velocity (ft/s) ) = 0.000000E+00 ei0 ( static int.energy (ft-lbf/lbm) ) = 0.621967E+07 h0 ( static enthalpy (ft-lbf/lbm) ) = 0.867999E+07 p0 ( static pressure (lbf/ft**2) ) = 5615.58 t0 ( static temperature(deg. r) ) = 1433.53 dmu0 ( viscosity (lbf-s/ft**2)) = 0.754831E-06 values used for nondimensionalization: ************************************** rho ( density (slugs/ft**3) ) = 0.232839E-02 u ( axial velocity (ft/s) ) = 1574.80 ei ( total int. energy (ft-lbf/lbm) ) = 0.248000E+07 p ( total pressure (lbf/ft**2) ) = 5774.40 t ( total temperature (deg. r) ) = 1445.00 dmu ( viscosity (lbf-s/ft**2 ) = 0.824590 omega ( rotational speed (rad/s) ) = 7002.75 length ( length (ft) ) = 0.224883 time ( time (seconds) ) = 0.142801E-03 multigrid solution parameters specified as: ******************************************* nmulti ( number of multi-grid grid level) = 3 nsubit ( multigrid coarse grid subiterat) = 3 nfulmg ( full multigrid solution trigger) = 1 ncoag1 ( full multigrid initial level ) = 3 ncoag2 ( full multigrid final level ) = 2 nitfmg ( full multigrid coarse mesh iter) = 150 nrdmul ( multigrid bc read trigger (1-y)) = 0 Block Solution Information Table ******************************** Block RPM Dimensional Non-Dimen. Cyl/Cart. C-Grid Processor Num Revolutions Omega Omega Trigger Turb Trig Number Per Minute (Rad/s) 1-Cart 1-On0-Off MYID ----- ------------- ------------- ------------- --------- --------- --------- 1 0.000000E+00 0.000000E+00 0.000000E+00 1 0 0 2 0.000000E+00 0.000000E+00 0.000000E+00 1 0 0 3 0.000000E+00 0.000000E+00 0.000000E+00 1 0 0 input data successfully entered ******************************* ************************************************** begin boundary data input ************************************************** Opening casename.boundata, file is markii.boundata # # Created by hand by Ed Hall # July 30, 1993 @ 10:00 # # RUN 4311 OF THE MARK II VANE # UNCOOLED - MACH=0.89 - Re=1.56E6 # Tu=6.5%, Tw/Tg=0.71 # #----------------------------------------------------------------------- # #---> Patch the periodic boundary for the 2-d grid # PATCH 1 1 J J M M I K 33 33 1 93 1 2 193 101 1 2 b.c. data item identified --->PATCH PATCH 1 1 J J M M I K 33 33 101 193 1 2 93 1 1 2 b.c. data item identified --->PATCH # #---> Now set the blade surfaces # SS2DVI 1 1 J J P P S S 1 1 65 161 1 2 65 161 1 2 b.c. data item identified --->SS2DVI RPMLOC TWALL 0.000000E+007.100000E-01 # #---> Now set the inlet boundary # INL2DG 1 1 J J M M S S 33 33 89 101 1 2 89 101 1 2 b.c. data item identified --->INL2DG PTOT TTOT K R 1.000000 1.000000 9.9999997E-05 1.0000000E-03 # #---> Now set the lower exit boundary # EXITG 1 1 I I P P S S 1 1 1 33 1 2 1 33 1 2 b.c. data item identified --->EXITG PEXIT 0.620000 0.000000 0.000000 # #---> Now set the upper exit boundary # EXITG 1 1 I I M M S S 193 193 1 33 1 2 1 33 1 2 b.c. data item identified --->EXITG PEXIT 0.620000 0.000000 0.000000 # #---> Now set the lower wake cut # TRAF 1 1 J J P P S S 1 1 1 65 1 2 161 193 1 2 b.c. data item identified --->TRAF # #---> Now set the upper wake cut # TRAF 1 1 J J P P S S 1 1 161 193 1 2 1 65 1 2 b.c. data item identified --->TRAF # ENDDATA b.c. data item identified --->ENDDATA boundary data successfully entered ********************************** N B L L L L L L L L L L M M N N M M N N U C B B F F D D S S 1 2 1 1 1 1 2 2 2 2 M T L L A A I I P P L L L L L L L L L L B Y O O C C R R E E I I I I I I I I I I E P C C E E 1 2 C C M M M M M M M M M M R E K K 1 2 1 2 1 2 1 2 1 2 1 2 1 2 ------ -- -- -- -- -- -- -- -- --- --- --- --- --- --- --- --- --- --- 1 PATCH 1 1 J J M M I K 33 33 1 93 1 2 193 101 1 2 2 PATCH 1 1 J J M M I K 33 33 101 193 1 2 93 1 1 2 3 SS2DVI 1 1 J J P P S S 1 1 65 161 1 2 65 161 1 2 4 INL2DG 1 1 J J M M S S 33 33 89 101 1 2 89 101 1 2 5 EXITG 1 1 I I P P S S 1 1 1 33 1 2 1 33 1 2 6 EXITG 1 1 I I M M S S 193 193 1 33 1 2 1 33 1 2 7 TRAF 1 1 J J P P S S 1 1 1 65 1 2 161 193 1 2 8 TRAF 1 1 J J P P S S 1 1 161 193 1 2 1 65 1 2 makebcmg: constructing boundary conditions for multigrid level 2 makebcmg: constructing boundary conditions for multigrid level 3 *** Multigrid Coarse Mesh Boundary *** *** Specifications Determined From *** *** MAKEMGBC Subroutine *** 9 PATCH 2 2 J J M M I K 17 17 1 47 1 2 97 51 1 2 10 PATCH 2 2 J J M M I K 17 17 51 97 1 2 47 1 1 2 11 SS2DVI 2 2 J J P P S S 1 1 33 81 1 2 33 81 1 2 12 INL2DG 2 2 J J M M S S 17 17 45 51 1 2 45 51 1 2 13 EXITG 2 2 I I P P S S 1 1 1 17 1 2 1 17 1 2 14 EXITG 2 2 I I M M S S 97 97 1 17 1 2 1 17 1 2 15 TRAF 2 2 J J P P S S 1 1 1 33 1 2 81 97 1 2 16 TRAF 2 2 J J P P S S 1 1 81 97 1 2 1 33 1 2 17 PATCH 3 3 J J M M I K 9 9 1 24 1 2 49 26 1 2 18 PATCH 3 3 J J M M I K 9 9 26 49 1 2 24 1 1 2 19 SS2DVI 3 3 J J P P S S 1 1 17 41 1 2 17 41 1 2 20 INL2DG 3 3 J J M M S S 9 9 23 26 1 2 23 26 1 2 21 EXITG 3 3 I I P P S S 1 1 1 9 1 2 1 9 1 2 22 EXITG 3 3 I I M M S S 49 49 1 9 1 2 1 9 1 2 23 TRAF 3 3 J J P P S S 1 1 1 17 1 2 41 49 1 2 24 TRAF 3 3 J J P P S S 1 1 41 49 1 2 1 17 1 2 ***************************************** Examining all Block Outer Boundary Conditions for Completeness ***************************************** set up block data: ****************** cell area terms calculated for grid block # 1 calculating cell volumes for grid block # 1 Mesh Cell Expansion Ratio Table ******************************** Block I Index I J K J Index I J K K Index I J K | Numbr Expans. Max Max Max Expans. Max Max Max Expans. Max Max Max | N Ratio Ratio Ratio V ----- -------- ---- ---- ---- -------- ---- ---- ---- -------- ---- ---- ---- -- 1 2.27408 66 2 2 2.44475 102 32 2 * * - WARNING!! ********* Solution Accuracy and Convergence May Be Adversely Affected By Large Mesh Cell Expansion Ratios --- Mesh Blocks indicated by a * in the final column Possess Coordinate Mesh Cell Expansion Ratios Which Exceed the Recommended Maximum Value of 1.300000 set up block data: ****************** cell area terms calculated for grid block # 2 calculating cell volumes for grid block # 2 set up block data: ****************** cell area terms calculated for grid block # 3 calculating cell volumes for grid block # 3 starting imploop 1 calling impupd convergence history ---> mesh level 3 **************************************** cycle log10 <--- max ----> log10 #ss mass mass number max error rms pts. flow flow error bl# i j k error in out ------ --------- --- --- --- --- --------- ----- -------------- ------------ 1 -0.7391 3 26 2 2 -2.6300 0 17.887451 24.755924 2 -0.8918 3 20 4 2 -2.6651 0 16.074120 26.216604 3 -1.0447 3 26 2 2 -2.7731 0 11.880754 27.497181 4 -0.9787 3 19 5 2 -2.7789 0 6.683032 28.308340 5 -0.9084 3 26 4 2 -2.7637 0 1.677139 28.392595 6 -1.0222 3 26 2 2 -2.7425 0 1.414600 27.613602 7 -1.0369 3 18 2 2 -2.7519 0 2.516725 26.022957 8 -1.1022 3 22 5 2 -2.7845 0 2.246596 23.852243 9 -0.9825 3 26 2 2 -2.8679 0 1.000369 21.450998 10 -1.1478 3 27 2 2 -2.9022 0 0.635430 19.186399 turbulence model activated at iteration # 11 11 -0.9732 3 29 3 2 -2.8667 0 2.552413 17.363111 12 -0.9093 3 29 2 2 -2.8642 0 4.640935 16.168036 13 -1.0322 3 29 3 2 -2.9094 0 6.253467 15.594411 14 -1.2072 3 29 4 2 -2.9452 0 7.196870 15.539355 15 -1.0808 3 26 2 2 -2.9778 0 7.386462 15.853838 16 -1.0459 3 26 2 2 -3.0006 0 7.560347 16.302559 17 -1.0688 3 26 5 2 -2.9832 0 8.522310 16.640715 18 -1.2047 3 26 4 2 -2.9981 0 10.321429 16.722544 19 -1.2570 3 41 2 2 -3.0507 0 12.351815 16.513378 20 -1.0716 3 25 3 2 -3.0454 0 13.920897 16.027386 21 -0.8761 3 25 2 2 -3.0138 0 14.697763 15.292415 22 -0.9089 3 26 2 2 -3.0353 0 14.708653 14.329944 23 -1.1414 3 26 5 2 -3.1143 0 14.108958 13.156954 24 -1.2763 3 25 2 2 -3.1527 0 13.216118 11.812426 25 -0.9676 3 25 5 2 -3.0665 0 12.485182 10.390199 26 -0.9734 3 25 5 2 -3.0359 0 12.277318 9.076983 27 -1.0243 3 25 2 2 -3.0792 2 12.800883 8.081221 28 -1.1520 3 26 2 2 -3.1260 3 14.123178 7.564606 29 -1.4805 3 26 3 2 -3.1578 4 15.921307 7.559058 30 -1.0726 3 25 2 2 -3.1271 3 17.596622 7.956359 31 -1.0349 3 25 3 2 -3.0766 3 18.621950 8.588550 32 -1.1089 3 25 5 2 -3.1090 5 18.676868 9.318924 33 -1.3397 3 25 5 2 -3.2196 6 17.752962 10.067654 34 -1.3379 3 17 4 2 -3.2244 5 16.249487 10.786440 35 -1.3788 3 25 2 2 -3.2046 6 14.757442 11.429346 36 -1.2091 3 25 2 2 -3.1945 3 13.797762 11.966768 37 -1.2556 3 25 5 2 -3.1625 5 13.656855 12.403390 38 -1.2765 3 25 3 2 -3.1799 6 14.347986 12.796761 39 -1.4686 3 14 2 2 -3.2386 6 15.645959 13.211644 40 -1.5052 3 11 4 2 -3.2884 6 17.137245 13.661398 41 -1.1395 3 25 3 2 -3.2212 3 18.361376 14.090646 42 -0.9992 3 25 2 2 -3.1413 2 19.008097 14.426912 43 -1.1739 3 25 2 2 -3.1570 1 18.940411 14.643783 44 -1.3423 3 25 5 2 -3.2465 0 18.161922 14.778190 45 -1.4958 3 25 3 2 -3.3002 0 16.938549 14.887247 46 -1.1627 3 25 5 2 -3.2427 0 15.712440 14.998736 47 -1.1523 3 25 5 2 -3.2203 0 14.898299 15.107438 48 -1.1888 3 25 2 2 -3.2467 2 14.746761 15.203548 49 -1.4035 3 25 3 2 -3.3186 3 15.244123 15.296348 50 -1.6347 3 35 6 2 -3.3439 2 16.062668 15.405161 51 -1.2610 3 25 2 2 -3.2488 2 16.745207 15.537830 52 -1.1177 3 25 3 2 -3.2032 3 16.994015 15.681980 53 -1.2091 3 25 3 2 -3.2572 3 16.766748 15.817812 54 -1.4301 3 26 5 2 -3.3773 1 16.209991 15.928881 55 -1.5950 3 13 3 2 -3.4142 1 15.581018 15.997578 56 -1.3852 3 25 2 2 -3.3263 0 15.116495 15.999604 57 -1.2669 3 25 5 2 -3.2793 0 14.959192 15.924371 58 -1.3407 3 25 5 2 -3.3197 0 15.170809 15.790364 59 -1.5060 3 25 3 2 -3.3856 1 15.714454 15.633598 60 -1.4665 3 14 3 2 -3.4057 1 16.432728 15.476097 61 -1.4586 3 27 3 2 -3.3757 0 17.082247 15.307128 62 -1.3631 3 25 3 2 -3.3236 0 17.380081 15.111111 63 -1.3443 3 25 3 2 -3.3393 0 17.166521 14.901659 64 -1.5696 3 25 5 2 -3.4336 0 16.526075 14.662251 65 -1.5376 3 13 3 2 -3.4818 0 15.744404 14.388266 66 -1.5879 3 15 3 2 -3.4726 0 15.156732 14.099623 67 -1.4972 3 13 4 2 -3.4161 0 14.944255 13.820745 68 -1.4358 3 25 2 2 -3.3909 1 15.093122 13.545200 69 -1.4065 3 25 2 2 -3.4249 1 15.515486 13.308354 70 -1.4636 3 15 4 2 -3.4661 1 16.114132 13.151420 71 -1.5010 3 15 3 2 -3.4714 1 16.744532 13.102239 72 -1.4638 3 25 2 2 -3.3960 1 17.211161 13.155827 73 -1.4236 3 15 4 2 -3.3661 1 17.322901 13.275677 74 -1.3416 3 15 3 2 -3.4338 0 16.995903 13.417562 75 -1.4260 3 15 2 2 -3.4918 0 16.368357 13.552699 76 -1.3940 3 15 3 2 -3.4596 0 15.760039 13.677400 77 -1.3441 3 15 3 2 -3.4213 1 15.472378 13.807025 78 -1.3729 3 15 4 2 -3.4247 1 15.597156 13.948667 79 -1.2912 3 15 3 2 -3.4635 1 16.006561 14.089048 80 -1.3020 3 15 2 2 -3.4711 1 16.473253 14.209609 81 -1.3151 3 15 4 2 -3.4246 1 16.818918 14.308651 82 -1.1506 3 15 3 2 -3.3865 1 16.986305 14.404449 83 -1.3345 3 15 2 2 -3.4051 1 16.990265 14.510064 84 -1.2380 3 15 3 2 -3.4257 1 16.851797 14.609618 85 -1.2316 3 15 3 2 -3.4593 0 16.606268 14.666963 86 -1.2378 3 15 4 2 -3.4173 1 16.342371 14.662532 87 -1.1638 3 15 3 2 -3.3938 1 16.179876 14.620734 88 -1.3255 3 15 5 2 -3.4343 1 16.199343 14.588220 89 -1.2149 3 15 4 2 -3.4072 1 16.387745 14.581260 90 -1.1869 3 15 3 2 -3.4233 1 16.638597 14.567211 91 -1.2193 3 15 4 2 -3.4193 1 16.815741 14.499695 92 -1.1671 3 15 3 2 -3.3951 1 16.851063 14.376041 93 -1.3437 3 15 3 2 -3.4133 1 16.784935 14.244587 94 -1.1434 3 15 4 2 -3.4037 1 16.704460 14.155246 95 -1.1586 3 15 3 2 -3.4141 0 16.665531 14.104990 96 -1.2842 3 15 2 2 -3.4222 0 16.662607 14.048970 97 -1.1403 3 15 4 2 -3.3712 0 16.658487 13.963667 98 -1.1003 3 15 3 2 -3.3798 1 16.632660 13.878225 99 -1.1922 3 15 4 2 -3.3860 2 16.597261 13.840634 100 -1.1315 3 15 3 2 -3.3701 2 16.570457 13.868289 101 -1.2880 3 15 2 2 -3.3952 1 16.543020 13.929740 102 -1.0743 3 15 4 2 -3.3521 1 16.487886 13.981076 103 -1.0466 3 15 3 2 -3.3566 1 16.405670 14.007066 104 -1.1707 3 15 4 2 -3.3669 1 16.344856 14.022711 105 -1.1118 3 15 4 2 -3.3305 1 16.366100 14.040812 106 -1.1578 3 15 3 2 -3.3692 1 16.482285 14.047875 107 -1.1055 3 15 4 2 -3.3454 2 16.632114 14.022319 108 -1.0310 3 15 3 2 -3.3208 2 16.722731 13.976627 109 -1.1223 3 15 2 2 -3.3593 2 16.700354 13.955745 110 -1.0580 3 15 4 2 -3.3367 2 16.582283 13.994758 111 -1.0578 3 15 3 2 -3.3445 2 16.428473 14.077889 112 -1.1926 3 15 2 2 -3.3615 3 16.292246 14.153695 113 -1.0506 3 15 4 2 -3.3299 3 16.198431 14.193809 114 -1.0618 3 15 3 2 -3.3390 3 16.157745 14.225215 115 -1.0245 3 15 4 2 -3.3159 3 16.181993 14.296238 116 -1.0280 3 15 3 2 -3.3085 3 16.272526 14.413857 117 -1.1702 3 15 2 2 -3.3516 3 16.398714 14.530583 118 -0.9881 3 15 4 2 -3.2953 3 16.491982 14.600688 119 -0.9473 3 15 3 2 -3.2937 3 16.485268 14.630393 120 -1.1054 3 15 4 2 -3.3302 3 16.368286 14.656326 121 -1.0616 3 15 3 2 -3.2965 3 16.202068 14.683644 122 -1.1191 3 15 3 2 -3.3233 3 16.078749 14.669743 123 -1.0680 3 15 4 2 -3.3125 3 16.059811 14.580565 124 -1.0354 3 15 3 2 -3.2987 3 16.143194 14.449003 125 -1.1587 3 15 2 2 -3.3147 3 16.280281 14.358545 126 -1.0401 3 15 4 2 -3.2991 3 16.416292 14.359133 127 -1.0479 3 15 3 2 -3.2941 3 16.512560 14.413299 128 -1.1693 3 15 2 2 -3.3173 3 16.539742 14.444456 129 -1.0520 3 15 4 2 -3.2920 3 16.471973 14.427209 130 -1.0126 3 15 3 2 -3.3025 3 16.306936 14.411476 131 -1.0881 3 15 4 2 -3.3098 2 16.093220 14.451862 132 -1.0607 3 15 3 2 -3.2883 2 15.924773 14.529537 133 -1.1562 3 15 3 2 -3.3058 2 15.889764 14.563073 134 -1.0876 3 15 4 2 -3.2966 2 16.011768 14.501208 135 -1.0024 3 15 3 2 -3.2992 2 16.234085 14.386723 136 -1.1265 3 15 2 2 -3.3090 2 16.461491 14.314412 137 -1.0571 3 16 4 2 -3.2886 2 16.618826 14.330175 138 -1.0686 3 15 3 2 -3.3098 2 16.674459 14.387798 139 -1.1698 3 15 4 2 -3.3015 2 16.625719 14.411734 140 -1.0686 3 15 4 2 -3.2951 2 16.486586 14.389066 141 -1.0813 3 15 3 2 -3.3162 2 16.296785 14.375269 142 -1.0485 3 15 4 2 -3.2999 2 16.128811 14.415964 143 -1.0225 3 15 3 2 -3.2947 2 16.063972 14.481989 144 -1.1666 3 15 2 2 -3.3273 2 16.141739 14.498999 145 -1.0168 3 15 4 2 -3.2990 3 16.326704 14.437445 146 -0.9691 3 15 3 2 -3.3057 3 16.527809 14.353369 147 -1.1062 3 15 4 2 -3.3169 3 16.659073 14.325528 148 -1.0567 3 15 3 2 -3.2908 3 16.687593 14.368200 149 -1.1369 3 15 3 2 -3.3260 3 16.631262 14.416421 netfor: before 100 nfobl = 9 imsbl = 4 -5 -6 12 -13 -14 20 -21 -22 0 netfor: after 100 nfobl = 12 imsbl = 4 -5 -6 12 -13 -14 20 -21 -22 3 netfor: calling getfor4 idcur n imsbl(nn) 0 3 20 getfor: idcur n lface ima1 jma1 kma1 ima2 jma2 kma2 0 3 J 23 9 1 26 9 2 fpxloc,fpyloc,fpzloc 12.77686 2.742559 0.0000000E+00 fvxloc,fvyloc,fvzloc -4.3935674E-07 -2.4621606E-06 0.0000000E+00 powloc,torloc 0.0000000E+00 0.0000000E+00 netfor: calling getfor4 idcur n imsbl(nn) 0 3 19 getfor: idcur n lface ima1 jma1 kma1 ima2 jma2 kma2 0 3 J 17 1 1 41 1 2 fpxloc,fpyloc,fpzloc -4.127512 -2.123937 0.0000000E+00 fvxloc,fvyloc,fvzloc -6.0495972E-03 7.5022192E-03 0.0000000E+00 powloc,torloc 0.0000000E+00 0.0000000E+00 150 -1.0720 3 15 4 2 -3.3065 2 16.526239 14.403079 starting imploop 1 calling impupd convergence history ---> mesh level 2 **************************************** cycle log10 <--- max ----> log10 #ss mass mass number max error rms pts. flow flow error bl# i j k error in out ------ --------- --- --- --- --- --------- ----- -------------- ------------ 151 -0.9837 2 34 2 2 -3.6102 1 16.475067 14.366720 152 -1.3419 2 34 6 2 -3.7491 7 16.114140 14.282547 153 -1.3467 2 28 4 2 -3.8319 18 16.050472 14.261555 154 -1.5439 2 30 3 2 -3.9246 29 16.053253 14.209263 155 -1.4068 2 31 3 2 -3.9575 31 15.852258 14.110257 156 -1.6587 2 33 3 2 -4.0132 32 15.623097 13.832460 157 -1.7012 2 31 3 2 -4.0208 30 15.494246 13.623359 158 -1.7033 2 30 5 2 -4.0514 32 15.592068 13.586170 159 -1.6660 2 30 7 2 -4.0414 33 15.866776 13.558322 160 -1.6854 2 30 5 2 -4.0583 34 16.008932 13.495917 161 -1.7324 2 31 6 2 -4.0855 34 15.959627 13.475259 162 -1.7089 2 32 5 2 -4.0775 33 16.022734 13.541069 163 -1.7504 2 31 4 2 -4.0893 32 16.150791 13.664245 164 -1.6053 2 31 3 2 -4.1057 32 16.026989 13.789123 165 -1.8102 2 31 4 2 -4.1210 31 15.919191 13.875285 166 -1.7409 2 31 3 2 -4.1383 31 16.250328 13.930501 167 -1.8262 2 52 2 2 -4.1413 31 16.549463 14.016227 168 -1.8285 2 31 6 2 -4.1489 29 16.259157 14.136554 169 -1.7359 2 52 2 2 -4.1577 28 15.874844 14.196568 170 -1.7392 2 31 6 2 -4.1924 27 16.121939 14.161222 171 -1.8263 2 31 7 2 -4.1767 26 16.538071 14.125368 172 -1.7910 2 31 6 2 -4.2038 25 16.398333 14.134846 173 -1.9025 2 31 8 2 -4.1956 25 16.052895 14.113605 174 -1.9248 2 31 6 2 -4.2164 25 16.186367 14.042056 175 -1.9085 2 31 3 2 -4.2380 24 16.481647 14.017867 176 -1.9454 2 31 2 2 -4.2386 23 16.362219 14.071353 177 -2.0595 2 31 3 2 -4.2528 23 16.087013 14.107394 178 -2.0893 2 31 3 2 -4.2565 23 16.088274 14.078094 179 -1.9743 2 52 2 2 -4.2700 23 16.029116 14.044848 180 -2.0670 2 27 3 2 -4.2595 23 15.672462 14.043038 181 -2.0059 2 52 2 2 -4.2789 23 15.597901 14.053747 182 -2.0759 2 45 13 2 -4.2655 22 15.997347 14.103127 183 -2.0323 2 52 2 2 -4.2555 22 16.087124 14.194672 184 -2.0686 2 44 13 2 -4.2606 22 15.582458 14.195751 185 -2.0079 2 46 2 2 -4.2804 22 15.331874 14.024254 186 -2.0600 2 29 11 2 -4.2317 22 15.770391 13.876712 187 -2.0180 2 46 2 2 -4.3089 22 16.121193 13.971465 188 -2.1407 2 29 11 2 -4.2493 22 15.867633 14.152879 189 -2.0115 2 50 2 2 -4.3060 22 15.609401 14.122129 190 -2.0962 2 32 17 2 -4.2814 23 15.867220 13.942441 191 -2.1247 2 51 2 2 -4.3068 23 16.171980 13.907948 192 -2.1782 2 45 13 2 -4.2899 23 16.066132 14.004299 193 -2.1512 2 51 2 2 -4.3291 24 15.902159 13.964559 194 -2.1782 2 32 13 2 -4.2869 24 16.016693 13.818415 195 -2.2149 2 51 2 2 -4.3506 24 16.099440 13.846392 196 -2.1834 2 88 7 2 -4.2783 24 15.967450 14.015537 197 -2.1786 2 47 11 2 -4.3386 24 15.983486 14.015906 198 -2.1625 2 88 7 2 -4.3032 24 16.179302 13.855618 199 -2.1715 2 86 8 2 -4.3119 24 16.069288 13.849502 200 -2.1976 2 76 8 2 -4.3141 24 15.645195 14.021421 201 -2.1785 2 86 8 2 -4.3169 24 15.538556 14.089862 202 -2.2058 2 35 7 2 -4.3052 24 15.823179 14.032091 203 -2.1977 2 52 2 2 -4.3325 24 15.863768 14.079126 204 -2.1851 2 25 2 2 -4.3062 24 15.525036 14.213910 205 -2.1182 2 37 10 2 -4.3326 24 15.379843 14.219556 206 -2.1769 2 75 11 2 -4.3175 24 15.550798 14.133095 207 -2.0534 2 37 10 2 -4.3298 24 15.541056 14.149228 208 -2.1059 2 80 6 2 -4.3262 24 15.301051 14.212488 209 -2.1083 2 37 10 2 -4.3335 24 15.328614 14.169651 210 -2.1289 2 80 6 2 -4.3385 24 15.629354 14.126318 211 -2.1788 2 81 6 2 -4.3321 24 15.703347 14.210154 212 -2.1751 2 80 6 2 -4.3601 24 15.527104 14.245935 213 -2.1619 2 36 14 2 -4.3249 24 15.573148 14.088478 214 -2.1793 2 80 3 2 -4.3775 24 15.876004 13.961444 215 -2.1504 2 37 14 2 -4.3308 24 16.007187 14.065117 216 -2.1487 2 80 3 2 -4.4016 24 15.890523 14.178127 217 -2.1976 2 76 9 2 -4.3433 25 15.866738 14.069380 218 -2.2729 2 80 2 2 -4.4137 25 16.012505 13.931888 219 -2.1904 2 76 9 2 -4.3550 25 16.085629 14.007375 220 -2.2611 2 80 6 2 -4.4343 25 16.029730 14.126691 221 -2.1827 2 38 13 2 -4.3718 25 16.001358 14.062137 222 -2.2428 2 80 6 2 -4.4400 25 15.995677 13.953920 223 -2.1882 2 38 13 2 -4.3848 24 15.908244 14.007276 224 -2.2974 2 80 6 2 -4.4643 24 15.798058 14.112771 225 -2.2290 2 38 13 2 -4.3968 24 15.771887 14.113611 226 -2.2707 2 80 6 2 -4.4670 24 15.756726 14.106924 227 -2.2734 2 80 3 2 -4.4288 24 15.665324 14.179222 228 -2.3394 2 57 8 2 -4.4760 24 15.559021 14.198378 229 -2.2894 2 41 10 2 -4.4351 23 15.496860 14.112934 230 -2.3124 2 80 5 2 -4.4907 23 15.447017 14.096865 231 -2.2797 2 37 5 2 -4.4207 24 15.425751 14.209288 232 -2.3235 2 39 10 2 -4.4994 24 15.483070 14.254984 233 -2.2508 2 37 9 2 -4.4141 23 15.543270 14.146571 234 -2.3133 2 54 3 2 -4.5008 24 15.524940 14.048169 235 -2.2065 2 37 10 2 -4.4115 24 15.529588 14.056616 236 -2.3163 2 38 11 2 -4.4849 25 15.660642 14.070338 237 -2.1865 2 37 10 2 -4.4244 25 15.789067 14.035957 238 -2.3448 2 38 11 2 -4.4516 25 15.804532 14.015281 239 -2.2253 2 40 10 2 -4.4481 25 15.836090 13.999247 240 -2.2311 2 48 2 2 -4.4295 25 15.974780 13.937279 241 -2.2890 2 46 2 2 -4.4634 25 16.051367 13.903165 242 -2.2136 2 48 2 2 -4.4135 25 15.970875 13.973577 243 -2.2489 2 46 2 2 -4.4666 25 15.947074 14.037348 244 -2.2101 2 48 2 2 -4.4163 25 16.068514 13.985759 245 -2.2415 2 46 2 2 -4.4613 25 16.083210 13.933764 246 -2.2405 2 48 2 2 -4.4179 25 15.871869 14.007372 247 -2.2130 2 80 7 2 -4.4557 24 15.722557 14.097533 248 -2.2543 2 48 2 2 -4.4232 24 15.796460 14.079076 249 -2.2480 2 49 9 2 -4.4465 24 15.815977 14.053264 250 -2.1742 2 48 2 2 -4.4290 24 15.613832 14.129957 251 -2.2292 2 46 2 2 -4.4544 24 15.439587 14.196016 252 -2.1982 2 48 2 2 -4.4272 24 15.456260 14.143843 253 -2.2368 2 81 2 2 -4.4683 24 15.462965 14.088305 254 -2.1363 2 48 2 2 -4.4127 24 15.370797 14.142323 255 -2.2429 2 46 2 2 -4.5029 24 15.373192 14.202993 256 -2.2038 2 48 2 2 -4.3877 24 15.478354 14.158791 257 -2.2601 2 46 2 2 -4.5284 24 15.479856 14.085583 258 -2.2744 2 73 5 2 -4.3825 25 15.439984 14.078122 259 -2.1900 2 37 10 2 -4.4984 25 15.599861 14.086033 260 -2.2325 2 78 8 2 -4.3930 25 15.823781 14.049766 261 -2.1770 2 37 10 2 -4.4633 25 15.817444 14.014051 262 -2.2328 2 52 2 2 -4.4120 25 15.749944 14.015906 263 -2.2053 2 37 10 2 -4.4339 25 15.962928 14.020360 264 -2.2547 2 43 12 2 -4.4388 25 16.233799 14.011134 265 -2.2380 2 76 10 2 -4.4163 25 16.150497 14.005457 266 -2.2689 2 43 12 2 -4.4587 24 15.918547 13.994488 267 -2.2267 2 76 10 2 -4.4088 25 16.017550 13.987981 268 -2.3028 2 43 12 2 -4.4763 25 16.279442 14.042899 269 -2.2897 2 46 2 2 -4.4208 24 16.201900 14.130299 270 -2.2939 2 46 3 2 -4.4698 24 15.863549 14.123109 271 -2.2247 2 46 2 2 -4.4353 24 15.743644 14.031781 272 -2.3507 2 48 11 2 -4.4577 24 15.851301 14.039793 273 -2.2829 2 82 11 2 -4.4566 24 15.816878 14.184490 274 -2.3382 2 83 12 2 -4.4558 24 15.602897 14.256219 275 -2.2855 2 46 2 2 -4.4677 24 15.463537 14.163174 276 -2.3224 2 83 11 2 -4.4590 24 15.420547 14.088450 277 -2.3181 2 37 3 2 -4.4650 24 15.357125 14.148321 278 -2.3462 2 82 11 2 -4.4904 24 15.338568 14.201784 279 -2.2941 2 37 3 2 -4.4501 24 15.418084 14.152067 280 -2.3214 2 52 2 2 -4.5251 24 15.435832 14.111148 281 -2.2884 2 39 12 2 -4.4288 25 15.365952 14.129182 282 -2.3422 2 52 2 2 -4.5377 25 15.437799 14.090907 283 -2.2749 2 37 10 2 -4.4244 25 15.680764 13.994703 284 -2.3498 2 80 5 2 -4.5339 25 15.811914 13.994090 285 -2.2780 2 37 10 2 -4.4253 25 15.778520 14.077653 286 -2.3492 2 77 9 2 -4.4943 25 15.860312 14.056808 287 -2.2797 2 37 10 2 -4.4204 25 16.085154 13.931472 288 -2.3580 2 77 9 2 -4.4865 25 16.152462 13.907801 289 -2.2385 2 78 9 2 -4.4237 25 16.056618 14.011776 290 -2.3739 2 81 7 2 -4.4710 25 16.108217 14.052744 291 -2.2580 2 78 9 2 -4.4376 25 16.272583 13.994278 292 -2.3698 2 55 17 2 -4.4397 24 16.194277 13.991712 293 -2.2305 2 53 16 2 -4.4652 24 15.935444 14.064894 294 -2.3045 2 54 17 2 -4.4194 24 15.899983 14.084856 295 -2.2394 2 52 16 2 -4.4773 24 16.031443 14.064379 296 -2.2887 2 48 2 2 -4.4016 24 15.885192 14.116111 297 -2.2752 2 52 16 2 -4.4854 24 15.516948 14.184272 298 -2.2369 2 61 11 2 -4.3799 24 15.414674 14.153386 299 -2.3039 2 80 6 2 -4.4954 24 15.576664 14.110616 netfor: before 100 nfobl = 9 imsbl = 4 -5 -6 12 -13 -14 20 -21 -22 3 netfor: after 100 nfobl = 12 imsbl = 4 -5 -6 12 -13 -14 20 -21 -22 3 netfor: calling getfor4 idcur n imsbl(nn) 0 2 12 getfor: idcur n lface ima1 jma1 kma1 ima2 jma2 kma2 0 2 J 45 17 1 51 17 2 fpxloc,fpyloc,fpzloc 12.77393 2.737456 0.0000000E+00 fvxloc,fvyloc,fvzloc -9.6385190E-07 -6.1127889E-07 0.0000000E+00 powloc,torloc 0.0000000E+00 0.0000000E+00 netfor: calling getfor4 idcur n imsbl(nn) 0 2 11 getfor: idcur n lface ima1 jma1 kma1 ima2 jma2 kma2 0 2 J 33 1 1 81 1 2 fpxloc,fpyloc,fpzloc -4.086601 -2.175931 0.0000000E+00 fvxloc,fvyloc,fvzloc -8.9896731E-03 1.3094124E-02 0.0000000E+00 powloc,torloc 0.0000000E+00 0.0000000E+00 300 -2.1677 2 61 11 2 -4.3620 24 15.529852 14.180824 starting imploop 1 calling impupd convergence history ---> mesh level 1 **************************************** cycle log10 <--- max ----> log10 #ss mass mass number max error rms pts. flow flow error bl# i j k error in out ------ --------- --- --- --- --- --------- ----- -------------- ------------ 301 -1.5401 1 67 21 2 -4.4179 83 2.443869 2.267835 302 -1.6127 1 69 21 2 -4.5392 85 2.437138 2.268207 303 -1.8272 1 68 23 2 -4.6169 87 2.430059 2.266602 304 -1.8521 1 70 21 2 -4.6286 89 2.427435 2.264214 305 -1.7369 1 69 21 2 -4.6174 91 2.434237 2.261722 306 -1.7281 1 69 2 2 -4.6451 92 2.448984 2.259081 307 -1.8493 1 69 2 2 -4.6838 94 2.464108 2.255875 308 -1.7971 1 68 2 2 -4.7076 94 2.473223 2.251807 309 -1.8631 1 71 2 2 -4.6930 95 2.475826 2.246993 310 -1.7306 1 69 2 2 -4.7044 97 2.476865 2.242031 311 -1.9090 1 70 2 2 -4.7401 101 2.481601 2.237773 312 -1.9257 1 70 2 2 -4.7796 106 2.491186 2.234973 313 -1.9373 1 69 13 2 -4.8054 109 2.502612 2.233932 314 -1.9725 1 71 22 2 -4.8404 110 2.512038 2.234356 315 -1.9952 1 70 14 2 -4.8843 112 2.517727 2.235557 316 -2.0993 1 69 14 2 -4.9051 114 2.520205 2.236848 317 -2.0696 1 69 17 2 -4.9216 116 2.520681 2.237825 318 -2.1990 1 73 22 2 -4.9476 119 2.519624 2.238441 319 -2.1224 1 69 2 2 -4.9718 118 2.516820 2.238886 320 -2.1082 1 69 2 2 -4.9858 119 2.512407 2.239413 321 -2.1582 1 71 20 2 -5.0001 119 2.507479 2.240249 322 -2.2724 1 71 21 2 -5.0173 119 2.503574 2.241477 323 -2.3209 1 69 14 2 -5.0370 119 2.501503 2.242945 324 -2.2409 1 71 2 2 -5.0514 119 2.500838 2.244326 325 -2.3052 1 71 2 2 -5.0670 121 2.500465 2.245231 326 -2.3927 1 70 18 2 -5.0826 121 2.499725 2.245373 327 -2.4085 1 156 2 2 -5.0924 122 2.498977 2.244680 328 -2.3933 1 71 20 2 -5.1005 121 2.499096 2.243297 329 -2.5310 1 61 29 2 -5.1173 120 2.500402 2.241492 330 -2.5733 1 72 21 2 -5.1394 120 2.502108 2.239556 331 -2.5792 1 157 2 2 -5.1515 120 2.503124 2.237706 332 -2.5051 1 71 21 2 -5.1598 120 2.503057 2.236027 333 -2.5657 1 71 22 2 -5.1742 119 2.502770 2.234459 334 -2.5761 1 112 22 2 -5.1809 120 2.503224 2.232830 335 -2.5908 1 111 19 2 -5.1922 122 2.504530 2.230958 336 -2.6157 1 116 20 2 -5.2132 121 2.505502 2.228766 337 -2.5515 1 117 21 2 -5.2279 122 2.505165 2.226343 338 -2.6208 1 116 21 2 -5.2394 124 2.503951 2.223905 339 -2.5699 1 116 21 2 -5.2479 126 2.503536 2.221700 340 -2.5725 1 115 18 2 -5.2554 126 2.505068 2.219869 341 -2.6127 1 115 18 2 -5.2670 126 2.508044 2.218382 342 -2.6971 1 115 19 2 -5.2841 127 2.510973 2.217072 343 -2.6985 1 115 19 2 -5.2963 128 2.513136 2.215725 344 -2.7398 1 118 20 2 -5.3062 128 2.515297 2.214192 345 -2.7488 1 133 23 2 -5.3183 130 2.518467 2.212469 346 -2.7787 1 119 24 2 -5.3242 130 2.522497 2.210689 347 -2.7787 1 119 25 2 -5.3315 130 2.526127 2.209075 348 -2.7488 1 120 25 2 -5.3454 130 2.528636 2.207877 349 -2.7561 1 120 25 2 -5.3558 131 2.530432 2.207274 350 -2.8067 1 137 22 2 -5.3647 131 2.532471 2.207327 351 -2.8253 1 137 22 2 -5.3775 134 2.534726 2.207958 352 -2.8589 1 75 2 2 -5.3887 134 2.536336 2.208995 353 -2.8476 1 119 23 2 -5.4008 134 2.536628 2.210252 354 -2.7324 1 120 23 2 -5.4099 135 2.536073 2.211583 355 -2.7050 1 120 23 2 -5.4172 134 2.535877 2.212949 356 -2.7470 1 121 24 2 -5.4294 134 2.536563 2.214412 357 -2.7430 1 121 24 2 -5.4385 135 2.537520 2.216085 358 -2.8187 1 121 24 2 -5.4451 136 2.537848 2.218088 359 -2.8241 1 119 23 2 -5.4597 136 2.537540 2.220503 360 -2.8604 1 119 23 2 -5.4773 135 2.537451 2.223357 361 -2.9372 1 120 23 2 -5.4919 135 2.538240 2.226624 362 -3.0087 1 118 21 2 -5.5070 135 2.539550 2.230217 363 -2.9663 1 118 21 2 -5.5234 135 2.540603 2.233988 364 -2.9778 1 151 2 2 -5.5355 135 2.541125 2.237742 365 -3.0061 1 151 2 2 -5.5461 136 2.541517 2.241278 366 -3.0088 1 154 2 2 -5.5631 135 2.542238 2.244452 367 -3.0347 1 121 27 2 -5.5765 135 2.543138 2.247217 368 -3.0008 1 121 27 2 -5.5824 135 2.543651 2.249618 369 -2.9891 1 121 27 2 -5.5908 137 2.543509 2.251772 370 -2.9947 1 121 27 2 -5.6001 137 2.543047 2.253797 371 -3.0085 1 122 27 2 -5.6115 137 2.542819 2.255771 372 -3.0037 1 122 27 2 -5.6281 136 2.542785 2.257720 373 -3.0236 1 122 27 2 -5.6441 136 2.542476 2.259626 374 -3.0181 1 120 26 2 -5.6574 137 2.541657 2.261449 375 -3.0132 1 120 26 2 -5.6669 137 2.540556 2.263154 376 -2.9852 1 119 25 2 -5.6693 137 2.539658 2.264713 377 -2.9467 1 119 25 2 -5.6731 137 2.539189 2.266120 378 -2.9296 1 119 25 2 -5.6831 137 2.539016 2.267399 379 -2.9368 1 119 25 2 -5.6929 139 2.538955 2.268573 380 -2.9682 1 119 25 2 -5.7010 138 2.539079 2.269665 381 -3.0208 1 119 25 2 -5.7078 138 2.539527 2.270682 382 -3.0604 1 120 25 2 -5.7120 138 2.540277 2.271620 383 -3.0971 1 120 25 2 -5.7138 138 2.541119 2.272473 384 -3.1056 1 150 2 2 -5.7143 138 2.541851 2.273255 385 -3.1220 1 150 2 2 -5.7159 138 2.542498 2.273982 386 -3.1600 1 110 31 2 -5.7183 138 2.543232 2.274665 387 -3.1443 1 151 2 2 -5.7199 138 2.544076 2.275295 388 -3.1602 1 151 2 2 -5.7212 138 2.544817 2.275840 389 -2.9979 1 119 16 2 -5.7229 137 2.545201 2.276260 390 -3.1228 1 119 16 2 -5.7273 136 2.545178 2.276518 391 -3.1499 1 119 16 2 -5.7338 136 2.544923 2.276604 392 -3.1446 1 121 28 2 -5.7421 136 2.544600 2.276540 393 -3.1347 1 121 28 2 -5.7490 137 2.544212 2.276376 394 -3.1324 1 121 28 2 -5.7526 137 2.543644 2.276167 395 -3.1404 1 122 28 2 -5.7584 136 2.542879 2.275962 396 -3.1741 1 120 27 2 -5.7625 136 2.542036 2.275791 397 -3.1348 1 120 2 2 -5.7658 136 2.541291 2.275662 398 -3.1303 1 120 27 2 -5.7717 136 2.540736 2.275568 399 -3.1704 1 120 27 2 -5.7795 136 2.540361 2.275494 400 -3.1999 1 111 32 2 -5.7858 136 2.540178 2.275428 checkpoint restart file output at iteration # 400 new restart file name markii.restart.new number of blocks: (nblks) = 1 401 -3.1990 1 111 32 2 -5.7915 136 2.540224 2.275360 402 -3.2157 1 119 26 2 -5.7983 136 2.540534 2.275319 403 -3.2305 1 112 32 2 -5.8050 136 2.541102 2.275330 404 -3.2069 1 108 31 2 -5.8115 138 2.541867 2.275409 405 -3.2048 1 108 31 2 -5.8166 138 2.542758 2.275553 406 -3.2049 1 109 31 2 -5.8210 138 2.543727 2.275738 407 -3.1898 1 109 31 2 -5.8269 136 2.544735 2.275920 408 -3.2052 1 109 31 2 -5.8352 136 2.545735 2.276047 409 -3.2058 1 110 31 2 -5.8453 136 2.546626 2.276052 410 -3.2086 1 110 31 2 -5.8570 136 2.547320 2.275886 411 -3.2161 1 110 32 2 -5.8693 136 2.547775 2.275522 412 -3.2367 1 110 32 2 -5.8807 137 2.547958 2.274946 413 -3.2422 1 107 31 2 -5.8899 137 2.547853 2.274181 414 -3.2345 1 107 31 2 -5.8966 137 2.547470 2.273264 415 -3.2503 1 108 31 2 -5.9000 137 2.546837 2.272236 416 -3.2239 1 108 31 2 -5.9014 137 2.545984 2.271148 417 -3.2261 1 108 31 2 -5.9019 137 2.544946 2.270021 418 -3.2384 1 109 31 2 -5.9022 137 2.543758 2.268861 419 -3.2262 1 109 31 2 -5.9039 137 2.542493 2.267664 420 -3.2438 1 109 31 2 -5.9065 137 2.541251 2.266427 421 -3.2563 1 110 31 2 -5.9112 138 2.540133 2.265161 422 -3.2576 1 110 31 2 -5.9171 138 2.539212 2.263897 423 -3.2666 1 106 31 2 -5.9238 138 2.538529 2.262673 424 -3.2817 1 106 31 2 -5.9303 138 2.538123 2.261539 425 -3.2697 1 107 30 2 -5.9366 138 2.538063 2.260534 426 -3.2668 1 107 30 2 -5.9428 138 2.538382 2.259689 427 -3.2778 1 108 30 2 -5.9482 137 2.539055 2.259018 428 -3.2700 1 108 30 2 -5.9520 137 2.540013 2.258503 429 -3.2805 1 108 31 2 -5.9547 137 2.541173 2.258119 430 -3.2959 1 109 31 2 -5.9566 137 2.542480 2.257847 431 -3.2855 1 109 31 2 -5.9581 136 2.543892 2.257676 432 -3.3028 1 109 31 2 -5.9604 136 2.545330 2.257600 433 -3.3079 1 105 30 2 -5.9630 136 2.546674 2.257617 434 -3.2991 1 106 30 2 -5.9660 136 2.547814 2.257726 435 -3.2975 1 106 30 2 -5.9690 136 2.548672 2.257924 436 -3.3040 1 107 30 2 -5.9715 136 2.549222 2.258205 437 -3.2871 1 107 30 2 -5.9740 136 2.549435 2.258556 438 -3.2994 1 107 30 2 -5.9766 136 2.549267 2.258957 439 -3.2888 1 108 30 2 -5.9799 136 2.548695 2.259393 440 -3.2966 1 108 30 2 -5.9837 136 2.547750 2.259838 441 -3.3099 1 109 30 2 -5.9881 136 2.546521 2.260270 442 -3.3147 1 109 30 2 -5.9929 136 2.545115 2.260670 443 -3.3434 1 105 30 2 -5.9967 136 2.543622 2.261026 444 -3.3292 1 105 30 2 -5.9984 136 2.542108 2.261334 445 -3.3396 1 105 29 2 -5.9977 136 2.540685 2.261592 446 -3.3168 1 106 30 2 -5.9955 136 2.539462 2.261798 447 -3.3141 1 106 29 2 -5.9917 136 2.538535 2.261950 448 -3.3105 1 107 30 2 -5.9880 135 2.537958 2.262046 449 -3.3033 1 107 30 2 -5.9855 135 2.537751 2.262087 450 -3.3109 1 108 30 2 -5.9854 135 2.537906 2.262076 451 -3.3013 1 108 30 2 -5.9881 135 2.538417 2.262020 452 -3.3172 1 108 29 2 -5.9938 135 2.539274 2.261936 453 -3.3131 1 109 30 2 -6.0010 136 2.540428 2.261833 454 -3.3315 1 109 30 2 -6.0081 136 2.541786 2.261728 455 -3.3381 1 110 30 2 -6.0131 136 2.543237 2.261628 456 -3.3529 1 110 31 2 -6.0150 137 2.544688 2.261546 457 -3.3565 1 106 30 2 -6.0126 136 2.546054 2.261498 458 -3.3443 1 106 29 2 -6.0072 136 2.547258 2.261488 459 -3.3478 1 106 29 2 -5.9992 136 2.548217 2.261541 460 -3.3338 1 107 30 2 -5.9918 136 2.548845 2.261669 461 -3.3316 1 107 29 2 -5.9860 136 2.549103 2.261877 462 -3.3243 1 108 30 2 -5.9831 136 2.548997 2.262161 463 -3.3179 1 108 29 2 -5.9837 136 2.548561 2.262511 464 -3.3265 1 109 30 2 -5.9883 136 2.547834 2.262922 465 -3.3312 1 109 30 2 -5.9963 136 2.546864 2.263380 466 -3.3471 1 110 30 2 -6.0060 136 2.545715 2.263872 467 -3.3432 1 110 31 2 -6.0164 136 2.544485 2.264382 468 -3.3662 1 110 31 2 -6.0256 136 2.543269 2.264892 469 -3.3701 1 106 30 2 -6.0317 136 2.542167 2.265384 470 -3.3686 1 106 29 2 -6.0347 137 2.541252 2.265842 471 -3.3599 1 107 30 2 -6.0354 137 2.540575 2.266255 472 -3.3521 1 107 30 2 -6.0346 136 2.540181 2.266611 473 -3.3451 1 108 30 2 -6.0346 136 2.540093 2.266906 474 -3.3346 1 108 30 2 -6.0364 136 2.540319 2.267134 475 -3.3438 1 108 29 2 -6.0400 136 2.540829 2.267296 476 -3.3335 1 109 30 2 -6.0453 136 2.541581 2.267392 477 -3.3474 1 109 31 2 -6.0517 136 2.542509 2.267435 478 -3.3340 1 110 31 2 -6.0580 137 2.543545 2.267418 479 -3.3389 1 110 31 2 -6.0624 137 2.544612 2.267342 480 -3.3595 1 111 31 2 -6.0641 137 2.545633 2.267219 481 -3.3660 1 111 31 2 -6.0628 137 2.546535 2.267065 482 -3.3721 1 111 32 2 -6.0594 137 2.547255 2.266897 483 -3.3614 1 107 30 2 -6.0552 137 2.547746 2.266732 484 -3.3636 1 108 30 2 -6.0517 138 2.547979 2.266583 485 -3.3401 1 108 30 2 -6.0502 138 2.547931 2.266463 486 -3.3432 1 108 29 2 -6.0518 138 2.547619 2.266382 487 -3.3340 1 109 30 2 -6.0566 138 2.547080 2.266348 488 -3.3392 1 109 30 2 -6.0643 138 2.546369 2.266364 489 -3.3409 1 110 31 2 -6.0738 138 2.545543 2.266428 490 -3.3342 1 110 31 2 -6.0834 138 2.544672 2.266534 491 -3.3550 1 110 31 2 -6.0915 138 2.543831 2.266668 492 -3.3580 1 111 31 2 -6.0968 138 2.543085 2.266818 493 -3.3744 1 111 32 2 -6.0986 138 2.542500 2.266971 494 -3.3655 1 107 30 2 -6.0972 138 2.542124 2.267111 495 -3.3625 1 107 30 2 -6.0941 138 2.541984 2.267227 496 -3.3457 1 108 30 2 -6.0908 138 2.542095 2.267311 497 -3.3366 1 108 30 2 -6.0887 138 2.542441 2.267350 498 -3.3429 1 109 30 2 -6.0887 138 2.542994 2.267340 499 -3.3302 1 109 30 2 -6.0910 138 2.543716 2.267272 500 -3.3419 1 109 31 2 -6.0952 138 2.544546 2.267141 checkpoint restart file output at iteration # 500 new restart file name markii.restart.new number of blocks: (nblks) = 1 501 -3.3251 1 110 31 2 -6.1001 138 2.545425 2.266948 502 -3.3270 1 110 31 2 -6.1045 138 2.546287 2.266692 503 -3.3536 1 111 31 2 -6.1076 138 2.547068 2.266383 504 -3.3549 1 111 31 2 -6.1086 138 2.547713 2.266027 505 -3.3702 1 111 32 2 -6.1074 138 2.548169 2.265637 506 -3.3578 1 107 30 2 -6.1053 138 2.548403 2.265230 507 -3.3632 1 108 30 2 -6.1027 138 2.548400 2.264818 508 -3.3379 1 108 30 2 -6.1011 138 2.548167 2.264421 509 -3.3450 1 108 30 2 -6.1012 138 2.547721 2.264050 510 -3.3356 1 109 30 2 -6.1036 138 2.547095 2.263718 511 -3.3354 1 109 31 2 -6.1085 138 2.546340 2.263438 512 -3.3395 1 110 31 2 -6.1154 138 2.545518 2.263216 513 -3.3274 1 110 31 2 -6.1228 139 2.544695 2.263056 514 -3.3430 1 110 31 2 -6.1296 139 2.543938 2.262959 515 -3.3597 1 111 31 2 -6.1343 139 2.543305 2.262924 516 -3.3724 1 111 32 2 -6.1362 139 2.542846 2.262942 517 -3.3704 1 107 30 2 -6.1352 139 2.542598 2.263005 518 -3.3649 1 107 30 2 -6.1321 139 2.542585 2.263103 519 -3.3574 1 108 30 2 -6.1285 138 2.542802 2.263226 520 -3.3442 1 108 30 2 -6.1259 138 2.543238 2.263360 521 -3.3584 1 108 31 2 -6.1253 138 2.543857 2.263495 522 -3.3367 1 109 31 2 -6.1272 138 2.544623 2.263621 523 -3.3385 1 109 31 2 -6.1315 138 2.545477 2.263732 524 -3.3420 1 110 31 2 -6.1377 138 2.546359 2.263822 525 -3.3360 1 110 31 2 -6.1445 138 2.547203 2.263887 526 -3.3578 1 110 31 2 -6.1505 138 2.547945 2.263926 527 -3.3767 1 111 31 2 -6.1546 138 2.548541 2.263939 528 -3.3796 1 111 32 2 -6.1561 138 2.548940 2.263927 529 -3.3706 1 107 30 2 -6.1555 138 2.549117 2.263894 530 -3.3820 1 107 30 2 -6.1537 138 2.549055 2.263844 531 -3.3581 1 108 30 2 -6.1519 138 2.548761 2.263786 532 -3.3604 1 108 30 2 -6.1515 138 2.548255 2.263725 533 -3.3648 1 109 31 2 -6.1532 138 2.547569 2.263670 534 -3.3511 1 109 31 2 -6.1571 139 2.546760 2.263626 535 -3.3651 1 109 31 2 -6.1625 139 2.545877 2.263596 536 -3.3589 1 110 31 2 -6.1686 139 2.544997 2.263585 537 -3.3652 1 110 31 2 -6.1743 139 2.544179 2.263592 538 -3.3951 1 106 30 2 -6.1781 139 2.543490 2.263619 539 -3.4010 1 106 30 2 -6.1794 139 2.542974 2.263664 540 -3.3898 1 107 30 2 -6.1783 139 2.542676 2.263728 541 -3.3802 1 107 30 2 -6.1757 139 2.542618 2.263806 542 -3.3849 1 108 30 2 -6.1731 139 2.542804 2.263896 543 -3.3677 1 108 30 2 -6.1689 138 2.543220 2.263994 544 -3.3775 1 108 31 2 -6.1706 138 2.543837 2.264095 545 -3.3761 1 109 31 2 -6.1735 138 2.544610 2.264199 546 -3.3709 1 109 31 2 -6.1780 138 2.545483 2.264303 547 -3.3924 1 110 31 2 -6.1833 138 2.546391 2.264405 548 -3.3801 1 110 31 2 -6.1888 138 2.547268 2.264504 549 -3.3959 1 110 31 2 -6.1915 138 2.548053 2.264599 550 -3.4023 1 106 30 2 -6.1938 138 2.548686 2.264693 551 -3.4158 1 107 30 2 -6.1933 138 2.549120 2.264788 552 -3.3907 1 107 30 2 -6.1912 138 2.549325 2.264886 553 -3.3979 1 107 30 2 -6.1883 138 2.549278 2.264990 554 -3.3852 1 108 30 2 -6.1859 138 2.548982 2.265103 555 -3.3848 1 108 30 2 -6.1851 138 2.548455 2.265227 556 -3.3973 1 109 30 2 -6.1862 138 2.547739 2.265361 557 -3.3916 1 109 30 2 -6.1893 139 2.546881 2.265506 558 -3.4065 1 109 31 2 -6.1935 139 2.545947 2.265658 559 -3.4071 1 110 31 2 -6.1972 139 2.544995 2.265816 560 -3.4122 1 110 31 2 -6.1995 139 2.544098 2.265976 561 -3.4168 1 106 30 2 -6.1995 139 2.543322 2.266132 562 -3.4187 1 106 30 2 -6.1973 139 2.542720 2.266284 563 -3.4141 1 107 30 2 -6.1933 139 2.542338 2.266425 564 -3.4010 1 107 30 2 -6.1889 138 2.542205 2.266551 565 -3.4109 1 108 30 2 -6.1851 138 2.542329 2.266658 566 -3.3918 1 108 30 2 -6.1832 138 2.542698 2.266742 567 -3.4050 1 108 30 2 -6.1806 138 2.543292 2.266801 568 -3.4016 1 109 30 2 -6.1845 138 2.544053 2.266834 569 -3.4083 1 109 31 2 -6.1892 138 2.544933 2.266844 570 -3.4240 1 110 31 2 -6.1940 138 2.545861 2.266829 571 -3.4147 1 110 31 2 -6.1985 138 2.546773 2.266796 572 -3.4330 1 110 31 2 -6.1997 138 2.547601 2.266748 573 -3.4291 1 106 30 2 -6.2005 138 2.548293 2.266691 574 -3.4392 1 106 29 2 -6.1973 138 2.548799 2.266632 575 -3.4161 1 107 30 2 -6.1940 138 2.549079 2.266577 576 -3.4212 1 107 30 2 -6.1897 138 2.549114 2.266532 577 -3.4081 1 108 30 2 -6.1866 138 2.548899 2.266501 578 -3.4070 1 108 30 2 -6.1852 138 2.548454 2.266490 579 -3.4156 1 109 30 2 -6.1867 138 2.547809 2.266498 580 -3.4100 1 109 30 2 -6.1903 138 2.547018 2.266529 581 -3.4327 1 109 31 2 -6.1956 138 2.546132 2.266583 582 -3.4237 1 110 31 2 -6.2007 138 2.545214 2.266655 583 -3.4327 1 110 31 2 -6.2045 138 2.544330 2.266744 584 -3.4433 1 106 30 2 -6.2058 138 2.543541 2.266842 585 -3.4450 1 106 30 2 -6.2044 138 2.542908 2.266944 586 -3.4379 1 107 30 2 -6.2010 138 2.542472 2.267041 587 -3.4240 1 107 30 2 -6.1966 138 2.542263 2.267127 588 -3.4300 1 108 30 2 -6.1928 138 2.542297 2.267196 589 -3.4108 1 108 30 2 -6.1910 138 2.542563 2.267244 590 -3.4238 1 108 30 2 -6.1919 138 2.543037 2.267268 591 -3.4158 1 109 30 2 -6.1952 138 2.543680 2.267266 592 -3.4223 1 109 31 2 -6.1999 138 2.544441 2.267239 593 -3.4293 1 110 31 2 -6.2052 138 2.545264 2.267186 594 -3.4225 1 110 31 2 -6.2100 138 2.546094 2.267111 595 -3.4432 1 110 31 2 -6.2129 138 2.546866 2.267018 596 -3.4497 1 106 30 2 -6.2131 138 2.547525 2.266914 597 -3.4591 1 106 29 2 -6.2107 138 2.548015 2.266804 598 -3.4348 1 107 30 2 -6.2055 138 2.548306 2.266698 599 -3.4397 1 107 30 2 -6.2009 138 2.548379 2.266600 netfor: before 100 nfobl = 9 imsbl = 4 -5 -6 12 -13 -14 20 -21 -22 3 netfor: after 100 nfobl = 12 imsbl = 4 -5 -6 12 -13 -14 20 -21 -22 3 netfor: calling getfor4 idcur n imsbl(nn) 0 1 4 getfor: idcur n lface ima1 jma1 kma1 ima2 jma2 kma2 0 1 J 89 33 1 101 33 2 fpxloc,fpyloc,fpzloc 2.031128 0.4352978 0.0000000E+00 fvxloc,fvyloc,fvzloc -2.4709868E-07 -4.2143418E-07 0.0000000E+00 powloc,torloc 0.0000000E+00 0.0000000E+00 netfor: calling getfor4 idcur n imsbl(nn) 0 1 3 getfor: idcur n lface ima1 jma1 kma1 ima2 jma2 kma2 0 1 J 65 1 1 161 1 2 fpxloc,fpyloc,fpzloc -0.6420990 -0.3525601 0.0000000E+00 fvxloc,fvyloc,fvzloc -1.6247508E-03 2.1244409E-03 0.0000000E+00 powloc,torloc 0.0000000E+00 0.0000000E+00 600 -3.4231 1 108 30 2 -6.1979 138 2.548229 2.266515 checkpoint restart file output at iteration # 600 new restart file name markii.restart.new number of blocks: (nblks) = 1 new restart file name markii.restart.new number of blocks: (nblks) = 1 *** plot3d absolute output on unit 9 *** *** file markii.p3dabs *** plot3d relative output on unit 8 *** *** file markii.p3drel Approximate CPU Time Breakdown (Parallel Runs Only) --------------------------------------------------- TIMING INIT tinit 0.0000000000000000E+00 Initialization Time TIMING GRID tgrid 0.0000000000000000E+00 Grid Input Time TIMING COMM tcomm 0.0000000000000000E+00 Boundary Update Time TIMING SOLV tsolv 0.0000000000000000E+00 Flow Solver Time TIMING REST trest 0.0000000000000000E+00 Restart File Time TIMING OUT tout 0.0000000000000000E+00 Output file Time TIMING TOTAL tottim 0.0000000000000000E+00 processing completed execution normally terminated 558.7u 0.4s 9:33 97% 0+0k 78+109io 62pf+0w Finished at --> Fri Oct 1 16:24:28 EDT 1999