Began at --> Mon Jun 14 13:36:13 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 ----> ADPAC V1.0 adpac 3-d multiple-block euler/navier-stokes solver (a)dvanced (d)ucted (p)ropfan (a)nalysis (c)odes Serial/Parallel Production Code ADPAC V1.0 release date Feb., 1998 *************************************************** version V1.0 notes: ******************* Available turbulence models: Mixing-Length (algebraic) Baldwin-Lomax (algebraic) Spalart-Allmaras (1-Equation) Goldberg k-R (2-Equation) (wall functions are available) wall functions now ON in separated flow thermodynamic properties are for air with variable or constant gamma 2-d or 3-d mesh blocks supported serial/parallel from same source implicit algorithm is available FIXED B.C. is OK in parallel PINT B.C. is OK with multigrid/parallel 2-D and 3-D yield identical results (corrects previous diffs due to turbulence models) Other bug corections up to 2/02/98 EJH Searching Input File for ADPAC Case Name... ******************************************* data item identified --->CASENAME = wedge data item identified --->FCART = 1.000000 data item identified --->FMULTI = 1.000000 case name defined as : wedge multigrid level set as : 1 grid type set as : Cartesian Solution type is explicit: IIMPLIC = 0 1-Equation turbulence model is disabled: I1EQ = 0 2-Equation turbulence model is disabled: I2EQ = 0 ************************************************** begin grid input ************************************************** mesh file name: wedge.mesh *************** number of grids: (nblks) = 1 **************** grid block dimensions : *********************** block imx jmx kmx ----- --- --- --- 1 49 49 1 block/processor assignment information ************************************** Block/Processor Assignment file wedge.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 5000 5000 50 array sizes required for this mesh (No multi-grid) ********************************** nra3d (3-d array size) >= 5000 nra1d (1-d array size) >= 50 nbl2d (2-d block size) >= 2500 program array dimensions: ************************* nra3d (3-d array size) = 800000 nra1d (1-d array size) = 3200 nbl2d (2-d block size) = 80000 begin reading grid block coordinates ************************************ grid block 1 size 50 50 2 grid block 1 coordinates successfully read Block 1 is a 2-D Block ************************************************** begin flow input ************************************************** input file read on unit 5 *********************** data item identified --->CASENAME = wedge data item identified --->RMACH = 2.000000 data item identified --->DIAM = 1.000000 data item identified --->FINVVI = 0.0000000E+00 data item identified --->FCART = 1.000000 data item identified --->FMULTI = 1.000000 data item identified --->FFULMG = 0.0000000E+00 data item identified --->FNCMAX = 200.0000 inviscid flow calculation selected ********************************** 4-stage runge_kutta algorithm selected The following debug triggers have been enabled ********************************************** input file data *************** rm ( reference mach number ) = 2.0000 gamma ( specific heat ratio ) = 1.4000 cfl ( cfl number (+ time accurate ) = 5.0000 cflmax ( max cfl number time-step scheme) = 2.5000 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 ) = 0.5000 vis4 ( 4th order dissipation factor ) = 0.0156 fncmax ( maximum iterations ) = 200.0000 frest ( 1 = restart solution ) = 0.0000 save ( 1 = save solution ) = 1.0000 p3dprt ( 0 = no plot3d output ) = 1.0000 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 ) = 0.0000 ( 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 ftotsm ( 1 = post multigrid smoothing ) = 0.0000 epstot ( post multigrid smoothing coef. ) = 0.2000 iunint ( # it. for unsteady plot3d file ) = 0.0000 itimei ( #it between time step update ) = 1.0000 iturbi ( #it between turb. model update ) = 1.0000 iturbb ( #it before starting turb model ) = 10.0000 iturbf ( #it before freezing turb model ) = 0.0000 ibconf ( #it before freezing bound. cond) = 0.0000 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 ) = 0.0000 iimgsav( trigger for image capture ) = 0.0000 iimgint( #it between image captures ) = 0.0000 fcart ( 0 = Cylindrical, 1 = Cartesian ) = 1.0000 diam ( blade diameter (ft) ) = 1.0000 tref ( total temperature (deg. r) ) = 518.6700 pref ( total pressure (lbf/ft**2) ) = 2116.2200 rgas ( gas constant ((ft/s)**2/deg r) ) = 1716.2600 pr ( prandtl number ) = 0.7000 prt ( turbulent prandtl number ) = 0.9000 non-dimensional initial values calculated as: ******************************************** rho0 ( initial density ) = 0.2300 u0 ( initial axial velocity ) = 1.7638 v0 ( initial radial velocity ) = 0.0000 w0 ( initial theta velocity ) = 0.0000 ei0 ( initial internal energy ) = 2.9444 h0 ( initial enthalpy ) = 3.5000 p0 ( initial pressure ) = 0.1278 t0 ( initial temperature ) = 0.5556 dmu0 ( initial viscosity ) = 0.0000 dimensional reference values calculated as: ******************************************* rho0 ( density (slugs/ft**3) ) = 0.546897E-03 u0 ( axial velocity (ft/s) ) = 1664.16 v0 ( radial velocity (ft/s) ) = 0.000000E+00 w0 ( theta velocity (ft/s) ) = 0.000000E+00 ei0 ( static int.energy (ft-lbf/lbm) ) = 0.262106E+07 h0 ( static enthalpy (ft-lbf/lbm) ) = 0.311560E+07 p0 ( static pressure (lbf/ft**2) ) = 270.463 t0 ( static temperature(deg. r) ) = 288.150 dmu0 ( viscosity (lbf-s/ft**2)) = 0.228056E-06 values used for nondimensionalization: ************************************** rho ( density (slugs/ft**3) ) = 0.237731E-02 u ( axial velocity (ft/s) ) = 943.490 ei ( total int. energy (ft-lbf/lbm) ) = 890173. p ( total pressure (lbf/ft**2) ) = 2116.22 t ( total temperature (deg. r) ) = 518.670 dmu ( viscosity (lbf-s/ft**2 ) = 2.24297 omega ( rotational speed (rad/s) ) = 943.490 length ( length (ft) ) = 1.00000 time ( time (seconds) ) = 0.105990E-02 multigrid solution parameters specified as: ******************************************* nmulti ( number of multi-grid grid level) = 1 nsubit ( multigrid coarse grid subiterat) = 1 nfulmg ( full multigrid solution trigger) = 0 ncoag1 ( full multigrid initial level ) = 1 ncoag2 ( full multigrid final level ) = 2 nitfmg ( full multigrid coarse mesh iter) = 0 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 input data successfully entered ******************************* ************************************************** begin boundary data input ************************************************** Opening casename.boundata, file is wedge.boundata the inlet condition is commented out by being lower case inletg 1 1 I I P P J K 1 1 1 49 1 2 1 49 1 2 the lower wall is a slip surface SSIN 1 1 J J P P I K 1 1 1 49 1 2 1 49 1 2 b.c. data item identified --->SSIN the upper wall is also a slip surface SSIN 1 1 J J M M I K 49 49 1 49 1 2 1 49 1 2 b.c. data item identified --->SSIN the exit doesn't need to be set, but will be. the exit pressure is the ps/ptot ratio at the exit. EXITG 1 1 I I M M J K 49 49 1 49 1 2 1 49 1 2 b.c. data item identified --->EXITG PEXIT 0.200000 0.000000 0.000000 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 SSIN 1 1 J J P P I K 1 1 1 49 1 2 1 49 1 2 2 SSIN 1 1 J J M M I K 49 49 1 49 1 2 1 49 1 2 3 EXITG 1 1 I I M M J K 49 49 1 49 1 2 1 49 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 1.00001 45 34 2 1.00055 37 2 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 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 ------ --------- --- --- --- --- --------- ----- -------------- ------------ 1 -1.2662 1 46 2 2 -3.8542 2304 0.000000 22.102468 2 -1.3936 1 48 2 2 -3.9372 2304 0.000000 22.272692 3 -1.4230 1 47 4 2 -3.8925 2304 0.000000 22.509150 4 -1.3541 1 48 4 2 -3.8090 2304 0.000000 22.819654 5 -1.4306 1 48 7 2 -3.8370 2304 0.000000 23.164852 6 -1.4216 1 48 8 2 -3.8274 2304 0.000000 23.497522 7 -1.4186 1 48 10 2 -3.8012 2304 0.000000 23.794537 8 -1.4126 1 48 12 2 -3.8133 2304 0.000000 24.077541 9 -1.4073 1 48 14 2 -3.8051 2304 0.000000 24.390331 10 -1.4040 1 48 16 2 -3.8051 2304 0.000000 24.745760 11 -1.4019 1 48 18 2 -3.8150 2304 0.000000 25.116192 12 -1.4015 1 48 20 2 -3.8161 2304 0.000000 25.463919 13 -1.4041 1 48 22 2 -3.8258 2304 0.000000 25.778425 14 -1.4106 1 48 24 2 -3.8412 2304 0.000000 26.077442 15 -1.4210 1 48 27 2 -3.8540 2304 0.000000 26.373634 16 -1.4313 1 48 29 2 -3.8764 2304 0.000000 26.644314 17 -1.4489 1 48 31 2 -3.8988 2304 0.000000 26.849665 18 -1.4550 1 48 26 2 -3.9250 2304 0.000000 26.967346 19 -1.4574 1 48 28 2 -3.9593 2304 0.000000 27.015574 20 -1.4690 1 48 30 2 -3.9949 2304 0.000000 27.039095 21 -1.4933 1 48 32 2 -4.0353 2304 0.000000 27.076488 22 -1.5325 1 48 33 2 -4.0813 2304 0.000000 27.141413 23 -1.5856 1 48 35 2 -4.1262 2304 0.000000 27.226770 24 -1.6644 1 48 37 2 -4.1762 2304 0.000000 27.318449 25 -1.7217 1 48 32 2 -4.2255 2304 0.000000 27.404154 26 -1.8063 1 48 34 2 -4.2722 2304 0.000000 27.474142 27 -1.7538 1 49 49 2 -4.3202 2304 0.000000 27.523621 28 -1.7247 1 49 49 2 -4.3624 2304 0.000000 27.558558 29 -1.7339 1 49 49 2 -4.3998 2304 0.000000 27.594872 30 -1.7738 1 49 49 2 -4.4364 2304 0.000000 27.648954 31 -1.7773 1 47 49 2 -4.4717 2304 0.000000 27.724464 32 -1.7789 1 47 49 2 -4.5171 2304 0.000000 27.808203 33 -1.8427 1 47 49 2 -4.5661 2304 0.000000 27.881540 34 -1.9579 1 47 49 2 -4.5988 2304 0.000000 27.936415 35 -1.9495 1 45 49 2 -4.6144 2304 0.000000 27.980934 36 -1.9312 1 45 49 2 -4.6354 2304 0.000000 28.030518 37 -1.9610 1 45 49 2 -4.6764 2304 0.000000 28.093643 38 -2.0332 1 49 44 2 -4.7197 2304 0.000000 28.165627 39 -2.1106 1 48 45 2 -4.7409 2304 0.000000 28.234060 40 -2.0598 1 47 45 2 -4.7529 2304 0.000000 28.289877 41 -2.0692 1 48 44 2 -4.7844 2304 0.000000 28.333805 42 -2.1561 1 47 45 2 -4.8362 2304 0.000000 28.373947 43 -2.2441 1 47 45 2 -4.8758 2304 0.000000 28.418440 44 -2.1918 1 46 45 2 -4.8894 2304 0.000000 28.469326 45 -2.1862 1 46 45 2 -4.9037 2304 0.000000 28.522127 46 -2.2172 1 49 40 2 -4.9377 2304 0.000000 28.570297 47 -2.2624 1 49 40 2 -4.9848 2304 0.000000 28.611301 48 -2.3009 1 48 41 2 -5.0221 2304 0.000000 28.648466 49 -2.3040 1 48 41 2 -5.0458 2304 0.000000 28.687836 50 -2.2939 1 48 41 2 -5.0697 2304 0.000000 28.732677 51 -2.2996 1 48 41 2 -5.0993 2304 0.000000 28.780251 52 -2.3390 1 48 41 2 -5.1335 2304 0.000000 28.824188 53 -2.4202 1 48 40 2 -5.1683 2304 0.000000 28.860550 54 -2.4736 1 48 40 2 -5.1965 2304 0.000000 28.891405 55 -2.5297 1 48 40 2 -5.2158 2304 0.000000 28.922325 56 -2.5403 1 47 42 2 -5.2398 2304 0.000000 28.956776 57 -2.5683 1 48 39 2 -5.2794 2304 0.000000 28.992651 58 -2.5632 1 48 39 2 -5.3272 2304 0.000000 29.025431 59 -2.5976 1 48 39 2 -5.3660 2304 0.000000 29.052881 60 -2.6637 1 48 39 2 -5.3935 2304 0.000000 29.076588 61 -2.6988 1 48 38 2 -5.4206 2304 0.000000 29.100111 62 -2.7207 1 48 38 2 -5.4538 2304 0.000000 29.124821 63 -2.7429 1 48 38 2 -5.4932 2304 0.000000 29.148949 64 -2.7940 1 48 38 2 -5.5353 2304 0.000000 29.169943 65 -2.8867 1 48 38 2 -5.5745 2304 0.000000 29.186804 66 -2.9796 1 47 40 2 -5.6076 2304 0.000000 29.201065 67 -2.9918 1 47 40 2 -5.6349 2304 0.000000 29.215185 68 -3.0588 1 47 40 2 -5.6657 2304 0.000000 29.230227 69 -3.1273 1 48 43 2 -5.7036 2304 0.000000 29.245060 70 -3.1359 1 48 43 2 -5.7401 2304 0.000000 29.257519 71 -3.1748 1 48 43 2 -5.7755 2304 0.000000 29.266428 72 -3.2161 1 48 42 2 -5.8108 2304 0.000000 29.272657 73 -3.2195 1 46 43 2 -5.8416 2304 0.000000 29.278116 74 -3.2485 1 49 47 2 -5.8641 2304 0.000000 29.284029 75 -3.2592 1 49 46 2 -5.8859 2304 0.000000 29.289892 76 -3.3004 1 45 45 2 -5.9112 2304 0.000000 29.294348 77 -3.3272 1 45 45 2 -5.9390 2304 0.000000 29.296608 78 -3.3462 1 47 40 2 -5.9708 2304 0.000000 29.297228 79 -3.3376 1 47 40 2 -6.0050 2304 0.000000 29.297453 80 -3.3411 1 47 40 2 -6.0318 2304 0.000000 29.297947 81 -3.3689 1 47 40 2 -6.0500 2304 0.000000 29.298321 82 -3.4283 1 47 40 2 -6.0713 2304 0.000000 29.297749 83 -3.4884 1 46 42 2 -6.0969 2304 0.000000 29.296061 84 -3.5942 1 46 42 2 -6.1261 2304 0.000000 29.293924 85 -3.6481 1 48 37 2 -6.1542 2304 0.000000 29.292229 86 -3.6634 1 48 37 2 -6.1743 2304 0.000000 29.291212 87 -3.6675 1 44 47 2 -6.1916 2304 0.000000 29.290312 88 -3.6090 1 47 44 2 -6.2084 2304 0.000000 29.288857 89 -3.6353 1 47 43 2 -6.2284 2304 0.000000 29.286737 90 -3.7411 1 45 45 2 -6.2483 2304 0.000000 29.284494 91 -3.7629 1 48 40 2 -6.2706 2304 0.000000 29.282825 92 -3.7986 1 48 47 2 -6.3029 2304 0.000000 29.281973 93 -3.8905 1 48 47 2 -6.3389 2304 0.000000 29.281649 94 -3.8765 1 45 44 2 -6.3742 2304 0.000000 29.281376 95 -3.8245 1 45 44 2 -6.3989 2304 0.000000 29.280996 96 -3.8337 1 46 42 2 -6.4120 2304 0.000000 29.280661 97 -3.9188 1 46 42 2 -6.4231 2304 0.000000 29.280630 98 -3.9861 1 43 48 2 -6.4432 2304 0.000000 29.280949 99 -3.9806 1 42 48 2 -6.4710 2304 0.000000 29.281424 100 -3.9751 1 44 47 2 -6.4950 2304 0.000000 29.281822 checkpoint restart file output at iteration # 100 new restart file name wedge.restart.new number of blocks: (nblks) = 1 101 -3.9708 1 44 47 2 -6.5224 2304 0.000000 29.282103 102 -4.0526 1 44 47 2 -6.5495 2304 0.000000 29.282387 103 -4.1052 1 44 47 2 -6.5709 2304 0.000000 29.282820 104 -4.0853 1 44 47 2 -6.5925 2304 0.000000 29.283375 105 -4.0967 1 44 47 2 -6.6156 2304 0.000000 29.283886 106 -4.2447 1 44 47 2 -6.6443 2304 0.000000 29.284155 107 -4.2957 1 45 44 2 -6.6737 2304 0.000000 29.284128 108 -4.3709 1 45 44 2 -6.6967 2304 0.000000 29.283928 109 -4.3816 1 42 46 2 -6.7113 2304 0.000000 29.283768 110 -4.2990 1 42 48 2 -6.7191 2304 0.000000 29.283710 111 -4.2147 1 42 48 2 -6.7265 2304 0.000000 29.283686 112 -4.2127 1 42 48 2 -6.7340 2304 0.000000 29.283550 113 -4.2850 1 42 48 2 -6.7400 2304 0.000000 29.283249 114 -4.3440 1 43 48 2 -6.7590 2304 0.000000 29.282864 115 -4.3728 1 43 48 2 -6.7905 2304 0.000000 29.282543 116 -4.4386 1 45 47 2 -6.8158 2304 0.000000 29.282354 117 -4.3359 1 44 47 2 -6.8461 2304 0.000000 29.282244 118 -4.3579 1 44 47 2 -6.8769 2304 0.000000 29.282166 119 -4.5893 1 44 47 2 -6.8948 2304 0.000000 29.282063 120 -4.5766 1 45 47 2 -6.9121 2304 0.000000 29.281981 121 -4.5845 1 45 47 2 -6.9271 2304 0.000000 29.281973 122 -4.6156 1 48 44 2 -6.9413 2304 0.000000 29.282047 123 -4.6925 1 37 16 2 -6.9526 2304 0.000000 29.282146 124 -4.6253 1 42 48 2 -6.9573 2304 0.000000 29.282227 125 -4.6048 1 44 49 2 -6.9676 2304 0.000000 29.282297 126 -4.6565 1 44 49 2 -6.9838 2304 0.000000 29.282381 127 -4.6995 1 42 48 2 -6.9995 2304 0.000000 29.282511 128 -4.7031 1 41 44 2 -7.0165 2304 0.000000 29.282694 129 -4.7152 1 44 47 2 -7.0322 2304 0.000000 29.282860 130 -4.6768 1 44 47 2 -7.0453 2304 0.000000 29.282965 131 -4.7407 1 39 12 2 -7.0586 2304 0.000000 29.283005 132 -4.7555 1 43 48 2 -7.0711 2304 0.000000 29.283010 133 -4.8122 1 37 12 2 -7.0885 2304 0.000000 29.283022 134 -4.8014 1 44 3 2 -7.1069 2304 0.000000 29.283068 135 -4.8346 1 45 2 2 -7.1207 2304 0.000000 29.283110 136 -4.8774 1 41 26 2 -7.1379 2304 0.000000 29.283104 137 -4.8851 1 33 28 2 -7.1515 2304 0.000000 29.283049 138 -4.8606 1 39 5 2 -7.1630 2304 0.000000 29.282972 139 -4.8898 1 45 49 2 -7.1802 2304 0.000000 29.282934 140 -4.9392 1 37 26 2 -7.1901 2304 0.000000 29.282913 141 -4.9536 1 46 47 2 -7.1980 2304 0.000000 29.282881 142 -4.9592 1 40 7 2 -7.2142 2304 0.000000 29.282814 143 -4.9759 1 42 10 2 -7.2243 2304 0.000000 29.282721 144 -4.9820 1 33 26 2 -7.2314 2304 0.000000 29.282667 145 -4.9617 1 43 48 2 -7.2453 2304 0.000000 29.282660 146 -4.9793 1 41 9 2 -7.2515 2304 0.000000 29.282705 147 -4.9376 1 43 3 2 -7.2552 2304 0.000000 29.282736 148 -4.9394 1 43 3 2 -7.2669 2304 0.000000 29.282719 149 -4.9217 1 41 3 2 -7.2780 2304 0.000000 29.282686 150 -4.9401 1 41 3 2 -7.2903 2304 0.000000 29.282671 151 -4.9488 1 42 3 2 -7.3109 2304 0.000000 29.282701 152 -4.9848 1 39 3 2 -7.3344 2304 0.000000 29.282749 153 -5.0177 1 40 3 2 -7.3490 2304 0.000000 29.282789 154 -5.0180 1 40 4 2 -7.3583 2304 0.000000 29.282793 155 -5.0590 1 37 4 2 -7.3688 2304 0.000000 29.282785 156 -5.0564 1 38 4 2 -7.3752 2304 0.000000 29.282795 157 -5.0913 1 40 39 2 -7.3808 2304 0.000000 29.282820 158 -5.1250 1 33 3 2 -7.3911 2304 0.000000 29.282862 159 -5.1361 1 27 3 2 -7.4014 2304 0.000000 29.282875 160 -5.1306 1 39 38 2 -7.4106 2304 0.000000 29.282858 161 -5.1637 1 40 39 2 -7.4231 2304 0.000000 29.282827 162 -5.1897 1 38 37 2 -7.4342 2304 0.000000 29.282812 163 -5.1993 1 40 41 2 -7.4436 2304 0.000000 29.282822 164 -5.2041 1 39 38 2 -7.4546 2304 0.000000 29.282843 165 -5.2355 1 37 36 2 -7.4640 2304 0.000000 29.282846 166 -5.1934 1 38 36 2 -7.4743 2304 0.000000 29.282831 167 -5.1814 1 38 37 2 -7.4860 2304 0.000000 29.282795 168 -5.2133 1 39 38 2 -7.4948 2304 0.000000 29.282770 169 -5.2067 1 38 35 2 -7.5064 2304 0.000000 29.282774 170 -5.1775 1 38 36 2 -7.5196 2304 0.000000 29.282791 171 -5.2208 1 38 37 2 -7.5289 2304 0.000000 29.282785 172 -5.2252 1 38 13 2 -7.5388 2304 0.000000 29.282782 173 -5.2575 1 37 35 2 -7.5500 2304 0.000000 29.282757 174 -5.2807 1 39 14 2 -7.5589 2304 0.000000 29.282743 175 -5.2793 1 37 13 2 -7.5686 2304 0.000000 29.282753 176 -5.2602 1 37 34 2 -7.5795 2304 0.000000 29.282766 177 -5.2912 1 37 35 2 -7.5882 2304 0.000000 29.282776 178 -5.2971 1 38 35 2 -7.5974 2304 0.000000 29.282782 179 -5.3038 1 36 33 2 -7.6066 2304 0.000000 29.282778 180 -5.3118 1 37 34 2 -7.6138 2304 0.000000 29.282784 181 -5.3155 1 37 35 2 -7.6219 2304 0.000000 29.282784 182 -5.3285 1 36 32 2 -7.6315 2304 0.000000 29.282795 183 -5.3604 1 38 37 2 -7.6404 2304 0.000000 29.282803 184 -5.3141 1 35 30 2 -7.6489 2304 0.000000 29.282806 185 -5.3202 1 35 31 2 -7.6589 2304 0.000000 29.282803 186 -5.3596 1 36 31 2 -7.6677 2304 0.000000 29.282812 187 -5.3645 1 34 29 2 -7.6773 2304 0.000000 29.282808 188 -5.3627 1 35 30 2 -7.6878 2304 0.000000 29.282808 189 -5.3830 1 35 31 2 -7.6970 2304 0.000000 29.282810 190 -5.3958 1 34 28 2 -7.7051 2304 0.000000 29.282803 191 -5.3914 1 34 29 2 -7.7137 2304 0.000000 29.282804 192 -5.4227 1 39 29 2 -7.7213 2304 0.000000 29.282797 193 -5.4068 1 33 27 2 -7.7291 2304 0.000000 29.282795 194 -5.4127 1 33 28 2 -7.7376 2304 0.000000 29.282797 195 -5.3988 1 34 29 2 -7.7462 2304 0.000000 29.282793 196 -5.4051 1 35 22 2 -7.7557 2304 0.000000 29.282787 197 -5.4272 1 36 22 2 -7.7654 2304 0.000000 29.282787 198 -5.4340 1 36 23 2 -7.7745 2304 0.000000 29.282784 199 -5.4427 1 34 29 2 -7.7834 2304 0.000000 29.282789 200 -5.4571 1 35 22 2 -7.7930 2304 0.000000 29.282797 checkpoint restart file output at iteration # 200 new restart file name wedge.restart.new number of blocks: (nblks) = 1 new restart file name wedge.restart.new number of blocks: (nblks) = 1 *** plot3d absolute output on unit 9 *** *** file wedge.p3dabs *** plot3d relative output on unit 8 *** *** file wedge.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 46.0u 0.5s 0:54 85% 0+0k 194+39io 126pf+0w Finished at --> Mon Jun 14 13:37:11 EDT 1999