test_2instances/ 0000755 0002502 0002734 00000000000 13434263232 013150 5 ustar lzhang cmla test_2instances/fluid2/ 0000755 0002502 0002734 00000000000 13434243214 014333 5 ustar lzhang cmla test_2instances/fluid2/RESU/ 0000755 0002502 0002734 00000000000 13434243214 015111 5 ustar lzhang cmla test_2instances/fluid2/DATA/ 0000755 0002502 0002734 00000000000 13434244702 015047 5 ustar lzhang cmla test_2instances/fluid2/DATA/SaturneGUI 0000755 0002502 0002734 00000000266 13434243213 016763 0 ustar lzhang cmla #!/bin/bash
# Ensure the correct command is found:
export PATH="/home/lzhang/Code_Saturne/5.0.8/code_saturne-5.0.8/arch/Linux_x86_64/bin":$PATH
# Run command:
\code_saturne gui $@
test_2instances/fluid2/DATA/tuto_viv.xml 0000644 0002502 0002734 00000020442 13434244577 017464 0 ustar lzhang cmla
10
0
0.1
wall2
front2
left2
right2
back2
1
0.004
c11=0;
c22=0;
c33=0;
c12=0;
c13=0;
c23=0;
c21=0;
c31=0;
c32=0;
0
0
0
fx = 0;
fy = fluid_fy;
fz = 0;
0
0
0
0
0.0001
0
mstar = 3.3;
rho = 1000;
d = 0.025;
L = 0.005;
m = mstar*0.5*rho*d^2*L;
m11=1;
m22=m*4;
m33=1;
m12=0;
m13=0;
m23=0;
m21=0;
m31=0;
m32=0;
kstar = 12.02;
rho = 1000;
Uinf = 0.004;
d = 0.025;
L = 0.005;
k = kstar*0.5*rho*Uinf^2*L;
k11=1;
k22=k;
k33=1;
k12=0;
k13=0;
k23=0;
k21=0;
k31=0;
k32=0;
standard
1
1
0
1000
0.001
1017.24
0.02495
0
0
0
0
0
0
all[]
0.5
0
0
R = 0.025;
xr2 = R^2;
xcen = 0.;
ycen = 0.;
xray2 = (x-xcen)^2 + (y-ycen)^2;
mesh_viscosity_1 = 1;
if (xray2 < xr2) mesh_viscosity_1 = 1e10;
1e-08
20
2
101325
293.15
1
velocity[0] = 0.004;
velocity[1] = 0.;
velocity[2] = 0.;
2
1
1
test_2instances/fluid2/DATA/REFERENCE/ 0000755 0002502 0002734 00000000000 13434243213 016341 5 ustar lzhang cmla test_2instances/fluid2/DATA/REFERENCE/dp_FCP.xml 0000644 0002502 0002734 00000014107 13434243213 020161 0 ustar lzhang cmla
2.5e-05
automatic
76.65
5.16
9.9
0
0
100.
0.
0.
0.
0.
3e+07
dry_ash_free
0
1800
1200
0
6.21
0
0
0.37
0.74
370000
1.3e+13
74000
250000
0.5
0.5
17.88
16.55
1.1
0.015
0.8
0.2
1.0
unused
1
0
1
1
0
1
1
0
1
1
0
1
1
0
1
1
0
1
1
0
1
1
0
1
1
3.76
0
0
volumic_percent
0.1
test_2instances/fluid2/DATA/REFERENCE/dp_FUE 0000644 0002502 0002734 00000006170 13434243213 017372 0 ustar lzhang cmla THERMOCHIMIE
13 Nb especes courantes
15 Nb de points de tabulation ENTH-TEMP
ESPECES COURANTES
CH4 C2H4 CO H2S H2 HCN NH3 O2 CO2 H2O SO2 N2 C(S)
298. Tmin
3798. Tmax
5 Nb especes elementaires / Composition C,H,O,N,S
.012 1 2 1 0 0 1 0 0 1 0 0 0 1
.001 4 4 0 2 2 1 3 0 0 2 0 0 0
.016 0 0 1 0 0 0 0 2 2 1 2 0 0
.014 0 0 0 0 0 1 1 0 0 0 0 2 0
.032 0 0 0 1 0 0 0 0 0 0 1 0 0
RAYONNEMENT
0.1 Coeff absorption pour le melange gazeux constant
CARACTERISTIQUES FUEL
3 Nb de classes
10.E-6 25.E-6 50.E-6 Diametre (m)
84.67 Composition C (%) sur sec
13.79 Composition H (%) sur sec
0.50 Composition O (%) sur sec
0.05 Composition S (%) sur sec
40467310. PCI (J/kg) sur pur (0) sur sec 1
1800. CP moyen du fuel (J/kg/K)
844. Masse volumique (kg/m3)
Coke
100. Composition C (%) sur pur
0. Composition H (%) sur pur
0. Composition O (%) sur pur
0. Composition S (%) sur pur
7.77 PCI sur sec (J/kg)
0.2 FKC (rf 0.2)
423. TEMP debut evaporation (K)
723. TEMP fin evaporation (K)
Parametres de combustion heterogene (modele a sphere retrecissante)
17.88 Constante pre-exponentielle (kg/m2/s/atm)
16.55 Energie d'activation (kcal/mol)
1 Ordre de la reaction 0.5 si = 0 1 si = 1
CARACTERISTIQUES OXYDANTS (O2,N2,H2O,CO2)
1
1. 0. 1.
3.73 0. 0.
0. 0. 0.
0. 1. 0.
test_2instances/fluid2/DATA/REFERENCE/dp_ELE 0000644 0002502 0002734 00000066120 13434243213 017361 0 ustar lzhang cmla # Physial property definitions for Code_Saturne electric arcs module (c) EDF 2017
# Comment lines must not be removed (their number is fixed)
#
# Argon properties
#
# Number of gas species NGAZG and Nb points NPO (file contains NGAZG blocks of NPO lines each)
# NGAZG NPO
1 249
#
# Radiation: IXKABE = 0 -> XKABEL read but not used
# IXKABE = 1 -> XKABEL represents the absorption coefficient
# IXKABE = 2 -> XKABEL is the radiative source term, in W/m3
#
0
#
# Properties
# T H ROEL CPEL SIGEL VISEL XLABEL XKABEL
# Temperature Enthalpy Density Specific heat Electrical Dynamic Thermal Absorption
# massique conductivity viscosity conductivity coefficient
# K J/kg kg/m3 J/(kg K) Ohm/m kg/(m s) W/(m K) -
#
300.00 14000. 1.6225 520.33 0.13214E-03 0.34224E-04 0.26712E-01 0.0000
400.00 65800. 1.2169 520.33 0.13214E-03 0.34224E-04 0.26712E-01 0.0000
500.00 0.11699E+06 0.97353 520.33 0.13214E-03 0.34224E-04 0.26712E-01 0.0000
600.00 0.16905E+06 0.81121 520.63 0.13214E-03 0.39245E-04 0.30631E-01 0.0000
700.00 0.22110E+06 0.69530 520.53 0.13214E-03 0.44858E-04 0.35011E-01 0.0000
800.00 0.27215E+06 0.60839 520.48 0.13214E-03 0.49742E-04 0.38823E-01 0.0000
900.00 0.31319E+06 0.54079 520.44 0.13214E-03 0.53921E-04 0.42085E-01 0.0000
1000.0 0.36524E+06 0.48672 520.41 0.13214E-03 0.57633E-04 0.44982E-01 0.0000
1100.0 0.41727E+06 0.44248 520.39 0.13214E-03 0.61076E-04 0.47669E-01 0.0000
1200.0 0.46931E+06 0.40561 520.38 0.13214E-03 0.64374E-04 0.50243E-01 0.0000
1300.0 0.52135E+06 0.37441 520.37 0.13214E-03 0.67598E-04 0.52760E-01 0.0000
1400.0 0.57339E+06 0.34767 520.36 0.13214E-03 0.70787E-04 0.55249E-01 0.0000
1500.0 0.62542E+06 0.32450 520.36 0.13214E-03 0.73960E-04 0.57725E-01 0.0000
1600.0 0.67746E+06 0.30422 520.35 0.13214E-03 0.77125E-04 0.60195E-01 0.0000
1700.0 0.72949E+06 0.28633 520.35 0.13214E-03 0.80284E-04 0.62661E-01 0.0000
1800.0 0.78152E+06 0.27042 520.34 0.13214E-03 0.83437E-04 0.65122E-01 0.0000
1900.0 0.83356E+06 0.25619 520.34 0.13214E-03 0.86582E-04 0.67576E-01 0.0000
2000.0 0.88559E+06 0.24338 520.34 0.13214E-03 0.89715E-04 0.70022E-01 0.0000
2100.0 0.93763E+06 0.23179 520.34 0.13214E-03 0.92834E-04 0.72456E-01 0.0000
2200.0 0.98966E+06 0.22126 520.34 0.13214E-03 0.95935E-04 0.74877E-01 0.0000
2300.0 0.10417E+07 0.21164 520.33 0.13214E-03 0.99017E-04 0.77282E-01 0.0000
2400.0 0.10937E+07 0.20282 520.33 0.13214E-03 0.10208E-03 0.79669E-01 0.0000
2500.0 0.11458E+07 0.19471 520.33 0.13214E-03 0.10511E-03 0.82038E-01 0.0000
2600.0 0.11978E+07 0.18722 520.33 0.13214E-03 0.10812E-03 0.84387E-01 0.0000
2700.0 0.12498E+07 0.18029 520.33 0.13214E-03 0.11110E-03 0.86714E-01 0.0000
2800.0 0.13019E+07 0.17385 520.33 0.13214E-03 0.11405E-03 0.89019E-01 0.0000
2900.0 0.13539E+07 0.16786 520.33 0.13214E-03 0.11698E-03 0.91301E-01 0.0000
3000.0 0.14059E+07 0.16226 520.33 0.13214E-03 0.11987E-03 0.93561E-01 3.00E-03
3100.0 0.14580E+07 0.15703 520.33 0.13214E-03 0.12274E-03 0.95798E-01 2.70E-02
3200.0 0.15100E+07 0.15212 520.33 0.30489E-03 0.12557E-03 0.98014E-01 4.30E-02
3300.0 0.15620E+07 0.14751 520.33 0.67299E-03 0.12837E-03 0.10021 5.50E-02
3400.0 0.16141E+07 0.14200 520.33 0.14257E-02 0.13114E-03 0.10240 6.70E-02
3500.0 0.16661E+07 0.13700 520.33 0.29073E-02 0.13389E-03 0.10458 8.10E-02
3600.0 0.17181E+07 0.13522 520.33 0.57210E-02 0.13660E-03 0.10679 1.00E-01
3700.0 0.17702E+07 0.13157 520.33 0.10891E-01 0.13928E-03 0.10904 1.28E-01
3800.0 0.18222E+07 0.12810 520.33 0.20098E-01 0.14193E-03 0.11140 1.67E-01
3900.0 0.18742E+07 0.12482 520.33 0.36037E-01 0.14455E-03 0.11395 2.23E-01
4000.0 0.19263E+07 0.12170 520.33 0.62885E-01 0.14715E-03 0.11682 3.00E-01
4100.0 0.19783E+07 0.11873 520.33 0.10700 0.14972E-03 0.12019 3.55E-01
4200.0 0.20303E+07 0.11590 520.33 0.17783 0.15226E-03 0.12435 4.10E-01
4300.0 0.20824E+07 0.11321 520.33 0.28904 0.15477E-03 0.12570 4.70E-01
4400.0 0.21344E+07 0.11064 520.34 0.46013 0.15726E-03 0.12680 5.40E-01
4500.0 0.21864E+07 0.10818 520.34 0.71816 0.15972E-03 0.12739 6.25E-01
4600.0 0.22385E+07 0.10583 520.35 1.1010 0.16216E-03 0.12853 7.30E-01
4700.0 0.22905E+07 0.10358 520.36 1.6587 0.16458E-03 0.12954 8.60E-01
4800.0 0.23425E+07 0.10142 520.38 2.4584 0.16697E-03 0.13019 1.03E+00
4900.0 0.23946E+07 0.99348E-01 520.41 3.5882 0.16934E-03 0.13175 1.27E+00
5000.0 0.24466E+07 0.97361E-01 520.50 5.1615 0.17169E-03 0.13200 1.80E+00
5100.0 0.24987E+07 0.95452E-01 520.50 7.0610 0.17402E-03 0.13604 2.300E+00
5200.0 0.25507E+07 0.93617E-01 520.57 9.7731 0.17632E-03 0.13793 2.800E+00
5300.0 0.26028E+07 0.91850E-01 520.66 13.321 0.17861E-03 0.13985 3.600E+00
5400.0 0.26549E+07 0.90149E-01 520.79 17.883 0.18088E-03 0.14179 4.500E+00
5500.0 0.27070E+07 0.88510E-01 520.95 23.647 0.18314E-03 0.14378 5.700E+00
5600.0 0.27591E+07 0.86930E-01 521.16 30.805 0.18537E-03 0.14582 7.400E+00
5700.0 0.28112E+07 0.85404E-01 521.43 39.542 0.18759E-03 0.14794 9.900E+00
5800.0 0.28634E+07 0.83932E-01 521.78 50.028 0.18979E-03 0.15015 14.000E+00
5900.0 0.29156E+07 0.82509E-01 522.21 62.412 0.19198E-03 0.15248 19.000E+00
6000.0 0.29679E+07 0.81133E-01 522.76 76.821 0.19415E-03 0.15494 26.000E+00
6100.0 0.30202E+07 0.79803E-01 523.44 93.364 0.19631E-03 0.15756 38.000E+00
6200.0 0.30727E+07 0.78515E-01 524.27 112.14 0.19845E-03 0.16037 58.000E+00
6300.0 0.31252E+07 0.77268E-01 525.29 133.24 0.20056E-03 0.16338 92.000E+00
6400.0 0.31779E+07 0.76059E-01 526.52 156.79 0.20270E-03 0.16663 1.550E+02
6500.0 0.32307E+07 0.74888E-01 528.01 182.90 0.20481E-03 0.17012 2.400E+02
6600.0 0.32836E+07 0.73752E-01 529.80 217.74 0.20690E-03 0.17388 4.000E+02
6700.0 0.33368E+07 0.72649E-01 531.93 243.48 0.20899E-03 0.17793 6.500E+02
6800.0 0.33903E+07 0.71578E-01 534.45 278.31 0.21106E-03 0.18229 1.100E+03
6900.0 0.34440E+07 0.70538E-01 537.42 316.44 0.21312E-03 0.18696 1.750E+03
7000.0 0.34981E+07 0.69527E-01 540.91 358.08 0.21517E-03 0.19199 2.630E+03
7100.0 0.35526E+07 0.68544E-01 544.98 403.42 0.21721E-03 0.19734 4.000E+03
7200.0 0.36076E+07 0.67587E-01 549.71 452.61 0.21925E-03 0.20308 6.000E+03
7300.0 0.36631E+07 0.66656E-01 555.18 505.79 0.22127E-03 0.20922 9.000E+03
7400.0 0.37192E+07 0.65749E-01 561.48 563.04 0.22328E-03 0.21578 1.400E+04
7500.0 0.37761E+07 0.64865E-01 568.59 624.40 0.22529E-03 0.22278 2.000E+04
7600.0 0.38338E+07 0.64003E-01 576.78 689.84 0.22729E-03 0.23026 2.900E+04
7700.0 0.38924E+07 0.63162E-01 585.87 759.30 0.22927E-03 0.23823 4.300E+04
7800.0 0.39520E+07 0.62342E-01 596.54 832.64 0.23125E-03 0.24675 6.100E+04
7900.0 0.40129E+07 0.61540E-01 608.40 909.72 0.23322E-03 0.25586 8.800E+04
8000.0 0.40750E+07 0.60757E-01 621.33 990.34 0.23518E-03 0.26555 0.124E+06
8100.0 0.41386E+07 0.59991E-01 636.55 1074.2 0.23713E-03 0.27592 0.180E+06
8200.0 0.42040E+07 0.59241E-01 653.19 1191.2 0.23906E-03 0.28698 0.250E+06
8300.0 0.42711E+07 0.58507E-01 671.70 1251.0 0.24099E-03 0.29878 0.340E+06
8400.0 0.43405E+07 0.57788E-01 693.15 1343.3 0.24290E-03 0.31142 0.470E+06
8500.0 0.44120E+07 0.57083E-01 715.15 1437.8 0.24480E-03 0.32480 0.640E+06
8600.0 0.44860E+07 0.56391E-01 740.24 1534.3 0.24668E-03 0.33902 0.870E+06
8700.0 0.45628E+07 0.55711E-01 767.84 1632.6 0.24855E-03 0.35411 1.200E+06
8800.0 0.46426E+07 0.55043E-01 798.13 1732.4 0.25040E-03 0.37011 1.700E+06
8900.0 0.47259E+07 0.54387E-01 833.59 1833.6 0.25222E-03 0.38722 2.100E+06
9000.0 0.48127E+07 0.53740E-01 867.85 1935.8 0.25402E-03 0.40512 2.770E+06
9100.0 0.49035E+07 0.53103E-01 907.33 2039.0 0.25579E-03 0.42400 3.700E+06
9200.0 0.49988E+07 0.52476E-01 953.81 2143.0 0.25754E-03 0.44416 4.800E+06
9300.0 0.50986E+07 0.51856E-01 997.24 2247.6 0.25924E-03 0.46510 6.200E+06
9400.0 0.52039E+07 0.51244E-01 1053.0 2352.8 0.26090E-03 0.48746 7.900E+06
9500.0 0.53141E+07 0.50639E-01 1102.7 2458.4 0.26252E-03 0.51052 1.050E+07
9600.0 0.54310E+07 0.50040E-01 1168.7 2564.3 0.26408E-03 0.53517 1.400E+07
9700.0 0.55535E+07 0.49447E-01 1225.4 2670.5 0.26559E-03 0.56042 1.700E+07
9800.0 0.56838E+07 0.48859E-01 1303.0 2776.9 0.26702E-03 0.58741 2.100E+07
9900.0 0.58206E+07 0.48276E-01 1367.1 2883.4 0.26838E-03 0.61489 2.600E+07
10000. 0.59663E+07 0.47696E-01 1457.7 2990.0 0.26965E-03 0.64428 3.170E+07
10100. 0.61193E+07 0.47120E-01 1529.4 3096.6 0.27083E-03 0.67400 3.900E+07
10200. 0.62827E+07 0.46546E-01 1634.5 3203.3 0.27189E-03 0.70582 4.800E+07
10300. 0.64560E+07 0.45975E-01 1733.3 3309.9 0.27284E-03 0.73894 5.800E+07
10400. 0.66376E+07 0.45406E-01 1816.1 3416.5 0.27365E-03 0.77204 7.100E+07
10500. 0.68323E+07 0.44838E-01 1946.9 3523.1 0.27431E-03 0.80759 8.500E+07
10600. 0.70389E+07 0.44271E-01 2065.6 3629.5 0.27481E-03 0.84446 1.010E+08
10700. 0.72548E+07 0.43704E-01 2159.1 3735.9 0.27514E-03 0.88084 1.300E+08
10800. 0.74868E+07 0.43137E-01 2319.8 3842.2 0.27527E-03 0.92007 1.600E+08
10900. 0.77328E+07 0.42570E-01 2460.3 3948.4 0.27519E-03 0.96057 1.800E+08
11000. 0.79937E+07 0.42003E-01 2608.7 4054.4 0.27489E-03 1.0023 2.010E+08
11100. 0.82650E+07 0.41434E-01 2725.2 4160.3 0.27435E-03 1.0428 2.400E+08
11200. 0.85572E+07 0.40864E-01 2922.1 4266.0 0.27355E-03 1.0867 2.800E+08
11300. 0.88666E+07 0.40293E-01 3094.1 4371.6 0.27248E-03 1.1317 3.250E+08
11400. 0.91940E+07 0.39720E-01 3274.5 4477.0 0.27113E-03 1.1779 3.700E+08
11500. 0.95326E+07 0.39145E-01 3455.4 4582.2 0.26947E-03 1.2217 4.250E+08
11600. 0.98976E+07 0.38568E-01 3650.3 4687.2 0.26751E-03 1.2696 4.810E+08
11700. 0.10283E+08 0.37990E-01 3854.8 4792.0 0.26524E-03 1.3184 5.420E+08
11800. 0.10690E+08 0.37410E-01 4067.6 4896.5 0.26265E-03 1.3680 6.120E+08
11900. 0.11119E+08 0.36828E-01 4288.4 5000.8 0.25973E-03 1.4183 6.860E+08
12000. 0.11558E+08 0.36243E-01 4504.2 5104.9 0.25646E-03 1.4650 7.670E+08
12100. 0.12032E+08 0.35658E-01 4739.2 5208.6 0.25289E-03 1.5162 8.500E+08
12200. 0.12530E+08 0.35072E-01 4981.2 5312.0 0.24900E-03 1.5679 9.500E+08
12300. 0.13053E+08 0.34485E-01 5229.8 5415.0 0.24480E-03 1.6198 1.100E+09
12400. 0.13602E+08 0.33897E-01 5484.1 5517.6 0.24030E-03 1.6719 1.300E+09
12500. 0.14176E+08 0.33310E-01 5743.6 5619.9 0.23552E-03 1.7239 1.400E+09
12600. 0.14777E+08 0.32723E-01 6007.3 5721.6 0.23048E-03 1.7758 1.500E+09
12700. 0.15383E+08 0.32134E-01 6204.5 5823.3 0.22516E-03 1.8220 1.600E+09
12800. 0.16036E+08 0.31549E-01 6525.2 5924.2 0.21966E-03 1.8729 1.700E+09
12900. 0.16715E+08 0.30967E-01 6794.2 6024.5 0.21396E-03 1.9230 1.800E+09
13000. 0.17421E+08 0.30387E-01 7062.5 6124.3 0.20811E-03 1.9722 1.914E+09
13100. 0.18154E+08 0.29810E-01 7328.6 6223.5 0.20212E-03 2.0203 2.030E+09
13200. 0.18913E+08 0.29238E-01 7590.7 6322.0 0.19603E-03 2.0870 2.180E+09
13300. 0.19698E+08 0.28672E-01 7846.9 6419.9 0.18988E-03 2.1122 2.330E+09
13400. 0.20507E+08 0.28111E-01 8095.2 6517.0 0.18368E-03 2.1556 2.480E+09
13500. 0.21341E+08 0.27556E-01 8333.6 6613.4 0.17748E-03 2.1970 2.640E+09
13600. 0.22197E+08 0.27010E-01 8559.9 6709.1 0.17130E-03 2.2362 2.800E+09
13700. 0.23040E+08 0.26466E-01 8750.6 6804.7 0.16504E-03 2.2684 2.950E+09
13800. 0.23935E+08 0.25936E-01 8953.9 6898.8 0.15897E-03 2.3028 3.110E+09
13900. 0.24848E+08 0.25416E-01 9132.1 6992.0 0.15300E-03 2.3345 3.250E+09
14000. 0.25777E+08 0.24906E-01 9289.8 7084.4 0.14715E-03 2.3633 3.396E+09
14100. 0.26720E+08 0.24408E-01 9425.2 7175.8 0.14145E-03 2.3892 3.530E+09
14200. 0.27674E+08 0.23922E-01 9536.4 7266.4 0.13591E-03 2.4121 3.670E+09
14300. 0.28636E+08 0.23443E-01 9622.0 7355.9 0.13054E-03 2.4320 3.810E+09
14400. 0.29604E+08 0.22987E-01 9680.8 7444.6 0.12536E-03 2.4488 3.930E+09
14500. 0.30575E+08 0.22539E-01 9711.8 7532.2 0.12038E-03 2.4625 4.070E+09
14600. 0.31546E+08 0.22105E-01 9714.5 7618.9 0.11561E-03 2.4733 4.190E+09
14700. 0.32515E+08 0.21685E-01 9688.8 7704.7 0.11105E-03 2.4813 4.310E+09
14800. 0.33479E+08 0.21279E-01 9634.8 7789.4 0.10670E-03 2.4866 4.430E+09
14900. 0.34434E+08 0.20887E-01 9553.1 7873.2 0.10257E-03 2.4894 4.530E+09
15000. 0.35379E+08 0.20510E-01 9444.7 7956.1 0.98656E-04 2.4899 4.635E+09
15100. 0.36310E+08 0.20147E-01 9311.1 8038.0 0.94960E-04 2.4884 4.720E+09
15200. 0.37225E+08 0.19797E-01 9153.8 8118.9 0.91476E-04 2.4851 4.810E+09
15300. 0.38123E+08 0.19462E-01 8974.8 8199.0 0.88201E-04 2.4803 4.890E+09
15400. 0.39000E+08 0.19140E-01 8776.2 8278.2 0.85131E-04 2.4742 4.970E+09
15500. 0.39856E+08 0.18432E-01 8560.5 8356.5 0.82258E-04 2.4671 5.030E+09
15600. 0.40689E+08 0.18537E-01 8330.2 8434.0 0.79577E-04 2.4593 5.100E+09
15700. 0.41498E+08 0.18254E-01 8087.6 8510.7 0.77081E-04 2.4511 5.160E+09
15800. 0.42282E+08 0.17984E-01 7835.3 8586.6 0.74762E-04 2.4427 5.210E+09
15900. 0.43039E+08 0.17725E-01 7576.0 8661.7 0.72613E-04 2.4343 5.260E+09
16000. 0.43770E+08 0.17477E-01 7311.9 8736.1 0.70625E-04 2.4262 5.309E+09
16100. 0.44475E+08 0.17241E-01 7045.3 8809.9 0.68791E-04 2.4186 5.350E+09
16200. 0.45153E+08 0.17014E-01 6778.3 8882.9 0.67103E-04 2.4116 5.390E+09
16300. 0.45804E+08 0.16798E-01 6512.9 8955.4 0.65553E-04 2.4054 5.410E+09
16400. 0.46429E+08 0.16590E-01 6250.7 9027.2 0.64134E-04 2.4000 5.440E+09
16500. 0.47028E+08 0.16392E-01 5993.3 9098.5 0.62838E-04 2.3958 5.450E+09
16600. 0.47603E+08 0.16202E-01 5742.1 9169.2 0.61657E-04 2.3926 5.470E+09
16700. 0.48152E+08 0.16020E-01 5498.1 9239.4 0.60585E-04 2.3906 5.490E+09
16800. 0.48679E+08 0.15845E-01 5262.1 9309.0 0.59616E-04 2.3898 5.500E+09
16900. 0.49182E+08 0.15677E-01 5035.3 9378.2 0.58741E-04 2.3902 5.510E+09
17000. 0.49664E+08 0.15516E-01 4817.8 9447.0 0.57957E-04 2.3920 5.533E+09
17100. 0.50125E+08 0.15361E-01 4610.4 9515.3 0.57255E-04 2.3950 5.540E+09
17200. 0.50566E+08 0.15211E-01 4413.2 9583.1 0.56632E-04 2.3993 5.550E+09
17300. 0.50989E+08 0.15068E-01 4226.5 9650.6 0.56081E-04 2.4048 5.560E+09
17400. 0.51394E+08 0.14929E-01 4050.3 9717.6 0.55597E-04 2.4116 5.580E+09
17500. 0.51782E+08 0.14795E-01 3884.6 9784.3 0.55177E-04 2.4197 5.590E+09
17600. 0.52155E+08 0.14666E-01 3729.5 9850.5 0.54815E-04 2.4288 5.600E+09
17700. 0.52514E+08 0.14540E-01 3584.8 9916.4 0.54506E-04 2.4392 5.610E+09
17800. 0.52859E+08 0.14419E-01 3450.3 9981.8 0.54248E-04 2.4506 5.630E+09
17900. 0.53191E+08 0.14301E-01 3325.8 10047. 0.54035E-04 2.4631 5.660E+09
18000. 0.53513E+08 0.14187E-01 3211.1 10111. 0.53865E-04 2.4767 5.687E+09
18100. 0.53823E+08 0.14076E-01 3106.1 10176. 0.53734E-04 2.4912 5.700E+09
18200. 0.54124E+08 0.13968E-01 3010.5 10240. 0.53639E-04 2.5066 5.750E+09
18300. 0.54417E+08 0.13863E-01 2924.0 10303. 0.53576E-04 2.5230 5.800E+09
18400. 0.54701E+08 0.13760E-01 2846.5 10366. 0.53543E-04 2.5402 5.840E+09
18500. 0.54979E+08 0.13660E-01 2777.7 10428. 0.53537E-04 2.5582 5.900E+09
18600. 0.55251E+08 0.13562E-01 2717.5 10490. 0.53554E-04 2.5769 5.940E+09
18700. 0.55517E+08 0.13466E-01 2665.7 10551. 0.53592E-04 2.5964 6.000E+09
18800. 0.55780E+08 0.13372E-01 2622.1 10612. 0.53649E-04 2.6166 6.090E+09
18900. 0.56038E+08 0.13280E-01 2586.5 10672. 0.53722E-04 2.6375 6.190E+09
19000. 0.56273E+08 0.13207E-01 2564.9 10728. 0.54238E-04 2.6584 6.292E+09
19100. 0.56526E+08 0.13118E-01 2535.3 10787. 0.54333E-04 2.6805 6.400E+09
19200. 0.56779E+08 0.13030E-01 2523.9 10845. 0.54437E-04 2.7031 6.600E+09
19300. 0.57031E+08 0.12944E-01 2520.1 10902. 0.54547E-04 2.7263 6.700E+09
19400. 0.57283E+08 0.12859E-01 2524.0 10958. 0.54662E-04 2.7499 6.900E+09
19500. 0.57537E+08 0.12775E-01 2535.8 11014. 0.54778E-04 2.7740 7.100E+09
19600. 0.57792E+08 0.12692E-01 2555.2 11068. 0.54893E-04 2.7986 7.300E+09
19700. 0.58050E+08 0.12610E-01 2582.5 11122. 0.55005E-04 2.8235 7.500E+09
19800. 0.58312E+08 0.12529E-01 2617.6 11174. 0.55113E-04 2.8489 7.700E+09
19900. 0.58578E+08 0.12448E-01 2660.6 11225. 0.55213E-04 2.8746 7.900E+09
20000. 0.58849E+08 0.12369E-01 2711.6 11275. 0.55304E-04 2.9006 8.102E+09
20100. 0.59126E+08 0.12289E-01 2770.7 11323. 0.55382E-04 2.9270 8.200E+09
20200. 0.59410E+08 0.12211E-01 2838.0 11371. 0.55447E-04 2.9536 8.500E+09
20300. 0.59702E+08 0.12132E-01 2913.6 11416. 0.55496E-04 2.9805 8.800E+09
20400. 0.60001E+08 0.12054E-01 2997.6 11460. 0.55527E-04 3.0076 9.000E+09
20500. 0.60310E+08 0.11977E-01 3090.1 11502. 0.55537E-04 3.0350 9.100E+09
20600. 0.60630E+08 0.11899E-01 3191.2 11543. 0.55525E-04 3.0626 9.400E+09
20700. 0.60960E+08 0.11822E-01 3301.1 11582. 0.55489E-04 3.0904 9.600E+09
20800. 0.61302E+08 0.11745E-01 3419.7 11619. 0.55428E-04 3.1183 9.900E+09
20900. 0.61656E+08 0.11667E-01 3547.2 11654. 0.55338E-04 3.1464 10.100E+09
21000. 0.62025E+08 0.11590E-01 3683.7 11687. 0.55219E-04 3.1747 10.500E+09
21100. 0.62408E+08 0.11513E-01 3829.0 11718. 0.55069E-04 3.2030 11.000E+09
21200. 0.62806E+08 0.11435E-01 3983.3 11746. 0.54888E-04 3.2315 11.500E+09
21300. 0.63221E+08 0.11357E-01 4146.5 11773. 0.54673E-04 3.2600 12.000E+09
21400. 0.63652E+08 0.11279E-01 4318.6 11797. 0.54424E-04 3.2886 12.500E+09
21500. 0.64102E+08 0.11201E-01 4499.4 11819. 0.54140E-04 3.3173 13.100E+09
21600. 0.64571E+08 0.11122E-01 4688.7 11838. 0.53820E-04 3.3460 13.600E+09
21700. 0.65060E+08 0.11043E-01 4886.5 11856. 0.53465E-04 3.3747 14.100E+09
21800. 0.65569E+08 0.10963E-01 5092.4 11871. 0.53074E-04 3.4035 14.600E+09
21900. 0.66100E+08 0.10883E-01 5306.2 11883. 0.52648E-04 3.4322 15.100E+09
22000. 0.66653E+08 0.10802E-01 5527.5 11893. 0.52186E-04 3.4610 15.600E+09
22100. 0.67228E+08 0.10721E-01 5755.9 11901. 0.51690E-04 3.4897 15.900E+09
22200. 0.67827E+08 0.10640E-01 5991.0 11907. 0.51160E-04 3.5185 16.200E+09
22300. 0.68450E+08 0.10558E-01 6232.2 11911. 0.50598E-04 3.5472 16.500E+09
22400. 0.69098E+08 0.10475E-01 6479.1 11912. 0.50005E-04 3.5758 16.810E+09
22500. 0.69771E+08 0.10392E-01 6730.9 11912. 0.49382E-04 3.6044 17.120E+09
22600. 0.70470E+08 0.10308E-01 6987.1 11909. 0.48732E-04 3.6330 17.420E+09
22700. 0.71195E+08 0.10224E-01 7246.8 11905. 0.48056E-04 3.6616 17.720E+09
22800. 0.71946E+08 0.10140E-01 7509.4 11899. 0.47357E-04 3.6900 18.030E+09
22900. 0.72723E+08 0.10055E-01 7774.1 11891. 0.46636E-04 3.7185 18.330E+09
23000. 0.73527E+08 0.99693E-02 8039.9 11882. 0.45896E-04 3.7468 18.635E+09
23100. 0.74358E+08 0.98835E-02 8305.9 11872. 0.45139E-04 3.7751 18.980E+09
23200. 0.75215E+08 0.97973E-02 8571.4 11860. 0.44368E-04 3.8034 19.320E+09
23300. 0.76059E+08 0.97200E-02 8800.0 11841. 0.43898E-04 3.8331 19.670E+09
23400. 0.76968E+08 0.96331E-02 9091.5 11828. 0.43100E-04 3.8613 20.010E+09
23500. 0.77903E+08 0.95460E-02 9349.5 11813. 0.42296E-04 3.8895 20.360E+09
23600. 0.78864E+08 0.94588E-02 9600.0 11798. 0.41487E-04 3.9176 20.710E+09
23700. 0.79849E+08 0.93716E-02 9850.9 11783. 0.40676E-04 3.9456 21.050E+09
23800. 0.80858E+08 0.92844E-02 10092. 11767. 0.39864E-04 3.9736 21.400E+09
23900. 0.81891E+08 0.91973E-02 10327. 11751. 0.39055E-04 4.0016 21.750E+09
24000. 0.82946E+08 0.91103E-02 10553. 11735. 0.38500E-04 4.0294 22.094E+09
25000. 0.95072E+08 0.74700E-02 13700. 11650. 0.38000E-04 4.2500 26.013E+09
26000. 0.10967E+09 0.68100E-02 15500. 11600. 0.38000E-04 4.5000 30.432E+09
27000. 0.12492E+09 0.62000E-02 15000. 11650. 0.38000E-04 4.7500 35.391E+09
28000. 0.13892E+09 0.58200E-02 13000. 11700. 0.38000E-04 5.0000 40.932E+09
29000. 0.15062E+09 0.54400E-02 10400. 11750. 0.38000E-04 5.2500 47.100E+09
30000. 0.16072E+09 0.50000E-02 9800. 11850. 0.38000E-04 5.5000 53.941E+09
31000. 0.17062E+09 0.43600E-02 10000. 11950. 0.38000E-04 5.7500 61.501E+09
32000. 0.18102E+09 0.38900E-02 10800. 12050. 0.38000E-04 6.0000 69.829E+09
33000. 0.19247E+09 0.36100E-02 12100. 12150. 0.38000E-04 6.2500 78.975E+09
34000. 0.20537E+09 0.34700E-02 13700. 12250. 0.38000E-04 6.5000 88.992E+09
35000. 0.22037E+09 0.33700E-02 16300. 12300. 0.38000E-04 6.7500 99.932E+09
test_2instances/fluid2/DATA/REFERENCE/cs_user_scripts.py 0000644 0002502 0002734 00000020421 13434243213 022124 0 ustar lzhang cmla #!/usr/bin/env python
#-------------------------------------------------------------------------------
# This file is part of Code_Saturne, a general-purpose CFD tool.
#
# Copyright (C) 1998-2018 EDF S.A.
#
# This program is free software; you can redistribute it and/or modify it under
# the terms of the GNU General Public License as published by the Free Software
# Foundation; either version 2 of the License, or (at your option) any later
# version.
#
# This program is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
# FOR A PARTICULAR PURPOSE. See the GNU General Public License for more
# details.
#
# You should have received a copy of the GNU General Public License along with
# this program; if not, write to the Free Software Foundation, Inc., 51 Franklin
# Street, Fifth Floor, Boston, MA 02110-1301, USA.
#-------------------------------------------------------------------------------
import os
#===============================================================================
# Local functions
#===============================================================================
def domain_auto_restart(domain, n_add):
"""
Select latest valid checkpoint for restart, and
create control_file to add n_add time steps.
"""
from cs_exec_environment import get_command_output
results_dir = os.path.abspath(os.path.join(self.result_dir, '..'))
results = os.listdir(results_dir)
results.sort(reverse=True)
for r in results:
m = os.path.join(results_dir, r, 'checkpoint', 'main')
if os.path.isfile(m):
try:
cmd = self.package.get_io_dump()
cmd += ' --section nbre_pas_de_temps --extract ' + m
res = get_command_output(cmd)
n_steps = int(get_command_output(cmd))
except Exception:
print('checkpoint of result: ' + r + ' does not seem usable')
continue
info_line = 'Restart from iterations ' + str(n_steps)
n_steps += n_add
info_line += ' to ' + str(n_steps)
print(info_line)
f = open(os.path.join(self.exec_dir, 'control_file'), 'w')
l = ['#Target number of time steps, determined by script\n',
str(n_steps)]
f.writelines(l)
f.close()
domain.restart_input = os.path.join('RESU',
r,
'checkpoint')
print('using ' + domain.restart_input)
break
return
#===============================================================================
# Defining parameters for a calculation domain
#===============================================================================
def domain_prepare_data_add(domain):
"""
Additional steps to prepare data
(called in data preparation stage, between copy of files
in DATA and copy of link of restart files as defined by domain).
"""
# Example: select latest valid checkpoint file for restart
if False:
domain_auto_restart(domain, 200)
return
#-------------------------------------------------------------------------------
def domain_copy_results_add(domain):
"""
Additional steps to copy results or cleanup execution directory
(called at beginning of data copy stage).
"""
# Example: clean some temporary files
if False:
import fnmatch
dir_files = os.listdir(self.exec_dir)
tmp_files = (fnmatch.filter(dir_files, '*.tmp')
+ fnmatch.filter(dir_files, '*.fort'))
for f in tmp_files:
os.remove(os.path.join(self.exec_dir, f))
return
#-------------------------------------------------------------------------------
def define_domain_parameters(domain):
"""
Define domain execution parameters.
"""
# Read parameters file
# (already done just prior to this stage when
# running script with --param option)
if False:
domain.read_parameter_file('param2.xml')
# Reusing output from previous runs
#----------------------------------
# To use the output of a previous Preprocessor (mesh import) run, set:
# domain.mesh_input = 'RESU//mesh_input'
# To use the mesh output of a previous solver run, set:
# domain.mesh_input = 'RESU//mesh_output'
# To reuse a previous partitioning, set:
# domain.partition_input = 'RESU//partition'
# To continue a calculation from a previous checkpoint, set:
# domain.restart_input = 'RESU//checkpoint'
if domain.param == None:
domain.mesh_input = None
domain.partition_input = None
domain.restart_input = None
# Defining meshes to import (only if domain.mesh_input = None)
#-------------------------------------------------------------
# A case-specific mesh directory can be defined through domain.mesh_dir.
if domain.param == None:
domain.mesh_dir = None
# Mesh names can be given as absolute path names; otherwise, file are
# searched in the following directories, in the order:
# - the case mesh database directory, domain.mesh_dir (if defined)
# - the study mesh database directory, ../MESH directory (if present)
# - the user mesh database directory, see ~/.code_saturne.cfg
# - the global mesh database directory, see $prefix/etc/code_saturne.cfg
# Meshes should be defined as a list of strings defining mesh
# file names. If preprocessor options must be used for some meshes,
# a tuple containing a file name followed by additional options
# may be used instead of a simple file name, for example:
# domain.meshes = ['part1.des',
# ('part2_med', '--format', 'med',
# '--num', '2', '--reorient'),
# '~/meshdatabase/part3.unv']
if domain.param == None:
domain.meshes = None
# Logging arguments
#------------------
# Command-line arguments useful for logging, or determining the calculation
# type may be defined here, for example:
# domain.logging_args = '--logp 1'
if domain.param == None:
domain.logging_args = None
# Solver options
#---------------
# Running the solver may be deactivated by setting
# domain.exec_solver = False
# The type of run may be determined using domain.solver_args.
# For example:
# domain.solver_args = '--quality'
# allows activation of elementary mesh quality criteria output, while:
# domain.solver_args = '--benchmark'
# allows running basic linear algebra operation benchmarks.
# To run the solver's preprocessing stage only (mesh joining, smoothing,
# and other modifications), use:
# domain.solver_args = '--preprocess'
if domain.param == None:
domain.exec_solver = True
domain.solver_args = None
# Compile and build options
#--------------------------
# Additionnal compiler flags may be passed to the C, C++, or Fortran
# compilers, and libraries may be added, in case linking of user
# subroutines against external libraries is needed.
# Note that compiler flags will be added before the default flags;
# this helps ensure added search paths have priority, but also implies
# that user optimization options may be superceded by the default ones.
if domain.param == None:
domain.compile_cflags = None
domain.compile_cxxflags = None
domain.compile_fcflags = None
domain.compile_libs = None
# Debugging options
#------------------
# To run the solver through a debugger, domain.debug should contain
# the matching command-line arguments, such as:
# domain.debug = '--debugger=gdb'
# or (for Valgrind):
# domain.debug = 'valgrind --tool=memcheck'
# or (for Valgrind and ddd):
# domain.debug = '--debugger=ddd valgrind --tool=memcheck --vgdb-error=1'
if domain.param == None:
domain.debug = None
# import pprint
# pprint.pprint(domain.__dict__)
return
#-------------------------------------------------------------------------------
# End
#-------------------------------------------------------------------------------
test_2instances/fluid2/DATA/REFERENCE/meteo 0000644 0002502 0002734 00000004717 13434243213 017406 0 ustar lzhang cmla / METEO FILE EXAMPLE
/ (free comment lines )
/---------------------------------------------------------
/ The format of the file is important and is the following:
/ --------------------------------------------------------
/ year (integer), quantile (integer), hour (integer), minute (integer), second (dble precision) of the profile
/ location of the meteo profile in the domaine (x,y) in m (double precision)
/ sea level pressure (Pa) (double precision)
/
/ temperature profile:
/ number of levels (integer)
/ for each level :
/ altitude(m), temperature(°C),humidity(kg/kg),number of droplet(n/cm3) (double)
/
/ wind profile:
/ number of levels (integer)
/ for each level :
/ altitude (m),u(m/s),v(m/s),k(m2/s2),eps(m2/s3) (double precision)
/
/ NO EMPY LINE AT THE END OF THE FILE
/ ---------------------------------------------------------
/ ---------------------------------------------------------
/
/ year, quantile, hour, minute, second of the profile:
/
2007, 17, 7, 23 , 8.
/
/ location of the meteo profile in the domaine (x,y):
/
0.0000E+00 0.0000E+00
/
/Sea level pressure :
/
100350.
/
/ Temperature profile: number of levels,(altitude of each level in m,
/ temperature(°C), humidity(kg/kg) and number of droplet(n/cm3))
/
14
0.50 14.7000 0.0000 0.000
2.00 14.7000 0.0000 0.000
4.00 14.7000 0.0000 0.000
6.00 14.7000 0.0000 0.000
8.00 14.7000 0.0000 0.000
15.00 14.7000 0.0000 0.000
25.00 14.7000 0.0000 0.000
35.00 14.7000 0.0000 0.000
45.00 14.7000 0.0000 0.000
70.00 14.7000 0.0000 0.000
120.00 14.7000 0.0000 0.000
180.00 14.7000 0.0000 0.000
250.00 14.7000 0.0000 0.000
500.00 14.7000 0.0000 0.000
/
/ Wind profile: number of levels,(alt.,u,v,k,eps)
/
15
0.50 3.882 0.000 2.5040E+00 2.7128E+00
1.00 5.196 0.000 2.5040E+00 1.4797E+00
2.00 6.597 0.000 2.5040E+00 7.7509E-01
4.00 8.047 0.000 2.5040E+00 3.9700E-01
6.00 8.907 0.000 2.5040E+00 2.6683E-01
8.00 9.522 0.000 2.5040E+00 2.0095E-01
15.00 10.871 0.000 2.5040E+00 1.0779E-01
25.00 11.972 0.000 2.5040E+00 6.4848E-02
35.00 12.699 0.000 2.5040E+00 4.6373E-02
45.00 13.242 0.000 2.5040E+00 3.6091E-02
70.00 14.198 0.000 2.5040E+00 2.3219E-02
120.00 15.365 0.000 2.5040E+00 1.3553E-02
180.00 16.242 0.000 2.5040E+00 9.0377E-03
250.00 16.954 0.000 2.5040E+00 6.5081E-03
500.00 18.455 0.000 2.5040E+00 3.2547E-03
test_2instances/fluid2/DATA/REFERENCE/dp_C4P 0000644 0002502 0002734 00000003030 13434243213 017331 0 ustar lzhang cmla 7 Nb especes courantes
8 Nb de points de tabulation ENTH-TEMP
300. TMIN
3000. TMAX
Especes Gazeuses
CH4 C2H4 CO O2 CO2 H2O N2
.35 .35 .35 .35 .35 .35 .35 coeff absorption (ray)
4 Nb especes elementaires / Composition CHON
.012 1 2 1 0 1 0 0
.001 4 4 0 0 0 2 0
.016 0 0 1 2 2 1 0
.014 0 0 0 0 0 0 2
4 Nb d'especes globales (ici : / Fuel / Oxydant / Produits1 / Produits2)/ composition en especes elementaires
1. 0. 0. 0. 0. 0. 0. CH4
0. 0. 0. 1. 0. 0. 3.76 Air
0. 0. 1. 0. 0. 2. 1.88 CH4+.5*Air=CO +2H2O+qspN2
0. 0. 0. 0. 1. 2. 7.52 CH4+ 2*Air=CO2+2H2O+qspN2
2 Nb de reactions mises en jeu pour les especes globales/stoechiometrie en nb de mole especes globales
1 2 -1. -2.38 4.88 0.
3 2 0. -7.14 -4.88 10.52
test_2instances/fluid2/DATA/REFERENCE/dp_C3PSJ 0000644 0002502 0002734 00000003153 13434243213 017573 0 ustar lzhang cmla 25 Nombre de points de tabulation pour l'enthalpie
50. -0.32115E+07 -0.22604E+06 -0.13883E+08
250. -0.68320E+06 -0.44094E+05 -0.13513E+08
450. 0.21930E+07 0.14222E+06 -0.13136E+08
650. 0.50979E+07 0.33939E+06 -0.12739E+08
850. 0.80296E+07 0.54797E+06 -0.12316E+08
1050. 0.11009E+08 0.76412E+06 -0.11865E+08
1250. 0.14066E+08 0.98555E+06 -0.11385E+08
1450. 0.17210E+08 0.12110E+07 -0.10880E+08
1650. 0.20438E+08 0.14400E+07 -0.10352E+08
1850. 0.23745E+08 0.16723E+07 -0.98041E+07
2050. 0.27124E+08 0.19077E+07 -0.92401E+07
2250. 0.30571E+08 0.21460E+07 -0.85187E+07
2450. 0.34081E+08 0.23870E+07 -0.78325E+07
2650. 0.37649E+08 0.26306E+07 -0.70505E+07
2850. 0.41269E+08 0.28767E+07 -0.61356E+07
3050. 0.44939E+08 0.31251E+07 -0.50418E+07
3250. 0.48653E+08 0.33757E+07 -0.37141E+07
3450. 0.52410E+08 0.36285E+07 -0.20906E+07
3650. 0.56207E+08 0.38833E+07 -0.10411E+06
3850. 0.60042E+08 0.41399E+07 0.23123E+07
4050. 0.63913E+08 0.43984E+07 0.52178E+07
4250. 0.67820E+08 0.46586E+07 0.86506E+07
4450. 0.71761E+08 0.49204E+07 0.12611E+08
4650. 0.75737E+08 0.51837E+07 0.17042E+08
4850. 0.79746E+08 0.54485E+07 0.21821E+08
.00219 .1387 .0159 Masse molaire fuel, oxydant, produit
0.111111 Fraction de melange a la stoechiometrie
.3 .78 .4 Coeff. d'absorption fuel, oxydant, produits (pour rayonnement)
1. 2. Coeff. molaires de CO2 et H2O dans les produits (pour rayonnement)
test_2instances/fluid2/DATA/REFERENCE/dp_C3P 0000644 0002502 0002734 00000002632 13434243213 017337 0 ustar lzhang cmla 5 Nb especes courantes
10 Nb de points de tabulation ENTH-TEMP
300. TMIN
3000. TMAX
Especes Gazeuses
C3H8 O2 CO2 H2O N2
.35 .35 .35 .35 .35 Coeff absorption (ray)
4 Nb especes elementaires
.012 3 0 1 0 0 Composition CHON
.001 8 0 0 2 0
.016 0 2 2 1 0
.014 0 0 0 0 2
3 Nb d'especes globales connues (ici : / Fuel / Oxydant / Produits)
1. 0. 0. 0. 0. Composition Fuel en especes elementaires
0. 1. 0. 0. 3.76 Composition Oxydant en especes elementaires
0. 0. 3. 4. 18.80 Composition Produits en especes elementaires
1 Nb de reactions mises en jeu pour les especes globales
1 2 -1. -23.80 25.80 Stoechiometrie en nb de mole especes globales
test_2instances/fluid2/DATA/cs_solver 0000755 0002502 0002734 00000020620 13434244702 016774 0 ustar lzhang cmla ELF > @ @ @ 8 @ @ @ @ @ @ 8 8@ 8@ @ @
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` ` 8 8` 8 <` < 0 < - i x 0 / h test_2instances/fluid2/SCRIPTS/ 0000755 0002502 0002734 00000000000 13434263212 015462 5 ustar lzhang cmla test_2instances/fluid2/SCRIPTS/runcase 0000744 0002502 0002734 00000000761 13434263212 017052 0 ustar lzhang cmla #!/bin/bash
#!/bin/bash
#PBS -S /bin/bash
#PBS -N job-VIV
#PBS -o output.txt
#PBS -e error.txt
#PBS -l walltime=02:00:00
#PBS -l select=1:ncpus=8:mpiprocs=8:mem=1gb
#PBS -P projetvf
# Module load
module purge
module load sgi-mpt/2.14
# Go to the directory where the job has been submitted
cd $PBS_O_WORKDIR
# Ensure the correct command is found:
export PATH=/home/lzhang/Code_Saturne/5.0.8/code_saturne-5.0.8/arch/Linux_x86_64/bin:$PATH
# Run command:
\code_saturne run --param tuto_viv.xml
test_2instances/fluid2/SRC/ 0000755 0002502 0002734 00000000000 13434263364 014772 5 ustar lzhang cmla test_2instances/fluid2/SRC/cs_user_coupling-saturne.c 0000644 0002502 0002734 00000010667 13434243353 022166 0 ustar lzhang cmla /*============================================================================
* Code couplings definition with SYRTHES and Code_Saturne.
*
* 1) Define conjuguate heat transfer couplings with the SYRTHES code
* 2) Define couplings with other instances of Code_Saturne
*============================================================================*/
/* Code_Saturne version 5.0.9 */
/*
This file is part of Code_Saturne, a general-purpose CFD tool.
Copyright (C) 1998-2018 EDF S.A.
This program is free software; you can redistribute it and/or modify it under
the terms of the GNU General Public License as published by the Free Software
Foundation; either version 2 of the License, or (at your option) any later
version.
This program is distributed in the hope that it will be useful, but WITHOUT
ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
FOR A PARTICULAR PURPOSE. See the GNU General Public License for more
details.
You should have received a copy of the GNU General Public License along with
this program; if not, write to the Free Software Foundation, Inc., 51 Franklin
Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
/*----------------------------------------------------------------------------*/
#include "cs_defs.h"
/*----------------------------------------------------------------------------
* Standard C library headers
*----------------------------------------------------------------------------*/
/*----------------------------------------------------------------------------
* PLE library headers
*----------------------------------------------------------------------------*/
#include
/*----------------------------------------------------------------------------
* Local headers
*----------------------------------------------------------------------------*/
#include "cs_base.h"
#include "cs_coupling.h"
#include "cs_sat_coupling.h"
#include "cs_syr_coupling.h"
/*----------------------------------------------------------------------------
* Header for the current file
*----------------------------------------------------------------------------*/
#include "cs_prototypes.h"
/*----------------------------------------------------------------------------*/
BEGIN_C_DECLS
/*----------------------------------------------------------------------------*/
/*!
* \file cs_user_coupling-saturne.c
*
* \brief Code couplings definition with SYRTHES and Code_Saturne.
*
* See \subpage user_coupling for examples.
*/
/*----------------------------------------------------------------------------*/
/*============================================================================
* User function definitions
*============================================================================*/
/*----------------------------------------------------------------------------*/
/*!
* \brief Define couplings with other instances of Code_Saturne.
*
* This is done by calling the \ref cs_sat_coupling_define function for each
* coupling to add.
*/
/*----------------------------------------------------------------------------*/
void
cs_user_saturne_coupling(void)
{
/*! [coupling_saturne_1] */
{
int verbosity = 1;
/*-------------------------------------------------------------------------
* Example 1: coupling with instance "SATURNE_01".
*
* - coupled faces of groups "3" or "4"
* - all cells available as location support
*-------------------------------------------------------------------------*/
/* cs_sat_coupling_define("fluid1",
"back2",
NULL,
NULL,
"all[]",
verbosity);
*/
}
/*! [coupling_saturne_1] */
/*! [coupling_saturne_2] */
{
int verbosity = 1;
/*-------------------------------------------------------------------------
* Example 2: coupling with instance "SATURNE_03".
*
* - coupled faces of groups "coupled_faces"
* - coupled cells (every cell overlapping the distant mesh)
* - all cells available as location support
*-------------------------------------------------------------------------*/
cs_sat_coupling_define("fluid1",
NULL,
NULL,
NULL,
NULL,
verbosity);
}
/*! [coupling_saturne_2] */
}
END_C_DECLS
test_2instances/RESU_COUPLING/ 0000755 0002502 0002734 00000000000 13434260045 015225 5 ustar lzhang cmla test_2instances/RESU_COUPLING/20190223-1544/ 0000755 0002502 0002734 00000000000 13434263132 016522 5 ustar lzhang cmla test_2instances/RESU_COUPLING/20190223-1544/fluid2/ 0000755 0002502 0002734 00000000000 13434262510 017706 5 ustar lzhang cmla test_2instances/RESU_COUPLING/20190223-1544/fluid2/preprocessor.log 0000644 0002502 0002734 00000012730 13434256074 023152 0 ustar lzhang cmla
/home/lzhang/Code_Saturne/5.0.8/code_saturne-5.0.8/arch/Linux_x86_64/libexec/code_saturne/cs_preprocess
--log --out mesh_input
/gpfs/workdir/lzhang/Cas/test_2instances/MESH/cylinder2.med
.------------------------------.
| |
| Code_Saturne Preprocessor |
| |
`------------------------------'
code_saturne version 5.0.8 (built Fri 20 Apr 2018 12:52:25 PM CEST)
CGNS 3.1.3 file format support
MED 3.2.1 (HDF5 1.8.14) file format support
Reading of compressed files ('.gz') with Zlib 1.2.7
Case configuration
------------------
Date : Sat 23 Feb 2019 03:44:12 PM CET
System : Linux 3.10.0-693.21.1.el7.x86_64
Machine : fusion
Processor : Intel(R) Xeon(R) CPU E5-2670 v3 @ 2.30GHz
Memory : 65600084
User : lzhang (Lei Zhang)
Directory : /gpfs/workdir/lzhang/Cas/test_2instances/RESU_COUPLING/20190223-1544/fluid2
Case name : preprocess
Mesh file : /gpfs/workdir/lzhang/Cas/test_2instances/MESH/cylinder2.med
Reading mesh from file in MED (EDF/CEA) format
----------------------
Mesh file: /gpfs/workdir/lzhang/Cas/test_2instances/MESH/cylinder2.med
Mesh name: Mesh_2instances2
Number of vertices : 880
Warning
=======
The MED mesh contains 680 elements of type seg2
which are ignored by the Preprocessor.
Number of faces : 920
Family 0 : 40
Family 9 : 20
Family 11 : 20
Family 13 : 40
Family 15 : 400
Family 16 : 400
Number of cells : 400
Family 0 : 400
Wall-clock time: 0.032237 s; CPU time: 0.010985 s
Done reading mesh
-----------------
Theoretical mesh size: 68.177 Kb
Theoretical current memory: 88.000 Kb
Theoretical peak memory: 132.000 Kb
Total memory used: 145.254 Mb
Domain coordinate extents:
[-4.74120e-01, -4.74120e-01, 1.00000e-02]
[ 4.74120e-01, 4.74120e-01, 2.00000e-02]
Number of elements quad4 : 920
Number of elements hexa8 : 400
Defining families
-----------------
Element orientation check.
End of conversion to descending connectivity
--------------------------------------------
Theoretical mesh size: 76.841 Kb
Theoretical current memory: 97.000 Kb
Theoretical peak memory: 258.000 Kb
Total memory used: 145.254 Mb
Main mesh properties
--------------------
Number of cells: 400
Number of internal faces: 760
Number of boundary faces: 880
Number of vertices: 880
Definition of face and cell families
------------------------------------
Family 1
Group "back2"
Number of boundary faces : 400
Family 2
Group "front2"
Number of boundary faces : 400
Family 3
Group "left2"
Number of boundary faces : 20
Family 4
Group "right2"
Number of boundary faces : 20
Family 5
Group "wall2"
Number of boundary faces : 40
Family 5
Default family
(no group)
Number of cells : 400
Number of internal faces : 760
Write output for Kernel
-----------------------
Opening file: mesh_input
Wrote: "start_block:dimensions"
Wrote: "n_cells" ; Type: "u8"; Size: 1
Wrote: "n_faces" ; Type: "u8"; Size: 1
Wrote: "n_vertices" ; Type: "u8"; Size: 1
Wrote: "face_vertices_size" ; Type: "u8"; Size: 1
Wrote: "n_group_classes" ; Type: "i8"; Size: 1
Wrote: "n_group_class_props_max" ; Type: "i8"; Size: 1
Wrote: "n_groups" ; Type: "u8"; Size: 1
Wrote: "group_name_index" ; Type: "i8"; Size: 6
Wrote: "group_name" ; Type: "c "; Size: 32
Wrote: "group_class_properties" ; Type: "i8"; Size: 6
Wrote: "end_block:dimensions"
Wrote: "start_block:data"
Wrote: "face_cells" ; Type: "i8"; Size: 3280
Wrote: "cell_group_class_id" ; Type: "i8"; Size: 400
Wrote: "face_group_class_id" ; Type: "i8"; Size: 1640
Wrote: "face_vertices_index" ; Type: "u8"; Size: 1641
Wrote: "face_vertices" ; Type: "i8"; Size: 6560
Wrote: "vertex_coords" ; Type: "r8"; Size: 2640
Wrote: "end_block:data"
Wrote: "EOF"
Closing file: mesh_input
Time and memory summary
-----------------------
User CPU time (sec) : 0.01
System CPU time (sec) : 0.01
Total time (sec) : 0.04
Total CPU time / Total time : 0.57
Memory use summary:
Total memory used: 145.254 Mb
Theoretical instrumented dynamic memory: 258.000 Kb
.-----------------------.
| |
| Preprocessor finish |
| |
`-----------------------'
test_2instances/RESU_COUPLING/20190223-1544/fluid2/compile.log 0000644 0002502 0002734 00000004524 13434256073 022055 0 ustar lzhang cmla /gpfs/workdir/lzhang/Cas/test_2instances/RESU_COUPLING/20190223-1544/fluid2/src_saturne/cs_user_coupling-saturne.c: In function ‘cs_user_saturne_coupling’:
/gpfs/workdir/lzhang/Cas/test_2instances/RESU_COUPLING/20190223-1544/fluid2/src_saturne/cs_user_coupling-saturne.c:91:10: warning: unused variable ‘verbosity’ [-Wunused-variable]
int verbosity = 1;
^
/applications/libraries/mpt/2.14/bin/mpicc -DHAVE_CONFIG_H -I/home/lzhang/Code_Saturne/5.0.8/code_saturne-5.0.8/arch/Linux_x86_64/include -I/home/lzhang/Code_Saturne/5.0.8/code_saturne-5.0.8/arch/Linux_x86_64/include/code_saturne -I/workdir/lzhang/salome_meca/V2017.0.2/prerequisites/Cgnslib-3134/include -I/workdir/lzhang/salome_meca/V2017.0.2/tools/Medfichier-321/include -I/workdir/lzhang/salome_meca/V2017.0.2/prerequisites/Hdf5-1814/include -I/usr/include/libxml2 -D_POSIX_SOURCE -DNDEBUG -std=c99 -fms-extensions -funsigned-char -pedantic -W -Wall -Wshadow -Wpointer-arith -Wcast-qual -Wcast-align -Wwrite-strings -Wstrict-prototypes -Wmissing-prototypes -Wmissing-declarations -Wnested-externs -Wunused -Wfloat-equal -fopenmp -funroll-loops -O2 -Wuninitialized -fexcess-precision=fast -c /gpfs/workdir/lzhang/Cas/test_2instances/RESU_COUPLING/20190223-1544/fluid2/src_saturne/cs_user_coupling-saturne.c
/applications/libraries/mpt/2.14/bin/mpicc -o /gpfs/workdir/lzhang/Cas/test_2instances/RESU_COUPLING/20190223-1544/fluid2/cs_solver cs_user_coupling-saturne.o -L/home/lzhang/Code_Saturne/5.0.8/code_saturne-5.0.8/arch/Linux_x86_64/lib -L/workdir/lzhang/salome_meca/V2017.0.2/prerequisites/Cgnslib-3134/lib -L/workdir/lzhang/salome_meca/V2017.0.2/tools/Medfichier-321/lib -L/workdir/lzhang/salome_meca/V2017.0.2/prerequisites/Hdf5-1814/lib -O -Wl,-export-dynamic -fopenmp -lsaturne -lple -lcgns -lmedC -lhdf5 -lxml2 -lz -ldl -L/usr/lib/gcc/x86_64-redhat-linux/4.8.5 -L/usr/lib/gcc/x86_64-redhat-linux/4.8.5/../../../../lib64 -L/lib/../lib64 -L/usr/lib/../lib64 -L/applications/libraries/mpt/2.14/lib -L/usr/lib/gcc/x86_64-redhat-linux/4.8.5/../../.. -lgfortran -lquadmath -lm -Wl,-rpath -Wl,:/home/lzhang/Code_Saturne/5.0.8/code_saturne-5.0.8/arch/Linux_x86_64/lib:/workdir/lzhang/salome_meca/V2017.0.2/prerequisites/Cgnslib-3134/lib:/workdir/lzhang/salome_meca/V2017.0.2/tools/Medfichier-321/lib:/workdir/lzhang/salome_meca/V2017.0.2/prerequisites/Hdf5-1814/lib:/applications/libraries/mpt/2.14/lib
test_2instances/RESU_COUPLING/20190223-1544/fluid2/mesh_input 0000644 0002502 0002734 00000402140 13434256074 022015 0 ustar lzhang cmla Code_Saturne I/O, BE, R0 Face-based mesh definition, R0 ` @ @ P estart_block:dimensions H u8 en_cells H u8 en_faces h P u8 en_vertices p X u8 eface_vertices_size P i8 en_group_classes X i8 en_group_class_props_max P u8 en_groups i8 egroup_name_index ! h c egroup_name back2 front2 left2 right2 wall2 i8 egroup_class_properties P eend_block:dimensions P estart_block:data H i8 face_cells
! " # $ % &