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N2_Kn0p026Ma2p0_100_cases
same incoming flow conditions with 100 different shapes of airfoils
grid output id xc yc n nrho massrho u v w press temp trot tvib
surf output id v1x v1y v2x v2y n press px py shx shy fx fy etot trot evib

N2_Kn0p026Ma2p0_100_cases/N2.species

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+# Species data
+
+# ID
+# Molwt (amu)
+# Molmass (kg)
+# Rotational dof
+# RotRel
+# Vibrational dof sparta必须设置成整数，胡老师给的条件是1.8
+# VibRel
+# VibTemp (K)
+# species wt
+# charge
+
+
+N2  28.00   4.65E-26   2    0.2   2  0.02    3390.0    1.0      0.0
+O2  32.00   5.31E-26   2    0.2   2  0.02    2270.0    1.0      0.0
+NO  30.00   4.98E-26   2    0.2   2  0.02    2740.0    1.0      0.0
+N   14.00   2.32E-26  0    0.0   0    0.0     0.0       1.0      0.0
+O   16.00   2.66E-26   0    0.0   0    0.0     0.0       1.0      0.0

N2_Kn0p026Ma2p0_100_cases/N2.vhs

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+# VHS collision model parameters for each species
+
+# diameter (mass)
+# omega (unitless)
+# tref (temperature)
+# alpha (unitless) =1代表着从vss模型转换成了vhs模型
+# Zrotinf (unitless)
+# T* (temperature)
+# C1 (temperature)
+# C2 (temperature^(1/3))
+
+
+N2   4.17E-10    0.74  273.0   1.0
+
+O2   4.07E-10    0.77  273.0   1.0
+
+NO   4.20E-10    0.79  273.0   1.0
+
+N    3.00E-10    0.80  273.0   1.0
+
+O    3.00E-10    0.80  273.0   1.0
+
+

N2_Kn0p026Ma2p0_100_cases/flist

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+script/in.airfoil1
+script/in.airfoil10
+script/in.airfoil100
+script/in.airfoil11
+script/in.airfoil12
+script/in.airfoil13
+script/in.airfoil14
+script/in.airfoil15
+script/in.airfoil16
+script/in.airfoil17
+script/in.airfoil18
+script/in.airfoil19
+script/in.airfoil2
+script/in.airfoil20
+script/in.airfoil21
+script/in.airfoil22
+script/in.airfoil23
+script/in.airfoil24
+script/in.airfoil25
+script/in.airfoil26
+script/in.airfoil27
+script/in.airfoil28
+script/in.airfoil29
+script/in.airfoil3
+script/in.airfoil30
+script/in.airfoil31
+script/in.airfoil32
+script/in.airfoil33
+script/in.airfoil34
+script/in.airfoil35
+script/in.airfoil36
+script/in.airfoil37
+script/in.airfoil38
+script/in.airfoil39
+script/in.airfoil4
+script/in.airfoil40
+script/in.airfoil41
+script/in.airfoil42
+script/in.airfoil43
+script/in.airfoil44
+script/in.airfoil45
+script/in.airfoil46
+script/in.airfoil47
+script/in.airfoil48
+script/in.airfoil49
+script/in.airfoil5
+script/in.airfoil50
+script/in.airfoil51
+script/in.airfoil52
+script/in.airfoil53
+script/in.airfoil54
+script/in.airfoil55
+script/in.airfoil56
+script/in.airfoil57
+script/in.airfoil58
+script/in.airfoil59
+script/in.airfoil6
+script/in.airfoil60
+script/in.airfoil61
+script/in.airfoil62
+script/in.airfoil63
+script/in.airfoil64
+script/in.airfoil65
+script/in.airfoil66
+script/in.airfoil67
+script/in.airfoil68
+script/in.airfoil69
+script/in.airfoil7
+script/in.airfoil70
+script/in.airfoil71
+script/in.airfoil72
+script/in.airfoil73
+script/in.airfoil74
+script/in.airfoil75
+script/in.airfoil76
+script/in.airfoil77
+script/in.airfoil78
+script/in.airfoil79
+script/in.airfoil8
+script/in.airfoil80
+script/in.airfoil81
+script/in.airfoil82
+script/in.airfoil83
+script/in.airfoil84
+script/in.airfoil85
+script/in.airfoil86
+script/in.airfoil87
+script/in.airfoil88
+script/in.airfoil89
+script/in.airfoil9
+script/in.airfoil90
+script/in.airfoil91
+script/in.airfoil92
+script/in.airfoil93
+script/in.airfoil94
+script/in.airfoil95
+script/in.airfoil96
+script/in.airfoil97
+script/in.airfoil98
+script/in.airfoil99

N2_Kn0p026Ma2p0_100_cases/log.sparta

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+SPARTA (4 Sep 2024)
+Running on 32 MPI task(s)
+################################################################################
+# Input script of 2d hypersonic flow around the fixed naca0012 airfoil
+# of the length of 1.0 meter
+#
+# N2, Kn = 0.026, Ma = 2.0
+# fnum 40 particles
+#
+################################################################################
+
+clear
+Running on 32 MPI task(s)
+#shell     mkdir ../output
+
+log          log/log.airfoil99

N2_Kn0p026Ma2p0_100_cases/looprun.sh

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+#!/bin/bash
+#SBATCH -J python
+#SBATCH -p wzhcnormal
+#SBATCH -N 1
+#SBATCH --ntasks-per-node=32
+##SBATCH --exclusive
+
+# 清除所有已加载的模块
+module purge
+
+# 加载所需的模块
+module load compiler/devtoolset/7.3.1
+module load mpi/hpcx/2.11.0/gcc-7.3.1
+
+# 设置环境变量
+export UCX_WARN_UNUSED_ENV_VARS=n
+
+# 列出所有 script/in.* 文件
+#ls script/in.* > flist
+
+# 读取文件列表并使用 for 循环遍历
+#for fname in $(cat flist); do
+    # 打印当前处理的文件名
+    echo "Processing $1"
+    
+    # 运行并行程序并将其放入后台
+   /public/software/mpi/hpcx/v2.11.0/gcc-7.3.1/bin/mpirun -n 32 ../../sep2024-sparta/src/spa_mpi < "$1" 
+#done
+
+# 等待所有后台进程完成
+wait
+
+# 删除临时文件列表
+#rm flist
+
+# 结束脚本
+exit

N2_Kn0p026Ma2p0_100_cases/work.sh

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+#!/bin/bash
+#SBATCH -J submit_multi_tasks
+#SBATCH -p wzhcnormal
+#SBATCH -N 1
+#SBATCH --ntasks-per-node=1
+rm flist
+ls script/in.* > flist
+
+# 读取文件列表并使用 for 循环遍历
+for fname in $(cat flist); do
+    # 打印当前处理的文件名
+    echo "Processing $fname..."
+
+    # 运行并行程序并将其放入后台
+   sbatch looprun.sh $fname
+   #srun --exclusive -N 1 --ntasks=64 /public/software/mpi/hpcx/v2.11.0/gcc-7.3.1/bin/mpirun -n 64 ../../sep2024-sparta/src/spa_mpi -u "$fname" &
+done