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CylinderKnMa/Kn0p42/simulation0920_Kn0p42Ma3p9/Lambda/Lambda_1_300000.vtu

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+<?xml version="1.0"?>
+<VTKFile type="UnstructuredGrid" version="0.1" byte_order="LittleEndian" header_type="UInt32" compressor="vtkZLibDataCompressor">
+  <UnstructuredGrid>
+    <Piece NumberOfPoints="480"                  NumberOfCells="380"                 >
+      <PointData>
+      </PointData>
+      <CellData>
+        <DataArray type="Float64" Name="id" format="appended" RangeMin="101"                  RangeMax="9880"                 offset="0"                   />
+        <DataArray type="Float64" Name="xc" format="appended" RangeMin="5.6298"               RangeMax="5.9471"               offset="1028"                />
+        <DataArray type="Float64" Name="yc" format="appended" RangeMin="-4.9474"              RangeMax="4.9474"               offset="1140"                />
+        <DataArray type="Float64" Name="c_6[1]" format="appended" RangeMin="0.027182"             RangeMax="0.089799"             offset="1884"                />
+        <DataArray type="Float64" Name="c_6[2]" format="appended" RangeMin="0.257"                RangeMax="0.84901"              offset="5736"                />
+      </CellData>
+      <Points>
+        <DataArray type="Float32" Name="Points" NumberOfComponents="3" format="appended" RangeMin="5.5771712403"         RangeMax="7.8102496759"         offset="9352"                />
+      </Points>
+      <Cells>
+        <DataArray type="Int64" Name="connectivity" format="appended" RangeMin=""                     RangeMax=""                     offset="11140"               />
+        <DataArray type="Int64" Name="offsets" format="appended" RangeMin=""                     RangeMax=""                     offset="13712"               />
+        <DataArray type="UInt8" Name="types" format="appended" RangeMin=""                     RangeMax=""                     offset="14480"               />
+      </Cells>
+    </Piece>
+  </UnstructuredGrid>
+  <AppendedData encoding="base64">
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AQAAAACAAADgCwAAhAoAAA==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AQAAAACAAACAFgAAKgUAAA==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AQAAAACAAACALwAAdQcAAA==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AQAAAACAAADgCwAALgIAAA==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eJzj5BwFAwUA8vkNXQ==
+  </AppendedData>
+</VTKFile>

CylinderKnMa/Kn0p42/simulation0920_Kn0p42Ma3p9/Lambda/Lambda_300000.pvtu

@@ -0,0 +1,19 @@
+<?xml version="1.0"?>
+<VTKFile type="PUnstructuredGrid" version="0.1"
+               byte_order="LittleEndian"
+               compressor="vtkZLibDataCompressor">
+<PUnstructuredGrid GhostLevel="0">
+<PCellData>
+<PDataArray type="Float64" Name="id"/>
+<PDataArray type="Float64" Name="xc"/>
+<PDataArray type="Float64" Name="yc"/>
+<PDataArray type="Float64" Name="c_6[1]"/>
+<PDataArray type="Float64" Name="c_6[2]"/>
+</PCellData>
+<PPoints>
+<PDataArray type="Float32" Name="Points" NumberOfComponents="3"/>
+</PPoints>
+<Piece Source="Lambda_0_300000.vtu"/>
+<Piece Source="Lambda_1_300000.vtu"/>
+</PUnstructuredGrid>
+</VTKFile>

CylinderKnMa/Kn0p42/simulation0920_Kn0p42Ma3p9/Surf.pvd

@@ -0,0 +1,9 @@
+<?xml version="1.0"?>
+<VTKFile type="Collection" version="0.1"
+               byte_order="LittleEndian"
+               compressor="vtkZLibDataCompressor">
+   <Collection>    
+    <DataSet timestep="300000" group="" part="0"   
+             file="Surf/Surf_300000.vtu"/>
+   </Collection>    
+</VTKFile>    

CylinderKnMa/Kn0p42/simulation0920_Kn0p42Ma3p9/grid/Grid_1_300000.vtu

@@ -0,0 +1,35 @@
+<?xml version="1.0"?>
+<VTKFile type="UnstructuredGrid" version="0.1" byte_order="LittleEndian" header_type="UInt32" compressor="vtkZLibDataCompressor">
+  <UnstructuredGrid>
+    <Piece NumberOfPoints="480"                  NumberOfCells="380"                 >
+      <PointData>
+      </PointData>
+      <CellData>
+        <DataArray type="Float64" Name="id" format="appended" RangeMin="101"                  RangeMax="9880"                 offset="0"                   />
+        <DataArray type="Float64" Name="xc" format="appended" RangeMin="5.6298"               RangeMax="5.9471"               offset="1028"                />
+        <DataArray type="Float64" Name="yc" format="appended" RangeMin="-4.9474"              RangeMax="4.9474"               offset="1140"                />
+        <DataArray type="Float64" Name="f_1[1]" format="appended" RangeMin="19.194"               RangeMax="58.531"               offset="1884"                />
+        <DataArray type="Float64" Name="f_1[2]" format="appended" RangeMin="1.8596e+19"           RangeMax="5.6707e+19"           offset="4204"                />
+        <DataArray type="Float64" Name="f_1[3]" format="appended" RangeMin="1.2329e-06"           RangeMax="3.7596e-06"           offset="8020"                />
+        <DataArray type="Float64" Name="f_1[4]" format="appended" RangeMin="758.31"               RangeMax="1129.9"               offset="11860"               />
+        <DataArray type="Float64" Name="f_1[5]" format="appended" RangeMin="-220.72"              RangeMax="219.45"               offset="13392"               />
+        <DataArray type="Float64" Name="f_1[6]" format="appended" RangeMin="-5.5362"              RangeMax="5.8734"               offset="16488"               />
+        <DataArray type="Float64" Name="f_1[7]" format="appended" RangeMin="0.1465"               RangeMax="0.37547"              offset="20132"               />
+        <DataArray type="Float64" Name="f_1[8]" format="appended" RangeMin="435.44"               RangeMax="641.86"               offset="23664"               />
+        <DataArray type="Float64" Name="f_1[9]" format="appended" RangeMin="0"                    RangeMax="0"                    offset="25412"               />
+        <DataArray type="Float64" Name="f_1[10]" format="appended" RangeMin="0"                    RangeMax="0"                    offset="25472"               />
+      </CellData>
+      <Points>
+        <DataArray type="Float32" Name="Points" NumberOfComponents="3" format="appended" RangeMin="5.5771712403"         RangeMax="7.8102496759"         offset="25532"               />
+      </Points>
+      <Cells>
+        <DataArray type="Int64" Name="connectivity" format="appended" RangeMin=""                     RangeMax=""                     offset="27320"               />
+        <DataArray type="Int64" Name="offsets" format="appended" RangeMin=""                     RangeMax=""                     offset="29892"               />
+        <DataArray type="UInt8" Name="types" format="appended" RangeMin=""                     RangeMax=""                     offset="30660"               />
+      </Cells>
+    </Piece>
+  </UnstructuredGrid>
+  <AppendedData encoding="base64">
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AQAAAACAAADgCwAALAsAAA==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AQAAAACAAADgCwAAaQQAAA==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AQAAAACAAADgCwAAAAkAAA==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AQAAAACAAADgCwAARgoAAA==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AQAAAACAAADgCwAADAUAAA==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AQAAAACAAADgCwAAGQAAAA==eJztwQENAAAAwqD3T20PBxQAAPBiC+AAAQ==AQAAAACAAADgCwAAGQAAAA==eJztwQENAAAAwqD3T20PBxQAAPBiC+AAAQ==AQAAAACAAACAFgAAKgUAAA==eJxN2D1o1VcYgPELboULHQIFAwWHkICDIChISbwQ6BAoKBQKHQIZAgEDd0ohkMEMXkMlBCQOii3q5BYoZCgkrZAtk5uZ3O6UTaduPa/v+zyeTM/yg3DO/Z+v+d/+Gg0Gr94N2t+fF8f2zA9/27//cWIPBu/s+WaPXr/U0mHpsHRYOuzq8nMtHZYOS4elww6nz7R0WDosHZYOezp5qqXD0mHpsHTYzYUDLR2WDkuHpcPOnj/R0mHpsHRYOuz5gz0tHZYOS4elw24PH2npsHRYOiwdduFoV0uHpcPSYen8bexo6fxt7Gjp/G3saIfTLS2d87ulpXN+t7o5GndzNO7maNzN0bibo3E3zhvdOG9047zRjfNGN84b3VitdWO11o3VWjdWa91YrWkff/pVS4elw9Jh6bDTWz9r6bB0WDosHXZ5+yctHZYOS4elw745+VFLh6XD0mHp+S9rzkhL55oz0tK55oy0q8t3tHSuG3e0dK4bd7Snk5taOr/9m1o6v/2b2tnz61o6v9/rWjq/3+va7eGcls5vcE5L5zc4p724972WDkuHpcPSYW8ffqelw9Jh6bB02MMP32rpsHRYOiwd9vPVb7R0WDosHZYOe3/1ipYOS4elw9L52/jvXyydv43s/G1k528jO+f3Ukvn/F5q6ZzfS+3FvY9aOufoo5bOOfqoPfzwXkvnOL/X0jnO77X3V8+0dI7VmZbOsTrTDqfHWjrX2GMtnWvssfb8wVstnevkWy2d6+Rb7eNPL7R0rnUvtHSudS+0y9v7WjrXq30tnevVvnYweKilc815qKVzzXmo3R6ua+n8fte1dH6/69rPV1e0dH4LK1o6v4UV7ebCDS2de9kNLZ172Q3t9NaMls59YUZL574woz2dfPoHS+c6mZ3rZHauk9m5759o6dz3T7R07vsn2jcnEy2de8pES+eeMtEuHF3T0rn/XtPSuf9e094+/OUUS+c6mZ3rZHauk9llFzu72NnFzi52drH7n5e6/3mp+5+Xuv95qfufl7qx0tI1Vlq6xkrbxlxL1xxp6ZojbZtrLV2/DS1dvw1t+43dxdL1m7yLpes3eRfbfttaur4FLV3fgrZ9U1q6vkEtXd+gtn3LWrq+fS1d3762rSFautYcLV1rjratXVq61jotXWudtq2ZWrrWWC1da6y2rdVautZ2LV1ru7btEVq69hQtXXuKtu1NWrr2Mi1de5m27YlauvZQLV17qLbtxVq69m4tXXu3tp0BtHSdGbR0nRm07eyhpeusoqXrrNKN1ZXR17HKrjPS6OtYZdcZaYRtZy0tXWczLV1nM20742npOhNq6ToTatvZUkvXWVRL11lU2860WrrOwFq6zsDadpbW0nX21tJ19ta2M7yWrjO/lq4zv7bdHbR03TW0dN01tO3OoqXrjqOl646jbXclLV13Ky1ddyttu6Np6brTaem602nb3VBL111SS9ddUtvupFq67rBauu6w2nYX1tJ1d9bSdXfWtju4lq47u5auO7u23f21dL0VaOl6K9BuLoy1dL1RaOl6o9AOp1taut5GtHS9jWiPXu9o6XqT0dL1JtON1W43VrvdWO12Y7XbjdWudnv4SEvXG5SWrjeobpz3unHe68Z5rxvnvW6c97Sz50+0dL25ael6c+vm6KCbo4Nujg66OTro5uhAezp5qqXrjVFL1xujdjh9pqXrbVNL19umdnX5uZauN1UtXW+q2qPXL7V0veVq6XrL1Q4Gr7R0vSFr6XpD/tL/A8rAo6s=AQAAAACAAACALwAAdQcAAA==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AQAAAACAAADgCwAALgIAAA==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eJzj5BwFAwUA8vkNXQ==
+  </AppendedData>
+</VTKFile>

CylinderKnMa/Kn0p42/simulation0920_Kn0p42Ma3p9/grid/Grid_300000.pvtu

@@ -0,0 +1,27 @@
+<?xml version="1.0"?>
+<VTKFile type="PUnstructuredGrid" version="0.1"
+               byte_order="LittleEndian"
+               compressor="vtkZLibDataCompressor">
+<PUnstructuredGrid GhostLevel="0">
+<PCellData>
+<PDataArray type="Float64" Name="id"/>
+<PDataArray type="Float64" Name="xc"/>
+<PDataArray type="Float64" Name="yc"/>
+<PDataArray type="Float64" Name="f_1[1]"/>
+<PDataArray type="Float64" Name="f_1[2]"/>
+<PDataArray type="Float64" Name="f_1[3]"/>
+<PDataArray type="Float64" Name="f_1[4]"/>
+<PDataArray type="Float64" Name="f_1[5]"/>
+<PDataArray type="Float64" Name="f_1[6]"/>
+<PDataArray type="Float64" Name="f_1[7]"/>
+<PDataArray type="Float64" Name="f_1[8]"/>
+<PDataArray type="Float64" Name="f_1[9]"/>
+<PDataArray type="Float64" Name="f_1[10]"/>
+</PCellData>
+<PPoints>
+<PDataArray type="Float32" Name="Points" NumberOfComponents="3"/>
+</PPoints>
+<Piece Source="Grid_0_300000.vtu"/>
+<Piece Source="Grid_1_300000.vtu"/>
+</PUnstructuredGrid>
+</VTKFile>

CylinderKnMa/Kn0p42/simulation0920_Kn0p42Ma3p9/log.sparta

@@ -0,0 +1,318 @@
+SPARTA (4 Sep 2024)
+Running on 128 MPI task(s)
+variable    BZ equal 1.380649E-23
+variable    PI equal 3.1415926536
+variable    molecular_mass equal 6.63E-26
+variable    molecular_diameter equal 4.17E-10
+variable    gamma equal 1.666666667
+variable    R equal ${BZ}/${molecular_mass}
+variable    R equal 1.380649e-23/${molecular_mass}
+variable    R equal 1.380649e-23/6.63e-26
+variable    L equal 1.0
+variable    xmin equal -5.0
+variable    xmax equal  6.0
+variable    ymin equal -5.0
+variable    ymax equal  5.0
+variable    Kn equal 0.42
+variable   Ma equal 3.9000000000000004
+variable    To equal 273.0
+variable    Tb equal 273.0
+variable    theta equal 0.0
+variable    mfp equal ${Kn}*${L}
+variable    mfp equal 0.42*${L}
+variable    mfp equal 0.42*1
+variable    cpmfp equal 4
+variable    nden equal 1.0/sqrt(2.0)/${PI}/${molecular_diameter}/${molecular_diameter}/(${mfp}/${cpmfp}*${Kn})
+variable    nden equal 1.0/sqrt(2.0)/3.1415926536/${molecular_diameter}/${molecular_diameter}/(${mfp}/${cpmfp}*${Kn})
+variable    nden equal 1.0/sqrt(2.0)/3.1415926536/4.17e-10/${molecular_diameter}/(${mfp}/${cpmfp}*${Kn})
+variable    nden equal 1.0/sqrt(2.0)/3.1415926536/4.17e-10/4.17e-10/(${mfp}/${cpmfp}*${Kn})
+variable    nden equal 1.0/sqrt(2.0)/3.1415926536/4.17e-10/4.17e-10/(0.42/${cpmfp}*${Kn})
+variable    nden equal 1.0/sqrt(2.0)/3.1415926536/4.17e-10/4.17e-10/(0.42/4*${Kn})
+variable    nden equal 1.0/sqrt(2.0)/3.1415926536/4.17e-10/4.17e-10/(0.42/4*0.42)
+variable    sos equal sqrt(${gamma}*${R}*${To})
+variable    sos equal sqrt(1.666666667*${R}*${To})
+variable    sos equal sqrt(1.666666667*208.242684766214*${To})
+variable    sos equal sqrt(1.666666667*208.242684766214*273)
+variable    vo equal ${Ma}*${sos}
+variable    vo equal 3.9*${sos}
+variable    vo equal 3.9*307.815564238681
+variable    vx equal ${vo}*cos(${theta}*2*PI/360)
+variable    vx equal 1200.48070053086*cos(${theta}*2*PI/360)
+variable    vx equal 1200.48070053086*cos(0*2*PI/360)
+variable    vy equal ${vo}*sin(${theta}*2*PI/360)
+variable    vy equal 1200.48070053086*sin(${theta}*2*PI/360)
+variable    vy equal 1200.48070053086*sin(0*2*PI/360)
+variable    ppc equal 30
+variable    xncells equal (${xmax}-${xmin})/${mfp}*${cpmfp}
+variable    xncells equal (6-${xmin})/${mfp}*${cpmfp}
+variable    xncells equal (6--5)/${mfp}*${cpmfp}
+variable    xncells equal (6--5)/0.42*${cpmfp}
+variable    xncells equal (6--5)/0.42*4
+variable    yncells equal (${ymax}-${ymin})/${mfp}*${cpmfp}
+variable    yncells equal (5-${ymin})/${mfp}*${cpmfp}
+variable    yncells equal (5--5)/${mfp}*${cpmfp}
+variable    yncells equal (5--5)/0.42*${cpmfp}
+variable    yncells equal (5--5)/0.42*4
+variable    Fnum equal ${nden}*(${xmax}-${xmin})*(${ymax}-${ymin})/${ppc}/${xncells}/${yncells}
+variable    Fnum equal 2.93511032428949e+19*(${xmax}-${xmin})*(${ymax}-${ymin})/${ppc}/${xncells}/${yncells}
+variable    Fnum equal 2.93511032428949e+19*(6-${xmin})*(${ymax}-${ymin})/${ppc}/${xncells}/${yncells}
+variable    Fnum equal 2.93511032428949e+19*(6--5)*(${ymax}-${ymin})/${ppc}/${xncells}/${yncells}
+variable    Fnum equal 2.93511032428949e+19*(6--5)*(5-${ymin})/${ppc}/${xncells}/${yncells}
+variable    Fnum equal 2.93511032428949e+19*(6--5)*(5--5)/${ppc}/${xncells}/${yncells}
+variable    Fnum equal 2.93511032428949e+19*(6--5)*(5--5)/30/${xncells}/${yncells}
+variable    Fnum equal 2.93511032428949e+19*(6--5)*(5--5)/30/104.761904761905/${yncells}
+variable    Fnum equal 2.93511032428949e+19*(6--5)*(5--5)/30/104.761904761905/95.2380952380952
+variable    tstep equal (-${xmin}+${xmax})/${vx}/${xncells}/10/4
+variable    tstep equal (--5+${xmax})/${vx}/${xncells}/10/4
+variable    tstep equal (--5+6)/${vx}/${xncells}/10/4
+variable    tstep equal (--5+6)/1200.48070053086/${xncells}/10/4
+variable    tstep equal (--5+6)/1200.48070053086/104.761904761905/10/4
+variable    nave equal 10000
+variable    noutput equal 300000
+clear
+Running on 128 MPI task(s)
+shell    mkdir output
+shell    mkdir grid
+shell    mkdir surf
+seed    7
+dimension    2
+global    nrho ${nden}
+global    nrho 2.93511032428949e+19
+global    fnum ${Fnum}
+global    fnum 1.07865304417639e+16
+timestep    ${tstep}
+timestep    2.18662407387241e-06
+global    gridcut 1.0 particle/reorder 100 comm/sort yes
+region    1  cylinder z 0.0 0.0 3.50 -0.5 0.5
+region    2  cylinder z 0.0 0.0 2.00 -0.5 0.5
+region    3  cylinder z 0.0 0.0 0.80 -0.5 0.5
+boundary    o o p
+create_box    ${xmin} ${xmax} ${ymin} ${ymax} -0.5 0.5
+create_box    -5 ${xmax} ${ymin} ${ymax} -0.5 0.5
+create_box    -5 6 ${ymin} ${ymax} -0.5 0.5
+create_box    -5 6 -5 ${ymax} -0.5 0.5
+create_box    -5 6 -5 5 -0.5 0.5
+Created orthogonal box = (-5 -5 -0.5) to (6 5 0.5)
+create_grid    ${xncells} ${yncells} 1 levels 4 region 2 1 2 2 1 region 3 2 2 2 1 region 4 3 2 2 1 clump xyz
+create_grid    104.761904761905 ${yncells} 1 levels 4 region 2 1 2 2 1 region 3 2 2 2 1 region 4 3 2 2 1 clump xyz
+create_grid    104.761904761905 95.2380952380952 1 levels 4 region 2 1 2 2 1 region 3 2 2 2 1 region 4 3 2 2 1 clump xyz
+Created 43651 child grid cells
+  CPU time = 0.0861583 secs
+  create/ghost percent = 1.28785 98.7121
+balance_grid  rcb cell
+Balance grid migrated 43561 cells
+  CPU time = 0.079874 secs
+  reassign/sort/migrate/ghost percent = 70.3722 0.0379585 9.05074 20.5391
+species   gas.species Ar
+mixture   air Ar frac 1.0
+mixture   air Ar vstream ${vx} ${vy} 0.0 temp ${To}
+mixture   air Ar vstream 1200.48070053086 ${vy} 0.0 temp ${To}
+mixture   air Ar vstream 1200.48070053086 0 0.0 temp ${To}
+mixture   air Ar vstream 1200.48070053086 0 0.0 temp 273
+collide   vss air gas.vhs
+collide_modify    vremax 100 yes remain no nearcp yes 10
+read_surf       cylinder.surf
+  200 lines
+  -0.5 0.5 xlo xhi
+  -0.5 0.5 ylo yhi
+  0 0 zlo zhi
+  0.0157073 min line length
+  304 0 = cells overlapping surfs, overlap cells with unmarked corner pts
+  38993 4354 304 = cells outside/inside/overlapping surfs
+  304 = surf cells with 1,2,etc splits
+  109.215 109.215 = cell-wise and global flow volume
+  CPU time = 0.0878585 secs
+  read/check/sort/surf2grid/ghost/inout/particle percent = 26.8802 25.7121 2.98221 26.1936 18.2319 6.96496 0.181768
+  surf2grid time = 0.0230133 secs
+  map/comm1/comm2/comm3/comm4/split percent = 13.4284 25.2781 3.71343 3.65972 12.2971 6.84894
+surf_collide    1 diffuse 273.0 1.0
+surf_modify     all collide 1
+fix    in emit/face air xlo ylo yhi
+balance_grid  rcb cell
+Balance grid migrated 1350 cells
+  CPU time = 0.0260703 secs
+  reassign/sort/migrate/ghost percent = 9.75772 0.105791 34.606 55.5305
+create_particles air n 0
+Created 297182 particles
+  CPU time = 0.012272 secs
+stats    10000
+stats_style step cpu np nattempt ncoll nscoll npave nscollave
+run    200000
+Memory usage per proc in Mbytes:
+  particles (ave,min,max) = 1.6084 0 1.6875
+  grid      (ave,min,max) = 2.47327 1.51379 4.32629
+  surf      (ave,min,max) = 0.0205994 0.0205994 0.0205994
+  total     (ave,min,max) = 4.10226 3.22189 6.03439
+Step CPU Np Natt Ncoll Nscoll Npave Nscollave 
+       0            0   297182        0        0        0            0            0 
+   10000    8.7691207   331264     5173     4466       15    316390.27      10.5621 
+   20000    17.937222   332077     5056     4342        9     324249.8      10.6296 
+   30000    27.055918   331577     5142     4424       13    326775.67      10.6567 
+   40000    37.277348   331533     5055     4331       15    328122.31      10.6738 
+   50000    46.151575   331463     5124     4393        8    328926.76      10.6815 
+   60000    55.904136   331229     5068     4360       23    329437.57    10.671983 
+   70000    65.220979   331429     5124     4441       12     329780.9    10.677129 
+   80000    74.131893   332155     5083     4413       10       330075    10.679887 
+   90000    83.650543   331852     5085     4404       12    330300.76       10.688 
+  100000    94.056971   331927     5049     4345       10    330497.73     10.69671 
+  110000    102.88784   332029     5169     4448       11    330639.56    10.698409 
+  120000    112.57479   332100     5130     4406       10    330795.32    10.705825 
+  130000    121.42094   331944     5093     4373       16    330900.49    10.706331 
+  140000    130.72422   331539     5073     4376        6    330979.57    10.703986 
+  150000    140.21842   331805     5017     4330       10    331018.32     10.69962 
+  160000    149.15585   332677     5113     4385       14     331090.4    10.705969 
+  170000    159.40248   331638     5055     4359       14    331154.17    10.704106 
+  180000    169.08296   331909     5085     4383        4    331184.53    10.704367 
+  190000    177.85323   331422     4953     4280        6    331224.21      10.7001 
+  200000    187.00303   332531     5105     4380        9    331256.22     10.70298 
+Loop time of 187.003 on 128 procs for 200000 steps with 332531 particles
+
+MPI task timing breakdown:
+Section |  min time  |  avg time  |  max time  |%varavg| %total
+---------------------------------------------------------------
+Move    | 0.023102   | 7.9791     | 49.049     | 364.1 |  4.27
+Coll    | 0.22677    | 6.8154     | 50.601     | 348.0 |  3.64
+Sort    | 0.077087   | 1.2915     | 8.243      | 151.1 |  0.69
+Comm    | 47.925     | 80.748     | 91.667     | 102.8 | 43.18
+Modify  | 0.019049   | 0.1023     | 1.9542     |  88.4 |  0.05
+Output  | 0.0053315  | 0.0083557  | 0.0098595  |   0.7 |  0.00
+Other   |            | 90.06      |            |       | 48.16
+
+Particle moves    = 66251244553 (66.3B)
+Cells touched     = 69288479451 (69.3B)
+Particle comms    = 171425815 (171M)
+Boundary collides = 0 (0K)
+Boundary exits    = 16738659 (16.7M)
+SurfColl checks   = 121391185 (121M)
+SurfColl occurs   = 2140596 (2.14M)
+Surf reactions    = 0 (0K)
+Collide attempts  = 1136727562 (1.14B)
+Collide occurs    = 891460412 (891M)
+Reactions         = 0 (0K)
+Particles stuck   = 0
+Axisymm bad moves = 0
+
+Particle-moves/CPUsec/proc: 2.7678e+06
+Particle-moves/step: 331256
+Cell-touches/particle/step: 1.04584
+Particle comm iterations/step: 1
+Particle fraction communicated: 0.00258751
+Particle fraction colliding with boundary: 0
+Particle fraction exiting boundary: 0.000252654
+Surface-checks/particle/step: 0.00183229
+Surface-collisions/particle/step: 3.23103e-05
+Surf-reactions/particle/step: 0
+Collision-attempts/particle/step: 0.0171578
+Collisions/particle/step: 0.0134558
+Reactions/particle/step: 0
+
+Particles: 2597.9 ave 17125 max 0 min
+Histogram: 84 14 4 9 7 3 3 0 2 2
+Cells:      341.023 ave 342 max 340 min
+Histogram: 5 0 0 0 0 115 0 0 0 8
+GhostCell: 8845.66 ave 16242 max 485 min
+Histogram: 18 13 13 8 17 3 6 4 16 30
+EmptyCell: 51.3438 ave 168 max 0 min
+Histogram: 60 2 7 6 11 13 12 3 6 8
+Surfs:    200 ave 200 max 200 min
+Histogram: 128 0 0 0 0 0 0 0 0 0
+GhostSurf: 0 ave 0 max 0 min
+Histogram: 128 0 0 0 0 0 0 0 0 0
+compute      1 grid all air n nrho massrho u v w
+compute      2 grid all air trot
+compute      3 tvib/grid all air
+compute      4 thermal/grid all air press temp
+fix          1 ave/grid all 1 ${nave} ${nave} c_1[*] c_4[*] c_2[*] c_3[*] ave running
+fix          1 ave/grid all 1 10000 ${nave} c_1[*] c_4[*] c_2[*] c_3[*] ave running
+fix          1 ave/grid all 1 10000 10000 c_1[*] c_4[*] c_2[*] c_3[*] ave running
+dump         1 grid all ${noutput} output/grid.*.dat id xc yc f_1[*]
+dump         1 grid all 300000 output/grid.*.dat id xc yc f_1[*]
+dump_modify  1 format float %12.5g
+compute      5 surf all air n press px py shx shy fx fy etot erot evib
+fix          2 ave/surf all 1 ${nave} ${nave} c_5[*] ave running
+fix          2 ave/surf all 1 10000 ${nave} c_5[*] ave running
+fix          2 ave/surf all 1 10000 10000 c_5[*] ave running
+dump         2 surf all ${noutput} output/surf.*.dat id v1x v1y v2x v2y f_2[*]
+dump         2 surf all 300000 output/surf.*.dat id v1x v1y v2x v2y f_2[*]
+dump_modify  2 format float %12.5g
+compute      6  lambda/grid f_1[2] f_1[8] Ar kx
+dump         3 grid all ${noutput} output/lambdakn.*.dat id xc yc c_6[*]
+dump         3 grid all 300000 output/lambdakn.*.dat id xc yc c_6[*]
+dump_modify  3 format float %12.5g
+run    100000
+Memory usage per proc in Mbytes:
+  particles (ave,min,max) = 1.63477 0 3.375
+  grid      (ave,min,max) = 2.47327 1.51379 4.32629
+  surf      (ave,min,max) = 0.0205994 0.0205994 0.0205994
+  total     (ave,min,max) = 4.24337 3.3362 6.1492
+Step CPU Np Natt Ncoll Nscoll Npave Nscollave 
+  200000            0   332531     5105     4380        0            0            0 
+  210000    16.196723   331669     5011     4264       13    332053.05      10.6624 
+  220000    33.136736   332608     5127     4426        8    332121.52     10.69115 
+  230000    49.354226   332116     5077     4360        9    332172.33    10.704133 
+  240000      65.3875   331576     5161     4365       16    332137.21       10.719 
+  250000    81.387372   331929     5086     4366       10    332129.17     10.71878 
+  260000    98.222154   332080     5055     4359       18    332111.71      10.7098 
+  270000    114.56323   332579     5162     4410       11    332108.09    10.718043 
+  280000    130.77012   331885     5139     4429       12    332074.19    10.713925 
+  290000    146.83891   332046     5139     4409       10    332052.14    10.716978 
+  300000    164.31575   332361     5122     4386       13    332106.17     10.72453 
+Loop time of 164.316 on 128 procs for 100000 steps with 332361 particles
+
+MPI task timing breakdown:
+Section |  min time  |  avg time  |  max time  |%varavg| %total
+---------------------------------------------------------------
+Move    | 0.011643   | 4.0207     | 24.885     | 258.0 |  2.45
+Coll    | 0.113      | 3.4345     | 25.764     | 247.9 |  2.09
+Sort    | 0.043045   | 0.65679    | 4.1653     | 106.7 |  0.40
+Comm    | 28.776     | 45.451     | 51.13      |  70.4 | 27.66
+Modify  | 1.578      | 11.095     | 64.202     | 397.7 |  6.75
+Output  | 0.032379   | 0.033942   | 0.037831   |   0.6 |  0.02
+Other   |            | 99.62      |            |       | 60.63
+
+Particle moves    = 33210617465 (33.2B)
+Cells touched     = 34731837249 (34.7B)
+Particle comms    = 85842182 (85.8M)
+Boundary collides = 0 (0K)
+Boundary exits    = 8388807 (8.39M)
+SurfColl checks   = 60839918 (60.8M)
+SurfColl occurs   = 1072453 (1.07M)
+Surf reactions    = 0 (0K)
+Collide attempts  = 572142128 (572M)
+Collide occurs    = 448626605 (449M)
+Reactions         = 0 (0K)
+Particles stuck   = 0
+Axisymm bad moves = 0
+
+Particle-moves/CPUsec/proc: 1.57902e+06
+Particle-moves/step: 332106
+Cell-touches/particle/step: 1.04581
+Particle comm iterations/step: 1
+Particle fraction communicated: 0.00258478
+Particle fraction colliding with boundary: 0
+Particle fraction exiting boundary: 0.000252594
+Surface-checks/particle/step: 0.00183194
+Surface-collisions/particle/step: 3.22925e-05
+Surf-reactions/particle/step: 0
+Collision-attempts/particle/step: 0.0172277
+Collisions/particle/step: 0.0135085
+Reactions/particle/step: 0
+
+Particles: 2596.57 ave 17325 max 0 min
+Histogram: 84 14 6 8 6 6 0 0 2 2
+Cells:      341.023 ave 342 max 340 min
+Histogram: 5 0 0 0 0 115 0 0 0 8
+GhostCell: 8845.66 ave 16242 max 485 min
+Histogram: 18 13 13 8 17 3 6 4 16 30
+EmptyCell: 51.3438 ave 168 max 0 min
+Histogram: 60 2 7 6 11 13 12 3 6 8
+Surfs:    200 ave 200 max 200 min
+Histogram: 128 0 0 0 0 0 0 0 0 0
+GhostSurf: 0 ave 0 max 0 min
+Histogram: 128 0 0 0 0 0 0 0 0 0
+write_grid    grid/final-grid.dat
+  grid cells = 43651
+  CPU time = 0.00693477 secs
+write_surf    surf/geom.surf
+  surf elements = 200
+  CPU time = 0.00170469 secs

CylinderKnMa/Kn0p42/simulation0920_Kn0p42Ma3p9/mir.txt

@@ -0,0 +1,3 @@
+dimension     2
+create_box    -5.0 6.0 -5.0 5.0 -0.5 0.5
+read_grid     grid/final-grid.dat

CylinderKnMa/Kn0p42/simulation0920_Kn0p42Ma3p9/output/surf.300000.dat

@@ -0,0 +1,209 @@
+ITEM: TIMESTEP
+300000
+ITEM: NUMBER OF SURFS
+200
+ITEM: BOX BOUNDS oo oo pp
+-5 6
+-5 5
+-0.5 0.5
+ITEM: SURFS id v1x v1y v2x v2y f_2[1] f_2[2] f_2[3] f_2[4] f_2[5] f_2[6] f_2[7] f_2[8] f_2[9] f_2[10] f_2[11] 
+1          0.5            0      0.49975    -0.015705      0.00186     0.025734    -0.025731   0.00040421   1.9991e-05    0.0012725  -0.00040385   2.6337e-05       2.7433            0            0 
+129     -0.31871      0.38526     -0.30645      0.39508      0.08666       1.3274      0.82992      -1.0359      0.22264      0.17837     0.016533     -0.01347       281.02            0            0 
+2      0.49975    -0.015705      0.49901    -0.031395      0.00159     0.021272    -0.021249    0.0010021   0.00012941    0.0027441  -0.00033173   5.8843e-05       3.3861            0            0 
+130     -0.30645      0.39508     -0.29389      0.40451      0.08413       1.2722      0.76388      -1.0174      0.25299      0.18995     0.015972    -0.012997       261.63            0            0 
+3      0.49901    -0.031395      0.49778    -0.047054      0.00149      0.02047    -0.020407     0.001606   8.2936e-05    0.0010538  -0.00031923   4.1779e-05       3.1593            0            0 
+131     -0.29389      0.40451     -0.28104      0.41354      0.07983       1.2181      0.70044     -0.99662      0.24284      0.17067     0.014816    -0.012973       255.35            0            0 
+4      0.49778    -0.047054      0.49606    -0.062667      0.00147     0.020011     -0.01989    0.0021958  -1.4248e-05  -0.00012905  -0.00031264   3.2464e-05       2.0523            0            0 
+132     -0.28104      0.41354     -0.26791      0.42216       0.0775       1.1875      0.65197     -0.99253      0.24527      0.16111     0.014093    -0.013059       245.02            0            0 
+5      0.49606    -0.062667      0.49384    -0.078217      0.00167     0.022804    -0.022577    0.0032131   0.00021579    0.0015162  -0.00035123   7.4286e-05       2.8815            0            0 
+133     -0.26791      0.42216     -0.25452      0.43037      0.07304       1.1043      0.57697     -0.94153      0.24102       0.1477     0.012848    -0.012469        230.5            0            0 
+6      0.49384    -0.078217      0.49114    -0.093691      0.00177     0.023573    -0.023222    0.0040529   0.00036161    0.0020719  -0.00035907   9.6204e-05       2.7906            0            0 
+134     -0.25452      0.43037     -0.24088      0.43815      0.06964       1.0542      0.52231     -0.91571      0.24645      0.14057     0.012075    -0.012175          225            0            0 
+7      0.49114    -0.093691      0.48796     -0.10907      0.00144     0.018888    -0.018495    0.0038302    0.0001067   0.00051525  -0.00028883   6.8255e-05       2.3096            0            0 
+135     -0.24088      0.43815       -0.227       0.4455      0.06516       0.9949      0.46554     -0.87926      0.25195       0.1334      0.01127    -0.011715       214.59            0            0 
+8      0.48796     -0.10907      0.48429     -0.12434      0.00135     0.018483    -0.017972    0.0043147   0.00022544   0.00093901  -0.00027875   8.2521e-05       2.3615            0            0 
+136       -0.227       0.4455     -0.21289      0.45241      0.06228      0.94361      0.41513     -0.84739      0.25641      0.12562     0.010548    -0.011337       203.98            0            0 
+9      0.48429     -0.12434      0.48015      -0.1395      0.00156     0.021274     -0.02052    0.0056137   8.1539e-05   0.00029806  -0.00032104   9.2858e-05       2.8691            0            0 
+137     -0.21289      0.45241     -0.19857      0.45888      0.05819      0.87008      0.35805       -0.793        0.242      0.10927    0.0094252     -0.01074       187.75            0            0 
+10      0.48015      -0.1395      0.47553     -0.15451      0.00142     0.018888    -0.018053    0.0055538    0.0010176    0.0033077  -0.00026758   0.00013919       2.8059            0            0 
+138     -0.19857      0.45888     -0.18406      0.46489      0.05622      0.85978      0.32902     -0.79433      0.25224      0.10448    0.0091301    -0.010836       192.29            0            0 
+11      0.47553     -0.15451      0.47044     -0.16937      0.00146     0.018825     -0.01781    0.0060978    0.0009301    0.0027166  -0.00026514   0.00013845       2.5631            0            0 
+139     -0.18406      0.46489     -0.16937      0.47044       0.0529      0.79362      0.28053     -0.74239      0.24193     0.091419    0.0082064    -0.010225       175.85            0            0 
+12      0.47044     -0.16937      0.46489     -0.18406      0.00144      0.01878    -0.017568    0.0066383   0.00079726    0.0021099  -0.00026342   0.00013741       3.1357            0            0 
+140     -0.16937      0.47044     -0.15451      0.47553      0.04866       0.7221       0.2339     -0.68317      0.22903     0.078415    0.0072714   -0.0094991       158.18            0            0 
+13      0.46489     -0.18406      0.45888     -0.19857      0.00153       0.0194    -0.017923    0.0074241    0.0010159    0.0024526  -0.00026557   0.00015514       1.7741            0            0 
+141     -0.15451      0.47553      -0.1395      0.48015      0.04649      0.68781      0.20224      -0.6574      0.23269     0.071585    0.0068317   -0.0092016       151.65            0            0 
+14      0.45888     -0.19857      0.45241     -0.21289      0.00139     0.018305    -0.016683    0.0075326    0.0017343    0.0038411   -0.0002348   0.00017865       2.4958            0            0 
+142      -0.1395      0.48015     -0.12434      0.48429      0.04213       0.6307      0.16642     -0.60835      0.21743     0.059482    0.0060293   -0.0086212       147.79            0            0 
+15      0.45241     -0.21289       0.4455       -0.227      0.00162     0.019773    -0.017757    0.0086988    0.0021023    0.0042914  -0.00024589   0.00020404       4.2796            0            0 
+143     -0.12434      0.48429     -0.10907      0.48796      0.04017      0.59839      0.13969     -0.58186      0.21716     0.052136    0.0056052   -0.0083205       129.02            0            0 
+16       0.4455       -0.227      0.43815     -0.24088      0.00149     0.017815    -0.015744    0.0083362    0.0020028    0.0037826  -0.00021584   0.00019035       2.6153            0            0 
+144     -0.10907      0.48796    -0.093691      0.49114      0.03736      0.55247      0.11203     -0.54099      0.21196     0.043895    0.0050891   -0.0078081       123.67            0            0 
+17      0.43815     -0.24088      0.43037     -0.25452      0.00159     0.019724    -0.017133    0.0097722    0.0035992    0.0063101  -0.00021257   0.00025261       3.8817            0            0 
+145    -0.093691      0.49114    -0.078217      0.49384      0.03559      0.53023     0.091161     -0.52233      0.21548     0.037608    0.0048166   -0.0076137        122.3            0            0 
+18      0.43037     -0.25452      0.42216     -0.26791      0.00151     0.018697    -0.015942    0.0097693    0.0043234    0.0070551   -0.0001825   0.00026427       3.6246            0            0 
+146    -0.078217      0.49384    -0.062667      0.49606      0.03391       0.4917     0.069281     -0.48679      0.20661     0.029405    0.0043335   -0.0071843       117.63            0            0 
+19      0.42216     -0.26791      0.41354     -0.28104      0.00162     0.020549    -0.017175     0.011282    0.0046772    0.0071204  -0.00019631   0.00028905        4.433            0            0 
+147    -0.062667      0.49606    -0.047054      0.49778      0.03042      0.44604     0.048945     -0.44334      0.18945     0.020915    0.0037445   -0.0066352       103.01            0            0 
+20      0.41354     -0.28104      0.40451     -0.29389      0.00172     0.020962     -0.01715     0.012053    0.0056205    0.0079971   -0.0001811   0.00031494       3.6021            0            0 
+148    -0.047054      0.49778    -0.031395      0.49901      0.02856      0.41682     0.032703     -0.41554      0.17852      0.01405    0.0033177   -0.0063063       95.146            0            0 
+21      0.40451     -0.29389      0.39508     -0.30645      0.00196     0.025125    -0.020092     0.015086    0.0067876    0.0090402  -0.00020898   0.00037895       4.5988            0            0 
+149    -0.031395      0.49901    -0.015705      0.49975      0.02645      0.38371     0.018075     -0.38328      0.18049    0.0085115    0.0031188   -0.0058867       91.829            0            0 
+22      0.39508     -0.30645      0.38526     -0.31871      0.00178      0.02158    -0.016841     0.013492    0.0077685    0.0096967  -0.00014251   0.00036424       5.0012            0            0 
+150    -0.015705      0.49975            0          0.5      0.02535      0.36915    0.0057984     -0.36911      0.18038    0.0028336    0.0029243   -0.0057532       88.329            0            0 
+23      0.38526     -0.31871      0.37506     -0.33066      0.00187     0.022792    -0.017331     0.014802    0.0082082    0.0096106  -0.00014329   0.00038346       4.8479            0            0 
+151            0          0.5     0.015705      0.49975      0.02266        0.333   -0.0052305     -0.33296       0.1598   -0.0025103    0.0024279   -0.0052693       82.788            0            0 
+24      0.37506     -0.33066      0.36448     -0.34227      0.00227     0.026796    -0.019819     0.018034     0.012176     0.013381  -0.00012005   0.00049345       6.6211            0            0 
+152     0.015705      0.49975     0.031395      0.49901      0.02204      0.31886     -0.01502     -0.31851      0.15403   -0.0072638    0.0021834    -0.005117       80.465            0            0 
+25      0.36448     -0.34227      0.35355     -0.35355      0.00286     0.035377    -0.025405     0.024619     0.017052     0.017596  -0.00013121   0.00066309       9.2313            0            0 
+153     0.031395      0.49901     0.047054      0.49778      0.01949      0.27706    -0.021738     -0.27621      0.14125    -0.011117    0.0018772   -0.0045131       65.079            0            0 
+26      0.35355     -0.35355      0.34227     -0.36448      0.00234     0.028772    -0.020023     0.020662     0.014514     0.014065  -8.6538e-05   0.00054547       7.0319            0            0 
+154     0.047054      0.49778     0.062667      0.49606      0.01719      0.24272    -0.026635     -0.24126      0.13376    -0.014767    0.0016827   -0.0040215       60.319            0            0 
+27      0.34227     -0.36448      0.33066     -0.37506      0.00294     0.035764     -0.02407     0.026452     0.020654     0.018794  -5.3652e-05   0.00071069       9.6199            0            0 
+155     0.062667      0.49606     0.078217      0.49384      0.01651       0.2341    -0.032984     -0.23176      0.12746     -0.01814    0.0014839   -0.0039253       58.871            0            0 
+28      0.33066     -0.37506      0.31871     -0.38526      0.00331     0.039427    -0.025606      0.02998      0.02199     0.018781  -5.6797e-05   0.00076591       10.243            0            0 
+156     0.078217      0.49384     0.093691      0.49114      0.01567      0.21949    -0.037737     -0.21622      0.11824    -0.020636    0.0012644   -0.0037204       53.343            0            0 
+29      0.31871     -0.38526      0.30645     -0.39508      0.00309     0.037106      -0.0232     0.028958     0.022925     0.018366  -4.3279e-06   0.00074334       10.038            0            0 
+157     0.093691      0.49114      0.10907      0.48796      0.01384      0.19176    -0.038887     -0.18778      0.10935    -0.022646    0.0011069   -0.0033052       46.286            0            0 
+30      0.30645     -0.39508      0.29389     -0.40451      0.00379     0.046627    -0.027996     0.037287     0.027923     0.020965  -1.1442e-06   0.00091499        12.73            0            0 
+158      0.10907      0.48796      0.12434      0.48429      0.01288      0.17489    -0.040828     -0.17006      0.09963    -0.023919   0.00092364   -0.0030469       41.888            0            0 
+31      0.29389     -0.40451      0.28104     -0.41354      0.00452     0.056806    -0.032664     0.046476     0.034632      0.02434    3.092e-05    0.0011123       12.353            0            0 
+159      0.12434      0.48429       0.1395      0.48015      0.01156      0.15825    -0.041757     -0.15264     0.093047    -0.025455   0.00080562   -0.0027974       41.092            0            0 
+32      0.28104     -0.41354      0.26791     -0.42216      0.00441     0.055605    -0.030528     0.046475     0.034375      0.02258   6.0416e-05    0.0010847       14.766            0            0 
+160       0.1395      0.48015      0.15451      0.47553      0.01014        0.137    -0.040283     -0.13094     0.080145    -0.024656   0.00062612    -0.002444        33.25            0            0 
+33      0.26791     -0.42216      0.25452     -0.43037      0.00534     0.068698    -0.035895     0.058575     0.040528     0.024835   7.2774e-05    0.0013102       17.243            0            0 
+161      0.15451      0.47553      0.16937      0.47044      0.00986      0.13282    -0.043023     -0.12566     0.082704    -0.028316   0.00062329   -0.0024185       35.089            0            0 
+34      0.25452     -0.43037      0.24088     -0.43815      0.00541     0.069218    -0.034294     0.060125     0.043956     0.025072   0.00015176    0.0013382        19.25            0            0 
+162      0.16937      0.47044      0.18406      0.46489      0.00899      0.11819    -0.041779     -0.11056     0.073597     -0.02781   0.00049979   -0.0021735        29.88            0            0 
+35      0.24088     -0.43815        0.227      -0.4455      0.00589     0.076832    -0.035952     0.067902     0.048966     0.025926   0.00020441    0.0014738       20.319            0            0 
+163      0.18406      0.46489      0.19857      0.45888       0.0079      0.10537    -0.040322    -0.097345     0.065974    -0.027327   0.00040293   -0.0019583       25.289            0            0 
+36        0.227      -0.4455      0.21289     -0.45241      0.00628     0.081715     -0.03595     0.073383     0.050274     0.024629     0.000225    0.0015395       19.743            0            0 
+164      0.19857      0.45888      0.21289      0.45241      0.00743     0.096869    -0.039863    -0.088287     0.058771    -0.026536     0.000297   -0.0018036       22.956            0            0 
+37      0.21289     -0.45241      0.19857     -0.45888      0.00724     0.095137     -0.03915     0.086709       0.0573     0.025872   0.00028508    0.0017683       24.338            0            0 
+165      0.21289      0.45241        0.227       0.4455      0.00654     0.086606    -0.038101    -0.077774      0.05335    -0.026136   0.00023951   -0.0016322       22.454            0            0 
+38      0.19857     -0.45888      0.18406     -0.46489      0.00853      0.11397    -0.043614      0.10529     0.067331     0.027889   0.00037253     0.002092       27.308            0            0 
+166        0.227       0.4455      0.24088      0.43815      0.00598     0.079667    -0.037278    -0.070407     0.053357    -0.028251   0.00025256   -0.0015497       23.101            0            0 
+39      0.18406     -0.46489      0.16937     -0.47044      0.00845      0.11313    -0.039988      0.10582     0.069333     0.026199   0.00046094    0.0020737       29.286            0            0 
+167      0.24088      0.43815      0.25452      0.43037      0.00581     0.074858    -0.037089    -0.065024      0.04759    -0.027145   0.00016494   -0.0014477        19.32            0            0 
+40      0.16937     -0.47044      0.15451     -0.47553      0.00921      0.12524    -0.040567      0.11849     0.077063     0.026384   0.00057325    0.0022755       32.039            0            0 
+168      0.25452      0.43037      0.26791      0.42216      0.00477     0.061313    -0.032036    -0.052278     0.036683    -0.022479   7.2998e-05   -0.0011742       17.438            0            0 
+41      0.15451     -0.47553       0.1395     -0.48015      0.01064      0.14495    -0.042621      0.13854     0.092506     0.028459   0.00078357    0.0026231       40.413            0            0 
+169      0.26791      0.42216      0.28104      0.41354      0.00514     0.064848    -0.035603      -0.0542     0.038867    -0.025531   5.1271e-05   -0.0012524       15.728            0            0 
+42       0.1395     -0.48015      0.12434     -0.48429      0.01114       0.1533    -0.040451      0.14786     0.090661     0.024802   0.00078867    0.0027121        42.66            0            0 
+170      0.28104      0.41354      0.29389      0.40451      0.00403     0.050194    -0.028862    -0.041066     0.030907    -0.021722   3.2129e-05  -0.00098624        12.99            0            0 
+43      0.12434     -0.48429      0.10907     -0.48796      0.01241      0.17199     -0.04015      0.16724      0.10152     0.024373   0.00096397    0.0030097       45.105            0            0 
+171      0.29389      0.40451      0.30645      0.39508      0.00383      0.04739    -0.028454    -0.037897     0.028009     -0.02103  -6.9887e-06  -0.00092559       12.635            0            0 
+44      0.10907     -0.48796     0.093691     -0.49114      0.01471      0.20492    -0.041555      0.20066       0.1156      0.02394    0.0011631    0.0035279       49.925            0            0 
+172      0.30645      0.39508      0.31871      0.38526      0.00325     0.040432     -0.02528    -0.031555       0.0243    -0.019468   -1.539e-05  -0.00080143       11.102            0            0 
+45     0.093691     -0.49114     0.078217     -0.49384      0.01458      0.20167    -0.034672      0.19866       0.1111      0.01939    0.0012004     0.003425        49.21            0            0 
+173      0.31871      0.38526      0.33066      0.37506      0.00338     0.041009    -0.026633    -0.031183     0.022879    -0.019541   -5.896e-05  -0.00079674       9.9618            0            0 
+46     0.078217     -0.49384     0.062667     -0.49606       0.0172      0.24293    -0.034229      0.24051      0.12997     0.018498    0.0015038    0.0040683         60.9            0            0 
+174      0.33066      0.37506      0.34227      0.36448      0.00294     0.034583    -0.023275    -0.025578     0.019397     -0.01765    -6.09e-05  -0.00067901       9.2858            0            0 
+47     0.062667     -0.49606     0.047054     -0.49778      0.01777       0.2531    -0.027774      0.25158      0.13301     0.014684     0.001653    0.0041822        60.72            0            0 
+175      0.34227      0.36448      0.35355      0.35355      0.00254     0.029765    -0.020714    -0.021375     0.014188    -0.013749   -0.0001025  -0.00055171       6.4271            0            0 
+48     0.047054     -0.49778     0.031395     -0.49901      0.01998      0.28866    -0.022648      0.28777      0.14576     0.011471    0.0019337    0.0047003       68.554            0            0 
+176      0.35355      0.35355      0.36448      0.34227      0.00234     0.028751    -0.020647    -0.020009       0.0129    -0.013312  -0.00012168  -0.00052338       5.9015            0            0 
+49     0.031395     -0.49901     0.015705     -0.49975      0.02184      0.31478    -0.014828      0.31443      0.15524    0.0073208    0.0022054    0.0050538       73.318            0            0 
+177      0.36448      0.34227      0.37506      0.33066       0.0022     0.024754    -0.018309     -0.01666     0.012746    -0.014007  -8.7382e-05   -0.0004817        5.345            0            0 
+50     0.015705     -0.49975            0         -0.5       0.0229      0.33219   -0.0052178      0.33215      0.16648    0.0026153     0.002533    0.0052582       83.169            0            0 
+178      0.37506      0.33066      0.38526      0.31871      0.00184     0.022289    -0.016948    -0.014475    0.0084374    -0.009879  -0.00013368  -0.00038254       4.3349            0            0 
+51            0         -0.5    -0.015705     -0.49975      0.02539       0.3662     0.005752      0.36616      0.17529   -0.0027536    0.0028436    0.0057081       88.389            0            0 
+179      0.38526      0.31871      0.39508      0.30645      0.00185     0.022194    -0.017321    -0.013877    0.0088232    -0.011013  -0.00013347  -0.00039095       5.2918            0            0 
+52    -0.015705     -0.49975    -0.031395     -0.49901      0.02704      0.39459     0.018588      0.39415      0.18749   -0.0088418    0.0032369    0.0060521       91.925            0            0 
+180      0.39508      0.30645      0.40451      0.29389      0.00185     0.022424    -0.017932    -0.013464    0.0064605   -0.0086046  -0.00018019  -0.00034664       4.5895            0            0 
+53    -0.031395     -0.49901    -0.047054     -0.49778       0.0305      0.44192     0.034672      0.44056      0.19639    -0.015456    0.0036293    0.0066772       104.52            0            0 
+181      0.40451      0.29389      0.41354      0.28104       0.0018     0.022166    -0.018135    -0.012746    0.0049937   -0.0071053  -0.00020642  -0.00031181       4.3172            0            0 
+54    -0.047054     -0.49778    -0.062667     -0.49606      0.03108      0.45563     0.049999      0.45288       0.1993    -0.022003    0.0039158    0.0067679       106.81            0            0 
+182      0.41354      0.28104      0.42216      0.26791      0.00171     0.021937    -0.018335    -0.012044    0.0049448   -0.0075277  -0.00021032  -0.00030741       3.1683            0            0 
+55    -0.062667     -0.49606    -0.078217     -0.49384      0.03171      0.46869     0.066039      0.46401      0.19048    -0.027109    0.0040292    0.0068626       107.36            0            0 
+183      0.42216      0.26791      0.43037      0.25452      0.00134     0.016253    -0.013858   -0.0084922     0.004259   -0.0069501  -0.00015077  -0.00024256       2.6803            0            0 
+56    -0.078217     -0.49384    -0.093691     -0.49114       0.0349      0.51522     0.088582      0.50755      0.20043     -0.03498    0.0045395    0.0074228        115.9            0            0 
+184      0.43037      0.25452      0.43815      0.24088      0.00147     0.017884    -0.015535   -0.0088608    0.0021063   -0.0036928  -0.00021092  -0.00019718       2.3992            0            0 
+57    -0.093691     -0.49114     -0.10907     -0.48796      0.03908      0.57955      0.11753      0.56751      0.21637    -0.044808    0.0052446    0.0082103       131.63            0            0 
+185      0.43815      0.24088       0.4455        0.227      0.00158     0.019512    -0.017244   -0.0091303    0.0027581   -0.0052092  -0.00022754  -0.00022523       3.8249            0            0 
+58     -0.10907     -0.48796     -0.12434     -0.48429      0.04064      0.60053      0.14019      0.58393      0.23056    -0.055353    0.0058235    0.0083026       135.72            0            0 
+186       0.4455        0.227      0.45241      0.21289      0.00147     0.018273    -0.016409   -0.0080389    0.0029332   -0.0059875  -0.00021167  -0.00022032       2.8265            0            0 
+59     -0.12434     -0.48429      -0.1395     -0.48015      0.04452      0.65968      0.17407       0.6363      0.23504    -0.064298     0.006426    0.0089847       148.83            0            0 
+187      0.45241      0.21289      0.45888      0.19857      0.00156     0.020741    -0.018904   -0.0085354    0.0011177   -0.0024755  -0.00027937  -0.00017295       1.9811            0            0 
+60      -0.1395     -0.48015     -0.15451     -0.47553      0.04532      0.67871      0.19957      0.64871      0.22387     -0.06887     0.006651    0.0091077        148.7            0            0 
+188      0.45888      0.19857      0.46489      0.18406       0.0015     0.018698    -0.017275   -0.0071554     0.001381   -0.0033341  -0.00024965  -0.00016476       2.4084            0            0 
+61     -0.15451     -0.47553     -0.16937     -0.47044      0.04843      0.74032       0.2398       0.7004      0.23952    -0.082005    0.0075288    0.0097134       166.19            0            0 
+189      0.46489      0.18406      0.47044      0.16937      0.00152     0.020802    -0.019459   -0.0073531    0.0011306   -0.0029922  -0.00028789   -0.0001625       3.5692            0            0 
+62     -0.16937     -0.47044     -0.18406     -0.46489      0.05357       0.8119      0.28699      0.75949      0.24726     -0.09343    0.0083915     0.010462       176.65            0            0 
+190      0.47044      0.16937      0.47553      0.15451      0.00121     0.015616    -0.014774   -0.0050584   0.00062139   -0.0018149   -0.0002223  -0.00010796       2.2888            0            0 
+63     -0.18406     -0.46489     -0.19857     -0.45888      0.05581      0.84487      0.32332      0.78056      0.25589     -0.10599    0.0090978     0.010596       193.32            0            0 
+191      0.47553      0.15451      0.48015       0.1395      0.00131      0.01674       -0.016   -0.0049223   0.00053009   -0.0017231    -0.000243  -0.00010438       2.1753            0            0 
+64     -0.19857     -0.45888     -0.21289     -0.45241      0.05875      0.89159       0.3669       0.8126      0.25177     -0.11368    0.0097177     0.010978       194.36            0            0 
+192      0.48015       0.1395      0.48429      0.12434      0.00144     0.017961    -0.017325   -0.0047395  -9.6776e-05   0.00035375  -0.00027364  -6.8888e-05       2.4643            0            0 
+65     -0.21289     -0.45241       -0.227      -0.4455      0.06176      0.93974      0.41343      0.84391      0.24187     -0.11849     0.010293     0.011394       201.86            0            0 
+193      0.48429      0.12434      0.48796      0.10907      0.00177     0.024265    -0.023595   -0.0056646   0.00010746  -0.00044761  -0.00036892  -9.6007e-05       2.1162            0            0 
+66       -0.227      -0.4455     -0.24088     -0.43815      0.06478      0.98507      0.46095      0.87057      0.25032     -0.13254     0.011172     0.011593       215.54            0            0 
+194      0.48796      0.10907      0.49114     0.093691      0.00151     0.020249    -0.019828   -0.0041062  -0.00010985   0.00053047  -0.00031317  -5.6165e-05       2.5294            0            0 
+67     -0.24088     -0.43815     -0.25452     -0.43037      0.06909       1.0539      0.52219      0.91549      0.26238     -0.14966     0.012323     0.012029        226.9            0            0 
+195      0.49114     0.093691      0.49384     0.078217      0.00151     0.019805     -0.01951   -0.0034051   0.00029937   -0.0017153  -0.00030175  -8.0428e-05       1.9786            0            0 
+68     -0.25452     -0.43037     -0.26791     -0.42216      0.07328       1.1243      0.58744      0.95861      0.25059     -0.15356     0.013163     0.012645       229.31            0            0 
+196      0.49384     0.078217      0.49606     0.062667      0.00131      0.01709    -0.016919    -0.002408  -0.00012929   0.00090841  -0.00026779  -2.3554e-05       1.6747            0            0 
+69     -0.26791     -0.42216     -0.28104     -0.41354      0.07581       1.1628      0.63841      0.97189      0.25399     -0.16684     0.014017     0.012645       242.77            0            0 
+197      0.49606     0.062667      0.49778     0.047054       0.0016     0.022053     -0.02192     -0.00242   0.00012834   -0.0011625  -0.00034229  -5.6272e-05       2.6571            0            0 
+70     -0.28104     -0.41354     -0.29389     -0.40451      0.08079       1.2308      0.70771        1.007      0.22277     -0.15656     0.014615     0.013357          255            0            0 
+198      0.49778     0.047054      0.49901     0.031395      0.00161     0.021019    -0.020954   -0.0016491   5.3248e-05  -0.00067658   -0.0003283  -3.6531e-05       2.9296            0            0 
+71     -0.29389     -0.40451     -0.30645     -0.39508      0.08501       1.3045      0.78326       1.0432      0.24327     -0.18265     0.016124     0.013517       277.51            0            0 
+199      0.49901     0.031395      0.49975     0.015705      0.00178     0.023581    -0.023554   -0.0011108  -4.0516e-05   0.00085915  -0.00037061  -3.9527e-06       3.2727            0            0 
+72     -0.30645     -0.39508     -0.31871     -0.38526      0.08766       1.3418      0.83895       1.0472      0.24083     -0.19294      0.01696     0.013418       280.73            0            0 
+200      0.49975     0.015705          0.5            0      0.00178     0.023983     -0.02398   -0.0003767   4.5821e-05   -0.0029168  -0.00037593  -5.1733e-05       2.8561            0            0 
+73     -0.31871     -0.38526     -0.33066     -0.37506      0.09285       1.4162      0.91973       1.0769      0.23149     -0.19771     0.018083     0.013809       294.53            0            0 
+74     -0.33066     -0.37506     -0.34227     -0.36448       0.0968       1.4807      0.99654       1.0952       0.2186     -0.19891     0.019087     0.014078       299.05            0            0 
+75     -0.34227     -0.36448     -0.35355     -0.35355      0.10002       1.5338       1.0674       1.1014      0.21697     -0.21026     0.020174     0.013998       311.33            0            0 
+76     -0.35355     -0.35355     -0.36448     -0.34227      0.10525       1.6243       1.1665       1.1304      0.20707     -0.21368     0.021575     0.014399       334.89            0            0 
+77     -0.36448     -0.34227     -0.37506     -0.33066      0.10671       1.6515       1.2215       1.1115      0.19358     -0.21275     0.022228     0.014117       331.45            0            0 
+78     -0.37506     -0.33066     -0.38526     -0.31871      0.11351       1.7339       1.3185       1.1261      0.19144     -0.22414     0.023717     0.014168       342.65            0            0 
+79     -0.38526     -0.31871     -0.39508     -0.30645      0.11466       1.7664       1.3786       1.1044       0.1867     -0.23304     0.024586     0.013687       359.91            0            0 
+80     -0.39508     -0.30645     -0.40451     -0.29389      0.11988       1.8686       1.4943       1.1219      0.17863     -0.23791     0.026277     0.013885        380.4            0            0 
+81     -0.40451     -0.29389     -0.41354     -0.28104      0.12414       1.9328       1.5813       1.1114      0.16047     -0.22833     0.027359      0.01387       393.55            0            0 
+82     -0.41354     -0.28104     -0.42216     -0.26791      0.12813       1.9719       1.6481       1.0826      0.13751     -0.20934     0.028047     0.013717       389.06            0            0 
+83     -0.42216     -0.26791     -0.43037     -0.25452       0.1343       2.0746       1.7689        1.084      0.14539     -0.23725     0.030069       0.0133       417.13            0            0 
+84     -0.43037     -0.25452     -0.43815     -0.24088      0.13626        2.095       1.8198        1.038      0.11961     -0.20969     0.030463     0.013011       408.68            0            0 
+85     -0.43815     -0.24088      -0.4455       -0.227      0.13924       2.1519       1.9017       1.0069       0.1172     -0.22134     0.031712     0.012339       426.39            0            0 
+86      -0.4455       -0.227     -0.45241     -0.21289      0.14431        2.225       1.9981      0.97886     0.098167     -0.20038     0.032927     0.012228       432.41            0            0 
+87     -0.45241     -0.21289     -0.45888     -0.19857      0.14512       2.2389       2.0406      0.92135     0.087651     -0.19413     0.033429     0.011423       448.63            0            0 
+88     -0.45888     -0.19857     -0.46489     -0.18406      0.14662        2.278       2.1046      0.87177     0.078186     -0.18876     0.034286     0.010728        452.2            0            0 
+89     -0.46489     -0.18406     -0.47044     -0.16937      0.15117       2.3421       2.1909      0.82789     0.067619     -0.17895     0.035476     0.010193       456.02            0            0 
+90     -0.47044     -0.16937     -0.47553     -0.15451      0.15388       2.3906       2.2617      0.77434     0.055958     -0.16344     0.036404    0.0095956       463.18            0            0 
+91     -0.47553     -0.15451     -0.48015      -0.1395      0.15837       2.4417       2.3337      0.71795     0.048572     -0.15788     0.037419    0.0087971       467.68            0            0 
+92     -0.48015      -0.1395     -0.48429     -0.12434       0.1612       2.4959       2.4074      0.65859     0.037127     -0.13571     0.038397     0.008213       486.63            0            0 
+93     -0.48429     -0.12434     -0.48796     -0.10907      0.16126       2.5051       2.4359      0.58481      0.02664     -0.11096      0.03868    0.0074428       476.98            0            0 
+94     -0.48796     -0.10907     -0.49114    -0.093691      0.16435       2.5396       2.4868      0.51499     0.023447     -0.11322     0.039429    0.0063107       494.07            0            0 
+95     -0.49114    -0.093691     -0.49384    -0.078217      0.16459       2.5359       2.4981        0.436     0.020741     -0.11884     0.039565    0.0049817       486.49            0            0 
+96     -0.49384    -0.078217     -0.49606    -0.062667      0.16678       2.5625       2.5369      0.36106     0.010767    -0.075653     0.040018     0.004483       494.39            0            0 
+97     -0.49606    -0.062667     -0.49778    -0.047054      0.17061       2.6357       2.6198      0.28923    0.0089556    -0.081118      0.04129    0.0032688        521.8            0            0 
+98     -0.49778    -0.047054     -0.49901    -0.031395      0.16988       2.6307       2.6226       0.2064    0.0040023    -0.050854     0.041257    0.0024433       506.73            0            0 
+99     -0.49901    -0.031395     -0.49975    -0.015705      0.17131       2.6543       2.6513      0.12503    0.0018428    -0.039076     0.041675    0.0013502       504.08            0            0 
+100     -0.49975    -0.015705         -0.5            0      0.16851       2.6204       2.6201     0.041159   9.8224e-05   -0.0062526     0.041156   0.00054829       514.28            0            0 
+101         -0.5            0     -0.49975     0.015705      0.16892       2.6217       2.6214     -0.04118   5.6401e-05    0.0035903     0.041175  -0.00059043       508.36            0            0 
+102     -0.49975     0.015705     -0.49901     0.031395      0.17025       2.6479       2.6449     -0.12473    0.0013007     0.027582     0.041565    -0.001526       523.78            0            0 
+103     -0.49901     0.031395     -0.49778     0.047054      0.16849       2.6083       2.6002     -0.20464    0.0044165     0.056116     0.040912   -0.0023329       501.69            0            0 
+104     -0.49778     0.047054     -0.49606     0.062667       0.1693       2.6321       2.6162     -0.28883    0.0067399     0.061049       0.0412   -0.0035779       518.05            0            0 
+105     -0.49606     0.062667     -0.49384     0.078217      0.16652       2.5907       2.5648     -0.36503     0.011844     0.083219     0.040472   -0.0044264       501.53            0            0 
+106     -0.49384     0.078217     -0.49114     0.093691      0.16531       2.5698       2.5316     -0.44183     0.018908      0.10834     0.040061   -0.0052382       514.26            0            0 
+107     -0.49114     0.093691     -0.48796      0.10907       0.1638       2.5507       2.4977     -0.51724     0.019268     0.093043     0.039534    -0.006663       498.99            0            0 
+108     -0.48796      0.10907     -0.48429      0.12434      0.16298       2.5313       2.4614     -0.59093     0.030801       0.1283     0.039145   -0.0072667       496.93            0            0 
+109     -0.48429      0.12434     -0.48015       0.1395      0.16154       2.5012       2.4125     -0.65999     0.036949      0.13506     0.038475   -0.0082452       485.55            0            0 
+110     -0.48015       0.1395     -0.47553      0.15451       0.1586       2.4587         2.35     -0.72297     0.050914       0.1655     0.037713   -0.0087564       493.78            0            0 
+111     -0.47553      0.15451     -0.47044      0.16937      0.15784       2.4447       2.3129     -0.79189     0.061508      0.17965     0.037296   -0.0096166       465.14            0            0 
+112     -0.47044      0.16937     -0.46489      0.18406       0.1527       2.3738       2.2205     -0.83907     0.063166      0.16717     0.035871    -0.010554       475.26            0            0 
+113     -0.46489      0.18406     -0.45888      0.19857      0.15018       2.3344       2.1567     -0.89332     0.080776      0.19501     0.035144    -0.010969       465.04            0            0 
+114     -0.45888      0.19857     -0.45241      0.21289      0.14645       2.2712         2.07     -0.93463     0.096276      0.21323     0.034026    -0.011331       447.53            0            0 
+115     -0.45241      0.21289      -0.4455        0.227      0.14281       2.2039       1.9792     -0.96958      0.10015      0.20443      0.03266    -0.012018       439.19            0            0 
+116      -0.4455        0.227     -0.43815      0.24088      0.13918       2.1502       1.9003      -1.0062       0.1084      0.20472     0.031551    -0.012588       428.43            0            0 
+117     -0.43815      0.24088     -0.43037      0.25452      0.13599       2.0948       1.8196      -1.0379      0.13177      0.23101     0.030651    -0.012674       410.61            0            0 
+118     -0.43037      0.25452     -0.42216      0.26791      0.13227       2.0481       1.7463      -1.0701      0.13903      0.22688     0.029614    -0.013245       410.01            0            0 
+119     -0.42216      0.26791     -0.41354      0.28104      0.12959       1.9884       1.6619      -1.0917      0.14426      0.21962     0.028371    -0.013698       382.86            0            0 
+120     -0.41354      0.28104     -0.40451      0.29389      0.12516       1.9427       1.5894      -1.1171       0.1681      0.23919     0.027606    -0.013789       391.02            0            0 
+121     -0.40451      0.29389     -0.39508      0.30645      0.11948       1.8381       1.4699      -1.1036      0.16974      0.22608     0.025755    -0.013784       364.85            0            0 
+122     -0.39508      0.30645     -0.38526      0.31871      0.11594        1.796       1.4017      -1.1229      0.17469      0.21805      0.02476    -0.014213       367.21            0            0 
+123     -0.38526      0.31871     -0.37506      0.33066      0.11334       1.7557        1.335      -1.1402       0.1908       0.2234     0.023967    -0.014401       361.46            0            0 
+124     -0.37506      0.33066     -0.36448      0.34227      0.10826       1.6741       1.2382      -1.1267      0.19958      0.21934     0.022584    -0.014252       338.25            0            0 
+125     -0.36448      0.34227     -0.35355      0.35355      0.10559        1.625       1.1669      -1.1308      0.20525      0.21181     0.021553    -0.014435       332.33            0            0 
+126     -0.35355      0.35355     -0.34227      0.36448      0.09905        1.531       1.0654      -1.0994      0.22141      0.21456     0.020213    -0.013899       310.19            0            0 
+127     -0.34227      0.36448     -0.33066      0.37506      0.09821       1.5095       1.0159      -1.1165      0.22878      0.20817     0.019551    -0.014268       314.31            0            0 
+128     -0.33066      0.37506     -0.31871      0.38526      0.09063       1.3952      0.90609      -1.0609      0.22323      0.19066     0.017739    -0.013669       287.89            0            0 

CylinderKnMa/Kn0p42/simulation0920_Kn0p42Ma3p9/runmpirun128.sh

@@ -0,0 +1,18 @@
+#!/bin/bash
+#SBATCH -J Cylinder——Kn
+#SBATCH -p wzhcnormal
+#SBATCH -N 2
+#SBATCH --ntasks-per-node=64
+
+
+module purge
+module load compiler/devtoolset/7.3.1
+module load mpi/hpcx/2.11.0/gcc-7.3.1
+export UCX_WARN_UNUSED_ENV_VARS=n
+/public/software/mpi/hpcx/v2.11.0/gcc-7.3.1/bin/mpirun -n 128 ../../../sep2024-sparta/src/spa_mpi <config.txt
+
+/work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/grid2paraview.py mir.txt Grid -r ./output/grid.*.dat
+
+/work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/grid2paraview.py mir.txt Lambda -r ./output/lambdakn.*.dat
+
+/work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/surf2paraview.py ./surf/geom.surf Surf -r ./output/surf.*.dat

CylinderKnMa/Kn0p42/simulation0920_Kn0p42Ma3p9/runmpirun64.sh

@@ -0,0 +1,18 @@
+#!/bin/bash
+#SBATCH -J Cylinder——Kn
+#SBATCH -p wzhcnormal
+#SBATCH -N 1
+#SBATCH --ntasks-per-node=64
+
+
+module purge
+module load compiler/devtoolset/7.3.1
+module load mpi/hpcx/2.11.0/gcc-7.3.1
+export UCX_WARN_UNUSED_ENV_VARS=n
+/public/software/mpi/hpcx/v2.11.0/gcc-7.3.1/bin/mpirun -n 64 ../../../sep2024-sparta/src/spa_mpi <config.txt
+
+/work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/grid2paraview.py mir.txt Grid -r ./output/grid.*.dat
+
+/work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/grid2paraview.py mir.txt Lambda -r ./output/lambdakn.*.dat
+
+/work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/surf2paraview.py ./surf/geom.surf Surf -r ./output/surf.*.dat

CylinderKnMa/Kn0p42/simulation0920_Kn0p42Ma3p9/slurm-28429099.out

@@ -0,0 +1,200 @@
+SPARTA (4 Sep 2024)
+Running on 128 MPI task(s)
+Running on 128 MPI task(s)
+Created orthogonal box = (-5 -5 -0.5) to (6 5 0.5)
+Created 43651 child grid cells
+  CPU time = 0.0861583 secs
+  create/ghost percent = 1.28785 98.7121
+Balance grid migrated 43561 cells
+  CPU time = 0.079874 secs
+  reassign/sort/migrate/ghost percent = 70.3722 0.0379585 9.05074 20.5391
+Reading surface file ...
+  200 lines
+  -0.5 0.5 xlo xhi
+  -0.5 0.5 ylo yhi
+  0 0 zlo zhi
+  0.0157073 min line length
+  304 0 = cells overlapping surfs, overlap cells with unmarked corner pts
+  38993 4354 304 = cells outside/inside/overlapping surfs
+  304 = surf cells with 1,2,etc splits
+  109.214731023047 109.214731023047 = cell-wise and global flow volume
+  CPU time = 0.0878585 secs
+  read/check/sort/surf2grid/ghost/inout/particle percent = 26.8802 25.7121 2.98221 26.1936 18.2319 6.96496 0.181768
+  surf2grid time = 0.0230133 secs
+  map/comm1/comm2/comm3/comm4/split percent = 13.4284 25.2781 3.71343 3.65972 12.2971 6.84894
+Balance grid migrated 1350 cells
+  CPU time = 0.0260703 secs
+  reassign/sort/migrate/ghost percent = 9.75772 0.105791 34.606 55.5305
+Creating particles ...
+Created 297182 particles
+  CPU time = 0.012272 secs
+Memory usage per proc in Mbytes:
+  particles (ave,min,max) = 1.6084 0 1.6875
+  grid      (ave,min,max) = 2.47327 1.51379 4.32629
+  surf      (ave,min,max) = 0.0205994 0.0205994 0.0205994
+  total     (ave,min,max) = 4.10226 3.22189 6.03439
+Step CPU Np Natt Ncoll Nscoll Npave Nscollave 
+       0            0   297182        0        0        0            0            0 
+   10000    8.7691207   331264     5173     4466       15    316390.27      10.5621 
+   20000    17.937222   332077     5056     4342        9     324249.8      10.6296 
+   30000    27.055918   331577     5142     4424       13    326775.67      10.6567 
+   40000    37.277348   331533     5055     4331       15    328122.31      10.6738 
+   50000    46.151575   331463     5124     4393        8    328926.76      10.6815 
+   60000    55.904136   331229     5068     4360       23    329437.57    10.671983 
+   70000    65.220979   331429     5124     4441       12     329780.9    10.677129 
+   80000    74.131893   332155     5083     4413       10       330075    10.679887 
+   90000    83.650543   331852     5085     4404       12    330300.76       10.688 
+  100000    94.056971   331927     5049     4345       10    330497.73     10.69671 
+  110000    102.88784   332029     5169     4448       11    330639.56    10.698409 
+  120000    112.57479   332100     5130     4406       10    330795.32    10.705825 
+  130000    121.42094   331944     5093     4373       16    330900.49    10.706331 
+  140000    130.72422   331539     5073     4376        6    330979.57    10.703986 
+  150000    140.21842   331805     5017     4330       10    331018.32     10.69962 
+  160000    149.15585   332677     5113     4385       14     331090.4    10.705969 
+  170000    159.40248   331638     5055     4359       14    331154.17    10.704106 
+  180000    169.08296   331909     5085     4383        4    331184.53    10.704367 
+  190000    177.85323   331422     4953     4280        6    331224.21      10.7001 
+  200000    187.00303   332531     5105     4380        9    331256.22     10.70298 
+Loop time of 187.003 on 128 procs for 200000 steps with 332531 particles
+
+MPI task timing breakdown:
+Section |  min time  |  avg time  |  max time  |%varavg| %total
+---------------------------------------------------------------
+Move    | 0.023102   | 7.9791     | 49.049     | 364.1 |  4.27
+Coll    | 0.22677    | 6.8154     | 50.601     | 348.0 |  3.64
+Sort    | 0.077087   | 1.2915     | 8.243      | 151.1 |  0.69
+Comm    | 47.925     | 80.748     | 91.667     | 102.8 | 43.18
+Modify  | 0.019049   | 0.1023     | 1.9542     |  88.4 |  0.05
+Output  | 0.0053315  | 0.0083557  | 0.0098595  |   0.7 |  0.00
+Other   |            | 90.06      |            |       | 48.16
+
+Particle moves    = 66251244553 (66.3B)
+Cells touched     = 69288479451 (69.3B)
+Particle comms    = 171425815 (171M)
+Boundary collides = 0 (0K)
+Boundary exits    = 16738659 (16.7M)
+SurfColl checks   = 121391185 (121M)
+SurfColl occurs   = 2140596 (2.14M)
+Surf reactions    = 0 (0K)
+Collide attempts  = 1136727562 (1.14B)
+Collide occurs    = 891460412 (891M)
+Gas reactions     = 0 (0K)
+Particles stuck   = 0
+Axisymm bad moves = 0
+
+Particle-moves/CPUsec/proc: 2.7678e+06
+Particle-moves/step: 331256
+Cell-touches/particle/step: 1.04584
+Particle comm iterations/step: 1
+Particle fraction communicated: 0.00258751
+Particle fraction colliding with boundary: 0
+Particle fraction exiting boundary: 0.000252654
+Surface-checks/particle/step: 0.00183229
+Surface-collisions/particle/step: 3.23103e-05
+Surface-reactions/particle/step: 0
+Collision-attempts/particle/step: 0.0171578
+Collisions/particle/step: 0.0134558
+Gas-reactions/particle/step: 0
+
+Particles: 2597.9 ave 17125 max 0 min
+Histogram: 84 14 4 9 7 3 3 0 2 2
+Cells:     341.023 ave 342 max 340 min
+Histogram: 5 0 0 0 0 115 0 0 0 8
+GhostCell: 8845.66 ave 16242 max 485 min
+Histogram: 18 13 13 8 17 3 6 4 16 30
+EmptyCell: 51.3438 ave 168 max 0 min
+Histogram: 60 2 7 6 11 13 12 3 6 8
+Surfs:     200 ave 200 max 200 min
+Histogram: 128 0 0 0 0 0 0 0 0 0
+GhostSurf: 0 ave 0 max 0 min
+Histogram: 128 0 0 0 0 0 0 0 0 0
+Memory usage per proc in Mbytes:
+  particles (ave,min,max) = 1.63477 0 3.375
+  grid      (ave,min,max) = 2.47327 1.51379 4.32629
+  surf      (ave,min,max) = 0.0205994 0.0205994 0.0205994
+  total     (ave,min,max) = 4.24337 3.3362 6.1492
+Step CPU Np Natt Ncoll Nscoll Npave Nscollave 
+  200000            0   332531     5105     4380        0            0            0 
+  210000    16.196723   331669     5011     4264       13    332053.05      10.6624 
+  220000    33.136736   332608     5127     4426        8    332121.52     10.69115 
+  230000    49.354226   332116     5077     4360        9    332172.33    10.704133 
+  240000      65.3875   331576     5161     4365       16    332137.21       10.719 
+  250000    81.387372   331929     5086     4366       10    332129.17     10.71878 
+  260000    98.222154   332080     5055     4359       18    332111.71      10.7098 
+  270000    114.56323   332579     5162     4410       11    332108.09    10.718043 
+  280000    130.77012   331885     5139     4429       12    332074.19    10.713925 
+  290000    146.83891   332046     5139     4409       10    332052.14    10.716978 
+  300000    164.31575   332361     5122     4386       13    332106.17     10.72453 
+Loop time of 164.316 on 128 procs for 100000 steps with 332361 particles
+
+MPI task timing breakdown:
+Section |  min time  |  avg time  |  max time  |%varavg| %total
+---------------------------------------------------------------
+Move    | 0.011643   | 4.0207     | 24.885     | 258.0 |  2.45
+Coll    | 0.113      | 3.4345     | 25.764     | 247.9 |  2.09
+Sort    | 0.043045   | 0.65679    | 4.1653     | 106.7 |  0.40
+Comm    | 28.776     | 45.451     | 51.13      |  70.4 | 27.66
+Modify  | 1.578      | 11.095     | 64.202     | 397.7 |  6.75
+Output  | 0.032379   | 0.033942   | 0.037831   |   0.6 |  0.02
+Other   |            | 99.62      |            |       | 60.63
+
+Particle moves    = 33210617465 (33.2B)
+Cells touched     = 34731837249 (34.7B)
+Particle comms    = 85842182 (85.8M)
+Boundary collides = 0 (0K)
+Boundary exits    = 8388807 (8.39M)
+SurfColl checks   = 60839918 (60.8M)
+SurfColl occurs   = 1072453 (1.07M)
+Surf reactions    = 0 (0K)
+Collide attempts  = 572142128 (572M)
+Collide occurs    = 448626605 (449M)
+Gas reactions     = 0 (0K)
+Particles stuck   = 0
+Axisymm bad moves = 0
+
+Particle-moves/CPUsec/proc: 1.57902e+06
+Particle-moves/step: 332106
+Cell-touches/particle/step: 1.04581
+Particle comm iterations/step: 1
+Particle fraction communicated: 0.00258478
+Particle fraction colliding with boundary: 0
+Particle fraction exiting boundary: 0.000252594
+Surface-checks/particle/step: 0.00183194
+Surface-collisions/particle/step: 3.22925e-05
+Surface-reactions/particle/step: 0
+Collision-attempts/particle/step: 0.0172277
+Collisions/particle/step: 0.0135085
+Gas-reactions/particle/step: 0
+
+Particles: 2596.57 ave 17325 max 0 min
+Histogram: 84 14 6 8 6 6 0 0 2 2
+Cells:     341.023 ave 342 max 340 min
+Histogram: 5 0 0 0 0 115 0 0 0 8
+GhostCell: 8845.66 ave 16242 max 485 min
+Histogram: 18 13 13 8 17 3 6 4 16 30
+EmptyCell: 51.3438 ave 168 max 0 min
+Histogram: 60 2 7 6 11 13 12 3 6 8
+Surfs:     200 ave 200 max 200 min
+Histogram: 128 0 0 0 0 0 0 0 0 0
+GhostSurf: 0 ave 0 max 0 min
+Histogram: 128 0 0 0 0 0 0 0 0 0
+Writing grid file ...
+  grid cells = 43651
+  CPU time = 0.00693477 secs
+Writing surface file ...
+  surf elements = 200
+  CPU time = 0.00170469 secs
+Processing  2  grid chunk(s).
+Completed grid chunk number:  1
+Completed grid chunk number:  0
+
+Done in 0:00:07 (wall clock time)
+
+Processing  2  grid chunk(s).
+Completed grid chunk number:  1
+Completed grid chunk number:  0
+
+Done in 0:00:07 (wall clock time)
+
+Processing SPARTA surface information.
+Processing dump result file:  ['./output/surf.300000.dat']

CylinderKnMa/Kn0p42/simulation0920_Kn0p42Ma3p9/surf/Surf_300000.vtu

@@ -0,0 +1,38 @@
+<?xml version="1.0"?>
+<VTKFile type="UnstructuredGrid" version="0.1" byte_order="LittleEndian" header_type="UInt32" compressor="vtkZLibDataCompressor">
+  <UnstructuredGrid>
+    <Piece NumberOfPoints="400"                  NumberOfCells="200"                 >
+      <PointData>
+      </PointData>
+      <CellData>
+        <DataArray type="Float64" Name="id" format="appended" RangeMin="1"                    RangeMax="200"                  offset="0"                   />
+        <DataArray type="Float64" Name="v1x" format="appended" RangeMin="-0.5"                 RangeMax="0.5"                  offset="432"                 />
+        <DataArray type="Float64" Name="v1y" format="appended" RangeMin="-0.5"                 RangeMax="0.5"                  offset="1468"                />
+        <DataArray type="Float64" Name="v2x" format="appended" RangeMin="-0.5"                 RangeMax="0.5"                  offset="2476"                />
+        <DataArray type="Float64" Name="v2y" format="appended" RangeMin="-0.5"                 RangeMax="0.5"                  offset="3508"                />
+        <DataArray type="Float64" Name="f_2[1]" format="appended" RangeMin="0.00121"              RangeMax="0.17131"              offset="4512"                />
+        <DataArray type="Float64" Name="f_2[2]" format="appended" RangeMin="0.015616"             RangeMax="2.6543"               offset="6436"                />
+        <DataArray type="Float64" Name="f_2[3]" format="appended" RangeMin="-0.043614"            RangeMax="2.6513"               offset="8492"                />
+        <DataArray type="Float64" Name="f_2[4]" format="appended" RangeMin="-1.1402"              RangeMax="1.1304"               offset="10572"               />
+        <DataArray type="Float64" Name="f_2[5]" format="appended" RangeMin="-0.00012929"          RangeMax="0.26238"              offset="12672"               />
+        <DataArray type="Float64" Name="f_2[6]" format="appended" RangeMin="-0.23791"             RangeMax="0.23919"              offset="14780"               />
+        <DataArray type="Float64" Name="f_2[7]" format="appended" RangeMin="-0.00040385"          RangeMax="0.041675"             offset="16904"               />
+        <DataArray type="Float64" Name="f_2[8]" format="appended" RangeMin="-0.014435"            RangeMax="0.014399"             offset="19048"               />
+        <DataArray type="Float64" Name="f_2[9]" format="appended" RangeMin="1.6747"               RangeMax="523.78"               offset="21180"               />
+        <DataArray type="Float64" Name="f_2[10]" format="appended" RangeMin="0"                    RangeMax="0"                    offset="22732"               />
+        <DataArray type="Float64" Name="f_2[11]" format="appended" RangeMin="0"                    RangeMax="0"                    offset="22784"               />
+      </CellData>
+      <Points>
+        <DataArray type="Float32" Name="Points" NumberOfComponents="3" format="appended" RangeMin="0.49999998503"        RangeMax="0.50000001255"        offset="22836"               />
+      </Points>
+      <Cells>
+        <DataArray type="Int64" Name="connectivity" format="appended" RangeMin=""                     RangeMax=""                     offset="24164"               />
+        <DataArray type="Int64" Name="offsets" format="appended" RangeMin=""                     RangeMax=""                     offset="25068"               />
+        <DataArray type="UInt8" Name="types" format="appended" RangeMin=""                     RangeMax=""                     offset="25560"               />
+      </Cells>
+    </Piece>
+  </UnstructuredGrid>
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AQAAAACAAABABgAA8gUAAA==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AQAAAACAAABABgAABQYAAA==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AQAAAACAAABABgAAEwYAAA==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AQAAAACAAABABgAAGQYAAA==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AQAAAACAAABABgAAJQYAAA==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AQAAAACAAABABgAANAYAAA==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AQAAAACAAABABgAALAYAAA==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AQAAAACAAABABgAAegQAAA==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eJxjYBgFo2AUjIJRMApIBwAGQAABAQAAAACAAABABgAAFQAAAA==eJxjYBgFo2AUjIJRMApIBwAGQAABAQAAAACAAADAEgAA0gMAAA==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AQAAAACAAABABgAAXwEAAA==eJwtxVFEHAAAANBKkpzkJEmSJMlJkiRJkiRJkiQnSXKSJEmSJEmSJEmSZGYmmUmSJEmSJEkyMzOTzCRJkmT20Xs/LybqXazjHO8EB5zoJAed7BSnOs3pznCms5ztHOc6zyHnu8CFLnKxS1zqMpe7wpWucrVrXOs617vBjW5ys1vc6rDb3O4Od7rLEXe7x73uc78HPOghD3vEox7zuCc86SlPe8aznvO8F7zoJS97xate8wd/9Cd/9ro3/MVfvektb3vHu97zvg986CMf+8SnPvO5L3zpK1/7m7/7h3/6l3/7xrf+47++870f/OgnP/vFr37zP0dFvxfjWMc53gkOONFJDjrZKU51mtOd4UxnOds5znWeQ853gQtd5GKXuNRlLneFK13late41nWud4Mb3eRmt7jVYbe53R3udJcj7naPe93nfg940EMe9ohHPeZxT3jSU572jGc95/9sSVRSAQAAAACAAADIAAAADAAAAA==eJxjZh4eAADsVAJZ
+  </AppendedData>
+</VTKFile>

CylinderKnMa/Kn0p42/simulation0920_Kn0p42Ma3p9/surf/geom.surf

@@ -0,0 +1,610 @@
+# Surface element file written by SPARTA
+
+400 points
+200 lines
+
+Points
+
+1                  0.5                    0
+2    0.499753280182866  -0.0157053795390643
+3    0.499753280182866  -0.0157053795390643
+4    0.499013364214136  -0.0313952597646568
+5    0.499013364214136  -0.0313952597646568
+6     0.49778098230154  -0.0470541566592573
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AQAAAACAAACAFgAAKgUAAA==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AQAAAACAAACALwAAdQcAAA==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AQAAAACAAADgCwAALgIAAA==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eJzj5BwFAwUA8vkNXQ==
+  </AppendedData>
+</VTKFile>

CylinderKnMa/Kn0p42/simulation0921_Kn0p42Ma4p0/Lambda/Lambda_300000.pvtu

@@ -0,0 +1,19 @@
+<?xml version="1.0"?>
+<VTKFile type="PUnstructuredGrid" version="0.1"
+               byte_order="LittleEndian"
+               compressor="vtkZLibDataCompressor">
+<PUnstructuredGrid GhostLevel="0">
+<PCellData>
+<PDataArray type="Float64" Name="id"/>
+<PDataArray type="Float64" Name="xc"/>
+<PDataArray type="Float64" Name="yc"/>
+<PDataArray type="Float64" Name="c_6[1]"/>
+<PDataArray type="Float64" Name="c_6[2]"/>
+</PCellData>
+<PPoints>
+<PDataArray type="Float32" Name="Points" NumberOfComponents="3"/>
+</PPoints>
+<Piece Source="Lambda_0_300000.vtu"/>
+<Piece Source="Lambda_1_300000.vtu"/>
+</PUnstructuredGrid>
+</VTKFile>

CylinderKnMa/Kn0p42/simulation0921_Kn0p42Ma4p0/Surf.pvd

@@ -0,0 +1,9 @@
+<?xml version="1.0"?>
+<VTKFile type="Collection" version="0.1"
+               byte_order="LittleEndian"
+               compressor="vtkZLibDataCompressor">
+   <Collection>    
+    <DataSet timestep="300000" group="" part="0"   
+             file="Surf/Surf_300000.vtu"/>
+   </Collection>    
+</VTKFile>    

CylinderKnMa/Kn0p42/simulation0921_Kn0p42Ma4p0/config.txt

@@ -0,0 +1,78 @@
+variable    BZ equal 1.380649E-23
+variable    PI equal 3.1415926536
+variable    molecular_mass equal 6.63E-26
+variable    molecular_diameter equal 4.17E-10
+variable    gamma equal 1.666666667
+variable    R equal ${BZ}/${molecular_mass}
+variable    L equal 1.0
+variable    xmin equal -5.0
+variable    xmax equal  6.0
+variable    ymin equal -5.0
+variable    ymax equal  5.0
+variable    Kn equal 0.42
+variable   Ma equal 4.0
+variable    To equal 273.0
+variable    Tb equal 273.0
+variable    theta equal 0.0
+variable    mfp equal ${Kn}*${L}
+variable    cpmfp equal 4
+variable    nden equal 1.0/sqrt(2.0)/${PI}/${molecular_diameter}/${molecular_diameter}/(${mfp}/${cpmfp}*${Kn})
+variable    sos equal sqrt(${gamma}*${R}*${To})
+variable    vo equal ${Ma}*${sos}
+variable    vx equal ${vo}*cos(${theta}*2*PI/360)
+variable    vy equal ${vo}*sin(${theta}*2*PI/360)
+variable    ppc equal 30
+variable    xncells equal (${xmax}-${xmin})/${mfp}*${cpmfp}
+variable    yncells equal (${ymax}-${ymin})/${mfp}*${cpmfp}
+variable    Fnum equal ${nden}*(${xmax}-${xmin})*(${ymax}-${ymin})/${ppc}/${xncells}/${yncells}
+variable    tstep equal (-${xmin}+${xmax})/${vx}/${xncells}/10/4
+variable    nave equal 10000
+variable    noutput equal 300000
+clear
+shell    mkdir output
+shell    mkdir grid
+shell    mkdir surf
+seed    7
+dimension    2
+global    nrho ${nden}
+global    fnum ${Fnum}
+timestep    ${tstep}
+global    gridcut 1.0 particle/reorder 100 comm/sort yes
+region    1  cylinder z 0.0 0.0 3.50 -0.5 0.5
+region    2  cylinder z 0.0 0.0 2.00 -0.5 0.5
+region    3  cylinder z 0.0 0.0 0.80 -0.5 0.5
+boundary    o o p
+create_box    ${xmin} ${xmax} ${ymin} ${ymax} -0.5 0.5
+create_grid    ${xncells} ${yncells} 1 levels 4 region 2 1 2 2 1 region 3 2 2 2 1 region 4 3 2 2 1 clump xyz
+balance_grid  rcb cell
+species   gas.species Ar
+mixture   air Ar frac 1.0
+mixture   air Ar vstream ${vx} ${vy} 0.0 temp ${To}
+collide   vss air gas.vhs
+collide_modify    vremax 100 yes remain no nearcp yes 10
+read_surf       cylinder.surf
+surf_collide    1 diffuse 273.0 1.0
+surf_modify     all collide 1
+fix    in emit/face air xlo ylo yhi
+balance_grid  rcb cell
+create_particles air n 0
+stats    10000
+stats_style step cpu np nattempt ncoll nscoll npave nscollave
+run    200000
+compute      1 grid all air n nrho massrho u v w
+compute      2 grid all air trot
+compute      3 tvib/grid all air
+compute      4 thermal/grid all air press temp
+fix          1 ave/grid all 1 ${nave} ${nave} c_1[*] c_4[*] c_2[*] c_3[*] ave running
+dump         1 grid all ${noutput} output/grid.*.dat id xc yc f_1[*]
+dump_modify  1 format float %12.5g
+compute      5 surf all air n press px py shx shy fx fy etot erot evib
+fix          2 ave/surf all 1 ${nave} ${nave} c_5[*] ave running
+dump         2 surf all ${noutput} output/surf.*.dat id v1x v1y v2x v2y f_2[*]
+dump_modify  2 format float %12.5g
+compute      6  lambda/grid f_1[2] f_1[8] Ar kx
+dump         3 grid all ${noutput} output/lambdakn.*.dat id xc yc c_6[*]
+dump_modify  3 format float %12.5g
+run    100000
+write_grid    grid/final-grid.dat
+write_surf    surf/geom.surf

CylinderKnMa/Kn0p42/simulation0921_Kn0p42Ma4p0/cylinder.surf

@@ -0,0 +1,410 @@
+ surf file from Pointwise
+ 
+         200 points
+         200 lines
+ 
+ Points
+ 
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+         174         174         175
+         175         175         176
+         176         176         177
+         177         177         178
+         178         178         179
+         179         179         180
+         180         180         181
+         181         181         182
+         182         182         183
+         183         183         184
+         184         184         185
+         185         185         186
+         186         186         187
+         187         187         188
+         188         188         189
+         189         189         190
+         190         190         191
+         191         191         192
+         192         192         193
+         193         193         194
+         194         194         195
+         195         195         196
+         196         196         197
+         197         197         198
+         198         198         199
+         199         199         200
+         200         200           1

CylinderKnMa/Kn0p42/simulation0921_Kn0p42Ma4p0/gas.species

@@ -0,0 +1,14 @@
+# Species data
+
+# species name
+# molecular weight (atomic mass units, e.g. 16 for oxygen)
+# molecular mass (kg)
+# rotational degrees of freedom (integer, unitless)
+# inverse rotational relaxtion number (unitless)
+# vibrational degrees of freedom (integer, unitless)
+# inverse vibrational relaxation number (unitless)
+# vibrational temperature (K)
+# species weight (unitless)
+# multiple of electon charge (1 for a proton)
+
+Ar    39.95    6.63E-26    0    0.0    0    0.0    0.0    1.0    0.0

CylinderKnMa/Kn0p42/simulation0921_Kn0p42Ma4p0/gas.vhs

@@ -0,0 +1,9 @@
+# VHS collision model parameters for each species
+
+# species name
+# diameter (m)
+# omega (unitless)
+# tref (referenced temperature)
+# alpha (unitless)
+
+Ar    4.17e-10    0.81    273    1.0

CylinderKnMa/Kn0p42/simulation0921_Kn0p42Ma4p0/grid/Grid_1_300000.vtu

@@ -0,0 +1,35 @@
+<?xml version="1.0"?>
+<VTKFile type="UnstructuredGrid" version="0.1" byte_order="LittleEndian" header_type="UInt32" compressor="vtkZLibDataCompressor">
+  <UnstructuredGrid>
+    <Piece NumberOfPoints="480"                  NumberOfCells="380"                 >
+      <PointData>
+      </PointData>
+      <CellData>
+        <DataArray type="Float64" Name="id" format="appended" RangeMin="101"                  RangeMax="9880"                 offset="0"                   />
+        <DataArray type="Float64" Name="xc" format="appended" RangeMin="5.6298"               RangeMax="5.9471"               offset="1028"                />
+        <DataArray type="Float64" Name="yc" format="appended" RangeMin="-4.9474"              RangeMax="4.9474"               offset="1140"                />
+        <DataArray type="Float64" Name="f_1[1]" format="appended" RangeMin="19.202"               RangeMax="59.777"               offset="1884"                />
+        <DataArray type="Float64" Name="f_1[2]" format="appended" RangeMin="1.8603e+19"           RangeMax="5.7913e+19"           offset="4180"                />
+        <DataArray type="Float64" Name="f_1[3]" format="appended" RangeMin="1.2334e-06"           RangeMax="3.8396e-06"           offset="7996"                />
+        <DataArray type="Float64" Name="f_1[4]" format="appended" RangeMin="779.58"               RangeMax="1157.3"               offset="11784"               />
+        <DataArray type="Float64" Name="f_1[5]" format="appended" RangeMin="-231.35"              RangeMax="231.2"                offset="13304"               />
+        <DataArray type="Float64" Name="f_1[6]" format="appended" RangeMin="-5.52"                RangeMax="4.2636"               offset="16368"               />
+        <DataArray type="Float64" Name="f_1[7]" format="appended" RangeMin="0.15064"              RangeMax="0.39429"              offset="19948"               />
+        <DataArray type="Float64" Name="f_1[8]" format="appended" RangeMin="446.85"               RangeMax="661.02"               offset="23480"               />
+        <DataArray type="Float64" Name="f_1[9]" format="appended" RangeMin="0"                    RangeMax="0"                    offset="25244"               />
+        <DataArray type="Float64" Name="f_1[10]" format="appended" RangeMin="0"                    RangeMax="0"                    offset="25304"               />
+      </CellData>
+      <Points>
+        <DataArray type="Float32" Name="Points" NumberOfComponents="3" format="appended" RangeMin="5.5771712403"         RangeMax="7.8102496759"         offset="25364"               />
+      </Points>
+      <Cells>
+        <DataArray type="Int64" Name="connectivity" format="appended" RangeMin=""                     RangeMax=""                     offset="27152"               />
+        <DataArray type="Int64" Name="offsets" format="appended" RangeMin=""                     RangeMax=""                     offset="29724"               />
+        <DataArray type="UInt8" Name="types" format="appended" RangeMin=""                     RangeMax=""                     offset="30492"               />
+      </Cells>
+    </Piece>
+  </UnstructuredGrid>
+  <AppendedData encoding="base64">
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AQAAAACAAADgCwAABgsAAA==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AQAAAACAAADgCwAAYgQAAA==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AQAAAACAAADgCwAARwoAAA==eJxFVnk8VekfVpkSqfwiZEnLoLRo0Tr1tBni1yRLCyJFaZGthRSjyZQso2ZUivbIUoloo8U5792413WvaylZ2ixl0KKmLL/33PGr88/7Oee82/f7fJ/n+SJ2uLGfYTXm3hLseXCuCnt1HMMdWythPkwjLzW0EkFH41++G10FZ6OgGTW/VmJRbeZq064K8Bx+uZWZUAETj8qpVZqVcGyVd5yKrMCH1LE6vJEVffMVULgNcPtxbQXuK4JlX3kKzNvXVZsKBcY6p1cPuFaOOYcmWoWdV6CsaejGLeoK3NNek3hgTTnG1g/PKH8rx8mEYftmZZbjUFXSkkarciwMXXvVSizHVv/2KKGzHOFWg9ReN8kR0+3z6aWXHNfltvavWmXQ7134oihShn8KV0R0jpNj1MwPKwNuyrDCbvHtkzNlCDQZr3HqURm6Dz7L9lslw/HrSftzxWXIm95w8ktoGXJ8583XNyzDn47S1h/jynCi9N1Pd+aXwazo97Q1Iil2i1+e8dspRRZJU9ErlaJjggpvhq8UsXYtqjO1pNC1dejSCy5FT3lIs+k0KZY9G2SSF12KzMEX/x6QIMF0k7DCry/EaI1cvUHQIkHk0quOuYMkmLUnuuVapBj3nhylEZWABr9wjZsYr5s6ws70lODt1sMPTbeXwPFdi+GAnGJMcP+j6KN5CVJ+NaU3K4ZLbXyAa7sI3muJQZKNCHqD/eaefC5CP6u8HdemijA1JlrMzxMiuo3N0l0qRNEqbiMRUuwDXar3CuE55NWy++pCDAjRGG8eLsCjMRxQQux9GvV6XpwA010sJ6aPEED7RMii6r/4mHu37oK5lI+fjqRM2OXBxyjdoYe8+/FBQdXRy+GBgm8o6eKhqZb5kZ/Cwxw7j5RNi3hILzBquFVPoCyHrwQHG7kJBJ/1uQ0IBG1+X3JHE3Rq7GHyrQlmz041m9TBosR6v9nmQhZGc7Ys2+rPYkO2Qf5kEYsPsy8M73eYxRRDNWF/UxbJNW0O2k0M5uikW+YPZxEgOSKrrWe+jZNzUtrSeAyyDF2959cxYCXa827cZJBhce5VaACDK9tN63YEMwhXHsTAOnLhMbPlDJotbGeMXMGAgra6lL4njyxosrBlsPOZ2MkoiMEk7vcWBtPUuJ0ZnAmK2nv3CAO90vMXIg4y6D784WllJIOw7RsyVWMYJGxfSuZEMIi4fGRIZgiDEzlDArPodx0j4StcZqBI5AqPwWPDBeH+cga6FtssNRkGX939SE8OA44tqr0Mrl3KoJXFQHWuuVdqK4OgmglGWfR7m4Fn2OblLMZ9rrPbs4Pt4yOL65o6L7pWsHhgmTRRL5EFl6WX51l4Ny/VLb/NojHWvFXzAQs9N7UghyK2rx5ZTN87eczoDyz+cNo1/mQvix+28i42v2XxxetQu+8LFhoTkN7ZzCK+ZFyEZTuL5VE3o0wGETg1FfCmrCIIe9JwQziKoNF/yZj+Qwnc8it0B/sRZF19PHMIxftfXhPYK4lHoOPvbfzPbwS16+63LgkmuL/sY8Wj1QQTmjqP83wJRiiJRWAlcwydX0T3teIIRGD531T1n+n6gf/RBq+GYFu1q+f4WwQBSXKfaTcJNhfqiaL3ELzL23JC9SrB3S4OGIJPu+uTta7Qke5u5ELwL0wEiw8UJ0+JoXUao2N16neC0/kRPleWE3jV3/0UICTw0X++Vvc2Qf/TagZnPQgSPmUkDn7Iorsg3TaKnnc6iXsIJPqrnhjsJyj039+aRO93UPT5k74uDxU770vd02geYp76qvgTiLqH0pIjMO1yhP9EHpKPOlMoeN/O1wpQc9nWySLt2AnRUy0efohhkjzFpI/fBL9YT4ydrEqwLmZlP8uzBBqyWGt5NUHo8V1UuQjiOHgtCQyTbHo2UB7myi5r7wr7Hu8+p2PqmzTovakqxjUT3Nk9e+VuAcGxZVMvrd1JYLTXbtAbij+7P7RfZxlByN8L3INons2XcYpBcK/w8jRXGwKOvUmaPIzb4rVyfhdBdN5nbZUXdD1Hu5UEh48G9phq80DFP6WyiuLvqE6XEtzWEO8etZXAOK3JdkovgV/j1/QOGYF20wgaAsHNhubEnCEE/h+TPzzoIBh3yMbAJovWU1K7fXcBwfEmH+3iyd/xiT2Un2wfSHC+fqO1Ziqti6lf1GWxBDZKAyOYad+/vDyHjr5N5+o3Euirrh46mb6bKYEiWH3gev7GCKpDox65mSwm+N1VXvBCm2D4jTe6bykelIRuwniCZZyMuxIEurZfvGFCsMnc7ImLLf0/5pWZguJZ193hkTed4CxVH/vZBJx6zBhJ4Bz7nioYAZR+TOBdst5eQHkTR1ET1rMYb80p+vd5neac8LMYFrGi4irVvUADzfrJCSyU4aezCNlYEXMhmYWq4ZLE0wtYOGQcmGc8g4VX4Jz3mXNZHIcehYyFq40LpRCD3JbgPJ2vDP7adi6eP4TF84H7w/XG0PlKwWcQv6jgumc2gyO/ckbFQMzRu4bBa/ejmaIHDJR2VMkgzb1h/ZTnDAy8jx/LpfPVlYVAdShIqy56HYNqySenF1eoTnHpTWFw1ajndNYqBox3xgZnRwZKO3Nn0KVyeVYg1dPrNg37tK/T9S4WI8LpPULXP9wweweDvUrCMHByd+lcr8WCHn4ftQweJb6tUmMZSPh5FzYmM7gzMN8uew4Lzfjjaxr1WMi32dZsamZwKz7D9Mg9pq9PYBH0cOmq8ytZBG/aV/SfYSxKp3EGzYBjqxfFK8S6/WEi1TkljYQs2npCbrgmscgSPbA4SOuzy2rdJeOL33k7JjvI91grC/2EwtruDh4uF1UtSfiNhxStK4WPKd//X5dxyVELWtv5mEjVOvgUv6+f4mO9Q930tGIeVJ/vpi2KAE5UBRy9BHCTXLmT8ZaPMYLFg2f48b/59zMZF5gQw5REEsDxjnHUm1UC/K2W9sPULyKYnLrEb/MToVdkR5VVCGp29s7+wj6cSyBTqe0/+GgxLM8uXtqrWoz1nL2EiSBcVyUfGiGGnVJwS0BFZ5GFZQm2W3SefPZnMaiIX7ATS2ChNHwJjKmrW3uKkRpe63y5qAT9Djtc2TxMiiTvl5Pebi1F5OCae2fSJJivTJgEPgF/FczjSzFCnVM0KbYV7PpTT1WKKcH3JpnOKu3zwzJUL+AavzLs4WRILMXcCG6FFIIwheiQpwx1XHshK4OUa9O2l/XxpAzJDVyAcgg8OMRkqNJ8OtJnlgyfuyyXhNwqgySjVLGa9pn/5lMOP2UByNGyUCV9RbIMz43tR987X97XP5XjROPjZ+vuy6HlNDba42c5Pt7ljFEBC0vv3ZmN5cgNe5ftsL0cHlOez5/2Rg6dY17UwirAqVl6gQLyzhtZMycowGX3XXY5Ep6wwu6hlX39SwWEgWm7snsU3/b9HHdjQe74Kux7OWzg2bBKbJl0WvLLwEqE72oRbQmtwLj3gtFDfqqGT9HUj+9Tq8BVe/I/lehttPT0oP36/wDQwfcRAQAAAACAAADgCwAAFwUAAA==eJxFln1MllUYxnETZSqjkrKVIpmb6FxT2Px2naYoZU38yGxhTVNZzphuLhXO8/2YpBZi5dBaVDiiKGqzHKnLBqwPitxqRqvUlH+aCjUXSq1cz/tev+H7z3nPfe6P677u+zn3KSpKfs2u2Tp/RHfDStdU5bYsvnDDMantljOO5MYzR7Ykf0Z65kJlotCF3husd3lm1+VlrXlnXFPT1l9QVu+aRFqZu4rzH12Tcje/EXmFK3/3sv+Z9SXXtOYlnia6ZnzK4VVH8Q655lpBWU3bGtek3FUWuKYsFWjAkf5m11xJwu8a45pUOkU9juxbwD8Lu6Hga3dkbx2TgjUih/y/Yt/gmK5vk5/vCNdFR3hPOfKz2TGTUw6msnY4pj1xW+M6wrEUXGNZ95HHg4546LPC+Y1VXms5z8b/FWtKUoJTVvLpjnic4JiNqd815O9a8Z5N3B6r8wP4X2pl9x1xXrXCY630FxMnsUvn8aZVHps4n2nFR7s1hw8lv8Q+zdtm/E6xwtuE/Tar/FZZ8TmPuC+yPoPeLKv+utWa5SlADvHKwTeNNR98jxF/Nn7uYd9bJfta/Owk7xXkMQW/e6364XnwV1v1wW78X7/Jk/oX/CfJL4v6D6cOedT7Poe41O8t6l3nyE8D9cxydZ7pSj/bFf7b6fcdrnBsd1W/kH6v5TzXU9xCz2SkfvmsdyK/6inOr57y/8FTHS6yFvrCu9BXv8z1VYcZvvT3+tTXV78f9sXT68jPYtfrC9+AL16HBNKfFwhPSUCcQPUtDoSrLhD/xwP5bQzUV82cDwv1vfXh55ZQuPoD8fZ0KLuyULwWh+JrQSh8R0P5ORkKX2coXAdC4VkUSW9yJP+5kfjtDcXv6kj57Yy03xTJbk6kPD5Fv5n1tUj5PBepT0bFWvvw0xWJn6pI9b47Fu7sWP4HIvHfGSm/J2LVaWKsvP6IhL8TPR//62K+u1j9eDoSL02x8q+Iha84Vp7nwPNULL1t2K2IxVMSL817CK6Hka9E/zfsy9F7Er2SWPXrB18p+OeQ52jOL0eSLwTPolh1nUkeP8HPOPD/Dh/d2H3EeTt1a6M++6lPKfK6SHmVU4+kfuk8JkSKNykS/r9C1WUkdhnE6QiF5xjntaHqe4x1B321jf57PBQvS+izO+jXcfThQKA69ATyVx9IP1nT+Jr4bloC+VsWyH9poD59lLUY+T98bzmB+M4KhPsG3/UrvnAe8OX/IN/xPl84prNP7oF0vNnIkzXN5+ee6nXaY9556vv/kF9nPmZ4inODeTqVd8Fu5u9R7rEvue9ewK6VuZrM3fT5eOzz3cH7UnOCe7ae+fwxc3w59+tW3iXFjvi+n/k+ivVP5sBZ5sPXzIHj3Put3O8fIn/PKt89zM0K7v1S9Fdb9c1+5tWzzJGNzKcSK7wvMz82Mi+mMVdyiNPIXNqO/Qzm6hjm0wniv808X8ucLMX/eat+PUJ+G5DPRT+TudOB3n7yXwOuS+w/IU4IvnLOb7v5fkjHfZ/8YvQfom6jmXvnmMO18LOS99JYZxBvOr8T8O1R32LmZSbvmEvw04JduaN8HmF+jkT+C/iaibMeeRF4hvG+/Iy+Sd5baR7KiPsA/ZbBe7SNvtrE+62avl1Av+bz/vwe/3vYr6PPJ+HvX96HX7iD30G6zkvYD3eFd6gnHB+As4J3aBHv3kLez3+7zBvWDcRZ74m3IZ5wnsf+HeJ18x6uJl6uK/67HfM/KKpf7A==AQAAAACAAADgCwAAGQAAAA==eJztwQENAAAAwqD3T20PBxQAAPBiC+AAAQ==AQAAAACAAADgCwAAGQAAAA==eJztwQENAAAAwqD3T20PBxQAAPBiC+AAAQ==AQAAAACAAACAFgAAKgUAAA==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AQAAAACAAACALwAAdQcAAA==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AQAAAACAAADgCwAALgIAAA==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eJzj5BwFAwUA8vkNXQ==
+  </AppendedData>
+</VTKFile>

CylinderKnMa/Kn0p42/simulation0921_Kn0p42Ma4p0/grid/Grid_300000.pvtu

@@ -0,0 +1,27 @@
+<?xml version="1.0"?>
+<VTKFile type="PUnstructuredGrid" version="0.1"
+               byte_order="LittleEndian"
+               compressor="vtkZLibDataCompressor">
+<PUnstructuredGrid GhostLevel="0">
+<PCellData>
+<PDataArray type="Float64" Name="id"/>
+<PDataArray type="Float64" Name="xc"/>
+<PDataArray type="Float64" Name="yc"/>
+<PDataArray type="Float64" Name="f_1[1]"/>
+<PDataArray type="Float64" Name="f_1[2]"/>
+<PDataArray type="Float64" Name="f_1[3]"/>
+<PDataArray type="Float64" Name="f_1[4]"/>
+<PDataArray type="Float64" Name="f_1[5]"/>
+<PDataArray type="Float64" Name="f_1[6]"/>
+<PDataArray type="Float64" Name="f_1[7]"/>
+<PDataArray type="Float64" Name="f_1[8]"/>
+<PDataArray type="Float64" Name="f_1[9]"/>
+<PDataArray type="Float64" Name="f_1[10]"/>
+</PCellData>
+<PPoints>
+<PDataArray type="Float32" Name="Points" NumberOfComponents="3"/>
+</PPoints>
+<Piece Source="Grid_0_300000.vtu"/>
+<Piece Source="Grid_1_300000.vtu"/>
+</PUnstructuredGrid>
+</VTKFile>

CylinderKnMa/Kn0p42/simulation0921_Kn0p42Ma4p0/log.sparta

@@ -0,0 +1,318 @@
+SPARTA (4 Sep 2024)
+Running on 128 MPI task(s)
+variable    BZ equal 1.380649E-23
+variable    PI equal 3.1415926536
+variable    molecular_mass equal 6.63E-26
+variable    molecular_diameter equal 4.17E-10
+variable    gamma equal 1.666666667
+variable    R equal ${BZ}/${molecular_mass}
+variable    R equal 1.380649e-23/${molecular_mass}
+variable    R equal 1.380649e-23/6.63e-26
+variable    L equal 1.0
+variable    xmin equal -5.0
+variable    xmax equal  6.0
+variable    ymin equal -5.0
+variable    ymax equal  5.0
+variable    Kn equal 0.42
+variable   Ma equal 4.0
+variable    To equal 273.0
+variable    Tb equal 273.0
+variable    theta equal 0.0
+variable    mfp equal ${Kn}*${L}
+variable    mfp equal 0.42*${L}
+variable    mfp equal 0.42*1
+variable    cpmfp equal 4
+variable    nden equal 1.0/sqrt(2.0)/${PI}/${molecular_diameter}/${molecular_diameter}/(${mfp}/${cpmfp}*${Kn})
+variable    nden equal 1.0/sqrt(2.0)/3.1415926536/${molecular_diameter}/${molecular_diameter}/(${mfp}/${cpmfp}*${Kn})
+variable    nden equal 1.0/sqrt(2.0)/3.1415926536/4.17e-10/${molecular_diameter}/(${mfp}/${cpmfp}*${Kn})
+variable    nden equal 1.0/sqrt(2.0)/3.1415926536/4.17e-10/4.17e-10/(${mfp}/${cpmfp}*${Kn})
+variable    nden equal 1.0/sqrt(2.0)/3.1415926536/4.17e-10/4.17e-10/(0.42/${cpmfp}*${Kn})
+variable    nden equal 1.0/sqrt(2.0)/3.1415926536/4.17e-10/4.17e-10/(0.42/4*${Kn})
+variable    nden equal 1.0/sqrt(2.0)/3.1415926536/4.17e-10/4.17e-10/(0.42/4*0.42)
+variable    sos equal sqrt(${gamma}*${R}*${To})
+variable    sos equal sqrt(1.666666667*${R}*${To})
+variable    sos equal sqrt(1.666666667*208.242684766214*${To})
+variable    sos equal sqrt(1.666666667*208.242684766214*273)
+variable    vo equal ${Ma}*${sos}
+variable    vo equal 4*${sos}
+variable    vo equal 4*307.815564238681
+variable    vx equal ${vo}*cos(${theta}*2*PI/360)
+variable    vx equal 1231.26225695472*cos(${theta}*2*PI/360)
+variable    vx equal 1231.26225695472*cos(0*2*PI/360)
+variable    vy equal ${vo}*sin(${theta}*2*PI/360)
+variable    vy equal 1231.26225695472*sin(${theta}*2*PI/360)
+variable    vy equal 1231.26225695472*sin(0*2*PI/360)
+variable    ppc equal 30
+variable    xncells equal (${xmax}-${xmin})/${mfp}*${cpmfp}
+variable    xncells equal (6-${xmin})/${mfp}*${cpmfp}
+variable    xncells equal (6--5)/${mfp}*${cpmfp}
+variable    xncells equal (6--5)/0.42*${cpmfp}
+variable    xncells equal (6--5)/0.42*4
+variable    yncells equal (${ymax}-${ymin})/${mfp}*${cpmfp}
+variable    yncells equal (5-${ymin})/${mfp}*${cpmfp}
+variable    yncells equal (5--5)/${mfp}*${cpmfp}
+variable    yncells equal (5--5)/0.42*${cpmfp}
+variable    yncells equal (5--5)/0.42*4
+variable    Fnum equal ${nden}*(${xmax}-${xmin})*(${ymax}-${ymin})/${ppc}/${xncells}/${yncells}
+variable    Fnum equal 2.93511032428949e+19*(${xmax}-${xmin})*(${ymax}-${ymin})/${ppc}/${xncells}/${yncells}
+variable    Fnum equal 2.93511032428949e+19*(6-${xmin})*(${ymax}-${ymin})/${ppc}/${xncells}/${yncells}
+variable    Fnum equal 2.93511032428949e+19*(6--5)*(${ymax}-${ymin})/${ppc}/${xncells}/${yncells}
+variable    Fnum equal 2.93511032428949e+19*(6--5)*(5-${ymin})/${ppc}/${xncells}/${yncells}
+variable    Fnum equal 2.93511032428949e+19*(6--5)*(5--5)/${ppc}/${xncells}/${yncells}
+variable    Fnum equal 2.93511032428949e+19*(6--5)*(5--5)/30/${xncells}/${yncells}
+variable    Fnum equal 2.93511032428949e+19*(6--5)*(5--5)/30/104.761904761905/${yncells}
+variable    Fnum equal 2.93511032428949e+19*(6--5)*(5--5)/30/104.761904761905/95.2380952380952
+variable    tstep equal (-${xmin}+${xmax})/${vx}/${xncells}/10/4
+variable    tstep equal (--5+${xmax})/${vx}/${xncells}/10/4
+variable    tstep equal (--5+6)/${vx}/${xncells}/10/4
+variable    tstep equal (--5+6)/1231.26225695472/${xncells}/10/4
+variable    tstep equal (--5+6)/1231.26225695472/104.761904761905/10/4
+variable    nave equal 10000
+variable    noutput equal 300000
+clear
+Running on 128 MPI task(s)
+shell    mkdir output
+shell    mkdir grid
+shell    mkdir surf
+seed    7
+dimension    2
+global    nrho ${nden}
+global    nrho 2.93511032428949e+19
+global    fnum ${Fnum}
+global    fnum 1.07865304417639e+16
+timestep    ${tstep}
+timestep    2.13195847202561e-06
+global    gridcut 1.0 particle/reorder 100 comm/sort yes
+region    1  cylinder z 0.0 0.0 3.50 -0.5 0.5
+region    2  cylinder z 0.0 0.0 2.00 -0.5 0.5
+region    3  cylinder z 0.0 0.0 0.80 -0.5 0.5
+boundary    o o p
+create_box    ${xmin} ${xmax} ${ymin} ${ymax} -0.5 0.5
+create_box    -5 ${xmax} ${ymin} ${ymax} -0.5 0.5
+create_box    -5 6 ${ymin} ${ymax} -0.5 0.5
+create_box    -5 6 -5 ${ymax} -0.5 0.5
+create_box    -5 6 -5 5 -0.5 0.5
+Created orthogonal box = (-5 -5 -0.5) to (6 5 0.5)
+create_grid    ${xncells} ${yncells} 1 levels 4 region 2 1 2 2 1 region 3 2 2 2 1 region 4 3 2 2 1 clump xyz
+create_grid    104.761904761905 ${yncells} 1 levels 4 region 2 1 2 2 1 region 3 2 2 2 1 region 4 3 2 2 1 clump xyz
+create_grid    104.761904761905 95.2380952380952 1 levels 4 region 2 1 2 2 1 region 3 2 2 2 1 region 4 3 2 2 1 clump xyz
+Created 43651 child grid cells
+  CPU time = 0.0943845 secs
+  create/ghost percent = 1.1732 98.8268
+balance_grid  rcb cell
+Balance grid migrated 43561 cells
+  CPU time = 0.0916964 secs
+  reassign/sort/migrate/ghost percent = 61.6957 0.0328911 19.8283 18.443
+species   gas.species Ar
+mixture   air Ar frac 1.0
+mixture   air Ar vstream ${vx} ${vy} 0.0 temp ${To}
+mixture   air Ar vstream 1231.26225695472 ${vy} 0.0 temp ${To}
+mixture   air Ar vstream 1231.26225695472 0 0.0 temp ${To}
+mixture   air Ar vstream 1231.26225695472 0 0.0 temp 273
+collide   vss air gas.vhs
+collide_modify    vremax 100 yes remain no nearcp yes 10
+read_surf       cylinder.surf
+  200 lines
+  -0.5 0.5 xlo xhi
+  -0.5 0.5 ylo yhi
+  0 0 zlo zhi
+  0.0157073 min line length
+  304 0 = cells overlapping surfs, overlap cells with unmarked corner pts
+  38993 4354 304 = cells outside/inside/overlapping surfs
+  304 = surf cells with 1,2,etc splits
+  109.215 109.215 = cell-wise and global flow volume
+  CPU time = 0.107382 secs
+  read/check/sort/surf2grid/ghost/inout/particle percent = 19.5993 20.5479 2.66441 21.2908 35.8976 52.7328 0.110148
+  surf2grid time = 0.0228625 secs
+  map/comm1/comm2/comm3/comm4/split percent = 13.485 24.7394 3.84837 1.82279 12.5071 6.99795
+surf_collide    1 diffuse 273.0 1.0
+surf_modify     all collide 1
+fix    in emit/face air xlo ylo yhi
+balance_grid  rcb cell
+Balance grid migrated 1350 cells
+  CPU time = 0.02587 secs
+  reassign/sort/migrate/ghost percent = 9.27929 0.107495 34.582 56.0312
+create_particles air n 0
+Created 297182 particles
+  CPU time = 0.0119416 secs
+stats    10000
+stats_style step cpu np nattempt ncoll nscoll npave nscollave
+run    200000
+Memory usage per proc in Mbytes:
+  particles (ave,min,max) = 1.6084 0 1.6875
+  grid      (ave,min,max) = 2.47327 1.51379 4.32629
+  surf      (ave,min,max) = 0.0205994 0.0205994 0.0205994
+  total     (ave,min,max) = 4.10226 3.22189 6.03439
+Step CPU Np Natt Ncoll Nscoll Npave Nscollave 
+       0            0   297182        0        0        0            0            0 
+   10000    9.9299822   331738     5037     4332       10    316493.44      10.6721 
+   20000    19.578883   332292     4911     4272       12    324335.11     10.77745 
+   30000    28.659689   332134     4996     4302       13    326887.29    10.809933 
+   40000    39.028053   332338     4998     4285       14    328277.86      10.8477 
+   50000    48.580151   331624     4929     4269       11    329134.22     10.86412 
+   60000    57.687039   331486     4948     4254       16    329640.91    10.877383 
+   70000    68.413423   332443     4998     4321        6    330003.07      10.8774 
+   80000    77.871153   332363     4915     4223       17    330295.08    10.882525 
+   90000    87.082019   331971     4873     4201       11    330528.65    10.885811 
+  100000    97.420212   331956     4956     4304       10    330698.72     10.88366 
+  110000    106.71449   332346     4978     4264       11    330856.82    10.884455 
+  120000    115.95102   332256     5079     4401       11    331004.86    10.890125 
+  130000    125.42321   332161     4846     4175       14    331119.55    10.891192 
+  140000    135.96119   332465     4990     4286        8     331208.9    10.889993 
+  150000    145.48405   331863     4967     4272       10    331267.91    10.885527 
+  160000     155.9699   332598     4992     4327       11    331344.63    10.888131 
+  170000    165.17333   331777     4990     4270       10    331406.57    10.890294 
+  180000    174.56404   332368     4960     4293        6    331430.16    10.890494 
+  190000    184.08495   331533     4854     4173       10    331471.24    10.887084 
+  200000    194.43719   332436     4936     4264        8    331501.36    10.885665 
+Loop time of 194.438 on 128 procs for 200000 steps with 332436 particles
+
+MPI task timing breakdown:
+Section |  min time  |  avg time  |  max time  |%varavg| %total
+---------------------------------------------------------------
+Move    | 0.023473   | 7.9998     | 49.535     | 366.6 |  4.11
+Coll    | 0.22719    | 6.7675     | 50.269     | 345.9 |  3.48
+Sort    | 0.078167   | 1.2951     | 8.3149     | 151.5 |  0.67
+Comm    | 51.289     | 85.57      | 97.046     | 103.2 | 44.01
+Modify  | 0.019121   | 0.1016     | 1.974      |  88.8 |  0.05
+Output  | 0.0040929  | 0.0071026  | 0.0086303  |   0.8 |  0.00
+Other   |            | 92.7       |            |       | 47.67
+
+Particle moves    = 66300271189 (66.3B)
+Cells touched     = 69331310110 (69.3B)
+Particle comms    = 171123382 (171M)
+Boundary collides = 0 (0K)
+Boundary exits    = 16676603 (16.7M)
+SurfColl checks   = 125185769 (125M)
+SurfColl occurs   = 2177133 (2.18M)
+Surf reactions    = 0 (0K)
+Collide attempts  = 1115698078 (1.12B)
+Collide occurs    = 875418651 (875M)
+Reactions         = 0 (0K)
+Particles stuck   = 0
+Axisymm bad moves = 0
+
+Particle-moves/CPUsec/proc: 2.66394e+06
+Particle-moves/step: 331501
+Cell-touches/particle/step: 1.04572
+Particle comm iterations/step: 1
+Particle fraction communicated: 0.00258104
+Particle fraction colliding with boundary: 0
+Particle fraction exiting boundary: 0.000251531
+Surface-checks/particle/step: 0.00188816
+Surface-collisions/particle/step: 3.28375e-05
+Surf-reactions/particle/step: 0
+Collision-attempts/particle/step: 0.016828
+Collisions/particle/step: 0.0132038
+Reactions/particle/step: 0
+
+Particles: 2597.16 ave 17304 max 0 min
+Histogram: 84 14 5 9 6 6 0 0 2 2
+Cells:      341.023 ave 342 max 340 min
+Histogram: 5 0 0 0 0 115 0 0 0 8
+GhostCell: 8845.66 ave 16242 max 485 min
+Histogram: 18 13 13 8 17 3 6 4 16 30
+EmptyCell: 51.3438 ave 168 max 0 min
+Histogram: 60 2 7 6 11 13 12 3 6 8
+Surfs:    200 ave 200 max 200 min
+Histogram: 128 0 0 0 0 0 0 0 0 0
+GhostSurf: 0 ave 0 max 0 min
+Histogram: 128 0 0 0 0 0 0 0 0 0
+compute      1 grid all air n nrho massrho u v w
+compute      2 grid all air trot
+compute      3 tvib/grid all air
+compute      4 thermal/grid all air press temp
+fix          1 ave/grid all 1 ${nave} ${nave} c_1[*] c_4[*] c_2[*] c_3[*] ave running
+fix          1 ave/grid all 1 10000 ${nave} c_1[*] c_4[*] c_2[*] c_3[*] ave running
+fix          1 ave/grid all 1 10000 10000 c_1[*] c_4[*] c_2[*] c_3[*] ave running
+dump         1 grid all ${noutput} output/grid.*.dat id xc yc f_1[*]
+dump         1 grid all 300000 output/grid.*.dat id xc yc f_1[*]
+dump_modify  1 format float %12.5g
+compute      5 surf all air n press px py shx shy fx fy etot erot evib
+fix          2 ave/surf all 1 ${nave} ${nave} c_5[*] ave running
+fix          2 ave/surf all 1 10000 ${nave} c_5[*] ave running
+fix          2 ave/surf all 1 10000 10000 c_5[*] ave running
+dump         2 surf all ${noutput} output/surf.*.dat id v1x v1y v2x v2y f_2[*]
+dump         2 surf all 300000 output/surf.*.dat id v1x v1y v2x v2y f_2[*]
+dump_modify  2 format float %12.5g
+compute      6  lambda/grid f_1[2] f_1[8] Ar kx
+dump         3 grid all ${noutput} output/lambdakn.*.dat id xc yc c_6[*]
+dump         3 grid all 300000 output/lambdakn.*.dat id xc yc c_6[*]
+dump_modify  3 format float %12.5g
+run    100000
+Memory usage per proc in Mbytes:
+  particles (ave,min,max) = 1.63477 0 3.375
+  grid      (ave,min,max) = 2.47327 1.51379 4.32629
+  surf      (ave,min,max) = 0.0205994 0.0205994 0.0205994
+  total     (ave,min,max) = 4.24337 3.3362 6.1492
+Step CPU Np Natt Ncoll Nscoll Npave Nscollave 
+  200000            0   332436     4936     4264        0            0            0 
+  210000    16.366906   331990     4995     4288        9    332404.12      10.9136 
+  220000    33.862737   332310     4941     4293       17    332360.08     10.88435 
+  230000    50.342471   332100     4979     4324        5    332348.94      10.8689 
+  240000    67.950558   331923     4954     4311        9    332291.76    10.878975 
+  250000    85.069092   331941     5035     4339       14    332277.76      10.8738 
+  260000    101.41042   332272     4981     4319        6    332235.78    10.872333 
+  270000    118.97211   332812     4980     4328       14    332265.45    10.866729 
+  280000    135.14005   331683     4933     4246       12    332231.55    10.857975 
+  290000    152.70025   332206     5013     4336       16    332200.63    10.866589 
+  300000    169.21923   332580     5023     4335        7    332233.17     10.86921 
+Loop time of 169.22 on 128 procs for 100000 steps with 332580 particles
+
+MPI task timing breakdown:
+Section |  min time  |  avg time  |  max time  |%varavg| %total
+---------------------------------------------------------------
+Move    | 0.012011   | 4.0252     | 25.09      | 259.7 |  2.38
+Coll    | 0.11278    | 3.3991     | 25.602     | 246.0 |  2.01
+Sort    | 0.041568   | 0.65662    | 4.2233     | 107.2 |  0.39
+Comm    | 32.2       | 49         | 54.814     |  67.3 | 28.96
+Modify  | 1.566      | 11.112     | 64.519     | 399.6 |  6.57
+Output  | 0.032241   | 0.033956   | 0.03764    |   0.7 |  0.02
+Other   |            | 101        |            |       | 59.68
+
+Particle moves    = 33223316884 (33.2B)
+Cells touched     = 34741011638 (34.7B)
+Particle comms    = 85666978 (85.7M)
+Boundary collides = 0 (0K)
+Boundary exits    = 8357157 (8.36M)
+SurfColl checks   = 62534077 (62.5M)
+SurfColl occurs   = 1086921 (1.09M)
+Surf reactions    = 0 (0K)
+Collide attempts  = 560727791 (561M)
+Collide occurs    = 439910371 (440M)
+Reactions         = 0 (0K)
+Particles stuck   = 0
+Axisymm bad moves = 0
+
+Particle-moves/CPUsec/proc: 1.53385e+06
+Particle-moves/step: 332233
+Cell-touches/particle/step: 1.04568
+Particle comm iterations/step: 1
+Particle fraction communicated: 0.00257852
+Particle fraction colliding with boundary: 0
+Particle fraction exiting boundary: 0.000251545
+Surface-checks/particle/step: 0.00188223
+Surface-collisions/particle/step: 3.27156e-05
+Surf-reactions/particle/step: 0
+Collision-attempts/particle/step: 0.0168775
+Collisions/particle/step: 0.013241
+Reactions/particle/step: 0
+
+Particles: 2598.28 ave 17206 max 0 min
+Histogram: 84 14 4 9 7 5 1 0 2 2
+Cells:      341.023 ave 342 max 340 min
+Histogram: 5 0 0 0 0 115 0 0 0 8
+GhostCell: 8845.66 ave 16242 max 485 min
+Histogram: 18 13 13 8 17 3 6 4 16 30
+EmptyCell: 51.3438 ave 168 max 0 min
+Histogram: 60 2 7 6 11 13 12 3 6 8
+Surfs:    200 ave 200 max 200 min
+Histogram: 128 0 0 0 0 0 0 0 0 0
+GhostSurf: 0 ave 0 max 0 min
+Histogram: 128 0 0 0 0 0 0 0 0 0
+write_grid    grid/final-grid.dat
+  grid cells = 43651
+  CPU time = 0.00658972 secs
+write_surf    surf/geom.surf
+  surf elements = 200
+  CPU time = 0.00166428 secs

CylinderKnMa/Kn0p42/simulation0921_Kn0p42Ma4p0/mir.txt

@@ -0,0 +1,3 @@
+dimension     2
+create_box    -5.0 6.0 -5.0 5.0 -0.5 0.5
+read_grid     grid/final-grid.dat

CylinderKnMa/Kn0p42/simulation0921_Kn0p42Ma4p0/output/surf.300000.dat

@@ -0,0 +1,209 @@
+ITEM: TIMESTEP
+300000
+ITEM: NUMBER OF SURFS
+200
+ITEM: BOX BOUNDS oo oo pp
+-5 6
+-5 5
+-0.5 0.5
+ITEM: SURFS id v1x v1y v2x v2y f_2[1] f_2[2] f_2[3] f_2[4] f_2[5] f_2[6] f_2[7] f_2[8] f_2[9] f_2[10] f_2[11] 
+1          0.5            0      0.49975    -0.015705      0.00161      0.02237    -0.022368   0.00035138   1.2886e-05   0.00082031  -0.00035113   1.8404e-05       3.5933            0            0 
+129     -0.31871      0.38526     -0.30645      0.39508      0.08898       1.4075      0.88003      -1.0985      0.24653       0.1975     0.017695    -0.014152       301.52            0            0 
+2      0.49975    -0.015705      0.49901    -0.031395      0.00152     0.021013     -0.02099   0.00098985   4.0583e-05   0.00086056  -0.00032906   2.9065e-05       2.2441            0            0 
+130     -0.30645      0.39508     -0.29389      0.40451      0.08421        1.329      0.79796      -1.0628      0.25374      0.19051     0.016519    -0.013701       295.73            0            0 
+3      0.49901    -0.031395      0.49778    -0.047054      0.00162     0.022796    -0.022726    0.0017886  -5.3175e-05  -0.00067566   -0.0003578   1.7481e-05       3.5925            0            0 
+131     -0.29389      0.40451     -0.28104      0.41354      0.08472       1.3312      0.76547      -1.0892      0.26491      0.18618     0.016184    -0.014183        294.4            0            0 
+4      0.49778    -0.047054      0.49606    -0.062667      0.00147     0.021263    -0.021135    0.0023333   0.00013645    0.0012359  -0.00032982   5.6063e-05        2.806            0            0 
+132     -0.28104      0.41354     -0.26791      0.42216        0.078       1.2287      0.67456      -1.0269      0.25116      0.16498     0.014541    -0.013539       267.29            0            0 
+5      0.49606    -0.062667      0.49384    -0.078217      0.00169     0.023484     -0.02325    0.0033089    4.022e-05    0.0002826  -0.00036456   5.6413e-05       2.9529            0            0 
+133     -0.26791      0.42216     -0.25452      0.43037      0.07206       1.1382      0.59472     -0.97049      0.25325      0.15519     0.013319    -0.012806       247.48            0            0 
+6      0.49384    -0.078217      0.49114    -0.093691      0.00153     0.021145     -0.02083    0.0036354   0.00018632    0.0010675  -0.00032425    7.387e-05       1.6759            0            0 
+134     -0.25452      0.43037     -0.24088      0.43815      0.06928       1.0831      0.53664     -0.94083      0.25972      0.14814     0.012509    -0.012451       238.33            0            0 
+7      0.49114    -0.093691      0.48796     -0.10907       0.0016     0.022913    -0.022437    0.0046465   0.00043521    0.0021016  -0.00034559   0.00010599       2.6053            0            0 
+135     -0.24088      0.43815       -0.227       0.4455      0.06594       1.0289      0.48145      -0.9093      0.25335      0.13414     0.011542    -0.012176       228.64            0            0 
+8      0.48796     -0.10907      0.48429     -0.12434      0.00153     0.022909    -0.022276     0.005348   0.00041415     0.001725  -0.00034339    0.0001111       2.8782            0            0 
+136       -0.227       0.4455     -0.21289      0.45241      0.06299      0.97699      0.42982     -0.87736      0.26559      0.13011     0.010923    -0.011737       216.69            0            0 
+9      0.48429     -0.12434      0.48015      -0.1395      0.00157     0.022023    -0.021243    0.0058114   0.00049249    0.0018002  -0.00032593   0.00011956       3.2232            0            0 
+137     -0.21289      0.45241     -0.19857      0.45888      0.05818      0.91318      0.37579     -0.83228      0.23859      0.10773    0.0096502    -0.011381       203.94            0            0 
+10      0.48015      -0.1395      0.47553     -0.15451      0.00146     0.019552    -0.018687     0.005749   0.00088568    0.0028789  -0.00027962   0.00013552       2.6524            0            0 
+138     -0.19857      0.45888     -0.18406      0.46489      0.05659      0.87862      0.33623     -0.81174      0.25627      0.10615    0.0093066    -0.011083       202.85            0            0 
+11      0.47553     -0.15451      0.47044     -0.16937      0.00152     0.019988     -0.01891    0.0064744   0.00071205    0.0020797  -0.00028584   0.00013436       2.9999            0            0 
+139     -0.18406      0.46489     -0.16937      0.47044      0.05276      0.82222      0.29064     -0.76914      0.25647      0.09691    0.0085935    -0.010559       192.99            0            0 
+12      0.47044     -0.16937      0.46489     -0.18406      0.00146     0.018039    -0.016874    0.0063762     0.001383      0.00366  -0.00024332   0.00015764       2.8076            0            0 
+140     -0.16937      0.47044     -0.15451      0.47553       0.0502      0.77732      0.25179     -0.73541      0.25577     0.087571    0.0079724    -0.010176       183.89            0            0 
+13      0.46489     -0.18406      0.45888     -0.19857      0.00143      0.01875    -0.017323    0.0071755    0.0014226    0.0034345  -0.00024975   0.00016665       3.3156            0            0 
+141     -0.15451      0.47553      -0.1395      0.48015      0.04636      0.71841      0.21124     -0.68665      0.24017     0.073885    0.0070904   -0.0096249       164.94            0            0 
+14      0.45888     -0.19857      0.45241     -0.21289      0.00153     0.019054    -0.017366    0.0078409    0.0017138    0.0037957  -0.00024585   0.00018278       3.0656            0            0 
+142      -0.1395      0.48015     -0.12434      0.48429      0.04395      0.68472      0.18068     -0.66045      0.23667     0.064746    0.0065555   -0.0093569       159.68            0            0 
+15      0.45241     -0.21289       0.4455       -0.227      0.00153     0.019483    -0.017497    0.0085715     0.001595    0.0032558  -0.00024977   0.00018577       3.2578            0            0 
+143     -0.12434      0.48429     -0.10907      0.48796      0.04139      0.63615      0.14851     -0.61857      0.23694     0.056883    0.0060543   -0.0088226       149.97            0            0 
+16       0.4455       -0.227      0.43815     -0.24088      0.00143     0.017183    -0.015186    0.0080407    0.0030562    0.0057722  -0.00019053   0.00021696       2.2548            0            0 
+144     -0.10907      0.48796    -0.093691      0.49114      0.03663      0.56248      0.11406      -0.5508      0.22165     0.045901    0.0052731   -0.0079306       137.56            0            0 
+17      0.43815     -0.24088      0.43037     -0.25452      0.00151     0.019045    -0.016543    0.0094358    0.0028243    0.0049515  -0.00021548   0.00022599       3.4072            0            0 
+145    -0.093691      0.49114    -0.078217      0.49384       0.0363      0.54894     0.094379     -0.54077      0.22691     0.039602    0.0050466    -0.007872       132.05            0            0 
+18      0.43037     -0.25452      0.42216     -0.26791      0.00149     0.018651    -0.015902    0.0097449    0.0022989    0.0037515  -0.00021367   0.00021199       3.9967            0            0 
+146    -0.078217      0.49384    -0.062667      0.49606      0.03376      0.51093     0.071991     -0.50583      0.21153     0.030105    0.0044534   -0.0074724       122.48            0            0 
+19      0.42216     -0.26791      0.41354     -0.28104      0.00143     0.018507    -0.015468     0.010161    0.0051326    0.0078136  -0.00016234   0.00028233       3.8213            0            0 
+147    -0.062667      0.49606    -0.047054      0.49778      0.03193      0.48603     0.053334      -0.4831      0.20541     0.022678    0.0040642    -0.007232       114.05            0            0 
+20      0.41354     -0.28104      0.40451     -0.29389      0.00159      0.02046     -0.01674     0.011765    0.0060083     0.008549  -0.00016856   0.00031908       3.7787            0            0 
+148    -0.047054      0.49778    -0.031395      0.49901      0.02852      0.43103     0.033818      -0.4297      0.18334     0.014429     0.003411   -0.0065228       98.579            0            0 
+21      0.40451     -0.29389      0.39508     -0.30645      0.00203     0.026186     -0.02094     0.015722    0.0087163     0.011609  -0.00019201    0.0004293       6.2542            0            0 
+149    -0.031395      0.49901    -0.015705      0.49975      0.02697      0.40614     0.019132     -0.40569      0.18177    0.0085723    0.0031557   -0.0062376       103.44            0            0 
+22      0.39508     -0.30645      0.38526     -0.31871      0.00182      0.02261    -0.017645     0.014137    0.0085662     0.010692  -0.00014261      0.00039       5.7039            0            0 
+150    -0.015705      0.49975            0          0.5      0.02411      0.36086    0.0056682     -0.36082      0.17226    0.0027061    0.0027948    -0.005625       88.985            0            0 
+23      0.38526     -0.31871      0.37506     -0.33066       0.0022     0.027497    -0.020909     0.017858     0.011694     0.013692  -0.00014474   0.00049557       6.2773            0            0 
+151            0          0.5     0.015705      0.49975      0.02356       0.3532   -0.0055479     -0.35316      0.17016    -0.002673    0.0025855   -0.0055892       89.176            0            0 
+24      0.37506     -0.33066      0.36448     -0.34227      0.00214     0.027866    -0.020611     0.018754     0.012824     0.014094  -0.00012231   0.00051595       7.2188            0            0 
+152     0.015705      0.49975     0.031395      0.49901      0.02012      0.29644    -0.013964     -0.29611       0.1476   -0.0069607    0.0020991   -0.0047604       74.141            0            0 
+25      0.36448     -0.34227      0.35355     -0.35355      0.00219     0.027438    -0.019704     0.019094     0.013386     0.013814  -9.9232e-05   0.00051689       6.9768            0            0 
+153     0.031395      0.49901     0.047054      0.49778      0.01966      0.29289     -0.02298     -0.29198       0.1587     -0.01249    0.0021318   -0.0047825       75.284            0            0 
+26      0.35355     -0.35355      0.34227     -0.36448      0.00254     0.032143    -0.022369     0.023083     0.017356     0.016819  -7.8737e-05   0.00062675       8.7462            0            0 
+154     0.047054      0.49778     0.062667      0.49606      0.01777      0.25892    -0.028413     -0.25736      0.13554    -0.014963    0.0016826   -0.0042774       65.666            0            0 
+27      0.34227     -0.36448      0.33066     -0.37506      0.00284      0.03447    -0.023199     0.025495     0.018652     0.016972  -7.1415e-05   0.00066706       8.1333            0            0 
+155     0.062667      0.49606     0.078217      0.49384        0.017      0.24638    -0.034715     -0.24392      0.13098    -0.018641     0.001512   -0.0041241       60.215            0            0 
+28      0.33066     -0.37506      0.31871     -0.38526       0.0029     0.036931    -0.023985     0.028083     0.020771      0.01774  -5.0479e-05   0.00071976       10.831            0            0 
+156     0.078217      0.49384     0.093691      0.49114       0.0146      0.21284    -0.036594     -0.20968       0.1196    -0.020874    0.0013039   -0.0036213       56.702            0            0 
+29      0.31871     -0.38526      0.30645     -0.39508      0.00269     0.033758    -0.021107     0.026346     0.021226     0.017006   1.8773e-06   0.00068093       9.3207            0            0 
+157     0.093691      0.49114      0.10907      0.48796       0.0144      0.20924    -0.042431     -0.20489      0.11659    -0.024145    0.0011648   -0.0035975       55.326            0            0 
+30      0.30645     -0.39508      0.29389     -0.40451      0.00401     0.052904    -0.031765     0.042307     0.031266     0.023475  -7.8376e-06    0.0010333       13.843            0            0 
+158      0.10907      0.48796      0.12434      0.48429      0.01383      0.19618    -0.045798     -0.19076      0.11985    -0.028772    0.0011631   -0.0034483       53.059            0            0 
+31      0.29389     -0.40451      0.28104     -0.41354      0.00443      0.05736    -0.032982     0.046929     0.033933     0.023849   1.4935e-05    0.0011117       15.358            0            0 
+159      0.12434      0.48429       0.1395      0.48015      0.01124       0.1569    -0.041402     -0.15134     0.095654    -0.026168   0.00085215   -0.0027882       40.917            0            0 
+32      0.28104     -0.41354      0.26791     -0.42216       0.0043      0.05585    -0.030663      0.04668     0.035423     0.023268   7.4758e-05    0.0010987       14.418            0            0 
+160       0.1395      0.48015      0.15451      0.47553      0.01113      0.15732    -0.046259     -0.15037     0.098517    -0.030308   0.00082083   -0.0028379        43.86            0            0 
+33      0.26791     -0.42216      0.25452     -0.43037      0.00485     0.063306    -0.033077     0.053977     0.042221     0.025873   0.00014362    0.0012542       17.272            0            0 
+161      0.15451      0.47553      0.16937      0.47044      0.00969      0.13526    -0.043813     -0.12797     0.080957    -0.027718   0.00058343   -0.0024454       36.338            0            0 
+34      0.25452     -0.43037      0.24088     -0.43815        0.005     0.066648    -0.033021     0.057893     0.043879     0.025028   0.00017055    0.0013025       19.295            0            0 
+162      0.16937      0.47044      0.18406      0.46489      0.00915      0.12863    -0.045468     -0.12033      0.07652    -0.028915   0.00048775   -0.0023442       35.301            0            0 
+35      0.24088     -0.43815        0.227      -0.4455      0.00584      0.07699    -0.036026     0.068041     0.045624     0.024157   0.00015076    0.0014482        18.24            0            0 
+163      0.18406      0.46489      0.19857      0.45888      0.00803      0.11289    -0.043202      -0.1043     0.071015    -0.029415   0.00043686   -0.0021003       31.772            0            0 
+36        0.227      -0.4455      0.21289     -0.45241      0.00702     0.093439    -0.041108     0.083911     0.055495     0.027187   0.00022599     0.001745       23.296            0            0 
+164      0.19857      0.45888      0.21289      0.45241      0.00675     0.092688    -0.038142    -0.084476     0.062876     -0.02839    0.0003885   -0.0017728       28.118            0            0 
+37      0.21289     -0.45241      0.19857     -0.45888      0.00761      0.10368    -0.042667     0.094496     0.064983     0.029341   0.00035053    0.0019452        27.68            0            0 
+165      0.21289      0.45241        0.227       0.4455       0.0068     0.092947    -0.040891    -0.083469      0.05666    -0.027757   0.00024768   -0.0017471       25.969            0            0 
+38      0.19857     -0.45888      0.18406     -0.46489       0.0084      0.11859    -0.045383      0.10956     0.070328     0.029131   0.00039182    0.0021785       30.655            0            0 
+166        0.227       0.4455      0.24088      0.43815       0.0055     0.074462    -0.034843    -0.065807     0.048876    -0.025879   0.00022042   -0.0014401       21.931            0            0 
+39      0.18406     -0.46489      0.16937     -0.47044      0.00914      0.12467    -0.044067      0.11662     0.077921     0.029444   0.00053176    0.0022943       35.723            0            0 
+167      0.24088      0.43815      0.25452      0.43037      0.00518     0.069935     -0.03465    -0.060748     0.043982    -0.025087   0.00014658   -0.0013482        19.68            0            0 
+40      0.16937     -0.47044      0.15451     -0.47553      0.00968      0.13467    -0.043621      0.12741     0.082513      0.02825   0.00061088     0.002445        35.77            0            0 
+168      0.25452      0.43037      0.26791      0.42216      0.00446     0.059922    -0.031309    -0.051092     0.037757    -0.023137   0.00010127   -0.0011659       15.729            0            0 
+41      0.15451     -0.47553       0.1395     -0.48015       0.0108      0.15284    -0.044942      0.14609     0.091509     0.028152   0.00073143    0.0027368        44.97            0            0 
+169      0.26791      0.42216      0.28104      0.41354      0.00468     0.059801    -0.032832    -0.049982     0.037851    -0.024864   7.8836e-05   -0.0011756        15.89            0            0 
+42       0.1395     -0.48015      0.12434     -0.48429      0.01113      0.16077    -0.042422      0.15507     0.093699     0.025633   0.00080543    0.0028383       41.575            0            0 
+170      0.28104      0.41354      0.29389      0.40451       0.0043     0.055405    -0.031858    -0.045329     0.033796    -0.023752   3.0437e-05   -0.0010851       15.691            0            0 
+43      0.12434     -0.48429      0.10907     -0.48796      0.01313      0.18898    -0.044116      0.18376      0.11004     0.026418    0.0010355    0.0033013        50.68            0            0 
+171      0.29389      0.40451      0.30645      0.39508      0.00406     0.052056    -0.031255    -0.041628     0.030568    -0.022951  -1.0797e-05   -0.0010144       13.163            0            0 
+44      0.10907     -0.48796     0.093691     -0.49114      0.01512      0.21483    -0.043564      0.21036      0.12326     0.025526    0.0012518    0.0037052       57.542            0            0 
+172      0.30645      0.39508      0.31871      0.38526      0.00343      0.04212    -0.026336    -0.032872     0.024253    -0.019431  -3.2705e-05  -0.00082154       10.292            0            0 
+45     0.093691     -0.49114     0.078217     -0.49384      0.01568      0.22627    -0.038903      0.22291       0.1303     0.022741    0.0014356    0.0038584       57.965            0            0 
+173      0.31871      0.38526      0.33066      0.37506        0.003     0.037888    -0.024606     -0.02881     0.022215    -0.018974  -3.7561e-05  -0.00075056       10.117            0            0 
+46     0.078217     -0.49384     0.062667     -0.49606      0.01671       0.2451    -0.034535      0.24266       0.1295     0.018431    0.0014917     0.004101       59.215            0            0 
+174      0.33066      0.37506      0.34227      0.36448      0.00276     0.035525    -0.023909    -0.026276     0.018019    -0.016396  -9.2512e-05  -0.00067026       8.1073            0            0 
+47     0.062667     -0.49606     0.047054     -0.49778       0.0184      0.27239     -0.02989      0.27074      0.13894     0.015339    0.0017128    0.0044936       68.053            0            0 
+175      0.34227      0.36448      0.35355      0.35355      0.00252     0.030092    -0.020941     -0.02161     0.016243     -0.01574  -7.3799e-05  -0.00058667        8.548            0            0 
+48     0.047054     -0.49778     0.031395     -0.49901      0.01884      0.27811     -0.02182      0.27725      0.14683     0.011556    0.0019636    0.0045364       73.359            0            0 
+176      0.35355      0.35355      0.36448      0.34227      0.00242     0.030163    -0.021661    -0.020991     0.012137    -0.012525  -0.00014959  -0.00052644       6.8282            0            0 
+49     0.031395     -0.49901     0.015705     -0.49975      0.02149      0.31999    -0.015073      0.31963       0.1619     0.007635    0.0023062    0.0051405       80.562            0            0 
+177      0.36448      0.34227      0.37506      0.33066       0.0021     0.026221    -0.019394    -0.017647     0.012952    -0.014234  -0.00010119  -0.00050076       6.3658            0            0 
+50     0.015705     -0.49975            0         -0.5      0.02261      0.33847   -0.0053164      0.33843      0.16834    0.0026445    0.0025607    0.0053573       87.766            0            0 
+178      0.37506      0.33066      0.38526      0.31871       0.0022     0.027714    -0.021074    -0.017999     0.011089    -0.012984  -0.00015684  -0.00048665       6.8751            0            0 
+51            0         -0.5    -0.015705     -0.49975      0.02542      0.37911    0.0059547      0.37906      0.17663   -0.0027748     0.002868    0.0059104       91.657            0            0 
+179      0.38526      0.31871      0.39508      0.30645      0.00221     0.027399    -0.021383    -0.017131    0.0087597    -0.010934  -0.00019828  -0.00044083       5.8707            0            0 
+52    -0.015705     -0.49975    -0.031395     -0.49901      0.02775      0.41606     0.019599      0.41559      0.18926   -0.0089251    0.0032806    0.0063877       101.49            0            0 
+180      0.39508      0.30645      0.40451      0.29389      0.00168     0.020964    -0.016765    -0.012587    0.0066871   -0.0089064  -0.00015829  -0.00033761       5.2974            0            0 
+53    -0.031395     -0.49901    -0.047054     -0.49778      0.02848      0.42942     0.033692      0.42809      0.18307    -0.014408    0.0034048    0.0064979       102.04            0            0 
+181      0.40451      0.29389      0.41354      0.28104      0.00156     0.018513    -0.015146    -0.010645    0.0075972     -0.01081  -0.00011858    -0.000337       4.9643            0            0 
+54    -0.047054     -0.49778    -0.062667     -0.49606      0.03196      0.48656     0.053392      0.48362      0.20897    -0.023071    0.0041211     0.007234       119.02            0            0 
+182      0.41354      0.28104      0.42216      0.26791      0.00142     0.017909    -0.014968   -0.0098322    0.0047121   -0.0071734  -0.00016109  -0.00026711       3.3438            0            0 
+55    -0.062667     -0.49606    -0.078217     -0.49384      0.03224      0.48888     0.068884        0.484      0.19164    -0.027275    0.0040922     0.007174       113.55            0            0 
+183      0.42216      0.26791      0.43037      0.25452      0.00162     0.020328    -0.017332    -0.010621    0.0053057   -0.0086582   -0.0001889  -0.00030283       4.0839            0            0 
+56    -0.078217     -0.49384    -0.093691     -0.49114      0.03538      0.53589     0.092135      0.52791      0.21454    -0.037443    0.0048171    0.0077039       131.89            0            0 
+184      0.43037      0.25452      0.43815      0.24088      0.00137     0.017103    -0.014856   -0.0084737     0.002599   -0.0045566  -0.00019252  -0.00020467        3.267            0            0 
+57    -0.093691     -0.49114     -0.10907     -0.48796      0.03854      0.59245      0.12014      0.58014      0.23396    -0.048452     0.005562    0.0083514       137.31            0            0 
+185      0.43815      0.24088       0.4455        0.227      0.00137     0.018329    -0.016199   -0.0085769    0.0033556   -0.0063375  -0.00020174  -0.00023427       3.9241            0            0 
+58     -0.10907     -0.48796     -0.12434     -0.48429      0.04201      0.64216      0.14991      0.62442      0.24257    -0.058236    0.0061648    0.0088932       153.98            0            0 
+186       0.4455        0.227      0.45241      0.21289      0.00147     0.019449    -0.017466   -0.0085564    0.0020822   -0.0042503  -0.00024164  -0.00020116       3.3974            0            0 
+59     -0.12434     -0.48429      -0.1395     -0.48015      0.04398      0.68252       0.1801      0.65833      0.23281     -0.06369    0.0064857    0.0093402       161.29            0            0 
+187      0.45241      0.21289      0.45888      0.19857      0.00155     0.020376    -0.018571   -0.0083851    0.0014791   -0.0032758  -0.00026847  -0.00018316       3.0065            0            0 
+60      -0.1395     -0.48015     -0.15451     -0.47553      0.04734      0.72895      0.21434      0.69672      0.24135    -0.074249    0.0071577    0.0097774       169.69            0            0 
+188      0.45888      0.19857      0.46489      0.18406       0.0016     0.020728     -0.01915   -0.0079324     0.001255   -0.0030299  -0.00028109  -0.00017219       3.4403            0            0 
+61     -0.15451     -0.47553     -0.16937     -0.47044      0.04991      0.78546      0.25443      0.74312      0.25497    -0.087295    0.0080012     0.010301       178.77            0            0 
+189      0.46489      0.18406      0.47044      0.16937      0.00137      0.01827     -0.01709   -0.0064579    0.0010092   -0.0026708  -0.00025259  -0.00014339       3.1026            0            0 
+62     -0.16937     -0.47044     -0.18406     -0.46489      0.05299      0.81965      0.28973      0.76674      0.25103    -0.094857    0.0084939     0.010553       185.97            0            0 
+190      0.47044      0.16937      0.47553      0.15451      0.00139     0.019393    -0.018347   -0.0062817   0.00061364   -0.0017923  -0.00027855  -0.00012682       1.7134            0            0 
+63     -0.18406     -0.46489     -0.19857     -0.45888      0.05563       0.8631      0.33029       0.7974      0.25114     -0.10402    0.0091327     0.010891       198.72            0            0 
+191      0.47553      0.15451      0.48015       0.1395      0.00173     0.023812     -0.02276   -0.0070018  -4.4309e-05   0.00014403  -0.00035819  -0.00010772       2.8412            0            0 
+64     -0.19857     -0.45888     -0.21289     -0.45241      0.05897      0.91438      0.37628      0.83337      0.25327     -0.11435    0.0098885     0.011294       200.75            0            0 
+192      0.48015       0.1395      0.48429      0.12434      0.00163     0.021618    -0.020852   -0.0057043   0.00014702  -0.00053742  -0.00032521  -9.8041e-05       2.6702            0            0 
+65     -0.21289     -0.45241       -0.227      -0.4455      0.06356      0.99487      0.43768      0.89342      0.26661     -0.13061     0.011063     0.011982       223.37            0            0 
+193      0.48429      0.12434      0.48796      0.10907       0.0017     0.022768    -0.022139   -0.0053151   6.6377e-05  -0.00027648   -0.0003467  -8.7829e-05       2.8729            0            0 
+66       -0.227      -0.4455     -0.24088     -0.43815      0.06576       1.0278      0.48093      0.90831      0.26465     -0.14013     0.011711     0.012066       233.74            0            0 
+194      0.48796      0.10907      0.49114     0.093691       0.0016     0.022031    -0.021573   -0.0044675   0.00014106  -0.00068116  -0.00033664  -8.0872e-05       2.3255            0            0 
+67     -0.24088     -0.43815     -0.25452     -0.43037      0.06987        1.097      0.54351      0.95288       0.2598     -0.14819     0.012618      0.01264       251.84            0            0 
+195      0.49114     0.093691      0.49384     0.078217      0.00157     0.021688    -0.021365   -0.0037288   0.00025103   -0.0014383  -0.00033165  -8.1162e-05       2.9391            0            0 
+68     -0.25452     -0.43037     -0.26791     -0.42216      0.07289       1.1364      0.59376      0.96894      0.25589     -0.15681     0.013346     0.012756       241.95            0            0 
+196      0.49384     0.078217      0.49606     0.062667      0.00176     0.023838      -0.0236   -0.0033588   -7.051e-05   0.00049543  -0.00037181  -4.4976e-05        2.727            0            0 
+69     -0.26791     -0.42216     -0.28104     -0.41354      0.07551       1.1875      0.65195       0.9925        0.254     -0.16685      0.01423     0.012969       257.69            0            0 
+197      0.49606     0.062667      0.49778     0.047054      0.00134     0.019578     -0.01946   -0.0021484   6.9596e-05  -0.00063039  -0.00030457  -4.3647e-05        2.634            0            0 
+70     -0.28104     -0.41354     -0.29389     -0.40451      0.08194       1.2977      0.74619       1.0617      0.25671     -0.18042     0.015753     0.013843       282.03            0            0 
+198      0.49778     0.047054      0.49901     0.031395      0.00149     0.021113    -0.021048   -0.0016565    7.182e-05  -0.00091256  -0.00032948  -4.0353e-05       1.8565            0            0 
+71     -0.29389     -0.40451     -0.30645     -0.39508      0.08592       1.3558      0.81407       1.0842      0.25171     -0.18899      0.01674     0.014062       292.91            0            0 
+199      0.49901     0.031395      0.49975     0.015705      0.00157     0.020919    -0.020896  -0.00098543  -4.3138e-05   0.00091475   -0.0003289  -1.1103e-06       2.7874            0            0 
+72     -0.30645     -0.39508     -0.31871     -0.38526       0.0883       1.3917      0.87017       1.0861      0.25142     -0.20143     0.017617     0.013897        296.4            0            0 
+200      0.49975     0.015705          0.5            0      0.00157     0.021226    -0.021224  -0.00033341   3.9896e-05   -0.0025397  -0.00033274  -4.5128e-05       2.9406            0            0 
+73     -0.31871     -0.38526     -0.33066     -0.37506      0.09328       1.4852      0.96457       1.1294      0.24341      -0.2079     0.018974     0.014474       325.18            0            0 
+74     -0.33066     -0.37506     -0.34227     -0.36448      0.09817       1.5538       1.0457       1.1492      0.24487     -0.22282     0.020271     0.014551       324.98            0            0 
+75     -0.34227     -0.36448     -0.35355     -0.35355      0.10131       1.6114       1.1214       1.1572      0.21762     -0.21089     0.021032     0.014864       332.97            0            0 
+76     -0.35355     -0.35355     -0.36448     -0.34227      0.10642       1.6945       1.2169       1.1792      0.22166     -0.22874     0.022595      0.01493       355.82            0            0 
+77     -0.36448     -0.34227     -0.37506     -0.33066      0.10939       1.7453       1.2909       1.1746      0.20801      -0.2286     0.023544     0.014859       365.09            0            0 
+78     -0.37506     -0.33066     -0.38526     -0.31871       0.1141       1.8035       1.3714       1.1713       0.1966     -0.23019     0.024628     0.014782       369.43            0            0 
+79     -0.38526     -0.31871     -0.39508     -0.30645        0.119       1.9047       1.4865       1.1909      0.19469     -0.24301     0.026406     0.014889       395.86            0            0 
+80     -0.39508     -0.30645     -0.40451     -0.29389      0.12316        1.962        1.569        1.178      0.17753     -0.23644     0.027433      0.01479       404.08            0            0 
+81     -0.40451     -0.29389     -0.41354     -0.28104      0.12617       2.0107        1.645       1.1562      0.16759     -0.23846     0.028472     0.014415       424.76            0            0 
+82     -0.41354     -0.28104     -0.42216     -0.26791      0.12978       2.0435        1.708       1.1219      0.14911       -0.227      0.02917     0.014057       405.41            0            0 
+83     -0.42216     -0.26791     -0.43037     -0.25452      0.13245       2.1165       1.8046       1.1059      0.14482     -0.23632     0.030621     0.013658       440.58            0            0 
+84     -0.43037     -0.25452     -0.43815     -0.24088      0.13942       2.2238       1.9317       1.1018       0.1417     -0.24842     0.032567     0.013404       463.54            0            0 
+85     -0.43815     -0.24088      -0.4455       -0.227      0.14148       2.2719       2.0079       1.0631      0.12968     -0.24491     0.033575     0.012852       473.68            0            0 
+86      -0.4455       -0.227     -0.45241     -0.21289      0.14649       2.3177       2.0813       1.0196      0.10007     -0.20426     0.034264     0.012807       466.64            0            0 
+87     -0.45241     -0.21289     -0.45888     -0.19857      0.14924       2.3853       2.1739      0.98157     0.088891     -0.19687     0.035543     0.012325       489.71            0            0 
+88     -0.45888     -0.19857     -0.46489     -0.18406      0.15194       2.4222       2.2378      0.92694     0.082457     -0.19907     0.036446     0.011433       494.27            0            0 
+89     -0.46489     -0.18406     -0.47044     -0.16937      0.15304       2.4554       2.2969      0.86791      0.07099     -0.18787     0.037193     0.010682       489.15            0            0 
+90     -0.47044     -0.16937     -0.47553     -0.15451      0.15808       2.5394       2.4025      0.82257     0.062785     -0.18338     0.038724      0.01004       515.53            0            0 
+91     -0.47553     -0.15451     -0.48015      -0.1395      0.15824       2.5503       2.4376       0.7499     0.050445     -0.16397      0.03908    0.0092033       520.14            0            0 
+92     -0.48015      -0.1395     -0.48429     -0.12434      0.16286       2.5996       2.5075      0.68598     0.042492     -0.15533     0.040054    0.0083351       521.84            0            0 
+93     -0.48429     -0.12434     -0.48796     -0.10907      0.16796       2.6789       2.6049      0.62538     0.035028      -0.1459     0.041466    0.0075313       537.11            0            0 
+94     -0.48796     -0.10907     -0.49114    -0.093691      0.16594       2.6476       2.5926      0.53689     0.024005     -0.11592     0.041099    0.0066124       538.02            0            0 
+95     -0.49114    -0.093691     -0.49384    -0.078217      0.16773       2.6627       2.6231       0.4578     0.019715     -0.11296     0.041511    0.0054165        532.7            0            0 
+96     -0.49384    -0.078217     -0.49606    -0.062667      0.17011       2.7014       2.6744      0.38063     0.013122    -0.092202     0.042214    0.0045304       536.18            0            0 
+97     -0.49606    -0.062667     -0.49778    -0.047054      0.17043       2.7296       2.7131      0.29953    0.0059699    -0.054075     0.042709    0.0038554       548.19            0            0 
+98     -0.49778    -0.047054     -0.49901    -0.031395      0.17184       2.7597       2.7512      0.21652    0.0030702     -0.03901     0.043261    0.0027882       559.66            0            0 
+99     -0.49901    -0.031395     -0.49975    -0.015705      0.17199       2.7476       2.7446      0.12943    0.0013973     -0.02963     0.043132    0.0015676       554.53            0            0 
+100     -0.49975    -0.015705         -0.5            0       0.1745       2.7859       2.7856     0.043759   0.00027255     -0.01735     0.043758   0.00041482       552.91            0            0 
+101         -0.5            0     -0.49975     0.015705      0.17146       2.7325       2.7322     -0.04292   0.00024774     0.015771     0.042919  -0.00042645       542.65            0            0 
+102     -0.49975     0.015705     -0.49901     0.031395       0.1731       2.7721        2.769     -0.13058     0.001824     0.038677     0.043523   -0.0014436       554.79            0            0 
+103     -0.49901     0.031395     -0.49778     0.047054      0.17268       2.7678       2.7593     -0.21716    0.0033986     0.043183     0.043394   -0.0027327       561.17            0            0 
+104     -0.49778     0.047054     -0.49606     0.062667      0.16899        2.708       2.6916     -0.29716    0.0054893     0.049722     0.042365   -0.0038866       535.32            0            0 
+105     -0.49606     0.062667     -0.49384     0.078217      0.16951       2.7205       2.6934     -0.38332     0.012251     0.086083     0.042498   -0.0046689       552.04            0            0 
+106     -0.49384     0.078217     -0.49114     0.093691      0.16884       2.7089       2.6685     -0.46573     0.016468     0.094356     0.042174   -0.0058334       546.47            0            0 
+107     -0.49114     0.093691     -0.48796      0.10907      0.17002       2.7044       2.6482     -0.54842     0.028863      0.13937      0.04205   -0.0064251       530.04            0            0 
+108     -0.48796      0.10907     -0.48429      0.12434      0.16496       2.6262       2.5536     -0.61307     0.033216      0.13836     0.040632   -0.0074565       529.99            0            0 
+109     -0.48429      0.12434     -0.48015       0.1395      0.16326       2.6198        2.527      -0.6913     0.044232      0.16169     0.040386   -0.0083188       538.56            0            0 
+110     -0.48015       0.1395     -0.47553      0.15451      0.16015        2.572       2.4583     -0.75628     0.047414      0.15412     0.039359   -0.0094583       524.83            0            0 
+111     -0.47553      0.15451     -0.47044      0.16937       0.1593       2.5406       2.4036     -0.82294     0.064899      0.18956     0.038774   -0.0099488       502.48            0            0 
+112     -0.47044      0.16937     -0.46489      0.18406      0.15468        2.468       2.3086     -0.87237     0.069693      0.18444     0.037357    -0.010805       507.16            0            0 
+113     -0.46489      0.18406     -0.45888      0.19857       0.1525       2.4376       2.2521     -0.93284     0.087468      0.21117     0.036748    -0.011336       496.63            0            0 
+114     -0.45888      0.19857     -0.45241      0.21289      0.14663       2.3518       2.1434     -0.96779      0.09368      0.20748     0.035139    -0.011943       479.82            0            0 
+115     -0.45241      0.21289      -0.4455        0.227      0.14508       2.3367       2.0984       -1.028       0.1071      0.21862     0.034643    -0.012713       482.89            0            0 
+116      -0.4455        0.227     -0.43815      0.24088      0.14317        2.285       2.0194      -1.0692      0.11981      0.22628     0.033602    -0.013241        471.5            0            0 
+117     -0.43815      0.24088     -0.43037      0.25452      0.13776       2.2007       1.9116      -1.0903      0.12516      0.21944     0.031992     -0.01368       448.46            0            0 
+118     -0.43037      0.25452     -0.42216      0.26791      0.13423       2.1341       1.8196       -1.115      0.14295      0.23327     0.030826     -0.01385       438.37            0            0 
+119     -0.42216      0.26791     -0.41354      0.28104      0.13258        2.106       1.7602      -1.1562      0.15895      0.24197     0.030145    -0.014361        423.2            0            0 
+120     -0.41354      0.28104     -0.40451      0.29389      0.12528       2.0018       1.6378       -1.151      0.16238      0.23104     0.028276    -0.014451       418.95            0            0 
+121     -0.40451      0.29389     -0.39508      0.30645      0.12281       1.9544       1.5629      -1.1735      0.17686      0.23555     0.027327    -0.014732       399.62            0            0 
+122     -0.39508      0.30645     -0.38526      0.31871      0.11761       1.8768       1.4647      -1.1735      0.19706      0.24598     0.026102    -0.014568       394.77            0            0 
+123     -0.38526      0.31871     -0.37506      0.33066      0.11313          1.8       1.3687       -1.169      0.19769      0.23147     0.024605    -0.014726       374.49            0            0 
+124     -0.37506      0.33066     -0.36448      0.34227      0.11204       1.7763       1.3138      -1.1955      0.21178      0.23274     0.023963    -0.015122       364.66            0            0 
+125     -0.36448      0.34227     -0.35355      0.35355      0.10436       1.6755       1.2032       -1.166      0.21743      0.22437     0.022315    -0.014791       353.18            0            0 
+126     -0.35355      0.35355     -0.34227      0.36448      0.10093       1.6006       1.1139      -1.1495       0.2263       0.2193     0.021051     -0.01461       338.86            0            0 
+127     -0.34227      0.36448     -0.33066      0.37506      0.09803       1.5547       1.0463      -1.1499      0.23653      0.21522      0.02015    -0.014681       332.46            0            0 
+128     -0.33066      0.37506     -0.31871      0.38526      0.09245        1.466      0.95206      -1.1147      0.23621      0.20174     0.018665     -0.01434       310.63            0            0 

CylinderKnMa/Kn0p42/simulation0921_Kn0p42Ma4p0/runmpirun128.sh

@@ -0,0 +1,18 @@
+#!/bin/bash
+#SBATCH -J Cylinder——Kn
+#SBATCH -p wzhcnormal
+#SBATCH -N 2
+#SBATCH --ntasks-per-node=64
+
+
+module purge
+module load compiler/devtoolset/7.3.1
+module load mpi/hpcx/2.11.0/gcc-7.3.1
+export UCX_WARN_UNUSED_ENV_VARS=n
+/public/software/mpi/hpcx/v2.11.0/gcc-7.3.1/bin/mpirun -n 128 ../../../sep2024-sparta/src/spa_mpi <config.txt
+
+/work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/grid2paraview.py mir.txt Grid -r ./output/grid.*.dat
+
+/work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/grid2paraview.py mir.txt Lambda -r ./output/lambdakn.*.dat
+
+/work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/surf2paraview.py ./surf/geom.surf Surf -r ./output/surf.*.dat

CylinderKnMa/Kn0p42/simulation0921_Kn0p42Ma4p0/runmpirun64.sh

@@ -0,0 +1,18 @@
+#!/bin/bash
+#SBATCH -J Cylinder——Kn
+#SBATCH -p wzhcnormal
+#SBATCH -N 1
+#SBATCH --ntasks-per-node=64
+
+
+module purge
+module load compiler/devtoolset/7.3.1
+module load mpi/hpcx/2.11.0/gcc-7.3.1
+export UCX_WARN_UNUSED_ENV_VARS=n
+/public/software/mpi/hpcx/v2.11.0/gcc-7.3.1/bin/mpirun -n 64 ../../../sep2024-sparta/src/spa_mpi <config.txt
+
+/work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/grid2paraview.py mir.txt Grid -r ./output/grid.*.dat
+
+/work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/grid2paraview.py mir.txt Lambda -r ./output/lambdakn.*.dat
+
+/work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/surf2paraview.py ./surf/geom.surf Surf -r ./output/surf.*.dat

CylinderKnMa/Kn0p42/simulation0921_Kn0p42Ma4p0/slurm-28429102.out

@@ -0,0 +1,200 @@
+SPARTA (4 Sep 2024)
+Running on 128 MPI task(s)
+Running on 128 MPI task(s)
+Created orthogonal box = (-5 -5 -0.5) to (6 5 0.5)
+Created 43651 child grid cells
+  CPU time = 0.0943845 secs
+  create/ghost percent = 1.1732 98.8268
+Balance grid migrated 43561 cells
+  CPU time = 0.0916964 secs
+  reassign/sort/migrate/ghost percent = 61.6957 0.0328911 19.8283 18.443
+Reading surface file ...
+  200 lines
+  -0.5 0.5 xlo xhi
+  -0.5 0.5 ylo yhi
+  0 0 zlo zhi
+  0.0157073 min line length
+  304 0 = cells overlapping surfs, overlap cells with unmarked corner pts
+  38993 4354 304 = cells outside/inside/overlapping surfs
+  304 = surf cells with 1,2,etc splits
+  109.214731023047 109.214731023047 = cell-wise and global flow volume
+  CPU time = 0.107382 secs
+  read/check/sort/surf2grid/ghost/inout/particle percent = 19.5993 20.5479 2.66441 21.2908 35.8976 52.7328 0.110148
+  surf2grid time = 0.0228625 secs
+  map/comm1/comm2/comm3/comm4/split percent = 13.485 24.7394 3.84837 1.82279 12.5071 6.99795
+Balance grid migrated 1350 cells
+  CPU time = 0.02587 secs
+  reassign/sort/migrate/ghost percent = 9.27929 0.107495 34.582 56.0312
+Creating particles ...
+Created 297182 particles
+  CPU time = 0.0119416 secs
+Memory usage per proc in Mbytes:
+  particles (ave,min,max) = 1.6084 0 1.6875
+  grid      (ave,min,max) = 2.47327 1.51379 4.32629
+  surf      (ave,min,max) = 0.0205994 0.0205994 0.0205994
+  total     (ave,min,max) = 4.10226 3.22189 6.03439
+Step CPU Np Natt Ncoll Nscoll Npave Nscollave 
+       0            0   297182        0        0        0            0            0 
+   10000    9.9299822   331738     5037     4332       10    316493.44      10.6721 
+   20000    19.578883   332292     4911     4272       12    324335.11     10.77745 
+   30000    28.659689   332134     4996     4302       13    326887.29    10.809933 
+   40000    39.028053   332338     4998     4285       14    328277.86      10.8477 
+   50000    48.580151   331624     4929     4269       11    329134.22     10.86412 
+   60000    57.687039   331486     4948     4254       16    329640.91    10.877383 
+   70000    68.413423   332443     4998     4321        6    330003.07      10.8774 
+   80000    77.871153   332363     4915     4223       17    330295.08    10.882525 
+   90000    87.082019   331971     4873     4201       11    330528.65    10.885811 
+  100000    97.420212   331956     4956     4304       10    330698.72     10.88366 
+  110000    106.71449   332346     4978     4264       11    330856.82    10.884455 
+  120000    115.95102   332256     5079     4401       11    331004.86    10.890125 
+  130000    125.42321   332161     4846     4175       14    331119.55    10.891192 
+  140000    135.96119   332465     4990     4286        8     331208.9    10.889993 
+  150000    145.48405   331863     4967     4272       10    331267.91    10.885527 
+  160000     155.9699   332598     4992     4327       11    331344.63    10.888131 
+  170000    165.17333   331777     4990     4270       10    331406.57    10.890294 
+  180000    174.56404   332368     4960     4293        6    331430.16    10.890494 
+  190000    184.08495   331533     4854     4173       10    331471.24    10.887084 
+  200000    194.43719   332436     4936     4264        8    331501.36    10.885665 
+Loop time of 194.438 on 128 procs for 200000 steps with 332436 particles
+
+MPI task timing breakdown:
+Section |  min time  |  avg time  |  max time  |%varavg| %total
+---------------------------------------------------------------
+Move    | 0.023473   | 7.9998     | 49.535     | 366.6 |  4.11
+Coll    | 0.22719    | 6.7675     | 50.269     | 345.9 |  3.48
+Sort    | 0.078167   | 1.2951     | 8.3149     | 151.5 |  0.67
+Comm    | 51.289     | 85.57      | 97.046     | 103.2 | 44.01
+Modify  | 0.019121   | 0.1016     | 1.974      |  88.8 |  0.05
+Output  | 0.0040929  | 0.0071026  | 0.0086303  |   0.8 |  0.00
+Other   |            | 92.7       |            |       | 47.67
+
+Particle moves    = 66300271189 (66.3B)
+Cells touched     = 69331310110 (69.3B)
+Particle comms    = 171123382 (171M)
+Boundary collides = 0 (0K)
+Boundary exits    = 16676603 (16.7M)
+SurfColl checks   = 125185769 (125M)
+SurfColl occurs   = 2177133 (2.18M)
+Surf reactions    = 0 (0K)
+Collide attempts  = 1115698078 (1.12B)
+Collide occurs    = 875418651 (875M)
+Gas reactions     = 0 (0K)
+Particles stuck   = 0
+Axisymm bad moves = 0
+
+Particle-moves/CPUsec/proc: 2.66394e+06
+Particle-moves/step: 331501
+Cell-touches/particle/step: 1.04572
+Particle comm iterations/step: 1
+Particle fraction communicated: 0.00258104
+Particle fraction colliding with boundary: 0
+Particle fraction exiting boundary: 0.000251531
+Surface-checks/particle/step: 0.00188816
+Surface-collisions/particle/step: 3.28375e-05
+Surface-reactions/particle/step: 0
+Collision-attempts/particle/step: 0.016828
+Collisions/particle/step: 0.0132038
+Gas-reactions/particle/step: 0
+
+Particles: 2597.16 ave 17304 max 0 min
+Histogram: 84 14 5 9 6 6 0 0 2 2
+Cells:     341.023 ave 342 max 340 min
+Histogram: 5 0 0 0 0 115 0 0 0 8
+GhostCell: 8845.66 ave 16242 max 485 min
+Histogram: 18 13 13 8 17 3 6 4 16 30
+EmptyCell: 51.3438 ave 168 max 0 min
+Histogram: 60 2 7 6 11 13 12 3 6 8
+Surfs:     200 ave 200 max 200 min
+Histogram: 128 0 0 0 0 0 0 0 0 0
+GhostSurf: 0 ave 0 max 0 min
+Histogram: 128 0 0 0 0 0 0 0 0 0
+Memory usage per proc in Mbytes:
+  particles (ave,min,max) = 1.63477 0 3.375
+  grid      (ave,min,max) = 2.47327 1.51379 4.32629
+  surf      (ave,min,max) = 0.0205994 0.0205994 0.0205994
+  total     (ave,min,max) = 4.24337 3.3362 6.1492
+Step CPU Np Natt Ncoll Nscoll Npave Nscollave 
+  200000            0   332436     4936     4264        0            0            0 
+  210000    16.366906   331990     4995     4288        9    332404.12      10.9136 
+  220000    33.862737   332310     4941     4293       17    332360.08     10.88435 
+  230000    50.342471   332100     4979     4324        5    332348.94      10.8689 
+  240000    67.950558   331923     4954     4311        9    332291.76    10.878975 
+  250000    85.069092   331941     5035     4339       14    332277.76      10.8738 
+  260000    101.41042   332272     4981     4319        6    332235.78    10.872333 
+  270000    118.97211   332812     4980     4328       14    332265.45    10.866729 
+  280000    135.14005   331683     4933     4246       12    332231.55    10.857975 
+  290000    152.70025   332206     5013     4336       16    332200.63    10.866589 
+  300000    169.21923   332580     5023     4335        7    332233.17     10.86921 
+Loop time of 169.22 on 128 procs for 100000 steps with 332580 particles
+
+MPI task timing breakdown:
+Section |  min time  |  avg time  |  max time  |%varavg| %total
+---------------------------------------------------------------
+Move    | 0.012011   | 4.0252     | 25.09      | 259.7 |  2.38
+Coll    | 0.11278    | 3.3991     | 25.602     | 246.0 |  2.01
+Sort    | 0.041568   | 0.65662    | 4.2233     | 107.2 |  0.39
+Comm    | 32.2       | 49         | 54.814     |  67.3 | 28.96
+Modify  | 1.566      | 11.112     | 64.519     | 399.6 |  6.57
+Output  | 0.032241   | 0.033956   | 0.03764    |   0.7 |  0.02
+Other   |            | 101        |            |       | 59.68
+
+Particle moves    = 33223316884 (33.2B)
+Cells touched     = 34741011638 (34.7B)
+Particle comms    = 85666978 (85.7M)
+Boundary collides = 0 (0K)
+Boundary exits    = 8357157 (8.36M)
+SurfColl checks   = 62534077 (62.5M)
+SurfColl occurs   = 1086921 (1.09M)
+Surf reactions    = 0 (0K)
+Collide attempts  = 560727791 (561M)
+Collide occurs    = 439910371 (440M)
+Gas reactions     = 0 (0K)
+Particles stuck   = 0
+Axisymm bad moves = 0
+
+Particle-moves/CPUsec/proc: 1.53385e+06
+Particle-moves/step: 332233
+Cell-touches/particle/step: 1.04568
+Particle comm iterations/step: 1
+Particle fraction communicated: 0.00257852
+Particle fraction colliding with boundary: 0
+Particle fraction exiting boundary: 0.000251545
+Surface-checks/particle/step: 0.00188223
+Surface-collisions/particle/step: 3.27156e-05
+Surface-reactions/particle/step: 0
+Collision-attempts/particle/step: 0.0168775
+Collisions/particle/step: 0.013241
+Gas-reactions/particle/step: 0
+
+Particles: 2598.28 ave 17206 max 0 min
+Histogram: 84 14 4 9 7 5 1 0 2 2
+Cells:     341.023 ave 342 max 340 min
+Histogram: 5 0 0 0 0 115 0 0 0 8
+GhostCell: 8845.66 ave 16242 max 485 min
+Histogram: 18 13 13 8 17 3 6 4 16 30
+EmptyCell: 51.3438 ave 168 max 0 min
+Histogram: 60 2 7 6 11 13 12 3 6 8
+Surfs:     200 ave 200 max 200 min
+Histogram: 128 0 0 0 0 0 0 0 0 0
+GhostSurf: 0 ave 0 max 0 min
+Histogram: 128 0 0 0 0 0 0 0 0 0
+Writing grid file ...
+  grid cells = 43651
+  CPU time = 0.00658972 secs
+Writing surface file ...
+  surf elements = 200
+  CPU time = 0.00166428 secs
+Processing  2  grid chunk(s).
+Completed grid chunk number:  1
+Completed grid chunk number:  0
+
+Done in 0:00:07 (wall clock time)
+
+Processing  2  grid chunk(s).
+Completed grid chunk number:  1
+Completed grid chunk number:  0
+
+Done in 0:00:07 (wall clock time)
+
+Processing SPARTA surface information.
+Processing dump result file:  ['./output/surf.300000.dat']

CylinderKnMa/Kn0p42/simulation0921_Kn0p42Ma4p0/surf/Surf_300000.vtu

@@ -0,0 +1,38 @@
+<?xml version="1.0"?>
+<VTKFile type="UnstructuredGrid" version="0.1" byte_order="LittleEndian" header_type="UInt32" compressor="vtkZLibDataCompressor">
+  <UnstructuredGrid>
+    <Piece NumberOfPoints="400"                  NumberOfCells="200"                 >
+      <PointData>
+      </PointData>
+      <CellData>
+        <DataArray type="Float64" Name="id" format="appended" RangeMin="1"                    RangeMax="200"                  offset="0"                   />
+        <DataArray type="Float64" Name="v1x" format="appended" RangeMin="-0.5"                 RangeMax="0.5"                  offset="432"                 />
+        <DataArray type="Float64" Name="v1y" format="appended" RangeMin="-0.5"                 RangeMax="0.5"                  offset="1468"                />
+        <DataArray type="Float64" Name="v2x" format="appended" RangeMin="-0.5"                 RangeMax="0.5"                  offset="2476"                />
+        <DataArray type="Float64" Name="v2y" format="appended" RangeMin="-0.5"                 RangeMax="0.5"                  offset="3508"                />
+        <DataArray type="Float64" Name="f_2[1]" format="appended" RangeMin="0.00134"              RangeMax="0.1745"               offset="4512"                />
+        <DataArray type="Float64" Name="f_2[2]" format="appended" RangeMin="0.017103"             RangeMax="2.7859"               offset="6408"                />
+        <DataArray type="Float64" Name="f_2[3]" format="appended" RangeMin="-0.046259"            RangeMax="2.7856"               offset="8456"                />
+        <DataArray type="Float64" Name="f_2[4]" format="appended" RangeMin="-1.1955"              RangeMax="1.1909"               offset="10568"               />
+        <DataArray type="Float64" Name="f_2[5]" format="appended" RangeMin="-7.051e-05"           RangeMax="0.26661"              offset="12680"               />
+        <DataArray type="Float64" Name="f_2[6]" format="appended" RangeMin="-0.24842"             RangeMax="0.24598"              offset="14772"               />
+        <DataArray type="Float64" Name="f_2[7]" format="appended" RangeMin="-0.00037181"          RangeMax="0.043758"             offset="16908"               />
+        <DataArray type="Float64" Name="f_2[8]" format="appended" RangeMin="-0.015122"            RangeMax="0.01493"              offset="19060"               />
+        <DataArray type="Float64" Name="f_2[9]" format="appended" RangeMin="1.6759"               RangeMax="561.17"               offset="21192"               />
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+        <DataArray type="Float64" Name="f_2[11]" format="appended" RangeMin="0"                    RangeMax="0"                    offset="22788"               />
+      </CellData>
+      <Points>
+        <DataArray type="Float32" Name="Points" NumberOfComponents="3" format="appended" RangeMin="0.49999998503"        RangeMax="0.50000001255"        offset="22840"               />
+      </Points>
+      <Cells>
+        <DataArray type="Int64" Name="connectivity" format="appended" RangeMin=""                     RangeMax=""                     offset="24168"               />
+        <DataArray type="Int64" Name="offsets" format="appended" RangeMin=""                     RangeMax=""                     offset="25072"               />
+        <DataArray type="UInt8" Name="types" format="appended" RangeMin=""                     RangeMax=""                     offset="25564"               />
+      </Cells>
+    </Piece>
+  </UnstructuredGrid>
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AQAAAACAAABABgAA7gUAAA==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AQAAAACAAABABgAAHAYAAA==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AQAAAACAAABABgAADQYAAA==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AQAAAACAAABABgAAMAYAAA==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AQAAAACAAABABgAAKwYAAA==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AQAAAACAAABABgAAdAQAAA==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eJxjYBgFo2AUjIJRMApIBwAGQAABAQAAAACAAABABgAAFQAAAA==eJxjYBgFo2AUjIJRMApIBwAGQAABAQAAAACAAADAEgAA0gMAAA==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AQAAAACAAABABgAAXwEAAA==eJwtxVFEHAAAANBKkpzkJEmSJMlJkiRJkiRJkiQnSXKSJEmSJEmSJEmSZGYmmUmSJEmSJEkyMzOTzCRJkmT20Xs/LybqXazjHO8EB5zoJAed7BSnOs3pznCms5ztHOc6zyHnu8CFLnKxS1zqMpe7wpWucrVrXOs617vBjW5ys1vc6rDb3O4Od7rLEXe7x73uc78HPOghD3vEox7zuCc86SlPe8aznvO8F7zoJS97xate8wd/9Cd/9ro3/MVfvektb3vHu97zvg986CMf+8SnPvO5L3zpK1/7m7/7h3/6l3/7xrf+47++870f/OgnP/vFr37zP0dFvxfjWMc53gkOONFJDjrZKU51mtOd4UxnOds5znWeQ853gQtd5GKXuNRlLneFK13late41nWud4Mb3eRmt7jVYbe53R3udJcj7naPe93nfg940EMe9ohHPeZxT3jSU572jGc95/9sSVRSAQAAAACAAADIAAAADAAAAA==eJxjZh4eAADsVAJZ
+  </AppendedData>
+</VTKFile>

CylinderKnMa/Kn0p42/simulation0921_Kn0p42Ma4p0/surf/geom.surf

@@ -0,0 +1,610 @@
+# Surface element file written by SPARTA
+
+400 points
+200 lines
+
+Points
+
+1                  0.5                    0
+2    0.499753280182866  -0.0157053795390643
+3    0.499753280182866  -0.0157053795390643
+4    0.499013364214136  -0.0313952597646568
+5    0.499013364214136  -0.0313952597646568
+6     0.49778098230154  -0.0470541566592573
+7     0.49778098230154  -0.0470541566592573
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AQAAAACAAACAFgAAKgUAAA==eJxN2D1o1VcYgPELboULHQIFAwWHkICDIChISbwQ6BAoKBQKHQIZAgEDd0ohkMEMXkMlBCQOii3q5BYoZCgkrZAtk5uZ3O6UTaduPa/v+zyeTM/yg3DO/Z+v+d/+Gg0Gr94N2t+fF8f2zA9/27//cWIPBu/s+WaPXr/U0mHpsHRYOuzq8nMtHZYOS4elww6nz7R0WDosHZYOezp5qqXD0mHpsHTYzYUDLR2WDkuHpcPOnj/R0mHpsHRYOuz5gz0tHZYOS4elw24PH2npsHRYOiwdduFoV0uHpcPSYen8bexo6fxt7Gjp/G3saIfTLS2d87ulpXN+t7o5GndzNO7maNzN0bibo3E3zhvdOG9047zRjfNGN84b3VitdWO11o3VWjdWa91YrWkff/pVS4elw9Jh6bDTWz9r6bB0WDosHXZ5+yctHZYOS4elw745+VFLh6XD0mHp+S9rzkhL55oz0tK55oy0q8t3tHSuG3e0dK4bd7Snk5taOr/9m1o6v/2b2tnz61o6v9/rWjq/3+va7eGcls5vcE5L5zc4p724972WDkuHpcPSYW8ffqelw9Jh6bB02MMP32rpsHRYOiwd9vPVb7R0WDosHZYOe3/1ipYOS4elw9L52/jvXyydv43s/G1k528jO+f3Ukvn/F5q6ZzfS+3FvY9aOufoo5bOOfqoPfzwXkvnOL/X0jnO77X3V8+0dI7VmZbOsTrTDqfHWjrX2GMtnWvssfb8wVstnevkWy2d6+Rb7eNPL7R0rnUvtHSudS+0y9v7WjrXq30tnevVvnYweKilc815qKVzzXmo3R6ua+n8fte1dH6/69rPV1e0dH4LK1o6v4UV7ebCDS2de9kNLZ172Q3t9NaMls59YUZL574woz2dfPoHS+c6mZ3rZHauk9m5759o6dz3T7R07vsn2jcnEy2de8pES+eeMtEuHF3T0rn/XtPSuf9e094+/OUUS+c6mZ3rZHauk9llFzu72NnFzi52drH7n5e6/3mp+5+Xuv95qfufl7qx0tI1Vlq6xkrbxlxL1xxp6ZojbZtrLV2/DS1dvw1t+43dxdL1m7yLpes3eRfbfttaur4FLV3fgrZ9U1q6vkEtXd+gtn3LWrq+fS1d3762rSFautYcLV1rjratXVq61jotXWudtq2ZWrrWWC1da6y2rdVautZ2LV1ru7btEVq69hQtXXuKtu1NWrr2Mi1de5m27YlauvZQLV17qLbtxVq69m4tXXu3tp0BtHSdGbR0nRm07eyhpeusoqXrrNKN1ZXR17HKrjPS6OtYZdcZaYRtZy0tXWczLV1nM20742npOhNq6ToTatvZUkvXWVRL11lU2860WrrOwFq6zsDadpbW0nX21tJ19ta2M7yWrjO/lq4zv7bdHbR03TW0dN01tO3OoqXrjqOl646jbXclLV13Ky1ddyttu6Np6brTaem602nb3VBL111SS9ddUtvupFq67rBauu6w2nYX1tJ1d9bSdXfWtju4lq47u5auO7u23f21dL0VaOl6K9BuLoy1dL1RaOl6o9AOp1taut5GtHS9jWiPXu9o6XqT0dL1JtON1W43VrvdWO12Y7XbjdWudnv4SEvXG5SWrjeobpz3unHe68Z5rxvnvW6c97Sz50+0dL25ael6c+vm6KCbo4Nujg66OTro5uhAezp5qqXrjVFL1xujdjh9pqXrbVNL19umdnX5uZauN1UtXW+q2qPXL7V0veVq6XrL1Q4Gr7R0vSFr6XpD/tL/A8rAo6s=AQAAAACAAACALwAAdQcAAA==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AQAAAACAAADgCwAALgIAAA==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eJzj5BwFAwUA8vkNXQ==
+  </AppendedData>
+</VTKFile>

CylinderKnMa/Kn0p42/simulation0922_Kn0p42Ma4p1/Lambda/Lambda_300000.pvtu

@@ -0,0 +1,19 @@
+<?xml version="1.0"?>
+<VTKFile type="PUnstructuredGrid" version="0.1"
+               byte_order="LittleEndian"
+               compressor="vtkZLibDataCompressor">
+<PUnstructuredGrid GhostLevel="0">
+<PCellData>
+<PDataArray type="Float64" Name="id"/>
+<PDataArray type="Float64" Name="xc"/>
+<PDataArray type="Float64" Name="yc"/>
+<PDataArray type="Float64" Name="c_6[1]"/>
+<PDataArray type="Float64" Name="c_6[2]"/>
+</PCellData>
+<PPoints>
+<PDataArray type="Float32" Name="Points" NumberOfComponents="3"/>
+</PPoints>
+<Piece Source="Lambda_0_300000.vtu"/>
+<Piece Source="Lambda_1_300000.vtu"/>
+</PUnstructuredGrid>
+</VTKFile>

CylinderKnMa/Kn0p42/simulation0922_Kn0p42Ma4p1/Surf.pvd

@@ -0,0 +1,9 @@
+<?xml version="1.0"?>
+<VTKFile type="Collection" version="0.1"
+               byte_order="LittleEndian"
+               compressor="vtkZLibDataCompressor">
+   <Collection>    
+    <DataSet timestep="300000" group="" part="0"   
+             file="Surf/Surf_300000.vtu"/>
+   </Collection>    
+</VTKFile>    

CylinderKnMa/Kn0p42/simulation0922_Kn0p42Ma4p1/config.txt

@@ -0,0 +1,78 @@
+variable    BZ equal 1.380649E-23
+variable    PI equal 3.1415926536
+variable    molecular_mass equal 6.63E-26
+variable    molecular_diameter equal 4.17E-10
+variable    gamma equal 1.666666667
+variable    R equal ${BZ}/${molecular_mass}
+variable    L equal 1.0
+variable    xmin equal -5.0
+variable    xmax equal  6.0
+variable    ymin equal -5.0
+variable    ymax equal  5.0
+variable    Kn equal 0.42
+variable   Ma equal 4.1
+variable    To equal 273.0
+variable    Tb equal 273.0
+variable    theta equal 0.0
+variable    mfp equal ${Kn}*${L}
+variable    cpmfp equal 4
+variable    nden equal 1.0/sqrt(2.0)/${PI}/${molecular_diameter}/${molecular_diameter}/(${mfp}/${cpmfp}*${Kn})
+variable    sos equal sqrt(${gamma}*${R}*${To})
+variable    vo equal ${Ma}*${sos}
+variable    vx equal ${vo}*cos(${theta}*2*PI/360)
+variable    vy equal ${vo}*sin(${theta}*2*PI/360)
+variable    ppc equal 30
+variable    xncells equal (${xmax}-${xmin})/${mfp}*${cpmfp}
+variable    yncells equal (${ymax}-${ymin})/${mfp}*${cpmfp}
+variable    Fnum equal ${nden}*(${xmax}-${xmin})*(${ymax}-${ymin})/${ppc}/${xncells}/${yncells}
+variable    tstep equal (-${xmin}+${xmax})/${vx}/${xncells}/10/4
+variable    nave equal 10000
+variable    noutput equal 300000
+clear
+shell    mkdir output
+shell    mkdir grid
+shell    mkdir surf
+seed    7
+dimension    2
+global    nrho ${nden}
+global    fnum ${Fnum}
+timestep    ${tstep}
+global    gridcut 1.0 particle/reorder 100 comm/sort yes
+region    1  cylinder z 0.0 0.0 3.50 -0.5 0.5
+region    2  cylinder z 0.0 0.0 2.00 -0.5 0.5
+region    3  cylinder z 0.0 0.0 0.80 -0.5 0.5
+boundary    o o p
+create_box    ${xmin} ${xmax} ${ymin} ${ymax} -0.5 0.5
+create_grid    ${xncells} ${yncells} 1 levels 4 region 2 1 2 2 1 region 3 2 2 2 1 region 4 3 2 2 1 clump xyz
+balance_grid  rcb cell
+species   gas.species Ar
+mixture   air Ar frac 1.0
+mixture   air Ar vstream ${vx} ${vy} 0.0 temp ${To}
+collide   vss air gas.vhs
+collide_modify    vremax 100 yes remain no nearcp yes 10
+read_surf       cylinder.surf
+surf_collide    1 diffuse 273.0 1.0
+surf_modify     all collide 1
+fix    in emit/face air xlo ylo yhi
+balance_grid  rcb cell
+create_particles air n 0
+stats    10000
+stats_style step cpu np nattempt ncoll nscoll npave nscollave
+run    200000
+compute      1 grid all air n nrho massrho u v w
+compute      2 grid all air trot
+compute      3 tvib/grid all air
+compute      4 thermal/grid all air press temp
+fix          1 ave/grid all 1 ${nave} ${nave} c_1[*] c_4[*] c_2[*] c_3[*] ave running
+dump         1 grid all ${noutput} output/grid.*.dat id xc yc f_1[*]
+dump_modify  1 format float %12.5g
+compute      5 surf all air n press px py shx shy fx fy etot erot evib
+fix          2 ave/surf all 1 ${nave} ${nave} c_5[*] ave running
+dump         2 surf all ${noutput} output/surf.*.dat id v1x v1y v2x v2y f_2[*]
+dump_modify  2 format float %12.5g
+compute      6  lambda/grid f_1[2] f_1[8] Ar kx
+dump         3 grid all ${noutput} output/lambdakn.*.dat id xc yc c_6[*]
+dump_modify  3 format float %12.5g
+run    100000
+write_grid    grid/final-grid.dat
+write_surf    surf/geom.surf

CylinderKnMa/Kn0p42/simulation0922_Kn0p42Ma4p1/cylinder.surf

@@ -0,0 +1,410 @@
+ surf file from Pointwise
+ 
+         200 points
+         200 lines
+ 
+ Points
+ 
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