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<?xml version="1.0" encoding="utf-8"?>
<!-- -->
<configuration>
<domain>
<nodeSize> 0.2 e-5 </nodeSize>
<nodeRatio> 16 ,16 , 1 </nodeRatio>
<centeredAlignment> False, False, False </centeredAlignment>
<boundaryConditions>
<material>
<west> Symmetry </west>
<east> ZeroGradient </east>
<south> Symmetry </south>
<north> ZeroGradient </north>
<bottom> ZeroGradient </bottom>
<top> ZeroGradient </top>
</material>
</boundaryConditions>
<initialConditions>
<treeInitializationType> LevelBased </treeInitializationType>
<topologyInitializationType> BottomUp </topologyInitializationType>
<material1>
// air
if ((x < 0.35e-6) and (sqrt(x^2+y^2) < 1e-5)) {
density := 998.2;
velocityX := 0.0;
velocityY := 0.0;
velocityZ := 0.0;
pressure := 10e9;
} else {
density := 0.74;
velocityX := 0.0;
velocityY := 0.0;
velocityZ := 0.0;
pressure := 1e5;
}
</material1>
<material2>
// water
density := 998.2;
velocityX := 0.0;
velocityY := 0.0;
velocityZ := 0.0;
pressure := 1e5;
</material2>
<interface1>
<levelset>
<type> precompiled </type>
<operator> or </operator>
<!-- <data>
<function> Sphere </function>
<center> 0.0, 0.0, 0.0 </center>
<centerSign> -1 </centerSign>
<innerRadius> 0.0 </innerRadius>
<outerRadius> 1e-5 </outerRadius>
</data> -->
<data>
<function> Cylinder </function>
<center> 0.0, 0.0, 0.0 </center>
<centerSign> 1 </centerSign>
<rotation> 1.570796326794897, 0, 0 </rotation>
<innerRadius> 0.0 </innerRadius>
<outerRadius> 0.2e-6 </outerRadius>
<height> 4e-5 </height>
</data>
<data>
<function> Ellipsoid </function>
<center> 0.0, 0.0, 0.0 </center>
<centerSign> -1 </centerSign>
<rotation> 0.0, 0.0, 0.0 </rotation>
<semiAxis> 1.5e-5, 1e-5, 1e-5 </semiAxis>
</data>
</levelset>
</interface1>
</initialConditions>
</domain>
<materials>
<numberOfMaterials> 2 </numberOfMaterials>
<numberOfPositiveMaterials> 2 </numberOfPositiveMaterials>
<material1>
<type> Fluid </type>
<equationOfState>
<type> StiffenedGas </type>
<gamma> 1.33 </gamma>
<backgroundPressure> 0.0 </backgroundPressure>
</equationOfState>
<properties>
<specificHeatCapacity> 0.0 </specificHeatCapacity>
<thermalConductivity> 0.0 </thermalConductivity>
<shearViscosity> 0.0 </shearViscosity>
<bulkViscosity> 0.0 </bulkViscosity>
</properties>
</material1>
<material2>
<type> Fluid </type>
<equationOfState>
<type> StiffenedGas </type>
<gamma> 4.4 </gamma>
<backgroundPressure> 6.0e8 </backgroundPressure>
</equationOfState>1
<properties>
<specificHeatCapacity> 0.0 </specificHeatCapacity>
<thermalConductivity> 0.0 </thermalConductivity>
<shearViscosity> 0.0 </shearViscosity>
<bulkViscosity> 0.0 </bulkViscosity>
</properties>
</material2>
</materials>
<materialPairings>
<material1_2>
<surfaceTensionCoefficient> 0.0 </surfaceTensionCoefficient>
</material1_2>
</materialPairings>
<sourceTerms>
<gravity> 0, 0, 0 </gravity>
</sourceTerms>
<multiResolution>
<maximumLevel> 0 </maximumLevel>
<refinementCriterion>
<epsilonReference> 0.01 </epsilonReference>
<levelOfEpsilonReference> 0 </levelOfEpsilonReference>
</refinementCriterion>
</multiResolution>
<timeControl>
<startTime> 0.0 </startTime>
<endTime> 20e-9 </endTime>
<CFLNumber> 0.35 </CFLNumber>
</timeControl>
<dimensionalization>
<lengthReference> 1.0 </lengthReference>
<velocityReference> 1.0 </velocityReference>
<densityReference> 1.0 </densityReference>
<temperatureReference> 1.0 </temperatureReference>
<amountOfSubstanceReference> 1.0 </amountOfSubstanceReference>
</dimensionalization>
<restart>
<restore>
<mode> Off </mode>
<fileName> ./Alpaca/ALPACA_WORKSHOP/build/droplet_RDEMIC/restart/restart_.h5 </fileName>
</restore>
<snapshots>
<mode> Macro </mode>
<type> Interval </type>
<interval> 50e-9 </interval>
<intervalsToKeep> 2 </intervalsToKeep>
<stamps> </stamps>
</snapshots>
</restart>
<output>
<timeNamingFactor> 1.0e6 </timeNamingFactor>
<standard>
<type> Interval </type>
<interval> 1e-10 </interval>
<stamps> </stamps>
<minimalLevel> 0 </minimalLevel>
</standard>
</output>
</configuration>
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