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hyStrath
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Name
Complexity
Churn
Issues
A
applications\utilities\parallelProcessing\decomposeDSMCLoadBalancePar\pointFieldDecomposerDecomposeFields.C
4 2 -
A
src\lagrangian\molecularDynamics\general\threeDimBinModels\derived\radial3DBins\radial3DBins.H
0 2 4
A
src\lagrangian\dsmc\boundaries\basic\dsmcCyclicBoundary\dsmcCyclicBoundary.H
0 2 4
A
src\lagrangian\molecularDynamics\general\time\clockTimer\clockTimer.H
0 2 2
A
src\TurbulenceModels\compressible\ThermalDiffusivity\ThermalDiffusivity.H
9 2 2
A
src\lagrangian\molecularDynamics\general\time\couplingTimeData\couplingTimeData.H
0 2 1
A
src\lagrangian\dsmc\boundaries\basic\dsmcGeneralBoundary\dsmcGeneralBoundary.H
0 2 3
A
src\lagrangian\molecularDynamics\general\time\decoupledTimeData\decoupledTimeData.H
0 2 1
A
src\lagrangian\molecularDynamics\general\time\timeDataMeas\timeDataMeas.H
0 2 1
A
src\lagrangian\dsmc\boundaries\basic\dsmcPatchBoundary\dsmcPatchBoundary.H
0 2 3
A
src\lagrangian\molecularDynamics\general\time\timeData\timeData.H
0 2 1
A
src\TurbulenceModels\compressible\compressibleTurbulenceModel.H
3 2 4
A
src\lagrangian\dsmc\boundaries\derived\generalBoundaries\dsmcLiouFangPressureOutletCalculatedMolarFraction\dsmcLiouFangPressureOutletCalculatedMolarFraction.H
0 2 4
A
applications\solvers\discreteMethods\molecularDynamics\mdEquilibrationFoam\mdEquilibrationFoam.C
3 2 -
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src\TurbulenceModels\compressible\turbulentFluidThermoModels\derivedFvPatchFields\lumpedMassWallTemperature\lumpedMassWallTemperatureFvPatchScalarField.C
12 2 -
A
src\lagrangian\dsmc\boundaries\derived\generalBoundaries\dsmcLiouFangPressureOutletSpecifiedMolarFraction\dsmcLiouFangPressureOutletSpecifiedMolarFraction.H
0 2 4
A
src\lagrangian\molecularDynamics\general\twoDimBinModels\basic\twoDimBinModel.C
4 2 -
A
applications\utilities\parallelProcessing\decomposePar\dimFieldDecomposerDecomposeFields.C
2 2 -
A
src\TurbulenceModels\compressible\turbulentFluidThermoModels\derivedFvPatchFields\lumpedMassWallTemperature\lumpedMassWallTemperatureFvPatchScalarField.H
2 2 2
A
src\lagrangian\dsmc\boundaries\derived\generalBoundaries\dsmcMassFlowRateInlet\dsmcMassFlowRateInlet.H
0 2 4