Solver coverage¶

Everything urbanMicroclimateFoam lets a case choose, and the keywords each choice reads, as found in the solver source: solver/ at 5da4b3a (OpenFOAM-12) and the tag of-org_v8.0 (OpenFOAM-8). This page is generated by cargo xtask catalog; CI checks that it matches the pinned solver.

GUI coverage

No solver type is editable in the GUI yet. As the case editor lands, each type gets a column here saying whether umcfGui exposes it.

8 families, 42 selectable types (13 boundary conditions), 176 keyword reads.

Keywords: name is required, name = default has a default, (optional) is checked for, { } is a sub-dictionary; (8 only) / (12 only) mark version differences.

Model families¶

Family	Selected by	In	Versions	Common keywords
`buildingMaterialModel`	`buildingMaterialModel`	–	8, 12	–
`grassModel`	`grassModel`	`grassProperties`	8, 12	`grassModel`
`radiationModel` (OpenFOAM)	–	–	8, 12	–
`searchableSurface` (OpenFOAM)	–	–	8, 12	–
`solarLoadAbsorptionEmissionModel`	`solarLoadAbsorptionEmissionModel`	–	8, 12	`solarLoadAbsorptionEmissionModel`
`solarLoadModel`	`solarLoadModel`	`solarLoadProperties`	8, 12	`solarLoadModel`
`solarLoadScatterModel`	`solarLoadScatterModel`	–	8, 12	`solarLoadScatterModel`
`vegetationModel`	`vegetationModel`	`vegetationProperties`	8, 12	`vegetationModel`

Types¶

`buildingMaterialModel`¶

Type	Versions	Keywords	Source
`AsphaltConcrete`	8, 12	–	`_LIB/buildingMaterialModel/AsphaltConcrete/AsphaltConcrete.H`
`CalciumSilicate`	8, 12	–	`_LIB/buildingMaterialModel/CalciumSilicate/CalciumSilicate.H`
`Hamstad5Brick`	8, 12	–	`_LIB/buildingMaterialModel/Hamstad5Brick/Hamstad5Brick.H`
`Hamstad5Insulation`	8, 12	–	`_LIB/buildingMaterialModel/Hamstad5Insulation/Hamstad5Insulation.H`
`Hamstad5Mortar`	8, 12	–	`_LIB/buildingMaterialModel/Hamstad5Mortar/Hamstad5Mortar.H`
`HamstadBrick`	8, 12	–	`_LIB/buildingMaterialModel/HamstadBrick/HamstadBrick.H`
`HamstadCase2`	8, 12	–	`_LIB/buildingMaterialModel/HamstadCase2/HamstadCase2.H`
`HamstadConcrete`	8, 12	–	`_LIB/buildingMaterialModel/HamstadConcrete/HamstadConcrete.H`
`HamstadPlaster`	8, 12	–	`_LIB/buildingMaterialModel/HamstadPlaster/HamstadPlaster.H`
`Impermeable`	8, 12	–	`_LIB/buildingMaterialModel/Impermeable/Impermeable.H`
`OSB`	12 only	–	`_LIB/buildingMaterialModel/OSB/OSB.H`
`PorousAsphalt`	8, 12	–	`_LIB/buildingMaterialModel/PorousAsphalt/PorousAsphalt.H`
`SabaBrick`	8, 12	–	`_LIB/buildingMaterialModel/SabaBrick/SabaBrick.H`
`SabaBrickMod`	8, 12	–	`_LIB/buildingMaterialModel/SabaBrickMod/SabaBrickMod.H`
`Savonnieres`	8, 12	–	`_LIB/buildingMaterialModel/Savonnieres/Savonnieres.H`
`Soil`	8, 12	–	`_LIB/buildingMaterialModel/Soil/Soil.H`
`VanGenuchten`	8, 12	`Ks`, `alpha`, `n`, `wcap`	`_LIB/buildingMaterialModel/VanGenuchten/VanGenuchten.H`
`VanGenuchtenVapDiff`	8, 12	`A`, `Ks`, `alpha`, `minCrel` = `VSMALL`, `muDry`, `n`, `wcap`, `wr`	`_LIB/buildingMaterialModel/VanGenuchtenVapDiff/VanGenuchtenVapDiff.H`

`grassModel`¶

Type	Versions	Keywords	Source
`none`	8, 12	–	`_LIB/grassModel/noGrass/noGrass.H`
`simpleGrass`	8, 12	`Cd` = `0.2`, `LAI` = `2.0`, `SIMPLE` { }, `Tg` = `0.5`, `Tg` = `1e-8`, `albedoSoil` = `0.2366`, `beta` = `0.78`, `betaLW` = `0.83`, `debug` = `0`, `emissivitySoil` = `0.95`, `grassPatches`, `l` = `0.1`, `nEvapSides` = `1`, `ra` = `-1`, `relaxationFactors` { }, `residualControl` { }, `rs` = `200`	`_LIB/grassModel/simpleGrass/simpleGrass.H`

`radiationModel`¶

Type	Versions	Keywords	Source
`viewFactorSky`	8, 12	`constantEmissivity`, `grassModel`, `grassPatches`, `smoothing`, `viewFactorConvergenceCheck` = `true` (12 only), `viewFactorMaxIter` = `10000` (12 only), `viewFactorMaxRelResidual` = `1e-6` (12 only), `viewFactorReferenceCheck` = `false` (12 only), `viewFactorReferenceCheckMaxFaces` = `25000` (12 only), `viewFactorReferenceDump` = `false` (12 only), `viewFactorRelTol` = `1e-8` (12 only), `viewFactorResidualReplacementInterval` = `1` (12 only), `viewFactorTolerance` = `1e-8` (12 only), `viewFactorUsePreviousSolution` = `true` (12 only), `viewFactorWorkflow` = `"sparse"` (12 only), `viewFactorWorkflow` = `coeffs_.lookupOrDefault<word>("viewFactorWorkflow", "sparse")` (12 only)	`_LIB/solarLoadModel/viewFactorSky/viewFactorSky.H`

`searchableSurface`¶

Type	Versions	Keywords	Source
`distributedTriSurfaceMeshBugFix`	8, 12	`bounds`, `distributionType`, `mergeDistance`	`_LIB/parallel/distributed/distributedTriSurfaceMeshBugFix/distributedTriSurfaceMeshBugFix.H`

`solarLoadAbsorptionEmissionModel`¶

Type	Versions	Keywords	Source
`none`	8, 12	–	`_LIB/solarLoadModel/submodels/absorptionEmissionModel/noAbsorptionEmission/noAbsorptionEmission.H`

`solarLoadModel`¶

Type	Versions	Keywords	Source
`directAndDiffuse`	8, 12	`constantAlbedo`, `smoothing`, `viewFactorConvergenceCheck` = `true` (12 only), `viewFactorMaxIter` = `10000` (12 only), `viewFactorMaxRelResidual` = `1e-6` (12 only), `viewFactorReferenceCheck` = `false` (12 only), `viewFactorReferenceCheckMaxFaces` = `25000` (12 only), `viewFactorRelTol` = `1e-8` (12 only), `viewFactorResidualReplacementInterval` = `1` (12 only), `viewFactorTolerance` = `1e-8` (12 only), `viewFactorUsePreviousSolution` = `true` (12 only), `viewFactorWorkflow` = `"sparse"` (12 only), `viewFactorWorkflow` = `coeffs_.lookupOrDefault<word>("viewFactorWorkflow", "sparse")` (12 only)	`_LIB/solarLoadModel/directAndDiffuse/directAndDiffuse.H`
`none`	8, 12	–	`_LIB/solarLoadModel/noSolarLoad/noSolarLoad.H`

`solarLoadScatterModel`¶

Type	Versions	Keywords	Source
`none`	8, 12	–	`_LIB/solarLoadModel/submodels/scatterModel/noScatter/noScatter.H`

`vegetationModel`¶

Type	Versions	Keywords	Source
`none`	8, 12	–	`_LIB/vegetationModels/noVegetation/noVegetation.H`
`simplifiedVegetation`	8, 12	`C`, `Cd` = `0.2`, `D0`, `H`, `Rg0`, `Rl0`, `SIMPLE` { }, `Tl` = `0.5`, `Tl` = `1e-8`, `a1`, `a2`, `a3`, `kc`, `l`, `nEvapSides`, `relaxationFactors` { }, `residualControl` { }, `rsMin`	`_LIB/vegetationModels/simplifiedVegetation/simplifiedVegetation.H`

Boundary conditions (scalar fields)¶

Type	Versions	Keywords	Source
`compressible::CFDHAMfluidMoistureCoupledImpermeable`	8, 12	`refValue` (optional)	`_LIB/solarLoadModel/derivedFvPatchFields/CFDHAMfluidMoistureCoupledImpermeable/CFDHAMfluidMoistureCoupledImpermeableFvPatchScalarField.H`
`compressible::CFDHAMfluidMoistureCoupledMixed`	8, 12	`refValue` (optional)	`_LIB/solarLoadModel/derivedFvPatchFields/CFDHAMfluidMoistureCoupledMixed/CFDHAMfluidMoistureCoupledMixedFvPatchScalarField.H`
`compressible::CFDHAMfluidTemperatureCoupledMixed`	8, 12	`refValue` (optional)	`_LIB/solarLoadModel/derivedFvPatchFields/CFDHAMfluidTemperatureCoupledMixed/CFDHAMfluidTemperatureCoupledMixedFvPatchScalarField.H`
`compressible::CFDHAMsolidMoistureCoupledImpermeable`	8, 12	`refValue` (optional)	`_LIB/solarLoadModel/derivedFvPatchFields/CFDHAMsolidMoistureCoupledImpermeable/CFDHAMsolidMoistureCoupledImpermeableFvPatchScalarField.H`
`compressible::CFDHAMsolidMoistureCoupledMixed`	8, 12	`refValue` (optional)	`_LIB/solarLoadModel/derivedFvPatchFields/CFDHAMsolidMoistureCoupledMixed/CFDHAMsolidMoistureCoupledMixedFvPatchScalarField.H`
`compressible::CFDHAMsolidMoistureTransferCoeff`	8, 12	`betacoeff` = `0`, `pv_o` = `"none"`, `refValue` (optional)	`_LIB/solarLoadModel/derivedFvPatchFields/CFDHAMsolidMoistureTransferCoeff/CFDHAMsolidMoistureTransferCoeffFvPatchScalarField.H`
`compressible::CFDHAMsolidTemperatureCoupledMixed`	8, 12	`LAI` = `2.0`, `albedoSoil` = `0.0`, `beta` = `0.78`, `deltaT`, `grassModel`, `grassPatches`, `qrNbr` = `"none"`, `qsNbr` = `"none"`, `refValue` (optional)	`_LIB/solarLoadModel/derivedFvPatchFields/CFDHAMsolidTemperatureCoupledMixed/CFDHAMsolidTemperatureCoupledMixedFvPatchScalarField.H`
`compressible::CFDHAMsolidTemperatureTransferCoeff`	8, 12	`LAI` = `2.0`, `Tamb` = `"none"`, `albedoSoil` = `0.0`, `beta` = `0.78`, `betacoeff` = `0`, `deltaT`, `grassModel`, `grassPatches`, `hcoeff` = `0`, `pv_o` = `"none"`, `qrNbr` = `"none"`, `qsNbr` = `"none"`, `refValue` (optional)	`_LIB/solarLoadModel/derivedFvPatchFields/CFDHAMsolidTemperatureHeatCoeff/CFDHAMsolidTemperatureTransferCoeffFvPatchScalarField.H`
`compressible::CFDHAMsolidTemperatureTransferCoeffInterior`	8, 12	`Tamb` = `"none"`, `hcoeff` = `0`, `refValue` (optional)	`_LIB/solarLoadModel/derivedFvPatchFields/CFDHAMsolidTemperatureHeatCoeffInterior/CFDHAMsolidTemperatureTransferCoeffInteriorFvPatchScalarField.H`
`mappedLeafTemperature`	8, 12	`field` = `iF.name()` (12 only)	`_LIB/vegetationModels/derivedFvPatchFields/mappedLeafTemperature/mappedLeafTempFvPatchScalarField.H`
`readScalarField`	8, 12	`inputTimeStep`	`_LIB/blendingLayer/derivedFvPatchFields/readScalarField/readFieldFvPatchScalarField.H`
`solarLoadRadiationViewFactor`	8, 12	`value` (optional)	`_LIB/solarLoadModel/derivedFvPatchFields/solarLoadViewFactor/solarLoadViewFactorFixedValueFvPatchScalarField.H`

Boundary conditions (vector fields)¶

Type	Versions	Keywords	Source
`readVectorField`	8, 12	`inputTimeStep`	`_LIB/blendingLayer/derivedFvPatchFields/readVectorField/readFieldFvPatchVectorField.H`

RAS turbulence models¶

Type	Versions	Keywords	Source
`porousrealizableKE`	8, 12	`Cd` = `0.2`, `vegetationModel`	`_LIB/turbulenceModels/RAS/porousrealizableKE/porousrealizableKE.H`

Fields read¶

The files the solver and its models read when they start, from the time the run starts from (start), 0, constant/<region>, or the mesh's directory (mesh: written by the radiation utilities). Required files stop the run when they are missing.

Read by	Field	From	Required	Versions	File
every fluid region	`U`	start	yes	8, 12	`fluid/createFluidFields.H`
every fluid region	`g`	`constant`	yes	8, 12	`fluid/createFluidFields.H`
every fluid region	`gcr`	start	yes	8, 12	`fluid/createFluidFields.H`
every fluid region	`p_rgh`	start	yes	8, 12	`fluid/createFluidFields.H`
every fluid region	`phi`	start	no	8, 12	`fluid/createFluidFields.H`
every fluid region	`w`	start	yes	8, 12	`fluid/createFluidFields.H`
every solid region	`Ts`	start	yes	8, 12	`solid/createSolidFields.H`
every solid region	`g`	`constant`	yes	8, 12	`solid/createSolidFields.H`
every solid region	`pc`	start	yes	8, 12	`solid/createSolidFields.H`
every solid region	`ws`	start	yes	8, 12	`solid/createSolidFields.H`
every vegetation region	`T`	start	yes	8, 12	`veg/createVegFields.H`
`RASModel` `porousrealizableKE`	`LAD`	`0`	yes	8 only	`_LIB/turbulenceModels/RAS/porousrealizableKE/porousrealizableKE.C`
`RASModel` `porousrealizableKE`	`LAD`	`constant`	yes	12 only	`_LIB/turbulenceModels/RAS/porousrealizableKE/porousrealizableKE.C`
`RASModel` `porousrealizableKE`	`epsilon`	start	yes	8, 12	`_LIB/turbulenceModels/RAS/porousrealizableKE/porousrealizableKE.C`
`RASModel` `porousrealizableKE`	`k`	start	yes	8, 12	`_LIB/turbulenceModels/RAS/porousrealizableKE/porousrealizableKE.C`
`fvPatchScalarField` `readScalarField`	`faceProcAddressing`	mesh	no	8, 12	`_LIB/blendingLayer/derivedFvPatchFields/readScalarField/readFieldFvPatchScalarField.C`
`fvPatchVectorField` `readVectorField`	`faceProcAddressing`	mesh	no	8, 12	`_LIB/blendingLayer/derivedFvPatchFields/readVectorField/readFieldFvPatchVectorField.C`
`grassModel` `simpleGrass`	`Tg`	start	no	8, 12	`_LIB/grassModel/simpleGrass/simpleGrass.C`
`radiationModel` `viewFactorSky`	`F`	mesh	no	8, 12	`_LIB/solarLoadModel/viewFactorSky/viewFactorSky.C`
`radiationModel` `viewFactorSky`	`constructMap`	mesh	no	8, 12	`_LIB/solarLoadModel/viewFactorSky/viewFactorSky.C`
`radiationModel` `viewFactorSky`	`constructMapDim`	mesh	no	8, 12	`_LIB/solarLoadModel/viewFactorSky/viewFactorSky.C`
`radiationModel` `viewFactorSky`	`finalAgglom`	mesh	yes	8, 12	`_LIB/solarLoadModel/viewFactorSky/viewFactorSky.C`
`radiationModel` `viewFactorSky`	`globalFaceFaces`	mesh	no	8, 12	`_LIB/solarLoadModel/viewFactorSky/viewFactorSky.C`
`radiationModel` `viewFactorSky`	`qr`	start	yes	8, 12	`_LIB/solarLoadModel/viewFactorSky/viewFactorSky.C`
`radiationModel` `viewFactorSky`	`subMap`	mesh	no	8, 12	`_LIB/solarLoadModel/viewFactorSky/viewFactorSky.C`
`solarLoadModel` `directAndDiffuse`	`F`	mesh	no	8, 12	`_LIB/solarLoadModel/directAndDiffuse/directAndDiffuse.C`
`solarLoadModel` `directAndDiffuse`	`Qs`	start	no	8, 12	`_LIB/solarLoadModel/directAndDiffuse/directAndDiffuse.C`
`solarLoadModel` `directAndDiffuse`	`constructMap`	mesh	no	8, 12	`_LIB/solarLoadModel/directAndDiffuse/directAndDiffuse.C`
`solarLoadModel` `directAndDiffuse`	`constructMapDim`	mesh	no	8, 12	`_LIB/solarLoadModel/directAndDiffuse/directAndDiffuse.C`
`solarLoadModel` `directAndDiffuse`	`finalAgglom`	mesh	no	8, 12	`_LIB/solarLoadModel/directAndDiffuse/directAndDiffuse.C`
`solarLoadModel` `directAndDiffuse`	`finalAgglom`	mesh	yes	8, 12	`_LIB/solarLoadModel/directAndDiffuse/directAndDiffuse.C`
`solarLoadModel` `directAndDiffuse`	`globalFaceFaces`	mesh	no	8, 12	`_LIB/solarLoadModel/directAndDiffuse/directAndDiffuse.C`
`solarLoadModel` `directAndDiffuse`	`qs`	start	yes	8, 12	`_LIB/solarLoadModel/directAndDiffuse/directAndDiffuse.C`
`solarLoadModel` `directAndDiffuse`	`skyViewCoeff`	mesh	no	8, 12	`_LIB/solarLoadModel/directAndDiffuse/directAndDiffuse.C`
`solarLoadModel` `directAndDiffuse`	`solarLoadFineFaces`	mesh	no	8, 12	`_LIB/solarLoadModel/directAndDiffuse/directAndDiffuse.C`
`solarLoadModel` `directAndDiffuse`	`subMap`	mesh	no	8, 12	`_LIB/solarLoadModel/directAndDiffuse/directAndDiffuse.C`
`solarLoadModel` `directAndDiffuse`	`sunViewCoeff`	mesh	no	8, 12	`_LIB/solarLoadModel/directAndDiffuse/directAndDiffuse.C`
`solarLoadModel` `directAndDiffuse`	`sunskyMap`	mesh	no	8, 12	`_LIB/solarLoadModel/directAndDiffuse/directAndDiffuse.C`
`vegetationModel` `simplifiedVegetation`	`LAD`	`0`	yes	8, 12	`_LIB/vegetationModels/simplifiedVegetation/simplifiedVegetation.C`
`vegetationModel` `simplifiedVegetation`	`Tl`	start	no	8, 12	`_LIB/vegetationModels/simplifiedVegetation/simplifiedVegetation.C`
`vegetationModel` `simplifiedVegetation`	`divqrsw`	mesh	yes	8, 12	`_LIB/vegetationModels/simplifiedVegetation/simplifiedVegetation.C`
`calcLAI`	`LAD`	start	yes	8, 12	`_APP/calcLAI/calcLAI.C`
`calcLAI`	`finalAgglom`	mesh	yes	8, 12	`_APP/calcLAI/findCoarseMeshFaces.H`
`calcLAI`	`qr`	start	yes	8, 12	`_APP/calcLAI/findCoarseMeshFaces.H`
`calcLAI`	`vegetation`	start	yes	8, 12	`_APP/calcLAI/findCoarseMeshFaces.H`
`solarRayTracingGen`	`finalAgglom`	mesh	yes	8, 12	`_APP/solarRayTracingGen/solarRayTracingGen.C`
`solarRayTracingGen`	`kcLAIboundary`	`constant`	no	8 only	`_APP/solarRayTracingGen/solarRayTracingGen.C`
`solarRayTracingGen`	`kcLAIboundary`	mesh	no	12 only	`_APP/solarRayTracingGen/solarRayTracingGen.C`
`solarRayTracingGen`	`qr`	start	yes	8, 12	`_APP/solarRayTracingGen/solarRayTracingGen.C`

Keywords read at start¶

The required keywords each type reads whenever the solver builds it: in the constructors it is built with, or a function each of them calls, outside any condition. coeffs_ is the type's <Type>Coeffs dictionary.

Type	Keyword	Read from	Versions
`buildingMaterialModel` `VanGenuchten`	`Ks`	`VanGenuchtenCoeffs_`	8, 12
`buildingMaterialModel` `VanGenuchten`	`alpha`	`VanGenuchtenCoeffs_`	8, 12
`buildingMaterialModel` `VanGenuchten`	`n`	`VanGenuchtenCoeffs_`	8, 12
`buildingMaterialModel` `VanGenuchten`	`wcap`	`VanGenuchtenCoeffs_`	8, 12
`buildingMaterialModel` `VanGenuchtenVapDiff`	`A`	`VanGenuchtenVapDiffCoeffs_`	8, 12
`buildingMaterialModel` `VanGenuchtenVapDiff`	`Ks`	`VanGenuchtenVapDiffCoeffs_`	8, 12
`buildingMaterialModel` `VanGenuchtenVapDiff`	`alpha`	`VanGenuchtenVapDiffCoeffs_`	8, 12
`buildingMaterialModel` `VanGenuchtenVapDiff`	`muDry`	`VanGenuchtenVapDiffCoeffs_`	8, 12
`buildingMaterialModel` `VanGenuchtenVapDiff`	`n`	`VanGenuchtenVapDiffCoeffs_`	8, 12
`buildingMaterialModel` `VanGenuchtenVapDiff`	`wcap`	`VanGenuchtenVapDiffCoeffs_`	8, 12
`buildingMaterialModel` `VanGenuchtenVapDiff`	`wr`	`VanGenuchtenVapDiffCoeffs_`	8, 12
`grassModel` `simpleGrass`	`grassPatches`	`coeffs_`	8, 12
`radiationModel` `viewFactorSky`	`constantEmissivity`	`coeffs_`	8, 12
`radiationModel` `viewFactorSky`	`smoothing`	`coeffs_`	8, 12
`searchableSurface` `distributedTriSurfaceMeshBugFix`	`bounds`	`dict_`	8, 12
`searchableSurface` `distributedTriSurfaceMeshBugFix`	`distributionType`	`dict_`	8, 12
`searchableSurface` `distributedTriSurfaceMeshBugFix`	`mergeDistance`	`dict_`	8, 12
`solarLoadModel` `directAndDiffuse`	`constantAlbedo`	`coeffs_`	8, 12
`solarLoadModel` `directAndDiffuse`	`smoothing`	`coeffs_`	8, 12
`vegetationModel` `simplifiedVegetation`	`C`	`coeffs_`	8, 12
`vegetationModel` `simplifiedVegetation`	`D0`	`coeffs_`	8, 12
`vegetationModel` `simplifiedVegetation`	`H`	`coeffs_`	8, 12
`vegetationModel` `simplifiedVegetation`	`Rg0`	`coeffs_`	8, 12
`vegetationModel` `simplifiedVegetation`	`Rl0`	`coeffs_`	8, 12
`vegetationModel` `simplifiedVegetation`	`a1`	`coeffs_`	8, 12
`vegetationModel` `simplifiedVegetation`	`a2`	`coeffs_`	8, 12
`vegetationModel` `simplifiedVegetation`	`a3`	`coeffs_`	8, 12
`vegetationModel` `simplifiedVegetation`	`kc`	`coeffs_`	8, 12
`vegetationModel` `simplifiedVegetation`	`l`	`coeffs_`	8, 12
`vegetationModel` `simplifiedVegetation`	`nEvapSides`	`coeffs_`	8, 12
`vegetationModel` `simplifiedVegetation`	`rsMin`	`coeffs_`	8, 12

Built per region¶

The classes the solver constructs (<class>::New) for each kind of region.

Region	Class	Versions
fluid	`fluidThermo`	12 only
fluid	`fluidThermoThermophysicalTransportModel`	12 only
fluid	`fluidThermophysicalTransportModel`	8 only
fluid	`fvConstraints`	12 only
fluid	`fvModels`	12 only
fluid	`grassModel`	8, 12
fluid	`momentumTransportModel`	8, 12
fluid	`radiationModel`	8, 12
fluid	`rhoThermo`	8 only
fluid	`solarLoadModel`	8, 12
fluid	`vegetationModel`	8, 12
solid	`buildingMaterialModel`	8, 12
vegetation	`radiationModel`	8, 12
vegetation	`solarLoadModel`	8, 12

Application keywords¶

What the solver, its utilities and its libraries read outside the model classes.

Application	File	Keywords
`calcLAI`	`_APP/calcLAI/calcLAI.C`	`vegetationModel`
`lib/blendingLayer`	`_LIB/blendingLayer/blendingLayer.C`	`alphaCoeffT`, `alphaCoeffU`, `blendingCoeffs` { }, `dampingThickness`
`lib/solarLoadModel`	`_LIB/solarLoadModel/derivedFvPatchFields/solarRadiationCoupledBase/solarRadiationCoupledBase.C`	`albedo` (optional), `albedoMode`
`solarRayTracingGen`	`_APP/solarRayTracingGen/shootRaysFINE.H`	`maxDynListLength` = `100000`
`solarRayTracingGen`	`_APP/solarRayTracingGen/solarRayTracingGen.C`	`debug` = `0`, `regions` (optional) (12 only), `regions` { } (12 only), `skyPosVector`, `vegetation` (12 only), `vegetation` (optional) (12 only)
`urbanMicroclimateFoam`	`fluid/createFluidFields.H`	`SIMPLE` { }
`urbanMicroclimateFoam`	`fluid/readFluidControls.H`	`maxFluidIteration` = `10000`, `minFluidIteration` = `1`
`urbanMicroclimateFoam`	`fluid/readFluidMultiRegionSIMPLEControls.H`	`SIMPLE` { }, `nNonOrthogonalCorrectors` = `0`
`urbanMicroclimateFoam`	`fluid/setRegionFluidFields.H`	`blending` = `false`
`urbanMicroclimateFoam`	`fluid/solveFluid.H`	`frozenFlow` = `0`
`urbanMicroclimateFoam`	`solid/readSolidControls.H`	`PicardToleranceTs` = `0.01`, `PicardTolerancews` = `0.01`, `decrease_factor` = `0.5`, `increase_factor` = `1.2`, `initialSolidTimestepFactor` = `0.1`, `maxDeltaT` = `600.0`, `minCrel` = `VSMALL`, `minDeltaT` = `1.0`, `nInternalIterMax` = `10`, `pcEqnForm` = `"pc-based"`
`urbanMicroclimateFoam`	`solid/setRegionSolidFields.H`	`buildingMaterials`
`urbanMicroclimateFoam`	`solid/updatebuildingMaterials.H`	`buildingMaterialModel`, `cap`, `lambda1`, `lambda2`, `name`, `rho`
`urbanMicroclimateFoam`	`urbanMicroclimateFoam.C`	`fluid` (12 only), `fluid` (optional) (12 only), `regions` { } (12 only), `solid` (12 only), `solid` (optional) (12 only), `vegetation` (12 only), `vegetation` (optional) (12 only)