- a -

• addFluidNeighbors() : IBManager.cpp
• arrayFromVector() : Array.h

- c -

• CellMark_Impl() : CellMark_impl.cpp , CellMark_impl.h
• checkIBFaces() : CellMark.h , CellMark.cpp
• computeLimitCoeff() : FluxLimiters.h
• computeLimitCoeff2() : FluxLimiters.h
• correctMassFluxInterior() : FlowModelInterior.h
• correctVelocityInterior() : FlowModelInterior.h
• createPCSet() : PC.h , PC.cpp
• cross() : Vector.h

- d -

• debug_mesh() : pFVM.cpp
• DEFINE_HT() : ArrayWriter.cpp
• determinant() : MatrixOperation.h
• DiagToOffDiag() : CRMatrix.h , DiagonalTensor.h , ElecDiagonalTensor.h , ElecOffDiagonalTensor.h
• discretizeMassFluxInterior() : FlowModelInterior.h
• distanceFromPointToLine() : ElectricUtilityFunctions.h
• dot() : Vector.h

- e -

• ElectronSupplyFunction() : ElectricUtilityFunctions.h

- f -

• fabs() : Tangent.h , PC.h
• FermiFunction() : ElectricUtilityFunctions.h
• findMax() : ElectricUtilityFunctions.h
• findMin() : ElectricUtilityFunctions.h
• fixedFluxContinuityBC() : FlowModelVelocityBC.h
• fixedPressureContinuityBC() : FlowModelPressureBC.h
• fixedPressureMomentumBC() : FlowModelPressureBC.h

- g -

• getMembraneVoltage() : ElectricUtilityFunctions.h

- h -

• harmonicAverage() : DiffusionDiscretization.h
• harmonicAverageVector() : BatteryPCDiffusionDiscretization.h
• harmonicAvg() : WallDiscretization.h

- i -

• inCell() : CellMark.cpp , CellMark.h
• intAsString() : Vector.h
• inverse() : MatrixOperation.h , SquareTensor.h
• inverseGauss() : MatrixOperation.h

- m -

• mag() : Vector.h
• mag2() : Vector.h
• main() : testOneDConduction.cpp , testLinearSolver.cpp , pFVM.cpp , testOneDConduction_double.cpp , testquadrature.cpp , testOneDConductionExactMC.cpp , testUQTK.cpp
• markCell() : CellMark.cpp , CellMark.h
• markIBFaces() : CellMark.h , CellMark.cpp
• max() : Octree.cpp
• min() : Octree.cpp
• myCoordComparison() : Cell.cpp

- o -

• operator*() : DiagonalTensor.h , SquareTensor.h , ElecDiagonalTensor.h , SquareTensor.h , DiagonalTensor.h , ElecOffDiagonalTensor.h , SquareTensor.h , ElecDiagonalTensor.h , ElecOffDiagonalTensor.h , StressTensor.h , ElecOffDiagonalTensor.h , StressTensor.h , Vector.h , ElecDiagonalTensor.h , DiagonalTensor.h , ElecOffDiagonalTensor.h , Vector.h , Gradient.h , VectorTranspose.h , ElecDiagonalTensor.h , Gradient.h , VectorTranspose.h , Gradient.h
• operator+() : Tangent.h , DiagonalTensor.h , ElecDiagonalTensor.h , ElecOffDiagonalTensor.h , Gradient.h , PC.h , SquareTensor.h , StressTensor.h , Vector.h , VectorTranspose.h
• operator-() : DiagonalTensor.h , ElecDiagonalTensor.h , ElecOffDiagonalTensor.h , Gradient.h , PC.h , SquareTensor.h , StressTensor.h , Vector.h , VectorTranspose.h , Tangent.h , VectorTranspose.h
• operator/() : VectorTranspose.h , SquareTensor.h , DiagonalTensor.h , Vector.h , ElecOffDiagonalTensor.h , Gradient.h , ElecDiagonalTensor.h , StressTensor.h , ElecDiagonalTensor.h , SquareTensor.h , ElecDiagonalTensor.h , Gradient.h , SquareTensor.h , DiagonalTensor.h , StressTensor.h , ElecOffDiagonalTensor.h , VectorTranspose.h , DiagonalTensor.h , Vector.h
• operator<<() : Gradient.h , Vector.h , ElecDiagonalTensor.h , StressTensor.h , DiagonalTensor.h , VectorTranspose.h , SquareTensor.h , PC.h , ElecOffDiagonalTensor.h , Tangent.h , MultiFieldReduction.h
• orderCellFacesAndNodes() : Cell.cpp , Cell.h

- p -

• PC_BINARY_OP() : PC.h
• PositiveValueOf() : ElectricUtilityFunctions.h
• pressureBoundaryPostContinuitySolve() : FlowModelPressureBC.h
• projectionFromPointToLine() : ElectricUtilityFunctions.h

- r -

• readVectors() : Grid.cpp
• reflectGradient() : GradientModel.h
• reportCellMark() : CellMark.h , CellMark.cpp

- s -

• setFlatCoeffs() : CRMatrix.h , SquareTensor.h
• setibFaceCells() : CellMark.cpp , CellMark.h
• setibFaceParticles() : CellMark.cpp , CellMark.h
• setParticleCells() : CellMark.cpp , CellMark.h
• SignOf() : ElectricUtilityFunctions.h
• sin() : Tangent.h
• slipJumpMomentumBC() : FlowModelSlipJump.h
• sqrt() : PC.h , Tangent.h
• stdDev() : PC.h

- t -

• TANGENT_BINARY_OP() : Tangent.h
• TDMA() : OneDConduction.h

- u -

• updateFacePressureBoundary() : FlowModelPressureBC.h
• updateFacePressureInterior() : FlowModelInterior.h