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IG
InputData
IgnoreK0
IgnoreK0(): IgnoreK0.c
IgnoreK0(): IgnoreK0.c
IgnoreK0.c
IgnoreK0.h
IgnoreK0State
IgnoreK0.c
Imaginary
fits3d
IncompatibleMatrices
errorHandler.h
increment
ParameterTypeNode
incrementParameter
incrementParameter(ParameterType *pt): Parameter.c
incrementParameter(ParameterType *pt): Parameter.c
incrementSigma
incrementSigma(ParameterType *pt): Parameter.c
incrementSigma(ParameterType *pt): Parameter.c
INFO
errorHandler.h
init
Inversion
InitialGuessFile
InputParms
initializeAvgKernelCalculation
initializeAvgKernelCalculation(char *AvgKernInputLine, int maxDepth): averagingKernel.c
initializeAvgKernelCalculation(char *AvgKernInputLine, int maxDepth): averagingKernel.c
initializeForwardOutputModel
initializeForwardOutputModel(Model *model, MAP_DEPTH_MATRIX kernelTdm): Model.c
initializeForwardOutputModel(Model *model, MAP_DEPTH_MATRIX kernelTdm): Model.c
initializeModel
initializeModel(Model *model, int X, int Y, int M, int Z): Model.c
initializeModel(Model *model, int X, int Y, int M, int Z): Model.c
initializeOutputModel
initializeOutputModel(Model *model, MAP_DEPTH_MATRIX kernelTdm): Model.c
initializeOutputModel(Model *model, MAP_DEPTH_MATRIX kernelTdm): Model.c
initLoopParameters
initLoopParameters(InputParms inputParms): Parameter.c
initLoopParameters(InputParms inputParms): Parameter.c
InitSuperVectorY
InitSuperVectorY(SuperVectorY *y, MAP_DEPTH_MATRIX m): SuperY.c
InitSuperVectorY(SuperVectorY *y, MAP_DEPTH_MATRIX m): SuperY.c
InputData
InputData.c
InputData.h
InputICovarFileName
InputParms
InputKernelBaseDirName
D3
InputKernelFileName
D1
InputMapBaseDirName
D3
InputMapFileName
D1
InputMaskBaseDirName
D3
InputMatrices
InversionData
InputParms
InputRegFileName
InputParms
insertList
insertList(char *item, List l): List.c
insertList(char *item, List l): List.c
insertMapDepth
insertMapDepth(int kx, int ky, MATRIX m, MAP_DEPTH_MATRIX *tdptr): MapDepthMatrix.c
insertMapDepth(int kx, int ky, MATRIX m, MAP_DEPTH_MATRIX *td): MapDepthMatrix.c
insertVector
insertVector(double *to, VECTOR from): matrix.c
insertVector(double *to, VECTOR from): matrix.c
insertXYPlaneColMajorMapDepthMatrix
insertXYPlaneColMajorMapDepthMatrix(MATRIX xyPlane, int map, int depth, MAP_DEPTH_MATRIX *tdptr): MapDepthMatrix.c
insertXYPlaneColMajorMapDepthMatrix(MATRIX xyPlane, int map, int depth, MAP_DEPTH_MATRIX *tdptr): MapDepthMatrix.c
insertXYPlaneColMajorMapDepthMatrixV
insertXYPlaneColMajorMapDepthMatrixV(MATRIX xyPlane, int map, int depth, int v, MAP_DEPTH_MATRIX *tdptr): MapDepthMatrix.c
insertXYPlaneColMajorMapDepthMatrixV(MATRIX xyPlane, int map, int depth, int v, MAP_DEPTH_MATRIX *tdptr): MapDepthMatrix.c
insertXYPlaneIntoMapDepthMatrix
insertXYPlaneIntoMapDepthMatrix(MATRIX xyPlane, int map, int depth, MAP_DEPTH_MATRIX *tdptr): MapDepthMatrix.c
insertXYPlaneIntoMapDepthMatrix(MATRIX xyPlane, int map, int depth, MAP_DEPTH_MATRIX *td): MapDepthMatrix.c
insertXYPlaneIntoMapDepthMatrixV
insertXYPlaneIntoMapDepthMatrixV(MATRIX xyPlane, int map, int depth, int v, MAP_DEPTH_MATRIX *tdptr): MapDepthMatrix.c
insertXYPlaneIntoMapDepthMatrixV(MATRIX xyPlane, int map, int depth, int v, MAP_DEPTH_MATRIX *td): MapDepthMatrix.c
IntermediateMatrices
InversionData
invariant
MAP_DEPTH_MATRIX
inverse
inverse(MATRIX m): matrix.c
inverse(MATRIX m): matrix.c
inverseD
inverseD(MATRIX m): matrix.c
inverseD(MATRIX m): matrix.c
inverseMapDepth
inverseMapDepth(MAP_DEPTH_MATRIX tdm): MapDepthMatrix.c
inverseMapDepth(MAP_DEPTH_MATRIX tdm): MapDepthMatrix.c
Inversion
Inversion.h
InversionData
InversionData.h
InversionErrorMessages.h
invrsVersion
invrsVersion.h
invrsVersion.h
invType
InputData::invType()
InvType(): InputData.h
IPiv
linearEqSolve.c
isEmptyMapDepthMatrix
isEmptyMapDepthMatrix(const MAP_DEPTH_MATRIX *td): MapDepthMatrix.c
isEmptyMapDepthMatrix(const MAP_DEPTH_MATRIX *td): MapDepthMatrix.c
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