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    "legacy-dense-matrix": "The typed replacement is not a cast: convert with TDenseDoubleMatrix.FromIMatrix or ToIMatrix, which deep-copies. Typed storage uses SizeInt shapes, explicit kernels/factors/results, and documented views instead of the combined mutable IMatrix method surface.",
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    "focused-bond-alias-unit": "Retain FinanceLib.Bonds as a focused entry unit. Its public names are exact aliases of TFinanceKit, EFinanceError, and TFinanceKit amortization types, so retaining it has no numerical or ownership difference.",
    "focused-npv-alias-unit": "Retain FinanceLib.NPV as a focused entry unit. Its public names are exact aliases of TFinanceKit, EFinanceError, and TDoubleArray, so retaining it has no numerical or ownership difference.",
    "pressure-facade-alias": "TPressureKit remains a supported exact alias of EngineeringLib.FluidDynamics.TFluidDynamicsKit. The 1.9.7 rehearsal confirmed identical behavior, defaults, ownership, exceptions, numerical results, and dependency-neutral in-place packaging; new cross-fluid code may prefer the common facade, but no deprecation is approved.",
    "pressure-error-alias": "EPressureError remains a supported exact alias of EngineeringLib.Common.EFluidDynamicsError. The 1.9.7 rehearsal confirmed exception identity and dependency-neutral in-place packaging; no deprecation is approved.",
    "velocity-facade-alias": "TVelocityKit remains a supported exact alias of EngineeringLib.FluidDynamics.TFluidDynamicsKit. The 1.9.7 rehearsal confirmed identical behavior, defaults, ownership, exceptions, numerical results, and dependency-neutral in-place packaging; new cross-fluid code may prefer the common facade, but no deprecation is approved.",
    "velocity-error-alias": "EVelocityError remains a supported exact alias of EngineeringLib.Common.EFluidDynamicsError. The 1.9.7 rehearsal confirmed exception identity and dependency-neutral in-place packaging; no deprecation is approved."
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          "signature": "property SingularValues:TDoubleArray read GetSingularValues",
          "classification": "implementation"
        },
        {
          "owner": "IDenseSVDFactorization",
          "name": "SolveMinimumNorm",
          "kind": "function",
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          "owner": "IDenseSVDFactorization",
          "name": "SolveMinimumNormWithInfo",
          "kind": "function",
          "signature": "function SolveMinimumNormWithInfo(const B:specialize IDenseMatrix<T>;out Diagnostics:TDenseSolveDiagnostics):specialize IDenseMatrix<T>",
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        },
        {
          "owner": "IDenseSVDFactorization",
          "name": "Sweeps",
          "kind": "property",
          "signature": "property Sweeps:SizeInt read GetSweeps",
          "classification": "implementation"
        },
        {
          "owner": "IDenseSVDFactorization",
          "name": "Tolerance",
          "kind": "property",
          "signature": "property Tolerance:Double read GetTolerance",
          "classification": "implementation"
        },
        {
          "owner": "IDenseSVDFactorization",
          "name": "U",
          "kind": "property",
          "signature": "property U:specialize IDenseMatrix<T> read GetU",
          "classification": "implementation"
        },
        {
          "owner": "IDenseSVDFactorization",
          "name": "V",
          "kind": "property",
          "signature": "property V:specialize IDenseMatrix<T> read GetV",
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          "owner": "TDenseDiagonal",
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          "owner": "TDenseSolveDiagnostics",
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          "signature": "IsRankDeficient:Boolean",
          "classification": "advanced"
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          "kind": "field",
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          "classification": "advanced"
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          "owner": "TDenseSolveDiagnostics",
          "name": "ResidualNorm",
          "kind": "field",
          "signature": "ResidualNorm:Double",
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          "signature": "Tolerance:Double",
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          "signature": "dtTranspose",
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          "owner": "TDenseTriangle",
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          "kind": "enum-value",
          "signature": "dtLower",
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          "owner": "TDenseTriangle",
          "name": "dtUpper",
          "kind": "enum-value",
          "signature": "dtUpper",
          "classification": "advanced"
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      ]
    },
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      "source": "src/AlgebraLib.DenseKernels.pas",
      "classification_summary": {
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        "compatibility": 0,
        "experimental": 0,
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      },
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          "name": "Add",
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          "signature": "function Add(const A,B:IDenseComplexMatrix):IDenseComplexMatrix",
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        {
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          "name": "AddInto",
          "kind": "procedure",
          "signature": "procedure AddInto(const A,B,Destination:IDenseComplexMatrix)",
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          "signature": "procedure AddInto(const A,B,Destination:IDenseDoubleMatrix)",
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          "signature": "procedure AddInto(const A,B,Destination:IDenseSingleComplexMatrix)",
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          "signature": "function Apply(const A:IDenseDoubleMatrix;const Operation:TDoubleUnaryKernel):IDenseDoubleMatrix",
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          "signature": "function Apply(const A:IDenseSingleComplexMatrix;const Operation:TSingleComplexUnaryKernel):IDenseSingleComplexMatrix",
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          "signature": "procedure ApplyInto(const A,Destination:IDenseComplexMatrix;const Operation:TComplexUnaryKernel)",
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          "signature": "procedure ApplyInto(const A,Destination:IDenseDoubleMatrix;const Operation:TDoubleUnaryKernel)",
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          "kind": "procedure",
          "signature": "procedure ApplyInto(const A,Destination:IDenseSingleComplexMatrix;const Operation:TSingleComplexUnaryKernel)",
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        },
        {
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          "name": "ApplyInto",
          "kind": "procedure",
          "signature": "procedure ApplyInto(const A,Destination:IDenseSingleMatrix;const Operation:TSingleUnaryKernel)",
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          "kind": "procedure",
          "signature": "procedure AxpyInto(const Alpha:Double;const X,Y,Destination:IDenseDoubleMatrix)",
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          "name": "AxpyInto",
          "kind": "procedure",
          "signature": "procedure AxpyInto(const Alpha:Single;const X,Y,Destination:IDenseSingleMatrix)",
          "classification": "advanced"
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        {
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          "name": "AxpyInto",
          "kind": "procedure",
          "signature": "procedure AxpyInto(const Alpha:TComplex;const X,Y,Destination:IDenseComplexMatrix)",
          "classification": "advanced"
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        {
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          "name": "AxpyInto",
          "kind": "procedure",
          "signature": "procedure AxpyInto(const Alpha:TSingleComplex;const X,Y,Destination:IDenseSingleComplexMatrix)",
          "classification": "advanced"
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        {
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          "kind": "function",
          "signature": "function Conjugate(const A:IDenseComplexMatrix):IDenseComplexMatrix",
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          "signature": "function Conjugate(const A:IDenseSingleComplexMatrix):IDenseSingleComplexMatrix",
          "classification": "advanced"
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        {
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          "name": "ConjugateInto",
          "kind": "procedure",
          "signature": "procedure ConjugateInto(const A,Destination:IDenseComplexMatrix)",
          "classification": "advanced"
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          "name": "ConjugateInto",
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          "signature": "procedure ConjugateInto(const A,Destination:IDenseSingleComplexMatrix)",
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          "signature": "function ConjugateTranspose(const A:IDenseComplexMatrix):IDenseComplexMatrix",
          "classification": "advanced"
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          "signature": "function ConjugateTranspose(const A:IDenseSingleComplexMatrix):IDenseSingleComplexMatrix",
          "classification": "advanced"
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        {
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          "name": "ConjugateTransposeInto",
          "kind": "procedure",
          "signature": "procedure ConjugateTransposeInto(const A,Destination:IDenseComplexMatrix)",
          "classification": "advanced"
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        {
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          "name": "ConjugateTransposeInto",
          "kind": "procedure",
          "signature": "procedure ConjugateTransposeInto(const A,Destination:IDenseSingleComplexMatrix)",
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        {
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          "signature": "procedure CopyInto(const A,Destination:IDenseComplexMatrix)",
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          "signature": "procedure CopyInto(const A,Destination:IDenseDoubleMatrix)",
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          "signature": "procedure CopyInto(const A,Destination:IDenseSingleComplexMatrix)",
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          "signature": "procedure CopyInto(const A,Destination:IDenseSingleMatrix)",
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          "name": "DENSE_MULTIPLY_AUTO_THRESHOLD",
          "kind": "constant",
          "signature": "DENSE_MULTIPLY_AUTO_THRESHOLD=131072",
          "classification": "advanced"
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        {
          "owner": null,
          "name": "DENSE_MULTIPLY_BLOCK_SIZE",
          "kind": "constant",
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          "signature": "function Dot(const A,B:IDenseDoubleMatrix):Double",
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          "classification": "advanced"
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          "signature": "function Dot(const A,B:IDenseSingleMatrix):Single",
          "classification": "advanced"
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        {
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          "kind": "function",
          "signature": "function DotConjugate(const A,B:IDenseComplexMatrix):TComplex",
          "classification": "advanced"
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        {
          "owner": null,
          "name": "DotConjugate",
          "kind": "function",
          "signature": "function DotConjugate(const A,B:IDenseSingleComplexMatrix):TSingleComplex",
          "classification": "advanced"
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        {
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          "kind": "function",
          "signature": "function ElementWiseMultiply(const A,B:IDenseComplexMatrix):IDenseComplexMatrix",
          "classification": "advanced"
        },
        {
          "owner": null,
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          "kind": "function",
          "signature": "function ElementWiseMultiply(const A,B:IDenseDoubleMatrix):IDenseDoubleMatrix",
          "classification": "advanced"
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        {
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          "name": "ElementWiseMultiply",
          "kind": "function",
          "signature": "function ElementWiseMultiply(const A,B:IDenseSingleComplexMatrix):IDenseSingleComplexMatrix",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "ElementWiseMultiply",
          "kind": "function",
          "signature": "function ElementWiseMultiply(const A,B:IDenseSingleMatrix):IDenseSingleMatrix",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "ElementWiseMultiplyInto",
          "kind": "procedure",
          "signature": "procedure ElementWiseMultiplyInto(const A,B,Destination:IDenseComplexMatrix)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "ElementWiseMultiplyInto",
          "kind": "procedure",
          "signature": "procedure ElementWiseMultiplyInto(const A,B,Destination:IDenseDoubleMatrix)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "ElementWiseMultiplyInto",
          "kind": "procedure",
          "signature": "procedure ElementWiseMultiplyInto(const A,B,Destination:IDenseSingleComplexMatrix)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "ElementWiseMultiplyInto",
          "kind": "procedure",
          "signature": "procedure ElementWiseMultiplyInto(const A,B,Destination:IDenseSingleMatrix)",
          "classification": "advanced"
        },
        {
          "owner": null,
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          "kind": "function",
          "signature": "function Multiply(const A,B:IDenseComplexMatrix):IDenseComplexMatrix",
          "classification": "advanced"
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          "name": "Multiply",
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          "signature": "function Multiply(const A,B:IDenseDoubleMatrix):IDenseDoubleMatrix",
          "classification": "advanced"
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        {
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          "signature": "function Multiply(const A,B:IDenseSingleComplexMatrix):IDenseSingleComplexMatrix",
          "classification": "advanced"
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        {
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          "signature": "function Multiply(const A,B:IDenseSingleMatrix):IDenseSingleMatrix",
          "classification": "advanced"
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        {
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          "classification": "advanced"
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        {
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          "name": "MultiplyAutoInto",
          "kind": "procedure",
          "signature": "procedure MultiplyAutoInto(const A,B,Destination:IDenseDoubleMatrix)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "MultiplyAutoInto",
          "kind": "procedure",
          "signature": "procedure MultiplyAutoInto(const A,B,Destination:IDenseSingleComplexMatrix)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "MultiplyAutoInto",
          "kind": "procedure",
          "signature": "procedure MultiplyAutoInto(const A,B,Destination:IDenseSingleMatrix)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "MultiplyBlockedInto",
          "kind": "procedure",
          "signature": "procedure MultiplyBlockedInto(const A,B,Destination:IDenseComplexMatrix;const BlockSize:SizeInt=DENSE_MULTIPLY_BLOCK_SIZE)",
          "classification": "advanced"
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        {
          "owner": null,
          "name": "MultiplyBlockedInto",
          "kind": "procedure",
          "signature": "procedure MultiplyBlockedInto(const A,B,Destination:IDenseDoubleMatrix;const BlockSize:SizeInt=DENSE_MULTIPLY_BLOCK_SIZE)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "MultiplyBlockedInto",
          "kind": "procedure",
          "signature": "procedure MultiplyBlockedInto(const A,B,Destination:IDenseSingleComplexMatrix;const BlockSize:SizeInt=DENSE_MULTIPLY_BLOCK_SIZE)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "MultiplyBlockedInto",
          "kind": "procedure",
          "signature": "procedure MultiplyBlockedInto(const A,B,Destination:IDenseSingleMatrix;const BlockSize:SizeInt=DENSE_MULTIPLY_BLOCK_SIZE)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "MultiplyInto",
          "kind": "procedure",
          "signature": "procedure MultiplyInto(const A,B,Destination:IDenseComplexMatrix)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "MultiplyInto",
          "kind": "procedure",
          "signature": "procedure MultiplyInto(const A,B,Destination:IDenseDoubleMatrix)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "MultiplyInto",
          "kind": "procedure",
          "signature": "procedure MultiplyInto(const A,B,Destination:IDenseSingleComplexMatrix)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "MultiplyInto",
          "kind": "procedure",
          "signature": "procedure MultiplyInto(const A,B,Destination:IDenseSingleMatrix)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "Norm2",
          "kind": "function",
          "signature": "function Norm2(const A:IDenseComplexMatrix):Double",
          "classification": "advanced"
        },
        {
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          "name": "Norm2",
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          "signature": "function Norm2(const A:IDenseDoubleMatrix):Double",
          "classification": "advanced"
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        {
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          "name": "Norm2",
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          "signature": "function Norm2(const A:IDenseSingleComplexMatrix):Single",
          "classification": "advanced"
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          "name": "Norm2",
          "kind": "function",
          "signature": "function Norm2(const A:IDenseSingleMatrix):Single",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "Scale",
          "kind": "function",
          "signature": "function Scale(const A:IDenseComplexMatrix;const Scalar:TComplex):IDenseComplexMatrix",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "Scale",
          "kind": "function",
          "signature": "function Scale(const A:IDenseDoubleMatrix;const Scalar:Double):IDenseDoubleMatrix",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "Scale",
          "kind": "function",
          "signature": "function Scale(const A:IDenseSingleComplexMatrix;const Scalar:TSingleComplex):IDenseSingleComplexMatrix",
          "classification": "advanced"
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        {
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          "name": "Scale",
          "kind": "function",
          "signature": "function Scale(const A:IDenseSingleMatrix;const Scalar:Single):IDenseSingleMatrix",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "ScaleInto",
          "kind": "procedure",
          "signature": "procedure ScaleInto(const A,Destination:IDenseComplexMatrix;const Scalar:TComplex)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "ScaleInto",
          "kind": "procedure",
          "signature": "procedure ScaleInto(const A,Destination:IDenseDoubleMatrix;const Scalar:Double)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "ScaleInto",
          "kind": "procedure",
          "signature": "procedure ScaleInto(const A,Destination:IDenseSingleComplexMatrix;const Scalar:TSingleComplex)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "ScaleInto",
          "kind": "procedure",
          "signature": "procedure ScaleInto(const A,Destination:IDenseSingleMatrix;const Scalar:Single)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "SelectedMultiplyPath",
          "kind": "function",
          "signature": "function SelectedMultiplyPath(const Rows,InnerDimension,Columns:SizeInt):TDenseMultiplyPath",
          "classification": "advanced"
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        {
          "owner": null,
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          "kind": "function",
          "signature": "function Subtract(const A,B:IDenseComplexMatrix):IDenseComplexMatrix",
          "classification": "advanced"
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        {
          "owner": null,
          "name": "Subtract",
          "kind": "function",
          "signature": "function Subtract(const A,B:IDenseDoubleMatrix):IDenseDoubleMatrix",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "Subtract",
          "kind": "function",
          "signature": "function Subtract(const A,B:IDenseSingleComplexMatrix):IDenseSingleComplexMatrix",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "Subtract",
          "kind": "function",
          "signature": "function Subtract(const A,B:IDenseSingleMatrix):IDenseSingleMatrix",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "SubtractInto",
          "kind": "procedure",
          "signature": "procedure SubtractInto(const A,B,Destination:IDenseComplexMatrix)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "SubtractInto",
          "kind": "procedure",
          "signature": "procedure SubtractInto(const A,B,Destination:IDenseDoubleMatrix)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "SubtractInto",
          "kind": "procedure",
          "signature": "procedure SubtractInto(const A,B,Destination:IDenseSingleComplexMatrix)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "SubtractInto",
          "kind": "procedure",
          "signature": "procedure SubtractInto(const A,B,Destination:IDenseSingleMatrix)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "Sum",
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          "signature": "function Sum(const A:IDenseComplexMatrix):TComplex",
          "classification": "advanced"
        },
        {
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          "signature": "function Sum(const A:IDenseDoubleMatrix):Double",
          "classification": "advanced"
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        {
          "owner": null,
          "name": "Sum",
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          "signature": "function Sum(const A:IDenseSingleComplexMatrix):TSingleComplex",
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        {
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          "name": "Sum",
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          "signature": "function Sum(const A:IDenseSingleMatrix):Single",
          "classification": "advanced"
        },
        {
          "owner": null,
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          "signature": "TComplexUnaryKernel=function(const Value:TComplex):TComplex",
          "classification": "advanced"
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        {
          "owner": null,
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          "signature": "TDenseMultiplyPath=(dmpPortable,dmpBlocked)",
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        },
        {
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          "name": "TDoubleUnaryKernel",
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          "signature": "TDoubleUnaryKernel=function(const Value:Double):Double",
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        },
        {
          "owner": null,
          "name": "Transpose",
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          "signature": "function Transpose(const A:IDenseComplexMatrix):IDenseComplexMatrix",
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          "owner": null,
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          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TransposeInto",
          "kind": "procedure",
          "signature": "procedure TransposeInto(const A,Destination:IDenseComplexMatrix)",
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        },
        {
          "owner": null,
          "name": "TransposeInto",
          "kind": "procedure",
          "signature": "procedure TransposeInto(const A,Destination:IDenseDoubleMatrix)",
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        },
        {
          "owner": null,
          "name": "TransposeInto",
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          "signature": "procedure TransposeInto(const A,Destination:IDenseSingleComplexMatrix)",
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        },
        {
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          "name": "TransposeInto",
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          "signature": "procedure TransposeInto(const A,Destination:IDenseSingleMatrix)",
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          "signature": "dmpPortable",
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      "source": "src/AlgebraLib.DenseMatrices.pas",
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          "name": "TDenseSingleComplexMatrix",
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          "signature": "TDenseSingleComplexMatrix=class",
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          "name": "TDenseSingleMatrix",
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        {
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        {
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        {
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        {
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          "classification": "advanced"
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        {
          "owner": "TDenseShape",
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          "signature": "class function FromArray(const Values:TSingleComplexMatrixArray):IDenseSingleComplexMatrix",
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        {
          "owner": "TDenseSingleComplexMatrix",
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        {
          "owner": "TDenseSingleComplexMatrix",
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        {
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        {
          "owner": "TDenseSingleMatrix",
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          "signature": "class function FromArray(const Values:TSingleMatrixArray):IDenseSingleMatrix",
          "classification": "advanced"
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        {
          "owner": "TDenseSingleMatrix",
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        {
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        {
          "owner": "TDenseSingleMatrix",
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          "signature": "class function Zeros(const Rows,Cols:SizeInt):IDenseSingleMatrix",
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        {
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          "signature": "class operator *(const A,B:specialize TSmallDenseMatrix2<T>):specialize TSmallDenseMatrix2<T>",
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        {
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          "signature": "property Values[const Row,Col:SizeInt]:T read GetValue",
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        }
      ]
    },
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      "source": "src/AlgebraLib.DenseSolvers.pas",
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          "signature": "function FactorCholesky(const A:IDenseComplexMatrix):IDenseComplexCholesky",
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        {
          "owner": null,
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          "classification": "advanced"
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          "name": "ConditionIndicator",
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          "signature": "property ConditionIndicator:Double read GetConditionIndicator",
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          "owner": "IDenseCholeskyFactorization",
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          "signature": "function GetL:specialize IDenseMatrix<T>",
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        },
        {
          "owner": "IDenseCholeskyFactorization",
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          "signature": "function GetSize:SizeInt",
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        {
          "owner": "IDenseCholeskyFactorization",
          "name": "L",
          "kind": "property",
          "signature": "property L:specialize IDenseMatrix<T> read GetL",
          "classification": "implementation"
        },
        {
          "owner": "IDenseCholeskyFactorization",
          "name": "Size",
          "kind": "property",
          "signature": "property Size:SizeInt read GetSize",
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        },
        {
          "owner": "IDenseCholeskyFactorization",
          "name": "Solve",
          "kind": "function",
          "signature": "function Solve(const B:specialize IDenseMatrix<T>):specialize IDenseMatrix<T>",
          "classification": "implementation"
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        {
          "owner": "IDenseCholeskyFactorization",
          "name": "SolveWithInfo",
          "kind": "function",
          "signature": "function SolveWithInfo(const B:specialize IDenseMatrix<T>;out Diagnostics:TDenseSolveDiagnostics):specialize IDenseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "IDenseLUFactorization",
          "name": "ConditionIndicator",
          "kind": "property",
          "signature": "property ConditionIndicator:Double read GetConditionIndicator",
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          "owner": "IDenseLUFactorization",
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          "signature": "function GetConditionIndicator:Double",
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          "signature": "function GetL:specialize IDenseMatrix<T>",
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          "owner": "IDenseLUFactorization",
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          "signature": "function GetPermutation:TSizeIntArray",
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          "owner": "IDenseLUFactorization",
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          "signature": "function GetPivotRatio:Double",
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        {
          "owner": "IDenseLUFactorization",
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          "signature": "function GetSize:SizeInt",
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          "owner": "IDenseLUFactorization",
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          "signature": "property IsIllConditioned:Boolean read GetIsIllConditioned",
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          "signature": "property L:specialize IDenseMatrix<T> read GetL",
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          "signature": "property Permutation:TSizeIntArray read GetPermutation",
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          "name": "U",
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          "signature": "property U:specialize IDenseMatrix<T> read GetU",
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    {
      "unit": "AlgebraLib.IterativeSolvers",
      "source": "src/AlgebraLib.IterativeSolvers.pas",
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          "name": "EIterativeSolverError",
          "kind": "type",
          "signature": "EIterativeSolverError=class(Exception)",
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          "name": "IIterationMonitor",
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          "signature": "IIterationMonitor=interface",
          "classification": "advanced"
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          "name": "TComplexIterativeSolver",
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          "signature": "TComplexIterativeSolver=specialize TIterativeSolver<TComplex>",
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          "signature": "TComplexIterativeWorkspace=specialize TIterativeWorkspace<TComplex>",
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          "name": "TComplexLinearSolveResult",
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          "signature": "TComplexLinearSolveResult=specialize TLinearSolveResult<TComplex>",
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        {
          "owner": null,
          "name": "TDoubleIterativeSolver",
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          "signature": "TDoubleIterativeSolver=specialize TIterativeSolver<Double>",
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          "owner": null,
          "name": "TDoubleIterativeWorkspace",
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          "signature": "TDoubleIterativeWorkspace=specialize TIterativeWorkspace<Double>",
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          "owner": null,
          "name": "TDoubleLinearSolveResult",
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          "signature": "TDoubleLinearSolveResult=specialize TLinearSolveResult<Double>",
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          "name": "TIterativeMethod",
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          "signature": "TIterativeMethod=(imConjugateGradient,imMINRES,imGMRES,imBiCGSTAB,imLSQR)",
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          "name": "TIterativeSolver",
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          "signature": "generic TIterativeSolver<T>=class",
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          "name": "TIterativeVector",
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          "signature": "generic TIterativeVector<T>=array of T",
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          "owner": null,
          "name": "TIterativeVectorList",
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          "signature": "generic TIterativeVectorList<T>=array of specialize TIterativeVector<T>",
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          "name": "TIterativeWorkspace",
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          "signature": "generic TIterativeWorkspace<T>=class",
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          "signature": "TLinearBreakdownReason=(lbrNone,lbrNonFiniteValue,lbrZeroDenominator,lbrNonPositiveCurvature,lbrNonPositivePreconditioner,lbrArnoldiInvariantSubspace,lbrLanczosBreakdown)",
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          "owner": null,
          "name": "TLinearSolveDiagnostics",
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          "signature": "TLinearSolveDiagnostics=record",
          "classification": "advanced"
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        {
          "owner": null,
          "name": "TLinearSolveOptions",
          "kind": "record",
          "signature": "TLinearSolveOptions=record",
          "classification": "advanced"
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          "owner": null,
          "name": "TLinearSolveResult",
          "kind": "record",
          "signature": "generic TLinearSolveResult<T>=record",
          "classification": "implementation"
        },
        {
          "owner": null,
          "name": "TSingleComplexIterativeSolver",
          "kind": "type",
          "signature": "TSingleComplexIterativeSolver=specialize TIterativeSolver<TSingleComplex>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSingleComplexIterativeWorkspace",
          "kind": "type",
          "signature": "TSingleComplexIterativeWorkspace=specialize TIterativeWorkspace<TSingleComplex>",
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        {
          "owner": null,
          "name": "TSingleComplexLinearSolveResult",
          "kind": "type",
          "signature": "TSingleComplexLinearSolveResult=specialize TLinearSolveResult<TSingleComplex>",
          "classification": "advanced"
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          "name": "TSingleIterativeSolver",
          "kind": "type",
          "signature": "TSingleIterativeSolver=specialize TIterativeSolver<Single>",
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        {
          "owner": null,
          "name": "TSingleIterativeWorkspace",
          "kind": "type",
          "signature": "TSingleIterativeWorkspace=specialize TIterativeWorkspace<Single>",
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          "owner": null,
          "name": "TSingleLinearSolveResult",
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          "signature": "TSingleLinearSolveResult=specialize TLinearSolveResult<Single>",
          "classification": "advanced"
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          "signature": "procedure ReportProgress(const Method:TIterativeMethod;const Iteration,ProductCount:SizeInt;const ResidualNorm,StoppingThreshold:Double)",
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          "owner": "IIterationMonitor",
          "name": "ShouldCancel",
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          "signature": "function ShouldCancel:Boolean",
          "classification": "advanced"
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          "name": "imBiCGSTAB",
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          "signature": "imBiCGSTAB",
          "classification": "advanced"
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          "owner": "TIterativeMethod",
          "name": "imConjugateGradient",
          "kind": "enum-value",
          "signature": "imConjugateGradient",
          "classification": "advanced"
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        {
          "owner": "TIterativeMethod",
          "name": "imGMRES",
          "kind": "enum-value",
          "signature": "imGMRES",
          "classification": "advanced"
        },
        {
          "owner": "TIterativeMethod",
          "name": "imLSQR",
          "kind": "enum-value",
          "signature": "imLSQR",
          "classification": "advanced"
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        {
          "owner": "TIterativeMethod",
          "name": "imMINRES",
          "kind": "enum-value",
          "signature": "imMINRES",
          "classification": "advanced"
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          "name": "BiCGSTABInto",
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          "signature": "class function BiCGSTABInto(const A:TOperator;const B,Solution:TDense;const Workspace:TWorkspace;const Options:TLinearSolveOptions;const Preconditioner:TPreconditioner=nil):TLinearSolveDiagnostics",
          "classification": "implementation"
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        {
          "owner": "TIterativeSolver",
          "name": "ConjugateGradient",
          "kind": "function",
          "signature": "class function ConjugateGradient(const A:TOperator;const B:TDense;const Options:TLinearSolveOptions;const Preconditioner:TPreconditioner=nil):TResult",
          "classification": "implementation"
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          "signature": "class function ConjugateGradientInto(const A:TOperator;const B,Solution:TDense;const Workspace:TWorkspace;const Options:TLinearSolveOptions;const Preconditioner:TPreconditioner=nil):TLinearSolveDiagnostics",
          "classification": "implementation"
        },
        {
          "owner": "TIterativeSolver",
          "name": "GMRES",
          "kind": "function",
          "signature": "class function GMRES(const A:TOperator;const B:TDense;const Options:TLinearSolveOptions;const Preconditioner:TPreconditioner=nil):TResult",
          "classification": "implementation"
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        {
          "owner": "TIterativeSolver",
          "name": "GMRESInto",
          "kind": "function",
          "signature": "class function GMRESInto(const A:TOperator;const B,Solution:TDense;const Workspace:TWorkspace;const Options:TLinearSolveOptions;const Preconditioner:TPreconditioner=nil):TLinearSolveDiagnostics",
          "classification": "implementation"
        },
        {
          "owner": "TIterativeSolver",
          "name": "LSQR",
          "kind": "function",
          "signature": "class function LSQR(const A:TOperator;const B:TDense;const Options:TLinearSolveOptions):TResult",
          "classification": "implementation"
        },
        {
          "owner": "TIterativeSolver",
          "name": "LSQRInto",
          "kind": "function",
          "signature": "class function LSQRInto(const A:TOperator;const B,Solution:TDense;const Workspace:TWorkspace;const Options:TLinearSolveOptions):TLinearSolveDiagnostics",
          "classification": "implementation"
        },
        {
          "owner": "TIterativeSolver",
          "name": "MINRES",
          "kind": "function",
          "signature": "class function MINRES(const A:TOperator;const B:TDense;const Options:TLinearSolveOptions;const Preconditioner:TPreconditioner=nil):TResult",
          "classification": "implementation"
        },
        {
          "owner": "TIterativeSolver",
          "name": "MINRESInto",
          "kind": "function",
          "signature": "class function MINRESInto(const A:TOperator;const B,Solution:TDense;const Workspace:TWorkspace;const Options:TLinearSolveOptions;const Preconditioner:TPreconditioner=nil):TLinearSolveDiagnostics",
          "classification": "implementation"
        },
        {
          "owner": "TIterativeWorkspace",
          "name": "Basis",
          "kind": "function",
          "signature": "function Basis(const Index:SizeInt):specialize TIterativeVector<T>",
          "classification": "implementation"
        },
        {
          "owner": "TIterativeWorkspace",
          "name": "BeginUse",
          "kind": "procedure",
          "signature": "procedure BeginUse",
          "classification": "implementation"
        },
        {
          "owner": "TIterativeWorkspace",
          "name": "Cols",
          "kind": "property",
          "signature": "property Cols:SizeInt read FCols",
          "classification": "implementation"
        },
        {
          "owner": "TIterativeWorkspace",
          "name": "Destroy",
          "kind": "destructor",
          "signature": "destructor Destroy",
          "classification": "implementation"
        },
        {
          "owner": "TIterativeWorkspace",
          "name": "EndUse",
          "kind": "procedure",
          "signature": "procedure EndUse",
          "classification": "implementation"
        },
        {
          "owner": "TIterativeWorkspace",
          "name": "GetH",
          "kind": "function",
          "signature": "function GetH(const Row,Col:SizeInt):T",
          "classification": "implementation"
        },
        {
          "owner": "TIterativeWorkspace",
          "name": "Prepare",
          "kind": "procedure",
          "signature": "procedure Prepare(const Rows,Cols,RestartSize:SizeInt)",
          "classification": "implementation"
        },
        {
          "owner": "TIterativeWorkspace",
          "name": "RestartSize",
          "kind": "property",
          "signature": "property RestartSize:SizeInt read FRestart",
          "classification": "implementation"
        },
        {
          "owner": "TIterativeWorkspace",
          "name": "Rows",
          "kind": "property",
          "signature": "property Rows:SizeInt read FRows",
          "classification": "implementation"
        },
        {
          "owner": "TIterativeWorkspace",
          "name": "SetH",
          "kind": "procedure",
          "signature": "procedure SetH(const Row,Col:SizeInt;const Value:T)",
          "classification": "implementation"
        },
        {
          "owner": "TIterativeWorkspace",
          "name": "Vector",
          "kind": "function",
          "signature": "function Vector(const Index:SizeInt):specialize TIterativeVector<T>",
          "classification": "implementation"
        },
        {
          "owner": "TLinearBreakdownReason",
          "name": "lbrArnoldiInvariantSubspace",
          "kind": "enum-value",
          "signature": "lbrArnoldiInvariantSubspace",
          "classification": "advanced"
        },
        {
          "owner": "TLinearBreakdownReason",
          "name": "lbrLanczosBreakdown",
          "kind": "enum-value",
          "signature": "lbrLanczosBreakdown",
          "classification": "advanced"
        },
        {
          "owner": "TLinearBreakdownReason",
          "name": "lbrNone",
          "kind": "enum-value",
          "signature": "lbrNone",
          "classification": "advanced"
        },
        {
          "owner": "TLinearBreakdownReason",
          "name": "lbrNonFiniteValue",
          "kind": "enum-value",
          "signature": "lbrNonFiniteValue",
          "classification": "advanced"
        },
        {
          "owner": "TLinearBreakdownReason",
          "name": "lbrNonPositiveCurvature",
          "kind": "enum-value",
          "signature": "lbrNonPositiveCurvature",
          "classification": "advanced"
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        {
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          "signature": "constructor Create(const Matrix:specialize ISparseMatrix<T>;const PivotTolerance:Double)",
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          "owner": "TIC0Preconditioner",
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          "owner": "TIC0Preconditioner",
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          "name": "GetIsReentrant",
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          "name": "GetKind",
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          "signature": "function GetKind:TPreconditionerKind",
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        },
        {
          "owner": "TILU0Preconditioner",
          "name": "GetScalarKind",
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          "signature": "function GetScalarKind:TSparseScalarKind",
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        },
        {
          "owner": "TILU0Preconditioner",
          "name": "GetSize",
          "kind": "function",
          "signature": "function GetSize:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "TLinearOperatorFactory",
          "name": "FromDense",
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          "signature": "class function FromDense(const Matrix:specialize IDenseMatrix<T>):specialize ILinearOperator<T>",
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        },
        {
          "owner": "TLinearOperatorFactory",
          "name": "FromSparse",
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          "signature": "class function FromSparse(const Matrix:specialize ISparseMatrix<T>):specialize ILinearOperator<T>",
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          "owner": "TLinearOperatorFactory",
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          "kind": "function",
          "signature": "class function FromStructured(const Matrix:specialize IStructuredMatrix<T>):specialize ILinearOperator<T>",
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        {
          "owner": "TLinearOperatorFactory",
          "name": "MatrixFree",
          "kind": "function",
          "signature": "class function MatrixFree(const Rows,Cols:SizeInt;const Action:specialize IMatrixFreeAction<T>):specialize ILinearOperator<T>",
          "classification": "implementation"
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        {
          "owner": "TLinearOperatorOwnership",
          "name": "looDelegated",
          "kind": "enum-value",
          "signature": "looDelegated",
          "classification": "advanced"
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        {
          "owner": "TLinearOperatorOwnership",
          "name": "looRetainedImmutable",
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          "signature": "looRetainedImmutable",
          "classification": "advanced"
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        {
          "owner": "TLinearOperatorOwnership",
          "name": "looRetainedMutable",
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          "signature": "looRetainedMutable",
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          "owner": "TLinearScalar",
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        },
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          "owner": "TLinearScalar",
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          "signature": "class function FromDouble(const Value:Double):T",
          "classification": "implementation"
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        {
          "owner": "TLinearScalar",
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          "signature": "class function ImaginaryPart(const Value:T):Double",
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          "signature": "class function IsFinite(const Value:T):Boolean",
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          "owner": "TLinearScalar",
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          "signature": "class function Kind:TSparseScalarKind",
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        {
          "owner": "TLinearScalar",
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        },
        {
          "owner": "TLinearScalar",
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          "owner": "TLinearScalar",
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          "signature": "class function RealPart(const Value:T):Double",
          "classification": "implementation"
        },
        {
          "owner": "TLinearScalar",
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        },
        {
          "owner": "TLinearScalar",
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        },
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          "owner": "TLinearScalar",
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        },
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          "owner": "TMatrixFreeLinearOperator",
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          "classification": "implementation"
        },
        {
          "owner": "TMatrixFreeLinearOperator",
          "name": "ApplyAdjoint",
          "kind": "procedure",
          "signature": "procedure ApplyAdjoint(const Input,Destination:specialize IDenseMatrix<T>)",
          "classification": "implementation"
        },
        {
          "owner": "TMatrixFreeLinearOperator",
          "name": "Create",
          "kind": "constructor",
          "signature": "constructor Create(const Rows,Cols:SizeInt;const Action:specialize IMatrixFreeAction<T>)",
          "classification": "implementation"
        },
        {
          "owner": "TMatrixFreeLinearOperator",
          "name": "GetCols",
          "kind": "function",
          "signature": "function GetCols:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "TMatrixFreeLinearOperator",
          "name": "GetIsReentrant",
          "kind": "function",
          "signature": "function GetIsReentrant:Boolean",
          "classification": "implementation"
        },
        {
          "owner": "TMatrixFreeLinearOperator",
          "name": "GetOwnership",
          "kind": "function",
          "signature": "function GetOwnership:TLinearOperatorOwnership",
          "classification": "implementation"
        },
        {
          "owner": "TMatrixFreeLinearOperator",
          "name": "GetRows",
          "kind": "function",
          "signature": "function GetRows:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "TMatrixFreeLinearOperator",
          "name": "GetScalarKind",
          "kind": "function",
          "signature": "function GetScalarKind:TSparseScalarKind",
          "classification": "implementation"
        },
        {
          "owner": "TPreconditionerFactory",
          "name": "Diagonal",
          "kind": "function",
          "signature": "class function Diagonal(const Values:array of T;const PivotTolerance:Double=1.0e-14):specialize IPreconditioner<T>",
          "classification": "implementation"
        },
        {
          "owner": "TPreconditionerFactory",
          "name": "Identity",
          "kind": "function",
          "signature": "class function Identity(const Size:SizeInt):specialize IPreconditioner<T>",
          "classification": "implementation"
        },
        {
          "owner": "TPreconditionerFactory",
          "name": "ILU0",
          "kind": "function",
          "signature": "class function ILU0(const Matrix:specialize ISparseMatrix<T>;const PivotTolerance:Double=1.0e-14):specialize IPreconditioner<T>",
          "classification": "implementation"
        },
        {
          "owner": "TPreconditionerFactory",
          "name": "IncompleteCholesky0",
          "kind": "function",
          "signature": "class function IncompleteCholesky0(const Matrix:specialize ISparseMatrix<T>;const PivotTolerance:Double=1.0e-14):specialize IPreconditioner<T>",
          "classification": "implementation"
        },
        {
          "owner": "TPreconditionerFactory",
          "name": "SparseDiagonal",
          "kind": "function",
          "signature": "class function SparseDiagonal(const Matrix:specialize ISparseMatrix<T>;const PivotTolerance:Double=1.0e-14):specialize IPreconditioner<T>",
          "classification": "implementation"
        },
        {
          "owner": "TPreconditionerKind",
          "name": "pkDiagonal",
          "kind": "enum-value",
          "signature": "pkDiagonal",
          "classification": "advanced"
        },
        {
          "owner": "TPreconditionerKind",
          "name": "pkIdentity",
          "kind": "enum-value",
          "signature": "pkIdentity",
          "classification": "advanced"
        },
        {
          "owner": "TPreconditionerKind",
          "name": "pkILU0",
          "kind": "enum-value",
          "signature": "pkILU0",
          "classification": "advanced"
        },
        {
          "owner": "TPreconditionerKind",
          "name": "pkIncompleteCholesky",
          "kind": "enum-value",
          "signature": "pkIncompleteCholesky",
          "classification": "advanced"
        },
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          "signature": "procedure Apply(const Input,Destination:specialize IDenseMatrix<T>)",
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        },
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          "signature": "constructor Create(const Matrix:specialize ISparseMatrix<T>)",
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      "source": "src/AlgebraLib.Matrices.pas",
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        "compatibility": 120,
        "experimental": 0,
        "implementation": 0,
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          "kind": "constant",
          "signature": "BLOCK_SIZE=64",
          "classification": "advanced"
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          "owner": null,
          "name": "DEBUG_MODE",
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          "signature": "DEBUG_MODE=False",
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          "signature": "EMatrixError=class(Exception)",
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          "signature": "TMatrixArray=array of array of Double",
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          "preferred_replacement": "IDenseDoubleMatrix"
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          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
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          "compatibility_note": "legacy-dense-matrix",
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          "preferred_replacement": "IDenseDoubleMatrix"
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          "preferred_replacement": "IDenseDoubleMatrix"
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          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
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          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
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          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
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        {
          "owner": "IMatrix",
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          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
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          "signature": "function IsOrthogonal:Boolean",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
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          "signature": "function IsPositiveDefinite:Boolean",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
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          "signature": "function IsPositiveSemidefinite:Boolean",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
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          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
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          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
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          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "IsTriangular",
          "kind": "function",
          "signature": "function IsTriangular(Upper:Boolean=True):Boolean",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "IsVector",
          "kind": "function",
          "signature": "function IsVector:Boolean",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "LU",
          "kind": "function",
          "signature": "function LU:TLUDecomposition",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "Mean",
          "kind": "function",
          "signature": "function Mean(Axis:Integer=-1):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "Multiply",
          "kind": "function",
          "signature": "function Multiply(const Other:IMatrix):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "Normalize",
          "kind": "function",
          "signature": "function Normalize:IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "NormFrobenius",
          "kind": "function",
          "signature": "function NormFrobenius:Double",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "NormInf",
          "kind": "function",
          "signature": "function NormInf:Double",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "NormOne",
          "kind": "function",
          "signature": "function NormOne:Double",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "Power",
          "kind": "function",
          "signature": "function Power(exponent:Double):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "PowerMethod",
          "kind": "function",
          "signature": "function PowerMethod(MaxIterations:Integer=100;Tolerance:Double=1e-10):TEigenpair",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "PseudoInverse",
          "kind": "function",
          "signature": "function PseudoInverse:IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "QR",
          "kind": "function",
          "signature": "function QR:TQRDecomposition",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "Rank",
          "kind": "function",
          "signature": "function Rank:Integer",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "Rows",
          "kind": "property",
          "signature": "property Rows:Integer read GetRows",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "ScalarMultiply",
          "kind": "function",
          "signature": "function ScalarMultiply(const Scalar:Double):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "SetSubMatrix",
          "kind": "procedure",
          "signature": "procedure SetSubMatrix(StartRow,StartCol:Integer;const SubMatrix:IMatrix)",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "SetValue",
          "kind": "procedure",
          "signature": "procedure SetValue(Row,Col:Integer;const Value:Double)",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "SolveIterative",
          "kind": "function",
          "signature": "function SolveIterative(const B:IMatrix;Method:TIterativeMethod=imConjugateGradient;MaxIterations:Integer=1000;Tolerance:Double=1e-10):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "Subtract",
          "kind": "function",
          "signature": "function Subtract(const Other:IMatrix):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "SVD",
          "kind": "function",
          "signature": "function SVD:TSVD",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "ToString",
          "kind": "function",
          "signature": "function ToString:string",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "Trace",
          "kind": "function",
          "signature": "function Trace:Double",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "Transpose",
          "kind": "function",
          "signature": "function Transpose:IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "IMatrix",
          "name": "Values",
          "kind": "property",
          "signature": "property Values[Row,Col:Integer]:Double read GetValue write SetValue",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "IDenseDoubleMatrix"
        },
        {
          "owner": "TCholeskyDecomposition",
          "name": "L",
          "kind": "field",
          "signature": "L:IMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TCholeskyDecomposition",
          "name": "ToString",
          "kind": "function",
          "signature": "function ToString:string",
          "classification": "advanced"
        },
        {
          "owner": "TEigenDecomposition",
          "name": "EigenValues",
          "kind": "field",
          "signature": "EigenValues:array of Double",
          "classification": "advanced"
        },
        {
          "owner": "TEigenDecomposition",
          "name": "EigenVectors",
          "kind": "field",
          "signature": "EigenVectors:IMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TEigenDecomposition",
          "name": "ToString",
          "kind": "function",
          "signature": "function ToString:string",
          "classification": "advanced"
        },
        {
          "owner": "TEigenpair",
          "name": "EigenValue",
          "kind": "field",
          "signature": "EigenValue:Double",
          "classification": "advanced"
        },
        {
          "owner": "TEigenpair",
          "name": "EigenVector",
          "kind": "field",
          "signature": "EigenVector:IMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TEigenpair",
          "name": "ToString",
          "kind": "function",
          "signature": "function ToString:string",
          "classification": "advanced"
        },
        {
          "owner": "TIterativeMethod",
          "name": "imConjugateGradient",
          "kind": "enum-value",
          "signature": "imConjugateGradient",
          "classification": "advanced"
        },
        {
          "owner": "TIterativeMethod",
          "name": "imGaussSeidel",
          "kind": "enum-value",
          "signature": "imGaussSeidel",
          "classification": "advanced"
        },
        {
          "owner": "TIterativeMethod",
          "name": "imJacobi",
          "kind": "enum-value",
          "signature": "imJacobi",
          "classification": "advanced"
        },
        {
          "owner": "TLUDecomposition",
          "name": "L",
          "kind": "field",
          "signature": "L:IMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TLUDecomposition",
          "name": "P",
          "kind": "field",
          "signature": "P:array of Integer",
          "classification": "advanced"
        },
        {
          "owner": "TLUDecomposition",
          "name": "ToString",
          "kind": "function",
          "signature": "function ToString:string",
          "classification": "advanced"
        },
        {
          "owner": "TLUDecomposition",
          "name": "U",
          "kind": "field",
          "signature": "U:IMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TMatrixKit",
          "name": "Add",
          "kind": "function",
          "signature": "function Add(const Other:IMatrix):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Cholesky",
          "kind": "function",
          "signature": "function Cholesky:TCholeskyDecomposition",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Condition",
          "kind": "function",
          "signature": "function Condition:Double",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Correlation",
          "kind": "function",
          "signature": "function Correlation:IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Covariance",
          "kind": "function",
          "signature": "function Covariance:IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Create",
          "kind": "constructor",
          "signature": "constructor Create(const ARows,ACols:Integer)",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "CreateBandMatrix",
          "kind": "function",
          "signature": "class function CreateBandMatrix(Size,LowerBand,UpperBand:Integer):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "CreateDiagonal",
          "kind": "function",
          "signature": "class function CreateDiagonal(const Diagonal:array of Double):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "CreateFromArray",
          "kind": "function",
          "signature": "class function CreateFromArray(const Data:TMatrixArray):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "CreateHilbert",
          "kind": "function",
          "signature": "class function CreateHilbert(Size:Integer):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "CreateRandom",
          "kind": "function",
          "signature": "class function CreateRandom(Rows,Cols:Integer;Min,Max:Double):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "CreateRandom",
          "kind": "function",
          "signature": "class function CreateRandom(Rows,Cols:Integer;Min,Max:Double;Seed:LongWord):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "CreateSparse",
          "kind": "function",
          "signature": "class function CreateSparse(Rows,Cols:Integer):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "CreateSymmetric",
          "kind": "function",
          "signature": "class function CreateSymmetric(const Data:TMatrixArray):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "CreateToeplitz",
          "kind": "function",
          "signature": "class function CreateToeplitz(const FirstRow,FirstCol:TDoubleArray):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "CreateVandermonde",
          "kind": "function",
          "signature": "class function CreateVandermonde(const Vector:TDoubleArray):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "CrossProduct",
          "kind": "function",
          "signature": "function CrossProduct(const Other:IMatrix):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Destroy",
          "kind": "destructor",
          "signature": "destructor Destroy",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Determinant",
          "kind": "function",
          "signature": "function Determinant:Double",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "DotProduct",
          "kind": "function",
          "signature": "function DotProduct(const Other:IMatrix):Double",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "EigenDecomposition",
          "kind": "function",
          "signature": "function EigenDecomposition:TEigenDecomposition",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "ElementWiseDivide",
          "kind": "function",
          "signature": "function ElementWiseDivide(const Other:IMatrix):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "ElementWiseMultiply",
          "kind": "function",
          "signature": "function ElementWiseMultiply(const Other:IMatrix):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Exp",
          "kind": "function",
          "signature": "function Exp:IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "GetSubMatrix",
          "kind": "function",
          "signature": "function GetSubMatrix(StartRow,StartCol,NumRows,NumCols:Integer):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Identity",
          "kind": "function",
          "signature": "class function Identity(const Size:Integer):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Inverse",
          "kind": "function",
          "signature": "function Inverse:IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "IsColumnVector",
          "kind": "function",
          "signature": "function IsColumnVector:Boolean",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "IsDiagonal",
          "kind": "function",
          "signature": "function IsDiagonal:Boolean",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "IsOrthogonal",
          "kind": "function",
          "signature": "function IsOrthogonal:Boolean",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "IsPositiveDefinite",
          "kind": "function",
          "signature": "function IsPositiveDefinite:Boolean",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "IsPositiveSemidefinite",
          "kind": "function",
          "signature": "function IsPositiveSemidefinite:Boolean",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "IsRowVector",
          "kind": "function",
          "signature": "function IsRowVector:Boolean",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "IsSquare",
          "kind": "function",
          "signature": "function IsSquare:Boolean",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "IsSymmetric",
          "kind": "function",
          "signature": "function IsSymmetric:Boolean",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "IsTriangular",
          "kind": "function",
          "signature": "function IsTriangular(Upper:Boolean=True):Boolean",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "IsVector",
          "kind": "function",
          "signature": "function IsVector:Boolean",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "LU",
          "kind": "function",
          "signature": "function LU:TLUDecomposition",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Mean",
          "kind": "function",
          "signature": "function Mean(Axis:Integer=-1):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Multiply",
          "kind": "function",
          "signature": "function Multiply(const Other:IMatrix):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Normalize",
          "kind": "function",
          "signature": "function Normalize:IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "NormFrobenius",
          "kind": "function",
          "signature": "function NormFrobenius:Double",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "NormInf",
          "kind": "function",
          "signature": "function NormInf:Double",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "NormOne",
          "kind": "function",
          "signature": "function NormOne:Double",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Ones",
          "kind": "function",
          "signature": "class function Ones(const Rows,Cols:Integer):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Power",
          "kind": "function",
          "signature": "function Power(exponent:Double):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "PowerMethod",
          "kind": "function",
          "signature": "function PowerMethod(MaxIterations:Integer=100;Tolerance:Double=1e-10):TEigenpair",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "PseudoInverse",
          "kind": "function",
          "signature": "function PseudoInverse:IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "QR",
          "kind": "function",
          "signature": "function QR:TQRDecomposition",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Rank",
          "kind": "function",
          "signature": "function Rank:Integer",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "ScalarMultiply",
          "kind": "function",
          "signature": "function ScalarMultiply(const Scalar:Double):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "SetSubMatrix",
          "kind": "procedure",
          "signature": "procedure SetSubMatrix(StartRow,StartCol:Integer;const SubMatrix:IMatrix)",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "SolveIterative",
          "kind": "function",
          "signature": "function SolveIterative(const B:IMatrix;Method:TIterativeMethod=imConjugateGradient;MaxIterations:Integer=1000;Tolerance:Double=1e-10):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Subtract",
          "kind": "function",
          "signature": "function Subtract(const Other:IMatrix):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "SVD",
          "kind": "function",
          "signature": "function SVD:TSVD",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "ToString",
          "kind": "function",
          "signature": "function ToString:string",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Trace",
          "kind": "function",
          "signature": "function Trace:Double",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Transpose",
          "kind": "function",
          "signature": "function Transpose:IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKit",
          "name": "Zeros",
          "kind": "function",
          "signature": "class function Zeros(const Rows,Cols:Integer):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-dense-matrix",
          "preferred_replacement": "TDenseDoubleMatrix"
        },
        {
          "owner": "TMatrixKitSparse",
          "name": "Add",
          "kind": "function",
          "signature": "function Add(const Other:IMatrix):IMatrix",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-sparse-matrix",
          "preferred_replacement": "TSparseDoubleMatrix"
        },
        {
          "owner": "TMatrixKitSparse",
          "name": "AddElement",
          "kind": "procedure",
          "signature": "procedure AddElement(Row,Col:Integer;Value:Double)",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-sparse-matrix",
          "preferred_replacement": "TSparseDoubleMatrix"
        },
        {
          "owner": "TMatrixKitSparse",
          "name": "CompactStorage",
          "kind": "procedure",
          "signature": "procedure CompactStorage",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-sparse-matrix",
          "preferred_replacement": "TSparseDoubleMatrix"
        },
        {
          "owner": "TMatrixKitSparse",
          "name": "Create",
          "kind": "constructor",
          "signature": "constructor Create(Rows,Cols:Integer)",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-sparse-matrix",
          "preferred_replacement": "TSparseDoubleMatrix"
        },
        {
          "owner": "TMatrixKitSparse",
          "name": "Destroy",
          "kind": "destructor",
          "signature": "destructor Destroy",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-sparse-matrix",
          "preferred_replacement": "TSparseDoubleMatrix"
        },
        {
          "owner": "TMatrixKitSparse",
          "name": "GetValue",
          "kind": "function",
          "signature": "function GetValue(Row,Col:Integer):Double",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-sparse-matrix",
          "preferred_replacement": "TSparseDoubleMatrix"
        },
        {
          "owner": "TMatrixKitSparse",
          "name": "SetValue",
          "kind": "procedure",
          "signature": "procedure SetValue(Row,Col:Integer;const Value:Double)",
          "classification": "compatibility",
          "compatibility_decision": "replace",
          "compatibility_note": "legacy-sparse-matrix",
          "preferred_replacement": "TSparseDoubleMatrix"
        },
        {
          "owner": "TQRDecomposition",
          "name": "Q",
          "kind": "field",
          "signature": "Q:IMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TQRDecomposition",
          "name": "R",
          "kind": "field",
          "signature": "R:IMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TQRDecomposition",
          "name": "ToString",
          "kind": "function",
          "signature": "function ToString:string",
          "classification": "advanced"
        },
        {
          "owner": "TSparseElement",
          "name": "Col",
          "kind": "field",
          "signature": "Col:Integer",
          "classification": "advanced"
        },
        {
          "owner": "TSparseElement",
          "name": "Row",
          "kind": "field",
          "signature": "Row:Integer",
          "classification": "advanced"
        },
        {
          "owner": "TSparseElement",
          "name": "Value",
          "kind": "field",
          "signature": "Value:Double",
          "classification": "advanced"
        },
        {
          "owner": "TSVD",
          "name": "S",
          "kind": "field",
          "signature": "S:IMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TSVD",
          "name": "ToString",
          "kind": "function",
          "signature": "function ToString:string",
          "classification": "advanced"
        },
        {
          "owner": "TSVD",
          "name": "U",
          "kind": "field",
          "signature": "U:IMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TSVD",
          "name": "V",
          "kind": "field",
          "signature": "V:IMatrix",
          "classification": "advanced"
        }
      ]
    },
    {
      "unit": "AlgebraLib.PartialEigensystems",
      "source": "src/AlgebraLib.PartialEigensystems.pas",
      "classification_summary": {
        "advanced": 32,
        "compatibility": 0,
        "experimental": 0,
        "implementation": 5,
        "recommended": 0
      },
      "interface_sha256": "c294bce8f96956d913f2a956d9e5b477d09c026826c7db2d8f75f68bb3e26f69",
      "declarations": [
        {
          "owner": null,
          "name": "EPartialEigensystemError",
          "kind": "type",
          "signature": "EPartialEigensystemError=class(Exception)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TComplexPartialEigenSolver",
          "kind": "type",
          "signature": "TComplexPartialEigenSolver=specialize TPartialEigenSolver<TComplex>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TComplexRows",
          "kind": "type",
          "signature": "TComplexRows=array of TComplexArray",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TDoublePartialEigenSolver",
          "kind": "type",
          "signature": "TDoublePartialEigenSolver=specialize TPartialEigenSolver<Double>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TPartialEigenSolver",
          "kind": "class",
          "signature": "generic TPartialEigenSolver<T>=class",
          "classification": "implementation"
        },
        {
          "owner": null,
          "name": "TSingleComplexPartialEigenSolver",
          "kind": "type",
          "signature": "TSingleComplexPartialEigenSolver=specialize TPartialEigenSolver<TSingleComplex>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSinglePartialEigenSolver",
          "kind": "type",
          "signature": "TSinglePartialEigenSolver=specialize TPartialEigenSolver<Single>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSmallComplexEigen",
          "kind": "class",
          "signature": "TSmallComplexEigen=class",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSpectralMethod",
          "kind": "type",
          "signature": "TSpectralMethod=(smRestartedLanczos,smRestartedArnoldi)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSpectralOptions",
          "kind": "record",
          "signature": "TSpectralOptions=record",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSpectralResult",
          "kind": "record",
          "signature": "TSpectralResult=record",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSpectralTarget",
          "kind": "type",
          "signature": "TSpectralTarget=(stLargestMagnitude)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSpectralVector",
          "kind": "type",
          "signature": "generic TSpectralVector<T>=array of T",
          "classification": "implementation"
        },
        {
          "owner": null,
          "name": "TSpectralVectors",
          "kind": "type",
          "signature": "generic TSpectralVectors<T>=array of specialize TSpectralVector<T>",
          "classification": "implementation"
        },
        {
          "owner": "TPartialEigenSolver",
          "name": "Arnoldi",
          "kind": "function",
          "signature": "class function Arnoldi(const OperatorValue:TOperator;const Options:TSpectralOptions):TSpectralResult",
          "classification": "implementation"
        },
        {
          "owner": "TPartialEigenSolver",
          "name": "Lanczos",
          "kind": "function",
          "signature": "class function Lanczos(const OperatorValue:TOperator;const Options:TSpectralOptions):TSpectralResult",
          "classification": "implementation"
        },
        {
          "owner": "TSmallComplexEigen",
          "name": "Solve",
          "kind": "procedure",
          "signature": "class procedure Solve(const Matrix:TComplexRows;out Eigenvalues:TComplexArray;out Eigenvectors:TComplexRows;const Tolerance:Double=1.0e-13;const MaximumIterations:SizeInt=4000)",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralMethod",
          "name": "smRestartedArnoldi",
          "kind": "enum-value",
          "signature": "smRestartedArnoldi",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralMethod",
          "name": "smRestartedLanczos",
          "kind": "enum-value",
          "signature": "smRestartedLanczos",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralOptions",
          "name": "BreakdownTolerance",
          "kind": "field",
          "signature": "BreakdownTolerance:Double",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralOptions",
          "name": "Default",
          "kind": "function",
          "signature": "class function Default:TSpectralOptions",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralOptions",
          "name": "EigenpairCount",
          "kind": "field",
          "signature": "EigenpairCount:SizeInt",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralOptions",
          "name": "KrylovDimension",
          "kind": "field",
          "signature": "KrylovDimension:SizeInt",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralOptions",
          "name": "MaximumRestarts",
          "kind": "field",
          "signature": "MaximumRestarts:SizeInt",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralOptions",
          "name": "StartingSeed",
          "kind": "field",
          "signature": "StartingSeed:QWord",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralOptions",
          "name": "Target",
          "kind": "field",
          "signature": "Target:TSpectralTarget",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralOptions",
          "name": "Tolerance",
          "kind": "field",
          "signature": "Tolerance:Double",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralResult",
          "name": "ConvergedCount",
          "kind": "field",
          "signature": "ConvergedCount:SizeInt",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralResult",
          "name": "Eigenvalues",
          "kind": "field",
          "signature": "Eigenvalues:TComplexArray",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralResult",
          "name": "Eigenvectors",
          "kind": "field",
          "signature": "Eigenvectors:IDenseComplexMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralResult",
          "name": "Method",
          "kind": "field",
          "signature": "Method:TSpectralMethod",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralResult",
          "name": "ProductCount",
          "kind": "field",
          "signature": "ProductCount:SizeInt",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralResult",
          "name": "ResidualNorms",
          "kind": "field",
          "signature": "ResidualNorms:TDoubleArray",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralResult",
          "name": "RestartCount",
          "kind": "field",
          "signature": "RestartCount:SizeInt",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralResult",
          "name": "StartingSeed",
          "kind": "field",
          "signature": "StartingSeed:QWord",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralResult",
          "name": "Status",
          "kind": "field",
          "signature": "Status:TIterationStatus",
          "classification": "advanced"
        },
        {
          "owner": "TSpectralTarget",
          "name": "stLargestMagnitude",
          "kind": "enum-value",
          "signature": "stLargestMagnitude",
          "classification": "advanced"
        }
      ]
    },
    {
      "unit": "AlgebraLib.SparseMatrices",
      "source": "src/AlgebraLib.SparseMatrices.pas",
      "classification_summary": {
        "advanced": 37,
        "compatibility": 0,
        "experimental": 0,
        "implementation": 101,
        "recommended": 0
      },
      "interface_sha256": "18c1b6712121b70e343782b4409e715fb6eb1c3edb32b7f0e7661000328705c0",
      "declarations": [
        {
          "owner": null,
          "name": "ESparseMatrixError",
          "kind": "type",
          "signature": "ESparseMatrixError=class(Exception)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "ISparseComplexMatrix",
          "kind": "type",
          "signature": "ISparseComplexMatrix=specialize ISparseMatrix<TComplex>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "ISparseDoubleMatrix",
          "kind": "type",
          "signature": "ISparseDoubleMatrix=specialize ISparseMatrix<Double>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "ISparseMatrix",
          "kind": "interface",
          "signature": "generic ISparseMatrix<T>=interface",
          "classification": "implementation"
        },
        {
          "owner": null,
          "name": "ISparseSingleComplexMatrix",
          "kind": "type",
          "signature": "ISparseSingleComplexMatrix=specialize ISparseMatrix<TSingleComplex>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "ISparseSingleMatrix",
          "kind": "type",
          "signature": "ISparseSingleMatrix=specialize ISparseMatrix<Single>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "IStructuredComplexMatrix",
          "kind": "type",
          "signature": "IStructuredComplexMatrix=specialize IStructuredMatrix<TComplex>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "IStructuredDoubleMatrix",
          "kind": "type",
          "signature": "IStructuredDoubleMatrix=specialize IStructuredMatrix<Double>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "IStructuredMatrix",
          "kind": "interface",
          "signature": "generic IStructuredMatrix<T>=interface",
          "classification": "implementation"
        },
        {
          "owner": null,
          "name": "IStructuredSingleComplexMatrix",
          "kind": "type",
          "signature": "IStructuredSingleComplexMatrix=specialize IStructuredMatrix<TSingleComplex>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "IStructuredSingleMatrix",
          "kind": "type",
          "signature": "IStructuredSingleMatrix=specialize IStructuredMatrix<Single>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSparseComplexMatrix",
          "kind": "type",
          "signature": "TSparseComplexMatrix=specialize TSparseMatrixFactory<TComplex>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSparseComplexTripletBuilder",
          "kind": "type",
          "signature": "TSparseComplexTripletBuilder=specialize TSparseTripletBuilder<TComplex>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSparseDoubleMatrix",
          "kind": "type",
          "signature": "TSparseDoubleMatrix=specialize TSparseMatrixFactory<Double>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSparseDoubleTripletBuilder",
          "kind": "type",
          "signature": "TSparseDoubleTripletBuilder=specialize TSparseTripletBuilder<Double>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSparseFormat",
          "kind": "type",
          "signature": "TSparseFormat=(sfCSR,sfCSC)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSparseMatrixFactory",
          "kind": "class",
          "signature": "generic TSparseMatrixFactory<T>=class",
          "classification": "implementation"
        },
        {
          "owner": null,
          "name": "TSparseMatrixStorage",
          "kind": "class",
          "signature": "generic TSparseMatrixStorage<T>=class(TInterfacedObject,",
          "classification": "implementation"
        },
        {
          "owner": null,
          "name": "TSparseScalarKind",
          "kind": "type",
          "signature": "TSparseScalarKind=(sskSingle,sskDouble,sskSingleComplex,sskComplex)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSparseSingleComplexMatrix",
          "kind": "type",
          "signature": "TSparseSingleComplexMatrix=specialize TSparseMatrixFactory<TSingleComplex>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSparseSingleComplexTripletBuilder",
          "kind": "type",
          "signature": "TSparseSingleComplexTripletBuilder=specialize TSparseTripletBuilder<TSingleComplex>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSparseSingleMatrix",
          "kind": "type",
          "signature": "TSparseSingleMatrix=specialize TSparseMatrixFactory<Single>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSparseSingleTripletBuilder",
          "kind": "type",
          "signature": "TSparseSingleTripletBuilder=specialize TSparseTripletBuilder<Single>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSparseSizeIntArray",
          "kind": "type",
          "signature": "TSparseSizeIntArray=array of SizeInt",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSparseStoredZeroPolicy",
          "kind": "type",
          "signature": "TSparseStoredZeroPolicy=(szDrop,szKeep)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TSparseTriplet",
          "kind": "record",
          "signature": "generic TSparseTriplet<T>=record",
          "classification": "implementation"
        },
        {
          "owner": null,
          "name": "TSparseTripletArray",
          "kind": "type",
          "signature": "generic TSparseTripletArray<T>=array of specialize TSparseTriplet<T>",
          "classification": "implementation"
        },
        {
          "owner": null,
          "name": "TSparseTripletBuilder",
          "kind": "class",
          "signature": "generic TSparseTripletBuilder<T>=class",
          "classification": "implementation"
        },
        {
          "owner": null,
          "name": "TSparseValueArray",
          "kind": "type",
          "signature": "generic TSparseValueArray<T>=array of T",
          "classification": "implementation"
        },
        {
          "owner": null,
          "name": "TStructuredComplexMatrix",
          "kind": "type",
          "signature": "TStructuredComplexMatrix=specialize TStructuredMatrixFactory<TComplex>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TStructuredDoubleMatrix",
          "kind": "type",
          "signature": "TStructuredDoubleMatrix=specialize TStructuredMatrixFactory<Double>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TStructuredMatrixFactory",
          "kind": "class",
          "signature": "generic TStructuredMatrixFactory<T>=class",
          "classification": "implementation"
        },
        {
          "owner": null,
          "name": "TStructuredMatrixKind",
          "kind": "type",
          "signature": "TStructuredMatrixKind=(smDiagonal,smTridiagonal,smBand)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TStructuredMatrixStorage",
          "kind": "class",
          "signature": "generic TStructuredMatrixStorage<T>=class(TInterfacedObject,",
          "classification": "implementation"
        },
        {
          "owner": null,
          "name": "TStructuredSingleComplexMatrix",
          "kind": "type",
          "signature": "TStructuredSingleComplexMatrix=specialize TStructuredMatrixFactory<TSingleComplex>",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TStructuredSingleMatrix",
          "kind": "type",
          "signature": "TStructuredSingleMatrix=specialize TStructuredMatrixFactory<Single>",
          "classification": "advanced"
        },
        {
          "owner": "ISparseMatrix",
          "name": "Cols",
          "kind": "property",
          "signature": "property Cols:SizeInt read GetCols",
          "classification": "implementation"
        },
        {
          "owner": "ISparseMatrix",
          "name": "Format",
          "kind": "property",
          "signature": "property Format:TSparseFormat read GetFormat",
          "classification": "implementation"
        },
        {
          "owner": "ISparseMatrix",
          "name": "GetCols",
          "kind": "function",
          "signature": "function GetCols:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "ISparseMatrix",
          "name": "GetFormat",
          "kind": "function",
          "signature": "function GetFormat:TSparseFormat",
          "classification": "implementation"
        },
        {
          "owner": "ISparseMatrix",
          "name": "GetInnerIndex",
          "kind": "function",
          "signature": "function GetInnerIndex(const Position:SizeInt):SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "ISparseMatrix",
          "name": "GetNonZeroCount",
          "kind": "function",
          "signature": "function GetNonZeroCount:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "ISparseMatrix",
          "name": "GetOuterPointer",
          "kind": "function",
          "signature": "function GetOuterPointer(const Position:SizeInt):SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "ISparseMatrix",
          "name": "GetRows",
          "kind": "function",
          "signature": "function GetRows:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "ISparseMatrix",
          "name": "GetScalarKind",
          "kind": "function",
          "signature": "function GetScalarKind:TSparseScalarKind",
          "classification": "implementation"
        },
        {
          "owner": "ISparseMatrix",
          "name": "GetStoredValue",
          "kind": "function",
          "signature": "function GetStoredValue(const Position:SizeInt):T",
          "classification": "implementation"
        },
        {
          "owner": "ISparseMatrix",
          "name": "GetStoredZeroPolicy",
          "kind": "function",
          "signature": "function GetStoredZeroPolicy:TSparseStoredZeroPolicy",
          "classification": "implementation"
        },
        {
          "owner": "ISparseMatrix",
          "name": "GetValue",
          "kind": "function",
          "signature": "function GetValue(const Row,Col:SizeInt):T",
          "classification": "implementation"
        },
        {
          "owner": "ISparseMatrix",
          "name": "NonZeroCount",
          "kind": "property",
          "signature": "property NonZeroCount:SizeInt read GetNonZeroCount",
          "classification": "implementation"
        },
        {
          "owner": "ISparseMatrix",
          "name": "Rows",
          "kind": "property",
          "signature": "property Rows:SizeInt read GetRows",
          "classification": "implementation"
        },
        {
          "owner": "ISparseMatrix",
          "name": "ScalarKind",
          "kind": "property",
          "signature": "property ScalarKind:TSparseScalarKind read GetScalarKind",
          "classification": "implementation"
        },
        {
          "owner": "ISparseMatrix",
          "name": "StoredZeroPolicy",
          "kind": "property",
          "signature": "property StoredZeroPolicy:TSparseStoredZeroPolicy read GetStoredZeroPolicy",
          "classification": "implementation"
        },
        {
          "owner": "ISparseMatrix",
          "name": "Values",
          "kind": "property",
          "signature": "property Values[const Row,Col:SizeInt]:T read GetValue",
          "classification": "implementation"
        },
        {
          "owner": "IStructuredMatrix",
          "name": "Cols",
          "kind": "property",
          "signature": "property Cols:SizeInt read GetCols",
          "classification": "implementation"
        },
        {
          "owner": "IStructuredMatrix",
          "name": "GetCols",
          "kind": "function",
          "signature": "function GetCols:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "IStructuredMatrix",
          "name": "GetKind",
          "kind": "function",
          "signature": "function GetKind:TStructuredMatrixKind",
          "classification": "implementation"
        },
        {
          "owner": "IStructuredMatrix",
          "name": "GetLowerBandwidth",
          "kind": "function",
          "signature": "function GetLowerBandwidth:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "IStructuredMatrix",
          "name": "GetRows",
          "kind": "function",
          "signature": "function GetRows:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "IStructuredMatrix",
          "name": "GetScalarKind",
          "kind": "function",
          "signature": "function GetScalarKind:TSparseScalarKind",
          "classification": "implementation"
        },
        {
          "owner": "IStructuredMatrix",
          "name": "GetUpperBandwidth",
          "kind": "function",
          "signature": "function GetUpperBandwidth:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "IStructuredMatrix",
          "name": "GetValue",
          "kind": "function",
          "signature": "function GetValue(const Row,Col:SizeInt):T",
          "classification": "implementation"
        },
        {
          "owner": "IStructuredMatrix",
          "name": "Kind",
          "kind": "property",
          "signature": "property Kind:TStructuredMatrixKind read GetKind",
          "classification": "implementation"
        },
        {
          "owner": "IStructuredMatrix",
          "name": "LowerBandwidth",
          "kind": "property",
          "signature": "property LowerBandwidth:SizeInt read GetLowerBandwidth",
          "classification": "implementation"
        },
        {
          "owner": "IStructuredMatrix",
          "name": "Rows",
          "kind": "property",
          "signature": "property Rows:SizeInt read GetRows",
          "classification": "implementation"
        },
        {
          "owner": "IStructuredMatrix",
          "name": "ScalarKind",
          "kind": "property",
          "signature": "property ScalarKind:TSparseScalarKind read GetScalarKind",
          "classification": "implementation"
        },
        {
          "owner": "IStructuredMatrix",
          "name": "UpperBandwidth",
          "kind": "property",
          "signature": "property UpperBandwidth:SizeInt read GetUpperBandwidth",
          "classification": "implementation"
        },
        {
          "owner": "IStructuredMatrix",
          "name": "Values",
          "kind": "property",
          "signature": "property Values[const Row,Col:SizeInt]:T read GetValue",
          "classification": "implementation"
        },
        {
          "owner": "TSparseFormat",
          "name": "sfCSC",
          "kind": "enum-value",
          "signature": "sfCSC",
          "classification": "advanced"
        },
        {
          "owner": "TSparseFormat",
          "name": "sfCSR",
          "kind": "enum-value",
          "signature": "sfCSR",
          "classification": "advanced"
        },
        {
          "owner": "TSparseMatrixFactory",
          "name": "Add",
          "kind": "function",
          "signature": "class function Add(const A,B:specialize ISparseMatrix<T>):specialize ISparseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixFactory",
          "name": "Column",
          "kind": "function",
          "signature": "class function Column(const A:specialize ISparseMatrix<T>;const ColumnIndex:SizeInt):specialize IDenseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixFactory",
          "name": "ConjugateTranspose",
          "kind": "function",
          "signature": "class function ConjugateTranspose(const A:specialize ISparseMatrix<T>):specialize ISparseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixFactory",
          "name": "Convert",
          "kind": "function",
          "signature": "class function Convert(const Matrix:specialize ISparseMatrix<T>;const Format:TSparseFormat):specialize ISparseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixFactory",
          "name": "FromCSC",
          "kind": "function",
          "signature": "class function FromCSC(const Rows,Cols:SizeInt;const ColumnPointers,RowIndices:array of SizeInt;const Values:array of T;const ZeroPolicy:TSparseStoredZeroPolicy=szDrop):specialize ISparseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixFactory",
          "name": "FromCSR",
          "kind": "function",
          "signature": "class function FromCSR(const Rows,Cols:SizeInt;const RowPointers,ColumnIndices:array of SizeInt;const Values:array of T;const ZeroPolicy:TSparseStoredZeroPolicy=szDrop):specialize ISparseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixFactory",
          "name": "FromDense",
          "kind": "function",
          "signature": "class function FromDense(const Matrix:specialize IDenseMatrix<T>;const Format:TSparseFormat=sfCSR;const ZeroPolicy:TSparseStoredZeroPolicy=szDrop):specialize ISparseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixFactory",
          "name": "FromTriplets",
          "kind": "function",
          "signature": "class function FromTriplets(const Rows,Cols:SizeInt;const TripletRows,TripletCols:array of SizeInt;const TripletValues:array of T;const Format:TSparseFormat=sfCSR;const ZeroPolicy:TSparseStoredZeroPolicy=szDrop):specialize ISparseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixFactory",
          "name": "Multiply",
          "kind": "function",
          "signature": "class function Multiply(const A,B:specialize ISparseMatrix<T>):specialize ISparseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixFactory",
          "name": "MultiplyDenseInto",
          "kind": "procedure",
          "signature": "class procedure MultiplyDenseInto(const A:specialize ISparseMatrix<T>;const X,Destination:specialize IDenseMatrix<T>)",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixFactory",
          "name": "Norm2",
          "kind": "function",
          "signature": "class function Norm2(const A:specialize ISparseMatrix<T>):Double",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixFactory",
          "name": "Row",
          "kind": "function",
          "signature": "class function Row(const A:specialize ISparseMatrix<T>;const RowIndex:SizeInt):specialize IDenseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixFactory",
          "name": "Scale",
          "kind": "function",
          "signature": "class function Scale(const A:specialize ISparseMatrix<T>;const Scalar:T):specialize ISparseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixFactory",
          "name": "ToDense",
          "kind": "function",
          "signature": "class function ToDense(const Matrix:specialize ISparseMatrix<T>):specialize IDenseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixFactory",
          "name": "Transpose",
          "kind": "function",
          "signature": "class function Transpose(const A:specialize ISparseMatrix<T>):specialize ISparseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixFactory",
          "name": "Zeros",
          "kind": "function",
          "signature": "class function Zeros(const Rows,Cols:SizeInt;const Format:TSparseFormat=sfCSR):specialize ISparseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "CheckedCount",
          "kind": "function",
          "signature": "class function CheckedCount(const A,B,ElementSize:SizeInt;const Operation:string):SizeUInt",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "Create",
          "kind": "constructor",
          "signature": "constructor Create(const Rows,Cols:SizeInt;const Format:TSparseFormat;const Kind:TSparseScalarKind;const Outer,Inner:array of SizeInt;const Values:array of T;const ZeroPolicy:TSparseStoredZeroPolicy)",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "GetCols",
          "kind": "function",
          "signature": "function GetCols:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "GetFormat",
          "kind": "function",
          "signature": "function GetFormat:TSparseFormat",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "GetInnerIndex",
          "kind": "function",
          "signature": "function GetInnerIndex(const Position:SizeInt):SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "GetNonZeroCount",
          "kind": "function",
          "signature": "function GetNonZeroCount:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "GetOuterPointer",
          "kind": "function",
          "signature": "function GetOuterPointer(const Position:SizeInt):SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "GetRows",
          "kind": "function",
          "signature": "function GetRows:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "GetScalarKind",
          "kind": "function",
          "signature": "function GetScalarKind:TSparseScalarKind",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "GetStoredValue",
          "kind": "function",
          "signature": "function GetStoredValue(const Position:SizeInt):T",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "GetStoredZeroPolicy",
          "kind": "function",
          "signature": "function GetStoredZeroPolicy:TSparseStoredZeroPolicy",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "GetValue",
          "kind": "function",
          "signature": "function GetValue(const Row,Col:SizeInt):T",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "RequireIndex",
          "kind": "procedure",
          "signature": "class procedure RequireIndex(const Index,Limit:SizeInt;const Name,Operation:string)",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "ScalarAbsSquared",
          "kind": "function",
          "signature": "class function ScalarAbsSquared(const Value:T;const Kind:TSparseScalarKind):Double",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "ScalarConjugate",
          "kind": "function",
          "signature": "class function ScalarConjugate(const Value:T;const Kind:TSparseScalarKind):T",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "ScalarIsFinite",
          "kind": "function",
          "signature": "class function ScalarIsFinite(const Value:T;const Kind:TSparseScalarKind):Boolean",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "ScalarIsZero",
          "kind": "function",
          "signature": "class function ScalarIsZero(const Value:T):Boolean",
          "classification": "implementation"
        },
        {
          "owner": "TSparseMatrixStorage",
          "name": "ScalarKindOf",
          "kind": "function",
          "signature": "class function ScalarKindOf:TSparseScalarKind",
          "classification": "implementation"
        },
        {
          "owner": "TSparseScalarKind",
          "name": "sskComplex",
          "kind": "enum-value",
          "signature": "sskComplex",
          "classification": "advanced"
        },
        {
          "owner": "TSparseScalarKind",
          "name": "sskDouble",
          "kind": "enum-value",
          "signature": "sskDouble",
          "classification": "advanced"
        },
        {
          "owner": "TSparseScalarKind",
          "name": "sskSingle",
          "kind": "enum-value",
          "signature": "sskSingle",
          "classification": "advanced"
        },
        {
          "owner": "TSparseScalarKind",
          "name": "sskSingleComplex",
          "kind": "enum-value",
          "signature": "sskSingleComplex",
          "classification": "advanced"
        },
        {
          "owner": "TSparseStoredZeroPolicy",
          "name": "szDrop",
          "kind": "enum-value",
          "signature": "szDrop",
          "classification": "advanced"
        },
        {
          "owner": "TSparseStoredZeroPolicy",
          "name": "szKeep",
          "kind": "enum-value",
          "signature": "szKeep",
          "classification": "advanced"
        },
        {
          "owner": "TSparseTriplet",
          "name": "Col",
          "kind": "field",
          "signature": "Col:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "TSparseTriplet",
          "name": "Row",
          "kind": "field",
          "signature": "Row:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "TSparseTriplet",
          "name": "Sequence",
          "kind": "field",
          "signature": "Sequence:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "TSparseTriplet",
          "name": "Value",
          "kind": "field",
          "signature": "Value:T",
          "classification": "implementation"
        },
        {
          "owner": "TSparseTripletBuilder",
          "name": "Add",
          "kind": "procedure",
          "signature": "procedure Add(const Row,Col:SizeInt;const Value:T)",
          "classification": "implementation"
        },
        {
          "owner": "TSparseTripletBuilder",
          "name": "Clear",
          "kind": "procedure",
          "signature": "procedure Clear",
          "classification": "implementation"
        },
        {
          "owner": "TSparseTripletBuilder",
          "name": "Cols",
          "kind": "property",
          "signature": "property Cols:SizeInt read FCols",
          "classification": "implementation"
        },
        {
          "owner": "TSparseTripletBuilder",
          "name": "Count",
          "kind": "property",
          "signature": "property Count:SizeInt read FCount",
          "classification": "implementation"
        },
        {
          "owner": "TSparseTripletBuilder",
          "name": "Create",
          "kind": "constructor",
          "signature": "constructor Create(const Rows,Cols:SizeInt)",
          "classification": "implementation"
        },
        {
          "owner": "TSparseTripletBuilder",
          "name": "Rows",
          "kind": "property",
          "signature": "property Rows:SizeInt read FRows",
          "classification": "implementation"
        },
        {
          "owner": "TSparseTripletBuilder",
          "name": "ToCSC",
          "kind": "function",
          "signature": "function ToCSC(const ZeroPolicy:TSparseStoredZeroPolicy=szDrop):specialize ISparseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TSparseTripletBuilder",
          "name": "ToCSR",
          "kind": "function",
          "signature": "function ToCSR(const ZeroPolicy:TSparseStoredZeroPolicy=szDrop):specialize ISparseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TStructuredMatrixFactory",
          "name": "Band",
          "kind": "function",
          "signature": "class function Band(const Rows,Cols,LowerBandwidth,UpperBandwidth:SizeInt;const CompactValues:array of T):specialize IStructuredMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TStructuredMatrixFactory",
          "name": "Diagonal",
          "kind": "function",
          "signature": "class function Diagonal(const Rows,Cols:SizeInt;const DiagonalValues:array of T):specialize IStructuredMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TStructuredMatrixFactory",
          "name": "MultiplyDenseInto",
          "kind": "procedure",
          "signature": "class procedure MultiplyDenseInto(const A:specialize IStructuredMatrix<T>;const X,Destination:specialize IDenseMatrix<T>)",
          "classification": "implementation"
        },
        {
          "owner": "TStructuredMatrixFactory",
          "name": "ToDense",
          "kind": "function",
          "signature": "class function ToDense(const Matrix:specialize IStructuredMatrix<T>):specialize IDenseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TStructuredMatrixFactory",
          "name": "ToSparse",
          "kind": "function",
          "signature": "class function ToSparse(const Matrix:specialize IStructuredMatrix<T>;const Format:TSparseFormat=sfCSR):specialize ISparseMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TStructuredMatrixFactory",
          "name": "Tridiagonal",
          "kind": "function",
          "signature": "class function Tridiagonal(const Lower,DiagonalValues,Upper:array of T):specialize IStructuredMatrix<T>",
          "classification": "implementation"
        },
        {
          "owner": "TStructuredMatrixKind",
          "name": "smBand",
          "kind": "enum-value",
          "signature": "smBand",
          "classification": "advanced"
        },
        {
          "owner": "TStructuredMatrixKind",
          "name": "smDiagonal",
          "kind": "enum-value",
          "signature": "smDiagonal",
          "classification": "advanced"
        },
        {
          "owner": "TStructuredMatrixKind",
          "name": "smTridiagonal",
          "kind": "enum-value",
          "signature": "smTridiagonal",
          "classification": "advanced"
        },
        {
          "owner": "TStructuredMatrixStorage",
          "name": "Create",
          "kind": "constructor",
          "signature": "constructor Create(const Rows,Cols,LowerBandwidth,UpperBandwidth:SizeInt;const Kind:TStructuredMatrixKind;const ScalarKind:TSparseScalarKind;const Values:array of T)",
          "classification": "implementation"
        },
        {
          "owner": "TStructuredMatrixStorage",
          "name": "GetCols",
          "kind": "function",
          "signature": "function GetCols:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "TStructuredMatrixStorage",
          "name": "GetKind",
          "kind": "function",
          "signature": "function GetKind:TStructuredMatrixKind",
          "classification": "implementation"
        },
        {
          "owner": "TStructuredMatrixStorage",
          "name": "GetLowerBandwidth",
          "kind": "function",
          "signature": "function GetLowerBandwidth:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "TStructuredMatrixStorage",
          "name": "GetRows",
          "kind": "function",
          "signature": "function GetRows:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "TStructuredMatrixStorage",
          "name": "GetScalarKind",
          "kind": "function",
          "signature": "function GetScalarKind:TSparseScalarKind",
          "classification": "implementation"
        },
        {
          "owner": "TStructuredMatrixStorage",
          "name": "GetUpperBandwidth",
          "kind": "function",
          "signature": "function GetUpperBandwidth:SizeInt",
          "classification": "implementation"
        },
        {
          "owner": "TStructuredMatrixStorage",
          "name": "GetValue",
          "kind": "function",
          "signature": "function GetValue(const Row,Col:SizeInt):T",
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          "signature": "class function ResampleRational(const Input:TDoubleArray;const UpFactor,DownFactor:SizeInt):TDoubleArray",
          "classification": "advanced"
        },
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          "name": "SelectedConvolutionMethod",
          "kind": "function",
          "signature": "class function SelectedConvolutionMethod(const LengthA,LengthB:SizeInt):TConvolutionMethod",
          "classification": "advanced"
        },
        {
          "owner": "TDSPKit",
          "name": "ShortTimeFourierTransform",
          "kind": "function",
          "signature": "class function ShortTimeFourierTransform(const Input:TDoubleArray;const FrameLength,HopLength:SizeInt;const WindowType:TWindowType=wtHann):IDenseComplexMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TDSPKit",
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          "signature": "class function Transform(const Input:TComplexArray;const Inverse:Boolean=False;const Normalization:TFFTNormalization=fnBackward):TComplexArray",
          "classification": "advanced"
        },
        {
          "owner": "TDSPKit",
          "name": "Transform",
          "kind": "function",
          "signature": "class function Transform(const Input:TSingleComplexArray;const Inverse:Boolean=False;const Normalization:TFFTNormalization=fnBackward):TSingleComplexArray",
          "classification": "advanced"
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          "owner": "TDSPKit",
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          "kind": "function",
          "signature": "class function Transform2D(const Input:IDenseComplexMatrix;const Inverse:Boolean=False;const Normalization:TFFTNormalization=fnBackward):IDenseComplexMatrix",
          "classification": "advanced"
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        {
          "owner": "TDSPKit",
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          "owner": "TDSPKit",
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          "classification": "advanced"
        },
        {
          "owner": "TDSPKit",
          "name": "TransformInto",
          "kind": "procedure",
          "signature": "class procedure TransformInto(const Input:TComplexArray;var Destination:TComplexArray;const Inverse:Boolean=False;const Normalization:TFFTNormalization=fnBackward)",
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        },
        {
          "owner": "TDSPKit",
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          "signature": "class function Welch(const Input:TDoubleArray;const SegmentLength,Overlap:SizeInt;const SampleRate:Double=1.0;const WindowType:TWindowType=wtHann):TSpectralEstimate",
          "classification": "advanced"
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          "signature": "fnBackward",
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          "owner": "TFFTNormalization",
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          "signature": "fnForward",
          "classification": "advanced"
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          "signature": "fnNone",
          "classification": "advanced"
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          "owner": "TFFTNormalization",
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          "classification": "advanced"
        },
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          "owner": "TOverlapAddConvolver",
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          "signature": "procedure RestoreTail(const Values:TDoubleArray)",
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          "owner": "TOverlapAddConvolver",
          "name": "StateSize",
          "kind": "function",
          "signature": "function StateSize:SizeInt",
          "classification": "advanced"
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          "signature": "function Tail:TDoubleArray",
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          "signature": "function History:TDoubleArray",
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          "classification": "advanced"
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          "classification": "advanced"
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          "owner": "TOverlapSaveConvolver",
          "name": "Reset",
          "kind": "procedure",
          "signature": "procedure Reset",
          "classification": "advanced"
        },
        {
          "owner": "TOverlapSaveConvolver",
          "name": "RestoreHistory",
          "kind": "procedure",
          "signature": "procedure RestoreHistory(const Values:TDoubleArray)",
          "classification": "advanced"
        },
        {
          "owner": "TOverlapSaveConvolver",
          "name": "StateSize",
          "kind": "function",
          "signature": "function StateSize:SizeInt",
          "classification": "advanced"
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          "kind": "field",
          "signature": "Frequencies:TDoubleArray",
          "classification": "advanced"
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          "kind": "field",
          "signature": "Power:TDoubleArray",
          "classification": "advanced"
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          "kind": "procedure",
          "signature": "procedure Reset",
          "classification": "advanced"
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          "owner": "TStreamingBiquad",
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          "kind": "property",
          "signature": "property Z1:Double read FZ1",
          "classification": "advanced"
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          "classification": "advanced"
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          "classification": "advanced"
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          "signature": "function StateSize:SizeInt",
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          "signature": "EquivalentNoiseBandwidth:Double",
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          "classification": "advanced"
        },
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          "owner": "TSignalKit",
          "name": "CalculateFFT",
          "kind": "procedure",
          "signature": "class procedure CalculateFFT(const InputSignal:TDoubleArray;out OutputSpectrum:TComplexArray)",
          "classification": "advanced"
        },
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          "owner": "TSignalKit",
          "name": "CalculateFFT",
          "kind": "procedure",
          "signature": "class procedure CalculateFFT(const InputSignal:TDoubleArray;out OutRealPart,OutImagPart:TDoubleArray)",
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        },
        {
          "owner": "TSignalKit",
          "name": "CalculateFFTMagnitudePhase",
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          "owner": "TSignalKit",
          "name": "CalculateIFFT",
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          "signature": "class procedure CalculateIFFT(const InputSpectrum:TComplexArray;out OutputSignal:TDoubleArray)",
          "classification": "advanced"
        },
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          "owner": "TSignalKit",
          "name": "CalculateIFFT",
          "kind": "procedure",
          "signature": "class procedure CalculateIFFT(const InRealPart,InImagPart:TDoubleArray;out OutputSignal:TDoubleArray)",
          "classification": "advanced"
        },
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          "signature": "class function DesignFIRBandPass(LowCutoff,HighCutoff:Double;Order:Integer;WindowType:TWindowType=wtHamming):TDoubleArray",
          "classification": "advanced"
        },
        {
          "owner": "TSignalKit",
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          "kind": "function",
          "signature": "class function DesignFIRBandStop(LowCutoff,HighCutoff:Double;Order:Integer;WindowType:TWindowType=wtHamming):TDoubleArray",
          "classification": "advanced"
        },
        {
          "owner": "TSignalKit",
          "name": "DesignFIRHighPass",
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          "signature": "class function DesignFIRHighPass(CutoffFreq:Double;Order:Integer;WindowType:TWindowType=wtHamming):TDoubleArray",
          "classification": "advanced"
        },
        {
          "owner": "TSignalKit",
          "name": "DesignFIRLowPass",
          "kind": "function",
          "signature": "class function DesignFIRLowPass(CutoffFreq:Double;Order:Integer;WindowType:TWindowType=wtHamming):TDoubleArray",
          "classification": "advanced"
        },
        {
          "owner": "TSignalKit",
          "name": "FFT",
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          "signature": "class procedure FFT(var Data:TComplexArray;Inverse:Boolean=False)",
          "classification": "advanced"
        },
        {
          "owner": "TSignalKit",
          "name": "FFT",
          "kind": "procedure",
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          "classification": "advanced"
        },
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          "signature": "class function GenerateWindow(WindowType:TWindowType;Size:Integer):TDoubleArray",
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          "signature": "class function MovingAverage(const InputSignal:TDoubleArray;WindowSize:Integer):TDoubleArray",
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          "signature": "class function RootMeanSquare(const InputSignal:TDoubleArray):Double",
          "classification": "advanced"
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          "signature": "class function SignalEnergy(const InputSignal:TDoubleArray):Double",
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          "signature": "class function SignalPower(const InputSignal:TDoubleArray):Double",
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          "signature": "wtBlackman",
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        {
          "owner": "TWindowType",
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          "signature": "wtHamming",
          "classification": "advanced"
        },
        {
          "owner": "TWindowType",
          "name": "wtHann",
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          "signature": "wtHann",
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        {
          "owner": "TWindowType",
          "name": "wtRectangular",
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          "signature": "wtRectangular",
          "classification": "advanced"
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      "source": "src/EngineeringLib.Thermodynamics.pas",
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          "signature": "TThermodynamicsKit=class",
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        },
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          "kind": "function",
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          "classification": "recommended"
        },
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          "name": "AdiabaticTemperature",
          "kind": "function",
          "signature": "class function AdiabaticTemperature(InitialTemp,InitialVolume,FinalVolume:Double;SpecificHeatRatio:Double):Double",
          "classification": "recommended"
        },
        {
          "owner": "TThermodynamicsKit",
          "name": "AdiabaticTemperatureFromPressure",
          "kind": "function",
          "signature": "class function AdiabaticTemperatureFromPressure(InitialTemp,InitialPressure,FinalPressure:Double;SpecificHeatRatio:Double):Double",
          "classification": "recommended"
        },
        {
          "owner": "TThermodynamicsKit",
          "name": "AdiabaticVolume",
          "kind": "function",
          "signature": "class function AdiabaticVolume(InitialPressure,InitialVolume,FinalPressure:Double;SpecificHeatRatio:Double):Double",
          "classification": "recommended"
        },
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          "name": "AvogadroConstant",
          "kind": "nested-const",
          "signature": "AvogadroConstant=6.02214076E23",
          "classification": "recommended"
        },
        {
          "owner": "TThermodynamicsKit",
          "name": "BarToPascal",
          "kind": "function",
          "signature": "class function BarToPascal(Bar:Double):Double",
          "classification": "recommended"
        },
        {
          "owner": "TThermodynamicsKit",
          "name": "BoltzmannConstant",
          "kind": "nested-const",
          "signature": "BoltzmannConstant=1.380649E-23",
          "classification": "recommended"
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          "kind": "function",
          "signature": "class function BraytonCycleEfficiency(PressureRatio:Double;SpecificHeatRatio:Double):Double",
          "classification": "recommended"
        },
        {
          "owner": "TThermodynamicsKit",
          "name": "CarnotEfficiency",
          "kind": "function",
          "signature": "class function CarnotEfficiency(HotTempK:Double;ColdTempK:Double):Double",
          "classification": "recommended"
        },
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          "name": "CelsiusToKelvin",
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          "signature": "class function CelsiusToKelvin(TempC:Double):Double",
          "classification": "recommended"
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          "signature": "class function CoefficientOfPerformanceHeatPump(HotHeatDelivered:Double;WorkInput:Double):Double",
          "classification": "recommended"
        },
        {
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          "name": "CoefficientOfPerformanceRefrigeration",
          "kind": "function",
          "signature": "class function CoefficientOfPerformanceRefrigeration(ColdHeatExtracted:Double;WorkInput:Double):Double",
          "classification": "recommended"
        },
        {
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          "name": "CriticalPressureRatio",
          "kind": "function",
          "signature": "class function CriticalPressureRatio(SpecificHeatRatio:Double):Double",
          "classification": "recommended"
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          "kind": "function",
          "signature": "class function DewPointTemperature(TemperatureC:Double;RelativeHumidityPercent:Double):Double",
          "classification": "recommended"
        },
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          "name": "DieselCycleEfficiency",
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          "signature": "class function DieselCycleEfficiency(CompressionRatio:Double;CutoffRatio:Double;SpecificHeatRatio:Double):Double",
          "classification": "recommended"
        },
        {
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          "name": "EntropyChangeHeating",
          "kind": "function",
          "signature": "class function EntropyChangeHeating(Mass:Double;SpecificHeatCapacity:Double;InitialTempK:Double;FinalTempK:Double):Double",
          "classification": "recommended"
        },
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          "name": "EntropyChangeIsothermalExpansion",
          "kind": "function",
          "signature": "class function EntropyChangeIsothermalExpansion(Moles:Double;InitialVolume:Double;FinalVolume:Double):Double",
          "classification": "recommended"
        },
        {
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          "name": "EntropyChangeReversible",
          "kind": "function",
          "signature": "class function EntropyChangeReversible(HeatTransfer:Double;AbsoluteTempK:Double):Double",
          "classification": "recommended"
        },
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          "name": "HeatConductionRate",
          "kind": "function",
          "signature": "class function HeatConductionRate(ThermalConductivity:Double;Area:Double;TempDifference:Double;Thickness:Double):Double",
          "classification": "recommended"
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          "name": "HeatConvectionRate",
          "kind": "function",
          "signature": "class function HeatConvectionRate(ConvectionCoefficient:Double;Area:Double;TempDifference:Double):Double",
          "classification": "recommended"
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          "name": "HeatEnergyChange",
          "kind": "function",
          "signature": "class function HeatEnergyChange(Mass:Double;SpecificHeatCapacity:Double;TempChange:Double):Double",
          "classification": "recommended"
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          "name": "HeatOfFusion",
          "kind": "function",
          "signature": "class function HeatOfFusion(Mass:Double;LatentHeatOfFusion:Double):Double",
          "classification": "recommended"
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          "name": "HeatOfVaporization",
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          "signature": "class function HeatOfVaporization(Mass:Double;LatentHeatOfVaporization:Double):Double",
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          "classification": "recommended"
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          "name": "HumidityRatio",
          "kind": "function",
          "signature": "class function HumidityRatio(VaporPressure:Double;AtmosphericPressure:Double):Double",
          "classification": "recommended"
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          "name": "IdealGasConstant",
          "kind": "nested-const",
          "signature": "IdealGasConstant=8.314462618",
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          "signature": "class function IdealGasMoles(Pressure:Double;Volume:Double;AbsoluteTempK:Double):Double",
          "classification": "recommended"
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          "name": "IdealGasPressure",
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          "signature": "class function IdealGasPressure(Moles:Double;Volume:Double;AbsoluteTempK:Double):Double",
          "classification": "recommended"
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          "name": "IdealGasTemperature",
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          "signature": "class function IdealGasTemperature(Pressure:Double;Volume:Double;Moles:Double):Double",
          "classification": "recommended"
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          "name": "IdealGasVolume",
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          "signature": "class function IdealGasVolume(Moles:Double;Pressure:Double;AbsoluteTempK:Double):Double",
          "classification": "recommended"
        },
        {
          "owner": "TThermodynamicsKit",
          "name": "IsentropicDensityRatio",
          "kind": "function",
          "signature": "class function IsentropicDensityRatio(MachNumber:Double;SpecificHeatRatio:Double):Double",
          "classification": "recommended"
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        {
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          "name": "IsentropicPressureRatio",
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          "signature": "class function IsentropicPressureRatio(MachNumber:Double;SpecificHeatRatio:Double):Double",
          "classification": "recommended"
        },
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          "signature": "class function IsentropicTemperatureRatio(MachNumber:Double;SpecificHeatRatio:Double):Double",
          "classification": "recommended"
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          "signature": "class function KelvinToCelsius(TempK:Double):Double",
          "classification": "recommended"
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          "owner": "TThermodynamicsKit",
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          "signature": "class function MachNumberFromPressureRatio(PressureRatio:Double;SpecificHeatRatio:Double):Double",
          "classification": "recommended"
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          "signature": "class function MoistAirEnthalpy(TemperatureC:Double;HumidityRatioValue:Double):Double",
          "classification": "recommended"
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          "classification": "recommended"
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          "signature": "class function RankineCycleEfficiency(TurbineWorkOutput:Double;PumpWorkInput:Double;HeatInput:Double):Double",
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          "classification": "recommended"
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          "kind": "function",
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          "classification": "recommended"
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          "signature": "StandardAtmosphere=101325",
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          "classification": "recommended"
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          "classification": "recommended"
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          "kind": "function",
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      "source": "src/EngineeringLib.UnitConversion.pas",
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          "classification": "advanced"
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        },
        {
          "owner": "TAreaUnit",
          "name": "auSquareMeter",
          "kind": "enum-value",
          "signature": "auSquareMeter",
          "classification": "advanced"
        },
        {
          "owner": "TAreaUnit",
          "name": "auSquareMile",
          "kind": "enum-value",
          "signature": "auSquareMile",
          "classification": "advanced"
        },
        {
          "owner": "TAreaUnit",
          "name": "auSquareYard",
          "kind": "enum-value",
          "signature": "auSquareYard",
          "classification": "advanced"
        },
        {
          "owner": "TDensityUnit",
          "name": "deGramPerCubicCentimeter",
          "kind": "enum-value",
          "signature": "deGramPerCubicCentimeter",
          "classification": "advanced"
        },
        {
          "owner": "TDensityUnit",
          "name": "deKilogramPerCubicMeter",
          "kind": "enum-value",
          "signature": "deKilogramPerCubicMeter",
          "classification": "advanced"
        },
        {
          "owner": "TDensityUnit",
          "name": "dePoundPerCubicFoot",
          "kind": "enum-value",
          "signature": "dePoundPerCubicFoot",
          "classification": "advanced"
        },
        {
          "owner": "TDensityUnit",
          "name": "dePoundPerCubicInch",
          "kind": "enum-value",
          "signature": "dePoundPerCubicInch",
          "classification": "advanced"
        },
        {
          "owner": "TElectricalCurrentUnit",
          "name": "ecAmpere",
          "kind": "enum-value",
          "signature": "ecAmpere",
          "classification": "advanced"
        },
        {
          "owner": "TElectricalCurrentUnit",
          "name": "ecMicroampere",
          "kind": "enum-value",
          "signature": "ecMicroampere",
          "classification": "advanced"
        },
        {
          "owner": "TElectricalCurrentUnit",
          "name": "ecMilliampere",
          "kind": "enum-value",
          "signature": "ecMilliampere",
          "classification": "advanced"
        },
        {
          "owner": "TElectricalPotentialUnit",
          "name": "epKilovolt",
          "kind": "enum-value",
          "signature": "epKilovolt",
          "classification": "advanced"
        },
        {
          "owner": "TElectricalPotentialUnit",
          "name": "epMicrovolt",
          "kind": "enum-value",
          "signature": "epMicrovolt",
          "classification": "advanced"
        },
        {
          "owner": "TElectricalPotentialUnit",
          "name": "epMillivolt",
          "kind": "enum-value",
          "signature": "epMillivolt",
          "classification": "advanced"
        },
        {
          "owner": "TElectricalPotentialUnit",
          "name": "epVolt",
          "kind": "enum-value",
          "signature": "epVolt",
          "classification": "advanced"
        },
        {
          "owner": "TEnergyUnit",
          "name": "euBTU",
          "kind": "enum-value",
          "signature": "euBTU",
          "classification": "advanced"
        },
        {
          "owner": "TEnergyUnit",
          "name": "euCalorie",
          "kind": "enum-value",
          "signature": "euCalorie",
          "classification": "advanced"
        },
        {
          "owner": "TEnergyUnit",
          "name": "euElectronvolt",
          "kind": "enum-value",
          "signature": "euElectronvolt",
          "classification": "advanced"
        },
        {
          "owner": "TEnergyUnit",
          "name": "euFootPound",
          "kind": "enum-value",
          "signature": "euFootPound",
          "classification": "advanced"
        },
        {
          "owner": "TEnergyUnit",
          "name": "euJoule",
          "kind": "enum-value",
          "signature": "euJoule",
          "classification": "advanced"
        },
        {
          "owner": "TEnergyUnit",
          "name": "euKilocalorie",
          "kind": "enum-value",
          "signature": "euKilocalorie",
          "classification": "advanced"
        },
        {
          "owner": "TEnergyUnit",
          "name": "euKilojoule",
          "kind": "enum-value",
          "signature": "euKilojoule",
          "classification": "advanced"
        },
        {
          "owner": "TEnergyUnit",
          "name": "euKilowattHour",
          "kind": "enum-value",
          "signature": "euKilowattHour",
          "classification": "advanced"
        },
        {
          "owner": "TEnergyUnit",
          "name": "euTherm",
          "kind": "enum-value",
          "signature": "euTherm",
          "classification": "advanced"
        },
        {
          "owner": "TEnergyUnit",
          "name": "euWattHour",
          "kind": "enum-value",
          "signature": "euWattHour",
          "classification": "advanced"
        },
        {
          "owner": "TForceUnit",
          "name": "fuDyne",
          "kind": "enum-value",
          "signature": "fuDyne",
          "classification": "advanced"
        },
        {
          "owner": "TForceUnit",
          "name": "fuKilogramForce",
          "kind": "enum-value",
          "signature": "fuKilogramForce",
          "classification": "advanced"
        },
        {
          "owner": "TForceUnit",
          "name": "fuKilonewton",
          "kind": "enum-value",
          "signature": "fuKilonewton",
          "classification": "advanced"
        },
        {
          "owner": "TForceUnit",
          "name": "fuNewton",
          "kind": "enum-value",
          "signature": "fuNewton",
          "classification": "advanced"
        },
        {
          "owner": "TForceUnit",
          "name": "fuPoundForce",
          "kind": "enum-value",
          "signature": "fuPoundForce",
          "classification": "advanced"
        },
        {
          "owner": "TFrequencyUnit",
          "name": "frCyclePerSecond",
          "kind": "enum-value",
          "signature": "frCyclePerSecond",
          "classification": "advanced"
        },
        {
          "owner": "TFrequencyUnit",
          "name": "frGigahertz",
          "kind": "enum-value",
          "signature": "frGigahertz",
          "classification": "advanced"
        },
        {
          "owner": "TFrequencyUnit",
          "name": "frHertz",
          "kind": "enum-value",
          "signature": "frHertz",
          "classification": "advanced"
        },
        {
          "owner": "TFrequencyUnit",
          "name": "frKilohertz",
          "kind": "enum-value",
          "signature": "frKilohertz",
          "classification": "advanced"
        },
        {
          "owner": "TFrequencyUnit",
          "name": "frMegahertz",
          "kind": "enum-value",
          "signature": "frMegahertz",
          "classification": "advanced"
        },
        {
          "owner": "TLengthUnit",
          "name": "luAngstrom",
          "kind": "enum-value",
          "signature": "luAngstrom",
          "classification": "advanced"
        },
        {
          "owner": "TLengthUnit",
          "name": "luCentimeter",
          "kind": "enum-value",
          "signature": "luCentimeter",
          "classification": "advanced"
        },
        {
          "owner": "TLengthUnit",
          "name": "luFoot",
          "kind": "enum-value",
          "signature": "luFoot",
          "classification": "advanced"
        },
        {
          "owner": "TLengthUnit",
          "name": "luInch",
          "kind": "enum-value",
          "signature": "luInch",
          "classification": "advanced"
        },
        {
          "owner": "TLengthUnit",
          "name": "luKilometer",
          "kind": "enum-value",
          "signature": "luKilometer",
          "classification": "advanced"
        },
        {
          "owner": "TLengthUnit",
          "name": "luLightYear",
          "kind": "enum-value",
          "signature": "luLightYear",
          "classification": "advanced"
        },
        {
          "owner": "TLengthUnit",
          "name": "luMeter",
          "kind": "enum-value",
          "signature": "luMeter",
          "classification": "advanced"
        },
        {
          "owner": "TLengthUnit",
          "name": "luMicrometer",
          "kind": "enum-value",
          "signature": "luMicrometer",
          "classification": "advanced"
        },
        {
          "owner": "TLengthUnit",
          "name": "luMile",
          "kind": "enum-value",
          "signature": "luMile",
          "classification": "advanced"
        },
        {
          "owner": "TLengthUnit",
          "name": "luMillimeter",
          "kind": "enum-value",
          "signature": "luMillimeter",
          "classification": "advanced"
        },
        {
          "owner": "TLengthUnit",
          "name": "luNanometer",
          "kind": "enum-value",
          "signature": "luNanometer",
          "classification": "advanced"
        },
        {
          "owner": "TLengthUnit",
          "name": "luNauticalMile",
          "kind": "enum-value",
          "signature": "luNauticalMile",
          "classification": "advanced"
        },
        {
          "owner": "TLengthUnit",
          "name": "luYard",
          "kind": "enum-value",
          "signature": "luYard",
          "classification": "advanced"
        },
        {
          "owner": "TMassUnit",
          "name": "muGram",
          "kind": "enum-value",
          "signature": "muGram",
          "classification": "advanced"
        },
        {
          "owner": "TMassUnit",
          "name": "muImperialTon",
          "kind": "enum-value",
          "signature": "muImperialTon",
          "classification": "advanced"
        },
        {
          "owner": "TMassUnit",
          "name": "muKilogram",
          "kind": "enum-value",
          "signature": "muKilogram",
          "classification": "advanced"
        },
        {
          "owner": "TMassUnit",
          "name": "muMicrogram",
          "kind": "enum-value",
          "signature": "muMicrogram",
          "classification": "advanced"
        },
        {
          "owner": "TMassUnit",
          "name": "muMilligram",
          "kind": "enum-value",
          "signature": "muMilligram",
          "classification": "advanced"
        },
        {
          "owner": "TMassUnit",
          "name": "muOunce",
          "kind": "enum-value",
          "signature": "muOunce",
          "classification": "advanced"
        },
        {
          "owner": "TMassUnit",
          "name": "muPound",
          "kind": "enum-value",
          "signature": "muPound",
          "classification": "advanced"
        },
        {
          "owner": "TMassUnit",
          "name": "muStone",
          "kind": "enum-value",
          "signature": "muStone",
          "classification": "advanced"
        },
        {
          "owner": "TMassUnit",
          "name": "muTonne",
          "kind": "enum-value",
          "signature": "muTonne",
          "classification": "advanced"
        },
        {
          "owner": "TMassUnit",
          "name": "muUSton",
          "kind": "enum-value",
          "signature": "muUSton",
          "classification": "advanced"
        },
        {
          "owner": "TPowerUnit",
          "name": "puBTUPerHour",
          "kind": "enum-value",
          "signature": "puBTUPerHour",
          "classification": "advanced"
        },
        {
          "owner": "TPowerUnit",
          "name": "puHorsepower",
          "kind": "enum-value",
          "signature": "puHorsepower",
          "classification": "advanced"
        },
        {
          "owner": "TPowerUnit",
          "name": "puKilowatt",
          "kind": "enum-value",
          "signature": "puKilowatt",
          "classification": "advanced"
        },
        {
          "owner": "TPowerUnit",
          "name": "puMegawatt",
          "kind": "enum-value",
          "signature": "puMegawatt",
          "classification": "advanced"
        },
        {
          "owner": "TPowerUnit",
          "name": "puWatt",
          "kind": "enum-value",
          "signature": "puWatt",
          "classification": "advanced"
        },
        {
          "owner": "TPressureUnit",
          "name": "prAtmosphere",
          "kind": "enum-value",
          "signature": "prAtmosphere",
          "classification": "advanced"
        },
        {
          "owner": "TPressureUnit",
          "name": "prBar",
          "kind": "enum-value",
          "signature": "prBar",
          "classification": "advanced"
        },
        {
          "owner": "TPressureUnit",
          "name": "prKilopascal",
          "kind": "enum-value",
          "signature": "prKilopascal",
          "classification": "advanced"
        },
        {
          "owner": "TPressureUnit",
          "name": "prPascal",
          "kind": "enum-value",
          "signature": "prPascal",
          "classification": "advanced"
        },
        {
          "owner": "TPressureUnit",
          "name": "prPSI",
          "kind": "enum-value",
          "signature": "prPSI",
          "classification": "advanced"
        },
        {
          "owner": "TPressureUnit",
          "name": "prTorr",
          "kind": "enum-value",
          "signature": "prTorr",
          "classification": "advanced"
        },
        {
          "owner": "TTemperatureUnit",
          "name": "tpCelsius",
          "kind": "enum-value",
          "signature": "tpCelsius",
          "classification": "advanced"
        },
        {
          "owner": "TTemperatureUnit",
          "name": "tpFahrenheit",
          "kind": "enum-value",
          "signature": "tpFahrenheit",
          "classification": "advanced"
        },
        {
          "owner": "TTemperatureUnit",
          "name": "tpKelvin",
          "kind": "enum-value",
          "signature": "tpKelvin",
          "classification": "advanced"
        },
        {
          "owner": "TTemperatureUnit",
          "name": "tpRankine",
          "kind": "enum-value",
          "signature": "tpRankine",
          "classification": "advanced"
        },
        {
          "owner": "TTemperatureUnit",
          "name": "tpReaumur",
          "kind": "enum-value",
          "signature": "tpReaumur",
          "classification": "advanced"
        },
        {
          "owner": "TTimeUnit",
          "name": "tuDay",
          "kind": "enum-value",
          "signature": "tuDay",
          "classification": "advanced"
        },
        {
          "owner": "TTimeUnit",
          "name": "tuHour",
          "kind": "enum-value",
          "signature": "tuHour",
          "classification": "advanced"
        },
        {
          "owner": "TTimeUnit",
          "name": "tuMicrosecond",
          "kind": "enum-value",
          "signature": "tuMicrosecond",
          "classification": "advanced"
        },
        {
          "owner": "TTimeUnit",
          "name": "tuMillisecond",
          "kind": "enum-value",
          "signature": "tuMillisecond",
          "classification": "advanced"
        },
        {
          "owner": "TTimeUnit",
          "name": "tuMinute",
          "kind": "enum-value",
          "signature": "tuMinute",
          "classification": "advanced"
        },
        {
          "owner": "TTimeUnit",
          "name": "tuMonth",
          "kind": "enum-value",
          "signature": "tuMonth",
          "classification": "advanced"
        },
        {
          "owner": "TTimeUnit",
          "name": "tuNanosecond",
          "kind": "enum-value",
          "signature": "tuNanosecond",
          "classification": "advanced"
        },
        {
          "owner": "TTimeUnit",
          "name": "tuSecond",
          "kind": "enum-value",
          "signature": "tuSecond",
          "classification": "advanced"
        },
        {
          "owner": "TTimeUnit",
          "name": "tuWeek",
          "kind": "enum-value",
          "signature": "tuWeek",
          "classification": "advanced"
        },
        {
          "owner": "TTimeUnit",
          "name": "tuYear",
          "kind": "enum-value",
          "signature": "tuYear",
          "classification": "advanced"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "AreUnitNamesCompatible",
          "kind": "function",
          "signature": "class function AreUnitNamesCompatible(AUnitName1,AUnitName2:string):Boolean",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "AreUnitsCompatible",
          "kind": "function",
          "signature": "class function AreUnitsCompatible(UnitType1,UnitType2:TUnitType):Boolean",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "CelsiusToFahrenheit",
          "kind": "function",
          "signature": "class function CelsiusToFahrenheit(Celsius:Double):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "ConvertAngle",
          "kind": "function",
          "signature": "class function ConvertAngle(Value:Double;FromUnit,ToUnit:TAngleUnit):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "ConvertArea",
          "kind": "function",
          "signature": "class function ConvertArea(Value:Double;FromUnit,ToUnit:TAreaUnit):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "ConvertDensity",
          "kind": "function",
          "signature": "class function ConvertDensity(Value:Double;FromUnit,ToUnit:TDensityUnit):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "ConvertElectricalCurrent",
          "kind": "function",
          "signature": "class function ConvertElectricalCurrent(Value:Double;FromUnit,ToUnit:TElectricalCurrentUnit):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "ConvertElectricalPotential",
          "kind": "function",
          "signature": "class function ConvertElectricalPotential(Value:Double;FromUnit,ToUnit:TElectricalPotentialUnit):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "ConvertEnergy",
          "kind": "function",
          "signature": "class function ConvertEnergy(Value:Double;FromUnit,ToUnit:TEnergyUnit):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "ConvertForce",
          "kind": "function",
          "signature": "class function ConvertForce(Value:Double;FromUnit,ToUnit:TForceUnit):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "ConvertFrequency",
          "kind": "function",
          "signature": "class function ConvertFrequency(Value:Double;FromUnit,ToUnit:TFrequencyUnit):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "ConvertLength",
          "kind": "function",
          "signature": "class function ConvertLength(Value:Double;FromUnit,ToUnit:TLengthUnit):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "ConvertMass",
          "kind": "function",
          "signature": "class function ConvertMass(Value:Double;FromUnit,ToUnit:TMassUnit):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "ConvertPower",
          "kind": "function",
          "signature": "class function ConvertPower(Value:Double;FromUnit,ToUnit:TPowerUnit):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "ConvertPressure",
          "kind": "function",
          "signature": "class function ConvertPressure(Value:Double;FromUnit,ToUnit:TPressureUnit):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "ConvertTemperature",
          "kind": "function",
          "signature": "class function ConvertTemperature(Value:Double;FromUnit,ToUnit:TTemperatureUnit):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "ConvertTime",
          "kind": "function",
          "signature": "class function ConvertTime(Value:Double;FromUnit,ToUnit:TTimeUnit):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "ConvertVelocity",
          "kind": "function",
          "signature": "class function ConvertVelocity(Value:Double;FromUnit,ToUnit:TVelocityUnit):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "ConvertVolume",
          "kind": "function",
          "signature": "class function ConvertVolume(Value:Double;FromUnit,ToUnit:TVolumeUnit):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "FahrenheitToCelsius",
          "kind": "function",
          "signature": "class function FahrenheitToCelsius(Fahrenheit:Double):Double",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "FormatWithScientificNotation",
          "kind": "function",
          "signature": "class function FormatWithScientificNotation(Value:Double;AUnitName:string;SignificantDigits:Integer=3):string",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "FormatWithUnit",
          "kind": "function",
          "signature": "class function FormatWithUnit(Value:Double;AUnitName:string;Decimals:Integer=2):string",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "GetAllUnitsOfType",
          "kind": "function",
          "signature": "class function GetAllUnitsOfType(UnitType:TUnitType):TStringArray",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "GetAllUnitTypes",
          "kind": "function",
          "signature": "class function GetAllUnitTypes:TStringArray",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "GetAngleUnitName",
          "kind": "function",
          "signature": "class function GetAngleUnitName(Unit_:TAngleUnit):string",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "GetAreaUnitName",
          "kind": "function",
          "signature": "class function GetAreaUnitName(Unit_:TAreaUnit):string",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "GetBaseUnit",
          "kind": "function",
          "signature": "class function GetBaseUnit(UnitType:TUnitType):string",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "GetDensityUnitName",
          "kind": "function",
          "signature": "class function GetDensityUnitName(Unit_:TDensityUnit):string",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "GetElectricalCurrentUnitName",
          "kind": "function",
          "signature": "class function GetElectricalCurrentUnitName(Unit_:TElectricalCurrentUnit):string",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "GetElectricalPotentialUnitName",
          "kind": "function",
          "signature": "class function GetElectricalPotentialUnitName(Unit_:TElectricalPotentialUnit):string",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "GetEnergyUnitName",
          "kind": "function",
          "signature": "class function GetEnergyUnitName(Unit_:TEnergyUnit):string",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "GetForceUnitName",
          "kind": "function",
          "signature": "class function GetForceUnitName(Unit_:TForceUnit):string",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "GetFrequencyUnitName",
          "kind": "function",
          "signature": "class function GetFrequencyUnitName(Unit_:TFrequencyUnit):string",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "GetLengthUnitName",
          "kind": "function",
          "signature": "class function GetLengthUnitName(Unit_:TLengthUnit):string",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "GetMassUnitName",
          "kind": "function",
          "signature": "class function GetMassUnitName(Unit_:TMassUnit):string",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "GetPowerUnitName",
          "kind": "function",
          "signature": "class function GetPowerUnitName(Unit_:TPowerUnit):string",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
          "name": "GetPressureUnitName",
          "kind": "function",
          "signature": "class function GetPressureUnitName(Unit_:TPressureUnit):string",
          "classification": "recommended"
        },
        {
          "owner": "TUnitConversionKit",
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        },
        {
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          "classification": "advanced"
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        {
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          "signature": "function DistanceTo(const Other:TPoint3D):Double",
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        },
        {
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          "signature": "function ToString:String",
          "classification": "advanced"
        },
        {
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        },
        {
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        },
        {
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          "classification": "advanced"
        },
        {
          "owner": "TSegment2D",
          "name": "Create",
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          "signature": "class function Create(const AP,AQ:TPoint2D):TSegment2D",
          "classification": "advanced"
        },
        {
          "owner": "TSegment2D",
          "name": "Direction",
          "kind": "function",
          "signature": "function Direction:TVector2D",
          "classification": "advanced"
        },
        {
          "owner": "TSegment2D",
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          "signature": "function Length:Double",
          "classification": "advanced"
        },
        {
          "owner": "TSegment2D",
          "name": "Midpoint",
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        },
        {
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        },
        {
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        },
        {
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        {
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        },
        {
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          "signature": "Q:TPoint3D",
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        },
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        {
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        },
        {
          "owner": "TSphere3D",
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          "owner": "TSphere3D",
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        },
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      ]
    },
    {
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      "source": "src/InterchangeLib.Models.pas",
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      "source": "src/MathBase.Complex.pas",
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          "name": "SaveSparseBinary",
          "kind": "procedure",
          "signature": "procedure SaveSparseBinary(const Stream:TStream;const Matrix:ISparseSingleMatrix)",
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          "signature": "function Summarize(const Values:TComplexArray;const MaximumValues:SizeInt=8):string",
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        {
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          "kind": "procedure",
          "signature": "procedure WriteMatrixMarket(const Stream:TStream;const Matrix:IDenseDoubleMatrix)",
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          "kind": "procedure",
          "signature": "procedure WriteSparseMatrixMarket(const Stream:TStream;const Matrix:ISparseComplexMatrix)",
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          "name": "WriteSparseMatrixMarket",
          "kind": "procedure",
          "signature": "procedure WriteSparseMatrixMarket(const Stream:TStream;const Matrix:ISparseDoubleMatrix)",
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          "signature": "Columns:SizeInt",
          "classification": "advanced"
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        {
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          "name": "Elements",
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          "signature": "Elements:QWord",
          "classification": "advanced"
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        {
          "owner": "TValueMetadata",
          "name": "Kind",
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          "signature": "Kind:TInterchangeValueKind",
          "classification": "advanced"
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        {
          "owner": "TValueMetadata",
          "name": "Rows",
          "kind": "field",
          "signature": "Rows:SizeInt",
          "classification": "advanced"
        },
        {
          "owner": "TValueMetadata",
          "name": "ScalarType",
          "kind": "field",
          "signature": "ScalarType:TInterchangeScalarType",
          "classification": "advanced"
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      ]
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      "unit": "MathBase.Iteration",
      "source": "src/MathBase.Iteration.pas",
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        {
          "owner": "TMultivariateKalmanFilter",
          "name": "Process",
          "kind": "function",
          "signature": "function Process(const Measurements:IDenseDoubleMatrix):TMultivariateKalmanSeriesResult",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanFilter",
          "name": "Reset",
          "kind": "procedure",
          "signature": "procedure Reset(const InitialMean:TDoubleArray;const InitialCovariance:IDenseDoubleMatrix)",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanFilter",
          "name": "StateCovariance",
          "kind": "function",
          "signature": "function StateCovariance:IDenseDoubleMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanFilter",
          "name": "StateMean",
          "kind": "function",
          "signature": "function StateMean:TDoubleArray",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanFilter",
          "name": "StateSize",
          "kind": "function",
          "signature": "function StateSize:SizeInt",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanFilter",
          "name": "Update",
          "kind": "function",
          "signature": "function Update(const Measurement:TDoubleArray):TMultivariateKalmanStep",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanForecast",
          "name": "ObservationCovariances",
          "kind": "field",
          "signature": "ObservationCovariances:TDenseDoubleMatrixArray",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanForecast",
          "name": "ObservationMeans",
          "kind": "field",
          "signature": "ObservationMeans:IDenseDoubleMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanSeriesResult",
          "name": "InnovationCovariances",
          "kind": "field",
          "signature": "InnovationCovariances:TDenseDoubleMatrixArray",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanSeriesResult",
          "name": "Innovations",
          "kind": "field",
          "signature": "Innovations:IDenseDoubleMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanSeriesResult",
          "name": "LogLikelihood",
          "kind": "field",
          "signature": "LogLikelihood:Double",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanSeriesResult",
          "name": "StateCovariances",
          "kind": "field",
          "signature": "StateCovariances:TDenseDoubleMatrixArray",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanSeriesResult",
          "name": "StateMeans",
          "kind": "field",
          "signature": "StateMeans:IDenseDoubleMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanStep",
          "name": "Innovation",
          "kind": "field",
          "signature": "Innovation:TDoubleArray",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanStep",
          "name": "InnovationCovariance",
          "kind": "field",
          "signature": "InnovationCovariance:IDenseDoubleMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanStep",
          "name": "LogLikelihood",
          "kind": "field",
          "signature": "LogLikelihood:Double",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanStep",
          "name": "StateCovariance",
          "kind": "field",
          "signature": "StateCovariance:IDenseDoubleMatrix",
          "classification": "advanced"
        },
        {
          "owner": "TMultivariateKalmanStep",
          "name": "StateMean",
          "kind": "field",
          "signature": "StateMean:TDoubleArray",
          "classification": "advanced"
        },
        {
          "owner": "TScalarKalmanConfiguration",
          "name": "Create",
          "kind": "function",
          "signature": "class function Create(const ATransition,AObservation,AProcessVariance,AMeasurementVariance:Double):TScalarKalmanConfiguration",
          "classification": "advanced"
        },
        {
          "owner": "TScalarKalmanConfiguration",
          "name": "MeasurementVariance",
          "kind": "field",
          "signature": "MeasurementVariance:Double",
          "classification": "advanced"
        },
        {
          "owner": "TScalarKalmanConfiguration",
          "name": "Observation",
          "kind": "field",
          "signature": "Observation:Double",
          "classification": "advanced"
        },
        {
          "owner": "TScalarKalmanConfiguration",
          "name": "ProcessVariance",
          "kind": "field",
          "signature": "ProcessVariance:Double",
          "classification": "advanced"
        },
        {
          "owner": "TScalarKalmanConfiguration",
          "name": "Transition",
          "kind": "field",
          "signature": "Transition:Double",
          "classification": "advanced"
        },
        {
          "owner": "TScalarKalmanFilter",
          "name": "Configuration",
          "kind": "property",
          "signature": "property Configuration:TScalarKalmanConfiguration read FConfiguration",
          "classification": "advanced"
        },
        {
          "owner": "TScalarKalmanFilter",
          "name": "Create",
          "kind": "function",
          "signature": "class function Create(const Configuration:TScalarKalmanConfiguration;const InitialEstimate,InitialVariance:Double):TScalarKalmanFilter",
          "classification": "advanced"
        },
        {
          "owner": "TScalarKalmanFilter",
          "name": "Estimate",
          "kind": "property",
          "signature": "property Estimate:Double read FEstimate",
          "classification": "advanced"
        },
        {
          "owner": "TScalarKalmanFilter",
          "name": "Forecast",
          "kind": "function",
          "signature": "function Forecast(const StepCount:SizeInt):TKalmanForecast",
          "classification": "advanced"
        },
        {
          "owner": "TScalarKalmanFilter",
          "name": "Predict",
          "kind": "procedure",
          "signature": "procedure Predict",
          "classification": "advanced"
        },
        {
          "owner": "TScalarKalmanFilter",
          "name": "Process",
          "kind": "function",
          "signature": "function Process(const Measurements:TDoubleArray):TKalmanSeriesResult",
          "classification": "advanced"
        },
        {
          "owner": "TScalarKalmanFilter",
          "name": "Reset",
          "kind": "procedure",
          "signature": "procedure Reset(const InitialEstimate,InitialVariance:Double)",
          "classification": "advanced"
        },
        {
          "owner": "TScalarKalmanFilter",
          "name": "Update",
          "kind": "procedure",
          "signature": "procedure Update(const Measurement:Double)",
          "classification": "advanced"
        },
        {
          "owner": "TScalarKalmanFilter",
          "name": "Variance",
          "kind": "property",
          "signature": "property Variance:Double read FCovariance",
          "classification": "advanced"
        }
      ]
    },
    {
      "unit": "TimeSeriesLib.TimeSeries",
      "source": "src/TimeSeriesLib.TimeSeries.pas",
      "classification_summary": {
        "advanced": 31,
        "compatibility": 0,
        "experimental": 0,
        "implementation": 0,
        "recommended": 27
      },
      "interface_sha256": "5e8da110e07ec2589e3cba88e9552fb00718baa65953ecbcca5fdaacd66e96a2",
      "declarations": [
        {
          "owner": null,
          "name": "ETimeSeriesError",
          "kind": "type",
          "signature": "ETimeSeriesError=class(Exception)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TADFResult",
          "kind": "record",
          "signature": "TADFResult=record",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TARIMAModel",
          "kind": "record",
          "signature": "TARIMAModel=record",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TCUSUMResult",
          "kind": "record",
          "signature": "TCUSUMResult=record",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TDecomposition",
          "kind": "record",
          "signature": "TDecomposition=record",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TDecompType",
          "kind": "type",
          "signature": "TDecompType=(dtAdditive,dtMultiplicative)",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TLinearTrend",
          "kind": "record",
          "signature": "TLinearTrend=record",
          "classification": "advanced"
        },
        {
          "owner": null,
          "name": "TTimeSeriesKit",
          "kind": "class",
          "signature": "TTimeSeriesKit=class",
          "classification": "recommended"
        },
        {
          "owner": "TADFResult",
          "name": "Crit10Pct",
          "kind": "field",
          "signature": "Crit10Pct:Double",
          "classification": "advanced"
        },
        {
          "owner": "TADFResult",
          "name": "Crit1Pct",
          "kind": "field",
          "signature": "Crit1Pct:Double",
          "classification": "advanced"
        },
        {
          "owner": "TADFResult",
          "name": "Crit5Pct",
          "kind": "field",
          "signature": "Crit5Pct:Double",
          "classification": "advanced"
        },
        {
          "owner": "TADFResult",
          "name": "IsStationary",
          "kind": "field",
          "signature": "IsStationary:Boolean",
          "classification": "advanced"
        },
        {
          "owner": "TADFResult",
          "name": "Statistic",
          "kind": "field",
          "signature": "Statistic:Double",
          "classification": "advanced"
        },
        {
          "owner": "TARIMAModel",
          "name": "ARCoeffs",
          "kind": "field",
          "signature": "ARCoeffs:TDoubleArray",
          "classification": "advanced"
        },
        {
          "owner": "TARIMAModel",
          "name": "D",
          "kind": "field",
          "signature": "D:Integer",
          "classification": "advanced"
        },
        {
          "owner": "TARIMAModel",
          "name": "MACoeffs",
          "kind": "field",
          "signature": "MACoeffs:TDoubleArray",
          "classification": "advanced"
        },
        {
          "owner": "TARIMAModel",
          "name": "Mu",
          "kind": "field",
          "signature": "Mu:Double",
          "classification": "advanced"
        },
        {
          "owner": "TARIMAModel",
          "name": "P",
          "kind": "field",
          "signature": "P:Integer",
          "classification": "advanced"
        },
        {
          "owner": "TARIMAModel",
          "name": "Q",
          "kind": "field",
          "signature": "Q:Integer",
          "classification": "advanced"
        },
        {
          "owner": "TARIMAModel",
          "name": "Sigma2",
          "kind": "field",
          "signature": "Sigma2:Double",
          "classification": "advanced"
        },
        {
          "owner": "TCUSUMResult",
          "name": "ChangePoint",
          "kind": "field",
          "signature": "ChangePoint:Integer",
          "classification": "advanced"
        },
        {
          "owner": "TCUSUMResult",
          "name": "CUSUMValues",
          "kind": "field",
          "signature": "CUSUMValues:TDoubleArray",
          "classification": "advanced"
        },
        {
          "owner": "TCUSUMResult",
          "name": "Detected",
          "kind": "field",
          "signature": "Detected:Boolean",
          "classification": "advanced"
        },
        {
          "owner": "TDecomposition",
          "name": "DecompType",
          "kind": "field",
          "signature": "DecompType:TDecompType",
          "classification": "advanced"
        },
        {
          "owner": "TDecomposition",
          "name": "Residual",
          "kind": "field",
          "signature": "Residual:TDoubleArray",
          "classification": "advanced"
        },
        {
          "owner": "TDecomposition",
          "name": "Seasonal",
          "kind": "field",
          "signature": "Seasonal:TDoubleArray",
          "classification": "advanced"
        },
        {
          "owner": "TDecomposition",
          "name": "Trend",
          "kind": "field",
          "signature": "Trend:TDoubleArray",
          "classification": "advanced"
        },
        {
          "owner": "TDecompType",
          "name": "dtAdditive",
          "kind": "enum-value",
          "signature": "dtAdditive",
          "classification": "advanced"
        },
        {
          "owner": "TDecompType",
          "name": "dtMultiplicative",
          "kind": "enum-value",
          "signature": "dtMultiplicative",
          "classification": "advanced"
        },
        {
          "owner": "TLinearTrend",
          "name": "Intercept",
          "kind": "field",
          "signature": "Intercept:Double",
          "classification": "advanced"
        },
        {
          "owner": "TLinearTrend",
          "name": "RSquared",
          "kind": "field",
          "signature": "RSquared:Double",
          "classification": "advanced"
        },
        {
          "owner": "TLinearTrend",
          "name": "Slope",
          "kind": "field",
          "signature": "Slope:Double",
          "classification": "advanced"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "ACF",
          "kind": "function",
          "signature": "class function ACF(const Y:TDoubleArray;MaxLag:Integer):TDoubleArray",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "ARFit",
          "kind": "function",
          "signature": "class function ARFit(const Y:TDoubleArray;P:Integer):TARIMAModel",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "ARForecast",
          "kind": "function",
          "signature": "class function ARForecast(const Model:TARIMAModel;const History:TDoubleArray;H:Integer):TDoubleArray",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "ARIMAFit",
          "kind": "function",
          "signature": "class function ARIMAFit(const Y:TDoubleArray;P,D,Q:Integer):TARIMAModel",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "ARIMAForecast",
          "kind": "function",
          "signature": "class function ARIMAForecast(const Model:TARIMAModel;const OriginalY:TDoubleArray;H:Integer):TDoubleArray",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "AugmentedDickeyFuller",
          "kind": "function",
          "signature": "class function AugmentedDickeyFuller(const Y:TDoubleArray;Lags:Integer=1):TADFResult",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "CUSUMDetect",
          "kind": "function",
          "signature": "class function CUSUMDetect(const Y:TDoubleArray;Threshold:Double=4.0;Target:Double=NaN):TCUSUMResult",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "Decompose",
          "kind": "function",
          "signature": "class function Decompose(const Y:TDoubleArray;Period:Integer;DType:TDecompType=dtAdditive):TDecomposition",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "DetrendLinear",
          "kind": "function",
          "signature": "class function DetrendLinear(const Y:TDoubleArray):TDoubleArray",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "Difference",
          "kind": "function",
          "signature": "class function Difference(const Y:TDoubleArray;D:Integer=1):TDoubleArray",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "DoubleExponentialSmoothing",
          "kind": "function",
          "signature": "class function DoubleExponentialSmoothing(const Y:TDoubleArray;Alpha,Beta:Double):TDoubleArray",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "ExponentialSmoothing",
          "kind": "function",
          "signature": "class function ExponentialSmoothing(const Y:TDoubleArray;Alpha:Double;InitValue:Double=NaN):TDoubleArray",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "HoltWintersForecast",
          "kind": "function",
          "signature": "class function HoltWintersForecast(const Y:TDoubleArray;Alpha,Beta,Gamma:Double;Period,H:Integer;DType:TDecompType=dtAdditive):TDoubleArray",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "LinearTrend",
          "kind": "function",
          "signature": "class function LinearTrend(const Y:TDoubleArray):TLinearTrend",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "LjungBox",
          "kind": "function",
          "signature": "class function LjungBox(const Y:TDoubleArray;MaxLag:Integer):Double",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "MAFit",
          "kind": "function",
          "signature": "class function MAFit(const Y:TDoubleArray;Q:Integer):TARIMAModel",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "PACF",
          "kind": "function",
          "signature": "class function PACF(const Y:TDoubleArray;MaxLag:Integer):TDoubleArray",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "Periodogram",
          "kind": "function",
          "signature": "class function Periodogram(const Y:TDoubleArray):TDoubleArray",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "PeriodogramPeak",
          "kind": "function",
          "signature": "class function PeriodogramPeak(const Y:TDoubleArray;MinPeriod:Integer=2;MaxPeriod:Integer=0):Integer",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "RollingZScore",
          "kind": "function",
          "signature": "class function RollingZScore(const Y:TDoubleArray;Window:Integer;Threshold:Double=3.0):TIntegerArray",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "SeasonalStrength",
          "kind": "function",
          "signature": "class function SeasonalStrength(const Decomp:TDecomposition):Double",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "SimpleMovingAverage",
          "kind": "function",
          "signature": "class function SimpleMovingAverage(const Y:TDoubleArray;Window:Integer):TDoubleArray",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "TripleExponentialSmoothing",
          "kind": "function",
          "signature": "class function TripleExponentialSmoothing(const Y:TDoubleArray;Alpha,Beta,Gamma:Double;Period:Integer;DType:TDecompType=dtAdditive):TDoubleArray",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "Undifference",
          "kind": "function",
          "signature": "class function Undifference(const DiffY:TDoubleArray;const InitVals:TDoubleArray;D:Integer=1):TDoubleArray",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "WeightedMovingAverage",
          "kind": "function",
          "signature": "class function WeightedMovingAverage(const Y:TDoubleArray;Window:Integer):TDoubleArray",
          "classification": "recommended"
        },
        {
          "owner": "TTimeSeriesKit",
          "name": "ZScoreAnomalies",
          "kind": "function",
          "signature": "class function ZScoreAnomalies(const Y:TDoubleArray;Threshold:Double=3.0):TIntegerArray",
          "classification": "recommended"
        }
      ]
    }
  ]
}