Description: Of all matrix operations can be provided to involve positioning the burden of proof when used, have a good reference value
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矩阵所有运算
............\Comm.h
............\Comm.inl
............\EigenvalueVector.h
............\EigenvalueVector.inl
............\Extremum.h
............\Extremum.inl
............\FittingApproximation.h
............\FittingApproximation.inl
............\GeneralizedInversionSingularValue.cpp
............\Integral.h
............\Integral.inl
............\Interpolation.h
............\Interpolation.inl
............\LinearEquation.h
............\LinearEquation.inl
............\Matrix.h
............\Matrix.inl
............\MatrixDeterminant.cpp
............\MatrixExample.cpp
............\MatrixInversionGS.cpp
............\MatrixLU.cpp
............\MatrixQR.cpp
............\MatrixRank.cpp
............\MatrixSingularValue.cpp
............\MatrixSymmetry.cpp
............\MatrixSymmetryRegular.cpp
............\MatrixSymmetryRegularCholesky.cpp
............\MatrixSymmetryRegularInversion.cpp
............\MatrixToeplitzInversionTrench.cpp
............\MatrixTranspose.cpp
............\NonLinearEquation.h
............\NonLinearEquation.inl
............\OrdinaryDifferentialEguation.h
............\OrdinaryDifferentialEguation.inl
............\Polynomials.h
............\Polynomials.inl
............\Random.h
............\Random.inl
............\SpecialFunction.h
............\SpecialFunction.inl
............\Statistic.h
............\Statistic.inl
............\Transform.h
............\Transform.inl
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