Basically covers all of the numerical calculation, C++ source code, you can use as a library

常用数值算法\Chap01\Chap1.dsp
............\......\Chap1.dsw
............\......\Chap1.ncb
............\......\Chap1.opt
............\......\Chap1.plg
............\......\Comm.cpp
............\.....2\Chap2.dsp
............\......\Chap2.dsw
............\......\Chap2.ncb
............\......\Chap2.opt
............\......\ComplexExample.cpp
............\.....3\Chap3.dsp
............\......\Chap3.dsw
............\......\Chap3.ncb
............\......\Chap3.opt
............\......\rand.cpp
............\......\rand_01_One.cpp
............\......\rand_01_Series.cpp
............\......\rand_ab_One.cpp
............\......\rand_ab_Series.cpp
............\......\rand_NormalDistributing_One.cpp
............\......\rand_NormalDistributing_Series.cpp
............\.....4\Chap4.dsp
............\......\Chap4.dsw
............\......\Chap4.ncb
............\......\Chap4.opt
............\......\FractionValue.cpp
............\......\PolyDiv.cpp
............\......\PolyMultip.cpp
............\......\PolyValueOneDim.cpp
............\......\PolyValueOneDimGroup.cpp
............\......\PolyValueTwoDim.cpp
............\.....5\Chap5.dsp
............\......\Chap5.dsw
............\......\Chap5.ncb
............\......\Chap5.opt
............\......\GeneralizedInversionSingularValue.cpp
............\......\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
............\.....6\Chap6.dsp
............\......\Chap6.dsw
............\......\Chap6.ncb
............\......\Chap6.opt
............\......\EigenvalueVectorHessenbergQR.cpp
............\......\EigenvalueVectorRealSymmetryJacobi.cpp
............\......\EigenvalueVectorRealSymmetryJacobiB.cpp
............\......\EigenvalueVectorRealTriangleQR.cpp
............\......\HessenbergTransform.cpp
............\......\HouseholderTransform.cpp
............\.....7\Chap7.dsp
............\......\Chap7.dsw
............\......\Chap7.ncb
............\......\Chap7.opt
............\......\LE_GaussSeidelIteration.cpp
............\......\LE_IllConditionedEquation.cpp
............\......\LE_LinearLeastSquareGeneralizedInverse.cpp
............\......\LE_LinearLeastSquareHouseholder.cpp
............\......\LE_SparseEuationTotalChoiceGaussJordan.cpp
............\......\LE_StrapEquationGauss.cpp
............\......\LE_SymmetryEquation.cpp
............\......\LE_SymmetryRegularEuationConjugateGradient.cpp
............\......\LE_SymmetryRegularEuationSquareRoot.cpp
............\......\LE_ToeplitzEuationLevinson.cpp
............\......\LE_TotalChoiceGauss.cpp
............\......\LE_TotalChoiceGaussJordan.cpp
............\......\LE_TridiagonalEquationGauss.cpp
............\.....8\Chap8.dsp
............\......\Chap8.dsw
............\......\Chap8.ncb
............\......\Chap8.opt
............\......\RootAitken.cpp
............\......\RootFraction.cpp
............\......\RootGradient.cpp
............\......\RootHalves.cpp
............\......\RootLeastSquareGeneralizedInverse1.cpp
............\......\RootLeastSquareGeneralizedInverse2.cpp
............\......\RootMonteCarloComplex.cpp
............\......\RootMonteCarloGroupReal.cpp
............\......\RootMonteCarloReal.cpp
............\......\RootNewton.cpp
............\......\RootNewtonHillDown.cpp
............\......\RootQR.cpp
............\......\RootQuasiNewton.cpp
............\.....9\Chap9.dsp
............\......\Chap9.dsw
............\......\Chap9.ncb
............\......\Chap9.opt
............\......\Interpolation1Variable3PointsIsometry.cpp
............\......\Interpolation1Variable3PointsNotIsometry.cpp

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