Description: C++ numerical computation of the commonly used algorithms, including the item type and continued fractions, the matrix operations, solving linear equations, solving systems of nonlinear equations, numerical integration, data processing and regression analysis, mathematical transformation and filtering
To Search:
- [Newton] - Newton downhill method to solve nonlinea
- [qnerr] - C code of quasi-Newton method for large
File list (Check if you may need any files):
C++数值算法
...........\Chap01
...........\......\Chap1.dsp
...........\......\Chap1.dsw
...........\......\Chap1.ncb
...........\......\Chap1.opt
...........\......\Chap1.plg
...........\......\Comm.cpp
...........\Chap02
...........\......\Chap2.dsp
...........\......\Chap2.dsw
...........\......\Chap2.ncb
...........\......\Chap2.opt
...........\......\ComplexExample.cpp
...........\Chap03
...........\......\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
...........\Chap04
...........\......\Chap4.dsp
...........\......\Chap4.dsw
...........\......\Chap4.ncb
...........\......\Chap4.opt
...........\......\FractionValue.cpp
...........\......\PolyDiv.cpp
...........\......\PolyMultip.cpp
...........\......\PolyValueOneDim.cpp
...........\......\PolyValueOneDimGroup.cpp
...........\......\PolyValueTwoDim.cpp
...........\Chap05
...........\......\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
...........\Chap06
...........\......\Chap6.dsp
...........\......\Chap6.dsw
...........\......\Chap6.ncb
...........\......\Chap6.opt
...........\......\EigenvalueVectorHessenbergQR.cpp
...........\......\EigenvalueVectorRealSymmetryJacobi.cpp
...........\......\EigenvalueVectorRealSymmetryJacobiB.cpp
...........\......\EigenvalueVectorRealTriangleQR.cpp
...........\......\HessenbergTransform.cpp
...........\......\HouseholderTransform.cpp
...........\Chap07
...........\......\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
...........\Chap08
...........\......\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