文件名称:chebfun-chebfun-v5.0.1-344-g1fc6e7a
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Chebfun is an open-source software system for numerical computing with functions. The mathematical basis is piecewise polynomial interpolation implemented with what we call “Chebyshev technology”. The foundations are described, with Chebfun examples, in the book Approximation Theory and Approximation Practice (L. N. Trefethen, SIAM 2013). Chebfun has extensive capabilities for dealing with linear and nonlinear differential and integral operators, and also includes continuous analogues of linear algebra notions like QR and singular value decomposition. The Chebfun2 extension works with functions of two variables defined on a rectangle in the x-y plane.
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下载文件列表
chebfun-chebfun-1fc6e7a
.......................\.gitignore
.......................\@adchebfun
.......................\..........\adchebfun.m
.......................\..........\domain.m
.......................\..........\taylorTesting.m
.......................\..........\taylorTestingBinary.m
.......................\..........\testUnary.m
.......................\..........\valueTesting.m
.......................\..........\valueTestingBinary.m
.......................\@adchebfun2
.......................\...........\adchebfun2.m
.......................\@blockCoeff
.......................\...........\blockCoeff.m
.......................\@blockFunction
.......................\..............\blockFunction.m
.......................\..............\fred.m
.......................\..............\volt.m
.......................\@bndfun
.......................\.......\bndfun.m
.......................\.......\changeMap.m
.......................\.......\circconv.m
.......................\.......\compose.m
.......................\.......\conv.m
.......................\.......\createMap.m
.......................\.......\cumsum.m
.......................\.......\diff.m
.......................\.......\feval.m
.......................\.......\flipud.m
.......................\.......\innerProduct.m
.......................\.......\make.m
.......................\.......\mldivide.m
.......................\.......\mrdivide.m
.......................\.......\plotData.m
.......................\.......\poly.m
.......................\.......\power.m
.......................\.......\qr.m
.......................\.......\restrict.m
.......................\.......\sum.m
.......................\@chebDiscretization
.......................\...................\chebDiscretization.m
.......................\...................\extractBlock.m
.......................\...................\getConstraints.m
.......................\...................\getDimAdjust.m
.......................\...................\getProjOrder.m
.......................\...................\mat2fun.m
.......................\...................\mat2poly.m
.......................\...................\matrix.m
.......................\...................\merge.m
.......................\...................\partition.m
.......................\...................\spy.m
.......................\...................\testConvergence.m
.......................\...................\whichInterval.m
.......................\@chebcolloc
.......................\...........\baryDiffMat.m
.......................\...........\chebcolloc.m
.......................\...........\feval.m
.......................\...........\fred.m
.......................\...........\getExpmDimAdjust.m
.......................\...........\inner.m
.......................\...........\reduce.m
.......................\...........\sum.m
.......................\...........\volt.m
.......................\@chebcolloc1
.......................\............\chebcolloc1.m
.......................\............\cumsum.m
.......................\............\diff.m
.......................\............\equationPoints.m
.......................\............\functionPoints.m
.......................\............\toFunctionIn.m
.......................\............\toFunctionOut.m
.......................\............\toValues.m
.......................\@chebcolloc2
.......................\............\chebcolloc2.m
.......................\............\cumsum.m
.......................\............\diff.m
.......................\............\equationPoints.m
.......................\............\functionPoints.m
.......................\............\toFunctionIn.m
.......................\............\toFunctionOut.m
.......................\............\toValues.m
.......................\@chebdouble
.......................\...........\chebdouble.m
.......................\@chebfun
.......................\........\abs.m
.......................\........\acos.m
.......................\........\acosd.m
.......................\........\acosh.m
.......................\........\ac