Graphical Calculator by shhebaz ghouri

addition,subtraction,plot,stem, permutation,combination. (addition, graphical, calculator)

calculator(varargin)

y=C(n,r);

y=P(n,r);

Vectorized Bisection Search by Sky Sartorius

Find x such that f(x) = target. Vectorization allows for some key advantages over FZERO. (bisection, search, root)

bisection(f,lb,ub,target,options)

RootKTSMM by Andrzej Kozek

RootKTSMM finds a root of equation k(x)=0 , x in [x0,x1]. Fast, reliable, does not use derivative. (roots, roots finding)

RootKTSMM(k,x0,x1,epsm)

Depressed cubic polynomial by Isaac Mancero Mosquera

Function to obtain the "depressed" cubic polynomial, from the general cubic form. (cubic, polynomial, del ferro)

depressedcubic(p1)

NROOTS: complex polynomial root finder by Vinesh Rajpaul

NROOTS finds all the roots of real/complex polynomials. Accuracy is better than with ROOTS. (polynomial, roots, polynomial roots)

nroots(p)

Polynomial roots tracker by Emanuele Natale

This package allows to see how the roots continuously change from a polynomial to another. (polynomial, roots, plot)

[P1,P2]=readpoly

pertpoly(P1,P2,T)

polyrandpert(deg,thick1,thick2,N)

Rootshuffle.m by Alberto

Function that orders the roots/eigenvalues (root locus, eigenvalues, roots)

rootshuffle(A)

Newton's Method by T. R.

Newton's method for finding zeros of a function. (newton, numerical analysis, roots)

newton( f, df, x0, tol, nmax )

newt by Gabriel Frangakis

This function quickly preforms Newton's method on a vector function of multiple variables. (mathematics, newton, method)

newt(er,varargin)

newtzero by Matt Fig

Finds the root(s) of a function of one variable, including complex roots, using Newton's method. (root finder, newtons method, zeros)

newtzero(f,xr,mx,tol)

Calculate roots of Chebyshev polynomials. by Russell Francis

Calculate the roots of a Chebyshev polynomial of arbitrary degree. (chebyshev, root, approximation)

ChebyshevRoots( n, type, range )

resid2rhit by Bradley

Computes partial fraction expansion by a batch method. (residuem, roots, complex)

resid2rhit(b,a);

incresearch by Ali Mohammad Razeghi

Finds the intervals that function sign changes (roots, root finding, sign change)

incresearch ( func , xmin , xmax , ns )

interpolat by Ali Mohammad Razeghi

finds brackets of x that contain sign changes of a function on the interval [ xmin , xmax ] and uses (roots, root finding, brackets)

GaussSeidel(A,b,es,maxit)

interpolat ( func , xmin , xmax , ns , n , es , maxit )

Generalized Laguerre polynomial by Mattthias Trampisch

LaguerreGen calculates the generalized Laguerre polynomial L{n, alpha} for real valued alphas (value, mathematics, roots)

LaguerreGen(varargin)

Real roots on interval by Stephen Morris

Find all real roots of an arbitrary function over an arbitrary interval (approximation, interpolation, real)

roots=FindRealRoots(funhandle,a,b,n)

Complex Roots Finder by Marco Cococcioni

Computes the n n-th complex roots of a given complex number (complex number, roots, nth)

rootsc(n, x, display)

Legendre Roots by Ulises Velasco

Program made to find legendrie's polinomial roots or zeros. (approximation, interpolation, legendre)

y=cdl(grado)

y=px(x,y)

RADICAL by Mukhtar Ullah

Real specified roots of real array. (roots, real, specified)

radical(x,n)

Improved Algebra files by Dingyu Xue

Comput roots and polynomial functions with high accuracy. (roots, poly, high accuracy)

c=poly1(A)

roots(c)

resid2wp.m by Bradley Burchett

This file fixes (to a certain degree) the numerical problems with repeated roots in 'residue.m'. (residuem, complex, roots)

resid2wp(u,v,k)