pracma: Practical Numerical Math Functions

Provides a large number of functions from numerical analysis and linear algebra, numerical optimization, differential equations, time series, plus some well-known special mathematical functions. Uses 'MATLAB' function names where appropriate to simplify porting.

AuthorHans Werner Borchers [aut, cre]
Date of publication2017-01-11 01:43:13
MaintainerHans W. Borchers <hwborchers@googlemail.com>
LicenseGPL (>= 3)
Version1.9.9

View on CRAN

Man pages

abm3: Adams-Bashford-Moulton

accumarray: Accumulate Vector Elements

agmean: Arithmetic-geometric Mean

aitken: Aitken' Method

akima: Univariate Akima Interpolation

andor: Logical AND, OR (Matlab Style)

andrews: Andrews' Curves

angle: Basic Complex Functions

arclength: Arc Length of a Curve

barylag: Barycentric Lagrange Interpolation

barylag2d: 2-D Barycentric Lagrange Interpolation

beep: Utility functions (Matlab style)

bernoulli: Bernoulli Numbers and Polynomials

bisect: Rootfinding Through Bisection

bits: Binary Representation

blanks: String of Blank Carakters

blkdiag: Block Diagonal Matrix

brentdekker: Brent-Dekker Root Finding Algorithm

brown72: Brownian Motion

broyden: Broyden's Method

bsxfun: Elementwise Function Application (Matlab Style)

bvp: Boundary Value Problems

cart2sph: Coordinate Transformations

cd: Directory Functions (Matlab style)

ceil: Integer Functions (Matlab Style)

charpoly: Characteristic Polynomial

chebApprox: Chebyshev Approximation

chebCoeff: Chebyshev Polynomials

chebPoly: Chebyshev Polynomials

circlefit: Fitting a Circle

clear: Clear function (Matlab style)

clenshaw_curtis: Clenshaw-Curtis Quadrature Formula

combs: Generate Combinations

compan: Companion Matrix

complexstep: Complex Step Derivatives

cond: Matrix Condition

conv: Polynomial Convolution

cotes: Newton-Cotes Formulas

cranknic: Crank-Nicolson Method

cross: Vector Cross Product

crossn: n-dimensional Vector Cross Product

cubicspline: Interpolating Cubic Spline

curvefit: Parametric Curve Fit

cutpoints: Find Cutting Points

dblquad: Double and Triple Integration

deconv: Deconvolution

deeve: Event Detection in ODE solution

deg2rad: Degrees to Radians

detrend: Remove Linear Trends

deval: Evaluate ODE Solution

diag: Matrix Diagonal

direct1d: Univariate Global Optimization

distmat: Distance Matrix

dot: Scalar Product

eig: Eigenvalue Function (Matlab Style)

eigjacobi: Jacobi Eigenvalue Method

einsteinF: Einstein Functions

ellip: Elliptic and Jacobi Elliptic Integrals

entropy: Approximate and Sample Entropy

eps: Floating Point Relative Accuracy

erfz: Error Functions and Inverses (Matlab Style)

errorbar: Plot Error Bars

eta: Dirichlet Eta Function

euler_heun: Euler-Heun ODE Solver

expint: Exponential and Logarithmic Integral

expm: Matrix Exponential

eye: Some Basic Matrices

ezcontour: Contour, Surface, and Mesh Plotter

ezplot: Easy Function Plot

ezpolar: Easy Polar Plot

fact: Factorial Function

factors: Prime Factors

fderiv: Numerical Differentiation

fibsearch: Fibonacci Search

figure: Control Plot Devices (Matlab Style)

find: find function (Matlab Style)

findintervals: Find Interval Indices

findmins: Find All Minima

findpeaks: Find Peaks

findzeros: Find All Roots

fletcher_powell: Davidon-Fletcher-Powell Method

flipdim: Matrix Flipping (Matlab Style)

fminbnd: Finding Function Minimum

fminsearch: Minimum Finding

fnorm: Function Norm

fornberg: Fornberg's Finite Difference Approximation

fprintf: Formatted Printing (Matlab style)

fractalcurve: Fractal Curves

fresnel: Fresnel Integrals

fsolve: Solve System of Nonlinear Equations

fzero: Root Finding

fzsolve: Complex Root Finding

gammainc: Incomplete Gamma Function

gammaz: Complex Gamma Function

gaussHermite: Gauss-Hermite Quadrature Formula

gauss_kronrod: Gauss-Kronrod Quadrature

gaussLaguerre: Gauss-Laguerre Quadrature Formula

gaussLegendre: Gauss-Legendre Quadrature Formula

gaussNewton: Gauss-Newton Function Minimization

gcd: GCD and LCM Integer Functions

geo_median: Geometric Median

givens: Givens Rotation

gmres: Generalized Minimal Residual Method

golden_ratio: Golden Ratio Search

grad: Numerical Gradient

gradient: Discrete Gradient (Matlab Style)

gramschmidt: Gram-Schmidt

hadamard: Hadamard Matrix

halley: Halley's Root Finding Mathod

hampel: Hampel Filter

hankel: Hankel Matrix

hausdorff: Hausdorff Distance

haversine: Haversine Formula

hessian: Hessian Matrix

hilb: Hilbert Matrix

histc: Histogram Count (Matlab style)

histss: Histogram Bin-width Optimization

hooke_jeeves: Hooke-Jeeves Minimization Method

horner: Horner's Rule

householder: Householder Reflections

humps: Matlab Test Functions

hurst: Hurst Exponent

hyperbolic: More Hyperbolic Functions

hypot: Hypotenuse Function

ifft: Inverse Fast Fourier Transformation

inpolygon: Polygon Region

integral: Adaptive Numerical Integration

integral2: Numerically Evaluate Double and Triple Integrals

interp1: One-dimensional Interpolation

interp2: Two-dimensional Data Interpolation

inv: Matrix Inverse (Matlab Style)

invlap: Inverse Laplacian

isempty: isempty Property

isprime: isprime Property

itersolve: Iterative Methods

jacobian: Jacobian Matrix

kriging: Interpolation by Kriging

kron: Kronecker product (Matlab Style)

l1linreg: L1 Linear Regression

laguerre: Laguerre's Method

lambertW: Lambert's W Function

laplacian: Laplacian Operator

lebesgue: Lebesgue Constant

legendre: Legendre Functions (Matlab Style)

line_integral: Line integral (in the complex plane)

linprog: Linear Programming Solver

linspace: Linearly Spaced Sequences

logspace: Log-linearly Spaced Sequences

lsqlin: Linear Least-Squares Fitting

lsqlincon: Linear Least-Squares Fitting with linear constraints

lsqnonlin: Nonlinear Least-Squares Fitting

lu: LU Matrix Factorization

magic: Magic Square

matlab: Matlab Compatibility

mean: Geometric and Harmonic Mean (Matlab Style)

meshgrid: Generate a Mesh Grid

mexpfit: Multi-exponential Fitting

midpoint: Bulirsch-Stoer Algorithm

mldivide: Matlab backslash operator

mod: Integer Division

mode: Mode function (Matlab style)

moler: Moler Matrix

movavg: Moving Average Filters

muller: Muller's Method

nchoosek: Binomial Coefficients

ndims: Number of Dimensions

nearest_spd: Nearest Symmetric Positive-definite Matrix

nelder_mead: Nelder-Mead Minimization

neville: Neville's Method

newmark: Newmark Method

newtonHorner: Newton's Root Finding Method for Polynomials.

newtonInterp: Lagrange and Newtons Interpolation

newtonRaphson: Rootfinding through Newton-Raphson or Secant.

newtonsys: Newton Method for Nonlinear Systems

nextpow2: Next Power of 2

nile: Nile overflow data

nnz: Nonzero Elements

norm: Vector Norm

normest: Estimated Matrix Norm

nthroot: Real nth Root

nullspace: Kernel or Nullspace

numderiv: Richardson's Numerical Derivative

numel: Number of Elements

ode: Non-stiff (and stiff) ODE solvers

odregress: Orthogonal Distance Regression

orth: Range Space

pade: Pade Approximation

pascal: Pascal Triangle

pchip: Hermitean Interpolation Polynomials

peaks: Peaks Function (Matlab Style)

perms: Generate Permutations

piecewise: Piecewise Linear Function

pinv: Pseudoinverse or Generalized Inverse

plotyy: Plotting Two y-Axes

polar: Polar Coordinate Plot (Matlab Style)

poly: Define Polynomial by Roots

poly2str: Print Polynomial

polyadd: Adding Polynomials

polyApprox: Polynomial Approximation

polyarea: Area of a Polygon

polyder: Derivative of Polynomial

polyfit: Fitting by Polynomial

polyint: Anti-derivative of Polynomial

polylog: Polylogarithm Function

polymul: Multiplying Polynomials

polypow: Polynomial Powers

polytrans: Polynomial Transformation

polyval: Evaluating a Polynomial

pow2: Base 2 Power

pp: Piecewise Polynomial Structures

ppfit: Piecewise Polynomial Fit

pracma-package: Practical Numerical Math Routines

primes: Prime Numbers

procrustes: Solving the Procrustes Problem

psi: Psi (Polygamma) Function

qpspecial: Special Quadratic Programming Solver

qrSolve: LSE Solution

quad: Adaptive Simpson Quadrature

quad2d: 2-d Gaussian Quadrature

quadcc: Adaptive Clenshaw-Curtis Quadrature

quadgk: Adaptive Gauss-Kronrod Quadrature

quadgr: Gaussian Quadrature with Richardson Extrapolation

quadinf: Infinite Integrals

quadl: Adaptive Lobatto Quadrature

quadprog: Quadratic Programming

quadv: Vectorized Integration

quiver: Quiver or Velocity Plot

rand: Create Random Matrices

randcomb: Random Combination

randortho: Generate Random Orthonormal or Unitary Matrix

randperm: Random Permutation

rank: Matrix Rank

rat: Continuous Fractions (Matlab Style)

ratinterp: Rational Interpolation

rationalfit: Rational Function Approximation

rectint: Rectangle Intersection Areas

refindall: Find overlapping regular expression matches.

regexp: Match regular expression

regexprep: Replace string using regular expression

repmat: Replicate Matrix

reshape: Reshape Matrix

ridders: Ridders' Method

rk4: Classical Runge-Kutta

rkf54: Runge-Kutta-Fehlberg

rmserr: Accuracy Measures

romberg: Romberg Integration

roots: Polynomial Roots

rosser: Rosser Matrix

rot90: Matrix Rotation

rref: Reduced Row Echelon Form

runge: Runge Function

savgol: Savitzky-Golay Smoothing

segm_distance: Segment Distance

segm_intersect: Segment Intersection

semilog: Semi-logarithmic Plots (Matlab Style)

shooting: Shooting Method

sigmoid: Sigmoid Function

simpadpt: Adaptive Simpson Quadrature

simpson2d: Double Simpson Integration

sind: Trigonometric Functions in Degrees

size: Size of Matrix

softline: Soft (Inexact) Line Search

sorting: Sorting Routines

sortrows: Sort Rows of a Matrix (Matlab Style)

spinterp: Monotone (Shape-Preserving) Interpolation

sqrtm: Matrix Square and p-th Roots

squareform: Format Distance Matrix (Matlab Style)

std: Standard Deviation (Matlab Style)

std_err: Standard Error

steep_descent: Steepest Descent Minimization

str2num: Converting string to number (Matlab style)

strcat: String Concatenation

strcmp: String Comparison

strfind: Find Substrings

strjust: Justify character vector

strrep: Find and replace substring

strtrim: Remove leading and trailing white space.

subspace: Angle between two subspaces

sumalt: Alternating Series Acceleration

taylor: Taylor Series Approximation

tictoc: MATLAB timer functions

titanium: Titanium Test Data

toeplitz: Toeplitz Matrix

trace: Matrix trace

trapz: Trapezoidal Integration

tri: Triangular Matrices (Matlab Style)

trigApprox: Trigonometric Approximation

trigonometric: More Trigonometric Functions

trigPoly: Trigonometric Polynomial

triquad: Gaussian Triangle Quadrature

trisolve: Tridiagonal Linear System Solver

vander: Vandermonde matrix

vectorfield: Vector Field Plotting

whittaker: Whittaker Smoothing

wilkinson: wilkinson Matrix

zeta: Riemann Zeta Function

Files in this package

pracma
pracma/COPYING
pracma/tests
pracma/tests/poly.R
pracma/tests/mode.R
pracma/tests/rank.R
pracma/tests/wilkinson.R
pracma/tests/hilb.R
pracma/tests/hadamard.R
pracma/tests/lambertW.R
pracma/tests/mldivide.R
pracma/tests/polyder.R
pracma/tests/pascal.R
pracma/tests/piecewise.R
pracma/tests/cond.R
pracma/tests/nextpow2.R
pracma/tests/size.R
pracma/tests/strings.R
pracma/tests/pow2.R
pracma/tests/interp1.R
pracma/tests/eig.R
pracma/tests/hypot.R
pracma/tests/conv.R
pracma/tests/strfind.R
pracma/tests/primes.R
pracma/tests/regexp.R
pracma/tests/polyval.R
pracma/tests/chebyshev.R
pracma/tests/inv.R
pracma/tests/deval.R
pracma/tests/crossn.R
pracma/tests/flipdim.R
pracma/tests/magic.R
pracma/tests/meshgrid.R
pracma/tests/hankel.R
pracma/tests/distmat.R
pracma/tests/cross.R
pracma/tests/isprime.R
pracma/tests/vander.R
pracma/tests/findintervals.R
pracma/tests/mod.R
pracma/tests/polymul.R
pracma/tests/compan.R
pracma/tests/roots.R
pracma/tests/nthroot.R
pracma/tests/polyarea.R
pracma/tests/fnorm.R
pracma/tests/polyfit.R
pracma/tests/quad.R
pracma/tests/linspace.R
pracma/tests/horner.R
pracma/tests/pchip.R
pracma/tests/diag.R
pracma/tests/findpeaks.R
pracma/tests/trace.R
pracma/tests/ceil.R
pracma/tests/std.R
pracma/tests/interp2.R
pracma/tests/rectint.R
pracma/tests/perms.R
pracma/tests/gradient.R
pracma/tests/factors.R
pracma/tests/gamma.R
pracma/tests/trapz.R
pracma/tests/dot.R
pracma/tests/subspace.R
pracma/tests/quadrature.R
pracma/tests/polyadd.R
pracma/tests/find.R
pracma/tests/polyint.R
pracma/tests/norm.R
pracma/tests/combs.R
pracma/tests/blkdiag.R
pracma/NAMESPACE
pracma/demo
pracma/demo/pracma.R
pracma/demo/00Index
pracma/NEWS
pracma/data
pracma/data/titanium.rda
pracma/data/brown72.rda
pracma/data/nile.rda
pracma/R
pracma/R/qr.R pracma/R/poly.R pracma/R/mode.R pracma/R/eigjacobi.R pracma/R/clear.R pracma/R/fzero.R pracma/R/entropy.R pracma/R/quadv.R pracma/R/numderiv.R pracma/R/modular.R pracma/R/detrend.R pracma/R/vectorfield.R pracma/R/rank.R pracma/R/fminsearch.R pracma/R/wilkinson.R pracma/R/hilb.R pracma/R/hadamard.R pracma/R/lambertW.R pracma/R/itersolve.R pracma/R/hooke_jeeves.R pracma/R/mldivide.R pracma/R/polyder.R pracma/R/hyperbolic.R pracma/R/geo_median.R pracma/R/pascal.R pracma/R/bernoulli.R pracma/R/rref.R pracma/R/angle.R pracma/R/rationalfit.R pracma/R/piecewise.R pracma/R/lsqlin.R pracma/R/sigmoid.R pracma/R/cond.R pracma/R/quadinf.R pracma/R/odregress.R pracma/R/fletcher_powell.R pracma/R/nextpow2.R pracma/R/repmat.R pracma/R/integral.R pracma/R/tri.R pracma/R/taylor.R pracma/R/laguerre.R pracma/R/fractalcurve.R pracma/R/size.R pracma/R/ode45.R pracma/R/strings.R pracma/R/psi.R pracma/R/randortho.R pracma/R/sumalt.R pracma/R/pow2.R pracma/R/beep.R pracma/R/interp1.R pracma/R/eig.R pracma/R/arclength.R pracma/R/einsteinF.R pracma/R/nelder_mead.R pracma/R/ode23.R pracma/R/fibsearch.R pracma/R/bits.R pracma/R/eps.R pracma/R/hypot.R pracma/R/conv.R pracma/R/strfind.R pracma/R/simpadpt.R pracma/R/zeta.R pracma/R/primes.R pracma/R/rosser.R pracma/R/regexp.R pracma/R/polyval.R pracma/R/deg2rad.R pracma/R/chebyshev.R pracma/R/trigregress.R pracma/R/procrustes.R pracma/R/cotes.R pracma/R/inv.R pracma/R/muller.R pracma/R/fact.R pracma/R/accumarray.R pracma/R/spinterp.R pracma/R/cranknic.R pracma/R/quadprog.R pracma/R/bisect.R pracma/R/ode78.R pracma/R/segment.R pracma/R/qpspecial.R pracma/R/trisolve.R pracma/R/deval.R pracma/R/crossn.R pracma/R/flipdim.R pracma/R/integral2.R pracma/R/str2num.R pracma/R/magic.R pracma/R/gauss_kronrod.R pracma/R/shooting.R pracma/R/gaussLegendre.R pracma/R/meshgrid.R pracma/R/polypow.R pracma/R/hankel.R pracma/R/euler_heun.R pracma/R/quadgk.R pracma/R/runge.R pracma/R/distmat.R pracma/R/pinv.R pracma/R/cross.R pracma/R/isprime.R pracma/R/vander.R pracma/R/quad2d.R pracma/R/expint.R pracma/R/fresnel.R pracma/R/findintervals.R pracma/R/lu.R pracma/R/rmserr.R pracma/R/brentdekker.R pracma/R/moler.R pracma/R/hessian.R pracma/R/polymul.R pracma/R/whittaker.R pracma/R/nchoosek.R pracma/R/ridders.R pracma/R/compan.R pracma/R/roots.R pracma/R/nthroot.R pracma/R/andor.R pracma/R/lsqnonlin.R pracma/R/golden_ratio.R pracma/R/linprog.R pracma/R/polyarea.R pracma/R/broyden.R pracma/R/bsxfun.R pracma/R/grad.R pracma/R/polylog.R pracma/R/fornberg.R pracma/R/triquad.R pracma/R/matlab.R pracma/R/polyApprox.R pracma/R/fft.R pracma/R/akima.R pracma/R/fnorm.R pracma/R/polyfit.R pracma/R/rkf54.R pracma/R/lebesgue.R pracma/R/sqrtm.R pracma/R/quad.R pracma/R/fprintf.R pracma/R/hurst.R pracma/R/complexstep.R pracma/R/quadcc.R pracma/R/romberg.R pracma/R/fderiv.R pracma/R/gmres.R pracma/R/plotyy.R pracma/R/linspace.R pracma/R/direct1d.R pracma/R/ppfit.R pracma/R/horner.R pracma/R/rk4.R pracma/R/midpoint.R pracma/R/softline.R pracma/R/tictoc.R pracma/R/hampel.R pracma/R/dblquad.R pracma/R/inpolygon.R pracma/R/semilog.R pracma/R/aitken.R pracma/R/cubicspline.R pracma/R/mexpfit.R pracma/R/pchip.R pracma/R/newmark.R pracma/R/agmean.R pracma/R/errorbar.R pracma/R/diag.R pracma/R/lsqlincon.R pracma/R/findpeaks.R pracma/R/humps.R pracma/R/poly2str.R pracma/R/newton.R pracma/R/sind.R pracma/R/ratinterp.R pracma/R/rand.R pracma/R/haversine.R pracma/R/rat.R pracma/R/nearest_spd.R pracma/R/gaussNewton.R pracma/R/deconv.R pracma/R/trace.R pracma/R/ezplot.R pracma/R/gammainc.R pracma/R/cart2sph.R pracma/R/std.R pracma/R/interp2.R pracma/R/steep_descent.R pracma/R/movavg.R pracma/R/fminbnd.R pracma/R/legendre.R pracma/R/rectint.R pracma/R/l1linreg.R pracma/R/andrews.R pracma/R/invlap.R pracma/R/normest.R pracma/R/circlefit.R pracma/R/perms.R pracma/R/barycentric.R pracma/R/figure.R pracma/R/gradient.R pracma/R/neville.R pracma/R/abm3.R pracma/R/factors.R pracma/R/cutpoints.R pracma/R/newtonsys.R pracma/R/lsqnonneg.R pracma/R/gamma.R pracma/R/trapz.R pracma/R/quadgr.R pracma/R/eye.R pracma/R/dot.R pracma/R/subspace.R pracma/R/kriging.R pracma/R/pade.R pracma/R/clenshaw_curtis.R pracma/R/pp.R pracma/R/polyadd.R pracma/R/find.R pracma/R/charpoly.R pracma/R/savgol.R pracma/R/polyint.R pracma/R/norm.R pracma/R/polar.R pracma/R/expm.R pracma/R/combs.R pracma/R/erf.R pracma/R/ellip.R pracma/R/sorting.R pracma/R/zzz.R pracma/R/ode23s.R pracma/R/circshift.R pracma/R/curvefit.R pracma/R/blkdiag.R pracma/R/findzeros.R pracma/R/quadl.R pracma/R/fsolve.R pracma/R/kron.R pracma/R/bvp.R pracma/R/histc.R pracma/R/mean.R
pracma/MD5
pracma/DESCRIPTION
pracma/man
pracma/man/newtonInterp.Rd pracma/man/trigApprox.Rd pracma/man/rosser.Rd pracma/man/nullspace.Rd pracma/man/cranknic.Rd pracma/man/brentdekker.Rd pracma/man/itersolve.Rd pracma/man/poly2str.Rd pracma/man/findpeaks.Rd pracma/man/halley.Rd pracma/man/diag.Rd pracma/man/hilb.Rd pracma/man/mexpfit.Rd pracma/man/quadl.Rd pracma/man/isempty.Rd pracma/man/polyApprox.Rd pracma/man/odregress.Rd pracma/man/interp2.Rd pracma/man/histc.Rd pracma/man/gradient.Rd pracma/man/andor.Rd pracma/man/fact.Rd pracma/man/givens.Rd pracma/man/bvp.Rd pracma/man/hooke_jeeves.Rd pracma/man/deg2rad.Rd pracma/man/entropy.Rd pracma/man/quad.Rd pracma/man/sigmoid.Rd pracma/man/lambertW.Rd pracma/man/muller.Rd pracma/man/nearest_spd.Rd pracma/man/crossn.Rd pracma/man/polyfit.Rd pracma/man/ifft.Rd pracma/man/taylor.Rd pracma/man/angle.Rd pracma/man/invlap.Rd pracma/man/hausdorff.Rd pracma/man/quadcc.Rd pracma/man/gramschmidt.Rd pracma/man/segm_distance.Rd pracma/man/spinterp.Rd pracma/man/chebCoeff.Rd pracma/man/vectorfield.Rd pracma/man/ridders.Rd pracma/man/reshape.Rd pracma/man/norm.Rd pracma/man/pow2.Rd pracma/man/repmat.Rd pracma/man/cond.Rd pracma/man/ezcontour.Rd pracma/man/nextpow2.Rd pracma/man/dblquad.Rd pracma/man/mean.Rd pracma/man/eig.Rd pracma/man/blkdiag.Rd pracma/man/deeve.Rd pracma/man/integral.Rd pracma/man/haversine.Rd pracma/man/circlefit.Rd pracma/man/trace.Rd pracma/man/steep_descent.Rd pracma/man/polypow.Rd pracma/man/magic.Rd pracma/man/primes.Rd pracma/man/dot.Rd pracma/man/curvefit.Rd pracma/man/trapz.Rd pracma/man/fnorm.Rd pracma/man/quad2d.Rd pracma/man/lsqnonlin.Rd pracma/man/aitken.Rd pracma/man/whittaker.Rd pracma/man/linprog.Rd pracma/man/pracma-package.Rd pracma/man/midpoint.Rd pracma/man/findzeros.Rd pracma/man/quiver.Rd pracma/man/barylag.Rd pracma/man/ode.Rd pracma/man/orth.Rd pracma/man/ppfit.Rd pracma/man/fminsearch.Rd pracma/man/rand.Rd pracma/man/ceil.Rd pracma/man/triquad.Rd pracma/man/polyarea.Rd pracma/man/std.Rd pracma/man/pade.Rd 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pracma/man/integral2.Rd pracma/man/flipdim.Rd pracma/man/strrep.Rd pracma/man/eye.Rd pracma/man/akima.Rd pracma/man/str2num.Rd pracma/man/ndims.Rd pracma/man/fzero.Rd pracma/man/roots.Rd pracma/man/polyint.Rd pracma/man/gcd.Rd pracma/man/simpson2d.Rd pracma/man/andrews.Rd pracma/man/histss.Rd pracma/man/randperm.Rd pracma/man/householder.Rd pracma/man/nchoosek.Rd pracma/man/rk4.Rd pracma/man/isprime.Rd pracma/man/beep.Rd pracma/man/rank.Rd pracma/man/gaussNewton.Rd pracma/man/chebPoly.Rd pracma/man/horner.Rd pracma/man/fractalcurve.Rd pracma/man/euler_heun.Rd pracma/man/strjust.Rd

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