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Perform analytic and numeric quantum computations
Integrate git functionality into the Wolfram Language
GSLLink is a package that provides a link to the GNU Scientific Library (GSL) from the Wolfram Language
Symmetry data and utilities related to crystallography and X-ray scattering
This paclet is for recreational mathematics and math puzzles
Combinatorics functions for subsets, tuples, and permutations
A set of functions to manipulate the unified model of Cellular Automata
Various simple matrix decompositions algorithms and support functions
Quantile regression functions
Dimension reduction algorithms
Evaluate the inverse tangent integral
Evaluate the inverse function of EllipticE
Compute properties of the tangent line to a curve at a given point
Compute numerically the Choquet integral of a function with respect to a probability distribution
Compute the tangent vector of a curve
Compute the inverse tangent of a number and get a result in degrees
Find the tangent plane of a function at a point
Find the numerical approximation for the inverse Laplace transform
Compute the tangent developable surface of a curve
Find the tangency points on a circle emanating from a point
Compute properties of the tangent and normal lines to a curve at a given point
Compute the inverse Fibonacci function
Compute the radical inverse of an integer to a given base
Evaluate the inverse of a tridiagonal matrix
Generate an inactive integral or sum of integrals used for computing the arc length of an expression with given bounds
Model of an Integral (I) controller op-amp circuit
Inverse of the Boole function
Plot and find the area of a region determined by a list of points, the x axis and the type of boundary
Compute the inverse factorial of a strictly positive integer by solving the gamma function for a specific value
Compute and plot the approximation to the integral of a function on an interval
Compute the tangent plane of a parametric surface
Determine the value of an integral using a numerical method
Determine an integral corresponding to a Riemann sum
Compute the integral describing the area between two plane curves
Find a function with a given Fourier exponential series
Compute the parametrization of a curve projected onto the unit sphere
This paclet is some basic utility functions
Find a numerical approximation for the inverse Fourier transform
Invert a zero-frequency shift
Find the integer corresponding to a given Gray code
Model of a Proportional-Integral-Derivative (PID) controller op-amp circuit
Compute and plot an approximation to the integral of a function of two variables over a rectangle
Find a numerical approximation for a function with a given Fourier exponential series
Find a numerical approximation for an inverse Fourier sine transform
Find a numerical approximation for an inverse Fourier cosine transform
Evaluate the product integral of a function
Calculate the number of standard deviations of a normal distribution that correspond to a confidence level
Find a numerical approximation to the inverse Fourier sequence transform of a periodic function
Compute the tangent of an angle given in degrees
Compute MeijerG forms of functions, fractional-order integro-derivatives, integral transforms and more.
A collection of lesser-known circular and hyperbolic trig functions and their inverses
Evaluate the Epstein–Hubbell integral
Calculate fractional integrals
Evaluate Bulirsch's incomplete elliptic integral of the first kind
Evaluate the Nielsen function G
Evaluate the Nielsen function F
A partial inverse for Thread
Evaluate Bulirsch's general incomplete elliptic integral
Evaluate Bulirsch's incomplete elliptic integral of the third kind
Evaluate Bulirsch's incomplete elliptic integral of the second kind
Compute the inverse cotangent of a number and return a result in degrees
Compute the inverse cosine of a number and return a result in degrees
Compute the inverse sine of a number and return a result in degrees
Compute the inverse secant of a number and return a result in degrees
Compute the inverse cosecant of a number and return a result in degrees
Get the osculating circle of a curve
Compute the osculating plane of a space curve
Compute the rectifying plane of a space curve
Evaluate Bulirsch's general complete elliptic integral
Calculate the log of an elementary symmetric polynomial
Get a list of abscissas and weights for the numerical inverse Laplace transform
Compute the inversion of a curve
Compute information related to a Riemann sum
Perform interpolation in n-dimensional space for irregularly spaced data
Compute the normal vector of a curve
Compute the indefinite integral of a rational function
Evaluate the integral of the complementary error function
Compute the stereographic projection from the unit sphere to a plane
Compute common measures of ecological α-diversity on a dataset of species abundance by site
Get the abscissa-weight pairs of the elementary Newton-Cotes formula
Get a numerically sorted list of abscissa-weight pairs for Fejér quadrature
Compute the curvature of a curve
Evaluate the Heuman lambda function
Test whether a permutation equals its inverse
Compute the binormal vector of a curve
Design locally optimal and globally inverse optimal controllers for nonlinear system under perfect state measurement
Get trigonometric datasets including closed-form values
Recover a Jacobi matrix from a list of abscissa-weight pairs
Compute the coefficients of the first fundamental form of a surface
Compute the turning number of a curve
Compute the perpendicular surface of a curve
Find the error in the Gaussian quadrature approximation of a function’s integral
Symmetric tridiagonal matrix for Gaussian quadrature
Get a numerically sorted list of abscissa-weight pairs for Clenshaw-Curtis quadrature
Find a numerical approximation for a Fourier transform
Compute the indefinite integral of an algebraic function in terms of elementary functions
Find the error in the Newton–Cotes quadrature formula
Get a numerically sorted list of abscissa-weight pairs for Gaussian quadrature
Count the number of pairs of out-of-order elements in a permutation
Get the number of permutations with a given number of ascents
Determine the iterated logarithm of an input
Evaluate the Faddeeva function
Evaluate functions locally over any directed acyclic graph
Print a human-readable form of a hypothesis in an abstract 2D geometric scene
Compute the Darboux vector field of a curve
Compute the normal plane of a space curve
Give the indices of a permutation where there is an immediate ascent
Get a cofactor of a matrix
Find a numerical approximation for a Fourier exponential series coefficient of a function
Find a numerical approximation for an exponential Fourier series expansion of a function
Get the binary iterated logarithm of a positive number
Find a numerical approximation for a Fourier cosine transform
Find a numerical approximation for a Fourier sine coefficient of a function
Find a numerical approximation for a Fourier sine transform
Find a numerical approximation for a trigonometric Fourier series expansion of a function
Find a numerical approximation for a Fourier cosine coefficient of a function
Find a numerical approximation to a function derivative near the specified point
Compute the coefficients of the second fundamental form
Evaluate the Clausen function
Find a numerical approximation of a series expansion of a function
Express FoxH in terms of MeijerG whenever applicable
Give the matrix of cofactors for a given input matrix
Find a numerical approximation of a residue of an expression around the specified point
Get a numerically sorted list of abscissa-weight pairs for various modifications of Gaussian quadrature
Convert a mathematical expression into an equivalent expression with head MeijerG
Convert a mathematical expression into an equivalent expression with head FoxH
Nonlinear Cholesky Factorization for MIMO nonlinear systems
Compute the fractional derivative of an expression
Get curves defined over a sphere
Find the exspheres of a triangle or tetrahedron
Determine the injectivity and surjectivity of a function
Expand a function into a factorial series
Evaluate the Kurepa function
Compute the shape operator on a surface
Calculates straight lines which collectively approximate a given image
Compute the discrete Hilbert transform of a list
Find the solution of the Josephus problem
Model reference robust adaptive control design for MIMO LTI systems
Work with logical functions and boolean values
A few robust backstepping tools
This Paclet is on LTI systems for the ultimate goal of a robust MRAC for minimum phase linear systems
This is a paclet on nonlinear systems with the ultimate goal of robust MRAC for linear systems
This Paclet is for LQR, LQG, LEQG, and H-infinity Control design
Robust MRAC design for minimum phase composite system that consists of parallel interconnected MIMO LTI systems
Get the complement of a permutation
Determine if a linear system has a solution
Transform an image to appear as in a medical CT scan
A symbolic version of the Fourier function
Compute the loxodrome distance between two points on a unit sphere
Find the rank of each of the items in a list
Compute the major index of a permutation
Get the number of permutations having a specified length and number of inversions
Generate a trig series that approximates a list of data
Evaluate the Carleman matrix of a function
Compute the discrete Hartley transform of a list
Get a congruent integer for a given fraction and modulus
Given vertices, get a complete graph with edge weights equal to edge lengths
Evaluate the radial distribution function for a fluid of hard spheres
Create Gaussian and Laplacian pyramids to facilitate efficient multiscale image processing
Compute the minimal polynomial of a square matrix
Compute the number-theoretic transform of a list of integers
Evaluate the Bickley function
Compute the Kullback–Leibler divergence between two multinormal distributions
Create a fast Fourier transform calculation in graphical form
Split and merge two images at different scales using image pyramids
Compute the projection matrix for a given vector space
Compute properties of the row space of a matrix
Compute properties of the column space of a matrix
Create a Gaussian image pyramid for zooming into a large image
Use a color deconvolution algorithm to separate a microscopy image of stained tissue samples
Perform matrix operations over a finite field
Impose the spectral envelope of a modulator signal onto a carrier
Support arithmetic operations for pairs of Eisenstein integers
Obtain and visualize the frequency response of a 2D moving-average filter
Create hand drawings of objects in images using Fourier of contour points
Compute the nullity of a matrix
Compute the quadratic residues of an integer