WolframExternalFunctions/GSLLink
GSLLink is a package that provides a link to the GNU Scientific Library (GSL) from the Wolfram Language
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158 items
GSLLink is a package that provides a link to the GNU Scientific Library (GSL) from the Wolfram Language
A Wolfram Language implementation of the area method for geometry
A collection of lesser-known circular and hyperbolic trig functions and their inverses
Symmetry data and utilities related to crystallography and X-ray scattering
This paclet is for recreational mathematics and math puzzles
Compute numerically the Choquet integral of a function with respect to a probability distribution
Generate an inactive integral or sum of integrals used for computing the arc length of an expression with given bounds
Print a human-readable form of a hypothesis in an abstract 2D geometric scene
Generate a quiz to assess understanding of geometric transformations
Plot and find the area of a region determined by a list of points, the x axis and the type of boundary
Compute and plot the approximation to the integral of a function on an interval
Compute the integral describing the area between two plane curves
Software monad for Geometric Nearest Neighbors workflows
Some function implementations of differential geometric operators
Compute and plot an approximation to the integral of a function of two variables over a rectangle
Compute MeijerG forms of functions, fractional-order integro-derivatives, integral transforms and more
Use ORB keypoint descriptors to compute an image transformation
Generate a geometric transformation function for inversion about a point
Given a 3D triangle, return an equivalent 2D triangle along with a transformation function
Generate a graphic in which the thin-lens parameters can be manipulated dynamically
Generate a graphic of a ray diagram in which the circular mirror parameters can be manipulated dynamically
Generate a quiz to assess understanding of geometrical transformations of quadratics
Generate a quiz to assess understanding of geometrical transformations of cubics
Get a numerically sorted list of abscissa-weight pairs for Fejér quadrature
Extract the underlying graphical primitives from plots and graphics
Generate a graphic in which the thick-lens parameters can be manipulated dynamically
Find the error in the Gaussian quadrature approximation of a function’s integral
Find the numerical approximation for the inverse Laplace transform
Get a numerically sorted list of abscissa-weight pairs for Clenshaw-Curtis quadrature
Compute the indefinite integral of an algebraic function in terms of elementary functions
Get a numerically sorted list of abscissa-weight pairs for Gaussian quadrature
Use the image processing and geometric computation frameworks to find the gap in an image
Use keypoints and estimate geometric transformations between video frames to stabilize a video
Find a numerical approximation to a function derivative near the specified point
Generate geometrically distorted maps, where the distortion conveys information derived from the input data
Get a numerically sorted list of abscissa-weight pairs for various modifications of Gaussian quadrature
Given edge lengths of a tetrahedron, return the dihedral angles opposite those edges
Given edge lengths of a triangle, return the angles opposite those edges
Convert a mathematical expression into an equivalent expression with head MeijerG
Display the set of polygons obtained by extending polyhedron edges perpendicularly inward by a given distance
Visualize the distribution of molecule shapes in a 2D scatter plot
Get the Euclidean distance between two real vectors without using absolute value
Plot a quadric surface, automatically determining the regions of interest, view direction and scaling
Compute the parametrization of a curve projected onto the unit sphere
Convert a point reflected in a spherical mirror to its spherical anamorphosis map in a plane parallel to the xy-plane
Compute the apparent visual shape of an object or region traveling with constant velocity
Evaluate the shortest distance between two points in a box with periodic boundary conditions
Plot polygons after iteratively applying a translation, scaling and rotation
Given a metric, convert between covariant and contravariant components of a tensor
Transform components of tensors with arbitrary rank with regard to their transformation behavior under any given mapping
Classifies and plots any polynomial of degree two or less in two or fewer variables
Compute polygons, circles, compositions and transformation functions for the tessellation of the upper half-plane by the modular group
Design locally optimal and globally inverse optimal controllers for nonlinear system under perfect state measurement
This is a paclet on nonlinear systems with the ultimate goal of robust MRAC for linear systems
The book "Software Design Methods with Wolfram Language" as a paclet
A software monad for Sparse Matrix Recommender (SMR) workflows
Nonlinear Cholesky Factorization for MIMO nonlinear systems
Determine the spectral decomposition of an integer in a modular number system
Generate three cyclic harmonic quadrangles from a reference triangle
Move back and forth from the squared space or square root space of an algebraic number field
Compute the Dixon resultant with respect to a set of polynomials and variables
Convert a 3D region into a 3D image, deform and transform it back to the mesh region
Given vertices, get a complete graph with edge weights equal to edge lengths
Get a list of abscissas and weights for the numerical inverse Laplace transform