Wolfram/QuantumFramework
Perform analytic and numeric quantum computations
Search Results
171 items
A Wolfram Language implementation of the area method for geometry
Symmetry data and utilities related to crystallography and X-ray scattering
Implementation of Zero Knowledge proof interactive and non-interactive protocols
WL interface to Tries with frequencies implemented in Java
Generate a quiz to assess understanding of geometric transformations
Generate a quiz to assess understanding of geometrical transformations of quadratics
Generate a quiz to assess understanding of geometrical transformations of cubics
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
Print a human-readable form of a hypothesis in an abstract 2D geometric scene
Software monad for Geometric Nearest Neighbors workflows
Some function implementations of differential geometric operators
A software monad for transformation of event records
Use keypoints and estimate geometric transformations between video frames to stabilize a video
Use the short-time Fourier transform to apply fisheye effects
Use the parameter-shift rule to implement a unitary gate corresponding to an operator
Transform components of tensors with arbitrary rank with regard to their transformation behavior under any given mapping
Impose the spectral envelope of a modulator signal onto a carrier
Compute polygons, circles, compositions and transformation functions for the tessellation of the upper half-plane by the modular group
Given a metric, convert between covariant and contravariant components of a tensor
Compute measurements, transformations and more symbolically
Find circles that fit inside a square without overlap and visualize the resulting layout
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 the spatial and temporal coordinate information of a Lorentz-boosted causal graph
Generate Cartesian-like coordinates for a simple two-dimensional causal graph
Define a neural net layer for image transformation based on input and index grids
Visualize the state transformations and causal structure of a combinator evolution
Convert a permutation into one whose number of descents equals the number of excedances in the original
Convert a permutation into one whose number of excedances equals the number of descents in the original
Extract the underlying graphical primitives from plots and graphics
Generate a graphic in which the thick-lens parameters can be manipulated dynamically
Perform a change of state variables for a Stratonovich stochastic process
Use the image processing and geometric computation frameworks to find the gap in an image
Paclet to resolve operations with basic Clifford Algebra operations
Compute the rigid-body geometric parameters for a pair of nucleic acid residues in a biomolecule
Combine multiple lists into a single list by interleaving their elements in sequence
Find the number of times the domain coloring of a function wraps around the color wheel along a given curve
Simulate fair and biased coin tosses to study different discrete distributions
Augment a matrix on the right by extending each row with a corresponding entry from a list or with a constant
Augment a matrix on the left by prepending each row with a corresponding entry from a list or with a constant
Convert a point reflected in a spherical mirror to its spherical anamorphosis map in a plane parallel to the xy-plane
Create 3D shapes from 2D polygons via extrusion along the z axis, or create 3D extrusions of 3D polygons along a 3D vector
Generate geometrically distorted maps, where the distortion conveys information derived from the input data
Calculate characteristic properties for a generalized mapping between two coordinate systems
Perform three equatorial measurements to a linear cluster state to obtain a general one qubit transformation
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
Plot polygons after iteratively applying a translation, scaling and rotation
Display the set of polygons obtained by extending polyhedron edges perpendicularly inward by a given distance
Generate a Venn-like diagram to compare the Ferrers diagrams of two integer partitions
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
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
Construct and aggregate subexpressions with descending and ascending operators
Classifies and plots any polynomial of degree two or less in two or fewer variables
Design locally optimal and globally inverse optimal controllers for nonlinear system under perfect state measurement
The book "Software Design Methods with Wolfram Language" as a paclet
This is a paclet on nonlinear systems with the ultimate goal of robust MRAC for linear systems
A software monad for Sparse Matrix Recommender (SMR) workflows
Nonlinear Cholesky Factorization for MIMO nonlinear systems
Robust MRAC design for minimum phase composite system that consists of parallel interconnected MIMO LTI systems
Model reference robust adaptive control design for MIMO LTI systems
Determine the spectral decomposition of an integer in a modular number system
17 observations on the boiling point of water and barometric pressure in inches of mercury.
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
Obtain the entire image of a larger specimen by stitching images together
Interpolate between existing image frames to create a slow motion sequence