YingyingJin/IMMSATD
Tools for plotting IM-MS ATD (Arrival TIme Distribution)
Search Results
123 items
A collection of lesser-known circular and hyperbolic trig functions and their inverses
Symmetry data and utilities related to crystallography and X-ray scattering
Build, visualize, analyze, and simulate compartmental models
This paclet is for recreational mathematics and math puzzles
TCGA Data Tool retrieves TCGA cancer datasets easily from the NCI GDC and TCIA portals
Functions for creation and manipulation of tries (prefix trees) with frequencies
Compute properties of the tangent and normal lines to a curve at a given point
Enumerate all isomorphisms given a configuration of a Steiner triple system (2, 3, 7) on the Fano plane
A statistical distribution for the sum of a normal and an asymmetric Laplace random variable
Visualize the displacement, normal stress, and stored elastic energy produced by pure bending of an elastic bar
Create a lognormal distribution using mean and median as parameters instead of the conventional parameters
Plot an IR spectrum and animate vibrational modes using quantum chemistry results
Create a triangular grid graph with customizable width and height, represented as a parallelogram composed of triangular grids
Plot a time series that includes shading to indicate ranges in the plotted value
Represent the distribution of a quadratic form with a multivariate normal
Get the coordinates of the points on a square spiral with sides parallel to the axes
Detect molecular point groups describing the symmetry of a molecule
Calculate conditional and marginal distributions of the multivariate normal distribution
Solve a plane strain elasticity problem and visualize the resulting displacements and stresses in an L-shaped domain
Compute the stereographic projection from the unit sphere to a plane
Model a curved elastic structure in plane stress and use shear strain to color the deformed configuration across load levels
Classify and plot any polynomial of degree two or less in three or fewer variables
Compare the exact distribution of Poisson's ratio with a first-order linear approximation
Compute the Kullback–Leibler divergence between two multinormal distributions
Lattice points in a square in zigzag order from the bottom-left to the top-right corner
Ermer-Lifson CFF for alkanes, alkenes, and alkylbenzenes
Illustrate how common insurance scenarios can be modeled using standard probability distributions
Return the lines passing through three or more points, given a set of points
Approximate the generalized Voronoi mesh for non-overlapping geometries
Generate a mesh geometry from points without including exterior concave perimeter areas or holes
Given a 3D triangle, return an equivalent 2D triangle along with a transformation function
Plot polygons after iteratively applying a translation, scaling and rotation
Average annual and monthly number of days with dusty weather for Iran, Jordan, and Saudi Arabia
Closed form of cos(2π/p) where p is a Fermat prime (3, 5, 17, 257, 65537) a la Gauss
Average annual and monthly number of days with fog for 22 nations
Average annual and monthly number of days with rain for 28 nations
Average annual and monthly number of days with snowfall for 9 nations
Generate the graph associated with a parametric description of a manifold
Create a non-overlapping cartogram type with visual equalization, partial topology preservation and no shape preservation
Average annual and monthly number of days without sunshine
Compute the Taylor polynomial of a given order of a function of one or several variables
Compute the probabilities and statistics associated with tossing a coin
Find the optimal portfolio weights that balance expected return and risk based on simulated asset data
Generate a sequence of values using the Metropolis–Hastings Markov chain Monte Carlo method
Compare logistic and lognormal distributions fitted to S&P 500 daily price changes to determine which better represents financial return data
Construct an association without evaluating any of the keys or values
Rational approximation of a real number using different kinds of commonly known series expansions