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Utilities for creating and editing stylesheet notebooks
Functions for protein visualizations
Build, visualize, analyze, and simulate compartmental models
This paclet is for recreational mathematics and math puzzles
A collection of mixed graph functionality
Create notebook-based browsers for content
Functions for creation and manipulation of tries (prefix trees) with frequencies
Get characteristics of Butcher trees, such as the height, width, order, density and number of labelings
Find articulation vertices of a graph
Dynamically drag around the vertices of a graph
Compute the weight of a Butcher tree
Color the vertices in a graph with no adjacent vertices sharing a color
Plot order condition trees for Runge-Kutta method
Get a list of the trees for any Runge-Kutta method of a given order
Determine if a Butcher tree is in valid functional syntax
Get the butcher trees through a given order that are not reduced by Butcher’s quadrature or row- or column-simplifying conditions
Get a list of the number of Butcher trees through a given order
Give the quadrature conditions for Runge-Kutta methods
Get a list of terms in the Taylor series expansion of the error for Runge–Kutta methods
Give the column-simplifying conditions for Runge-Kutta methods
Give the row-simplifying conditions for Runge-Kutta methods
Return vertices that are adjacent to two vertices
Return the vertex coordinates of a graph
Expand a subgraph inside the space of a graph
Quickly test for existence of an edge between two vertices
Assign colors to vertices of a graph so that no edge connects vertices of the same color
Select vertices based on annotations
List the isolates in a graph
Find the adjacency matrix for vertices in a hypergraph
Plot the values of a function at the vertices of a graph
Remove low-valence vertices in a graph
Interpolate over values given at the vertices of a polygon
Render a graph with vertices arranged in the specified layers
Plot a hypergraph defined by a list of hyperedges and isolated vertices
Find the lowest common ancestors for pairs of vertices in a graph
Find a pair of vertices that are a maximum distance apart on a graph
Represent data processing operations as edges and vertices in a graph
Find the number of vertices at each distance in a symmetric graph
Merge two graphs, linking them at a desired set of vertices
Render a graph with vertices at heights based on their distance from the root
Find the longest path between two vertices in a directed acyclic graph
Obtain a graph whose vertices and edges trace the evaluation of a recursive function
Partition the vertices of a directed acyclic graph into time-ordered level sets
Contract a subset of vertices in a NetGraph or NetChain into a single vertex
Compute the transversal hypergraph of a hypergraph defined by a list of hyperedges and isolated vertices
Generate the minimal mesh region with integer vertices that contains all points
Get the polynomial with coefficients giving the number of nonisomorphic graphs for a given number of vertices
Given vertices, get a complete graph with edge weights equal to edge lengths
Calculate the network-based inference (NBI) connection score between two vertices in a bipartite graph
List equations for Runge-Kutta methods
Create path graphs between two vertices in a graph where the paths are constructed without consideration of the direction of the edges