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gMOIP (version 1.3.0)

'2D and 3D plots of linear mathematical programming models'

Description

Make 2D and 3D plots of the polytope of a LP, ILP or MILP problem, including integer points and iso profit curve. Can also make a plot of the bi-objective criterion space.

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Version

Install

install.packages('gMOIP')

Monthly Downloads

807

Version

1.3.0

License

GPL (>= 3.3.2)

Issues

3

Pull Requests

0

Stars

5

Forks

2

Maintainer

Lars Relund

Last Published

August 5th, 2019

Functions in gMOIP (1.3.0)

loadView

Help function to load the view angle for the RGL 3D plot from a file or matrix
plotPolytope2D

Plot the polytope (bounded convex set) of a linear mathematical program
mergeLists

Merge two lists to one
saveView

Help function to save the view angle for the RGL 3D plot
plotCriterion2D

Create a plot of the criterion space of a bi-objective problem
plotPolytope

Plot the polytope (bounded convex set) of a linear mathematical program
slices

Find all corner points in the slices define for each fixed integer combination.
cornerPoints

Calculate the corner points for the polytope Ax<=0.
cornerPointsCont

Calculate the corner points for the polytope Ax<=b assuming all variables are continuous.
plotPolytope3D

Plot the polytope (bounded convex set) of a linear mathematical program
criterionPoints

Calculate the criterion points of a set of points and ranges to find the set of non-dominated points (Pareto points) and classify them into extreme supported, non-extreme supported, non-supported.
gMOIP

2D plots of linear/integer programming models.
inHull

Efficient test for points inside a convex hull in n dimensions. Inspired by the Matlab code by John D'Errico http://www.mathworks.com/matlabcentral/fileexchange/10226-inhull and https://tolstoy.newcastle.edu.au/R/e8/help/09/12/8784.html
hullSegment

Find segments (lines) of a face.
df2String

Convert each row to a string.
integerPoints

Integer points in the feasible region (Ax<=b).