#Math #Fediverse, I want to self study #DiscreteMathematics using Susanna Epp’s textbook.

1. How long would a newbie take to learn this material? I’m going to give it an hour a day. And I’m in no hurry. Persistence over Pressure with this one

2. If I have questions, is there a place folk like me can go ask? other than spewing them out here in the void?

📢 We are very excited to announce the 1.0.0 release of MultilayerGraphs.jl 🎉

- Repo: https://github.com/JuliaGraphs/MultilayerGraphs.jl

- Docs: https://juliagraphs.org/MultilayerGraphs.jl

- Authors: @ClaudioMoroni, @PietroMonticone

#JuliaLang #JuliaPackages #MultilayerGraphs #Graphs #Networks #NetworkScience #FOSS #DiscreteMathematics

@julialang
@networkscience
@epiverse

Just opened a PR on Graphs.jl :julia: dedicated to the implementation of graph generators: algorithms realising simple undirected/directed graphs from graphical/digraphical degree sequences.

• Exact line of the Havel-Hakimi algorithm: https://github.com/InPhyT/Graphs.jl/blob/763f4cffaea3618057cd4504572969fe8f7d9f28/src/SimpleGraphs/generators/randgraphs.jl#L983

• Exact line of the Kleitman-Wang algorithm: https://github.com/InPhyT/Graphs.jl/blob/763f4cffaea3618057cd4504572969fe8f7d9f28/src/SimpleGraphs/generators/randgraphs.jl#L1046

#JuliaLang #JuliaPackages #MultilayerGraphs #Graphs #NetworkScience #FOSS #DiscreteMathematics

@InPhyT
@julialang
@networkscience

Just created a new branch of MultilayerGraphs.jl :julia: dedicated to the implementation of graph generators: algorithms realising simple undirected/directed graphs from graphical/digraphical degree sequences.

Here is the exact line where you can find the (just implemented) Havel-Hakim algorithm: https://github.com/JuliaGraphs/MultilayerGraphs.jl/blob/ce24f64046a975de5dda5eb748904dad6acf93b8/src/utilities.jl#L604

#JuliaLang #JuliaPackages #GraphMastodon #MultilayerGraphs #Graphs #NetworkScience #FOSS #DiscreteMathematics

@julialang
@networkscience