#JAVASCRIPT GRAPHVIZ HOW TO#
#JAVASCRIPT GRAPHVIZ GENERATOR#
#JAVASCRIPT GRAPHVIZ FULL#
#JAVASCRIPT GRAPHVIZ SOFTWARE#

What a cool program! And a cool sequence of layers. Graphviz was written back in '93, and that sample code contains a citation back to its author. and more generally to the viz.js codebase: At the very bottom, there's a single string, literally the only string in the entire file that gives any clue what the heck is going on: 'vizRenderFromString'.Īnd indeed, it leads us to. So I'm guessing that's just graphviz's C code?ĮDIT: Yup. This is a really effective way to obfuscate code, holy moly. Is this just emscripten? It looks like compiler output. (Seriously though, WTF is going on in that file? The last time I saw 55k lines of condensed algorithms, it was when I concatenated together all of emacs' source code from one of its earliest commits.)

Here's a beautified gist, if you want to dig. tugs feverishly at massive ball of string^Wyarn^WJS

#JAVASCRIPT GRAPHVIZ HOW TO#

No comments, no indication of how to pick up the scent. It's all hardcore math/algorithm type code. Worf would understand).įor two, the js-beautified version is 56,586 lines! What could this be? So who cares? Well, it's clojure-compiled for one, so all the variables are all Yu Ugy Jagugnug (i.e. Holy moly! Attention HN, we have a delightful mystery on our hands! Sound the alarm:

#JAVASCRIPT GRAPHVIZ FULL#

Searching Stephen North brings up a very interesting Google Scholar page full of citations about graphs and dot: Hmm, I wonder what the cite at the bottom means then: There's no way, right? Was JS even this functional back in 93?

^ 'GitHub - gvhung/vizierfx: Automatically exported from /p/vizierfx'.

#JAVASCRIPT GRAPHVIZ SOFTWARE#

^ 'Data Visualization Software – Tulip'.^ 'dot2tex – A Graphviz to LaTeX converter'.^ 'GitHub - magjac/d3-graphviz: Graphviz DOT rendering and animated transitions using D3'.These algorithms are best efforts and sometimes produce undesirable results. While the DOT format allows the user to specify layout details via positional attributes, most tools rely on automated layout algorithms. VizierFX – an Apache Flex graph rendering library in ActionScript.Tulip – a software framework in C++ that can import DOT files for analysis.

OmniGraffle – a digital illustration application for macOS that can import a subset of DOT, producing an editable document (but the result cannot be exported back to DOT) NOTE: If the drawNode() method is going to be used, when loading the viz.js script, the script type shall be application/javascript or text/javascript.

dot2tex – a program to convert files from DOT to PGF/TikZ or PSTricks, both of which are rendered in LaTeX.

Beluging – a Python- & Google Cloud Platform-based viewer of DOT and Beluga extensions.

graphviz-java – an open source partial port of Graphviz to Java available from.

Grappa – a partial port of Graphviz to Java.

Gephi – an interactive visualization and exploration platform for all kinds of networks and complex systems, dynamic and hierarchical graphs.

hpcc-js/wasm Graphviz – a fast WASM library for Graphviz similar to Viz.js.

Viz.js – a JavaScript port of Graphviz that provides a simple wrapper for using it in the browser.

Vis.js – a JavaScript library that accept DOT as input for network graphs.

d3-graphviz – a JavaScript library based on Viz.js and D3.js that renders DOT graphs and supports animated transitions between graphs and interactive graph manipulation.

Canviz – a JavaScript library for rendering DOT files.

dot – CLI tool for conversion between.

Graphviz – a collection of CLI utilities and libraries to manipulate and render graphs into different formats like SVG, PDF, PNG etc.

There are several programs that can be used to render, view, and manipulate graphs in the DOT language: The DOT language defines a graph, but does not provide facilities for rendering the graph.

#JAVASCRIPT GRAPHVIZ GENERATOR#

Binary tree generated in Graphviz from a DOT description by an online Huffman Tree generator

Javascript graphviz