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angular-nvd3 - AngularJS directive for NVD3 reusable charting library (based on D3)


This thing is designed to make it easier to work with nvd3.js re-usable charting library. This directive allows you to easily customize your charts via JSON API.The key feature is that the original hierarchical structure of nvd3 models is completely preserved in directive JSON structure. This means that while you creating a complex chart that containing multiple elementary chart models (such as line, bar, axis, ...), you can in turn customize the properties of each internal elementary models as well as the global charting properties the way you want. This can be done as usual, but it becomes quite easily to customize while applying JSON approach to.

redux-dag-history - This component is a Redux middleware that implements history as a directed-acyclic-graph (DAG) as opposed to the traditional stack-based implementation


This component is a Redux middleware that implements history as a directed-acyclic-graph (DAG) as opposed to the traditional stack-based implementation.

dependo - Visualize your CommonJS or AMD module dependencies in a force directed graph report.


Visualize your CommonJS, AMD, or ES6 module dependencies in a force directed graph report - powered by D3.js. Let me introduce dependo - A small visualization tool that draws an force directed graph of JavaScript dependencies pulled from a codebase of CommonJS, AMD, or ES6. Behind the scene I’m using a wonderful library named node-madge, to extract the dependencies and combined with the power of D3.js I draw a beautiful zoomable directed graph.

Britecharts - Client-side reusable Charting Library based on D3


Britecharts is a client-side reusable Charting Library based on D3.js v4 that offers easy and intuitive use of charts and components that can be composed together to create amazing visualizations.Britecharts components have been written in ES2016 with a Test Driven methodology, so they are fully tested, and we are committed to keeping them that way.


Apache Tez - A Framework for YARN-based, Data Processing Applications In Hadoop


Apache Tez is an extensible framework for building high performance batch and interactive data processing applications, coordinated by YARN in Apache Hadoop. Tez improves the MapReduce paradigm by dramatically improving its speed, while maintaining MapReduce’s ability to scale to petabytes of data. Important Hadoop ecosystem projects like Apache Hive and Apache Pig use Apache Tez, as do a growing number of third party data access applications developed for the broader Hadoop ecosystem.

line-chart - Awesome charts for AngularJS.


n3-line-chart is an easy-to-use JavaScript library for creating beautiful charts in AngularJS applications and it is built on top of D3.js.Please note: Currently, n3-line-chart works only with D3.js version 3! In D3.js version 4, the API changed and hence breaks compatibility with many 3rd party libaries such as n3-line-chart.

mapd-charting - Dimensional charting built to work natively with crossfilter rendered using d3.js


Dimensional charting built to work natively with crossfilter rendered using d3.js. MapD-Charting is a superfast charting library that works natively with crossfilter that is based off dc.js. It is designed to work with MapD-Connector and MapD-Crossfilter to create charts instantly with our MapD-Core SQL Database. Please see examples for further understanding to quickly create interactive charts.

plotly.py - An interactive, browser-based graphing library for Python :sparkles:


Built on top of plotly.js, plotly.py is a high-level, declarative charting library. plotly.js ships with over 30 chart types, including scientific charts, 3D graphs, statistical charts, SVG maps, financial charts, and more. plotly.py is MIT Licensed. Plotly graphs can be viewed in Jupyter notebooks, standalone HTML files, or hosted online on plot.ly.

d3-process-map - Web application to illustrate the relationships between objects in a process using d3


This is a PHP web application that displays a directed acyclic graph in a modern web browser using d3.js. It is designed for illustrating the relationships between objects in a process. The application can display one or more datasets located in the data/ folder. Each dataset gets its own folder. There are two datasets bundled with the application (one for each of the examples above). Switch between datasets by appending ?dataset=folder-name to the URL. If no dataset name is given, the dataset in the default folder will be displayed.

tup - Tup is a file-based build system.


Tup is a file-based build system for Linux, OSX, and Windows. It takes as input a list of file changes and a directed acyclic graph (DAG). It then processes the DAG to execute the appropriate commands required to update dependent files. Updates are performed with very little overhead since tup implements powerful build algorithms to avoid doing unnecessary work. This means you can stay focused on your project rather than on your build system.

plotly.js - The open source JavaScript graphing library that powers plotly


Built on top of d3.js and stack.gl, plotly.js is a high-level, declarative charting library. plotly.js ships with 20 chart types, including 3D charts, statistical graphs, and SVG maps.

uvCharts - Simple yet powerful JavaScript Charting library built using d3.js


Simple, robust, extensible JavaScript charting library built using d3 designed to help developers embed, build charts in less than couple of minutes. To learn more about uvCharts and how to use it, read the wiki page or the 5 minute quick start guide.

graph - A mathematical graph/network library written in PHP


This library is built around the concept of mathematical graph theory (i.e. it is not a charting library for drawing a graph of a function). In essence, a graph is a set of nodes with any number of connections in between. In graph theory, vertices (plural of vertex) are an abstract representation of these nodes, while connections are represented as edges. Edges may be either undirected ("two-way") or directed ("one-way", aka di-edges, arcs). Depending on how the edges are constructed, the whole graph can either be undirected, can be a directed graph (aka digraph) or be a mixed graph. Edges are also allowed to form loops (i.e. an edge from vertex A pointing to vertex A again). Also, multiple edges from vertex A to vertex B are supported as well (aka parallel edges), effectively forming a multigraph (aka pseudograph). And of course, any combination thereof is supported as well. While many authors try to differentiate between these core concepts, this library tries hard to not impose any artificial limitations or assumptions on your graphs.

rickshaw - JavaScript toolkit for creating interactive real-time graphs


See the overview, tutorial, and examples for more.In the browser, manually add rickshaw.min.js and rickshaw.min.css in the document head.