#REACT GRAPHVIZ HOW TO#
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Since I started searching for a data-viz library, everyone I asked mentioned Victory once, if not twice. SVG render | Responsive Charts | Types available | Zoom/brush available Highlights See the comparison app here for a real-life example and Performance Results for profiler performance of this library in a real-life situation.

It provides a ResponsiveContainer component for creating responsive graphs. You add the components you need in the wrapper component and customize them by their props. You can see the data shape you should be using to generate each chart both in API documentation and examples pages. It also has an examples page where you can find different example charts along with an interactive coding box and jsfiddle links, as well as detailed documentation about its components. Recharts has a great, simple guide section which will take you through the best way to utilize what it has to offer. So, in plain English: Recharts does some math calculations with D3 functions and uses React to draw them in view. Recharts is built on React components that produce SVG elements for rendering shapes with lightweight dependency on D3 submodules. Additionally, TypeScript (TS) is the main language used which means it comes with type definitions very convenient if your application is also written in TS. I was also really impressed with its modern looking default styles with a smooth tooltip. The first things I noticed about Recharts was its simplicity, smooth animations, and popularity. SVG render | Responsive Charts | Types available | No zoom/brush Highlights You can see the sandbox for that project here. I scaffolded a create-react-app and created a stacked area timeseries chart with each library to see how hard it was to work with them. While you can add those, and even give the chart zooming or brushing capabilities, it is time consuming and requires a good understanding of SVG/canvas elements and D3. And keep in mind that in contrast to the charts created with the libraries below, this chart doesn’t have a tooltip and is not responsive.

#REACT GRAPHVIZ CODE#

Please compare it to the other libraries’ code I put below.

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All the math calculations are done by D3 sub-modules and React is used to update the DOM. Here is the code snippet of a stacked area chart I created to give you an idea of how plain D3 works in React.

#REACT GRAPHVIZ HOW TO#

Both take control of user interface elements, and they do so in different ways.” - Marcos Iglesias, Bringing Together React, D3, And Their Ecosystem.Īlthough it is not impossible to use D3 in React, and there are great discussions ( 1, 2, 3) about how to do it the right way, if you are creating a project that will use common chart types it’s perhaps the right choice to use a library other than plain D3. “Both React and D3 are two excellent tools designed with goals that sometimes collide.

When you use D3 in React, and if you utilize its DOM manipulating function, you will be changing the real DOM which means you are relinquishing all React has to offer in terms of performance and efficiency. A rule of thumb when writing applications in React is that you shouldn’t be messing with the real DOM directly. This is where the problem with D3 comes in. If you are using React as your framework, it’s likely you choose it because of this magic thing called Virtual DOM that makes React applications efficient and fast. These problems originate from the fact that React and D3 both manipulate the DOM. Second, D3 also introduces some difficulties when used in React. It may take you days to learn how to create a chart using D3 in React versus using an existing library which could create the same chart in minutes. It has hundreds of functions and its own unique way of handling things for you. Otherwise, using one of these libraries will make your life much easier because there are issues to using D3 in React! Problems with using D3 in Reactįirst, if you don’t know how to use D3 it is going to take quite some time to learn and implement. So, wait! D3 sounds great and you call it the gold standard, then why not use D3 outright? Well, if you were creating a very specific chart type not provided by one of the libraries in this article it might make sense to use D3. D3 allows you to bind arbitrary data to a Document Object Model (DOM), and then apply data-driven transformations to the document to create interactive SVG charts with smooth transitions and interaction. Before jumping into our five libraries I wanted to quickly go over D3, the gold standard for data viz libraries.

React graphviz