December 16, 2021
Data visualisation is a science as well as an art form. If you work with data, one of the most difficult challenges you may face is determining the best way to shape and present your data in a readable format. A proper visualisation flawlessly conveys the meaning of the data analysis performed.
Because there are so many different types of data visualisation tools on the market, it’s no surprise that it can take a long time to find the right one.
What is data visualization?
Data visualisation, in its most basic form, refers to how we represent our data with visuals such as charts, graphs, and so on. It is the graphical representation of data, usually a mapping or relationship between data points and lines on a chart or graph. In general, it entails creating the best visual interface for our data.
The shape of the visualisation is usually determined by the relationship between the graphical elements or types chosen and the data points involved. The ultimate goal is to clearly and effectively communicate information derived from data sources through visual or graphical means.
Data visualisation, as it is sometimes referred to, is especially useful for helping us tell stories about our data while also understanding the representation of a large set of data points at a glance. Primarily, the major goals of data are to represent data in an aesthetically pleasing and easily consumable manner.
5. V Charts
6. Trading Vue.js
13. Frappe Charts
15. Google Charts
We’ll compare their advantages and disadvantages, key features and functionalities, philosophy, and so on. At the end of the day, the purpose is to understand why we might choose one of these visualisation libraries based on their available features and our specific use case.
Let’s take a look at each of these libraries in turn:
The comprehensive API reference, which offers many chart types, is one of the advantages of working with D3.js. These are essentially a group of modules that are designed to function together. It’s worth noting that we can utilise these modules separately or as part of the default builds. It also includes several community-supported plugins.
D3 is also capable of animations, data analysis, hierarchical data, and interaction, D3 is known for its animation and interaction capabilities. Take a look at this simple animated treemap as an example.
D3.js, which is now at version 4, also comes with a wealth of community-developed resources, such as tutorials, videos, classes, and books. To aid learning and productivity, the D3 team has also published hundreds of forkable examples and tutorials. We can use either npm or Yarn to install it.
D3 offers over 30 modules and 1,000 methods! This is where Observable enters the picture.
It allows us to edit cells and run them automatically for instant feedback, making it the easiest method to get started with D3. With practically no coding, we can also add interaction or animation. Observable is an excellent environment for learning D3 since it simplifies code by allowing data to flow through it, similar to a spreadsheet.
Recharts is a React and D3-based chart toolkit that has been reimagined. It’s a reusable, decoupled charting library that allows us to quickly design charts with separated React components. Its components are created on top of SVG elements with a light dependent on D3 submodules, which is one of its key advantages.
By modifying component props and passing in custom components, Recharts enables extremely sophisticated chart customisation. Recharts can be readily integrated into our React applications in general. To get started with Recharts, we can either use npm to install it or build it from the source.
Recharts also allows users to add strong interactivity to their chart components in a variety of ways. We can easily add a tooltip component with advanced hovering behaviour, for example. With support for different chart kinds, components, and shapes, it has a clean and simple-to-use API. In the documentation, there are some examples.
A suite of modular charting components built with React and React Native in mind.
Victory does an excellent job of laying out the foundations for creating a chart.
Customizing axes, labels, and passing in several data sets for a single graph are all rather simple, and adjusting styles and behaviour is simple and intuitive. It’s very effective, and it allows you to create some nice-looking charts with very little code. It’s definitely worth a look if you’re looking for cross-platform software.
Its simple aesthetic, on the other hand, may not be to everyone’s taste (though I enjoy it!). Although there aren’t many resources on react-vis, the documentation is simple and easy to understand.
It’s a decent all-around tool for making basic charts with straightforward data configuration. It’s built with Vue2.x and echarts.
It’s a robust, all-encompassing graphing system for traders.
Chartkick is a great resource that isn’t just for Vue. It allows you to create charts that are both functional and appealing.
It’s a React Native pivot table element. Excellent for displaying commercial statistics.
A Vue.js and React wrapper is included with this useful toolkit for SVG charts. Its charts appear fantastic on a variety of devices, and the library is easy to customise and comes with thorough documentation. With larger datasets, it can be sluggish, so make sure it’s exactly what you’re searching for.
The library is still in its early stages, so there’s plenty of opportunity for improvement, but if responsiveness and interaction are essential to you, it’s a nice-looking library worth checking out!
Chart.js is a simple to use and highly flexible framework. It’s also free and open-source, with substantial documentation and more than eight chart types, including built-in chart types, maintained by open-source developers.
Developer capabilities enable Chart.js to be extended, customised, and enhanced in a variety of ways. The configuration is used to alter the behaviour of the chart. There are properties for controlling the styling, typefaces, and legend, among other things. As a side note, we can configure both the global and dataset settings.
Chart. js are rendered on canvas elements, they are very quick to render. As a result, it works with the majority of modern browsers, as the canvas element is supported by all major mobile browsers. It also works well with well-known JS libraries.
Here’s an example of how to use the canvas component to display a chart:
<canvas id="myChart" width="400" height="400"></canvas>
The responsiveness of Chart.js can be modified using a few settings provided by the library to manage the resizing behaviour. This is commonly accomplished by detecting when the canvas display size changes and adjusting the render size correspondingly — even though canvas render size has certain known limitations that can lead to erroneous rendering.
Many chart extensions, plugins, and adapters are also supported by Chart.js. The most expedient way to tweak or change a chart’s default behaviour is to use plugins. They were first introduced in version 2.1.0 (just for global plugins) and were later expanded in version 2.5.0.
Consider this suggestion for large datasets or performance-sensitive applications: if your charts have significant render times, it’s a good idea to turn off animations. As a result, instead of being rendered numerous times during each update, the chart just needs to be rendered once. This will result in a reduction in CPU consumption and an overall improvement in page performance.
With no dependencies, this is an extremely simple library for charts. It’s open-source, and it’s one of the smallest libraries on the list, with only seventeen contributors.
Frappe Charts is a package that supports line, bar, and other forms of charts and is inspired by GitHub-like visualisations. It can also be used to create monthly heatmaps similar to those found on GitHub Activity. This is the package for you if you want something simple and light.
Nivo is a stunning framework developed on top of D3 and React that includes fourteen distinct sorts of components for presenting data. It was released in 2017, and on August 20, 2017, ProductHunt named it “product of the day.”
Nivo has several customization possibilities as well as three rendering methods: Canvas, SVG, and even API-based HTML. The documentation is excellent, and the demos are adaptable and entertaining. It’s a high-level library that’s easy to use, but it’s limited in terms of bespoke visuals.
An incredibly popular charting Web service that I couldn’t leave off the list. It’s the go-to JS library for many people because it comes with a variety of pre-built chart kinds, including bar, line, area, calendar, geo charts, and many more.
One of the most popular charting libraries available. Its elegant design distinguishes it from its competitors. Apple, Amazon, NASA, and a slew of other well-known companies are among amCharts’ clientele, which is fairly amazing.
AmCharts is a for-profit company, with prices starting at $180 for a single website licence. For a set fee, you get all of the charts you need, including geographical maps, as well as excellent customer service with response times of less than 3 hours on average. It appears to be a viable option for huge corporations.
Another commercial programme that creates attractive charts on a variety of devices and browsers. Some chart kinds, such as the network chart, sparkline chart, and gauge chart, are missing. It also has a steep learning curve.
On the other side, it’s lightning quick, even with 100k+ data points, and it comes with four pre-installed themes that should cover most eventualities. Apple, Bosch, Siemens, HP, Microsoft, and a long list of other companies are among its clients.
Highcharts is a data visualisation library that is entirely based on native browser technologies, eliminating the need for client-side plugins such as Flash. One of the primary benefits of using Highcharts is that it works well in all modern browsers, which include mobile devices and Internet Explorer starting with version 6.
Highcharts is compatible with any server that supports HTML. Because all of the renderings are done locally in a browser, we can even run Highcharts from a filesystem. It should be noted that standard browsers render graphics using SVG.
When it relates to fundamental customizations, we can use a global theme. Themes are a collection of options that can be applied globally by calling the Highcharts.setOptions method. There’s also a responsive top-level configuration option, which involves a variety of functional chart types.
Highcarts also includes some performance metrics. We can, for example, use ES modules to create our own custom Highcharts package files. Custom files, for example, can improve browser load speed by having smaller file sizes and fewer files to request. Refer to the documentation for more information on other performance enhancements.
Unlike many charting libraries, such as Chart.js, Highcharts includes an accessibility module. Simply add the following file after any of the Highcharts JS files to include the accessibility module:
Screen readers, internationalisation, and other accessibility features are also available. Aside from that, Highcharts includes an export module that allows users to download charts as PDF, PNG, JPG, or SVG. The chart data can even be exported to CSV, XLS, or HTML table formats using the export data module.
Highcharts has been built in a modular fashion since version 2, relying on extensions for additional functionality. Extensions allow us to create or add new features to the library’s capabilities.
The library promises stunning visuals that need little code and are simple to integrate into your product.
Zoomchatrts is a Canvas-based library that works up to twenty times quicker than SVG-based competitors utilising the same data and settings with default defaults.
Although I couldn’t locate a precise price for Zoomcharts, I did come across a couple of comments that described it as “expensive.” Whatever the cost, you’ll get incredible interaction, multi-touch gestures, and high-quality customer service in return.
It’s a tremendous responsibility to visualise data inside those programmes and convey it to end consumers. Companies base their strategy on the charts, data, and tables they’re given, and they frequently utilise them to decide whether or not to pursue commercial prospects. As a result, picking the correct tools can mean the difference between making it and breaking it in some circumstances.
All of the libraries we’ve looked at thus far are fantastic, and the variations between them are minor: they all offer a wide range of supported functionality, a robust API interface, and excellent community support.