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Are React and React Native the same?
In simple words, no. React and React Native are two different libraries. React is an open-source JS package for creating user interfaces for web applications. It is a collection of reusable parts created to build the frameworks for the programs. While simply requiring JavaScript, React Native is used to create sophisticated mobile user interfaces using declarative components. It helps developers build native mobile apps using reusable parts. Both React and React Native dominate the market and are utilized extensively in online and mobile apps. React, often known as ReactJS, is a free JavaScript package for creating single-page web applications. It is one of the most used libraries for creating online and mobile application UI (front end). You can create quick, flexible, and user-friendly mobile apps with React. They can automate the design process. ReactJS developers may create anything they want without following rigid guidelines. Using libraries or plugins with existing code is simple for ReactJS developers. They may also create quick, scalable, and straightforward web apps thanks to it. React’s introduction to front-end programming brings back the sorely missed server-side logic. Facebook created React Native, an open-source JavaScript-based framework, to satisfy its expanding demand for mobile. With the hybrid mobile app framework React Native, you can create mobile apps from a single code base. With the help of this JavaScript framework, you can create mobile applications that run seamlessly on iOS and Android. In addition, you can develop cross-platform applications with React Native for Windows, Android, and iOS. So another framework for creating cross-platform applications is now available. React Native uses the fundamental abstraction of ReactJS. However, only the library’s parts are unique. ReactJS and React Native differ significantly, although sharing a fundamental essence similar to that of siblings. Both technologies, though, are masters in their fields. The cost of developing an app with React Native also depends on the functional needs.Pie charts: what are they, and what are the benefits?
How Can a Pie Chart Be Created in React Native?
Pie charts come in a variety of forms. Click here to view them. We’ll demonstrate how to use FusionCharts to create a few charts.A 2D Pie Chart: How to Create One?
A circle is split into segments in a 2D pie chart. Each segment denotes a proportion of the overall value in the dataset. The graph is a great way to show how many components make up the whole. The dependent variable’s magnitude is inversely related to the arc length on the graph’s circumference. Radial lines join the arcs to the circle’s center and divide the pie into slices. It represents the market share of a brand or product category as a proportion of total sales in a specific industry. Here is an example of a 2D pie chart made with React Native.import React, { Component } from "react"; import { AppRegistry, StyleSheet, Text, View, Platform } from "react-native"; import FusionCharts from "react-native-fusioncharts"; const dataSource = { chart: { caption: "Market Share of Web Servers", plottooltext: "<b>$percentValue</b> of web servers run on $label servers", showlegend: "1", showpercentvalues: "1", legendposition: "bottom", usedataplotcolorforlabels: "1", theme: "fusion" }, data: [ { label: "Apache", value: "32647479" }, { label: "Microsoft", value: "22100932" }, { label: "Zeus", value: "14376" }, { label: "Other", value: "18674221" } ] }; export default class App extends Component { constructor(props) { super(props); this.state = dataSource; this.libraryPath = Platform.select({ // Specify fusioncharts.html file location ios: require("./assets/fusioncharts.html"), android: { uri: "file:///android_asset/fusioncharts.html" } }); } render() { return ( <View style={styles.container}> <Text style={styles.heading}> FusionCharts Integration with React Native </Text> <View style={styles.chartContainer}> <FusionCharts type={this.state.type} width={this.state.width} height={this.state.height} dataFormat={this.state.dataFormat} dataSource={this.state.dataSource} libraryPath={this.libraryPath} // set the libraryPath property /> </View> </View> ); } } const styles = StyleSheet.create({ container: { flex: 1, padding: 10 }, heading: { fontSize: 20, textAlign: "center", marginBottom: 10 }, chartContainer: { height: 200 } }); // skip this line if using Create React Native App AppRegistry.registerComponent("ReactNativeFusionCharts", () => App);
A 3D Pie Chart: How to Create One?
A circle divided into sectors, each representing a percentage of the total values in a dataset, makes up the pie 3D graphic. By adding depth, the pie 3D chart elevates the simple pie chart’s visual appeal. The graph is excellent for showing how each constituent’s percentage fits into the overall picture. The radius of the arc on the graph’s circumference is inversely proportional to the size of the dependent variable. The circle’s center is reached by connecting the arcs with radial lines, which cut the pie into slices. It displays the percentage split or contribution of several factors, such as the breakdown of sales by product category or the market share of different brands in a specific industry. Here is an example of a 3D pie chart made with React Native.import React, { Component } from "react"; import { AppRegistry, StyleSheet, Text, View, Platform } from "react-native"; import FusionCharts from "react-native-fusioncharts"; const dataSource = { chart: { caption: "Recommended Portfolio Split", subcaption: "For a net-worth of $1M", showvalues: "1", showpercentintooltip: "0", numberprefix: "$", enablemultislicing: "1", theme: "fusion" }, data: [ { label: "Equity", value: "300000" }, { label: "Debt", value: "230000" }, { label: "Bullion", value: "180000" }, { label: "Real-estate", value: "270000" }, { label: "Insurance", value: "20000" } ] }; export default class App extends Component { constructor(props) { super(props); this.state = dataSource; this.libraryPath = Platform.select({ // Specify fusioncharts.html file location ios: require("./assets/fusioncharts.html"), android: { uri: "file:///android_asset/fusioncharts.html" } }); } render() { return ( <View style={styles.container}> <Text style={styles.heading}> FusionCharts Integration with React Native </Text> <View style={styles.chartContainer}> <FusionCharts type={this.state.type} width={this.state.width} height={this.state.height} dataFormat={this.state.dataFormat} dataSource={this.state.dataSource} libraryPath={this.libraryPath} // set the libraryPath property /> </View> </View> ); } } const styles = StyleSheet.create({ container: { flex: 1, padding: 10 }, heading: { fontSize: 20, textAlign: "center", marginBottom: 10 }, chartContainer: { height: 200 } }); // skip this line if using Create React Native App AppRegistry.registerComponent("ReactNativeFusionCharts", () => App);