Pros of react-native-charts-wrapper

• Based on popular MPAndroidChart and Charts libraries, offering a wide range of chart types and customization options
• Supports both Android and iOS platforms natively
• Provides more advanced features like real-time updates and animations

Cons of react-native-charts-wrapper

• Steeper learning curve due to its complexity and extensive API
• Less frequent updates and maintenance compared to react-native-gifted-charts
• Requires linking native dependencies, which can be challenging for some developers

Code Comparison

react-native-charts-wrapper:

<LineChart
  data={{
    dataSets: [{
      values: [{y: 1}, {y: 2}, {y: 3}],
      label: 'Dataset 1',
    }],
  }}
  style={styles.chart}
/>

react-native-gifted-charts:

<LineChart
  data={[
    {value: 1},
    {value: 2},
    {value: 3},
  ]}
  width={300}
  height={200}
/>

Both libraries offer similar basic functionality, but react-native-charts-wrapper provides more detailed configuration options, while react-native-gifted-charts focuses on simplicity and ease of use.

Pros of react-native-svg-charts

• More established project with longer history and larger community
• Supports a wider variety of chart types, including area charts and progress circles
• Offers more customization options for axes, grids, and decorators

Cons of react-native-svg-charts

• Less frequent updates and maintenance compared to react-native-gifted-charts
• Steeper learning curve due to more complex API and configuration options
• Limited animation capabilities out of the box

Code Comparison

react-native-svg-charts:

import { LineChart, Grid } from 'react-native-svg-charts'

<LineChart
    style={{ height: 200 }}
    data={[50, 10, 40, 95, 85]}
    svg={{ stroke: 'rgb(134, 65, 244)' }}
    contentInset={{ top: 20, bottom: 20 }}
>
    <Grid />
</LineChart>

react-native-gifted-charts:

import { LineChart } from 'react-native-gifted-charts'

<LineChart
    data={[
        {value: 50},
        {value: 10},
        {value: 40},
        {value: 95},
        {value: 85}
    ]}
    width={300}
    height={200}
    color="rgb(134, 65, 244)"
/>

Both libraries offer similar basic functionality, but react-native-svg-charts provides more built-in components like Grid, while react-native-gifted-charts has a simpler API for basic use cases.

Pros of victory-native

• More comprehensive and flexible charting library with a wider range of chart types
• Better documentation and examples, making it easier for developers to implement
• Stronger community support and more frequent updates

Cons of victory-native

• Steeper learning curve due to its extensive API and configuration options
• Larger bundle size, which may impact app performance, especially on lower-end devices

Code Comparison

victory-native:

import { VictoryBar } from "victory-native";

<VictoryBar
  data={[
    { x: "A", y: 1 },
    { x: "B", y: 2 },
    { x: "C", y: 3 }
  ]}
/>

react-native-gifted-charts:

import { BarChart } from "react-native-gifted-charts";

<BarChart
  data={[
    { value: 1, label: "A" },
    { value: 2, label: "B" },
    { value: 3, label: "C" }
  ]}
/>

Both libraries offer similar basic functionality for creating charts, but victory-native provides more customization options and chart types. react-native-gifted-charts has a simpler API, making it easier to get started quickly, but may lack some advanced features found in victory-native.

Pros of react-native-chart-kit

• More established project with a longer history and larger community
• Supports a wider variety of chart types, including progress rings and contribution graphs
• Simpler API for basic chart creation

Cons of react-native-chart-kit

• Less customization options for advanced chart styling
• Limited animation capabilities compared to react-native-gifted-charts
• Fewer updates and slower development cycle

Code Comparison

react-native-chart-kit:

<LineChart
  data={{
    labels: ["January", "February", "March", "April", "May", "June"],
    datasets: [{ data: [20, 45, 28, 80, 99, 43] }]
  }}
  width={Dimensions.get("window").width}
  height={220}
/>

react-native-gifted-charts:

<LineChart
  data={[
    {value: 20}, {value: 45}, {value: 28}, {value: 80}, {value: 99}, {value: 43}
  ]}
  width={300}
  height={200}
  showXAxisLabels={true}
  xAxisLabelTexts={["Jan", "Feb", "Mar", "Apr", "May", "Jun"]}
/>

Both libraries offer straightforward ways to create basic charts, but react-native-gifted-charts provides more granular control over data points and styling options. react-native-chart-kit has a more concise API for simple use cases, while react-native-gifted-charts offers greater flexibility for complex visualizations and animations.

Pros of react-native-graph

• Lightweight and focused specifically on line graphs
• Smooth animations and interactions out of the box
• Written in TypeScript, providing better type safety

Cons of react-native-graph

• Limited to line graphs only, less versatile than react-native-gifted-charts
• Fewer customization options and chart types available
• Smaller community and potentially less frequent updates

Code Comparison

react-native-graph:

import { LineGraph } from 'react-native-graph'

<LineGraph
  points={[{ x: 0, y: 0 }, { x: 1, y: 1 }, { x: 2, y: 2 }]}
  animated={true}
/>

react-native-gifted-charts:

import { LineChart } from 'react-native-gifted-charts'

<LineChart
  data={[{ value: 0 }, { value: 1 }, { value: 2 }]}
  width={300}
  height={200}
/>

The code comparison shows that react-native-graph uses a more straightforward points prop with x and y values, while react-native-gifted-charts uses a data prop with value properties. react-native-graph also includes an animated prop for easy animation control.

react-native-gifted-charts offers more chart types and customization options, making it suitable for complex visualizations. However, react-native-graph provides a simpler API for basic line graphs with built-in animations, which may be preferable for projects with simpler graphing needs.