README.md

React Native Figma Squircle

Figma-flavored squircles for React Native

Disclaimer

This library is not an official product from the Figma team and does not guarantee to produce the same results as you would get in Figma.

What is this?

Figma has a great feature called corner smoothing, allowing you to create rounded shapes with a seamless continuous curve (squircles).

This library helps you bring those squircles to your React Native apps.

Before you install

This library is a very light abstraction on top of figma-squircle. We also depend on react-native-svg to draw the SVG background. In many cases, it's a better idea to just use figma-squircle directly:

• You can use react-native-skia instead of react-native-svg.
• More control and flexibility. For example, clipping can be done very easily using Clip Path.

Installation

Install react-native-svg

Then install this library:

yarn add react-native-figma-squircle

or

npm install react-native-figma-squircle

Usage

A SquircleView can be used just like a normal View, except the background is rendered separately from the view background. So to change how it looks, you'll have to use the squircleParams prop instead of the style prop.

import { SquircleView } from 'react-native-figma-squircle'

function PinkSquircle() {
  return (
    <SquircleView
      style={{ width: 200, height: 200 }}
      squircleParams={{
        cornerSmoothing: 0.7,
        cornerRadius: 30,
        fillColor: 'pink',
      }}
    />
  )
}

Props

Inherits View Props

squircleParams

cornerSmoothing

number | Required

Goes from 0 to 1, controls how smooth the corners should be.

cornerRadius

number | defaults to 0

topLeftCornerRadius

number

topRightCornerRadius

number

bottomRightCornerRadius

number

bottomLeftCornerRadius

number

fillColor

Color | defaults to #000

Similar to backgroundColor in the style prop.

strokeColor

Color | defaults to #000

Similar to borderColor in the style prop.

strokeWidth

number | defaults to 0

Similar to borderWidth in the style prop.

Thanks

• Figma team for publishing this article and MartinRGB for figuring out all the math behind it.
• George Francis for creating Squircley, which was my introduction to squircles.