Wrapper component that detects element resize and passes new dimensions down the tree. Based on https://github.com/wnr/element-resize-detector
Overview:
React-container-dimensions is an innovative wrapper component designed to intelligently detect when a parent container element is resized and effectively pass those updated dimensions down to child components. This functionality is particularly beneficial for applications that require responsive designs, such as SVG visualizations, ensuring that the dimensions of the child components remain in sync with their parent at all times. By utilizing the getBoundingClientRect() method, this library allows for smooth adaptations to changes in the container’s size without altering the existing DOM structure.
In environments where CSS properties like flexbox are utilized, maintaining the flow of child components becomes crucial. React-container-dimensions skillfully achieves this by acting as middleware, enabling seamless integration with existing styles and structures.
Features:
- Dimension Detection: Automatically detects parent container resizing and passes updated dimensions to child components.
- Responsive Design: Ensures child components dynamically adapt to changes in container size, vital for responsive layouts.
- Easy Integration: Serves as middleware, allowing you to pass dimensions without altering the existing DOM tree.
- Child Component Props: Provides children with top, right, bottom, left, width, and height dimensions as props.
- Function Callback: Allows users to perform calculations based on dimensions, with a callback function expected to return a React component or element.
- No New DOM Elements: Unlike other solutions, it does not generate new HTML elements, preserving the original layout and styling of the components.
- Compatibility with Flexbox: Maintains compatible behavior with CSS properties such as display: flex, ensuring proper layout flow for adjacent children.
- Ideal for SVGs: Perfectly suits scenarios where SVG visualizations need to adjust size according to their container, ensuring proper scaling and rendering.