Package Exports
- react-xmasonry
This package does not declare an exports field, so the exports above have been automatically detected and optimized by JSPM instead. If any package subpath is missing, it is recommended to post an issue to the original package (react-xmasonry) to support the "exports" field. If that is not possible, create a JSPM override to customize the exports field for this package.
Readme
react-xmasonry
Responsive minimalistic and featured native masonry layout for React JS.
General Features
- React JS native masonry layout implementation with no dependencies.
- Minimalistic design and simple use case.
- Ability to control blocks width (in columns) and columns width.
- Responsive, mobile-friendly approach (so there is no "fixed block width" option).
- Fully customizable: use CSS animations and transitions you wish (use .xmasonry and .xblock selectors).
Demo
Installation
npm install react-xmasonry --save
Or, if you use the old-style <script>
tag, try the next:
<script type="text/javascript" src="https://raw.githubusercontent.com/ZitRos/react-xmasonry/master/dist/index.js"></script>
Example of Usage
Import XMasonry
and XBlock
components:
import { XMasonry, XBlock } from "react-xmasonry";
The simplest layout using JSX and a little styling looks as following:
<XMasonry>
<XBlock>
<div className="card">
<h1>Card One</h1>
<p>Any text</p>
</div>
</XBlock>
<XBlock width="2">
<div className="card">
<h1>Card Two</h1>
<p>Any text</p>
</div>
</XBlock>
</XMasonry>
There is no more JavaScript than positioning and sizing! Use any CSS to make animations and
transitions you like (.xmasonry
and .xblock
selectors), for example:
@keyframes comeIn {
0% { transform: scale(0) }
75% { transform: scale(1.03) }
100% { transform: scale(1) }
}
.xmasonry .xblock {
animation: comeIn ease 0.5s;
animation-iteration-count: 1;
transition: all .3s ease;
}
.card {
margin: 7px;
padding: 5px;
border-radius: 3px;
box-shadow: 0 1px 3px darkgray;
}
And all the further magic XMasonry will do for you. See the example page source here.
Configuring Components
There are several properties you can assign to XMasonry
and XBlock
components.
<XMasonry>
Component Properties
Property | Default | Description |
---|---|---|
center |
true |
A boolean value determining whether nested <XBlock> s should be centered if there are some empty columns left. |
maxColumns |
Infinity |
A number identifying the maximum columns number. |
responsive |
true |
A boolean value determining whether the layout should be responsive to window size changes. |
targetBlockWidth |
300 |
A number which determines the "target" width in pixels of the nested <XBlock> s. The layout takes all available space, and determines the number of columns using this value. For example, if container has 600 px of available width and we specify targetBlockWidth={200} , we will get exactly 3 columns of 200 px width. It will still be 3 columns if there is 660 pixels available, this time with each column taking 220 px. The simplified expression for number of columns is the following: Math.max(1, Math.round(containerWidth / targetBlockWidth)) . |
updateOnAnimationEnd |
auto | A boolean value determining whether grid needs to be updated when the CSS animation on .xblock ends. It may be useful to set this to true only when content changes during the animation. Default auto means that no updates will be triggered on animation end if there is no loading images detected (default). |
updateOnImagesLoad |
true |
A boolean value determining whether the layout should be updated when images finish loading. It normally takes a little while until images are loaded, and this causes incorrect blocks heights calculations at the beginning. This option allows to auto-update grid sizes when images complete loading. If layout contains no images, no handlers will be assigned. |
<XBlock>
Component Properties
Property | Default | Description |
---|---|---|
width |
1 |
A number which determines nested block width in columns. If the number of columns available is less than the specified width, nested block will shrink to fit available space. |
Accessing <XMasonry>
by Reference
You can access <XMasonry>
component by reference, but do it only if it is necessarily (for example,
when inner content dynamically changes in size):
<XMasonry ref={ (x) => this.xMasonry = x }>
// ...
</XMasonry>
Note that all the listed properties of <XMasonry>
component are read-only.
Ref Property | Type | Description |
---|---|---|
columns |
number |
The number of currently rendered columns. |
container |
HTMLElement |
The <div> block containing layout. |
update |
function |
Trigger this function to update nested XBlock s sizes and positions. It is safe to trigger this function multiple times, the size update is optimized. |
XMasonry Under the Hood
Technically, XMasonry component renders 3 times:
- "Empty Render" (ER), when XMasonry just renders its empty container and measures the available width;
- "Invisible Render" (IR), when XMasonry renders
visibility: hidden
blocks width computed column widths to measure their heights; - And finally "Actual Render" (AR), when it renders elements with computed dimensions and positions. The
.xblock
style gets applied here only, so you can put animations on it.
This stages take around 3-4 frames to appear on the screen (~90ms).
Each time when elements change in masonry layout (images load or animation end, depending on initial
configuration), the XMasonry update
method is triggered. It goes through rendered elements this
time, and looks for any size changes there. Thanks to React, all the DOM updates are optimized here
and this function is very light to call. You can trigger XMasonry update
on your own, whenever you
need to update the layout.
Once the window size gets changed (default behavior), the "force update" technique is applied, which do the IR and AR phases again.