Linear gradient color

Font-size: 20px;}.angle3 { height: 180px; width: 150px; background-color: grey; background-image: linear-gradient(180deg, grey, orange); font-size: 20px;}style>head>body>h1>Linear Gradients - Using Different Anglesh1>div class="angle1"style="text-align:center;">0degdiv>br>div class="angle2"style="text-align:center;">90degdiv>br>div class="angle3"style="text-align:center;">180degdiv>br>body>html>Here is the outcome:Notice the first image has orange background color at the top because 0deg is equal to the top, and the second image has orange background color at the right because 90deg is similar to the right. Finally, the third image has orange background color at the bottom because 180deg is equal to the bottom.Using Multiple Color StopsThe multiple color stops demonstrate a linear gradient from top to bottom. In addition, you can use it to create gradients that transition between more than two colors.Example:DOCTYPE html>html>head>style>.mc { height: 500px; width: 400px; background-color: gray; background-image: linear-gradient(grey, pink,silver, orange,green);}style>head>body> h1>Linear Gradients - Multiple Color Stopsh1>div class="mc">div>body>html>Here is the outcome:Using TransparencyYou can use gradient transparency to create fading gradient effects. In addition, the clarity of the image or element varies depending on the colors in the gradient. Finally, to add transparency, use the rgba() process to explain the color stops. For instance, the value of the rgba() function in the last parameter could be from 0 to 1, which explains the color’s transparency 0 indicates full transparency, and 1 shows full color (no transparency).For example:DOCTYPE html>html>head>style>.t { height: 400px; background-image: linear-gradient(to right, rgba(128,128,128,1), rgba(128,128,128,0));}style>head>body>h1>Linear Gradient - Transparencyh1>div class="t">div>body>html>Here is the result:Notice the linear gradient starts fully transparent from the right and transitions to full grey color.Repeating a linear-gradientTo repeat a linear gradient, you can use the repeating-linear-gradient() function in CSS. This function is the same as the linear-gradient() function but repeats the gradient pattern along the direction you specify.Let us see an example of how to use the repeating-linear-gradient() function to create a repeating gradient:DOCTYPE html>html>head>style>.rg1 { height: 140px; width: 600px; background-color: grey; background-image: repeating-linear-gradient(gray, pink 10%, orange 20%);}.rg2

Color=> #37cdff> rgba(color, 0.5)=> rgba(55,205,255,0.5)$ stylus -i> color = white=> #fff> color - rgb(200,50,0)=> #37cdff> color=> #fff> color -= rgb(200,50,0)=> #37cdff> color=> #37cdff> rgba(color, 0.5)=> rgba(55,205,255,0.5)Resolving relative urls inside imports By default Stylus don't resolve the urls in imported .styl files, so if you'd happen to have a foo.styl with @import "bar/bar.styl" which would have url("baz.png"), it would be url("baz.png") too in a resulting CSS.But you can alter this behavior by using --resolve-url (or just -r) option to get url("bar/baz.png") in your resulting CSS.List dependencies You can use --deps (or just -D) flag to get a list of dependencies of the compiled file.For example, suppose we have test.styl:@import 'foo'@import 'bar'@import 'foo'@import 'bar'And inside foo.styl:@import 'baz'@import 'baz'Running:$ stylus --deps test.styl$ stylus --deps test.stylWill give us list of the imports paths:foo.stylbaz.stylbar.stylfoo.stylbaz.stylbar.stylNote that currently this does not works for dynamically generated paths.Utilizing Plugins For this example we'll use the nib Stylus plugin to illustrate its CLI usage.Suppose we have the following Stylus, which imports nib to use its linear-gradient() function.@import 'nib'body background: linear-gradient(20px top, white, black)@import 'nib'body background: linear-gradient(20px top, white, black)Our first attempt to render using stylus(1) via stdio might look like this:$ stylus test.styl$ stylus test.stylWhich would yield the following error (because Stylus doesn't know where to find nib).Error: stdin:3 1| 2|> 3| @import 'nib' 4| 5| body 6| background: linear-gradient(20px top, white, black)Error: stdin:3 1| 2|> 3| @import 'nib' 4| 5| body 6| background: linear-gradient(20px top, white, black)For plugins that simply supply Stylus APIs, we could add the path to the Stylus lookup paths. We do so by using the --include or -I flag:$ stylus test.styl --include ../nib/lib$ stylus test.styl --include ../nib/libNow yielding the output below. (As you might notice, calls to gradient-data-uri() and create-gradient-image() output as literals. This is because exposing the library path isn't enough when a plugin provides a JavaScript API. However, if we only wanted to use pure-Stylus nib functions, we'd be fine.)body { background: url(gradient-data-uri(create-gradient-image(20px, top))); background: -webkit-gradient(linear, left top, left bottom, color-stop(0, #fff), color-stop(1, #000)); background: -webkit-linear-gradient(top, #fff 0%, #000 100%); background: -moz-linear-gradient(top, #fff 0%, #000 100%); background: linear-gradient(top, #fff 0%, #000 100%);}body { background: url(gradient-data-uri(create-gradient-image(20px, top))); background: -webkit-gradient(linear, left top, left bottom, color-stop(0, #fff), color-stop(1, #000)); background: -webkit-linear-gradient(top, #fff 0%, #000 100%); background: -moz-linear-gradient(top, #fff 0%, #000 100%); background: linear-gradient(top, #fff 0%, #000 100%);}So, what we need to do is use the --use, or -u flag. It expects a path to a node module (with or without the .js extension). This require()s the module, expecting a function to be exported as module.exports, which then calls style.use(fn()) to expose the plugin (defining its js functions, etc.).$ stylus test.styl --use ../nib/lib/nib$ stylus test.styl --use ../nib/lib/nibYielding the expected result:body { background: url("data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAEAAAAUCAYAAABMDlehAAAABmJLR0QA/wD/AP+gvaeTAAAAI0lEQVQImWP4+fPnf6bPnz8zMH358oUBwkIjKJBgYGNj+w8Aphk4blt0EcMAAAAASUVORK5CYII="); background: -webkit-gradient(linear, left top,

How they work:Top to Bottom DirectionIt shows a linear gradient that starts at the top and transitions to the bottom.Example:DOCTYPE html>html>head>style>.tb { height: 400px; width: 300px; background-color: grey; background-image: linear-gradient(grey, orange);}p{ font-size: 18px;}style>head>body> h1>Linear Gradient - Top to Bottomh1> p>This linear gradient starts grey at the top, transitioning to orange at the bottom.p>div class="tb">div>body>html>Here is the outcome:Notice that the linear gradient starts grey at the top and transitions to orange at the bottom.Left to Right DirectionIt shows a linear gradient that begins from the left and transitions to the right.Example:DOCTYPE html>html>head>style>.lr { height: 400px; width: 300px; background-color: grey; background-image: linear-gradient(to right, grey , orange);}p{ font-size: 20px;}style>head>body> h1>Linear Gradient - Left to Righth1> p>This linear gradient starts grey at the left, transitioning to orange to the right:p>div class="lr">div>body>html>Here is the result:The linear gradient starts grey on the left, transitioning to orange on the right.Diagonal DirectionA diagonal linear gradient is a gradient that transitions between colors in a diagonal line rather than a horizontal or vertical line.Example:DOCTYPE html>html>head>style>.d { height: 400px; width: 300px; background-color: grey; background-image: linear-gradient(to bottom right, grey, orange);}p{ font-size: 20px;}style>head>body> h1>Linear Gradient - Diagonalh1> p>This linear gradient starts grey at the top left, transitioning to orange at the bottom right:p>div class="d">div>body>html>Here is the result of the code:Notice that the linear gradient starts grey at the top left and transitions to orange at the bottom right.Using AnglesThe Angle gives you more control over a gradient direction by specifying an angle rather than limiting the focus to the bottom, top, right, left, and bottom right. Note that 0deg is equal to the top, 90deg is similar to the right, and 180deg is equal to the bottom.Example:DOCTYPE html>html>head>style>.angle1 { height: 180px; width: 150px; background-color: grey; background-image: linear-gradient(0deg, grey, orange); font-size: 20px;}.angle2 { height: 180px; width: 150px; background-color: grey; background-image: linear-gradient(90deg, grey, orange);

0%, rgba(255,255,255,1) 100%)') }"> const setGradient = () => { setColor('linear-gradient(90deg, rgba(96,93,93,1) 0%, rgba(255,255,255,1) 100%)') }Example toggling gradientType { setColor('linear-gradient(90deg, rgba(96,93,93,1) 0%, rgba(255,255,255,1) 100%)') } const setRadial = () => { setColor('radial-gradient(circle, rgba(96,93,93,1) 0%, rgba(255,255,255,1) 100%)') }"> const setLinear = () => { setColor('linear-gradient(90deg, rgba(96,93,93,1) 0%, rgba(255,255,255,1) 100%)') } const setRadial = () => { setColor('radial-gradient(circle, rgba(96,93,93,1) 0%, rgba(255,255,255,1) 100%)') }Custom linear-gradient degrees input { let num = parseInt(val) let nans = isNaN(num) ? 0 : num let min = Math.max(nans, 0) let max = Math.min(min, 360) const remaining = value.split(/,(.+)/)[1] setColor(`linear-gradient(${max}deg, ${remaining}`) } return( handleDegrees(e.target.value)} /> )}">import React from 'react'import ColorPicker from 'react-best-gradient-color-picker'function MyApp() { const [color, setColor] = useState('linear-gradient(90deg, rgba(96,93,93,1) 0%, rgba(255,255,255,1) 100%)'); const degrees = parseInt(value?.split(',')[0]?.split('(')[1]) const handleDegrees = (val) => { let num = parseInt(val) let nans = isNaN(num) ? 0 : num let min = Math.max(nans, 0) let max = Math.min(min, 360) const remaining = value.split(/,(.+)/)[1] setColor(`linear-gradient(${max}deg, ${remaining}`) } return( div> input value={degrees} onChange={(e) => handleDegrees(e.target.value)} /> ColorPicker value={color} onChange={setColor} /> div> )}Roadmapenhanced mobile supportcross browser eye dropper issueenhanced gradient parsing to allow additional gradient typesLicenseCode released under the MIT license.AcknowledgmentsVery special thank you to Rafael Carício for his amazing work parsing gradient strings.