Let’s have a look at how we can use the CSS text-shadow property to create truly 3D-looking text. You might think of text-shadow as being able to apply blurred, gradient-looking color behind text, and you would be right! But just like box-shadow, you can control how blurred the shadow is, including taking it all the way down to no blur at all. That, combined with comma-separating shadows and stacking them, is the CSS trickery we’ll be doing here.
By the end, we’ll have something that looks like this:
Quick refresher on text-shadow
The syntax is like this:
.el { ? text-shadow: [x-offset] [y-offset] [blur] [color]; }
- x-offset: Position on the x-axis. A positive value moves the shadow to the right, a negative value moves the shadow to the left. (required)
- y-offset: Position on the y-axis. A positive value moves the shadow to the bottom, a negative value moves the shadow to the top. (required)
- blur: How much blur the shadow should have. The higher the value, the softer the shadow. The default value is 0px (no blur). (optional)
- color: The color of the shadow. (required)
The first shadow
Let’s start creating our effect by adding just one shadow. The shadow will be pushed 6px to the right and 6px to the bottom:
:root { ? --text: #5362F6; /* Blue */ ? --shadow: #E485F8; /* Pink */ } ? .playful { ? color: var(--text); ? text-shadow: 6px 6px var(--shadow); }
Creating depth with more shadows
All we have is a flat shadow at this point — there’s not much 3D to it yet. We can create the depth and connect the shadow to the actual text by adding more text-shadow instances to the same element. All it takes is comma-separating them. Let’s start with adding one more in the middle:
.playful { ? color: var(--text); ? text-shadow: 6px 6px var(--shadow), ? ? ? ? ? ? ? ?3px 3px var(--shadow); }
This is already getting somewhere, but we’ll need to add a few more shadows for it to look good. The more steps we add, the more detailed the the end result will be. In this example, we’ll start from 6px 6px and gradually build down in 0.25px increments until we’ve reached 0.
.playful { ? color: var(--text); ? text-shadow:? ? ? 6px 6px ? ? ? ?var(--shadow),? ? ? 5.75px 5.75px ?var(--shadow),? ? ? 5.5px 5.5px ? ?var(--shadow),? ? ? 5.25px 5.25px ?var(--shadow), ? ? 5px 5px ? ? ? ?var(--shadow),? ? ? 4.75px 4.75px ?var(--shadow),? ? 4.5px 4.5px ?var(--shadow),? ? ?4.25px 4.25px ?var(--shadow), ? 4px 4px ? ? ??var(--shadow), ? ? 3.75px 3.75px ?var(--shadow), ? 3.5px 3.5px ?? var(--shadow), ? ? 3.25px 3.25px ?var(--shadow), ? ?3px 3px ? ? ?var(--shadow), ? ?2.75px 2.75px var(--shadow), ? ?2.5px 2.5px ? var(--shadow), ? ?2.25px 2.25px var(--shadow), ? ?2px 2px ? ? ?? var(--shadow), ? ?1.75px 1.75px ?var(--shadow), ? ?1.5px 1.5px ? var(--shadow), ? ?1.25px 1.25px var(--shadow), ? ?1px 1px ? ? ? var(--shadow), ? ?0.75px 0.75px var(--shadow), ? ?0.5px 0.5px ? var(--shadow), ? 0.25px 0.25px? var(--shadow); }
Simplifying the code with Sass
The result may look good, but the code right now is quite hard to read and edit. If we want to make the shadow larger, we’d have to do a lot of copying and pasting to achieve it. For example, increasing the shadow size to 10px would mean adding 16 more shadows manually.
And that’s where SCSS comes in the picture. We can use functions to automate generating all of the shadows.
@function textShadow($precision, $size, $color){ ? $value: null;? ? $offset: 0; ? $length: $size * (1 / $precision) - 1; ? ? @for $i from 0 through $length { ? ? $offset: $offset $precision; ? ? $shadow: $offset px $offset px $color; ? ? $value: append($value, $shadow, comma); ? } ? ? @return $value; } ? .playful { ? color: #5362F6; ? text-shadow: textShadow(0.25, 6, #E485F8); }
The function textShadow takes three different arguments: the precision, size and color of the shadow. It then creates a loop where the offset gets increased by $precision (in this case, it’s 0.25px) until it reaches the total size (in this case 6px) of the shadow.
This way we can easily increase the size or precision of the shadow. For example, to create a shadow that’s 10px large and increases with 0.1px, we would only have to change this in our code:
text-shadow: textShadow(0.1, 10, #E485F8);
Alternating colors
We want to spice things up a bit by going for alternating colors. We will split up the text in individual letters wrapped in spans (this can be done manually, or automated with React or JavaScript). The output will look like this:
<p aria-label="Wash your hands!"> ? <span aria-hidden="true">W</span><span aria-hidden="true">a</span><span aria-hidden="true">s</span><span aria-hidden="true">h</span> ... </p>
Then we can use the :nth-child() selector on the spans to change the color of their text and shadow.
.playful span:nth-child(2n) { ? color: #ED625C; ? text-shadow: textShadow(0.25, 6, #F2A063); }
If we had done this in vanilla CSS, then here’s what we’d end up with:
.playful span { ? color: var(--text); ? text-shadow:? ? ? 6px 6px var(--shadow), ? ? 5.75px 5.75px var(--shadow), ? ? 5.5px 5.5px var(--shadow), ? ? 5.25px 5.25px var(--shadow), ? ? 5px 5px var(--shadow), ? ? 4.75px 4.75px var(--shadow), ? ? 4.5px 4.5px var(--shadow), ? ? 4.25px 4.25px var(--shadow), ? ? 4px 4px var(--shadow), ? ? 3.75px 3.75px var(--shadow), ? ? 3.5px 3.5px var(--shadow), ? ? 3.25px 3.25px var(--shadow), ? ? 3px 3px var(--shadow), ? ? 2.75px 2.75px var(--shadow), ? ? 2.5px 2.5px var(--shadow), ? ? 2.25px 2.25px var(--shadow), ? ? 2px 2px var(--shadow), ? ? 1.75px 1.75px var(--shadow), ? ? 1.5px 1.5px var(--shadow), ? ? 1.25px 1.25px var(--shadow), ? ? 1px 1px var(--shadow), ? ? 0.75px 0.75px var(--shadow), ? ? 0.5px 0.5px var(--shadow), ? ? 0.25px 0.25px var(--shadow); } ? .playful span:nth-child(2n) { ? --text: #ED625C; ? --shadow: #F2A063; }
We can repeat the same a couple of times with other colors and indexes until we achieve a pattern we like:
Bonus points: Adding animation
Using the same principles, we can bring the text to life even more by adding animations. First, we’ll add a repeating animation that makes each span move up and down:
.playful span { ? color: #5362F6; ? text-shadow: textShadow(0.25, 6, #E485F8); ? position: relative; ? animation: scatter 1.75s infinite; }
We can optimize this a little further by using the prefers-reduced-motion media query. That way, folks who don’t want the animation won’t get it.
.playful span { color: #5362F6; text-shadow: textShadow(0.25, 6, #E485F8); position: relative; animation: scatter 1.75s infinite; } @media screen and (prefers-reduced-motion: reduce) { animation: none; }
Then, in each nth-child(n) we’ll add a different animation delay.
.playful span:nth-child(2n) { ? color: #ED625C; ? text-shadow: textShadow(0.25, 6, #F2A063); ? animation-delay: 0.3s; }
The above is the detailed content of Creating Playful Effects With CSS Text Shadows. For more information, please follow other related articles on the PHP Chinese website!

Hot AI Tools

Undress AI Tool
Undress images for free

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Clothoff.io
AI clothes remover

Video Face Swap
Swap faces in any video effortlessly with our completely free AI face swap tool!

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics

There are three ways to create a CSS loading rotator: 1. Use the basic rotator of borders to achieve simple animation through HTML and CSS; 2. Use a custom rotator of multiple points to achieve the jump effect through different delay times; 3. Add a rotator in the button and switch classes through JavaScript to display the loading status. Each approach emphasizes the importance of design details such as color, size, accessibility and performance optimization to enhance the user experience.

To deal with CSS browser compatibility and prefix issues, you need to understand the differences in browser support and use vendor prefixes reasonably. 1. Understand common problems such as Flexbox and Grid support, position:sticky invalid, and animation performance is different; 2. Check CanIuse confirmation feature support status; 3. Correctly use -webkit-, -moz-, -ms-, -o- and other manufacturer prefixes; 4. It is recommended to use Autoprefixer to automatically add prefixes; 5. Install PostCSS and configure browserslist to specify the target browser; 6. Automatically handle compatibility during construction; 7. Modernizr detection features can be used for old projects; 8. No need to pursue consistency of all browsers,

Setting the style of links you have visited can improve the user experience, especially in content-intensive websites to help users navigate better. 1. Use CSS's: visited pseudo-class to define the style of the visited link, such as color changes; 2. Note that the browser only allows modification of some attributes due to privacy restrictions; 3. The color selection should be coordinated with the overall style to avoid abruptness; 4. The mobile terminal may not display this effect, and it is recommended to combine it with other visual prompts such as icon auxiliary logos.

Use the clip-path attribute of CSS to crop elements into custom shapes, such as triangles, circular notches, polygons, etc., without relying on pictures or SVGs. Its advantages include: 1. Supports a variety of basic shapes such as circle, ellipse, polygon, etc.; 2. Responsive adjustment and adaptable to mobile terminals; 3. Easy to animation, and can be combined with hover or JavaScript to achieve dynamic effects; 4. It does not affect the layout flow, and only crops the display area. Common usages are such as circular clip-path:circle (50pxatcenter) and triangle clip-path:polygon (50%0%, 100 0%, 0 0%). Notice

Themaindifferencesbetweendisplay:inline,block,andinline-blockinHTML/CSSarelayoutbehavior,spaceusage,andstylingcontrol.1.Inlineelementsflowwithtext,don’tstartonnewlines,ignorewidth/height,andonlyapplyhorizontalpadding/margins—idealforinlinetextstyling

To create responsive images using CSS, it can be mainly achieved through the following methods: 1. Use max-width:100% and height:auto to allow the image to adapt to the container width while maintaining the proportion; 2. Use HTML's srcset and sizes attributes to intelligently load the image sources adapted to different screens; 3. Use object-fit and object-position to control image cropping and focus display. Together, these methods ensure that the images are presented clearly and beautifully on different devices.

CSS,orCascadingStyleSheets,isthepartofwebdevelopmentthatcontrolsawebpage’svisualappearance,includingcolors,fonts,spacing,andlayout.Theterm“cascading”referstohowstylesareprioritized;forexample,inlinestylesoverrideexternalstyles,andspecificselectorslik

TheCSSPaintingAPIenablesdynamicimagegenerationinCSSusingJavaScript.1.DeveloperscreateaPaintWorkletclasswithapaint()method.2.TheyregisteritviaregisterPaint().3.ThecustompaintfunctionisthenusedinCSSpropertieslikebackground-image.Thisallowsfordynamicvis
