#radialgradient

[flutteronetutorials]

Exploring Neumorphism in Flutter App Design: A Guide to Creating Modern Interfaces

Introduction

In the world of Flutter app design, Neumorphism has gained popularity for its unique approach to blending realism and simplicity. This design trend creates visually appealing user interfaces by using soft shadows and subtle gradients to mimic physical objects on the screen. In this comprehensive guide, we will explore Neumorphism in Flutter app design and learn how to implement it to create modern and visually appealing interfaces. Get ready to bring a touch of elegance to your Flutter apps!

1. Understanding Neumorphism

Neumorphism, also known as "Soft UI," is a design style that takes inspiration from skeuomorphism and flat design. It combines realistic elements, such as shadows and highlights, with minimalistic aesthetics. The goal is to create interfaces that resemble physical objects, giving them depth and a tactile feel.

2. Applying Neumorphism in Flutter

To create a Neumorphic design in Flutter, we'll focus on two key aspects: shadows and gradients. 2.1. Shadows Shadows play a crucial role in Neumorphism by adding depth to UI elements. In Flutter, we can achieve this by using the BoxShadow class. Adjust the color, blurRadius, and spreadRadius properties to create the desired shadow effect. 2.2. Gradients Gradients are another important aspect of Neumorphism that help create a realistic appearance. Flutter provides the LinearGradient and RadialGradient classes to define gradients. Experiment with different colors, stops, and directions to achieve the desired effect.

3. Simplistic Elements

One of the defining features of Neumorphism is its simplicity. To create a Neumorphic look, avoid complex shapes and stick to clean, minimalist designs. Utilize basic Flutter widgets such as Container, Card, or Button and focus on subtle shadow and gradient effects.

4. Consistency and Balance

Maintaining consistency and finding the right balance are crucial in Neumorphism. Keep a consistent color palette, shadow intensity, and gradient style throughout your app to create a cohesive user experience. Be mindful of the contrast between foreground and background elements to ensure readability.

Sample Code

  Output

Exploring Neumorphism in Flutter App Design A Guide to Creating Modern Interfaces  

Conclusion

Neumorphism offers a modern and visually appealing approach to Flutter app design. By leveraging shadows, gradients, and simplistic elements, you can create interfaces that blend realism and simplicity seamlessly. We've explored the key techniques, including shadow creation and gradient usage. Remember to maintain consistency and find the right balance to achieve the desired Neumorphic look in your Flutter apps. Now, it's time to unleash your creativity and design stunning user interfaces! Read the full article

[parrotpolish]

#Repost @michellebeahnrose with @make_repost ・・・ This week's photo challenge! Radial gradient ( my first ) using #parrotpolish poison dart red, orangutan orange, out viper yellow and Anne Marie island. #whatsupnails neither noir & b040 #radialgradient #gradientnails #neonnails #neonnailpolish #sunsetnails #trendynails #indienailart https://www.instagram.com/p/B_i55F6DNWi/?igshid=1avbjqjs0tnn1

[aloominous]

Our #jwpanaschallenge for the month of Sept was this gorgeous purple palette. I did a radial gradient to bring out that peachy orange and some stamping to add some shadow effect that I liked in the example photo. A little veiled marble over the pinky for an accent. Swipe to see the collage and the inspiration pic. Products: @glistenandglow1 - Queen Elizabeth 1 @sassysaucepolish - Carbon & Slate Stamping Sauce and Cranky Pumpkin (releasing this month!) @fancygloss - Grape Soda @linanailartsupplies - Winter 02 stamping plate . . . . #jwpanas #septemberchallenge #colorpalette #glistenandglow #sassysaucepolish #fancygloss #linanailartsupplies #stampingnailart #shadows #gradient #radialgradient #veilednails https://www.instagram.com/p/Bor8Ch7gr-4/?utm_source=ig_tumblr_share&igshid=bpmx6qn0msay

[nailsatthehill]

#radialgradient #nailpolish not my best but #nailart will fix that .. coming soon #nailsatthehill

[housewifenails]

View this post on Instagram

A post shared by Bethany (@housewifenails)

Berry, pink, and orange 😍 Also, my first radial gradient 🙈 . . Pink stuff: @mdjcreations Sexy Cuticles Purple: @polishedfordays "Nausikaa" Pink and orange: @all_mixed_up_lacquers "Berry Pickin'" and "Crunchy Leaves" Electric stencil: @twinkled_t Matte top coat: @blushlacquers Matterial Girl . . #twinkledt #allmixeduplacquers #blushmatterialgirl #swirlnails #purplenails #gradientnails #mattenails #radialgradient

[elgarcon]

[413-request-entity-too-large]

SVG Properties and CSS

There are many Scalable Vector Graphics (SVG), but only certain attributes can be applied as CSS to SVG. Presentation attributes are used to style SVG elements and can be used as CSS properties. Some of these attributes are SVG-only while others are already shared in CSS, such as font-size or opacity.

For example, to change the color of a <circle> element to red, use the fill property in CSS. The fill attribute is a presentation attribute, therefore it can be used as a CSS property:

circle { fill: red; }

See the Pen vMqaay by Geoff Graham (@geoffgraham) on CodePen.

So, with that, let's take a deep and thorough dive into all of the SVG elements that are available to us as well as the CSS properties for them. We'll also look at various styling approaches, including general presentational styles and animations.

The presentation attributes that can be used as CSS properties can be found below. For reference, supported elements will be classified by category. This does not include deprecated elements.

Element Type Elements Container elements <a> <defs> <g> <marker> <mask> <pattern> <svg> <switch> <symbol> Filter primitive elements <feBlend> <feColorMatrix> <feComponentTransfer> <feComposite> <feConvolveMatrix> <feDiffuseLighting> <feDisplacementMap> <feFlood> <feGaussianBlur> <feImage> <feMerge> <feMorphology> <feOffset> <feSpecularLighting> <feTile> <feTurbulence> Gradient elements <linearGradient> <radialGradient> <stop> Graphics elements <circle> <ellipse> <image> <line> <path> <polygon> <polyline> <rect> <text> <use> Shape elements <circle> <ellipse> <line> <path> <polygon> <polyline> <rect> Text content elements <text> <textPath> <tspan>

Font properties

Presentation attribute Supported elements font Text content elements font-family Text content elements font-size Text content elements font-size-adjust Text content elements font-stretch Text content elements font-style Text content elements font-variant Text content elements font-weight Text content elements

Text properties

Presentation attribute Supported elements direction <text> <tspan> letter-spacing Text content elements text-decoration Text content elements unicode-bidi Text content elements word-spacing Text content elements writing-mode <text>

Masking properties

Presentation attribute Supported elements overflow <foreignObject> <image> <marker> <pattern> <svg> <symbol>

Interactivity properties

Presentation attribute Supported elements cursor Container elements Graphics elements

Color properties

Presentation attribute Supported elements color Applies to elements using: fill stroke stop-color flood-color lighting-color

Visibility properties

Presentation attribute Supported elements display Graphics elements Text content elements <a> <foreignObject> <g> <svg> <switch> visibility Graphics elements Text content elements

Text properties

Presentation attribute Supported elements alignment-baseline <textPath> <tspan> baseline-shift <textPath> <tspan> dominant-baseline Text content elements glyph-orientation-horizontal Text content elements glyph-orientation-vertical Text content elements kerning Text content elements text-anchor Text content elements

Clip properties

Presentation attribute Supported elements clip <foreignObject> <image> <marker> <pattern> <svg> <symbol> clip-path Container elements Graphics elements clip-rule <clipPath>

Masking properties

Presentation attribute Supported elements mask Container elements Graphics elements opacity Graphics elements <a> <defs> <g> <marker> <pattern> <svg> <switch> <symbol>

Filter effects

Presentation attribute Supported elements enable-background Container elements filter Container elements Graphics elements flood-color <feFlood> flood-opacity <feFlood> lighting-color <feDiffuseLighting> <feSpecularLighting>

Gradient properties

Presentation attribute Supported elements stop-color <stop> stop-opacity <stop>

Interactivity properties

Presentation attribute Supported elements pointer-events Graphics elements

Color properties

Presentation attribute Supported elements color-profile <image> referring to raster image

Painting properties

Presentation attribute Supported elements color-interpolation Container elements Graphics elements color-interpolation-filters Filter primitive elements color-rendering Container elements Graphics elements fill Shape elements Text content elements fill-rule Shape elements Text content elements fill-opacity Shape elements Text content elements image-rendering <image> marker <line> <path> <polygon> <polyline> marker-start <line> <path> <polygon> <polyline> marker-mid <line> <path> <polygon> <polyline> marker-end <line> <path> <polygon> <polyline> shape-rendering Shape elements stroke Shape elements Text content elements stroke-dasharray Shape elements Text content elements stroke-dashoffset Shape elements Text content elements stroke-linecap Shape elements Text content elements stroke-linejoin Shape elements Text content elements stroke-miterlimit Shape elements Text content elements stroke-opacity Shape elements Text content elements stroke-width Shape elements Text content elements text-rendering <text>

While presentation attributes can be used as CSS properties to style SVG, what about controlling the coordinates and dimensions of SVG elements using CSS? SVG 2, which is in Candidate Recommendation at the time of this writing, makes it is possible to style and animate these properties.

The SVG 2 specification states:

Some styling properties can be specified not only in style sheets and 'style' attributes, but also in presentation attributes. These are attributes whose name matches (or is similar to) a given CSS property and whose value is parsed as a value of that property."

Not only does it mean that SVG properties can be styled using CSS as presentation attributes or in style sheets, but this also can be applied to CSS pseudo-classes such as :hover or :active.

SVG 2 also introduces more presentation attributes that can be used as styling properties. These attributes can be found in SVG 2 specification.

It is important to note that not every SVG element will support the same CSS properties. Much like how there are CSS properties that can be applied to certain SVG elements, there are specific properties that are supported by certain SVG elements.

For example, the <circle>or <ellipse> elements support the cxand cyproperties as coordinates of the center of the shape. The <ellipse> element also supports the rx and ry properties as the radius, but the <circle> element cannot use these properties.

Geometry properties

In SVG 2, properties such as rx and ry are defined as geometry properties. Geometry properties can be used as CSS properties, just like presentation attributes such as fill or stroke properties. These CSS properties and the corresponding SVG elements include:

SVG Element Geometry Property <circle> cx cy r <ellipse> cx cy rx ry <rect> rx ry height width x y <path> path <image> height width x y <foreignObject> height width x y <svg> code>height width x y

SVG 2 also makes it is possible to position SVG elements using CSS. Let’s begin with drawing a rectangle shape having the following SVG:

<svg width="170" height="170"> <rect x="10" y="10" width="150" height="150" /> </svg>

And the following CSS:

rect { fill: #6e40aa; }

See the Pen QPeNGj by Geoff Graham (@geoffgraham) on CodePen.

This will produce a rectangle shape with its coordinates set to 10, 10. With SVG 2, x and y can be applied as CSS properties:

/* This will work with SVG 2 */ rect { x: 10; y: 10; ... }

The SVG code would be reduced to this:

<svg width="170" height="170"> <rect width="150" height="150" /> </svg>

You can even set the width and height for the <rect> element using CSS like so:

rect { ... width: 150px; height: 150px; ... }

That leaves us with just the following for SVG markup:

<svg width="170" height="170"> <rect /> </svg>

See the Pen Positioning SVG elements by Katherine Kato (@kathykato) on CodePen.

At the time of writing, the following demos will work in Blink (e.g. Chrome and Opera) and WebKit (e.g. Safari) browsers as these browsers support SVG 2 features. Until then, let’s dive into how to override SVG properties using CSS.

The <path> element can be overridden with CSS to create shape morphing.

The SVG paths that morph one into the other must have the same number of points or else the morphing will not work.

Let’s start with drawing a <path> element in the shape of a triangle. Using the d property will specify the shape of the <path> element:

<svg height="220" width="300"> <path d="M150 10 L40 200 L260 200Z" /> </svg>

To get the triangle to morph into a different shape, let’s override the SVG <path> element with the d property with CSS:

path { d: path("M150, 10 L40, 200 L260, 200Z"); fill: #4c6edb; }

Let’s also add a :active pseudo-class to the <path> property so when the element is clicked, the shape will morph into a square and change its fill color. Let’s also add a transition property to make the shape morphing action appear smooth. Here is the CSS:

path:active { d: path("M150, 10 L40, 200 L260, 200 L260, 200Z"); fill: #4c6edb; transition: all 0.35s ease; }

And the SVG would be:

<svg height="220" width="300"> <path /> </svg>

See the Pen SVG shape morphing by Katherine Kato (@kathykato) on CodePen.

Want another demo? Here is a cool demo from Chris Coyier demonstrating SVG shape morphing on hover!

See the Pen Simple Path Examples by Chris Coyier (@chriscoyier) on CodePen.

SVG properties can be animated using CSS through CSS animations and transitions.

In this demo, we will draw various SVG <circle> elements and create a wave animation. Start by drawing five <circle> elements:

<svg width="350" height="250"> <circle class="shape" /> <circle class="shape" /> <circle class="shape" /> <circle class="shape" /> <circle class="shape" /> </svg>

We’ll be using CSS variables and :nth-child() CSS pseudo-class to define each .shape class. The .shape class will have a cy of 50 and a r of 20. Each of the .shape classes will have their own cx and fill CSS properties set:

:root { --color-1: #6e40aa; --color-2: #4c6edb; --color-3: #24aad8; --color-4: #1ac7c2; --color-5: #1ddea3; } .shape { cy: 50; r: 20; } .shape:nth-child(1) { cx: 60; fill: var(--color-1); } .shape:nth-child(2) { cx: 120; fill: var(--color-2); } .shape:nth-child(3) { cx: 180; fill: var(--color-3); } .shape:nth-child(4) { cx: 240; fill: var(--color-4); } .shape:nth-child(5) { cx: 300; fill: var(--color-5); }

Here is how it should look so far.

See the Pen Animating SVG properties: Pre-animation by Geoff Graham (@geoffgraham) on CodePen.

Now it’s time to animate! Start by using @keyframes rule to define the moveCircle animation:

@keyframes moveCircle { 50% { cy: 150; r: 13; } }

This will get each <circle> element to change their cy coordinates from 50 to 150 and r from 20 to 13. Add the following to the CSS to the .shape class get the animation running infinitely:

.shape { ... animation: moveCircle 1250ms ease-in-out both infinite; }

Finally, add an animation-delay to each of the .shape classes to the CSS with the exception of .shape:nth-child(1) like this:

.shape:nth-child(2) { ... animation-delay: 100ms; } .shape:nth-child(3) { ... animation-delay: 200ms; } .shape:nth-child(4) { ... animation-delay: 300ms; } .shape:nth-child(5) { ... animation-delay: 400ms; }

See the Pen Animating SVG properties by Katherine Kato (@kathykato) on CodePen.

Shapes in SVG <pattern> elements can also be animated using CSS. Here is a cool demo by Dudley Storey showcasing that!

See the Pen Screen by Dudley Storey (@dudleystorey) on CodePen.

Wrapping up

As SVG 1.1 is the current standard, few browsers currently support SVG 2 features. It is not recommended to put these techniques into production yet. SVG 2 implementation is currently at Candidate Recommendation stage, thus support for styling SVG geometry properties with CSS should improve in the future.

The post SVG Properties and CSS appeared first on CSS-Tricks.

[suzanneshannon]

SVG Properties and CSS

There are many Scalable Vector Graphics (SVG), but only certain attributes can be applied as CSS to SVG. Presentation attributes are used to style SVG elements and can be used as CSS properties. Some of these attributes are SVG-only while others are already shared in CSS, such as font-size or opacity.

For example, to change the color of a <circle> element to red, use the fill property in CSS. The fill attribute is a presentation attribute, therefore it can be used as a CSS property:

circle { fill: red; }

See the Pen vMqaay by Geoff Graham (@geoffgraham) on CodePen.

So, with that, let's take a deep and thorough dive into all of the SVG elements that are available to us as well as the CSS properties for them. We'll also look at various styling approaches, including general presentational styles and animations.

SVG Elements by Category

The presentation attributes that can be used as CSS properties can be found below. For reference, supported elements will be classified by category. This does not include deprecated elements.

Element Type Elements Container elements <a> <defs> <g> <marker> <mask> <pattern> <svg> <switch> <symbol> Filter primitive elements <feBlend> <feColorMatrix> <feComponentTransfer> <feComposite> <feConvolveMatrix> <feDiffuseLighting> <feDisplacementMap> <feFlood> <feGaussianBlur> <feImage> <feMerge> <feMorphology> <feOffset> <feSpecularLighting> <feTile> <feTurbulence> Gradient elements <linearGradient> <radialGradient> <stop> Graphics elements <circle> <ellipse> <image> <line> <path> <polygon> <polyline> <rect> <text> <use> Shape elements <circle> <ellipse> <line> <path> <polygon> <polyline> <rect> Text content elements <text> <textPath> <tspan>

Properties shared between CSS and SVG

Font properties

Presentation attribute Supported elements font Text content elements font-family Text content elements font-size Text content elements font-size-adjust Text content elements font-stretch Text content elements font-style Text content elements font-variant Text content elements font-weight Text content elements

Text properties

Presentation attribute Supported elements direction <text> <tspan> letter-spacing Text content elements text-decoration Text content elements unicode-bidi Text content elements word-spacing Text content elements writing-mode <text>

Masking properties

Presentation attribute Supported elements overflow <foreignObject> <image> <marker> <pattern> <svg> <symbol>

Interactivity properties

Presentation attribute Supported elements cursor Container elements Graphics elements

Color properties

Presentation attribute Supported elements color Applies to elements using: fill stroke stop-color flood-color lighting-color

Visibility properties

Presentation attribute Supported elements display Graphics elements Text content elements <a> <foreignObject> <g> <svg> <switch> visibility Graphics elements Text content elements

SVG CSS Properties

Text properties

Presentation attribute Supported elements alignment-baseline <textPath> <tspan> baseline-shift <textPath> <tspan> dominant-baseline Text content elements glyph-orientation-horizontal Text content elements glyph-orientation-vertical Text content elements kerning Text content elements text-anchor Text content elements

Clip properties

Presentation attribute Supported elements clip <foreignObject> <image> <marker> <pattern> <svg> <symbol> clip-path Container elements Graphics elements clip-rule <clipPath>

Masking properties

Presentation attribute Supported elements mask Container elements Graphics elements opacity Graphics elements <a> <defs> <g> <marker> <pattern> <svg> <switch> <symbol>

Filter effects

Presentation attribute Supported elements enable-background Container elements filter Container elements Graphics elements flood-color <feFlood> flood-opacity <feFlood> lighting-color <feDiffuseLighting> <feSpecularLighting>

Gradient properties

Presentation attribute Supported elements stop-color <stop> stop-opacity <stop>

Interactivity properties

Presentation attribute Supported elements pointer-events Graphics elements

Color properties

Presentation attribute Supported elements color-profile <image> referring to raster image

Painting properties

Presentation attribute Supported elements color-interpolation Container elements Graphics elements color-interpolation-filters Filter primitive elements color-rendering Container elements Graphics elements fill Shape elements Text content elements fill-rule Shape elements Text content elements fill-opacity Shape elements Text content elements image-rendering <image> marker <line> <path> <polygon> <polyline> marker-start <line> <path> <polygon> <polyline> marker-mid <line> <path> <polygon> <polyline> marker-end <line> <path> <polygon> <polyline> shape-rendering Shape elements stroke Shape elements Text content elements stroke-dasharray Shape elements Text content elements stroke-dashoffset Shape elements Text content elements stroke-linecap Shape elements Text content elements stroke-linejoin Shape elements Text content elements stroke-miterlimit Shape elements Text content elements stroke-opacity Shape elements Text content elements stroke-width Shape elements Text content elements text-rendering <text>

SVG 2

While presentation attributes can be used as CSS properties to style SVG, what about controlling the coordinates and dimensions of SVG elements using CSS? SVG 2, which is in Candidate Recommendation at the time of this writing, makes it is possible to style and animate these properties.

The SVG 2 specification states:

Some styling properties can be specified not only in style sheets and 'style' attributes, but also in presentation attributes. These are attributes whose name matches (or is similar to) a given CSS property and whose value is parsed as a value of that property."

Not only does it mean that SVG properties can be styled using CSS as presentation attributes or in style sheets, but this also can be applied to CSS pseudo-classes such as :hover or :active.

SVG 2 also introduces more presentation attributes that can be used as styling properties. These attributes can be found in SVG 2 specification.

Element-specific properties

It is important to note that not every SVG element will support the same CSS properties. Much like how there are CSS properties that can be applied to certain SVG elements, there are specific properties that are supported by certain SVG elements.

For example, the <circle>or <ellipse> elements support the cxand cyproperties as coordinates of the center of the shape. The <ellipse> element also supports the rx and ry properties as the radius, but the <circle> element cannot use these properties.

Geometry properties

In SVG 2, properties such as rx and ry are defined as geometry properties. Geometry properties can be used as CSS properties, just like presentation attributes such as fill or stroke properties. These CSS properties and the corresponding SVG elements include:

SVG Element Geometry Property <circle> cx cy r <ellipse> cx cy rx ry <rect> rx ry height width x y <path> path <image> height width x y <foreignObject> height width x y <svg> code>height width x y

Positioning SVG elements

SVG 2 also makes it is possible to position SVG elements using CSS. Let’s begin with drawing a rectangle shape having the following SVG:

<svg width="170" height="170"> <rect x="10" y="10" width="150" height="150" /> </svg>

And the following CSS:

rect { fill: #6e40aa; }

See the Pen QPeNGj by Geoff Graham (@geoffgraham) on CodePen.

This will produce a rectangle shape with its coordinates set to 10, 10. With SVG 2, x and y can be applied as CSS properties:

/* This will work with SVG 2 */ rect { x: 10; y: 10; ... }

The SVG code would be reduced to this:

<svg width="170" height="170"> <rect width="150" height="150" /> </svg>

You can even set the width and height for the <rect> element using CSS like so:

rect { ... width: 150px; height: 150px; ... }

That leaves us with just the following for SVG markup:

<svg width="170" height="170"> <rect /> </svg>

See the Pen Positioning SVG elements by Katherine Kato (@kathykato) on CodePen.

At the time of writing, the following demos will work in Blink (e.g. Chrome and Opera) and WebKit (e.g. Safari) browsers as these browsers support SVG 2 features. Until then, let’s dive into how to override SVG properties using CSS.

SVG shape morphing

The <path> element can be overridden with CSS to create shape morphing.

The SVG paths that morph one into the other must have the same number of points or else the morphing will not work.

Let’s start with drawing a <path> element in the shape of a triangle. Using the d property will specify the shape of the <path> element:

<svg height="220" width="300"> <path d="M150 10 L40 200 L260 200Z" /> </svg>

To get the triangle to morph into a different shape, let’s override the SVG <path> element with the d property with CSS:

path { d: path("M150, 10 L40, 200 L260, 200Z"); fill: #4c6edb; }

Let’s also add a :active pseudo-class to the <path> property so when the element is clicked, the shape will morph into a square and change its fill color. Let’s also add a transition property to make the shape morphing action appear smooth. Here is the CSS:

path:active { d: path("M150, 10 L40, 200 L260, 200 L260, 200Z"); fill: #4c6edb; transition: all 0.35s ease; }

And the SVG would be:

<svg height="220" width="300"> <path /> </svg>

See the Pen SVG shape morphing by Katherine Kato (@kathykato) on CodePen.

Want another demo? Here is a cool demo from Chris Coyier demonstrating SVG shape morphing on hover!

See the Pen Simple Path Examples by Chris Coyier (@chriscoyier) on CodePen.

Animating SVG properties

SVG properties can be animated using CSS through CSS animations and transitions.

In this demo, we will draw various SVG <circle> elements and create a wave animation. Start by drawing five <circle> elements:

<svg width="350" height="250"> <circle class="shape" /> <circle class="shape" /> <circle class="shape" /> <circle class="shape" /> <circle class="shape" /> </svg>

We’ll be using CSS variables and :nth-child() CSS pseudo-class to define each .shape class. The .shape class will have a cy of 50 and a r of 20. Each of the .shape classes will have their own cx and fill CSS properties set:

:root { --color-1: #6e40aa; --color-2: #4c6edb; --color-3: #24aad8; --color-4: #1ac7c2; --color-5: #1ddea3; } .shape { cy: 50; r: 20; } .shape:nth-child(1) { cx: 60; fill: var(--color-1); } .shape:nth-child(2) { cx: 120; fill: var(--color-2); } .shape:nth-child(3) { cx: 180; fill: var(--color-3); } .shape:nth-child(4) { cx: 240; fill: var(--color-4); } .shape:nth-child(5) { cx: 300; fill: var(--color-5); }

Here is how it should look so far.

See the Pen Animating SVG properties: Pre-animation by Geoff Graham (@geoffgraham) on CodePen.

Now it’s time to animate! Start by using @keyframes rule to define the moveCircle animation:

@keyframes moveCircle { 50% { cy: 150; r: 13; } }

This will get each <circle> element to change their cy coordinates from 50 to 150 and r from 20 to 13. Add the following to the CSS to the .shape class get the animation running infinitely:

.shape { ... animation: moveCircle 1250ms ease-in-out both infinite; }

Finally, add an animation-delay to each of the .shape classes to the CSS with the exception of .shape:nth-child(1) like this:

.shape:nth-child(2) { ... animation-delay: 100ms; } .shape:nth-child(3) { ... animation-delay: 200ms; } .shape:nth-child(4) { ... animation-delay: 300ms; } .shape:nth-child(5) { ... animation-delay: 400ms; }

See the Pen Animating SVG properties by Katherine Kato (@kathykato) on CodePen.

Shapes in SVG <pattern> elements can also be animated using CSS. Here is a cool demo by Dudley Storey showcasing that!

See the Pen Screen by Dudley Storey (@dudleystorey) on CodePen.

Wrapping up

As SVG 1.1 is the current standard, few browsers currently support SVG 2 features. It is not recommended to put these techniques into production yet. SVG 2 implementation is currently at Candidate Recommendation stage, thus support for styling SVG geometry properties with CSS should improve in the future.

The post SVG Properties and CSS appeared first on CSS-Tricks.

SVG Properties and CSS published first on https://deskbysnafu.tumblr.com/

[siliconwebx]

SVG Properties and CSS

There are many Scalable Vector Graphics (SVG), but only certain attributes can be applied as CSS to SVG. Presentation attributes are used to style SVG elements and can be used as CSS properties. Some of these attributes are SVG-only while others are already shared in CSS, such as font-size or opacity.

For example, to change the color of a <circle> element to red, use the fill property in CSS. The fill attribute is a presentation attribute, therefore it can be used as a CSS property:

circle { fill: red; }

See the Pen vMqaay by Geoff Graham (@geoffgraham) on CodePen.

So, with that, let's take a deep and thorough dive into all of the SVG elements that are available to us as well as the CSS properties for them. We'll also look at various styling approaches, including general presentational styles and animations.

SVG Elements by Category

The presentation attributes that can be used as CSS properties can be found below. For reference, supported elements will be classified by category. This does not include deprecated elements.

Element Type Elements Container elements <a> <defs> <g> <marker> <mask> <pattern> <svg> <switch> <symbol> Filter primitive elements <feBlend> <feColorMatrix> <feComponentTransfer> <feComposite> <feConvolveMatrix> <feDiffuseLighting> <feDisplacementMap> <feFlood> <feGaussianBlur> <feImage> <feMerge> <feMorphology> <feOffset> <feSpecularLighting> <feTile> <feTurbulence> Gradient elements <linearGradient> <radialGradient> <stop> Graphics elements <circle> <ellipse> <image> <line> <path> <polygon> <polyline> <rect> <text> <use> Shape elements <circle> <ellipse> <line> <path> <polygon> <polyline> <rect> Text content elements <text> <textPath> <tspan>

Properties shared between CSS and SVG

Font properties

Presentation attribute Supported elements font Text content elements font-family Text content elements font-size Text content elements font-size-adjust Text content elements font-stretch Text content elements font-style Text content elements font-variant Text content elements font-weight Text content elements

Text properties

Presentation attribute Supported elements direction <text> <tspan> letter-spacing Text content elements text-decoration Text content elements unicode-bidi Text content elements word-spacing Text content elements writing-mode <text>

Masking properties

Presentation attribute Supported elements overflow <foreignObject> <image> <marker> <pattern> <svg> <symbol>

Interactivity properties

Presentation attribute Supported elements cursor Container elements Graphics elements

Color properties

Presentation attribute Supported elements color Applies to elements using: fill stroke stop-color flood-color lighting-color

Visibility properties

Presentation attribute Supported elements display Graphics elements Text content elements <a> <foreignObject> <g> <svg> <switch> visibility Graphics elements Text content elements

SVG CSS Properties

Text properties

Presentation attribute Supported elements alignment-baseline <textPath> <tspan> baseline-shift <textPath> <tspan> dominant-baseline Text content elements glyph-orientation-horizontal Text content elements glyph-orientation-vertical Text content elements kerning Text content elements text-anchor Text content elements

Clip properties

Presentation attribute Supported elements clip <foreignObject> <image> <marker> <pattern> <svg> <symbol> clip-path Container elements Graphics elements clip-rule <clipPath>

Masking properties

Presentation attribute Supported elements mask Container elements Graphics elements opacity Graphics elements <a> <defs> <g> <marker> <pattern> <svg> <switch> <symbol>

Filter effects

Presentation attribute Supported elements enable-background Container elements filter Container elements Graphics elements flood-color <feFlood> flood-opacity <feFlood> lighting-color <feDiffuseLighting> <feSpecularLighting>

Gradient properties

Presentation attribute Supported elements stop-color <stop> stop-opacity <stop>

Interactivity properties

Presentation attribute Supported elements pointer-events Graphics elements

Color properties

Presentation attribute Supported elements color-profile <image> referring to raster image

Painting properties

Presentation attribute Supported elements color-interpolation Container elements Graphics elements color-interpolation-filters Filter primitive elements color-rendering Container elements Graphics elements fill Shape elements Text content elements fill-rule Shape elements Text content elements fill-opacity Shape elements Text content elements image-rendering <image> marker <line> <path> <polygon> <polyline> marker-start <line> <path> <polygon> <polyline> marker-mid <line> <path> <polygon> <polyline> marker-end <line> <path> <polygon> <polyline> shape-rendering Shape elements stroke Shape elements Text content elements stroke-dasharray Shape elements Text content elements stroke-dashoffset Shape elements Text content elements stroke-linecap Shape elements Text content elements stroke-linejoin Shape elements Text content elements stroke-miterlimit Shape elements Text content elements stroke-opacity Shape elements Text content elements stroke-width Shape elements Text content elements text-rendering <text>

SVG 2

While presentation attributes can be used as CSS properties to style SVG, what about controlling the coordinates and dimensions of SVG elements using CSS? SVG 2, which is in Candidate Recommendation at the time of this writing, makes it is possible to style and animate these properties.

The SVG 2 specification states:

Some styling properties can be specified not only in style sheets and 'style' attributes, but also in presentation attributes. These are attributes whose name matches (or is similar to) a given CSS property and whose value is parsed as a value of that property."

Not only does it mean that SVG properties can be styled using CSS as presentation attributes or in style sheets, but this also can be applied to CSS pseudo-classes such as :hover or :active.

SVG 2 also introduces more presentation attributes that can be used as styling properties. These attributes can be found in SVG 2 specification.

Element-specific properties

It is important to note that not every SVG element will support the same CSS properties. Much like how there are CSS properties that can be applied to certain SVG elements, there are specific properties that are supported by certain SVG elements.

For example, the <circle>or <ellipse> elements support the cxand cyproperties as coordinates of the center of the shape. The <ellipse> element also supports the rx and ry properties as the radius, but the <circle> element cannot use these properties.

Geometry properties

In SVG 2, properties such as rx and ry are defined as geometry properties. Geometry properties can be used as CSS properties, just like presentation attributes such as fill or stroke properties. These CSS properties and the corresponding SVG elements include:

SVG Element Geometry Property <circle> cx cy r <ellipse> cx cy rx ry <rect> rx ry height width x y <path> path <image> height width x y <foreignObject> height width x y <svg> code>height width x y

Positioning SVG elements

SVG 2 also makes it is possible to position SVG elements using CSS. Let’s begin with drawing a rectangle shape having the following SVG:

<svg width="170" height="170"> <rect x="10" y="10" width="150" height="150" /> </svg>

And the following CSS:

rect { fill: #6e40aa; }

See the Pen QPeNGj by Geoff Graham (@geoffgraham) on CodePen.

This will produce a rectangle shape with its coordinates set to 10, 10. With SVG 2, x and y can be applied as CSS properties:

/* This will work with SVG 2 */ rect { x: 10; y: 10; ... }

The SVG code would be reduced to this:

<svg width="170" height="170"> <rect width="150" height="150" /> </svg>

You can even set the width and height for the <rect> element using CSS like so:

rect { ... width: 150px; height: 150px; ... }

That leaves us with just the following for SVG markup:

<svg width="170" height="170"> <rect /> </svg>

See the Pen Positioning SVG elements by Katherine Kato (@kathykato) on CodePen.

At the time of writing, the following demos will work in Blink (e.g. Chrome and Opera) and WebKit (e.g. Safari) browsers as these browsers support SVG 2 features. Until then, let’s dive into how to override SVG properties using CSS.

SVG shape morphing

The <path> element can be overridden with CSS to create shape morphing.

The SVG paths that morph one into the other must have the same number of points or else the morphing will not work.

Let’s start with drawing a <path> element in the shape of a triangle. Using the d property will specify the shape of the <path> element:

<svg height="220" width="300"> <path d="M150 10 L40 200 L260 200Z" /> </svg>

To get the triangle to morph into a different shape, let’s override the SVG <path> element with the d property with CSS:

path { d: path("M150, 10 L40, 200 L260, 200Z"); fill: #4c6edb; }

Let’s also add a :active pseudo-class to the <path> property so when the element is clicked, the shape will morph into a square and change its fill color. Let’s also add a transition property to make the shape morphing action appear smooth. Here is the CSS:

path:active { d: path("M150, 10 L40, 200 L260, 200 L260, 200Z"); fill: #4c6edb; transition: all 0.35s ease; }

And the SVG would be:

<svg height="220" width="300"> <path /> </svg>

See the Pen SVG shape morphing by Katherine Kato (@kathykato) on CodePen.

Want another demo? Here is a cool demo from Chris Coyier demonstrating SVG shape morphing on hover!

See the Pen Simple Path Examples by Chris Coyier (@chriscoyier) on CodePen.

Animating SVG properties

SVG properties can be animated using CSS through CSS animations and transitions.

In this demo, we will draw various SVG <circle> elements and create a wave animation. Start by drawing five <circle> elements:

<svg width="350" height="250"> <circle class="shape" /> <circle class="shape" /> <circle class="shape" /> <circle class="shape" /> <circle class="shape" /> </svg>

We’ll be using CSS variables and :nth-child() CSS pseudo-class to define each .shape class. The .shape class will have a cy of 50 and a r of 20. Each of the .shape classes will have their own cx and fill CSS properties set:

:root { --color-1: #6e40aa; --color-2: #4c6edb; --color-3: #24aad8; --color-4: #1ac7c2; --color-5: #1ddea3; } .shape { cy: 50; r: 20; } .shape:nth-child(1) { cx: 60; fill: var(--color-1); } .shape:nth-child(2) { cx: 120; fill: var(--color-2); } .shape:nth-child(3) { cx: 180; fill: var(--color-3); } .shape:nth-child(4) { cx: 240; fill: var(--color-4); } .shape:nth-child(5) { cx: 300; fill: var(--color-5); }

Here is how it should look so far.

See the Pen Animating SVG properties: Pre-animation by Geoff Graham (@geoffgraham) on CodePen.

Now it’s time to animate! Start by using @keyframes rule to define the moveCircle animation:

@keyframes moveCircle { 50% { cy: 150; r: 13; } }

This will get each <circle> element to change their cy coordinates from 50 to 150 and r from 20 to 13. Add the following to the CSS to the .shape class get the animation running infinitely:

.shape { ... animation: moveCircle 1250ms ease-in-out both infinite; }

Finally, add an animation-delay to each of the .shape classes to the CSS with the exception of .shape:nth-child(1) like this:

.shape:nth-child(2) { ... animation-delay: 100ms; } .shape:nth-child(3) { ... animation-delay: 200ms; } .shape:nth-child(4) { ... animation-delay: 300ms; } .shape:nth-child(5) { ... animation-delay: 400ms; }

See the Pen Animating SVG properties by Katherine Kato (@kathykato) on CodePen.

Shapes in SVG <pattern> elements can also be animated using CSS. Here is a cool demo by Dudley Storey showcasing that!

See the Pen Screen by Dudley Storey (@dudleystorey) on CodePen.

Wrapping up

As SVG 1.1 is the current standard, few browsers currently support SVG 2 features. It is not recommended to put these techniques into production yet. SVG 2 implementation is currently at Candidate Recommendation stage, thus support for styling SVG geometry properties with CSS should improve in the future.

The post SVG Properties and CSS appeared first on CSS-Tricks.

😉SiliconWebX | 🌐CSS-Tricks

[aimpak]

Oscars 2018

Summary Live coverage of the 90th Academy Awards. The Shape of Water leads the nominations - with 13 in total Followed by Dunkirk, with eight, and Three Billboards, with seven Sam Rockwell wins best supporting actor Allison Janney wins best supporting actress Live Reporting Related Stories "],area:[1," ",""],col:[2," "],legend:[1," "," "],param:[1," "],tr:[2," "],optgroup:u,option:u,caption:l,colgroup:l,tbody:l,tfoot:l,thead:l,td:c,th:c},f=["circle","clipPath","defs","ellipse","g","image","line","linearGradient","mask","path","pattern","polygon","polyline","radialGradient","rect","stop","text","tspan"];f.forEach(function(e){d[e]=p,s[e]=!0}),e.exports=o}).call(t,n(2))},function(e,t,n){"use strict";var o=n(16),r=o({INSERT_MARKUP:null,MOVE_EXISTING:null,REMOVE_NODE:null,SET_MARKUP:null,TEXT_CONTENT:null});e.exports=r},function(e,t,n){"use…

The post Oscars 2018 appeared first on AIMPAK.

from AIMPAK http://ift.tt/2FQX6rO

[safeerhadi]

via AIMPAK

Summary Live coverage of the 90th Academy Awards. The Shape of Water leads the nominations - with 13 in total Followed by Dunkirk, with eight, and Three Billboards, with seven Sam Rockwell wins best supporting actor Allison Janney wins best supporting actress Live Reporting Related Stories "],area:[1," ",""],col:[2," "],legend:[1," "," "],param:[1," "],tr:[2," "],optgroup:u,option:u,caption:l,colgroup:l,tbody:l,tfoot:l,thead:l,td:c,th:c},f=["circle","clipPath","defs","ellipse","g","image","line","linearGradient","mask","path","pattern","polygon","polyline","radialGradient","rect","stop","text","tspan"];f.forEach(function(e){d[e]=p,s[e]=!0}),e.exports=o}).call(t,n(2))},function(e,t,n){"use strict";var o=n(16),r=o({INSERT_MARKUP:null,MOVE_EXISTING:null,REMOVE_NODE:null,SET_MARKUP:null,TEXT_CONTENT:null});e.exports=r},function(e,t,n){"use…

The post Oscars 2018 appeared first on AIMPAK.

[parrotpolish]

#Repost @nailaddict47 with @make_repost ・・・ #radialgradient #radialgradientnailart #watermarbleswirl #watermarblenaildesign #watermarblenailart #TRNA #parrotpolish #indienailpolish #nailsoftheday #nailsofinstagram #nails2inspire #myhobby #nailaddict https://www.instagram.com/p/BvSilIjAPGV/?utm_source=ig_tumblr_share&igshid=9av25ey07zyn

[zcnadm]

Africa Live: Chibok girl rescued by army, Zimbabwe street food ban over typhoid

Summary

Missing girl found during army probe into arrested Boko Haram suspects

Zimbabwe bans Harare street food vendors over typhoid fears

Rapper who killed four children in a street racing accident is freed

Issa Hayatou is referred to prosecutors over football broadcast deals

Uganda MPs call for ICC probe into Kasese deaths

DR Congo parties are urged by the UN to sign deal for new election this year

Email stories and comments to africalive@bbc.co.uk – Thursday 5 January 2017

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http://zimbabwe-consolidated-news.com/2017/01/05/africa-live-chibok-girl-rescued-by-army-zimbabwe-street-food-ban-over-typhoid/

[nailsatthehill]

#radialgradient #opi over and over agwen #mode white #opi blue my mind #polishes #nailpolish #nailsatthehill

[777etr-blog]

#radialgradient #shapes #ellypse #css3

[sassy-shelly]

Happy Friday! I'm totally obsessed with these! Radial Gradient + Watermarble + Stamping = 💖! Features 3 shades from the #OPINewOrleans collex, @uberchicbeauty plate 803 and @bundlemonster stamping polish. There's a video tutorial for the gradient nails on my YouTube channel now www.youtube.com/MissShelly129. Working on editing another vid for the marble nail. Go check it out and subscribe to my channel 😚💋 #nailart #radialgradient #pinknails #OPI #UberChic #watermarble