This code represents a simple HTML webpage structure. It consists of a `<body>` element, which is the main content of the webpage. Inside the `<body>`, there are two `<div>` elements labeled "Base 1" and "Base 2". These are just containers for grouping content. Inside "Base 1," there are four nested `<div>` elements with different classes: "yellow1," "red1," "green1," and "blue1." These classes are typically used to apply CSS styles to these elements, giving them different colors or formatting. The same structure is repeated inside "Base 2" with classes "yellow2," "red2," "green2," and "blue2." In simple terms, this HTML code sets up a webpage with two sections ("Base 1" and "Base 2"), each containing four colored boxes that can be styled separately using CSS.
Step 2: Set an initial CSS rule in <style> tag that removes all default settings:-
*, *::after, *::before{
margin:0;
padding:0;
box-sizing:border-box;
}
Certainly! This code is written in CSS, a language used for designing web pages. In simple terms, it's telling the computer how to handle the size of elements on a webpage. The symbols "*", "*::after", and "*::before" represent all elements on the webpage, including any additional content added before or after the elements. The code inside the curly braces sets three rules. "Margin: 0;" means elements have no space around them, "padding: 0;" means elements have no space inside them, and "box-sizing: border-box;" means the element's padding and border are included in its total width and height. This ensures that elements on the webpage are sized and spaced exactly as intended, without unexpected extra space or misalignments.
Step 3: Style body tag that sets the contents at center:-
body{
height:100vh;
display:flex;
align-items:center;
justify-content:center;
flex-direction:row;
}
Certainly! This code is for styling a web page using CSS (Cascading Style Sheets). It's specifying how the content inside the `<body>` element should be displayed. The `height: 100vh;` means the body will take up the full height of the viewport (the visible area of the web page). `display: flex;` is telling the browser to use a flexible box layout, allowing easy alignment and positioning of elements inside the body. `align-items: center;` centers the content vertically, and `justify-content: center;` centers it horizontally. Finally, `flex-direction: row;` sets the direction of the flex container's main axis, making the elements flow horizontally from left to right. So, this code ensures that the content in the body of the web page will be centered both vertically and horizontally and arranged in a row.
Step 4: Create two bases for two loaders-
.base1, .base2{
height:200px;
width:200px;
display:flex;
align-items:center;
justify-content:center;
position:relative;
}
This code is defining a style for HTML elements with the classes "base1" and "base2". It sets their height and width to be 200 pixels each, making them square-shaped. It also makes them display as flexible containers, which means their contents will be centered both vertically and horizontally within them. Additionally, it sets their position to be relative, which means you can position other elements inside them using coordinates relative to their own position. This code is essentially styling two elements to be squares with centered content, which can be useful for creating visually appealing layouts in web design.
Step 5: style shapes:-
.base1div, .base2div{
height:50px;
width:50px;
position:absolute;
}
This code is telling a computer program to do a couple of things with elements on a webpage. It says that any "div" element inside an element with the class "base1" or "base2" should have a height and width of 50 pixels each. It also says that these div elements should be positioned in a way that they can be placed precisely on the webpage wherever the programmer wants them to be. So, in simple terms, it's making sure that certain boxes (divs) on a webpage are a specific size and can be moved around exactly where they need to be.
Step 6: create both yellow shapes:-
.yellow1, .yellow2{
background-color:yellow;
left:calc(50%-50px);
top:calc(50%-0px);
border-bottom-left-radius:100px;
}
.yellow1{
animation-name: rotateY1;
animation-duration:2s;
animation-timing-function:linear;
animation-iteration-count:infinite;
}
.yellow2{
animation-name: rotateY2;
animation-duration:3s;
animation-timing-function:linear;
animation-iteration-count:infinite;
}
This code is for styling and animating two elements on a web page with a yellow background. The `.yellow1` and `.yellow2` classes both give the elements a yellow background color, position them at the center of their container horizontally and vertically, and round the bottom-left corner.
However, there are differences in how they animate. `.yellow1` uses an animation called `rotateY1` that takes 2 seconds to complete, has a linear timing function (meaning it moves at a constant speed), and repeats infinitely. `.yellow2` uses a different animation called `rotateY2` with a longer duration of 3 seconds, the same linear timing function, and also repeats infinitely. So, these classes make two elements look the same visually but apply different animations to them, causing them to rotate differently on the webpage.
Step 7: Set keyframes for both yellow shapes:-
@keyframesrotateY2 {
0%{
transform:rotate3d(0,0,0,0deg);
}
33%{
transform:rotate3d(-2,2,0,-180deg);
background-color:red;
}
66%{
transform:rotate3d(-2,2,0,-180deg);
background-color:red;
}
100%{
transform:rotate3d(0,0,0,0deg);
}
}
@keyframesrotateY1 {
0%{
transform:rotate3d(0,0,0,0deg);
}
25%{
transform:rotate3d(-2,2,0,-180deg);
}
100%{
transform:rotate3d(-2,2,0,-180deg);
}
}
This code defines two animation sequences in a web page using CSS. The first animation is called "rotateY2," and it starts by setting an initial state where there is no rotation and no background color. Then, it goes through three keyframes: at 33% of the animation, it rotates an element in 3D space and changes its background color to red; at 66%, it maintains the same rotation and background color; and finally, at 100%, it returns the element to its initial state with no rotation.
The second animation is called "rotateY1," and it also starts with no rotation. It has two keyframes: at 25%, it starts rotating an element in 3D space and continues doing so until 100%, creating a continuous rotation effect.
These animations can be applied to HTML elements to create visual effects on a webpage, such as rotating and changing colors.
Step 8: create both red shapes:-
.red1, .red2{
background-color:red;
left:calc(50%-0px);
top:calc(50%-0px);
border-bottom-right-radius:100px;
}
.red1{
animation-name: rotateR1;
animation-duration:2s;
animation-timing-function:linear;
animation-iteration-count:infinite;
}
.red2{
animation-name: rotateR2;
animation-duration:3s;
animation-timing-function:linear;
animation-iteration-count:infinite;
}
This code is for styling and animating two elements with the classes ".red1" and ".red2" on a web page. Both elements have a red background color and are positioned at the center of their parent container. They also have a rounded bottom-right corner.
The ".red1" element is animated using a CSS animation called "rotateR1," which lasts for 2 seconds, has a linear timing function, and repeats infinitely. Similarly, the ".red2" element is animated with the "rotateR2" animation, but it lasts for 3 seconds. These animations are not defined in the provided code, so you would need additional CSS code to specify what the "rotateR1" and "rotateR2" animations actually do.
Step 9: set keyframes for both red shapes:-
@keyframesrotateR2 {
0%{
transform:rotate3d(0,0,0,0deg);
}
33%{
transform:rotate3d(-2,-2,0,-180deg);
background-color:lime;
}
66%{
transform:rotate3d(-2,-2,0,-180deg);
background-color:lime;
}
100%{
transform:rotate3d(0,0,0,0deg);
}
}
@keyframesrotateR1 {
0%{
transform:rotate3d(0,0,0,0deg);
}
25%{
transform:rotate3d(0,0,0,0deg);
}
50%{
transform:rotate3d(-2,-2,0,-180deg);
}
100%{
transform:rotate3d(-2,-2,0,-180deg);
}
}
This code defines two animations using CSS keyframes. These animations are called "rotateR1" and "rotateR2." Each animation changes how an element looks or behaves over time.
For "rotateR1," at the beginning (0%), there's no change; the element stays as it is. Then, from 25% to 50%, the element starts rotating 180 degrees in a specific way. Finally, from 50% to 100%, it continues rotating in the same manner.
For "rotateR2," at the start (0%), the element is unchanged. Then, from 33% to 66%, it starts rotating 180 degrees while also changing its background color to lime. Finally, at 100%, it returns to its original state.
These keyframes can be applied to HTML elements, and the specified transformations and color changes will happen gradually, creating animated effects like rotation and color transition.
Step 10: create both green shapes:-
.green1, .green2{
background-color:lime;
left:calc(50%-0px);
top:calc(50%-50px);
border-top-right-radius:100px;
}
.green1{
animation-name: rotateG1;
animation-duration:2s;
animation-timing-function:linear;
animation-iteration-count:infinite;
}
.green2{
animation-name: rotateG2;
animation-duration:3s;
animation-timing-function:linear;
animation-iteration-count:infinite;
}
This code defines some styles for two elements with the classes "green1" and "green2." These styles give both elements a lime green background color, position them in the center of their container horizontally and 50 pixels above the center vertically, and round the top-right corner with a circular shape. Additionally, "green1" is set to continuously rotate using an animation called "rotateG1" that lasts for 2 seconds, has a linear timing function, and repeats infinitely. Similarly, "green2" is set to rotate with a different animation called "rotateG2" that lasts for 3 seconds, also has a linear timing function, and repeats infinitely. This code essentially makes two elements spin in place while they are displayed with a lime green background.
Step 11: set keyframes for both green shapes:-
@keyframesrotateG2 {
0%{
transform:rotate3d(0,0,0,0deg);
}
33%{
transform:rotate3d(-2,2,0,-180deg);
background-color:aqua;
}
66%{
transform:rotate3d(-2,2,0,-180deg);
background-color:aqua;
}
100%{
transform:rotate3d(0,0,0,0deg);
}
}
@keyframesrotateG1 {
0%{
transform:rotate3d(0,0,0,0deg);
}
50%{
transform:rotate3d(0,0,0,0deg);
}
75%{
transform:rotate3d(-2,2,0,-180deg);
}
100%{
transform:rotate3d(-2,2,0,-180deg);
}
}
This code defines animations in a web development context. An animation is like a sequence of pictures shown in rapid succession to create a moving effect. Here, two animations are defined: `rotateG2` and `rotateG1`. These animations change the way an element on a webpage looks over time.
`rotateG2` starts by making an element (like a shape or an image) rotate in 3D space from no rotation to 180 degrees. It also changes the background color to aqua when the rotation is at 180 degrees. Then, it keeps the rotation and background color until the animation is 66% complete. Finally, it rotates the element back to its original position.
`rotateG1` is a simpler animation. It starts with no rotation, then at 75%, it rotates the element to -180 degrees, and it keeps that rotation until the animation is complete at 100%.
These animations could be applied to elements on a webpage to make them visually dynamic, like spinning buttons or color-changing shapes. The percentages indicate how far through the animation's time duration the animation should be at a certain point.
Step 12: create both blue shapes:-
.blue1, .blue2{
background-color:aqua;
left:calc(50%-50px);
top:calc(50%-50px);
border-top-left-radius:100px;
}
.blue1{
animation-name: rotateB1;
animation-duration:2s;
animation-timing-function:linear;
animation-iteration-count:infinite;
}
.blue2{
animation-name: rotateB2;
animation-duration:3s;
animation-timing-function:linear;
animation-iteration-count:infinite;
}
This code is used to style elements on a web page. It specifies that any HTML elements with the class "blue1" or "blue2" should have a light blue background color, be positioned in the center of their container, and have a rounded top-left corner.
Additionally, elements with the "blue1" class should also have a continuous animation called "rotateB1" applied to them, which makes them rotate over 2 seconds in a smooth, even manner, and the animation should repeat infinitely. Elements with the "blue2" class have a similar animation called "rotateB2," but it lasts for 3 seconds instead of 2. These animations give the elements a spinning effect when viewed on a web page.
Step 13: set keyframes for both blue shapes:-
@keyframesrotateB2 {
0%{
transform:rotate3d(0,0,0,0deg);
}
33%{
transform:rotate3d(-2,-2,0,-180deg);
background-color:yellow;
}
66%{
transform:rotate3d(-2,-2,0,-180deg);
background-color:yellow;
}
100%{
transform:rotate3d(0,0,0,0deg);
}
}
@keyframesrotateB1 {
0%{
transform:rotate3d(0,0,0,0deg);
}
75%{
transform:rotate3d(0,0,0,0deg);
}
100%{
transform:rotate3d(-2,-2,0,-180deg);
}
}
The code is a set of CSS keyframes that animate the rotation of two elements in opposite directions. Element B2 flips over onto its back at the halfway point of the animation, while element B1 remains at a rotation of 0 degrees until the halfway point, when it flips over onto its back as well. To use these keyframes, you would simply add them to the animation property of the elements you want to animate.
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