- Introduction to CSS
- What is CSS
- Understanding the Basics : Syntax, Selectors, and Declarations
- Using Inline, Internal, and External Techniques to Integrate CSS into HTML
- Complete working code of using CSS into HTML
- The Box Model
- Components of the CSS Box Model
- Managing Layout with the CSS Box Model
- Box Model Properties
- Styling Text and Fonts
- Color, alignment, decoration, and transformation of text
- Font properties : Family, size, weight, and style.
- Web-Safe Fonts and Custom Fonts Integration
- Web-Safe Fonts
- Custom Fonts Integration
- Code Sample : Using Web-Safe and Custom Fonts
- CSS Layout Technique
- Static Positioning
- Relative positioning
- Absolute Positioning
- Fixed Positioning
- Sticky Positioning
- Complete working code for positioning elements
- Flexbox : Basics, alignment, and building a layout with Flexbox
- Flexbox Basics
- Alignment in Flexbox
- Building a Layout with Flexbox
- CSS Grid : Grid basics, creating layouts with grid-template columns, rows, and areas
- Grid Basics
- Creating Layouts with Grid Template Columns and Rows
- Creating Layouts with Grid Areas
- Display properties and Box manipulation
- Display Properties
- Box Manipulation
- Code Sample : Display Properties and Box Manipulation
- CSS Layout Technique : Positioning Elements
- Transitions and Animations
- CSS Transitions : Property, duration, timing function.
- Code for Transition
- CSS Animations : Keyframes and Animation Properties
- Code for Animation
- Advanced Styling with CSS
- Pseudo-classes and Pseudo-elements
- Styling Lists, Tables, and Forms
- Creating and Styling Navigation Bars and Dropdown Menus
- Visual Enhancements with CSS
- Backgrounds: Colors, Images, and Gradients
- Borders and Box Shadows for Depth and Emphasis
- Using Transitions and Animations for Dynamic Effects
- Responsive Web Design
- Media Queries for Device-Specific Styling
- Mobile-First versus Desktop-First Strategies
- Responsive Images and Videos for Faster Page Loads
- Transforms and Effects
- 2D and 3D Transforms : Rotate, Scale, Translate, and Skew
- Visual Effects: Box-Shadow, Text-Shadow, Blend Modes
- Advanced CSS Features
- CSS Variables for Maintainable Style Sheets
- Advanced Selectors and Combinator Usage
- Advanced Layout Techniques in CSS
- Multi-column Layouts, Flexbox, and Grid Advanced Techniques
- Overlapping and Layering with z-index
- SASS : Syntactically Awesome Style Sheets
- Introduction to SASS/SCSS : Variables, Nesting, and Mixins
- Organizing CSS with Partials and Imports
- Advanced SASS : Functions, Loops, and Conditionals
- Functions
- Conitionals
- Loops
- Working with SVGs and Icons in Web Design
- Implementing Scalable Vector Graphics and Icons in Web Design
- Styling and Animating SVGs with CSS
- CSS Best Practices and Optimization
- Writing Efficient, Maintainable, and Scalable CSS
- CSS Methodologies like BEM for Organizing CSS
- Performance Optimization : Minification, Concatenation, and CSS Sprites
- CSS Sample Project
- Create a home page with HTML and CSS
- HTML Structure
- CSS Styling
- Conclusion
Display Properties
Display Properties
An element's treatment in the document layout is determined by its display attribute in CSS. It specifies how an element will appear in layouts like as grid and flex, as well as block, inline, inline-block, and none at all. Every value influences the arrangement differently.
Block: <div>, <p>, and <h1> are examples of elements that are automatically block-level elements. They take up the entire width allowed and begin on a new line.
Inline: <span>, <a>, and <img> are examples of inline elements. They merely occupy the appropriate width and do not begin on a new line.
Inline-Block: Combines the characteristics of inline and block. The element can have its width and height set, but it does not begin on a new line.
None: The element doesn't exist in any part of the document flow and is eliminated entirely.
Flex: Specifies what a flexible container is. To occupy available space on the main axis, flexible things within can expand, contract, or remain the same size.
Grid: Describes a container in a grid. Grid layout approaches can be applied to arrange items into rows and columns.
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