DEV Community: Pratik Tamhane

Mastering Gradients with UIHooks.com "Welcome to uihooks.com, your ultimate destination for over 5,000 free components and design tools! https://medium.com/@pratik111098/mastering-gradients-with-uihooks-com-9af955c1817b #uihooks #uidesign #uiux #aicolour

Pratik Tamhane — Sat, 17 Jan 2026 16:06:19 +0000

https://www.linkedin.com/posts/uihooks_webdesign-webdevelopment-uxdesign-activity-7416339399728185344-LLnr?utm_source=social_share_send&utm_medium=android_app&rcm=ACoAADakaXMBzN-JhFRJdbExema6DgVlHhTorfE&utm_campaign=copy_link

Pratik Tamhane — Wed, 14 Jan 2026 20:17:26 +0000

Ensure Seamless User Experience Across Devices with UiHooks | UiHooks posted on the topic | LinkedIn

Stop guessing how your site looks on mobile & web. Testing responsiveness shouldn’t require 20 browser tabs and a prayer. Whether it's a kiosk, a smartwatch, or a 4K monitor, your users expect a seamless experience. If you’re still resizing your browser window manually, it’s time for an upgrade. I was created a free responsive checker that covers: ✅ 12 different screen types (Web & Mobile device, Gaming, Automotive, VR/AR, and more). ✅ 100+ specific device model sizes. ✅ Instant production URL testing. The best part? It’s completely free to use. Try it out here: 👉 uihooks #WebDesign #WebDevelopment #UXDesign #Frontend #ResponsiveDesign #UiHooks #tester #testing

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My All Trending Medium Article Please Watch: Part 1

Pratik Tamhane — Tue, 24 Dec 2024 07:59:02 +0000

1. The Psychology Behind Color Choices in UI Design

Tips for Applying Colors in UI Design.

2. 7 Magical Christmas Animations for Your Website 🎄✨

The Christmas Html, Css Animation

3. Part 2: Top 7 CSS Tricks to Make Your Websites Look Stunning

Css Tricks

4. 5 Hacks to Speed Up Your Prototyping Process

Prototyping

Medium Account

Figma's New Dev Mode: A Game-Changer for Designers and Developers

Pratik Tamhane — Thu, 19 Sep 2024 16:08:37 +0000

On September 19, 2024, Figma rolled out an exciting update that introduces a more seamless way for designers and developers to collaborate. The Dev Mode feature takes center stage, enhancing the handoff process by simplifying design-to-development workflows. In this post, we’ll dive into the major highlights of this update and how it improves both design and developer experiences.

1. Switch Between Design and Dev Modes with Ease

The new Dev Mode offers a quick switch between design and development views. Designers can now transition from creative mode to Dev Mode with a simple shortcut: Shift+D. In Dev Mode, the UI adapts to emphasize design properties relevant to developers. Developers can inspect elements and copy assets like CSS, variables, and spacing easily, streamlining the review process.

This is a perfect solution for teams where designers want to focus on creating and developers need to dissect these designs for efficient development. No more jumping between different tools—Figma centralizes this workflow.

2. Resize or Minimize for Maximum Canvas Space

Figma’s latest update gives you more control over your workspace. You can resize or minimize the side panels in both design and Dev Mode to make the most of the canvas. For those working on large projects with intricate designs, this provides much-needed breathing room to focus on the task at hand without distractions.

The minimize feature is particularly handy when collaborating or presenting your work, allowing others to focus solely on the design itself.

3. A Refreshed Properties Panel for Developers

The properties panel in Dev Mode has undergone a significant redesign, offering clearer iconography and optional labels to improve accessibility. This means developers can now navigate the panel more intuitively, speeding up the process of inspecting design properties. With the new layout, it becomes easier to retrieve essential design metrics like padding, margin, and size directly from the interface.

This enhancement reduces the friction that usually occurs during the development phase, allowing both designers and developers to be more productive without losing design precision.

4. Focus on Developer-Centric Features

Beyond the visual refresh, Figma’s update includes new developer-centric tools. Now, in Dev Mode, developers can directly extract code snippets (such as CSS and SwiftUI code), access tokens, and even download assets in different formats—all without leaving Figma. This ensures that the implementation of designs remains consistent with the original creative vision.

These updates are a major quality-of-life improvement for developers working alongside design teams. Gone are the days of misinterpretation and miscommunication—Figma's new update brings everyone onto the same page (quite literally).

Conclusion: A More Unified Workflow for Designers and Developers
With the latest Figma update, collaboration between designers and developers reaches new heights. The Dev Mode, along with an updated properties panel and resizing features, makes it easier for development teams to inspect, extract, and implement designs quickly and efficiently. This shift helps designers focus on creating without worrying about the handoff process, while developers get the exact information they need—fast.

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A Guide to Color Patterns in UI/UX Design: Methods and Best Practices

Pratik Tamhane — Wed, 18 Sep 2024 13:34:39 +0000

Introduction

Colors play a pivotal role in UI/UX design. The right color pattern not only enhances the aesthetics of your interface but also affects usability, user engagement, and even conversions. This guide explores different methods for selecting color patterns in UI/UX design and how they can create impactful user experiences.

1. Understanding the Psychology of Colors

Colors evoke emotions and reactions. Before choosing a color palette for your design, it's essential to understand the psychological impact of different colors:

Red: Represents passion, urgency, or excitement.
Blue: Evokes trust, calmness, and professionalism.
Green: Associated with growth, peace, and nature.
Yellow: Conveys energy, optimism, and creativity.
Tip: Align your color choices with your brand message and audience expectations.

2. Color Theory in UI/UX Design

Color theory revolves around three key concepts: hue, saturation, and brightness. Using these elements, designers can build harmonious color schemes that are visually appealing and balanced.

Monochromatic Scheme: Uses variations of a single color for a minimalistic look.
Analogous Scheme: Combines colors next to each other on the color wheel for a smooth, unified look.
Complementary Scheme: Pairs colors opposite each other on the color wheel for contrast and vibrancy.
Tip: Choose schemes that enhance readability and functionality without overwhelming the user.

3. Accessibility and Color Contrast

One often overlooked aspect of UI/UX design is ensuring that color choices are accessible to all users, including those with visual impairments. Follow these tips to ensure proper contrast and accessibility:

Use tools like WebAIM Contrast Checker to test color contrast.
Avoid relying solely on color to convey meaning.
Incorporate text labels, icons, and other visual aids to enhance usability.
Tip: Aim for a contrast ratio of at least 4.5:1 for normal text and 3:1 for larger text.

4. Consistent Use of Color Across Design Systems

Consistency is key in UI/UX design. When building a product or website, ensure that color usage is uniform across all components. This can be done by creating a design system that includes:

Primary Colors: The main colors used for key elements like buttons and navigation bars.
Secondary Colors: Used for accents, hover states, and less dominant UI elements.
Neutral Colors: Backgrounds, text, and borders often require subtle, neutral shades like greys or off-whites.
Tip: Stick to a well-defined palette to maintain visual cohesion across your UI.

5. Modern Color Trends in UI/UX Design

Stay up-to-date with modern design trends to keep your interfaces fresh and contemporary:

Gradients: Blend two or more colors to create depth and visual interest.
Neumorphism: Soft shadows and highlights that give UI elements a floating appearance.
Minimalist Palettes: Use fewer colors with muted tones for clean, elegant designs.
Tip: Balance trendy colors with timeless design principles to ensure your UI doesn’t feel dated too quickly.

6. Tools for Choosing Color Patterns

Leverage these tools to help you generate color palettes and test their effectiveness in your design:

Coolors.co: Quickly generate beautiful color schemes.
Adobe Color: Experiment with different color combinations and adjust tones.
Paletton: Create professional color schemes for web design.
Tip: Experiment with different tools to find palettes that best match your brand and product vision.

Conclusion

A well-thought-out color pattern can make or break your UI/UX design. By understanding the psychology of colors, applying color theory, ensuring accessibility, and staying consistent, you can create designs that not only look good but also enhance user experience.

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🎮Unity vs Unreal Engine: Which Game Engine Should You Choose?

Pratik Tamhane — Tue, 17 Sep 2024 13:25:17 +0000

Choosing the right game engine can make or break your project, whether you're a solo indie developer or part of a AAA game studio. Unity and Unreal Engine are two of the most popular and powerful game engines available today, but they come with their own strengths and weaknesses.

In this blog post, we'll compare Unity and Unreal Engine in various categories to help you decide which one is the best fit for your next project.

1. Programming Language

Unity: Uses C#, which is beginner-friendly and widely used in indie game development. Unity's API is intuitive, and developers can quickly learn the language to build both 2D and 3D games.
Unreal Engine: Utilizes C++, which is a more powerful but complex language, often suited for developers with more programming experience. Unreal also offers Blueprints, a visual scripting system that allows non-programmers to create game logic without writing code.

Verdict:
Unity is generally easier for beginners due to C#.
Unreal Engine provides more power with C++, and Blueprints cater to non-coders.

2. Graphics and Visual Quality

Unity: Unity excels at creating games for mobile platforms, indie games, and 2D projects. It offers good graphical capabilities, but is often viewed as better suited for performance-focused projects rather than cutting-edge visuals.
Unreal Engine: Known for its photorealistic graphics and advanced rendering capabilities. Unreal is the go-to engine for AAA games and high-end 3D experiences, thanks to its powerful lighting and rendering systems.

Verdict:
Unity is perfect for projects with modest graphical requirements.
Unreal Engine is ideal for high-end visuals and photorealism.

3. Learning Curve

Unity: Unity's user interface is easy to navigate, and its simpler C# scripting makes it a great choice for beginners and hobbyists. The learning resources and community support are also vast.
Unreal Engine: Due to the complexity of C++ and the extensive toolset, Unreal has a steeper learning curve. However, its Blueprints system provides a way to build game logic visually, which can speed up development.

Verdict:
Unity is easier for beginners.
Unreal is more complex but offers visual scripting with Blueprints.

4. Performance

Unity: Optimized for mobile, AR/VR, and 2D projects, Unity is lightweight and performs well across a wide range of devices.
Unreal Engine: Unreal is built to handle high-end 3D projects and requires more powerful hardware to run efficiently. It's ideal for PC, console, and VR experiences that demand high performance.

Verdict:
Unity is better for lightweight, multi-platform projects.
Unreal Engine excels at performance for high-end games.

5. Use Cases

Unity: Commonly used for indie games, mobile development, 2D games, and AR/VR experiences. It's versatile and can handle a wide range of projects, from simple 2D games to 3D simulations.
Unreal Engine: Best suited for AAA games, high-end 3D projects, simulations, and virtual production. Unreal is also increasingly popular in fields like architecture, film, and virtual reality due to its powerful rendering capabilities.

Verdict:
Unity is versatile for both indie and mobile games.
Unreal Engine shines in AAA titles and cinematic experiences.

6. Asset Store and Marketplace

Unity: Unity Asset Store provides a vast collection of free and paid assets, including models, scripts, animations, and more, helping developers accelerate development.
Unreal Engine: Unreal Marketplace also offers a wide range of assets, but is known for having high-quality 3D assets and environments, ideal for photorealistic games.

Verdict:
Unity Asset Store is great for a variety of indie game assets.
Unreal Marketplace is best for photorealistic, high-quality assets.

7. Licensing and Pricing

Unity: Unity has a free version called Unity Personal, available to developers who earn less than $100,000 annually. There are also paid tiers for larger projects, such as Unity Pro.
Unreal Engine: Unreal Engine is free to use, but it requires a 5% royalty on gross revenue after the first $1 million earned. It's a good option for developers working on large-scale commercial projects.

Verdict:
Unity’s free tier is great for small developers.
Unreal Engine is cost-effective for projects expected to generate significant revenue.

8. Platform Support

Unity: Unity supports a wide range of platforms, including PC, mobile (iOS, Android), consoles, AR/VR, and more. It's particularly strong in mobile and lightweight game development.
Unreal Engine: Unreal supports platforms like PC, consoles, mobile, AR/VR, and is a popular choice for next-gen consoles (PS5, Xbox Series X) and high-end VR projects.

Verdict:
Unity has broader platform support, especially in mobile development.
Unreal Engine is ideal for next-gen consoles and high-end VR.

9. Community and Documentation

Unity: Unity has one of the largest developer communities, with extensive tutorials, documentation, and forums to help newcomers and experienced developers alike.
Unreal Engine: Unreal Engine also has strong community support, but its resources often cater to developers with more experience due to the engine’s complexity.

Verdict:
Unity has a broader and more beginner-friendly community.
Unreal Engine’s community is strong, but aimed more at experienced users.

10. Game Development Focus

Unity: Ideal for indie games, mobile development, prototypes, and multi-platform deployment. It's fast, flexible, and good for rapid iteration.
Unreal Engine: Best for high-end 3D games, cinematic experiences, and VR/AR projects that demand top-tier graphics and performance.

Final Verdict:
Choose Unity if you're focused on mobile, 2D/3D games, AR/VR, and want a lightweight, versatile engine that's easy to learn.
Choose Unreal Engine if you're developing AAA titles, photorealistic 3D games, or high-end VR experiences, and need cutting-edge graphical power and flexibility.

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🎮 Understanding the Difference: Game Art vs. Game Design vs. Game Development

Pratik Tamhane — Sun, 15 Sep 2024 14:08:42 +0000

Introduction

The gaming industry is a complex ecosystem made up of several roles and responsibilities. For those new to the field, it’s easy to get confused between terms like game art, game design, and game development. While these terms may sound similar, they represent entirely different aspects of the game creation process.

In this post, we’ll break down these key roles to help you better understand their unique contributions to making your favorite games.

1. 🎨 What is Game Art?

Game art focuses on the visual and aesthetic elements of a game. The goal of a game artist is to bring the characters, environments, and other in-game assets to life, making the game visually appealing and immersive.

Responsibilities of a Game Artist:

Concept Art: Creating the initial sketches and concepts that lay the foundation for the game’s visual style.
3D Modeling & Texturing: Building the 3D models for characters, environments, objects, etc.
Animation: Bringing characters and objects to life through movement and actions.
User Interface (UI) Design: Crafting the look and feel of menus, icons, and HUD elements.
Example: Think of the detailed characters and stunning environments in games like The Witcher 3 or Hollow Knight. These elements are the result of talented game artists.

2. 🧠 What is Game Design?

Game design is about crafting the gameplay experience. Game designers focus on creating mechanics, rules, and systems that engage players. They are responsible for ensuring that the game is fun, challenging, and rewarding.

Responsibilities of a Game Designer:

Game Mechanics: Designing core gameplay loops, such as combat systems, puzzles, or resource management.
Level Design: Creating levels or environments that align with the game's narrative and mechanics.
Storytelling: Writing and weaving the game’s narrative and dialogue.
Player Experience: Ensuring the game offers a smooth learning curve, appropriate difficulty, and intuitive controls.
Example: In Dark Souls, the difficulty curve and progression system are carefully crafted to push players' skills, making every victory feel rewarding. That’s the result of excellent game design.

3. 💻 What is Game Development?

Game development, or game programming, is where the creative ideas and designs are turned into a functioning game. Game developers (or programmers) write the code that makes the game playable, integrating assets created by artists and following design specifications from game designers.

Responsibilities of a Game Developer:

Programming: Writing code for the game using languages like C++, C#, or JavaScript.
Engine Integration: Working with game engines like Unity or Unreal Engine to implement game mechanics, physics, and AI.
Debugging: Identifying and fixing bugs or issues in the game’s code.
Optimization: Ensuring the game runs smoothly on various platforms by improving performance and memory usage.
Example: The responsive combat in Sekiro: Shadows Die Twice is a result of well-written game code that ensures precision and fluidity during gameplay.

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🎮 Game UI Design: Crafting Engaging and Immersive Experiences

Pratik Tamhane — Sat, 14 Sep 2024 16:14:09 +0000

Game UI design plays a critical role in how players interact with the game world. It involves not just aesthetics but usability, accessibility, and the overall player experience. In this article, we'll dive into what makes an effective game UI, best practices, and examples of innovative designs that have redefined how we play games.

💡 What is Game UI Design?

Game User Interface (UI) design is the process of creating the visual components players interact with in a game. This can include:

HUD (Heads-Up Display): Displays health, ammo, and other in-game metrics.
Menus and Inventory Screens: Navigation for settings, items, and character stats.
Interaction Prompts: Guides for interacting with the game world (e.g., button prompts).
Skill Trees, Maps, and Quest Logs: Features that help players track progress and plan their next moves.

A well-designed game UI enhances the user experience, providing clarity and immersion without distracting from the gameplay.

🎨 The Role of Visual Design

Visual design in game UI should match the game's theme and aesthetics. Here are a few key considerations:

1. Consistency with Game Theme
The UI should fit seamlessly into the world of the game. A fantasy game might use ornate borders and scroll-like textures, while a sci-fi game might lean toward sleek, minimalistic interfaces with holographic elements.

Example: The UI of "Horizon Zero Dawn" blends tribal aesthetics with futuristic tech, creating a cohesive visual experience.

2. Readability and Clarity
Players need to understand information quickly. Make sure text, icons, and symbols are legible and clear, especially during high-intensity moments in the game. Use simple fonts and contrasting colors to make critical elements stand out.

Example: "Fortnite" uses bright colors and bold fonts to ensure that health, ammo, and other stats are instantly readable in fast-paced gameplay.

3. Minimalism vs. Detailed UI
Some games benefit from minimalistic UI design to maintain immersion, while others, especially RPGs, may require more detailed HUDs to present complex stats and inventories. Balancing the amount of information on the screen with usability is key.

Example: "The Witcher 3" offers a detailed UI for its rich world and complex systems, but players can customize it by turning off certain elements for a cleaner experience.

🕹️ User Interaction and Feedback

User interaction within a game UI goes beyond clicking buttons or scrolling through menus. It’s about how intuitive and responsive the UI feels. Here are some tips for creating an engaging UI:

1. Intuitive Navigation
Menus should be easy to navigate, with clear labels and well-organized structures. Players shouldn’t need a tutorial just to figure out where their inventory or settings are.

Tip: Ensure your main menu has clear entry points, such as "Start Game," "Options," and "Quit" without unnecessary sub-menus that frustrate players.

2. Responsive Feedback
Provide immediate feedback when players interact with the UI. This could be in the form of sound effects, animations, or changes in color when a button is pressed.

Example: "Overwatch" delivers satisfying sound effects and visual cues when players select heroes, change settings, or navigate the in-game menus.

3. Customizability
Games often cater to a wide range of players, each with their preferences. Offering customization options for the UI — such as scaling, repositioning HUD elements, or color-blind modes — enhances accessibility.

Tip: Add a settings panel where players can adjust the HUD size, opacity, and even button mappings for accessibility.

🎯 Common UI Design Mistakes

While it’s easy to focus on the artistic side of UI design, functionality should never be sacrificed. Here are some pitfalls to avoid:

1. Overloading Information
Packing too much information on the screen can overwhelm players. Remember that the UI is meant to enhance gameplay, not distract from it.

Mistake Example: Games that clutter the HUD with unnecessary meters, stats, or notifications detract from the immersion.

2. Inconsistent Design Language
Your UI should feel like part of the game world. Inconsistencies in fonts, colors, or iconography can break immersion and make the game feel unpolished.

3. Ignoring User Testing
The most beautifully designed UI can fail if it doesn't work for players. Make sure to gather feedback from playtesters early in the design process to identify usability issues.

🔮 Future Trends in Game UI Design

With technology advancing, game UI design is evolving in exciting ways:

Voice-Activated UIs: More games are incorporating voice commands to enhance player control.
Gesture-Based UIs: As AR and VR grow, we’ll see more gesture-based navigation systems.
Minimalist UIs: As games aim for more immersive experiences, many are reducing HUD elements to the bare essentials or integrating them into the game world itself.
Example: In "Dead Space", the health and ammo indicators are embedded into the protagonist’s suit and weapon, eliminating the need for a traditional HUD.

📜 Conclusion

Game UI design is about balancing form and function, ensuring that the interface enhances gameplay rather than detracting from it. By focusing on clarity, consistency, and player feedback, designers can craft UIs that are not just visually appealing but also intuitive and immersive.

🛠 Tools & Resources for Game UI Designers
Figma: Great for designing and prototyping game UIs with collaborative features.
Unity UI Toolkit: Unity’s built-in UI tools allow developers to create complex interfaces for 2D and 3D games.
Adobe XD: Another powerful tool for creating interactive UI designs, especially when working in teams.
Blender: For 3D elements in your UI, Blender is a great free tool.
Proto.io: Useful for creating high-fidelity prototypes of game UIs to test with users.

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🎨Creating a Vibrant Case Studies & Resources UI with Animated Cards

Pratik Tamhane — Thu, 12 Sep 2024 18:17:15 +0000

Introduction

This guide helps you create a visually appealing UI for showcasing resources like case studies, blogs, or security articles using a responsive navbar and animated cards with gradient backgrounds.

Code Explanation

1. HTML Structure: The HTML structure is simple and organized into three main parts: header, navbar, and cards.

<header>
    <h1>Case Studies & Resources</h1>
    <p>For years, we've collaborated with AI teams globally...</p>
    <nav>
        <ul id="navbar">
            <li class="active" data-filter="all">All</li>
            <li data-filter="blog">Blog</li>
            <li data-filter="security">Security</li>
        </ul>
    </nav>
</header>
<main id="content">
    <!-- Cards go here -->
</main>

Header: Displays the title and description of the section.

Navbar: Allows users to filter content by category using data attributes.

2. CSS Styling: The CSS adds visual appeal through gradients, animations, and responsive design.

body {
    background: linear-gradient(135deg, #2b076e, #0d0c1d); /* Gradient background */
    color: #ffffff;
    display: flex;
    flex-direction: column;
    align-items: center;
}

.card {
    background: linear-gradient(135deg, #ff0076, #ff00ff); /* Card gradient */
    border-radius: 15px;
    transition: transform 0.3s, box-shadow 0.3s;
}

.card:hover {
    transform: scale(1.05); /* Scale effect on hover */
    box-shadow: 0 20px 30px rgba(0, 0, 0, 0.5);
}

Body Styling: Sets up a gradient background and centers the content.
Card Animation: Each card scales and casts a shadow when hovered, making the interaction visually engaging.

3. JavaScript Interactivity: JavaScript is used to filter the cards when the user clicks on different navbar items.

document.addEventListener("DOMContentLoaded", () => {
    const navbarItems = document.querySelectorAll("#navbar li");
    const cards = document.querySelectorAll(".card");

    navbarItems.forEach((item) => {
        item.addEventListener("click", () => {
            navbarItems.forEach(nav => nav.classList.remove("active"));
            item.classList.add("active");

            const filter = item.getAttribute("data-filter");
            cards.forEach((card) => {
                card.style.display = filter === "all" || card.getAttribute("data-category") === filter ? "block" : "none";
            });
        });
    });
});

Navbar Filtering: Filters the cards based on the selected category, enhancing user interaction.

Click Here to available Code just $1

This UI is perfect for highlighting different types of content in a visually stunning way. With gradient effects, responsive animations, and filterable cards, you can create an engaging experience that stands out.

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📣What Is a UX Engineer? Understanding the Role, Skills, and Responsibilities🎨

Pratik Tamhane — Tue, 10 Sep 2024 10:50:06 +0000

Some companies, like Google and Etsy, are starting to hire UXEs, but it’s clear that the position is still evolving. After much research and personal experience, I’ve narrowed down what the role of a UXE entails, the skills needed to succeed, and the responsibilities associated with it.

If you're considering a role in UX Engineering, this post should give you a clearer understanding of the requirements.

What Is a UX Engineer?

A UX Engineer (UXE) is a front-end engineer who collaborates with both design and engineering teams. They bridge the gap between design and development by turning design into code, often working on the UI component layer of an application rather than delving deeply into middleware or backend tasks.

Where Do UX Engineers Fit?

UX Engineers operate at the intersection of design and front-end engineering:

UX Engineer = UX & visual design knowledge + front-end development skills

How Are UX Engineers Different From Front-End Engineers?

While a UXE is essentially a front-end engineer, they focus heavily on UI design and user experience principles. UXEs typically:

Prototype and create UI components.
Update the user interface.
Ensure accessibility and technical feasibility of designs.

What Is a Design System?

One of the primary responsibilities of a UXE is working with Design Systems. But what exactly is a Design System?

A Design System is a collection of guidelines and components that define a brand's identity across multiple products. It includes three key elements:

Design Language: Visual design assets and branding guidelines.
Component Library: Reusable coded components (HTML, CSS, JavaScript).
Style Guide: Documentation of both the design language and component library.

Breaking Down Design Systems:

1. Design Language
This includes visual assets like:
1) Color palette.
2) Accessibility guidelines.
3) Typography scale.
4) Animation library.

2. Component Library
The components coded in frameworks like React, Vue, or Angular to bring the design language to life.

3. Style Guide
A documented reference of the system’s design language and component library. A great example of this is the IBM Carbon style guide.

What Does a UX Engineer Do?

The UXE role varies between companies, but here are some common responsibilities:

Translate the Design Language into a living component library.
Prototype designs and turn them into high-fidelity UI components.
Improve collaboration between the design and engineering teams.
Build the style guide website for the design system.

Qualifications for a UXE Role

The qualifications for a UX Engineer vary, but primarily include front-end development skills combined with UX design knowledge.

UX Design Skills

UXEs need to understand the basics of design principles, including:

Text alignment (e.g., why text is often left-aligned).
Line width (e.g., why text lines shouldn't be too long).
Color contrast (e.g., dark text on light backgrounds is preferred).
Legibility (e.g., how to make text over images readable with overlays or drop shadows).

UI Design Tools

Familiarity with popular design tools is helpful:

Sketch
Adobe Creative Suite
Figma
Experience in one of these tools usually transfers well to others.

Front-End Development Skills
Since UX Engineers are, at their core, front-end developers, a solid understanding of the following is required:

HTML, CSS, and JavaScript.
Build Tools: Webpack or Gulp.
CSS Pre-Processors: Sass or Less.
Version Control: Git and related tools.
Testing & Debugging: Tools like Jest, Enzyme, and Sentry.io.
Responsive Design: The ability to build responsive components.
Accessibility: Ensure compliance with W3C standards.

Soft Skills

A UXE must communicate effectively with designers, developers, and product managers. Other essential soft skills include:

Written Communication: Documenting the component and style guide.
Proactivity: Taking initiative in prioritizing tasks.
Empathy: Understanding the needs of users.

Conclusion

UX Engineering allows you to combine a love for design with the technical rigor of development. As the role continues to evolve, it’s important to clearly understand the responsibilities and skills required to excel. If you’re passionate about bridging design and engineering, then UX Engineering might be the right career path for you!

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10 Conditional Rendering Examples in CSS and React.js 🚀 (Part 3)

Pratik Tamhane — Sun, 08 Sep 2024 13:43:49 +0000

Welcome back! In this third part of our series, we're diving into even more creative ways to achieve conditional rendering using CSS and React.js. Let's explore new techniques to make your UI even more dynamic!

1. Conditional Rendering with `React Context`

Using React Context, you can pass a global state and conditionally render elements across different components without props drilling.

import React, { useContext } from "react";
import { ThemeContext } from "./ThemeContext";

const Example1 = () => {
  const { isDarkMode } = useContext(ThemeContext);

  return (
    <div style={{ backgroundColor: isDarkMode ? "black" : "white" }}>
      The theme is {isDarkMode ? "Dark" : "Light"}!
    </div>
  );
};

2. Conditional Rendering using `before` and `after` Pseudo-Elements in CSS

You can use the ::before and ::after pseudo-elements to conditionally add content before or after an element without altering the DOM.

/* CSS */
.conditional-box::before {
  content: "Before content";
  display: block;
  color: blue;
}

.conditional-box.is-highlighted::after {
  content: "Highlighted!";
  display: block;
  color: green;
}

Example (React.js):

const Example2 = ({ isHighlighted }) => {
  return <div className={isHighlighted ? "conditional-box is-highlighted" : "conditional-box"}>Box content</div>;
};

3. Conditional Rendering using `React.memo`

You can conditionally optimize the rendering of a component using React.memo, which will only re-render when the props change.

const ConditionalComponent = React.memo(({ isVisible }) => {
  return isVisible ? <p>This will only re-render if `isVisible` changes</p> : null;
});

Example (React.js):

const Example3 = ({ isVisible }) => {
  return <ConditionalComponent isVisible={isVisible} />;
};

4. Conditional Rendering based on User Input

Conditionally show or hide elements in response to user input (like a checkbox).

const Example4 = () => {
  const [isChecked, setIsChecked] = React.useState(false);

  return (
    <div>
      <input type="checkbox" onChange={() => setIsChecked(!isChecked)} />
      {isChecked ? <p>Checkbox is checked!</p> : <p>Checkbox is unchecked!</p>}
    </div>
  );
};

5. Conditional Styling using `CSS Grid`

With CSS Grid, you can conditionally change the layout based on state, screen size, or other conditions.

/* CSS */
.grid-layout {
  display: grid;
  grid-template-columns: 1fr 1fr;
}

.grid-layout.single-column {
  grid-template-columns: 1fr;
}

Example (React.js):

const Example5 = ({ isSingleColumn }) => {
  return (
    <div className={isSingleColumn ? "grid-layout single-column" : "grid-layout"}>
      <div>Column 1</div>
      <div>Column 2</div>
    </div>
  );
};

6. Conditional Rendering using `React Suspense` for Code Splitting

With React Suspense, you can conditionally render components only when needed by splitting your code.

import React, { Suspense } from "react";
const HeavyComponent = React.lazy(() => import("./HeavyComponent"));

const Example6 = ({ shouldLoad }) => {
  return (
    <div>
      {shouldLoad ? (
        <Suspense fallback={<div>Loading component...</div>}>
          <HeavyComponent />
        </Suspense>
      ) : (
        <p>No heavy component to load.</p>
      )}
    </div>
  );
};

7. Conditional Rendering using `CSS Transitions`

You can use CSS Transitions to conditionally apply smooth transitions between states.

/* CSS */
.conditional-div {
  transition: background-color 0.3s ease;
  background-color: white;
}

.conditional-div.active {
  background-color: yellow;
}

Example (React.js):

const Example7 = ({ isActive }) => {
  return (
    <div className={isActive ? "conditional-div active" : "conditional-div"}>
      I smoothly change background color!
    </div>
  );
};

8. Conditional Rendering based on `State Array Length`

Render elements conditionally based on the length of an array in your React state.

const Example8 = () => {
  const [items, setItems] = React.useState([]);

  return (
    <div>
      {items.length > 0 ? (
        items.map((item, index) => <p key={index}>{item}</p>)
      ) : (
        <p>No items available.</p>
      )}
      <button onClick={() => setItems([...items, "New Item"])}>Add Item</button>
    </div>
  );
};

9. Conditional Rendering using `Keyframes` in CSS

You can apply conditional rendering with keyframes animations that trigger based on class changes.

/* CSS */
@keyframes fadeIn {
  from {
    opacity: 0;
  }
  to {
    opacity: 1;
  }
}

.fade-in {
  animation: fadeIn 0.5s forwards;
}

Example (React.js):

const Example9 = ({ shouldFadeIn }) => {
  return (
    <div className={shouldFadeIn ? "fade-in" : ""}>
      I will fade in when the condition is met!
    </div>
  );
};

10. Conditional Rendering with `CSS Flexbox`

You can use Flexbox to conditionally change layouts based on state.

/* CSS */
.flex-container {
  display: flex;
}

.flex-container.column {
  flex-direction: column;
}

.flex-container.row {
  flex-direction: row;
}

Example (React.js):

const Example10 = ({ isColumnLayout }) => {
  return (
    <div className={isColumnLayout ? "flex-container column" : "flex-container row"}>
      <div>Item 1</div>
      <div>Item 2</div>
    </div>
  );
};

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10 Conditional Rendering Examples in CSS and React.js 🚀 (Part 2)

Pratik Tamhane — Sat, 07 Sep 2024 14:08:09 +0000

In this follow-up post, we'll continue exploring more ways to implement conditional rendering in both CSS and React.js. These techniques will help you build dynamic and responsive UIs with ease!

1. Conditional Rendering using `CSS Variables`

You can conditionally change styles in CSS using CSS variables and update them in your React components.

/* CSS */
:root {
  --bg-color: white;
}

.conditional-div {
  background-color: var(--bg-color);
}

.dark-mode {
  --bg-color: black;
  color: white;
}

Example (React.js):

const Example1 = ({ isDarkMode }) => {
  return (
    <div className={isDarkMode ? "dark-mode conditional-div" : "conditional-div"}>
      Conditional CSS Variables based on dark mode!
    </div>
  );
};

2. Conditional Rendering with `Pseudo-Classes` in CSS

You can conditionally style elements in CSS based on hover, focus, and active states using pseudo-classes.

/* CSS */
.conditional-button {
  background-color: blue;
  color: white;
}

.conditional-button:hover {
  background-color: red;
}

Example (React.js):

const Example2 = () => {
  return <button className="conditional-button">Hover to Change Color</button>;
};

3. Conditional Rendering with `CSS Animations`

You can conditionally apply animations to elements using class changes.

/* CSS */
@keyframes slideIn {
  from {
    transform: translateX(-100%);
  }
  to {
    transform: translateX(0);
  }
}

.slide-in {
  animation: slideIn 1s forwards;
}

Example (React.js):

const Example3 = ({ shouldSlideIn }) => {
  return (
    <div className={shouldSlideIn ? "slide-in" : ""}>
      I slide in based on condition!
    </div>
  );
};

4. Conditional Rendering with `:nth-child` Selector in CSS

You can conditionally apply styles to specific children of an element using :nth-child.

/* CSS */
.parent-div > div:nth-child(odd) {
  background-color: lightblue;
}

Example (React.js):

const Example4 = () => {
  return (
    <div className="parent-div">
      <div>Item 1</div>
      <div>Item 2</div>
      <div>Item 3</div>
    </div>
  );
};

5. Conditional Rendering with `React Portals`

React Portals allow you to conditionally render elements outside the DOM hierarchy of the parent component

import ReactDOM from "react-dom";

const Example5 = ({ showModal }) => {
  return showModal
    ? ReactDOM.createPortal(
        <div className="modal">This is a modal!</div>,
        document.getElementById("modal-root")
      )
    : null;
};

6. Conditional Rendering with `Multiple Classes` in React

You can conditionally apply multiple classes to an element.

const Example6 = ({ isActive, isError }) => {
  return (
    <div className={`${isActive ? "active" : ""} ${isError ? "error" : ""}`}>
      This div has conditional classes!
    </div>
  );
};

/* CSS */
.active {
  background-color: green;
}

.error {
  border: 2px solid red;
}

7. Conditional Rendering with `Media Queries` in CSS

You can use media queries to conditionally render styles based on the screen size.

/* CSS */
@media (max-width: 600px) {
  .mobile-view {
    background-color: yellow;
  }
}

Example (React.js):

const Example7 = () => {
  return <div className="mobile-view">This div changes color on small screens!</div>;
};

8. Conditional Rendering with `React Fragments` and Loops

You can conditionally render a list of items in React using loops and fragments.

const Example8 = ({ items }) => {
  return (
    <>
      {items.length > 0 ? (
        items.map((item, index) => <p key={index}>{item}</p>)
      ) : (
        <p>No items to show</p>
      )}
    </>
  );
};

9. Conditional Rendering with `Styled-Components`

Using styled-components, you can conditionally apply styles within your React components.

import styled from "styled-components";

const Box = styled.div`
  background-color: ${(props) => (props.isPrimary ? "blue" : "gray")};
  padding: 10px;
  color: white;
`;

const Example9 = ({ isPrimary }) => {
  return <Box isPrimary={isPrimary}>This is a styled component</Box>;
};

10. Conditional Rendering using `Lazy Loading` in React

With React.lazy, you can conditionally load components only when needed, improving performance.

import React, { Suspense } from "react";
const LazyComponent = React.lazy(() => import("./LazyComponent"));

const Example10 = ({ shouldLoad }) => {
  return (
    <div>
      {shouldLoad ? (
        <Suspense fallback={<div>Loading...</div>}>
          <LazyComponent />
        </Suspense>
      ) : (
        <p>No component to load</p>
      )}
    </div>
  );
};

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10 Conditional Rendering Examples in CSS and React.js 🚀 (Part 3)

1. Conditional Rendering with React Context

2. Conditional Rendering using before and after Pseudo-Elements in CSS

3. Conditional Rendering using React.memo

4. Conditional Rendering based on User Input

5. Conditional Styling using CSS Grid

6. Conditional Rendering using React Suspense for Code Splitting

7. Conditional Rendering using CSS Transitions

8. Conditional Rendering based on State Array Length

9. Conditional Rendering using Keyframes in CSS

10. Conditional Rendering with CSS Flexbox

10 Conditional Rendering Examples in CSS and React.js 🚀 (Part 2)

1. Conditional Rendering using CSS Variables

2. Conditional Rendering with Pseudo-Classes in CSS

3. Conditional Rendering with CSS Animations

4. Conditional Rendering with :nth-child Selector in CSS

5. Conditional Rendering with React Portals

6. Conditional Rendering with Multiple Classes in React

7. Conditional Rendering with Media Queries in CSS

8. Conditional Rendering with React Fragments and Loops

1. Conditional Rendering with `React Context`

2. Conditional Rendering using `before` and `after` Pseudo-Elements in CSS

3. Conditional Rendering using `React.memo`

5. Conditional Styling using `CSS Grid`

6. Conditional Rendering using `React Suspense` for Code Splitting

7. Conditional Rendering using `CSS Transitions`

8. Conditional Rendering based on `State Array Length`

9. Conditional Rendering using `Keyframes` in CSS

10. Conditional Rendering with `CSS Flexbox`

1. Conditional Rendering using `CSS Variables`

2. Conditional Rendering with `Pseudo-Classes` in CSS

3. Conditional Rendering with `CSS Animations`

4. Conditional Rendering with `:nth-child` Selector in CSS

5. Conditional Rendering with `React Portals`

6. Conditional Rendering with `Multiple Classes` in React

7. Conditional Rendering with `Media Queries` in CSS

8. Conditional Rendering with `React Fragments` and Loops

9. Conditional Rendering with `Styled-Components`

10. Conditional Rendering using `Lazy Loading` in React