🎮 HTML5 Draggable - AI Solutions Comparison

In this comparison, we'll evaluate how three leading AI assistants - DeepSeek, Claude.ai, Gemini, and ChatGPT - approach building an HTML5 draggable interface. Each AI was given the same project requirements to create a fruit-matching game, allowing us to compare their coding styles, problem-solving approaches, and implementation strategies. Through this analysis, we can better understand the strengths and unique characteristics of each AI's coding capabilities.

Below is the exact prompt given to the AI assistants:

Project Title
HTML5 Draggable demo

Project Goal
To create an interactive drag-and-drop activity where users can drag fruit names into their corresponding emoji areas. This activity aims to provide a visually engaging and user-friendly way to learn or test knowledge of fruit names.

Key Requirements
1. Layout
* Two main sections:
    1. Area 1: A vertical list containing draggable fruit names (e.g., "Apple," "Banana").
    2. Area 2: A grid containing circular droppable emoji areas (e.g., 🍎 for Apple, 🍌 for Banana).
* Both areas should be visually distinct with clear boundaries.
* The layout must be responsive and adjust for different screen sizes.
2. Functionality
Drag-and-Drop Interaction
* Fruit names should be draggable.
* Emoji areas should be droppable.
* Each emoji area should allow only the correct fruit name to stay inside it.
* Incorrectly matched fruit names should animate back to their original position in Area 1.
Correct Match
* When a fruit name is dropped into the correct emoji area:
    * The word should appear inside the circle.
    * A ✔️ should appear to indicate a correct match.
    * The word should be removed from Area 1.
Wrong Match
* When a fruit name is dropped into an incorrect emoji area:
    * A ❌ should appear temporarily next to the emoji area.
    * The word should animate back to its original position in Area 1.
3. Visual Design
* Area 1 (Fruit Names):
    * A clean, vertical list of fruit names styled as draggable cards.
* Area 2 (Emoji Grid):
    * Circular emoji areas styled to resemble containers for the draggable words.
    * Use a grid layout with adequate spacing between emoji areas.
4. Animations
* Smooth animations for:
    * Dragging the word into the emoji area.
    * Animating the word back to Area 1 if the match is incorrect.
    * Showing ✔️ or ❌ indicators for correct and wrong matches.                    
                

All three AI gave functional solution. But I personally found Claude.ai's solution to be particularly effective due to its focus on accessibility and clean implementation, I encourage you to explore all three solutions and decide which approach best suits your needs.

Consider these aspects when evaluating each solution:

• 🎨 Code organization and readability
• 📱 Responsive design implementation
• ⚡ Performance and optimization
• ♿ Accessibility features
• ✨ Animation smoothness

Feel free to examine the code, test the implementations, and choose the approach that aligns best with your project requirements.