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Project Case Study

ComfyStride 3D Configurator

An immersive 3D footwear customization engine utilizing Three.js and R3F for high-fidelity product interaction and real-time rendering.

ComfyStride 3D Configurator

Project Overview

Solved complex glTF compression and real-time texture mapping challenges. Engineered a dynamic state management system to handle hundreds of material combinations without compromising frame rates.

Designed with a "mobile-first" approach and optimized for search engines, ComfyStride 3D Configurator showcases Subhash Yogi's expertise in bridging complex backend logic with immersive frontend interactivity.

Technical Implementation

Architecture

Built using React Three Fiber for robust state management and optimal rendering performance.

Styling

Leveraged Tailwind CSS and Framer Motion for a fluid, responsive, and high-fidelity UI.

Key Features

Interactive 3D model with real-time material swapping
Custom environment mapping for high-fidelity lighting
Dynamic state management with Zustand
Exploded view animation for internal component inspection

Challenges & Solutions

The Problem

High memory usage on mobile devices due to large 3D assets.

The Solution

Utilized glTF-Transform for mesh compression and texture resizing, reducing initial load size by 70%.

The Problem

Syncing 3D state with React UI components without lag.

The Solution

Implemented transient state updates in Zustand to avoid heavy React re-renders during 3D interactions.

Stack Details

React Three FiberThree.jsDreiZustandTailwind

Year

2024

Role

Fullstack Architect

Category

Enterprise Web App

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