GitHub - salonyranjan/VertexFlow: 🚀 A high-performance, visually cinematic 3D portfolio experience built with React, Three.js, and GSAP. Featuring immersive WebGL environments, smooth scroll orchestration, and optimized 3D rendering.

VertexFlow — Interactive 3D Developer Portfolio

"A high-performance 3D developer portfolio — where cinematic WebGL rendering meets fluid animation engineering."

📋 Table of Contents

🌌 Welcome
🖼️ Visual Experience
📊 Portfolio at a Glance
✨ Key Features
🏗️ Feature Orchestration Architecture
🔄 Architecture & Interaction Flow
- 6.1 🔀 The Interaction Flow
- 6.2 📐 Technical Stack Hierarchy
- 6.3 🔗 Feature Relationship (ERD Style)
- 6.4 🗃️ Conceptual Data Model
🗺️ 3D System Map
🛠️ Tech Stack
- 8.1 🎨 3D & Creative Engineering
- 8.2 ⚛️ Frontend & Styling
- 8.3 🔌 Integrations & DevOps
🚀 Featured Engineering Projects
- 9.1 🤖 AI & Agentic Systems
- 9.2 🌐 Full-Stack & Cloud
- 9.3 ⚡ Performance & Scalability
🧠 Technical Domain Expertise
📦 Running Locally
- 11.1 🔧 Prerequisites
- 11.2 ⬇️ Clone & Install
- 11.3 🔑 Environment Variables
- 11.4 🖥️ Run & Build
🚢 Deployment
👤 Author
⭐ Show Your Support

1. 🌌 Welcome

Welcome to VertexFlow — my personal developer portfolio engineered as a fully immersive, 3D-powered web experience. Built at the intersection of WebGL graphics, cinematic animation, and modern React architecture, VertexFlow is not just a portfolio — it's a high-performance 3D engine that showcases my journey as a Full-Stack and AI/ML Developer through immersive visual storytelling.

🔗 View Live Portfolio →

🔖	Version	📦 Highlight
🆕	`v2.0`	Post-processing bloom · Motion blur · Responsive camera FOV
🔄	`v1.5`	GSAP ScrollTrigger timelines · Lenis smooth-scroll physics · Drei optimizations
🎉	`v1.0`	Three.js WebGL hero · React Three Fiber · Framer Motion UI · EmailJS contact

2. 🖼️ Visual Experience

VertexFlow is engineered to bridge the gap between high-end 3D graphics and functional web interfaces. The experience is centred around fluid motion, spatial depth, and visual storytelling.

🌌 Immersive Hero Scene

⚡ Real-time WebGL environment built with Three.js and custom shaders · Dynamic geometry reacts to scroll position · Motion blur post-processing at 60 FPS

🚀 Project Showcase — Interactive 3D Cards

🃏 3D tilt cards respond to hover with parallax depth · GSAP-driven stagger reveals on scroll · Each project links to live demos and source repos

✨ Animated Tech Stack — Scroll-Revealed Mastery

🎞️ GSAP-orchestrated timelines reveal technical proficiency on scroll · Spring-based icon animations via Framer Motion · Skill categories grouped by domain

✉️ Cinematic Contact — Glassmorphic UI

💎 Glassmorphic UI design with backdrop blur and semi-transparent layers · EmailJS serverless integration · Optimised for high-conversion and sleek micro-interactions

🖥️ Section	📱 Mobile	💻 Tablet	🖥️ Desktop
🌌 Hero Scene	✅	✅	✅
🚀 Projects	✅	✅	✅
✨ Tech Stack	✅	✅	✅
📖 Experience	✅	✅	✅
✉️ Contact	✅	✅	✅

3. 📊 Portfolio at a Glance

mindmap
  root((🌌 VertexFlow))
    🎬 3D Engine
      Three.js WebGL
      React Three Fiber
      Custom Shaders
      Post-Processing
    🌊 Animation Layer
      GSAP Timelines
      ScrollTrigger
      Lenis Physics
      Framer Motion
    🚀 Content Sections
      Hero Scene
      About Me
      Projects Grid
      Tech Stack
      Experience
      Contact Form
    ⚙️ Engineering
      React 19
      Vite HMR
      Tailwind v4
      EmailJS

🔢 Metric	🎯 Value	📝 Notes
🎯 Frame Rate	`60 FPS`	Hardware-accelerated WebGL rendering
🎨 3D Library	`Three.js + R3F`	React Three Fiber declarative scene graph
⚡ Scroll Engine	`Lenis`	Eliminates scroll jank, native-app feel
🎞️ Animation	`GSAP + Framer`	Dual-layer motion orchestration
🏗️ Build Tool	`Vite`	Near-instant Hot Module Replacement
📦 Sections	`6+`	Hero · About · Projects · Stack · XP · Contact
🧩 Tech Domains	`4`	AI/ML · Full-Stack · Cloud · Performance

4. ✨ Key Features

VertexFlow isn't just a portfolio — it's a high-performance 3D engine designed to showcase technical depth through immersive visual storytelling.

4.1 🎬 Cinematic 3D Experience

🌐	Immersive WebGL Environments	Built with Three.js and React Three Fiber (R3F) for high-fidelity real-time rendering directly in the browser
🔮	Dynamic 3D Geometry	Optimised 3D model orchestration with @react-three/drei, ensuring fast load times without sacrificing visual quality
🌟	Post-Processing Effects	Custom motion blur and bloom effects to enhance the cinematic quality of 3D renders
📷	Responsive Camera	Dynamically adjusted Field of View (FOV) to ensure the 3D scene looks perfect on both mobile and ultra-wide displays
🎭	Glassmorphic UI Overlay	Backdrop blurs and semi-transparent layers create a modern, futuristic aesthetic on top of the 3D canvas

4.2 🌊 Fluid Motion & Orchestration

📜	Smooth Scroll Physics	Integrated Lenis smooth-scrolling to eliminate "scroll jank" and provide a native-app feel throughout the entire experience
🎞️	Scroll-Triggered Timelines	Complex animation sequences orchestrated via GSAP (GreenSock) ScrollTrigger that stay perfectly in sync with user movement
💫	UI Micro-interactions	Declarative, spring-based animations using Framer Motion for polished interface feedback and hover states
🃏	3D Card Tilt Effects	Project cards respond to pointer position with real-time perspective transforms — parallax depth without a library

4.3 ⚙️ Modern Engineering Stack

⚡	Next-Gen Tooling	Built on Vite and React 19 for near-instant Hot Module Replacement (HMR) and concurrent rendering features
🎨	Utility-First Styling	Leveraging Tailwind CSS v4 for a streamlined, high-performance design system with zero runtime overhead
📧	Serverless Contact	A robust contact system powered by EmailJS for seamless client-side email delivery — no backend required
🚀	Edge Deployment	Globally distributed via Vercel with automatic CI/CD pipeline on every push to main

5. 🏗️ Feature Orchestration Architecture

The diagram below illustrates how the technical components of VertexFlow interact to create the "Cinematic Flow" — from a user's scroll gesture to a rendered frame on screen.

graph LR
    %% Styles
    classDef engine fill:#2563eb,color:#fff,stroke:#fff
    classDef motion fill:#8b5cf6,color:#fff,stroke:#fff
    classDef ui fill:#06b6d4,color:#fff,stroke:#fff

    %% Flow
    User((👤 User Scroll)) --> Lenis[🌊 Lenis Smooth Scroll]
    Lenis --> GSAP[🎞️ GSAP ScrollTrigger]

    subgraph "🌌 The 3D World"
    GSAP --> R3F[⚛️ React Three Fiber]
    R3F --> Canvas[🖥️ WebGL Canvas]
    Canvas --> PostFX[✨ Post-Processing]
    end

    subgraph "🖼️ The Interface"
    GSAP --> DOM[📄 UI Elements]
    DOM --> Framer[💫 Framer Motion]
    end

    class R3F,Canvas,PostFX engine
    class Lenis,GSAP motion
    class DOM,Framer ui

6. 🔄 Architecture & Interaction Flow

6.1 🔀 The Interaction Flow

This diagram shows how the user's gestures propagate through both the 3D rendering layer and the UI interface layer simultaneously.

graph TD
    User((👤 User)) -->|Scrolls / Hovers| Lenis[🌊 Lenis Smooth Scroll]
    Lenis -->|Syncs position| GSAP[🎞️ GSAP Timeline]
    GSAP -->|Transforms scene| R3F[⚛️ React Three Fiber Scene]
    GSAP -->|Triggers reveals| UI[📄 DOM UI Elements]

    subgraph "🌌 3D World"
    R3F --> Models[🔮 GLTF Models]
    R3F --> Shaders[🌟 Custom Shaders]
    R3F --> PostFX[✨ Bloom + Motion Blur]
    end

    subgraph "📨 Contact Logic"
    UI -->|Form Submit| EmailJS[📧 EmailJS API]
    EmailJS -->|Notification| Inbox((📬 Dev Inbox))
    end

6.2 📐 Technical Stack Hierarchy

quadrantChart
    title VertexFlow Tech Mapping
    x-axis Low Latency --> High Performance
    y-axis Simple UI --> Immersive 3D
    quadrant-1 "Cinematic Experience"
    quadrant-2 "Core Logic"
    quadrant-3 "Legacy Methods"
    quadrant-4 "Speed & Utility"
    "Three.js": [0.8, 0.9]
    "React Three Fiber": [0.75, 0.85]
    "GSAP": [0.7, 0.8]
    "React 19": [0.5, 0.6]
    "Lenis": [0.6, 0.7]
    "Framer Motion": [0.55, 0.55]
    "Vite": [0.9, 0.4]
    "Tailwind v4": [0.9, 0.3]

6.3 🔗 Feature Relationship (ERD Style)

erDiagram
    PORTFOLIO ||--|{ THREE-SCENE : "renders"
    THREE-SCENE ||--o{ GSAP-TIMELINE : "animated by"
    GSAP-TIMELINE ||--o{ SCROLL-TRIGGER : "synced with"
    SCROLL-TRIGGER ||--|| LENIS-ENGINE : "physics provider"
    THREE-SCENE ||--o{ POST-PROCESSING : "enhanced by"

    UI-LAYER ||--o{ FRAMER-MOTION : "powered by"
    UI-LAYER ||--o{ EMAIL-JS : "handles contact"
    VITE-BUILDER ||--|| PRODUCTION-APP : "optimizes"
    VERCEL-CDN ||--|| PRODUCTION-APP : "serves globally"

6.4 🗃️ Conceptual Data Model

Although VertexFlow is a serverless frontend application, the UI is driven by a strictly typed data model, and user interactions are handled via structured payloads to external APIs.

erDiagram
    VISITOR ||--o{ MESSAGE : "Submits via Contact Form"
    PORTFOLIO ||--|{ PROJECT : "Showcases"
    PORTFOLIO ||--|{ EXPERIENCE : "Highlights"
    PORTFOLIO ||--|{ SKILL : "Demonstrates"
    PORTFOLIO ||--|{ CERTIFICATION : "Validates"

    MESSAGE {
        string sender_name
        string sender_email
        string message_content
        string service_id "EmailJS Payload"
        string template_id "EmailJS Template"
    }

    PROJECT {
        string name
        string tech_stack
        string description
        string github_link
        string live_link
        string image_path
        string category "AI · Full-Stack · Performance"
    }

    EXPERIENCE {
        string role_title
        string company_logo
        string duration
        array responsibilities
    }

    SKILL {
        string category_title
        string description
        string icon_path
        string proficiency_level
    }

    CERTIFICATION {
        string course_name
        string issuer
        string issue_date
        string credential_link
    }

7. 🗺️ 3D System Map

┌─────────────────────────────────────────────────────────────────────┐
│           🌐 CLIENT LAYER  —  React 19 + Vite 7                     │
│   ┌──────────────────────────────────────────────────────────────┐  │
│   │      Pages  •  Components  •  Hooks  •  Contexts             │  │
│   └──────────────────────────────────────────────────────────────┘  │
└──────────────────────────────┬──────────────────────────────────────┘
                               │
┌──────────────────────────────▼──────────────────────────────────────┐
│         🎞️ ANIMATION LAYER  —  GSAP + Framer Motion + Lenis         │
│   ┌──────────────────────────────────────────────────────────────┐  │
│   │   ScrollTrigger  •  Spring Physics  •  Smooth Scroll Engine  │  │
│   └──────────────────────────────────────────────────────────────┘  │
└──────────────────────────────┬──────────────────────────────────────┘
                               │
┌──────────────────────────────▼──────────────────────────────────────┐
│         🌌 3D RENDERING LAYER  —  Three.js + React Three Fiber      │
│   ┌──────────────────────────────────────────────────────────────┐  │
│   │   WebGL Canvas  •  GLTF Models  •  Custom Shaders  •  Bloom  │  │
│   └──────────────────────────────────────────────────────────────┘  │
└──────────────────────────────┬──────────────────────────────────────┘
                               │
┌──────────────────────────────▼──────────────────────────────────────┐
│         📧 EXTERNAL SERVICES  —  EmailJS + Vercel Edge              │
│   ┌──────────────────────────────────────────────────────────────┐  │
│   │       Serverless Email  •  Global CDN  •  CI/CD Pipeline     │  │
│   └──────────────────────────────────────────────────────────────┘  │
└──────────────────────────────┬──────────────────────────────────────┘
                               │
                               ▼
                   🚀 Deployed Portfolio
           (🌌 Visually Stunning · ⚡ Blazing Fast)

🏗️ Layer	⚙️ Technologies	📝 Responsibility
🌐 Client	React 19 · Vite · Tailwind v4	UI rendering, routing, state
🎞️ Animation	GSAP · Framer Motion · Lenis	Scroll physics, timelines, micro-interactions
🌌 3D Rendering	Three.js · R3F · Drei	WebGL scenes, models, shaders, post-FX
📧 Services	EmailJS · Vercel	Serverless email, edge deployment & CDN

8. 🛠️ Tech Stack

VertexFlow is built with a modern, performance-first stack focusing on the intersection of 3D graphics and scalable web architecture.

8.1 🎨 3D & Creative Engineering

⚙️ Technology	🔬 Usage	🏆 Result
Three.js	Core WebGL engine for 3D rendering	Real-time GPU-accelerated visuals in browser
React Three Fiber	Declarative Three.js for React	Composable scene graph with full React lifecycle
@react-three/drei	Helper abstractions for R3F	Fast-loading 3D models without quality loss
GSAP	Professional-grade timelines & scroll orchestration	Silky 60 FPS animations perfectly synced to scroll
Framer Motion	Declarative UI transitions	Spring-based micro-interactions and page reveals
Lenis	High-performance smooth scroll engine	Native-app feel, zero scroll jank

8.2 ⚛️ Frontend & Styling

React 19 — Utilizing the latest concurrent rendering features for a responsive, non-blocking UI
Vite — Next-generation frontend tooling with near-instant Hot Module Replacement (HMR) and optimised production builds
Tailwind CSS v4 — Utility-first styling with the latest CSS engine — zero runtime, maximum performance
Lucide React — Clean, consistent, and lightweight vector icon library

8.3 🔌 Integrations & DevOps

⚙️ Tool	📝 Purpose
EmailJS	Serverless client-side email integration — no backend required
Vercel	Globally distributed edge deployment with automatic CI/CD
Git / GitHub	Version control, branch strategy, and source management

9. 🚀 Featured Engineering Projects

VertexFlow serves as the immersive gateway to my technical work, highlighting expertise across AI/ML, Full-Stack Development, and Cloud Infrastructure.

9.1 🤖 AI & Agentic Systems

ZenithRAG — Python LangChain Vector DB LLMs

Architected an advanced Level-3 RAG system with a high-throughput pipeline for document parsing and semantic synthesis across large corpora.
RoleRadar — AI Agents MCP Python

Developed an agentic job discovery platform using autonomous AI agents to map candidate profiles to hyper-relevant market opportunities.
MediQuery.ai — LLMs LangChain Pinecone AWS

Built a RAG-based medical chatbot leveraging vector databases for context-aware healthcare information retrieval.

9.2 🌐 Full-Stack & Cloud

Z-Axis Cloud — Docker Cloud Infra DevOps

Designed a scalable cloud framework optimised for container orchestration and resource-heavy AI model deployment.
SkillBridge AI — React Node.js GenAI

Engineered an AI career coach featuring automated resume parsing and dynamic skill-gap analysis powered by generative AI.
Rewind — MERN Stack Redux JWT

Architected a social ecosystem for digital footprints with a decoupled client-server architecture and cinematic UI experience.

9.3 ⚡ Performance & Scalability

Sonic-Prep — Vite Framer Motion

High-performance interview prep platform focused on low-latency UI and sub-100ms interaction response times.
QuickCart — Next.js SSR Tailwind

E-commerce architecture fully optimised for Core Web Vitals, SEO, and page speed via server-side rendering.
OpenShelf E2E — ML Collaborative Filtering

End-to-end recommendation engine applying collaborative filtering for deeply personalised content discovery.

10. 🧠 Technical Domain Expertise

pie title Project Specializations
    "RAG & Generative AI" : 40
    "Full-Stack (MERN/Next.js)" : 30
    "Cloud & DevOps" : 20
    "Machine Learning" : 10

🧠 Domain	🔧 Core Technologies	💡 Focus Area
🤖 RAG & GenAI	LangChain · Pinecone · LLMs · Python	Agentic pipelines · Vector search · Prompt engineering
🌐 Full-Stack	React · Node.js · Next.js · MERN	Scalable SPAs · SSR/SSG · REST APIs
☁️ Cloud & DevOps	Docker · AWS · Vercel · CI/CD	Container orchestration · Edge deployment
🌌 3D & WebGL	Three.js · R3F · GSAP · Lenis	Cinematic web experiences · Real-time rendering

11. 📦 Running Locally

Want to explore the code or run VertexFlow on your own machine? Follow these steps.

11.1 🔧 Prerequisites

🛠️ Tool	📌 Version	🔗 Link
	`≥ 18.x`	nodejs.org
	`≥ 8.x`	Bundled with Node
📧 EmailJS Account	Free tier	emailjs.com

11.2 ⬇️ Clone & Install

📥 Step 1 — Clone the repository

git clone https://github.com/salonyranjan/VertexFlow.git
cd VertexFlow

📦 Step 2 — Install dependencies

npm install

11.3 🔑 Environment Variables

🔐 Step 3 — Create .env in the root directory

To make the contact form work locally, add your EmailJS credentials:

# EmailJS Configuration
VITE_APP_EMAILJS_SERVICE_ID=your_service_id_here
VITE_APP_EMAILJS_TEMPLATE_ID=your_template_id_here
VITE_APP_EMAILJS_PUBLIC_KEY=your_public_key_here

🔐 Security note: .env is git-ignored. Never commit real keys to your repository. Copy .env.example and fill in your values.

11.4 🖥️ Run & Build

📜 Script	💻 Command	📝 Purpose
🚀 Dev server	`npm run dev`	Start Vite HMR at `http://localhost:5173`
🏗️ Production build	`npm run build`	Optimised output in `dist/`
🔍 Preview build	`npm run preview`	Test production build locally before deploy
🧹 Lint	`npm run lint`	ESLint code quality check

The application will be available at http://localhost:5173.

12. 🚢 Deployment

VertexFlow is configured for seamless deployment on Vercel with zero configuration.

⚙️ Setting	🔧 Value
Framework Preset	Vite
Build Command	`npm run build`
Output Directory	`dist`
Node.js Version	`18.x`

Important: Ensure VITE_APP_EMAILJS_SERVICE_ID, VITE_APP_EMAILJS_TEMPLATE_ID, and VITE_APP_EMAILJS_PUBLIC_KEY are also configured in your Vercel Project Settings → Environment Variables for the live contact form to function correctly.

graph LR
    Push[🔀 git push main] --> Vercel[🚀 Vercel CI/CD]
    Vercel --> Build[🏗️ npm run build]
    Build --> Dist[📦 dist/]
    Dist --> Edge[🌍 Edge Network]
    Edge --> User[👤 Global Users]

    style Push fill:#181717,color:#fff
    style Vercel fill:#000,color:#fff
    style Edge fill:#2563eb,color:#fff
    style User fill:#8b5cf6,color:#fff

13. 👤 Author

✦ Salony Ranjan

🌌 3D Web Engineer · 🤖 AI/ML Developer · 🚀 Full-Stack Builder

"Bridging the gap between cinematic 3D graphics and intelligent web systems — one vertex at a time."

I am a Full-Stack Developer and AI Enthusiast passionate about building immersive digital experiences and autonomous AI agents. I currently focus on the intersection of 3D Web (WebGL) and Generative AI (RAG Pipelines) — designing systems that are as beautiful as they are intelligent.

14. ⭐ Show Your Support

If VertexFlow inspired you, taught you something about 3D web engineering, or pushed your creative boundaries — show it some love! 🌌

💡 Pro Tip: Go to GitHub repo Settings → Social Preview and upload the hero screenshot. When you share on LinkedIn, your beautiful WebGL UI shows as the card preview instead of a generic GitHub placeholder — perfect for a portfolio project.

Name		Name	Last commit message	Last commit date
Latest commit History 35 Commits
public		public
src		src
.gitignore		.gitignore
README.md		README.md
eslint.config.js		eslint.config.js
index.html		index.html
package-lock.json		package-lock.json
package.json		package.json
tailwind.config.cjs		tailwind.config.cjs
vercel.json		vercel.json
vite.config.js		vite.config.js

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📋 Table of Contents

1. 🌌 Welcome

2. 🖼️ Visual Experience

🌌 Immersive Hero Scene

🚀 Project Showcase — Interactive 3D Cards

✨ Animated Tech Stack — Scroll-Revealed Mastery

✉️ Cinematic Contact — Glassmorphic UI

3. 📊 Portfolio at a Glance

4. ✨ Key Features

4.1 🎬 Cinematic 3D Experience

4.2 🌊 Fluid Motion & Orchestration

4.3 ⚙️ Modern Engineering Stack

5. 🏗️ Feature Orchestration Architecture

6. 🔄 Architecture & Interaction Flow

6.1 🔀 The Interaction Flow

6.2 📐 Technical Stack Hierarchy

6.3 🔗 Feature Relationship (ERD Style)

6.4 🗃️ Conceptual Data Model

7. 🗺️ 3D System Map

8. 🛠️ Tech Stack

8.1 🎨 3D & Creative Engineering

8.2 ⚛️ Frontend & Styling

8.3 🔌 Integrations & DevOps

9. 🚀 Featured Engineering Projects

9.1 🤖 AI & Agentic Systems

9.2 🌐 Full-Stack & Cloud

9.3 ⚡ Performance & Scalability

10. 🧠 Technical Domain Expertise

11. 📦 Running Locally

11.1 🔧 Prerequisites

11.2 ⬇️ Clone & Install

11.3 🔑 Environment Variables

11.4 🖥️ Run & Build

12. 🚢 Deployment

13. 👤 Author

✦ Salony Ranjan

14. ⭐ Show Your Support

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