Immersive Visuals Router

Master router dispatching to 6 domain routers for comprehensive visual experiences.

Routing Protocol

1. Classify — Identify primary domains from user request
2. Route to Domain — Select appropriate domain router(s)
3. Combine Domains — Most projects need 3-4 domains together
4. Load Skills — Domain routers will load specific skills

Domain Overview

Total: 6 routers, 25 specialized skills

Quick Route by Project Type

3D Scene (R3F Focus)

Primary:   r3f-router → Scene setup, components, materials
Secondary: postfx-router → Bloom, cinematic effects
Optional:  gsap-router → Camera animations

Audio Visualizer

Primary:   audio-router → Playback, analysis, reactive
Secondary: r3f-router → 3D scene for visuals
Supporting: shaders-router → Custom visual effects
           postfx-router → Bloom, glow
           particles-router → Beat-reactive particles

Creative Coding / Generative Art

Primary:   shaders-router → Custom fragment shaders
Secondary: r3f-router → Render pipeline
Supporting: postfx-router → Effects chain

Interactive Experience

Primary:   r3f-router → 3D scene, interaction
Secondary: gsap-router → Smooth animations
Supporting: postfx-router → Visual polish
           audio-router → Sound feedback

Countdown / Event Page

Primary:   gsap-router → Sequenced animations
Secondary: r3f-router → 3D elements
Supporting: postfx-router → Dramatic effects
           audio-router → Ambient, countdown audio
           particles-router → Celebration effects

Particle-Heavy Effect

Primary:   particles-router → Particle systems
Secondary: r3f-router → Scene setup
Supporting: postfx-router → Bloom for particles
           shaders-router → Custom particle shaders

Signal-Based Routing

Domain Detection Signals

r3f-router (3D Rendering):

• "3D", "Three.js", "R3F", "React Three Fiber"
• "scene", "mesh", "geometry", "camera"
• "3D model", "GLTF", "environment"
• "orbit controls", "transform"

shaders-router (Custom Shaders):

• "shader", "GLSL", "fragment", "vertex"
• "custom material", "uniform"
• "procedural", "noise", "pattern"
• "ray marching", "SDF"

particles-router (Particle Systems):

• "particle", "emitter", "particle system"
• "dust", "sparks", "confetti", "stars"
• "instancing", "GPU particles"

postfx-router (Post-Processing):

• "bloom", "glow", "post-processing"
• "vignette", "chromatic aberration"
• "depth of field", "color grading"
• "EffectComposer"

gsap-router (Animation):

• "GSAP", "GreenSock", "animate"
• "timeline", "sequence", "tween"
• "scroll animation", "ScrollTrigger"
• "entrance animation"

audio-router (Audio):

• "audio", "music", "sound"
• "visualizer", "audio reactive"
• "beat", "frequency", "FFT"
• "Tone.js"

Domain Combinations

Cinematic 3D Scene

r3f-router     → Scene, camera, lighting
shaders-router → Custom materials
postfx-router  → Bloom, color grading, vignette
gsap-router    → Camera movements

Music Visualizer

audio-router     → Load music, analyze frequencies
r3f-router       → 3D visualization geometry
shaders-router   → Audio-reactive shaders
particles-router → Beat-triggered particles
postfx-router    → Bloom, chromatic aberration

Landing Page Hero

r3f-router     → Background 3D scene
gsap-router    → Text animations, scroll effects
postfx-router  → Subtle bloom, film grain

Interactive Installation

r3f-router       → 3D environment
particles-router → Interaction feedback
gsap-router      → Transition animations
audio-router     → Sound feedback
postfx-router    → Immersive effects

Product Showcase

r3f-router     → 3D product model
gsap-router    → Rotation, zoom animations
postfx-router  → Lighting effects, environment

Temporal Collapse Stack

Complete domain routing for the New Year countdown:

┌─────────────────────────────────────────────────┐
│           TEMPORAL COLLAPSE PROJECT             │
├─────────────────────────────────────────────────┤
│                                                 │
│  ┌─────────────┐  ┌─────────────┐              │
│  │ r3f-router  │  │gsap-router  │              │
│  │ - Scene     │  │ - Digit flip│              │
│  │ - Digits    │  │ - Sequences │              │
│  │ - Camera    │  │ - Countdown │              │
│  └──────┬──────┘  └──────┬──────┘              │
│         │                │                      │
│  ┌──────┴────────────────┴──────┐              │
│  │       postfx-router          │              │
│  │  - Bloom (cosmic glow)       │              │
│  │  - Chromatic aberration      │              │
│  │  - Vignette (void edge)      │              │
│  └──────────────┬───────────────┘              │
│                 │                               │
│  ┌──────────────┴───────────────┐              │
│  │      particles-router        │              │
│  │  - Time dilation particles   │              │
│  │  - Star field                │              │
│  │  - Celebration burst         │              │
│  └──────────────┬───────────────┘              │
│                 │                               │
│  ┌──────────────┴───────────────┐              │
│  │       audio-router           │              │
│  │  - Cosmic ambient loop       │              │
│  │  - Countdown ticks           │              │
│  │  - Beat-reactive visuals     │              │
│  │  - Celebration music         │              │
│  └──────────────────────────────┘              │
│                                                 │
└─────────────────────────────────────────────────┘

Domain Responsibilities

Color Palette Reference

const TEMPORAL_PALETTE = {
  void: '#050508',      // Background
  cyan: '#00F5FF',      // Primary glow
  magenta: '#FF00FF',   // Accent
  gold: '#FFD700',      // Celebration highlight
  white: '#FFFFFF'      // Text, bright elements
};

Project Initialization Guide

Step 1: Identify Core Requirements

• What is the primary visual experience?
• Is there audio involvement?
• Does it need animation/interaction?
• What level of visual fidelity?

Step 2: Select Primary Domain

Choose the domain that represents the main technical challenge.

Step 3: Add Supporting Domains

Based on secondary requirements:

• Need glow effects? → postfx-router
• Need smooth animations? → gsap-router
• Need particles? → particles-router
• Need audio? → audio-router
• Need custom materials? → shaders-router

Step 4: Load Domain Skills

Each domain router will direct to specific skills.

Performance Considerations

By Domain

*Depends on shader complexity

Recommended Limits

• Particles: 10,000-50,000 with instancing
• Post-processing passes: 3-5 max
• Shader uniforms: Keep minimal
• Audio FFT: 128-256 for reactive, 1024+ for visualization

Fallback Routing

• "3D" mentioned → Start with r3f-router
• "Visualizer" mentioned → audio-router + r3f-router
• "Animation" only → gsap-router
• "Effect" unclear → postfx-router
• No clear signals → Ask about project type

Skill Dependencies

r3f-router
├── Independent (can use alone)
└── Enhanced by: shaders, postfx, particles

shaders-router
├── Requires: r3f (for Three.js context)
└── Enhanced by: postfx

particles-router
├── Requires: r3f (for scene)
└── Enhanced by: postfx (bloom), shaders (custom)

postfx-router
├── Requires: r3f (for scene)
└── Enhanced by: shaders (custom effects)

gsap-router
├── Independent (can use alone)
└── Enhanced by: r3f (3D animation)

audio-router
├── Independent (can use alone)
└── Enhanced by: all domains for reactive visuals

Quick Reference Matrix

● Required ○ Optional - Not needed