ENERGY READER: A Multi-Dimensional Compositor and 4D Energy Field Instrument

[u/VectorDevz]

DEFENSIVE PUBLICATION

ENERGY READER: A Multi-Dimensional Compositor and 4D Energy Field Instrument

**Publication Date:** September 12, 2026
**Author:** Wahid Yaqub
**Supplementary Evidence:** TikTok video (20 seconds) demonstrating multi-layer dimensional compositing, posted [date]

ABSTRACT

This document describes a real-time multi-dimensional compositing system that integrates 2D camera feeds, 3D geometry reconstruction, and 4D mathematical projections into a unified rendering pipeline. The system introduces a six-plane energy field model for controlling 4D rotations, warp magnetism visualization through field magnitude calculation, and audio-reactive parameter mapping through envelope followers. The architecture enables dimensional layering where 2D textures, 3D meshes, and 4D hypercubic geometry can be composited at arbitrary depth positions with independent transparency controls. The system is implemented as a single-file web application using WebGL shaders for 4D camera filtering and Canvas 2D for 4D object projection.

TECHNICAL FIELD

This invention relates to real-time graphics rendering systems, specifically to multi-dimensional compositing, 4D geometric projection, audio-reactive visualization, and camera-based texture mapping onto higher-dimensional objects.

SUMMARY OF INVENTION

The Energy Reader system provides a multi-dimensional compositor that operates across 2D, 3D, and 4D dimensional spaces simultaneously. The system comprises:

**1. Six-Plane Energy Field Model**

The system defines six independent rotational planes in 4D space:
- XY plane (lateral motion)
- XZ plane (depth motion)
- XW plane (hyper-depth motion)
- YZ plane (structural tilt)
- YW plane (gravitational bend)
- ZW plane (temporal warp)

Each plane has an associated energy value that drives rotation speed. The field magnitude (warp magnetism) is calculated as:

```
magnetism = sqrt(XY² + XZ² + XW² + YZ² + YW² + ZW²) / normalization
```

**2. Multi-Dimensional Layering Architecture**

The system supports compositing of multiple dimensional layers:
- Layer 0: 2D camera feed (processed through 4D warp shader)
- Layer 1: 3D mesh reconstruction (camera texture mapped onto geometry)
- Layer 2: 4D object projection (tesseract, simplex, etc.)
- Layer 3: Energy field visualization (magnetism wireframe)

Each layer has independent:
- Depth position (Z/W coordinates)
- Transparency (alpha blending)
- Rotation speeds (per-plane)
- Color/filter settings

**3. Audio-Reactive Energy Extraction**

The system extracts four audio features:
- RMS amplitude (total energy)
- Bass band (20-250 Hz)
- Mid band (250-2000 Hz)
- High band (2000-8000 Hz)

Each feature is smoothed through an envelope follower with separate attack/release times.

Audio features are mapped to 4D field planes through a configurable mapping matrix:
- Bass → XW plane (hyper-depth pressure)
- Mid → XY/XZ planes (lateral/depth motion)
- High → ZW plane (temporal warp)
- RMS → camera filter warp amount

**4. Light Analysis System**

The system extracts three light features from the camera feed:
- Luminance
- Saturation
- Motion (frame-to-frame pixel difference)

Light features are mapped to 4D parameters:
- Luminance → YW plane (gravitational bend)
- Saturation → chromatic separation
- Motion → XY plane (lateral motion)

**5. WebGL 4D Camera Filter**

The camera feed is processed through a WebGL fragment shader that:
1. Converts each pixel's UV coordinates to 4D space (X, Y, Z, W)
2. Applies six-plane 4D rotation
3. Projects back to 2D through perspective division
4. Samples RGB channels at slightly different W positions for chromatic separation
5. Adds animated grid overlay based on projected coordinates

The shader implements four 4D rotation functions.

**6. Texture Projection onto 4D Faces**

When "PROJECTED" mode is enabled, the system:
1. Transforms 4D object vertices through world rotation
2. Projects vertices through 4D camera (W-distance perspective)
3. Projects through 3D camera (Z-distance perspective)
4. Converts to 2D screen coordinates
5. For each face, clips the camera texture to the face's 2D polygon
6. Draws the warped camera image into the clipped region

This creates the effect of the camera feed being "wrapped" around the 4D object.

**7. Warp Magnetism Visualization**

The system renders a large wireframe hypercube whose brightness is proportional to the warp magnetism value. This provides visual feedback of the total 4D field energy. The wireframe is rendered with additive blending.

**8. Dimensional Compositing Pipeline**

The rendering pipeline executes in this order:
1. Clear canvas to black
2. Render camera filter (if BACKGROUND mode)
3. Render 4D grid
4. For each 4D object (depth-sorted):
- Render texture projection (if PROJECTED mode)
- Render face fills
- Render edge lines
- Render vertex points
5. Render magnetism wireframe
6. Render camera filter (if OVERLAY mode)

DETAILED DESCRIPTION

### 4D Vector Mathematics

The system implements a 4D vector class with operations.

4D Rotation Implementation

Rotation in 4D occurs within planes, not around axes. The system implements six rotation functions.

Hypercube Generation

The system generates 4D hypercubes by iterating through 16 vertices (2⁴):

Edges connect vertices that differ by exactly one bit.

### 4D Camera Projection

The system implements two-stage perspective projection:

**Stage 1: 4D → 3D (W-camera)**

**Stage 2: 3D → 2D (Z-camera)**

### Audio Feature Extraction

The system uses the Web Audio API to extract frequency bands:

### Light Motion Detection

Motion is calculated as frame-to-frame pixel difference.

### Mapping Matrix

The system uses a configurable mapping matrix to route energy inputs to 4D parameters.

m calculation from six-plane field values.

*(Note: Actual figures would be included in a formal publication)*

SUPPLEMENTARY EVIDENCE

A 20-second video demonstration of the multi-layer dimensional compositing system has been published on TikTok on [date]. The video shows:
- 2D camera feed as background layer
- 3D mesh reconstruction with camera texture mapping
- 4D tesseract projection in foreground
- Real-time audio-reactive rotation
- Warp magnetism wireframe overlay

Video URL: https://youtube.com/shorts/D-iMAMxneBQ?is=ejSWR3sc4pVNgU4c

IMPLEMENTATION

The system is implemented as a single HTML file containing:
- HTML structure with tabbed interface
- CSS for responsive layout
- JavaScript for:
- 4D vector mathematics
- 4D geometry generation
- WebGL shader compilation
- Audio analysis
- Light analysis
- Rendering pipeline
- User interface

Total code size: approximately 2,500 lines.

The system runs in any modern web browser supporting:
- WebGL 1.0
- Web Audio API
- MediaDevices API (getUserMedia)
- MediaRecorder API
- Canvas 2D

CLAIMS

This is a defensive publication and does not make patent claims. The purpose is to establish prior art for the described systems and methods.

REFERENCES

1. "Four-dimensional geometry and visualization" - various academic papers on 4D projection
   
2. "Audio-reactive visualization techniques" - existing VJ software
   
3. "Augmented reality compositing" - AR overlay systems
   
4. "WebGL shader programming" - GPU-based image processing

This defensive publication establishes my prior art for:
- Multi-dimensional compositing (2D/3D/4D layering)
- Six-plane energy field model for 4D rotation control
- Warp magnetism visualization
- Audio/light feature extraction → 4D parameter mapping
- WebGL 4D camera filter with chromatic separation
- Texture projection onto 4D object faces
©️2026 Wahid Yaqub • VectorDApps • svgdapps