L I Q U I D _ V O I D

001 // GPGPU MORPHOLOGY ENGINE

An abstract generative fluid simulation crafted with GLSL & React Three Fiber.

[ LAUNCH EXPERIENCE ]   •   [ RESOURCES ]

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/ VISION

Liquid Void is a high-end WebGL experiment focused on organic motion, refractive aesthetics, and mathematical beauty. The project explores the intersection of Simplex Noise algorithms and Fresnel equations to simulate a volatile, liquid-like core trapped in a digital vacuum.

Every system is built with a Performance-First mindset, utilizing custom shaders to handle complex vertex displacement directly on the GPU.

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/ CORE ARCHITECTURE

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/ TECHNICAL SPECIFICATIONS

// NOISE MORPHOLOGY

The mesh utilizes 3D Simplex Noise to calculate real-time vertex displacement. Unlike standard Perlin noise, Simplex provides a more organic, non-directional flow with lower computational overhead.

$$P_{new} = P_{old} + \vec{n} \cdot \text{Snoise}(P_{old} \cdot \omega + t) \cdot A$$

// FRESNEL APPROXIMATION

To achieve the "premium" liquid look, we implement a custom Fresnel effect in the fragment shader. This calculates the reflectance based on the angle between the view vector and the surface normal.

$$F = \max(0.0, 1.0 - \vec{V} \cdot \vec{N})^{power}$$

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/ PERFORMANCE STRATEGY

GPU INSTANCING • DPR CLAMPING • MEMOIZED UNIFORMS • LERP INTERPOLATION

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/ PROJECT STRUCTURE

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/ SYSTEM DESIGN

graph TD
    A[Leva Controls] -->|Uniforms| B[LiquidCore]
    B --> C[Vertex Shader: Noise]
    B --> D[Fragment Shader: Fresnel]
    C --> E[Geometry Displacement]
    D --> F[Color Composition]
    E & F --> G[EffectComposer]
    G --> H[Final Output: Bloom/Grain]
    style B fill:#111,stroke:#FF0055,stroke-width:2px
    style G fill:#111,stroke:#58a6ff,stroke-width:2px

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/ ARCHITECTURE AUTHORSHIP

SUJIT KOJI Creative Technologist & WebGL Architect [ PORTFOLIO ]   /   [ LINKEDIN ]

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