🪟 Start     Program Manager   (Click to explore all programs & navigation)

Icon	Program / Shortcut	Path	Action
📝	README.TXT	C:\WINDOWS\DESKTOP\README.TXT	Open Window ↓
🎬	f(x) Studio	C:\PROGRAMS\FX_STUDIO.EXE	Launch App ↓
🧪	JustQuizMe	C:\PROGRAMS\JUSTQUIZ.EXE	Launch App ↓
📅	When-R-U-Free?	C:\PROGRAMS\WHENFREE.EXE	Launch App ↓
⚙️	System Properties	C:\WINDOWS\SYSDM.CPL	Inspect Specs ↓

File: C:\WINDOWS\DESKTOP\README.TXT | User: vio (@PenguinBTW) | Status: Read-Only
--------------------------------------------------------------------------------
"If an animation can be expressed as a closed math formula Frame = f(t), never
let state drift. If user data is personal, keep it strictly on-device. If
students are revising complex STEM, give them interactive compilers, not flashcards."
--------------------------------------------------------------------------------

I engineer high-performance software at the intersection of low-level graphics math, local-first privacy-preserving systems, and interactive STEM tooling. Rather than relying on generic boilerplate, I focus on deterministic pipelines, hardware-accelerated shaders, and discrete optimization algorithms:

• 📐 Deterministic Graphics & Math: Closed-form ODE spring dynamics, Catmull-Rom splines, procedural GLSL PBR materials, and headless 60fps GPU frame streaming.
• 🔒 Local-First & Offline-First: Zero-cloud architectures, optical QR peer-to-peer data interchange, encrypted storage, and OAuth 2.0 PKCE.
• ⚙️ Compilers & Simulations: In-browser sandboxed code runners, Little Man Computer (LMC) 100-mailbox CPU emulators, symbolic algebra systems (CAS), and dynamic programming knapsack solvers.

Address: C:\PROGRAMS\FX_STUDIO.EXE  |  Architecture: Deterministic Closed-Form Engine  |  Runtime: Bun / WebGL2
A deterministic, code-first procedural motion design engine and visual diagnostic inspection suite built for autonomous AI agents and technical motion designers.

Input (Audio FFT, Keyframes, Time)
  └── Universal Closed-Loop [Frame = f(t)]
        ├── CompositorGraph (HalfFloat HDR, Procedural GLSL PBR Shaders)
        ├── Sight-Over-Numbers Diagnostics (4 Single-Still Diagnostic Plates)
        └── Headless 60fps GPU Pipeline (Playwright rawvideo ──► NVENC FFmpeg ProRes 4444)

AI coding agents are fundamentally blind to visual animation. Feeding them 1,800 video frames burns tokens and causes temporal blur. f(x) Studio compresses complex spatial and temporal motion into 4 single-still diagnostic images:

• Temporal Determinism (Frame = f(t)): Zero mutable accumulator drift (pos += vel * dt). Every single property is evaluated as a pure function of timeline time t, enabling perfect sub-frame supersampling and zero-artifact offline 4K rendering.
• Studio-Grade Optics: Custom GLSL Ward anisotropic brushed metal, wireframe edge glow, optical Depth of Field (DoF), and frosted Fresnel glass.
• Audio Intelligence & GPU Pipe: Python (Librosa / SciPy) transient envelopes synchronize typography beat-by-beat, streamed headless via Playwright into hardware-accelerated FFmpeg for ProRes 4444 with alpha.

Address: C:\PROGRAMS\JUSTQUIZ.EXE  |  Platform: UK A-Level STEM Workstation  |  Syllabus: OCR CS, OCR Maths, AQA Physics
A dedicated, interactive examination and revision platform for UK Sixth Form students that replaces static flashcards and manual mark schemes with subject-specific execution engines.

┌────────────────────────────── JustQuizMe Engine Architecture ──────────────────────────────┐
│ [1] OCR Computer Science : 100-Mailbox LMC CPU Emulator + In-Browser C# Code Sandbox       │
│ [2] OCR Mathematics      : Symbolic CAS Engine (Equivalent Math) + KaTeX Live Keypad       │
│ [3] AQA Physics          : Tolerance-Aware Numerical Grading + Error Carry-Forward (ECF)   │
│ [4] Custom Synthesizer   : Dynamic Programming 0/1 Knapsack Solver for Custom Target Exams │
└────────────────────────────────────────────────────────────────────────────────────────────┘

• Computer Science Sandbox: Complete Little Man Computer (LMC) virtual CPU with program counter, accumulator, and flag register inspection, paired with interactive dry-run trace tables and logic gate toggles.
• Symbolic Math CAS: Step-by-step milestone reasoning for Proof by Induction, Contradiction, and Exhaustion, awarding formal M₁ (method) and A₁ (accuracy) marks.
• Physics Precision: Over 300 high-resolution diagram crops (circuits, particle tracks, diffraction patterns) with tolerance range verification (e.g. 8.75 ≤ x ≤ 8.85).

Address: C:\PROGRAMS\WHENFREE.EXE  |  Platform: Flutter 3 Mobile (iOS / Android / Web)  |  Cloud: 0% (Local-First)
A local-first, privacy-focused Flutter mobile application for students to compare weekly timetables and instantly discover shared free breaks without group chat screenshot chaos.

┌────────────────────────────── When-R-U-Free? Pipeline ──────────────────────────────┐
│ [On-Device Encrypted Database] ◄── (Direct OAuth 2.0 PKCE) ──► [Microsoft 365 API]  │
│            ▲                                                                        │
│            └── (P2P High-Density QR Transfer / Zero Cloud) ──► [Peer Scanner]       │
│                        │                                                            │
│                        ▼                                                            │
│       [Smart Availability Engine: Intersection & Compact Skip Timeline]             │
└─────────────────────────────────────────────────────────────────────────────────────┘

• Proportional Skip Timeline: Shared free blocks scale visually with duration, while multi-hour lesson periods automatically collapse into compact skip dividers.
• On-Device Gap Alerts: Background push notifications scheduled locally on the device 0–30 minutes before upcoming breaks, naming which friends are free.
• Zero Overhead Transfer: Share timetables offline via camera QR scan or copy-paste text tokens for messaging apps.

_{Microsoft, Windows 98, and DirectX are trademarks or registered trademarks of their respective owners. Powered by deterministic math & local-first engineering. © 1998–2026 vio (@PenguinBTW).}