Cellular Automata Engine

Experiment #1 (B3/S23 - Conway's Life)

Simulation Controls

Simulation Speed (TPS): Auto-Scale

Target Render FPS: Uncapped (Max rAF)

UI Elements Refresh Rate: 30 FPS

Governs DOM telemetry meters, diagnostics, and status bar refresh rates independently from canvas grid rendering.

Ruleset & CA Engine Controls

Preset Ruleset:

Birth (B):

Survival (S):

Standard Conway's Game of Life. Cells survive with 2 or 3 neighbors, born with 3.

Rules - Detailed Logic & Explorer

Configure ruleset logic values and analyze automata properties independently outside of active simulation ticks.

Interactive 8-Neighbor Transition Matrix

Birth (B):

Survival (S):

Canonical Notation: B3/S23

Neighborhood Geometry: 2D Moore (8 neighbors)

Wolfram Space Type: Class IV (Complex / Life-Like)

Lattice Symmetry: Isotropic (Rotation & Reflection)

Ruleset Library & Categories

Camera & Cursor Navigation

Zoom Level:

Zoom Anchor Mode:

Zoom Scale: 1.0x

Min Zoom (Fit): 0.10x

World Pan Center: X: 0, Y: 0

Hover Cell Coords: X: - | Y: -

Hover Cell Status: N/A

Debug & Diagnostics

TPS Status: 0 / 30 ●

FPS Status: 0 / 60 ●

Grid Dimensions: 32 x 32

Total Cell Capacity: 1,024

Alive / Dead Cells: 0 / 1024

Worker Compute Load: 0%

Heap Memory: N/A

Storage Quota Used: N/A

CPU Cores / Threads: N/A

Core Threads Load

Simulation Gen: 0

Active Runtime: 00:00:00

Poll Frequency (ms):

Payload Size: 0 KB

Application Settings

Video & Display Settings

Cell Color Palette:

Canvas Background:

Cell Bloom Glow: Enable Glow

Grid Line Contrast:

UI Transparency:

Audio & Sonification

Master Audio: Mute All

Simulation Sonification:

Master Volume:

Synthesizer Timbre:

UI Click Sound Effects

Engine & Simulation Preferences

Inactive Tab Behavior:

Zoom Focal Point Mode:

Worker Micro-Batch Yield Size:

Window Management & Desktop OS

Environment: Desktop OS Mode

Open Windows: Windows: 1

Magnetic Snapping: Active

Snapping Target: Magnetic Edge

Lattice (Grid) Controls

Grid Dimensions: 32 × 32

Total Sites: 1,024

Alive Sites: 0

Dead Sites: 1,024

Lattice Density: 0.0%

Aspect Ratio: 1:1 (Square)

Buffer Memory: 2.0 KB

Cell Render Size: 16.0 px

Boundary Conditions:

Dimension Presets

Cols (X):

Rows (Y):

Lattice Transformations

Charts & Telemetry Statistics

Population Dynamics Live: 0

Peak 0

Min 0

Avg 0

Density 0.0%

Performance (TPS vs FPS) ■ TPS ■ FPS

Sampling Buffer: 120 ticks

Timeline - Generation Playback

Current Generation 0

Gen 0 (Seed) Gen 250 Gen 500 Gen 1000+

Auto-Halt at Generation (0 = Disabled):

Recorded Milestones & Keyframes

🚩 Initial Seed (Gen 0) Origin

Main Menu & Workspace Launcher

Workspace Window Launcher

Workspace Layout Presets

Quick Utilities

Help & User Guide

Getting Started

The Experiment window contains the active cellular automata simulation grid. Use the Controls window or the top toolbar to start, pause, step, or randomize live cells.

Camera & Navigation

• Pan: Click and drag inside the Experiment window canvas to pan across the lattice.
• Zoom: Scroll your mouse wheel inside the canvas or adjust the Zoom slider in Camera window.
• Fit View: Click "Fit View" in the Experiment toolbar to auto-frame the entire grid.

Keyboard Shortcuts

`Space`	Play / Pause simulation
`S`	Step single generation
`R`	Randomize lattice seeds
`C`	Clear lattice grid
`F`	Fit / Center lattice in view
`G`	Toggle grid lines contrast
`~`	Focus Interactive Console

Window Management

Windows can be dragged by their titlebars, resized from any of their 8 edge handles, snapped magnetically to other windows or screen borders, minimized to the bottom taskbar, and maximized.

About Cellular Automata Engine

Cellular Automata Engine

Version 1.2.0 • Web Worker Multi-Threaded Edition

An interactive, high-performance simulation platform engineered for dense 2D lattice Cellular Automata experiments. Features a modular desktop windowing operating environment, real-time sonification, and comprehensive diagnostics.

Technical Specifications

Compute Engine: Dedicated Web Worker

Lattice Memory: Double-Buffered Uint8Array

Rendering Target: HTML5 2D Canvas Viewport

Audio Sonification: Web Audio API Synthesis

Window Manager: Modular Dockable OS with Snapping

Ruleset Support: Moore 2D (B.../S...) Life-Like

Topology Options: Toroidal & Planar (Bounded)

Engineered for high performance, smooth interactivity, and deep exploration.

News & Release Notes (Future Feature)

Future feature module. Stay updated with new simulation discoveries, algorithms, and engine enhancements.

🚀 Dedicated Experiment Window Architecture v1.2.0 Release

The cellular automata simulation viewport has now been encapsulated in its own standalone, floating, dockable Experiment window!

🔬 Detailed Rules Matrix & Telemetry Charts New Feature

Interactive neighbor toggles for B0-B8 and S0-S8 allow rapid prototyping of novel life-like automata without restarting simulation loops.

⚡ Roadmap: WebGPU Compute Shaders Upcoming

Investigation into WebGPU WGSL compute pipelines to unlock 4096×4096 real-time simulations running at over 1,000 TPS.

🌐 Pattern Sharing & RLE Import Hub Upcoming

Cloud-based pattern exchange supporting standard Run Length Encoded (RLE) files and glider syntheses.

Interactive Console

New Simulation Experiment

Experiment Title / Identifier:

Lattice Grid Dimensions: 1,024 cells (~4 KB)

Width (X):

Height (Y):

Boundary:

Automata Physics Rule: B3/S23

Birth (B):

Survival (S):

Initial Pattern / Seed:

Target TPS:

Lattice Setup Preview: Aspect: 1.00:1

Target: Experiment #1

Topology: Toroidal Wrap

Engine: Dedicated Background Worker

Spawns in its own UI window with independent toolboxes and menu bar.