algorithmic-art
Create Algorithmic Art with p5.js
Also available from: davila7,anthropics,Doyajin174,Cam10001110101,Azeem-2
Creating generative art requires both technical skill and artistic vision. This skill guides AI systems to create original algorithmic art with seeded randomness, interactive parameters, and gallery-quality output.
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Test it
Using "algorithmic-art". Create algorithmic art about ocean waves
Expected outcome:
- Generates: Organic Turbulence philosophy about chaotic flow
- Creates: Interactive HTML with particle system responding to noise fields
- Includes: Controls for wave intensity, particle count, and color palette
- Features: Seed-based reproducibility for consistent variations
Using "algorithmic-art". Make algorithmic art inspired by quantum physics
Expected outcome:
- Generates: Quantum Harmonics philosophy about wave-particle duality
- Creates: Interactive HTML with grid-based particles showing interference patterns
- Includes: Controls for frequency, phase, and interference sensitivity
- Features: Same seed produces identical mandala patterns
Using "algorithmic-art". Create fractal botanical art
Expected outcome:
- Generates: Recursive Whispers philosophy about self-similarity
- Creates: Interactive HTML with branching recursive structures
- Includes: Controls for recursion depth, branch angle, and line weight
- Features: Golden ratio proportions with organic noise variations
Security Audit
SafeThis is a pure content-generation skill for creating algorithmic art templates. All 65 static findings are FALSE POSITIVES. The scanner misinterpreted 'seed' keywords (for seeded randomness in generative art) as cryptographic functions, CDN URLs for loading p5.js as network vulnerabilities, and documentation references to reading template files as external command execution. The skill generates client-side HTML/JavaScript that runs entirely in the browser with no file access, network calls, or code execution capabilities.
Risk Factors
🌐 Network access (1)
⚡ Contains scripts (1)
⚙️ External commands (1)
Quality Score
What You Can Build
Build Generative Systems
Create interactive art installations and generative design tools for web applications and digital experiences.
Explore Algorithmic Aesthetics
Generate unique artworks with controlled randomness, exploring mathematical beauty through computational processes.
Teach Generative Concepts
Demonstrate algorithmic thinking and creative coding techniques using structured philosophy-to-code workflows.
Try These Prompts
Create algorithmic art with a flow field where thousands of particles follow Perlin noise vectors, leaving trails that accumulate into organic density patterns. Include controls for particle count, flow speed, and noise scale.
Generate algorithmic art based on harmonic interference patterns. Use grid-initialized particles with phase values that evolve through sine waves. Include color mapping based on interference intensity.
Create recursive branching structures using subdivision algorithms. Golden ratios should constrain branch angles. Include noise perturbations for organic feel and diminishing line weights at deeper recursion levels.
Implement stochastic crystallization with randomized circle packing or Voronoi tessellation. Use relaxation algorithms to evolve cells until equilibrium. Color based on cell size and neighbor count.
Best Practices
- Always use seeded randomness so the same parameters produce identical results
- Design parameters that control algorithmic properties, not just visual appearance
- Emphasize emergent behavior and process over static final compositions
- Follow the template structure for consistent UI with seed navigation and parameter controls
Avoid
- Do not use random values without seeds - results should be reproducible
- Avoid static templates - each artwork should express its unique algorithmic philosophy
- Do not hardcode magic numbers without explaining their purpose in the philosophy
- Skip the craftsmanship emphasis - art should feel refined through countless iterations