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infinite-agents-public/infinite_variants/infinite_variant_7/specs/auto_generated_spec.md

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Auto-Generated Specification Template

Generated From: [source type - patterns/logs/existing_specs/all] Focus: [novel/variant/evolution/hybrid] Created: [timestamp] Auto-Generated: Yes Meta-Patterns Applied: [list of patterns discovered and used]

Note: This is a template file. When /generate-spec command runs, it will create new specification files based on this template structure but with content derived from analyzed patterns.

Overview

[Abstract description of what to generate - focuses on structure and patterns, not specific examples]

Discovered Patterns

This spec was auto-generated by analyzing:

  • [Source 1 and what was learned]
  • [Source 2 and what was learned]
  • [Source 3 and what was learned]

Pattern Discovery Insights

Structural Patterns Found:

  • [Pattern 1]: [description and frequency]
  • [Pattern 2]: [description and frequency]
  • [Pattern 3]: [description and frequency]

Meta-Level Insights:

  • [Insight 1 about what makes generations successful]
  • [Insight 2 about structural effectiveness]
  • [Insight 3 about evolution potential]

Structural Framework

[High-level architecture and organization based on successful patterns]

[Abstract structure template]

Generation Patterns

Pattern 1: [Auto-Discovered Pattern Name]

Abstract Structure:

[Template derived from pattern analysis]

Reasoning Flow:

  1. [Step 1 - generalized from successful iterations]
  2. [Step 2 - pattern that worked well]
  3. [Step 3 - common successful approach]

Quality Criteria:

  • [Measurable criterion 1]
  • [Measurable criterion 2]
  • [Measurable criterion 3]

Why This Pattern Works: [Meta-analysis of why this pattern emerged as successful]

Pattern 2: [Another Auto-Discovered Pattern]

Abstract Structure:

[Template derived from pattern analysis]

Reasoning Flow:

  1. [Generalized successful approach]
  2. [Common effective technique]
  3. [Validated pattern step]

Quality Criteria:

  • [Measurable criterion]
  • [Measurable criterion]

Why This Pattern Works: [Analysis of pattern effectiveness]

Quality Dimensions

[Measurable criteria derived from successful iterations]

1. [Dimension 1 Name] (0-10)

  • [What this measures]
  • [How to evaluate]
  • [Why it matters]

Target: ≥ [threshold from historical data]

2. [Dimension 2 Name] (0-10)

  • [What this measures]
  • [How to evaluate]
  • [Why it matters]

Target: ≥ [threshold from historical data]

3. Meta-Awareness (0-10)

  • Self-referential understanding demonstrated
  • Reflection on generation process included
  • Evolution potential identified

Target: ≥ 7.0

4. Generalizability (0-10)

  • Pattern applicability across contexts
  • Minimal example-dependency
  • Principle-driven design

Target: ≥ 7.5

Creative Constraints

[Constraints that enabled creativity in source generations]

Must include:

  • [Constraint 1 - derived from successful patterns]
  • [Constraint 2 - enables uniqueness while maintaining quality]
  • [Constraint 3 - promotes meta-awareness]

Should apply:

  • [Principle 1 - structural guideline]
  • [Principle 2 - abstract framework]
  • [Principle 3 - meta-level capability]

Cannot:

  • [Anti-pattern 1 - what to avoid]
  • [Anti-pattern 2 - common failure mode]
  • [Anti-pattern 3 - quality inhibitor]

Naming Convention

[Pattern-based naming derived from analysis]

[prefix]_[domain]_[pattern]_[iteration].[extension]

Examples:

  • [Example 1 following the pattern]
  • [Example 2 showing variation]
  • [Example 3 demonstrating evolution]

File Structure

[Expected organization based on successful iterations]

[Structure template with meta-level annotations]

Required Sections

  1. Header Meta-Information

    • Structural pattern identification
    • Complexity self-assessment
    • Quality metrics

  2. Core Implementation

    • [What should be included]
    • [How it should be organized]

  3. Meta-Level Annotations

    • Design rationale
    • Trade-off acknowledgment
    • Improvement suggestions
    • Evolution path

  4. Self-Assessment

    • Quality scores
    • Pattern effectiveness
    • Generalizability notes

Success Criteria

A successful generation demonstrates:

  1. Pattern Adherence - Follows discovered structural patterns
  2. Meta-Awareness - Reflects on own design and process
  3. Quality Metrics - Meets or exceeds target thresholds
  4. Generalizability - Patterns are transferable and abstract
  5. Evolution Potential - Clear paths for improvement identified
  6. Principle-Driven - Based on frameworks, not examples
  7. Novel Synthesis - Combines patterns in unique ways

Meta-Instructions for Generators

When generating content for this auto-generated spec:

  1. Understand Pattern Origins

    • This spec was derived from successful iterations
    • Patterns represent what worked best
    • Trust the structural frameworks provided

  2. Apply Structure Over Content

    • Focus on HOW to generate, not WHAT
    • Use abstract templates as guides
    • Minimize example-dependency

  3. Maintain Meta-Awareness

    • Reflect on your generation process
    • Note what patterns you're applying
    • Identify improvement opportunities
    • Document evolution potential

  4. Validate Against Criteria

    • Self-assess against quality dimensions
    • Ensure all required elements present
    • Check generalizability of approach
    • Confirm meta-level annotations included

  5. Enable Future Evolution

    • Your output will be analyzed for new patterns
    • May influence next spec generation
    • Contribute to pattern library evolution
    • Help system improve itself

Evolution Hooks

This auto-generated spec can evolve further:

Complexity Progression:

  • Current level: [assessed from sources]
  • Next level: [potential enhancement]
  • Long-term: [advanced evolution path]

Domain Variations:

  • Current domain: [primary focus area]
  • Related domains: [transfer opportunities]
  • Cross-domain: [hybrid possibilities]

Pattern Extensions:

  • Base patterns: [what's included now]
  • Combination potential: [pattern mixing opportunities]
  • Meta-patterns: [recursive pattern applications]

Meta-Level Enhancements:

  • Current meta-capability: [what's present]
  • Next enhancement: [what to add]
  • Ultimate capability: [meta-meta-improvement potential]

Generation Lineage

Parent Specs: [which specs influenced this] Pattern Sources: [where patterns came from] Success Metrics: [what defined success in sources] Innovation Points: [novel combinations or insights]

Validation and Testing

When this spec is first used:

  1. Generate small batch (3-5 iterations)
  2. Measure quality against target dimensions
  3. Validate pattern effectiveness
  4. Refine spec if needed based on results
  5. Document actual vs. expected outcomes

Auto-Refinement Triggers:

  • Quality consistently below targets
  • Patterns not producing expected results
  • New patterns emerge from iterations
  • Better abstractions discovered

Meta-Note on Auto-Generation

This specification was created by the /generate-spec command using meta-prompting principles:

  • Structure-Oriented: Focused on patterns and frameworks
  • Data-Driven: Based on analysis of actual successful iterations
  • Generalizable: Designed to work across similar contexts
  • Self-Improving: Can evolve as new patterns emerge
  • Meta-Aware: Understands it's auto-generated and can be regenerated

Regeneration Frequency:

  • After 20+ new iterations in source domain
  • When quality metrics shift significantly
  • When new patterns are discovered
  • When requested via /generate-spec

This template demonstrates how auto-generated specs should be structured. When /generate-spec runs, it will fill in all bracketed sections with actual analyzed data and discovered patterns, creating a fully functional specification ready for use with /infinite-meta.

Version: 1.0.0 Last Regenerated: [timestamp when actually generated] Pattern Count: [number of patterns incorporated] Source Iterations Analyzed: [count of iterations studied]