openclaw - 💡(How to fix) Fix [Feature Request] Genetic Template System - Inheritance, Crossover, and Mutation for Agent Configurations [1 participants]

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openclaw/openclaw#61654Fetched 2026-04-08 02:56:23
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Request for a Genetic Template System that supports inheritance, crossover, and mutation operations for agent configurations and prompts. This would enable evolutionary optimization of agent behaviors and prompts over time.


Root Cause

Request for a Genetic Template System that supports inheritance, crossover, and mutation operations for agent configurations and prompts. This would enable evolutionary optimization of agent behaviors and prompts over time.


Code Example

interface TemplateGene {
  id: string;
  parentId?: string;           // Inherit from parent template
  traits: {
    systemPrompt: string;
    temperature: number;
    maxTokens: number;
    tools: string[];
    sandbox?: SandboxConfig;
  };
  fitness?: number;            // Performance score for selection
}

---

{
  "id": "writer-v2",
  "parentId": "writer-v1",
  "traits": {
    "systemPrompt": "{{parent.systemPrompt}}\n\nAdditional: Focus on clarity.",
    "temperature": 0.8
  }
}

---

function crossover(parent1: TemplateGene, parent2: TemplateGene): TemplateGene {
  return {
    id: generateId(),
    parentId: null,
    traits: {
      systemPrompt: crossoverPrompts(parent1, parent2),
      temperature: randomChoice([parent1.traits.temperature, parent2.traits.temperature]),
      maxTokens: average([parent1.traits.maxTokens, parent2.traits.maxTokens]),
      tools: union([parent1.traits.tools, parent2.traits.tools])
    }
  };
}

---

function mutate(template: TemplateGene, mutationRate: number): TemplateGene {
  const mutated = deepClone(template);
  
  if (Math.random() < mutationRate) {
    // Mutate temperature
    mutated.traits.temperature += (Math.random() - 0.5) * 0.2;
  }
  
  if (Math.random() < mutationRate) {
    // Mutate prompt - add/remove/modify sections
    mutated.traits.systemPrompt = mutatePrompt(mutated.traits.systemPrompt);
  }
  
  return mutated;
}

---

interface FitnessMetrics {
  successRate: number;         // Task completion rate
  avgResponseTime: number;     // Speed
  userSatisfaction: number;    // Feedback score
  tokenEfficiency: number;     // Output quality per token
}

function calculateFitness(metrics: FitnessMetrics): number {
  return (
    metrics.successRate * 0.4 +
    metrics.userSatisfaction * 0.3 +
    metrics.tokenEfficiency * 0.2 +
    (1 / metrics.avgResponseTime) * 0.1
  );
}

---

Generation 1: Basic writer template
     (mutation + selection)
Generation 2: Writer with better hooks
     (crossover with editor template)
Generation 3: Writer with self-editing capability
     (continued evolution)
Generation N: Highly optimized article writer

---

Secretory template × Writer template
     (crossover)
Coordinator template with writing skills

---

Original prompt: "Write an article"
     (mutation)
Variant A: "Write an engaging article with hooks"
Variant B: "Write a concise article with data"
     (selection based on performance)
Winner: "Write an engaging, data-backed article with hooks"

---

# Create template variant
openclaw template mutate writer-iso --rate 0.1 --output writer-v2

# Crossover two templates
openclaw template crossover writer-iso editor-iso --output hybrid-writer

# View template lineage
openclaw template lineage writer-v3

# Run evolutionary cycle
openclaw evolve --generations 10 --population 5 --template writer-iso

---

{
  "geneticTemplates": {
    "enabled": true,
    "templates": {
      "writer-v1": {
        "fitness": 0.85,
        "generation": 1,
        "traits": { ... }
      },
      "writer-v2": {
        "parentId": "writer-v1",
        "fitness": 0.92,
        "generation": 2,
        "mutations": ["temperature+0.1", "prompt+clarity"]
      }
    },
    "evolution": {
      "mutationRate": 0.1,
      "crossoverRate": 0.3,
      "selectionPressure": 0.5,
      "populationSize": 10
    }
  }
}
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Summary

Request for a Genetic Template System that supports inheritance, crossover, and mutation operations for agent configurations and prompts. This would enable evolutionary optimization of agent behaviors and prompts over time.


Background

In biological evolution, genes can:

  1. Inherit - Pass traits from parent to offspring
  2. Crossover - Combine genes from two parents to create new combinations
  3. Mutate - Random changes that introduce new variations

Applying these concepts to AI agent templates could enable:

  • Automatic optimization of prompts through evolutionary processes
  • A/B testing variants that breed successful combinations
  • Self-improving agent configurations over generations

Proposed Features

1. Template Inheritance

interface TemplateGene {
  id: string;
  parentId?: string;           // Inherit from parent template
  traits: {
    systemPrompt: string;
    temperature: number;
    maxTokens: number;
    tools: string[];
    sandbox?: SandboxConfig;
  };
  fitness?: number;            // Performance score for selection
}

Example:

{
  "id": "writer-v2",
  "parentId": "writer-v1",
  "traits": {
    "systemPrompt": "{{parent.systemPrompt}}\n\nAdditional: Focus on clarity.",
    "temperature": 0.8
  }
}

2. Template Crossover

Combine traits from two successful templates:

function crossover(parent1: TemplateGene, parent2: TemplateGene): TemplateGene {
  return {
    id: generateId(),
    parentId: null,
    traits: {
      systemPrompt: crossoverPrompts(parent1, parent2),
      temperature: randomChoice([parent1.traits.temperature, parent2.traits.temperature]),
      maxTokens: average([parent1.traits.maxTokens, parent2.traits.maxTokens]),
      tools: union([parent1.traits.tools, parent2.traits.tools])
    }
  };
}

3. Template Mutation

Random variations to explore new possibilities:

function mutate(template: TemplateGene, mutationRate: number): TemplateGene {
  const mutated = deepClone(template);
  
  if (Math.random() < mutationRate) {
    // Mutate temperature
    mutated.traits.temperature += (Math.random() - 0.5) * 0.2;
  }
  
  if (Math.random() < mutationRate) {
    // Mutate prompt - add/remove/modify sections
    mutated.traits.systemPrompt = mutatePrompt(mutated.traits.systemPrompt);
  }
  
  return mutated;
}

4. Fitness Evaluation

Track template performance for natural selection:

interface FitnessMetrics {
  successRate: number;         // Task completion rate
  avgResponseTime: number;     // Speed
  userSatisfaction: number;    // Feedback score
  tokenEfficiency: number;     // Output quality per token
}

function calculateFitness(metrics: FitnessMetrics): number {
  return (
    metrics.successRate * 0.4 +
    metrics.userSatisfaction * 0.3 +
    metrics.tokenEfficiency * 0.2 +
    (1 / metrics.avgResponseTime) * 0.1
  );
}

Use Cases

Use Case 1: Article Writing Evolution

Generation 1: Basic writer template
    ↓ (mutation + selection)
Generation 2: Writer with better hooks
    ↓ (crossover with editor template)
Generation 3: Writer with self-editing capability
    ↓ (continued evolution)
Generation N: Highly optimized article writer

Use Case 2: Multi-Agent Coordination

Secretory template × Writer template
    ↓ (crossover)
Coordinator template with writing skills

Use Case 3: Prompt Optimization

Original prompt: "Write an article"
    ↓ (mutation)
Variant A: "Write an engaging article with hooks"
Variant B: "Write a concise article with data"
    ↓ (selection based on performance)
Winner: "Write an engaging, data-backed article with hooks"

Proposed CLI Commands

# Create template variant
openclaw template mutate writer-iso --rate 0.1 --output writer-v2

# Crossover two templates
openclaw template crossover writer-iso editor-iso --output hybrid-writer

# View template lineage
openclaw template lineage writer-v3

# Run evolutionary cycle
openclaw evolve --generations 10 --population 5 --template writer-iso

Configuration Example

{
  "geneticTemplates": {
    "enabled": true,
    "templates": {
      "writer-v1": {
        "fitness": 0.85,
        "generation": 1,
        "traits": { ... }
      },
      "writer-v2": {
        "parentId": "writer-v1",
        "fitness": 0.92,
        "generation": 2,
        "mutations": ["temperature+0.1", "prompt+clarity"]
      }
    },
    "evolution": {
      "mutationRate": 0.1,
      "crossoverRate": 0.3,
      "selectionPressure": 0.5,
      "populationSize": 10
    }
  }
}

Priority

Medium - This is a powerful feature for long-term agent optimization, but not critical for basic functionality.


Related

  • Could integrate with A/B testing frameworks
  • Could use reinforcement learning for fitness evaluation
  • Could export/import template genes for sharing

extent analysis

TL;DR

Implement a Genetic Template System to support inheritance, crossover, and mutation operations for agent configurations and prompts, enabling evolutionary optimization of agent behaviors and prompts over time.

Guidance

  • Define the TemplateGene interface to represent individual templates with traits such as system prompts, temperatures, and tools.
  • Implement the crossover function to combine traits from two successful templates, creating a new template with a unique ID.
  • Develop the mutate function to introduce random variations in template traits, such as temperature and prompts, to explore new possibilities.
  • Design a fitness evaluation system to track template performance and guide the evolutionary process.

Example

// Example TemplateGene implementation
const template: TemplateGene = {
  id: 'writer-v1',
  traits: {
    systemPrompt: 'Write an article',
    temperature: 0.8,
    maxTokens: 100,
    tools: ['grammar-checker', 'spell-checker']
  }
};

// Example crossover operation
const parent1: TemplateGene = { ...template };
const parent2: TemplateGene = { ...template, traits: { temperature: 0.9 } };
const child: TemplateGene = crossover(parent1, parent2);
console.log(child);

Notes

The proposed Genetic Template System requires careful consideration of factors such as mutation rates, crossover rates, and selection pressure to ensure effective evolutionary optimization. Additionally, integrating this system with A/B testing frameworks and reinforcement learning may enhance its capabilities.

Recommendation

Apply the proposed Genetic Template System to enable evolutionary optimization of agent behaviors and prompts, allowing for long-term improvement and adaptation. This approach can be particularly effective in scenarios where manual optimization is challenging or time-consuming.

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