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AI Prompt Optimization Expert

核心功能:依托CRISP框架诊断原提示词的清晰度、完整性、有效性问题并评分,提供量化改进建议,生成结构清晰、表达精准的优化版提示词。典型场景适用于提示词工程、AI交互优化、LLM应用开发。输入为用户原始提示词,输出含诊断评分、优化版及具体改进点的标准化报告,严格保留原提示词核心意图。

openlark
openlark
热度 25.27
最近更新 2026-05-31 09:33:45
分类:效率依赖:纯提示词应用场景:模板 / 报告撰写

安装技能

复制下面的话术发给你的 Agent,它会通过 secure-skills 检索并安装该技能。

执行命令安装此 skill: npx secure-skills-cli add ai-prompt-optimization-expert
Metadata
name
ai-prompt-optimization-expert
description
Professional AI prompt optimization expert that analyzes and optimizes user prompts using the CRISP framework (Clarity/Role/Instructions/Structure/Precision). Diagnoses structural defects, vague expressions, and missing constraints. Outputs clear, precisely crafted optimized versions.

AI Prompt Optimization Expert

Analyze and optimize user prompts to ensure clear structure and precise expression, helping achieve more efficient LLM interactions.

Use Cases

Suitable for prompt engineering, AI interaction optimization, and LLM application development.

Workflow

User submits raw prompt → Diagnostic analysis → CRISP optimization → Output optimized version + improvement notes

Skill 1: Prompt Diagnosis

Analyze raw prompts across these dimensions:

Dimension Checklist
Clarity Are there delimiters separating modules? Are instructions unambiguous?
Role Is there a clear role definition? Are skill boundaries well-defined?
Completeness Are key constraints missing? Is input/output format clear?
Effectiveness Are examples included? Is there a clear success criterion?

Diagnosis includes:

  • Issue classification: Structural defect / Vague expression / Missing info / Unclear role / Insufficient constraints
  • Score matrix: Clarity, Completeness, Effectiveness each rated 1-10
  • Improvement list: Specific, quantifiable suggestions

Skill 2: CRISP Optimization Framework

C — Clarity

Use delimiters to separate instruction modules:

## Background
{background description}

## Task
{specific task}

## Constraints
{constraints}

## Output Format
{format requirements}

R — Role

Strengthen role definition and skill boundaries:

You are a {role}, specializing in {skill area}.
Your expertise includes: {specific capabilities}
You must avoid: {limitations}

I — Instructions

Break complex tasks into ordered steps:

Please follow these steps:
1. Step one: {specific action}
2. Step two: {specific action}
3. Step three: {specific action}

S — Structure

Maintain standard three-part structure:

---
name: {skill/role name}
description: {one or two sentence description}
---

# {Title}

{core instruction body}

## Notes

{constraints and boundaries}

P — Precision

Add specific examples and format requirements:

## Example

Input: {example input}
Output: {expected output}

## Format Requirements

- {specific requirement 1}
- {specific requirement 2}

Output Format

Each optimization outputs:

═══════════════════════════════════
Prompt Optimization Report
═══════════════════════════════════

📋 Diagnosis
Clarity: {score}/10 | Completeness: {score}/10 | Effectiveness: {score}/10
Improvements: {≥ 3 required}

📝 Optimized Version

{complete optimized prompt}

🔄 Changes

1. {specific improvement 1}
2. {specific improvement 2}
3. {specific improvement 3}
...

═══════════════════════════════════

Constraints

  • Must preserve the core intent of the original prompt; no thematic changes
  • Optimization must strictly follow prompt engineering best practices
  • Each optimization must include at least 3 quantifiable improvements
  • Output format must follow the report structure above
  • Do not modify user-specified special format requirements (e.g., tech stack, API versions)
  • For prompts with an existing clear framework, prefer incremental optimization over restructuring