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Collaborative thinking partner for brainstorming, development discussion, and exploring ideas using PAL MCP. Use when you need a second opinion, want to brainstorm, or need help thinking through a problem. Triggers on brainstorming requests, discussion needs, or when exploring ideas.

Install Skill

1Download skill
2Enable skills in Claude

Open claude.ai/settings/capabilities and find the "Skills" section

3Upload to Claude

Click "Upload skill" and select the downloaded ZIP file

Note: Please verify skill by going through its instructions before using it.

SKILL.md

name pal-chat
description Collaborative thinking partner for brainstorming, development discussion, and exploring ideas using PAL MCP. Use when you need a second opinion, want to brainstorm, or need help thinking through a problem. Triggers on brainstorming requests, discussion needs, or when exploring ideas.

PAL Chat - Collaborative Thinking

General-purpose collaboration for brainstorming, discussion, and exploring ideas.

When to Use

  • Brainstorming solutions
  • Getting a second opinion
  • Discussing trade-offs
  • Exploring ideas
  • Validating approaches
  • Rubber duck debugging

Quick Start

result = mcp__pal__chat(
    prompt="I'm designing a rate limiting system. What approaches should I consider?",
    working_directory_absolute_path="/path/to/project"
)

Required Parameters

Parameter Type Description
prompt string Your question or idea
working_directory_absolute_path string Project directory

Optional Parameters

Parameter Type Description
absolute_file_paths list Files to share for context
model string Override model (default: openai/gpt-5)
temperature float 0 = deterministic, 1 = creative
thinking_mode enum minimal/low/medium/high/max
continuation_id string Continue conversation
images list Image paths for visual context

Example Uses

Brainstorming

mcp__pal__chat(
    prompt="""
    I need to design a notification system that:
    - Supports email, SMS, push notifications
    - Handles user preferences
    - Allows batching to prevent spam
    - Scales to 1M users

    What architecture would you recommend?
    """,
    working_directory_absolute_path="/app"
)

Code Discussion

mcp__pal__chat(
    prompt="""
    I'm trying to decide between these approaches for the payment processor:

    Option A: Strategy pattern with separate classes per provider
    Option B: Single class with provider-specific methods

    What are the trade-offs? Which would you recommend?
    """,
    working_directory_absolute_path="/app",
    absolute_file_paths=[
        "/app/payments/processor.py",
        "/app/payments/stripe.py",
        "/app/payments/paypal.py"
    ]
)

Validating Approach

mcp__pal__chat(
    prompt="""
    I'm planning to implement caching like this:

    1. Check Redis for cached result
    2. If miss, query database
    3. Store in Redis with 5 min TTL
    4. Invalidate on writes

    Am I missing anything? Any edge cases to consider?
    """,
    working_directory_absolute_path="/app",
    thinking_mode="high"
)

Multi-turn Discussion

# Start conversation
result = mcp__pal__chat(
    prompt="Let's discuss microservices vs monolith for our startup",
    working_directory_absolute_path="/app"
)

# Continue with context
result = mcp__pal__chat(
    prompt="Good points. What about the team size factor? We have 4 developers.",
    working_directory_absolute_path="/app",
    continuation_id=result["continuation_id"]
)

Temperature Guide

Value Use Case
0.0 Technical analysis, debugging
0.3 General discussion (default)
0.7 Creative brainstorming
1.0 Blue sky thinking

Thinking Modes

Mode Description
minimal Quick responses
low Light reasoning
medium Balanced (default)
high Deep analysis
max Maximum reasoning

Available Models

Top models for chat:

  • openai/gpt-5 - Strong reasoning (default)
  • deepseek/deepseek-v3.2 - Thinking-enabled
  • google/gemini-3-flash-preview - Fast, 1M context
  • x-ai/grok-4.1 - 2M context

Best Practices

  1. Provide context - Share relevant files
  2. Be specific - Clear questions get better answers
  3. Use continuation_id - Maintain conversation flow
  4. Adjust thinking_mode - Match complexity to problem
  5. Include constraints - Timeline, team size, tech stack