This document explains the AI List Sorter node, which helps you sort lists using AI when regular filter conditions aren’t enough. It’s great for tasks like sorting emails by importance or ranking tasks by complexity.

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Node Inputs

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Required Fields

  • Input List: The items you want to sort. Can be any list containing text like:
    • Customer reviews
    • Support tickets
    • Product descriptions
    • Tasks
    • Emails
  • Ordering Criteria Prompt: Tell the AI how to sort your items. Be specific:
    • Example: “Sort these reviews by how urgent they are, considering if the customer is angry and how serious the problem is”
    • Example: “Order these product ideas by potential profit, looking at market size and development costs”
    • Example: “Rank these tasks by how complex they are and how long they’ll take”

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Optional Fields

  • Sort Order: Choose how to order items
    • Descending (Default): Highest ranked first
    • Ascending: Lowest ranked first
  • Choose AI Model: Pick which AI to use. Different models cost different credits:
    • Expert models (OpenAI o3): 30 credits
    • Advanced models (GPT-4.1, Claude 3.7): 20 credits
    • Standard models: 2 credits
    • Using your own API key: 1 credit
  • Temperature: Controls how the AI makes decisions (0-1)
    • 0: More consistent sorting
    • 1: More varied sorting
  • Cache Response: If active, the AI response for the input will be stored for the future. This can improve performance and cost for repeated requests as the stored response can be used instead of making a new request each time.

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Show As Input

Make the following node parameters dynamic inputs by enabling them in “Configure Inputs”:
  • Ordering Criteria Prompt: Text (String)
    • Your sorting instructions
    • Example: “Sort by urgency level”
  • Sort Orderr: Text (String)
    • “Ascending” or “Descending”
  • Model Preference: Text (String)
    • Which AI model to use
    • Options: “Claude 3.7 Sonnet”, “Claude 3.5 Haiku”, “GPT-4.1”, “GPT-4.1 Mini”, etc.
  • Temperature: Text/Number
    • Between 0-1
    • Controls sorting consistency
  • Cache Response: Boolean
    • true/false to save responses
    • Saves credits on repeated sorts for the same inputs and parameters

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Available AI Models

  • Claude 3.7 Sonnet
  • Claude 3.7 Sonnet Thinking (extended reasoning capabilities)
  • Claude 3.5 Haiku
  • OpenAI o3
  • OpenAI o4-mini
  • GPT-4.1
  • GPT-4.1 Mini
  • DeepSeek V3
  • DeepSeek R1
  • Perplexity Sonar Reasoning
  • Perplexity Sonar Reasoning Pro
  • Gemini 2.5 Pro
  • Gemini 2.5 Flash
  • Grok 3
  • Grok 3 Mini
  • Azure OpenAI
  • And more
Note: Auto-Select uses a third-party model routing service and automatically chooses the appropriate model for cost, performance, and availability. Not ideal if consistent model behavior is needed.

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AI Model Selection Guide

When choosing an AI model for your task, consider these key factors:
Model TypeIdeal Use CasesConsiderations
Standard ModelsGeneral content creation, basic Q&A, simple analysisLower cost, faster response time, good for most everyday tasks
Advanced ModelsComplex analysis, nuanced content, specialized knowledge domainsBetter quality but higher cost, good balance of performance and efficiency
Expert & Thinking-Enabled ModelsComplex reasoning, step-by-step problem-solving, coding, detailed analysis, math problems, technical contentHighest quality but most expensive, best for complex and long-form tasks, longer response time
Additional selection factors:
  • Task complexity and required accuracy
  • Response time requirements
  • Cost considerations
  • Consistency needs across runs
  • Specialized knowledge requirements
For more detailed information on AI models with advanced reasoning capabilities, you can refer to:

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Examples

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Support Ticket Sorting

Input List:
- "Can't check out, getting error 404"
- "Need password reset help"
- "Charged twice for subscription"
- "Want dark mode feature"

Ordering Criteria: "Sort by urgency and money impact. Problems with payments or buying are most important."

Output:
1. "Charged twice for subscription"
2. "Can't check out, getting error 404"
3. "Need password reset help"
4. "Want dark mode feature"

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Sales Lead Prioritization

Input List:
- "Fortune 500 company, interested in enterprise plan, needs response by EOW"
- "Startup looking for basic tier, currently using competitor"
- "Current customer wanting to upgrade to business plan"
- "Large retail chain requesting custom integration demo"

Ordering Criteria: "Sort by deal size potential, urgency, and likelihood to close. Prioritize enterprise deals and existing customers."

Output:
1. "Fortune 500 company, interested in enterprise plan, needs response by EOW"
2. "Current customer wanting to upgrade to business plan"
3. "Large retail chain requesting custom integration demo"
4. "Startup looking for basic tier, currently using competitor"

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Tips for Best Results

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Making Your Sorts Better

  • The node works best of shorter lists. For large lists, its ideal to break the list into chunks and run the node in Loop mode.
  • Write clear sorting instructions
  • Use Loop Mode for multiple lists
  • Start with lower temperature (0.2-0.4) for consistent results
  • Cache responses when sorting similar items often

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Writing Good Instructions

Tell the AI exactly what matters when sorting: 
"Sort these feature requests by:
1. How many users want it
2. How hard it is to build
3. How many users might quit if we don't build it
4. How much money it could make
Put features that fix core product issues at the top"

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Common Problems and Fixes

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Getting Different Orders Each Time

— Problem: Same input gives different sorting order — Fix: Lower the temperature or make your instructions more specific

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Bad Sorting Results

— Problem: AI isn’t sorting how you want — Fix:
  • Make your instructions clearer
  • Try a better AI model
  • Break down your sorting rules into simple points

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Loop Mode

When you turn this on:
  1. Each list gets sorted separately
  2. Lists stay organized the same way
  3. You get back multiple sorted lists

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In Summary

The AI List Sorter node helps sort lists using AI when normal filtering isn’t enough. It’s most effective for:
  • Shorter lists
  • Complex sorting criteria