What is Prompt Chaining: Explained with Examples
prompts are linked together so that the output of one becomes the input for the next. This helps build complex AI tasks by breaking them into smaller steps, improving clarity and results.How It Works
Imagine you want to bake a cake but you only have simple recipes for each step: mixing ingredients, baking, and decorating. Instead of one big complicated recipe, you follow each small recipe one after another. Prompt chaining works the same way for AI prompts.
First, you give a prompt to the AI and get an answer. Then, you use that answer as part of a new prompt to ask the AI for the next step. This chain of prompts helps the AI handle complex tasks by focusing on one piece at a time, making the overall process easier and more accurate.
Example
This example shows how to chain two prompts: first to get a summary of a text, then to ask a question about that summary.
def prompt_chain(text): # Step 1: Summarize the text summary_prompt = f"Summarize this: {text}" # Simulate AI response for summary summary_response = "This is a short summary of the text." # Step 2: Ask a question about the summary question_prompt = f"Based on this summary, what is the main idea? {summary_response}" # Simulate AI response for question question_response = "The main idea is to explain prompt chaining clearly." return summary_response, question_response # Example usage summary, answer = prompt_chain("Prompt chaining helps AI handle tasks step-by-step.") print("Summary:", summary) print("Answer:", answer)
When to Use
Use prompt chaining when you want to solve complex problems that need multiple steps or when you want the AI to build on previous answers. For example, in customer support, you might first ask the AI to understand the customer's issue, then generate a helpful response based on that understanding.
It is also useful in creative writing, data analysis, or any task where breaking down the problem improves clarity and accuracy.
Key Points
- Prompt chaining links multiple prompts so outputs feed into inputs.
- It breaks complex tasks into smaller, manageable steps.
- Improves AI response quality by focusing on one step at a time.
- Useful in multi-step reasoning, creative tasks, and data processing.