8000 GitHub - viktor1223/PromptInspector
[go: up one dir, main page]
More Web Proxy on the site http://driver.im/
Skip to content

viktor1223/PromptInspector

Repository files navigation

PromptInspector

PromptInspector is an advanced tool designed to streamline testing and refining AI-generated conversations and prompts. By enabling users to interact with OpenAI’s GPT models, evaluate their outputs, and leverage a unique Reflection Mechanism, it empowers researchers, developers, and educators to enhance the quality and performance of AI responses. PromptInspector also provides insights into cost-performance trade-offs by comparing older models with newer ones using the Reflection Mechanism.


Features

  • Prompt Testing: Compare custom prompts across multiple OpenAI GPT models.
  • Interactive Chatbot: Engage in real-time conversations to test prompt and response quality.
  • Reflection Mechanism: Enhance AI outputs by allowing the model to refine its own responses.
  • Model Comparison: Evaluate cost-effectiveness by testing if older models with reflection can match the performance of newer, more expensive models.
  • Customizable Settings: Fine-tune model selection, reflection capabilities, and prompt behavior.

Getting Started

1. Create an OpenAI API Key

To use PromptInspector, you need an OpenAI API key. Follow these steps to create one:

  1. Sign in to your OpenAI account.
  2. Navigate to the API Keys section in the OpenAI dashboard.
  3. Click Create New Secret Key and copy the generated key.
    Keep this key secure as it provides access to your OpenAI account.

2. Access PromptInspector

Visit the live demo of PromptInspector:
👉 promptinspector.streamlit.app

3. Using PromptInspector

  • Enter your OpenAI API key in the sidebar input field to unlock the tool.
  • Choose between:
    • Prompt Testing: Test a prompt on one or more models and optionally enable reflection for enhanced results.
    • Interactive Chatbot: Interact with a model in real-time for conversational testing.

Why We Added the Reflection Mechanism

The Reflection Mechanism is a unique feature that allows a model to evaluate its own responses and refine them. This serves several purposes:

1. Comparing Older and Newer Models

  • Problem: Newer models like GPT-4 are powerful but come at a higher cost. Older models like GPT-3.5 or GPT-4-turbo may still perform well for specific tasks, especially with some refinement.
  • Solution: Reflection enables users to see if older models can achieve comparable performance to newer models by refining their outputs. This helps make cost-effective decisions when choosing a model.

2. Optimizing Cost-Performance Trade-offs

  • Reflected responses from older models might provide results that are "good enough" compared to newer models, making them a viable alternative in scenarios where cost is a significant factor.

3. Improving Output Quality

  • Reflection prompts the model to reconsider its initial response and refine it. This ensures the most coherent, accurate, and well-thought-out results, regardless of the model used.

4. Enhancing Model Versatility

  • Reflection allows models to adapt better to complex tasks, making them more reliable for applications like customer support, creative writing, and educational tools.

What Can It Be Used For?

1. Chatbot Development

  • Test prompts for customer service bots to ensure natural, empathetic, and accurate responses.

2. AI Research

  • Compare different models and assess how reflection improves their outputs.

3. Cost Optimization

  • Evaluate if older models with reflection can replace newer, more expensive models without sacrificing quality.

4. Education

  • Use reflection to explain model reasoning or to refine outputs for educational content.

Example Use Cases

1. Cost-Efficient Chatbot Development

  • Use GPT-4 for initial testing and compare its performance to GPT-3.5-turbo with reflection enabled.
  • Determine whether the cheaper GPT-3.5-turbo provides satisfactory results after refinement.

2. Creative Writing with Enhanced Coherence

  • Feed a story prompt to the models, then refine the responses using the Reflection Mechanism to ensure logical consistency and depth.

3. Model Decision-Making

  • Test complex tasks like multi-turn conversations or creative content generation on both older and newer models.
  • Use results to decide which model offers the best balance of quality and cost for the application.

Architecture Decisions

PromptInspector was designed with the following principles in mind:

1. Scalability

  • Streamlit Framework: Provides a lightweight, interactive, and scalable front-end for rapid prototyping.
  • Modular Design: Divides functionality into components (main.py, openai_client.py, ui.py) to ensure flexibility and maintainability.

2. Cost-Performance Trade-Off Analysis

  • Reflection Mechanism: Enables older models to refine their responses, allowing users to compare their performance with newer models.

3. Seamless User Experience

  • Custom CSS Styling: Enhances readability and creates an intuitive chat interface.
  • Session State Management: Retains user inputs and chat history for a smooth conversational experience.

Component Overview:

  • API Integration: openai_client.py handles communication with the OpenAI API.
  • UI Design: ui.py defines both the Prompt Testing and Interactive Chatbot interfaces.
  • Main Controller: main.py orchestrates user navigation and ties the UI to the backend.

Live Demo

Ready to try PromptInspector?
👉 promptinspector.streamlit.app


PromptInspector bridges the gap between cost and performance, giving you the tools to make informed decisions about AI model selection while enhancing the quality of AI-generated content. Whether you’re a developer, researcher, or educator, PromptInspector helps you harness the full potential of OpenAI’s GPT models efficiently and effectively.

About

No description, website, or topics provided.

Resources

Stars

Watchers

Forks

Releases

No releases published

Packages

No packages published
0