What’s Skeleton of Ideas and its Python Implementation?

Introduction 

Think about having the complete potential of your favourite AI assistant, reworking it from a useful software right into a artistic powerhouse. Image a world the place your interactions with Massive Language Fashions(LLMs) are environment friendly, profoundly intuitive, and impactful. Enter the Skeleton of Ideas (SoT) – a groundbreaking framework poised to revolutionize synthetic intelligence and pure language processing. Let’s look at this intriguing thought in additional element and see the way it would possibly enhance your AI-powered artistic and problem-solving processes.

Overview

1. The Skeleton of Ideas (SoT) framework transforms AI right into a artistic powerhouse with structured but adaptable outlines for advanced duties.
2. SoT permits AI to handle challenges with readability and depth by offering a versatile conceptual framework.
3. Core parts of SoT embody structured outlines, versatile growth, hierarchical considering, iterative growth, and cross-linking.
4. Implementing SoT entails making a skeletal define, increasing factors, and connecting components utilizing OpenAI’s GPT mannequin.
5. SoT provides readability, scalability, flexibility, holistic understanding, and environment friendly exploration of advanced matters.
6. Actual-world functions of SoT embody educational analysis, product growth, and strategic planning for structured exploration of intricate topics.

Revealing the Thought Skeleton

What should you may assemble an AI conceptual framework that permits flexibility and creativity whereas guiding the mannequin’s thought course of? That’s exactly the aim of the Skeleton of Ideas. SoT permits AI fashions to deal with challenges with unprecedented readability, coherence, and depth by offering a structured but adaptable define for advanced duties.

The Core Idea of SoT

1. Structured Define: A high-level construction outlining the principle parts of the task.
2. Versatile Growth: All the skeletal elements will be improved and expanded upon as required.
3. Hierarchical Pondering: Concepts are organized in a logical, nested construction.
4. Iterative Improvement: The skeleton adjustments because the AI investigates and refines ideas.
5. Cross-Linking: Dynamically created connections between numerous skeleton elements are potential.

Implementing the Skeleton of Ideas

Let’s deliver this idea to life with a Python implementation that leverages OpenAI’s GPT mannequin:

Pre-Requisite and Setup

!pip set up openai --upgrade

Importing Libraries

from openai importOpenAI
import openai 
import time 
import re
from IPython.show import Markdown, show

Setting API Key Configuration 

os.environ["OPENAI_API_KEY"]= “Your openAPIKey”

from openai import OpenAI
from openai import OpenAI
import time
import re

class SkeletonOfThoughts:
    """
    A category to create and manipulate a skeletal define utilizing OpenAI's API.
    """


    def __init__(self, api_key, mannequin="gpt-3.5-turbo"):
        """
        Initialize the SkeletonOfThoughts object.


        Args:
            api_key (str): OpenAI API key
            mannequin (str): OpenAI mannequin to make use of (default is "gpt-3.5-turbo")
        """
        self.shopper = OpenAI(api_key=api_key)
        self.mannequin = mannequin
        self.skeleton = {}


    def create_skeleton(self, matter):
        """
        Create a skeletal define for the given matter.


        matter (str): The subject to create a skeleton for


        Returns:
            dict: The created skeleton define
        """
        immediate = f"""Create an in depth skeletal define for the subject: '{matter}'.
        Use the next format:
        1. Fundamental level
        1.1. Subpoint
        1.2. Subpoint
        2. Fundamental level
        2.1. Subpoint
        2.2. Subpoint
        Present a minimum of 3 details with 2-3 subpoints every."""
        strive:
            response = self.execute_prompt(immediate, max_tokens=500)
            print(f"Uncooked API Response:n{response}")  # Debug print
            self.skeleton = self.parse_skeleton(response)
            print(f"Parsed Skeleton:n{self.skeleton}")  # Debug print
            return self.skeleton
        besides Exception as e:
            print(f"Error creating skeleton: {str(e)}")
            return {}


    def expand_point(self, point_number):
        """
        Increase a selected level within the skeleton.


   
            point_number (int): The variety of the purpose to increase


        Returns:
            str: The expanded level content material
        """
        point_key = self.find_point_key(point_number)
        if point_key is None:
            return f"Level {point_number} not discovered within the skeleton."
        current_content = self.skeleton[point_key]
        immediate = f"Increase on the next level: {current_content}"
        growth = self.execute_prompt(immediate)
        self.skeleton[point_key] = f"{current_content}n{growth}"
        return self.skeleton[point_key]


    def add_cross_link(self, point1, point2):
        """
        Add a cross-link between two factors within the skeleton.


  
         point1 (int): The variety of the primary level
         point2 (int): The variety of the second level


        Returns:
            str: The created cross-link rationalization
        """
        key1 = self.find_point_key(point1)
        key2 = self.find_point_key(point2)
        if key1 is None or key2 is None:
            return "One or each factors not discovered within the skeleton."
        immediate = f"Clarify how these two factors are associated: 1) {self.skeleton[key1]} 2) {self.skeleton[key2]}"
        hyperlink = self.execute_prompt(immediate)
        link_key = f"Hyperlink: {key1} - {key2}"
        self.skeleton[link_key] = hyperlink
        return hyperlink


    def execute_prompt(self, immediate, max_tokens=500):
        """
        Execute a immediate utilizing the OpenAI API.


        
            immediate (str): The immediate to ship to the API
            max_tokens (int): Most variety of tokens within the response


        Returns:
            str: The API response content material
        """
        strive:
            response = self.shopper.chat.completions.create(
                mannequin=self.mannequin,
                messages=[
                    {"role": "system", "content": "You are an AI assistant creating a structured outline."},
                    {"role": "user", "content": prompt}
                ],
                max_tokens=max_tokens
            )
            content material = response.decisions[0].message.content material.strip()
            print(f"API Response Content material:n{content material}")  # Debug print
            return content material
        besides Exception as e:
            print(f"Error executing immediate: {str(e)}")
            return ""


    def parse_skeleton(self, textual content):
        """
        Parse the skeleton textual content right into a structured dictionary.


       
            textual content (str): The uncooked skeleton textual content to parse


        Returns:
            dict: The parsed skeleton construction
        """
        print("Parsing textual content:", textual content)  # Debug print
        traces = textual content.cut up('n')
        skeleton = {}
        current_main_point = ""
        for line in traces:
            line = line.strip()
            if not line:
                proceed


            # Match details (1., 2., and so forth.)
            main_point_match = re.match(r'^(d+.)s*(.*)', line)
            if main_point_match:
                current_main_point = main_point_match.group(1)
                skeleton[current_main_point] = main_point_match.group(2)


            # Match subpoints (1.1., 1.2., 2.1., and so forth.)
            subpoint_match = re.match(r'^(d+.d+.)s*(.*)', line)
            if subpoint_match:
                subpoint_key = subpoint_match.group(1)
                skeleton[subpoint_key] = subpoint_match.group(2)


            # If it isn't a numbered level, add it to the present predominant level
            elif current_main_point and line:
                skeleton[current_main_point] += " " + line


        return skeleton


    def find_point_key(self, point_number):
        """
        Discover the important thing within the skeleton dictionary for a given level quantity.


         point_number (int): The purpose quantity to seek out


        Returns:
            str: The important thing within the skeleton dictionary, or None if not discovered
        """
        for key in self.skeleton.keys():
            if key.startswith(str(point_number) + '.'):
                return key
        return None


    def display_skeleton(self):
        """
        Show the present skeleton construction.
        """
        if not self.skeleton:
            print("The skeleton is empty.")
        else:
            for key, worth in self.skeleton.gadgets():
                print(f"{key} {worth}n")


def predominant():
    """
    Fundamental perform to exhibit the utilization of SkeletonOfThoughts class.
    """
    api_key = key  # Substitute together with your precise OpenAI API key
    if api_key == "your-api-key-here":
        print("Please exchange 'your-api-key-here' together with your precise OpenAI API key.")
        return


    strive:
        sot = SkeletonOfThoughts(api_key)


        matter = "The Impression of Synthetic Intelligence on Future Job Markets"
        print(f"Creating skeleton for matter: {matter}")
        initial_skeleton = sot.create_skeleton(matter)


        if not initial_skeleton:
            print("Didn't create preliminary skeleton. Please examine the error messages above.")
            return


        print("nInitial Skeleton:")
        sot.display_skeleton()


        # Increase a degree
        print("nExpanding Level 1:")
        expanded_point = sot.expand_point(1)
        print(expanded_point)


        # Add a cross-link
        print("nAdding Cross-link between factors 1 and a pair of:")
        hyperlink = sot.add_cross_link(1, 2)
        print(hyperlink)


        print("nFinal Skeleton:")
        sot.display_skeleton()


    besides Exception as e:
        print(f"An error occurred: {str(e)}")


if __name__ == "__main__":
    predominant()

Output With Rationalization

Creating skeleton: The system created an in depth define for the subject “The Impression of Synthetic Intelligence on Future Job Markets.” This define consists of details and subpoints overlaying numerous points of AI’s affect on job markets.

Preliminary Skeleton: The parsed skeleton is displayed, displaying the define’s construction with details and subpoints. Nonetheless, there appear to be some parsing points, as some subpoints are incorrectly related to details.

Increasing Level 1: The system expanded on the primary level, offering an in depth rationalization of the definition of Synthetic Intelligence. This growth consists of what AI is, its elements, potential impacts, and moral issues.

Including Cross-link between factors 1 and a pair of: The system related the primary level (Definition of AI) and the second level (Dialogue on upskilling and retraining). It explains how these factors are associated by means of their shared give attention to AI’s affect on jobs and the workforce.

Remaining Skeleton: The ultimate skeleton combines all of the earlier steps. It consists of the preliminary define, the expanded first level, and the cross-link between factors 1 and a pair of. This offers a complete construction for discussing AI’s affect on future job markets.

This implementation brings the Skeleton of Ideas to life:

1. We have now created a Skeleton Of Ideas class that encapsulates our method, initialized with an OpenAI API key and a mannequin selection (defaulting to “gpt3.5-turbo”).
2. The create_skeleton technique generates an preliminary define for a given matter:
   • It makes use of a selected immediate format to make sure a structured response from the AI.
   • The strategy handles API interactions and parses the response right into a dictionary construction.
3. expand_point permits for deeper exploration of particular factors within the skeleton:
   • It identifies the purpose to increase based mostly on its quantity.
   • The strategy then generates further content material for that time utilizing the AI.
4. add_cross_link establishes connections between totally different components of the skeleton:
   • It takes two-point numbers as enter and explains their relationship.
   • The hyperlink is then added to the skeleton as a brand new entry.
5. The skeleton is saved as a dictionary, with keys representing level numbers (e.g., “1.”, “1.1.”) and values containing the content material.
6. Extra helper strategies improve performance:
   • execute_prompt handles API calls with error administration and debugging output.
   • parse_skeleton converts the AI’s textual content response right into a structured dictionary.
   • find_point_key locates particular factors within the skeleton.
   • display_skeleton prints the present state of the skeleton.

The Magic of SoT in Motion

Let’s break down what occurs once we run this code:

1. Preliminary Skeleton Creation
   • The AI generates a high-level define for the given matter (e.g., “The Impression of AI on Future Job Markets”).
   • This define consists of details and subpoints, formatted as a numbered record.
2. Level Growth
   • We will dive deeper into particular factors (e.g., level 1) utilizing the expand_point technique.
   • The AI offers extra detailed details about the chosen level.
3. CrossLinking
   • Connections between totally different components of the skeleton are established utilizing add_cross_link.
   • For instance, we will hyperlink factors 1 and a pair of, producing an evidence of their relationship.
4. Iterative Improvement
   • The skeleton will be constantly refined by increasing factors or including crosslinks.
   • Every operation updates the skeleton dictionary, permitting for cumulative information constructing.
5. Sturdy Error Dealing with
   • The implementation consists of intensive error checking and debugging output.
   • This helps establish and handle points with API calls or parsing.

This structured but versatile method permits for a extra complete and interconnected exploration of advanced matters. Utilizing AI to generate content material and the programmatic construction for organizing and linking concepts creates a robust software for thought growth and evaluation.

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Benefits of the Skeleton of Ideas

Listed below are the benefits of the skeleton of ideas:

1. Readability and Group: Concepts are structured in a logical, easy-to-follow method.
2. Scalability: The skeleton will be as easy or as advanced as the duty requires.
3. Flexibility: Simple to adapt and refine as new insights emerge.
4. Holistic Understanding: Crosslinking promotes a extra complete grasp of the subject.
5. Environment friendly Exploration: Offers a roadmap for thorough investigation with out getting misplaced in particulars.

Actual World Purposes

Listed below are the real-world functions:

1. Educational Analysis: Think about utilizing SoT to stipulate a posh analysis paper. The skeleton may present the principle sections and subsections, with the flexibility to increase on key factors and set up connections between totally different components of the argument.
2. Product Improvement: Within the tech business, SoT may very well be used to map out the options and elements of a brand new product, permitting groups to visualise the general construction whereas diving into particular particulars as wanted.
3. Strategic Planning: Companies may use SoT to develop complete methods, outlining predominant goals, potential challenges, and motion plans, with the flexibleness to increase and join totally different points of the technique.

Challenges and Concerns

Whereas the Skeleton of Ideas provides thrilling potentialities, it’s essential to contemplate:

1. Balancing Construction and Flexibility: Discovering the fitting steadiness between offering a transparent construction and permitting for artistic exploration.
2. Managing Complexity: Managing the skeleton’s development and interconnections can change into difficult for very massive or intricate matters.
3. AI Limitations: The skeleton’s high quality and expansions are nonetheless certain by the capabilities of the underlying language mannequin.

The Way forward for Immediate Engineering

As AI advances, strategies just like the Skeleton of Ideas will improve our capacity to deal with advanced issues and discover intricate matters. Offering a structured but versatile framework for AI-assisted considering opens up new potentialities for information group, problem-solving, and inventive exploration.

Conclusion

The Skeleton of Ideas represents a major step in structuring and guiding AI-assisted thought processes. By offering a versatile scaffolding for concepts, we will discover advanced matters with unprecedented readability and depth whereas sustaining the flexibility to adapt and refine our method as new insights emerge.

Whether or not you’re a researcher, a enterprise strategist, or somebody who loves exploring concepts, the Skeleton of Ideas method provides a robust new software for organizing and growing your ideas. So why not give it a strive? You would possibly simply uncover a brand new mind-set that transforms the way you method advanced matters and challenges!

Regularly Requested Questions