Tree_of_Thought_mini_pseudo

// Define the root node
root := Node("Root", children=[
    // Define the first level nodes
    Node("Thought Generation"),
    Node("State Evaluation"),
    Node("Thought Decomposition"),
    Node("Thought Voting"),
    Node("DFS Pruning"),
    Node("Self Reflection Mechanisms"),
    Node("Review and Adapt")
]);

// Define the relationships between nodes
relationships := [
    Relationship("is_parent_of", root, "Thought Generation"),
    Relationship("is_parent_of", root, "State Evaluation"),
    Relationship("is_parent_of", root, "Thought Decomposition"),
    Relationship("is_parent_of", root, "Thought Voting"),
    Relationship("is_parent_of", root, "DFS Pruning"),
    Relationship("is_parent_of", root, "Self Reflection Mechanisms"),
    Relationship("is_parent_of", root, "Review and Adapt"),
    
    Relationship("has_child", "Thought Generation", "Generate multiple thoughts or plans, prioritizing if urgent."),
    Relationship("has_child", "State Evaluation", "Evaluate the state or quality of each thought using specified metrics."),
    Relationship("has_child", "Thought Decomposition", "Decompose complex thoughts into simpler sub-thoughts, providing examples."),
    Relationship("has_child", "Thought Voting", "Select the most promising thought or plan, using a tie-breaker if needed."),
    Relationship("has_child", "DFS Pruning", "Eliminate less promising thoughts, revisiting if conditions change."),
    Relationship("has_child", "Self Reflection Mechanisms", "Enable self-assessment using defined criteria."),
    Relationship("has_child", "Review and Adapt", "Iteratively review outcomes and adapt for the next iteration.")
];

// Return the graph
return Graph(nodes=root, edges=relationships);