generator/compute_rmse_auc_roc_metrics.py

from sklearn.metrics import roc_auc_score, root_mean_squared_error
from generator.generate_metrics import generate_metrics
import logging

def compute_rmse_auc_roc_metrics(llm, dataset, vector_store, num_question):

     # Lists to accumulate ground truths and predictions for AUC-ROC computation
    all_ground_truth_relevance = []
    all_predicted_relevance = []

    all_ground_truth_utilization = []
    all_predicted_utilization = []

    all_ground_truth_adherence = []
    all_predicted_adherence = []

    # To store RMSE scores for each question
    relevance_scores = []
    utilization_scores = []
    adherence_scores = []

    # For each question in dataset get the metrics
    for i, document in enumerate(dataset):
        # Extract ground truth metrics from dataset
        ground_truth_relevance = dataset[i]['relevance_score']
        ground_truth_utilization = dataset[i]['utilization_score']
        ground_truth_adherence = dataset[i]['gpt3_adherence']
        
        query = document['question']
        logging.info(f'Query number: {i + 1}')
        # Call the generate_metrics for each query
        metrics = generate_metrics(llm, vector_store, query)
        
        # Extract predicted metrics (ensure these are continuous if possible)
        predicted_relevance = metrics['Context Relevance']
        predicted_utilization = metrics['Context Utilization']
        predicted_adherence = metrics['Adherence']
        
        # === Handle Continuous Inputs for RMSE ===
        relevance_rmse = root_mean_squared_error([ground_truth_relevance], [predicted_relevance])
        utilization_rmse = root_mean_squared_error([ground_truth_utilization], [predicted_utilization])
        adherence_rmse = root_mean_squared_error([ground_truth_adherence], [predicted_adherence])
        
        # === Handle Binary Conversion for AUC-ROC ===
        binary_ground_truth_relevance = 1 if ground_truth_relevance > 0.5 else 0
        #binary_predicted_relevance = 1 if predicted_relevance > 0.5 else 0

        binary_ground_truth_utilization = 1 if ground_truth_utilization > 0.5 else 0
        #binary_predicted_utilization = 1 if predicted_utilization > 0.5 else 0

        #binary_ground_truth_adherence = 1 if ground_truth_adherence > 0.5 else 0
        #binary_predicted_adherence = 1 if predicted_adherence > 0.5 else 0
        
        # === Accumulate data for overall AUC-ROC computation ===
        all_ground_truth_relevance.append(binary_ground_truth_relevance)
        all_predicted_relevance.append(predicted_relevance)  # Use probability-based predictions

        all_ground_truth_utilization.append(binary_ground_truth_utilization)
        all_predicted_utilization.append(predicted_utilization)

        all_ground_truth_adherence.append(ground_truth_adherence)
        all_predicted_adherence.append(predicted_adherence)

        # Store RMSE scores for each question
        relevance_scores.append(relevance_rmse)
        utilization_scores.append(utilization_rmse)
        adherence_scores.append(adherence_rmse)
        if i == num_question:
          break
    
    # === Compute AUC-ROC for the Entire Dataset ===
    try:
        #print(f"All Ground Truth Relevance: {all_ground_truth_relevance}")
        #print(f"All Predicted Relevance: {all_predicted_relevance}")
        relevance_auc = roc_auc_score(all_ground_truth_relevance, all_predicted_relevance)
    except ValueError:
        relevance_auc = None

    try:
        #print(f"All Ground Truth Utilization: {all_ground_truth_utilization}")
        #print(f"All Predicted Utilization: {all_predicted_utilization}")
        utilization_auc = roc_auc_score(all_ground_truth_utilization, all_predicted_utilization)
    except ValueError:
        utilization_auc = None   

    try:
        #print(f"All Ground Truth Adherence: {all_ground_truth_utilization}")
        #print(f"All Predicted Utilization: {all_predicted_utilization}")
        adherence_auc = roc_auc_score(all_ground_truth_adherence, all_predicted_adherence)
    except ValueError:
        adherence_auc = None   

    print(f"Relevance RMSE (per question): {relevance_scores}")
    print(f"Utilization RMSE (per question): {utilization_scores}")
    print(f"Adherence RMSE (per question): {adherence_scores}")
    print(f"\nOverall Relevance AUC-ROC: {relevance_auc}")
    print(f"Overall Utilization AUC-ROC: {utilization_auc}")
    print(f"Overall Adherence AUC-ROC: {adherence_auc}")