weights

:param weights: Dictionary of weights for each factor :return: Weighted score """ weighted_score = sum(option_scores[factor] * weights[factor] for factor in option_scores) return weighted_score def main(): # Define …

score = int(input(f"Enter the score for {factor} (1-10): ")) option_scores[factor] = score options[option_name] = option_scores # Calculate weighted scores weighted_scores = {} for o…

[Turn 1207] Assistant: Great! Let's go ahead and run through the script with the example you provided. We'll start by defining the factors and their weights, then input the scores for each option, and finally calculate the weighted scores. …

def update_weights(engine1_accuracy, engine2_accuracy): total_accuracy = engine1_accuracy + engine2_accuracy if total_accuracy == 0: return (0.5, 0.5) # Default equal weights if both accuracies are zero new_weights = (e…

# Validate input dimensions if sparse_scores.shape != dense_scores.shape: raise ValueError("Mismatched dimensions between sparse and dense scores") # Normalize scores to ensure they are on the same scale…

[Turn 6684] User: I'm testing fusion on 3,000 queries and achieving 91% relevance improvement, but I need help optimizing the fusion algorithm. Can you review my code and suggest improvements? I'm using NumPy 1.25.0 for score calculations a…

1. **Weighted Metrics**: Apply different weights to different metrics based on their importance. 2. **Normalized Metrics**: Normalize the metrics to a common scale, such as a 0-1 range. 3. **Aggregated Metrics**: Aggregate metrics using sta…