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Running
on
Zero
Running
on
Zero
Update scoring_calculation_system.py
Browse files- scoring_calculation_system.py +76 -88
scoring_calculation_system.py
CHANGED
@@ -1510,151 +1510,134 @@ def calculate_environmental_fit(breed_info: dict, user_prefs: UserPreferences) -
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def calculate_breed_compatibility_score(scores: dict, user_prefs: UserPreferences, breed_info: dict) -> float:
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"""
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Returns:
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最終相容性分數 (0.3-0.95)
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"""
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# 1.
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critical_params = {
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'space': {
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'threshold': 0.
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'conditions': lambda p: True,
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'penalty': 0.
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},
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'noise': {
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'threshold': 0.
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'conditions': lambda p: p.living_space == 'apartment',
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'penalty': 0.
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},
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'experience': {
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'threshold': 0.
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'conditions': lambda p: p.experience_level == 'beginner',
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'penalty': 0.
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}
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}
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#
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for param, config in critical_params.items():
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if scores[param] < config['threshold'] and config['conditions'](user_prefs):
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return config['penalty']
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# 2. 基礎權重設定
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base_weights = {
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'space': 0.
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'exercise': 0.
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'experience': 0.
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'grooming': 0.15,
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'health': 0.10,
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'noise': 0.10
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}
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# 3.
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adjusted_weights = {}
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for param, weight in base_weights.items():
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multiplier = 1.0
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#
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if param == 'space':
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if user_prefs.living_space == 'apartment':
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multiplier *= 1.
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elif breed_info['Size'] in ['Large', 'Giant']:
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multiplier *= 1.
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#
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elif param == 'exercise':
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if user_prefs.exercise_time > 150:
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multiplier *= 1.
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elif user_prefs.exercise_time < 60:
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multiplier *= 1.
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#
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elif param == 'experience'
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# 健康相關調整
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elif param == 'health' and user_prefs.health_sensitivity == 'high':
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multiplier *= 1.3
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# 噪音相關調整
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elif param == 'noise' and user_prefs.living_space == 'apartment':
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multiplier *= 1.4
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adjusted_weights[param] = weight * multiplier
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# 重新正規化權重
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total_weight = sum(adjusted_weights.values())
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normalized_weights = {k: v/total_weight for k, v in adjusted_weights.items()}
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# 4.
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base_score = 0
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for param, weight in normalized_weights.items():
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score = scores[param]
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# 非線性分數調整
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if score > 0.8:
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score = min(1.0, score * 1.
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elif score < 0.
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score = score * 0.
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base_score += score * weight
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# 5.
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adaptability_bonus = calculate_environmental_fit(breed_info, user_prefs)
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breed_bonus = calculate_breed_bonus(breed_info, user_prefs)
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# 6. 計算最終分數
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final_score = (base_score * 0.70) + (breed_bonus * 0.20) + (adaptability_bonus * 0.10)
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# 7. 轉換並限制分數範圍
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return amplify_score_extreme(final_score)
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def amplify_score_extreme(score: float) -> float:
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"""
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Returns:
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放大後的分數 (0.3-0.95 範圍)
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"""
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# 定義分數區間的轉換參數
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ranges = {
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'poor': {
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'range': (0, 0.
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'out_min':
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'out_max':
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'amplification': 1.
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},
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'mediocre': {
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'range': (0.
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'out_min':
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'out_max':
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'amplification':
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},
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'good': {
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'range': (0.
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'out_min':
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'out_max':
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'amplification': 1.1
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},
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'excellent': {
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'range': (0.
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'out_min':
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'out_max':
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'amplification': 1.
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}
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}
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@@ -1662,16 +1645,21 @@ def amplify_score_extreme(score: float) -> float:
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for range_name, config in ranges.items():
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range_min, range_max = config['range']
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if range_min <= score <= range_max:
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#
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range_position = (score - range_min) / (range_max - range_min)
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#
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range_position = min(1.0, range_position * config['amplification'])
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#
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amplified = config['out_min'] + (config['out_max'] - config['out_min']) * range_position
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return
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def calculate_breed_compatibility_score(scores: dict, user_prefs: UserPreferences, breed_info: dict) -> float:
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"""
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改進的品種相容性評分系統,提供更明顯的分數差異和更準確的品種匹配
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主要改進:
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1. 提高關鍵參數權重
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2. 加強條件權重調整
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3. 更嚴格的不適配懲罰
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4. 非線性分數調整
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"""
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# 1. 關鍵不適配參數檢查 - 加強懲罰機制
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critical_params = {
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'space': {
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'threshold': 0.35, # 提高門檻
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'conditions': lambda p: True,
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'penalty': 0.25 # 更嚴重的懲罰
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},
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'noise': {
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'threshold': 0.35,
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'conditions': lambda p: p.living_space == 'apartment',
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'penalty': 0.3
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},
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'experience': {
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'threshold': 0.35,
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'conditions': lambda p: p.experience_level == 'beginner',
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'penalty': 0.3
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}
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}
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# 檢查關鍵不適配
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for param, config in critical_params.items():
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if scores[param] < config['threshold'] and config['conditions'](user_prefs):
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return config['penalty']
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# 2. 基礎權重設定 - 提高關鍵參數權重
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base_weights = {
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'space': 0.40, # 提高空間權重
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'exercise': 0.35, # 提高運動需求權重
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'experience': 0.25, # 提高經驗需求權重
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'grooming': 0.15,
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'health': 0.10,
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'noise': 0.10
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}
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# 3. 動態權重調整 - 加強調整幅度
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adjusted_weights = {}
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for param, weight in base_weights.items():
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multiplier = 1.0
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# 空間相關調整
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if param == 'space':
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if user_prefs.living_space == 'apartment':
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multiplier *= 1.4 # 加大調整幅度
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elif breed_info['Size'] in ['Large', 'Giant']:
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multiplier *= 1.5
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# 運動需求調整
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elif param == 'exercise':
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if user_prefs.exercise_time > 150:
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multiplier *= 1.6 # 加大高運動需求的影響
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elif user_prefs.exercise_time < 60:
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multiplier *= 1.4
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# 經驗需求調整
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elif param == 'experience':
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if user_prefs.experience_level == 'beginner':
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multiplier *= 1.5
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elif breed_info.get('Care Level') == 'High':
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multiplier *= 1.4
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adjusted_weights[param] = weight * multiplier
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# 重新正規化權重
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total_weight = sum(adjusted_weights.values())
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normalized_weights = {k: v/total_weight for k, v in adjusted_weights.items()}
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# 4. 分數計算 - 加強非線性調整
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base_score = 0
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for param, weight in normalized_weights.items():
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score = scores[param]
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# 非線性分數調整
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if score > 0.8:
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score = min(1.0, score * 1.3) # 加大高分獎勵
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elif score < 0.5: # 降低門檻,加大懲罰
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score = score * 0.7 # 加重低分懲罰
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base_score += score * weight
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# 5. 特性加成整合
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breed_bonus = calculate_breed_bonus(breed_info, user_prefs)
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# 6. 最終分數計算 - 調整加成比例
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final_score = (base_score * 0.80) + (breed_bonus * 0.20)
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return final_score
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def amplify_score_extreme(score: float) -> float:
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"""
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改進的分數放大函數,提供更大的分數範圍和更明顯的差異
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改進:
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1. 擴大分數範圍(45-85%)
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2. 加強極端值效果
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3. 減少中間分數的出現
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"""
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ranges = {
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'poor': {
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'range': (0, 0.35), # 擴大低分區間
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'out_min': 45, # 降低最低分數
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'out_max': 55,
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'amplification': 1.3 # 加強懲罰效果
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},
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'mediocre': {
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'range': (0.35, 0.55), # 縮小中等區間
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'out_min': 55,
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'out_max': 65,
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'amplification': 0.9 # 略微抑制中等分數
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},
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'good': {
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'range': (0.55, 0.75),
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'out_min': 65,
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'out_max': 75,
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'amplification': 1.1
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},
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'excellent': {
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'range': (0.75, 1.0), # 擴大高分區間
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'out_min': 75,
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'out_max': 85, # 提高最高分數
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'amplification': 1.4 # 加強獎勵效果
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}
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}
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for range_name, config in ranges.items():
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range_min, range_max = config['range']
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if range_min <= score <= range_max:
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# 計算區間位置
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range_position = (score - range_min) / (range_max - range_min)
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# 應用非線性調整
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range_position = min(1.0, range_position * config['amplification'])
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# 轉換到目標範圍
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amplified = config['out_min'] + (config['out_max'] - config['out_min']) * range_position
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# 加入小幅隨機變化,避免重複分數
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import random
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variation = random.uniform(-0.5, 0.5)
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amplified += variation
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return round(max(45, min(85, amplified)), 1)
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# 處理超出範圍的分數
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return 55 if score < 0 else 95
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