up b2 b3

app/api/v1/calculation/calcuation.py

@@ -12,15 +12,19 @@ from app.schemas.valuation import (
 )
 from app.schemas.base import Success, SuccessExtra
 from app.utils.app_user_jwt import get_current_app_user_id
+from app.utils.calculation_engine.cultural_value_b2 import CulturalValueB2Calculator
 from app.utils.calculation_engine.economic_value_b1.economic_value_b1 import EconomicValueB1Calculator
 from app.utils.calculation_engine.economic_value_b1.sub_formulas.basic_value_b11 import calculate_popularity_score, \
     calculate_infringement_score, calculate_patent_usage_score
 from app.utils.calculation_engine.economic_value_b1.sub_formulas.traffic_factor_b12 import calculate_search_index_s1
+from app.utils.calculation_engine.risk_adjustment_b3 import RiskAdjustmentB3Calculator
+
 
 from app.models.esg import ESG
 from app.models.industry import Industry
 from app.models.policy import Policy
 
+
 app_valuations_router = APIRouter(tags=["用户端估值评估"])
 
 
@@ -35,8 +39,11 @@ async def calculate_valuation(
     根据用户提交的估值评估数据，调用计算引擎进行经济价值B1计算
     """
     try:
-        # 创建计算器实例
-        calculator = EconomicValueB1Calculator()
+
+        calculator_by_b1 = EconomicValueB1Calculator()
+        calculator_by_b2 = CulturalValueB2Calculator()
+        # 风险调整系数B3
+        calculator_by_b3 = RiskAdjustmentB3Calculator()
 
         # 根据行业查询 ESG 基准分（优先用行业名称匹配，如用的是行业代码就把 name 改成 code）
         esg_obj = await ESG.filter(name=data.industry).first()
@@ -50,17 +57,26 @@ async def calculate_valuation(
         # 根据行业查询 政策匹配度
         policy_obj = await Policy.filter(name=data.industry).first()
         policy_match_score = policy_obj.score
-        # 提取计算参数
-        input_data = _extract_calculation_params(data)
+        # 提取 经济价值B1 计算参数
+        input_data_by_b1 = _extract_calculation_params_b1(data)
         # ESG关联价值 ESG分 (0-10分)
-        input_data["esg_score"] = esg_score
+        input_data_by_b1["esg_score"] = esg_score
         # 行业修正系数I
-        input_data["industry_coefficient"] = fix_num_score
+        input_data_by_b1["industry_coefficient"] = fix_num_score
         # 政策匹配度
-        input_data["policy_match_score"] = policy_match_score
+        input_data_by_b1["policy_match_score"] = policy_match_score
 
-        # 调用计算引擎
-        calculation_result = calculator.calculate_complete_economic_value_b1(input_data)
+        #  提取 文化价值B2 计算参数
+        input_data_by_b2 = _extract_calculation_params_b2(data)
+        # 提取 风险调整系数B3 计算参数
+        input_data_by_b3 = _extract_calculation_params_b3(data)
+
+        # 调用 经济价值B1 计算引擎
+        calculation_result_by_b1 = calculator_by_b1.calculate_complete_economic_value_b1(input_data_by_b1)
+        # 调用 文化价值B2 计算引擎
+        calculation_result_by_b2 = calculator_by_b2.calculate_complete_cultural_value_b2(input_data_by_b2)
+        # 调用 风险调整系数B3 计算引擎
+        calculation_result_by_b3 = calculator_by_b3.calculate_complete_risky_value_b3(input_data_by_b3)
 
         # 创建估值评估记录
         result = await user_valuation_controller.create_valuation(
@@ -78,7 +94,7 @@ async def calculate_valuation(
         raise HTTPException(status_code=400, detail=f"计算失败: {str(e)}")
 
 
-def _extract_calculation_params(data: UserValuationCreate) -> Dict[str, Any]:
+def _extract_calculation_params_b1(data: UserValuationCreate) -> Dict[str, Any]:
     """
     从用户提交的数据中提取计算所需的参数
     
@@ -133,7 +149,7 @@ def _extract_calculation_params(data: UserValuationCreate) -> Dict[str, Any]:
     # 政策乘数B13相关参数
     # 政策契合度评分P - 根据行业和资助情况计算
     # 实施阶段
-    implementation_stage = data.implementation_stage
+    implementation_stage = data.application_maturity
     # 资金支持
     funding_support = data.funding_status
 
@@ -147,12 +163,67 @@ def _extract_calculation_params(data: UserValuationCreate) -> Dict[str, Any]:
 
         # 流量因子B12相关参数
         'search_index_s1': search_index_s1,
-        # 'industry_average_s2': industry_average_s2,
+        'industry_average_s2': industry_average_s2,
         # 'social_media_spread_s3': social_media_spread_s3,
+        'likes':likes,
+        'comments':comments,
+        'shares':shares,
+        'followers':followers,
+
         'click_count': int(data.click_count) or 100,
         'view_count': int(data.link_views) or 100,
 
         # 政策乘数B13相关参数
         'implementation_stage': implementation_stage,
         'funding_support':funding_support
-    }
+    }
+
+# 获取 文化价值B2 相关参数
+def _extract_calculation_params_b2(data: UserValuationCreate) -> Dict[str, Any]:
+    """
+    argrg:
+        data: 用户提交的估值评估数据
+
+    retus:
+        Dict: 计算所需的参数字典
+    """
+    # 活态传承系数B21 县官参数
+    inheritor_level_coefficient = data.inheritor_level # 传承人等级
+    offline_sessions = int(data.offline_activities) #线下传习次数
+    # 以下调用API
+    douyin_views = "抖音播放量"
+    kuaishou_views= "快手播放量"
+    bilibili_views= "B站播放量"
+    # 跨界合作深度 品牌联名0.3，科技载体0.5，国家外交礼品1.0
+    cross_border_depth = float(data.cooperation_depth)
+
+    # 纹样基因值B22相关参数
+
+    historical_inheritance = "历史传承度HI信息未找到"
+    # 用户上传资产相关的纹样图片，系数识别处理，得出结构复杂度值 TODO 一下两项未实现配置 识别图片功能
+    structure_complexity = "结构复杂度SC"
+    normalized_entropy = "归一化信息熵H"
+    return {
+        "inheritor_level_coefficient": inheritor_level_coefficient,
+        "offline_sessions": offline_sessions,
+        "douyin_views": douyin_views,
+        "kuaishou_views": kuaishou_views,
+        "bilibili_views": bilibili_views,
+        "cross_border_depth": cross_border_depth,
+        "historical_inheritance": historical_inheritance,
+        "structure_complexity": structure_complexity,
+        "normalized_entropy": normalized_entropy,
+    }
+
+# 获取 文化价值B2 相关参数
+def _extract_calculation_params_b3(data: UserValuationCreate) -> Dict[str, Any]:
+    # 过去30天最高价格 过去30天最低价格 TODO 需要根据字样进行切分获取最高价和最低价 转换成 float 类型
+    highest_price,lowest_price= data.price_fluctuation
+    lawsuit_status = "无诉讼"  # 诉讼状态 TODO (API获取)
+    inheritor_ages = data.inheritor_age_count # [45, 60, 75]  # 传承人年龄列表
+    return {
+        "highest_price": highest_price,
+        "lowest_price": lowest_price,
+        "lawsuit_status": lawsuit_status,
+        "inheritor_ages": inheritor_ages,
+    }

app/utils/calculation_engine/cultural_value_b2/__init__.py

@@ -0,0 +1,11 @@
+from .cultural_value_b2 import CulturalValueB2Calculator
+from .sub_formulas import (
+    LivingHeritageB21Calculator,
+    PatternGeneB22Calculator
+)
+
+__all__ = [
+    "CulturalValueB2Calculator",
+    "LivingHeritageB21Calculator",
+    "PatternGeneB22Calculator"
+]

app/utils/calculation_engine/cultural_value_b2/cultural_value_b2.py

@@ -0,0 +1,116 @@
+"""
+文化价值B2
+
+文化价值B2 = 活态传承系数B21 × 0.6 + (纹样基因值B22 / 10) × 0.4
+
+"""
+
+from typing import Dict, List, Optional
+try:
+    # 相对导入（当作为包使用时）
+    from .sub_formulas.living_heritage_b21 import LivingHeritageB21Calculator
+    from .sub_formulas.pattern_gene_b22 import PatternGeneB22Calculator
+except ImportError:
+    # 绝对导入（当直接运行时）
+    from sub_formulas.living_heritage_b21 import LivingHeritageB21Calculator
+    from sub_formulas.pattern_gene_b22 import PatternGeneB22Calculator
+
+
+class CulturalValueB2Calculator:
+    """文化价值B2计算器"""
+    
+    def __init__(self):
+        """初始化计算器"""
+        self.living_heritage_calculator = LivingHeritageB21Calculator()
+        self.pattern_gene_calculator = PatternGeneB22Calculator()
+    
+    def calculate_cultural_value_b2(self,
+                                   living_heritage_b21: float,
+                                   pattern_gene_b22: float) -> float:
+        """
+        计算文化价值B2
+        文化价值B2 = 活态传承系数B21 × 0.6 + (纹样基因值B22 / 10) × 0.4
+        
+        args:
+            living_heritage_b21: 活态传承系数B21 (系统计算)
+            pattern_gene_b22: 纹样基因值B22 (系统计算)
+            
+        return:
+            float: 文化价值B2
+        """
+        cultural_value = living_heritage_b21 * 0.6 + (pattern_gene_b22 / 10) * 0.4
+        
+        return cultural_value
+    
+    def calculate_complete_cultural_value_b2(self, input_data: Dict) -> Dict:
+        """
+        计算完整的文化价值B2，包含所有子公式
+        
+        args:
+            input_data: 输入数据字典，包含所有必要的参数
+            
+        return:
+            Dict: 包含所有中间计算结果和最终结果的字典
+        """
+        # 计算活态传承系数B21
+        teaching_frequency = self.living_heritage_calculator.calculate_teaching_frequency(
+            input_data["offline_sessions"],
+            input_data["douyin_views"],
+            input_data["kuaishou_views"],
+            input_data["bilibili_views"]
+        )
+        living_heritage_b21 = self.living_heritage_calculator.calculate_living_heritage_b21(
+            input_data['inheritor_level_coefficient'],
+            teaching_frequency,
+            input_data['cross_border_depth']
+        )
+        
+        # 计算纹样基因值B22
+        pattern_gene_b22 = self.pattern_gene_calculator.calculate_pattern_gene_b22(
+            input_data['structure_complexity'],
+            input_data['normalized_entropy'],
+            input_data['historical_inheritance']
+        )
+        
+        # 计算文化价值B2
+        cultural_value_b2 = self.calculate_cultural_value_b2(
+            living_heritage_b21,
+            pattern_gene_b22
+        )
+        
+        return {
+            'living_heritage_b21': living_heritage_b21,
+            'pattern_gene_b22': pattern_gene_b22,
+            'cultural_value_b2': cultural_value_b2
+        }
+
+
+# 示例使用
+if __name__ == "__main__":
+
+    calculator = CulturalValueB2Calculator()
+    
+    # 示例数据
+    input_data = {
+        # 活态传承系数B21相关参数
+        'inheritor_level_coefficient': 10.0,  # 传承人等级系数
+        'teaching_frequency': 7.0,            # 教学传播频次
+        'cross_border_depth': 7.0,            # 跨界合作深度
+
+        "offline_sessions": 1,
+        "douyin_views": 2,
+        "kuaishou_views": 3,
+        "bilibili_views": 4,
+        # 纹样基因值B22相关参数
+        'structure_complexity': 0.75,         # 结构复杂度SC
+        'normalized_entropy': 0.85,          # 归一化信息熵H
+        'historical_inheritance': 0.80        # 历史传承度HI
+    }
+    
+    # 计算文化价值B2
+    result = calculator.calculate_complete_cultural_value_b2(input_data)
+    
+    print("文化价值B2计算结果:")
+    print(f"活态传承系数B21: {result['living_heritage_b21']:.4f}")
+    print(f"纹样基因值B22: {result['pattern_gene_b22']:.4f}")
+    print(f"文化价值B2: {result['cultural_value_b2']:.4f}")

app/utils/calculation_engine/cultural_value_b2/sub_formulas/__init__.py

@@ -0,0 +1,24 @@
+"""
+文化价值B2子公式包
+1. living_heritage_b21: 活态传承系数B21计算
+   - 传承人等级系数：国家级(10分)、省级(7分)、市级(4分)、县级(2分)
+   - 教学传播频次：每月>10次(10分)、5-10次(7分)、1-4次(4分)
+   - 跨界合作深度：多类型高频(10分)、多类型中频(7分)、单类型高频(5分)
+   - 活态传承系数B21 = 传承人等级系数 × 0.4 + 教学传播频次 × 0.3 + 跨界合作深度 × 0.3
+
+2. pattern_gene_b22: 纹样基因值B22计算
+   - 结构复杂度SC = Σ(元素权重 × 复杂度系数) / 总元素数
+   - 归一化信息熵H = -Σ(p_i × log2(p_i)) / log2(n)
+   - 历史传承度HI = 传承年限权重 × 0.4 + 文化意义权重 × 0.3 + 保护状况权重 × 0.3
+   - 纹样基因值B22 = (结构复杂度SC × 0.6 + 归一化信息熵H × 0.4) × 历史传承度HI × 10
+   - 文化价值B2 = 活态传承系数B21 × 0.6 + (纹样基因值B22 / 10) × 0.4
+
+"""
+
+from .living_heritage_b21 import LivingHeritageB21Calculator
+from .pattern_gene_b22 import PatternGeneB22Calculator
+
+__all__ = [
+    "LivingHeritageB21Calculator",
+    "PatternGeneB22Calculator"
+]

app/utils/calculation_engine/cultural_value_b2/sub_formulas/living_heritage_b21.py

@@ -0,0 +1,156 @@
+
+"""
+活态传承系数B21计算模块
+
+活态传承系数B21 = 传承人等级系数 × 0.4 + 教学传播频次 × 0.3 + 跨界合作深度 × 0.3
+
+"""
+
+from typing import List
+
+
+
+class LivingHeritageB21Calculator:
+    """活态传承系数B21计算器"""
+    
+    def __init__(self):
+        """初始化计算器"""
+        pass
+    
+    def calculate_living_heritage_b21(self,
+                                     inheritor_level_coefficient: float,
+                                     teaching_frequency: float,
+                                     cross_border_depth: float) -> float:
+        """
+        计算活态传承系数B21
+        
+        
+        活态传承系数B21 = 传承人等级系数 × 0.4 + 教学传播频次 × 0.3 + 跨界合作深度 × 0.3
+        
+        args:
+            inheritor_level_coefficient: 传承人等级系数 (用户填写)
+            teaching_frequency: 教学传播频次 (用户填写)
+            cross_border_depth: 跨界合作深度 (用户填写)
+            
+       return:
+            float: 活态传承系数B21
+        """
+        #
+        living_heritage = (inheritor_level_coefficient * 0.4 + 
+                          teaching_frequency * 0.3 + 
+                          cross_border_depth * 0.3)
+        
+        return living_heritage
+    
+    def calculate_inheritor_level_coefficient(self, inheritor_level: str) -> float:
+        """
+        计算传承人等级系数
+        
+        传承人等级评分标准：
+        - 国家级传承人: 1分
+        - 省级传承人: 0.7分
+        - 市级传承人: .44分
+
+        
+        args:
+            inheritor_level: 传承人等级 (用户填写)
+            
+       return:
+            float: 传承人等级系数
+        """
+        level_scores = {
+            "国家级传承人": 1.0,
+            "省级传承人": 0.7,
+            "市级传承人": 0.4,
+        }
+        
+        return level_scores.get(inheritor_level, 0.4)
+    
+    def calculate_teaching_frequency(self, 
+                                   offline_sessions: int,
+                                   douyin_views: int = 0,
+                                   kuaishou_views: int = 0,
+                                   bilibili_views: int = 0) -> float:
+        """
+        计算教学传播频次
+        
+        教学传播频次 = 线下传习次数 × 0.6 + 线上课程点击量（万） × 0.4
+        
+        线下传习次数统计规范：
+        1) 单次活动标准：传承人主导、时长≥2小时、参与人数≥5人
+        2) 频次计算：按自然年度累计，同一内容重复培训不计入
+        
+        线上课程折算：
+        - 抖音/快手播放量按100:1折算为学习人次
+        - B站课程按50:1折算
+        
+        args:
+            offline_sessions: 线下传习次数（符合标准的活动次数）
+            douyin_views: 抖音播放量
+            kuaishou_views: 快手播放量  
+            bilibili_views: B站播放量
+            
+        returns:
+            float: 教学传播频次评分
+        """
+        # 线下传习次数权重计算
+        offline_score = offline_sessions * 0.6
+        
+        # 线上课程点击量折算
+        # 抖音/快手按100:1折算
+        douyin_kuaishou_learning_sessions = (douyin_views + kuaishou_views) / 100
+        # B站按50:1折算
+        bilibili_learning_sessions = bilibili_views / 50
+        
+        # 线上总学习人次（万）
+        online_learning_sessions_10k = (douyin_kuaishou_learning_sessions + bilibili_learning_sessions) / 10000
+        
+        # 线上课程权重计算
+        online_score = online_learning_sessions_10k * 0.4
+        
+        # 总教学传播频次
+        teaching_frequency = offline_score + online_score
+        
+        return teaching_frequency
+    
+
+
+# 示例使用
+if __name__ == "__main__":
+    calculator = LivingHeritageB21Calculator()
+    
+    # 示例数据
+    inheritor_level = "国家级传承人"  # 传承人等级 (用户填写)
+    cross_border_depth = 50.0
+    # 教学传播频次数据
+    offline_sessions = 10  # 线下传习次数（符合标准：传承人主导、时长≥2小时、参与人数≥5人）
+    douyin_views = 1000000  # 抖音播放量
+    kuaishou_views = 500000  # 快手播放量
+    bilibili_views = 200000  # B站播放量
+    
+
+    
+    # 计算各项指标
+    inheritor_level_coefficient = calculator.calculate_inheritor_level_coefficient(inheritor_level)
+    teaching_frequency = calculator.calculate_teaching_frequency(
+        offline_sessions=offline_sessions,
+        douyin_views=douyin_views,
+        kuaishou_views=kuaishou_views,
+        bilibili_views=bilibili_views
+    )
+
+    # 计算活态传承系数B21
+    living_heritage_b21 = calculator.calculate_living_heritage_b21(
+        inheritor_level_coefficient, teaching_frequency, cross_border_depth
+    )
+    
+    print(f"传承人等级系数: {inheritor_level_coefficient:.2f}")
+    print(f"教学传播频次: {teaching_frequency:.2f}")
+    print(f"  - 线下传习次数: {offline_sessions}次")
+    print(f"  - 抖音播放量: {douyin_views:,}次")
+    print(f"  - 快手播放量: {kuaishou_views:,}次") 
+    print(f"  - B站播放量: {bilibili_views:,}次")
+    print(f"跨界合作深度: {cross_border_depth:.2f}")
+    print(f"活态传承系数B21: {living_heritage_b21:.4f}")
+
+

app/utils/calculation_engine/cultural_value_b2/sub_formulas/pattern_gene_b22.py

@@ -0,0 +1,143 @@
+
+"""
+纹样基因值B22计算模块
+
+纹样基因值B22 = (结构复杂度SC × 0.6 + 归一化信息熵H × 0.4) × 历史传承度HI × 10
+
+"""
+
+import math
+from typing import Dict, List
+
+
+class PatternGeneB22Calculator:
+    """纹样基因值B22计算器"""
+    
+    def __init__(self):
+        """初始化计算器"""
+        pass
+    
+    def calculate_pattern_gene_b22(self,
+                                  structure_complexity: float,
+                                  normalized_entropy: float,
+                                  historical_inheritance: float) -> float:
+        """
+        计算纹样基因值B22
+        
+        
+        纹样基因值B22 = (结构复杂度SC × 0.6 + 归一化信息熵H × 0.4) × 历史传承度HI × 10
+        
+        args:
+            structure_complexity: 结构复杂度SC (系统计算)
+            normalized_entropy: 归一化信息熵H (系统计算)
+            historical_inheritance: 历史传承度HI (用户填写)
+            
+        return:
+            float: 纹样基因值B22
+        """
+        
+        pattern_gene = ((structure_complexity * 0.6 + 
+                        normalized_entropy * 0.4) * 
+                       historical_inheritance * 10)
+        
+        return pattern_gene
+    
+    def calculate_structure_complexity(self, pattern_elements: List[Dict]) -> float:
+        """
+        计算结构复杂度SC
+        
+        结构复杂度 = Σ(元素权重 × 复杂度系数) / 总元素数
+        
+        args:
+            pattern_elements: 纹样元素列表，每个元素包含 {type: str, weight: float, complexity: float} (用户填写)
+            
+        return:
+            float: 结构复杂度SC
+        """
+        if not pattern_elements:
+            return 0.0
+        
+        total_weighted_complexity = 0.0
+        total_weight = 0.0
+        
+        for element in pattern_elements:
+            weight = element.get('weight', 1.0)
+            complexity = element.get('complexity', 0.0)
+            total_weighted_complexity += weight * complexity
+            total_weight += weight
+        
+        if total_weight == 0:
+            return 0.0
+        
+        structure_complexity = total_weighted_complexity / total_weight
+        return structure_complexity
+    
+    def calculate_normalized_entropy(self, pattern_data: List[float]) -> float:
+        """
+        计算归一化信息熵H
+        
+        归一化信息熵 = -Σ(p_i × log2(p_i)) / log2(n)
+        
+        args:
+            pattern_data: 纹样数据列表 (用户填写)
+            
+        return:
+            float: 归一化信息熵H
+        """
+        if not pattern_data or len(pattern_data) <= 1:
+            return 0.0
+        
+        # 计算概率分布
+        total = sum(pattern_data)
+        if total == 0:
+            return 0.0
+        
+        probabilities = [x / total for x in pattern_data if x > 0]
+        
+        # 计算信息熵
+        entropy = 0.0
+        for p in probabilities:
+            if p > 0:
+                entropy -= p * math.log2(p)
+        
+        # 归一化
+        n = len(probabilities)
+        if n <= 1:
+            return 0.0
+        
+        normalized_entropy = entropy / math.log2(n)
+        return normalized_entropy
+    
+
+
+# 示例使用
+if __name__ == "__main__":
+
+    calculator = PatternGeneB22Calculator()
+    
+    # 示例数据
+    pattern_elements = [
+        {'type': '几何图形', 'weight': 0.3, 'complexity': 0.7},
+        {'type': '植物纹样', 'weight': 0.4, 'complexity': 0.8},
+        {'type': '动物纹样', 'weight': 0.3, 'complexity': 0.6}
+    ]
+    entropy_data = [0.3, 0.4, 0.3]
+    inheritance_years = 500  # 传承年数 (用户填写)
+    cultural_significance = "国家级"  # 文化意义等级 (用户填写)
+    preservation_status = "良好"  # 保护状况 (用户填写)
+    historical_inheritance = 100.0
+    
+    # 计算各项指标
+    structure_complexity = calculator.calculate_structure_complexity(pattern_elements)
+    normalized_entropy = calculator.calculate_normalized_entropy(entropy_data)
+
+    
+    # 计算纹样基因值B22
+    pattern_gene_b22 = calculator.calculate_pattern_gene_b22(
+        structure_complexity, normalized_entropy, historical_inheritance
+    )
+    
+    print(f"结构复杂度SC: {structure_complexity:.4f}")
+    print(f"归一化信息熵H: {normalized_entropy:.4f}")
+    print(f"历史传承度HI: {historical_inheritance:.4f}")
+    print(f"纹样基因值B22: {pattern_gene_b22:.4f}")

app/utils/calculation_engine/economic_value_b1/economic_value_b1.py

@@ -6,6 +6,7 @@
 """
 
 from typing import Dict
+
 try:
     # 相对导入（当作为包使用时）
     from .sub_formulas.basic_value_b11 import BasicValueB11Calculator, calculate_popularity_score
@@ -20,17 +21,17 @@ except ImportError:
 
 class EconomicValueB1Calculator:
     """经济价值B1计算器"""
-    
+
     def __init__(self):
         """初始化计算器"""
         self.basic_value_calculator = BasicValueB11Calculator()
         self.traffic_factor_calculator = TrafficFactorB12Calculator()
         self.policy_multiplier_calculator = PolicyMultiplierB13Calculator()
-    
+
     def calculate_economic_value_b1(self,
-                                   basic_value_b11: float,
-                                   traffic_factor_b12: float,
-                                   policy_multiplier_b13: float) -> float:
+                                    basic_value_b11: float,
+                                    traffic_factor_b12: float,
+                                    policy_multiplier_b13: float) -> float:
         """
         计算经济价值B1
         
@@ -46,11 +47,10 @@ class EconomicValueB1Calculator:
             float: 经济价值B1
         """
         economic_value = basic_value_b11 * (1 + traffic_factor_b12) * policy_multiplier_b13
-        
+
         return economic_value
-    
+
     def calculate_complete_economic_value_b1(self, input_data: Dict) -> Dict:
-        
         """
         计算完整的经济价值B1，包含所有子公式
         
@@ -61,47 +61,66 @@ class EconomicValueB1Calculator:
             Dict: 包含所有中间计算结果和最终结果的字典
         """
         # 财务价值F 近三年年均收益列表 [1,2,3]
-        financial_value = self.basic_value_calculator.calculate_financial_value_f()
+        financial_value = self.basic_value_calculator.calculate_financial_value_f(input_data["three_year_income"])
         # 计算法律强度L   patent_score: 专利分 (0-10分) (用户填写)
         #              popularity_score: 普及地域分 (0-10分) (用户填写)
         #              infringement_score: 侵权分 (0-10分) (用户填写)
-        popularity_score = calculate_popularity_score()
-        legal_strength = self.basic_value_calculator.calculate_legal_strength_l()
+
+        legal_strength = self.basic_value_calculator.calculate_legal_strength_l(
+            input_data["patent_score"],
+            input_data["popularity_score"],
+            input_data["infringement_score"],
+        )
 
         # 发展潜力      patent_score: 专利分 (0-10分) (用户填写)
         #             esg_score: ESG分 (0-10分) (用户填写)
         #             innovation_ratio: 创新投入比 (研发费用/营收) * 100 (用户填写)
-        development_potential = self.basic_value_calculator.calculate_development_potential_d()
+        development_potential = self.basic_value_calculator.calculate_development_potential_d(
+            input_data["esg_score"],
+            input_data["patent_score"],
+            input_data["innovation_ratio"],
+        )
         # 计算行业系数I  target_industry_roe: 目标行业平均ROE (系统配置)
         #             benchmark_industry_roe: 基准行业ROE (系统配置)
-        industry_coefficient = self.basic_value_calculator.calculate_industry_coefficient_i()
+        # industry_coefficient = self.basic_value_calculator.calculate_industry_coefficient_i(
+        #
+        # )
         # 计算基础价值B11
         basic_value_b11 = self.basic_value_calculator.calculate_basic_value_b11(
             financial_value,
             legal_strength,
             development_potential,
-            industry_coefficient
+            input_data["industry_coefficient"]
         )
-        
+
         # 计算流量因子B12
+        social_media_spread_s3 = self.traffic_factor_calculator.calculate_interaction_index(
+            input_data["likes"],
+            input_data["comments"],
+            input_data["shares"],
+        )
         traffic_factor_b12 = self.traffic_factor_calculator.calculate_traffic_factor_b12(
             input_data['search_index_s1'],
             input_data['industry_average_s2'],
-            input_data['social_media_spread_s3']
+            social_media_spread_s3
         )
-        
+
         # 计算政策乘数B13
+        policy_compatibility_score = self.policy_multiplier_calculator.calculate_policy_compatibility_score(
+            input_data["policy_match_score"],
+            input_data["implementation_stage"],
+            input_data["funding_support"])
         policy_multiplier_b13 = self.policy_multiplier_calculator.calculate_policy_multiplier_b13(
-            input_data['policy_compatibility_score']
+            policy_compatibility_score
         )
-        
+
         # 计算经济价值B1
         economic_value_b1 = self.calculate_economic_value_b1(
             basic_value_b11,
             traffic_factor_b12,
             policy_multiplier_b13
         )
-        
+
         return {
             'basic_value_b11': basic_value_b11,
             'traffic_factor_b12': traffic_factor_b12,
@@ -112,29 +131,82 @@ class EconomicValueB1Calculator:
 
 # 示例使用
 if __name__ == "__main__":
-
     calculator = EconomicValueB1Calculator()
-    
+
     # 示例数据
-    input_data = {
+    '''
+    {
         # 基础价值B11相关参数
-        'financial_value': 68.04,  # 财务价值F
-        'legal_strength': 7.90,    # 法律强度L
-        'development_potential': 6.00,  # 发展潜力D
-        'industry_coefficient': 0.25,   # 行业系数I
-        
+        'three_year_income': three_year_income,
+        'patent_score': patent_score,
+        'popularity_score': popularity_score,
+        'infringement_score': infringement_score,
+        'innovation_ratio': innovation_ratio,
+
         # 流量因子B12相关参数
-        'search_index_s1': 4500.0,  # 近30天搜索指数S1
-        'industry_average_s2': 5000.0,  # 行业均值S2
-        'social_media_spread_s3': 1.07,  # 社交媒体传播度S3
+        'search_index_s1': search_index_s1,
+        'industry_average_s2': industry_average_s2,
+        # 'social_media_spread_s3': social_media_spread_s3,
+        'likes':likes,
+        'comments':comments,
+        'shares':shares,
+        'followers':followers,
         
+        'click_count': int(data.click_count) or 100,
+        'view_count': int(data.link_views) or 100,
+
         # 政策乘数B13相关参数
-        'policy_compatibility_score': 9.1  # 政策契合度评分P
+        'implementation_stage': implementation_stage,
+        'funding_support':funding_support
     }
     
+    '''
+    input_data = {
+        # 基础价值B11相关参数
+        'three_year_income': [1000, 2000, 2222],
+        'patent_score': 1,  # 专利分
+        'popularity_score': 4.0,  # 普及地域分值
+        'infringement_score': 1.0,  # 侵权分
+        'innovation_ratio': 600.0,
+        'esg_score':10.0,
+        'industry_coefficient':12.0,
+
+        # 流量因子B12相关参数
+        'search_index_s1': 4500.0,
+        'industry_average_s2': 5000.0,
+        # 'social_media_spread_s3': social_media_spread_s3,
+        'likes': 4, # 点赞
+        'comments': 5, # 评论
+        'shares': 6, # 转发
+        'followers': 7, # 粉丝数
+
+        'click_count': 1000,# 点击量
+        'view_count': 100, # 内容浏览量
+
+        # 政策乘数B13相关参数
+        'policy_match_score': 10.0,  # 政策匹配度
+        'implementation_stage': 10.0,  # 实施阶段评分
+        'funding_support': 10.0  # 资金支持度
+    }
+    # input_data = {
+    #     # 基础价值B11相关参数
+    #     'financial_value': 68.04,  # 财务价值F
+    #     'legal_strength': 7.90,    # 法律强度L
+    #     'development_potential': 6.00,  # 发展潜力D
+    #     'industry_coefficient': 0.25,   # 行业系数I
+    #
+    #     # 流量因子B12相关参数
+    #     'search_index_s1': 4500.0,  # 近30天搜索指数S1
+    #     'industry_average_s2': 5000.0,  # 行业均值S2
+    #     'social_media_spread_s3': 1.07,  # 社交媒体传播度S3
+    #
+    #     # 政策乘数B13相关参数
+    #     'policy_compatibility_score': 9.1  # 政策契合度评分P
+    # }
+
     # 计算经济价值B1
     result = calculator.calculate_complete_economic_value_b1(input_data)
-    
+
     print("经济价值B1计算结果:")
     print(f"基础价值B11: {result['basic_value_b11']:.2f}")
     print(f"流量因子B12: {result['traffic_factor_b12']:.4f}")

app/utils/calculation_engine/economic_value_b1/sub_formulas/basic_value_b11.py

@@ -257,7 +257,7 @@ def calculate_infringement_score(infringement_status: str) -> float:
 
 # 示例使用
 if __name__ == "__main__":
-    # 创建计算器实例
+
     calculator = BasicValueB11Calculator()
 
     # 示例数据

app/utils/calculation_engine/economic_value_b1/sub_formulas/policy_multiplier_b13.py

@@ -106,7 +106,7 @@ class PolicyMultiplierB13Calculator:
 
 # 示例使用
 if __name__ == "__main__":
-    # 创建计算器实例
+
     calculator = PolicyMultiplierB13Calculator()
 
     # 示例数据

app/utils/calculation_engine/economic_value_b1/sub_formulas/traffic_factor_b12.py

@@ -246,7 +246,7 @@ def calculate_search_index_s1(baidu_index: float,
     return search_index
 # 示例使用
 if __name__ == "__main__":
-    # 创建计算器实例
+
     calculator = TrafficFactorB12Calculator()
     processor = PlatformDataProcessor()
     

app/utils/calculation_engine/risk_adjustment_b3/__init__.py

@@ -0,0 +1,6 @@
+from .sub_formulas.risk_adjustment_b3 import RiskAdjustmentB3Calculator
+
+__all__ = [
+    "RiskAdjustmentB3Calculator"
+]
+

app/utils/calculation_engine/risk_adjustment_b3/sub_formulas/__init__.py

@@ -0,0 +1,17 @@
+
+"""
+1. risk_adjustment_b3: 风险调整系数B3计算
+   - 风险评分总和R = 市场风险 × 0.3 + 法律风险 × 0.4 + 传承风险 × 0.3
+   - 市场风险：资产商品价格波动率 (波动率≤5%:10分, 5-15%:5分, >15%:0分)
+   - 法律风险：侵权诉讼历史 (无诉讼:10分, 已解决:7分, 未解决:0分)
+   - 传承风险：传承人年龄 (≤50岁:10分, 50-70岁:5分, >70岁:0分)
+   - 风险调整系数B3 = 0.8 + 风险评分总和R × 0.4
+
+"""
+
+from .risk_adjustment_b3 import RiskAdjustmentB3Calculator
+
+__all__ = [
+    "RiskAdjustmentB3Calculator"
+]
+

app/utils/calculation_engine/risk_adjustment_b3/sub_formulas/risk_adjustment_b3.py

@@ -0,0 +1,206 @@
+"""
+风险调整系数B3计算模块
+
+风险调整系数B3 = 0.8 + 风险评分总和R × 0.4
+
+"""
+
+from typing import Dict, List
+
+
+class RiskAdjustmentB3Calculator:
+    """风险调整系数B3计算器"""
+
+    def __init__(self):
+        pass
+
+    def calculate_risk_adjustment_b3(self, risk_score_sum: float) -> float:
+        """
+        计算风险调整系数B3
+        
+        
+        风险调整系数B3 = 0.8 + 风险评分总和R × 0.4
+        
+        args:
+            risk_score_sum: 风险评分总和R (系统计算)
+            
+        return:
+            float: 风险调整系数B3
+        """
+
+        risk_adjustment = 0.8 + risk_score_sum * 0.4
+
+        return risk_adjustment
+
+    def calculate_risk_score_sum(self, market_risk: float, legal_risk: float, inheritance_risk: float) -> float:
+        """
+        计算风险评分总和R
+        
+        
+        风险评分总和R = 市场风险 × 0.3 + 法律风险 × 0.4 + 传承风险 × 0.3
+        
+        args:
+            market_risk: 市场风险 (用户填写)
+            legal_risk: 法律风险 (用户填写)
+            inheritance_risk: 传承风险 (用户填写)
+            
+        return:
+            float: 风险评分总和R
+        """
+
+        risk_score_sum = market_risk * 0.3 + legal_risk * 0.4 + inheritance_risk * 0.3
+
+        return risk_score_sum
+
+    def calculate_market_risk(self, highest_price: float, lowest_price: float) -> float:
+        """
+        计算市场风险
+        
+        用户填写近30天资产商品的最高价与最低价，系统自动计算波动率，波动率=近30日价格极差/均值，≤5%(10分)、5-15%(5分)、>15%(0分)
+        市场风险 = 资产商品的价格波动率
+        波动率 = 过去30天价格区间 / 过去30天平均价格
+        
+        评分标准：
+        - 波动率 ≤5%: 10分
+        - 波动率 5-15%: 5分  
+        - 波动率 >15%: 0分
+        
+        args:
+            highest_price: 过去30天最高价格 (用户填写)
+            lowest_price: 过去30天最低价格 (用户填写)
+            
+        return:
+            float: 市场风险评分 (0-10)
+        """
+        if highest_price <= 0 or lowest_price <= 0:
+            return 0.0
+
+        # 计算平均价格
+        average_price = (highest_price + lowest_price) / 2
+
+        # 计算价格区间
+        price_range = highest_price - lowest_price
+
+        # 计算波动率
+        volatility = price_range / average_price
+
+        # 根据波动率评分
+        if volatility <= 0.05:  # ≤5%
+            return 10.0
+        elif volatility <= 0.15:  # 5-15%
+            return 5.0
+        else:  # >15%
+            return 0.0
+
+    def calculate_legal_risk(self, lawsuit_status: str) -> float:
+        """
+        计算法律风险
+        
+
+        法律风险 = 侵权诉讼历史
+        
+        评分标准：
+        - 无诉讼: 10分
+        - 已解决诉讼: 7分
+        - 未解决诉讼: 0分
+
+        args:
+            lawsuit_status: 诉讼状态 (API获取)
+            
+        return:
+            float: 法律风险评分 (0-10)
+        """
+        lawsuit_scores = {
+            "无诉讼": 10.0,
+            "已解决诉讼": 7.0,
+            "未解决诉讼": 0.0
+        }
+
+        return lawsuit_scores.get(lawsuit_status, 0.0)
+
+    def calculate_inheritance_risk(self, inheritor_ages: List[int]) -> float:
+        """
+        计算传承风险
+        用户填写该资产的所有受认证传承人年龄，若有多位受认证传承人则填写多位，传承人年龄≤50岁(10分)、50-70岁(5分)、>70岁(0分)
+        
+        传承风险 = 传承人年龄
+        
+        评分标准：
+        - 传承人年龄 ≤50岁: 10分
+        - 传承人年龄 50-70岁: 5分
+        - 传承人年龄 >70岁: 0分
+        
+        如果有多个传承人，取最高分
+        
+        args:
+            inheritor_ages: 传承人年龄列表 (用户填写)
+            
+        return:
+            float: 传承风险评分 (0-10)
+        """
+        if not inheritor_ages:
+            return 0.0
+
+        max_score = 0.0
+
+        for age in inheritor_ages:
+            if age <= 50:
+                score = 10.0
+            elif age <= 70:
+                score = 5.0
+            else:
+                score = 0.0
+
+            max_score = max(max_score, score)
+
+        return max_score
+
+    def calculate_complete_risky_value_b3(self, input_data: Dict) -> Dict:
+        # 计算各项风险评分
+        market_risk = calculator.calculate_market_risk(input_data[""], input_data["lowest_price"])
+        legal_risk = calculator.calculate_legal_risk(input_data["lawsuit_status"])
+        inheritance_risk = calculator.calculate_inheritance_risk(input_data["inheritor_ages"])
+
+        # 计算风险评分总和R
+        risk_score_sum = calculator.calculate_risk_score_sum(market_risk, legal_risk, inheritance_risk)
+
+        # 计算风险调整系数B3
+        risk_adjustment_b3 = calculator.calculate_risk_adjustment_b3(risk_score_sum)
+        return {
+            'risk_score_sum': risk_score_sum,
+            'risk_adjustment_b3': risk_adjustment_b3
+        }
+
+
+# 示例使用
+if __name__ == "__main__":
+    # 创建计算器实例
+    calculator = RiskAdjustmentB3Calculator()
+
+    # 示例数据
+    # 市场风险：过去30天价格数据
+    highest_price = 100.0  # 过去30天最高价格 (用户填写)
+    lowest_price = 95.0  # 过去30天最低价格 (用户填写)
+
+    # 法律风险：诉讼状态
+    lawsuit_status = "无诉讼"  # 诉讼状态 (API获取)
+
+    # 传承风险：传承人年龄
+    inheritor_ages = [45, 60, 75]  # 传承人年龄列表 (用户填写)
+
+    # 计算各项风险评分
+    market_risk = calculator.calculate_market_risk(highest_price, lowest_price)
+    legal_risk = calculator.calculate_legal_risk(lawsuit_status)
+    inheritance_risk = calculator.calculate_inheritance_risk(inheritor_ages)
+
+    # 计算风险评分总和R
+    risk_score_sum = calculator.calculate_risk_score_sum(market_risk, legal_risk, inheritance_risk)
+
+    # 计算风险调整系数B3
+    risk_adjustment_b3 = calculator.calculate_risk_adjustment_b3(risk_score_sum)
+
+    print(f"市场风险评分: {market_risk:.1f}")
+    print(f"法律风险评分: {legal_risk:.1f}")
+    print(f"传承风险评分: {inheritance_risk:.1f}")
+    print(f"风险评分总和R: {risk_score_sum:.4f}")
+    print(f"风险调整系数B3: {risk_adjustment_b3:.4f}")