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| from dataclasses import dataclass
from typing import List
import time
"""
IMS 量产部署法规驱动分析框架
参考:
- EU GSR 强制时间线
- UNECE 法规体系
- Euro NCAP 2026 评分
"""
@dataclass
class Regulation:
"""法规要求"""
name: str
regulation_id: str
region: str
mandatory_date: str
status: str
ims_function: str
penalty: str
class IMSComplianceTracker:
"""IMS 合规追踪器"""
REGULATIONS = [
Regulation("DDAA 驾驶员困倦预警", "EU GSR", "欧盟",
"2024-07", "active", "DMS 疲劳检测",
"type_approval_blocked"),
Regulation("DOW 开门预警", "EU GSR", "欧盟",
"2024-07", "active", "OMS 盲区检测",
"type_approval_blocked"),
Regulation("CPD 儿童遗留检测", "EU GSR", "欧盟",
"2026-07", "upcoming", "OMS CPD",
"type_approval_blocked"),
Regulation("DMS 直接监控", "UNECE 待定", "全球签约",
"2027-2028", "planned", "DMS 全功能",
"type_approval_blocked"),
Regulation("OMS 乘员检测", "UNECE 待定", "全球签约",
"2028+", "planned", "OMS 全功能",
"type_approval_blocked"),
Regulation("Euro NCAP DSM", "NCAP 2026", "自愿",
"2026-01", "active", "DMS 疲劳+分心",
"rating_loss"),
Regulation("Euro NCAP OMS", "NCAP 2026", "自愿",
"2026-01", "active", "OMS CPD+OOP+安全带",
"rating_loss"),
Regulation("安全带误用", "NCAP 2026", "自愿",
"2026-01", "active", "OMS 安全带检测",
"rating_loss"),
]
def compliance_matrix(self) -> List[dict]:
"""合规矩阵"""
matrix = []
for reg in self.REGULATIONS:
matrix.append({
'function': reg.ims_function,
'regulation': reg.name,
'region': reg.region,
'date': reg.mandatory_date,
'status': reg.status,
'penalty': reg.penalty,
'priority': 'P0' if reg.status == 'active' else 'P1',
'ims_module': self._map_module(reg.ims_function)
})
return matrix
def _map_module(self, function: str) -> str:
if 'DMS' in function:
return 'DMS 模块'
elif 'CPD' in function:
return 'OMS-CPD 模块'
elif 'OMS' in function:
return 'OMS 模块'
else:
return '其他'
def gap_analysis(self, implemented: List[str]) -> List[dict]:
"""差距分析"""
gaps = []
for reg in self.REGULATIONS:
if reg.ims_function not in implemented:
gaps.append({
'function': reg.ims_function,
'regulation': reg.name,
'date': reg.mandatory_date,
'status': reg.status,
'gap': '未实现',
'priority': 'P0' if reg.status == 'active' else 'P1'
})
return gaps
def roadmap(self) -> dict:
"""IMS 合规路线图"""
return {
'2024': ['DDAA 疲劳预警 ✅', 'DOW 开门预警 ✅'],
'2025': ['Euro NCAP DSM 评分 ⚠️', 'Euro NCAP OMS 评分 ⚠️'],
'2026': ['CPD 儿童检测 🔴', '安全带误用 🟡', 'OOP 姿态 🟡'],
'2027': ['DMS 直接监控 📅', '酒驾检测 📅'],
'2028': ['OMS 全功能 📅', '认知分心 📅']
}
if __name__ == "__main__":
tracker = IMSComplianceTracker()
print("=" * 75)
print("IMS 法规合规矩阵")
print("=" * 75)
matrix = tracker.compliance_matrix()
print(f"\n{'功能':<20} {'法规':<25} {'区域':<10} {'日期':>10} "
f"{'状态':>10} {'惩罚':>20}")
print("-" * 95)
for m in matrix:
status_emoji = {'active': '✅', 'upcoming': '🔴', 'planned': '📅'}
print(f"{m['function']:<20} {m['regulation']:<25} "
f"{m['region']:<10} {m['date']:>10} "
f"{status_emoji.get(m['status'], '?'):>10} "
f"{m['penalty']:>20}")
print(f"\n{'='*75}")
print("差距分析 (假设已实现: DMS 疲劳检测)")
print(f"{'='*75}")
gaps = tracker.gap_analysis(['DMS 疲劳检测'])
for g in gaps:
print(f" {g['priority']:>3} {g['function']:<20} "
f"{g['regulation']:<25} {g['date']:>10} → {g['gap']}")
print(f"\n{'='*75}")
print("IMS 合规路线图")
print(f"{'='*75}")
rm = tracker.roadmap()
for year, items in rm.items():
print(f"\n {year}:")
for item in items:
print(f" • {item}")
|
