chengkai3
266 lines
11 KiB
Python
266 lines
11 KiB
Python
from __future__ import annotations
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from datetime import datetime
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from app.services.fl_analysis_report import build_report_document, build_report_summary_payload
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def _build_risk_row(
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*,
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tower_id: str,
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tower_no: str,
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tower_type: str,
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terrain: str,
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risk_level: str,
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risk_grade: int,
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score: int,
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cause_analysis: str,
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mitigation_recommendation: str,
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lightning_density: float,
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ground_resistance_ohm: float,
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slope_deg: float,
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protection_angle_deg: float,
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insulator_length_mm: float,
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shield_wire_height_m: float,
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counterstrike_withstand_ka: float,
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counterstrike_trip_rate: float,
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shielding_withstand_ka: float,
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shielding_trip_rate: float,
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reason_details: list[dict[str, object]],
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) -> dict[str, object]:
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return {
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"tower_id": tower_id,
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"tower_no": tower_no,
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"tower_type": tower_type,
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"base_tower_json": {
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"tower_type": tower_type,
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"terrain": terrain,
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"line_voltage_kv": 220,
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"lightning_density": lightning_density,
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"ground_resistance_ohm": ground_resistance_ohm,
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"slope_1": slope_deg,
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"slope_2": max(slope_deg - 2.0, 0.0),
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"longitude": 120.0 + score / 1000.0,
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"latitude": 30.0 + score / 1000.0,
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},
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"profile_json": {
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"structure_kind": "单回",
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"stroke_mode": "反击",
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"insulator_length_m": round(insulator_length_mm / 1000.0, 4),
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"shield_wire_height_m": shield_wire_height_m,
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},
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"risk_level": risk_level,
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"result_json": {
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"risk_grade": risk_grade,
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"score": score,
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"cause_analysis": cause_analysis,
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"mitigation_recommendation": mitigation_recommendation,
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"counterstrike_withstand_ka": counterstrike_withstand_ka,
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"counterstrike_trip_rate": counterstrike_trip_rate,
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"shielding_withstand_ka": shielding_withstand_ka,
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"shielding_trip_rate": shielding_trip_rate,
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"reason_details": reason_details,
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"inputs": {
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"ground_resistance_ohm": ground_resistance_ohm,
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"lightning_density": lightning_density,
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"insulator_length_mm": insulator_length_mm,
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"terrain_slope_deg": slope_deg,
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"protection_angle_deg": protection_angle_deg,
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},
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},
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}
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def _sample_report_data() -> dict[str, object]:
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high_row = _build_risk_row(
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tower_id="tower-1",
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tower_no="001",
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tower_type="直线",
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terrain="山地",
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risk_level="high",
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risk_grade=3,
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score=88,
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cause_analysis="接地电阻偏高；保护角暴露偏大",
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mitigation_recommendation="优先降低接地电阻；优化避雷线与保护角配置",
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lightning_density=4.2,
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ground_resistance_ohm=18.0,
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slope_deg=6.8,
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protection_angle_deg=23.0,
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insulator_length_mm=2400.0,
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shield_wire_height_m=46.0,
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counterstrike_withstand_ka=96.2,
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counterstrike_trip_rate=0.108,
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shielding_withstand_ka=118.6,
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shielding_trip_rate=0.021,
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reason_details=[
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{"code": "ground_resistance", "label": "接地电阻", "grade": 1, "triggered": True},
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{"code": "protection_angle", "label": "保护角", "grade": 2, "triggered": True},
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{"code": "shield_wire_height", "label": "高度档次", "grade": 1, "triggered": True, "value": 46.0, "standard_value": 33.0},
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{"code": "terrain_slope", "label": "地面倾角档次", "grade": 3, "triggered": False, "value": 6.8},
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{"code": "insulator_length", "label": "绝缘子串长度档次", "grade": 3, "triggered": False, "value": 2400.0, "standard_value": 2265.0},
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],
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)
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medium_row = _build_risk_row(
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tower_id="tower-2",
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tower_no="002",
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tower_type="耐张",
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terrain="丘陵",
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risk_level="medium",
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risk_grade=2,
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score=56,
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cause_analysis="地闪密度中等偏高",
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mitigation_recommendation="按高雷区口径校核绝缘与屏蔽配置",
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lightning_density=2.2,
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ground_resistance_ohm=9.0,
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slope_deg=3.5,
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protection_angle_deg=16.2,
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insulator_length_mm=2550.0,
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shield_wire_height_m=38.0,
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counterstrike_withstand_ka=105.0,
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counterstrike_trip_rate=0.052,
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shielding_withstand_ka=126.0,
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shielding_trip_rate=0.014,
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reason_details=[
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{"code": "lightning_density", "label": "地闪密度", "grade": 2, "triggered": True},
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{"code": "shield_wire_height", "label": "高度档次", "grade": 4, "triggered": False, "value": 38.0, "standard_value": 33.0},
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{"code": "terrain_slope", "label": "地面倾角档次", "grade": 4, "triggered": False, "value": 3.5},
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{"code": "insulator_length", "label": "绝缘子串长度档次", "grade": 4, "triggered": False, "value": 2550.0, "standard_value": 2265.0},
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{"code": "protection_angle", "label": "保护角", "grade": 3, "triggered": False, "value": 16.2},
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],
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)
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low_row = _build_risk_row(
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tower_id="tower-3",
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tower_no="003",
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tower_type="直线",
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terrain="平原",
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risk_level="low",
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risk_grade=1,
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score=18,
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cause_analysis="主要输入参数处于低风险区间",
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mitigation_recommendation="维持现有防雷配置并保持常规巡检",
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lightning_density=0.62,
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ground_resistance_ohm=4.0,
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slope_deg=1.2,
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protection_angle_deg=8.0,
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insulator_length_mm=3100.0,
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shield_wire_height_m=30.0,
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counterstrike_withstand_ka=132.8,
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counterstrike_trip_rate=0.008,
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shielding_withstand_ka=148.4,
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shielding_trip_rate=0.003,
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reason_details=[
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{"code": "shield_wire_height", "label": "高度档次", "grade": 5, "triggered": False, "value": 30.0, "standard_value": 33.0},
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{"code": "terrain_slope", "label": "地面倾角档次", "grade": 4, "triggered": False, "value": 1.2},
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{"code": "insulator_length", "label": "绝缘子串长度档次", "grade": 5, "triggered": False, "value": 3100.0, "standard_value": 2265.0},
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{"code": "protection_angle", "label": "保护角", "grade": 5, "triggered": False, "value": 8.0},
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],
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)
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return {
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"line": {
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"name": "示例线路",
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"code": "XL-001",
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"voltage_kv": 220,
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},
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"report": {
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"job_name": "示例线路-报告",
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"generated_at": datetime(2026, 6, 7, 17, 30, 0),
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"source_job_id": "risk-job-1",
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"source_job_type": "risk",
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"source_job_name": "示例线路-风险评估",
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"risk_job_id": "risk-job-1",
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"risk_job_name": "示例线路-风险评估",
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"mitigation_job_id": "mit-job-1",
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"mitigation_job_name": "示例线路-措施推荐",
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"scenario_job_id": "scenario-job-1",
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"scenario_job_name": "示例线路-加装避雷器复算",
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"scenario_base_job_type": "normal",
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"non_construction": False,
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},
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"risk_rows": [high_row, medium_row, low_row],
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"selected_risk_rows": [high_row, medium_row],
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"selected_mitigation_rows": [
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{
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"tower_id": "tower-1",
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"tower_no": "001",
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"risk_level": "medium",
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"result_json": {
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"current_risk_level": "high",
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"expected_risk_level": "medium",
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"recommendation_result": "需要安装避雷器",
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"non_construction": False,
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"inputs": {
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"ground_resistance_ohm": 18.0,
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"insulator_length_mm": 2400.0,
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"protection_angle_deg": 23.0,
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"lightning_density": 4.2,
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},
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"mitigation_actions": [
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{
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"code": "grounding_upgrade",
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"label": "接地治理",
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"summary": "降低接地电阻",
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"current_value": 18.0,
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"target_value": 5.0,
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},
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{
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"code": "arrester_install",
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"label": "安装避雷器",
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"summary": "关键相增设避雷器",
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"phases": ["A", "B", "C"],
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},
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],
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},
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}
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],
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"selected_scenario_rows": [
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{
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"tower_id": "tower-1",
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"tower_no": "001",
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"risk_level": "low",
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"result_json": {
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"counterstrike_withstand_ka": 112.45,
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"counterstrike_trip_rate": 0.0215,
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"shielding_withstand_ka": 136.2,
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"shielding_trip_rate": 0.0085,
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},
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}
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],
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}
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def test_build_report_summary_payload_counts_risk_and_actions() -> None:
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summary = build_report_summary_payload(_sample_report_data())
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assert summary["selected_tower_count"] == 2
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assert summary["risk_counts"] == {"high": 1, "medium": 1, "low": 1}
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assert summary["selected_risk_counts"] == {"high": 1, "medium": 1, "low": 0}
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assert summary["post_mitigation_risk_counts"] == {"high": 0, "medium": 1, "low": 0}
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assert summary["selected_factor_trigger_counts"]["接地电阻"] == 1
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assert summary["selected_factor_trigger_counts"]["保护角"] == 1
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assert summary["selected_cause_counts"]["接地电阻偏高"] == 1
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assert summary["mitigation_action_counts"]["接地治理"] == 1
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assert summary["mitigation_action_counts"]["安装避雷器"] == 1
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assert summary["has_mitigation_data"] is True
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assert summary["scenario_row_count"] == 1
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assert summary["post_recalc_risk_counts"] == {"high": 0, "medium": 0, "low": 1}
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assert summary["has_scenario_data"] is True
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def test_build_report_document_renders_word_compatible_html() -> None:
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filename, content = build_report_document(_sample_report_data())
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html = content.decode("utf-8")
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assert filename.endswith(".doc")
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assert "示例线路-报告" in filename
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assert "示例线路" in html
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assert "2.3线路杆塔高度" in html
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assert "图7 线路杆塔地闪密度雷区分布图（表格替代）" in html
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assert "图8 线路杆塔避雷线保护角信息统计图" in html
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assert "表10 输电线路雷击风险等级划分规则" in html
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assert "表13 高风险杆塔差异化防雷措施" in html
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assert "雷害风险评估结果" in html
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assert "安装避雷器" in html
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assert "表14 采取措施后的计算结果表" in html
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assert "反击耐雷水平(kA)" in html
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assert "001" in html
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