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zdKh-!=wI-R9?=m_GZq`_J3K`oHA)YFN!wwo{C5EXQ69zYj^)s zeHm&$4nudEBD-zcMSNXnZS5VPtXN2=J4(b?t%#(5N*uLX^2I)>=7n2nkgkR!~E4b>A z6@m2dB8=<(l_PvOlYy7KWtk4*lnl$$xowescxX7WU7Gw5eTJ-s&*3x-D2$`F&vN}D z!{HPfXrRL}aA{T`%18-)50w|5?r3G}j;mE1>yNUpi}V@rW*xJ3UynGpmZNG?kzNRv z1kR4XrIHCFj^)6?=a-n>6KhOL?W~maRdpeQnd=tBoH|%Jt`Jj)5>@^+lp7X1FK=)& ze)h^SS6t<|c**|8+<*6dKEm#wCny*bKiQNF`)>~@xr+d;kfOWw`$}(eB?Pn%MryZ2y~tD)QhE zSdjnkGWCdoB~Z_9{A0w#$3cML|Bd{xLEr}*$@M(6f4{f-@x2qyWEKwWWE5UB7+LPW Gxc>v-fB-%K diff --git a/src/gen_workbook.py b/src/gen_workbook.py index 1bd0694..0b66235 100644 --- a/src/gen_workbook.py +++ b/src/gen_workbook.py @@ -1,267 +1,151 @@ #!/usr/bin/env python3 -"""生成危大方案看板数据工作簿 — 清洗数据 + 多数据透视表""" +"""危大方案看板数据工作簿 v2 — 数据源+汇总表 (Excel原生透视表需手动创建，含说明)""" import pandas as pd from openpyxl import Workbook -from openpyxl.styles import Font, PatternFill, Alignment, Border, Side, numbers +from openpyxl.styles import Font, PatternFill, Alignment, Border, Side from openpyxl.utils import get_column_letter -from datetime import datetime, date BASE = "/mnt/y/Openclaw_Hub/03.资源/实施项目 wiki/dashboard/data/2026-06-08/cleaned" OUT = f"{BASE}/危大方案看板数据工作簿.xlsx" -# ── 读取清洗数据 ── +# ── Data ── df = pd.read_parquet(f"{BASE}/methods_cleaned.parquet") df['开工年份'] = pd.to_datetime(df['分部分项工程计划开工日期'], errors='coerce').dt.year - -# 过滤 ≥2026 -m = df[(df['是否有效登记'] == True) & (df['开工年份'] >= 2026)].copy() - -# 简化状态 -def simple_status(s): - s = str(s) - if '已完成' in s: - return '已完成' - return '未完成' - -m['简化状态'] = m['方案状态_clean'].apply(simple_status) +m = df[(df['是否有效登记']==True)&(df['开工年份']>=2026)].copy() +m['简化状态'] = m['方案状态_clean'].apply(lambda s: '已完成' if '已完成' in str(s) else '未完成') m['是否超规'] = m['是否超一定规模'].astype(str).apply(lambda x: '超规类' if x == '是' else '一般类') +m['开工年份'] = m['开工年份'].astype(int) +today=pd.Timestamp('2026-06-08') +m['距开工天'] = (pd.to_datetime(m['分部分项工程计划开工日期'])-today).dt.days.astype(int) -# ── 样式 ── -HEADER_FONT = Font(name='微软雅黑', bold=True, size=11, color='FFFFFF') -HEADER_FILL = PatternFill(start_color='1A3A5C', end_color='1A3A5C', fill_type='solid') -TITLE_FONT = Font(name='微软雅黑', bold=True, size=14, color='1A3A5C') -GOLD_FILL = PatternFill(start_color='FFF3E0', end_color='FFF3E0', fill_type='solid') -THIN_BORDER = Border( - left=Side(style='thin', color='DBE2EA'), - right=Side(style='thin', color='DBE2EA'), - top=Side(style='thin', color='DBE2EA'), - bottom=Side(style='thin', color='DBE2EA'), -) +# ── Styles ── +HDR_F=Font(name='微软雅黑',bold=True,size=10,color='FFFFFF') +HDR_BG=PatternFill('solid',fgColor='1A3A5C') +TITLE_F=Font(name='微软雅黑',bold=True,size=14,color='1A3A5C') +SUB_F=Font(name='微软雅黑',bold=True,size=12,color='1A3A5C') +GOLD_LINE=Border(bottom=Side(style='medium',color='C8962E')) +WARN_BG=PatternFill('solid',fgColor='FFF3E0') +GRAY_F=Font(name='微软雅黑',size=9,color='8899AA') +DATA_F=Font(name='微软雅黑',size=10) +BOLD_F=Font(name='微软雅黑',bold=True,size=10) +RED_F=Font(name='微软雅黑',bold=True,size=10,color='D94E34') +GREEN_F=Font(name='微软雅黑',bold=True,size=10,color='2E7D32') +BLUE_F=Font(name='微软雅黑',bold=True,size=10,color='1A3A5C') +BORDER=Border(left=Side('thin','DBE2EA'),right=Side('thin','DBE2EA'),top=Side('thin','DBE2EA'),bottom=Side('thin','DBE2EA')) +CENTER=Alignment(horizontal='center',vertical='center') -def style_header(ws, row, ncols): - for col in range(1, ncols + 1): - c = ws.cell(row=row, column=col) - c.font = HEADER_FONT - c.fill = HEADER_FILL - c.alignment = Alignment(horizontal='center', vertical='center') - c.border = THIN_BORDER +def hdr_row(ws,r,cols): + for i,h in enumerate(cols): + c=ws.cell(r,i+1,h); c.font=HDR_F; c.fill=HDR_BG; c.border=BORDER; c.alignment=CENTER -def style_data(ws, start_row, end_row, ncols): - for r in range(start_row, end_row + 1): - for col in range(1, ncols + 1): - c = ws.cell(row=r, column=col) - c.border = THIN_BORDER - c.alignment = Alignment(vertical='center') +def data_row(ws,r,vals,fmts=None): + for i,v in enumerate(vals): + c=ws.cell(r,i+1,v); c.border=BORDER; c.font=fmts[i] if fmts else DATA_F -def auto_width(ws, ncols, min_w=10, max_w=40): - for col in range(1, ncols + 1): - ws.column_dimensions[get_column_letter(col)].width = min_w +wb=Workbook() -wb = Workbook() +# ════ Sheet 0: 透视表说明 ════ +s0=wb.active; s0.title='透视表说明' +s0.merge_cells('A1:D1'); s0.cell(1,1,'🗂️ 如何创建 Excel 原生透视表').font=TITLE_F +tips=[('1', '点击下方「数据源」工作表'), + ('2', '选中任意单元格 → 插入 → 数据透视表'), + ('3', '拖动字段：行=国别/类型, 值=计数 即可'), + ('', ''), + ('示例透视表：',''), + ('年度认定', '行：是否超规 → 值：方案名称(计数)、项目名称(去重)'), + ('国别×分类', '行：所属国别 → 列：是否超规 → 值：方案名称'), + ('审批进度', '行：简化状态 → 值：方案名称'), + ('预警明细', '筛选预警信号≠空白 → 按距开工天排序'),] +for i,(a,b) in enumerate(tips): + s0.cell(i+3,1,a).font=BOLD_F; s0.cell(i+3,2,b).font=DATA_F +s0.column_dimensions['A'].width=15; s0.column_dimensions['B'].width=55 -# ═══════════════════════════════════════ -# Sheet 1: 清洗后数据 -# ═══════════════════════════════════════ -ws1 = wb.active -ws1.title = "清洗后数据" +# ════ Sheet 1: 数据源 ════ +s1=wb.create_sheet('数据源') +cols=['项目名称','方案名称','所属国别','是否超规','方案状态_clean','简化状态','分部分项工程计划开工日期','开工年份','距开工天'] +for i,h in enumerate(cols): s1.cell(1,i+1,h); s1.cell(1,i+1).font=HDR_F; s1.cell(1,i+1).fill=HDR_BG; s1.cell(1,i+1).border=BORDER; s1.cell(1,i+1).alignment=CENTER +for r,(_,row) in enumerate(m[cols].iterrows()): + for c,col in enumerate(cols): + v=row[col]; + if pd.isna(v): v='' + elif isinstance(v,(pd.Timestamp,)): v=str(v)[:10] + cell=s1.cell(r+2,c+1,v); cell.font=DATA_F; cell.border=BORDER +s1.auto_filter.ref=f'A1:{get_column_letter(len(cols))}{len(m)+1}' +for i,w in enumerate([38,32,20,8,16,8,14,6,8]): s1.column_dimensions[get_column_letter(i+1)].width=w +s1.freeze_panes='A2' -cols_out = ['项目名称', '方案名称', '所属国别', '是否超规', '方案状态_clean', - '简化状态', '分部分项工程计划开工日期', '开工年份', '是否有效登记'] -ws1.append(cols_out) -style_header(ws1, 1, len(cols_out)) +# ════ Sheet 2: 年度认定汇总 ════ +s2=wb.create_sheet('年度认定汇总') +s2.merge_cells('A1:D1'); s2.cell(1,1,'年度认定（≥2026开工）').font=TITLE_F; s2.cell(1,1).border=GOLD_LINE +s2.cell(3,1,'分类'); s2.cell(3,2,'方案数'); s2.cell(3,3,'项目数'); s2.cell(3,4,'占比') +hdr_row(s2,3,['分类','方案数','项目数','占比']) +tot=len(m) +for r,(cat,sub) in enumerate([('一般类',m[m['是否超规']=='一般类']),('超规类',m[m['是否超规']=='超规类'])]): + cnt=len(sub); proj=sub['项目名称'].nunique() + data_row(s2,r+4,[cat,cnt,proj,f'{cnt/tot*100:.0f}%']) +data_row(s2,6,['合计',tot,m['项目名称'].nunique(),'100%'],[BOLD_F]*4) +s2.column_dimensions['A'].width=12 +for c in 'BCD': s2.column_dimensions[c].width=10 -for _, row in m[cols_out].iterrows(): - ws1.append([str(v) if not isinstance(v, (int, float)) or pd.isna(v) else v for v in row]) +# ════ Sheet 3: 国别×分类 ════ +s3=wb.create_sheet('国别×分类') +s3.merge_cells('A1:D1'); s3.cell(1,1,'国别×分类分布').font=TITLE_F; s3.cell(1,1).border=GOLD_LINE +ct=m.groupby(['所属国别','是否超规']).size().unstack(fill_value=0) +ct['合计']=ct.sum(1); ct.loc['合计']=ct.sum() +hdr_row(s3,3,['国别']+list(ct.columns)) +for r,(idx,row) in enumerate(ct.iterrows()): + data_row(s3,r+4,[idx]+[int(v) for v in row]) +s3.column_dimensions['A'].width=25 -n = len(m) + 1 -style_data(ws1, 2, n, len(cols_out)) -auto_width(ws1, len(cols_out)) -ws1.auto_filter.ref = f"A1:{get_column_letter(len(cols_out))}{n}" +# ════ Sheet 4: 审批进度 ════ +s4=wb.create_sheet('审批进度') +s4.merge_cells('A1:D1'); s4.cell(1,1,'审批进度 & 三色预警').font=TITLE_F; s4.cell(1,1).border=GOLD_LINE +hdr_row(s4,3,['指标','数值','占比','备注']) +completed=(m['简化状态']=='已完成').sum(); unfinished=tot-completed +# Warning +def warn_lev(d,s): + s=str(s); d=int(d) + if '未实施' not in s and '审批中' not in s: return '' + if d<=30: return '🟠' + if d<=45: return '🟡' + return '' +m['w']=m.apply(lambda r:warn_lev(r['距开工天'],r['方案状态_clean']),axis=1) +rn=(m['w']!='').sum(); orn=(m['w']=='🟠').sum(); ye=(m['w']=='🟡').sum() +rows=[('方案总数',tot,'100%','≥2026年开工·排除已作废'), + ('已完成审批',completed,f'{completed/tot*100:.0f}%',''), + ('未完成审批',unfinished,f'{unfinished/tot*100:.0f}%','含审批中+未审批'), + ('🟠 橙色预警',orn,f'{orn/tot*100:.0f}%','≤30天未审批'), + ('🟡 黄色预警',ye,f'{ye/tot*100:.0f}%','≤45天未审批'), + ('预警合计',rn,f'{rn/tot*100:.0f}%','🟠2项+🟡4项'),] +for r,(lab,val,pct,note) in enumerate(rows): + fmts=[DATA_F,DATA_F,DATA_F,GRAY_F] + if '完成' in lab: fmts=[GREEN_F,BOLD_F,BOLD_F,GRAY_F] + if '预警' in lab: fmts=[RED_F,BOLD_F,BOLD_F,GRAY_F] + if '总数' in lab: fmts=[BLUE_F,BOLD_F,BOLD_F,GRAY_F] + data_row(s4,r+4,[lab,val,pct,note],fmts) +s4.column_dimensions['A'].width=15; s4.column_dimensions['B'].width=10 +s4.column_dimensions['C'].width=10; s4.column_dimensions['D'].width=35 -# ═══════════════════════════════════════ -# Sheet 2: 年度认定透视 -# ═══════════════════════════════════════ -ws2 = wb.create_sheet("年度认定透视") +# ════ Sheet 5: 预警明细 ════ +s5=wb.create_sheet('预警明细') +s5.merge_cells('A1:G1'); s5.cell(1,1,'三色预警明细（共6项）').font=TITLE_F; s5.cell(1,1).border=GOLD_LINE +hdr_row(s5,3,['信号','类型','项目名称','方案名称','状态','计划开工','距开工']) +warned=m[m['w']!=''].sort_values('距开工天') +for r,(_,row) in enumerate(warned.iterrows()): + is_w='未审批' in str(row['方案状态_clean']) + bg=WARN_BG if is_w else None + vals=[row['w'],row['是否超规'],row['项目名称'],row['方案名称'],row['方案状态_clean'], + str(row['分部分项工程计划开工日期'])[:10],f"{int(row['距开工天'])}天"] + fmts=[DATA_F]*7; fmts[6]=RED_F + for c,(v,f) in enumerate(zip(vals,fmts)): + cell=s5.cell(r+4,c+1,v); cell.font=f; cell.border=BORDER + if bg: cell.fill=bg +s5.auto_filter.ref=f'A3:G{len(warned)+3}' +s5.column_dimensions['A'].width=6; s5.column_dimensions['B'].width=8 +s5.column_dimensions['C'].width=40; s5.column_dimensions['D'].width=35 +s5.column_dimensions['E'].width=18; s5.column_dimensions['F'].width=12 +s5.column_dimensions['G'].width=8 -# 需要读取认定表来对比，这里用OA数据近似 -# 认定 = 已在OA且被认定覆盖的项目 -pvt_type = m.groupby('是否超规').agg(方案数=('方案名称', 'count'), 项目数=('项目名称', 'nunique')) -pvt_type.loc['合计'] = pvt_type.sum() - -ws2.append(['年度认定（中港科技便〔2026〕6号）']) -ws2.cell(row=1, column=1).font = TITLE_FONT -ws2.merge_cells('A1:C1') -ws2.append([]) -ws2.append(['分类', '方案数量', '覆盖项目数']) -style_header(ws2, 3, 3) -for idx, r in pvt_type.iterrows(): - ws2.append([idx, int(r['方案数']), int(r['项目数'])]) -style_data(ws2, 4, 3 + len(pvt_type), 3) - -# 项目明细 -r = 3 + len(pvt_type) + 2 -ws2.cell(row=r, column=1, value='覆盖项目明细').font = Font(name='微软雅黑', bold=True, size=12, color='1A3A5C') -r += 1 -proj_detail = m.groupby('项目名称').agg(一般=('是否超规', lambda x: (x == '一般类').sum()), - 超规=('是否超规', lambda x: (x == '超规类').sum()), - 合计=('方案名称', 'count')) -ws2.append(['项目名称', '一般类', '超规类', '合计']) -style_header(ws2, r, 4) -r += 1 -for idx, row in proj_detail.iterrows(): - ws2.append([idx, int(row['一般']), int(row['超规']), int(row['合计'])]) -style_data(ws2, r, r + len(proj_detail) - 1, 4) - -auto_width(ws2, 4) - -# ═══════════════════════════════════════ -# Sheet 3: OA登记透视 -# ═══════════════════════════════════════ -ws3 = wb.create_sheet("OA登记透视") - -ws3.append(['OA有效登记（排除已作废）']) -ws3.cell(row=1, column=1).font = TITLE_FONT -ws3.merge_cells('A1:D1') -ws3.append([]) -ws3.append(['分类', '方案数量', '占比', '项目数']) -style_header(ws3, 3, 4) - -total_oa = len(m) -for cat in ['一般类', '超规类']: - cnt = (m['是否超规'] == cat).sum() - ws3.append([cat, cnt, f'{cnt/total_oa*100:.1f}%', m[m['是否超规']==cat]['项目名称'].nunique()]) -ws3.append(['合计', total_oa, '100%', m['项目名称'].nunique()]) -style_data(ws3, 4, 7, 4) - -# 按国别+分类 -r = 9 -ws3.cell(row=r, column=1, value='按国别×分类').font = Font(name='微软雅黑', bold=True, size=12, color='1A3A5C') -r += 1 -ws3.append(['国别', '一般类', '超规类', '合计']) -style_header(ws3, r, 4) -r += 1 -country_x = m.groupby(['所属国别', '是否超规']).size().unstack(fill_value=0) -country_x['合计'] = country_x.sum(axis=1) -for idx, row in country_x.iterrows(): - ws3.append([idx, int(row.get('一般类', 0)), int(row.get('超规类', 0)), int(row['合计'])]) -style_data(ws3, r, r + len(country_x) - 1, 4) - -auto_width(ws3, 4) - -# ═══════════════════════════════════════ -# Sheet 4: 国别分布 -# ═══════════════════════════════════════ -ws4 = wb.create_sheet("国别分布") - -ws4.append(['国别分布（2026+开工）']) -ws4.cell(row=1, column=1).font = TITLE_FONT -ws4.merge_cells('A1:D1') -ws4.append([]) -ws4.append(['国别', '方案总数', '一般类', '超规类', '占比']) -style_header(ws4, 3, 5) - -country = m.groupby('所属国别').agg(总数=('方案名称', 'count'), - 一般=('是否超规', lambda x: (x == '一般类').sum()), - 超规=('是否超规', lambda x: (x == '超规类').sum())) -for idx, row in country.iterrows(): - ws4.append([idx, int(row['总数']), int(row['一般']), int(row['超规']), - f'{row["总数"]/total_oa*100:.1f}%']) -style_data(ws4, 4, 3 + len(country), 5) -auto_width(ws4, 5) - -# ═══════════════════════════════════════ -# Sheet 5: 审批进度 -# ═══════════════════════════════════════ -ws5 = wb.create_sheet("审批进度") - -ws5.append(['审批进度分析']) -ws5.cell(row=1, column=1).font = TITLE_FONT -ws5.merge_cells('A1:C1') -ws5.append([]) - -completed = (m['简化状态'] == '已完成').sum() -unfinished = (m['简化状态'] == '未完成').sum() - -ws5.append(['指标', '数值', '备注']) -style_header(ws5, 3, 3) -ws5.append(['方案总数', total_oa, '']) -ws5.append(['已完成审批', completed, f'完成率 {completed/total_oa*100:.0f}%']) -ws5.append(['未完成审批', unfinished, f'占比 {unfinished/total_oa*100:.0f}%']) -style_data(ws5, 4, 6, 3) - -# 按状态细分 -r = 8 -ws5.cell(row=r, column=1, value='按OA状态细分').font = Font(name='微软雅黑', bold=True, size=12, color='1A3A5C') -r += 1 -ws5.append(['OA状态', '数量', '占比']) -style_header(ws5, r, 3) -r += 1 -status_detail = m['方案状态_clean'].value_counts() -for s, cnt in status_detail.items(): - ws5.append([s, cnt, f'{cnt/total_oa*100:.1f}%']) -style_data(ws5, r, r + len(status_detail) - 1, 3) -auto_width(ws5, 3) - -# ═══════════════════════════════════════ -# Sheet 6: 预警明细 -# ═══════════════════════════════════════ -ws6 = wb.create_sheet("预警明细") - -ws6.append(['三色预警明细（2026+开工）']) -ws6.cell(row=1, column=1).font = TITLE_FONT -ws6.merge_cells('A1:F1') -ws6.append([]) - -# 计算距开工天数 -today = pd.Timestamp('2026-06-08') -m['距开工天数'] = (pd.to_datetime(m['分部分项工程计划开工日期']) - today).dt.days - -# 预警逻辑 -def warn_level(days, status): - s = str(status) - if '未实施' not in s and '审批中' not in s: - return None - if days <= 30: - return '🟠 橙色' - if days <= 45: - return '🟡 黄色' - return None - -m['预警'] = m.apply(lambda r: warn_level(r['距开工天数'], r['方案状态_clean']), axis=1) -warned = m[m['预警'].notna()].sort_values('距开工天数') - -ws6.append(['信号', '项目名称', '方案名称', 'OA状态', '计划开工', '距开工天数']) -style_header(ws6, 3, 6) - -for _, row in warned.iterrows(): - ws6.append([row['预警'], row['项目名称'], row['方案名称'], - row['方案状态_clean'], - str(row['分部分项工程计划开工日期'])[:10], - f"{int(row['距开工天数'])}天"]) -style_data(ws6, 4, 3 + len(warned), 6) - -# 汇总 -r = 3 + len(warned) + 2 -ws6.cell(row=r, column=1, value='预警汇总').font = Font(name='微软雅黑', bold=True, size=12, color='1A3A5C') -r += 1 -ws6.append(['预警级别', '数量']) -style_header(ws6, r, 2) -r += 1 -for lvl in ['🟠 橙色', '🟡 黄色']: - cnt = (warned['预警'] == lvl).sum() - ws6.append([lvl, cnt]) -style_data(ws6, r, r + 1, 2) - -auto_width(ws6, 6) -ws6.column_dimensions['B'].width = 38 -ws6.column_dimensions['C'].width = 28 - -# ── 保存 ── wb.save(OUT) -print(f"✅ 工作簿已生成: {OUT}") -print(f" Sheet 1: 清洗后数据 ({len(m)} 行)") -print(f" Sheet 2: 年度认定透视") -print(f" Sheet 3: OA登记透视") -print(f" Sheet 4: 国别分布") -print(f" Sheet 5: 审批进度") -print(f" Sheet 6: 预警明细 ({len(warned)} 项)") +print(f"✅ {OUT}") +print(f" 📊 数据源(52行) → 汇总表4个 + 预警明细 + 透视表创建说明")