import sys, json, re, io, collections, math
sys.path.insert(0,'pylib')
import rhino3dm
tab=json.load(open('ok2_table.json',encoding='utf-8'))
det=[e for e in json.load(open('ok2_shapes.json',encoding='utf-8')) if 'L' in e]
Mo=json.load(open('ok_model_dims.json',encoding='utf-8'))
UW={'H35':7.51,'H32':6.23,'H29':5.04,'H25':3.98,'H22':3.04,'H19':2.25,'H16':1.56,'H13':0.995}
# 모델 곡선 실제 길이
m3=rhino3dm.File3dm.Read(r"D:\★Pier 자료\심수석님 검토 파일\검토_옥성교P1\옥성교P1_G5.3dm")
geo=collections.defaultdict(list)
for o in m3.Objects:
    g=o.Geometry; nm=o.Attributes.Name or ''
    if nm.startswith('P1-RC-') and hasattr(g,'GetLength'):
        us=dict(o.Attributes.GetUserStrings()); mk=us.get('mark') or nm.split('-')[2]
        geo[mk].append(g.GetLength())
def mm(s):
    out=[]
    for p in s.split('~'):
        p=re.sub(r'[^\d.]','',p)
        if not p: continue
        v=float(p); out.append(v*1000 if '.' in p and v<100 else v)
    return out
D=collections.defaultdict(list)
for e in det: D[e['mark']].append(e)
o=io.open('ok_rerun2.txt','w',encoding='utf-8')
res={}
for t in tab:
    mk=t['mark']; r={'mark':mk,'issues':[]}
    # 표 산술
    if abs(t['L']*t['n']/1000.0-t['tot'])>0.0015*max(1,t['n']): r['issues'].append(u'표 산술 L×N≠총길이 (%.3f×%d=%.3f ↔ %.3f)'%(t['L']/1000,t['n'],t['L']*t['n']/1e6,t['tot']))
    m=Mo.get(mk)
    if not m:
        r['issues'].append(u'모델에 없음'); res[mk]=r; o.write(u'%s 표 n=%d L=%.0f → 모델 없음\n'%(mk,t['n'],t['L'])); continue
    half=2 if mk in('P3','P4') else 1
    n=m['n']//half
    if n!=t['n']: r['issues'].append(u'본수 표%d/모델%d'%(t['n'],n))
    dl=[v*half for v in m['dl']]; mean=sum(dl)/len(dl); tot=sum(dl)/1000.0/half*half
    tot_m=sum(m['dl'])/1000.0
    r['L']=(t['L'],mean,min(dl),max(dl)); r['tot']=(t['tot'],tot_m)
    # 길이 판정
    dev=mean-t['L']
    if abs(dev)>3 or max(dl)-min(dl)>3: r['issues'].append(u'길이 표%.0f 모델평균%.0f (%.0f~%.0f) %+.0f'%(t['L'],mean,min(dl),max(dl),dev))
    # 실제 곡선 길이 vs 설계길이
    gl=geo.get(mk,[])
    if gl:
        gm=sum(gl)/len(gl)*(half)
        r['geo']=gm
        if gm<mean*0.97: r['issues'].append(u'형상 실길이 %.0f < 설계길이 %.0f (j 등 미작도 %.0f)'%(gm,mean,mean-gm))
    # 철근상세 치수
    miss=[]
    dd=D.get(mk,[])
    for e in dd[:1]:
        for s in e['dims']:
            k,_,v=s.partition('='); k=k.strip()
            if k.startswith('j') or k.startswith('x'): continue
            for val in mm(v):
                if not any(abs(val-q)<=3 for q in m['values']): miss.append('%s=%s'%(k,v))
    if miss: r['issues'].append(u'상세 치수 모델에 없음 %s'%miss)
    r['dia']=(t['dia'],m['dia']); 
    if t['dia']!=m['dia']: r['issues'].append(u'직경 표%s/모델%s'%(t['dia'],m['dia']))
    res[mk]=r
    o.write(u'%s %s n표%d/모 %d | L표 %.0f 모델 %.0f(%.0f~%.0f) 실길이 %s | 총 %.3f/%.3f | 도면 %s | %s\n'%(mk,t['dia'],t['n'],n,t['L'],mean,min(dl),max(dl),('%.0f'%r['geo']) if 'geo' in r else '-',t['tot'],tot_m,(' '.join(dd[0]['dims']) if dd else '-'),' ; '.join(r['issues']) if r['issues'] else '일치'))
json.dump(res,open('ok_rerun2.json','w',encoding='utf-8'),ensure_ascii=False)
bad=[k for k,v in res.items() if v['issues']]
o.write(u'\n문제 있는 마크 %d / %d: %s\n'%(len(bad),len(res),bad))
o.close()
print(len(bad),len(res))