import json, re, io
T3 = json.load(open('ra_texts3.json', encoding='utf-8'))
T4 = json.load(open('ra_texts4.json', encoding='utf-8'))
S = json.load(open('ra_shapes.json', encoding='utf-8'))
Mo = json.load(open('ra_model_dims.json', encoding='utf-8'))
def num(s):
    s = s.strip().replace(',', '')
    try: return float(s)
    except Exception: return None
def rows(T, xs, ylo, yhi):
    out = {}
    for x, y, l, t, h in T:
        if l.startswith('CS-TABL') and ylo < y < yhi:
            out.setdefault(round(y / 20), {})[round(x)] = t.strip()
    return out
tab = {}
order = []
r3 = rows(T3, None, -708000, -699500)
last = None
for y in sorted(r3, reverse=True):
    r = r3[y]
    if 64862 in r and re.match(r'^[A-Z]\d+$', r[64862]):
        dia = r.get(65762)
        if dia == '"': dia = last
        last = dia
        tab[r[64862]] = {'dia': dia, 'L': num(r[67162]), 'n': int(r[67862]), 'tot': num(r[69562])}
        order.append(r[64862])
# 커플러 표 (P1 54, P1-1 61) 는 제외
r4 = rows(T4, None, -707200, -705500)
for y in sorted(r4, reverse=True):
    r = r4[y]
    for mx, dx, lx, nx, tx in ((89586, 90486, 91886, 92586, 94286), (99898, 100798, 102198, 102898, 104598)):
        if mx in r and re.match(r'^[A-Z]\d+(-\d)?$', r[mx]):
            dia = r.get(dx)
            tab[r[mx]] = {'dia': dia, 'L': num(r[lx]) * (1000 if num(r[lx]) < 100 else 1), 'n': int(r[nx]), 'tot': num(r[tx])}
            order.append(r[mx])
# ditto 해소 (P 계열)
prev = {}
for k in order:
    if tab[k]['dia'] == '"':
        tab[k]['dia'] = 'H16'
tab['P1-1']['dia'] = 'H35'; tab['P1']['dia'] = 'H35'; tab['P1-2']['dia'] = 'H22'
json.dump({'tab': tab, 'order': order}, open('ra_table.json', 'w', encoding='utf-8'), ensure_ascii=False)
D = {}
for e in S:
    D.setdefault(e['mark'], e)
def mm(s):
    out = []
    for p in s.strip().split('~'):
        p = re.sub(r'[^\d.,]', '', p).replace(',', '')
        if p: out.append(float(p))
    return out
o = io.open('ra_analysis.txt', 'w', encoding='utf-8')
tot_t = 0; tot_m = 0
for mk in order:
    t = tab[mk]; m = Mo.get(mk)
    tot_t += t['tot']
    if not m:
        o.write(u'%s 모델 없음 table n=%d L=%.0f\n' % (mk, t['n'], t['L'])); continue
    half = mk in ('P2', 'P2-1')
    cnt = m['n'] // (2 if half else 1)
    dl = [x * (2 if half else 1) for x in m['dl']]
    mean = sum(dl) / len(dl)
    tot = sum(m['dl']) / 1000.0
    tot_m += tot
    line = u'%s n 표%d/모델%d L 표%.0f 모델평균%.0f(min%.0f max%.0f) 총 표%.3f 모델%.3f' % (mk, t['n'], cnt, t['L'], mean, min(dl), max(dl), t['tot'], tot)
    d = D.get(mk)
    if d:
        miss = []
        for s in d['dims'] + d['dims2']:
            k, _, v = s.partition('=')
            k = k.strip()
            if k[:1] in ('j', 'x', 'r', 'd') and False: continue
            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))
        line += u' | 도면 %s | 모델값 %s | 못 찾음 %s' % (' '.join(d['dims']), m['values'][:14], miss)
    o.write(line + u'\n')
o.write(u'총계 표 %.3f 모델 %.3f\n' % (tot_t, tot_m))
print(len(tab), tot_t, tot_m)