import ezdxf, sys, math
sys.stdout.reconfigure(encoding='utf-8')
d=ezdxf.readfile(r'D:\★Pier 자료\심수석님 검토 파일\철근 모델랑 운곡교P1_바이브코딩\1.dxf'); ms=d.modelspace()
CXe=12159.4
def z(y): return 26208+(y-8115.6)
for e in ms:
    t=e.dxftype()
    if t=='LINE' and e.dxf.layer=='CS-RBAR-MAJR':
        a,b=e.dxf.start,e.dxf.end
        if 11900<min(a.x,b.x) and max(a.x,b.x)<13600 and 8300<min(a.y,b.y) and max(a.y,b.y)<10400 and (abs(a.x-b.x)<0.6 or abs(a.y-b.y)<0.6):
            print('LINE (%.1f,%.1f)->(%.1f,%.1f) len %.1f  z %.1f..%.1f  x-off %.1f..%.1f'%(a.x,a.y,b.x,b.y,math.hypot(a.x-b.x,a.y-b.y),z(min(a.y,b.y)),z(max(a.y,b.y)),min(a.x,b.x)-CXe,max(a.x,b.x)-CXe))
    elif t=='ARC':
        c=e.dxf.center
        if 11900<c.x<13600 and 8300<c.y<10400:
            r=e.dxf.radius; sa,ea=e.dxf.start_angle,e.dxf.end_angle
            p=lambda a:(c.x+r*math.cos(math.radians(a))-CXe,z(c.y+r*math.sin(math.radians(a))))
            print('ARC r=%.1f center (%.1f,%.1f) ang %.1f..%.1f  start(xoff,z)=(%.1f,%.1f) end=(%.1f,%.1f)'%(r,c.x,c.y,sa,ea,*p(sa),*p(ea)))