import sys; sys.path.insert(0,"./pylib"); sys.stdout.reconfigure(encoding='utf-8')
import rhino3dm, numpy as np, math
m=rhino3dm.File3dm.Read('m.3dm'); byidx={l.Index:l.FullPath for l in m.Layers}
L=('P1::받침대좌','P1::받침패드','P1::교량받침','P1::솔플레이트')
res={}
for o in m.Objects:
    p=byidx.get(o.Attributes.LayerIndex)
    if p not in L: continue
    g=o.Geometry
    pts=[]
    try:
        for fi in range(len(g.Faces)):
            k=g.Faces[fi].GetMesh(rhino3dm.MeshType.Any)
            if k is None: continue
            pts+= [(v.X,v.Y,v.Z) for v in k.Vertices]
    except Exception as e:
        bb=g.GetBoundingBox(); pts=[(bb.Min.X,bb.Min.Y,bb.Min.Z),(bb.Max.X,bb.Max.Y,bb.Max.Z)]
    P=np.array(pts)
    xy=P[:,:2]-P[:,:2].mean(axis=0)
    # find rotation minimizing bbox area
    best=None
    for ang in np.arange(-10,10.01,0.05):
        a=math.radians(ang); R=np.array([[math.cos(a),-math.sin(a)],[math.sin(a),math.cos(a)]])
        q=xy@R.T; w=q[:,0].max()-q[:,0].min(); h=q[:,1].max()-q[:,1].min()
        if best is None or w*h<best[0]: best=(w*h,ang,w,h)
    res.setdefault(p,[]).append((o.Attributes.Name,round(best[2],1),round(best[3],1),round(best[1],2),round(P[:,2].min(),1),round(P[:,2].max(),1),round(P[:,0].mean()),round(P[:,1].mean())))
for p in L:
    print('=====',p)
    for r in sorted(res.get(p,[]),key=lambda r:r[0]): print('  ',r)