import math, collections, sys
sys.stdout.reconfigure(encoding='utf-8')
# soffit EL(x): flat 40.411 for |x|<=1100, else arc R=12000 centre offset 6951.8 / y 6039.2 (drawing coords), EL = 43.411+(y-19515.6)/1000
def soffit(x):
    ax=abs(x)
    if ax<=1100: return 40.411
    dx=6951.8-ax
    y=6039.2+math.sqrt(12000**2-dx**2)
    return 43.411+(y-19515.6)/1000
def top(x):
    ax=x
    for lim,el in ((-3800,43.411),(-1295,43.483),(1211,43.555),(3716,43.627),(99999,43.698)):
        if ax<lim: return el
    return 43.698
# model C14 ties (x, z_top EL of horizontal bar), from pcol.txt
ties=[]
for l in open('pcol.txt',encoding='utf-8'):
    if l.startswith('P1-RC-C14-'):
        p=l.split(' | '); mn=eval(p[2].split('min ')[1]); mx=eval(p[3].split('max ')[1])
        ties.append((round(mn[0]),mx[2]/1000.0))
# drawing dots positions (from elevation) : right half x>=13
dr={13:[43.188,43.088,42.011,41.011],913:[43.188,43.088,42.511,41.511],1913:[43.188,43.088,42.011,41.011],2913:[43.442,43.188,43.088,42.511,41.511],3913:[43.188,43.088,42.011],4913:[43.188,43.088,42.511]}
print('x   tie EL  | hook DOWN end vs soffit (clear mm) | hook UP end vs top (clear mm)')
bad=[]
for x,els in sorted(dr.items()):
    for el in els:
        dn=el-0.350; up=el+0.350
        c_dn=(dn-soffit(x))*1000; c_up=(top(x)-up)*1000
        flag=''
        if c_dn<0: flag+=' <-- 아래 훅이 하면 밖'
        if c_up<0: flag+=' <-- 위 훅이 상면 밖'
        if flag: print('%5d %.3f | %7.0f | %7.0f %s'%(x,el,c_dn,c_up,flag))
print('(other drawing ties: both directions fit)')