python3 <<'EOF'
from fractions import Fraction as F
W=F(4519074773641,4500000000000)
Z=W-(-F(7,100))-(-F(5,1000))-(-F(26,1000))-(-F(133,10000))-(-F(106,10000))-(-F(13,1000))-(-F(13,10000))-(-F(72,10000))-(-F(25,1000))-(-F(64,10000))
print(Z,Z.numerator,Z.denominator,float(Z))
n=Z*1000
q=n.numerator//n.denominator
if n-q>=F(1,2):
    q=q-(-1)
y=F(q,1000)
w=y.numerator//y.denominator
ff=(y-w)*1000
print('ROUND',''.join([str(w),'.',str(ff.numerator//ff.denominator).zfill(3)]))
EOF