python3 -c 'from fractions import Fraction as F
p1=F(-17,48)
p2=F(-19,528)
p3=F(103,264)
r=F(1,1)
l=F(75,1066)
d=F(-69,533)
w0=sum((p1,F(2,3)*d))
w1=sum((p1,p2,F(5,3)*d,F(2,3)*l))
w2=sum((p2,2*r,3*d,F(5,3)*l))
w3=sum((p1,p2,p3,3*l))
q1=F(1,3)*r
q2=sum((F(-1,3)*r,F(1,3)*(l-d)))
q3=sum((F(1,3)*r,F(-1,3)*(l-d)))
q4=F(1,3)*(l-d)
h0=sum((F(12037,21320),w0))
h1=sum((F(256387,175890),w1,F(1,2)*w0,q1))
h2=sum((F(32269,187616),w2,F(1,2)*w1,w0,q2))
h3=sum((F(-342213,938080),w3,F(1,2)*w2,w1,q3))
h4=sum((F(-2541287,1407120),F(1,2)*w3,w2,q4))
h5=sum((F(-138577,140712),w3))
c0=F(61,240)
c1=F(9,40)
lf=F(-5023,140712)
df=F(-1389,42640)
A=sum((h0,F(1,2)*h1,F(1,3)*h2,F(1,4)*h3,F(1,5)*h4,F(1,6)*h5))
Az=sum((F(1,2)*h0,F(1,3)*h1,F(1,4)*h2,F(1,5)*h3,F(1,6)*h4,F(1,7)*h5))
t0=sum((A,-c0*(F(1,2)*df),-c1*(F(1,3)*lf)))
t1=sum((Az,-c0*(F(1,3)*df),-c1*(F(1,4)*lf)))
c0p=sum((F(7,2)*t0,-5*t1))
c1p=sum((6*t1,-3*t0))
R0=sum((h0,-c0p))
R1=sum((h1,-c0*df,-c1p))
R2=sum((h2,-c1p,-c1*lf))
K0=sum((3*R0,-F(57,80)*h4))
K1=sum((3*R1,F(141,40)*h4))
K2=sum((3*R2,-F(99,40)*h4))
K3=sum((3*h3,F(3,2)*h4))
K5=3*h5
print(h0,h1,h2,h3,h4,h5)
print(c0p,c1p,R0,R1,R2)
print(K0,K1,K2,K3,K5)'