out kkatki;
%off nat;
%k:=mat((2,-1),(-1,2));
%k:=mat((2,-2),(-1,2));
%k:=mat((2,-1),(-2,2));
k:=mat((2,-1),(-3,2));

%-----------------------------------------------
%------------ KATKI ----------------------------
%-----------------------------------------------
%k:=mat((2,-1),(-1,2));
%k:=mat((2,-2),(-1,2));
%k:=mat((2,-1),(-2,2));

%------------ dwu-KATKI ----------------------------
%----om(1)*xp(ii)*xm(jj)*om(1)---------------------
v(1):=b11:=1;

%-----om(2)*xp(ii)*xm(jj)*om(2)--------------------
vv(1):=b22:=1;

%-----------------------------------------------
%------------ cztero-KATKI ----------------------------
%----om(1)*xp(ii)*xp(jj)*xm(kk)*xm(ll)*om(1)----
v(2):=b1221:= - K(1,2);

%----om(2)*xp(ii)*xp(jj)*xm(kk)*xm(ll)*om(2)----
vv(2):=b2112:= - K(2,1);

%------------------------------------------------------------
%------------ szescio-KATKI ----------------------------
%----om(1)*xp(i1)*xp(i2)*xp(i3)*xm(j1)*xm(j2)*xm(j3)*om(1)----
v(3):=b121121:= K(1,2)*(K(2,1) + 1);
v(4):=b122221:= 2*K(1,2)*(K(1,2) + 1);

%--- om(2)*xp(i1)*xp(i2)*xp(i3)*xm(j1)*xm(j2)*xm(j3)*om(2)---
vv(3):=b211112:= 2*K(2,1)*(K(2,1) + 1);
vv(4):=b212212:= K(2,1)*(K(1,2) + 1);

%----------------------------------------------------------------------------
%------------ osmio-KATKI ---------------------------------------------------
%----om(1)*xp(i1)*xp(i2)*xp(i3)*xp(i4) * xm(j1)*xm(j2)*xm(j3)*xm(j4)*om(1)---
v(9):=b12111121 := 2*K(1,2)*( - K(2,1)**2 - 3*K(2,1) - 2);
v(10):=b12121221 :=  - 2*K(1,2)*(K(2,1)*K(1,2) + K(2,1) + K(1,2) + 1);
v(11):=b12122121 :=  - 2*K(1,2)*(K(2,1)*K(1,2) + K(2,1) + K(1,2) + 1);
v(12):=b12211221 := 2*K(1,2)*( - 2*K(2,1)*K(1,2) - 2*K(2,1) - K(1,2) - 1);
v(13):=b12212121 :=  - 2*K(1,2)*(K(2,1)*K(1,2) + K(2,1) + K(1,2) + 1);
v(14):=b12222221 := 6*K(1,2)*( - K(1,2)**2 - 3*K(1,2) - 2);

%-----om(2)*xp(i1)*xp(i2)*xp(i3)*xp(i4) * xm(j1)*xm(j2)*xm(j3)*xm(j4)*om(2)----
vv(9):=b21111112 := 6*K(2,1)*( - K(2,1)**2 - 3*K(2,1) - 2);
vv(10):=b21121212 :=  - 2*K(2,1)*(K(2,1)*K(1,2) + K(2,1) + K(1,2) + 1);
vv(11):=b21122112 := 2*K(2,1)*( - 2*K(2,1)*K(1,2) - K(2,1) - 2*K(1,2) - 1);
vv(12):=b21211212 :=  - 2*K(2,1)*(K(2,1)*K(1,2) + K(2,1) + K(1,2) + 1);
vv(13):=b21212112 :=  - 2*K(2,1)*(K(2,1)*K(1,2) + K(2,1) + K(1,2) + 1);
vv(14):=b21222212 := 2*K(2,1)*( - K(1,2)**2 - 3*K(1,2) - 2);

%----------------------------------------------------------------------------
%------------ dziesiecio-KATKI ---------------------------------------------------
%---------om(1)*xp(i1)*xp(i2)*xp(i3)*xp(i4)*xp(i5)
%           *xm(j1)*xm(j2)*xm(j3)*xm(j4)*xm(j5)*om(1)-------
v(15):=b1211111121 := 6*K(1,2)*(K(2,1)**3 + 6*K(2,1)**2 + 11*K(2,1) + 6);
v(16):=b1211211221 := 4*K(1,2)*(K(2,1)**2*K(1,2) + K(2,1)**2 + 3*K(2,1)*K(1,2) + 3*K(2,1) + 2*K(1,2) + 2);
v(17):=b1211212121 := 4*K(1,2)*(K(2,1)**2*K(1,2) + K(2,1)**2 + 3*K(2,1)*K(1,2) + 3*K(2,1) + 2*K(1,2) + 2);
v(18):=b1211221121 := 2*K(1,2)*(3*K(2,1)**2*K(1,2) + 2*K(2,1)**2 + 9*K(2,1)*K(1,2) + 6*K(2,1) + 6*K(1,2) + 4);
v(19):=b1212111221 := 8*K(1,2)*(K(2,1)**2*K(1,2) + K(2,1)**2 + 2*K(2,1)*K(1,2) + 2*K(2,1) + K(1,2) + 1);
v(20):=b1212112121 := 2*K(1,2)*(3*K(2,1)**2*K(1,2) + 3*K(2,1)**2 + 7*K(2,1)*K(1,2) + 7*K(2,1) + 4*K(1,2) + 4);
v(21):=b1212121121 := 4*K(1,2)*(K(2,1)**2*K(1,2) + K(2,1)**2 + 3*K(2,1)*K(1,2) + 3*K(2,1) + 2*K(1,2) + 2);
v(22):=b1212212221 := 6*K(1,2)*(K(2,1)*K(1,2)**2 + 3*K(2,1)*K(1,2) + 2*K(2,1) + K(1,2)**2 + 3*K(1,2) + 2);
v(23):=b1212221221 := 4*K(1,2)*(2*K(2,1)*K(1,2)**2 + 5*K(2,1)*K(1,2) + 3*K(2,1) + 2*K(1,2)**2 + 5*K(1,2) + 3);
v(24):=b1212222121 := 4*K(1,2)*(2*K(2,1)*K(1,2)**2 + 5*K(2,1)*K(1,2) + 3*K(2,1) + 2*K(1,2)**2 + 5*K(1,2) + 3);
v(25):=b1221111221 := 8*K(1,2)*(2*K(2,1)**2*K(1,2) + 2*K(2,1)**2 + 3*K(2,1)*K(1,2) + 3*K(2,1) + K(1,2) + 1);
v(26):=b1221112121 := 8*K(1,2)*(K(2,1)**2*K(1,2) + K(2,1)**2 + 2*K(2,1)*K(1,2) + 2*K(2,1) + K(1,2) + 1);
v(27):=b1221121121 := 4*K(1,2)*(K(2,1)**2*K(1,2) + K(2,1)**2 + 3*K(2,1)*K(1,2) + 3*K(2,1) + 2*K(1,2) + 2);
v(28):=b1221212221 := 6*K(1,2)*(2*K(2,1)*K(1,2)**2 + 6*K(2,1)*K(1,2) + 4*K(2,1) + K(1,2)**2 + 3*K(1,2) + 2);
v(29):=b1221221221 := 4*K(1,2)*(3*K(2,1)*K(1,2)**2 + 8*K(2,1)*K(1,2) + 5*K(2,1) + 2*K(1,2)**2 + 5*K(1,2) + 3);
v(30):=b1221222121 := 4*K(1,2)*(2*K(2,1)*K(1,2)**2 + 5*K(2,1)*K(1,2) + 3*K(2,1) + 2*K(1,2)**2 + 5*K(1,2) + 3);
v(31):=b1222112221 := 6*K(1,2)*(3*K(2,1)*K(1,2)**2 + 9*K(2,1)*K(1,2) + 6*K(2,1) + K(1,2)**2 + 3*K(1,2) + 2);
v(32):=b1222121221 := 6*K(1,2)*(2*K(2,1)*K(1,2)**2 + 6*K(2,1)*K(1,2) + 4*K(2,1) + K(1,2)**2 + 3*K(1,2) + 2);
v(33):=b1222122121 := 6*K(1,2)*(K(2,1)*K(1,2)**2 + 3*K(2,1)*K(1,2) + 2*K(2,1) + K(1,2)**2 + 3*K(1,2) + 2);
v(34):=b1222222221 := 24*K(1,2)*(K(1,2)**3 + 6*K(1,2)**2 + 11*K(1,2) + 6);

%---om(2)*xp(i1)*xp(i2)*xp(i3)*xp(i4)*xp(i5)
%        *xm(j1)*xm(j2)*xm(j3)*xm(j4)*xm(j5)*om(2)--------

vv(15):=b2111111112 := 24*K(2,1)*(K(2,1)**3 + 6*K(2,1)**2 + 11*K(2,1) + 6);
vv(16):=b2111211212 := 6*K(2,1)*(K(2,1)**2*K(1,2) + K(2,1)**2 + 3*K(2,1)*K(1,2) + 3*K(2,1) + 2*K(1,2) + 2);
vv(17):=b2111212112 := 6*K(2,1)*(2*K(2,1)**2*K(1,2) + K(2,1)**2 + 6*K(2,1)*K(1,2) + 3*K(2,1) + 4*K(1,2) + 2);
vv(18):=b2111221112 := 6*K(2,1)*(3*K(2,1)**2*K(1,2) + K(2,1)**2 + 9*K(2,1)*K(1,2) + 3*K(2,1) + 6*K(1,2) + 2);
vv(19):=b2112111212 := 4*K(2,1)*(2*K(2,1)**2*K(1,2) + 2*K(2,1)**2 + 5*K(2,1)*K(1,2) + 5*K(2,1) + 3*K(1,2) + 3);
vv(20):=b2112112112 := 4*K(2,1)*(3*K(2,1)**2*K(1,2) + 2*K(2,1)**2 + 8*K(2,1)*K(1,2) + 5*K(2,1) + 5*K(1,2) + 3);
vv(21):=b2112121112 := 6*K(2,1)*(2*K(2,1)**2*K(1,2) + K(2,1)**2 + 6*K(2,1)*K(1,2) + 3*K(2,1) + 4*K(1,2) + 2);
vv(22):=b2112212212 := 4*K(2,1)*(K(2,1)*K(1,2)**2 + 3*K(2,1)*K(1,2) + 2*K(2,1) + K(1,2)**2 + 3*K(1,2) + 2);
vv(23):=b2112221212 := 8*K(2,1)*(K(2,1)*K(1,2)**2 + 2*K(2,1)*K(1,2) + K(2,1) + K(1,2)**2 + 2*K(1,2) + 1);
vv(24):=b2112222112 := 8*K(2,1)*(2*K(2,1)*K(1,2)**2 + 3*K(2,1)*K(1,2) + K(2,1) + 2*K(1,2)**2 + 3*K(1,2) + 1);
vv(25):=b2121111212 := 4*K(2,1)*(2*K(2,1)**2*K(1,2) + 2*K(2,1)**2 + 5*K(2,1)*K(1,2) + 5*K(2,1) + 3*K(1,2) + 3);
vv(26):=b2121112112 := 4*K(2,1)*(2*K(2,1)**2*K(1,2) + 2*K(2,1)**2 + 5*K(2,1)*K(1,2) + 5*K(2,1) + 3*K(1,2) + 3);
vv(27):=b2121121112 := 6*K(2,1)*(K(2,1)**2*K(1,2) + K(2,1)**2 + 3*K(2,1)*K(1,2) + 3*K(2,1) + 2*K(1,2) + 2);
vv(28):=b2121212212 := 4*K(2,1)*(K(2,1)*K(1,2)**2 + 3*K(2,1)*K(1,2) + 2*K(2,1) + K(1,2)**2 + 3*K(1,2) + 2);
vv(29):=b2121221212 := 2*K(2,1)*(3*K(2,1)*K(1,2)**2 + 7*K(2,1)*K(1,2) + 4*K(2,1) + 3*K(1,2)**2 + 7*K(1,2) + 4);
vv(30):=b2121222112 := 8*K(2,1)*(K(2,1)*K(1,2)**2 + 2*K(2,1)*K(1,2) + K(2,1) + K(1,2)**2 + 2*K(1,2) + 1);
vv(31):=b2122112212 := 2*K(2,1)*(3*K(2,1)*K(1,2)**2 + 9*K(2,1)*K(1,2) + 6*K(2,1) + 2*K(1,2)**2 + 6*K(1,2) + 4);
vv(32):=b2122121212 := 4*K(2,1)*(K(2,1)*K(1,2)**2 + 3*K(2,1)*K(1,2) + 2*K(2,1) + K(1,2)**2 + 3*K(1,2) + 2);
vv(33):=b2122122112 := 4*K(2,1)*(K(2,1)*K(1,2)**2 + 3*K(2,1)*K(1,2) + 2*K(2,1) + K(1,2)**2 + 3*K(1,2) + 2);
vv(34):=b2122222212 := 6*K(2,1)*(K(1,2)**3 + 6*K(1,2)**2 + 11*K(1,2) + 6);

%----------------------------------------------------------------------------
%------------ dwunastokatki-KATKI ---------------------------------------------------
%----------om(1)*xp(1)*xp(i1)*xp(i2)*xp(i3)*xp(i4)*xp(i5)
%               *xm(j1)*xm(j2)*xm(j3)*xm(j4)*xm(j5)*xm(1)*om(1);

v(35):=b121111111121:= 24*K(1,2)*( - K(2,1)**4 - 10*K(2,1)**3 - 35*K(2,1)**2 - 50*K(2,1) - 24);
v(36):=b121112111221:= 12*K(1,2)*( - K(2,1)**3*K(1,2) - K(2,1)**3 - 6*K(2,1)**2*K(1,2) - 6*K(2,1)**2 - 11*K(2,1)*K(1,2) - 11*K(2,1) - 6*K(1,2) - 6);
v(37):=b121112112121:= 12*K(1,2)*( - K(2,1)**3*K(1,2) - K(2,1)**3 - 6*K(2,1)**2*K(1,2) - 6*K(2,1)**2 - 11*K(2,1)*K(1,2) - 11*K(2,1) - 6*K(1,2) - 6);
v(38):=b121112121121:= 6*K(1,2)*( - 3*K(2,1)**3*K(1,2) - 2*K(2,1)**3 - 18*K(2,1)**2*K(1,2) - 12*K(2,1)**2 - 33*K(2,1)*K(1,2) - 22*K(2,1) - 18*K(1,2) - 12);
v(39):=b121112211121:= 12*K(1,2)*( - 2*K(2,1)**3*K(1,2) - K(2,1)**3 - 12*K(2,1)**2*K(1,2) - 6*K(2,1)**2 - 22*K(2,1)*K(1,2) - 11*K(2,1) - 12*K(1,2) - 6);
v(40):=b121121111221:= 12*K(1,2)*( - 2*K(2,1)**3*K(1,2) - 2*K(2,1)**3 - 9*K(2,1)**2*K(1,2) - 9*K(2,1)**2 - 13*K(2,1)*K(1,2) - 13*K(2,1) - 6*K(1,2) - 6);
v(41):=b121121112121:= 4*K(1,2)*( - 5*K(2,1)**3*K(1,2) - 5*K(2,1)**3 - 24*K(2,1)**2*K(1,2) - 24*K(2,1)**2 - 37*K(2,1)*K(1,2) - 37*K(2,1) - 18*K(1,2) - 18);
v(42):=b121121121121:= 2*K(1,2)*( - 10*K(2,1)**3*K(1,2) - 8*K(2,1)**3 - 53*K(2,1)**2*K(1,2) - 42*K(2,1)**2 - 89*K(2,1)*K(1,2) - 70*K(2,1) - 46*K(1,2) - 36);
v(43):=b121121211121:= 6*K(1,2)*( - 3*K(2,1)**3*K(1,2) - 2*K(2,1)**3 - 18*K(2,1)**2*K(1,2) - 12*K(2,1)**2 - 33*K(2,1)*K(1,2) - 22*K(2,1) - 18*K(1,2) - 12);
v(44):=b121122112221:= 12*K(1,2)*( - K(2,1)**2*K(1,2)**2 - 3*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 3*K(2,1)*K(1,2)**2 - 9*K(2,1)*K(1,2) - 6*K(2,1) - 2*K(1,2)**2 - 6*K(1,2) - 4);
v(45):=b121122121221:= 8*K(1,2)*( - 2*K(2,1)**2*K(1,2)**2 - 5*K(2,1)**2*K(1,2) - 3*K(2,1)**2 - 6*K(2,1)*K(1,2)**2 - 15*K(2,1)*K(1,2) - 9*K(2,1) - 4*K(1,2)**2 - 10*K(1,2) - 6);
v(46):=b121122122121:= 8*K(1,2)*( - 2*K(2,1)**2*K(1,2)**2 - 5*K(2,1)**2*K(1,2) - 3*K(2,1)**2 - 6*K(2,1)*K(1,2)**2 - 15*K(2,1)*K(1,2) - 9*K(2,1) - 4*K(1,2)**2 - 10*K(1,2) - 6);
v(47):=b121122211221:= 24*K(1,2)*( - K(2,1)**2*K(1,2)**2 - 2*K(2,1)**2*K(1,2) - K(2,1)**2 - 3*K(2,1)*K(1,2)**2 - 6*K(2,1)*K(1,2) - 3*K(2,1) - 2*K(1,2)**2 - 4*K(1,2) - 2);
v(48):=b121122212121:= 24*K(1,2)*( - K(2,1)**2*K(1,2)**2 - 2*K(2,1)**2*K(1,2) - K(2,1)**2 - 3*K(2,1)*K(1,2)**2 - 6*K(2,1)*K(1,2) - 3*K(2,1) - 2*K(1,2)**2 - 4*K(1,2) - 2);
v(49):=b121122221121:= 12*K(1,2)*( - 3*K(2,1)**2*K(1,2)**2 - 5*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 9*K(2,1)*K(1,2)**2 - 15*K(2,1)*K(1,2) - 6*K(2,1) - 6*K(1,2)**2 - 10*K(1,2) - 4);
v(50):=b121211111221:= 24*K(1,2)*( - 2*K(2,1)**3*K(1,2) - 2*K(2,1)**3 - 7*K(2,1)**2*K(1,2) - 7*K(2,1)**2 - 8*K(2,1)*K(1,2) - 8*K(2,1) - 3*K(1,2) - 3);
v(51):=b121211112121:= 8*K(1,2)*( - 4*K(2,1)**3*K(1,2) - 4*K(2,1)**3 - 16*K(2,1)**2*K(1,2) - 16*K(2,1)**2 - 21*K(2,1)*K(1,2) - 21*K(2,1) - 9*K(1,2) - 9);
v(52):=b121211121121:= 4*K(1,2)*( - 5*K(2,1)**3*K(1,2) - 5*K(2,1)**3 - 24*K(2,1)**2*K(1,2) - 24*K(2,1)**2 - 37*K(2,1)*K(1,2) - 37*K(2,1) - 18*K(1,2) - 18);
v(53):=b121211211121:= 12*K(1,2)*( - K(2,1)**3*K(1,2) - K(2,1)**3 - 6*K(2,1)**2*K(1,2) - 6*K(2,1)**2 - 11*K(2,1)*K(1,2) - 11*K(2,1) - 6*K(1,2) - 6);
v(54):=b121212112221:= 24*K(1,2)*( - K(2,1)**2*K(1,2)**2 - 3*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 2*K(2,1)*K(1,2)**2 - 6*K(2,1)*K(1,2) - 4*K(2,1) - K(1,2)**2 - 3*K(1,2) - 2);
v(55):=b121212121221:= 4*K(1,2)*( - 7*K(2,1)**2*K(1,2)**2 - 18*K(2,1)**2*K(1,2) - 11*K(2,1)**2 - 15*K(2,1)*K(1,2)**2 - 38*K(2,1)*K(1,2) - 23*K(2,1) - 8*K(1,2)**2 - 20*K(1,2) - 12);
v(56):=b121212122121:= 4*K(1,2)*( - 6*K(2,1)**2*K(1,2)**2 - 15*K(2,1)**2*K(1,2) - 9*K(2,1)**2 - 14*K(2,1)*K(1,2)**2 - 35*K(2,1)*K(1,2) - 21*K(2,1) - 8*K(1,2)**2 - 20*K(1,2) - 12);
v(57):=b121212211221:= 8*K(1,2)*( - 4*K(2,1)**2*K(1,2)**2 - 9*K(2,1)**2*K(1,2) - 5*K(2,1)**2 - 9*K(2,1)*K(1,2)**2 - 20*K(2,1)*K(1,2) - 11*K(2,1) - 5*K(1,2)**2 - 11*K(1,2) - 6);
v(58):=b121212212121:= 2*K(1,2)*( - 13*K(2,1)**2*K(1,2)**2 - 29*K(2,1)**2*K(1,2) - 16*K(2,1)**2 - 33*K(2,1)*K(1,2)**2 - 73*K(2,1)*K(1,2) - 40*K(2,1) - 20*K(1,2)**2 - 44*K(1,2) - 24);
v(59):=b121212221121:= 24*K(1,2)*( - K(2,1)**2*K(1,2)**2 - 2*K(2,1)**2*K(1,2) - K(2,1)**2 - 3*K(2,1)*K(1,2)**2 - 6*K(2,1)*K(1,2) - 3*K(2,1) - 2*K(1,2)**2 - 4*K(1,2) - 2);
v(60):=b121221112221:= 12*K(1,2)*( - 3*K(2,1)**2*K(1,2)**2 - 9*K(2,1)**2*K(1,2) - 6*K(2,1)**2 - 5*K(2,1)*K(1,2)**2 - 15*K(2,1)*K(1,2) - 10*K(2,1) - 2*K(1,2)**2 - 6*K(1,2) - 4);
v(61):=b121221121221:= 6*K(1,2)*( - 6*K(2,1)**2*K(1,2)**2 - 16*K(2,1)**2*K(1,2) - 10*K(2,1)**2 - 11*K(2,1)*K(1,2)**2 - 29*K(2,1)*K(1,2) - 18*K(2,1) - 5*K(1,2)**2 - 13*K(1,2) - 8);
v(62):=b121221122121:= 6*K(1,2)*( - 5*K(2,1)**2*K(1,2)**2 - 13*K(2,1)**2*K(1,2) - 8*K(2,1)**2 - 10*K(2,1)*K(1,2)**2 - 26*K(2,1)*K(1,2) - 16*K(2,1) - 5*K(1,2)**2 - 13*K(1,2) - 8);
v(63):=b121221211221:= 16*K(1,2)*( - 2*K(2,1)**2*K(1,2)**2 - 5*K(2,1)**2*K(1,2) - 3*K(2,1)**2 - 4*K(2,1)*K(1,2)**2 - 10*K(2,1)*K(1,2) - 6*K(2,1) - 2*K(1,2)**2 - 5*K(1,2) - 3);
v(64):=b121221212121:= 4*K(1,2)*( - 6*K(2,1)**2*K(1,2)**2 - 15*K(2,1)**2*K(1,2) - 9*K(2,1)**2 - 14*K(2,1)*K(1,2)**2 - 35*K(2,1)*K(1,2) - 21*K(2,1) - 8*K(1,2)**2 - 20*K(1,2) - 12);
v(65):=b121221221121:= 8*K(1,2)*( - 2*K(2,1)**2*K(1,2)**2 - 5*K(2,1)**2*K(1,2) - 3*K(2,1)**2 - 6*K(2,1)*K(1,2)**2 - 15*K(2,1)*K(1,2) - 9*K(2,1) - 4*K(1,2)**2 - 10*K(1,2) - 6);
v(66):=b121222122221:= 24*K(1,2)*( - K(2,1)*K(1,2)**3 - 6*K(2,1)*K(1,2)**2 - 11*K(2,1)*K(1,2) - 6*K(2,1) - K(1,2)**3 - 6*K(1,2)**2 - 11*K(1,2) - 6);
v(67):=b121222212221:= 36*K(1,2)*( - K(2,1)*K(1,2)**3 - 5*K(2,1)*K(1,2)**2 - 8*K(2,1)*K(1,2) - 4*K(2,1) - K(1,2)**3 - 5*K(1,2)**2 - 8*K(1,2) - 4);
v(68):=b121222221221:= 24*K(1,2)*( - 2*K(2,1)*K(1,2)**3 - 9*K(2,1)*K(1,2)**2 - 13*K(2,1)*K(1,2) - 6*K(2,1) - 2*K(1,2)**3 - 9*K(1,2)**2 - 13*K(1,2) - 6);
v(69):=b121222222121:= 24*K(1,2)*( - 2*K(2,1)*K(1,2)**3 - 9*K(2,1)*K(1,2)**2 - 13*K(2,1)*K(1,2) - 6*K(2,1) - 2*K(1,2)**3 - 9*K(1,2)**2 - 13*K(1,2) - 6);
v(70):=b122111111221:= 24*K(1,2)*( - 4*K(2,1)**3*K(1,2) - 4*K(2,1)**3 - 12*K(2,1)**2*K(1,2) - 12*K(2,1)**2 - 11*K(2,1)*K(1,2) - 11*K(2,1) - 3*K(1,2) - 3);
v(71):=b122111112121:= 24*K(1,2)*( - 2*K(2,1)**3*K(1,2) - 2*K(2,1)**3 - 7*K(2,1)**2*K(1,2) - 7*K(2,1)**2 - 8*K(2,1)*K(1,2) - 8*K(2,1) - 3*K(1,2) - 3);
v(72):=b122111121121:= 12*K(1,2)*( - 2*K(2,1)**3*K(1,2) - 2*K(2,1)**3 - 9*K(2,1)**2*K(1,2) - 9*K(2,1)**2 - 13*K(2,1)*K(1,2) - 13*K(2,1) - 6*K(1,2) - 6);
v(73):=b122111211121:= 12*K(1,2)*( - K(2,1)**3*K(1,2) - K(2,1)**3 - 6*K(2,1)**2*K(1,2) - 6*K(2,1)**2 - 11*K(2,1)*K(1,2) - 11*K(2,1) - 6*K(1,2) - 6);
v(74):=b122112112221:= 24*K(1,2)*( - 2*K(2,1)**2*K(1,2)**2 - 6*K(2,1)**2*K(1,2) - 4*K(2,1)**2 - 3*K(2,1)*K(1,2)**2 - 9*K(2,1)*K(1,2) - 6*K(2,1) - K(1,2)**2 - 3*K(1,2) - 2);
v(75):=b122112121221:= 16*K(1,2)*( - 3*K(2,1)**2*K(1,2)**2 - 8*K(2,1)**2*K(1,2) - 5*K(2,1)**2 - 5*K(2,1)*K(1,2)**2 - 13*K(2,1)*K(1,2) - 8*K(2,1) - 2*K(1,2)**2 - 5*K(1,2) - 3);
v(76):=b122112122121:= 16*K(1,2)*( - 2*K(2,1)**2*K(1,2)**2 - 5*K(2,1)**2*K(1,2) - 3*K(2,1)**2 - 4*K(2,1)*K(1,2)**2 - 10*K(2,1)*K(1,2) - 6*K(2,1) - 2*K(1,2)**2 - 5*K(1,2) - 3);
v(77):=b122112211221:= 8*K(1,2)*( - 7*K(2,1)**2*K(1,2)**2 - 16*K(2,1)**2*K(1,2) - 9*K(2,1)**2 - 12*K(2,1)*K(1,2)**2 - 27*K(2,1)*K(1,2) - 15*K(2,1) - 5*K(1,2)**2 - 11*K(1,2) - 6);
v(78):=b122112212121:= 8*K(1,2)*( - 4*K(2,1)**2*K(1,2)**2 - 9*K(2,1)**2*K(1,2) - 5*K(2,1)**2 - 9*K(2,1)*K(1,2)**2 - 20*K(2,1)*K(1,2) - 11*K(2,1) - 5*K(1,2)**2 - 11*K(1,2) - 6);
v(79):=b122112221121:= 24*K(1,2)*( - K(2,1)**2*K(1,2)**2 - 2*K(2,1)**2*K(1,2) - K(2,1)**2 - 3*K(2,1)*K(1,2)**2 - 6*K(2,1)*K(1,2) - 3*K(2,1) - 2*K(1,2)**2 - 4*K(1,2) - 2);
v(80):=b122121112221:= 12*K(1,2)*( - 6*K(2,1)**2*K(1,2)**2 - 18*K(2,1)**2*K(1,2) - 12*K(2,1)**2 - 7*K(2,1)*K(1,2)**2 - 21*K(2,1)*K(1,2) - 14*K(2,1) - 2*K(1,2)**2 - 6*K(1,2) - 4);
v(81):=b122121121221:= 6*K(1,2)*( - 10*K(2,1)**2*K(1,2)**2 - 28*K(2,1)**2*K(1,2) - 18*K(2,1)**2 - 14*K(2,1)*K(1,2)**2 - 38*K(2,1)*K(1,2) - 24*K(2,1) - 5*K(1,2)**2 - 13*K(1,2) - 8);
v(82):=b122121122121:= 6*K(1,2)*( - 6*K(2,1)**2*K(1,2)**2 - 16*K(2,1)**2*K(1,2) - 10*K(2,1)**2 - 11*K(2,1)*K(1,2)**2 - 29*K(2,1)*K(1,2) - 18*K(2,1) - 5*K(1,2)**2 - 13*K(1,2) - 8);
v(83):=b122121211221:= 16*K(1,2)*( - 3*K(2,1)**2*K(1,2)**2 - 8*K(2,1)**2*K(1,2) - 5*K(2,1)**2 - 5*K(2,1)*K(1,2)**2 - 13*K(2,1)*K(1,2) - 8*K(2,1) - 2*K(1,2)**2 - 5*K(1,2) - 3);
v(84):=b122121212121:= 4*K(1,2)*( - 7*K(2,1)**2*K(1,2)**2 - 18*K(2,1)**2*K(1,2) - 11*K(2,1)**2 - 15*K(2,1)*K(1,2)**2 - 38*K(2,1)*K(1,2) - 23*K(2,1) - 8*K(1,2)**2 - 20*K(1,2) - 12);
v(85):=b122121221121:= 8*K(1,2)*( - 2*K(2,1)**2*K(1,2)**2 - 5*K(2,1)**2*K(1,2) - 3*K(2,1)**2 - 6*K(2,1)*K(1,2)**2 - 15*K(2,1)*K(1,2) - 9*K(2,1) - 4*K(1,2)**2 - 10*K(1,2) - 6);
v(86):=b122122122221:= 24*K(1,2)*( - 2*K(2,1)*K(1,2)**3 - 12*K(2,1)*K(1,2)**2 - 22*K(2,1)*K(1,2) - 12*K(2,1) - K(1,2)**3 - 6*K(1,2)**2 - 11*K(1,2) - 6);
v(87):=b122122212221:= 12*K(1,2)*( - 5*K(2,1)*K(1,2)**3 - 26*K(2,1)*K(1,2)**2 - 43*K(2,1)*K(1,2) - 22*K(2,1) - 3*K(1,2)**3 - 15*K(1,2)**2 - 24*K(1,2) - 12);
v(88):=b122122221221:= 8*K(1,2)*( - 8*K(2,1)*K(1,2)**3 - 38*K(2,1)*K(1,2)**2 - 58*K(2,1)*K(1,2) - 28*K(2,1) - 6*K(1,2)**3 - 27*K(1,2)**2 - 39*K(1,2) - 18);
v(89):=b122122222121:= 24*K(1,2)*( - 2*K(2,1)*K(1,2)**3 - 9*K(2,1)*K(1,2)**2 - 13*K(2,1)*K(1,2) - 6*K(2,1) - 2*K(1,2)**3 - 9*K(1,2)**2 - 13*K(1,2) - 6);
v(90):=b122211112221:= 12*K(1,2)*( - 9*K(2,1)**2*K(1,2)**2 - 27*K(2,1)**2*K(1,2) - 18*K(2,1)**2 - 9*K(2,1)*K(1,2)**2 - 27*K(2,1)*K(1,2) - 18*K(2,1) - 2*K(1,2)**2 - 6*K(1,2) - 4);
v(91):=b122211121221:= 12*K(1,2)*( - 6*K(2,1)**2*K(1,2)**2 - 18*K(2,1)**2*K(1,2) - 12*K(2,1)**2 - 7*K(2,1)*K(1,2)**2 - 21*K(2,1)*K(1,2) - 14*K(2,1) - 2*K(1,2)**2 - 6*K(1,2) - 4);
v(92):=b122211122121:= 12*K(1,2)*( - 3*K(2,1)**2*K(1,2)**2 - 9*K(2,1)**2*K(1,2) - 6*K(2,1)**2 - 5*K(2,1)*K(1,2)**2 - 15*K(2,1)*K(1,2) - 10*K(2,1) - 2*K(1,2)**2 - 6*K(1,2) - 4);
v(93):=b122211211221:= 24*K(1,2)*( - 2*K(2,1)**2*K(1,2)**2 - 6*K(2,1)**2*K(1,2) - 4*K(2,1)**2 - 3*K(2,1)*K(1,2)**2 - 9*K(2,1)*K(1,2) - 6*K(2,1) - K(1,2)**2 - 3*K(1,2) - 2);
v(94):=b122211212121:= 24*K(1,2)*( - K(2,1)**2*K(1,2)**2 - 3*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 2*K(2,1)*K(1,2)**2 - 6*K(2,1)*K(1,2) - 4*K(2,1) - K(1,2)**2 - 3*K(1,2) - 2);
v(95):=b122211221121:= 12*K(1,2)*( - K(2,1)**2*K(1,2)**2 - 3*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 3*K(2,1)*K(1,2)**2 - 9*K(2,1)*K(1,2) - 6*K(2,1) - 2*K(1,2)**2 - 6*K(1,2) - 4);
v(96):=b122212122221:= 24*K(1,2)*( - 3*K(2,1)*K(1,2)**3 - 18*K(2,1)*K(1,2)**2 - 33*K(2,1)*K(1,2) - 18*K(2,1) - K(1,2)**3 - 6*K(1,2)**2 - 11*K(1,2) - 6);
v(97):=b122212212221:= 6*K(1,2)*( - 12*K(2,1)*K(1,2)**3 - 66*K(2,1)*K(1,2)**2 - 114*K(2,1)*K(1,2) - 60*K(2,1) - 5*K(1,2)**3 - 27*K(1,2)**2 - 46*K(1,2) - 24);
v(98):=b122212221221:= 12*K(1,2)*( - 5*K(2,1)*K(1,2)**3 - 26*K(2,1)*K(1,2)**2 - 43*K(2,1)*K(1,2) - 22*K(2,1) - 3*K(1,2)**3 - 15*K(1,2)**2 - 24*K(1,2) - 12);
v(99):=b122212222121:= 36*K(1,2)*( - K(2,1)*K(1,2)**3 - 5*K(2,1)*K(1,2)**2 - 8*K(2,1)*K(1,2) - 4*K(2,1) - K(1,2)**3 - 5*K(1,2)**2 - 8*K(1,2) - 4);
v(100):=b122221122221:= 24*K(1,2)*( - 4*K(2,1)*K(1,2)**3 - 24*K(2,1)*K(1,2)**2 - 44*K(2,1)*K(1,2) - 24*K(2,1) - K(1,2)**3 - 6*K(1,2)**2 - 11*K(1,2) - 6);
v(101):=b122221212221:= 24*K(1,2)*( - 3*K(2,1)*K(1,2)**3 - 18*K(2,1)*K(1,2)**2 - 33*K(2,1)*K(1,2) - 18*K(2,1) - K(1,2)**3 - 6*K(1,2)**2 - 11*K(1,2) - 6);
v(102):=b122221221221:= 24*K(1,2)*( - 2*K(2,1)*K(1,2)**3 - 12*K(2,1)*K(1,2)**2 - 22*K(2,1)*K(1,2) - 12*K(2,1) - K(1,2)**3 - 6*K(1,2)**2 - 11*K(1,2) - 6);
v(103):=b122221222121:= 24*K(1,2)*( - K(2,1)*K(1,2)**3 - 6*K(2,1)*K(1,2)**2 - 11*K(2,1)*K(1,2) - 6*K(2,1) - K(1,2)**3 - 6*K(1,2)**2 - 11*K(1,2) - 6);
v(104):=b122222222221:= 120*K(1,2)*( - K(1,2)**4 - 10*K(1,2)**3 - 35*K(1,2)**2 - 50*K(1,2) - 24);

%-------om(2)*xp(2)*xp(i1)*xp(i2)*xp(i3)*xp(i4)*xp(i5)
%            *xm(j1)*xm(j2)*xm(j3)*xm(j4)*xm(j5)*xm(2)*om(2)

vv(35):=b211111111112 := 120*K(2,1)*( - K(2,1)**4 - 10*K(2,1)**3 - 35*K(2,1)**2 - 50*K(2,1) - 24);
vv(36):=b211112111212 := 24*K(2,1)*( - K(2,1)**3*K(1,2) - K(2,1)**3 - 6*K(2,1)**2*K(1,2) - 6*K(2,1)**2 - 11*K(2,1)*K(1,2) - 11*K(2,1) - 6*K(1,2) - 6);
vv(37):=b211112112112 := 24*K(2,1)*( - 2*K(2,1)**3*K(1,2) - K(2,1)**3 - 12*K(2,1)**2*K(1,2) - 6*K(2,1)**2 - 22*K(2,1)*K(1,2) - 11*K(2,1) - 12*K(1,2) - 6);
vv(38):=b211112121112 := 24*K(2,1)*( - 3*K(2,1)**3*K(1,2) - K(2,1)**3 - 18*K(2,1)**2*K(1,2) - 6*K(2,1)**2 - 33*K(2,1)*K(1,2) - 11*K(2,1) - 18*K(1,2) - 6);
vv(39):=b211112211112 := 24*K(2,1)*( - 4*K(2,1)**3*K(1,2) - K(2,1)**3 - 24*K(2,1)**2*K(1,2) - 6*K(2,1)**2 - 44*K(2,1)*K(1,2) - 11*K(2,1) - 24*K(1,2) - 6);
vv(40):=b211121111212 := 36*K(2,1)*( - K(2,1)**3*K(1,2) - K(2,1)**3 - 5*K(2,1)**2*K(1,2) - 5*K(2,1)**2 - 8*K(2,1)*K(1,2) - 8*K(2,1) - 4*K(1,2) - 4);
vv(41):=b211121112112 := 12*K(2,1)*( - 5*K(2,1)**3*K(1,2) - 3*K(2,1)**3 - 26*K(2,1)**2*K(1,2) - 15*K(2,1)**2 - 43*K(2,1)*K(1,2) - 24*K(2,1) - 22*K(1,2) - 12);
vv(42):=b211121121112 := 6*K(2,1)*( - 12*K(2,1)**3*K(1,2) - 5*K(2,1)**3 - 66*K(2,1)**2*K(1,2) - 27*K(2,1)**2 - 114*K(2,1)*K(1,2) - 46*K(2,1) - 60*K(1,2) - 24);
vv(43):=b211121211112 := 24*K(2,1)*( - 3*K(2,1)**3*K(1,2) - K(2,1)**3 - 18*K(2,1)**2*K(1,2) - 6*K(2,1)**2 - 33*K(2,1)*K(1,2) - 11*K(2,1) - 18*K(1,2) - 6);
vv(44):=b211122112212 := 12*K(2,1)*( - K(2,1)**2*K(1,2)**2 - 3*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 3*K(2,1)*K(1,2)**2 - 9*K(2,1)*K(1,2) - 6*K(2,1) - 2*K(1,2)**2 - 6*K(1,2) - 4);
vv(45):=b211122121212 := 24*K(2,1)*( - K(2,1)**2*K(1,2)**2 - 2*K(2,1)**2*K(1,2) - K(2,1)**2 - 3*K(2,1)*K(1,2)**2 - 6*K(2,1)*K(1,2) - 3*K(2,1) - 2*K(1,2)**2 - 4*K(1,2) - 2);
vv(46):=b211122122112 := 24*K(2,1)*( - 2*K(2,1)**2*K(1,2)**2 - 3*K(2,1)**2*K(1,2) - K(2,1)**2 - 6*K(2,1)*K(1,2)**2 - 9*K(2,1)*K(1,2) - 3*K(2,1) - 4*K(1,2)**2 - 6*K(1,2) - 2);
vv(47):=b211122211212 := 12*K(2,1)*( - 3*K(2,1)**2*K(1,2)**2 - 5*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 9*K(2,1)*K(1,2)**2 - 15*K(2,1)*K(1,2) - 6*K(2,1) - 6*K(1,2)**2 - 10*K(1,2) - 4);
vv(48):=b211122212112 := 12*K(2,1)*( - 6*K(2,1)**2*K(1,2)**2 - 7*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 18*K(2,1)*K(1,2)**2 - 21*K(2,1)*K(1,2) - 6*K(2,1) - 12*K(1,2)**2 - 14*K(1,2) - 4);
vv(49):=b211122221112 := 12*K(2,1)*( - 9*K(2,1)**2*K(1,2)**2 - 9*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 27*K(2,1)*K(1,2)**2 - 27*K(2,1)*K(1,2) - 6*K(2,1) - 18*K(1,2)**2 - 18*K(1,2) - 4);
vv(50):=b211211111212 := 24*K(2,1)*( - 2*K(2,1)**3*K(1,2) - 2*K(2,1)**3 - 9*K(2,1)**2*K(1,2) - 9*K(2,1)**2 - 13*K(2,1)*K(1,2) - 13*K(2,1) - 6*K(1,2) - 6);
vv(51):=b211211112112 := 8*K(2,1)*( - 8*K(2,1)**3*K(1,2) - 6*K(2,1)**3 - 38*K(2,1)**2*K(1,2) - 27*K(2,1)**2 - 58*K(2,1)*K(1,2) - 39*K(2,1) - 28*K(1,2) - 18);
vv(52):=b211211121112 := 12*K(2,1)*( - 5*K(2,1)**3*K(1,2) - 3*K(2,1)**3 - 26*K(2,1)**2*K(1,2) - 15*K(2,1)**2 - 43*K(2,1)*K(1,2) - 24*K(2,1) - 22*K(1,2) - 12);
vv(53):=b211211211112 := 24*K(2,1)*( - 2*K(2,1)**3*K(1,2) - K(2,1)**3 - 12*K(2,1)**2*K(1,2) - 6*K(2,1)**2 - 22*K(2,1)*K(1,2) - 11*K(2,1) - 12*K(1,2) - 6);
vv(54):=b211212112212 := 8*K(2,1)*( - 2*K(2,1)**2*K(1,2)**2 - 6*K(2,1)**2*K(1,2) - 4*K(2,1)**2 - 5*K(2,1)*K(1,2)**2 - 15*K(2,1)*K(1,2) - 10*K(2,1) - 3*K(1,2)**2 - 9*K(1,2) - 6);
vv(55):=b211212121212 := 4*K(2,1)*( - 7*K(2,1)**2*K(1,2)**2 - 15*K(2,1)**2*K(1,2) - 8*K(2,1)**2 - 18*K(2,1)*K(1,2)**2 - 38*K(2,1)*K(1,2) - 20*K(2,1) - 11*K(1,2)**2 - 23*K(1,2) - 12);
vv(56):=b211212122112 := 16*K(2,1)*( - 3*K(2,1)**2*K(1,2)**2 - 5*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 8*K(2,1)*K(1,2)**2 - 13*K(2,1)*K(1,2) - 5*K(2,1) - 5*K(1,2)**2 - 8*K(1,2) - 3);
vv(57):=b211212211212 := 6*K(2,1)*( - 6*K(2,1)**2*K(1,2)**2 - 11*K(2,1)**2*K(1,2) - 5*K(2,1)**2 - 16*K(2,1)*K(1,2)**2 - 29*K(2,1)*K(1,2) - 13*K(2,1) - 10*K(1,2)**2 - 18*K(1,2) - 8);
vv(58):=b211212212112 := 6*K(2,1)*( - 10*K(2,1)**2*K(1,2)**2 - 14*K(2,1)**2*K(1,2) - 5*K(2,1)**2 - 28*K(2,1)*K(1,2)**2 - 38*K(2,1)*K(1,2) - 13*K(2,1) - 18*K(1,2)**2 - 24*K(1,2) - 8);
vv(59):=b211212221112 := 12*K(2,1)*( - 6*K(2,1)**2*K(1,2)**2 - 7*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 18*K(2,1)*K(1,2)**2 - 21*K(2,1)*K(1,2) - 6*K(2,1) - 12*K(1,2)**2 - 14*K(1,2) - 4);
vv(60):=b211221112212 := 24*K(2,1)*( - K(2,1)**2*K(1,2)**2 - 3*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 2*K(2,1)*K(1,2)**2 - 6*K(2,1)*K(1,2) - 4*K(2,1) - K(1,2)**2 - 3*K(1,2) - 2);
vv(61):=b211221121212 := 8*K(2,1)*( - 4*K(2,1)**2*K(1,2)**2 - 9*K(2,1)**2*K(1,2) - 5*K(2,1)**2 - 9*K(2,1)*K(1,2)**2 - 20*K(2,1)*K(1,2) - 11*K(2,1) - 5*K(1,2)**2 - 11*K(1,2) - 6);
vv(62):=b211221122112 := 8*K(2,1)*( - 7*K(2,1)**2*K(1,2)**2 - 12*K(2,1)**2*K(1,2) - 5*K(2,1)**2 - 16*K(2,1)*K(1,2)**2 - 27*K(2,1)*K(1,2) - 11*K(2,1) - 9*K(1,2)**2 - 15*K(1,2) - 6);
vv(63):=b211221211212 := 16*K(2,1)*( - 2*K(2,1)**2*K(1,2)**2 - 4*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 5*K(2,1)*K(1,2)**2 - 10*K(2,1)*K(1,2) - 5*K(2,1) - 3*K(1,2)**2 - 6*K(1,2) - 3);
vv(64):=b211221212112 := 16*K(2,1)*( - 3*K(2,1)**2*K(1,2)**2 - 5*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 8*K(2,1)*K(1,2)**2 - 13*K(2,1)*K(1,2) - 5*K(2,1) - 5*K(1,2)**2 - 8*K(1,2) - 3);
vv(65):=b211221221112 := 24*K(2,1)*( - 2*K(2,1)**2*K(1,2)**2 - 3*K(2,1)**2*K(1,2) - K(2,1)**2 - 6*K(2,1)*K(1,2)**2 - 9*K(2,1)*K(1,2) - 3*K(2,1) - 4*K(1,2)**2 - 6*K(1,2) - 2);
vv(66):=b211222122212 := 12*K(2,1)*( - K(2,1)*K(1,2)**3 - 6*K(2,1)*K(1,2)**2 - 11*K(2,1)*K(1,2) - 6*K(2,1) - K(1,2)**3 - 6*K(1,2)**2 - 11*K(1,2) - 6);
vv(67):=b211222212212 := 12*K(2,1)*( - 2*K(2,1)*K(1,2)**3 - 9*K(2,1)*K(1,2)**2 - 13*K(2,1)*K(1,2) - 6*K(2,1) - 2*K(1,2)**3 - 9*K(1,2)**2 - 13*K(1,2) - 6);
vv(68):=b211222221212 := 24*K(2,1)*( - 2*K(2,1)*K(1,2)**3 - 7*K(2,1)*K(1,2)**2 - 8*K(2,1)*K(1,2) - 3*K(2,1) - 2*K(1,2)**3 - 7*K(1,2)**2 - 8*K(1,2) - 3);
vv(69):=b211222222112 := 24*K(2,1)*( - 4*K(2,1)*K(1,2)**3 - 12*K(2,1)*K(1,2)**2 - 11*K(2,1)*K(1,2) - 3*K(2,1) - 4*K(1,2)**3 - 12*K(1,2)**2 - 11*K(1,2) - 3);
vv(70):=b212111111212 := 24*K(2,1)*( - 2*K(2,1)**3*K(1,2) - 2*K(2,1)**3 - 9*K(2,1)**2*K(1,2) - 9*K(2,1)**2 - 13*K(2,1)*K(1,2) - 13*K(2,1) - 6*K(1,2) - 6);
vv(71):=b212111112112 := 24*K(2,1)*( - 2*K(2,1)**3*K(1,2) - 2*K(2,1)**3 - 9*K(2,1)**2*K(1,2) - 9*K(2,1)**2 - 13*K(2,1)*K(1,2) - 13*K(2,1) - 6*K(1,2) - 6);
vv(72):=b212111121112 := 36*K(2,1)*( - K(2,1)**3*K(1,2) - K(2,1)**3 - 5*K(2,1)**2*K(1,2) - 5*K(2,1)**2 - 8*K(2,1)*K(1,2) - 8*K(2,1) - 4*K(1,2) - 4);
vv(73):=b212111211112 := 24*K(2,1)*( - K(2,1)**3*K(1,2) - K(2,1)**3 - 6*K(2,1)**2*K(1,2) - 6*K(2,1)**2 - 11*K(2,1)*K(1,2) - 11*K(2,1) - 6*K(1,2) - 6);
vv(74):=b212112112212 := 8*K(2,1)*( - 2*K(2,1)**2*K(1,2)**2 - 6*K(2,1)**2*K(1,2) - 4*K(2,1)**2 - 5*K(2,1)*K(1,2)**2 - 15*K(2,1)*K(1,2) - 10*K(2,1) - 3*K(1,2)**2 - 9*K(1,2) - 6);
vv(75):=b212112121212 := 4*K(2,1)*( - 6*K(2,1)**2*K(1,2)**2 - 14*K(2,1)**2*K(1,2) - 8*K(2,1)**2 - 15*K(2,1)*K(1,2)**2 - 35*K(2,1)*K(1,2) - 20*K(2,1) - 9*K(1,2)**2 - 21*K(1,2) - 12);
vv(76):=b212112122112 := 16*K(2,1)*( - 2*K(2,1)**2*K(1,2)**2 - 4*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 5*K(2,1)*K(1,2)**2 - 10*K(2,1)*K(1,2) - 5*K(2,1) - 3*K(1,2)**2 - 6*K(1,2) - 3);
vv(77):=b212112211212 := 6*K(2,1)*( - 5*K(2,1)**2*K(1,2)**2 - 10*K(2,1)**2*K(1,2) - 5*K(2,1)**2 - 13*K(2,1)*K(1,2)**2 - 26*K(2,1)*K(1,2) - 13*K(2,1) - 8*K(1,2)**2 - 16*K(1,2) - 8);
vv(78):=b212112212112 := 6*K(2,1)*( - 6*K(2,1)**2*K(1,2)**2 - 11*K(2,1)**2*K(1,2) - 5*K(2,1)**2 - 16*K(2,1)*K(1,2)**2 - 29*K(2,1)*K(1,2) - 13*K(2,1) - 10*K(1,2)**2 - 18*K(1,2) - 8);
vv(79):=b212112221112 := 12*K(2,1)*( - 3*K(2,1)**2*K(1,2)**2 - 5*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 9*K(2,1)*K(1,2)**2 - 15*K(2,1)*K(1,2) - 6*K(2,1) - 6*K(1,2)**2 - 10*K(1,2) - 4);
vv(80):=b212121112212 := 24*K(2,1)*( - K(2,1)**2*K(1,2)**2 - 3*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 2*K(2,1)*K(1,2)**2 - 6*K(2,1)*K(1,2) - 4*K(2,1) - K(1,2)**2 - 3*K(1,2) - 2);
vv(81):=b212121121212 := 2*K(2,1)*( - 13*K(2,1)**2*K(1,2)**2 - 33*K(2,1)**2*K(1,2) - 20*K(2,1)**2 - 29*K(2,1)*K(1,2)**2 - 73*K(2,1)*K(1,2) - 44*K(2,1) - 16*K(1,2)**2 - 40*K(1,2) - 24);
vv(82):=b212121122112 := 8*K(2,1)*( - 4*K(2,1)**2*K(1,2)**2 - 9*K(2,1)**2*K(1,2) - 5*K(2,1)**2 - 9*K(2,1)*K(1,2)**2 - 20*K(2,1)*K(1,2) - 11*K(2,1) - 5*K(1,2)**2 - 11*K(1,2) - 6);
vv(83):=b212121211212 := 4*K(2,1)*( - 6*K(2,1)**2*K(1,2)**2 - 14*K(2,1)**2*K(1,2) - 8*K(2,1)**2 - 15*K(2,1)*K(1,2)**2 - 35*K(2,1)*K(1,2) - 20*K(2,1) - 9*K(1,2)**2 - 21*K(1,2) - 12);
vv(84):=b212121212112 := 4*K(2,1)*( - 7*K(2,1)**2*K(1,2)**2 - 15*K(2,1)**2*K(1,2) - 8*K(2,1)**2 - 18*K(2,1)*K(1,2)**2 - 38*K(2,1)*K(1,2) - 20*K(2,1) - 11*K(1,2)**2 - 23*K(1,2) - 12);
vv(85):=b212121221112 := 24*K(2,1)*( - K(2,1)**2*K(1,2)**2 - 2*K(2,1)**2*K(1,2) - K(2,1)**2 - 3*K(2,1)*K(1,2)**2 - 6*K(2,1)*K(1,2) - 3*K(2,1) - 2*K(1,2)**2 - 4*K(1,2) - 2);
vv(86):=b212122122212 := 12*K(2,1)*( - K(2,1)*K(1,2)**3 - 6*K(2,1)*K(1,2)**2 - 11*K(2,1)*K(1,2) - 6*K(2,1) - K(1,2)**3 - 6*K(1,2)**2 - 11*K(1,2) - 6);
vv(87):=b212122212212 := 4*K(2,1)*( - 5*K(2,1)*K(1,2)**3 - 24*K(2,1)*K(1,2)**2 - 37*K(2,1)*K(1,2) - 18*K(2,1) - 5*K(1,2)**3 - 24*K(1,2)**2 - 37*K(1,2) - 18);
vv(88):=b212122221212 := 8*K(2,1)*( - 4*K(2,1)*K(1,2)**3 - 16*K(2,1)*K(1,2)**2 - 21*K(2,1)*K(1,2) - 9*K(2,1) - 4*K(1,2)**3 - 16*K(1,2)**2 - 21*K(1,2) - 9);
vv(89):=b212122222112 := 24*K(2,1)*( - 2*K(2,1)*K(1,2)**3 - 7*K(2,1)*K(1,2)**2 - 8*K(2,1)*K(1,2) - 3*K(2,1) - 2*K(1,2)**3 - 7*K(1,2)**2 - 8*K(1,2) - 3);
vv(90):=b212211112212 := 12*K(2,1)*( - 3*K(2,1)**2*K(1,2)**2 - 9*K(2,1)**2*K(1,2) - 6*K(2,1)**2 - 5*K(2,1)*K(1,2)**2 - 15*K(2,1)*K(1,2) - 10*K(2,1) - 2*K(1,2)**2 - 6*K(1,2) - 4);
vv(91):=b212211121212 := 24*K(2,1)*( - K(2,1)**2*K(1,2)**2 - 3*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 2*K(2,1)*K(1,2)**2 - 6*K(2,1)*K(1,2) - 4*K(2,1) - K(1,2)**2 - 3*K(1,2) - 2);
vv(92):=b212211122112 := 24*K(2,1)*( - K(2,1)**2*K(1,2)**2 - 3*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 2*K(2,1)*K(1,2)**2 - 6*K(2,1)*K(1,2) - 4*K(2,1) - K(1,2)**2 - 3*K(1,2) - 2);
vv(93):=b212211211212 := 8*K(2,1)*( - 2*K(2,1)**2*K(1,2)**2 - 6*K(2,1)**2*K(1,2) - 4*K(2,1)**2 - 5*K(2,1)*K(1,2)**2 - 15*K(2,1)*K(1,2) - 10*K(2,1) - 3*K(1,2)**2 - 9*K(1,2) - 6);
vv(94):=b212211212112 := 8*K(2,1)*( - 2*K(2,1)**2*K(1,2)**2 - 6*K(2,1)**2*K(1,2) - 4*K(2,1)**2 - 5*K(2,1)*K(1,2)**2 - 15*K(2,1)*K(1,2) - 10*K(2,1) - 3*K(1,2)**2 - 9*K(1,2) - 6);
vv(95):=b212211221112 := 12*K(2,1)*( - K(2,1)**2*K(1,2)**2 - 3*K(2,1)**2*K(1,2) - 2*K(2,1)**2 - 3*K(2,1)*K(1,2)**2 - 9*K(2,1)*K(1,2) - 6*K(2,1) - 2*K(1,2)**2 - 6*K(1,2) - 4);
vv(96):=b212212122212 := 6*K(2,1)*( - 3*K(2,1)*K(1,2)**3 - 18*K(2,1)*K(1,2)**2 - 33*K(2,1)*K(1,2) - 18*K(2,1) - 2*K(1,2)**3 - 12*K(1,2)**2 - 22*K(1,2) - 12);
vv(97):=b212212212212 := 2*K(2,1)*( - 10*K(2,1)*K(1,2)**3 - 53*K(2,1)*K(1,2)**2 - 89*K(2,1)*K(1,2) - 46*K(2,1) - 8*K(1,2)**3 - 42*K(1,2)**2 - 70*K(1,2) - 36);
vv(98):=b212212221212 := 4*K(2,1)*( - 5*K(2,1)*K(1,2)**3 - 24*K(2,1)*K(1,2)**2 - 37*K(2,1)*K(1,2) - 18*K(2,1) - 5*K(1,2)**3 - 24*K(1,2)**2 - 37*K(1,2) - 18);
vv(99):=b212212222112 := 12*K(2,1)*( - 2*K(2,1)*K(1,2)**3 - 9*K(2,1)*K(1,2)**2 - 13*K(2,1)*K(1,2) - 6*K(2,1) - 2*K(1,2)**3 - 9*K(1,2)**2 - 13*K(1,2) - 6);
vv(100):=b212221122212 := 12*K(2,1)*( - 2*K(2,1)*K(1,2)**3 - 12*K(2,1)*K(1,2)**2 - 22*K(2,1)*K(1,2) - 12*K(2,1) - K(1,2)**3 - 6*K(1,2)**2 - 11*K(1,2) - 6);
vv(101):=b212221212212 := 6*K(2,1)*( - 3*K(2,1)*K(1,2)**3 - 18*K(2,1)*K(1,2)**2 - 33*K(2,1)*K(1,2) - 18*K(2,1) - 2*K(1,2)**3 - 12*K(1,2)**2 - 22*K(1,2) - 12);
vv(102):=b212221221212 := 12*K(2,1)*( - K(2,1)*K(1,2)**3 - 6*K(2,1)*K(1,2)**2 - 11*K(2,1)*K(1,2) - 6*K(2,1) - K(1,2)**3 - 6*K(1,2)**2 - 11*K(1,2) - 6);
vv(103):=b212221222112 := 12*K(2,1)*( - K(2,1)*K(1,2)**3 - 6*K(2,1)*K(1,2)**2 - 11*K(2,1)*K(1,2) - 6*K(2,1) - K(1,2)**3 - 6*K(1,2)**2 - 11*K(1,2) - 6);
vv(104):=b212222222212 := 24*K(2,1)*( - K(1,2)**4 - 10*K(1,2)**3 - 35*K(1,2)**2 - 50*K(1,2) - 24);


for ii:=1:104 do if v(ii) neq 0 then write("v(",ii,") =" ,v(ii));
for ii:=1:104 do if vv(ii) neq 0 then write("vv(",ii,") =" ,vv(ii));


shut kkatki;
bye;
end;