Go to the first, previous, next, last section, table of contents.


dp_red, dp_red_mod

dp_red(dpoly1,dpoly2,dpoly3)
dp_red_mod(dpoly1,dpoly2,dpoly3,mod)
:: Single reduction operation
return
list
dpoly1, dpoly2, dpoly3
distributed polynomial
vlist
list
mod
prime
[157] D=(3)*<<2,1,0,0,0>>+(3)*<<1,2,0,0,0>>+(1)*<<0,3,0,0,0>>;
(3)*<<2,1,0,0,0>>+(3)*<<1,2,0,0,0>>+(1)*<<0,3,0,0,0>>
[158] R=(6)*<<1,1,1,0,0>>;                                    
(6)*<<1,1,1,0,0>>
[159] C=12*<<1,1,1,0,0>>+(1)*<<0,1,1,1,0>>+(1)*<<1,1,0,0,1>>; 
(12)*<<1,1,1,0,0>>+(1)*<<0,1,1,1,0>>+(1)*<<1,1,0,0,1>>
[160] dp_red(D,R,C);                                         
[(6)*<<2,1,0,0,0>>+(6)*<<1,2,0,0,0>>+(2)*<<0,3,0,0,0>>,(-1)*<<0,1,1,1,0>>
+(-1)*<<1,1,0,0,1>>]
References
section dp_mod, dp_rat.


Go to the first, previous, next, last section, table of contents.