1 /* Demo for Purtilo's implementation of
2 Hacijan's algorithm.... */
7 if status(feature,ITS)=true
8 then translate(hach,check,iterate,fx,fq,fh,getl,criterion,accelerate)$
10 /* dynamalloc:true$ */
12 /* now get a matrix a and a matrix b for the problem
13 of solving a.x < b ... */
15 a:bfloat(matrix([1,0],[0,1],[-1,-1]))$
17 b:bfloat(matrix([-1],[-1],[4.00000001]))$
23 /* the user can find the L as in Hacijan's abstract by
28 /* and can find a solution vector x for
40 /* Note that this last example does not pay attention
41 to the L of the theory. Doing so, taking a bit longer,