void
GriString::draw(double xcm, double ycm, gr_textStyle s, double angle) const
{
if (strlen(this->c_str()) == 0)
return;
gr_show_at(this->c_str(), xcm, ycm, s, angle);
// Figure bounding box
double width, ascent, descent;
gr_stringwidth(this->c_str(), &width, &ascent, &descent);
//printf("GriString::draw on `%s' xcm=%.1f ycm=%.1f width=%.1f ascent=%.1f descent=%.1f angle=%.1f\n", this->c_str(), xcm,ycm,width,ascent, descent, angle);
double tmpx[4], tmpy[4]; // 0123 from lower-left anticlockwise
switch (s) {
case TEXT_LJUST:
gr_rotate_xy( 0.0, -descent, angle, tmpx + 0, tmpy + 0);
gr_rotate_xy( width, -descent, angle, tmpx + 1, tmpy + 1);
gr_rotate_xy( width, ascent, angle, tmpx + 2, tmpy + 2);
gr_rotate_xy( 0.0, ascent, angle, tmpx + 3, tmpy + 3);
break;
case TEXT_RJUST:
gr_rotate_xy( -width, -descent, angle, tmpx + 0, tmpy + 0);
gr_rotate_xy( 0.0, -descent, angle, tmpx + 1, tmpy + 1);
gr_rotate_xy( 0.0, ascent, angle, tmpx + 2, tmpy + 2);
gr_rotate_xy( -width, ascent, angle, tmpx + 3, tmpy + 3);
break;
case TEXT_CENTERED:
gr_rotate_xy(-width/2, -descent, angle, tmpx + 0, tmpy + 0);
gr_rotate_xy( width/2, -descent, angle, tmpx + 1, tmpy + 1);
gr_rotate_xy( width/2, ascent, angle, tmpx + 2, tmpy + 2);
gr_rotate_xy(-width/2, ascent, angle, tmpx + 3, tmpy + 3);
break;
}
tmpx[0] += xcm, tmpy[0] += ycm;
tmpx[1] += xcm, tmpy[1] += ycm;
tmpx[2] += xcm, tmpy[2] += ycm;
tmpx[3] += xcm, tmpy[3] += ycm;
rectangle box(vector_min(tmpx, 4), vector_min(tmpy, 4),
vector_max(tmpx, 4), vector_max(tmpy, 4));
bounding_box_update(box);
}
int toScalarR(int code, KDVEC(x), DVEC(r)) {
REQUIRES(rn==1,BAD_SIZE);
DEBUGMSG("toScalarR");
double res;
integer one = 1;
integer n = xn;
switch(code) {
case 0: { res = dnrm2_(&n,xp,&one); break; }
case 1: { res = dasum_(&n,xp,&one); break; }
case 2: { res = vector_max_index(V(x)); break; }
case 3: { res = vector_max(V(x)); break; }
case 4: { res = vector_min_index(V(x)); break; }
case 5: { res = vector_min(V(x)); break; }
default: ERROR(BAD_CODE);
}
rp[0] = res;
OK
}
int32_t FALM(struct Struct_FALM *s)
{
_SDEBUG("I'm in FALM()\n");
// Make z0 feasible
if(!s->info->ub_is_inf)
vector_min(s->prob->ub,s->prob->z0,s->prob->z0,N);
if(!s->info->lb_is_inf)
vector_max(s->prob->lb,s->prob->z0,s->prob->z0,N);
// Initialize the "inner" problem
struct Struct_FGM p_in;
init_inner_problem(s, &p_in);
if (solve_FALM(s,&p_in) == -1){
ERROR("Error in solving solveFALM()\n");
clean_up_inner_problem(&p_in);
return -1;
};
clean_up_inner_problem(&p_in);
_SDEBUG("End of FALM()\n");
return 0;
}
