void copy(const midpoint_eval_data_mp & other)
{
SolverMultiplePrecision::copy(other);
this->num_mid_vars = other.num_mid_vars;
this->num_top_vars = other.num_top_vars;
this->num_bottom_vars = other.num_bottom_vars;
this->bottom_memory = other.bottom_memory;
this->top_memory = other.top_memory;
this->mid_memory = other.mid_memory;
this->SLP_mid = other.SLP_mid;
this->SLP_top = other.SLP_top;
this->SLP_bottom = other.SLP_bottom;
for (int ii=0; ii<other.num_projections; ii++) {
if (other.MPType==2) {
add_projection(other.pi_full_prec[ii]);
}
else{
add_projection(other.pi[ii]);
}
}
//patch already lives in the base class.
set_mp(v_target,other.v_target);
set_mp(u_target,other.u_target);
randomizer_bottom = other.randomizer_bottom;
randomizer_top = other.randomizer_top;
set_mp(crit_val_left,other.crit_val_left);
set_mp(crit_val_right,other.crit_val_right);
set_mp(u_start, other.u_start);
set_mp(v_start, other.v_start);
if (this->MPType==2) {
set_mp(v_target_full_prec,other.v_target_full_prec);
set_mp(u_target_full_prec,other.u_target_full_prec);
set_mp(crit_val_left_full_prec,other.crit_val_left_full_prec);
set_mp(crit_val_right_full_prec,other.crit_val_right_full_prec);
set_mp(u_start_full_prec, other.u_start_full_prec);
set_mp(v_start_full_prec, other.v_start_full_prec);
}
} // re: copy
void copy(const MidpointConfiguration & other){
this->MPType = other.MPType;
this->systems = other.systems;
system_name_mid = other.system_name_mid;
system_name_top = other.system_name_top;
system_name_bottom = other.system_name_bottom;
set_mp(v_target,other.v_target);
set_mp(u_target,other.u_target);
set_mp(crit_val_left,other.crit_val_left);
set_mp(crit_val_right,other.crit_val_right);
for (int ii=0; ii<other.num_projections; ii++) {
add_projection(other.pi[ii]);
}
}
/**
set the current projection.
\return the index of the projection
\param new_proj the projection to set as current
*/
int set_curr_projection(vec_mp new_proj){
int proj_index = get_proj_index(new_proj);
if (proj_index==-1) {
int init_size = new_proj->size;
new_proj->size = this->num_natural_variables_;
proj_index = add_projection(new_proj);
new_proj->size = init_size;
}
curr_projection_ = proj_index;
// std::cout << "curr_projection is now: " << curr_projection << std::endl;
return proj_index;
}
void copy(const midpoint_eval_data_d & other)
{
SolverDoublePrecision::copy(other);
this->num_mid_vars = other.num_mid_vars;
this->num_top_vars = other.num_top_vars;
this->num_bottom_vars = other.num_bottom_vars;
this->top_memory = other.top_memory;
this->bottom_memory = other.bottom_memory;
this->mid_memory = other.mid_memory;
this->SLP_bottom = other.SLP_bottom;
this->SLP_mid = other.SLP_mid;
this->SLP_top = other.SLP_top;
for (int ii=0; ii<other.num_projections; ii++) {
add_projection(other.pi[ii]);
}
//patch already lives in the base class.
set_d(v_target,other.v_target);
set_d(u_target,other.u_target);
randomizer_bottom = other.randomizer_bottom;
randomizer_top = other.randomizer_top;
set_d(crit_val_left,other.crit_val_left);
set_d(crit_val_right,other.crit_val_right);
set_d(u_start, other.u_start);
set_d(v_start, other.v_start);
}
