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fn get_descent_bound(acceptance_factor: Real, data: &SolverData) -> Real {
data.cur_val - acceptance_factor * (data.cur_val - data.nxt_mod)
}
fn show_info(&self, step: Step) {
let time = self.start_time.elapsed();
info!(
"{} {:0>2}:{:0>2}:{:0>2}.{:0>2} {:4} {:4} {:4}{:1} {:9.4} {:9.4} \
{:12.6e}({:12.6e}) {:12.6e}",
if step == Step::Term { "_endit" } else { "endit " },
time.as_secs() / 3600,
(time.as_secs() / 60) % 60,
time.as_secs() % 60,
time.subsec_nanos() / 10_000_000,
self.cnt_descent,
self.cnt_descent + self.cnt_null,
self.data.cnt_updates,
if step == Step::Descent { "*" } else { " " },
self.data.cur_weight,
self.data.expected_progress(),
self.data.nxt_mod,
self.data.nxt_val,
self.data.cur_val
);
|
|
>
|
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|
fn get_descent_bound(acceptance_factor: Real, data: &SolverData) -> Real {
data.cur_val - acceptance_factor * (data.cur_val - data.nxt_mod)
}
fn show_info(&self, step: Step) {
let time = self.start_time.elapsed();
info!(
"{} {:0>2}:{:0>2}:{:0>2}.{:0>2} {:4} {:4} {:4} {:4}{:1} {:9.4} {:9.4} \
{:12.6e}({:12.6e}) {:12.6e}",
if step == Step::Term { "_endit" } else { "endit " },
time.as_secs() / 3600,
(time.as_secs() / 60) % 60,
time.as_secs() % 60,
time.subsec_nanos() / 10_000_000,
self.cnt_descent,
self.cnt_descent + self.cnt_null,
self.data.cnt_updates,
(self.cnt_descent + self.cnt_null) * self.problem.num_subproblems(),
if step == Step::Descent { "*" } else { " " },
self.data.cur_weight,
self.data.expected_progress(),
self.data.nxt_mod,
self.data.nxt_val,
self.data.cur_val
);
|