diff options
Diffstat (limited to '')
| -rw-r--r-- | src/main.rs | 141 |
1 files changed, 84 insertions, 57 deletions
diff --git a/src/main.rs b/src/main.rs index f6dea25..4aa8236 100644 --- a/src/main.rs +++ b/src/main.rs @@ -542,14 +542,14 @@ fn pick_chip_by_logic<'input>( } } -fn logic_to_chips<'input>( - logic: &Logic, +fn logics_to_chips<'input>( + logics: &[&Logic], series: &ChipSeries<'input>, ) -> HashMap<&'input str, (usize, usize)> { let mut chips = HashMap::new(); let mut visited = HashSet::new(); - let mut queue = VecDeque::from([logic]); + let mut queue: VecDeque<_> = logics.iter().cloned().collect(); while let Some(logic) = queue.pop_front() { if !visited.insert(logic) { continue; @@ -644,8 +644,12 @@ fn sequence_to_delay<'input>( .sum() } -fn logic_to_full_delay(logic: &Logic, series: &ChipSeries) -> usize { - let sequences = logic_to_sequences(logic, series); +fn logics_to_full_delay(logics: &[&Logic], series: &ChipSeries) -> usize { + let sequences = logics + .iter() + .flat_map(|logic| logic_to_sequences(logic, series)) + .collect_vec(); + sequences .iter() .map(|seq| sequence_to_delay(seq, series)) @@ -653,8 +657,12 @@ fn logic_to_full_delay(logic: &Logic, series: &ChipSeries) -> usize { .unwrap() } -fn logic_to_reduced_delay(logic: &Logic, series: &ChipSeries) -> usize { - let mut sequences = logic_to_sequences(logic, series); +fn logics_to_reduced_delay(logics: &[&Logic], series: &ChipSeries) -> usize { + let mut sequences = logics + .iter() + .flat_map(|logic| logic_to_sequences(logic, series)) + .collect_vec(); + sequences.iter_mut().for_each(|seq| { // NOTE: sequence is reversed, so we are using last element to check for variable inversion seq.pop_if(|(gate, _)| *gate == "NOT"); @@ -667,14 +675,14 @@ fn logic_to_reduced_delay(logic: &Logic, series: &ChipSeries) -> usize { .unwrap() } -fn logic_to_input_current<'input>( - logic: &'input Logic, +fn logics_to_input_current<'input>( + logics: &[&'input Logic], series: &ChipSeries<'input>, ) -> HashMap<&'input str, (usize, usize)> { let mut consumptions = HashMap::new(); let mut visited = HashSet::new(); - let mut queue = VecDeque::from([logic]); + let mut queue: VecDeque<_> = logics.iter().cloned().collect(); while let Some(logic) = queue.pop_front() { if !visited.insert(logic) { continue; @@ -810,6 +818,55 @@ impl<'input> TruthTable<'input> { } } +fn print_solution_parameters(solution: &[&Logic], chip_series: &ChipSeries) { + let chips = logics_to_chips(solution, chip_series); + let full_delay = logics_to_full_delay(solution, chip_series); + let reduced_delay = logics_to_reduced_delay(solution, chip_series); + let input_currents = logics_to_input_current(solution, chip_series); + + println!(" - Количество использованных микросхем:"); + if chips.is_empty() { + println!(" - <не требуется микросхем>"); + } + + let mut total_consumption = 0.; + let mut total_used_consumption = 0.; + + for (chip, (used, size)) in chips.into_iter().sorted() { + println!( + " - {chip}: {} шт (использовано {used} элементов -> {used}/{size} = {})", + used.div_ceil(size), + used as f32 / size as f32 + ); + + let chip_info = match chip_series.chip_specification.get(chip) { + Some(info) => info, + None => continue, + }; + + let chip_usage = used as f32 / size as f32; + let chip_consumption = used.div_ceil(size) * chip_info.consumption(); + let chip_used_consumption = chip_usage * chip_info.consumption() as f32; + + total_consumption += chip_consumption as f32; + total_used_consumption += chip_used_consumption; + + println!( + " Максимальное потребление: {chip_consumption} мкА (реальное использованное: {chip_used_consumption})" + ); + } + + println!(" - Задержка (с инверсией входных переменных): {full_delay} нс"); + println!(" - Задержка (без инверсии входных переменных): {reduced_delay} нс"); + println!(" - Полное потребление схемы: {total_consumption} мкА"); + println!(" - Использованное потребление схемы: {total_used_consumption} мкА"); + + println!(" - Потребляемый ток со входных сигналов:"); + for (input, (low_current, high_current)) in input_currents.into_iter().sorted() { + println!(" - {input} - {low_current}/{high_current} мкА"); + } +} + fn main() { let mut args = std::env::args().skip(1); let chip_series_file_path = args.next().unwrap(); @@ -833,57 +890,27 @@ fn main() { println!(" {solution}"); println!(); - let chips = logic_to_chips(solution, &chip_series); - let full_delay = logic_to_full_delay(solution, &chip_series); - let reduced_delay = logic_to_reduced_delay(solution, &chip_series); - let input_currents = logic_to_input_current(solution, &chip_series); - println!(" Параметры решения:"); - println!(" - Количество использованных микросхем:"); - if chips.is_empty() { - println!(" - <не требуется микросхем>"); - } - - let mut total_consumption = 0.; - let mut total_used_consumption = 0.; - - for (chip, (used, size)) in chips.into_iter().sorted() { - println!( - " - {chip}: {} шт (использовано {used} элементов -> {used}/{size} = {})", - used.div_ceil(size), - used as f32 / size as f32 - ); - - let chip_info = match chip_series.chip_specification.get(chip) { - Some(info) => info, - None => continue, - }; - - let chip_usage = used as f32 / size as f32; - let chip_consumption = used.div_ceil(size) * chip_info.consumption(); - let chip_used_consumption = chip_usage * chip_info.consumption() as f32; - - total_consumption += chip_consumption as f32; - total_used_consumption += chip_used_consumption as f32; - - println!( - " Максимальное потребление: {chip_consumption} мкВт (реальное использованное: {chip_used_consumption})" - ); - } - - println!(" - Задержка (с инверсией входных переменных): {full_delay} нс"); - println!(" - Задержка (без инверсии входных переменных): {reduced_delay} нс"); - println!(" - Полное потребление схемы: {total_consumption} мкВт"); - println!(" - Использованное потребление схемы: {total_used_consumption} мкВт"); - - println!(" - Потребляемый ток со входных сигналов:"); - for (input, (low_current, high_current)) in input_currents.into_iter().sorted() { - println!(" - {input} - {low_current}/{high_current} мкА"); - } - + print_solution_parameters(&[solution], &chip_series); println!(); } println!(); } + + let mut grouped_solutions: HashMap<&str, Vec<&Logic>> = HashMap::new(); + for (_, solutions) in all_solutions.iter() { + for (solution_type, solution) in SOLUTIONS.into_iter().zip(solutions) { + grouped_solutions + .entry(solution_type) + .or_default() + .push(solution); + } + } + + println!("Параметры всех решений как целого:"); + for solution_type in SOLUTIONS.into_iter() { + println!("- {solution_type}:"); + print_solution_parameters(&grouped_solutions[solution_type], &chip_series); + } } |