TuningStrategyOption.h

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#pragma once
 
#include <set>
 
#include "autopas/options/Option.h"
 
namespace autopas {
inline namespace options {
class TuningStrategyOption : public Option<TuningStrategyOption> {
 public:
  enum Value {
    tuningStrategyLogger,
 
    randomSearch,
    fullSearch,
    predictiveTuning,
    ruleBasedTuning,
    fuzzyTuning,
    slowConfigFilter,
    mpiDivideAndConquer,
    sortByName,
  };
 
  TuningStrategyOption() = default;
 
  constexpr TuningStrategyOption(Value option) : _value(option) {}
 
  constexpr operator Value() const { return _value; }
 
  static std::set<TuningStrategyOption> getDiscouragedOptions() {
    return {
        // Not an actual tuning strategy, just a logger.
        TuningStrategyOption::tuningStrategyLogger,
        // Only used to test against randomness, not a truly viable strategy.
        TuningStrategyOption::randomSearch,
        // Not a valid option anymore. Only exists to tell users not to use it.
        TuningStrategyOption::fullSearch,
    };
  }
 
  static std::map<TuningStrategyOption, std::string> getOptionNames() {
    return {
        {TuningStrategyOption::fullSearch, "full-Search"},
        {TuningStrategyOption::randomSearch, "random-Search"},
        {TuningStrategyOption::predictiveTuning, "predictive-tuning"},
        {TuningStrategyOption::ruleBasedTuning, "rule-based-tuning"},
        {TuningStrategyOption::fuzzyTuning, "fuzzy-tuning"},
        {TuningStrategyOption::slowConfigFilter, "slow-config-filter"},
        {TuningStrategyOption::tuningStrategyLogger, "tuning-strategy-logger"},
        {TuningStrategyOption::sortByName, "sort-by-name"},
        {TuningStrategyOption::mpiDivideAndConquer, "mpi-divide-and-conquer"},
    };
  }
 
 private:
  Value _value{Value(-1)};
};
}  // namespace options
}  // namespace autopas