Line data    Source code

       1              : #include "score.hpp"
       2              : 
       3              : #include "dynamicConfig.hpp"
       4              : #include "evalConfig.hpp"
       5              : #include "position.hpp"
       6              : 
       7              : #pragma GCC diagnostic push
       8              : #pragma GCC diagnostic ignored "-Wconversion"
       9              : 
      10      3715484 : EvalScore EvalFeatures::SumUp() const {
      11      3715484 :    EvalScore score = scores[F_material] + scores[F_positional] + scores[F_development] + scores[F_mobility] + scores[F_pawnStruct] + scores[F_attack];
      12      3715484 :    score += scores[F_complexity] * sgn(score[MG]);
      13      3715484 :    return score;
      14              : }
      15              : 
      16              : #pragma GCC diagnostic pop
      17              : 
      18            1 : void EvalFeatures::callBack() {
      19              :    DynamicConfig::stylized = false;
      20            1 :    DynamicConfig::stylized |= DynamicConfig::styleComplexity  != 50;
      21            1 :    DynamicConfig::stylized |= DynamicConfig::styleMaterial    != 50;
      22            1 :    DynamicConfig::stylized |= DynamicConfig::stylePositional  != 50;
      23            1 :    DynamicConfig::stylized |= DynamicConfig::styleDevelopment != 50;
      24            1 :    DynamicConfig::stylized |= DynamicConfig::styleMobility    != 50;
      25            1 :    DynamicConfig::stylized |= DynamicConfig::styleAttack      != 50;
      26            1 :    DynamicConfig::stylized |= DynamicConfig::stylePawnStruct  != 50;
      27            1 :    DynamicConfig::stylized |= DynamicConfig::styleForwardness != 50;
      28            1 : }
      29              : 
      30            1 : void displayEval(const EvalData& data, const EvalFeatures& features) {
      31            1 :    Logging::LogIt(Logging::logInfo) << "Game phase    " << data.gp;
      32            1 :    Logging::LogIt(Logging::logInfo) << "ScalingFactor " << features.scalingFactor;
      33            1 :    Logging::LogIt(Logging::logInfo) << "Material      " << features.scores[F_material];
      34            1 :    Logging::LogIt(Logging::logInfo) << "Positional    " << features.scores[F_positional];
      35            1 :    Logging::LogIt(Logging::logInfo) << "Development   " << features.scores[F_development];
      36            1 :    Logging::LogIt(Logging::logInfo) << "Mobility      " << features.scores[F_mobility];
      37            1 :    Logging::LogIt(Logging::logInfo) << "Pawn          " << features.scores[F_pawnStruct];
      38            1 :    Logging::LogIt(Logging::logInfo) << "Attack        " << features.scores[F_attack];
      39            1 :    Logging::LogIt(Logging::logInfo) << "Complexity    " << features.scores[F_complexity];
      40            1 : }