- const int QueenContactCheck = 24;
- const int RookContactCheck = 16;
- const int QueenCheck = 12;
- const int RookCheck = 8;
- const int BishopCheck = 2;
- const int KnightCheck = 3;
-
- // KingDanger[Color][attackUnits] contains the actual king danger weighted
- // scores, indexed by color and by a calculated integer number.
- Score KingDanger[COLOR_NB][128];
-
-
- // apply_weight() weighs score 'v' by weight 'w' trying to prevent overflow
- Score apply_weight(Score v, const Weight& w) {
- return make_score(mg_value(v) * w.mg / 256, eg_value(v) * w.eg / 256);
- }
-
-
- // weight_option() computes the value of an evaluation weight, by combining
- // two UCI-configurable weights (midgame and endgame) with an internal weight.
-
- Weight weight_option(const std::string& mgOpt, const std::string& egOpt, Score internalWeight) {
-
- Weight w = { Options[mgOpt] * mg_value(internalWeight) / 100,
- Options[egOpt] * eg_value(internalWeight) / 100 };
- return w;
- }
-
-
- // interpolate() interpolates between a middlegame and an endgame score,
- // based on game phase. It also scales the return value by a ScaleFactor array.
-
- Value interpolate(const Score& v, Phase ph, ScaleFactor sf) {
-
- assert(-VALUE_INFINITE < mg_value(v) && mg_value(v) < VALUE_INFINITE);
- assert(-VALUE_INFINITE < eg_value(v) && eg_value(v) < VALUE_INFINITE);
- assert(PHASE_ENDGAME <= ph && ph <= PHASE_MIDGAME);
-
- int eg = (eg_value(v) * int(sf)) / SCALE_FACTOR_NORMAL;
- return Value((mg_value(v) * int(ph) + eg * int(PHASE_MIDGAME - ph)) / PHASE_MIDGAME);
+ const int QueenContactCheck = 92;
+ const int RookContactCheck = 68;
+ const int QueenCheck = 50;
+ const int RookCheck = 36;
+ const int BishopCheck = 7;
+ const int KnightCheck = 14;
+
+ // KingDanger[attackUnits] contains the actual king danger weighted
+ // scores, indexed by a calculated integer number.
+ Score KingDanger[128];
+
+ // apply_weight() weighs score 's' by weight 'w' trying to prevent overflow
+ Score apply_weight(Score s, const Weight& w) {
+ return make_score(mg_value(s) * w.mg / 256, eg_value(s) * w.eg / 256);