Use 'adjacent' instead of 'neighboring'

[stockfish] / src / bitboard.h

diff --git a/src/bitboard.h b/src/bitboard.h
index ce198c22c4b9a628aefd18b3adcbe1b68cd46322..a00a0bdbb648649ca0216e55b49790a039aa330d 100644 (file)
--- a/src/bitboard.h
+++ b/src/bitboard.h
@@ -24,8 +24,8 @@
 #include "types.h"
 
 extern Bitboard FileBB[8];
 #include "types.h"
 
 extern Bitboard FileBB[8];

-extern Bitboard NeighboringFilesBB[8];
-extern Bitboard ThisAndNeighboringFilesBB[8];
+extern Bitboard AdjacentFilesBB[8];
+extern Bitboard ThisAndAdjacentFilesBB[8];

 extern Bitboard RankBB[8];
 extern Bitboard InFrontBB[2][8];
 
 extern Bitboard RankBB[8];
 extern Bitboard InFrontBB[2][8];
 


@@ -102,19 +102,19 @@ inline Bitboard file_bb(Square s) {
 }
 
 
 }
 
 

-/// neighboring_files_bb takes a file as input and returns a bitboard representing
-/// all squares on the neighboring files.
+/// adjacent_files_bb takes a file as input and returns a bitboard representing
+/// all squares on the adjacent files.

 
 

-inline Bitboard neighboring_files_bb(File f) {
-  return NeighboringFilesBB[f];
+inline Bitboard adjacent_files_bb(File f) {
+  return AdjacentFilesBB[f];

 }
 
 
 }
 
 

-/// this_and_neighboring_files_bb takes a file as input and returns a bitboard
-/// representing all squares on the given and neighboring files.
+/// this_and_adjacent_files_bb takes a file as input and returns a bitboard
+/// representing all squares on the given and adjacent files.

 
 

-inline Bitboard this_and_neighboring_files_bb(File f) {
-  return ThisAndNeighboringFilesBB[f];
+inline Bitboard this_and_adjacent_files_bb(File f) {
+  return ThisAndAdjacentFilesBB[f];

 }
 
 
 }
 
 


@@ -197,7 +197,7 @@ inline Bitboard squares_in_front_of(Color c, Square s) {
 /// passed_pawn_mask takes a color and a square as input, and returns a
 /// bitboard mask which can be used to test if a pawn of the given color on
 /// the given square is a passed pawn. Definition of the table is:
 /// passed_pawn_mask takes a color and a square as input, and returns a
 /// bitboard mask which can be used to test if a pawn of the given color on
 /// the given square is a passed pawn. Definition of the table is:

-/// PassedPawnMask[c][s] = in_front_bb(c, s) & this_and_neighboring_files_bb(s)
+/// PassedPawnMask[c][s] = in_front_bb(c, s) & this_and_adjacent_files_bb(s)

 
 inline Bitboard passed_pawn_mask(Color c, Square s) {
   return PassedPawnMask[c][s];
 
 inline Bitboard passed_pawn_mask(Color c, Square s) {
   return PassedPawnMask[c][s];


@@ -207,7 +207,7 @@ inline Bitboard passed_pawn_mask(Color c, Square s) {
 /// attack_span_mask takes a color and a square as input, and returns a bitboard
 /// representing all squares that can be attacked by a pawn of the given color
 /// when it moves along its file starting from the given square. Definition is:
 /// attack_span_mask takes a color and a square as input, and returns a bitboard
 /// representing all squares that can be attacked by a pawn of the given color
 /// when it moves along its file starting from the given square. Definition is:

-/// AttackSpanMask[c][s] = in_front_bb(c, s) & neighboring_files_bb(s);
+/// AttackSpanMask[c][s] = in_front_bb(c, s) & adjacent_files_bb(s);

 
 inline Bitboard attack_span_mask(Color c, Square s) {
   return AttackSpanMask[c][s];
 
 inline Bitboard attack_span_mask(Color c, Square s) {
   return AttackSpanMask[c][s];