@ -170,7 +170,7 @@ sub INIT_KEYS { # For sorted lookup of piece source.
sub MOVEMENT_TREE { # Assume relative movement to support abritrary depth (0 < $depth < Inf).
my ( $ player , $ depth , $ i_al , $ i ) = ( @ _ [ 0 , 1 ] , $ _ [ 5 ] // $ _ [ 0 ] * 16 - 1 , $ _ [ 2 ] // - 4 ) ; # Support for travelling to different tree depths every player turn (could be used to create, e.g., adaptive AI).
my ( @ xid , $ prio , % key_list_by_value , @ selection ) ;
my ( $ ice , $ prio , % key_list_by_value , @ selection ) ;
$ i += 4 ;
ALLY_SOURCE: foreach my $ asrc ( & KEYS ( $ player ) ) {
my $ dpval = $ _ [ 3 ] // 0 ; # Default piece value.
@ -186,14 +186,14 @@ sub MOVEMENT_TREE { # Assume relative movement to support abritrary depth (0 < $
{ no warnings ; $ tmpalg { $ tmpkey } = $ ditet [ 2 / ( $ player + 1 ) + 1 ] } ;
if ( $ player == $ user_mode ) { if ( defined ( $ prop { $ asrc } ) and ( join '' , @ { $ prop { $ asrc } } ) eq $ _ [ 7 ] and ( $ _ [ 8 ] eq $ tree [ $ i ] { $ asrc } [ $ c ] or ( defined ( $ prop { $ tree [ $ i ] { $ asrc } [ $ c ] } ) and $ _ [ 8 ] eq ( join '' , @ { $ prop { $ tree [ $ i ] { $ asrc } [ $ c ] } } ) ) ) ) { $ tmpalg { $ tmpkey } = 'Inf' ; $ sth10 - > execute ( $ _ [ 9 ] , $ ditet [ 0 ] , $ ditet [ 1 ] ) } } #else {
my $ val = $ tmpalg { $ tmpkey } ;
push @ { $ key_list_by_value { $ val } } , $ tmpkey ;
push @ { $ key_list_by_value { $ val } } , ( $ tmpkey , @ ditet [ 0 , 1 ] ) ;
unless ( defined ( $ prio ) ) {
$ prio = $ val ;
@ xid [ 0 , 1 ] = @ ditet [ 1 , 0 ] ;
# @xid[0, 1] = @ditet[0, 1] ;
}
if ( $ val > $ prio ) {
$ prio = $ val ;
@ xid [ 0 , 1 ] = @ ditet [ 1 , 0 ] ;
# @xid[0, 1] = @ditet[0, 1] ;
}
# }
$ keys [ $ i_al ] = $ asrc ;
@ -462,24 +462,25 @@ $sth5->execute($bid, $wid, $tmpalg{$selection}, undef);
# if ($player == $user_mode and (join '', @asrc) eq $_[7] and ($_[8] eq $adest or $_[8] eq (join '', @adest))) {$tmpalg{$selection} = 'Inf'; $sth9->execute($_[9], $bid, $wid)}
if ( $ player == $ user_mode ) { if ( $# asrc != - 1 and ( join '' , @ asrc ) eq $ _ [ 7 ] and ( $ _ [ 8 ] eq $ adest or $ _ [ 8 ] eq ( join '' , @ adest ) ) ) { $ tmpalg { $ selection } = 'Inf' ; $ sth10 - > execute ( $ _ [ 9 ] , $ bid , $ wid ) } } #else {
my $ val = $ tmpalg { $ selection } ;
push @ { $ key_list_by_value { $ val } } , $ selection ;
push @ { $ key_list_by_value { $ val } } , ( $ selection , $ bid , $ wid ) ;
unless ( defined ( $ prio ) ) {
$ prio = $ val ;
@ xid [ 0 , 1 ] = ( $ wid , $ bid ) ;
# @xid[0, 1] = ($bid, $wid) ;
}
if ( $ val > $ prio ) {
$ prio = $ val ;
@ xid [ 0 , 1 ] = ( $ wid , $ bid ) ;
# @xid[0, 1] = ($bid, $wid) ;
}
# }
$ keys [ $ i_al ] = $ asrc ;
}
}
}
for ( my $ ii = 0 ; $# { $ key_list_by_value { $ prio } } >= $ ii ; $ ii + + ) {
$ selection [ $ ii ] = $ key_list_by_value { $ prio } [ $ ii ] ;
for ( my $ ii = 0 ; $# { $ key_list_by_value { $ prio } } >= $ ii ; $ ii += 3 ) {
push @ selection , $ key_list_by_value { $ prio } [ $ ii ] ;
}
return ( $ prio , @ xid [ 0 , 1 ] , @ selection ) ;
$ ice = int ( rand ( $# selection + 1 ) ) ;
return ( $ prio , $ key_list_by_value { $ prio } [ $ ice * 3 + 1 ] , $ key_list_by_value { $ prio } [ $ ice * 3 + 2 ] , $ selection [ $ ice ] , $ ice , $# selection ) ;
}
sub QUEEN {
@ -725,16 +726,18 @@ $user_mode = 0;
TURN: foreach my $ player ( @ player ) {
# @{$diff{'msg'}{'turn'}}[$player] = 'Player ' . $player . ' turn ' . $player_turn . ':';
push @ { $ diff { $ pplayer [ $ player ] } { 'status' } } , $ player_turn ;
my ( $ depth , $ prio , $ ice , @ selection , @ id ) ;
my ( $ depth , $ prio , $ ice , $ selection , @ id , $ n_o_selections ) ;
my ( $ dpval , $ i_al ) = ( 0 , 0 ) ;
if ( $ player == $ user_mode ) { # If the player is human-controlled, we needn't more than $depth 1 (for input validation).
$ depth = 1 ;
( $ prio , @ id [ 0 , 1 ] , @ selection ) = & MOVEMENT_TREE ( $ player , $ depth , undef , undef , undef , undef , undef , $ _ [ 0 ] , $ _ [ 1 ] , $ sessid ) ;
( $ prio , @ id [ 0 , 1 ] , $ selection , $ ice , $ n_o_selections ) = & MOVEMENT_TREE ( $ player , $ depth , undef , undef , undef , undef , undef , $ _ [ 0 ] , $ _ [ 1 ] , $ sessid ) ;
print 'w ' , $ id [ 0 ] , ' ' , $ id [ 1 ] , "\n" ;
} else {
$ depth = 2 ; # Usually about 20^$depth possibilities (but ten times as much iterates for including no movement).
( $ prio , @ id [ 0 , 1 ] , @ selection ) = & MOVEMENT_TREE ( $ player , $ depth , undef , undef , undef , undef , undef , undef , undef , $ sessid ) ;
( $ prio , @ id [ 0 , 1 ] , $ selection , $ ice , $ n_o_selections ) = & MOVEMENT_TREE ( $ player , $ depth , undef , undef , undef , undef , undef , undef , undef , $ sessid ) ;
$ sth10 - > execute ( $ sessid , @ id [ 0 , 1 ] ) ;
print 'b ' , $ id [ 0 ] , ' ' , $ id [ 1 ] , "\n" ;
}
# print 'keys: ', scalar keys %key_list_by_value, "\n";
# print 'ids: ', $#id, "\n";
@ -763,7 +766,7 @@ $user_mode = 0;
# for (my $ii = 0; $#{$key_list_by_value{$prio}} >= $ii; $ii++) {
# $selection[$ii] = $key_list_by_value{$prio}[$ii];
# }
$ ice = int ( rand ( $# selection + 1 ) ) ;
# $ice = int(rand($#selection+1));
# } elsif ($user_mode != $player) { # The other side has checkmated you (the AI). The AI should know when to give up (even if it weren't for efficiency reasons).
## @{$diff{'msg'}{'gstatus'}}[$player] = 'Player ' . $player . ' resigns!';
# push @{$diff{$pplayer[$player]}{'status'}}, 5;
@ -834,16 +837,16 @@ $user_mode = 0;
}
undef @ pseudoinfinite_loop_check ;
}
push @ pseudoinfinite_loop_check , $ selection [ $ ice ] ;
push @ pseudoinfinite_loop_check , $ selection ;
push @ { $ diff { $ pplayer [ $ player ] } { 'prio' } } , $ prio ;
push @ { $ diff { $ pplayer [ $ player ] } { 'moveno' } } , ( $ ice + 1 ) . '/' . ( $# selection + 1 ) ;
push @ { $ diff { $ pplayer [ $ player ] } { 'moveno' } } , ( $ ice + 1 ) . '/' . $ n_o_ selections ;
# @{$diff{'msg'}{'verbose'}}[$player] = $selection[$ice];
$ what_i_did [ $ player ] { $ selection [ $ ice ] } = $ prio ;
$ what_i_did [ $ player ] { $ selection } = $ prio ;
my $ c = 0 ;
my $ adest ;
foreach ( split /,/ , $ selection [ $ ice ] ) {
foreach ( split /,/ , $ selection ) {
if ( defined ( $ keys [ $ c ] ) and $ keys [ $ c ] != $ _ ) {
$ adest = $ _ ;
last ;