Update presolve annotation

black-hole/black-hole.mzn

@@ -90,7 +90,7 @@ array[1..52] of var 1..52: y;
 constraint x[1] == 1;
 
 % Consecutive cards match
-predicate adjacent(var 1..52: a, var 1..52: b) ::presolve
+predicate adjacent(var 1..52: a, var 1..52: b) :: presolve(autotable)
 = ((x-y) in {13*i+1 | i in -4..3} union {13*i-1 | i in -3..4}) :: domain;
 
 constraint forall(i in 1..51) ( adjacent(x[i], x[i+1]) );

block-party/block-party.mzn

@@ -72,7 +72,7 @@ predicate party(array[1..4] of var 0..63: symbols)
 	);
 
 %Linking cube IDs with the three symbols appearing in relevant positions
-predicate link_cube_and_symbols(array[1..4] of var int: cs) ::presolve
+predicate link_cube_and_symbols(array[1..4] of var int: cs) :: presolve(autotable)
 = let{
    var 1..24: pos;
    var int: cube = cs[1];

handball/handball7.mzn

@@ -158,7 +158,7 @@ array[int,int] of int: transition =
 
 % cost function
 
-predicate part_cost(var breakable: bt, var team: r, var team: t, var 0..max(allperiod): part) ::presolve = (
+predicate part_cost(var breakable: bt, var team: r, var team: t, var 0..max(allperiod): part) :: presolve(autotable) = (
     if dopresolve then
   bt in breakable /\
   let {array[period] of var A..H: lhap} in (
@@ -206,7 +206,7 @@ constraint
     );
 
 % channel break <---> hap (2)
-predicate channel_break_hap(var breakable: bt, array[period] of var A..H: hapt, var team: t) ::presolve(model) =
+predicate channel_break_hap(var breakable: bt, array[period] of var A..H: hapt, var team: t) :: presolve(autotable(model)) =
     bt in breakable /\
     (t in north_team -> hapt[(t mod divsize)+1] = A) /\
     (t in south_team -> hapt[(t mod divsize)+1] = H) /\

handball/handball9.mzn

@@ -180,7 +180,7 @@ array[int,int] of int: transition =
 
 % cost function
 
-predicate part_cost(var breakable: bt, var team: r, var team: t, var 0..max(allperiod): part) ::presolve = (
+predicate part_cost(var breakable: bt, var team: r, var team: t, var 0..max(allperiod): part) :: presolve(autotable) = (
     if dopresolve then
         bt in breakable /\
         let {array[period] of var A..H: lhap} in (
@@ -228,7 +228,7 @@ constraint
     );
 
 % channel break <---> hap (2)
-predicate channel_break_hap(var breakable: bt, array[period] of var A..H: hapt, var team: t) ::presolve(model) =
+predicate channel_break_hap(var breakable: bt, array[period] of var A..H: hapt, var team: t) :: presolve(presolve(model)) =
     bt in breakable /\
     (t in north_team -> hapt[(t mod divsize)+1] = A) /\
     (t in south_team -> hapt[(t mod divsize)+1] = H) /\

jp-encoding/jp-encoding.mzn

@@ -137,7 +137,7 @@ constraint objective = sum (i in rng) (
       score_of(encoding[i],stream[i])
     );
 
-predicate score_computation(var 0..e_unknown:encoding_i, var 0..255:stream_i, var scoreType: score_i) ::presolve(model) =
+predicate score_computation(var 0..e_unknown:encoding_i, var 0..255:stream_i, var scoreType: score_i) :: presolve(autotable(model)) =
   score_i = (bool2int(encoding_i == e_euc_jp) * eucjp_score[stream_i+1]
       + bool2int(encoding_i == e_sjis) * sjis_score[stream_i+1]
       + bool2int(encoding_i == e_utf8) * utf8_score[stream_i+1]
@@ -162,7 +162,7 @@ constraint forall (i in rng) (
   stream_to_status(i,stream,byte_status[i])
 );
 
-predicate link_vars(var int: encoding_i, var int: byte_status_i, var int: char_start_i) ::presolve =
+predicate link_vars(var int: encoding_i, var int: byte_status_i, var int: char_start_i) :: presolve(autotable) =
 (forall([
 %
 % byte_status -> encoding
@@ -403,7 +403,7 @@ predicate stream_to_status_old(int:i, array[int] of int: stream, var int: byte_s
 );
 
 
-predicate link_statuses(var int: byte_status_i, var int: byte_status_im1) ::presolve =
+predicate link_statuses(var int: byte_status_i, var int: byte_status_im1) :: presolve(autotable) =
 (  forall([
 %
 % UTF-8