The World of Computer Software/World_Of_Computer_Software-02-385-Vol-1of3.iso/o/ops5.zip/FBUG.OPS

Text File | 1992-05-31 | 103KB | 3,090 lines

(literal wme-type = 1)







 (literal
     geometry             = 2
     row                  = 3
     column               = 4 )





 (literal
     length               = 3
     delta                = 2
     nb                   = 4
     nb+d                 = 5
     nb+2d                = 6
     nb+3d                = 7
     nb+4d                = 8
     nb+5d                = 9
     nb+6d                = 10 )





 (literal
     nb                   = 4
     nb-incremented       = 2 )





 (literal
     value                = 3 )





 (literal
     name                 = 5
     length               = 3
     geometry             = 2
     owner                = 4
     position-1-state     = 6
     position-2-state     = 7
     position-3-state     = 8
     position-4-state     = 9
     position-5-state     = 10
     position-6-state     = 11
     position-7-state     = 12
     position-1-counter-to-update  = 13
     position-2-counter-to-update  = 14
     position-3-counter-to-update  = 15
     position-4-counter-to-update  = 16
     position-5-counter-to-update  = 17
     position-6-counter-to-update  = 18
     position-7-counter-to-update  = 19 )





 (literal
     row                  = 3
     column               = 4
     point-of-view        = 2
     name                 = 5 )





 (literal
     row                  = 3
     column               = 4
     point-of-view        = 2
     nb-of-compulsory-answer-creations  = 5
     nb-of-fragile-winners  = 6
     nb-of-strong-winners  = 7 )





 (literal
     type                 = 2
     is-better-than-type  = 3 )





 (literal
     type                 = 2
     state                = 5
     row                  = 3
     column               = 4
     score                = 6 )





 (literal
     name                 = 5
     point-of-views&counters-to-add  = 6
     comment              = 2 )





 (literal
     type                 = 2
     value                = 3 )





 (literal
     beginning-row        = 2
     beginning-column     = 3
     ending-row           = 4
     ending-column        = 5 )





 (literal
     state                = 5
     row                  = 3
     column               = 4 )





 (literal
     meaning              = 2
     drawing-character    = 3 )





 (literal
     nb-of-columns        = 2
     nb-of-rows           = 3
     nb-of-columns-incr   = 4
     nb-of-rows-incr      = 5
     max-board-size       = 6
     max-board-size-incr  = 7 )





 (literal
     board-row            = 3
     board-column         = 4
     type                 = 2
     line-type            = 5
     previous-board-position-row  = 6
     previous-board-position-column  = 7
     next-board-position-row  = 8
     next-board-position-column  = 9
     nw-board-position-row  = 10
     nw-board-position-column  = 11
     ne-board-position-row  = 12
     ne-board-position-column  = 13
     se-board-position-row  = 14
     se-board-position-column  = 15
     sw-board-position-row  = 16
     sw-board-position-column  = 17 )





 (literal
     of                   = 2
     is                   = 3 )





 (literal
     row                  = 3
     column               = 4
     state                = 5
     vertical-state       = 2
     horizontal-state     = 6
     right-bent-state     = 7
     left-bent-state      = 8 )





 (literal
     current-context      = 2
     current-sub-context  = 3
     current-player       = 4
     human-score          = 5
     computer-score       = 6 )



(p board-analyse::segment-updating-of-length-5
    (incrementation-table ^length 5 ^delta <i> ^nb <nb1> ^nb+d <nb1+i>
       ^nb+2d <nb1+2i> ^nb+3d <nb1+3i> ^nb+4d <nb1+4i>)
    (incrementation-table ^length 5 ^delta <j> ^nb <nb2> ^nb+d <nb2+j>
      ^nb+2d <nb2+2j> ^nb+3d <nb2+3j> ^nb+4d <nb2+4j>)
    (direction ^geometry <geometry> ^row <i> ^column <j>)
    (segment-type
      ^length 5 ^geometry <geometry>
      ^owner <owner>
      ^position-1-state <position-1-state>
      ^position-2-state <position-2-state>
      ^position-3-state <position-3-state>
      ^position-4-state <position-4-state>
      ^position-5-state <position-5-state>
      ^position-1-counter-to-update <position-1-counter-to-update>
      ^position-2-counter-to-update <position-2-counter-to-update>
      ^position-3-counter-to-update <position-3-counter-to-update>
      ^position-4-counter-to-update <position-4-counter-to-update>
      ^position-5-counter-to-update <position-5-counter-to-update>)
    (position ^row <nb1> ^column <nb2> ^state <position-1-state>)
    (position ^row <nb1+i> ^column <nb2+j> ^state <position-2-state>)
    (position ^row <nb1+2i> ^column <nb2+2j> ^state <position-3-state>)
    (position ^row <nb1+3i> ^column <nb2+3j> ^state <position-4-state>)
    (position ^row <nb1+4i> ^column <nb2+4j> ^state <position-5-state>)
-->
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1> ^column <nb2>
           ^name <position-1-counter-to-update>)
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1+i> ^column <nb2+j>
           ^name <position-2-counter-to-update>)
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1+2i> ^column <nb2+2j>
           ^name <position-3-counter-to-update>)
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1+3i> ^column <nb2+3j>
           ^name <position-4-counter-to-update>)
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1+4i> ^column <nb2+4j>
           ^name <position-5-counter-to-update>))

(p board-analyse::segment-updating-of-length-6
    (incrementation-table ^length 6 ^delta <i> ^nb <nb1> ^nb+d <nb1+i>
       ^nb+2d <nb1+2i> ^nb+3d <nb1+3i> ^nb+4d <nb1+4i> ^nb+5d <nb1+5i>)
    (incrementation-table ^length 6 ^delta <j> ^nb <nb2> ^nb+d <nb2+j>
      ^nb+2d <nb2+2j> ^nb+3d <nb2+3j> ^nb+4d <nb2+4j> ^nb+5d <nb2+5j>)
    (direction ^geometry <geometry> ^row <i> ^column <j>)
    (segment-type
      ^length 6 ^geometry <geometry>
      ^owner <owner>
      ^position-1-state <position-1-state>
      ^position-2-state <position-2-state>
      ^position-3-state <position-3-state>
      ^position-4-state <position-4-state>
      ^position-5-state <position-5-state>
      ^position-6-state <position-6-state>
      ^position-1-counter-to-update <position-1-counter-to-update>
      ^position-2-counter-to-update <position-2-counter-to-update>
      ^position-3-counter-to-update <position-3-counter-to-update>
      ^position-4-counter-to-update <position-4-counter-to-update>
      ^position-5-counter-to-update <position-5-counter-to-update>
      ^position-6-counter-to-update <position-6-counter-to-update>)
    (position ^row <nb1> ^column <nb2> ^state <position-1-state>)
    (position ^row <nb1+i> ^column <nb2+j> ^state <position-2-state>)
    (position ^row <nb1+2i> ^column <nb2+2j> ^state <position-3-state>)
    (position ^row <nb1+3i> ^column <nb2+3j> ^state <position-4-state>)
    (position ^row <nb1+4i> ^column <nb2+4j> ^state <position-5-state>)
    (position ^row <nb1+5i> ^column <nb2+5j> ^state <position-6-state>)
-->
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1> ^column <nb2>
           ^name <position-1-counter-to-update>)
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1+i> ^column <nb2+j>
           ^name <position-2-counter-to-update>)
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1+2i> ^column <nb2+2j>
           ^name <position-3-counter-to-update>)
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1+3i> ^column <nb2+3j>
           ^name <position-4-counter-to-update>)
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1+4i> ^column <nb2+4j>
           ^name <position-5-counter-to-update>)
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1+5i> ^column <nb2+5j>
           ^name <position-6-counter-to-update>))

(p board-analyse::segment-updating-of-length-7
    (incrementation-table ^length 7 ^delta <i> ^nb <nb1> ^nb+d <nb1+i>
       ^nb+2d <nb1+2i> ^nb+3d <nb1+3i> ^nb+4d <nb1+4i> ^nb+5d <nb1+5i> ^nb+6d <nb1+6i>)
    (incrementation-table ^length 7 ^delta <j> ^nb <nb2> ^nb+d <nb2+j>
      ^nb+2d <nb2+2j> ^nb+3d <nb2+3j> ^nb+4d <nb2+4j> ^nb+5d <nb2+5j> ^nb+6d <nb2+6j>)
    (direction ^geometry <geometry> ^row <i> ^column <j>)
    (segment-type
      ^length 7 ^geometry <geometry>
      ^owner <owner>
      ^position-1-state <position-1-state>
      ^position-2-state <position-2-state>
      ^position-3-state <position-3-state>
      ^position-4-state <position-4-state>
      ^position-5-state <position-5-state>
      ^position-6-state <position-6-state>
      ^position-7-state <position-7-state>
      ^position-1-counter-to-update <position-1-counter-to-update>
      ^position-2-counter-to-update <position-2-counter-to-update>
      ^position-3-counter-to-update <position-3-counter-to-update>
      ^position-4-counter-to-update <position-4-counter-to-update>
      ^position-5-counter-to-update <position-5-counter-to-update>
      ^position-6-counter-to-update <position-6-counter-to-update>
      ^position-7-counter-to-update <position-7-counter-to-update>)
    (position ^row <nb1> ^column <nb2> ^state <position-1-state>)
    (position ^row <nb1+i> ^column <nb2+j> ^state <position-2-state>)
    (position ^row <nb1+2i> ^column <nb2+2j> ^state <position-3-state>)
    (position ^row <nb1+3i> ^column <nb2+3j> ^state <position-4-state>)
    (position ^row <nb1+4i> ^column <nb2+4j> ^state <position-5-state>)
    (position ^row <nb1+5i> ^column <nb2+5j> ^state <position-6-state>)
    (position ^row <nb1+6i> ^column <nb2+6j> ^state <position-7-state>)
-->
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1> ^column <nb2>
           ^name <position-1-counter-to-update>)
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1+i> ^column <nb2+j>
           ^name <position-2-counter-to-update>)
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1+2i> ^column <nb2+2j>
           ^name <position-3-counter-to-update>)
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1+3i> ^column <nb2+3j>
           ^name <position-4-counter-to-update>)
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1+4i> ^column <nb2+4j>
           ^name <position-5-counter-to-update>)
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1+5i> ^column <nb2+5j>
           ^name <position-6-counter-to-update>)
    (make counter-to-update
           ^point-of-view <owner>
           ^row <nb1+6i> ^column <nb2+6j>
           ^name <position-7-counter-to-update>))

(p board-analyse::garbage-cleaning
    (game-state
      ^current-context board-analyse
      ^current-sub-context garbage-cleaning)
    (counter-to-update)
-->
    (remove 2))

(p board-analyse::garbage-cleaning-end
    (game-state
      ^current-context board-analyse
      ^current-sub-context garbage-cleaning)
-->
    (modify 1 ^current-sub-context counters-decrementation))

(p board-analyse::initialisations-for-counters-decrementation
    (game-state
      ^current-context board-analyse
      ^current-sub-context counters-decrementation)
    (new-move ^row <row> ^column <column>)
    (position ^row <row> ^column <column>)
    (number-to-add-while-updating-counters ^value <> -1)
-->
    (modify 4 ^value -1)
    (modify 3 ^row <row>))

(p board-analyse::counters-decrementation-end
    (game-state
      ^current-context board-analyse
      ^current-sub-context counters-decrementation)
-->
    (modify 1 ^current-sub-context counters-incrementation))

(p board-analyse::initialisations-for-counters-incrementation
    (game-state
      ^current-context board-analyse
      ^current-sub-context counters-incrementation)
    (new-move ^row <row> ^column <column> ^state <state>)
    (position ^row <row> ^column <column>)
    (number-to-add-while-updating-counters ^value <> 1)
-->
    (remove 2)
    (modify 4 ^value 1)
    (modify 3 ^state <state>))

(p board-analyse::counters-incrementation-end
    (game-state
      ^current-context board-analyse
      ^current-sub-context counters-incrementation)
    (number-to-add-while-updating-counters)
-->
    (modify 2 ^value ignore-it)
    (modify 1 ^current-context choice-of-a-move
              ^current-sub-context choice-of-segments))


(p board-analyse::counter-updating
    (game-state ^current-context board-analyse)
    (counter-to-update
      ^name {<name> <> garbage}
      ^row <row>
      ^column <column>
      ^point-of-view <point-of-view>)
    (number-to-add-while-updating-counters
      ^value {<increment-value> <> ignore-it})
    (position-analyse
      ^row <row>
      ^column <column>
      ^point-of-view <point-of-view>)
    (position
      ^row <row>
      ^column <column>
      ^state vacant)
-->
    (bind <counter-value> (substr 4 <name> <name>))
    (modify 4 ^<name> (compute <increment-value> + <counter-value>))
    (remove 2))

(p board-analyse::making-of-two-position-analyses
    (game-state ^current-context board-analyse)
    (counter-to-update
      ^name {<name> <> garbage}
      ^row <row>
      ^column <column>)
    (number-to-add-while-updating-counters
      ^value <> ignore-it)
   -(position-analyse
      ^row <row>
      ^column <column>)
    (position
      ^row <row>
      ^column <column>
      ^state vacant)

-->
    (make position-analyse
           ^row <row> ^column <column>
           ^point-of-view human
           ^nb-of-compulsory-answer-creations 0
           ^nb-of-fragile-winners 0
           ^nb-of-strong-winners 0)
    (make position-analyse
           ^row <row> ^column <column>
           ^point-of-view computer
           ^nb-of-compulsory-answer-creations 0
           ^nb-of-fragile-winners 0
           ^nb-of-strong-winners 0))

(p board-analyse::removal-of-a-pointless-position-analyse
    (game-state ^current-context board-analyse)
    (number-to-add-while-updating-counters
      ^value {<increment-value> <> ignore-it})
    (position-analyse
      ^row <row>
      ^column <column>)
    (position
      ^row <row>
      ^column <column>
      ^state <> vacant)
-->
    (remove 3))


(p board-analyse::removal-of-a-pointless-counter-updating
    (counter-to-update
      ^name garbage)
-->
    (remove 1))





(p choice-of-a-move-by-the-computer::compulsory-answers-computation
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context generation-of-the-best-possible-moves
      ^current-player computer)
    (position-analyse
      ^point-of-view computer
      ^row <row>
      ^column <column>
      ^nb-of-compulsory-answer-creations <nbcacc>)
    (position-analyse
      ^point-of-view human
      ^row <row>
      ^column <column>
      ^nb-of-strong-winners <nbswh>)
-->
    (make possible-move
           ^state non-validated-nb-of-compulsory-answer-creations
           ^row <row>
           ^column <column>
       ^score (compute <nbcacc> + <nbswh>)))

(p choice-of-a-move-by-the-computer::compulsory-answers-validation
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context generation-of-the-best-possible-moves
      ^current-player computer)
   {(possible-move
     ^state non-validated-nb-of-compulsory-answer-creations
     ^row <row>
     ^column <column>
     ^score {<score> >= 2 }) <possible-move>}
-->
    (modify <possible-move>
        ^state validated-nb-of-compulsory-answer-creations))

(p choice-of-a-move-by-the-computer::compulsory-answers-validation-to-0
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context generation-of-the-best-possible-moves
      ^current-player computer)
   {(possible-move
     ^state non-validated-nb-of-compulsory-answer-creations
     ^row <row>
     ^column <column>
     ^score {<score> < 2 }) <possible-move>}
-->
    (modify <possible-move>
        ^score 0
        ^state validated-nb-of-compulsory-answer-creations))

(p choice-of-a-move-by-the-computer::score-computation
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context generation-of-the-best-possible-moves
      ^current-player computer)
  {(possible-move
     ^state validated-nb-of-compulsory-answer-creations
     ^row <row>
     ^column <column>
     ^score <score>) <possible-move>}
    (position-analyse
      ^point-of-view computer
      ^row <row>
      ^column <column>
      ^nb-of-fragile-winners <nbfwc>
      ^nb-of-strong-winners <nbswc>)
    (position-analyse
      ^point-of-view human
      ^row <row>
      ^column <column>
      ^nb-of-fragile-winners <nbfwh>
      ^nb-of-compulsory-answer-creations <nbcach>)
-->
    (modify <possible-move>
        ^state computed
        ^score (compute (100 * (<nbfwh> + <nbfwc>)) +
                (10 * <score>) +
                <nbcach> + (2 * <nbswc>))))


(p choice-of-a-move-by-the-computer::selection-of-the-best-moves
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context generation-of-the-best-possible-moves
      ^current-player computer)
   {(possible-move
      ^state computed
      ^score <score-i>) <possible-move-i>}
    (possible-move
      ^state computed
      ^score  > <score-i>)
-->
    (remove  <possible-move-i>))

(p choice-of-a-move-by-the-computer::generation-of-the-best-possible-moves-end
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context generation-of-the-best-possible-moves
      ^current-player computer)
-->
    (modify 1
      ^current-sub-context choice-of-the-move))

(p choice-of-a-move-by-the-computer::removal-of-all-possible-moves
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-the-move
      ^current-player computer)
    (possible-move
      ^row <row>
      ^column <column>)
    (new-move)
-->
    (remove 2))

(p choice-of-a-move-by-the-computer::blind-pick-up-of-one-of-the-best
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-the-move
      ^current-player computer)
    (possible-move
      ^row <row>
      ^column <column>)
   -(new-move)
-->
    (make last-computer-move <row> <column>)
    (make new-move
           ^state computer
           ^row <row>
           ^column <column>))

(p choice-of-a-move-by-the-computer::blind-pick-up-of-a-vacant-position
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-the-move
      ^current-player computer)
   -(possible-move)
   -(new-move)
    (position ^state << human computer >>)
    (position
      ^state vacant
      ^row <row>
      ^column <column>)
-->
    (make last-computer-move <row> <column>)
    (make new-move
           ^state computer
           ^row <row>
           ^column <column>))

(p choice-of-a-move-by-the-computer::first-move
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-the-move
      ^current-player computer)
   -(position ^state << computer human >>)
-->
    (make last-computer-move 6 5)
    (make new-move
           ^state computer
           ^row 6
           ^column 5))

(p choice-of-a-move-by-the-computer::end-of-the-choice-of-the-move
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-the-move
      ^current-player computer)
-->
    (modify 1 ^current-context board-analyse
              ^current-sub-context garbage-cleaning))

(p choice-of-a-move-by-the-computer::vertical-segment-choice
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-segments
      ^computer-score <computer-score>
      ^current-player computer)
    (incrementation-table ^length 4 ^delta 1 ^nb <nb1> ^nb+d <nb1+i>
       ^nb+2d <nb1+2i> ^nb+3d <nb1+3i>)
    (incrementation-table ^length 4 ^delta 0 ^nb <nb2> ^nb+d <nb2+j>
      ^nb+2d <nb2+2j> ^nb+3d <nb2+3j>)
    (position ^row <nb1> ^column <nb2>
              ^state computer ^vertical-state << free end-of-a-segment >>)
    (position ^row <nb1+i> ^column <nb2+j>
              ^state computer ^vertical-state << free end-of-a-segment >>)
    (position ^row <nb1+2i> ^column <nb2+2j>
              ^state computer ^vertical-state << free end-of-a-segment >>)
    (position ^row <nb1+3i> ^column <nb2+3j>
              ^state computer ^vertical-state << free end-of-a-segment >>)
-->
    (modify 1 ^computer-score (compute <computer-score> + 1))
    (modify 4 ^vertical-state end-of-a-segment)
    (modify 5 ^vertical-state inside-a-segment)
    (modify 6 ^vertical-state inside-a-segment)
    (modify 7 ^vertical-state end-of-a-segment))

(p choice-of-a-move-by-the-computer::horizontal-segment-choice
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-segments
      ^computer-score <computer-score>
      ^current-player computer)
    (incrementation-table ^length 4 ^delta 0 ^nb <nb1> ^nb+d <nb1+i>
       ^nb+2d <nb1+2i> ^nb+3d <nb1+3i>)
    (incrementation-table ^length 4 ^delta 1 ^nb <nb2> ^nb+d <nb2+j>
      ^nb+2d <nb2+2j> ^nb+3d <nb2+3j>)
    (position ^row <nb1> ^column <nb2>
              ^state computer ^horizontal-state << free end-of-a-segment >>)
    (position ^row <nb1+i> ^column <nb2+j>
              ^state computer ^horizontal-state << free end-of-a-segment >>)
    (position ^row <nb1+2i> ^column <nb2+2j>
              ^state computer ^horizontal-state << free end-of-a-segment >>)
    (position ^row <nb1+3i> ^column <nb2+3j>
              ^state computer ^horizontal-state << free end-of-a-segment >>)
-->
    (modify 1 ^computer-score (compute <computer-score> + 1))
    (modify 4 ^horizontal-state end-of-a-segment)
    (modify 5 ^horizontal-state inside-a-segment)
    (modify 6 ^horizontal-state inside-a-segment)
    (modify 7 ^horizontal-state end-of-a-segment))

(p choice-of-a-move-by-the-computer::right-bent-segment-choice
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-segments
      ^computer-score <computer-score>
      ^current-player computer)
    (incrementation-table ^length 4 ^delta -1 ^nb <nb1> ^nb+d <nb1+i>
       ^nb+2d <nb1+2i> ^nb+3d <nb1+3i>)
    (incrementation-table ^length 4 ^delta 1 ^nb <nb2> ^nb+d <nb2+j>
      ^nb+2d <nb2+2j> ^nb+3d <nb2+3j>)
    (position ^row <nb1> ^column <nb2>
              ^state computer ^right-bent-state << free end-of-a-segment >>)
    (position ^row <nb1+i> ^column <nb2+j>
              ^state computer ^right-bent-state << free end-of-a-segment >>)
    (position ^row <nb1+2i> ^column <nb2+2j>
              ^state computer ^right-bent-state << free end-of-a-segment >>)
    (position ^row <nb1+3i> ^column <nb2+3j>
              ^state computer ^right-bent-state << free end-of-a-segment >>)
-->
    (modify 1 ^computer-score (compute <computer-score> + 1))
    (modify 4 ^right-bent-state end-of-a-segment)
    (modify 5 ^right-bent-state inside-a-segment)
    (modify 6 ^right-bent-state inside-a-segment)
    (modify 7 ^right-bent-state end-of-a-segment))

(p choice-of-a-move-by-the-computer::left-bent-segment-choice
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-segments
      ^computer-score <computer-score>
      ^current-player computer)
    (incrementation-table ^length 4 ^delta 1 ^nb <nb1> ^nb+d <nb1+i>
       ^nb+2d <nb1+2i> ^nb+3d <nb1+3i>)
    (incrementation-table ^length 4 ^delta 1 ^nb <nb2> ^nb+d <nb2+j>
      ^nb+2d <nb2+2j> ^nb+3d <nb2+3j>)
    (position ^row <nb1> ^column <nb2>
              ^state computer ^left-bent-state << free end-of-a-segment >>)
    (position ^row <nb1+i> ^column <nb2+j>
              ^state computer ^left-bent-state << free end-of-a-segment >>)
    (position ^row <nb1+2i> ^column <nb2+2j>
              ^state computer ^left-bent-state << free end-of-a-segment >>)
    (position ^row <nb1+3i> ^column <nb2+3j>
              ^state computer ^left-bent-state << free end-of-a-segment >>)
-->
    (modify 1 ^computer-score (compute <computer-score> + 1))
    (modify 4 ^left-bent-state end-of-a-segment)
    (modify 5 ^left-bent-state inside-a-segment)
    (modify 6 ^left-bent-state inside-a-segment)
    (modify 7 ^left-bent-state end-of-a-segment))

(p choice-of-a-move-by-the-computer::end-of-choice-of-segments
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-segments
      ^computer-score <computer-score>
      ^current-player computer)
-->
    (modify 1
            ^current-context board-drawing
            ^current-player human))








(p generation-of-incrementation
    (game-state ^current-context initialisations)
    (board-parameters
      ^max-board-size-incr <mbs+1>)
    (incrementation
      ^nb <nb>
      ^nb-incremented  {<nb-incremented> < <mbs+1>})
   -(incrementation
      ^nb <nb-incremented>)
-->
    (make incrementation
           ^nb <nb-incremented>
           ^nb-incremented (compute <nb-incremented> + 1)))


(p generation-of-incrementation-table
    (game-state ^current-context initialisations)
    (delta <delta>)
    (nb <nb>)
    (length <length>)
-->
    (make incrementation-table
          ^length <length>
          ^delta <delta>
          ^nb <nb>
          ^nb+d (compute <nb> + <delta>)
              ^nb+2d (compute <nb> + ( 2 * <delta>))
              ^nb+3d (compute <nb> + ( 3 * <delta>))
              ^nb+4d (compute <nb> + ( 4 * <delta>))
              ^nb+5d (compute <nb> + ( 5 * <delta>))
              ^nb+6d (compute <nb> + ( 6 * <delta>))))

(p cleaning-of-superfluous-incrementation-tables-2
    (game-state ^current-context initialisations)
    (board-parameters
      ^max-board-size-incr <mbs+1>)
   {(incrementation-table ^length 7 ^nb+6d > <mbs+1>)
    <incrementation-table>}
-->
    (remove <incrementation-table>))

(p cleaning-of-superfluous-incrementation-tables-3
    (game-state ^current-context initialisations)
    (board-parameters
      ^max-board-size-incr <mbs+1>)
   {(incrementation-table ^length 6 ^nb+5d > <mbs+1>)
    <incrementation-table>}
-->
    (remove <incrementation-table>))

(p cleaning-of-superfluous-incrementation-tables-4
    (game-state ^current-context initialisations)
    (board-parameters
      ^max-board-size-incr <mbs+1>)
   {(incrementation-table ^length 5 ^nb+4d > <mbs+1>)
    <incrementation-table>}
-->
    (remove <incrementation-table>))

(p cleaning-of-superfluous-incrementation-tables-5
    (game-state ^current-context initialisations)
    (board-parameters
      ^max-board-size <mbs>)
   {(incrementation-table ^length 4 ^nb+3d > <mbs>)
    <incrementation-table>}
-->
    (remove <incrementation-table>))

(p cleaning-of-superfluous-incrementation-tables-2-bis
    (game-state ^current-context initialisations)
   {(incrementation-table ^length 7 ^nb+6d < 0)
    <incrementation-table>}
-->
    (remove <incrementation-table>))

(p cleaning-of-superfluous-incrementation-tables-3-bis
    (game-state ^current-context initialisations)
   {(incrementation-table ^length 6 ^nb+5d < 0)
    <incrementation-table>}
-->
    (remove <incrementation-table>))

(p cleaning-of-superfluous-incrementation-tables-4-bis
    (game-state ^current-context initialisations)
   {(incrementation-table ^length 5 ^nb+4d < 0)
    <incrementation-table>}
-->
    (remove <incrementation-table>))

(p cleaning-of-superfluous-incrementation-tables-5-bis
    (game-state ^current-context initialisations)
   {(incrementation-table ^length 4 ^nb+3d <= 0)
    <incrementation-table>}
-->
    (remove <incrementation-table>))

(p generation-of-an-edge-horizontally
    (game-state ^current-context initialisations)
    (board-parameters
      ^nb-of-columns <nbbc>)
    (position
      ^row {<< 0 11 >> <existing-position-row>}
      ^column  {<= <nbbc> <existing-position-column>})
    (incrementation
      ^nb <existing-position-column>
      ^nb-incremented <existing-position-column-incremented>)
   -(position
      ^row <existing-position-row>
      ^column <existing-position-column-incremented>)
-->
    (make position
           ^row <existing-position-row>
           ^column <existing-position-column-incremented>
           ^state edge
           ^vertical-state nil
           ^horizontal-state nil
           ^right-bent-state nil
           ^left-bent-state nil))

(p generation-of-an-edge-vertically
    (game-state ^current-context initialisations)
    (board-parameters
      ^nb-of-rows <nbbr>)
    (position
      ^column {<< 0  11 >> <existing-position-column>}
      ^row  {<= <nbbr> <existing-position-row>})
    (incrementation
      ^nb <existing-position-row>
      ^nb-incremented <existing-position-row-incremented>)
   -(position
      ^column <existing-position-column>
      ^row  <existing-position-row-incremented>)
-->
    (make position
           ^column <existing-position-column>
           ^row <existing-position-row-incremented>
           ^state edge
           ^vertical-state nil
           ^horizontal-state nil
           ^right-bent-state nil
           ^left-bent-state nil))

(p generation-of-an-empty-board-horizontally
    (game-state ^current-context initialisations)
    (board-parameters
      ^nb-of-rows <nbbr>
      ^nb-of-columns <nbbc>)
    (position
      ^row {<existing-position-row> > 0 <= <nbbr>}
      ^column  {< <nbbc> <existing-position-column>})
    (incrementation
      ^nb <existing-position-column>
      ^nb-incremented <existing-position-column-incremented>)
   -(position
      ^row <existing-position-row>
      ^column <existing-position-column-incremented>)
-->
    (make position
           ^row <existing-position-row>
           ^column <existing-position-column-incremented>
           ^state vacant
           ^vertical-state free
           ^horizontal-state free
           ^right-bent-state free
           ^left-bent-state free))

(p generation-of-an-empty-board-vertically
    (game-state ^current-context initialisations)
    (board-parameters
      ^nb-of-rows <nbbr>
      ^nb-of-columns <nbbc>)
    (position
      ^column {<existing-position-column> > 0 <= <nbbc>}
      ^row  {< <nbbr> <existing-position-row>})
    (incrementation
      ^nb <existing-position-row>
      ^nb-incremented <existing-position-row-incremented>)
   -(position
      ^column <existing-position-column>
      ^row  <existing-position-row-incremented>)
-->
    (make position
           ^column <existing-position-column>
           ^row <existing-position-row-incremented>
           ^state vacant
           ^vertical-state free
           ^horizontal-state free
           ^right-bent-state free
           ^left-bent-state free))

(p determination-of-the-player-who-is-going-to-start
   {<game-state>
    (game-state
      ^current-context initialisations
      ^current-player {<> human <> computer})}
    (symbol
      ^meaning human
      ^drawing-character <human-drawing-character>)
    (symbol
      ^meaning computer
      ^drawing-character <computer-drawing-character>)
    (board-parameters
      ^nb-of-columns <nbbc>
      ^nb-of-rows <nbbr>)
-->
    (write |___________________________________________|
           (crlf)
           (crlf)
           |   The board has | <nbbc> | rows and | <nbbc> | columns.|
           (crlf)
           |       You are | <human-drawing-character> |, I am |
           <computer-drawing-character> |.|
           (crlf)
           | ___________________________________________|
           (crlf)
           (crlf)
           |Do you want to start (return: yes, anything else: no)? |)
           (make input ^type first-player ^value (acceptline human read)))

(p validation-of-the-answer-1
   {<game-state>
    (game-state
      ^current-context initialisations)}
   {(input ^type first-player ^value human) <input>}
-->
    (remove <input>)
    (modify <game-state>
          ^current-player human
              ^current-context choice-of-a-move
              ^current-sub-context choice-of-the-move))

(p validation-of-the-answer-2
   {<game-state>
    (game-state
      ^current-context initialisations)}
   {(input ^type first-player ^value <> human) <input>}
-->
    (remove <input>)
    (modify <game-state>
          ^current-player computer
              ^current-context choice-of-a-move
              ^current-sub-context choice-of-the-move))



(p initialisations-for-board-drawing
   {<game-state>
    (game-state ^current-context board-drawing)}
   {(last-computer-move <row> <column>) <last-computer-move>}
   -(drawing-position-printed)
-->
    (write (crlf)
           (crlf)
           |score: human |
           (substr <game-state> human-score human-score)
           | computer |
           (substr <game-state> computer-score computer-score)
           |. I just played| <row> <column> |.|
           (crlf)
           (crlf))
    (remove <last-computer-move>)
    (make drawing-position-printed
           ^type outside-board
           ^line-type first-line
           ^board-row nil
           ^board-column 1))

(p drawing-of-the-first-line
    (game-state ^current-context board-drawing)
    (board-parameters
      ^nb-of-columns <nbbc>)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type first-line
      ^board-column {<> <nbbc> <board-column>})}

-->
    (bind <tab> (compute (2 + (<board-column> * 4))))
    (write (tabto <tab>)
           <board-column>)
    (modify <drawing-position-printed>
              ^board-column (compute <board-column> + 1)))

(p end-of-the-drawing-of-the-first-line
    (game-state ^current-context board-drawing)
    (board-parameters
      ^nb-of-columns <nb-of-columns>)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type first-line
      ^board-column <nb-of-columns>)}
-->
    (bind <tab> (compute (2 + (4 * <nb-of-columns>))))
    (write (tabto <tab>)
           <nb-of-columns>
           (crlf) (crlf))
    (modify <drawing-position-printed>
             ^board-row 1
             ^line-type board-line
             ^type outside-board))

(p drawing-of-the-beginning-of-a-board-line
    (game-state ^current-context board-drawing)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type board-line
      ^type outside-board
      ^board-row <board-row>)}
-->
    (write <board-row>)
    (modify <drawing-position-printed>
              ^type board-position
              ^board-column 1
              ^previous-board-position-column 1
              ^previous-board-position-row <board-row>
              ^next-board-position-column 2
              ^next-board-position-row <board-row>))

(p drawing-of-a-board-position
    (game-state ^current-context board-drawing)
    (board-parameters
      ^nb-of-columns <nbbc>)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type board-line
      ^type board-position
      ^board-row <board-row>
      ^board-column {<> <nbbc> <board-column>})}
    (position
      ^state <board-position-state>
      ^row <board-row>
      ^column <board-column>)
    (symbol
      ^meaning <board-position-state>
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute (2 + (4 * <board-column>))))
    (write (tabto <tab>)
           <drawing-character>)
    (modify <drawing-position-printed>
              ^type possibly-a-piece-of-horizontal-segment))

(p drawing-of-the-end-of-a-board-line
    (game-state ^current-context board-drawing)
    (board-parameters
      ^nb-of-rows <nbbr>
      ^nb-of-columns <nbbc>)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type board-line
      ^type board-position
      ^board-row {<> <nbbr> <board-row>}
      ^board-column <nbbc>)}
    (position
      ^state <board-position-state>
      ^row <board-row>
      ^column <nbbc>)
    (symbol
      ^meaning <board-position-state>
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute (2 + (4 * <nbbc>))))
    (write (tabto <tab>)
           <drawing-character>
           (crlf))
    (modify <drawing-position-printed>
              ^type outside-board
              ^line-type intermediate-line))

(p drawing-of-the-end-of-the-board
   {<game-state>
    (game-state ^current-context board-drawing)}
    (board-parameters
      ^nb-of-rows <nbbr>
      ^nb-of-columns <nbbc>)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type board-line
      ^type board-position
      ^board-row <nbbr>
      ^board-column <nbbc>)}
    (position
      ^state <board-position-state>
      ^row <nbbr>
      ^column <nbbc>)
    (symbol
      ^meaning <board-position-state>
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute (2 + (4 * <nbbc>))))
    (write (tabto <tab>)
           <drawing-character>
           (crlf) (crlf))
    (remove <drawing-position-printed>)
    (modify <game-state>
              ^current-context choice-of-a-move
              ^current-sub-context choice-of-the-move
              ^current-player human))

(p drawing-of-an-horizontal-piece-of-segment-1

    (game-state ^current-context board-drawing)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type board-line
      ^type possibly-a-piece-of-horizontal-segment
      ^board-column <board-column>
      ^board-row <board-row>
      ^next-board-position-column <nbpc>
      ^previous-board-position-column <pbpc>)}
    (position
      ^row <board-row>
      ^column <pbpc>
      ^state <> vacant
      ^horizontal-state inside-a-segment)
    (symbol
      ^meaning piece-of-horizontal-segment
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute (2 + (4 * <board-column>) + 2)))
    (write (tabto <tab>)
           <drawing-character>)
    (modify <drawing-position-printed>
              ^type board-position
              ^board-column (compute <board-column> + 1)
              ^previous-board-position-column <nbpc>
              ^next-board-position-column (compute <nbpc> + 1)))

(p drawing-of-an-horizontal-piece-of-segment-2
    (game-state ^current-context board-drawing)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type board-line
      ^type possibly-a-piece-of-horizontal-segment
      ^board-column <board-column>
      ^board-row <board-row>
      ^next-board-position-column <nbpc>
      ^previous-board-position-column <pbpc>)}
    (position
      ^row <board-row>
      ^column <nbpc>
      ^state <> vacant
      ^horizontal-state inside-a-segment)
    (symbol
      ^meaning piece-of-horizontal-segment
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute (2 + (4 * <board-column>) + 2)))
    (write (tabto <tab>)
           <drawing-character>)
    (modify <drawing-position-printed>
              ^type board-position
              ^board-column (compute <board-column> + 1)
              ^previous-board-position-column <nbpc>
              ^next-board-position-column (compute <nbpc> + 1)))


(p non-drawing-of-an-horizontal-piece-of-segment
    (game-state ^current-context board-drawing)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type board-line
      ^type possibly-a-piece-of-horizontal-segment
      ^board-column <board-column>
      ^board-row <board-row>
      ^next-board-position-column <nbpc>
      ^previous-board-position-column <pbpc>)}
-->
    (modify <drawing-position-printed>
              ^type board-position
              ^board-column (compute <board-column> + 1)
              ^previous-board-position-column <nbpc>
              ^next-board-position-column (compute <nbpc> + 1)))

(p drawing-of-the-beginning-of-an-intermediate-line
    (game-state ^current-context board-drawing)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type intermediate-line
      ^type outside-board
      ^board-row <board-row>)}
-->
    (modify <drawing-position-printed>
              ^type possibly-a-piece-of-vertical-segment
              ^nw-board-position-row <board-row>
              ^nw-board-position-column 1
              ^sw-board-position-row (compute 1 + <board-row>)
              ^sw-board-position-column 1
              ^ne-board-position-row <board-row>
              ^ne-board-position-column 2
              ^se-board-position-row (compute 1 + <board-row>)
              ^se-board-position-column 2))

(p drawing-of-a-vertical-piece-of-segment-1
    (game-state ^current-context board-drawing)
    (board-parameters
      ^nb-of-columns <nbbc>)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type intermediate-line
      ^type possibly-a-piece-of-vertical-segment
      ^nw-board-position-column {<> <nbbc> <board-column>}
      ^nw-board-position-row <nwbpr>)}
    (position
      ^row <nwbpr>
      ^column <board-column>
      ^state <> vacant
      ^vertical-state inside-a-segment)
    (symbol
      ^meaning piece-of-vertical-segment
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute 2 + (4 * <board-column>)))
    (write (tabto <tab>)
           <drawing-character>)
    (modify <drawing-position-printed>
              ^type possibly-a-piece-of-bent-segment))

(p drawing-of-a-vertical-piece-of-segment-2
    (game-state ^current-context board-drawing)
    (board-parameters
      ^nb-of-columns <nbbc>)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type intermediate-line
      ^type possibly-a-piece-of-vertical-segment
      ^nw-board-position-column {<> <nbbc> <board-column>}
      ^sw-board-position-row <swbpr>)}
    (position
      ^row <swbpr>
      ^column <board-column>
      ^state <> vacant
      ^vertical-state inside-a-segment)
    (symbol
      ^meaning piece-of-vertical-segment
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute 2 + (4 * <board-column>)))
    (write (tabto <tab>)
           <drawing-character>)
    (modify <drawing-position-printed>
              ^type possibly-a-piece-of-bent-segment))

(p non-drawing-of-a-vertical-piece-of-segment
    (game-state ^current-context board-drawing)
    (board-parameters
      ^nb-of-columns <nbbc>)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type intermediate-line
      ^type possibly-a-piece-of-vertical-segment
      ^nw-board-position-column {<> <nbbc> <board-column>}
      ^sw-board-position-row <swbpr>)}
-->
    (modify <drawing-position-printed>
              ^type possibly-a-piece-of-bent-segment))

(p drawing-of-a-piece-of-right-bent-segment-1
    (game-state ^current-context board-drawing)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type intermediate-line
      ^type possibly-a-piece-of-bent-segment
      ^nw-board-position-column <board-column>
      ^board-row <board-row>
      ^sw-board-position-column <swbpc>
      ^nw-board-position-column <nwbpc>
      ^se-board-position-column <sebpc>
      ^ne-board-position-column <nebpc>
      ^sw-board-position-row <swbpr>)}
    (position
      ^row <swbpr>
      ^column <swbpc>
      ^state <> vacant
      ^right-bent-state inside-a-segment)
    (symbol
      ^meaning piece-of-right-bent-segment
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute 2 + (4 * <board-column>) + 2))
    (write (tabto <tab>)
           <drawing-character>)
    (modify <drawing-position-printed>
              ^type possibly-a-piece-of-vertical-segment
              ^sw-board-position-column <sebpc>
              ^nw-board-position-column <nebpc>
              ^se-board-position-column (compute <sebpc> + 1)
              ^ne-board-position-column (compute <nebpc> + 1)))

(p drawing-of-a-piece-of-right-bent-segment-2
    (game-state ^current-context board-drawing)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type intermediate-line
      ^type possibly-a-piece-of-bent-segment
      ^nw-board-position-column <board-column>
      ^board-row <board-row>
      ^sw-board-position-column <swbpc>
      ^nw-board-position-column <nwbpc>
      ^se-board-position-column <sebpc>
      ^ne-board-position-column <nebpc>
      ^ne-board-position-row <nebpr>)}
    (position
      ^row <nebpr>
      ^column <nebpc>
      ^state <> vacant
      ^right-bent-state inside-a-segment)
    (symbol
      ^meaning piece-of-right-bent-segment
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute 2 + (4 * <board-column>) + 2))
    (write (tabto <tab>)
           <drawing-character>)
    (modify <drawing-position-printed>
              ^type possibly-a-piece-of-vertical-segment
              ^sw-board-position-column <sebpc>
              ^nw-board-position-column <nebpc>
              ^se-board-position-column (compute <sebpc> + 1)
              ^ne-board-position-column (compute <nebpc> + 1)))

(p drawing-of-a-piece-of-left-bent-segment-1
    (game-state ^current-context board-drawing)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type intermediate-line
      ^type possibly-a-piece-of-bent-segment
      ^nw-board-position-column <board-column>
      ^board-row <board-row>
      ^sw-board-position-column <swbpc>
      ^nw-board-position-column <nwbpc>
      ^se-board-position-column <sebpc>
      ^ne-board-position-column <nebpc>
      ^se-board-position-row <sebpr>)}
    (position
      ^row <sebpr>
      ^column <sebpc>
      ^state <> vacant
      ^left-bent-state inside-a-segment)
    (symbol
      ^meaning piece-of-left-bent-segment
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute 2 + (4 * <board-column>) + 2))
    (write (tabto <tab>)
           <drawing-character>)
    (modify <drawing-position-printed>
              ^type possibly-a-piece-of-vertical-segment
              ^sw-board-position-column <sebpc>
              ^nw-board-position-column <nebpc>
              ^se-board-position-column (compute <sebpc> + 1)
              ^ne-board-position-column (compute <nebpc> + 1)))

(p drawing-of-a-piece-of-left-bent-segment-2
    (game-state ^current-context board-drawing)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type intermediate-line
      ^type possibly-a-piece-of-bent-segment
      ^nw-board-position-column <board-column>
      ^board-row <board-row>
      ^sw-board-position-column <swbpc>
      ^nw-board-position-column <nwbpc>
      ^se-board-position-column <sebpc>
      ^ne-board-position-column <nebpc>
      ^nw-board-position-row <nwbpr>)}
    (position
      ^row <nwbpr>
      ^column <nwbpc>
      ^state <> vacant
      ^left-bent-state inside-a-segment)
    (symbol
      ^meaning piece-of-left-bent-segment
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute 2 + (4 * <board-column>) + 2))
    (write (tabto <tab>)
           <drawing-character>)
    (modify <drawing-position-printed>
              ^type possibly-a-piece-of-vertical-segment
              ^sw-board-position-column <sebpc>
              ^nw-board-position-column <nebpc>
              ^se-board-position-column (compute <sebpc> + 1)
              ^ne-board-position-column (compute <nebpc> + 1)))

(p drawing-of-a-crossing-of-segments-1
    (game-state ^current-context board-drawing)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type intermediate-line
      ^type possibly-a-piece-of-bent-segment
      ^nw-board-position-column <board-column>
      ^board-row <board-row>
      ^sw-board-position-column <swbpc>
      ^nw-board-position-column <nwbpc>
      ^se-board-position-column <sebpc>
      ^ne-board-position-column <nebpc>
      ^se-board-position-row <sebpr>
      ^sw-board-position-row <swbpr>)}
    (position
      ^row <swbpr>
      ^column <swbpc>
      ^state <> vacant
      ^right-bent-state inside-a-segment)
    (position
      ^row <sebpr>
      ^column <sebpc>
      ^state <> vacant
      ^left-bent-state inside-a-segment)
    (symbol
      ^meaning crossing-of-two-bent-segments
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute 2 + (4 * <board-column>) + 2))
    (write (tabto <tab>)
           <drawing-character>)
    (modify <drawing-position-printed>
              ^type possibly-a-piece-of-vertical-segment
              ^sw-board-position-column <sebpc>
              ^nw-board-position-column <nebpc>
              ^se-board-position-column (compute <sebpc> + 1)
              ^ne-board-position-column (compute <nebpc> + 1)))

(p drawing-of-a-crossing-of-segments-2
    (game-state ^current-context board-drawing)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type intermediate-line
      ^type possibly-a-piece-of-bent-segment
      ^nw-board-position-column <board-column>
      ^board-row <board-row>
      ^sw-board-position-column <swbpc>
      ^nw-board-position-column <nwbpc>
      ^se-board-position-column <sebpc>
      ^ne-board-position-column <nebpc>
      ^ne-board-position-row <nebpr>
      ^nw-board-position-row <nwbpr>)}
    (position
      ^row <nwbpr>
      ^column <nwbpc>
      ^state <> vacant
      ^left-bent-state inside-a-segment)
    (position
      ^row <nebpr>
      ^column <nebpc>
      ^state <> vacant
      ^right-bent-state inside-a-segment)
    (symbol
      ^meaning crossing-of-two-bent-segments
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute 2 + (4 * <board-column>) + 2))
    (write (tabto <tab>)
           <drawing-character>)
    (modify <drawing-position-printed>
              ^type possibly-a-piece-of-vertical-segment
              ^sw-board-position-column <sebpc>
              ^nw-board-position-column <nebpc>
              ^se-board-position-column (compute <sebpc> + 1)
              ^ne-board-position-column (compute <nebpc> + 1)))

(p drawing-of-a-crossing-of-segments-3
    (game-state ^current-context board-drawing)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type intermediate-line
      ^type possibly-a-piece-of-bent-segment
      ^nw-board-position-column <board-column>
      ^board-row <board-row>
      ^sw-board-position-column <swbpc>
      ^nw-board-position-column <nwbpc>
      ^se-board-position-column <sebpc>
      ^ne-board-position-column <nebpc>
      ^ne-board-position-row <nebpr>
      ^se-board-position-row <sebpr>)}
    (position
      ^row <sebpr>
      ^column <sebpc>
      ^state <> vacant
      ^left-bent-state inside-a-segment)
    (position
      ^row <nebpr>
      ^column <nebpc>
      ^state <> vacant
      ^right-bent-state inside-a-segment)
    (symbol
      ^meaning crossing-of-two-bent-segments
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute 2 + (4 * <board-column>) + 2))
    (write (tabto <tab>)
           <drawing-character>)
    (modify <drawing-position-printed>
              ^type possibly-a-piece-of-vertical-segment
              ^sw-board-position-column <sebpc>
              ^nw-board-position-column <nebpc>
              ^se-board-position-column (compute <sebpc> + 1)
              ^ne-board-position-column (compute <nebpc> + 1)))

(p drawing-of-a-crossing-of-segments-4
    (game-state ^current-context board-drawing)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type intermediate-line
      ^type possibly-a-piece-of-bent-segment
      ^nw-board-position-column <board-column>
      ^board-row <board-row>
      ^sw-board-position-column <swbpc>
      ^nw-board-position-column <nwbpc>
      ^se-board-position-column <sebpc>
      ^ne-board-position-column <nebpc>
      ^nw-board-position-row <nwbpr>
      ^sw-board-position-row <swbpr>)}
    (position
      ^row <swbpr>
      ^column <swbpc>
      ^state <> vacant
      ^right-bent-state inside-a-segment)
    (position
      ^row <nwbpr>
      ^column <nwbpc>
      ^state <> vacant
      ^left-bent-state inside-a-segment)
    (symbol
      ^meaning crossing-of-two-bent-segments
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute 2 + (4 * <board-column>) + 2))
    (write (tabto <tab>)
           <drawing-character>)
    (modify <drawing-position-printed>
              ^type possibly-a-piece-of-vertical-segment
              ^sw-board-position-column <sebpc>
              ^nw-board-position-column <nebpc>
              ^se-board-position-column (compute <sebpc> + 1)
              ^ne-board-position-column (compute <nebpc> + 1)))

(p non-drawing-of-an-intermediate-position-of-an-intermediate-line
    (game-state ^current-context board-drawing)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type intermediate-line
      ^type possibly-a-piece-of-bent-segment
      ^board-row <board-row>
      ^sw-board-position-column <swbpc>
      ^nw-board-position-column <nwbpc>
      ^se-board-position-column <sebpc>
      ^ne-board-position-column <nebpc>
      ^nw-board-position-row <nwbpr>
      ^sw-board-position-row <swbpr>)}
-->
    (modify <drawing-position-printed>
              ^type possibly-a-piece-of-vertical-segment
              ^sw-board-position-column <sebpc>
              ^nw-board-position-column <nebpc>
              ^se-board-position-column (compute <sebpc> + 1)
              ^ne-board-position-column (compute <nebpc> + 1)))

(p drawing-of-the-end-of-an-intermediate-line-1
    (game-state ^current-context board-drawing)
    (board-parameters
      ^nb-of-columns <nbbc>)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type intermediate-line
      ^type possibly-a-piece-of-vertical-segment
      ^nw-board-position-column <nbbc>
      ^board-row <board-row>
      ^sw-board-position-row <swbpr>)}
    (position
      ^row <swbpr>
      ^column <nbbc>
      ^state <> vacant
      ^vertical-state inside-a-segment)
    (symbol
      ^meaning piece-of-vertical-segment
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute 2 + (4 * <nbbc>)))
    (write (tabto <tab>)
           <drawing-character>
           (crlf))
    (modify <drawing-position-printed>
              ^type outside-board
              ^line-type board-line
              ^board-row (compute <board-row> + 1)))

(p drawing-of-the-end-of-an-intermediate-line-2
    (game-state ^current-context board-drawing)
    (board-parameters
      ^nb-of-columns <nbbc>)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type intermediate-line
      ^type possibly-a-piece-of-vertical-segment
      ^nw-board-position-column <nbbc>
      ^board-row <board-row>
      ^nw-board-position-row <nwbpr>)}
    (position
      ^row <nwbpr>
      ^column <nbbc>
      ^state <> vacant
      ^vertical-state inside-a-segment)
    (symbol
      ^meaning piece-of-vertical-segment
      ^drawing-character <drawing-character>)
-->
    (bind <tab> (compute 2 + (4 * <nbbc>)))
    (write (tabto <tab>)
           <drawing-character>
           (crlf))
    (modify <drawing-position-printed>
              ^type outside-board
              ^line-type board-line
              ^board-row (compute <board-row> + 1)))

(p non-drawing-of-the-end-of-an-intermediate-line
    (game-state ^current-context board-drawing)
    (board-parameters
      ^nb-of-columns <nbbc>)
   {<drawing-position-printed>
    (drawing-position-printed
      ^line-type intermediate-line
      ^type possibly-a-piece-of-vertical-segment
      ^nw-board-position-column <nbbc>
      ^board-row <board-row>
      ^nw-board-position-row <nwbpr>)}
-->
    (modify <drawing-position-printed>
              ^type outside-board
              ^line-type board-line
              ^board-row (compute <board-row> + 1))
    (write (crlf)))



(p choice-of-a-move-by-human
   {<game-state>
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-the-move
      ^current-player human)}
-->
    (write |Where do you play (row column)?|)
    (make input ^type position ^value (acceptline)))

(p correction-of-a-move-by-human
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-the-move
      ^current-player human)
   {(input ^type position) <input>}
-->
    (write |Your move is illegal.|
           (crlf)
           |Where do you play (row column)?|)
    (modify <input>
      ^value (acceptline)))

(p end-of-the-choice-of-the-move
   {<game-state>
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-the-move
      ^current-player human)}
   {(input
      ^type position
      ^value <row> <column>) <input>}
    (position
      ^row  <row>
      ^column <column>
      ^state vacant)
-->
    (make new-move
       ^row <row>
       ^column <column>
       ^state human)
    (remove <input>)
    (modify <game-state>
              ^current-context board-analyse
              ^current-sub-context garbage-cleaning))

(p asking-the-human-whether-he-wants-to-draw-a-segment
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-segments
      ^current-player human)
   -(segment)
   -(input)
-->
(write |Segment to draw (ret., or beginning row & column, ending ...)?|)
    (make input
      ^type segment
      ^value (acceptline no read)))

(p asking-the-human-whether-he-wants-to-draw-another-segment
   {<game-state>
    (game-state
      ^current-context choice-of-a-move
      ^current-player human)}
-->
    (modify <game-state>
             ^current-context choice-of-a-move))

(p removal-of-a-negative-segment-input
   {(game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-segments
      ^current-player human) <game-state>}
   {(input
      ^type segment
      ^value no) <input>}
-->
    (remove <input>)
    (modify <game-state>
         ^current-context choice-of-a-move
         ^current-sub-context generation-of-the-best-possible-moves
         ^current-player computer))

(p drawing-of-a-segment-by-human
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-segments
      ^current-player human)
   {(input
      ^type segment
      ^value {<> no <beginning-row>}
             <beginning-column>
             <ending-row>
             <ending-column>) <input>}
-->
    (make segment
            ^beginning-row <beginning-row>
            ^beginning-column <beginning-column>
            ^ending-row <ending-row>
            ^ending-column <ending-column>)
    (remove <input>))

(p orientation-of-a-non-vertical-segment
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-segments
      ^current-player human)
   {<segment>
    (segment
      ^beginning-row <beginning-row>
      ^ending-row <ending-row>
      ^beginning-column <beginning-column>
      ^ending-column {<ending-column> < <beginning-column>})}
-->
    (modify <segment>
              ^beginning-row <ending-row>
              ^ending-row <beginning-row>
              ^beginning-column <ending-column>
              ^ending-column <beginning-column>))

 (p orientation-of-a-vertical-segment
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-segments
      ^current-player human)
   {<segment>
    (segment
      ^beginning-column <column>
      ^ending-column  <column>
      ^beginning-row <beginning-row>
      ^ending-row {<ending-row> < <beginning-row>})}
-->
    (modify <segment>
              ^beginning-row <ending-row>
              ^ending-row <beginning-row>))

(p checking-of-the-legality-of-a-horizontal-oriented-segment
   {<game-state>
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-segments
      ^current-player human
      ^human-score <human-score>)}
   {<segment>
    (segment
      ^beginning-row <row>
      ^ending-row  <row>
      ^beginning-column <beginning-column>
      ^ending-column <ending-column>)}
    (incrementation
      ^nb <beginning-column>
      ^nb-incremented <column2>)
    (incrementation
      ^nb <column2>
      ^nb-incremented <column3>)
    (incrementation
      ^nb <column3>
      ^nb-incremented <column4>)
   {<position1>
    (position
      ^column <beginning-column>
      ^row <row>
      ^state human
      ^horizontal-state << free end-of-a-segment >>)}
   {<position2>
    (position
      ^column <column2>
      ^row <row>
      ^state human
      ^horizontal-state << free end-of-a-segment >>)}
   {<position3>
    (position
      ^column <column3>
      ^row <row>
      ^state human
      ^horizontal-state << free end-of-a-segment >>)}
   {<position4>
    (position
      ^column {<ending-column> <column4>}
      ^row <row>
      ^state human
      ^horizontal-state << free end-of-a-segment >>)}
-->
    (modify <position1>
              ^horizontal-state end-of-a-segment)
    (modify <position2>
              ^horizontal-state inside-a-segment)
    (modify <position3>
              ^horizontal-state inside-a-segment)
    (modify <position4>
              ^horizontal-state end-of-a-segment)
    (modify <game-state>
              ^human-score (compute <human-score> + 1))
    (remove <segment>))

(p checking-of-the-legality-of-a-vertical-oriented-segment
   {<game-state>
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-segments
      ^current-player human
      ^human-score <human-score>)}
   {<segment>
    (segment
      ^beginning-column <column>
      ^ending-column  <column>
      ^beginning-row <beginning-row>
      ^ending-row <ending-row>)}
    (incrementation
      ^nb <beginning-row>
      ^nb-incremented <row2>)
    (incrementation
      ^nb <row2>
      ^nb-incremented <row3>)
    (incrementation
      ^nb <row3>
      ^nb-incremented <row4>)
   {<position1>
    (position
      ^row <beginning-row>
      ^column <column>
      ^state human
      ^vertical-state << free end-of-a-segment >>)}
   {<position2>
    (position
      ^row <row2>
      ^column <column>
      ^state human
      ^vertical-state << free end-of-a-segment >>)}
   {<position3>
    (position
      ^row <row3>
      ^column <column>
      ^state human
      ^vertical-state << free end-of-a-segment >>)}
   {<position4>
    (position
      ^row {<ending-row> <row4>}
      ^column <column>
      ^state human
      ^vertical-state << free end-of-a-segment >>)}
-->
    (modify <position1>
              ^vertical-state end-of-a-segment)
    (modify <position2>
              ^vertical-state inside-a-segment)
    (modify <position3>
              ^vertical-state inside-a-segment)
    (modify <position4>
              ^vertical-state end-of-a-segment)
    (modify <game-state>
              ^human-score (compute <human-score> + 1))
    (remove <segment>))

(p checking-of-the-legality-of-a-left-bent-oriented-segment
   {<game-state>
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-segments
      ^current-player human
      ^human-score <human-score>)}
   {<segment>
    (segment
      ^beginning-column <beginning-column>
      ^ending-column  <ending-column>
      ^beginning-row <beginning-row>
      ^ending-row <ending-row>)}
    (incrementation
      ^nb <beginning-row>
      ^nb-incremented <row2>)
    (incrementation
      ^nb <row2>
      ^nb-incremented <row3>)
    (incrementation
      ^nb <row3>
      ^nb-incremented <row4>)
    (incrementation
      ^nb <beginning-column>
      ^nb-incremented <column2>)
    (incrementation
      ^nb <column2>
      ^nb-incremented <column3>)
    (incrementation
      ^nb <column3>
      ^nb-incremented <column4>)
   {<position1>
    (position
      ^row <beginning-row>
      ^column <beginning-column>
      ^state human
      ^left-bent-state << free end-of-a-segment >>)}
   {<position2>
    (position
      ^row <row2>
      ^column <column2>
      ^state human
      ^left-bent-state << free end-of-a-segment >>)}
   {<position3>
    (position
      ^row <row3>
      ^column <column3>
      ^state human
      ^left-bent-state << free end-of-a-segment >>)}
   {<position4>
    (position
      ^row {<ending-row> <row4>}
      ^column {<ending-column> <column4>}
      ^state human
      ^left-bent-state << free end-of-a-segment >>)}
-->
    (modify <position1>
              ^left-bent-state end-of-a-segment)
    (modify <position2>
              ^left-bent-state inside-a-segment)
    (modify <position3>
              ^left-bent-state inside-a-segment)
    (modify <position4>
              ^left-bent-state end-of-a-segment)
    (modify <game-state>
              ^human-score (compute <human-score> + 1))
    (remove <segment>))

(p checking-of-the-legality-of-a-right-bent-oriented-segment
   {<game-state>
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-segments
      ^current-player human
      ^human-score <human-score>)}
   {<segment>
    (segment
      ^beginning-row <beginning-row>
      ^ending-row  <ending-row>
      ^beginning-column <beginning-column>
      ^ending-column <ending-column>)}
    (incrementation
      ^nb <beginning-column>
      ^nb-incremented <column2>)
    (incrementation
      ^nb <column2>
      ^nb-incremented <column3>)
    (incrementation
      ^nb <column3>
      ^nb-incremented <column4>)
    (incrementation
      ^nb <ending-row>
      ^nb-incremented <row3>)
    (incrementation
      ^nb <row3>
      ^nb-incremented <row2>)
    (incrementation
      ^nb <row2>
      ^nb-incremented <row1>)
   {<position1>
    (position
      ^column <beginning-column>
      ^row {<row1> <beginning-row>}
      ^state human
      ^right-bent-state << free end-of-a-segment >>)}
   {<position2>
    (position
      ^column <column2>
      ^row <row2>
      ^state human
      ^right-bent-state << free end-of-a-segment >>)}
   {<position3>
    (position
      ^column <column3>
      ^row <row3>
      ^state human
      ^right-bent-state << free end-of-a-segment >>)}
   {<position4>
    (position
      ^column {<ending-column> <column4>}
      ^row <ending-row>
      ^state human
      ^right-bent-state << free end-of-a-segment >>)}
-->
    (modify <position1>
              ^right-bent-state end-of-a-segment)
    (modify <position2>
              ^right-bent-state inside-a-segment)
    (modify <position3>
              ^right-bent-state inside-a-segment)
    (modify <position4>
              ^right-bent-state end-of-a-segment)
    (modify <game-state>
              ^human-score (compute <human-score> + 1))
    (remove <segment>))

(p correction-of-a-segment
   {<game-state>
    (game-state
      ^current-context choice-of-a-move
      ^current-sub-context choice-of-segments
      ^current-player human
      ^human-score <human-score>)}
   {<segment>
    (segment
      ^beginning-row <beginning-row>
      ^ending-row  <ending-row>
      ^beginning-column <beginning-column>
      ^ending-column <ending-column>)}
-->
    (remove <segment>)
    (write |Your segment is illegal.|
           (crlf)
           |Segment to draw (ret., or beginning row & column, ending ...)?|)
    (make input
      ^type segment
      ^value (acceptline no read)))
















(p fbug-start
    (start)
  -->
    (make position
           ^row 0
           ^column 0
           ^state edge
           ^vertical-state nil
           ^horizontal-state nil
           ^right-bent-state nil
           ^left-bent-state nil)
    (make opposite ^of human ^is computer)
    (make opposite ^of computer ^is human)
    (make board-parameters
           ^nb-of-columns 10
           ^nb-of-rows 10
           ^nb-of-columns-incr 11
           ^nb-of-rows-incr 11
       ^max-board-size 10
       ^max-board-size-incr 11)
    (make symbol
           ^meaning vacant
           ^drawing-character |.|)
    (make symbol
           ^meaning human
           ^drawing-character |o|)
    (make symbol
           ^meaning computer
           ^drawing-character |*|)
    (make symbol
           ^meaning piece-of-horizontal-segment
           ^drawing-character |-|)
    (make symbol
           ^meaning piece-of-vertical-segment
           ^drawing-character |l|)
    (make symbol
           ^meaning piece-of-right-bent-segment
           ^drawing-character |/|)
    (make symbol
           ^meaning piece-of-left-bent-segment
           ^drawing-character |\|)
    (make symbol
           ^meaning crossing-of-two-bent-segments
           ^drawing-character |x|)
    (make game-state
           ^current-context initialisations
           ^human-score 0
           ^computer-score 0)
    (make delta 0)
    (make delta 1)
    (make delta -1)
    (make nb 0)
    (make nb 1)
    (make nb 2)
    (make nb 3)
    (make nb 4)
    (make nb 5)
    (make nb 6)
    (make nb 7)
    (make nb 8)
    (make nb 9)
    (make nb 10)
    (make nb 11)
    (make length 4)
    (make length 5)
    (make length 6)
    (make length 7)
    (make incrementation
      ^nb 0
      ^nb-incremented 1)
    (make direction ^geometry assymetric ^row 0 ^column 1)
    (make direction ^geometry assymetric ^row 1 ^column 1)
    (make direction ^geometry assymetric ^row 1 ^column 0)
    (make direction ^geometry assymetric ^row 1 ^column -1)
    (make direction ^geometry assymetric ^row 0 ^column -1)
    (make direction ^geometry assymetric ^row -1 ^column -1)
    (make direction ^geometry assymetric ^row -1 ^column 0)
    (make direction ^geometry assymetric ^row -1 ^column 1)
    (make direction ^geometry symetric ^row 0 ^column 1)
    (make direction ^geometry symetric ^row 1 ^column 1)
    (make direction ^geometry symetric ^row 1 ^column 0)
    (make direction ^geometry symetric ^row 1 ^column -1)
    (make number-to-add-while-updating-counters ^value ignore-it)
    (make segment-type
           ^name opcxcpo
           ^length 7
           ^geometry symetric
           ^owner computer
           ^position-1-state human
           ^position-2-state vacant
           ^position-3-state vacant
           ^position-4-state computer
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-7-state human
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update nb-of-compulsory-answer-creations
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update garbage
           ^position-7-counter-to-update garbage)
    (make segment-type
           ^name ipcxcpo
           ^length 7
           ^geometry assymetric
           ^owner computer
           ^position-1-state edge
           ^position-2-state vacant
           ^position-3-state vacant
           ^position-4-state computer
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-7-state human
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update nb-of-compulsory-answer-creations
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update garbage
           ^position-7-counter-to-update garbage)
    (make segment-type
           ^name ipcxcpi
           ^length 7
           ^geometry symetric
           ^owner computer
           ^position-1-state edge
           ^position-2-state vacant
           ^position-3-state vacant
           ^position-4-state computer
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-7-state edge
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update nb-of-compulsory-answer-creations
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update garbage
           ^position-7-counter-to-update garbage)
    (make segment-type
           ^name pccxccp
           ^length 7
           ^geometry symetric
           ^owner computer
           ^position-1-state vacant
           ^position-2-state vacant
           ^position-3-state vacant
           ^position-4-state computer
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-7-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-compulsory-answer-creations
           ^position-3-counter-to-update nb-of-compulsory-answer-creations
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update nb-of-compulsory-answer-creations
           ^position-7-counter-to-update garbage)
    (make segment-type
           ^name opcxccp
           ^length 7
           ^geometry assymetric
           ^owner computer
           ^position-1-state human
           ^position-2-state vacant
           ^position-3-state vacant
           ^position-4-state computer
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-7-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update nb-of-compulsory-answer-creations
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update nb-of-compulsory-answer-creations
           ^position-7-counter-to-update garbage)
    (make segment-type
           ^name ipcxccp
           ^length 7
           ^geometry assymetric
           ^owner computer
           ^position-1-state edge
           ^position-2-state vacant
           ^position-3-state vacant
           ^position-4-state computer
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-7-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update nb-of-compulsory-answer-creations
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update nb-of-compulsory-answer-creations
           ^position-7-counter-to-update garbage)
    (make segment-type
           ^name cxfxc
           ^length 5
           ^geometry symetric
           ^owner computer
           ^position-1-state vacant
           ^position-2-state computer
           ^position-3-state vacant
           ^position-4-state computer
           ^position-5-state vacant
           ^position-1-counter-to-update nb-of-compulsory-answer-creations
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update nb-of-fragile-winners
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations)
    (make segment-type
           ^name oxxcc
           ^length 5
           ^geometry assymetric
           ^owner human
       ^position-1-state human
           ^position-2-state computer
           ^position-3-state computer
           ^position-4-state vacant
           ^position-5-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update nb-of-compulsory-answer-creations
           ^position-5-counter-to-update nb-of-compulsory-answer-creations)
    (make segment-type
           ^name ixxcc
           ^length 5
           ^geometry assymetric
           ^owner human
       ^position-1-state edge
           ^position-2-state computer
           ^position-3-state computer
           ^position-4-state vacant
           ^position-5-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update nb-of-compulsory-answer-creations
           ^position-5-counter-to-update nb-of-compulsory-answer-creations)
    (make segment-type
           ^name oxxfx
           ^length 5
           ^geometry assymetric
           ^owner computer
           ^position-1-state human
           ^position-2-state computer
           ^position-3-state computer
           ^position-4-state vacant
           ^position-5-state computer
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update nb-of-fragile-winners
           ^position-5-counter-to-update garbage)
    (make segment-type
           ^name ixxfx
           ^length 5
           ^geometry assymetric
           ^owner computer
           ^position-1-state edge
           ^position-2-state computer
           ^position-3-state computer
           ^position-4-state vacant
           ^position-5-state computer
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update nb-of-fragile-winners
           ^position-5-counter-to-update garbage)
    (make segment-type
           ^name ocxxco
           ^length 6
           ^geometry symetric
           ^owner computer
           ^position-1-state human
           ^position-2-state vacant
           ^position-3-state computer
           ^position-4-state computer
           ^position-5-state vacant
           ^position-6-state human
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-compulsory-answer-creations
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update garbage)
    (make segment-type
           ^name icxxco
           ^length 6
           ^geometry assymetric
           ^owner computer
           ^position-1-state edge
           ^position-2-state vacant
           ^position-3-state computer
           ^position-4-state computer
           ^position-5-state vacant
           ^position-6-state human
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-compulsory-answer-creations
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update garbage)
    (make segment-type
           ^name icxxci
           ^length 6
           ^geometry symetric
           ^owner computer
           ^position-1-state edge
           ^position-2-state vacant
           ^position-3-state computer
           ^position-4-state computer
           ^position-5-state vacant
           ^position-6-state edge
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-compulsory-answer-creations
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update garbage)
    (make segment-type
           ^name ocxxfc
           ^length 6
           ^geometry assymetric
           ^owner computer
           ^position-1-state human
           ^position-2-state vacant
           ^position-3-state computer
           ^position-4-state computer
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-compulsory-answer-creations
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-fragile-winners
           ^position-6-counter-to-update nb-of-compulsory-answer-creations)
    (make segment-type
           ^name icxxfc
           ^length 6
           ^geometry assymetric
           ^owner computer
           ^position-1-state edge
           ^position-2-state vacant
           ^position-3-state computer
           ^position-4-state computer
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-compulsory-answer-creations
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-fragile-winners
           ^position-6-counter-to-update nb-of-compulsory-answer-creations)
    (make segment-type
           ^name ocxxfx
           ^length 6
           ^geometry assymetric
           ^owner computer
           ^position-1-state human
           ^position-2-state vacant
           ^position-3-state computer
           ^position-4-state computer
           ^position-5-state vacant
           ^position-6-state computer
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-compulsory-answer-creations
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-fragile-winners
           ^position-6-counter-to-update garbage)
    (make segment-type
           ^name icxxfx
           ^length 6
           ^geometry assymetric
           ^owner computer
           ^position-1-state edge
           ^position-2-state vacant
           ^position-3-state computer
           ^position-4-state computer
           ^position-5-state vacant
           ^position-6-state computer
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-compulsory-answer-creations
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-fragile-winners
           ^position-6-counter-to-update garbage)
    (make segment-type
           ^name cfxxfc
           ^length 6
           ^geometry symetric
           ^owner computer
           ^position-1-state vacant
           ^position-2-state vacant
           ^position-3-state computer
           ^position-4-state computer
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-1-counter-to-update nb-of-compulsory-answer-creations
           ^position-2-counter-to-update nb-of-fragile-winners
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-fragile-winners
           ^position-6-counter-to-update nb-of-compulsory-answer-creations)
    (make segment-type
           ^name xfxxfc
           ^length 6
           ^geometry assymetric
           ^owner computer
           ^position-1-state computer
           ^position-2-state vacant
           ^position-3-state computer
           ^position-4-state computer
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-fragile-winners
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-fragile-winners
           ^position-6-counter-to-update nb-of-compulsory-answer-creations)
    (make segment-type
           ^name xwxxwx
           ^length 6
           ^geometry symetric
           ^owner computer
           ^position-1-state computer
           ^position-2-state vacant
           ^position-3-state computer
           ^position-4-state computer
           ^position-5-state vacant
           ^position-6-state computer
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-strong-winners
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-strong-winners
           ^position-6-counter-to-update garbage)
    (make segment-type
           ^name oxxxf
           ^length 5
           ^geometry assymetric
           ^owner computer
           ^position-1-state human
           ^position-2-state computer
           ^position-3-state computer
           ^position-4-state computer
           ^position-5-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-fragile-winners)
    (make segment-type
           ^name ixxxf
           ^length 5
           ^geometry assymetric
           ^owner computer
           ^position-1-state edge
           ^position-2-state computer
           ^position-3-state computer
           ^position-4-state computer
           ^position-5-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-fragile-winners)
    (make segment-type
           ^name wxxxw
           ^length 5
           ^geometry symetric
           ^owner computer
           ^position-1-state vacant
           ^position-2-state computer
           ^position-3-state computer
           ^position-4-state computer
           ^position-5-state vacant
           ^position-1-counter-to-update nb-of-strong-winners
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-strong-winners)
    (make segment-type
           ^name opcxcpo
           ^length 7
           ^geometry symetric
           ^owner human
           ^position-1-state computer
           ^position-2-state vacant
           ^position-3-state vacant
           ^position-4-state human
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-7-state computer
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update nb-of-compulsory-answer-creations
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update garbage
           ^position-7-counter-to-update garbage)
    (make segment-type
           ^name ipcxcpo
           ^length 7
           ^geometry assymetric
           ^owner human
           ^position-1-state edge
           ^position-2-state vacant
           ^position-3-state vacant
           ^position-4-state human
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-7-state computer
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update nb-of-compulsory-answer-creations
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update garbage
           ^position-7-counter-to-update garbage)
    (make segment-type
           ^name ipcxcpi
           ^length 7
           ^geometry symetric
           ^owner human
           ^position-1-state edge
           ^position-2-state vacant
           ^position-3-state vacant
           ^position-4-state human
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-7-state edge
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update nb-of-compulsory-answer-creations
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update garbage
           ^position-7-counter-to-update garbage)
    (make segment-type
           ^name pccxccp
           ^length 7
           ^geometry symetric
           ^owner human
           ^position-1-state vacant
           ^position-2-state vacant
           ^position-3-state vacant
           ^position-4-state human
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-7-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-compulsory-answer-creations
           ^position-3-counter-to-update nb-of-compulsory-answer-creations
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update nb-of-compulsory-answer-creations
           ^position-7-counter-to-update garbage)
    (make segment-type
           ^name opcxccp
           ^length 7
           ^geometry assymetric
           ^owner human
           ^position-1-state computer
           ^position-2-state vacant
           ^position-3-state vacant
           ^position-4-state human
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-7-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update nb-of-compulsory-answer-creations
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update nb-of-compulsory-answer-creations
           ^position-7-counter-to-update garbage)
    (make segment-type
           ^name ipcxccp
           ^length 7
           ^geometry assymetric
           ^owner human
           ^position-1-state edge
           ^position-2-state vacant
           ^position-3-state vacant
           ^position-4-state human
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-7-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update nb-of-compulsory-answer-creations
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update nb-of-compulsory-answer-creations
           ^position-7-counter-to-update garbage)
    (make segment-type
           ^name cxfxc
           ^length 5
           ^geometry symetric
           ^owner human
           ^position-1-state vacant
           ^position-2-state human
           ^position-3-state vacant
           ^position-4-state human
           ^position-5-state vacant
           ^position-1-counter-to-update nb-of-compulsory-answer-creations
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update nb-of-fragile-winners
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations)
    (make segment-type
           ^name oxxcc
           ^length 5
           ^geometry assymetric
           ^owner computer
       ^position-1-state computer
           ^position-2-state human
           ^position-3-state human
           ^position-4-state vacant
           ^position-5-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update nb-of-compulsory-answer-creations
           ^position-5-counter-to-update nb-of-compulsory-answer-creations)
    (make segment-type
           ^name ixxcc
           ^length 5
           ^geometry assymetric
           ^owner computer
       ^position-1-state edge
           ^position-2-state human
           ^position-3-state human
           ^position-4-state vacant
           ^position-5-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update nb-of-compulsory-answer-creations
           ^position-5-counter-to-update nb-of-compulsory-answer-creations)
    (make segment-type
           ^name oxxfx
           ^length 5
           ^geometry assymetric
           ^owner human
           ^position-1-state computer
           ^position-2-state human
           ^position-3-state human
           ^position-4-state vacant
           ^position-5-state human
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update nb-of-fragile-winners
           ^position-5-counter-to-update garbage)
    (make segment-type
           ^name ixxfx
           ^length 5
           ^geometry assymetric
           ^owner human
           ^position-1-state edge
           ^position-2-state human
           ^position-3-state human
           ^position-4-state vacant
           ^position-5-state human
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update nb-of-fragile-winners
           ^position-5-counter-to-update garbage)
    (make segment-type
           ^name ocxxco
           ^length 6
           ^geometry symetric
           ^owner human
           ^position-1-state computer
           ^position-2-state vacant
           ^position-3-state human
           ^position-4-state human
           ^position-5-state vacant
           ^position-6-state computer
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-compulsory-answer-creations
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update garbage)
    (make segment-type
           ^name icxxco
           ^length 6
           ^geometry assymetric
           ^owner human
           ^position-1-state edge
           ^position-2-state vacant
           ^position-3-state human
           ^position-4-state human
           ^position-5-state vacant
           ^position-6-state computer
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-compulsory-answer-creations
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update garbage)
    (make segment-type
           ^name icxxci
           ^length 6
           ^geometry symetric
           ^owner human
           ^position-1-state edge
           ^position-2-state vacant
           ^position-3-state human
           ^position-4-state human
           ^position-5-state vacant
           ^position-6-state edge
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-compulsory-answer-creations
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-compulsory-answer-creations
           ^position-6-counter-to-update garbage)
    (make segment-type
           ^name ocxxfc
           ^length 6
           ^geometry assymetric
           ^owner human
           ^position-1-state computer
           ^position-2-state vacant
           ^position-3-state human
           ^position-4-state human
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-compulsory-answer-creations
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-fragile-winners
           ^position-6-counter-to-update nb-of-compulsory-answer-creations)
    (make segment-type
           ^name icxxfc
           ^length 6
           ^geometry assymetric
           ^owner human
           ^position-1-state edge
           ^position-2-state vacant
           ^position-3-state human
           ^position-4-state human
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-compulsory-answer-creations
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-fragile-winners
           ^position-6-counter-to-update nb-of-compulsory-answer-creations)
    (make segment-type
           ^name ocxxfx
           ^length 6
           ^geometry assymetric
           ^owner human
           ^position-1-state computer
           ^position-2-state vacant
           ^position-3-state human
           ^position-4-state human
           ^position-5-state vacant
           ^position-6-state human
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-compulsory-answer-creations
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-fragile-winners
           ^position-6-counter-to-update garbage)
    (make segment-type
           ^name icxxfx
           ^length 6
           ^geometry assymetric
           ^owner human
           ^position-1-state edge
           ^position-2-state vacant
           ^position-3-state human
           ^position-4-state human
           ^position-5-state vacant
           ^position-6-state human
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-compulsory-answer-creations
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-fragile-winners
           ^position-6-counter-to-update garbage)
    (make segment-type
           ^name cfxxfc
           ^length 6
           ^geometry symetric
           ^owner human
           ^position-1-state vacant
           ^position-2-state vacant
           ^position-3-state human
           ^position-4-state human
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-1-counter-to-update nb-of-compulsory-answer-creations
           ^position-2-counter-to-update nb-of-fragile-winners
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-fragile-winners
           ^position-6-counter-to-update nb-of-compulsory-answer-creations)
    (make segment-type
           ^name xfxxfc
           ^length 6
           ^geometry assymetric
           ^owner human
           ^position-1-state human
           ^position-2-state vacant
           ^position-3-state human
           ^position-4-state human
           ^position-5-state vacant
           ^position-6-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-fragile-winners
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-fragile-winners
           ^position-6-counter-to-update nb-of-compulsory-answer-creations)
    (make segment-type
           ^name xwxxwx
           ^length 6
           ^geometry symetric
           ^owner human
           ^position-1-state human
           ^position-2-state vacant
           ^position-3-state human
           ^position-4-state human
           ^position-5-state vacant
           ^position-6-state human
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update nb-of-strong-winners
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-strong-winners
           ^position-6-counter-to-update garbage)
    (make segment-type
           ^name oxxxf
           ^length 5
           ^geometry assymetric
           ^owner human
           ^position-1-state computer
           ^position-2-state human
           ^position-3-state human
           ^position-4-state human
           ^position-5-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-fragile-winners)
    (make segment-type
           ^name ixxxf
           ^length 5
           ^geometry assymetric
           ^owner human
           ^position-1-state edge
           ^position-2-state human
           ^position-3-state human
           ^position-4-state human
           ^position-5-state vacant
           ^position-1-counter-to-update garbage
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-fragile-winners)
    (make segment-type
           ^name wxxxw
           ^length 5
           ^geometry symetric
           ^owner human
           ^position-1-state vacant
           ^position-2-state human
           ^position-3-state human
           ^position-4-state human
           ^position-5-state vacant
           ^position-1-counter-to-update nb-of-strong-winners
           ^position-2-counter-to-update garbage
           ^position-3-counter-to-update garbage
           ^position-4-counter-to-update garbage
           ^position-5-counter-to-update nb-of-strong-winners)
    (make move-type-classification
           ^type fragile-winner
           ^is-better-than-type multiple-fragile-winners-creation)
    (make move-type-classification
           ^type fragile-winner
           ^is-better-than-type agressivity)
    (make move-type-classification
           ^type multiple-fragile-winners-creation
           ^is-better-than-type agressivity)
    (make move-type
           ^name agressivity
           ^point-of-views&counters-to-add
             human nb-of-compulsory-answer-creations
             computer nb-of-strong-winners
           ^comment nil)
    (make move-type
           ^name multiple-fragile-winners-creation
           ^point-of-views&counters-to-add
             computer nb-of-compulsory-answer-creations
             human nb-of-strong-winners
           ^comment need-to-be-validated-separetely)
    (make move-type
           ^name fragile-winner
           ^point-of-views&counters-to-add
             computer nb-of-fragile-winners human nb-of-fragile-winners
           ^comment nil)
)