organism/winnertakeall/TUN-WTA.md

# TUN-WTA.md

## TUN-WTA: Modulator

```Gen
modulator: TUN-WTA
 contained_by: WTA

 tub_local:
  - SomeTraces (fullness: 50x, active: 0x, emptiness: 0x) 
 ```

### TUN-WTA-PRE-POST: Modulator

L'associazione PRE<->POST fatta con SYN dall'interprete/enliver, e' possibile perche' in POST e PRE si fa riferimento a NT che vengono immessi in SYN. Ovviamente tutto concettuale, ma in enliving il concettuale viene attualizzato.

Quindi TUN-WTA-PRE-POST deve lavorare per ogni dichiarazione, casomai privilegiando alcune possibilita' che sono piu' impellenti di altre.

```Gen

modulator: TUN-WTA-PRE-POST
 contained_by: TUN-WTA

 modulates: 
  - AST/expansion/BEH-SYN
  - N/AXO/expansion/BEH-PRE
  - N/BD/expansion/BEH-POST

 tub_modulation:
  - pre
  - post
  - syn 
  # qui vanno tutte le pre e post che fanno capo ad una Ast nella dichiarazione di relazione fatta in WTA

 tub_local:
  - ??? (fullness: 50x, active: 0x, emptiness: 0x) 

 tub_intricated:
  - GoodTraces ( contained_by: BEH-?? )
  - BadTraces ( contained_by: BEH-?? )

  context_intricated:
  - TunPossible ( contained_by: TUN-AST )

```

### CheckDirection: Context

Qui devo capire queste tracce chi le lascia e se sono esclusive?

```Gen
context: CheckDirection

 contained_by: TUN-AST-SYN
 in_context: TunPossible
 rf: 60x

 condition: ( GoodTraces Full ) AND NOT ( fullSyn full )
  out_context: ActivateSyn

 condition: ( BadTraces Full )
  out_context: DeActivateSyn
```

### ActivateSyn: Episode

....

```Gen
episode: activateSyn
  contained_by: TUN-AST-SYN

  in_context: TunPossible
  rf: ( active: 6x )

   hypothesis: ( GoodTraces Full ) AND NOT ( fullSyn full )
    action: [GoodTraces decrease, ]
     trace: None
```

### DeActivateSyn: Episode

....

```Gen
episode: deActivateSyn
  contained_by: TUN-AST-SYN

  in_context: ???
  rf: ( active: 6x )

   hypothesis: NOT (?? empty)
    action: [??? decrease]
     trace: None
```

### TUN-WTA-PRE-SOMA: Modulator