organism/modules/winnertakeall/winnertakeall-beh.md

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include_toc: true
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# winnertakeall-beh.md

## EXCITATION

```Gen
EXCITATION

  type: container

  activity_scope: !NIGHT

  tub_intricated: 
    _Presynapse: TUB [in]
    _Presynapse: TUB [out.{}.{}.PRESYNAPSE]
    _Postsynapse: TUB [in.{}.{}.POSTSYNAPSE]
    # Qui il modulo interno TUB trova la PRESYNAPSE come istanziazione e la intrica con _Presynapse

    _Astrosynapse: TUB [ASTROCYTE.ASTROSYNAPSE] 
    # Qui l'unico ASTROCYTE che "conosco" e' quello al quale WINNERTAKELL e' stato binded in TECTUM, ovvero nell'organo che ha espansi il modulo.

  snippets:

    # &Fixed
    @: CONTEXTOR [snip: Excitation_possible, RF: active 60x]

    # &ActivateAstroPostPre
    @: BINDER [snip: Excitation_bind, RF: active 6x]
    @: ACCUMULATOR [snip: ClearTraces, RF: active 6x]
    @: BINDER [snip: Excitation_unbind, RF: active 6x]
```

### &Fixed

#### Excitation_possible

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

```Gen
Excitation_possible

  in_context: &Fixed

    condition: ???
      out_context: &ActivateAstroPostPre

    condition: ( BadTraces fullness )
      out_context: DeActivateAstroPostPre_ctx
```

### &ActivateAstroPostPre

#### Excitation_bind

Qui attiviamo la Syn collegando Pre e Post. Lo facciamo per tutte le relazioni fino a quando GoodTraces fullness

```Gen
Excitation_bind

  in_context: &ActivateAstroPostPre

    hypothesis: ( GoodTraces fullness ) AND NOT ( _Astrosynapse full ) AND NOT ( _Presynapse full ) AND NOT ( _Postsynapse full)
      bind: [_Presynapse increase, _Postsynapse increase, _Astrosynapse increase]
      trace: None?

    hypothesis: ( GoodTraces fullness ) AND 
      ( NOT _PrePostAstroSyn.PRESYNAPSE full ) AND 
      ( NOT _PrePostAstroSyn.POSTSYNAPSE full ) AND 
      ( NOT _PrePostAstroSyn.ASTROSYNAPSE full)
      bind: [_PrePostAstroSyn.PRESYNAPSE, _PrePostAstroSyn.POSTSYNAPSE, _PrePostAstroSyn.ASTROSYNAPSE ]
      trace: None?

      action: 
        @: BIND [ syn: _synapse, pre: _PrePostAstroSyn.PRESYNAPSE, post: _PrePostAstroSyn.POSTSYNAPSE, ast: _PrePostAstroSyn.ASTROSYNAPSE ] 
```

#### ClearTraces

```Gen
ClearTraces

  in_context: &ActivateAstroPostPre

    hypothesis: GoodTraces NOT empty
      action: GoodTraces decrease
      trace: None?
```

#### Excitation_unbind

Qui deattiviamo la Syn

```Gen
Excitation_unbind

  # Devo essere sicuro di eliminare i 3 che sono collegati, non a caso. Qui forse il Bind e' prima della ipotesi, perche' dobbiamo assicurarci ci sia una sinapsi da sciogliere.

  in_context: &DeActivateSynPostPre
  
    hypothesis: (BadTraces fullness)
      unbind: [_Presynapse decrease, _Postsynapse decrease, _Astrosynapse decrease]
      trace: None?

    hypothesis: ( NOT _synapse empty )
      action: 
        @: UNBIND [ syn: _synapse ] 

```