eliminato winnertakeall_beh

elements/neuron/axon.md

@@ -15,9 +15,12 @@ The axon does not contain specific behavior.
 - the associations between PRESYNAPSE, POSTSYNAPSE e SYNAPSE is performed by the "bind" in excitation/inhibition in winnertakeall. Because we have to make sure that the correct binding is performed when intricating actuals.
 
 ```Gen
-container: AXON
+AXON
 
-  expansion: PRESYNAPSE ( full: 50x, active: 0x, empty: 10x ) 
+  type: comprehension
+
+  expansion:
+
+    _presynapse: TUB [ comp: PRESYNAPSE, full: 50x, active: 0x, empty: 10x ]
     # managed_by: EXCITATION or INHIBITION from winnertakeall
-    # developed_by: AXO-PRE-TUB-DEV from NIGHT-N
 ```

modules/winnertakeall/winnertakeall-beh.md

@@ -1,111 +0,0 @@
----
-include_toc: true
----
-
-# 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 ] 
-
-```

modules/winnertakeall/winnertakeall.md

@@ -1,6 +1,10 @@
+---
+include_toc: true
+---
+
 # winnertakeall.md
 
-## WINNERTAKEALL: comprehension
+## WINNERTAKEALL
 
 Qui comprendiamo i behaviors che associamo al winnertakeall. I comportamenti li consideriamo avvenire di NIGHT. E' un po' una novita' ma ha senso, si tratta di un comportamento a livello di circuiti, e quindi riorganizzazione notturna.
 
@@ -32,10 +36,10 @@ WINNERTAKEALL
 
     ## external
 
-    @IN-EXCI-001: BEHAVIOUR [ beh: IN-EXCITATION, _InPossible: TUB [
+    @IN-EXCI-001: BEHAVIOUR [ beh: IN-EXCITATION, _InPossible: TUB_COMB [
-       post: @NEU-001.@D-BRANCH-002.&POSTSYNAPSE, 
+       post: @NEU-001.@D-BRANCH-002._postsynapse, 
-       post: @NEU-002.@D-BRANCH-002.&POSTSYNAPSE, 
+       post: @NEU-002.@D-BRANCH-002._postsynapse, 
-       ast: @NEU-001.@D-BRANCH-002.&ASTROSYNAPSE ] ]
+       ast: @NEU-001.@D-BRANCH-002._astrosynapse ] ]
 
     @IN-EXCI-001: BEHAVIOUR [ beh: IN-EXCITATION, in: @NEU-001.@D-BRANCH-002, in: @NEU-002.@D-BRANCH-002 ]
     @OUT-EXCI-001: BEHAVIOUR [ beh: OUT-EXCITATION, out: @NEU-001.@AXO-001, out: @NEU-002.@AXO-001]
@@ -46,9 +50,9 @@ WINNERTAKEALL
     ### Area xxx
 
     @: BEHAVIOUR [ beh: EXCITATION, _PrePostAstroSyn: TUB_COMB [ 
-      pre: @NEU-001.@AXON-001.&PRESYNAPSE, 
+      pre: @NEU-001.@AXON-001._presynapse, 
-      post: @NEU-001.@D-BRANCH-001.&POSTSYNAPSE, 
+      post: @NEU-001.@D-BRANCH-001._postsynapse, 
-      ast: @NEU-001.@D-BRANCH-001.&ASTROSYNAPSE ] ]
+      ast: @NEU-001.@D-BRANCH-001._astrosynapse ] ]
 
     @: EXCITATION [out: @NEU-001.@AXON-001, in: @NEU-003.@D-BRANCH-001]
     @: EXCITATION [out: @NEU-001.@AXON-001, in: @NEU-004.@D-BRANCH-001, in: @NEU-003.@-BRANCH-001]
@@ -58,3 +62,109 @@ WINNERTAKEALL
     @: EXCITATION [out: @NEU-003.@AXON-001, in: @NEU-004.@D-BRANCH-003]
     @: EXCITATION [out: @NEU-004.@AXON-001, in: @NEU-002.@D-BRANCH-001]
 ```
+
+### 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 ] 
+
+```