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ocrampal
2026-05-29 10:53:46 +02:00
parent f1b4d58919
commit ac67d8e2cc
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modules/winnertakeall/winnertakeall.md
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@@ -34,11 +34,11 @@ WINNERTAKEALL
## external
@IN-EXCI-001: BEHAVIOUR [ behaviour: IN_EXCITATION, __GroupPossible: GROUP [
post: @NEU_001.@AXO_001._presynapse,
post: @NEU_002.@AXO_001._presynapse ] ]
@OUT-EXCI-001: BEHAVIOUR [ behaviour: OUT_EXCITATION, __GroupPossible: GROUP [
pre: @NEU_001.@AXO_001._presynapse,
pre: @NEU_002.@AXO_001._presynapse ] ]
@IN-EXCI-001: BEHAVIOUR [ behaviour: IN_EXCITATION, __GroupPossible: GROUP [
post: @NEU_001.@D_BRANCH_002._postsynapse,
post: @NEU_002.@D_BRANCH_002._postsynapse,
astro: @NEU_001.@D_BRANCH_002._astrosynapse ] ]
@@ -70,24 +70,24 @@ EXCITATION
snippet:
# *Fixed
@: CONTEXTOR [snip: Excitation_possible, RF: active 60x]
@: CONTEXTOR [snip: ExcitationPossible, RF: active 60x]
# *ActivateAstroPostPre
@: BINDER [snippet: Excitation_bind, RF: active 6x]
@: BINDER [snippet: ExcitationBind, RF: active 6x]
@: ACCUMULATOR [snippet: ClearTraces, RF: active 6x]
*DeActivateAstroPost
@: BINDER [snippet: Excitation_unbind, RF: active 6x]
@: BINDER [snippet: ExcitationUnbind, RF: active 6x]
```
#### *Fixed
##### Excitation_possible
##### ExcitationPossible
Qui devo capire queste tracce chi le lascia e se sono esclusive?
```Gen
Excitation_possible
ExcitationPossible
in_context: &Fixed
@@ -100,12 +100,12 @@ Excitation_possible
##### *ActivateAstroPostPre
###### Excitation_bind
###### ExcitationBind
Qui attiviamo la Syn collegando Pre e Post. Lo facciamo per tutte le relazioni fino a quando GoodTraces fullness
```Gen
Excitation_bind
ExcitationBind
in_context: &ActivateAstroPostPre
@@ -135,12 +135,12 @@ ClearTraces
##### *DeActivateAstroPostPre
###### Excitation_unbind
###### ExcitationUnbind
Qui deattiviamo la Syn
```Gen
Excitation_unbind
ExcitationUnbind
# 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.
organism-beh.md
-97
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@@ -1,97 +0,0 @@
---
include_toc: true
---
# organism-beh.md
## EXCITATION: Container
```Gen
EXCITATION
type: container
activity_scope: !NIGHT
tub_intricated:
PRESYNAPSE: out.{}.{}.PRESYNAPSE
POSTSYNAPSE: in.{}.{}.POSTSYNAPSE
ASTROSYNAPSE: in.{}.{}.ASTROSYNAPSE
```
#### EXCITATION-POSSIBLE: Contextor
```Gen
EXCITATION-POSSIBLE
type: contextor
contained_by: EXCITATION
```
#### EXCITATION-BIND: Binder
```Gen
EXCITATION-BIND
type: binder
contained_by: EXCITATION
```
#### EXCITATION-UNBIND: Binder
```Gen
EXCITATION-UNBIND
type: binder
contained_by: EXCITATION
```
## INHIBITION: Container
**Inhibitory Behavior**:
```Gen
INHIBITION
type: container
activity_scope: !NIGHT
tub_intricated:
```
## ACTUATION: Container
**Actuation Behavior**:
```Gen
ACTUATION
type: container
activity_scope: !NIGHT
tub_intricated:
```
## SENSORY: Container
**Sensory Behavior**:
```Gen
SENSORY
type: container
activity_scope: !NIGHT
tub_intricated:
```
organism.md
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@@ -1,6 +1,6 @@
# organism.md
## ORGANISM: Comprehension
## ORGANISM
Qui comprendiamo l'organismo. Qui dentro, oltre all'espansione degli organi, ci va anche un organo tipo Ipotalamo, che gestisce l'alternanza DAY/NIGHT.
@@ -13,20 +13,65 @@ ORGANISM
organs/hypothalamus/hypothalamus.md
organs/tectum/tectum.md
organs/vertebrae/vertebrae.md
organism-beh.md
expand_comprehension:
@TECTUM: TECTUM []
@VERTEBRAE: VERTEBRAE []
@HYPOTHALAMUS: HYPOTHALAMUS []
expansion:
@TECTUM: EXPANSION [ expansion: TECTUM ]
@VERTEBRAE: EXPANSION [ expansion: VERTEBRAE ]
@HYPOTHALAMUS: EXPANSION [ expansion: HYPOTHALAMUS ]
expand_container:
@: EXCITATION [out: @TECTUM.@OUT-EXCI-001, in: @VERTEBREA.@IN-EXCI-002]
istantiate_scope:
instantiation:
# scope
!ALWAYS: SCOPE [] # per ora solo per hypothalamus
!NIGHT: SCOPE []
!DAY: SCOPE []
# Context
# tubs
# behaviour
@: BEHAVIOUR [ behaviour: EXCITATION, __GroupPossible: GROUP [
pre: @TECTUM.@OUT-EXCI-001.__GroupPossible,
post: @VERTEBREA.@IN-EXCI-002.__GroupPossible,
astro: @VERTEBREA.@IN-EXCI-002.__GroupPossible ] ]
@: BEHAVIOUR [ behaviour: EXCITATION, out: @TECTUM.@OUT-EXCI-001, in: @VERTEBREA.@IN-EXCI-002]
activate_scope: !ALWAYS
```
### EXCITATION
```Gen
EXCITATION
type: behaviour
within_scope: !NIGHT
snippet:
# *Fixed
@: CONTEXTOR [snip: ExcitationPossible, RF: active 60x]
# *ActivateAstroPostPre
@: BINDER [snippet: ExcitationBind, RF: active 6x]
@: ACCUMULATOR [snippet: ClearTraces, RF: active 6x]
*DeActivateAstroPost
@: BINDER [snippet: ExcitationUnbind, RF: active 6x]
```
#### *Fixed
##### ExcitationPossible
```Gen
ExcitationPossible
```
organs/tectum/tectum-beh.md
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@@ -1,164 +0,0 @@
# tectum-beh.md
## EXCITATION: Container
```Gen
EXCITATION
type: container
activity_scope: !NIGHT
tub_passed:
PRESYNAPSE_ALL: out.{}.{}.PRESYNAPSE
POSTSYNAPSE_ALL: in.{}.{}.POSTSYNAPSE
ASTROSYNAPSE_ALL: in.{}.ASTROCYTE.ASTROSYNAPSE
# ASTROSYNAPSE_ALL: in.{}.{}.ASTROSYNAPSE # E' equivalente
```
### Excitation-possible: contextor
Qui devo capire queste tracce chi le lascia e se sono esclusive?
```Gen
Excitation-possible: ( active: 60x )
type: contextor
contained_by: EXCITATION
in_context: Fixed
condition: ???
out_context: ActivateAstroPostPre_ctx
condition: ( BadTraces fullness )
out_context: DeActivateAstroPostPre_ctx
```
### Excitation-bind: binder
Qui attiviamo la Syn collegando Pre e Post. Lo facciamo per tutte le relazioni fino a quando GoodTraces fullness
```Gen
Excitation-bind: ( active: 6x )
type: binder
contained_by: EXCITATION
in_context: ActivateAstroPostPre_ctx
within_scope: ASTROCYTE
hypothesis: ( GoodTraces fullness ) AND NOT ( ASTROSYNAPSE full ) AND NOT ( PRESYNAPSE full ) AND NOT ( POSTSYNAPSE full)
bind: [PRESYNAPSE_ALL increase, POSTSYNAPSE_ALL increase, ASTROSYNAPSE_ALL increase]
trace: None?
```
### ClearTraces: accumulator
```Gen
ClearTraces: ( active: 6x ) # stesso RF del bind
type: accumulator
contained_by: EXCITATION
in_context: ActivateAstroPostPre_ctx
hypothesis: GoodTraces NOT empty
action: GoodTraces decrease
trace: None?
```
### Excitation-unbind: binder
Qui deattiviamo la Syn
```Gen
Excitation-unbind: ( active: 6x )
type: binder
contained_by: EXCITATION
# Devo essere sicuro di eliminare i 3 che sono collegati, non a caso.
in_context: DeActivateSynPostPre_ctx
hypothesis: (BadTraces fullness)
unbind: [PRESYNAPSE decrease, POSTSYNAPSE decrease, ASTROSYNAPSE decrease]
trace: None?
```
## INHIBITION: Container
```Gen
INHIBITION
type: container
activity_scope: !NIGHT
tub_passed:
PRESYNAPSE_ALL: out.{}.{}.PRESYNAPSE
SOMASYNAPSE_ALL: in.{}.{}.SOMASYNAPSE
ASTROSYNAPSE_ALL: in.{}.ASTROCYTE.ASTROSYNAPSE
# ASTROSYNAPSE_ALL: in.{}.{}.ASTROSYNAPSE # E' equivalente
```
Da mettere a posto gli in e out
## IN-EXCITATION: Container
**in-excitation**:
Qui mettiamo assieme tutte le PRESYNAPSE di una possibile relazione con un altro modulo
```Gen
IN-EXCITATION
type: container
activity_scope: !NIGHT
```
## OUT-EXCITATION: Container
**out-excitation**:
Qui mettiamo assieme tutte le PRESYNAPSE di una possibile relazione con un altro modulo
```Gen
OUT-EXCITATION
type: container
activity_scope: !NIGHT
tub_intricated:
PRESYNASPE: out.{}.{}.PRESYNAPSE
```
## IN-INHIBITION: Container
**in-inhibition**:
Qui mettiamo assieme tutte le PRESYNAPSE di una possibile relazione con un altro modulo
```Gen
IN-EXCITATION
type: container
activity_scope: !NIGHT
```
## OUT-INHIBITION: Container
**out-inhibition**:
Qui mettiamo assieme tutte le PRESYNAPSE di una possibile relazione con un altro modulo
```Gen
OUT-INHIBITION
type: container
activity_scope: !NIGHT
```
organs/tectum/tectum.md
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@@ -10,7 +10,6 @@ TECTUM
type: comprehension
include:
tectum-beh.md
../../modules/winnertakeall.md
../../elements/astrocyte.md
@@ -40,3 +39,166 @@ TECTUM
@: EXCITATION [out: @WTA-001.@OUT-EXCI-001, in: @WTA-003.@IN-EXCI-002]
@: INHIBITION [out: @WTA-002.@OUT-INHI-001, in: @WTA-003.@IN-INHI-004]
```
## EXCITATION: Container
```Gen
EXCITATION
type: container
activity_scope: !NIGHT
tub_passed:
PRESYNAPSE_ALL: out.{}.{}.PRESYNAPSE
POSTSYNAPSE_ALL: in.{}.{}.POSTSYNAPSE
ASTROSYNAPSE_ALL: in.{}.ASTROCYTE.ASTROSYNAPSE
# ASTROSYNAPSE_ALL: in.{}.{}.ASTROSYNAPSE # E' equivalente
```
### Excitation-possible: contextor
Qui devo capire queste tracce chi le lascia e se sono esclusive?
```Gen
Excitation-possible: ( active: 60x )
type: contextor
contained_by: EXCITATION
in_context: Fixed
condition: ???
out_context: ActivateAstroPostPre_ctx
condition: ( BadTraces fullness )
out_context: DeActivateAstroPostPre_ctx
```
### Excitation-bind: binder
Qui attiviamo la Syn collegando Pre e Post. Lo facciamo per tutte le relazioni fino a quando GoodTraces fullness
```Gen
Excitation-bind: ( active: 6x )
type: binder
contained_by: EXCITATION
in_context: ActivateAstroPostPre_ctx
within_scope: ASTROCYTE
hypothesis: ( GoodTraces fullness ) AND NOT ( ASTROSYNAPSE full ) AND NOT ( PRESYNAPSE full ) AND NOT ( POSTSYNAPSE full)
bind: [PRESYNAPSE_ALL increase, POSTSYNAPSE_ALL increase, ASTROSYNAPSE_ALL increase]
trace: None?
```
### ClearTraces: accumulator
```Gen
ClearTraces: ( active: 6x ) # stesso RF del bind
type: accumulator
contained_by: EXCITATION
in_context: ActivateAstroPostPre_ctx
hypothesis: GoodTraces NOT empty
action: GoodTraces decrease
trace: None?
```
### Excitation-unbind: binder
Qui deattiviamo la Syn
```Gen
Excitation-unbind: ( active: 6x )
type: binder
contained_by: EXCITATION
# Devo essere sicuro di eliminare i 3 che sono collegati, non a caso.
in_context: DeActivateSynPostPre_ctx
hypothesis: (BadTraces fullness)
unbind: [PRESYNAPSE decrease, POSTSYNAPSE decrease, ASTROSYNAPSE decrease]
trace: None?
```
## INHIBITION: Container
```Gen
INHIBITION
type: container
activity_scope: !NIGHT
tub_passed:
PRESYNAPSE_ALL: out.{}.{}.PRESYNAPSE
SOMASYNAPSE_ALL: in.{}.{}.SOMASYNAPSE
ASTROSYNAPSE_ALL: in.{}.ASTROCYTE.ASTROSYNAPSE
# ASTROSYNAPSE_ALL: in.{}.{}.ASTROSYNAPSE # E' equivalente
```
Da mettere a posto gli in e out
## IN-EXCITATION: Container
**in-excitation**:
Qui mettiamo assieme tutte le PRESYNAPSE di una possibile relazione con un altro modulo
```Gen
IN-EXCITATION
type: container
activity_scope: !NIGHT
```
## OUT-EXCITATION: Container
**out-excitation**:
Qui mettiamo assieme tutte le PRESYNAPSE di una possibile relazione con un altro modulo
```Gen
OUT-EXCITATION
type: container
activity_scope: !NIGHT
tub_intricated:
PRESYNASPE: out.{}.{}.PRESYNAPSE
```
## IN-INHIBITION: Container
**in-inhibition**:
Qui mettiamo assieme tutte le PRESYNAPSE di una possibile relazione con un altro modulo
```Gen
IN-EXCITATION
type: container
activity_scope: !NIGHT
```
## OUT-INHIBITION: Container
**out-inhibition**:
Qui mettiamo assieme tutte le PRESYNAPSE di una possibile relazione con un altro modulo
```Gen
OUT-INHIBITION
type: container
activity_scope: !NIGHT
```