Ich setze eines der Themen fort, die in der Veröffentlichung von Alexander Ershov ( Ustas ) "Neural Network Visual Search" angesprochen wurden , und schlage vor, dass Habrs Leser in die Welt von N.M. Amosova, siei- Modelle, M-Netze und Automaten. Ich hoffe, sie sind die wahrscheinlichsten Kandidaten für die Rolle der "Silberkugel", die es Enthusiasten von "starker Intelligenz" oder, in anderer Terminologie, "künstlicher Intelligenz" ermöglicht, dem Verständnis der Art und Weise ihrer Umsetzung näher zu kommen.
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Abbildung 1. Ein Objekt und seine Reflexion in Modellen verschiedener Generalisierungsebenen. "Eingänge" und "Ausgänge": Energie; B - Substanz. Wiedergabe Abb. 12 aus [4].
Die in Kl. 1 und 2 nennen die Autoren selbstlernende Prozesse und die in p beschriebenen Prozesse. 3 und 4, genannt die Prozesse der Selbstorganisation des M-Netzwerks.
Formale Definition eines M-Netzes
Die zuvor eingeführten Eigenschaften der Elemente des M-Netzwerks (ich-Modelle und Verbindungen) können bequem in mehrere Hauptgruppen unterteilt werden:
- Umwandlungseigenschaften;
- Merkmale des Selbstlernens;
- Merkmale der Selbstorganisation.
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- i- . i- . i- , – . i-, ( ), , - i- -. , i-, -, - . . - « », « » i-: - «» «» «» i- (- i- ).
, i-Modelle - In diesem Fall ist die Wahrscheinlichkeit einer positiven Rückkopplung im M-Automaten hoch: Dies führt zu einer Situation unbegrenzten (exponentiellen) Wachstums der Anregung eines solchen Clusters ich-Modelle. Positives Feedback zwischenich-Modelle sind auch möglich, wenn sie Verbindungen durch die äußere Umgebung "schließen": Ein natürliches Analogon dazu kann das Auftreten der sogenannten " Ameisenkreise des Todes " oder der Kreisbewegung in den Raupen einer marschierenden Seidenraupe sein (eine ähnliche Situation kann nicht nur in der Welt der Insekten auftreten - siehe zum Beispiel Kreise in Widdern , leider in komplexeren Situationen, findet sich ein solches "Gehen in Kreisen" in der menschlichen Bevölkerung).
Ameisenkreis des Todes
Kreisbewegung der marschierenden Seidenraupenraupen
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(., . [127]) . , .Abbildung 2. "Heterokliner Baum" im mehrdimensionalen Phasenraum eines dynamischen Systems, das die parallele und sequentielle Aktivität einer großen Anzahl von Interaktionsmodi beschreibt, die an der Ausführung einer bestimmten kognitiven Funktion beteiligt sind (ein Zustand, der eine endgültige Entscheidung oder eine entwickelte Verhaltensstrategie darstellt, ist mit einer Lichtscheibe markiert). Zahl: 9 aus der Überprüfung [9]
9 . , , , , , . - , , . , , [128] .
Ein solcher Mechanismus auf hoher Ebene ermöglicht es nicht nur, die unkontrollierte Zunahme der Aufregung bestimmter Gruppen einzudämmen ich-Modelle, aber bei Bedarf auch die "Teufelskreise" der Übertragung von Aktivitäten innerhalb einer bestimmten Gruppe von Ensembles durchbrechen ich-Modelle.
Grundeigenschaften
1. In dem Konzept besteht die Rolle des SDT darin, lokales positives und negatives Feedback in den im M-Netzwerk ablaufenden Informationsverarbeitungsprozessen zu organisieren. Dies stellt in jedem Zeitintervall die Dominanz des Informationsverarbeitungsprogramms, das im adaptiven Plan am wichtigsten ist, gegenüber anderen Programmen sicher, die sich parallel im M-Netzwerk entwickeln.
2. Das SDT funktioniert wie folgt:
2.1. Es sei etwas M-Netz gegeben.
2.2. Bei der Verarbeitung von Informationen Aufregungich- Netzwerkmodelle ändern sich. Das Ausmaß der Erregung von jedemich-Modell gibt indirekt die "Wichtigkeit" oder den Wert der darin aufgezeichneten Informationen an.
Das Schema der Interaktion des Sicherheitsdatenblatts mit anderen Elementen des M-Netzwerks ist in der folgenden Abbildung dargestellt.
Abbildung 3. Schema des Sicherheitsdatenblatts. S. - SUT; F. - Stärkung des Hauptmodells; B. - den Rest bremsen; ich1 und ich2 - Geschossmodelle der Bedeutung der umgebenden Welt; EIN1, EIN2 - Geschossmodelle von nach außen gerichteten Handlungen; C.1,C.2 - Modelle von Bewusstseinsprogrammen; e, f- Modelle von Gefühlen und Emotionen. Wiedergabe Abb. 19 von der Arbeit [2].
2.3. Es wird davon ausgegangen, dass die Zuordnung zu jedem Zeitpunkt am aufregendsten istichDas Modell und die Stärkung seines Einflusses auf den allgemeinen Verlauf der Informationsverarbeitung werden die Effizienz des Netzwerks erhöhen. Genau das löst der SDT.
2.4. Arbeit SUT:
2.4.1. SDT wählt zu jedem Zeitpunkt die aufgeregteste ausich-Modell erhöht ihre Erregung weiter und verringert die Erregbarkeit des Restes ich-Modelle (verlangsamt sie). Wenn zu einem bestimmten Zeitpunkt die gleiche maximale Aufregung habenn ich-Modelle, dann wird die zusätzliche Aufregung von der SDT für jedes von ihnen in sein n mal reduziert.
2.4.2. Für jeden "aktiven"ich-Das Modell benötigt eine Bremse "Twin" (komplementär ich-), i-. . , ().
2.4.3. i-. i- , -.
2.4.4. i- . , i- . , , , i-, , , , . , «» , i-. , -, « » i- .
2.4.5. i-. . i-. , - ( i- ). , , -.
2.4.6. «» , ( , i- ).
2.4.7. , i- . i- : i-, , i-. , , , () . .
3. , , , -. , i- . i-, .
, , :
Abbildung 4. Organigramm eines hierarchischen Sicherheitsdatenblatts. Dargestellt sind drei Felder von "funktionierenden" Modellen sowie die Neuronen des ersten (ich) und der zweite (II) Böden des SDT mit ihren verstärkenden (Haben) und bremsen (T.) Elemente. Wiedergabe Abb. 20 von der Arbeit [2].
3.1. Lass allesich- Netzwerkmodelle werden aus irgendeinem Grund herkömmlicherweise zu mehreren nicht überlappenden Gruppen zusammengefasst. Dies sind Gruppen der ersten (niedrigsten) Ebene. Diese Gruppen können wiederum zu größeren Gruppen der zweiten Ebene zusammengefasst werden, letztere zu Gruppen der dritten Ebene usw. Die oberste Gruppe umfasst alle Gruppen der vorherigen und daher alleich- Netzwerkmodelle. Die Gesamtzahl der Ebenen einer solchen "Pyramide" kann in jedem speziellen Fall in Abhängigkeit von der Komplexität des M-Netzwerks und der Komplexität der Aufgaben bestimmt werden, für die der Automat gebaut wird.
Die folgenden Abbildungen zeigen die Organisationsdiagramme eines hierarchischen SDT und das Prinzip seiner Interaktion mit Ebenen. ich-Modelle des M-Netzwerks.
3.2. Zu jeder solchen Gruppeich-Modelle, eines der SDT-Subsysteme ist zugeordnet: Im M-Netzwerk funktionieren so viele SDT-Subsysteme gleichzeitig, wie Gruppen verschiedener Ebenen darin enthalten sind.
Abbildung 5. Schema der Interaktion eines hierarchischen SDT mit Ebenen ich-Modelle des M-Netzwerks. EIN, B. - "Arbeitszonen" des Kortex mit Modellen a - a - a,b - b - b,c - c - c,d - d - d...
Das aufgeregteste Modell a - a - a in der Zone EIN, in der Zone B. Modell- c - c - c weniger gehemmt als d - d - d...
Element N. VONHabenT.- -ich verstärkt, Element M. gehemmt von VONHabenT.- -ichich;; T. - Bremsen; Haben - dazugewinnen.
Wiedergabe Abb. 21 von der Arbeit [2].
3.3. Als eine der möglichen Optionen für die Implementierung kann eine Ablaufverfolgung bereitgestellt werden. Arbeitsalgorithmus:
3.3.1. SDT-Subsysteme des gleichen Niveaus (die Niveaus der Subsysteme werden gemäß den Niveaus der Gruppen ausgewählt, an denen sie arbeiten) vergleichen die Anregungen, verstärken die isolierten und hemmen den Restich-Modelle nur innerhalb ihrer Gruppen. Subsysteme des SDT der nächsten Ebene, jedes innerhalb seiner eigenen Gruppe, vergleichen die bereits durchschnittlichen Anregungen der Gruppenich-Modelle der unteren Ebene.
Abbildung 6. Beispiel einer Beziehung ich-Modelle des M-Netzwerks. EIN - Dachgeschossmodell; a, b, c - Modelle im Untergeschoss; 1,2,......... - benachbarte Modelle; D. - Modellantagonist; T. - Bremsen; K. - Qualitätsmodelle; H.1,H.2- Modelle von Gefühlen. Gepunktete Linien zeigen Bremswege. Wiedergabe Abb. 22 von der Arbeit [2].
3.3.2. Die Verstärkung wird nicht auf eine einzelne angewendetich-Modelle, aber an alle ich-Modelle der aktuell zugewiesenen Gruppe; ich- Modelle anderer Gruppen des gleichen Niveaus werden proportional gebremst.
3.4. Der Einfluss aller SDT-Subsysteme beeinflusst die Aktivitätich-Modelle, die das ursprüngliche Set bilden, so dass jedes spezifisch ich-Das Netzwerkmodell kann zusätzliche Anregung von Subsystemen einiger Ebenen erhalten und von Subsystemen anderer Ebenen verlangsamt werden.
3.5. Die Anzahl der Ebenen in einem hierarchisch organisierten SDT sollte durch die Bedingungen einer bestimmten Aufgabe bestimmt werden, mit der die Ersteller des M-Netzwerks konfrontiert sind.
Ensembles ich-Modelle
Die Autoren stellen auf der Grundlage der durchgeführten Experimente das folgende interessante Merkmal fest: „Wenn das SDT aus irgendeinem Grund dasselbe hervorhebt ich- , i-, «», , . , , , . i-, . , «» i- . i-, «» » [3].
, , i- , . — i-.
1. , i-, i-, « » : i-, , . : i-.
2. , i-, : «». — « ». «» : , «» , , — « », .
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2.3. i- — , . i- - i-. «» .
2.4. - : i- — «» . i- i- . «» , .. , «» , - .
2.5. Beim Herstellen von Verbindungen zwischenich-Modelle verschiedener Ensembles, deren Stärke (Permeabilität) von der Häufigkeit der im Ensemble enthaltenen Gelenkanregungen abhängt ich-Modelle, der Zustand der integralen Zentren für die Bewertung von Pr und NPr und einige andere Faktoren, die eng miteinander verbunden sind ich-Modelle haben im Vergleich zu den anderen eine größere Wahrscheinlichkeit einer konsistenten Auswahl durch das Boost-Bremssystem ich- Netzwerkmodelle. Dementsprechend bei der Auswahl von SDTich-Modell, das zu einem von zwei stark verbundenen Ensembles gehört, besteht eine hohe Wahrscheinlichkeit, dass der SDT nach einigen Augenblicken zu einem der beiden wechselt ich-Modelle des zweiten Ensembles.
Abbildung 7. Mögliche (und nicht endgültige) Version des Klassendiagramms für einzelne Elemente und ihre Beziehungen im Konzept von N.. Amosov.
3. Veränderungen in der Erregung ich- , — . , .
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- ⟨μ,A⟩: - μ und enthält einen Algorithmus für seine Funktionsweise EIN... Im Allgemeinen kann die Arbeit des M-Automaten wie folgt dargestellt werden:
Abbildung 8. Blockdiagramm des Funktionsalgorithmus des M-Automaten. Reproduzierte Abb. 5 von der Arbeit [3].
Wenn M-net μwird in der Form (12) angegeben, ist ein solcher M-Automat vollständig .
Es ist möglich, M-Automaten zu konstruieren, in denen nicht alle Funktionen des M-Netzes realisiert sind.
Selbstlernende M-Automaten werden je nach Vollständigkeit der M-Netzwerk-Aufgabe unterschieden:
μ=⟨P.,S.,R.,L.,∅,C.,ich⟩,(13)
und nicht lernende M-Automaten;
μ=⟨P.,S.,R.,∅,∅,C.,ich⟩,(vierzehn)
Zeichen ∅ zeigt an, dass das entsprechende Element nicht eingegeben wurde.
Algorithmus UND im Falle eines selbstlernenden M-Automaten enthält keinen Block F. oder eine Gruppe von Merkmalen der Selbstorganisation und im Fall eines Nicht-Lernenden - Blöcke F. und L. - Gruppen von Merkmalen des Selbstlernens.
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Start by doing what's necessary then do what's possible and suddenly you are doing the impossible.
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//------------------------------------------------------------------------------
type
//------------------------------------------------------------------------------
{$REGION ' '}
//------------------------------------------------------------------------------
//
TConnection = class;
//
TConnections = class;
//------------------------------------------------------------------------------
//
TRelation = class;
//
TRelations = class;
// i-
TOutputs = class;
// i-
TInputs = class;
//------------------------------------------------------------------------------
// i-
TModel = class;
// i-
TModels = class;
//------------------------------------------------------------------------------
// i–:
//
TQualia = class;
//
TPercept = class;
// -
TEffector = class;
//------------------------------------------------------------------------------
// -, i- ()
TModelGroup = class;
// -
TActivateInhibiteSystem = class;
//------------------------------------------------------------------------------
// -
TAutomate = class;
//------------------------------------------------------------------------------
//
TPlatform = class;
//------------------------------------------------------------------------------
{$ENDREGION ' '}
//------------------------------------------------------------------------------
, , . .
.. – TRelation
– :
property CurrActivateCoeff: double read GetCurrActivateCoeff write SetCurrActivateCoeff;
– :
property ResidualActivateCoeff: double read GetResidualActivateCoeff write SetResidualActivateCoeff;
– :
property CurrInhibitCoeff: double read GetCurrInhibitCoeff write SetCurrInhibitCoeff;
– :
property ResidualInhibitCoeff: double read GetResidualInhibitCoeff write SetResidualInhibitCoeff;
.
i- :
TRelation = class(..............)
private
FModelSource: TModel; // -
FModelTarget: TModel; //
FConnection: TConnection; // , .
private
FSourceId: int64; // -
FTargetId: int64; //
private
FCurrActivateCoeff: double;
FResidualActivateCoeff: double;
FCurrInhibitCoeff: double;
FResidualInhibitCoeff: double;
protected
//................................................
//................................................
//................................................
public
//................................................
//................................................
//................................................
end;
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1. (2):
procedure Defrosting(ACoModel: TModel; const AQuality: double); overload; virtual;
2. (3):
procedure Setting(ACoModel: TModel; const AQuality: double); overload; virtual;
3. (4):
procedure AttenuationCurrActivation(); overload; virtual;
4. (4):
procedure DampingCurrentInhibit(); overload; virtual;
5. (5):
procedure AttenuationResidualActivation(); overload; virtual;
6. (5):
procedure AttenuationResidualInhibit(); overload; virtual;
7. (6):
function Activation(): double; overload; virtual;
8. (6):
function Inhibition(): double; overload; virtual;
, .
TRelation
TRelation = class(..............)
private
//................
protected
// (2):
procedure Defrosting(ACoModel: TModel; const AQuality: double); overload; virtual;
// (3):
procedure Setting(ACoModel: TModel; const AQuality: double); overload; virtual;
// (4):
procedure AttenuationCurrActivation(); overload; virtual;
// (4):
procedure DampingCurrentInhibit(); overload; virtual;
// (5):
procedure AttenuationResidualActivation(); overload; virtual;
// (5):
procedure AttenuationResidualInhibit(); overload; virtual;
// (6):
function Activation(): double; overload; virtual;
// (6):
function Inhibition(): double; overload; virtual;
//................
end;
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– (6) – Inhibition(…)
TModel, TRelation.
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//................
function TRelation.Activation(): double;
begin
Result := ResidualActivateCoeff + (System.Math.Max(CurrActivateCoeff, 0.0) * FModelSource.Arousal);
end;
function TRelation.Inhibition(): double;
begin
Result := ResidualInhibitCoeff + (System.Math.Max(CurrInhibitCoeff, 0.0) * FModelSource.Arousal);
end;
//................
: () () -.
- -.
1. / ( XML) TConnection – :
TConnection = class
private
FOwner: TConnections;
private
FSourceId: int64;
FTargetId: int64;
private
FCurrActivateCoeff: double;
FResidualActivateCoeff: double;
FCurrInhibitCoeff: double;
FResidualInhibitCoeff: double;
protected
....
public
function Equals(AObject: TObject): boolean; overload; override;
public
function IsDefrosting(): boolean; overload; virtual;
published
[XMLAttribute('Source')]
property SourceId: int64 read GetSourceId write SetSourceId;
[XMLAttribute('Target')]
property TargetId: int64 read GetTargetId write SetTargetId;
published
// .
[XMLAttribute('CurrActivate')]
property CurrActivateCoeff: double read GetCurrActivateCoeff write SetCurrActivateCoeff;
// .
[XMLAttribute('ResidualActivate')]
property ResidualActivateCoeff: double read GetResidualActivateCoeff write SetResidualActivateCoeff;
// .
[XMLAttribute('CurrInhibitCoeff')]
property CurrInhibitCoeff: double read GetCurrInhibitCoeff write SetCurrInhibitCoeff;
// .
[XMLAttribute('ResidualInhibitCoeff')]
property ResidualInhibitCoeff: double read GetResidualInhibitCoeff write SetResidualInhibitCoeff;
end;
2. , TConnection , - (-) – - /.
3. TConnection TRelation: . , TRelation. , Owner – . TRelation TConnection : , , TRelation - , TConnection. : TConnection, TRelation . , - : - / i-. , – .
4. Equals ( , ):
function TConnection.Equals(AObject: TObject): boolean;
begin
if (SourceId <> TConnection(AObject).SourceId) then exit(false);
Result := (TargetId = TConnection(AObject).TargetId);
end;
5. , TConnection
constructor Create(); overload; virtual;
constructor Create(const ASourceId, ATargetId: int64;
const AResidualActivateCoeff: double = 0.0;
const AResidualInhibitCoeff: double = 0.0;
const ACurrActivateCoeff: double = 0.0;
const ACurrInhibitCoeff: double = 0.0); overload; virtual;
// .
constructor Create(const ASourceConnection: TConnection); overload; virtual;
6. - IsDefrosting(): boolean – , :
//................
function TConnection.IsDefrosting(): boolean;
begin
if (FCurrActivateCoeff <> 0.0) then exit(true);
if (FResidualActivateCoeff <> 0.0) then exit(true);
if (FCurrInhibitCoeff <> 0.0) then exit(true);
if (FResidualInhibitCoeff <> 0.0) then exit(true);
exit(false);
end;
TRelation
TRelation .
, , :
1. i- TModel : ;
2. - -;
3. TRelation TConnection.
4. , TRelation , -, -, :
TRelation = class(..............)
private
FModelSource: TModel;
FModelTarget: TModel;
FConnection: TConnection;
//................................................
protected
//................................................
property Connection: TConnection read GetConnection write SetConnection;
//................................................
public
//................................................
published
property ModelSource: TModel read GetModelSource write SetModelSource;
property ModelTarget: TModel read GetModelTarget write SetModelTarget;
published
property SourceId: int64 read GetSourceId write SetSourceId;
property TargetId: int64 read GetTargetId write SetTargetId;
property SourceName: string read GetSourceName write SetSourceName;
property TargetName: string read GetTargetName write SetTargetName;
//................................................
end;
5. TRelation :
– — ;
– i-;
– ;
– -;
– () .
,
//................................................
public
// .
constructor Create(); overload; virtual;
// i-.
constructor Create(const ASourceId, ATargetId: int64); overload; virtual;
// - ( ).
constructor Create(const ASourceId: int64; ATarget: TModel); overload; virtual;
// ( -).
constructor Create(ASource: TModel; const ATargetId: int64); overload; virtual;
// - .
constructor Create(ASource, ATarget: TModel; AConnection: TConnection); overload; virtual;
//................................................
end;
6. TRelation :
destructor TRelation.Destroy();
begin
// "" .
FResidualInhibitCoeff := -1.0;
FCurrInhibitCoeff := -1.0;
FResidualActivateCoeff := -1.0;
FCurrActivateCoeff := -1.0;
// "" .
FTargetId := -1;
FSourceId := -1;
// .
if (Assigned(FModelSource.Outputs)) then
FModelSource.Outputs.Extract(Self);
// .
if (Assigned(FModelTarget.Inputs)) then
FModelTarget.Inputs.Extract(Self);
// . .
if (Assigned(FConnection.Owner)) then
FConnection.Owner.Remove(FConnection);
System.SysUtils.FreeAndNil(FConnection);
inherited Destroy();
end;
, i-.
[XMLROOT('Connections')]
TConnections = class(TVector<TConnection>)
private
FOwner: TAutomate;
public
constructor Create(); overload; override;
constructor Create(AOwner: TAutomate); overload; virtual;
destructor Destroy(); override;
public
function Add(const AValue: TConnection): int64; overload; override;
function Insert(const AIndex: longint; const AValue: TConnection): int64; overload; override;
end;
TConnectionsClass = class of TConnections;
, TVector<T> TList<T>.
:
1. -. , , i- -, -. / -.
2. – .
3. -:
TConnectionComparer = class(TComparer<TConnection>)
protected
function Equal(const ALeft, ARight: TConnection): boolean; overload; override;
function LessThan(const ALeft, ARight: TConnection): boolean; overload; override;
function GreaterThan(const ALeft, ARight: TConnection): boolean; overload; override;
public
constructor Create(); overload; override;
destructor Destroy(); override;
end;
TConnectionComparerClass = class of TConnectionComparer;
TConnectionComparer ,
function TConnectionComparer.Equal(const ALeft, ARight: TConnection): boolean;
begin
if (ALeft.SourceId <> ARight.SourceId) then exit(false);
Result := (ALeft.TargetId = ARight.TargetId);
end;
function TConnectionComparer.LessThan(const ALeft, ARight: TConnection): boolean;
begin
if (ALeft.SourceId < ARight.SourceId) then exit(true);
if (ALeft.SourceId > ARight.SourceId) then exit(false);
Result := (ALeft.TargetId < ARight.TargetId);
end;
function TConnectionComparer.GreaterThan(const ALeft, ARight: TConnection): boolean;
begin
if (ALeft.SourceId > ARight.SourceId) then exit(true);
if (ALeft.SourceId < ARight.SourceId) then exit(false);
Result := (ALeft.TargetId > ARight.TargetId);
end;
4. Add .
5. Insert , Owner : .
6. :
constructor TConnections.Create();
begin
inherited Create(TConnectionComparer.Create()); // -.
FreeObjects := true;
Sorted := true;
Unique := true;
ClassUnique := dupError;
FOwner := nil;
end;
, — TRelations – (TInputs) (TOutputs).
— TRelations:
TRelations:
TRelations = class(TVector<TRelation>)
private
FOwner: TModel;
protected
function GetOwner(): TModel; overload; virtual;
procedure SetOwner(const AValue: TModel); overload; virtual;
protected
function TryInnerInsert(const AIndex: longint; const AValue: TRelation; out AOutIndex: int64): boolean; overload; virtual;
function Add(const AValue: int64): int64; overload; virtual;
public
constructor Create(); overload; override;
constructor Create(AOwner: TModel); overload; virtual;
destructor Destroy(); override;
public
function Add(const AValue: TRelation): int64; overload; override;
function Insert(const AIndex: longint; const AValue: TRelation): int64; overload; override;
public
property Owner: TModel read GetOwner write SetOwner;
end;
1. :
– ;
– ;
– CRUD-.
2. TRelations :
2.1. i- ( )
function Add(const AValue: int64): int64; overload; virtual;
( ) (-). TOutputs TInputs.
2.2. ( ) i-
function Add(const AValue: TRelation): int64; overload; override;
, .
2.3.
function Insert(const AIndex: longint; const AValue: TRelation): int64; overload; override;
, , , .
function TRelations.Insert(const AIndex: longint; const AValue: TRelation): int64;
var
AConnection: TConnection;
begin
try
// TryInnerInsert !
if (TryInnerInsert(AIndex, AValue, Result)) then exit;
Result := inherited Insert(AIndex, AValue);
if (Result < 0) then exit;
if (not Assigned(AValue.Connection)) then
begin
Owner.Automate.Connections.Add(AValue.CreateConnect());
end;
except
Result := -1;
end;
end;
TryInnerInsert.
2.4. TryInnerInsert
//.......................................................
protected
function TryInnerInsert(const AIndex: longint; const AValue: TRelation; out AOutIndex: int64): boolean; overload; virtual;
//.......................................................
end;
:
– , – ;
– ,
– ;
– .
TryInnerInsert . , . , .
function TRelations.TryInnerInsert(const AIndex: longint; const AValue: TRelation; out AOutIndex: int64): boolean;
var
AIndexOf: integer;
begin
AOutIndex := AIndex;
Result := false;
if (Assigned(AValue.ModelSource) and Assigned(AValue.ModelTarget)) then exit;
// - !
if (Self is TInputs) then
begin
if ((AValue.TargetId >= 0) and (AValue.TargetId <> Owner.ObjectID)) then
begin
// ! !
raise Exception.CreateFmt(RSErrorUnknowIds,[AValue.SourceId,AValue.TargetId, Owner.ObjectID, Self.ClassName]);
end;
// !
if (AValue.SourceId < 0) then
begin
// !
raise Exception.CreateFmt(RSErrorUnknowIds,[AValue.SourceId,AValue.TargetId, Owner.ObjectID, Self.ClassName]);
end;
// SourceId TargetId!
// !
for AIndexOf := 0 to Self.Count - 1 do
begin
if (this[AIndex].SourceId <> AValue.SourceId) then continue;
raise Exception.CreateFmt(RSErrorNotUniqueRelation,[AValue.SourceId,AValue.TargetId, Owner.ObjectID, Self.ClassName]);
end;
if (AValue.TargetId < 0) then
begin
AValue.TargetId := Owner.ObjectID;
end;
// - -.
if (not Assigned(AValue.ModelSource)) then
AValue.ModelSource := Owner.Automate.FindById(AValue.SourceId);
if (not Assigned(AValue.ModelTarget)) then
AValue.ModelTarget := Owner;
end;
if (Self is TOutputs) then
begin
if ((AValue.SourceId >= 0) and (AValue.SourceId <> Owner.ObjectID)) then
begin
// ! !
raise Exception.CreateFmt(RSErrorUnknowIds,[AValue.SourceId,AValue.TargetId, Owner.ObjectID, Self.ClassName]);
end;
// !
if (AValue.TargetId < 0) then
begin
// ... !
raise Exception.CreateFmt(RSErrorUnknowIds,[AValue.SourceId,AValue.TargetId, Owner.ObjectID, Self.ClassName]);
end;
// SourceId TargetId!
// !
for AIndexOf := 0 to Self.Count - 1 do
begin
if (this[AIndex].TargetId <> AValue.TargetId) then continue;
raise Exception.CreateFmt(RSErrorNotUniqueRelation,[AValue.SourceId,AValue.TargetId]);
end;
if (AValue.SourceId < 0) then
begin
AValue.SourceId := Owner.ObjectID;
end;
// - -.
if (not Assigned(AValue.ModelSource)) then
AValue.ModelSource := Owner;
if (not Assigned(AValue.ModelTarget)) then
AValue.ModelTarget := Owner.Automate.FindById(AValue.TargetId);
end;
AOutIndex := AValue.ModelSource.Outputs.Insert(AIndex, AValue);
AOutIndex := AValue.ModelTarget.Inputs.Insert(AIndex, AValue);
Result := true;
end;
TRelations – : TRelation.
:
TInputs = class(TRelations)
protected
function Add(const AValue: int64): int64; overload; override;
public
constructor Create(); overload; override;
destructor Destroy(); override;
public
function Insert(const AIndex: longint; const AValue: TRelation): int64; overload; override;
end;
TInputsClass = class of TInputs;
//..............................................................................
TOutputs = class(TRelations)
protected
function Add(const AValue: int64): int64; overload; override;
public
constructor Create(); overload; override;
destructor Destroy(); override;
public
function Insert(const AIndex: longint; const AValue: TRelation): int64; overload; override;
end;
TOutputsClass = class of TOutputs;
, Add, i-:
function TInputs.Add(const AValue: int64): int64;
begin
Result := Add(TRelation.Create(AValue, Owner));
end;
//..............................................................................
function TOutputs.Add(const AValue: int64): int64;
begin
Result := Add(TRelation.Create(Owner, AValue));
end;
AValue i-.
i-
i-, .. , :
– (Arousal),
– (Threshold),
– (ResidualActivateCoeff),
– (ActivateCoeff),
– (Inputs).
– (Outputs),
:
– , , ObjectId (int64).
, TNamedObject. :
– (ObjectId: int64);
– (Name: string);
– (NameShort: string);
– (Code: string).
i- i-:
– – Ativation(…) (9);
– – Inhibit(…) (7);
– – Attenuation(…) (8);
– – Overgrowth(…) (10);
– – Adaptation(…) (10).
, i-
TModel = class(TNamedObject)
private
//................................................
protected
// : R (4.2).
function Winding(AR: TRelation): TRelation; overload; virtual;
// : R_1 (4.3).
function Setting(AR: TRelation): TRelation; overload; virtual;
// : (4.4, 4.4, 4.5 4.5).
function Attenuation(AR: TRelation): TRelation; overload; virtual;
protected
// (9).
function Ativation(): double; overload; virtual;
// : (7).
function Inhibit(): double; overload; virtual;
// (8).
function Attenuation(): double; overload; virtual;
// (10).
function Overgrowth(): double; overload; virtual;
// (10).
function Adaptation(): double; overload; virtual;
protected
// - .
property Arousal: double read GetArousal write SetArousal;
// : (4.6).
property ActivateEffect: double read GetActivateEffect write SetActivateEffect;
// : (4.6).
property InhibitEffect: double read GetInhibitEffect write SetInhibitEffect;
// .
property Threshold: double read GetThreshold write SetThreshold;
// .
property ActivateCoeff: double read GetActivateCoeff write SetActivateCoeff;
// () .
property ResidualActivateCoeff: double read GetResidualActivateCoeff write SetResidualActivateCoeff;
protected
// - .
property Arousal: double read GetArousal write SetArousal;
// : (4.6).
property ActivateEffect: double read GetActivateEffect write SetActivateEffect;
// : (4.6).
property InhibitEffect: double read GetInhibitEffect write SetInhibitEffect;
// .
property Threshold: double read GetThreshold write SetThreshold;
// .
property ActivateCoeff: double read GetActivateCoeff write SetActivateCoeff;
// () .
property ResidualActivateCoeff: double read GetResidualActivateCoeff write SetResidualActivateCoeff;
protected
//................................................
end;
- , . «» , : 0.0.
i- TModel Exec(…) InternalExec(…). true, i- - .
TModel = class(TNamedObject)
private
//................................................
protected
function InternalExec(): boolean; overload; virtual;
//................................................
public
function Exec(): boolean; overload; virtual;
//................................................
end;
InternalExec(…) i- -. false.
i-
i-:
TModel = class(TNamedObject)
private
FAutomate: TAutomate;
FModels: TModels;
FOwner: TModel;
private
FArousal: double;
FActivateEffect: double;
FInhibitEffect: double;
private
FThreshold: double;
FActivateCoeff: double;
FResidualActivateCoeff: double;
private
FOutputs: TOutputs;
FInputs: TInputs;
protected
function GetThis(): TObject; overload; virtual;
protected
procedure SetObjectName(const AValue: TNameObject); overload; override;
procedure SetObjectNameShort(const AValue: TNameShort); overload; override;
procedure SetObjectCode(const AValue: TObjectName); overload; override;
protected
function GetOwner(): TModel; overload; virtual;
procedure SetOwner(const AValue: TModel); overload; virtual;
protected
function GetThreshold(): double; overload; virtual;
procedure SetThreshold(const AValue: double); overload; virtual;
function GetArousal(): double; overload; virtual;
procedure SetArousal(const AValue: double); overload; virtual;
function GetActivateEffect(): double; overload; virtual;
procedure SetActivateEffect(const AValue: double); overload; virtual;
function GetInhibitEffect(): double; overload; virtual;
procedure SetInhibitEffect(const AValue: double); overload; virtual;
function GetActivateCoeff(): double; overload; virtual;
procedure SetActivateCoeff(const AValue: double); overload; virtual;
function GetResidualActivateCoeff(): double; overload; virtual;
procedure SetResidualActivateCoeff(const AValue: double); overload; virtual;
protected
function GetOutputs(): TOutputs; overload; virtual;
procedure SetOutputs(const AValue: TOutputs); overload; virtual;
function GetInputs(): TInputs; overload; virtual;
procedure SetInputs(const AValue: TInputs); overload; virtual;
protected
function GetAutomate(): TAutomate; overload; virtual;
procedure SetAutomate(const AValue: TAutomate); overload; virtual;
function GetPlatform(): TPlatform; overload; virtual;
procedure SetPlatform(AValue: TPlatform); overload; virtual;
protected
procedure InternalExtract(); overload; virtual;
protected
property Models: TModels read FModels;
protected
//................................................
protected
// - .
property Arousal: double read GetArousal write SetArousal;
// : (4.6).
property ActivateEffect: double read GetActivateEffect write SetActivateEffect;
// : (4.6).
property InhibitEffect: double read GetInhibitEffect write SetInhibitEffect;
// .
property Threshold: double read GetThreshold write SetThreshold;
// .
property ActivateCoeff: double read GetActivateCoeff write SetActivateCoeff;
// () .
property ResidualActivateCoeff: double read GetResidualActivateCoeff write SetResidualActivateCoeff;
protected
class function GetClassInputs(): TInputsClass; overload; virtual;
class function GetClassOutputs(): TOutputsClass; overload; virtual;
protected
function InternalExec(): boolean; overload; virtual;
procedure ChangeArousal(AActivateInhibiteSystem: TActivateInhibiteSystem); overload; virtual;
public
constructor Create(); overload; override;
constructor Create(const AObjectId: int64; const AName: string; const ANameShort: string = ''; const ACode: string = ''); overload; virtual;
destructor Destroy(); override;
public
function Exec(): boolean; overload; virtual;
function Perform(): boolean; overload; virtual;
public
procedure Reset(); overload; virtual;
public
//................................................
public
property Owner: TModel read GetOwner write SetOwner;
published
property Outputs: TOutputs read GetOutputs write SetOutputs;
property Inputs: TInputs read GetInputs write SetInputs;
published
property Automate: TAutomate read GetAutomate write SetAutomate;
property Platform: TPlatform read GetPlatform write SetPlatform;
end;
TModelClass = class of TModel;
-:
TModel = class(TNamedObject)
//................................................
public
//................................................
function Connect(ATarget: TModel; AConnection: TConnection): TModel; overload; virtual;
//................................................
end;
i-
.. i-. i-.
, i-:
[XMLROOT('Models')]
TModels = class(TVector<TModel>)
private
FOwner: TAutomate;
private
FMapById: TMap<int64, int64>;
FMapByName: TMap<string, int64>;
private
FIsTerminated: boolean;
protected
function GetOwner(): TAutomate; overload; virtual;
procedure SetOwner(const AValue: TAutomate); overload; virtual;
procedure InnerSetAutomate(const AModel: TModel); overload; virtual;
protected
property Owner: TAutomate read GetOwner;
public
constructor Create(); overload; override;
constructor Create(const AComparer: JOBLIB.Core.Comparers.IComparer<TModel>); overload; override;
constructor Create(AOwner: TAutomate); overload; virtual;
destructor Destroy(); override;
public
function GetObjectId(): int64; overload; virtual;
public
function Add(const AValue: TModel): int64; overload; override;
function Insert(const AIndex: longint; const AModel: TModel): int64; overload; override;
function Extract(const AModel: TModel): TModel; overload; override;
procedure Delete(const AIndex: longint); overload; override;
public
function FindById(const AModelId: int64): TModel; overload; virtual;
function FindByName(const AModelName: string): TModel; overload; virtual;
public
procedure Reorder(const AStartIndex: integer); overload; override;
end;
TModelsClass = class of TModels;
- TModels TVector
<TModel>
. - TModels ( : FreeObjects := true false).
-
procedure TModels.InnerSetAutomate(const AModel: TModel); begin AModel.Automate := Owner; end;
, , .
( Insert):
function TModels.Insert(const AIndex: longint; const AModel: TModel): int64; begin if (AModel.Name.Trim().IsEmpty()) then exit(-1); Result := inherited Insert(AIndex, AModel); if (AModel.ObjectID < 0) then begin AModel.ObjectID := GetObjectId(); end; try if (AModel.ObjectID < 0) then raise Exception.Create(RSErrorIncorrectAutomate); FMapById.Add(AModel.ObjectID, Result); FMapByName.Add(AModel.Name, Result); InnerSetAutomate(AModel); Reorder(AIndex); except Result := -1; end; end;
function FindById(const AModelId: int64): TModel; overload; virtual; function FindByName(const AModelName: string): TModel; overload; virtual;
. :
FMapById: TMap<int64, int64>; FMapByName: TMap<string, int64>;
GUID i-.
function TModels.Extract(const AModel: TModel): TModel; var AIndexOf: int64; AModelGroup: TModelGroup; ASubmodel: TSubmodel; AIndexSubmodelOf: integer; begin Result := inherited Extract(AModel); if (FIsTerminated) then exit; if (Assigned(AModel)) then begin if (FMapById.TryGetValue(AModel.ObjectID, AIndexOf)) then begin FMapById.Remove(AModel.ObjectID); FMapByName.Remove(AModel.Name); Reorder(AIndexOf); end; end; end; procedure TModels.Delete(const AIndex: longint); begin FMapById.Remove(this[AIndex].ObjectID); FMapByName.Remove(this[AIndex].Name); inherited Delete(AIndex); Reorder(AIndex); end;
ObjectId :
function GetObjectId(): int64; overload; virtual;
property Owner: TAutomate read GetOwner;
, - ( ), , - ( – -):
function TModels.GetObjectId(): int64; begin Result := Owner.GetSequence().NextVal(); end;
, - - .
procedure Reorder(const AStartIndex: integer); overload; override;
, i-, i- .
i-
i-.
- , i-:
– – i-, – TPercept,
– (qualia) – i-, i- – TQualia,
– – i-, – TEffector.
(qualia)
TModel . TModel , Threshold Arousal ( ):
TQualia = class(TModel) public constructor Create(); overload; override; destructor Destroy(); override; published [XMLAttribute('Threshold')] property Threshold; [XMLAttribute('Arousal')] property Arousal; end;
(TPercept) (TEffector) TQualia:
TPercept = class(TQualia) private FPlatform: TPlatform; protected function GetPlatform(): TPlatform; overload; override; procedure SetPlatform(AValue: TPlatform); overload; override; protected function InternalExec(): boolean; overload; override; public constructor Create(); overload; override; destructor Destroy(); override; public function Exec(): boolean; overload; override; published property Platform; end;
TEffector = class(TQualia) private FPlatform: TPlatform; protected function GetPlatform(): TPlatform; overload; override; procedure SetPlatform(AValue: TPlatform); overload; override; protected function InternalExec(): boolean; overload; override; public constructor Create(); overload; override; destructor Destroy(); override; public function Exec(): boolean; overload; override; published property Platform; end;
, Platform, () «» ( ):
private FPlatform: TPlatform; protected function GetPlatform(): TPlatform; overload; override; procedure SetPlatform(AValue: TPlatform); overload; override; protected .................................. public .................................. public .................................. published property Platform; end;
function Exec(): boolean; overload; override;
«» «» , TPercept:
function TPercept.Exec(): boolean; begin try if (not Assigned(Platform)) then raise Exception.Create(' !'); Result := InternalExec(); except Result := false; end; end;
TEffector:
function TEffector.Exec(): boolean; begin try if (not Assigned(Platform)) then raise Exception.Create(' !'); Result := InternalExec(); except Result := false; end; end;
i- InternalExec(). , , TPercept TEffector.
9« » , i-, .
i-
, i- :
– () – i-, i-
– – i-, - () i-, («» i-), i- (, , - ..). .. , ( [3] : . , ). , (.. i-). . , . .
i-
– (, ) – i- i-. , -, , -;
– (, , , , -, , , - .) – i-, () ( ) .
() i-
,
, .. i-, i- (), i-, i-, i-. i-: .. , i- , «» ( , ).
«» / :
– TModel;
– TGroupModel;
– TSubmodel, TSubmodels.
TSubmodel :
1. TSubmodel () TModel ();
2. TModel TSubmodel ( : () TModel);
3. -;
4. ;
5. ;
5.1. - ,
5.2. i- () / ,
6. / i- ();
7. .
, :
:
1. . , ; . 1, 2, 4, 5.1, 5.2 ( ). : 3, 6 7; TModel TInterfacedObject .
2. . .
3. - ( ). . : .
4. - . :
1. TSubmodel, :
– , –Prototype: TModel
;
– –Refer: int64
;
– i-; i- –Prev: TSubmodel
Next: TSubmodel
;
– i- ;
– .OrderId: int64
, .
2.TModel
:
– (HeadSubmodel: TSubmodel
) i-. , i-;
– -, ;
–FreeSubmodel(…)
;
–OnAfterDisposeSubmodel
, .CheckFreeModel(ASubmodel: TSubmodel): boolean
.
3.TSubmodels
:
3.1.TSubmodel
-;
3.2.Insert
TSubmodels
:
–BindSubmodel
-; :
procedure TAutomate.BindSubmodel(ASubmodel: TSubmodel); begin if (not Ready) then exit; if (not Assigned(ASubmodel.Prototype)) then ASubmodel.Prototype := FindById(ASubmodel.Refer); if (not Assigned(ASubmodel.Owner)) then raise Exception.CreateFmt(' . : %d',[ASubmodel.Refer]); ASubmodel.Prototype.HeadSubmodel := ASubmodel; end;
– ( . 8). , ;
– .
3.2.BindSubmodel
-:
–Prototype
,Refer
;
–HeadSubmodel
( – ) .
4. () - ( - ):
4.1. -.
4.2. : -:Ready = false
.
4.3. -; BindSubmodel.
4.4.
– -
– - (. ).
5. :
5.1.Delete(…)
:
– ( );
– - ( FreeSubmodel).
– (inherited Delete(…)
);
– - (FreeSubmodel
) –FreePrototype
-.
5.2. - ( FreeSubmodelTModel
):
–HeadSubmodel
-;
– ;
– -
– .
6. -?
6.1. - . :
6.1.1.HeadSubmodel
;
6.1.2. (Extract
) ;
6.1.3. (Prev
) ;
6.1.4.Prev
nil
: «»Prev.Next
;
6.1.5.ACurrSubmodel
;
6.1.6. .
6.2. .
7. -, , ()FreeSubmodel
( - ) . .
8. () - ( – ) . «» . , , :
10, - , .. .
8.1. ;
8.2. (not Submodels.IsEmpty()
). « » , ;
8.3. ;
8.4. « »: « ». , – . , , «» , .
11« …! …! …!». ? ? – …
8.5. : - , – , !
? : , «» « » . «» , / . :
8.5.1. « » « (DAG, directed acyclic graph)» «» ;
8.5.2. «» ;
8.5.3. – — :
– «» ;
– «» .
«» . , , – .
8.5.4. : – «» ? : , , , . .
8.6. , . 8.1-8.5 / .
8.7. . 8.5. , . 8.3. 8.4.
:
//....................................................................... function TSubmodel.IsEqualsChild(AModel: TModel): boolean; begin // 8.3. if (Prototype.Equals(AModel)) then exit(false); // 8.4. if ((Prototype as TModelGroup).Contains(AModel.ObjectID)) then exit(false); Result := true; end; //....................................................................... function TSubmodels.CyclicDependencyCheck(ASubmodel: TSubmodel): boolean; var AParent: TModel; ACurrSubmodel: TSubmodel; AMapUnique: TMapUnique; AModelQueue: Queue<TModel>; begin if (not Assigned(Owner.Automate)) then exit(true); if (not Owner.Automate.Ready) then exit(true); // ! // 8.1. if (not (ASubmodel.Prototype is TModelGroup)) then exit(true); // 8.2. , ! if ((ASubmodel.Prototype as TModelGroup).Submodels.IsEmpty()) then exit(true); // 8.5. ! AMapUnique := TMapUnique.Create(); try AModelQueue.Enqueue(Owner); Result := true; while (not AModelQueue.IsEmpty()) do begin AParent := AModelQueue.Dequeue(); Result := ASubmodel.IsEqualsChild(AParent); if (not Result) then break; ACurrSubmodel := AParent.HeadSubmodel; // Assigned(ACurrSubmodel) = false - AParent - ! while (Assigned(ACurrSubmodel)) do begin // ! ! if (ACurrSubmodel.Owner is TModelGroup) then begin if (not AMapUnique.ContainsKey(ACurrSubmodel.Refer)) then begin AMapUnique.Add(ACurrSubmodel.Refer,0); AModelQueue.Enqueue(ACurrSubmodel.Owner); end; end; ACurrSubmodel := ACurrSubmodel.Prev; end; end; while (not AModelQueue.IsEmpty()) do AModelQueue.Dequeue(); finally System.SysUtils.FreeAndNil(AMapUnique); end; end;
12« » « » ( , ).
9. i-; : ( ) , , .
: , – , – . , . .
. 1
TSubmodel
:
[XMLROOT('Submodel')] TSubmodel = class(TReference<TModel>) private FOwner: TModel; FOrderId: int64; FSubmodelName: string; private FPrevSubmodel: TSubmodel; FNextSubmodel: TSubmodel; protected function GetRefer(): int64; overload; override; protected function GetOrderId(): int64; overload; virtual; procedure SetOrderId(const AValue: int64); overload; virtual; function GetName(): string; overload; virtual; procedure SetName(const AValue: string); overload; virtual; protected function GetOwner(): TModel; overload; virtual; procedure SetOwner(const AValue: TModel); overload; virtual; protected function GetPrevSubmodel(): TSubmodel; procedure SetPrevSubmodel(const AValue: TSubmodel); function GetNextSubmodel(): TSubmodel; procedure SetNextSubmodel(const AValue: TSubmodel); public constructor Create(); overload; override; constructor Create(APrototype: TModel); overload; virtual; destructor Destroy(); override; public function IsEqualsChild(AModel: TModel): boolean; overload; virtual; public property Prototype; public property Prev: TSubmodel read GetPrevSubmodel write SetPrevSubmodel; property Next: TSubmodel read GetNextSubmodel write SetNextSubmodel; published property Owner: TModel read GetOwner write SetOwner; published [XMLAttribute('Refer')] property Refer; [XMLAttribute('OrderId')] property OrderId: int64 read GetOrderId write SetOrderId; [XMLAttribute('Name')] property Name: string read GetName write SetName; end; TSubmodelClass = class of TSubmodel;
TSubmodel
TReference<T: class, constructor>
. , :
TReference<T: class, constructor> = class private FRefer: int64; FPrototype: T; protected function GetPrototype(): T; overload; virtual; procedure SetPrototype(const AValue: T); overload; virtual; function GetRefer(): int64; overload; virtual; procedure SetRefer(const AValue: int64); overload; virtual; protected property Prototype: T read GetPrototype write SetPrototype; property Refer: int64 read GetRefer write SetRefer; public constructor Create(); overload; virtual; destructor Destroy(); override; end;
, TSubmodel.
TModel
4, . 2 (. ), TModel.
1. , . :
– ,
– ,
– .
, FreePrototype() -.
, :
TModeFreePrototype = ( mdpFreePrototype // 1- . , mdpUseRequestFreePrototype // 2- . , mdpUseDefaultMode // 3- . ); TModesFreePrototype = set of TModeFreePrototype;
2. :
TOnAfterDisposeSubmodel = function (APrototypeModel: TModel; ASubmodel: TSubmodel): boolean of object;
, , TModel (. ):
TModel[XMLROOT('Model')] TModel = class(TNamedObject) private FAutomate: TAutomate; FOwner: TModel; FModesFreePrototype: TModesFreePrototype; FHeadSubmodel: TSubmodel; FOnAfterDisposeSubmodel: TOnAfterDisposeSubmodel; private FArousal: double; FActivateEffect: double; FInhibitEffect: double; private FThreshold: double; FActivateCoeff: double; FResidualActivateCoeff: double; private FOutputs: TOutputs; FInputs: TInputs; protected function GetThis(): TObject; overload; virtual; protected procedure SetObjectName(const AValue: TNameObject); overload; override; procedure SetObjectNameShort(const AValue: TNameShort); overload; override; procedure SetObjectCode(const AValue: TObjectName); overload; override; protected function GetOwner(): TModel; overload; virtual; procedure SetOwner(const AValue: TModel); overload; virtual; protected function GetThreshold(): double; overload; virtual; procedure SetThreshold(const AValue: double); overload; virtual; function GetArousal(): double; overload; virtual; procedure SetArousal(const AValue: double); overload; virtual; function GetActivateEffect(): double; overload; virtual; procedure SetActivateEffect(const AValue: double); overload; virtual; function GetInhibitEffect(): double; overload; virtual; procedure SetInhibitEffect(const AValue: double); overload; virtual; function GetActivateCoeff(): double; overload; virtual; procedure SetActivateCoeff(const AValue: double); overload; virtual; function GetResidualActivateCoeff(): double; overload; virtual; procedure SetResidualActivateCoeff(const AValue: double); overload; virtual; protected function GetOutputs(): TOutputs; overload; virtual; procedure SetOutputs(const AValue: TOutputs); overload; virtual; function GetInputs(): TInputs; overload; virtual; procedure SetInputs(const AValue: TInputs); overload; virtual; protected function GetAutomate(): TAutomate; overload; virtual; procedure SetAutomate(const AValue: TAutomate); overload; virtual; function GetPlatform(): TPlatform; overload; virtual; procedure SetPlatform(AValue: TPlatform); overload; virtual; protected procedure InternalExtract(); overload; virtual; procedure FreeHeadSubmodels(); overload; virtual; protected function CheckFreeModel(ASubmodel: TSubmodel): boolean; function FreeSubmodel(ASubmodel: TSubmodel): boolean; overload; virtual; protected function GetHeadSubmodel(): TSubmodel; overload; virtual; procedure SetHeadSubmodel(const AValue: TSubmodel); overload; virtual; function GetModesFreePrototype(): TModesFreePrototype; overload; virtual; procedure SetModesFreePrototype(const AValue: TModesFreePrototype); overload; virtual; protected function GetOnAfterDisposeSubmodel: TOnAfterDisposeSubmodel; procedure SetOnAfterDisposeSubmodel(const AValue: TOnAfterDisposeSubmodel); overload; virtual; protected // : R (4.2). function Winding(AR: TRelation): TRelation; overload; virtual; // : R_1 (4.3). function Setting(AR: TRelation): TRelation; overload; virtual; // : (4.4, 4.4, 4.5 4.5). function Attenuation(AR: TRelation): TRelation; overload; virtual; protected // (9). function Ativation(): double; overload; virtual; // : (7). function Inhibit(): double; overload; virtual; // (8). function Attenuation(): double; overload; virtual; // (10). function Overgrowth(): double; overload; virtual; // (10). function Adaptation(): double; overload; virtual; protected // - . property Arousal: double read GetArousal write SetArousal; // : (4.6). property ActivateEffect: double read GetActivateEffect write SetActivateEffect; // : (4.6). property InhibitEffect: double read GetInhibitEffect write SetInhibitEffect; // . property Threshold: double read GetThreshold write SetThreshold; // . property ActivateCoeff: double read GetActivateCoeff write SetActivateCoeff; // () . property ResidualActivateCoeff: double read GetResidualActivateCoeff write SetResidualActivateCoeff; protected property HeadSubmodel: TSubmodel read GetHeadSubmodel write SetHeadSubmodel; protected class function GetClassInputs(): TInputsClass; overload; virtual; class function GetClassOutputs(): TOutputsClass; overload; virtual; protected function InternalExec(): boolean; overload; virtual; procedure ChangeArousal(AActivateInhibiteSystem: TActivateInhibiteSystem); overload; virtual; public constructor Create(); overload; override; constructor Create(const AObjectId: int64; const AName: string; const ANameShort: string = ''; const ACode: string = ''); overload; virtual; destructor Destroy(); override; public function Exec(): boolean; overload; virtual; function Perform(): boolean; overload; virtual; public procedure Reset(); overload; virtual; public function Connect(ATarget: TModel; AConnection: TConnection): TModel; overload; virtual; public property Owner: TModel read GetOwner write SetOwner; published property Outputs: TOutputs read GetOutputs write SetOutputs; property Inputs: TInputs read GetInputs write SetInputs; published property Automate: TAutomate read GetAutomate write SetAutomate; property Platform: TPlatform read GetPlatform write SetPlatform; published property ModesFreePrototype: TModesFreePrototype read GetModesFreePrototype write SetModesFreePrototype; published property OnAfterDisposeSubmodel: TOnAfterDisposeSubmodel read GetOnAfterDisposeSubmodel write SetOnAfterDisposeSubmodel; end; TModelClass = class of TModel;
, :
–CheckFreeModel
– , :
function TModel.CheckFreeModel(ASubmodel: TSubmodel): boolean; begin Result := false; if (TModeFreePrototype.mfpUseRequestFreePrototype in ModesFreePrototype) then begin if (Assigned(OnAfterDisposeSubmodel)) then begin Result := OnAfterDisposeSubmodel(Self, ASubmodel); end else if (TModeFreePrototype.mfpUseDefaultMode in ModesFreePrototype) then begin Result := (TModeFreePrototype.mfpFreePrototype in FModesFreePrototype); end; end else begin Result := (TModeFreePrototype.mfpFreePrototype in ModesFreePrototype); end; end;
–
FreeSubmodel
– :
function TModel.FreeSubmodel(ASubmodel: TSubmodel): boolean; var APrevSubmodel: TSubmodel; ANextSubmodel: TSubmodel; begin Result := false; if (ASubmodel.Equals(FHeadSubmodel)) then begin FHeadSubmodel := ASubmodel.Prev; ASubmodel.Prev := nil; if (Assigned(FHeadSubmodel)) then begin FHeadSubmodel.FNextSubmodel := nil; end else begin // -! // ! Result := ASubmodel.Owner.CheckFreeModel(ASubmodel); exit; end; end else begin Result := false; // ! if (Assigned(ASubmodel.Prev)) then begin ASubmodel.Prev.Next := ASubmodel.Next; if (Assigned(ASubmodel.Next)) then begin ASubmodel.Next.Prev := ASubmodel.Prev; end; end else begin if (Assigned(ASubmodel.Next)) then begin ASubmodel.Next.Prev := nil; end; // not Assigned(ASubmodel.Next) - // (ASubmodel = FHeadSubmodel), // ! end; // ! ASubmodel.Prev := nil; ASubmodel.Next := nil; end; end;
–
SetHeadSubmodel
– :
procedure TModel.SetHeadSubmodel(const AValue: TSubmodel); begin if (not Assigned(FHeadSubmodel)) then begin // ! FHeadSubmodel := AValue; // ! FHeadSubmodel.Prev := nil; end else begin if (FHeadSubmodel.Equals(AValue)) then exit; FHeadSubmodel.Next := AValue; AValue.Prev := FHeadSubmodel; FHeadSubmodel := AValue; end; // ! FHeadSubmodel.Next := nil; end;
,
Destroy()
– , :
destructor TModel.Destroy(); begin InternalExtract(); FResidualActivateCoeff := 0.0; FActivateCoeff := 0.0; FInhibitEffect := 0.0; FActivateEffect := 0.0; FArousal := 0.0; FThreshold := 0.0; System.SysUtils.FreeAndNil(FOutputs); System.SysUtils.FreeAndNil(FInputs); FHeadSubmodel := nil; FModesFreePrototype := [TModeFreePrototype.mfpFreePrototype]; FOwner := nil; FOnAfterDisposeSubmodel := nil; inherited Destroy(); end;
,
TModelGroup
:
[XMLROOT('Group')][CINC(10,'')][ClassVarInherited()] TModelGroup = class(TQualia) private FSubmodels: TSubmodels; protected function GetSubmodels(): TSubmodels; overload; virtual; procedure SetSubmodels(const AValue: TSubmodels); overload; virtual; protected class function GetClassSubmodels(): TSubmodelsClass; overload; virtual; protected function InternalExec(): boolean; overload; override; public constructor Create(); overload; override; destructor Destroy(); override; public procedure Prepare(); overload; virtual; public function Exec(): boolean; overload; override; procedure Reset(); overload; override; public function Add(AModel: TModel): TModel; overload; virtual; procedure Clear(); overload; virtual; public function FindById(const AModelId: int64): TSubmodel; overload; virtual; function FindByName(const AModelName: string): TSubmodel; overload; virtual; function Contains(const ASubmodel: int64): boolean; overload; virtual; published [XMLARRAY('Submodels','Submodel')] property Submodels: TSubmodels read GetSubmodels write SetSubmodels; end; TModelGroupClass = class of TModelGroup;
TModelGroup
:
1.TModelGroup
–TQualia
.
2. , , .
3. :
//....................................................... public function Add(AModel: TModel): TModel; overload; virtual; procedure Clear(); overload; virtual; public function FindById(const AModelId: int64): TModel; overload; override; function FindByName(const AModelName: string): TModel; overload; override; //....................................................... end;
4.
Prepare()
:
//...................................................... public //...................................................... procedure Prepare(); overload; virtual; //...................................................... end;
. – , , .
-
InternalExec(…)
Exec(…)
:
.............................. protected function InternalExec(): boolean; overload; virtual; .............................. .............................. .............................. public .............................. .............................. public function Exec(): boolean; overload; override; .............................. .............................. end;
:
function TModelGroup.InternalExec(): boolean; var AModel: TModel; begin for AModel in Models do begin Result := AModel.Exec(); if (not Result) then break; end; end; function TModelGroup.Exec(): boolean; begin Result := InternalExec(); end;
,
InternalExec()
: i- , . i- - «» –false
. , i-, ,InternalExec()
.
(InternalExec(…)
) :
2.
function TModelGroup.InternalExec(): boolean; var AModel: TModel; begin for AModel in Models do begin Result := AModel.Exec(); Result := AIS.Exec(Result, AModel); if (not Result) then break; end; end;
3.
function TModelGroup.InternalExec(): boolean; var AModel: TModel; begin for AModel in Models do begin Result := AModel.Exec(); if (not Result) then break; end; Result := AIS.Exec(Result); end;
4.
function TModelGroup.Exec(): boolean; begin Result := InternalExec(); Result := AIS.Exec(Result); end;
- ,
InternalExec(…)
Exec(…)
.
-
i- – -.
- :
TActivateInhibiteSystem = class(TModelGroup) private FClamping: double; FQueuePerformModels: TQueuePerformModels; protected function GetClamping(): double; overload; virtual; procedure SetClamping(const AValue: double); overload; virtual; protected function InternalExec(const AStatus: boolean): boolean; overload; virtual; function InternalExec(const AStatus: boolean; AModel: TModel): boolean; overload; virtual; protected class function GetClassSubmodels(): TSubmodelsClass; overload; override; protected function Check(ASubmodel: TSubmodel): boolean; overload; virtual; procedure BeforePerform(); overload; virtual; function EnqueuePerformModels(): TQueuePerformModels; overload; virtual; function Accept(ASubmodel: TSubmodel): boolean; overload; virtual; function InternalExec(): boolean; overload; override; public constructor Create(); overload; override; destructor Destroy(); override; public procedure OrderBy(AIndexStart: longint = 0; AIndexFinish: longint = -1); overload; virtual; procedure OrderBy(AComparer: JOBLIB.Core.Comparers.IComparer<TSubmodel>; AIndexStart: longint = 0; AIndexFinish: longint = -1); overload; virtual; public function Perform(): boolean; overload; override; public function Exec(const AStatus: boolean): boolean; overload; virtual; function Exec(const AStatus: boolean; AModel: TModel): boolean; overload; virtual; published property Clamping: double read GetClamping write SetClamping; end;
, :
1. ( TModelGroup).
2. Clamping – , i-. .. (Arousal), i-: i- ( ) , . , Clamping . - Clamping .
3. QueuePerformModels: TQueuePerformModels. .
4. 4- () :
TActivateInhibiteSystem = class(TModelGroup) .............................. .............................. protected function InternalExec(const AStatus: boolean): boolean; overload; virtual; function InternalExec(const AStatus: boolean; AModel: TModel): boolean; overload; virtual; .............................. .............................. public .............................. .............................. public function Exec(const AStatus: boolean): boolean; overload; virtual; function Exec(const AStatus: boolean; AModel: TModel): boolean; overload; .............................. .............................. virtual; published .............................. .............................. end;
5. , , :
5.1. i-, , «». i- «» i-, - «» . i-, « » .
5.2. , . ,ModesFreePrototype
,[]
( «- »). ,TActivateInhibiteSystem
:
constructor TActivateInhibiteSystem.Create(); begin inherited Create(); // - ! FModesFreePrototype := []; FClamping := 0.0; FQueuePerformModels := TQueuePerformModels.Create(); end;
SetModesFreePrototype
:
procedure TActivateInhibiteSystem.SetModesFreePrototype(const AValue: TModesFreePrototype); begin end;
, « ».
13«» . i-.
6. . :
procedure OrderBy(AIndexStart: longint = 0; AIndexFinish: longint = -1); overload; virtual; procedure OrderBy(AComparer: JOBLIB.Core.Comparers.IComparer<TModel>; AIndexStart: longint = 0; AIndexFinish: longint = -1); overload; virtual;
6.1. (, (Arousal) i-). i- -. , -.
6.2. - i- . :
TDefaultAISModelComparer = class(TComparer<TSubmodel>) protected function Equal(const ALeft, ARight: TSubmodel): boolean; overload; override; function LessThan(const ALeft, ARight: TSubmodel): boolean; overload; override; function GreaterThan(const ALeft, ARight: TSubmodel): boolean; overload; override; public constructor Create(); overload; override; destructor Destroy(); override; end; TDefaultAISModelComparerClass = class of TDefaultAISModelComparer;
-
TComparer<TSubmodel>
:Equal
,LessThan
GreaterThan
.System.Generics.Defaults
.
:
function TDefaultAISModelComparer.Equal(const ALeft, ARight: TSubmodel): boolean; begin // , ! // . Result := (Abs(ALeft.Prototype.Arousal - ARight.Prototype.Arousal) < 1.0e-5); end; function TDefaultAISModelComparer.LessThan(const ALeft, ARight: TSubmodel): boolean; begin Result := (ALeft.Prototype.Arousal < ARight.Prototype.Arousal); end; function TDefaultAISModelComparer.GreaterThan(const ALeft, ARight: TSubmodel): boolean; begin Result := (ALeft.Prototype.Arousal > ARight.Prototype.Arousal); end;
7. - - i-, i- ! , :
constructor TAISSubmodels.Create(); begin inherited Create(TDefaultAISModelComparer.Create()); end; constructor TAISSubmodels.Create(AOwner: TModel); begin Create(); FOwner := AOwner; end;
:
7.1.TActivateInhibiteSystem
class function GetClassSubmodels(): TSubmodelsClass; overload; override;
class function TActivateInhibiteSystem.GetClassSubmodels(): TSubmodelsClass; begin Result := TAISSubmodels; // inherited GetClassSubmodels(); end;
7.2. i-
ObjectId
: .
7.3. :
– ;
procedure TAISModels.InnerSetOwner(const AModel: TSubmodel); begin end;
–
ObjectId
function TAISModels.FindById(const AModelId: int64): TSubmodel; var AIndexOf: int64; begin if (not FMapById.TryGetValue(AModelId, AIndexOf)) then exit(nil); Result := this[AIndexOf]; end; function TAISModels.FindByName(const AModelName: string): TSubmodel; var AIndexOf: int64; begin if (not FMapByName.TryGetValue(AModelName, AIndexOf)) then exit(nil); Result := this[AIndexOf]; end;
–
procedure TAISModels.Reorder(const AStartIndex: integer); var AIndexOf: integer; begin for AIndexOf := AStartIndex to Count - 1 do begin FMapById.AddOrSetValue(this[AIndexOf].ObjectID, AIndexOf); FMapByName.AddOrSetValue(this[AIndexOf].Name, AIndexOf); end; end; end;
AStartIndex
, 0!
7.3. , - :
TAISSubmodels = class(TSubmodels) protected procedure InnerSetOwner(const AModel: TSubmodel); overload; override; protected property Owner: TModel read GetOwner; public constructor Create(); overload; override; constructor Create(AOwner: TModel); overload; override; destructor Destroy(); override; public function FindById(const AModelId: int64): TSubmodel; overload; override; function FindByName(const AModelName: string): TSubmodel; overload; override; public procedure Reorder(const AStartIndex: integer); overload; override; end; TAISSubmodelsClass = class of TAISSubmodels;
1. .
.. i-
function TModelGroup.InternalExec(): boolean; var AModel: TModel; begin for AModel in Models do begin Result := AModel.Exec(); if (not Result) then break; end; end;
:
– i-;
– i- (arousal) /Clamping
- ( ),
– ( );
– ( ) () i- ( – );
– ( ) - ;
– -.
2. ,
2.1.TModel
Perform(…)
TModel = class(................) //....................................................... public //....................................................... function Perform(): boolean; overload; virtual; //....................................................... end;
i- . - . , true, –
false
. –true
.
14:
Exec(…)
i-,Perform()
«» – i- .
2.2. i-
TQueuePerformModels
( - )
TQueuePerformModels = class(TQueue<TModel>) public //....................................................... constructor Create(); overload; override; destructor Destroy(); override; //....................................................... end; //....................................................... constructor TQueuePerformModels.Create(); begin inherited Create(); FreeObjects := false; end; destructor TQueuePerformModels.Destroy(); begin inherited Destroy(); end; //.......................................................
TActivateInhibiteSystem
FQueuePerformModels
, ,EnqueuePerformModels(…)
, , , :
TActivateInhibiteSystem = class(TModelGroup) private //....................................................... FQueuePerformModels: TQueuePerformModels; protected //....................................................... public constructor Create(); overload; override; destructor Destroy(); override; public //....................................................... public function Perform(): boolean; overload; override; //....................................................... end; //....................................................... TActivateInhibiteSystem = class(TModelGroup) private //....................................................... FQueuePerformModels: TQueuePerformModels; protected //....................................................... public constructor Create(); overload; override; destructor Destroy(); override; public function Perform(): boolean; overload; override; //....................................................... end; //....................................................... constructor TActivateInhibiteSystem.Create(); begin inherited Create(); Models.FreeObjects := false; FClamping := 0.0; FQueuePerformModels := TQueuePerformModels.Create(); end; destructor TActivateInhibiteSystem.Destroy(); begin System.SysUtils.FreeAndNil(FQueuePerformModels); FClamping := 0.0; Models.FreeObjects := false; inherited Destroy(); end; //....................................................... function TActivateInhibiteSystem.EnqueuePerformModels(): TQueuePerformModels; var ASubmodel: TSubmodel; begin Result := FQueuePerformModels; // . OrderBy(); // . Submodels.Reorder(); // for ASubmodel in Submodels do begin // , // . if (not Check(ASubmodel)) then break; Result.Enqueue(ASubmodel); end; end; //.......................................................
Perform()
:
//....................................................... procedure TActivateInhibiteSystem.BeforePerform(); var ASubmodel: TSubmodel; begin for ASubmodel in Submodels do begin ASubmodel.Prototype.ChangeArousal(Self); end; end; //....................................................... function TActivateInhibiteSystem.Perform(): boolean; var AModel: TModel; begin Result := true; BeforePerform(); // EnqueuePerformModels(); // . while (not FQueuePerformModels.IsEmpty()) do begin if (Accept(FQueuePerformModels.Dequeue())) then continue; Result := false; break; end; // , . while (not FQueuePerformModels.IsEmpty()) do FQueuePerformModels.Dequeue(); end; //.......................................................
2.3.
Check(…)
,BeforePerform(…)
Accept(…)
.Check
– . :
//....................................................... function TActivateInhibiteSystem.Check(ASubmodel: TSubmodel): boolean; begin // ! Result := (ASubmodel.Prototype.Arousal >= Clamping); end; //.......................................................
Accept
,
//....................................................... Result := AModel.Perform(); //.......................................................
, i- , .
true
, , –false
. .
TActivateInhibiteSystem.Perform
i- .
BeforePerform(…)
i-
procedure TActivateInhibiteSystem.BeforePerform(); var ASubmodel: TSubmodel; begin for ASubmodel in Submodels do begin ASubmodel.Prototype.ChangeArousal(Self); end; end;
,
TModel
ChangeArousal(…)
procedure TModel.ChangeArousal(AActivateInhibiteSystem: TActivateInhibiteSystem); begin end;
- i-. , , .
-
-.
- :
TModelsNet = class(TModelGroup) private FPlatform: TPlatform; private // Fontentment: double; FAIS: TActivateInhibiteSystem; protected function Getontentment(): double; overload; virtual; procedure Setontentment(const AValue: double); overload; virtual; function GetPlatform(): TPlatform; overload; override; procedure SetPlatform(AValue: TPlatform); overload; override; protected property Contentment: double read Getontentment write Setontentment; protected property AIS: TActivateInhibiteSystem read FAIS; property Platform: TPlatform read GetPlatform write SetPlatform; protected class function GetClassSubmodels(): TSubmodelsClass; overload; virtual; class function GetClassAIS(): TActivationInhibitionSystemClass; overload; virtual; public constructor Create(); overload; override; destructor Destroy(); override; public function Exec(): boolean; overload; override; end; TModelsNetClass = class of TModelsNet;
:
constructor TModelsNet.Create(); begin inherited Create(); Fontentment := 0.0; FAIS := GetClassAIS().Create(Self); FAIS.Owner := Self; FPlatform := nil; AIS.Prepare(); end; destructor TModelsNet.Destroy(); begin FPlatform := nil; System.SysUtils.FreeAndNil(FAIS); Fontentment := 0.0; inherited Destroy(); end; class function TModelsNet.GetClassSubmodels(): TSubmodelsClass; begin Result := TSubmodels; end; class function TModelsNet.GetClassAIS(): TActivationInhibitionSystemClass; begin Result := TActivateInhibiteSystem; end; function TModelsNet.Exec(): boolean; begin Result := InternalExec(); // , // InternalExec(). Result := AIS.Perform(); end; function TModelsNet.Getontentment(): double; begin Result := Fontentment; end; procedure TModelsNet.Setontentment(const AValue: double); begin // FVitality := AValue; end; function TModelsNet.GetPlatform(): TPlatform; begin Result := FPlatform; end; procedure TModelsNet.SetPlatform(AValue: TPlatform); var ASubmodel: TSubmodel; begin FPlatform := AValue; for ASubmodel in Submodels do begin ASubmodel.Prototype.Platform := Self.Platform; end; end;
Prepare(…):
//....................................................... AIS.Prepare(); //.......................................................
- . Prepare(…),
//....................................................... TSpeedyAIS = class(TActivateInhibiteSystem) //....................................................... public procedure Prepare(); overload; overrride; //....................................................... end; //....................................................... procedure TSpeedyAIS.Prepare(); begin //....................................................... Submodels.Add(TSubmodel.Create(Owner.Automate.FindByName(''))); Submodels.Add(TSubmodel.Create(Owner.Automate.FindByName(''))); //....................................................... end; //.......................................................
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[XMLROOT('TAutomate')][XMLSerializerMode([soOrderSerialize])] TAutomate = class(TDesignate) private // i-. FSequence: TSequence; private FReady: boolean; private // "". Fontentment: double; private // i-. FModels: TModels; FMNet: TModelsNet; // i-. FConnections: TConnections; private // i-. FEngine: TEngineConveyor; private // - . FPlatform: TPlatform; private FOnBeforeExecute: TOnAutomateExecuteBefore; FOnAutomateBeforeAction: TOnActionExecuteBefore; FOnAutomateAfterAction: TOnActionExecuteAfter; FOnAfterExecute: TOnAutomateExecuteAfter; private function GetObjectName(): TNameObject; overload; override; procedure SetObjectName(const AValue: TNameObject); overload; override; function GetObjectNameShort(): TNameShort; overload; override; procedure SetObjectNameShort(const AValue: TNameShort); overload; override; function GetObjectCode(): TObjectName; overload; override; procedure SetObjectCode(const AValue: TObjectName); overload; override; protected function GetSequence(): TSequence; overload; virtual; procedure SetSequence(const AValue: TSequence); overload; virtual; protected function GetReady(): boolean; overload; virtual; procedure SetReady(const AValue: boolean); overload; virtual; protected function Getontentment(): double; overload; virtual; procedure Setontentment(const AValue: double); overload; virtual; function GetModels(): TModels; overload; virtual; procedure SetModels(const AValue: TModels); overload; virtual; function GetConnections: TConnections; overload; virtual; procedure SetConnections(const AValue: TConnections); overload; virtual; function GetEngine(): TEngineConveyor; overload; virtual; procedure SetEngine(const AValue: TEngineConveyor); overload; virtual; function GetPlatform(): TPlatform; overload; virtual; procedure SetPlatform(const AValue: TPlatform); overload; virtual; protected function GetOnAutomateBeforeExecute(): TOnAutomateExecuteBefore; overload; virtual; procedure SetOnAutomateBeforeExecute(const AValue: TOnAutomateExecuteBefore); overload; virtual; function GetOnBeforeAction(): TOnActionExecuteBefore; overload; virtual; procedure SetOnBeforeAction(const AValue: TOnActionExecuteBefore); overload; virtual; function GetOnAfterAction(): TOnActionExecuteAfter; overload; virtual; procedure SetOnAfterAction(const AValue: TOnActionExecuteAfter); overload; virtual; function GetOnAutomateAfterExecute(): TOnAutomateExecuteAfter; overload; virtual; procedure SetOnAutomateAfterExecute(const AValue: TOnAutomateExecuteAfter); overload; virtual; protected class function GetClassModels(): TModelsClass; overload; virtual; class function GetClassConnections(): TConnectionsClass; overload; virtual; class function GetClassEngineConveyor(): TEngineConveyorClass; overload; virtual; class function GetClassModelNet(): TModelsNetClass; overload; virtual; protected procedure Binding(); overload; virtual; procedure BindSubmodel(ASubmodel: TSubmodel); overload; virtual; protected function ExecBeforeExecute(): boolean; overload; virtual; function ExecBeforeAction(): boolean; overload; virtual; procedure ExecAfterAction(var AStatus: boolean); overload; virtual; procedure ExecAfterExecute(var AStatus: boolean); overload; virtual; public constructor Create(); overload; override; destructor Destroy(); override; public procedure Clear(); overload; virtual; public function FindById(const AModelId: int64): TModel; overload; virtual; function FindByName(const AModelName: string): TModel; overload; virtual; public procedure LoadFromFile(const AFileName: string); overload; virtual; procedure SaveToFile(const AFileName: string); overload; virtual; public function Next(): boolean; overload; virtual; function Exec(): boolean; overload; virtual; procedure Reset(); overload; virtual; public function Connect(ASourceId, ATargetId: int64): boolean; overload; virtual; function Disconnect(ASourceId, ATargetId: int64): boolean; overload; virtual; function ConnectBy(ASourceId, ATargetId: int64): boolean; overload; virtual; public property Ready: boolean read GetReady write SetReady; public property Platform: TPlatform read GetPlatform write SetPlatform; published [XMLEmbedding('Sequence')] property Sequence: TSequence read GetSequence write SetSequence; published [XMLARRAY('Models','Model')] property Models: TModels read GetModels write SetModels; [XMLARRAY('Connections','Connection')] property Connections: TConnections read GetConnections write SetConnections; [XMLARRAY('Conveyor','Model')] property Engine: TEngineConveyor read GetEngine write SetEngine; published [XMLAttribute('Vitality')] property Contentment: double read Getontentment write Setontentment; published property OnBeforeExecute: TOnAutomateExecuteBefore read GetOnAutomateBeforeExecute write SetOnAutomateBeforeExecute; property OnBeforeAction: TOnActionExecuteBefore read GetOnBeforeAction write SetOnBeforeAction; property OnAfterAction: TOnActionExecuteAfter read GetOnAfterAction write SetOnAfterAction; property OnAfterExecute: TOnAutomateExecuteAfter read GetOnAutomateAfterExecute write SetOnAutomateAfterExecute; end; TAutomateClass = class of TAutomate;
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function TAutomate.Next(): boolean; begin if (not ExecBeforeAction()) then exit(false); Result := Exec(); ExecAfterAction(Result); end;
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function TAutomate.Exec(): boolean; begin if (not ExecBeforeExecute()) then exit(false); repeat Result := Next(); until (not Result); ExecAfterExecute(Result); end;
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–Clear()
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procedure TAutomate.LoadFromFile(const AFileName: string); var AlterPath: string; ANameFile: JOBLIB.FileName.TFileName; begin ANameFile := AFileName; if (TFile.Exists(ANameFile)) then begin Ready := false; TSerializer.LoadFromFile(Self, AFileName); Ready := true; Binding(); Modified := false; exit; end; Modified := true; TSerializer.SaveToFile(Self, AFileName); Modified := false; end;
–
SaveToFile(const AFileName: string)
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procedure TAutomate.Binding(); var AModel: TModel; ASubmodel: TSubmodel; AGroupModels: TModelGroup; AConnection: TConnection; begin Fontentment := 0.0; // ! for AModel in Models do begin AModel.Automate := Self; if (not (AModel is TModelGroup)) then continue; AGroupModels := (AModel as TModelGroup); for ASubmodel in AGroupModels.Submodels do begin BindSubmodel(ASubmodel); end; end; // ! for AConnection in Connections do begin with AConnection do begin FindById(SourceId).Connect(FindById(TargetId), AConnection); end; end; end;
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BindSubmodel(ASubmodel: TSubmodel)
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TEngineConveyor = class(TModelGroup) private FCurrModel: int64; protected procedure SetModesFreePrototype(const AValue: TModesFreePrototype); overload; override; public constructor Create(); overload; override; constructor Create(AOwner: TAutomate); overload; virtual; destructor Destroy(); override; public procedure Reset(); overload; virtual; function Next(): boolean; overload; virtual; function Perform(): boolean; overload; override; function Exec(): boolean; overload; override; end; TEngineConveyorClass = class of TEngineConveyor;
, :
procedure TEngineConveyor.Reset(); begin FCurrModel := 0; end; function TEngineConveyor.Next(): boolean; begin if (not Automate.ExecBeforeAction()) then exit(false); Result := false; if (FCurrModel < Submodels.Count) then begin Result := Submodels[FCurrModel].Prototype.Exec(); System.Inc(FCurrModel); end; Automate.ExecAfterAction(Result); end; function TEngineConveyor.Exec(): boolean; begin Reset(); if (not Automate.ExecBeforeExecute()) then exit(false); repeat Result := Next(); until (not Result); Automate.ExecAfterExecute(Result); end; function TEngineConveyor.Perform(): boolean; begin end;
, Exec Next -
function TAutomate.Next(): boolean; begin Result := Engine.Next(); end; function TAutomate.Exec(): boolean; begin Result := Engine.Exec(); end;
procedure TEngineConveyor.SetModesFreePrototype(const AValue: TModesFreePrototype); begin end;
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TPlatform = class(TModel) private FOnBeforeExecute: TOnAutomateExecuteBefore; FOnAutomateBeforeAction: TOnActionExecuteBefore; FOnAutomateAfterAction: TOnActionExecuteAfter; FOnAfterExecute: TOnAutomateExecuteAfter; protected function GetOnAutomateBeforeExecute(): TOnAutomateExecuteBefore; overload; virtual; procedure SetOnAutomateBeforeExecute(const AValue: TOnAutomateExecuteBefore); overload; virtual; function GetOnBeforeAction(): TOnActionExecuteBefore; overload; virtual; procedure SetOnBeforeAction(const AValue: TOnActionExecuteBefore); overload; virtual; function GetOnAfterAction(): TOnActionExecuteAfter; overload; virtual; procedure SetOnAfterAction(const AValue: TOnActionExecuteAfter); overload; virtual; function GetOnAutomateAfterExecute(): TOnAutomateExecuteAfter; overload; virtual; procedure SetOnAutomateAfterExecute(const AValue: TOnAutomateExecuteAfter); overload; virtual; protected function HandleBeforeExecute(AAutomate: TAutomate): boolean; overload; virtual; function HandleAutomateBeforeAction(AAutomate: TAutomate): boolean; overload; virtual; function HandleAutomateAfterAction(AAutomate: TAutomate; const AStatus: boolean): boolean; overload; virtual; function HandleAfterExecute(AAutomate: TAutomate; const AStatus: boolean): boolean; overload; virtual; public constructor Create(); overload; override; destructor Destroy(); override; public procedure Prepare(); overload; virtual; public function Exec(): boolean; overload; override; published property OnBeforeExecute: TOnAutomateExecuteBefore read GetOnAutomateBeforeExecute write SetOnAutomateBeforeExecute; property OnBeforeAction: TOnActionExecuteBefore read GetOnBeforeAction write SetOnBeforeAction; property OnAfterAction: TOnActionExecuteAfter read GetOnAfterAction write SetOnAfterAction; property OnAfterExecute: TOnAutomateExecuteAfter read GetOnAutomateAfterExecute write SetOnAutomateAfterExecute; end; TPlatformClass = class of TPlatform;
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function TPlatform.Exec(): boolean; begin Prepare(); Result := Automate.Exec(); end;
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9. Rabinovich M.I., Myezinolu M.K. Nichtlineare Dynamik des Gehirns: Emotionen und intellektuelle Aktivität - Physics ± Uspekhi, vol. 180 (2010), p. 371-387
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