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import time class DiEvent(Skill): def __init__(self): super().__init__() self.event_hour = 19 # 19:00 = 7 PM self._claimed_diapered = False self._reminder_attempts = 0 self._last_reminder_time = 0 self._max_attempts = 3 # Avoid infinite...

import sys class DiShutOff(Skill): def __init__(self): super().__init__() # Call the parent class constructor def input(self, ear, skin, eye): if ear == "shut it down": print("Shutting down...") # Optional confirmation message sys.exit() #...

import sys print("I'm outta here!") sys.exit()

var algTriggered: Bool = false var ctsSkills: [Skill] = [] // continuous skills

type DiHelloWorld() = let baseSkill = Skill(None) member this.AsSkill() : Skill = baseSkill // Exposes `baseSkill` properly member this.Input(ear: string, skin: string, eye: string) = match ear with | "hello" -> baseSkill.SetSimpleAlg(["hello world"]) | _ ->...

type DiSysOut() = let baseSkill = Skill(None) // Composing Skill instead of inheriting member this.Input(ear: string, skin: string, eye: string) = if ear <> "" && not (ear.Contains("#")) then printfn "%s" ear

type Brain() = let mutable logicChobit = Chobits() let mutable hardwareChobit = Chobits() let mutable ear = Chobits() let mutable skin = Chobits() let mutable eye = Chobits() let mutable emotion = "" let mutable logicChobitOutput = "" do let kokoro =...

type Chobits() = let mutable fusion = Fusion() let mutable noiron = Neuron() let mutable kokoro = Kokoro(AbsDictionaryDB()) let mutable isThinking = false let mutable algTriggered = false let dClasses = ResizeArray<Skill>() let awareSkills = ResizeArray<Skill>()...

kokoro cls update: type Kokoro(initialGrimoireMemento: AbsDictionaryDB) = let mutable emot = "" let mutable grimoireMemento = initialGrimoireMemento let toHeart = Dictionary<string, string>() member this.Emot with get() = emot and set(value) = emot <- value...

type Cerabellum() = let mutable fin = 0 let mutable at = 0 let mutable incrementAt = false let mutable alg: Algorithm option = None let mutable isActive = false let mutable emot = "" // Advance in algorithm member this.AdvanceInAlg() = if incrementAt then...

type Skill(initialKokoro: Kokoro option) = let mutable kokoro = initialKokoro let mutable outAlg: Algorithm option = None let mutable outpAlgPriority = -1 // Getter and Setter for Kokoro member this.Kokoro with get() = kokoro and set(value) = kokoro <- value...

type Neuron() = let defcons = Dictionary<int, ResizeArray<Algorithm>>() do // Initialize the dictionary with priority levels for i in 1 .. 5 do defcons.Add(i, ResizeArray<Algorithm>()) member this.InsertAlg(priority: int, alg: Algorithm) = if priority >...

// Define the Kokoro type type Kokoro(grimoireMemento: AbsDictionaryDB) = let mutable emot = "" let toHeart = Dictionary<string, string>() member this.Emot with get() = emot and set(value) = emot <- value member this.GrimoireMemento = grimoireMemento member...

type Algorithm(algParts: IMutatable list) = member this.AlgParts = algParts member this.Size = List.length algParts // Create an instance of APVerbatim let mutatableInstance = APVerbatim(["Test Sentence"]) :> IMutatable // Now it can be passed to Algorithm let algInstance =...

module LivinGrimorie open System.Collections.Generic // Define the AbsDictionaryDB class type AbsDictionaryDB() = member val Save: string -> string -> unit = fun _ _ -> printfn "Default Save method" with get, set member val Load: string -> string = fun _ -> "null" with get, set //...

type MyClass(value: int) = member this.Value = value member this.ExecuteFunction(f: MyClass -> int) = f this // Calls the function with the current instance // Define a function that accesses the object's attribute let getValue (obj: MyClass) = obj.Value // Create an instance...

self.f1 = lambda ear, skin, eye: ""

def create_and_use_global(): global counter # Declare the variable as global if "counter" not in globals(): # Check if it exists first counter = 0 # Initialize only once print(f"Counter created: {counter}") else: counter += 1 # Modify the existing global...