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// used to transport algorithms to other classes class Neuron { private val defcons = Hashtable<Int, ArrayList<Algorithm>>() init { for (i in 1..5) { defcons[i] = ArrayList() } } fun insertAlg(priority: Int, alg: Algorithm) { if (priority in...

/* this class enables: communication between skills utilization of a database for skills in skill monitoring of which Mutatable was last run by the AI (consciousness) this class is a built-in attribute in skill objects. * */ class Kokoro(absDictionaryDB: AbsDictionaryDB?) { var emot = ""...

class APCldVerbatim : Mutatable { /* * this algorithm part says each past param verbatim */ private var sentences = ArrayList<String>() private var at = 0 private var cldBool // access via shallow reference : CldBool constructor(cldBool: CldBool, vararg...

class CldBool { //cloudian : this class is used to provide shadow reference to a boolean variable var modeActive = false }

// a step-by-step plan to achieve a goal class Algorithm(algParts: ArrayList<Mutatable>) { var algParts = ArrayList<Mutatable>() init { this.algParts = algParts } val size: Int get() = algParts.size fun clone(): Algorithm { // returns a deep copy...

public class GrimoireMemento { private AbsDictionaryDB absDictionaryDB; public GrimoireMemento(AbsDictionaryDB absDictionaryDB) { super(); this.absDictionaryDB = absDictionaryDB; } public String simpleLoad(String key){ return...

class APVerbatim : Mutatable { /* * this algorithm part says each past param verbatim */ private var sentences = ArrayList<String>() private var at = 0 constructor(vararg sentences: String) { for (i in sentences.indices) {...

class DeepCopier { fun copyList(original: ArrayList<String>?): ArrayList<String> { return ArrayList(original) } fun copyListOfInts(original: ArrayList<Int>?): ArrayList<Int> { return ArrayList(original) } }

/* it speaks something x times * a most basic skill. * also fun to make the chobit say what you want * */ class APSay(repetitions: Int, param: String) : Mutatable() { protected var param: String private var at: Int init { at = if (repetitions > 10) 10 else repetitions...

open class Mutatable { // one part of an algorithm, it is a basic simple action or sub goal var algKillSwitch = false open fun action(ear: String, skin: String, eye: String): String {return ""} open fun completed(): Boolean {return false} open fun clone(): Mutatable {return Mutatable()}...

class AbsDictionaryDB { fun save(key: String?, value: String?) { // save to DB (override me) } fun load(key: String?): String { // override me return "null" } }

figure it out

it's working!!!!!!!!!!!!!!!

relaunch!

app.brain.logicChobit.addSkill(MatrixGUI1.DiAccelo(app)) # accelo

class DiAccelo(DiSkillV2): def __init__(self, app: MatrixGUI1.App): super().__init__() self.brain: Brain = app.brain self.app: MatrixGUI1.App = app self._tg:TimeGate = TimeGate(2) self._acceled:bool = False def input(self, ear: str, skin: str...