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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...

Public Class SkillBranch Inherits DiSkillV2 ' unique skill used to bind similar skills ' contains collection of skills ' mutates active skill if detects conjuration ' mutates active skill if algorithm results in ' negative feedback ' positive feedback negates active...

vb.net: Public Class SkillHubAlgDispenser ' Super class to output an algorithm out of a selection of skills ' Engage the hub with dispenseAlg and return the value to outAlg attribute ' of the containing skill (which houses the skill hub) ' This module enables using a selection of...

class SkillBranch: DiSkillV2 { // unique skill used to bind similar skills /* * contains collection of skills * mutates active skill if detects conjuration * mutates active skill if algorithm results in * negative feedback * positive feedback negates active skill...

init(tolerance: Int) { ml = AXLearnability() ml.trg.maxCount = tolerance }

class SkillBranch: DiSkillV2 { // unique skill used to bind similar skills /* * contains collection of skills * mutates active skill if detects conjuration * mutates active skill if algorithm results in * negative feedback * positive feedback negates active skill...