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class GamificationP: DiSkillV2 { private var gain = 1 private var skill: DiSkillV2 private var axGamification = AXGamification() init(skill: DiSkillV2) { self.skill = skill } func setGain(gain: Int) { if gain > 0 { self.gain = gain...

class DiEngager: DiSkillV2 { private var burpsPerHour = 2 private var trgMinute = TrgMinute(minute: 0) private var skillToEngage = "unknown" private var draw = DrawRndDigits() private var burpMinutes:Array<Int> = [Int]() private var pl = PlayGround()...

class DrawRndDigits { // draw a random integer, than takes said element out private var strings:Array<Int> = [Int]() private var stringsSource:Array<Int> = [Int]() init(_ values:Int...) { for temp in values { strings.append(temp)...

class DIBlabber: DiSkillV2 { private var isActive: Bool = true // skill toggler var skillToggler: AXContextCmd = AXContextCmd() // chat mode select var modeSwitch: AXContextCmd = AXContextCmd() var mode: Cycler = Cycler(limit: 1) // engage chatbot var engage...

how we doin on tokens?

class DiTreater: DiSkillV2 { private var handshake = AXHandshake() var replies = Responder("stop arguing", "just do it", "behave", "be a big boy and do it", "bad boy no more fussing", "i know best") var contextCmd = TrgArgue() func setTime(time_stamp: String) -> DiTreater {...

class DiCron:DiSkillV2{ private var sound:String = "snore" private var cron:Cron = Cron(startTime: "12:05", minutes: 40, limit: 2) // setters func setSound(sound:String) -> DiCron { self.sound = sound return self } func setCron(cron:Cron) -> DiCron {...

class DiMagic8Ball: DiSkillV2 { public var magic8Ball = Magic8Ball() // skill toggle params: public var skillToggler = AXContextCmd() private var isActive = true override init() { skillToggler.contextCommands.input(in1: "toggle eliza")...

class DiTime:DiSkillV2{ private let pl:PlayGround = PlayGround() // hello world skill for testing purposes override func input(ear: String, skin: String, eye: String) { switch (ear) { case "what is the time": setSimpleAlg(sayThis...

func getCurrentMonthName() -> String { switch (getMonthAsInt()){ case 1: return "january" case 2: return "february" case 3: return "march"...

class AXHandshake { private var trgTime:TrgTime = TrgTime() private var trgTolerance:TrgTolerance = TrgTolerance(maxRepeats: 10) private var shoutOut:AXShoutOut = AXShoutOut() private var user_name:String = "user" private var dripper:PercentDripper = PercentDripper()...

class AXShoutOut { private var isActive: Bool = false let handshake:Responder = Responder() func activate() { // make engage-able isActive = true } func engage(ear: String) -> Bool { if ear.isEmpty { return false }...

class Magic8Ball { private var questions:Responder = Responder() private var answers:Responder = Responder() func setQuestions(_ questions: Responder) { self.questions = questions } func setAnswers(_ answers: Responder) { self.answers = answers }...

swift responder+: func strContainsResponse(ear:String) -> Bool { var result:Bool = false for tempStr:String in responses{ if ear.contains(tempStr){ result = true break } } return result }

gettin an err 4: strContainsResponse I'm goin comando on the Responder class!!!

class GamificationP(DiSkillV2): # the grind side of the game, see GamificationN for the reward side def __init__(self, skill: DiSkillV2): self._gain: int = 1 self._skill: DiSkillV2 = skill self._axGamification: AXGamification = AXGamification() def...

class DiEngager(DiSkillV2): def __init__(self, burps_per_hour: int,skillToEngage:str): self._burpsPerHour = 2 if 60 > burps_per_hour > 0: self._burpsPerHour = burps_per_hour self._trgMinute: TrgMinute = TrgMinute() self._trgMinute.setMinute(0)...