new auxiliary module translation code party TEAM FUKI ASSEMBLE!
- Thread starter owly
- Start date
Java:
public class DrawRnd {
// draw a random element, than take said element out
private ArrayList<String> strings = new ArrayList<>();
private ArrayList<String> stringsSource = new ArrayList<>();
private Random rand = new Random();
public DrawRnd(String... values) {
for (int i = 0; i < values.length; i++) {
strings.add(values[i]);
stringsSource.add(values[i]);
}
}
public String draw(){
if (strings.isEmpty()) {return "";}
int x = rand.nextInt(strings.size());
String element = strings.get(x);
strings.remove(x);
return element;
}
public int getSimpleRNDNum(int bound){
// return 0->bound-1
return rand.nextInt(bound);
}
private LGTypeConverter tc = new LGTypeConverter();
public int drawAsInt(){
if (strings.isEmpty()) {return 0;}
Random rand = new Random();
int x = rand.nextInt(strings.size());
String element = strings.get(x);
strings.remove(x);
return tc.convertToInt(element);
}
public void reset(){
DeepCopier dc = new DeepCopier();
strings = dc.copyList(stringsSource);
}
}
Swift:
class DrawRnd {
private var numbers:Array<Int> = [Int]()
init(size:Int){
for index in 1...size{
numbers.append(index)
}
}
init(_ markers:Int...) {
for num in markers {
numbers.append(num)
}
}
func draw() -> Int {
if numbers.isEmpty {return 0}
let x:Int = Int.random(in: 0..<numbers.count)
let element:Int = numbers[x]
numbers.remove(at: x)
return element
}
}
Swift:
class DrawRnd {
// draw a random element, than take said element out
private var strings:Array<String> = [String]()
private var stringsSource:Array<String> = [String]()
init(_ values:String...) {
for temp in values {
strings.append(temp)
stringsSource.append(temp)
}
}
func draw() -> String {
if strings.isEmpty {return ""}
let x:Int = Int.random(in: 0..<strings.count)
let element:String = strings[x]
strings.remove(at: x)
return element
}
func reset(){
let dc:DeepCopier = DeepCopier()
strings = dc.copyList(original: stringsSource)
}
func getSimpleRNDNum(bound:Int)->Int{
// return 0->bound-1
return Int.random(in: 0...bound-1)
}
private let tc:LGTypeConverter = LGTypeConverter()
func drawAsInt()->Int{
return tc.convertToInt(v1: draw())
}
}
class LGTypeConverter{
func convertToInt(v1:String)->Int{
return Int(v1) ?? 0
}
func convertToDouble(v1:String)->Double{
return Double(v1) ?? 0
}
}
Java:
public class AXLHub {
// hubs many reply decorators, language translators, encriptors and other string modifiers
// decorate(str) to decorate string using the active string decorator
private Cycler cycler;
private DrawRnd drawRnd = new DrawRnd();
private int size = 0;
private ArrayList<AXLHousing> nyaa = new ArrayList<AXLHousing>();
private int activeNyaa = 0;
public AXLHub(AXLHousing...nyaa) {
for (AXLHousing temp : nyaa)
{
this.nyaa.add(temp);
}
size = this.nyaa.size();
cycler = new Cycler(size -1);
cycler.setToZero();
}
public String decorate(String str1){
return nyaa.get(activeNyaa).decorate(str1);
}
public void cycleDecoration(){
activeNyaa = cycler.cycleCount();
}
public void randomizeDecoration(){
activeNyaa = drawRnd.getSimpleRNDNum(size);
}
public void modeDecoration(int mode){
if(mode < -1){return;}
if(mode >= nyaa.size()){return;}
activeNyaa = mode;
}
}
Swift:
class Cycler{
private var cycler:Int = 0
private var limit:Int
init(limit:Int) {
self.limit = limit
self.cycler = limit
}
func getLimit()->Int{
return self.limit
}
func setLimit(limit:Int){
self.limit = limit
}
func cycleCount()->Int{
cycler-=1
if(cycler < 0){
cycler = limit
}
return cycler
}
func reset(){
cycler = limit
}
func setToZero(){
cycler = 0
}
func sync(n:Int){
if (-1>n) || (n>limit) {
return
}
cycler = n
}
}
Swift:
class AXLHub{
// hubs many reply decorators, language translators, encriptors and other string modifiers
// decorate(str) to decorate string using the active string decorator
private let cycler:Cycler
private let drawRnd:DrawRnd = DrawRnd()
private var size:Int = 0
private var nyaa:Array<AXLHousing> = [AXLHousing]()
private var activeNyaa:Int = 0
init(_nyaa:AXLHousing...) {
for temp in nyaa{
self.nyaa.append(temp)
}
size = self.nyaa.count
cycler = Cycler(limit: size - 1)
cycler.setToZero()
}
func decorate(str1:String)->String{
return nyaa[activeNyaa].decorate(str1: str1)
}
func cycleDecoration(){
activeNyaa = cycler.cycleCount()
}
func randomizeDecoration(){
activeNyaa = drawRnd.getSimpleRNDNum(bound: size)
}
func modeDecoratrion(mode:Int){
if mode < 0{return}
if mode >= nyaa.count {return}
activeNyaa = mode
}
}
Swift:
public class AXNeuroSama {
private Responder nyaa = new Responder(" heart", " heart", " wink", " heart heart heart");
private DrawRnd rnd = new DrawRnd();
private int rate;
public AXNeuroSama(int rate) {
// the higher the rate the less likely to decorate outputs
this.rate = rate;
}
public String decorate(String output){
if (output.isEmpty()){
return output;
}
String result = "";
if(rnd.getSimpleRNDNum(rate) == 0){
return output + nyaa.getAResponse();
}
return output;
}
}
Swift:
class AXNeuroSama{
private let nyaa:Responder = Responder(" heart", " heart", " wink", " heart heart heart")
private let rnd:DrawRnd = DrawRnd()
private var rate:Int
init(rate: Int) {
// the higher the rate the less likely to decorate outputs
// recomended value = 3
self.rate = rate
}
func decorate(output:String)->String{
if output.isEmpty{return ""}
if rnd.getSimpleRNDNum(bound: rate) == 0{return output + nyaa.getAResponse()}
return output
}
}
Java:
public class AXLearnability {
private Boolean algSent = false;
// problems that may result because of the last deployed algorithm:
public UniqueItemSizeLimitedPriorityQueue defcons = new UniqueItemSizeLimitedPriorityQueue();// default size = 5
// major chaotic problems that may result because of the last deployed algorithm:
public UniqueItemSizeLimitedPriorityQueue defcon5 = new UniqueItemSizeLimitedPriorityQueue();
// goals the last deployed algorithm aims to achieve:
public UniqueItemSizeLimitedPriorityQueue goals = new UniqueItemSizeLimitedPriorityQueue();
// how many failures / problems till the algorithm needs to mutate (change)
public TrgTolerance trgTolerance;
public AXLearnability(int tolerance) {
this.trgTolerance = new TrgTolerance(tolerance);
trgTolerance.reset();
}
public void pendAlg(){
// an algorithm has been deployed
// call this method when an algorithm is deployed (in a DiSkillV2 object)
algSent = true;
trgTolerance.trigger();
}
public void pendAlgWithoutConfirmation(){
// an algorithm has been deployed
algSent = true;
//no need to await for a thank you or check for goal manifestation :
// trgTolerance.trigger();
// using this method instead of the default "pendAlg" is the same as
// giving importance to the stick and not the carrot when learning
// this method is mosly fitting work place situations
}
public Boolean mutateAlg(String input){
// recommendation to mutate the algorithm ? true/ false
if (!algSent) {return false;} // no alg sent=> no reason to mutate
if (goals.contains(input)){trgTolerance.reset();algSent = false;return false;}
// goal manifested the sent algorithm is good => no need to mutate the alg
if (defcon5.contains(input)) {trgTolerance.reset();algSent = false; return true;}
// ^ something bad happend probably because of the sent alg
// recommend alg mutation
if (defcons.contains(input)){algSent = false;
Boolean mutate= !trgTolerance.trigger();
if(mutate){
trgTolerance.reset();
}
return mutate;}
// ^ negative result, mutate the alg if this occures too much
return false;
}
}