package skills;
import AXJava.*;
import LivinGrimoire.DiSkillV2;
import LivinGrimoire.TimeGate;
public class DIBlabber extends DiSkillV2 {
private Boolean isActive = true; // skill toggle
public AXContextCmd skillToggler = new AXContextCmd();
// chat mode select
public AXContextCmd modeSwitch = new AXContextCmd();
protected Cycler mode = new Cycler(1); // chat-bot mode
// engage chatbot
public AXContextCmd engage = new AXContextCmd();
// chatbots
public AXNPC2 chatbot1 = new AXNPC2(30,90); // pal mode chat module
public AXNPC2 chatbot2 = new AXNPC2(30,90); // discreet mode chat module
// auto mode
private Responder autoEngage = new Responder("engage automatic mode","automatic mode", "auto mode");
private Responder shutUp = new Responder("stop","shut up", "silence", "be quite", "be silent");
private TimeGate tg = new TimeGate(5);
private int nPCPlus = 5; // increase rate of output in self auto reply mode
private int nPCNeg = -10; // decrease rate of output in self auto reply mode
public DIBlabber(String skill_name) {
skillToggler.contextCommands.add("toggle " + skill_name);
skillToggler.commands.add("again");skillToggler.commands.add("repeat");
modeSwitch.contextCommands.add("switch " + skill_name + " mode");
modeSwitch.commands.add("again");modeSwitch.commands.add("repeat");
engage.contextCommands.add("engage " + skill_name);engage.commands.add("talk");
engage.commands.add("talk to me");
engage.commands.add("again");engage.commands.add("repeat");
mode.setToZero();
}
@Override
public void input(String ear, String skin, String eye) {
// skill toggle:
if(skillToggler.engageCommand(ear)){isActive = !isActive;}
if (!isActive){return;}
// chat-bot mode switch mode
if(modeSwitch.engageCommand(ear)){
mode.cycleCount();
setVerbatimAlg(4, talkMode());;
return;
}
switch (mode.getMode()){
case 0:
mode0(ear);
break;
case 1:
mode1(ear);
break;
}
}
private void mode0(String ear) {
if (!kokoro.toHeart.getOrDefault("diblabber","").isEmpty()){
kokoro.toHeart.put("diblabber","");
setVerbatimAlg(4, chatbot1.forceRespond());
return;
}
NPCUtilization(chatbot1,ear);
}
private void mode1(String ear) {
// auto engage
if(autoEngage.responsesContainsStr(ear)){
tg.openGate();
setVerbatimAlg(4,"auto NPC mode engaged");
return;
}
if(shutUp.responsesContainsStr(ear)){
tg.close();
setVerbatimAlg(4,"auto NPC mode disengaged");
return;
}
if (tg.isOpen()){
int plus = nPCNeg;
if (!ear.isEmpty()){plus = nPCPlus;}
String result = chatbot2.respondPlus(plus);
if (!result.isEmpty()) {
setVerbatimAlg(4, result);
return;
}
}
// end auto engage code snippet
NPCUtilization(chatbot2, ear);
}
private String talkMode(){
switch (mode.getMode()){
case 0:
return "friend mode";
case 1:
return "discreet mode";
}
return "mode switched";
}
// auto mode setters
public void setNPCTimeSpan(int n){
tg.setPause(n);
}
public void setNPCNeg(int n){
// lower NPC auto output chance
nPCNeg = n;
}
public void setNPCPlus(int n){
// increase NPC auto output chance
nPCPlus = n;
}
// chat module common tasks
private void NPCUtilization(AXNPC2 npc, String ear){
String result = "";
// engage
if (engage.engageCommand(ear)) {
result = npc.respond();
if (!result.isEmpty()) {
setVerbatimAlg(4, result);
return;
}
}
// str engage
result = npc.strRespond(ear);
if (!result.isEmpty()) {
setVerbatimAlg(4, result);
}
// forced learn (say n)
if (!npc.learn(ear)){
// strlearn
npc.strLearn(ear);
}
}
}
