DiBlabberV3
- Thread starter owly
- Start date
Python:
class DiBlabberV3(DiSkillV2):
def __init__(self, skill_name: str):
super().__init__()
# skill toggle
self.__isActive: bool = True
self.skillToggler: AXContextCmd = AXContextCmd()
self.skillToggler.contextCommands.insert(f'toggle {skill_name}')
self.skillToggler.commands.insert("again")
self.skillToggler.commands.insert("repeat")
# chat mode select
self.modeSwitch: AXContextCmd = AXContextCmd()
self.modeSwitch.contextCommands.insert(f'switch {skill_name} mode')
self.modeSwitch.commands.insert("again")
self.modeSwitch.commands.insert("repeat")
self._mode: Cycler = Cycler(1)
self._mode.setToZero() # default mode : pal chatbot (chatbot1)
# engage chatbot
self.engage: AXContextCmd = AXContextCmd()
self.engage.contextCommands.insert(f'engage {skill_name}')
self.engage.commands.insert("talk to me")
self.engage.commands.insert("again")
self.engage.commands.insert("repeat")
# chatbots
self.chatbot1: AXNPC2 = AXNPC2(30, 90) # pal mode chat module
self.chatbot2: AXNPC2 = AXNPC2(30, 90) # discreet mode chat module
# auto mode
self.__autoEngage: Responder = Responder("engage automatic mode", "automatic mode", "auto mode")
self.__shutUp: Responder = Responder("stop", "shut up", "silence", "be quite", "be silent")
self.__tg: TimeGate = TimeGate(5)
self.__nPCPlus: int = 5 # increase rate of output in self auto reply mode
self.__nPCNeg: int = -10 # decrease rate of output in self auto reply mode
# Override
def input(self, ear: str, skin: str, eye: str):
# modification patch diblabber->diblabberV3:
temp1: str = ear
if temp1.__contains__("tell me"):
temp1 = temp1.replace("tell me", "say")
temp1 = Eliza.PhraseMatcher.reflect(temp1)
# skill toggle:
if self.skillToggler.engageCommand(temp1):
self.__isActive = not self.__isActive
if not self.__isActive:
return
# chatbot mode: switch mode
if self.modeSwitch.engageCommand(temp1):
self._mode.cycleCount()
self.setSimpleAlg(self.talkMode())
return
match self._mode.getMode():
case 0:
self.mode0(temp1)
case 1:
self.mode1(temp1)
def talkMode(self) -> str:
match self._mode.getMode():
case 0:
return "friend mode"
case 1:
return "discreet mode"
return "mode switched"
# chat module common tasks
def NPCUtilization(self, npc: AXNPC2, ear: str):
result: str = ""
# engage
if self.engage.engageCommand(ear):
result = npc.respond()
if not result == "":
self.setSimpleAlg(result)
return
# str engage
result = npc.strRespond(ear)
if not result == "":
self.setSimpleAlg(result)
# forced learn (say n)
if not npc.learn(ear):
# str learn
npc.strLearn(ear)
def mode0(self, ear: str):
if not len(super().getKokoro().toHeart.get("diblabber", "")) == 0:
super().getKokoro().toHeart["diblabber"] = ""
self.setSimpleAlg(self.chatbot1.forceRespond())
return
self.NPCUtilization(self.chatbot1, ear)
def mode1(self, ear: str):
# auto engage:
if self.__autoEngage.responsesContainsStr(ear):
self.__tg.open(self.__tg.pause)
self.setSimpleAlg("auto NPC mode engaged")
return
if self.__shutUp.responsesContainsStr(ear):
self.__tg.close()
self.setSimpleAlg("auto NPC mode disengaged")
return
if self.__tg.isOpen():
plus: int = self.__nPCNeg
if not (len(ear) == 0):
plus = self.__nPCPlus
result: str = self.chatbot2.respondPlus(plus)
if not (len(result) == 0):
self.setSimpleAlg(result)
return
# end auto engage code snippet
self.NPCUtilization(self.chatbot2, ear)
# auto mode setters
def setNPCTimeSpan(self, n: int):
self.__tg.setPause(n)
def setNPCNeg(self, n: int):
# lower NPC auto output chance
self.__nPCNeg = n
def setNPCPlus(self, n: int):
# increase NPC auto output chance
self.__nPCPlus = n