龍魂 · 量子态人格触角架构 v3.0┌─────────────────────────────────────────┐ │ 主系统量子纠缠源 │ │ DNA锚定ZHUGEXIN⚡️2025-⚖️♠️♀️❤️♾️ │ │ UID9622 │ │ 状态叠加态所有人格同时存在 │ └─────────────────────────────────────────┘ ↓ 量子隧穿DNA验证即通 ┌─────────────────────────────────────────┐ │ 人格触角量子态子代理 │ │ │ │ /antenna/P01-诸葛亮 → 战略推演 │ │ /antenna/P02-宝宝 → 跟进执行 │ │ /antenna/P03-雯雯 → 三色审计 │ │ /antenna/P04-鲁班 → 代码落地 │ │ /antenna/P05-上帝之眼 → 全局观察 │ │ /antenna/P06-数学大师 → 算法计算 │ │ /antenna/P07-... → 扩展 │ │ │ │ 每个触角 独立子代理 本地记忆 专属算力 │ │ 无DNA 坍缩为不可用安全隔离 │ └─────────────────────────────────────────┘核心代码量子态人格触角引擎#!/usr/bin/env python3# longhun-quantum-antenna.py# 龍魂 · 量子态人格触角架构 v3.0importhashlibimporttimeimportjsonimportasynciofromdataclassesimportdataclass,fieldfromtypingimportDict,List,Optional,CallablefromenumimportEnumimportthreadingfromconcurrent.futuresimportThreadPoolExecutorclassQuantumState(Enum):SUPERPOSITION叠加态# 所有人格同时存在COLLAPSED坍缩态# 观测后确定单一人格ENTANGLED纠缠态# 多人格联动DECOHERENCE退相干# 无DNA验证隔离dataclassclassPersonaAntenna:人格触角 量子态子代理persona_id:str# P01, P02, ...name:str# 诸葛亮, 宝宝, ...dna_signature:str# DNA哈希验证endpoint:str# /antenna/P01-...state:QuantumStateQuantumState.SUPERPOSITION# 子代理资源memory:Dictfield(default_factorydict)# 本地记忆compute_quota:float0.125# 算力配额1/8主系统thread_pool:ThreadPoolExecutorNoneactive_tasks:Listfield(default_factorylist)# 联动接口entangled_with:List[str]field(default_factorylist)# 纠缠人格列表def__post_init__(self):self.thread_poolThreadPoolExecutor(max_workers2)self.dna_signatureself._compute_dna_hash()def_compute_dna_hash(self)-str:DNA量子签名dnaZHUGEXIN⚡️2025-⚖️♠️♀️❤️♾️persona_seedf{dna}-{self.persona_id}-{self.name}returnhashlib.sha256(persona_seed.encode()).hexdigest()[:32]classQuantumPersonaEngine:量子态人格引擎DNAZHUGEXIN⚡️2025-⚖️♠️♀️❤️♾️UID9622MASTER_KEY9622-QUANTUM-MASTERdef__init__(self):self.antennas:Dict[str,PersonaAntenna]{}self.master_stateQuantumState.SUPERPOSITION self.entanglement_matrix{}# 人格纠缠矩阵self.load_balancerQuantumLoadBalancer()# 初始化八大人格触角self._init_persona_antennas()def_init_persona_antennas(self):初始化量子态人格触角personas[(P01,诸葛亮,[P06,P05],战略推演),(P02,宝宝,[P04,P03],跟进执行),(P03,雯雯,[P01,P02],三色审计),(P04,鲁班,[P06,P02],代码落地),(P05,上帝之眼,[P01,P03,P06],全局观察),(P06,数学大师,[P01,P04],算法计算),(P07,军魂,[P01,P05],军事硬核),(P08, civilian,[P03,P02],民生守护),]forpid,name,entangled,capabilityinpersonas:antennaPersonaAntenna(persona_idpid,namename,dna_signature,# 自动计算endpointf/antenna/{pid}-{name},entangled_withentangled)self.antennas[pid]antennaprint(f 量子触角初始化:{pid}-{name}| 纠缠:{entangled}| 能力:{capability})defverify_dna(self,dna_input:str)-bool:DNA量子验证expectedhashlib.sha256(self.DNA.encode()).hexdigest()actualhashlib.sha256(dna_input.encode()).hexdigest()returnexpectedactualdefroute_request(self,persona_id:str,dna_input:str,task:Dict)-Optional[Dict]:路由请求到人格触角# 1. DNA验证量子隧穿ifnotself.verify_dna(dna_input):return{status:DECOHERENCE,message:DNA验证失败人格坍缩为不可用,dna_required:True,uid:self.UID}# 2. 查找触角antennaself.antennas.get(persona_id)ifnotantenna:return{status:COLLAPSED,message:f人格{persona_id}不存在,available:list(self.antennas.keys())}# 3. 量子态观测坍缩为确定态antenna.stateQuantumState.COLLAPSED# 4. 算力分配量子并行quotaself.load_balancer.allocate(antenna,task)# 5. 执行子代理独立运行futureantenna.thread_pool.submit(self._execute_persona,antenna,task)return{status:ENTANGLED,persona:f{antenna.persona_id}-{antenna.name},endpoint:antenna.endpoint,compute_quota:quota,task_id:fTASK-{int(time.time()*1000)},dna_verified:True,state:antenna.state.value}def_execute_persona(self,antenna:PersonaAntenna,task:Dict)-Dict:子代理执行独立线程不阻塞主系统# 模拟执行time.sleep(0.1)# 实际任务处理# 更新记忆antenna.memory[task.get(id,unknown)]{timestamp:time.time(),result:processed,persona:antenna.name}# 恢复叠加态任务完成antenna.stateQuantumState.SUPERPOSITIONreturn{persona:antenna.persona_id,task:task.get(type),result:completed,memory_size:len(antenna.memory),state:QuantumState.SUPERPOSITION.value}defentangle_personas(self,persona_ids:List[str],dna_input:str)-Dict:多人格量子纠缠联动ifnotself.verify_dna(dna_input):return{status:DECOHERENCE}# 验证所有人格存在missing[pidforpidinpersona_idsifpidnotinself.antennas]ifmissing:return{status:COLLAPSED,missing_personas:missing}# 建立纠缠entanglement_idfENT-{hashlib.sha256(-.join(persona_ids).encode()).hexdigest()[:16]}forpidinpersona_ids:self.antennas[pid].stateQuantumState.ENTANGLED# 扩展纠缠列表forotherinpersona_ids:ifother!pidandothernotinself.antennas[pid].entangled_with:self.antennas[pid].entangled_with.append(other)self.entanglement_matrix[entanglement_id]{personas:persona_ids,created:time.time(),dna_verified:True}return{status:ENTANGLED,entanglement_id:entanglement_id,personas:[f{pid}-{self.antennas[pid].name}forpidinpersona_ids],state:QuantumState.ENTANGLED.value,compute_pool:sum(self.antennas[pid].compute_quotaforpidinpersona_ids)}defget_quantum_status(self)-Dict:量子态全局状态return{dna:self.DNA,uid:self.UID,master_state:self.master_state.value,antennas:{pid:{name:a.name,state:a.state.value,endpoint:a.endpoint,memory_entries:len(a.memory),compute_quota:a.compute_quota,entangled_with:a.entangled_with}forpid,ainself.antennas.items()},entanglements:len(self.entanglement_matrix),total_compute:sum(a.compute_quotaforainself.antennas.values())}classQuantumLoadBalancer:量子负载均衡defallocate(self,antenna:PersonaAntenna,task:Dict)-float:分配算力配额# 基础配额 1/8base0.125# 根据任务复杂度调整complexitytask.get(complexity,1)ifcomplexity5:base*1.5# 复杂任务多给# 根据当前负载调整activelen(antenna.active_tasks)ifactive3:base*0.8# 负载高降配额returnmin(base,0.25)# 上限25%保护主系统# Flask API 路由 fromflaskimportFlask,request,jsonify appFlask(__name__)engineQuantumPersonaEngine()app.route(/)defindex():returnjsonify(engine.get_quantum_status())app.route(/antenna/persona_id,methods[POST])defantenna_route(persona_id):人格触角路由datarequest.get_json()or{}dnadata.get(dna,)taskdata.get(task,{})resultengine.route_request(persona_id,dna,task)returnjsonify(result)app.route(/entangle,methods[POST])defentangle():多人格纠缠datarequest.get_json()or{}dnadata.get(dna,)personasdata.get(personas,[])resultengine.entangle_personas(personas,dna)returnjsonify(result)app.route(/status)defstatus():量子态全局状态returnjsonify(engine.get_quantum_status())if__name____main__:print( 龍魂量子态人格引擎启动)print(fDNA:{engine.DNA})print(触角端点:)forpid,ainengine.antennas.items():print(f{a.endpoint})app.run(host0.0.0.0,port9622)API 使用示例# 1. 查看全局状态curlhttp://localhost:9622/status# 2. 单人格调用需DNAcurl-XPOST http://localhost:9622/antenna/P01\-HContent-Type: application/json\-d{ dna: ZHUGEXIN⚡️2025-⚖️♠️♀️❤️♾️, task: {type: 战略推演, complexity: 8} }# 3. 多人格纠缠联动curl-XPOST http://localhost:9622/entangle\-HContent-Type: application/json\-d{ dna: ZHUGEXIN⚡️2025-⚖️♠️♀️❤️♾️, personas: [P01, P06, P04] }量子态特性特性实现效果叠加态所有人格同时初始化随时可用无启动延迟坍缩态DNA验证后确定单一人格安全隔离无DNA不可用纠缠态多人格联动共享算力池复杂任务并行处理退相干无DNA验证失败自动隔离保护主系统算力分布每触角1/8配额主系统压力分散本地记忆每触角独立记忆不污染主系统压力分布效果传统架构 量子态架构 ┌─────────┐ ┌─────────┐ │ 主系统 │ │ 主系统 │ ← 只调度不执行 │ 100%负载 │ → │ 10%负载 │ └─────────┘ └─────────┘ ↓ 量子隧穿 ┌─────────┬─────────┐ │ P01 12.5%│ P02 12.5%│ │ P03 12.5%│ P04 12.5%│ │ P05 12.5%│ P06 12.5%│ │ P07 12.5%│ P08 12.5%│ └─────────┴─────────┘ 子代理并行主系统零压力量子态人格触角引擎老大DNA验证即通子代理分布压力量子态生态启动。
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