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重构程序文件目录结构并更新相关路径引用

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- 创建新的目录结构：research/、tools/（含子目录）和apps/
- 移动核心理论文件到research/core-theory/
- 移动天山理论文件到research/specialized/
- 重组tools/目录为多个子目录：content-generation/、data-processing/等
- 更新所有文档中的路径引用，包括README.md、项目结构说明.md等
- 更新工作流文件和脚本中的路径引用
- 更新文档索引文件中的路径引用
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2025-10-27 12:54:26 +00:00
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"""
北朝宇宙核心定义库 - 所有模块的基础
Northern Dynasty Universe Core Definitions - Foundation for all modules
"""
class CoreDefinitions:
"""北朝宇宙核心定义库 - 所有模块的基础"""
# 北朝宇宙Metaverse的根本动机
METAVERSE_MOTIVATION = {
"name": "北朝宇宙Metaverse创造动机",
"description": "构建中华文明自主话语体系的根本必要性",
"core_problems": [
"西方文化霸权对中华文明的误读和扭曲",
"中美战略误判的文化认知根源",
"传统史学框架无法充分阐释胡汉交融的文明特质",
"缺乏系统性的中华文化认知框架和传播体系"
],
"metaverse_value": {
"认知重构": "重新定义中华文明的内在逻辑和价值体系",
"话语自主": "建立不依赖西方理论框架的文化阐释体系",
"战略意义": "为中美关系提供文化理解的新视角",
"文明自信": "构建基于内在逻辑的文化自信体系"
},
"theoretical_innovation": "超越传统华夷之辨，构建胡汉交融的文明理解框架"
}
# 文字系统定义
PHONETIC_WRITING_SYSTEM = {
"name": "音韵表意文字系统",
"description": "相对于南方方块字的另一种文字系统",
"historical_context": "北朝游牧民族使用的文字表达体系",
"characteristics": [
"急促音 + 缓坡音的组合模式",
"以音表意的文字特征",
"体现游牧民族的语言思维方式",
"与汉字系统形成互补的表达体系"
],
"examples": [
"柔然文字系统",
"北魏拓跋鲜卑文字",
"蒙古族传统文字",
"体现在花木兰等文学形象中的语言特征"
],
"cultural_significance": "胡汉交融过程中的语言文化载体"
}
# 核心词根定义
CORE_ROOT = {
"word": "圐圙",
"pronunciation": "kulue",
"phonetic_structure": {
"front": "急促音 (ku) - 表示向上、开启、突破",
"back": "缓坡音 (lue) - 表示包容、延展、覆盖"
},
"super_meaning": "天地之间的相通",
"cultural_logic": "天似穹庐，笼盖四下",
"semantic_network": "32个相关词汇的共同词根",
"philosophical_foundation": {
"宇宙观": "游牧民族的天地一体宇宙观",
"政治观": "包容性的天下治理理念",
"文化观": "开放融合的文明交流观"
},
"historical_manifestation": [
"蒙古包的圆形穹顶结构",
"游牧民族的迁徙路线选择",
"北朝政权的治理模式",
"丝绸之路的文化交流格局"
]
}
# 音韵规律定义
PHONETIC_PATTERN = {
"structure": "急促音 + 缓坡音",
"linguistic_principle": "音韵对应的语义逻辑",
"function": "在不同语境中表达相同的核心概念",
"unified_root": "共同的super meaning - 天地相通",
"cultural_logic": "体现游牧民族的宇宙观和世界观",
"examples": {
"地理概念": ["昆仑", "祁连", "轩辕"],
"器物概念": ["轱辘", "辘轳", "囫囵"],
"政治概念": ["库伦", "固伦", "克烈"],
"文化概念": ["崆峒", "洪洞", "圐圙"]
},
"validation_criteria": [
"音韵结构的一致性",
"语义关联的逻辑性",
"文化内涵的连贯性",
"历史证据的支撑性"
]
}
# 方法论定义
METHODOLOGY = {
"name": "音韵语义网络分析",
"description": "基于音韵规律和语义关联的文化分析方法",
"core_method": "音韵规律 + 语义关联 + 文化逻辑",
"theoretical_foundation": [
"结构主义语言学的音韵分析方法",
"认知语言学的概念隐喻理论",
"文化人类学的符号分析方法",
"历史语言学的词源追溯方法"
],
"evidence_types": [
"语言学证据：音韵学、词源学、方言学",
"历史学证据：文献记载、考古发现、碑刻资料",
"地理学证据：地名学、水系山脉、迁徙路线",
"文化学证据：信仰体系、习俗传统、符号系统"
],
"analysis_framework": {
"音韵层面": "分析词汇的声韵结构和音变规律",
"语义层面": "建立词汇间的概念关联和意义网络",
"文化层面": "阐释文化符号的深层逻辑和价值体系",
"历史层面": "追溯文化概念的历史演变和传承脉络"
},
"validation_standards": [
"音韵分析的科学性和准确性",
"语义关联的逻辑性和一致性",
"文化解释的合理性和深刻性",
"历史证据的可靠性和充分性"
]
}
# 天地相通文化逻辑
HEAVEN_EARTH_LOGIC = {
"name": "天地相通文化逻辑",
"description": "北朝宇宙的核心哲学理念",
"philosophical_foundation": {
"宇宙观": "天地一体，万物相通的整体性宇宙观",
"认识论": "通过象征和隐喻理解世界的认知方式",
"价值观": "包容开放、和谐共生的文化价值观"
},
"manifestations": {
"空间维度": "穹庐式的空间想象和建筑形式",
"时间维度": "循环往复的历史观和文化传承观",
"社会维度": "多元一体的政治治理和文化融合模式",
"精神维度": "天人合一的精神追求和信仰体系"
},
"cultural_expressions": [
"蒙古包的圆形穹顶象征天空覆盖",
"游牧迁徙体现天地间的自由流动",
"萨满信仰中的天地沟通仪式",
"北朝政权的包容性治理理念"
],
"modern_relevance": {
"文化自信": "为中华文明提供独特的哲学基础",
"国际交流": "为文明对话提供包容性的理论框架",
"战略思维": "为大国关系提供和谐共生的文化智慧"
}
}
# Y音正统性定义
Y_SOUND_ORTHODOXY = {
"name": "Y音正统性",
"description": "全球权力正统性的共同密码，通过特定音节的传承体现",
"significance": [
"民族自信心和神权正统性的标志",
"核心宗教概念的起始音",
"全球文化传播网络中的关键音素"
],
"examples": {
"以色列": ["希伯来", "以色列 (Israel)", "耶和华 (Yahweh)", "耶路撒冷 (Jerusalem)", "耶稣 (Jesus)", "耶利哥 (Jericho)", "约旦河 (Jordan)"],
"欧洲": ["雅利安 (Aryan)"],
"中亚": ["玉 (Yu)"],
"东亚": ["羌族 (羊，Y字头)"]
},
"cultural_impact": "影响不同文明的权力结构和信仰体系"
}
# 金德 vs 玉德文明对比
VIRTUE_CONTRAST = {
"name": "金德 vs 玉德",
"description": "西方与中华文明核心价值观的对比",
"golden_virtue": {
"culture": "西方文化",
"characteristics": ["追求财富", "追求权力", "扩张主义", "个人主义"],
"symbol": "金 (Golden)"
},
"jade_virtue": {
"culture": "中华文化",
"characteristics": ["追求完整", "追求和谐", "内省", "集体主义"],
"symbol": "玉 (Jade)"
},
"strategic_relevance": "理解中美战略误判的文化根源"
}
# 嚈哒概念定义
YANDA_CONCEPT = {
"name": "嚈哒 (Yanda)",
"description": "Y音正统性传承的关键环节，连接东西方文化",
"linguistic_evidence": {
"y_sound_start": "Y音开头，符合正统性标识规律",
"semantic_meaning": "玉德含义，玉石品德，权力道德化",
"phonetic_correspondence": "古汉语与中亚语言的完美匹配",
"phonetic_pattern": "Ya-nda符合北朝音韵表意文字系统急促音+缓坡音规律"
},
"coexistence_mode": {
"type": "寄生共存模式",
"characteristics": [
"带去北魏时期的治理经验和政治制度",
"与贵霜帝国寄生共存，非征服而是合作",
"中华制度智慧 + 本土统治基础的双重权力结构"
]
},
"historical_support": [
"封沓叛变 (443年北魏镇北将军封沓投靠柔然)",
"《职贡图》 (南朝梁萧绎绘制，显示嚈哒使者具有标准汉人面孔)",
"解释嚈哒远程攻击北朝的复仇动机",
"草原征服王朝的人力消耗策略"
],
"cultural_role": "成为Y音正统性从东方传播到中亚的关键环节"
}
@classmethod
def get_word_network_structure(cls):
"""获取以圐圙为中心的32个词汇网络结构"""
return {
"central_root": cls.CORE_ROOT["word"],
"semantic_categories": {
"地理概念": {
"words": ["昆仑", "祁连", "轩辕", "贺兰", "岢岚"],
"cultural_meaning": "神圣地理空间的标识",
"phonetic_pattern": "ku-lun类音韵结构"
},
"器物概念": {
"words": ["轱辘", "辘轳", "囫囵", "骨碌"],
"cultural_meaning": "圆形运动和完整性的象征",
"phonetic_pattern": "gu-lu类音韵结构"
},
"政治概念": {
"words": ["库伦", "固伦", "克烈", "呼伦"],
"cultural_meaning": "政治组织和权力结构的表达",
"phonetic_pattern": "ku-lun类音韵结构"
},
"文化概念": {
"words": ["崆峒", "洪洞", "混沌", "鸿蒙"],
"cultural_meaning": "文化起源和精神境界的描述",
"phonetic_pattern": "kong-dong类音韵结构"
}
},
"connection_principles": [
"音韵结构的相似性",
"语义内涵的关联性",
"文化逻辑的一致性",
"历史传承的连续性"
]
}
# 32个核心词汇的完整定义
CORE_VOCABULARY_32 = {
"geographic_concepts": {
"昆仑": {
"pronunciation": "kun-lun",
"phonetic_structure": "急促音(kun) + 缓坡音(lun)",
"semantic_meaning": "神话中的神山，天地相接之处",
"cultural_significance": "中华文化中的神圣地理标识",
"historical_evidence": "《山海经》、《淮南子》等古籍记载"
},
"祁连": {
"pronunciation": "qi-lian",
"phonetic_structure": "急促音(qi) + 缓坡音(lian)",
"semantic_meaning": "连绵山脉，阻隔与连通并存",
"cultural_significance": "西北地理屏障，文化交汇地带",
"historical_evidence": "汉代以来历史文献和地理志书"
},
"轩辕": {
"pronunciation": "xuan-yuan",
"phonetic_structure": "急促音(xuan) + 缓坡音(yuan)",
"semantic_meaning": "黄帝之名，天人合一之象",
"cultural_significance": "中华文明始祖的象征",
"historical_evidence": "《史记》、《帝王世纪》等史书记载"
},
"贺兰": {
"pronunciation": "he-lan",
"phonetic_structure": "急促音(he) + 缓坡音(lan)",
"semantic_meaning": "西北屏障，文化交汇地带",
"cultural_significance": "古代丝绸之路的重要节点",
"historical_evidence": "古代地理志书和考古发现"
},
"岢岚": {
"pronunciation": "ke-lan",
"phonetic_structure": "急促音(ke) + 缓坡音(lan)",
"semantic_meaning": "山西地名，体现地理包容性",
"cultural_significance": "中原与北方文化交流的桥梁",
"historical_evidence": "地方志书和历史文献"
}
},
"artifact_concepts": {
"轱辘": {
"pronunciation": "gu-lu",
"phonetic_structure": "急促音(gu) + 缓坡音(lu)",
"semantic_meaning": "车轮，圆形运动的完美体现",
"cultural_significance": "游牧民族迁徙工具，象征流动性",
"historical_evidence": "古代器物和文献记载"
},
"辘轳": {
"pronunciation": "lu-lu",
"phonetic_structure": "急促音(lu) + 缓坡音(lu)",
"semantic_meaning": "井上汲水器，连通地下与地上",
"cultural_significance": "天地相通的实用象征",
"historical_evidence": "古代农具和建筑遗迹"
},
"囫囵": {
"pronunciation": "hu-lun",
"phonetic_structure": "急促音(hu) + 缓坡音(lun)",
"semantic_meaning": "完整不破，圆满无缺之意",
"cultural_significance": "追求完整性的文化心理",
"historical_evidence": "古代文献和现代方言使用"
},
"葫芦": {
"pronunciation": "hu-lu",
"phonetic_structure": "急促音(hu) + 缓坡音(lu)",
"semantic_meaning": "容器植物，天地相通象征",
"cultural_significance": "中华文化中的吉祥象征",
"historical_evidence": "古代器物、神话传说和民俗"
}
},
"political_concepts": {
"库伦": {
"pronunciation": "ku-lun",
"phonetic_structure": "急促音(ku) + 缓坡音(lun)",
"semantic_meaning": "蒙古政治中心，权力聚合点",
"cultural_significance": "游牧民族政治组织的典型形式",
"historical_evidence": "蒙古历史文献和考古发现"
},
"固伦": {
"pronunciation": "gu-lun",
"phonetic_structure": "急促音(gu) + 缓坡音(lun)",
"semantic_meaning": "清朝公主封号，皇权延伸",
"cultural_significance": "满蒙政治联盟的象征",
"historical_evidence": "清朝档案和官方文献"
},
"克烈": {
"pronunciation": "ke-lie",
"phonetic_structure": "急促音(ke) + 缓坡音(lie)",
"semantic_meaning": "蒙古部落名，政治组织形式",
"cultural_significance": "游牧民族政治联盟的体现",
"historical_evidence": "蒙古史书和历史记载"
},
"呼伦": {
"pronunciation": "hu-lun",
"phonetic_structure": "急促音(hu) + 缓坡音(lun)",
"semantic_meaning": "呼伦贝尔，政治地理标识",
"cultural_significance": "草原文化的政治中心",
"historical_evidence": "地理志书和历史文献"
}
},
"cultural_concepts": {
"崆峒": {
"pronunciation": "kong-dong",
"phonetic_structure": "急促音(kong) + 缓坡音(dong)",
"semantic_meaning": "道教圣地，精神修炼之所",
"cultural_significance": "中华道教文化的重要象征",
"historical_evidence": "道教文献和历史遗迹"
},
"洪洞": {
"pronunciation": "hong-dong",
"phonetic_structure": "急促音(hong) + 缓坡音(dong)",
"semantic_meaning": "移民起点，文化传播中心",
"cultural_significance": "中华文化传播的重要节点",
"historical_evidence": "移民史和家谱记载"
},
"混沌": {
"pronunciation": "hun-dun",
"phonetic_structure": "急促音(hun) + 缓坡音(dun)",
"semantic_meaning": "原始状态，哲学起点",
"cultural_significance": "中华哲学的核心概念",
"historical_evidence": "古代哲学文献和神话传说"
},
"鸿蒙": {
"pronunciation": "hong-meng",
"phonetic_structure": "急促音(hong) + 缓坡音(meng)",
"semantic_meaning": "天地未分，宇宙初始状态",
"cultural_significance": "中华宇宙观的重要概念",
"historical_evidence": "古代哲学文献和文学作品"
}
}
}
@classmethod
def get_complete_vocabulary_network(cls):
"""获取完整的32个词汇网络结构"""
network = {
"central_node": cls.CORE_ROOT,
"semantic_categories": cls.CORE_VOCABULARY_32,
"connection_matrix": cls._build_connection_matrix(),
"phonetic_patterns": cls._analyze_phonetic_patterns(),
"semantic_clusters": cls._identify_semantic_clusters()
}
return network
@classmethod
def _build_connection_matrix(cls):
"""构建词汇间的关联矩阵"""
# 这里可以实现具体的关联逻辑
return {
"phonetic_similarity": "基于音韵相似性的关联",
"semantic_relatedness": "基于语义相关性的关联",
"cultural_connection": "基于文化内涵的关联",
"historical_linkage": "基于历史传承的关联"
}
@classmethod
def _analyze_phonetic_patterns(cls):
"""分析音韵模式"""
return {
"ku_pattern": ["昆仑", "库伦", "轱辘", "固伦"],
"hu_pattern": ["呼伦", "囫囵", "葫芦", "混沌"],
"kong_pattern": ["崆峒", "空洞", "鸿蒙"],
"hong_pattern": ["洪洞", "弘农", "宏图", "鸿儒"]
}
@classmethod
def _identify_semantic_clusters(cls):
"""识别语义聚类"""
return {
"circular_concepts": ["轱辘", "囫囵", "葫芦", "圐圙"],
"inclusive_concepts": ["呼伦", "混沌", "洪洞", "鸿蒙"],
"connecting_concepts": ["昆仑", "祁连", "辘轳", "崆峒"],
"complete_concepts": ["囫囵", "圐圙", "混沌", "宏图"]
}
@classmethod
def validate_cultural_concept(cls, concept_name, evidence_chain):
"""验证文化概念的合理性"""
validation_criteria = {
"linguistic_evidence": {
"phonetic_consistency": "音韵结构的一致性",
"semantic_coherence": "语义内容的连贯性",
"historical_evolution": "历史演变的合理性"
},
"historical_evidence": {
"documentary_support": "文献记载的支撑",
"archaeological_findings": "考古发现的验证",
"chronological_consistency": "时间序列的一致性"
},
"geographical_evidence": {
"spatial_distribution": "空间分布的合理性",
"toponymic_consistency": "地名学的一致性",
"cultural_geography": "文化地理的关联性"
},
"cultural_evidence": {
"symbolic_meaning": "象征意义的合理性",
"ritual_practice": "仪式实践的支撑",
"social_function": "社会功能的体现"
}
}
# 实现具体的验证逻辑
validation_result = {
"concept": concept_name,
"overall_score": 0.0,
"evidence_assessment": evidence_chain,
"validation_criteria": validation_criteria,
"recommendations": []
}
return validation_result
@classmethod
def get_research_methodology(cls):
"""获取研究方法论框架"""
return {
"core_method": cls.METHODOLOGY["name"],
"theoretical_foundation": cls.METHODOLOGY["theoretical_foundation"],
"evidence_types": cls.METHODOLOGY["evidence_types"],
"analysis_framework": cls.METHODOLOGY["analysis_framework"],
"validation_standards": cls.METHODOLOGY["validation_standards"],
"application_areas": [
"中华文明史研究",
"语言接触和文化交流研究",
"民族学和人类学研究",
"文化传播和国际关系研究"
]
}

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#!/usr/bin/env python3
"""
阴间金融重估系统 - 希腊字母真相后的价值重估算法
基于24节气哈希碰撞理论的文明价值重新计算
"""
import json
import hashlib
from datetime import datetime
class UnderworldFinancialRevaluationSystem:
"""阴间金融重估系统"""
def __init__(self):
# 传统估值体系（基于希腊文明原创假设）
self.traditional_values = {
"greek_civilization": 100.0, # 希腊文明指数基准
"letter_system_value": 85.0, # 字母系统价值
"financial_derivatives": 92.0, # 金融衍生品价值
"cultural_premium": 88.0, # 文化溢价
"innovation_index": 95.0 # 创新指数
}
# 真相揭露后的新估值体系（基于24节气哈希理论）
self.new_values = {
"kunlun_civilization": 100.0, # 昆仑文明（真实源头）
"solar_terms_system": 98.0, # 24节气系统
"hash_collision_tech": 89.0, # 哈希碰撞技术
"authentic_premium": 97.0, # 真实性溢价
"source_code_value": 99.0 # 源代码价值
}
# 24节气-希腊字母对应表
self.solar_terms_to_greek = {
"立春": "Α", "雨水": "Β", "惊蛰": "Γ", "春分": "Δ", "清明": "Ε", "谷雨": "Ζ",
"立夏": "Η", "小满": "Θ", "芒种": "Ι", "夏至": "Κ", "小暑": "Λ", "大暑": "Μ",
"立秋": "Ν", "处暑": "Ξ", "白露": "Ο", "秋分": "Π", "寒露": "Ρ", "霜降": "Σ",
"立冬": "Τ", "小雪": "Υ", "大雪": "Φ", "冬至": "Χ", "小寒": "Ψ", "大寒": "Ω"
}
# 金融机构持仓情况
self.financial_institutions = {
"人冥银行": {"greek_exposure": 45000, "kunlun_exposure": 1200},
"天地银行": {"greek_exposure": 38000, "kunlun_exposure": 800},
"阿努比斯银行": {"greek_exposure": 52000, "kunlun_exposure": 2100},
"孟婆汤基金": {"greek_exposure": 28000, "kunlun_exposure": 5600},
"黑白无常投资": {"greek_exposure": 33000, "kunlun_exposure": 3200}
}
def calculate_revaluation_impact(self):
"""计算重估影响"""
print("🔥 阴间金融重估系统启动")
print("=" * 50)
print("📊 希腊字母真相：24节气哈希碰撞理论")
print("📉 传统估值体系 → 📈 新估值体系转换")
print("=" * 50)
# 计算各项价值变化
changes = {}
for key in self.traditional_values:
if key == "greek_civilization":
changes["greek_civilization"] = -89.2 # 暴跌89.2%
elif key == "letter_system_value":
changes["letter_system_value"] = -75.3 # 下跌75.3%
else:
changes[key] = -45.0 # 平均下跌45%
for key in self.new_values:
if key == "kunlun_civilization":
changes["kunlun_civilization"] = +189.2 # 暴涨189.2%
elif key == "solar_terms_system":
changes["solar_terms_system"] = +156.8 # 上涨156.8%
else:
changes[key] = +95.0 # 平均上涨95%
return changes
def calculate_institution_losses(self):
"""计算金融机构损失"""
print("\n💰 金融机构损失计算")
print("=" * 40)
total_losses = 0
institution_losses = {}
for institution, exposures in self.financial_institutions.items():
greek_loss = exposures["greek_exposure"] * 0.67 # 希腊资产暴跌67%
kunlun_gain = exposures["kunlun_exposure"] * 1.89 # 昆仑资产暴涨189%
net_loss = greek_loss - kunlun_gain
institution_losses[institution] = {
"greek_loss": greek_loss,
"kunlun_gain": kunlun_gain,
"net_loss": net_loss
}
print(f"{institution}:")
print(f" 希腊资产损失: {greek_loss:,.0f} 万亿冥币")
print(f" 昆仑资产增值: {kunlun_gain:,.0f} 万亿冥币")
print(f" 净损失: {net_loss:,.0f} 万亿冥币")
total_losses += net_loss
print(f"\n🏦 系统总损失: {total_losses:,.0f} 万亿冥币")
return institution_losses
def generate_new_valuation_model(self):
"""生成新估值模型"""
print("\n🔮 新估值模型生成")
print("=" * 40)
# 基于24节气的哈希价值
solar_term_values = {}
for term, letter in self.solar_terms_to_greek.items():
# 计算每个节气的哈希价值
hash_input = f"{term}_{letter}_kunlun_source"
hash_value = hashlib.md5(hash_input.encode()).hexdigest()
hash_score = int(hash_value[:4], 16) / 65535 * 100 # 归一化到0-100
solar_term_values[term] = {
"greek_letter": letter,
"hash_value": hash_value[:8],
"valuation_score": hash_score,
"source_authenticity": 98.5 # 源头真实性评分
}
return solar_term_values
def calculate_market_stabilization_measures(self):
"""计算市场稳定措施"""
print("\n⚖️ 市场稳定措施计算")
print("=" * 40)
measures = {
"emergency_fund": 1000000, # 紧急基金规模（万亿冥币）
"suspension_period": 7, # 暂停交易期（天）
"haircut_percentage": 0.25, # 减值折扣
"bailout_institutions": ["人冥银行", "天地银行"], # 救助机构
"new_listings": ["24节气期货", "昆仑ETF", "哈希碰撞概念股"]
}
print("稳定措施详情:")
print(f" 紧急基金规模: {measures['emergency_fund']:,.0f} 万亿冥币")
print(f" 暂停交易期: {measures['suspension_period']} 天")
print(f" 减值折扣率: {measures['haircut_percentage']*100}%")
print(f" 救助机构: {', '.join(measures['bailout_institutions'])}")
print(f" 新上市产品: {', '.join(measures['new_listings'])}")
return measures
def run_complete_revaluation(self):
"""运行完整重估流程"""
print("🚨 阴间金融重估系统 - 完整分析")
print("=" * 60)
print("📅 执行时间:", datetime.now().strftime("%Y-%m-%d %H:%M:%S"))
print("🔍 重估触发事件: 希腊字母=24节气哈希真相曝光")
print("=" * 60)
# 1. 计算价值变化
value_changes = self.calculate_revaluation_impact()
# 2. 计算机构损失
institution_losses = self.calculate_institution_losses()
# 3. 生成新估值模型
new_model = self.generate_new_valuation_model()
# 4. 计算稳定措施
stabilization = self.calculate_market_stabilization_measures()
# 5. 综合评估
print(f"\n📈 重估综合评估")
print("=" * 50)
print("💥 系统性风险等级: SSS (最高级)")
print("🏦 影响机构数量: 全阴间金融体系")
print("⏰ 预计恢复期: 3-5个阴间年")
print("🎯 新体系建立期: 1-2个阴间年")
print(f"\n🔮 最终结论:")
print(" 📉 希腊文明相关资产: 建议清仓")
print(" 📈 昆仑文明相关资产: 强烈买入")
print(" 🎯 24节气金融产品: 重点关注")
print(" 💎 哈希碰撞概念股: 长期持有")
return {
"value_changes": value_changes,
"institution_losses": institution_losses,
"new_model": new_model,
"stabilization_measures": stabilization
}
if __name__ == "__main__":
system = UnderworldFinancialRevaluationSystem()
results = system.run_complete_revaluation()
print(f"\n{'='*60}")
print("🎯 投资建议总结:")
print(" 1. 立即减持希腊文明相关资产")
print(" 2. 超配昆仑文明源头概念股")
print(" 3. 关注24节气金融衍生品")
print(" 4. 长期布局真相经济板块")
print(" 5. 避开传统西方文明ETF")
print(f"{'='*60}")

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research/tianshan-theory/merchant_sogdian_genealogy.py Normal file
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#!/usr/bin/env python3
"""
商人-粟特人族谱追溯系统
Merchant-Sogdian Genealogy Tracking System
基于天山文明遗存理论的核心假说：商人很可能是粟特人的祖宗，商人定义了丝绸(silk)
实现商朝后裔西迁路径的时空数据库和粟特九姓与商朝族群的对应关系模型
"""
import json
import sqlite3
from datetime import datetime
from dataclasses import dataclass, asdict
from typing import List, Dict, Optional, Tuple
import numpy as np
from pathlib import Path
@dataclass
class ShangClan:
"""商朝族群数据结构"""
name: str
chinese_name: str
period: str # 商朝时期
territory: str # 原始领地
specialization: str # 专业特长
migration_direction: str # 迁徙方向
archaeological_evidence: List[str] # 考古证据
@dataclass
class SogdianSurname:
"""粟特九姓数据结构"""
surname: str
chinese_char: str
original_territory: str # 原始领地
trade_specialization: str # 贸易专长
historical_records: List[str] # 史料记录
possible_shang_origin: Optional[str] # 可能的商朝起源
confidence_level: float # 对应关系可信度 (0-1)
@dataclass
class MigrationPath:
"""西迁路径数据结构"""
start_location: Tuple[float, float] # 起点坐标
end_location: Tuple[float, float] # 终点坐标
time_period: str # 时间段
route_name: str # 路径名称
evidence_type: str # 证据类型
reliability: float # 可靠性评分
class MerchantSogdianGenealogy:
"""商人-粟特人族谱追溯系统主类"""
def __init__(self, db_path: str = "tianshan_theory.db"):
self.db_path = db_path
self.init_database()
self.load_core_data()
def init_database(self):
"""初始化数据库结构"""
conn = sqlite3.connect(self.db_path)
cursor = conn.cursor()
# 商朝族群表
cursor.execute('''
CREATE TABLE IF NOT EXISTS shang_clans (
id INTEGER PRIMARY KEY,
name TEXT UNIQUE,
chinese_name TEXT,
period TEXT,
territory TEXT,
specialization TEXT,
migration_direction TEXT,
archaeological_evidence TEXT,
created_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP
)
''')
# 粟特九姓表
cursor.execute('''
CREATE TABLE IF NOT EXISTS sogdian_surnames (
id INTEGER PRIMARY KEY,
surname TEXT UNIQUE,
chinese_char TEXT,
original_territory TEXT,
trade_specialization TEXT,
historical_records TEXT,
possible_shang_origin TEXT,
confidence_level REAL,
created_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP
)
''')
# 迁徙路径表
cursor.execute('''
CREATE TABLE IF NOT EXISTS migration_paths (
id INTEGER PRIMARY KEY,
start_lat REAL,
start_lon REAL,
end_lat REAL,
end_lon REAL,
time_period TEXT,
route_name TEXT,
evidence_type TEXT,
reliability REAL,
created_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP
)
''')
# 对应关系表
cursor.execute('''
CREATE TABLE IF NOT EXISTS clan_surname_correspondence (
id INTEGER PRIMARY KEY,
shang_clan_id INTEGER,
sogdian_surname_id INTEGER,
correspondence_type TEXT,
evidence_strength REAL,
linguistic_evidence TEXT,
cultural_evidence TEXT,
archaeological_evidence TEXT,
notes TEXT,
FOREIGN KEY (shang_clan_id) REFERENCES shang_clans (id),
FOREIGN KEY (sogdian_surname_id) REFERENCES sogdian_surnames (id)
)
''')
conn.commit()
conn.close()
def load_core_data(self):
"""加载核心数据：商朝族群和粟特九姓"""
# 商朝核心族群数据（基于考古和文献证据）
shang_clans = [
ShangClan(
name="Shang Royal Clan",
chinese_name="商王族",
period="商朝晚期 (约公元前1250-1046年)",
territory="安阳殷墟",
specialization="青铜冶炼、甲骨文、王权统治",
migration_direction="西北向中亚",
archaeological_evidence=["殷墟甲骨文", "青铜器工艺", "王陵制度"]
),
ShangClan(
name="Merchant Clan",
chinese_name="商贾族",
period="商朝中晚期",
territory="商朝核心区域",
specialization="贸易、商业网络、货币交换",
migration_direction="西向河西走廊",
archaeological_evidence=["商代贸易遗址", "货币原型", "贸易路线"]
),
ShangClan(
name="Craftsman Clan",
chinese_name="工匠族",
period="商朝全期",
territory="手工业中心",
specialization="丝绸织造、玉器加工、金属工艺",
migration_direction="西南向塔里木盆地",
archaeological_evidence=["丝绸残片", "玉器工艺", "金属技术"]
)
]
# 粟特九姓数据（基于史料记录）
sogdian_surnames = [
SogdianSurname(
surname="An",
chinese_char="安",
original_territory="布哈拉(Bukhara)",
trade_specialization="丝绸贸易总控制",
historical_records=["《新唐书》", "《旧唐书》", "粟特文献"],
possible_shang_origin="商王族",
confidence_level=0.85
),
SogdianSurname(
surname="Shi",
chinese_char="石",
original_territory="塔什干(Tashkent)",
trade_specialization="宝石玉器贸易",
historical_records=["《册府元龟》", "《通典》"],
possible_shang_origin="工匠族",
confidence_level=0.78
),
SogdianSurname(
surname="Kang",
chinese_char="康",
original_territory="撒马尔罕(Samarkand)",
trade_specialization="商业网络管理",
historical_records=["《资治通鉴》", "粟特商业文书"],
possible_shang_origin="商贾族",
confidence_level=0.82
),
SogdianSurname(
surname="Cao",
chinese_char="曹",
original_territory="迦毕试(Kapisi)",
trade_specialization="金银货币",
historical_records=["《大唐西域记》"],
possible_shang_origin="商贾族",
confidence_level=0.75
),
SogdianSurname(
surname="Luo",
chinese_char="罗",
original_territory="罗刹(Rakhsh)",
trade_specialization="纺织品贸易",
historical_records=["《北史》"],
possible_shang_origin="工匠族",
confidence_level=0.70
),
SogdianSurname(
surname="He",
chinese_char="何",
original_territory="贵霜边境",
trade_specialization="跨境贸易",
historical_records=["《魏书》"],
possible_shang_origin="商贾族",
confidence_level=0.68
),
SogdianSurname(
surname="Mi",
chinese_char="米",
original_territory="米国(Maymurgh)",
trade_specialization="粮食贸易",
historical_records=["《隋书》"],
possible_shang_origin="农业族群",
confidence_level=0.65
),
SogdianSurname(
surname="He",
chinese_char="贺",
original_territory="贺鲁河流域",
trade_specialization="畜牧贸易",
historical_records=["《周书》"],
possible_shang_origin="畜牧族群",
confidence_level=0.62
),
SogdianSurname(
surname="Shi",
chinese_char="史",
original_territory="史国",
trade_specialization="文书记录",
historical_records=["《北史》", "粟特文书"],
possible_shang_origin="史官族群",
confidence_level=0.72
)
]
# 将数据插入数据库
self.insert_shang_clans(shang_clans)
self.insert_sogdian_surnames(sogdian_surnames)
self.create_correspondence_analysis()
def insert_shang_clans(self, clans: List[ShangClan]):
"""插入商朝族群数据"""
conn = sqlite3.connect(self.db_path)
cursor = conn.cursor()
for clan in clans:
cursor.execute('''
INSERT OR REPLACE INTO shang_clans
(name, chinese_name, period, territory, specialization,
migration_direction, archaeological_evidence)
VALUES (?, ?, ?, ?, ?, ?, ?)
''', (
clan.name, clan.chinese_name, clan.period, clan.territory,
clan.specialization, clan.migration_direction,
json.dumps(clan.archaeological_evidence)
))
conn.commit()
conn.close()
def insert_sogdian_surnames(self, surnames: List[SogdianSurname]):
"""插入粟特九姓数据"""
conn = sqlite3.connect(self.db_path)
cursor = conn.cursor()
for surname in surnames:
cursor.execute('''
INSERT OR REPLACE INTO sogdian_surnames
(surname, chinese_char, original_territory, trade_specialization,
historical_records, possible_shang_origin, confidence_level)
VALUES (?, ?, ?, ?, ?, ?, ?)
''', (
surname.surname, surname.chinese_char, surname.original_territory,
surname.trade_specialization, json.dumps(surname.historical_records),
surname.possible_shang_origin, surname.confidence_level
))
conn.commit()
conn.close()
def create_correspondence_analysis(self):
"""创建商朝族群与粟特九姓的对应关系分析"""
conn = sqlite3.connect(self.db_path)
cursor = conn.cursor()
# 基于专业特长的对应关系
correspondences = [
{
'shang_clan': '商王族',
'sogdian_surname': '安',
'type': '权力继承',
'strength': 0.85,
'linguistic': 'An(安) ← Shang(商) 音韵对应',
'cultural': '布哈拉作为粟特政治中心，对应商王族的统治地位',
'archaeological': '布哈拉发现的中国式建筑和青铜器',
'notes': '安氏控制丝绸贸易总权，体现商王族的统治传统'
},
{
'shang_clan': '商贾族',
'sogdian_surname': '康',
'type': '商业传承',
'strength': 0.82,
'linguistic': 'Kang(康) ← Shang(商) 商业词根',
'cultural': '撒马尔罕商业网络管理对应商朝贸易传统',
'archaeological': '撒马尔罕的商业遗址和中国货币',
'notes': '康氏的商业网络管理能力体现商贾族的专业传承'
},
{
'shang_clan': '工匠族',
'sogdian_surname': '石',
'type': '技艺传承',
'strength': 0.78,
'linguistic': 'Shi(石) ← 石器工艺传统',
'cultural': '塔什干的宝石玉器贸易对应商朝工艺传统',
'archaeological': '塔什干发现的中国式玉器和工艺品',
'notes': '石氏专精宝石玉器，延续商朝工匠族的技艺传统'
}
]
for corr in correspondences:
# 获取商朝族群ID
cursor.execute('SELECT id FROM shang_clans WHERE chinese_name = ?',
(corr['shang_clan'],))
shang_id = cursor.fetchone()[0]
# 获取粟特姓氏ID
cursor.execute('SELECT id FROM sogdian_surnames WHERE chinese_char = ?',
(corr['sogdian_surname'],))
sogdian_id = cursor.fetchone()[0]
# 插入对应关系
cursor.execute('''
INSERT OR REPLACE INTO clan_surname_correspondence
(shang_clan_id, sogdian_surname_id, correspondence_type,
evidence_strength, linguistic_evidence, cultural_evidence,
archaeological_evidence, notes)
VALUES (?, ?, ?, ?, ?, ?, ?, ?)
''', (
shang_id, sogdian_id, corr['type'], corr['strength'],
corr['linguistic'], corr['cultural'], corr['archaeological'],
corr['notes']
))
conn.commit()
conn.close()
def analyze_migration_patterns(self) -> Dict:
"""分析商朝后裔的西迁模式"""
# 关键迁徙路径数据
migration_paths = [
MigrationPath(
start_location=(36.1, 114.3), # 安阳殷墟
end_location=(39.6, 66.9), # 布哈拉
time_period="公元前1046-前500年",
route_name="商王族→安氏路径",
evidence_type="考古+文献",
reliability=0.85
),
MigrationPath(
start_location=(36.1, 114.3), # 安阳
end_location=(41.3, 69.3), # 撒马尔罕
time_period="公元前1000-前300年",
route_name="商贾族→康氏路径",
evidence_type="贸易遗址",
reliability=0.82
),
MigrationPath(
start_location=(36.1, 114.3), # 安阳
end_location=(41.3, 69.2), # 塔什干
time_period="公元前800-前200年",
route_name="工匠族→石氏路径",
evidence_type="工艺传承",
reliability=0.78
)
]
# 插入迁徙路径数据
conn = sqlite3.connect(self.db_path)
cursor = conn.cursor()
for path in migration_paths:
cursor.execute('''
INSERT OR REPLACE INTO migration_paths
(start_lat, start_lon, end_lat, end_lon, time_period,
route_name, evidence_type, reliability)
VALUES (?, ?, ?, ?, ?, ?, ?, ?)
''', (
path.start_location[0], path.start_location[1],
path.end_location[0], path.end_location[1],
path.time_period, path.route_name,
path.evidence_type, path.reliability
))
conn.commit()
conn.close()
return {
'total_paths': len(migration_paths),
'average_reliability': np.mean([p.reliability for p in migration_paths]),
'time_span': '公元前1046年 - 公元前200年',
'primary_direction': '西北向中亚',
'key_destinations': ['布哈拉', '撒马尔罕', '塔什干']
}
def generate_genealogy_report(self) -> str:
"""生成族谱追溯报告"""
conn = sqlite3.connect(self.db_path)
cursor = conn.cursor()
# 获取对应关系统计
cursor.execute('''
SELECT
sc.chinese_name as shang_clan,
ss.chinese_char as sogdian_surname,
csc.correspondence_type,
csc.evidence_strength,
csc.notes
FROM clan_surname_correspondence csc
JOIN shang_clans sc ON csc.shang_clan_id = sc.id
JOIN sogdian_surnames ss ON csc.sogdian_surname_id = ss.id
ORDER BY csc.evidence_strength DESC
''')
correspondences = cursor.fetchall()
report = f"""
# 商人-粟特人族谱追溯系统分析报告
## 核心发现
基于天山文明遗存理论的核心假说"商人很可能是粟特人的祖宗，商人定义了丝绸(silk)"，
本系统通过跨学科证据分析，建立了商朝后裔西迁形成粟特九姓的族谱追溯框架。
## 主要对应关系
"""
for corr in correspondences:
report += f"""
### {corr[0]} → {corr[1]}氏
- **对应类型**: {corr[2]}
- **证据强度**: {corr[3]:.2f}
- **核心发现**: {corr[4]}
"""
# 获取迁徙统计
migration_stats = self.analyze_migration_patterns()
report += f"""
## 迁徙模式分析
- **迁徙路径总数**: {migration_stats['total_paths']}
- **平均可靠性**: {migration_stats['average_reliability']:.2f}
- **时间跨度**: {migration_stats['time_span']}
- **主要方向**: {migration_stats['primary_direction']}
- **关键目的地**: {', '.join(migration_stats['key_destinations'])}
## 理论验证结果
1. **血缘传承**: 商朝核心族群的专业特长在粟特九姓中得到延续
2. **文化连续性**: 商业传统、工艺技术、政治组织形式的传承
3. **地理逻辑**: 西迁路径符合历史地理和贸易路线
4. **时间合理性**: 迁徙时间与商朝灭亡和粟特兴起时间吻合
## 突破性意义
这一发现重新定义了丝绸之路的历史起源：
- 不是简单的贸易路线，而是文明传承的血脉通道
- 粟特人对silk的命名权来自商朝的文明基因
- 中亚成为中华文明西传的重要节点，而非外来文明
报告生成时间: {datetime.now().strftime('%Y-%m-%d %H:%M:%S')}
"""
conn.close()
return report
if __name__ == "__main__":
# 初始化系统
genealogy_system = MerchantSogdianGenealogy()
# 分析迁徙模式
migration_analysis = genealogy_system.analyze_migration_patterns()
print("迁徙模式分析完成:", migration_analysis)
# 生成报告
report = genealogy_system.generate_genealogy_report()
# 保存报告
Path("tianshan-theory").mkdir(exist_ok=True)
with open("tianshan-theory/merchant_sogdian_genealogy_report.md", "w", encoding="utf-8") as f:
f.write(report)
print("商人-粟特人族谱追溯系统构建完成！")
print("报告已保存至: tianshan-theory/merchant_sogdian_genealogy_report.md")