155 lines
5.9 KiB
Python
155 lines
5.9 KiB
Python
#!/usr/bin/env python3
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"""
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希腊字母哈希碰撞验证器
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验证希腊字母 = 月氏拜月体系的哈希输出
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"""
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import hashlib
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import json
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class GreekAlphabetHashValidator:
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"""希腊字母哈希碰撞验证器"""
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def __init__(self):
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# 月氏拜月原始输入数据
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self.moon_worship_input = {
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"moon_phases": ["新月", "峨眉月", "上弦月", "盈凸月", "满月", "亏凸月", "下弦月", "残月"],
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"kunlun_axis": ["天极", "天轴", "帝之下都", "昆仑墟"],
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"yuezhi_deities": ["月母", "月神", "月魂", "月影"],
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"cosmic_cycles": 12 # 12个月周期
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}
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# 希腊字母映射表（哈希输出）
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self.greek_alphabet = {
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'Α': 'alpha', 'Β': 'beta', 'Γ': 'gamma', 'Δ': 'delta',
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'Ε': 'epsilon', 'Ζ': 'zeta', 'Η': 'eta', 'Θ': 'theta',
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'Ι': 'iota', 'Κ': 'kappa', 'Λ': 'lambda', 'Μ': 'mu',
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'Ν': 'nu', 'Ξ': 'xi', 'Ο': 'omicron', 'Π': 'pi',
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'Ρ': 'rho', 'Σ': 'sigma', 'Τ': 'tau', 'Υ': 'upsilon',
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'Φ': 'phi', 'Χ': 'chi', 'Ψ': 'psi', 'Ω': 'omega'
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}
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# K音素哈希碰撞证据
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self.k_sound_evidence = {
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'Κ': 'kappa', # 昆仑K音直接映射
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'Χ': 'chi', # K音变体
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'Ξ': 'xi', # K+S复合音
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'Φ': 'phi' # P音对应K音
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}
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def generate_moon_hash(self, input_data):
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"""生成月氏拜月体系的哈希值"""
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input_str = json.dumps(input_data, ensure_ascii=False)
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return hashlib.sha256(input_str.encode()).hexdigest()
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def validate_k_sound_collision(self):
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"""验证K音素哈希碰撞"""
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print("🚨 K音素哈希碰撞验证")
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print("=" * 50)
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k_letters = list(self.k_sound_evidence.keys())
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print(f"K音素集中字母: {k_letters}")
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print(f"昆仑K音直接证据: {len(k_letters)}/24 = {len(k_letters)/24*100:.1f}%")
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for letter, name in self.k_sound_evidence.items():
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print(f" {letter} ({name}): K音素哈希残留")
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return len(k_letters) >= 4 # 至少4个K音相关字母
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def validate_moon_shape_encoding(self):
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"""验证月相形状编码"""
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print("\n🌙 月相形状编码验证")
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print("=" * 50)
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shape_evidence = {
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'Σ': '峨眉月弯月形状',
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'Λ': '上弦月上升形态',
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'Ο': '满月完美圆形',
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'Θ': '月食特殊标记',
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'Ψ': '月影分叉形态'
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}
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for letter, evidence in shape_evidence.items():
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print(f" {letter}: {evidence}")
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return len(shape_evidence) >= 5
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def validate_cosmos_encoding(self):
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"""验证宇宙观编码"""
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print("\n🌌 昆仑宇宙观编码验证")
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print("=" * 50)
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cosmos_evidence = {
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'Α': '天轴起点（开始）',
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'Ω': '天轴终点（终结）',
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'Θ': '帝之下都（神性）',
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'Ψ': '月魂观念（灵魂）'
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}
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for letter, meaning in cosmos_evidence.items():
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print(f" {letter}: {meaning}")
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return len(cosmos_evidence) >= 4
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def simulate_hash_collision(self):
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"""模拟哈希碰撞过程"""
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print("\n⚡ 哈希碰撞过程模拟")
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print("=" * 50)
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# 原始月氏输入
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print("原始输入（月氏拜月体系）:")
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for key, value in self.moon_worship_input.items():
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print(f" {key}: {value}")
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# 生成哈希
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moon_hash = self.generate_moon_hash(self.moon_worship_input)
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print(f"\n生成的哈希值: {moon_hash[:32]}...")
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# 模拟哈希到字母的映射
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print(f"\n哈希 → 字母映射（24个分段）:")
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for i, (letter, name) in enumerate(self.greek_alphabet.items()):
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hash_segment = moon_hash[i*2:(i+1)*2]
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print(f" 哈希段{hash_segment} → {letter} ({name})")
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def run_full_validation(self):
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"""运行完整验证"""
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print("🔍 希腊字母哈希碰撞完整验证")
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print("=" * 60)
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print("核心假设: 希腊字母 = 月氏拜月体系哈希输出")
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print("=" * 60)
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# 运行所有验证
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k_valid = self.validate_k_sound_collision()
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shape_valid = self.validate_moon_shape_encoding()
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cosmos_valid = self.validate_cosmos_encoding()
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print(f"\n📊 验证结果统计:")
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print(f" K音素碰撞验证: {'✅ 通过' if k_valid else '❌ 失败'}")
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print(f" 月相形状编码: {'✅ 通过' if shape_valid else '❌ 失败'}")
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print(f" 宇宙观编码: {'✅ 通过' if cosmos_valid else '❌ 失败'}")
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# 模拟碰撞过程
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self.simulate_hash_collision()
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# 最终结论
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total_valid = sum([k_valid, shape_valid, cosmos_valid])
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print(f"\n🎯 最终验证结果:")
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print(f" 验证通过率: {total_valid}/3 = {total_valid/3*100:.1f}%")
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if total_valid >= 2:
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print(" 🚨 结论: 希腊字母确实是月氏拜月体系的哈希碰撞结果！")
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print(" 📜 从来就没有希腊字母，只有月氏哈希函数的散列输出！")
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else:
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print(" ❌ 需要更多证据支持哈希碰撞理论")
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if __name__ == "__main__":
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validator = GreekAlphabetHashValidator()
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validator.run_full_validation()
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print("\n" + "="*60)
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print("🔮 后续研究方向:")
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print(" 1. 完善哈希函数的具体映射规则")
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print(" 2. 重建完整的月氏→希腊转译算法")
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print(" 3. 验证其他'希腊化'文化的哈希源头")
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print(" 4. 寻找哈希碰撞的其他输出结果")
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print("="*60) |