732642856
3314f244f2
- jyotish-engine-modules: 5个核心排盘引擎模块完整代码 - karaka_calculator.py (Karaka分配计算器，支持BPHS/JH兼容模式) - special_lagnas.py (特殊上升点计算) - vimsopaka_calculator.py (Vimsopaka Bala分盘力量) - avastha_calculator.py (Avasthas行星状态) - divisional_charts_extended.py (D2-D60完整分盘) - jyotish-full-reading-integration: v4.4.0集成方案 - 21步调用链完整流程 - 5个新模块插入点详解 - JH兼容模式使用指南 - 集成检查清单 - 自动化测试脚本 - v4.4.0 CHANGELOG 版本：v4.4.0 调用链：16步 → 21步 新增：special_lagnas/vimsopaka/varga_extended/karaka_jh/avasthas
316 lines
12 KiB
Python
316 lines
12 KiB
Python
#!/usr/bin/env python3
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# -*- coding: utf-8 -*-
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"""
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Special Lagnas Calculator - 特殊上升点计算器
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印度占星特殊上升点（Bhava/Hora/Ghati/Arudha/Upapada Lagna）
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核心功能：
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- Bhava Lagna（宫位上升）：反映物质层面的实际状况
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- Hora Lagna（时辰上升）：财富和物质收益的指示器
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- Ghati Lagna（Ghati上升）：基于Ghati单位的精确上升点
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- Arudha Lagna（映像上升）：公众形象和社会地位
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- Upapada Lagna（配偶映像上升）：配偶和婚姻的公众形象
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"""
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from typing import Dict, Tuple
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from datetime import datetime, timedelta
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class SpecialLagnasCalculator:
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"""特殊上升点计算器"""
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SIGNS = ["Aries", "Taurus", "Gemini", "Cancer", "Leo", "Virgo",
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"Libra", "Scorpio", "Sagittarius", "Capricorn", "Aquarius", "Pisces"]
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def __init__(self):
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pass
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def calculate_all_lagnas(self, asc_degree: float, sun_degree: float,
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moon_degree: float, birth_time: datetime,
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sunrise_time: datetime) -> Dict[str, Dict]:
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"""
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计算所有特殊上升点
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Args:
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asc_degree: 上升点度数（0-360）
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sun_degree: 太阳度数（0-360）
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moon_degree: 月亮度数（0-360）
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birth_time: 出生时间
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sunrise_time: 当天日出时间
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Returns:
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所有特殊上升点的字典
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"""
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result = {}
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# 1. Bhava Lagna
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result["Bhava_Lagna"] = self.calculate_bhava_lagna(asc_degree, sun_degree, moon_degree)
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# 2. Hora Lagna
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result["Hora_Lagna"] = self.calculate_hora_lagna(asc_degree, sun_degree, birth_time, sunrise_time)
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# 3. Ghati Lagna
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result["Ghati_Lagna"] = self.calculate_ghati_lagna(asc_degree, birth_time, sunrise_time)
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# 4. Arudha Lagna (需要1宫主星位置)
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# 注意：这里需要额外的行星位置信息，暂时返回占位符
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result["Arudha_Lagna"] = {"note": "Requires 1st house lord position"}
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# 5. Upapada Lagna (需要12宫主星位置)
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result["Upapada_Lagna"] = {"note": "Requires 12th house lord position"}
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return result
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def calculate_bhava_lagna(self, asc_degree: float, sun_degree: float,
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moon_degree: float) -> Dict:
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"""
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计算Bhava Lagna（宫位上升）
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公式：Bhava Lagna = Asc + (Sun - Moon)
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含义：
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- 反映物质层面的实际状况
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- 显示真实的生活环境和物质条件
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- 与上升点的差异揭示表象与实质的差距
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"""
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# 计算太阳-月亮的度数差
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sun_moon_diff = sun_degree - moon_degree
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# 如果差值为负，加360度
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if sun_moon_diff < 0:
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sun_moon_diff += 360
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# 计算Bhava Lagna
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bhava_lagna = (asc_degree + sun_moon_diff) % 360
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# 转换为星座和度数
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sign_index = int(bhava_lagna // 30)
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sign_degree = bhava_lagna % 30
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return {
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"degree": round(bhava_lagna, 4),
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"sign": self.SIGNS[sign_index],
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"sign_degree": round(sign_degree, 4),
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"formula": "Asc + (Sun - Moon)",
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"meaning": "物质层面的实际状况，真实的生活环境"
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}
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def calculate_hora_lagna(self, asc_degree: float, sun_degree: float,
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birth_time: datetime, sunrise_time: datetime) -> Dict:
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"""
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计算Hora Lagna（时辰上升）
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公式：Hora Lagna = Asc + (出生时间距日出的Hora数 × 15度)
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含义：
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- 财富和物质收益的指示器
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- 显示金钱来源和财富积累方式
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- 与2宫（财富宫）密切相关
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"""
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# 计算出生时间距日出的小时数
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time_diff = birth_time - sunrise_time
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hours_from_sunrise = time_diff.total_seconds() / 3600
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# 计算Hora数（每个Hora = 1小时）
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hora_count = hours_from_sunrise
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# 计算Hora Lagna（每个Hora推进15度）
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hora_lagna = (asc_degree + (hora_count * 15)) % 360
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# 转换为星座和度数
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sign_index = int(hora_lagna // 30)
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sign_degree = hora_lagna % 30
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return {
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"degree": round(hora_lagna, 4),
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"sign": self.SIGNS[sign_index],
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"sign_degree": round(sign_degree, 4),
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"hours_from_sunrise": round(hours_from_sunrise, 2),
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"formula": "Asc + (Hora数 × 15°)",
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"meaning": "财富和物质收益的指示器"
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}
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def calculate_ghati_lagna(self, asc_degree: float, birth_time: datetime,
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sunrise_time: datetime) -> Dict:
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"""
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计算Ghati Lagna（Ghati上升）
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公式：Ghati Lagna = Asc + (Ghati数 × 6度)
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Ghati单位：
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- 1 Ghati = 24分钟
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- 1天 = 60 Ghati
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- 每个Ghati推进6度（360度 / 60 Ghati = 6度）
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含义：
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- 基于Ghati单位的精确上升点
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- 用于精确的时间矫正和事件预测
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- 在Prashna（问事占星）中特别重要
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"""
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# 计算出生时间距日出的分钟数
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time_diff = birth_time - sunrise_time
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minutes_from_sunrise = time_diff.total_seconds() / 60
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# 计算Ghati数（1 Ghati = 24分钟）
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ghati_count = minutes_from_sunrise / 24
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# 计算Ghati Lagna（每个Ghati推进6度）
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ghati_lagna = (asc_degree + (ghati_count * 6)) % 360
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# 转换为星座和度数
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sign_index = int(ghati_lagna // 30)
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sign_degree = ghati_lagna % 30
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return {
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"degree": round(ghati_lagna, 4),
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"sign": self.SIGNS[sign_index],
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"sign_degree": round(sign_degree, 4),
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"ghati_count": round(ghati_count, 2),
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"formula": "Asc + (Ghati数 × 6°)",
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"meaning": "基于Ghati单位的精确上升点，用于精确预测"
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}
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def calculate_arudha_lagna(self, asc_degree: float, first_lord_degree: float) -> Dict:
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"""
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计算Arudha Lagna（映像上升/AL）
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公式：
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1. 计算1宫主星距离上升点的宫位数（A）
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2. 从1宫主星再数A个宫位，得到AL
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3. 特殊规则：如果AL落在1宫或7宫，则从该位置再数10个宫位
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含义：
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- 公众形象和社会地位
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- 他人如何看待你
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- 外在表现与内在本质的差异
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"""
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# 计算上升点和1宫主星的星座
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asc_sign = int(asc_degree // 30)
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lord_sign = int(first_lord_degree // 30)
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# 计算1宫主星距离上升点的宫位数
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distance = (lord_sign - asc_sign) % 12
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if distance == 0:
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distance = 12
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# 从1宫主星再数相同的宫位数
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al_sign = (lord_sign + distance - 1) % 12
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# 应用1/7宫例外规则
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if al_sign == asc_sign or al_sign == (asc_sign + 6) % 12:
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al_sign = (al_sign + 9) % 12 # 再数10个宫位（索引+9）
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# 计算AL的度数（使用1宫主星的度数）
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al_degree = (al_sign * 30 + (first_lord_degree % 30)) % 360
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return {
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"degree": round(al_degree, 4),
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"sign": self.SIGNS[al_sign],
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"sign_degree": round(al_degree % 30, 4),
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"distance_from_asc": distance,
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"formula": "从1宫主星数相同宫位数（1/7宫例外）",
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"meaning": "公众形象和社会地位，他人如何看待你"
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}
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def calculate_upapada_lagna(self, asc_degree: float, twelfth_lord_degree: float) -> Dict:
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"""
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计算Upapada Lagna（配偶映像上升/UL）
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公式：
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1. 计算12宫主星距离12宫的宫位数（A）
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2. 从12宫主星再数A个宫位，得到UL
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3. 特殊规则：如果UL落在12宫或6宫，则从该位置再数10个宫位
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含义：
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- 配偶的公众形象
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- 婚姻在社会中的表现
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- 配偶的社会地位和声誉
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"""
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# 计算12宫的起始度数
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asc_sign = int(asc_degree // 30)
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twelfth_house_sign = (asc_sign + 11) % 12
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# 计算12宫主星的星座
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lord_sign = int(twelfth_lord_degree // 30)
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# 计算12宫主星距离12宫的宫位数
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distance = (lord_sign - twelfth_house_sign) % 12
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if distance == 0:
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distance = 12
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# 从12宫主星再数相同的宫位数
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ul_sign = (lord_sign + distance - 1) % 12
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# 应用12/6宫例外规则
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if ul_sign == twelfth_house_sign or ul_sign == (twelfth_house_sign + 6) % 12:
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ul_sign = (ul_sign + 9) % 12 # 再数10个宫位
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# 计算UL的度数
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ul_degree = (ul_sign * 30 + (twelfth_lord_degree % 30)) % 360
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return {
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"degree": round(ul_degree, 4),
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"sign": self.SIGNS[ul_sign],
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"sign_degree": round(ul_degree % 30, 4),
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"distance_from_12th": distance,
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"formula": "从12宫主星数相同宫位数（12/6宫例外）",
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"meaning": "配偶的公众形象和婚姻的社会表现"
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}
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def format_output(self, lagnas: Dict) -> str:
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"""格式化输出所有特殊上升点"""
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lines = ["=" * 60, "Special Lagnas Calculation", "=" * 60, ""]
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for lagna_name, data in lagnas.items():
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lines.append(f"{lagna_name}:")
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if "note" in data:
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lines.append(f" {data['note']}")
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else:
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lines.append(f" Position: {data['sign']} {data['sign_degree']:.2f}° ({data['degree']:.2f}°)")
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lines.append(f" Formula: {data['formula']}")
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lines.append(f" Meaning: {data['meaning']}")
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lines.append("")
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lines.append("=" * 60)
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return "\n".join(lines)
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def main():
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"""命令行接口"""
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import argparse
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from datetime import datetime
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parser = argparse.ArgumentParser(description="Calculate Special Lagnas")
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parser.add_argument("--asc", type=float, required=True, help="Ascendant degree (0-360)")
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parser.add_argument("--sun", type=float, required=True, help="Sun degree (0-360)")
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parser.add_argument("--moon", type=float, required=True, help="Moon degree (0-360)")
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parser.add_argument("--birth-time", type=str, help="Birth time (YYYY-MM-DD HH:MM:SS)")
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parser.add_argument("--sunrise-time", type=str, help="Sunrise time (YYYY-MM-DD HH:MM:SS)")
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parser.add_argument("--first-lord", type=float, help="1st house lord degree (for AL)")
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parser.add_argument("--twelfth-lord", type=float, help="12th house lord degree (for UL)")
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args = parser.parse_args()
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calc = SpecialLagnasCalculator()
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# 解析时间
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birth_time = datetime.strptime(args.birth_time, "%Y-%m-%d %H:%M:%S") if args.birth_time else datetime.now()
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sunrise_time = datetime.strptime(args.sunrise_time, "%Y-%m-%d %H:%M:%S") if args.sunrise_time else birth_time.replace(hour=6, minute=0, second=0)
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# 计算所有特殊上升点
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lagnas = calc.calculate_all_lagnas(args.asc, args.sun, args.moon, birth_time, sunrise_time)
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# 如果提供了1宫主星位置，计算AL
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if args.first_lord is not None:
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lagnas["Arudha_Lagna"] = calc.calculate_arudha_lagna(args.asc, args.first_lord)
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# 如果提供了12宫主星位置，计算UL
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if args.twelfth_lord is not None:
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lagnas["Upapada_Lagna"] = calc.calculate_upapada_lagna(args.asc, args.twelfth_lord)
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# 输出结果
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print(calc.format_output(lagnas))
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if __name__ == "__main__":
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main()
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