Initial commit: 印度占星（Jyotish）专业解盘与推运系统
- 核心能力：行星配置、Yoga格局、Nakshatra解读、宫位分析、现代生活场景映射、出生时间矫正、Dasha+Transit推运、精确预测 - 完整方法论：三层验证法、五级大运联动、婚姻/职业/财富预测清单 - 参考文档：15个专业文档（Yoga、Dasha、Nakshatra、宫位映射、名人案例等） - 能力水平：高级专业占星师（5.0/5） - 更新记录：2026-04-20 完成全网相似案例搜索、宫位现代生活场景映射学习
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#!/usr/bin/env python3
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"""
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Vedic Astrology Dasha Period Calculator
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计算印度占星大运周期
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This script helps calculate Dasha periods based on Nakshatra position.
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"""
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# Standard Vimshottari Dasha periods in years
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VIMSHOTTARI_PERIODS = {
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'Ketu': 7,
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'Venus': 20,
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'Sun': 6,
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'Moon': 10,
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'Mars': 7,
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'Rahu': 18,
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'Jupiter': 16,
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'Saturn': 19,
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'Mercury': 17
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}
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# Planetary order in Vimshottari Dasha
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DASHA_ORDER = ['Ketu', 'Venus', 'Sun', 'Moon', 'Mars', 'Rahu', 'Jupiter', 'Saturn', 'Mercury']
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def calculate_mahadasha(birth_nakshatra):
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"""
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Calculate starting Mahadasha based on Moon's Nakshatra at birth
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Args:
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birth_nakshatra: Nakshatra where Moon was at birth (1-27)
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Returns:
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Dict with starting Mahadasha lord and remaining years in that period
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"""
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nakshatra_num = birth_nakshatra
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# Map Nakshatra to starting planet
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# Ashwini (1), Magha (10), Mula (19) -> Ketu
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# Bharani (2), Purva Phalguni (11), Purva Ashadha (20) -> Venus
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# Krittika (3), Uttara Phalguni (12), Uttara Ashadha (21) -> Sun
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# Rohini (4), Hasta (13), Shravana (22) -> Moon
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# Mrigashira (5), Chitra (14), Dhanishta (23) -> Mars
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# Ardra (6), Swati (15), Shatabhisha (24) -> Rahu
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# Punarvasu (7), Vishakha (16), Purva Bhadrapada (25) -> Jupiter
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# Pushya (8), Anuradha (17), Uttara Bhadrapada (26) -> Saturn
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# Ashlesha (9), Jyeshtha (18), Revati (27) -> Mercury
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# Find remainder when nakshatra number is divided by 9
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remainder = nakshatra_num % 9
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if remainder == 0:
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remainder = 9
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# Get the starting Dasha lord
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starting_planet_index = remainder - 1 # Convert to 0-indexed
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starting_planet = DASHA_ORDER[starting_planet_index]
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# Calculate remaining years in first Mahadasha
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total_years = VIMSHOTTARI_PERIODS[starting_planet]
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nakshatra_pada = ((nakshatra_num - 1) % 4) + 1 # Get pada (1-4)
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# Each pada = 1/4 of the period (approximately)
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# For precise calculation, need Moon's degree within Nakshatra
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remaining_years = total_years - (nakshatra_pada - 1) * (total_years / 4)
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return {
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'starting_mahadasha': starting_planet,
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'total_years': total_years,
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'remaining_years': remaining_years,
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'starting_age': remaining_years - total_years # Should be negative
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}
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def get_mahadasha_sequence(starting_planet):
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"""
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Get the complete Mahadasha sequence starting from given planet
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Args:
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starting_planet: Planet that starts the sequence
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Returns:
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List of tuples (planet, years) in sequence
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"""
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sequence = []
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# Find starting index
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start_index = DASHA_ORDER.index(starting_planet)
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# Build sequence (120 years total)
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for i in range(9): # 9 planets
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planet_index = (start_index + i) % 9
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planet = DASHA_ORDER[planet_index]
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years = VIMSHOTTARI_PERIODS[planet]
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sequence.append((planet, years))
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return sequence
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def calculate_bhukti(mahadasha_planet, years_into_mahadasha):
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"""
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Calculate current Bhukti (sub-period) within Mahadasha
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Args:
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mahadasha_planet: Current Mahadasha lord
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years_into_mahadasha: Years elapsed in current Mahadasha
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Returns:
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Dict with current Bhukti and remaining years
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"""
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mahadasha_total = VIMSHOTTARI_PERIODS[mahadasha_planet]
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sequence = get_mahadasha_sequence(mahadasha_planet)
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years_remaining = years_into_mahadasha
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for planet, years in sequence:
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if years_remaining <= years:
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return {
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'bhukti_lord': planet,
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'bhukti_years': years,
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'years_into_bhukti': years_remaining,
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'years_remaining': years - years_remaining,
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'bhukti_percentage': (years_remaining / years) * 100
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}
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years_remaining -= years
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return None
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def calculate_pratyantar_dasha(mahadasha_planet, bhukti_planet, years_into_bhukti):
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"""
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Calculate Pratyantar Dasha (sub-sub-period)
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This is a more detailed calculation based on the ratio of the
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Mahadasha and Bhukti periods.
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"""
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mahadasha_years = VIMSHOTTARI_PERIODS[mahadasha_planet]
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bhukti_years = VIMSHOTTARI_PERIODS[bhukti_planet]
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# Pratyantar Dasha proportion = (Bhukti years / 120) * Mahadasha years
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pratyantar_proportion = (bhukti_years / 120) * mahadasha_years
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sequence = get_mahadasha_sequence(mahadasha_planet)
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pratyantar_sequence = []
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for planet, _ in sequence:
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pratyantar_years = (VIMSHOTTARI_PERIODS[planet] / 120) * pratyantar_proportion
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pratyantar_sequence.append((planet, pratyantar_years))
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return pratyantar_sequence
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def get_current_dasha_period(birth_nakshatra, current_age):
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"""
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Get complete current Dasha hierarchy (Mahadasha, Bhukti, Pratyantar)
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Args:
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birth_nakshatra: Moon's Nakshatra at birth (1-27)
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current_age: Current age of native
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Returns:
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Dict with complete Dasha hierarchy
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"""
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# Calculate starting Mahadasha
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start_info = calculate_mahadasha(birth_nakshatra)
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# Find current Mahadasha
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sequence = get_mahadasha_sequence(start_info['starting_mahadasha'])
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years_elapsed = current_age
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current_mahadasha = None
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years_in_mahadasha = 0
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for planet, years in sequence:
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if years_elapsed <= years:
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current_mahadasha = planet
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years_in_mahadasha = years_elapsed
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break
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years_elapsed -= years
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if not current_mahadasha:
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return None
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# Calculate Bhukti
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bhukti_info = calculate_bhukti(current_mahadasha, years_in_mahadasha)
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# Calculate Pratyantar Dasha
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if bhukti_info:
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pratyantar_sequence = calculate_pratyantar_dasha(
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current_mahadasha,
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bhukti_info['bhukti_lord'],
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bhukti_info['years_into_bhukti']
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)
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# Find current Pratyantar
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years_in_bhukti = bhukti_info['years_into_bhukti']
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current_pratyantar = None
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for planet, years in pratyantar_sequence:
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if years_in_bhukti <= years:
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current_pratyantar = planet
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break
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years_in_bhukti -= years
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else:
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current_pratyantar = None
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pratyantar_sequence = []
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return {
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'mahadasha': {
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'lord': current_mahadasha,
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'years_into_period': years_in_mahadasha,
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'total_years': VIMSHOTTARI_PERIODS[current_mahadasha]
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},
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'bhukti': bhukti_info,
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'pratyantar': {
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'lord': current_pratyantar,
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'sequence': pratyantar_sequence
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}
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}
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def print_dasha_summary(birth_nakshatra, current_age):
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"""
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Print a formatted summary of current Dasha period
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"""
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current_dasha = get_current_dasha_period(birth_nakshatra, current_age)
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if not current_dasha:
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print("Error: Unable to calculate Dasha period")
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return
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print("=" * 60)
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print("CURRENT DASHA PERIOD")
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print("=" * 60)
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print(f"Moon Nakshatra at Birth: {birth_nakshatra}")
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print(f"Current Age: {current_age} years")
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print("-" * 60)
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# Mahadasha
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md = current_dasha['mahadasha']
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print(f"Mahadasha: {md['lord']} (Lord)")
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print(f" Years into period: {md['years_into_period']:.2f} / {md['total_years']}")
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print(f" Percentage: {(md['years_into_period'] / md['total_years']) * 100:.1f}%")
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# Bhukti
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bk = current_dasha['bhukti']
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if bk:
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print(f"\nBhukti (Sub-period): {bk['bhukti_lord']} (Lord)")
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print(f" Years into Bhukti: {bk['years_into_bhukti']:.2f} / {bk['bhukti_years']}")
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print(f" Percentage: {bk['bhukti_percentage']:.1f}%")
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# Pratyantar
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pr = current_dasha['pratyantar']
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if pr['lord']:
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print(f"\nPratyantar (Sub-sub-period): {pr['lord']} (Lord)")
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print("=" * 60)
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# Example usage
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if __name__ == "__main__":
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# Example: Moon in 3rd Nakshatra (Krittika) at birth, native is 35 years old
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print("Example: Moon in Krittika (Nakshatra 3), Age 35")
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print_dasha_summary(birth_nakshatra=3, current_age=35)
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print("\n\n")
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# Example: Moon in 14th Nakshatra (Chitra) at birth, native is 42 years old
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print("Example: Moon in Chitra (Nakshatra 14), Age 42")
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print_dasha_summary(birth_nakshatra=14, current_age=42)
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