Korean lunar calendar py
Libraries to convert Korean lunar-calendar to Gregorian calendar written in python. 한국 양음력 변환.
| WARNING |
| 음력 변환은 1391년 1월 1일 부터 2050년 11월 18일까지 지원. |
How to install
How to use
Korean Solar Date -> Korean Lunar Date (양력 -> 음력)
from korean_lunar_calendar import KoreanLunarCalendar
calendar = KoreanLunarCalendar()
# params : year(년), month(월), day(일)
calendar.setSolarDate(2017, 6, 24)
print(calendar.LunarIsoFormat())
print(calendar.getGapJaString())
print(calendar.getChineseGapJaString())
Korean Lunar Date -> Korean Solar Date (음력 -> 양력)
from korean_lunar_calendar import KoreanLunarCalendar
# params : year(년), month(월), day(일), intercalation(윤달여부)
calendar.setLunarDate(1956, 1, 21, False)
print(calendar.SolarIsoFormat())
print(calendar.getGapJaString())
print(calendar.getChineseGapJaString())
Source code
# -*- coding: utf-8 -*-
"""
KoreanLunarCalendar
Here is a library to convert Korean lunar-calendar to Gregorian calendar.
Korean calendar and Chinese calendar is same lunar calendar but have different date.
This follow the KARI(Korea Astronomy and Space Science Institute)
@author : [email protected]
"""
import datetime
class KoreanLunarCalendar(object) :
KOREAN_LUNAR_MIN_VALUE = 13910101
KOREAN_LUNAR_MAX_VALUE = 20501118
KOREAN_SOLAR_MIN_VALUE = 13910205
KOREAN_SOLAR_MAX_VALUE = 20501231
KOREAN_LUNAR_BASE_YEAR = 1391
SOLAR_LUNAR_DAY_DIFF = 35
LUNAR_SMALL_MONTH_DAY = 29
LUNAR_BIG_MONTH_DAY = 30
SOLAR_SMALL_YEAR_DAY = 365
SOLAR_BIG_YEAR_DAY = 366
SOLAR_DAYS = [31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31, 29]
KOREAN_CHEONGAN = [0xac11, 0xc744, 0xbcd1, 0xc815, 0xbb34, 0xae30, 0xacbd, 0xc2e0, 0xc784, 0xacc4]
KOREAN_GANJI = [0xc790, 0xcd95, 0xc778, 0xbb18, 0xc9c4, 0xc0ac, 0xc624, 0xbbf8, 0xc2e0, 0xc720, 0xc220, 0xd574]
KOREAN_GAPJA_UNIT = [0xb144, 0xc6d4, 0xc77c]
CHINESE_CHEONGAN = [0x7532, 0x4e59, 0x4e19, 0x4e01, 0x620a, 0x5df1, 0x5e9a, 0x8f9b, 0x58ec, 0x7678]
CHINESE_GANJI = [0x5b50, 0x4e11, 0x5bc5, 0x536f, 0x8fb0, 0x5df3, 0x5348, 0x672a, 0x7533, 0x9149, 0x620c, 0x4ea5]
CHINESE_GAPJA_UNIT = [0x5e74, 0x6708, 0x65e5]
INTERCALATION_STR = [0xc724, 0x958f]
KOREAN_LUNAR_DATA = [
0x82c40653, 0xc301c6a9, 0x82c405aa, 0x82c60ab5, 0x830092bd, 0xc2c402b6, 0x82c60c37, 0x82fe552e, 0x82c40c96, 0xc2c60e4b,
0x82fe3752, 0x82c60daa, 0x8301b5b4, 0xc2c6056d, 0x82c402ae, 0x83007a3d, 0x82c40a2d, 0xc2c40d15, 0x83004d95, 0x82c40b52,
0x8300cb69, 0xc2c60ada, 0x82c6055d, 0x8301925b, 0x82c4045b, 0xc2c40a2b, 0x83005aab, 0x82c40a95, 0x82c40b52, 0xc3001eaa,
0x82c60ab6, 0x8300c55b, 0x82c604b7, 0xc2c40457, 0x83007537, 0x82c4052b, 0x82c40695, 0xc3014695, 0x82c405aa, 0x8300c9b5,
0x82c60a6e, 0xc2c404ae, 0x83008a5e, 0x82c40a56, 0x82c40d2a, 0xc3006eaa, 0x82c60d55, 0x82c4056a, 0x8301295a, 0xc2c6095e,
0x8300b4af, 0x82c4049b, 0x82c40a4d, 0xc3007d2e, 0x82c40b2a, 0x82c60b55, 0x830045d5, 0xc2c402da, 0x82c6095b, 0x83011157,
0x82c4049b, 0xc3009a4f, 0x82c4064b, 0x82c406a9, 0x83006aea, 0xc2c606b5, 0x82c402b6, 0x83002aae, 0x82c60937, 0xc2ffb496,
0x82c40c96, 0x82c60e4b, 0x82fe76b2, 0xc2c60daa, 0x82c605ad, 0x8300336d, 0x82c4026e, 0xc2c4092e, 0x83002d2d, 0x82c40c95,
0x83009d4d, 0xc2c40b4a, 0x82c60b69, 0x8301655a, 0x82c6055b, 0xc2c4025d, 0x83002a5b, 0x82c4092b, 0x8300aa97, 0xc2c40695,
0x82c4074a, 0x83008b5a, 0x82c60ab6, 0xc2c6053b, 0x830042b7, 0x82c40257, 0x82c4052b, 0xc3001d2b, 0x82c40695, 0x830096ad,
0x82c405aa, 0xc2c60ab5, 0x830054ed, 0x82c404ae, 0x82c60a57, 0xc2ff344e, 0x82c40d2a, 0x8301bd94, 0x82c60b55, 0xc2c4056a,
0x8300797a, 0x82c6095d, 0x82c404ae, 0xc3004a9b, 0x82c40a4d, 0x82c40d25, 0x83011aaa, 0xc2c60b55, 0x8300956d, 0x82c402da,
0x82c6095b, 0xc30054b7, 0x82c40497, 0x82c40a4b, 0x83004b4b, 0xc2c406a9, 0x8300cad5, 0x82c605b5, 0x82c402b6, 0xc300895e,
0x82c6092f, 0x82c40497, 0x82fe4696, 0xc2c40d4a, 0x8300cea5, 0x82c60d69, 0x82c6056d, 0xc301a2b5, 0x82c4026e, 0x82c4052e,
0x83006cad, 0xc2c40c95, 0x82c40d4a, 0x83002f4a, 0x82c60b59, 0xc300c56d, 0x82c6055b, 0x82c4025d, 0x8300793b, 0xc2c4092b,
0x82c40a95, 0x83015b15, 0x82c406ca, 0xc2c60ad5, 0x830112b6, 0x82c604bb, 0x8300925f, 0xc2c40257, 0x82c4052b, 0x82fe6aaa,
0x82c60e95, 0xc2c406aa, 0x83003baa, 0x82c60ab5, 0x8300b4b7, 0xc2c404ae, 0x82c60a57, 0x82fe752d, 0x82c40d26, 0xc2c60d95,
0x830055d5, 0x82c4056a, 0x82c6096d, 0xc300255d, 0x82c404ae, 0x8300aa4f, 0x82c40a4d, 0xc2c40d25, 0x83006d69, 0x82c60b55,
0x82c4035a, 0xc3002aba, 0x82c6095b, 0x8301c49b, 0x82c40497, 0xc2c40a4b, 0x83008b2b, 0x82c406a5, 0x82c406d4, 0xc3034ab5,
0x82c402b6, 0x82c60937, 0x8300252f, 0xc2c40497, 0x82fe964e, 0x82c40d4a, 0x82c60ea5, 0xc30166a9, 0x82c6056d, 0x82c402b6,
0x8301385e, 0xc2c4092e, 0x8300bc97, 0x82c40a95, 0x82c40d4a, 0xc3008daa, 0x82c60b4d, 0x82c6056b, 0x830042db, 0xc2c4025d,
0x82c4092d, 0x83002d33, 0x82c40a95, 0xc3009b4d, 0x82c406aa, 0x82c60ad5, 0x83006575, 0xc2c604bb, 0x82c4025b, 0x83013457,
0x82c4052b, 0xc2ffba94, 0x82c60e95, 0x82c406aa, 0x83008ada, 0xc2c609b5, 0x82c404b6, 0x83004aae, 0x82c60a4f, 0xc2c20526,
0x83012d26, 0x82c60d55, 0x8301a5a9, 0xc2c4056a, 0x82c6096d, 0x8301649d, 0x82c4049e, 0xc2c40a4d, 0x83004d4d, 0x82c40d25,
0x8300bd53, 0xc2c40b54, 0x82c60b5a, 0x8301895a, 0x82c6095b, 0xc2c4049b, 0x83004a97, 0x82c40a4b, 0x82c40aa5, 0xc3001ea5,
0x82c406d4, 0x8302badb, 0x82c402b6, 0xc2c60937, 0x830064af, 0x82c40497, 0x82c4064b, 0xc2fe374a, 0x82c60da5, 0x8300b6b5,
0x82c6056d, 0xc2c402ba, 0x8300793e, 0x82c4092e, 0x82c40c96, 0xc3015d15, 0x82c40d4a, 0x82c60da5, 0x83013555, 0xc2c4056a,
0x83007a7a, 0x82c60a5d, 0x82c4092d, 0xc3006aab, 0x82c40a95, 0x82c40b4a, 0x83004baa, 0xc2c60ad5, 0x82c4055a, 0x830128ba,
0x82c60a5b, 0xc3007537, 0x82c4052b, 0x82c40693, 0x83015715, 0xc2c406aa, 0x82c60ad9, 0x830035b5, 0x82c404b6, 0xc3008a5e,
0x82c40a4e, 0x82c40d26, 0x83006ea6, 0xc2c40d52, 0x82c60daa, 0x8301466a, 0x82c6056d, 0xc2c404ae, 0x83003a9d, 0x82c40a4d,
0x83007d2b, 0xc2c40b25, 0x82c40d52, 0x83015d54, 0x82c60b5a, 0xc2c6055d, 0x8300355b, 0x82c4049d, 0x83007657, 0x82c40a4b,
0x82c40aa5, 0x83006b65, 0x82c406d2, 0xc2c60ada, 0x830045b6, 0x82c60937, 0x82c40497, 0xc3003697, 0x82c40a4d, 0x82fe76aa,
0x82c60da5, 0xc2c405aa, 0x83005aec, 0x82c60aae, 0x82c4092e, 0xc3003d2e, 0x82c40c96, 0x83018d45, 0x82c40d4a, 0xc2c60d55,
0x83016595, 0x82c4056a, 0x82c60a6d, 0xc300455d, 0x82c4052d, 0x82c40a95, 0x83003e95, 0xc2c40b4a, 0x83017b4a, 0x82c609d5,
0x82c4055a, 0xc3015a3a, 0x82c60a5b, 0x82c4052b, 0x83014a17, 0xc2c40693, 0x830096ab, 0x82c406aa, 0x82c60ab5, 0xc30064f5,
0x82c404b6, 0x82c60a57, 0x82fe452e, 0xc2c40d16, 0x82c60e93, 0x82fe3752, 0x82c60daa, 0xc30175aa, 0x82c6056d, 0x82c404ae,
0x83015a1b, 0xc2c40a2d, 0x82c40d15, 0x83004da5, 0x82c40b52, 0xc3009d6a, 0x82c60ada, 0x82c6055d, 0x8301629b, 0xc2c4045b,
0x82c40a2b, 0x83005b2b, 0x82c40a95, 0xc2c40b52, 0x83012ab2, 0x82c60ad6, 0x83017556, 0xc2c60537, 0x82c40457, 0x83005657,
0x82c4052b, 0xc2c40695, 0x83003795, 0x82c405aa, 0x8300aab6, 0xc2c60a6d, 0x82c404ae, 0x8300696e, 0x82c40a56, 0xc2c40d2a,
0x83005eaa, 0x82c60d55, 0x82c405aa, 0xc3003b6a, 0x82c60a6d, 0x830074bd, 0x82c404ab, 0xc2c40a8d, 0x83005d55, 0x82c40b2a,
0x82c60b55, 0xc30045d5, 0x82c404da, 0x82c6095d, 0x83002557, 0xc2c4049b, 0x83006a97, 0x82c4064b, 0x82c406a9, 0x83004baa,
0x82c606b5, 0x82c402ba, 0x83002ab6, 0xc2c60937, 0x82fe652e, 0x82c40d16, 0x82c60e4b, 0xc2fe56d2, 0x82c60da9, 0x82c605b5,
0x8300336d, 0xc2c402ae, 0x82c40a2e, 0x83002e2d, 0x82c40c95, 0xc3006d55, 0x82c40b52, 0x82c60b69, 0x830045da, 0xc2c6055d,
0x82c4025d, 0x83003a5b, 0x82c40a2b, 0xc3017a8b, 0x82c40a95, 0x82c40b4a, 0x83015b2a, 0xc2c60ad5, 0x82c6055b, 0x830042b7,
0x82c40257, 0xc300952f, 0x82c4052b, 0x82c40695, 0x830066d5, 0xc2c405aa, 0x82c60ab5, 0x8300456d, 0x82c404ae, 0xc2c60a57,
0x82ff3456, 0x82c40d2a, 0x83017e8a, 0xc2c60d55, 0x82c405aa, 0x83005ada, 0x82c6095d, 0xc2c404ae, 0x83004aab, 0x82c40a4d,
0x83008d2b, 0xc2c40b29, 0x82c60b55, 0x83007575, 0x82c402da, 0xc2c6095d, 0x830054d7, 0x82c4049b, 0x82c40a4b, 0xc3013a4b,
0x82c406a9, 0x83008ad9, 0x82c606b5, 0xc2c402b6, 0x83015936, 0x82c60937, 0x82c40497, 0xc2fe4696, 0x82c40e4a, 0x8300aea6,
0x82c60da9, 0xc2c605ad, 0x830162ad, 0x82c402ae, 0x82c4092e, 0xc3005cad, 0x82c40c95, 0x82c40d4a, 0x83013d4a, 0xc2c60b69,
0x8300757a, 0x82c6055b, 0x82c4025d, 0xc300595b, 0x82c4092b, 0x82c40a95, 0x83004d95, 0xc2c40b4a, 0x82c60b55, 0x830026d5,
0x82c6055b, 0xc3006277, 0x82c40257, 0x82c4052b, 0x82fe5aaa, 0xc2c60e95, 0x82c406aa, 0x83003baa, 0x82c60ab5, 0x830084bd,
0x82c404ae, 0x82c60a57, 0x82fe554d, 0xc2c40d26, 0x82c60d95, 0x83014655, 0x82c4056a, 0xc2c609ad, 0x8300255d, 0x82c404ae,
0x83006a5b, 0xc2c40a4d, 0x82c40d25, 0x83005da9, 0x82c60b55, 0xc2c4056a, 0x83002ada, 0x82c6095d, 0x830074bb, 0xc2c4049b,
0x82c40a4b, 0x83005b4b, 0x82c406a9, 0xc2c40ad4, 0x83024bb5, 0x82c402b6, 0x82c6095b, 0xc3002537, 0x82c40497, 0x82fe6656,
0x82c40e4a, 0xc2c60ea5, 0x830156a9, 0x82c605b5, 0x82c402b6, 0xc30138ae, 0x82c4092e, 0x83017c8d, 0x82c40c95, 0xc2c40d4a,
0x83016d8a, 0x82c60b69, 0x82c6056d, 0xc301425b, 0x82c4025d, 0x82c4092d, 0x83002d2b, 0xc2c40a95, 0x83007d55, 0x82c40b4a,
0x82c60b55, 0xc3015555, 0x82c604db, 0x82c4025b, 0x83013857, 0xc2c4052b, 0x83008a9b, 0x82c40695, 0x82c406aa, 0xc3006aea,
0x82c60ab5, 0x82c404b6, 0x83004aae, 0xc2c60a57, 0x82c40527, 0x82fe3726, 0x82c60d95, 0xc30076b5, 0x82c4056a, 0x82c609ad,
0x830054dd, 0xc2c404ae, 0x82c40a4e, 0x83004d4d, 0x82c40d25, 0xc3008d59, 0x82c40b54, 0x82c60d6a, 0x8301695a, 0xc2c6095b,
0x82c4049b, 0x83004a9b, 0x82c40a4b, 0xc300ab27, 0x82c406a5, 0x82c406d4, 0x83026b75, 0xc2c402b6, 0x82c6095b, 0x830054b7,
0x82c40497, 0xc2c4064b, 0x82fe374a, 0x82c60ea5, 0x830086d9, 0xc2c605ad, 0x82c402b6, 0x8300596e, 0x82c4092e, 0xc2c40c96,
0x83004e95, 0x82c40d4a, 0x82c60da5, 0xc3002755, 0x82c4056c, 0x83027abb, 0x82c4025d, 0xc2c4092d, 0x83005cab, 0x82c40a95,
0x82c40b4a, 0xc3013b4a, 0x82c60b55, 0x8300955d, 0x82c404ba, 0xc2c60a5b, 0x83005557, 0x82c4052b, 0x82c40a95, 0xc3004b95,
0x82c406aa, 0x82c60ad5, 0x830026b5, 0xc2c404b6, 0x83006a6e, 0x82c60a57, 0x82c40527, 0xc2fe56a6, 0x82c60d93, 0x82c405aa,
0x83003b6a, 0xc2c6096d, 0x8300b4af, 0x82c404ae, 0x82c40a4d, 0xc3016d0d, 0x82c40d25, 0x82c40d52, 0x83005dd4, 0xc2c60b6a,
0x82c6096d, 0x8300255b, 0x82c4049b, 0xc3007a57, 0x82c40a4b, 0x82c40b25, 0x83015b25, 0xc2c406d4, 0x82c60ada, 0x830138b6]
def __init__(self):
self.lunarYear = 0
self.lunarMonth = 0
self.lunarDay = 0
self.isIntercalation = False
self.solarYear = 0
self.solarMonth = 0
self.solarDay = 0
self.__gapjaYearInx = [0, 0, 0]
self.__gapjaMonthInx = [0, 0, 1]
self.__gapjaDayInx = [0, 0, 2]
def LunarIsoFormat(self):
dateStr = "%04d-%02d-%02d" % (self.lunarYear, self.lunarMonth, self.lunarDay)
if self.isIntercalation :
dateStr += " Intercalation"
return dateStr
def SolarIsoFormat(self):
return "%04d-%02d-%02d" % (self.solarYear, self.solarMonth, self.solarDay)
def __getLunarData(self, year):
return self.KOREAN_LUNAR_DATA[year - self.KOREAN_LUNAR_BASE_YEAR]
def __getLunarIntercalationMonth(self, lunarData):
return (lunarData >> 12) & 0x000F
def __getLunarDays(self, year, month=None, isIntercalation=None):
lunarData = self.__getLunarData(year)
if month is not None and isIntercalation is not None :
if (isIntercalation == True) and (self.__getLunarIntercalationMonth(lunarData) == month):
days = self.LUNAR_BIG_MONTH_DAY if ((lunarData >>16) & 0x01) > 0 else self.LUNAR_SMALL_MONTH_DAY
else:
days = self.LUNAR_BIG_MONTH_DAY if ((lunarData >> (12 - month)) & 0x01) > 0 else self.LUNAR_SMALL_MONTH_DAY
else:
days = (lunarData >> 17) & 0x01FF
return days
def __getLunarDaysBeforeBaseYear(self, year):
days = 0
for baseYear in range(self.KOREAN_LUNAR_BASE_YEAR, year+1):
days += self.__getLunarDays(baseYear)
return days
def __getLunarDaysBeforeBaseMonth(self, year, month, isIntercalation):
days = 0
if (year >= self.KOREAN_LUNAR_BASE_YEAR) and (month > 0):
for baseMonth in range(1, month+1):
days += self.__getLunarDays(year, baseMonth, False)
if isIntercalation == True:
intercalationMonth = self.__getLunarIntercalationMonth(self.__getLunarData(year))
if (intercalationMonth > 0) and intercalationMonth < month+1:
days += self.__getLunarDays(year, intercalationMonth, True)
return days
def __getLunarAbsDays(self, year, month, day, isIntercalation):
days = self.__getLunarDaysBeforeBaseYear(year-1) + self.__getLunarDaysBeforeBaseMonth(year, month-1, True) + day
if (isIntercalation == True) and (self.__getLunarIntercalationMonth(self.__getLunarData(year)) == month):
days += self.__getLunarDays(year, month, False)
return days
def __isSolarIntercalationYear(self, lunarData):
return ((lunarData >> 30) & 0x01) > 0
def __getSolarDays(self, year, month=None):
lunarData = self.__getLunarData(year)
if month is not None :
days = self.SOLAR_DAYS[12] if (month == 2) and self.__isSolarIntercalationYear(lunarData) else self.SOLAR_DAYS[month - 1]
if (year == 1582) and (month == 10):
days -= 10
else:
days = self.SOLAR_BIG_YEAR_DAY if self.__isSolarIntercalationYear(lunarData) else self.SOLAR_SMALL_YEAR_DAY
if year == 1582 :
days -= 10
return days
def __getSolarDaysBeforeBaseYear(self, year):
days = 0
for baseYear in range(self.KOREAN_LUNAR_BASE_YEAR, year+1):
days += self.__getSolarDays(baseYear)
return days
def __getSolarDaysBeforeBaseMonth(self, year, month):
days = 0
for baseMonth in range(1, month+1):
days += self.__getSolarDays(year, baseMonth)
return days
def __getSolarAbsDays(self, year, month, day):
days = self.__getSolarDaysBeforeBaseYear(year-1) + self.__getSolarDaysBeforeBaseMonth(year, month-1) + day
days -= self.SOLAR_LUNAR_DAY_DIFF
return days
def __setSolarDateByLunarDate(self, lunarYear, lunarMonth, lunarDay, isIntercalation):
absDays = self.__getLunarAbsDays(lunarYear, lunarMonth, lunarDay, isIntercalation)
solarYear = 0
solarMonth = 0
solarDay = 0
solarYear = lunarYear if (absDays < self.__getSolarAbsDays(lunarYear+1, 1, 1)) else lunarYear+1
for month in range(12, 0, -1) :
absDaysByMonth = self.__getSolarAbsDays(solarYear, month, 1)
if (absDays >= absDaysByMonth) :
solarMonth = month
solarDay = absDays - absDaysByMonth +1
break
if (solarYear == 1582) and (solarMonth == 10) and (solarDay > 4) :
solarDay += 10
self.solarYear = solarYear
self.solarMonth = solarMonth
self.solarDay = solarDay
def __setLunarDateBySolarDate(self, solarYear, solarMonth, solarDay):
absDays = self.__getSolarAbsDays(solarYear, solarMonth, solarDay)
lunarYear = solarYear if (absDays >= self.__getLunarAbsDays(solarYear, 1, 1, False)) else solarYear-1
lunarMonth = 0
lunarDay = 0
isIntercalation = False
for month in range(12, 0, -1) :
absDaysByMonth = self.__getLunarAbsDays(lunarYear, month, 1, False)
if absDays >= absDaysByMonth:
lunarMonth = month
if self.__getLunarIntercalationMonth(self.__getLunarData(lunarYear)) == month :
isIntercalation = absDays >= self.__getLunarAbsDays(lunarYear, month, 1, True)
lunarDay = absDays - self.__getLunarAbsDays(lunarYear, lunarMonth, 1, isIntercalation) + 1
break
self.lunarYear = lunarYear
self.lunarMonth = lunarMonth
self.lunarDay = lunarDay
self.isIntercalation = isIntercalation
def __checkValidDate(self, isLunar, isIntercalation, year, month, day):
isValid = False
dateValue = year*10000 + month*100 + day
#1582. 10. 5 ~ 1582. 10. 14 is not valid
minValue = self.KOREAN_LUNAR_MIN_VALUE if isLunar else self.KOREAN_SOLAR_MIN_VALUE
maxValue = self.KOREAN_LUNAR_MAX_VALUE if isLunar else self.KOREAN_SOLAR_MAX_VALUE
if minValue <= dateValue and maxValue >= dateValue :
if month > 0 and month < 13 and day > 0 :
dayLimit = self.__getLunarDays(year, month, isIntercalation) if isLunar else self.__getSolarDays(year, month)
if isLunar == False and year == 1582 and month == 10 :
if day > 4 and day < 15 :
return isValid
else:
dayLimit += 10
if day <= dayLimit :
isValid = True
return isValid
def setLunarDate(self, lunarYear, lunarMonth, lunarDay, isIntercalation) :
isValid = False
if self.__checkValidDate(True, isIntercalation, lunarYear, lunarMonth, lunarDay):
self.lunarYear = lunarYear
self.lunarMonth = lunarMonth
self.lunarDay = lunarDay
self.isIntercalation = isIntercalation and (self.__getLunarIntercalationMonth(self.__getLunarData(lunarYear)) == lunarMonth)
self.__setSolarDateByLunarDate(lunarYear, lunarMonth, lunarDay, isIntercalation)
isValid = True
return isValid
def setSolarDate(self, solarYear, solarMonth, solarDay):
isValid = False
if self.__checkValidDate(False, False, solarYear, solarMonth, solarDay) :
self.solarYear = solarYear
self.solarMonth = solarMonth
self.solarDay = solarDay
self.__setLunarDateBySolarDate(solarYear, solarMonth, solarDay)
isValid = True
return isValid
def __getGapJa(self):
absDays = self.__getLunarAbsDays(self.lunarYear, self.lunarMonth, self.lunarDay, self.isIntercalation)
if absDays > 0 :
self.__gapjaYearInx[0] = ((self.lunarYear+7) - self.KOREAN_LUNAR_BASE_YEAR) % len(self.KOREAN_CHEONGAN)
self.__gapjaYearInx[1] = (((self.lunarYear+7) - self.KOREAN_LUNAR_BASE_YEAR) % len(self.KOREAN_GANJI))
monthCount = self.lunarMonth
monthCount += 12 * (self.lunarYear - self.KOREAN_LUNAR_BASE_YEAR)
self.__gapjaMonthInx[0] = (monthCount+5) % len(self.KOREAN_CHEONGAN)
self.__gapjaMonthInx[1] = (monthCount+1) % len(self.KOREAN_GANJI)
self.__gapjaDayInx[0] = (absDays+4) % len(self.KOREAN_CHEONGAN)
self.__gapjaDayInx[1] = absDays % len(self.KOREAN_GANJI)
def getGapJaString(self) :
self.__getGapJa()
gapjaStr = "%c%c%c %c%c%c %c%c%c" % (chr(self.KOREAN_CHEONGAN[self.__gapjaYearInx[0]]), chr(self.KOREAN_GANJI[self.__gapjaYearInx[1]]), chr(self.KOREAN_GAPJA_UNIT[self.__gapjaYearInx[2]]),
chr(self.KOREAN_CHEONGAN[self.__gapjaMonthInx[0]]), chr(self.KOREAN_GANJI[self.__gapjaMonthInx[1]]), chr(self.KOREAN_GAPJA_UNIT[self.__gapjaMonthInx[2]]),
chr(self.KOREAN_CHEONGAN[self.__gapjaDayInx[0]]), chr(self.KOREAN_GANJI[self.__gapjaDayInx[1]]), chr(self.KOREAN_GAPJA_UNIT[self.__gapjaDayInx[2]]))
if self.isIntercalation == True :
gapjaStr += " (%c%c)" % (chr(self.INTERCALATION_STR[0]), chr(self.KOREAN_GAPJA_UNIT[1]))
return gapjaStr
def getChineseGapJaString(self) :
self.__getGapJa()
gapjaStr = "%c%c%c %c%c%c %c%c%c" % (chr(self.CHINESE_CHEONGAN[self.__gapjaYearInx[0]]), chr(self.CHINESE_GANJI[self.__gapjaYearInx[1]]), chr(self.CHINESE_GAPJA_UNIT[self.__gapjaYearInx[2]]),
chr(self.CHINESE_CHEONGAN[self.__gapjaMonthInx[0]]), chr(self.CHINESE_GANJI[self.__gapjaMonthInx[1]]), chr(self.CHINESE_GAPJA_UNIT[self.__gapjaMonthInx[2]]),
chr(self.CHINESE_CHEONGAN[self.__gapjaDayInx[0]]), chr(self.CHINESE_GANJI[self.__gapjaDayInx[1]]), chr(self.CHINESE_GAPJA_UNIT[self.__gapjaDayInx[2]]))
if self.isIntercalation == True :
gapjaStr += " (%c%c)" % (chr(self.INTERCALATION_STR[1]), chr(self.CHINESE_GAPJA_UNIT[1]))
return gapjaStr