date2LunarData.py

import datetime
import lunar


# 测试数据
def getLunar(now, godType='8char'):
    a = lunar.Lunar(now, godType=godType)
    dic = {
        '日期': a.date,
        '农历数字': (a.lunarYear, a.lunarMonth, a.lunarDay, '闰' if a.isLunarLeapMonth else ''),
        '农历': '%s %s[%s]年 %s%s' % (a.lunarYearCn, a.year8Char, a.chineseYearZodiac, a.lunarMonthCn, a.lunarDayCn),
        '星期': a.weekDayCn,
        # 未增加除夕
        '今日节日': (a.get_legalHolidays(), a.get_otherHolidays(), a.get_otherLunarHolidays()),
        '八字': ' '.join([a.year8Char, a.month8Char, a.day8Char, a.twohour8Char]),
        '今日节气': a.todaySolarTerms,
        '下一节气': (a.nextSolarTerm, a.nextSolarTermDate, a.nextSolarTermYear),
        '今年节气表': a.thisYearSolarTermsDic,
        '季节': a.lunarSeason,

        '今日时辰': a.twohour8CharList,
        '时辰凶吉': a.get_twohourLuckyList(),
        '生肖冲煞': a.chineseZodiacClash,
        '星座': a.starZodiac,
        '星次': a.todayEastZodiac,

        '彭祖百忌': a.get_pengTaboo(),
        '彭祖百忌精简': a.get_pengTaboo(long=4, delimit='<br>'),
        '十二神': a.get_today12DayOfficer(),
        '廿八宿': a.get_the28Stars(),

        '今日三合': a.zodiacMark3List,
        '今日六合': a.zodiacMark6,
        '今日五行': a.get_today5Elements(),

        '纳音': a.get_nayin(),
        '九宫飞星': a.get_the9FlyStar(),
        '吉神方位': a.get_luckyGodsDirection(),
        '今日胎神': a.get_fetalGod(),
        '神煞宜忌': a.angelDemon,
        '今日吉神': a.goodGodName,
        '今日凶煞': a.badGodName,
        '宜忌等第': a.todayLevelName,
        '宜': a.goodThing,
        '忌': a.badThing,
        '时辰经络': a.meridians
    }
    for i in dic:
        midstr = '\t' * (2 - len(i) // 2) + ':' + '\t'
        print(i, midstr, dic[i])
    return dic


# i=1
# c=0
# now = datetime.datetime(2020, 2, 4, 12, 30)
# while i <= 3660:
#     a = lunar.Lunar(now,godType='lunar')
#     now += datetime.timedelta(days=1)
#     i += 1
print('\n八字月柱与八字日柱算神煞版本')
getLunar(datetime.datetime(2021, 2, 7, 10, 30))
# print('\n农历月份与八字日柱算神煞版本，月神随月建顺行者，算出来2019年2月4日是危日，虽然与书中卷九相符，但与市面上其他日历不符，不推荐此算法，推荐用默认月柱日柱算法')
# getLunar(datetime.datetime(2019, 2, 4, 22, 30), godType='lunar')

# import json
# class DateEncoder(json.JSONEncoder):
#     def default(self, obj):
#         if isinstance(obj,datetime.datetime):
#             return obj.strftime("%Y-%m-%d %H:%M:%S")
#         else:
#             return json.JSONEncoder.default(self,obj)
# dic = getLunar(datetime.datetime(2020,11,1,22,30))
# outptJson = json.dumps(dic, cls=DateEncoder)