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': 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
def __init__(self, name='marksix'):
self.name = name
self.df = None
self.nl_year_sx = lunar.Lunar().sx_year() # 当前农历生肖年
self.max_number = 49
#self.ZS_LIST = [1,2,3,5,7] # 常量，用于指标：['zh']
self.pre_n = 1 # 变量，用于指标：['jl','yqc']
self.presx_type = '平特' # 变量，用于指标：['presx', 'hotsx']，另一个值为：'单列'
self.current_up_numbers = [] # 当前指标向上号码 -----|
self.current_down_numbers = [] # 当前指标向下号码 |----> 这三个用于选号
self.all_numbers = {} # 所有选中的指标对应的号码 -----|
self.curent_qishu = None # 当前期数 （需要联网）
self.zb_name = None # 当前指标名称
self.loc = '0000001'
#['rnd','in_','mod','fen','ls','kd','jl','yqc','pre','hot','bs','x6','zx','zxsx','presx','hotsx']
self.zb_funcs = {
'rnd': self.rnd,
'in_': self.in_,
'mod': self.mod,
'fen': self.fen,
'ls': self.ls,
'kd': self.kd,
'jl': self.jl,
'yqc': self.yqc,
'pre': self.pre,
'hot': self.hot,
'bs': self.bs,
'x6': self.x6,
'zx': self.zx,
'zxsx': self.zxsx,
'presx': self.presx,
'hotsx': self.hotsx
}
def __init__(self, history=None, lotto_type=None):
self.dataframe = history
if history is not None:
self.n_periods = history.shape[0]
self.lotto_type = lotto_type
self.nl_year_sx = lunar.Lunar().sx_year()
self.zbfuncs = {
'mod': self.mod, # 模
'fen': self.fen, # 分
'ls': self.ls, # 路数
'kd': self.kd, # 跨度
'ws': self.ws, # 尾数
'hs': self.hs, # 和数
'bs': self.bs, # 波色
'sx': self.sx, # 生肖
'wx': self.wx, # 五行
'jl': self.jl, # 距离
'yqc': self.yqc, # 与前差
'pre': self.pre, # 在前期
'hot': self.hot, # 冷热
'rnd': self.rnd, # 随机
'formula': self.formula, # 公式
}
def show_lunar(yr, mon, mday, hr, minu, sec):
global tft
ct = time.mktime((yr, mon, mday, hr, minu, sec, 0, 0, 0))
lnx = ln.Lunar(ct)
gz_yr = lnx.gz_year()
sx_yr = lnx.sx_year()
xyr, xmon, xday, leap = lnx.ln_date()
jie, ofs = lnx.ln_jie_2()
gz_hr, gz_ke, gz_kev = lnx.gz_hour()
if gz_ke > 0:
gz_hr += gz_kev
x = 5
y = 5
tft.draw_string_at('農曆', x, y + 0, fnt, bg=NAVY)
tft.draw_string_at('%s%s年' % (gz_yr, sx_yr), x, y + 32, fnt, bg=NAVY)
if leap:
tft.draw_string_at('閏%s月%s' %
(lnx.lm[xmon - 1], lnx.ld[(xday - 1) * 2:xday * 2]),
x,
y + 64,
fnt,
bg=NAVY)
else:
tft.draw_string_at('%s月%s' %
(lnx.lm[xmon - 1], lnx.ld[(xday - 1) * 2:xday * 2]),
x,
y + 64,
fnt,
bg=NAVY)
tft.draw_string_at('%s月' % lnx.gz_month(), x, y + 96, fnt, bg=NAVY)
tft.draw_string_at('%s日' % lnx.gz_day(), x, y + 128, fnt, bg=NAVY)
tft.draw_string_at('%s' % gz_hr, x, y + 160, fnt, bg=NAVY)
print('ofs:%d' % ofs)
if ofs == 0:
tft.draw_string_at('%s' % jie, x, y + 192, fnt, bg=NAVY)
else:
tft.draw_string_at('%s+%d' % (jie, ofs), x, y + 192, fnt, bg=NAVY)
import datetime
import lunar
now=datetime.datetime(2019,2,5,22,30)
a=lunar.Lunar(now)
# a.showMonth()
print(a.date)
print(a.year8Char,a.month8Char,a.day8Char,a.twohour8Char)
print('今日时辰：%s'%a.twohour8CharList)
print('时辰凶吉：%s'%a.get_twohourLuckyList())
print('%s %s[%s]年 %s%s' % (a.lunarYearCn, a.year8Char, a.chineseYearZodiac, a.lunarMonthCn, a.lunarDayCn))
print(a.chineseZodiacClash,a.weekDayCn,a.get_starZodiac())
print('今日三合',a.zodiacMark3List,'今日六合',a.zodiacMark6)
# 今天是否是节气，下一个节气名称
print(a.todaySolarTerms,a.nextSolarTerm,a.thisYearSolarTermsDic[a.nextSolarTerm])
print('%i年24节气时间表 %s'%(a.date.year,a.thisYearSolarTermsDic))
print('彭祖百忌',a.get_pengTaboo())
print('彭祖百忌',a.get_pengTaboo(long=4,delimit='<br>'))
print('建除十二神', a.get_today12DayOfficer())
print('节日',a.get_legalHolidays(),a.get_otherHolidays(),a.get_otherLunarHolidays())
print('农历%s年%s'% (a.year8Char, a.lunarMonthCn))
print('今日五行',a.get_today5Elements())
print(a.get_the28Stars(),a.get_nayin())
print(a.get_the9FlyStar())
print(a.get_luckyGodsDirection())
print('今日胎神',a.get_fetalGod())
def __init__(self, loglevel=logging.CRITICAL, logfile=''):
self._log = self._initLogger(loglevel, logfile)
self._rules = tabledrv.ruleobj.RuleObj()
self._lunar = lunar.Lunar()
dname = os.path.dirname(__file__)
self.loadConfig(os.path.join(dname, 'ziwei_rule.txt'))
def __init__(self):
dname = os.path.dirname(__file__)
self._lunar = lunar.Lunar()
self.loadConfig(os.path.join(dname, 'heluo_rule.txt'))
self.loadKouJue(os.path.join(dname, 'heluo_koujue.txt'))
def __init__(self):
self._lunar = lunar.Lunar()