def chinese_time(timestamp, all_time=True):
leap_month = ''
if lunardate.LunarDate.fromSolarDate(timestamp.year, timestamp.month,
timestamp.day).isLeapMonth:
leap_month = '闰'
if all_time:
return str(timestamp.year) + '年' + str(timestamp.month) + '月' + str(
timestamp.day) + '日' + '(阴历' + pycnnum.num2cn(
lunardate.LunarDate.fromSolarDate(
timestamp.year, timestamp.month,
timestamp.day).month) + leap_month + '月' + pycnnum.num2cn(
lunardate.LunarDate.fromSolarDate(
timestamp.year, timestamp.month,
timestamp.day).day) + ')' + str(
timestamp.hour) + '时'
else:
return str(timestamp.month) + '月' + str(
timestamp.day) + '日' + '(阴历' + pycnnum.num2cn(
lunardate.LunarDate.fromSolarDate(
timestamp.year, timestamp.month,
timestamp.day).month) + leap_month + '月' + pycnnum.num2cn(
lunardate.LunarDate.fromSolarDate(
timestamp.year, timestamp.month,
timestamp.day).day) + ')' + str(
timestamp.hour) + '时'
def solar2lunar_d(d):
# 将阳历转化为阴历
# 汉字格式改写
han_zi = pycnnum.num2cn(lunardate.LunarDate.fromSolarDate(d.year, d.month, d.day).day)
han_zi = han_zi.replace('一十', '十')
m = pycnnum.num2cn(lunardate.LunarDate.fromSolarDate(d.year, d.month, d.day).month)
m = m.replace("一十一","冬").replace("一十二","腊").replace("一十",'十') + "月"
if len(m) == 1:
if m == "一":
m = "正"
if len(han_zi) == 3:
han_zi = han_zi.replace('二十', '廿')
if len(han_zi) == 1:
han_zi = '初' + han_zi
return m + han_zi
def solar2lunar_d(self, d):
#将阳历转化为阴历
#汉字格式改写
han_zi = pycnnum.num2cn(
lunardate.LunarDate.fromSolarDate(d.year, d.month, d.day).day)
han_zi = han_zi.replace('一十', '十')
if len(han_zi) == 3:
return han_zi.replace('二十', '廿')
if len(han_zi) == 1:
return '初' + han_zi
else:
return han_zi
def near_years(years):
near_year_list = []
for year in years:
x0 = 2018 - int(year)
x = str(x0)
if x == '0' or x0 == 0:
y = '今年'
y0 = y
else:
y = '近' + x + '年'
cn_digital = num2cn(x0, numbering_type='low', alt_two=True, use_zeros=True, big=False, traditional=False)
y0 = '近' + cn_digital + '年'
near_year_list.append(y)
near_year_list.append(y0)
near_year_list.append('近两年')
return near_year_list