def lunar_month(self, date):
'''
:param date:date
:return: lunar month
'''
#date = str(date.year)+'-'+str(date.month)+'-'+str(date.day)
date = dt.datetime.strptime(date, '%Y-%m-%d')
ln = Lunar(date)
lunar_date = ln.ln_date()
return lunar_date[1]
def add_date_words():
# 日期
now_year = datetime.datetime.now().year
today = time.strftime("%Y.%m.%d")
# 周几
weekday = get_weekday()
# 几号
num = str(int(today.split('.')[-1]))
# 农历
# ct = datetime.datetime(2015,2,19,13,0,15)
# ln = Lunar(ct)
# print('公历 {} 北京时间 {}'.format(ln.localtime.date(), ln.localtime.time()))
# print('{} 【{}】 {}年 {}日 {}时'.format(ln.ln_date_str(), ln.gz_year(), ln.sx_year(), ln.gz_day(), ln.gz_hour()))
# print('节气：{}'.format(ln.ln_jie()))
ln = Lunar()
lc_day = ln.gz_year() + '年' + ' ' + ln.ln_date_str()[2:]
# 已过多少天
d1 = datetime.datetime.strptime('{}.01.01'.format(now_year), '%Y.%m.%d')
d2 = datetime.datetime.strptime(today, "%Y.%m.%d")
delta = (d1 - d2).days
percent = round(-delta / get_year_days(now_year) * 100, 2)
delta_days = '第{}天，进度已消耗{}%'.format(-delta, percent)
font_size = 40
text_words(font_style, font_size, 40, 40, today)
text_words(font_style, font_size, w - font_size * 2 - 40, 40,
weekday) # 两个字符
font_size = 130
temp_height = h * (1 - 0.618) - font_size
temp_x = get_center_x(1, font_size)
text_words(font_style, font_size, temp_x, temp_height, num)
temp_height += font_size
font_size = 20
temp_x = get_center_x(7.5, font_size)
text_words(font_style, font_size, temp_x, temp_height + 10,
lc_day) # 7.5字符
temp_x = get_center_x(11 + len(str(delta)) * 0.5 - 0.5, font_size)
text_words(font_style, font_size, temp_x, temp_height + font_size + 15,
delta_days) # 11 + 0.5/1/1.5字符
# 进度条
draw.rectangle((40, 400, w - 40, 440), 'darkgray', 'darkgray')
draw.rectangle((40, 400, (w - 40 * 2) * percent * 0.01 + 40, 440), color,
color)
gushi = requests.get('https://api.gushi.ci/all.json')
try:
data = gushi.json()
title = data['origin']
author = data['author']
content = data['content']
temp_x = get_center_x(len(title), font_size)
text_words(font_style, font_size, temp_x, (h - 40 - 500) * 0.2 + 500,
title)
temp_x = get_center_x(len(content), font_size + 2)
text_words(font_style, font_size + 5, temp_x, 600, content)
text_words(font_style, font_size,
w - (len(author) + 2 + 1) * font_size - 40, 700,
'——' + author)
except:
print('获取古诗词失败')
from lunar import Lunar
app = Lunar('__main__')
@app.route('/', methods=["GET", "POST"])
def index():
return "Hello, lunar!"
#/args?key=lunar&count=4
@app.route('/test_args', methods=["GET"])
def test_args():
return app.request.args["key"], app.request.args["count"]
# template
@app.route('/template')
def template():
return app.render('index.html')
@app.route('/template_with_noescape')
def test_escape():
return app.render('test_escape.html', content="<p>hello escape</p>")
@app.route('/url_for_with_args')
def test_url_for_with_args():
return app.url_for(test_sync_args, id=1)
from lunar import Lunar
app = Lunar('__main__')
@app.route('/', methods=["GET", "POST"])
def index():
return "Hello, lunar!"
#/args?key=lunar&count=4
@app.route('/test_args', methods=["GET"])
def test_args():
return app.request.args["key"], app.request.args["count"]
# template
@app.route('/template')
def template():
return app.render('index.html')
@app.route('/template_with_noescape')
def test_escape():
return app.render('test_escape.html', content="<p>hello escape</p>")
@app.route('/url_for_with_args')
def test_url_for_with_args():
from lunar import Lunar
from lunar import database
app = Lunar('blog')
app.config['DATABASE_NAME'] = 'blog.db'
db = database.Sqlite(app.config['DATABASE_NAME'])
from . import views
import pprint
import warnings
from collections import OrderedDict
sys.path.append(os.path.dirname(os.path.abspath(__file__)))
try:
from lunar import Lunar
except Exception as e:
warnings.warn(str(e))
_in = input("y,m,d,h,m:")
now = datetime.datetime(*tuple([int(i) for i in _in.split(",")]))
print(now)
a = Lunar(now)
_dict = OrderedDict(
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.thisYearSolarTermsDic[a.nextSolarTerm]),
今年节气表=a.thisYearSolarTermsDic,
def query(self, query):
result = []
try:
if not query or query == "now":
ln = Lunar()
else:
# 兼容时间戳，如 1473905472000
if len(query.split(" ")) == 1 and len(query) == 12 or len(
query) == 13:
try:
timenumber = float(query) / 1e3
query = str(
datetime.datetime.fromtimestamp(timenumber))
except ValueError:
pass
ln = Lunar(parse(query))
except ValueError:
result.append({
"Title": 'Can not parse input string',
"SubTitle":
'Please input standard date and time format strings',
"IcoPath": "Images/app.png",
})
else:
jieri = ln.ln_jie() # 阳历节日
date = ln.localtime.strftime('%Y-%m-%d %H:%M:%S') # 当前时间
notime = False
if date[11:] == "00:00:00":
notime = True
time1 = date[0:11] if notime else date
result.append({
"Title":
time1 + (' 【' + jieri + '】' if jieri else ""),
"SubTitle":
ln.localtime.strftime("%A") + " " +
week_day_dict[ln.localtime.weekday()],
"IcoPath":
"Images/app.png",
"JsonRPCAction": {
"method": "add_to_clipboard",
"parameters": [time1],
"dontHideAfterAction": False
}
})
if datetime.datetime(1901, 1, 1) < ln.localtime:
jieqi = ln.ln_jieqi() # 节气
jieri_lu = ln.ln_jie(True) # 农历节日
lutime1 = '{} {}'.format(
ln.ln_date_str(), '【' + jieri_lu + '】' if jieri_lu else "")
lutime2 = '【{}】 {}年-{}日{} {}'.format(
ln.sx_year(), ln.gz_year(), ln.gz_day(),
("-" + ln.gz_hour() + "时") if not notime else "",
' 节气: ' + jieqi if jieqi else "")
result.append({
"Title": lutime1,
"SubTitle": lutime2,
"IcoPath": "Images/app.png",
"JsonRPCAction": {
"method": "add_to_clipboard",
"parameters": [lutime1],
"dontHideAfterAction": False
}
})
return result
sys.path.append(os.path.dirname(os.path.abspath(__file__)))
try:
from lunar import Lunar
except:
from .lunar import Lunar
import pandas as pd
for y in range(1901, 2100):
print(f"检查{y}年")
date_range = pd.date_range(f"{y}0101", f"{y}1231", closed=None)
for i in date_range:
dtm = i.to_pydatetime()
if y in [
2034,
] and dtm in [datetime.datetime(2034, 1, 1)]:
continue
l = Lunar(dtm)
l2 = ZhDate.from_datetime(dtm)
try:
assert (l2.lunar_year, l2.lunar_month,
l2.lunar_day) == l.get_lunarDateNum()
assert l2.leap_month == l.isLunarLeapMonth
except Exception as e:
print(dtm)
print((l2.lunar_year, l2.lunar_month, l2.lunar_day), l2.leap_month)
print(l.get_lunarDateNum(), l.isLunarLeapMonth)
print(e)
raise e
