yearInfo[iYear].yearDays += yearInfo[iYear].monthDays[iMonth]
#input dateSolar, return (dateLunar, isLunarMonthOrNot)
def solar2Lunar(d): #d is a Date class
dLunar = Date(-1, -1, -1) #unknown lunar Date class
offset = solarDaysFromFirstDate(d)
dLunar.weekday = (offset + solar1st.weekday)%7
for iYear in range(yearsCoded):
if offset < yearInfo[iYear].yearDays:
dLunar.year = iYear; break
offset -= yearInfo[iYear].yearDays
if dLunar.year == -1: error ("Date out of range.")
dLunar.gan = (dLunar.year + lunar1st.gan) % 10
dLunar.zhi = (dLunar.year + lunar1st.zhi) % 12
for iMonth in range(13):
if offset< yearInfo[dLunar.year].monthDays[iMonth]:
dLunar.month = iMonth; break
offset -= yearInfo[dLunar.year].monthDays[iMonth]
dLunar.day = offset
isLeapMonth=0
if yearInfo[dLunar.year].leapMonth >=0:
if dLunar.month == yearInfo[iYear].leapMonth + 1:
isLeapMonth=1
if dLunar.month > yearInfo[dLunar.year].leapMonth:
dLunar.month -= 1
return (dLunar, isLeapMonth)
def getSolarDaysInMonth (year, month):
if isSolarLeapYear(year) and month==1:
return 29
else: return daysInSolarMonth[month]
def num2GB (num):
if num==10:
return '十'
elif num>10 and num<20:
return '十' + numGB[num-10]
tmp=''
while num>10:
tmp = numGB[num%10] + tmp
num = int(num/10)
tmp = numGB[num] + tmp
return tmp
def lunarDate2GB (dLunar, isLeapMonth):
tmp = str(dLunar.month)+'_'+str(dLunar.day)
if lunarHoliday.has_key( tmp ):
return '[0;33;44m%s[0m '% lunarHoliday[tmp] +
' '*(6-len(lunarHoliday[tmp]))
