elif dLunar.day==0:
tmp2 = '闰'*isLeapMonth + num2GB(dLunar.month+1) +'月'
return '[7m%s[0m' % tmp2 + ' '*(8-len(tmp2))
elif dLunar.day<10:
return '初' + num2GB(dLunar.day+1)
else:
return num2GB(dLunar.day+1)
def outputCalendar(year, month):
dLunar = Date(-1,-1,-1)
ow ('n 阳历%d年%d月 ' % (year+1900, month+1) )
for iDay in range( getSolarDaysInMonth(year, month) ):
dSolar = Date(year, month, iDay)
dLunar, isLeapMonth = solar2Lunar (dSolar)
if iDay==0:
ow ('始于 阴历%s年%s%s月 (%s%s年, 生肖属%s)n' %
( num2GB(dLunar.year+1900), '闰'*isLeapMonth,
num2GB(dLunar.month+1),
ganGB [dLunar.gan], zhiGB[dLunar.zhi], shengXiaoGB[dLunar.zhi]
))
ow ('='*74 + 'n')
for i in range(7):
ow ("%3s %2s " % (weekdayEn[i][:3], weekdayGB[i]) )
ow('nn')
for i in range(dLunar.weekday): ow(' '*11)
elif dLunar.weekday==0: ow('n')
ow ( "%2d %-8s" %(iDay+1, lunarDate2GB(dLunar, isLeapMonth) ) )
ow('nn')
def checkArgv (argv):
argc = len(argv)
if argc==1 or argv[1] in ('-h', '--help'):
print __doc__; exit(0)
#in case people input arguments as "4-digit-year month"
if argc==3 and len(argv[1]) == 4 and len(argv[2]) in (1,2):
argv[1], argv[2] = argv[2], argv[1]
#Get month
month=-1
for iMonth in range(12):
