test_sample200.txt

4176
3913
2397
2146
5110
2834
1037
5711
1035
1871
5453
5824
2311
2781
2811
4849
3340
5065
2320
3265
3247
4554
1670
4632
4565
3749
4449
3864
4092
1093
5946
1705
2422
4284
4666
3366
3965
4944
1096
5233
4553

from datetime import datetime
from datetime import timedelta 
def time_cal(string):
	hour_list = [3,6,7,3,6,2,3,2,2,2,0.5,0.5,3]
	CRM_IRC_list = [
					'OFF_CRM_NEW_100K_AUTO_CRM',
					'OFF_CRM_NEW_100K_AUTO',
					'OFF_IRC_RPTP_VOL_PV_100K_ADV_QZ_NOBND',
					'OFF_IRC_RPTP_VOL_PV_100K_ADV_QZ_BND',
					'OFF_IRC_RPTP_VOL_PV_100K_BBG_QZ',
					'OFF_IRC_RPTP_VOL_PV_100K_ADV_YRDS',
					'OFF_IRC_RPTP_VOL_PV_100K_BBG_YRDS',
					'OFF_IRC_RPTP_VOL_PV_100K_ADV_QZ_CRM',
					'OFF_IRC_RPTP_VOL_PV_100K_ADVSINK_QZ',
					'OFF_IRC_RPTP_VOL_PV_100K_BBGSINK_YRDS',
					'OFF_IRC_RPTP_VOL_PV_100K_DSTS_YRDS',
					'OFF_IRC_RPTP_VOL_PV_100K_MISTY',
					'OFF_IRC_RPTP_VOL_PV_100K_ADV_QZ_IO']
	
	datetime_object = datetime.strptime(string, '%m %d %H %M')
	for i in range(13):
		print CRM_IRC_list[i] +': ' + repr(datetime_object.timetuple()[1:5][::-1])
		datetime_object = datetime_object + timedelta(hours = hour_list[i])


string = '10 02 16 10'
# input 10021610 10 = oct 02 = day 16 =hour 10 =min
print time_cal(string)
3298
5338
5178
5665
4379
2305
2341
1523
2948
4226
4056
4454
4625
2613
4963
5732
2451
4525
2085
4079
3727
4056
3125
1736
4810
2653
4097
2318
5306
5092
5297
5315
4900
2274
3926
3725
3092
4363
1185
2597
3478
5054
1600
4054
4342
2461
3382
2073
1484
2396
3374
2257
2217
2088
3101
3975
5745
3015
1816
3357
1205
5472
1426
5387
3914
5750
1122
3780
5866
1259
2435
5248
3290
2157
4827
1434
3943
3851
2770
1180
3745
2866
4182
4823
5611
1140
1870
1718
1486
1767
3042
3501
3578
3775
2533
4078
5216
5261
1334
3577
3097
2468
4195
4711
1364
2059
5343
4631
3528
4638
1338
4996
5580
5608
2632
1677
2529
2971
4567
5663
1059
1751
5835
3601
4086
5557
5631
5193
5558
5437
5304
3014
5789
3244
1269
5045
2513
3737
2466
3167
4259
2645
4521
1158
2590
4835
2363
5913
5000
2049
2861
4153
3650
3877
4063
4495
3749
4548
2528