|
experiment started @ 15:35:10
semi Periods are T1 = 210s, T2 = 210s.
all relays set to OFF @15:35:10
state set to ON @15:38:40
state set to OFF @15:42:10
state set to ON @15:45:40
state set to OFF @15:49:10
state set to ON @15:52:40
state set to OFF @15:56:10
state set to ON @15:59:40
state set to OFF @16:03:10
state set to ON @16:06:41
state set to OFF @16:10:11
state set to ON @16:13:41
assymmetric cycling terminated by user @ 16:14:46
after 7 cycles
All relays set to ON @16:14:46
All relays set to OFF @16:14:47
experiment started @ 16:37:35
semi Periods are T1 = 150s, T2 = 150s.
all relays set to OFF @16:37:35
state set to ON @16:40:05
state set to OFF @16:42:35
state set to ON @16:45:05
state set to OFF @16:47:35
state set to ON @16:50:05
state set to OFF @16:52:35
state set to ON @16:55:05
state set to OFF @16:57:35
state set to ON @17:00:05
state set to OFF @17:02:35
state set to ON @17:05:05
assymmetric cycling terminated by user @ 17:06:50
after 13 cycles
All relays set to ON @17:06:51
All relays set to OFF @17:06:52
experiment started @ 17:27:59
semi Periods are T1 = 120s, T2 = 120s.
all relays set to OFF @17:27:59
assymmetric cycling terminated by user @ 17:28:06
after 13 cycles
experiment started @ 17:28:14
semi Periods are T1 = 120s, T2 = 120s.
all relays set to OFF @17:28:14
state set to ON @17:30:14
state set to OFF @17:32:14
state set to ON @17:34:14
state set to OFF @17:36:14
state set to ON @17:38:14
state set to OFF @17:40:14
state set to ON @17:42:14
state set to OFF @17:44:14
state set to ON @17:46:14
state set to OFF @17:48:14
state set to ON @17:50:14
assymmetric cycling terminated by user @ 17:51:27
after 19 cycles
All relays set to ON @17:51:28
All relays set to OFF @17:51:28
experiment started @ 18:12:00
semi Periods are T1 = 100s, T2 = 100s.
all relays set to OFF @18:12:00
state set to ON @18:13:40
state set to OFF @18:15:20
state set to ON @18:17:00
state set to OFF @18:18:40
state set to ON @18:20:20
state set to OFF @18:22:00
state set to ON @18:23:40
state set to OFF @18:25:20
state set to ON @18:27:00
state set to OFF @18:28:40
state set to ON @18:30:20
state set to OFF @18:32:00
state set to ON @18:33:40
state set to OFF @18:35:20
state set to ON @18:37:00
state set to OFF @18:38:40
assymmetric cycling terminated by user @ 18:40:07
after 8 cycles
All relays set to ON @18:40:08
All relays set to OFF @18:40:08
experiment started @ 20:02:34
semi Periods are T1 = 90s, T2 = 90s.
all relays set to OFF @20:02:34
state set to ON @20:04:04
state set to OFF @20:05:34
state set to ON @20:07:04
state set to OFF @20:08:34
state set to ON @20:10:04
state set to OFF @20:11:34
state set to ON @20:13:04
state set to OFF @20:14:35
state set to ON @20:16:05
state set to OFF @20:17:35
state set to ON @20:19:05
state set to OFF @20:20:35
state set to ON @20:22:05
state set to OFF @20:23:35
state set to ON @20:25:05
assymmetric cycling terminated by user @ 20:26:25
after 16 cycles
All relays set to ON @20:26:28
All relays set to OFF @20:26:28
experiment started @ 20:54:19
semi Periods are T1 = 80s, T2 = 80s.
all relays set to OFF @20:54:19
state set to ON @20:55:39
state set to OFF @20:56:59
state set to ON @20:58:19
state set to OFF @20:59:39
state set to ON @21:00:59
state set to OFF @21:02:19
state set to ON @21:03:39
state set to OFF @21:04:59
state set to ON @21:06:19
state set to OFF @21:07:39
state set to ON @21:08:59
state set to OFF @21:10:19
state set to ON @21:11:39
state set to OFF @21:12:59
state set to ON @21:14:19
assymmetric cycling terminated by user @ 21:14:32
after 24 cycles
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