The last two characters are the same
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01586B 9E
597BFF 9E
Moderator: leecollings
The last two characters are the same
Code: Select all
01586B 9E
597BFF 9E
You do need beta version, not stable for this.madrian wrote: ↑Sunday 03 December 2017 14:08 Yesterday I added new Aquara Body sensor, in the logs I see:
2017-12-03 14:05:13.279 XiaomiGateway: unhandled model: sensor_motion.aq2
2017-12-03 14:05:13.279 {"cmd":"report","model":"sensor_motion.aq2","sid":"158d0001643eb2","short_id":5302,"data":"{\"lux\":\"181\"}"}
2017-12-03 14:05:13.287 XiaomiGateway: unhandled model: sensor_motion.aq2
2017-12-03 14:05:13.287 {"cmd":"report","model":"sensor_motion.aq2","sid":"158d0001643eb2","short_id":5302,"data":"{\"status\":\"motion\"}"}
...but nothing in the device list. How can I add this device?
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2017-12-04 22:06:03.423 XiaomiGateway: will listen on 9898 for hardware id 11
2017-12-04 22:06:03.424 XiaomiGateway: Delaying worker startup...
2017-12-04 22:06:08.424 XiaomiGateway: Worker started...
2017-12-04 22:06:08.424 XiaomiGateway: Using 192.168.11.140 for local IP address.
seems to be a limitation of the sensor. the temperature reading can be requested at any time but it will just be the last recorded temp and not the actual temp at time of request.
Theory of regulation has answers for your doubts. I would say it is possible as temperature is slow process. When you identify your system and apply correct parameters of your regulator, system could "predict" your temperature and react in advance. You can choose different discrete regulators type from PID, fuzzy, neuron...madrian wrote: Let’s say you have your heating desired temperature set to 21º, and the last temperature reported by the sensor is 20.9, so the heater is on. Then, at a particular moment in time due to the current climate conditions, it takes 5 minutes to increase 0.1 degree, so to reach 20 degrees, it only takes 5 minutes, but to reach 21.4 that is the point where the sensor senses a 0.5 change and emits a new value, it takes 25 minutes. So there’s an extra 20 minutes of heating that could be avoided just if the sensor could be polled every 5 minutes.
I am using this script:Emtec wrote: ↑Saturday 09 December 2017 3:43Theory of regulation has answers for your doubts. I would say it is possible as temperature is slow process. When you identify your system and apply correct parameters of your regulator, system could "predict" your temperature and react in advance. You can choose different discrete regulators type from PID, fuzzy, neuron...madrian wrote: Let’s say you have your heating desired temperature set to 21º, and the last temperature reported by the sensor is 20.9, so the heater is on. Then, at a particular moment in time due to the current climate conditions, it takes 5 minutes to increase 0.1 degree, so to reach 20 degrees, it only takes 5 minutes, but to reach 21.4 that is the point where the sensor senses a 0.5 change and emits a new value, it takes 25 minutes. So there’s an extra 20 minutes of heating that could be avoided just if the sensor could be polled every 5 minutes.
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