Candle - signal Hub - A universal 433Mhz signal detector and cloner
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@alowhum said in Candle - signal Hub - A universal 433Mhz signal detector and cloner:
@Homer yes
Thanks, and thanks for your private messages!
I managed to build a rf433 sender which is connected to wifi and is outside of the Mysensors environment, and it works, but I can't get my controller (Vera) to communicate with it. This looks like it should work perfectly for what I want it to do!
Thanks for sharing!
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I am having issues with the device I made myself which doesn't use this code, so I have decided to give this project a go. One problem though... I copied the sketch from you link, and even without any changes or alterations, the sketch doesn't compile. It gets to line 468 and says "detectedMessage" was not declared in this scope.
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@alowhum I've finished building this. I have also bought a couple cheap window/door sensors to try, but I've hit a snag.
When I joined this to my controller (Vera) it said that it found 2 devices, but when I check my devices I only find one device, and all it says is that it's a node; I have very little in the way of interacting with it. I'm not sure what's going on.... It's weird that it found two devices and only displays one! Seeing that I'm not using any screen, I can't do anything because I thought I could interact with the hub from within my controller. Have I done something wrong?
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I haven't tested it without a screen myself. I'll look into it for you and see if I can make the code work optimally without it. I'll get back to you with the updated code.
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Here is the new version which should work just fine without a touchscreen attached.
https://github.com/createcandle/Devices/blob/master/Signal-hub/Signal-hub.ino
I also added a new playlist feature. If multiple replay requests are received in quick succession (perhaps from a home automation rule that wants to trigger multiple sockets), it can remember these requests and replay them one after the other.
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I've finally finished building this, but sadly it doesn't want to work with my controller (Vera). When I start the inclusion process I'm says that it has found 2 devices, but when the controller finishes setting it up it only ends up showing one device, and all it says is that it is a node.
Has anyone built this and have had success with Vera? If you are using this, which controller do you use?
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It should not show a temperature sensor, since it doesn't have one. Are you sure it has actually connected? Try listening to the serial output of the node (using the Arduino IDE's option to do this), and check if it says that it has connected ok, and that is is showing you the decoded signals then you play the RF signal. You can even try enabling the debug option to get even more details about the node's state.
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Thanks for the reply!
It doesn't show a temp sensor. I circled the device that it shows, but of course I only circled one because the second device doesn't show.
@homer Look at your device list on a computer web browser. It appears that you are viewing it with the Vera app on your phone or tablet. I have seen where some devices don't show correctly on the Vera app. I don't know what type of device it will identify as, but you should see "<some device type> (12)" with the key being the (12) as that identifies the node that presented it. Also, do you have any 433Mhz devices that it may be detecting? Looking at the code a bit, it looks like it will present any 433Mhz devices that it sees to your Vera controller.
Vera Plus running UI7 with MySensors, Sonoffs and 1-Wire devices
Visit my website for more Bits, Bytes and Ramblings from me: http://dan.bemowski.info/ -
@homer Look at your device list on a computer web browser. It appears that you are viewing it with the Vera app on your phone or tablet. I have seen where some devices don't show correctly on the Vera app. I don't know what type of device it will identify as, but you should see "<some device type> (12)" with the key being the (12) as that identifies the node that presented it. Also, do you have any 433Mhz devices that it may be detecting? Looking at the code a bit, it looks like it will present any 433Mhz devices that it sees to your Vera controller.
@dbemowsk thanks for your reply. Yes the screenshot was taken Vera using my phone, but I only did that as I was using the phone at the time. I went out to have a smoke lol after I tried on my laptop.
From what I understand, it should have created devices that then allow for the inclusion of rf433 devices, but if that isn't the case, I'm happy to be corrected!
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@homer It creates one device. This device will get more children when it learns more codes.
For example:
- If you teach it a on+off code, the new child will be a toggle switch.
- If you teach it to recognize a signal, the new child will be a motion sensor.
If you are not using the touch screen, then you will also have 4 children that allow you to toggle the recording of the new signals.
- A button to record a single signal that you want to be able to replay.
- A button to start learning of an of+off combo signal (like a power socket that you can turn of and off).
- A button to start learning a single detection signal (like a basic 433 window sensor)
- A button to start learning a on+off detection signal (like a fancy 433 window sensor that supports both open and closed states).
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@homer It creates one device. This device will get more children when it learns more codes.
For example:
- If you teach it a on+off code, the new child will be a toggle switch.
- If you teach it to recognize a signal, the new child will be a motion sensor.
If you are not using the touch screen, then you will also have 4 children that allow you to toggle the recording of the new signals.
- A button to record a single signal that you want to be able to replay.
- A button to start learning of an of+off combo signal (like a power socket that you can turn of and off).
- A button to start learning a single detection signal (like a basic 433 window sensor)
- A button to start learning a on+off detection signal (like a fancy 433 window sensor that supports both open and closed states).
