Hi
I have been searching if this cable can be used like the cn105 for Mitsubishi devices, but so far I only found libraries for daikin that use IR. Is there really no other way than IR?
maybe this can be useful : https://forum.mysensors.org/topic/6948/synchronising-light-switch
I use it with version 1requestState or 2 requestTime() on some sketches
(I modified the structure, moved some parts to functions to make it more readable )
Hi @Soloam, not sure if you managed to solve your problem. I would recommend using Mosquitto MQTT broker open source or Pro version since they both support all MQTT QoS levels (including QoS 0, QoS 1, QoS 2).
Hello
CAN Bus is still functional, and no problem.
a question : is it possible to implement the use of 2 CAN Module on the same Gateway.
2 CAN bus or RS485 + CAN
as for the RS485 in example for a Mega2560 board
MyConfig.h
......
* Example: @code #define MY_RS485_HWSERIAL Serial1 @endcode
*/
//#define MY_RS485_HWSERIAL (Serial1)
@alowhum Sorry, I have abandoned this project. It didn't garner the interest I hoped it would, and I’ve moved on to other microcontrollers/radios/networks since then. This is hosted on GitHub’s free static hosting, so it should continue to work as long as they are in business, and it should work on devices as it was 5-6 years ago. But I won’t be supporting it and won’t continue to build on it. Glad to hear that you like it!
Great, thanks for your reply and help.
I was able to do what I wanted, I give you some code snippets to make several messages via a for loop,
I'm not a code proffesional but this works:
// Initialize messages
MyMessage msgInA(0,V_CURRENT);
MyMessage msgWhA(0,V_WATT);
#define NSENSORS 6 //used current sensors
void setup()
{
//initialize energy monitor CurrentSensor
for (int i=0; i<NSENSORS; i++)
{
wh[i] = { 0.0 }; //initialize wh
lwhtime[i] = {0}; //initialize time
present(i, S_MULTIMETER);
}
for (int i=0; i<NSENSORS; i++)
{
present(i, S_POWER);
}
}
void loop()
{
for (int i=0; i<NSENSORS; i++)
{
send(msgInA.setSensor(i).set(Irms[i], 1));
send(msgWhA.setSensor(i).set(wh[i], 1));
}
}
Thanks
@ncollins Impressive! Looks as though you even modeled the exact shape of the coincell holder. And you apparently designed the 3D printer snap enclosures as well. Even just the 3D printed enclosure modelling is quite a task all by itself. I hope to one day evolve into doing that too, but for now the Hammond enclosures are going to be my short-term solution. The smallest Hammond is still not as small as what you've managed to produce, but at 36mm wide for an off-the-shelf ABS enclosure, it's too wide by only about 10mm. Still.... one day I want to 3D print an enclosure to be as small as possible.
There's another somewhat way around:
you just need to open prog and then close when it gets stuck and then clik try to restore or wait button few times:
https://pasteboard.co/GQTHDnaQsawY.png
then you should get this screen at some point and then press ok/ignore and it works
(https://pasteboard.co/9iuz1LC7kgWC.png
needs several tries.
