Setpoint for a Temperature

jkandasa

@JeeLet provide your nodeid, sensorid,variable you want to control by schedule
I can create starting point for you

JeeLet

re_edit https://forum.mysensors.org/topic/4970/setting-parameters-in-nodes/5

the sketch is not yet operational.
(Re-Edit le 6juin=

/*
 * LIBRAIRIE:
 *  MySensors v2    : https://github.com/mysensors/MySensors
 *  TimeLib.h       : https://github.com/PaulStoffregen/Time
 *  SSD1306Ascii.h  : https://github.com/greiman/SSD1306Ascii
 *
 * MATERIEL:
 *    Arduino Uno
 *    -Afficheur OLED 0,96" I2C TF052 / circuit SSD1306.
 *    bus TTLModule RS485
 * 
 * REVISION HISTORY
 *  base de Henrik Ekblad 2013-2015 et autres :)
 *  et DimmableLEDActuator.ino de Bruce Lacey
 *  ajout bus RS485 et OLED
 * 
 * DESCRIPTION
 *  demander Date et Heure au  contrôleur et l'affiche sur ecran OLED 
 *  Request date and time from the controller and display it on OLED screen 
 *  Ajout Relay sur Horloge et parametres debut/fin par MyC
 *  
 *  Connectique i2c:
*   Arduino :  A4   A5
*   OLED    :  SDA  SCL
 *  
 */
//-- The sketch uses 12264 octets (38%) ----global variables use 809 octets (39%)-----------
//-
//------------ 2022 ----------------------- Fonctionnelle avec MyC et MyS------------------- 

  //#define MY_DEBUG                  /*Enable debug prints to serial monitor*/
  #define MY_TRANSPORT_WAIT_READY_MS 3000  /*Timeout (ms) pour mis en Com.(0 pour aucun)*/
  #define MY_NODE_ID 22          /*Node en ID static*/

/* ----- Module RS485 ----*/
  #define MY_RS485                  /*Apl du transport RS485 (protocol?)*/
  #define MY_RS485_DE_PIN 2         /*Cmd DE pin*/
  #define MY_RS485_BAUD_RATE 9600   /*Set RS485 baud rate to use*/
//#define MY_RS485_HWSERIAL Serial1 /*pour port Serial autre*/
  
  #include "SSD1306Ascii.h"
  #include "SSD1306AsciiAvrI2c.h"
  
  #include <MySensors.h>  
  #include <TimeLib.h> 

// ------ objet - MyS numero du Node ------
  #define CHILD_ID_2 2      //On time
  #define CHILD_ID_4 4      //Off time
   
  // #define CHILD_ID_TXT 3    

  #define I2C_ADDRESS 0x3C                        /*i2c adresse*/
  
  #define RST_PIN -1  // Define proper RST_PIN if required.(oled)
   
  SSD1306AsciiAvrI2c oled;  //type de com oled

//----- MyS ------
    bool timeReceived = false;  
    bool stateCom = false;
    unsigned long lastUpdate=0, lastRequest=0 , lastmillis = 0;
    unsigned long newTime = 0, ComTime = 4000; // 4sec
    
//----------- test commande Relay ----------------    
  int ledPin = 7;                      // Assigned Pin for Relay Module
  int timecurrent ; // Conversion des heure en minutes
 
  int requestOn;
  int requestOff;

//----- MyS ------
      
   MyMessage dimmerMsg(CHILD_ID_2, V_PERCENTAGE);
   MyMessage dimmerMsg4(CHILD_ID_4, V_PERCENTAGE);
   
   bool info;              // pour info GW sur MyC

//---------------- SETUP ----------------------------

  void setup()  {  

//--- OLED ----
  #if RST_PIN >= 0
    oled.begin(&Adafruit128x32, I2C_ADDRESS, RST_PIN);
  #else // RST_PIN >= 0
    oled.begin(&Adafruit128x32, I2C_ADDRESS);
  #endif // RST_PIN >= 0

    oled.setFont(Adafruit5x7);         /*font Oled*/
    oled.clear();

   // requestTime(receiveTime); // apl controlller au boot ,desactiver pour teste

//test time Relay
  pinMode(ledPin, OUTPUT);  	// Relay fictif
  digitalWrite(ledPin, LOW);     // mis a Low

//---- test set point -----
  send(dimmerMsg.set(info)); 
  send(dimmerMsg4.set(info));
  }

//--------------MySensors-------------

  void presentation()  {
  
   sendSketchInfo("Clock", "2.0"); 

   present( CHILD_ID_2, S_DIMMER, "Debut" ); // Register the LED Dimmable Light with the gateway
   present( CHILD_ID_4, S_DIMMER, "Fin" );
      
    }

//------------------ LOOP -----------------------
  void loop() {     
  
  unsigned long now = millis();	// ---- MyS time --------  
  
   if (now-lastRequest > (ComTime)) {    
      timeReceived = false;
      requestTime(receiveTime);   // Request time from controller. 
      lastRequest = now;
      }
    
//----- Tempo Display Oled ----------
  if (now-lastUpdate > 10000) {  //10secondes
     lastUpdate = now;
      lastmillis = millis();   
        
    updateDisplay();  

//   Serial.print(" time current : "); Serial.print(timecurrent);
//   Serial.print(" requestOn : "); Serial.print(requestOn);
//   Serial.print(" requestOff : "); Serial.println(requestOff);
    
//----- Stat Com ---
    if (timeReceived == 1) {   //En Com Controller stateCom
      ComTime = 480UL*1000UL;    // 480=8 minutes cycles for Control presence controller 
     }
    else  {           // Erreur Com Controller
      stateCom = false;
      ComTime = 10UL*1000UL;    // secondes for attempted reconnection to the controller 
      //(ajouter un nombre maxi d'essai)
     // Serial.println(" ----*** Erreur Com Controller *** ---- ");
      }
        }
        
//----- commande Relay dans une plage horaire  -----
  // Conversion des heure en minutes
  timecurrent =  hour()*100 + minute(); 
//@Kamill:multiplié l’heure par 100 et ajouté les minutes.
//C’est plus pratique pour écrire les heures limites 10:00 → 1000 et 21:52 → 2152 .

  if (timecurrent >= requestOn && timecurrent <= requestOff)  { 
      digitalWrite(ledPin, HIGH); }
  else {
      digitalWrite(ledPin, LOW);  }     
     
   } //---Loop stop----

 // -------------------- MyS --------------------------------
  void receiveTime(unsigned long controllerTime)   {   
    if (receiveTime) stateCom = true ; else stateCom = false;
      newTime = controllerTime;
      timeReceived = true;
      setTime(controllerTime); // apl pour TimeLib.h
      }

//----- reception set time------------

  void receive(const MyMessage &message) {
    if (message.getType() == V_PERCENTAGE) {
      int requestedLevel = atoi( message.data ); //Récupérer la valeur à partir du message 
      
//limite valeur entrant dans la plage valide 0 to 2400
    requestedLevel = requestedLevel > 2400 ? 2400 : requestedLevel;
    requestedLevel = requestedLevel < 0   ? 0   : requestedLevel;
    
    if((requestedLevel % 100) > 59) { requestedLevel = 00; } // modulo Minutes

  switch (message.sensor) {
    
    case 2:                          // message  1
      requestOn = requestedLevel;       
    break;
   
    case 4:                       // message  2
      requestOff = requestedLevel;
    break;       
   }   
       
//----- retour valeur pour MyC -------
    send( dimmerMsg.set(requestOn) );
    send( dimmerMsg4.set(requestOff) );
    }
  }

//------------Gestion de l'affichage OLED---------------
  void updateDisplay() {
          //test function to power off the display
          //oled.ssd1306WriteCmd(SSD1306_DISPLAYOFF);
          //wait (10);
          //oled.ssd1306WriteCmd(SSD1306_DISPLAYON);

    oled.set1X();           //ligne Message
    oled.setCursor(2, 0);
    printStatDay () ;       // affiche jour de la semaine/poster day of the week
    //oled.print(day());
   
    oled.set2X();           //ligne Heures
    oled.setCursor(18,1);
    oled.print(hour());
    printDigits(minute());
    printDigits(second());
     oled.print(" ");
     
    oled.set1X();           // ligne jour mois Année / day month year
    oled.setCursor(35,3);
    oled.print(day());
    printDigitsDay(month());
    printDigitsDay(year());
   }

//-------- Day displaying-------
  void printDigitsDay(int digitday) { 
    //function for Day displaying "0" and separator "/" for day/month/year values
    oled.print("/");
      if(digitday < 10)
        oled.print('0');
        oled.print(digitday);
    }

//-------- Time displaying-------
  void printDigits(int digits) {  
    //function for Time displaying "0" and separator ":" for hour:minute:sec values
    oled.print(":");
      if(digits < 10)
        oled.print('0');
        oled.print(digits);
    }

//------ conversion date en texte (fonction weekday) et statu Com Controller -----------  
  void printStatDay () {   //function for display Day texte

    oled.invertDisplay(!(stateCom)); // inverse N/B Oled sur erreur Com
    if(stateCom == true) { oled.print("com  "); }    //com okai
    if(stateCom == false){ oled.print("Error"); }    //com Error
      // oled.print(stateCom);
        oled.print("  ");
    if(weekday() == 1) { oled.print("dimanche"); }  //Sunday
    if(weekday() == 2) { oled.print("lundi"); }     //Monday
    if(weekday() == 3) { oled.print("mardi"); }     //Tuesday
    if(weekday() == 4) { oled.print("mercredi"); }  //Wednesday
    if(weekday() == 5) { oled.print("jeudi"); }     //Thursday
    if(weekday() == 6) { oled.print("vendredi"); }  //Friday
    if(weekday() == 7) { oled.print("samedi"); }    //Saturday

     oled.print(" ");
     oled.print(day());
   }

//-------------------FIN PGM --------------------------

jkandasa

@JeeLet said in Setpoint for a Temperature:

the choice of constants OnHour OnMin separated is maybe not good ?

if you use MyController, you have the option to schedule in controller. no need to add code in your sketch. I will give you the config for schedule. can you provide your gateway name in MyController?

JeeLet

id: GW2560
description: Gateway USB
..... portname: /dev/ttyACM0

ou node
gatewayId: GW2560
nodeId: '22'
name: Clock

as said in the link at the beginning of the post
"I prefer that the basic logic is in the sensor node,... ." texte du lien

Use the controller's calendar to change the day's values.

the controller is the scheduler

Merci Jkandasa

jkandasa

@JeeLet here is the yaml file to control from MyController
on your sketch receive function process, a sensorId with 1 and V_STATUS variable. control your relay with the received payload

customVariableType: none
id: control_relay
enabled: true
type: simple
spec:
  frequency: daily
  dayOfWeek: sun,mon,tue,wed,thu,fri,sat
  date: ''
  dayOfMonth: ''
  time: '20:51'
validity: {}
handlerParameters:
  turn_on: >-
    {"type":"resource_by_quick_id","disabled":"","data":"cmVzb3VyY2VUeXBlOiBmaWVsZApxdWlja0lkOiBHVzI1NjAuMjIuMS5WX1NUQVRVUwpwYXlsb2FkOiAnb24nCnByZURlbGF5OiAwcwo="}
  turn_off: >-
    {"type":"resource_by_quick_id","disabled":"","data":"cmVzb3VyY2VUeXBlOiBmaWVsZApxdWlja0lkOiBHVzI1NjAuMjIuMS5WX1NUQVRVUwpwYXlsb2FkOiAnb2ZmJwpwcmVEZWxheTogMWgK"}
handlers:
  - resource_handler

You can move all your schedule logic to your sketch. As mentioned here you have to use custom variable to submit your inputs.

JeeLet

Hello jkandasa

Thank you for the information, I will test it in practice .

yes I am often absent from the world of micro i,informatique at the moment

JeeLet

in the topic https://forum.mysensors.org/topic/4970/setting-parameters-in-nodes/12
there is an interesting information

"..... This way you can see what openhab is sending to your MySensors gateway. Here is how to do it
Open an ssh connection to your openhab server
Type ssh -p 8101 openhab@localhost. ......."

the same thing is possible with MyController ???

read in real time the MyC and MyS dialog and the Log

jkandasa

@JeeLet you can watch it in MyController,
on your gateway setup enable message logger as follows,

On the computer where MyController is running, got to MyController directory, you can see a logs directory. there is file will be named as your gateway name, tail it

logs/
└── gateway_logs
    ├── gw_mysensor.log

tail -f logs/gateway_logs/gw_mysensor.log

2022-06-03T14:43:04.941+0530	Recd	out_rfm69/31/4/1/0/24			917730
2022-06-03T14:43:05.579+0530	Recd	out_rfm69/31/5/1/0/24			989894
2022-06-03T14:43:06.008+0530	Recd	out_rfm69/31/6/1/0/24			998194
2022-06-03T14:43:06.494+0530	Recd	out_rfm69/1/1/1/0/25			72
2022-06-03T14:43:06.665+0530	Recd	out_rfm69/31/4/1/0/25			512
2022-06-03T14:43:06.816+0530	Recd	out_rfm69/1/1/1/0/35			65.00
2022-06-03T14:43:07.389+0530	Recd	out_rfm69/31/4/1/0/37			49.94
2022-06-03T14:43:07.740+0530	Recd	out_rfm69/31/5/1/0/37			49.94
2022-06-03T14:43:08.419+0530	Recd	out_rfm69/31/6/1/0/37			32.00
2022-06-03T14:43:09.129+0530	Recd	out_rfm69/31/4/1/0/26			1
2022-06-03T14:43:11.066+0530	Recd	out_rfm69/13/1/1/0/38			244.01
2022-06-03T14:43:11.485+0530	Recd	out_rfm69/13/1/1/0/39			0.00
2022-06-03T14:43:12.026+0530	Sent	in_rfm69/13/1/1/1/35			65
2022-06-03T14:43:12.872+0530	Recd	out_rfm69/13/1/1/1/35			65
2022-06-03T14:43:13.635+0530	Recd	out_rfm69/13/255/3/0/1			
2022-06-03T14:43:13.660+0530	Sent	in_rfm69/13/255/3/1/1			1654267393
2022-06-03T14:43:14.463+0530	Recd	out_rfm69/13/255/3/1/1			1654267393

JeeLet

xxxi@odroidc2:/opt/apps/mycontroller$ tail -f executable/mc_home/logs/gateway_logs/gw_GW2560.log
2022-06-03T12:10:23.225+0200	recd	0;12;1;0;0;0.0
2022-06-03T12:10:23.225+0200	recd	0;13;1;0;1;0.0
2022-06-03T12:10:43.728+0200	recd	0;255;3;0;9;620470 .

JeeLet

Hello
here is my sketch is clean and functional.
the values sent with the bodyboard work well.

one step finished

now i tried with the examples of the schedules you gave me, and well i'm lost

I recapitulate the need.

MyC sends at a certain time or day, the value of on and off
for the time slots of the relay on the clock.

integer values without comma,
example : 1630 for 16hours 30minutes.
the sketch of MyS manages with

Thanks for your help.
many stars in the sky for you

the recopies and other info

text alternatif

the parts of the sketch

...
// ------ objet - MyS numero du Node ------
  #define CHILD_ID_2 2      //On time
  #define CHILD_ID_4 4      //Off time
 ...
//----------- test commande Relay ----------------    
    int ledPin = 7;               // test Assigned Pin for Relay Module
   
     int requestOn;
   int requestOff;

//----- MyS ------
   MyMessage dimmerMsg(CHILD_ID_2, V_PERCENTAGE);  //hour walk
   MyMessage dimmerMsg4(CHILD_ID_4, V_PERCENTAGE);  //stop time
   
   bool info;              //  for your information GW sur MyC

//---------------- SETUP ----------------------------

  void setup()  {  

...
//---- test set point -----
  send(dimmerMsg.set(info)); 
  send(dimmerMsg4.set(info));
  }

//--------------MySensors-------------

  void presentation()  {
  
   sendSketchInfo("Clock", "2.0"); 
   present( CHILD_ID_2, S_DIMMER, "Debut" ); // Register the LED Dimmable Light with the gateway
   present( CHILD_ID_4, S_DIMMER, "Fin" );
      
    }

//------------------ LOOP -----------------------
  void loop() {     
  
 ....        
//----- commande Relay dans une plage horaire  -----
timecurrent =  hour()*100 + minute();   // Conversion des heure en minutes
 
//----- reception set time On Off ------------ 
 int requestedLevel = atoi( message.data ); //Récupérer la valeur à partir du message 
      
//----- limite valeur entrant dans la plage valide 0 to 2400 ------
    requestedLevel = requestedLevel > 2400 ? 2400 : requestedLevel;
    requestedLevel = requestedLevel < 0   ? 0   : requestedLevel;
    
     if((requestedLevel % 100) > 59) { requestedLevel = 00; }
     
//----- trie des messages -------
  switch (message.sensor) {
    case 2:                          // message  1
      requestOn = requestedLevel;       
    break;
   
    case 4:                       // message  2
      requestOff = requestedLevel;
    break;       
   }   

//----- commande Relay dans une plage horaire  -----   
   if (timecurrent >= requestOn && timecurrent <= requestOff)  { 
      digitalWrite(ledPin, HIGH); }
  else {
      digitalWrite(ledPin, LOW);  }


//----- return value for MyC -------
    send( dimmerMsg.set(requestOn) );
    send( dimmerMsg4.set(requestOff) );
    
    }
  }

jkandasa

@JeeLet good to know that you achieved your requirement. thanks for sharing the final result

JeeLet

text alternatif

No, the commands through the Schedules are not sent.

I waited for the night, but nothing happens on the Arduino.

Sending with widgets is fine

jkandasa

Hi @JeeLet for your schedule variables are not required and in Parameters to handler select Resource By Quick ID and add your payload.

But you are controlling time based action on your arduino sketch, but still why do you want to send the config payload from MyController schedule?

In your case controlling the V_STATUS (led or relay) directly, then you can use MyController Scheduler, otherwise you can go with your arduino sketch schedule

JeeLet

hello jkandasa

"...but why do you want to send the configuration payload from the MyController calendar?" for each Node to be autonomous, the principle of distributed intelligence, no centralization, the MyC Controller can be turned off or the link cut (and also to test MyC )

"otherwise you can use your arduino sketch program" ... Yes
MyC sends a time setting for the drift of the Arduino and also the management of time slots.
(afterwards the Gateways will have a RTC clock)

Thanks

Parameters to handler select Resource By Quick ID and add your payload.

Setpoint for a Temperature

0

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