Smart Faucet #CloudGames2022

Motion-sensing faucets:- Pro: Saves Water. Yay! Con: No Taps means No Temp Control. Boo! Introducing, "Smart Faucet"

Mar 12, 2022

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1677 views

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1 respects

environmental sensing

Components and supplies

Arduino Oplà IoT Kit

Li-Ion Battery 1000mAh

Stepper motor driver board A4988

Jumper wires (generic)

Solderless Breadboard Full Size

Limit Switch, 5 A

DS18B20 Programmable Resolution 1-Wire Digital Thermometer

Project description

Code

Smart Faucet

arduino

1#include "thingProperties.h"
2#include<AccelStepper.h>
3#include  <DS18B20.h>
4#include <Arduino_MKRIoTCarrier.h>
5#include <ezButton.h>
6
7float  tempCold = 25;
8float prevTempDesired;
9float tempHot = 48;
10
11//~~~~~~~~~~Status  Messages~~~~~~~~~~//
12String stringOne = "Desired: ";
13String stringTwo =  " Curr: ";
14String stringThree = "Desired Temperaure is out of Scope.";
15String  stringFour = "Desired Temp Reached.";
16String stringFive = "No Motion Detected.";
17String  stringSix = "°";
18String stringSeven = " Sensor(s) Missing";
19String stringEight  = " Current Temp: ";
20//~~~~~~<END>Status Messages~~~~~~//
21
22//~~~~Define  MKR Carrier Sensors and Hardware~~~~//
23#define PIR A5
24MKRIoTCarrier carrier;
25extern  bool CARRIER_CASE;
26int Val = 0;
27//~~<END>Setup MKR Carrier Sensors and Hardware~~//
28
29//~~~~~~~~Create  the Motor Instances~~~~~~~~//
30long positions[2];
31long zeroPos[2]; 
32long  mid[2] = {0,80};
33AccelStepper stepperCold(1,1,0);
34AccelStepper stepperHot(1,4,3);
35float  Vd;
36bool dirCold = 0;
37bool dirHot = 0;
38float positionCold, positionHot;
39//~~~~~<END>Create  the Motor Instances~~~~~//
40
41//~~Create Instances for Temperature Sensors~~//
42DS18B20  Temps(21);
43uint8_t Sensor2Add[8] = {40, 59, 22, 70, 146, 9, 2, 107};
44uint8_t  Sensor3Add[8] = {40, 47, 17, 210, 11, 0, 0, 250};
45float Uqr = 0;
46float pqr  = 0;
47//~~<END>create instances for temperature sensors~~//
48
49//~~~~~~~~~~Define  Limit Switches~~~~~~~~~~//
50ezButton ls_hot(7);
51ezButton ls_cold(8);
52int  stateHot, stateCold;
53bool fin = false;
54float Th_1 = 0;
55//~~~~~~~<END>Define  Limit Switches~~~~~~~~//
56
57//~~~~~~~~~~~~~~~~Display features~~~~~~~~~~~~~~~//
58int  ht = 0;
59//~~~~~~~~~~~~~<END> Display Features~~~~~~~~~~~~//
60
61//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~//
62//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~SETUP~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~//
63//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~//
64void  setup() {
65//~~~~~~~Initialize serial~~~~~~//
66  Serial.begin(9600); 
67  delay(6000);
68//~~~~<END>Initialize  serial~~~~//
69
70// Setup and Initialize Arduino Cloud  
71// Defined in thingProperties.h
72  initProperties();
73
74// Connect to Arduino IoT Cloud
75  ArduinoCloud.begin(ArduinoIoTPreferredConnection);
76  
77  /*
78     The following function allows you to obtain more information
79     related to the state of network and IoT Cloud connection and errors
80     the  higher number the more granular information you’ll get.
81     The default is 0  (only errors).
82     Maximum is 4
83 */
84  ArduinoCloud.addCallback(ArduinoIoTCloudEvent::CONNECT,  doThisOnConnect);
85  setDebugMessageLevel(2);
86  ArduinoCloud.printDebugInfo();
87  tempDesired = 36;
88// <END>Setup and Initialize Arduino Cloud
89  
90//~~~~~Setup  MKR Carrier and Sensors~~~~//
91  CARRIER_CASE = true;
92  carrier.begin();
93  pinMode (PIR, INPUT);
94//~~<END>Setup MKR Carrier and Sensors~~//
95  
96//~~~~~~~~Initialize  Motor Settings~~~~~~~~//
97  stepperCold.setAcceleration(80);
98  stepperCold.setMaxSpeed(1000);
99  stepperHot.setAcceleration(80);  
100  stepperHot.setMaxSpeed(1000);
101//~~~~~<END>Initialize  Motor Settings~~~~~~//
102
103//~~~~~~~~~~Limit Switch Settings~~~~~~~~~~//
104  ls_hot.setDebounceTime(50);
105  ls_cold.setDebounceTime(50);
106//~~~~~~~<END>Limit  Switch Settings~~~~~~~~//
107  
108//~~~~~~~~Setup Temperature Sensors~~~~~~~~//
109  float Th_1 = 0;
110  int p = 1;
111  int n = Temps.getNumberOfDevices();
112  Serial.println(n);
113  if(n < 2){//Verify if all snesors are pressent
114    int see = 2 - n;
115    String  errr = see+stringSeven;
116    Serial.println(errr);
117  }
118//~~~~~~~<END>Setup  Temperature Sensors~~~~~~~//
119}
120//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~LOOP~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
121int  check = 1;
122int imp = 0;
123int prevTemp = 0;
124void loop() {
125  ArduinoCloud.update();
126//  carrier.display.setRotation(0);  
127//~~~~~~~~~Check Touch Buttons~~~~~~~~~~//
128  TouchButtonsCheck();
129//~~~~~~~~~<END>Check Touch Buttons~~~~~//
130
131//~~~~~~~~~~~~~~Run  Flow Checks~~~~~~~~~~~~~//
132  Val = digitalRead(PIR);
133//~~~~~~~~~~~~No Motion  Detected?~~~~~~~~~~~//
134  while(Val == LOW){
135    ArduinoCloud.update();
136    for(int r = 0; r < 5; r++){
137      carrier.leds.setPixelColor(r, 0, 0, 0);
138      carrier.leds.show();
139    }
140    Status = stringFive;
141    
142//~~~~~~~~~~~Check  Touch Buttons~~~~~~~~~~~~~//
143    TouchButtonsCheck();
144//~~~~~~~~~<END>Check  Touch Buttons~~~~~~~~~~//
145  motorHot = stepperHot.currentPosition();
146  motorCold  = stepperCold.currentPosition();
147    Val = digitalRead(PIR);
148  }
149  
150//~~~~~~~~~~~~~~~Motion  Detected~~~~~~~~~~~~~//
151  
152//~~~~~~~~~~~~Check Touch Buttons~~~~~~~~~~~//
153  TouchButtonsCheck();
154//~~~~~~~~~<END>Check Touch Buttons~~~~~~~~~//
155   
156//~~~~~~~~~~<END>Run  Flow Checks~~~~~~~~~~~~//
157
158//~~~~~~~~~~Wash Em' Hands Folks~~~~~~~~~~~~//  
159  float flT = millis();
160  while((millis() - flT) <= 10000){ 
161    tempOut  = getT(2); 
162    Status = stringEight + tempOut+stringSix;
163    ArduinoCloud.update();
164    for(int r = 0; r < 5; r++){
165      if (r % 2 == 0){carrier.leds.setPixelColor(r,  50, 0, 0);}
166      else{carrier.leds.setPixelColor(r, 0, 50, 0);}
167      carrier.leds.show();
168    }
169//~~~~~~~~~~~Check Touch Buttons~~~~~~~~~~~~//
170    TouchButtonsCheck();
171//~~~~~~~~<END>Check  Touch Buttons~~~~~~~~~~//
172
173//~~~~~~~~~~~~Run Motor Control~~~~~~~~~~~~~//
174    if(tempDesired != prevTempDesired){
175      TempDesiredChange();
176      motors(positions);
177      prevTempDesired = tempDesired;
178    }
179    else{
180      motors(positions);
181    }
182    motorHot = stepperHot.currentPosition();
183    motorCold = stepperCold.currentPosition();
184  }
185//~~~~~~~~<END> Run Motor Control~~~~~~~~~~~// 
186  motorsZero();
187}
188
189float  Kalman(float x){    
190  float rq = 0.00001; float qq = 0.000005; float hq = 1;
191  float kq = pqr*hq/(hq*pqr*hq+rq);
192  Uqr = Uqr+kq*(x-hq*Uqr);
193  pqr = (hq-kq*hq)*pqr+qq;
194  return Uqr;
195}
196
197float getT(int num){
198  float tTheo;
199  switch(num){
200    case 1:
201//      Temps.select(Sensor1Add);
202//      return Temps.getTempC();
203      break;
204    case 2:
205      Temps.select(Sensor2Add);
206      if(stepperCold.currentPosition()  != 0 || stepperHot.currentPosition() != 0){
207        if(stepperCold.currentPosition()  != 0 && stepperHot.currentPosition() == 0){
208          tTheo = tempCold;
209        }
210        if(stepperCold.currentPosition() == 0 && stepperCold.currentPosition() !=  0){
211          tTheo = tempHot;
212        }
213        if(stepperCold.currentPosition()  != 0 && stepperHot.currentPosition() != 0){
214          tTheo = tempCold + (tempHot-tempCold)*(stepperHot.currentPosition()/198)/(stepperCold.currentPosition()/204+positions[1]/198);
215        }
216        return 0.7 * tTheo + 0.3 * Kalman(Temps.getTempC());
217        break;
218      }
219    case 3:
220      Temps.select(Sensor3Add);
221      return Temps.getTempC();
222      break;
223  }
224}
225void TempDesiredChange(){
226  Vd = tempDesired / 100;
227  positions[1] = (long)(Vd * 198); 
228  if (Vd <= 0.25){
229    positions[0] =  200;
230  }
231  if (Vd <= 0.5 && Vd > 0.25){
232    positions[0] = 140;
233  }
234  if (Vd <= 0.75 && Vd > 0.5){
235    positions[0] = 90;
236  }
237  if (Vd <= 1  && Vd > 0.75){
238    positions[0] = 30;
239  }
240  
241}
242void TouchButtonsCheck(){
243  carrier.Buttons.update();
244  if (carrier.Buttons.onTouchDown(TOUCH0)) {
245    tempDesired = 0;
246    carrier.leds.setPixelColor(0, 0, 50, 0);
247    carrier.leds.show();
248  } 
249  if(carrier.Buttons.onTouchUp(TOUCH0)){
250    carrier.leds.setPixelColor(0,  0);
251    carrier.leds.show();
252  }
253  if (carrier.Buttons.onTouchDown(TOUCH1))  {
254    tempDesired = 50; 
255    carrier.leds.setPixelColor(1, 0, 50, 0);
256    carrier.leds.show();    
257  } 
258  if(carrier.Buttons.onTouchUp(TOUCH1)){
259    carrier.leds.setPixelColor(1, 0);
260    carrier.leds.show();
261  }
262  if  (carrier.Buttons.onTouchDown(TOUCH2)) {
263    tempDesired = 76;
264    carrier.leds.setPixelColor(2,  0, 50, 0); 
265    carrier.leds.show();
266  } 
267  if(carrier.Buttons.onTouchUp(TOUCH2)){
268    carrier.leds.setPixelColor(2, 0);
269    carrier.leds.show();
270  }
271  if  (carrier.Buttons.onTouchDown(TOUCH3)) {
272    if(tempDesired < 102){
273      tempDesired  += 2;
274    }
275    carrier.leds.setPixelColor(3, 50, 0, 0);   
276    carrier.leds.show();
277  }
278  if (carrier.Buttons.onTouchUp(TOUCH3)) {
279    carrier.leds.setPixelColor(3,  0);
280    carrier.leds.show();
281  }
282  if (carrier.Buttons.onTouchDown(TOUCH4))  {
283    if(tempDesired > -2){
284      tempDesired -= 2;
285    }
286    carrier.leds.setPixelColor(4,  0, 0, 50);   
287    carrier.leds.show();
288  }
289  if (carrier.Buttons.onTouchUp(TOUCH4))  {
290    carrier.leds.setPixelColor(4, 0);
291    carrier.leds.show();
292  }
293}
294void  motors(long psn[2]){
295  int j = 1; int k = 1; 
296  stepperCold.moveTo(psn[0]);
297  stepperHot.moveTo(psn[1]);
298  while(j == 1 || k == 1){
299    ls_cold.loop();
300    ls_hot.loop();
301    stateCold = ls_cold.getState();
302    stateHot = ls_hot.getState();
303    if(j == 1){
304      stepperCold.run();
305    }
306    if(k == 1){
307      stepperHot.run();
308    }      
309    if(ls_cold.isPressed() || stepperCold.distanceToGo() == 0){
310      if(j == 1){
311        stepperCold.stop();
312        j++;
313      }
314    }
315    if(ls_hot.isPressed() || stepperHot.distanceToGo() == 0){
316      if(k  == 1){
317        stepperHot.stop();
318        k++;
319      }
320    }
321  }
322  positionHot = stepperHot.currentPosition();
323  positionCold = stepperCold.currentPosition();
324}
325void  motorsZero(){
326  int j = 1; int k = 1;
327  while(j == 1 || k == 1){
328    ls_cold.loop();
329    ls_hot.loop();
330    stateCold = ls_cold.getState();
331    stateHot = ls_hot.getState();
332    if(j == 1){
333      stepperCold.moveTo(stepperCold.currentPosition() - 20);
334      stepperCold.run();
335    }
336    if(k == 1){
337      stepperHot.moveTo(stepperHot.currentPosition()  - 20);
338      stepperHot.run();
339    }
340    if(ls_cold.isPressed()){
341      if(j  == 1){
342        stepperCold.stop();
343        Serial.println("1 pressed");
344        stepperCold.setCurrentPosition(0);
345        j++;
346      }
347    }
348    if(ls_hot.isPressed()){
349      if(k == 1){
350        stepperHot.stop();
351        Serial.println("2 pressed");
352        stepperHot.setCurrentPosition(0);
353        k++;
354      }
355    }
356  }
357  positionHot = stepperHot.currentPosition();
358  positionCold = stepperCold.currentPosition();
359}

#include "thingProperties.h"
#include<AccelStepper.h>
#include  <DS18B20.h>
#include <Arduino_MKRIoTCarrier.h>
#include <ezButton.h>

float  tempCold = 25;
float prevTempDesired;
float tempHot = 48;

//~~~~~~~~~~Status  Messages~~~~~~~~~~//
String stringOne = "Desired: ";
String stringTwo =  " Curr: ";
String stringThree = "Desired Temperaure is out of Scope.";
String  stringFour = "Desired Temp Reached.";
String stringFive = "No Motion Detected.";
String  stringSix = "°";
String stringSeven = " Sensor(s) Missing";
String stringEight  = " Current Temp: ";
//~~~~~~<END>Status Messages~~~~~~//

//~~~~Define  MKR Carrier Sensors and Hardware~~~~//
#define PIR A5
MKRIoTCarrier carrier;
extern  bool CARRIER_CASE;
int Val = 0;
//~~<END>Setup MKR Carrier Sensors and Hardware~~//

//~~~~~~~~Create  the Motor Instances~~~~~~~~//
long positions[2];
long zeroPos[2]; 
long  mid[2] = {0,80};
AccelStepper stepperCold(1,1,0);
AccelStepper stepperHot(1,4,3);
float  Vd;
bool dirCold = 0;
bool dirHot = 0;
float positionCold, positionHot;
//~~~~~<END>Create  the Motor Instances~~~~~//

//~~Create Instances for Temperature Sensors~~//
DS18B20  Temps(21);
uint8_t Sensor2Add[8] = {40, 59, 22, 70, 146, 9, 2, 107};
uint8_t  Sensor3Add[8] = {40, 47, 17, 210, 11, 0, 0, 250};
float Uqr = 0;
float pqr  = 0;
//~~<END>create instances for temperature sensors~~//

//~~~~~~~~~~Define  Limit Switches~~~~~~~~~~//
ezButton ls_hot(7);
ezButton ls_cold(8);
int  stateHot, stateCold;
bool fin = false;
float Th_1 = 0;
//~~~~~~~<END>Define  Limit Switches~~~~~~~~//

//~~~~~~~~~~~~~~~~Display features~~~~~~~~~~~~~~~//
int  ht = 0;
//~~~~~~~~~~~~~<END> Display Features~~~~~~~~~~~~//

//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~//
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~SETUP~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~//
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~//
void  setup() {
//~~~~~~~Initialize serial~~~~~~//
  Serial.begin(9600); 
  delay(6000);
//~~~~<END>Initialize  serial~~~~//

// Setup and Initialize Arduino Cloud  
// Defined in thingProperties.h
  initProperties();

// Connect to Arduino IoT Cloud
  ArduinoCloud.begin(ArduinoIoTPreferredConnection);
  
  /*
     The following function allows you to obtain more information
     related to the state of network and IoT Cloud connection and errors
     the  higher number the more granular information you’ll get.
     The default is 0  (only errors).
     Maximum is 4
 */
  ArduinoCloud.addCallback(ArduinoIoTCloudEvent::CONNECT,  doThisOnConnect);
  setDebugMessageLevel(2);
  ArduinoCloud.printDebugInfo();
  tempDesired = 36;
// <END>Setup and Initialize Arduino Cloud
  
//~~~~~Setup  MKR Carrier and Sensors~~~~//
  CARRIER_CASE = true;
  carrier.begin();
  pinMode (PIR, INPUT);
//~~<END>Setup MKR Carrier and Sensors~~//
  
//~~~~~~~~Initialize  Motor Settings~~~~~~~~//
  stepperCold.setAcceleration(80);
  stepperCold.setMaxSpeed(1000);
  stepperHot.setAcceleration(80);  
  stepperHot.setMaxSpeed(1000);
//~~~~~<END>Initialize  Motor Settings~~~~~~//

//~~~~~~~~~~Limit Switch Settings~~~~~~~~~~//
  ls_hot.setDebounceTime(50);
  ls_cold.setDebounceTime(50);
//~~~~~~~<END>Limit  Switch Settings~~~~~~~~//
  
//~~~~~~~~Setup Temperature Sensors~~~~~~~~//
  float Th_1 = 0;
  int p = 1;
  int n = Temps.getNumberOfDevices();
  Serial.println(n);
  if(n < 2){//Verify if all snesors are pressent
    int see = 2 - n;
    String  errr = see+stringSeven;
    Serial.println(errr);
  }
//~~~~~~~<END>Setup  Temperature Sensors~~~~~~~//
}
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~LOOP~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
int  check = 1;
int imp = 0;
int prevTemp = 0;
void loop() {
  ArduinoCloud.update();
//  carrier.display.setRotation(0);  
//~~~~~~~~~Check Touch Buttons~~~~~~~~~~//
  TouchButtonsCheck();
//~~~~~~~~~<END>Check Touch Buttons~~~~~//

//~~~~~~~~~~~~~~Run  Flow Checks~~~~~~~~~~~~~//
  Val = digitalRead(PIR);
//~~~~~~~~~~~~No Motion  Detected?~~~~~~~~~~~//
  while(Val == LOW){
    ArduinoCloud.update();
    for(int r = 0; r < 5; r++){
      carrier.leds.setPixelColor(r, 0, 0, 0);
      carrier.leds.show();
    }
    Status = stringFive;
    
//~~~~~~~~~~~Check  Touch Buttons~~~~~~~~~~~~~//
    TouchButtonsCheck();
//~~~~~~~~~<END>Check  Touch Buttons~~~~~~~~~~//
  motorHot = stepperHot.currentPosition();
  motorCold  = stepperCold.currentPosition();
    Val = digitalRead(PIR);
  }
  
//~~~~~~~~~~~~~~~Motion  Detected~~~~~~~~~~~~~//
  
//~~~~~~~~~~~~Check Touch Buttons~~~~~~~~~~~//
  TouchButtonsCheck();
//~~~~~~~~~<END>Check Touch Buttons~~~~~~~~~//
   
//~~~~~~~~~~<END>Run  Flow Checks~~~~~~~~~~~~//

//~~~~~~~~~~Wash Em' Hands Folks~~~~~~~~~~~~//  
  float flT = millis();
  while((millis() - flT) <= 10000){ 
    tempOut  = getT(2); 
    Status = stringEight + tempOut+stringSix;
    ArduinoCloud.update();
    for(int r = 0; r < 5; r++){
      if (r % 2 == 0){carrier.leds.setPixelColor(r,  50, 0, 0);}
      else{carrier.leds.setPixelColor(r, 0, 50, 0);}
      carrier.leds.show();
    }
//~~~~~~~~~~~Check Touch Buttons~~~~~~~~~~~~//
    TouchButtonsCheck();
//~~~~~~~~<END>Check  Touch Buttons~~~~~~~~~~//

//~~~~~~~~~~~~Run Motor Control~~~~~~~~~~~~~//
    if(tempDesired != prevTempDesired){
      TempDesiredChange();
      motors(positions);
      prevTempDesired = tempDesired;
    }
    else{
      motors(positions);
    }
    motorHot = stepperHot.currentPosition();
    motorCold = stepperCold.currentPosition();
  }
//~~~~~~~~<END> Run Motor Control~~~~~~~~~~~// 
  motorsZero();
}

float  Kalman(float x){    
  float rq = 0.00001; float qq = 0.000005; float hq = 1;
  float kq = pqr*hq/(hq*pqr*hq+rq);
  Uqr = Uqr+kq*(x-hq*Uqr);
  pqr = (hq-kq*hq)*pqr+qq;
  return Uqr;
}

float getT(int num){
  float tTheo;
  switch(num){
    case 1:
//      Temps.select(Sensor1Add);
//      return Temps.getTempC();
      break;
    case 2:
      Temps.select(Sensor2Add);
      if(stepperCold.currentPosition()  != 0 || stepperHot.currentPosition() != 0){
        if(stepperCold.currentPosition()  != 0 && stepperHot.currentPosition() == 0){
          tTheo = tempCold;
        }
        if(stepperCold.currentPosition() == 0 && stepperCold.currentPosition() !=  0){
          tTheo = tempHot;
        }
        if(stepperCold.currentPosition()  != 0 && stepperHot.currentPosition() != 0){
          tTheo = tempCold + (tempHot-tempCold)*(stepperHot.currentPosition()/198)/(stepperCold.currentPosition()/204+positions[1]/198);
        }
        return 0.7 * tTheo + 0.3 * Kalman(Temps.getTempC());
        break;
      }
    case 3:
      Temps.select(Sensor3Add);
      return Temps.getTempC();
      break;
  }
}
void TempDesiredChange(){
  Vd = tempDesired / 100;
  positions[1] = (long)(Vd * 198); 
  if (Vd <= 0.25){
    positions[0] =  200;
  }
  if (Vd <= 0.5 && Vd > 0.25){
    positions[0] = 140;
  }
  if (Vd <= 0.75 && Vd > 0.5){
    positions[0] = 90;
  }
  if (Vd <= 1  && Vd > 0.75){
    positions[0] = 30;
  }
  
}
void TouchButtonsCheck(){
  carrier.Buttons.update();
  if (carrier.Buttons.onTouchDown(TOUCH0)) {
    tempDesired = 0;
    carrier.leds.setPixelColor(0, 0, 50, 0);
    carrier.leds.show();
  } 
  if(carrier.Buttons.onTouchUp(TOUCH0)){
    carrier.leds.setPixelColor(0,  0);
    carrier.leds.show();
  }
  if (carrier.Buttons.onTouchDown(TOUCH1))  {
    tempDesired = 50; 
    carrier.leds.setPixelColor(1, 0, 50, 0);
    carrier.leds.show();    
  } 
  if(carrier.Buttons.onTouchUp(TOUCH1)){
    carrier.leds.setPixelColor(1, 0);
    carrier.leds.show();
  }
  if  (carrier.Buttons.onTouchDown(TOUCH2)) {
    tempDesired = 76;
    carrier.leds.setPixelColor(2,  0, 50, 0); 
    carrier.leds.show();
  } 
  if(carrier.Buttons.onTouchUp(TOUCH2)){
    carrier.leds.setPixelColor(2, 0);
    carrier.leds.show();
  }
  if  (carrier.Buttons.onTouchDown(TOUCH3)) {
    if(tempDesired < 102){
      tempDesired  += 2;
    }
    carrier.leds.setPixelColor(3, 50, 0, 0);   
    carrier.leds.show();
  }
  if (carrier.Buttons.onTouchUp(TOUCH3)) {
    carrier.leds.setPixelColor(3,  0);
    carrier.leds.show();
  }
  if (carrier.Buttons.onTouchDown(TOUCH4))  {
    if(tempDesired > -2){
      tempDesired -= 2;
    }
    carrier.leds.setPixelColor(4,  0, 0, 50);   
    carrier.leds.show();
  }
  if (carrier.Buttons.onTouchUp(TOUCH4))  {
    carrier.leds.setPixelColor(4, 0);
    carrier.leds.show();
  }
}
void  motors(long psn[2]){
  int j = 1; int k = 1; 
  stepperCold.moveTo(psn[0]);
  stepperHot.moveTo(psn[1]);
  while(j == 1 || k == 1){
    ls_cold.loop();
    ls_hot.loop();
    stateCold = ls_cold.getState();
    stateHot = ls_hot.getState();
    if(j == 1){
      stepperCold.run();
    }
    if(k == 1){
      stepperHot.run();
    }      
    if(ls_cold.isPressed() || stepperCold.distanceToGo() == 0){
      if(j == 1){
        stepperCold.stop();
        j++;
      }
    }
    if(ls_hot.isPressed() || stepperHot.distanceToGo() == 0){
      if(k  == 1){
        stepperHot.stop();
        k++;
      }
    }
  }
  positionHot = stepperHot.currentPosition();
  positionCold = stepperCold.currentPosition();
}
void  motorsZero(){
  int j = 1; int k = 1;
  while(j == 1 || k == 1){
    ls_cold.loop();
    ls_hot.loop();
    stateCold = ls_cold.getState();
    stateHot = ls_hot.getState();
    if(j == 1){
      stepperCold.moveTo(stepperCold.currentPosition() - 20);
      stepperCold.run();
    }
    if(k == 1){
      stepperHot.moveTo(stepperHot.currentPosition()  - 20);
      stepperHot.run();
    }
    if(ls_cold.isPressed()){
      if(j  == 1){
        stepperCold.stop();
        Serial.println("1 pressed");
        stepperCold.setCurrentPosition(0);
        j++;
      }
    }
    if(ls_hot.isPressed()){
      if(k == 1){
        stepperHot.stop();
        Serial.println("2 pressed");
        stepperHot.setCurrentPosition(0);
        k++;
      }
    }
  }
  positionHot = stepperHot.currentPosition();
  positionCold = stepperCold.currentPosition();
}

Downloadable files

Temp sensor DS18B20

Stepper A4988

Temp sensor DS18B20

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arvindrk

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