Learn to spell with the Paw Patrol game

A keyboard where you chose a paw patrol character and have to write the correct name

Mar 4, 2021

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Components and supplies

LCD 16x2 resial

Kepad 3x4 Analog output

4x4 Analog out Keypad

Jumper wires (generic)

Arduino UNO

Project description

Code

Paw Patrol spelling game

arduino

1/* 
2
3    
4    2021 ~ by rogermarin
5    this code is in public   domain
6   
7    because the hrdware di  not 100% reliable on the readings I   gave a + - 5 ohms of tolerance to all the mesurements 
8*/
9
10
11#include   <LiquidCrystal_I2C.h>
12LiquidCrystal_I2C lcd(0x27,16,2);
13int lcdLED = 3; //   brignes of the LCD
14int analogPin0 = A0; // Or any pin you are using 
15int analogPin1   = A1; // Or any pin you are using 
16int analogPin2 = A2; // Or any pin you are   using 
17int val0 = 0;  // an auxiliar variable to store  the value
18int val1   = 0;  // an auxiliar variable to store  the value
19int val2 = 0;  // an auxiliar   variable to store  the value
20char key;
21String song;
22String dog;
23String   mydog;
24void setup () 
25
26{
27 
28
29dog = ("");// Inicialize dog variable
30
31
32//   initialize the lcd  
33int bright =70;// brignes of the LCD
34analogWrite(lcdLED,   bright);// brignes of the LCD
35lcd.init();                      
36lcd.backlight();
37lcd.setCursor(0,0);
38}
39
40String   PAW (String dog)//PRINT THE NAME OF THE DOG    
41          { 
42          lcd.init();                       
43          lcd.setCursor(0,0);
44          lcd.print(dog);   
45          delay(50);
46          mydog =""; //Zero mydog variable
47          return   dog; // return the name of the dog to the main program 
48          }
49
50void   TYPE( String key, String dog) // print the keyboar imput and compares to the dog   name 
51        {
52        lcd.setCursor(0,1); 
53        lcd.print(mydog);
54         lcd.print(key);
55        mydog= mydog+key;
56        delay(500);
57         if  (mydog == dog)
58                      {
59                      lcd.print("   GOOD JOB" );
60                      delay(500);
61                       }
62         }
63
64void show (String key) //Other functions on the keyboard
65        {
66         if (key == "DEL") //Clear Screen
67          {
68          lcd.init();                       
69          lcd.setCursor(0,0);
70          }
71        delay(500);
72       }
73void loop () // Here we read the Keyboard 
74{
75
76  char key= ("");
77      val0 = analogRead (analogPin2); //3x4 keypad 
78     if (val0 >= 1020 and   val0 <= 1024){key =('9');};  
79     if (val0 >= 925 and val0<= 935){key =('0');};   
80     if (val0 >= 845 and val0<= 855){show("DEL");};
81     if (val0 >= 785   and val0<= 795){TYPE("O" ,dog);};
82     if (val0 >= 725 and val0 <= 735){TYPE("P",dog);};
83      if (val0 >= 675 and val0 <=685 ){dog=PAW("RUBBLE");};
84     if (val0 >=   640 and val0 <= 645){TYPE("L",dog);};
85     if (val0 >= 600 and val0 <= 610){dog=PAW("MARSHALL");};
86      if (val0 >= 565 and val0<= 575){dog=PAW("CHASE");};
87     if (val0 >= 530   and val0 <= 550){TYPE(" ",dog);};
88     if (val0 >= 500 and val0<=515){dog=PAW("ZUMA");};
89      if (val0 >= 485 and val0<=495){dog=PAW("SKYE");};
90
91     val1 = analogRead   (analogPin1); //4x4 keypad 1
92     if (val1 >= 1020 and val1 <= 1024){key = ('5');};   
93     if (val1 >= 925 and val1 <= 935){key =('6');}; 
94     if (val1 >= 845   and val1 <= 855){key =('7');};
95     if (val1 >= 785 and val1 <= 795){key =('8');};
96      if (val1 >= 675 and val1 <= 685){TYPE("T" ,dog);};
97     if (val1 >= 630   and val1 <= 640){TYPE("Y" ,dog);};
98     if (val1 >= 595 and val1 <= 605){TYPE("U"   ,dog);};
99     if (val1 >= 560 and val1 <= 570){TYPE("I" ,dog);};
100     if   (val1 >= 500 and val1 <= 510){TYPE("F" ,dog);}; 
101     if (val1 >= 480 and val1   <= 490){TYPE("G" ,dog);};
102     if (val1 >= 450 and val1 <= 460){TYPE("H"   ,dog);};
103     if (val1 >= 435 and val1 <= 445){TYPE("J" ,dog);};
104     if   (val1 >= 400 and val1 <= 410){TYPE("C" ,dog);};
105     if (val1 >= 320 and val1   <= 330){TYPE("V" ,dog);};
106     if (val1 >= 265 and val1 <= 275){TYPE("B"   ,dog);};
107     if (val1 >= 233 and val1 <= 243){TYPE("N" ,dog);};
108     
109       val2 = analogRead (analogPin0); //4x4 kepay 2 
110     if (val2 >= 1020 and   val2 <= 1024){key =('1');};   
111     if (val2 >= 925 and val2 <= 935){key =('2');};   
112     if (val2 >= 845 and val2 <= 855){key =('3');}; 
113     if (val2 >= 785   and val2 <= 795){key =('4');}; 
114     if (val2 >= 675 and val2 <= 685){TYPE("Q"   ,dog);};
115     if (val2 >= 630 and val2 <= 640){TYPE("W" ,dog);}; 
116     if   (val2 >= 595 and val2 <= 605){TYPE("E" ,dog);}; 
117     if (val2 >= 560 and val2   <= 570){TYPE("R" ,dog);}; 
118     if (val2 >= 500 and val2 <= 510){dog=PAW("ROCKY");};   
119     if (val2 >= 480 and val2 <= 490){TYPE("A" ,dog);};
120     if (val2 >=   450 and val2 <= 460){TYPE("S" ,dog);}; 
121     if (val2 >= 435 and val2 <= 445){TYPE("D"   ,dog);};
122     if (val2 >= 400 and val2 <= 410){dog=PAW("TRACKER");};
123     if   (val2 >= 320 and val2 <= 330){dog=PAW("EVEREST");};
124     if (val2 >= 265 and   val2 <= 275){TYPE("Z" ,dog);};
125     if (val2 >= 233 and val2 <= 243){TYPE("X"   ,dog);}; 
126
127     if (isDigit(key)) {  // tests if ey is a digit
128          song+=   key;
129          show (song);
130      }
131
132       
133   
134     
135}

/* 

    
    2021 ~ by rogermarin
    this code is in public   domain
   
    because the hrdware di  not 100% reliable on the readings I   gave a + - 5 ohms of tolerance to all the mesurements 
*/


#include   <LiquidCrystal_I2C.h>
LiquidCrystal_I2C lcd(0x27,16,2);
int lcdLED = 3; //   brignes of the LCD
int analogPin0 = A0; // Or any pin you are using 
int analogPin1   = A1; // Or any pin you are using 
int analogPin2 = A2; // Or any pin you are   using 
int val0 = 0;  // an auxiliar variable to store  the value
int val1   = 0;  // an auxiliar variable to store  the value
int val2 = 0;  // an auxiliar   variable to store  the value
char key;
String song;
String dog;
String   mydog;
void setup () 

{
 

dog = ("");// Inicialize dog variable


//   initialize the lcd  
int bright =70;// brignes of the LCD
analogWrite(lcdLED,   bright);// brignes of the LCD
lcd.init();                      
lcd.backlight();
lcd.setCursor(0,0);
}

String   PAW (String dog)//PRINT THE NAME OF THE DOG    
          { 
          lcd.init();                       
          lcd.setCursor(0,0);
          lcd.print(dog);   
          delay(50);
          mydog =""; //Zero mydog variable
          return   dog; // return the name of the dog to the main program 
          }

void   TYPE( String key, String dog) // print the keyboar imput and compares to the dog   name 
        {
        lcd.setCursor(0,1); 
        lcd.print(mydog);
         lcd.print(key);
        mydog= mydog+key;
        delay(500);
         if  (mydog == dog)
                      {
                      lcd.print("   GOOD JOB" );
                      delay(500);
                       }
         }

void show (String key) //Other functions on the keyboard
        {
         if (key == "DEL") //Clear Screen
          {
          lcd.init();                       
          lcd.setCursor(0,0);
          }
        delay(500);
       }
void loop () // Here we read the Keyboard 
{

  char key= ("");
      val0 = analogRead (analogPin2); //3x4 keypad 
     if (val0 >= 1020 and   val0 <= 1024){key =('9');};  
     if (val0 >= 925 and val0<= 935){key =('0');};   
     if (val0 >= 845 and val0<= 855){show("DEL");};
     if (val0 >= 785   and val0<= 795){TYPE("O" ,dog);};
     if (val0 >= 725 and val0 <= 735){TYPE("P",dog);};
      if (val0 >= 675 and val0 <=685 ){dog=PAW("RUBBLE");};
     if (val0 >=   640 and val0 <= 645){TYPE("L",dog);};
     if (val0 >= 600 and val0 <= 610){dog=PAW("MARSHALL");};
      if (val0 >= 565 and val0<= 575){dog=PAW("CHASE");};
     if (val0 >= 530   and val0 <= 550){TYPE(" ",dog);};
     if (val0 >= 500 and val0<=515){dog=PAW("ZUMA");};
      if (val0 >= 485 and val0<=495){dog=PAW("SKYE");};

     val1 = analogRead   (analogPin1); //4x4 keypad 1
     if (val1 >= 1020 and val1 <= 1024){key = ('5');};   
     if (val1 >= 925 and val1 <= 935){key =('6');}; 
     if (val1 >= 845   and val1 <= 855){key =('7');};
     if (val1 >= 785 and val1 <= 795){key =('8');};
      if (val1 >= 675 and val1 <= 685){TYPE("T" ,dog);};
     if (val1 >= 630   and val1 <= 640){TYPE("Y" ,dog);};
     if (val1 >= 595 and val1 <= 605){TYPE("U"   ,dog);};
     if (val1 >= 560 and val1 <= 570){TYPE("I" ,dog);};
     if   (val1 >= 500 and val1 <= 510){TYPE("F" ,dog);}; 
     if (val1 >= 480 and val1   <= 490){TYPE("G" ,dog);};
     if (val1 >= 450 and val1 <= 460){TYPE("H"   ,dog);};
     if (val1 >= 435 and val1 <= 445){TYPE("J" ,dog);};
     if   (val1 >= 400 and val1 <= 410){TYPE("C" ,dog);};
     if (val1 >= 320 and val1   <= 330){TYPE("V" ,dog);};
     if (val1 >= 265 and val1 <= 275){TYPE("B"   ,dog);};
     if (val1 >= 233 and val1 <= 243){TYPE("N" ,dog);};
     
       val2 = analogRead (analogPin0); //4x4 kepay 2 
     if (val2 >= 1020 and   val2 <= 1024){key =('1');};   
     if (val2 >= 925 and val2 <= 935){key =('2');};   
     if (val2 >= 845 and val2 <= 855){key =('3');}; 
     if (val2 >= 785   and val2 <= 795){key =('4');}; 
     if (val2 >= 675 and val2 <= 685){TYPE("Q"   ,dog);};
     if (val2 >= 630 and val2 <= 640){TYPE("W" ,dog);}; 
     if   (val2 >= 595 and val2 <= 605){TYPE("E" ,dog);}; 
     if (val2 >= 560 and val2   <= 570){TYPE("R" ,dog);}; 
     if (val2 >= 500 and val2 <= 510){dog=PAW("ROCKY");};   
     if (val2 >= 480 and val2 <= 490){TYPE("A" ,dog);};
     if (val2 >=   450 and val2 <= 460){TYPE("S" ,dog);}; 
     if (val2 >= 435 and val2 <= 445){TYPE("D"   ,dog);};
     if (val2 >= 400 and val2 <= 410){dog=PAW("TRACKER");};
     if   (val2 >= 320 and val2 <= 330){dog=PAW("EVEREST");};
     if (val2 >= 265 and   val2 <= 275){TYPE("Z" ,dog);};
     if (val2 >= 233 and val2 <= 243){TYPE("X"   ,dog);}; 

     if (isDigit(key)) {  // tests if ey is a digit
          song+=   key;
          show (song);
      }

       
   
     
}

Learn to spelling with the PAW PATROL

arduino

1/* 
2
3    
4    2021 ~ by rogermarin
5    this code is in public
6  domain
7   
8    because the hrdware di  not 100% reliable on the readings I
9  gave a + - 5 ohms of tolerance to all the mesurements 
10*/
11
12
13#include
14  <LiquidCrystal_I2C.h>
15LiquidCrystal_I2C lcd(0x27,16,2);
16int lcdLED = 3; //
17  brignes of the LCD
18int analogPin0 = A0; // Or any pin you are using 
19int analogPin1
20  = A1; // Or any pin you are using 
21int analogPin2 = A2; // Or any pin you are
22  using 
23
24String song;
25String dog;
26String mydog;
27int bright; // To
28  store the screen brightness 
29
30void setup () 
31
32{
33
34 
35
36dog
37  = ("");// Inicialize dog variable
38
39
40// initialize the lcd  
41bright
42  =70;// brignes of the LCD
43analogWrite(lcdLED, bright);// brignes of the LCD
44lcd.init();
45                      
46lcd.backlight();
47lcd.setCursor(0,0);
48}
49
50String
51  PAW (String dog)//PRINT THE NAME OF THE DOG    
52          { 
53          lcd.init();
54                      
55          lcd.setCursor(0,0);
56          lcd.print(dog);
57  
58          delay(50);
59          mydog =""; //Zero mydog variable
60          return
61  dog; // return the name of the dog to the main program 
62          }
63
64void
65  TYPE( String key, String dog) // print the keyboar imput and compares to the dog
66  name 
67        {
68        lcd.setCursor(0,1); 
69        lcd.print(mydog);
70
71        lcd.print(key);
72        if (key == "DEL") //delete last character of
73  the string mydog
74          {
75            int mydoglenght = mydog.length();
76  // Check the lenght of the string mydog
77            mydoglenght =mydoglenght-1;
78
79            mydog.remove(mydoglenght, 1);
80            lcd.setCursor(0,1); 
81
82            lcd.print(mydog);
83            lcd.print("     " );
84          }
85
86       else{ // Add character to the string mydog 
87        mydog= mydog+key;
88
89        }
90        delay(500);
91        if  (mydog == dog)
92                      {
93
94                      lcd.print(" MOLT BE" ); // Positive message
95                      pinMode(9,
96  HIGH);
97                      delay(500);
98                       }
99        }
100
101void
102  show (String key) //Other functions on the keyboard
103        {
104        
105
106        //Clear Screen
107        if (key == "CLR") 
108          {
109          lcd.init();
110                      
111          lcd.setCursor(0,0);
112          }
113        //BRIGHTNES
114  UP  Screen
115        if (key == "UP") 
116        {
117        bright =bright
118  +10;
119        analogWrite(lcdLED, bright);// brignes of the LCD 
120        delay(200);
121
122        }
123        //BRIGHTNES DOWN  Screen 
124        if (key == "DOWN") //Clear
125  Screen
126        {
127        bright =bright -10;
128        analogWrite(lcdLED,
129  bright);// brignes of the LCD 
130        delay(200);
131        }
132
133      }
134
135      
136void loop () // Here we read the Keyboard 
137{
138int val0 = 0;  // an
139  auxiliar variable to store  the value
140int val1 = 0;  // an auxiliar variable
141  to store  the value
142int val2 = 0;  // an auxiliar variable to store  the value
143
144
145  pinMode(9, LOW);
146  pinMode(10, LOW);
147  pinMode(11, LOW);
148  pinMode(12,
149  LOW);
150  pinMode(13, LOW);
151
152  char key= ("");
153 
154      val0 = analogRead
155  (analogPin0); //4x4 kepay 2 
156     if (val0 >= 1020 and val0 <= 1024){dog=PAW("PAW
157  PATROL");};   
158     if (val0 >= 925 and val0 <= 935){dog=PAW("TRACKER");};
159  
160     if (val0 >= 845 and val0 <= 855){dog=PAW("EVEREST");}; 
161     if (val0
162  >= 785 and val0 <= 795){dog=PAW("ROCKY");}; 
163     if (val0 >= 675 and val0
164  <= 685){TYPE("Q" ,dog);};
165     if (val0 >= 630 and val0 <= 640){TYPE("W"
166  ,dog);}; 
167     if (val0 >= 595 and val0 <= 605){TYPE("E" ,dog);}; 
168     if
169  (val0 >= 560 and val0 <= 570){TYPE("R" ,dog);}; 
170     if (val0 >= 500 and val0
171  <= 510){key = ("OK");}; 
172     if (val0 >= 480 and val0 <= 490){TYPE("A" ,dog);};
173
174     if (val0 >= 450 and val0 <= 460){TYPE("S" ,dog);}; 
175     if (val0 >= 435
176  and val0 <= 445){TYPE("D" ,dog);};
177     if (val0 >= 400 and val0 <= 410){key
178  = ("YES");};
179     if (val0 >= 320 and val0 <= 330){key = ("NO");};
180     if
181  (val0 >= 265 and val0 <= 275){TYPE("Z" ,dog);};
182     if (val0 >= 233 and val0
183  <= 243){TYPE("X" ,dog);}; 
184  
185     val1 = analogRead (analogPin1); //4x4
186  keypad 1
187     if (val1 >= 1020 and val1 <= 1024){dog=PAW("SKYE");}; 
188     if
189  (val1 >= 925 and val1 <= 935){dog=PAW("CHASE");}; 
190     if (val1 >= 845 and
191  val1 <= 855){dog=PAW("RUBBLE");};
192     if (val1 >= 785 and val1 <= 795){dog=PAW("MARSHALL");};
193
194     if (val1 >= 675 and val1 <= 685){TYPE("T" ,dog);};
195     if (val1 >= 630
196  and val1 <= 640){TYPE("Y" ,dog);};
197     if (val1 >= 595 and val1 <= 605){TYPE("U"
198  ,dog);};
199     if (val1 >= 560 and val1 <= 570){TYPE("I" ,dog);};
200     if
201  (val1 >= 500 and val1 <= 510){TYPE("F" ,dog);}; 
202     if (val1 >= 480 and val1
203  <= 490){TYPE("G" ,dog);};
204     if (val1 >= 450 and val1 <= 460){TYPE("H"
205  ,dog);};
206     if (val1 >= 435 and val1 <= 445){TYPE("J" ,dog);};
207     if
208  (val1 >= 400 and val1 <= 410){TYPE("C" ,dog);};
209     if (val1 >= 320 and val1
210  <= 330){TYPE("V" ,dog);};
211     if (val1 >= 265 and val1 <= 275){TYPE("B"
212  ,dog);};
213     if (val1 >= 233 and val1 <= 243){TYPE("N" ,dog);};
214     
215
216     val2 = analogRead (analogPin2); //3x4 keypad 
217     if (val2 >= 1020 and
218  val2 <= 1024){dog=PAW("ZUMA");};  
219     if (val2 >= 925 and val2<= 935){TYPE("DEL",dog);};
220  
221     if (val2 >= 845 and val2<= 855){show("CLR");};
222     if (val2 >= 785
223  and val2<= 795){TYPE("O" ,dog);};
224     if (val2 >= 725 and val2 <= 735){TYPE("P",dog);};
225
226     if (val2 >= 675 and val2 <=685 ){show("UP");};
227     if (val2 >= 640 and
228  val2 <= 645){TYPE("K",dog);};
229     if (val2 >= 600 and val2 <= 610){TYPE("L",dog);};
230
231     if (val2 >= 565 and val2<= 575){show("DOWN");};
232     if (val2 >= 530 and
233  val2 <= 550){TYPE("M",dog);};
234     if (val2 >= 500 and val2<=515){TYPE(" ",dog);};
235
236     if (val2 >= 485 and val2<=495){key = ("MUSIC");};
237
238   
239
240          
241
242}

/* 

    
    2021 ~ by rogermarin
    this code is in public
  domain
   
    because the hrdware di  not 100% reliable on the readings I
  gave a + - 5 ohms of tolerance to all the mesurements 
*/


#include
  <LiquidCrystal_I2C.h>
LiquidCrystal_I2C lcd(0x27,16,2);
int lcdLED = 3; //
  brignes of the LCD
int analogPin0 = A0; // Or any pin you are using 
int analogPin1
  = A1; // Or any pin you are using 
int analogPin2 = A2; // Or any pin you are
  using 

String song;
String dog;
String mydog;
int bright; // To
  store the screen brightness 

void setup () 

{

 

dog
  = ("");// Inicialize dog variable


// initialize the lcd  
bright
  =70;// brignes of the LCD
analogWrite(lcdLED, bright);// brignes of the LCD
lcd.init();
                      
lcd.backlight();
lcd.setCursor(0,0);
}

String
  PAW (String dog)//PRINT THE NAME OF THE DOG    
          { 
          lcd.init();
                      
          lcd.setCursor(0,0);
          lcd.print(dog);
  
          delay(50);
          mydog =""; //Zero mydog variable
          return
  dog; // return the name of the dog to the main program 
          }

void
  TYPE( String key, String dog) // print the keyboar imput and compares to the dog
  name 
        {
        lcd.setCursor(0,1); 
        lcd.print(mydog);

        lcd.print(key);
        if (key == "DEL") //delete last character of
  the string mydog
          {
            int mydoglenght = mydog.length();
  // Check the lenght of the string mydog
            mydoglenght =mydoglenght-1;

            mydog.remove(mydoglenght, 1);
            lcd.setCursor(0,1); 

            lcd.print(mydog);
            lcd.print("     " );
          }

       else{ // Add character to the string mydog 
        mydog= mydog+key;

        }
        delay(500);
        if  (mydog == dog)
                      {

                      lcd.print(" MOLT BE" ); // Positive message
                      pinMode(9,
  HIGH);
                      delay(500);
                       }
        }

void
  show (String key) //Other functions on the keyboard
        {
        

        //Clear Screen
        if (key == "CLR") 
          {
          lcd.init();
                      
          lcd.setCursor(0,0);
          }
        //BRIGHTNES
  UP  Screen
        if (key == "UP") 
        {
        bright =bright
  +10;
        analogWrite(lcdLED, bright);// brignes of the LCD 
        delay(200);

        }
        //BRIGHTNES DOWN  Screen 
        if (key == "DOWN") //Clear
  Screen
        {
        bright =bright -10;
        analogWrite(lcdLED,
  bright);// brignes of the LCD 
        delay(200);
        }

      }

      
void loop () // Here we read the Keyboard 
{
int val0 = 0;  // an
  auxiliar variable to store  the value
int val1 = 0;  // an auxiliar variable
  to store  the value
int val2 = 0;  // an auxiliar variable to store  the value


  pinMode(9, LOW);
  pinMode(10, LOW);
  pinMode(11, LOW);
  pinMode(12,
  LOW);
  pinMode(13, LOW);

  char key= ("");
 
      val0 = analogRead
  (analogPin0); //4x4 kepay 2 
     if (val0 >= 1020 and val0 <= 1024){dog=PAW("PAW
  PATROL");};   
     if (val0 >= 925 and val0 <= 935){dog=PAW("TRACKER");};
  
     if (val0 >= 845 and val0 <= 855){dog=PAW("EVEREST");}; 
     if (val0
  >= 785 and val0 <= 795){dog=PAW("ROCKY");}; 
     if (val0 >= 675 and val0
  <= 685){TYPE("Q" ,dog);};
     if (val0 >= 630 and val0 <= 640){TYPE("W"
  ,dog);}; 
     if (val0 >= 595 and val0 <= 605){TYPE("E" ,dog);}; 
     if
  (val0 >= 560 and val0 <= 570){TYPE("R" ,dog);}; 
     if (val0 >= 500 and val0
  <= 510){key = ("OK");}; 
     if (val0 >= 480 and val0 <= 490){TYPE("A" ,dog);};

     if (val0 >= 450 and val0 <= 460){TYPE("S" ,dog);}; 
     if (val0 >= 435
  and val0 <= 445){TYPE("D" ,dog);};
     if (val0 >= 400 and val0 <= 410){key
  = ("YES");};
     if (val0 >= 320 and val0 <= 330){key = ("NO");};
     if
  (val0 >= 265 and val0 <= 275){TYPE("Z" ,dog);};
     if (val0 >= 233 and val0
  <= 243){TYPE("X" ,dog);}; 
  
     val1 = analogRead (analogPin1); //4x4
  keypad 1
     if (val1 >= 1020 and val1 <= 1024){dog=PAW("SKYE");}; 
     if
  (val1 >= 925 and val1 <= 935){dog=PAW("CHASE");}; 
     if (val1 >= 845 and
  val1 <= 855){dog=PAW("RUBBLE");};
     if (val1 >= 785 and val1 <= 795){dog=PAW("MARSHALL");};

     if (val1 >= 675 and val1 <= 685){TYPE("T" ,dog);};
     if (val1 >= 630
  and val1 <= 640){TYPE("Y" ,dog);};
     if (val1 >= 595 and val1 <= 605){TYPE("U"
  ,dog);};
     if (val1 >= 560 and val1 <= 570){TYPE("I" ,dog);};
     if
  (val1 >= 500 and val1 <= 510){TYPE("F" ,dog);}; 
     if (val1 >= 480 and val1
  <= 490){TYPE("G" ,dog);};
     if (val1 >= 450 and val1 <= 460){TYPE("H"
  ,dog);};
     if (val1 >= 435 and val1 <= 445){TYPE("J" ,dog);};
     if
  (val1 >= 400 and val1 <= 410){TYPE("C" ,dog);};
     if (val1 >= 320 and val1
  <= 330){TYPE("V" ,dog);};
     if (val1 >= 265 and val1 <= 275){TYPE("B"
  ,dog);};
     if (val1 >= 233 and val1 <= 243){TYPE("N" ,dog);};
     

     val2 = analogRead (analogPin2); //3x4 keypad 
     if (val2 >= 1020 and
  val2 <= 1024){dog=PAW("ZUMA");};  
     if (val2 >= 925 and val2<= 935){TYPE("DEL",dog);};
  
     if (val2 >= 845 and val2<= 855){show("CLR");};
     if (val2 >= 785
  and val2<= 795){TYPE("O" ,dog);};
     if (val2 >= 725 and val2 <= 735){TYPE("P",dog);};

     if (val2 >= 675 and val2 <=685 ){show("UP");};
     if (val2 >= 640 and
  val2 <= 645){TYPE("K",dog);};
     if (val2 >= 600 and val2 <= 610){TYPE("L",dog);};

     if (val2 >= 565 and val2<= 575){show("DOWN");};
     if (val2 >= 530 and
  val2 <= 550){TYPE("M",dog);};
     if (val2 >= 500 and val2<=515){TYPE(" ",dog);};

     if (val2 >= 485 and val2<=495){key = ("MUSIC");};

   

          

}

Paw Patrol spelling game

arduino

1/* 
2
3    
4    2021 ~ by rogermarin
5    this code is in public  domain
6   
7    because the hrdware di  not 100% reliable on the readings I  gave a + - 5 ohms of tolerance to all the mesurements 
8*/
9
10
11#include  <LiquidCrystal_I2C.h>
12LiquidCrystal_I2C lcd(0x27,16,2);
13int lcdLED = 3; //  brignes of the LCD
14int analogPin0 = A0; // Or any pin you are using 
15int analogPin1  = A1; // Or any pin you are using 
16int analogPin2 = A2; // Or any pin you are  using 
17int val0 = 0;  // an auxiliar variable to store  the value
18int val1  = 0;  // an auxiliar variable to store  the value
19int val2 = 0;  // an auxiliar  variable to store  the value
20char key;
21String song;
22String dog;
23String  mydog;
24void setup () 
25
26{
27 
28
29dog = ("");// Inicialize dog variable
30
31
32//  initialize the lcd  
33int bright =70;// brignes of the LCD
34analogWrite(lcdLED,  bright);// brignes of the LCD
35lcd.init();                      
36lcd.backlight();
37lcd.setCursor(0,0);
38}
39
40String  PAW (String dog)//PRINT THE NAME OF THE DOG    
41          { 
42          lcd.init();                      
43          lcd.setCursor(0,0);
44          lcd.print(dog);  
45          delay(50);
46          mydog =""; //Zero mydog variable
47          return  dog; // return the name of the dog to the main program 
48          }
49
50void  TYPE( String key, String dog) // print the keyboar imput and compares to the dog  name 
51        {
52        lcd.setCursor(0,1); 
53        lcd.print(mydog);
54        lcd.print(key);
55        mydog= mydog+key;
56        delay(500);
57        if  (mydog == dog)
58                      {
59                      lcd.print("  GOOD JOB" );
60                      delay(500);
61                       }
62        }
63
64void show (String key) //Other functions on the keyboard
65        {
66        if (key == "DEL") //Clear Screen
67          {
68          lcd.init();                      
69          lcd.setCursor(0,0);
70          }
71        delay(500);
72      }
73void loop () // Here we read the Keyboard 
74{
75
76  char key= ("");
77     val0 = analogRead (analogPin2); //3x4 keypad 
78     if (val0 >= 1020 and  val0 <= 1024){key =('9');};  
79     if (val0 >= 925 and val0<= 935){key =('0');};  
80     if (val0 >= 845 and val0<= 855){show("DEL");};
81     if (val0 >= 785  and val0<= 795){TYPE("O" ,dog);};
82     if (val0 >= 725 and val0 <= 735){TYPE("P",dog);};
83     if (val0 >= 675 and val0 <=685 ){dog=PAW("RUBBLE");};
84     if (val0 >=  640 and val0 <= 645){TYPE("L",dog);};
85     if (val0 >= 600 and val0 <= 610){dog=PAW("MARSHALL");};
86     if (val0 >= 565 and val0<= 575){dog=PAW("CHASE");};
87     if (val0 >= 530  and val0 <= 550){TYPE(" ",dog);};
88     if (val0 >= 500 and val0<=515){dog=PAW("ZUMA");};
89     if (val0 >= 485 and val0<=495){dog=PAW("SKYE");};
90
91     val1 = analogRead  (analogPin1); //4x4 keypad 1
92     if (val1 >= 1020 and val1 <= 1024){key = ('5');};  
93     if (val1 >= 925 and val1 <= 935){key =('6');}; 
94     if (val1 >= 845  and val1 <= 855){key =('7');};
95     if (val1 >= 785 and val1 <= 795){key =('8');};
96     if (val1 >= 675 and val1 <= 685){TYPE("T" ,dog);};
97     if (val1 >= 630  and val1 <= 640){TYPE("Y" ,dog);};
98     if (val1 >= 595 and val1 <= 605){TYPE("U"  ,dog);};
99     if (val1 >= 560 and val1 <= 570){TYPE("I" ,dog);};
100     if  (val1 >= 500 and val1 <= 510){TYPE("F" ,dog);}; 
101     if (val1 >= 480 and val1  <= 490){TYPE("G" ,dog);};
102     if (val1 >= 450 and val1 <= 460){TYPE("H"  ,dog);};
103     if (val1 >= 435 and val1 <= 445){TYPE("J" ,dog);};
104     if  (val1 >= 400 and val1 <= 410){TYPE("C" ,dog);};
105     if (val1 >= 320 and val1  <= 330){TYPE("V" ,dog);};
106     if (val1 >= 265 and val1 <= 275){TYPE("B"  ,dog);};
107     if (val1 >= 233 and val1 <= 243){TYPE("N" ,dog);};
108     
109      val2 = analogRead (analogPin0); //4x4 kepay 2 
110     if (val2 >= 1020 and  val2 <= 1024){key =('1');};   
111     if (val2 >= 925 and val2 <= 935){key =('2');};  
112     if (val2 >= 845 and val2 <= 855){key =('3');}; 
113     if (val2 >= 785  and val2 <= 795){key =('4');}; 
114     if (val2 >= 675 and val2 <= 685){TYPE("Q"  ,dog);};
115     if (val2 >= 630 and val2 <= 640){TYPE("W" ,dog);}; 
116     if  (val2 >= 595 and val2 <= 605){TYPE("E" ,dog);}; 
117     if (val2 >= 560 and val2  <= 570){TYPE("R" ,dog);}; 
118     if (val2 >= 500 and val2 <= 510){dog=PAW("ROCKY");};  
119     if (val2 >= 480 and val2 <= 490){TYPE("A" ,dog);};
120     if (val2 >=  450 and val2 <= 460){TYPE("S" ,dog);}; 
121     if (val2 >= 435 and val2 <= 445){TYPE("D"  ,dog);};
122     if (val2 >= 400 and val2 <= 410){dog=PAW("TRACKER");};
123     if  (val2 >= 320 and val2 <= 330){dog=PAW("EVEREST");};
124     if (val2 >= 265 and  val2 <= 275){TYPE("Z" ,dog);};
125     if (val2 >= 233 and val2 <= 243){TYPE("X"  ,dog);}; 
126
127     if (isDigit(key)) {  // tests if ey is a digit
128          song+=  key;
129          show (song);
130      }
131
132       
133   
134     
135}

/* 

    
    2021 ~ by rogermarin
    this code is in public  domain
   
    because the hrdware di  not 100% reliable on the readings I  gave a + - 5 ohms of tolerance to all the mesurements 
*/


#include  <LiquidCrystal_I2C.h>
LiquidCrystal_I2C lcd(0x27,16,2);
int lcdLED = 3; //  brignes of the LCD
int analogPin0 = A0; // Or any pin you are using 
int analogPin1  = A1; // Or any pin you are using 
int analogPin2 = A2; // Or any pin you are  using 
int val0 = 0;  // an auxiliar variable to store  the value
int val1  = 0;  // an auxiliar variable to store  the value
int val2 = 0;  // an auxiliar  variable to store  the value
char key;
String song;
String dog;
String  mydog;
void setup () 

{
 

dog = ("");// Inicialize dog variable


//  initialize the lcd  
int bright =70;// brignes of the LCD
analogWrite(lcdLED,  bright);// brignes of the LCD
lcd.init();                      
lcd.backlight();
lcd.setCursor(0,0);
}

String  PAW (String dog)//PRINT THE NAME OF THE DOG    
          { 
          lcd.init();                      
          lcd.setCursor(0,0);
          lcd.print(dog);  
          delay(50);
          mydog =""; //Zero mydog variable
          return  dog; // return the name of the dog to the main program 
          }

void  TYPE( String key, String dog) // print the keyboar imput and compares to the dog  name 
        {
        lcd.setCursor(0,1); 
        lcd.print(mydog);
        lcd.print(key);
        mydog= mydog+key;
        delay(500);
        if  (mydog == dog)
                      {
                      lcd.print("  GOOD JOB" );
                      delay(500);
                       }
        }

void show (String key) //Other functions on the keyboard
        {
        if (key == "DEL") //Clear Screen
          {
          lcd.init();                      
          lcd.setCursor(0,0);
          }
        delay(500);
      }
void loop () // Here we read the Keyboard 
{

  char key= ("");
     val0 = analogRead (analogPin2); //3x4 keypad 
     if (val0 >= 1020 and  val0 <= 1024){key =('9');};  
     if (val0 >= 925 and val0<= 935){key =('0');};  
     if (val0 >= 845 and val0<= 855){show("DEL");};
     if (val0 >= 785  and val0<= 795){TYPE("O" ,dog);};
     if (val0 >= 725 and val0 <= 735){TYPE("P",dog);};
     if (val0 >= 675 and val0 <=685 ){dog=PAW("RUBBLE");};
     if (val0 >=  640 and val0 <= 645){TYPE("L",dog);};
     if (val0 >= 600 and val0 <= 610){dog=PAW("MARSHALL");};
     if (val0 >= 565 and val0<= 575){dog=PAW("CHASE");};
     if (val0 >= 530  and val0 <= 550){TYPE(" ",dog);};
     if (val0 >= 500 and val0<=515){dog=PAW("ZUMA");};
     if (val0 >= 485 and val0<=495){dog=PAW("SKYE");};

     val1 = analogRead  (analogPin1); //4x4 keypad 1
     if (val1 >= 1020 and val1 <= 1024){key = ('5');};  
     if (val1 >= 925 and val1 <= 935){key =('6');}; 
     if (val1 >= 845  and val1 <= 855){key =('7');};
     if (val1 >= 785 and val1 <= 795){key =('8');};
     if (val1 >= 675 and val1 <= 685){TYPE("T" ,dog);};
     if (val1 >= 630  and val1 <= 640){TYPE("Y" ,dog);};
     if (val1 >= 595 and val1 <= 605){TYPE("U"  ,dog);};
     if (val1 >= 560 and val1 <= 570){TYPE("I" ,dog);};
     if  (val1 >= 500 and val1 <= 510){TYPE("F" ,dog);}; 
     if (val1 >= 480 and val1  <= 490){TYPE("G" ,dog);};
     if (val1 >= 450 and val1 <= 460){TYPE("H"  ,dog);};
     if (val1 >= 435 and val1 <= 445){TYPE("J" ,dog);};
     if  (val1 >= 400 and val1 <= 410){TYPE("C" ,dog);};
     if (val1 >= 320 and val1  <= 330){TYPE("V" ,dog);};
     if (val1 >= 265 and val1 <= 275){TYPE("B"  ,dog);};
     if (val1 >= 233 and val1 <= 243){TYPE("N" ,dog);};
     
      val2 = analogRead (analogPin0); //4x4 kepay 2 
     if (val2 >= 1020 and  val2 <= 1024){key =('1');};   
     if (val2 >= 925 and val2 <= 935){key =('2');};  
     if (val2 >= 845 and val2 <= 855){key =('3');}; 
     if (val2 >= 785  and val2 <= 795){key =('4');}; 
     if (val2 >= 675 and val2 <= 685){TYPE("Q"  ,dog);};
     if (val2 >= 630 and val2 <= 640){TYPE("W" ,dog);}; 
     if  (val2 >= 595 and val2 <= 605){TYPE("E" ,dog);}; 
     if (val2 >= 560 and val2  <= 570){TYPE("R" ,dog);}; 
     if (val2 >= 500 and val2 <= 510){dog=PAW("ROCKY");};  
     if (val2 >= 480 and val2 <= 490){TYPE("A" ,dog);};
     if (val2 >=  450 and val2 <= 460){TYPE("S" ,dog);}; 
     if (val2 >= 435 and val2 <= 445){TYPE("D"  ,dog);};
     if (val2 >= 400 and val2 <= 410){dog=PAW("TRACKER");};
     if  (val2 >= 320 and val2 <= 330){dog=PAW("EVEREST");};
     if (val2 >= 265 and  val2 <= 275){TYPE("Z" ,dog);};
     if (val2 >= 233 and val2 <= 243){TYPE("X"  ,dog);}; 

     if (isDigit(key)) {  // tests if ey is a digit
          song+=  key;
          show (song);
      }

       
   
     
}

Learn to spelling with the PAW PATROL

arduino

1/* 
2
3    
4    2021 ~ by rogermarin
5    this code is in public  domain
6   
7    because the hrdware di  not 100% reliable on the readings I  gave a + - 5 ohms of tolerance to all the mesurements 
8*/
9
10
11#include  <LiquidCrystal_I2C.h>
12LiquidCrystal_I2C lcd(0x27,16,2);
13int lcdLED = 3; //  brignes of the LCD
14int analogPin0 = A0; // Or any pin you are using 
15int analogPin1  = A1; // Or any pin you are using 
16int analogPin2 = A2; // Or any pin you are  using 
17
18String song;
19String dog;
20String mydog;
21int bright; // To  store the screen brightness 
22
23void setup () 
24
25{
26
27 
28
29dog  = ("");// Inicialize dog variable
30
31
32// initialize the lcd  
33bright  =70;// brignes of the LCD
34analogWrite(lcdLED, bright);// brignes of the LCD
35lcd.init();                      
36lcd.backlight();
37lcd.setCursor(0,0);
38}
39
40String  PAW (String dog)//PRINT THE NAME OF THE DOG    
41          { 
42          lcd.init();                      
43          lcd.setCursor(0,0);
44          lcd.print(dog);  
45          delay(50);
46          mydog =""; //Zero mydog variable
47          return  dog; // return the name of the dog to the main program 
48          }
49
50void  TYPE( String key, String dog) // print the keyboar imput and compares to the dog  name 
51        {
52        lcd.setCursor(0,1); 
53        lcd.print(mydog);
54        lcd.print(key);
55        if (key == "DEL") //delete last character of  the string mydog
56          {
57            int mydoglenght = mydog.length();  // Check the lenght of the string mydog
58            mydoglenght =mydoglenght-1;
59            mydog.remove(mydoglenght, 1);
60            lcd.setCursor(0,1); 
61            lcd.print(mydog);
62            lcd.print("     " );
63          }
64       else{ // Add character to the string mydog 
65        mydog= mydog+key;
66        }
67        delay(500);
68        if  (mydog == dog)
69                      {
70                      lcd.print(" MOLT BE" ); // Positive message
71                      pinMode(9,  HIGH);
72                      delay(500);
73                       }
74        }
75
76void  show (String key) //Other functions on the keyboard
77        {
78        
79        //Clear Screen
80        if (key == "CLR") 
81          {
82          lcd.init();                      
83          lcd.setCursor(0,0);
84          }
85        //BRIGHTNES  UP  Screen
86        if (key == "UP") 
87        {
88        bright =bright  +10;
89        analogWrite(lcdLED, bright);// brignes of the LCD 
90        delay(200);
91        }
92        //BRIGHTNES DOWN  Screen 
93        if (key == "DOWN") //Clear  Screen
94        {
95        bright =bright -10;
96        analogWrite(lcdLED,  bright);// brignes of the LCD 
97        delay(200);
98        }
99
100      }
101      
102void loop () // Here we read the Keyboard 
103{
104int val0 = 0;  // an  auxiliar variable to store  the value
105int val1 = 0;  // an auxiliar variable  to store  the value
106int val2 = 0;  // an auxiliar variable to store  the value
107
108  pinMode(9, LOW);
109  pinMode(10, LOW);
110  pinMode(11, LOW);
111  pinMode(12,  LOW);
112  pinMode(13, LOW);
113
114  char key= ("");
115 
116      val0 = analogRead  (analogPin0); //4x4 kepay 2 
117     if (val0 >= 1020 and val0 <= 1024){dog=PAW("PAW  PATROL");};   
118     if (val0 >= 925 and val0 <= 935){dog=PAW("TRACKER");};  
119     if (val0 >= 845 and val0 <= 855){dog=PAW("EVEREST");}; 
120     if (val0  >= 785 and val0 <= 795){dog=PAW("ROCKY");}; 
121     if (val0 >= 675 and val0  <= 685){TYPE("Q" ,dog);};
122     if (val0 >= 630 and val0 <= 640){TYPE("W"  ,dog);}; 
123     if (val0 >= 595 and val0 <= 605){TYPE("E" ,dog);}; 
124     if  (val0 >= 560 and val0 <= 570){TYPE("R" ,dog);}; 
125     if (val0 >= 500 and val0  <= 510){key = ("OK");}; 
126     if (val0 >= 480 and val0 <= 490){TYPE("A" ,dog);};
127     if (val0 >= 450 and val0 <= 460){TYPE("S" ,dog);}; 
128     if (val0 >= 435  and val0 <= 445){TYPE("D" ,dog);};
129     if (val0 >= 400 and val0 <= 410){key  = ("YES");};
130     if (val0 >= 320 and val0 <= 330){key = ("NO");};
131     if  (val0 >= 265 and val0 <= 275){TYPE("Z" ,dog);};
132     if (val0 >= 233 and val0  <= 243){TYPE("X" ,dog);}; 
133  
134     val1 = analogRead (analogPin1); //4x4  keypad 1
135     if (val1 >= 1020 and val1 <= 1024){dog=PAW("SKYE");}; 
136     if  (val1 >= 925 and val1 <= 935){dog=PAW("CHASE");}; 
137     if (val1 >= 845 and  val1 <= 855){dog=PAW("RUBBLE");};
138     if (val1 >= 785 and val1 <= 795){dog=PAW("MARSHALL");};
139     if (val1 >= 675 and val1 <= 685){TYPE("T" ,dog);};
140     if (val1 >= 630  and val1 <= 640){TYPE("Y" ,dog);};
141     if (val1 >= 595 and val1 <= 605){TYPE("U"  ,dog);};
142     if (val1 >= 560 and val1 <= 570){TYPE("I" ,dog);};
143     if  (val1 >= 500 and val1 <= 510){TYPE("F" ,dog);}; 
144     if (val1 >= 480 and val1  <= 490){TYPE("G" ,dog);};
145     if (val1 >= 450 and val1 <= 460){TYPE("H"  ,dog);};
146     if (val1 >= 435 and val1 <= 445){TYPE("J" ,dog);};
147     if  (val1 >= 400 and val1 <= 410){TYPE("C" ,dog);};
148     if (val1 >= 320 and val1  <= 330){TYPE("V" ,dog);};
149     if (val1 >= 265 and val1 <= 275){TYPE("B"  ,dog);};
150     if (val1 >= 233 and val1 <= 243){TYPE("N" ,dog);};
151     
152     val2 = analogRead (analogPin2); //3x4 keypad 
153     if (val2 >= 1020 and  val2 <= 1024){dog=PAW("ZUMA");};  
154     if (val2 >= 925 and val2<= 935){TYPE("DEL",dog);};  
155     if (val2 >= 845 and val2<= 855){show("CLR");};
156     if (val2 >= 785  and val2<= 795){TYPE("O" ,dog);};
157     if (val2 >= 725 and val2 <= 735){TYPE("P",dog);};
158     if (val2 >= 675 and val2 <=685 ){show("UP");};
159     if (val2 >= 640 and  val2 <= 645){TYPE("K",dog);};
160     if (val2 >= 600 and val2 <= 610){TYPE("L",dog);};
161     if (val2 >= 565 and val2<= 575){show("DOWN");};
162     if (val2 >= 530 and  val2 <= 550){TYPE("M",dog);};
163     if (val2 >= 500 and val2<=515){TYPE(" ",dog);};
164     if (val2 >= 485 and val2<=495){key = ("MUSIC");};
165
166   
167
168          
169
170}

/* 

    
    2021 ~ by rogermarin
    this code is in public  domain
   
    because the hrdware di  not 100% reliable on the readings I  gave a + - 5 ohms of tolerance to all the mesurements 
*/


#include  <LiquidCrystal_I2C.h>
LiquidCrystal_I2C lcd(0x27,16,2);
int lcdLED = 3; //  brignes of the LCD
int analogPin0 = A0; // Or any pin you are using 
int analogPin1  = A1; // Or any pin you are using 
int analogPin2 = A2; // Or any pin you are  using 

String song;
String dog;
String mydog;
int bright; // To  store the screen brightness 

void setup () 

{

 

dog  = ("");// Inicialize dog variable


// initialize the lcd  
bright  =70;// brignes of the LCD
analogWrite(lcdLED, bright);// brignes of the LCD
lcd.init();                      
lcd.backlight();
lcd.setCursor(0,0);
}

String  PAW (String dog)//PRINT THE NAME OF THE DOG    
          { 
          lcd.init();                      
          lcd.setCursor(0,0);
          lcd.print(dog);  
          delay(50);
          mydog =""; //Zero mydog variable
          return  dog; // return the name of the dog to the main program 
          }

void  TYPE( String key, String dog) // print the keyboar imput and compares to the dog  name 
        {
        lcd.setCursor(0,1); 
        lcd.print(mydog);
        lcd.print(key);
        if (key == "DEL") //delete last character of  the string mydog
          {
            int mydoglenght = mydog.length();  // Check the lenght of the string mydog
            mydoglenght =mydoglenght-1;
            mydog.remove(mydoglenght, 1);
            lcd.setCursor(0,1); 
            lcd.print(mydog);
            lcd.print("     " );
          }
       else{ // Add character to the string mydog 
        mydog= mydog+key;
        }
        delay(500);
        if  (mydog == dog)
                      {
                      lcd.print(" MOLT BE" ); // Positive message
                      pinMode(9,  HIGH);
                      delay(500);
                       }
        }

void  show (String key) //Other functions on the keyboard
        {
        
        //Clear Screen
        if (key == "CLR") 
          {
          lcd.init();                      
          lcd.setCursor(0,0);
          }
        //BRIGHTNES  UP  Screen
        if (key == "UP") 
        {
        bright =bright  +10;
        analogWrite(lcdLED, bright);// brignes of the LCD 
        delay(200);
        }
        //BRIGHTNES DOWN  Screen 
        if (key == "DOWN") //Clear  Screen
        {
        bright =bright -10;
        analogWrite(lcdLED,  bright);// brignes of the LCD 
        delay(200);
        }

      }
      
void loop () // Here we read the Keyboard 
{
int val0 = 0;  // an  auxiliar variable to store  the value
int val1 = 0;  // an auxiliar variable  to store  the value
int val2 = 0;  // an auxiliar variable to store  the value

  pinMode(9, LOW);
  pinMode(10, LOW);
  pinMode(11, LOW);
  pinMode(12,  LOW);
  pinMode(13, LOW);

  char key= ("");
 
      val0 = analogRead  (analogPin0); //4x4 kepay 2 
     if (val0 >= 1020 and val0 <= 1024){dog=PAW("PAW  PATROL");};   
     if (val0 >= 925 and val0 <= 935){dog=PAW("TRACKER");};  
     if (val0 >= 845 and val0 <= 855){dog=PAW("EVEREST");}; 
     if (val0  >= 785 and val0 <= 795){dog=PAW("ROCKY");}; 
     if (val0 >= 675 and val0  <= 685){TYPE("Q" ,dog);};
     if (val0 >= 630 and val0 <= 640){TYPE("W"  ,dog);}; 
     if (val0 >= 595 and val0 <= 605){TYPE("E" ,dog);}; 
     if  (val0 >= 560 and val0 <= 570){TYPE("R" ,dog);}; 
     if (val0 >= 500 and val0  <= 510){key = ("OK");}; 
     if (val0 >= 480 and val0 <= 490){TYPE("A" ,dog);};
     if (val0 >= 450 and val0 <= 460){TYPE("S" ,dog);}; 
     if (val0 >= 435  and val0 <= 445){TYPE("D" ,dog);};
     if (val0 >= 400 and val0 <= 410){key  = ("YES");};
     if (val0 >= 320 and val0 <= 330){key = ("NO");};
     if  (val0 >= 265 and val0 <= 275){TYPE("Z" ,dog);};
     if (val0 >= 233 and val0  <= 243){TYPE("X" ,dog);}; 
  
     val1 = analogRead (analogPin1); //4x4  keypad 1
     if (val1 >= 1020 and val1 <= 1024){dog=PAW("SKYE");}; 
     if  (val1 >= 925 and val1 <= 935){dog=PAW("CHASE");}; 
     if (val1 >= 845 and  val1 <= 855){dog=PAW("RUBBLE");};
     if (val1 >= 785 and val1 <= 795){dog=PAW("MARSHALL");};
     if (val1 >= 675 and val1 <= 685){TYPE("T" ,dog);};
     if (val1 >= 630  and val1 <= 640){TYPE("Y" ,dog);};
     if (val1 >= 595 and val1 <= 605){TYPE("U"  ,dog);};
     if (val1 >= 560 and val1 <= 570){TYPE("I" ,dog);};
     if  (val1 >= 500 and val1 <= 510){TYPE("F" ,dog);}; 
     if (val1 >= 480 and val1  <= 490){TYPE("G" ,dog);};
     if (val1 >= 450 and val1 <= 460){TYPE("H"  ,dog);};
     if (val1 >= 435 and val1 <= 445){TYPE("J" ,dog);};
     if  (val1 >= 400 and val1 <= 410){TYPE("C" ,dog);};
     if (val1 >= 320 and val1  <= 330){TYPE("V" ,dog);};
     if (val1 >= 265 and val1 <= 275){TYPE("B"  ,dog);};
     if (val1 >= 233 and val1 <= 243){TYPE("N" ,dog);};
     
     val2 = analogRead (analogPin2); //3x4 keypad 
     if (val2 >= 1020 and  val2 <= 1024){dog=PAW("ZUMA");};  
     if (val2 >= 925 and val2<= 935){TYPE("DEL",dog);};  
     if (val2 >= 845 and val2<= 855){show("CLR");};
     if (val2 >= 785  and val2<= 795){TYPE("O" ,dog);};
     if (val2 >= 725 and val2 <= 735){TYPE("P",dog);};
     if (val2 >= 675 and val2 <=685 ){show("UP");};
     if (val2 >= 640 and  val2 <= 645){TYPE("K",dog);};
     if (val2 >= 600 and val2 <= 610){TYPE("L",dog);};
     if (val2 >= 565 and val2<= 575){show("DOWN");};
     if (val2 >= 530 and  val2 <= 550){TYPE("M",dog);};
     if (val2 >= 500 and val2<=515){TYPE(" ",dog);};
     if (val2 >= 485 and val2<=495){key = ("MUSIC");};

   

          

}

Downloadable files

Paw Patrol game

Speel game with paw patrol

Paw Patrol game

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