Using Joystick Module with Arduino UNO

This project uses a joystick module with an UNO.

Jun 5, 2018

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Components and supplies

Arduino UNO

Jumper wires (generic)

Resistor 221 ohm

Modulo Joystick

LED (generic)

Apps and platforms

Arduino IDE

Project description

Code

CODE FOR JOYSTICK USED IN REMOTE CONTROLLERS USING LED DISPLAY

arduino

1int UD = 0;
2
3int LR = 0;
4
5/* Arduino Micro output pins*/
6
7int  DWN = 13;
8
9int UP = 12;
10
11int LEFT = 11;
12
13int RT = 10;
14
15/*Arduino  Micro Input Pins */
16
17int IUP=A0;
18
19int ILR=A1;
20
21int MID = 10; //  10 mid point delta arduino, use 4 for attiny
22
23int LRMID = 0;
24
25int UPMID  = 0;
26
27void setup(){
28
29pinMode(DWN, OUTPUT);
30
31pinMode(UP, OUTPUT);
32
33pinMode(LEFT,  OUTPUT);
34
35pinMode(RT, OUTPUT);
36
37digitalWrite(DWN, HIGH);
38
39digitalWrite(UP,  HIGH);
40
41digitalWrite(LEFT, HIGH);
42
43digitalWrite(RT, HIGH);
44
45//calabrate  center
46
47LRMID = analogRead(ILR);
48
49UPMID = analogRead(IUP); }
50
51void  loop(){
52
53UD = analogRead(IUP);
54
55LR = analogRead(ILR);
56
57// UP-DOWN
58
59if(UD  < UPMID - MID){
60
61digitalWrite(DWN, HIGH);
62
63}else{
64
65digitalWrite(DWN,  LOW);
66
67}
68
69if(UD > UPMID + MID)
70
71{ digitalWrite(UP, HIGH);
72
73}else{
74
75digitalWrite(UP,  LOW);
76
77} // LEFT-RIGHT
78
79if(LR < LRMID - MID){
80
81digitalWrite(LEFT,  HIGH);
82
83}else{
84
85digitalWrite(LEFT, LOW);
86
87}
88
89if(LR > LRMID  + MID){
90
91digitalWrite(RT, HIGH);
92
93}else{
94
95digitalWrite(RT, LOW);
96
97}
98
99delay(400);
100
101}

int UD = 0;

int LR = 0;

/* Arduino Micro output pins*/

int  DWN = 13;

int UP = 12;

int LEFT = 11;

int RT = 10;

/*Arduino  Micro Input Pins */

int IUP=A0;

int ILR=A1;

int MID = 10; //  10 mid point delta arduino, use 4 for attiny

int LRMID = 0;

int UPMID  = 0;

void setup(){

pinMode(DWN, OUTPUT);

pinMode(UP, OUTPUT);

pinMode(LEFT,  OUTPUT);

pinMode(RT, OUTPUT);

digitalWrite(DWN, HIGH);

digitalWrite(UP,  HIGH);

digitalWrite(LEFT, HIGH);

digitalWrite(RT, HIGH);

//calabrate  center

LRMID = analogRead(ILR);

UPMID = analogRead(IUP); }

void  loop(){

UD = analogRead(IUP);

LR = analogRead(ILR);

// UP-DOWN

if(UD  < UPMID - MID){

digitalWrite(DWN, HIGH);

}else{

digitalWrite(DWN,  LOW);

}

if(UD > UPMID + MID)

{ digitalWrite(UP, HIGH);

}else{

digitalWrite(UP,  LOW);

} // LEFT-RIGHT

if(LR < LRMID - MID){

digitalWrite(LEFT,  HIGH);

}else{

digitalWrite(LEFT, LOW);

}

if(LR > LRMID  + MID){

digitalWrite(RT, HIGH);

}else{

digitalWrite(RT, LOW);

}

delay(400);

}

CODE FOR JOYSTICK USED IN REMOTE CONTROLLERS USING LED DISPLAY

arduino

1int UD = 0;
2
3int LR = 0;
4
5/* Arduino Micro output pins*/
6
7int   DWN = 13;
8
9int UP = 12;
10
11int LEFT = 11;
12
13int RT = 10;
14
15/*Arduino   Micro Input Pins */
16
17int IUP=A0;
18
19int ILR=A1;
20
21int MID = 10; //   10 mid point delta arduino, use 4 for attiny
22
23int LRMID = 0;
24
25int UPMID   = 0;
26
27void setup(){
28
29pinMode(DWN, OUTPUT);
30
31pinMode(UP, OUTPUT);
32
33pinMode(LEFT,   OUTPUT);
34
35pinMode(RT, OUTPUT);
36
37digitalWrite(DWN, HIGH);
38
39digitalWrite(UP,   HIGH);
40
41digitalWrite(LEFT, HIGH);
42
43digitalWrite(RT, HIGH);
44
45//calabrate   center
46
47LRMID = analogRead(ILR);
48
49UPMID = analogRead(IUP); }
50
51void   loop(){
52
53UD = analogRead(IUP);
54
55LR = analogRead(ILR);
56
57// UP-DOWN
58
59if(UD   < UPMID - MID){
60
61digitalWrite(DWN, HIGH);
62
63}else{
64
65digitalWrite(DWN,   LOW);
66
67}
68
69if(UD > UPMID + MID)
70
71{ digitalWrite(UP, HIGH);
72
73}else{
74
75digitalWrite(UP,   LOW);
76
77} // LEFT-RIGHT
78
79if(LR < LRMID - MID){
80
81digitalWrite(LEFT,   HIGH);
82
83}else{
84
85digitalWrite(LEFT, LOW);
86
87}
88
89if(LR > LRMID   + MID){
90
91digitalWrite(RT, HIGH);
92
93}else{
94
95digitalWrite(RT, LOW);
96
97}
98
99delay(400);
100
101}

int UD = 0;

int LR = 0;

/* Arduino Micro output pins*/

int   DWN = 13;

int UP = 12;

int LEFT = 11;

int RT = 10;

/*Arduino   Micro Input Pins */

int IUP=A0;

int ILR=A1;

int MID = 10; //   10 mid point delta arduino, use 4 for attiny

int LRMID = 0;

int UPMID   = 0;

void setup(){

pinMode(DWN, OUTPUT);

pinMode(UP, OUTPUT);

pinMode(LEFT,   OUTPUT);

pinMode(RT, OUTPUT);

digitalWrite(DWN, HIGH);

digitalWrite(UP,   HIGH);

digitalWrite(LEFT, HIGH);

digitalWrite(RT, HIGH);

//calabrate   center

LRMID = analogRead(ILR);

UPMID = analogRead(IUP); }

void   loop(){

UD = analogRead(IUP);

LR = analogRead(ILR);

// UP-DOWN

if(UD   < UPMID - MID){

digitalWrite(DWN, HIGH);

}else{

digitalWrite(DWN,   LOW);

}

if(UD > UPMID + MID)

{ digitalWrite(UP, HIGH);

}else{

digitalWrite(UP,   LOW);

} // LEFT-RIGHT

if(LR < LRMID - MID){

digitalWrite(LEFT,   HIGH);

}else{

digitalWrite(LEFT, LOW);

}

if(LR > LRMID   + MID){

digitalWrite(RT, HIGH);

}else{

digitalWrite(RT, LOW);

}

delay(400);

}

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