Exercise Arduino FCU English - Revision history

Wiki.admin at 11:18, 29 September 2023

2023-09-29T11:18:56Z

Wiki.admin at 11:12, 29 September 2023

2023-09-29T11:12:50Z

Wiki.admin at 11:06, 29 September 2023

2023-09-29T11:06:10Z

Wiki.admin at 12:18, 6 March 2023

2023-03-06T12:18:23Z

Wiki.admin: /* Exercice 3C : Using a joystick to determine the position (pressed or not) of it (complete version) */

2023-03-02T12:46:57Z

Exercice 3C : Using a joystick to determine the position (pressed or not) of it (complete version)

Wiki.admin: /* Exercice 3C : Using a joystick to determine the position (pressed or not) of it (complete version) */

2023-03-01T11:30:19Z

Exercice 3C : Using a joystick to determine the position (pressed or not) of it (complete version)

Wiki.admin: /* Exercice 3C : Using a joystick to determine the position (pressed or not) of it (complete version) */

2023-03-01T11:23:39Z

Exercice 3C : Using a joystick to determine the position (pressed or not) of it (complete version)

Wiki.admin: /* Exercice 3C : Using a joystick to determine the position (pressed or not) of it (complete version) */

2023-03-01T11:22:27Z

Exercice 3C : Using a joystick to determine the position (pressed or not) of it (complete version)

Wiki.admin: /* Exercice 3C : Using a joystick to determine the position (pressed or not) of it (complete version) */

2023-03-01T11:16:23Z

Exercice 3C : Using a joystick to determine the position (pressed or not) of it (complete version)

Wiki.admin: /* Exercice 3C : Using a joystick to determine the position (pressed or not) of it (complete version) */

2023-03-01T11:14:37Z

Exercice 3C : Using a joystick to determine the position (pressed or not) of it (complete version)

← Older revision		Revision as of 11:18, 29 September 2023
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	<i>Cette page est disponible en français sur le lien suivant : https://wiki.collaborativebee.com//index.php?title=Exercice_Arduino_FCU</i>		<i>Cette page est disponible en français sur le lien suivant : https://wiki.collaborativebee.com//index.php?title=Exercice_Arduino_FCU</i>
−
−	~~[[fr:Exercice Arduino FCU]]~~
−

← Older revision		Revision as of 11:12, 29 September 2023
Line 1:		Line 1:
	<i>Cette page est disponible en français sur le lien suivant : https://wiki.collaborativebee.com//index.php?title=Exercice_Arduino_FCU</i>		<i>Cette page est disponible en français sur le lien suivant : https://wiki.collaborativebee.com//index.php?title=Exercice_Arduino_FCU</i>
		+
		+	[[fr:Exercice Arduino FCU]]
		+
		+

	You will find on this page all informations, exercises and files you need to get started for making a FCU (Flight Control Unit) prototype during your lab work in class.		You will find on this page all informations, exercises and files you need to get started for making a FCU (Flight Control Unit) prototype during your lab work in class.

← Older revision		Revision as of 11:06, 29 September 2023
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	<font color = "blue">NOTE: </font>To obtain the precise position of the Joystick on the x and y axis, go to the Tools menu -> Serial Monitor, the values will scroll in real time.		<font color = "blue">NOTE: </font>To obtain the precise position of the Joystick on the x and y axis, go to the Tools menu -> Serial Monitor, the values will scroll in real time.
		+
		+
		+	[[Category:FCU]]

← Older revision		Revision as of 12:18, 6 March 2023
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		+	<i>Cette page est disponible en français sur le lien suivant : https://wiki.collaborativebee.com//index.php?title=Exercice_Arduino_FCU</i>
		+
	You will find on this page all informations, exercises and files you need to get started for making a FCU (Flight Control Unit) prototype during your lab work in class.		You will find on this page all informations, exercises and files you need to get started for making a FCU (Flight Control Unit) prototype during your lab work in class.

@@ Line 597: / Line 597: @@
+  }
-== Exercice 3C : Using a joystick to determine the position (pressed or not) of it (complete version) ==
+== Exercise 3C : Using a joystick to determine the position (pressed or not) of it (complete version) ==
 The implementation of a joystick using Arduino allows for real-time information retrieval on its position. Here, LEDs are used in the circuit to achieve a visual effect. However, these LEDs are not essential in this package.

@@ Line 641: / Line 641: @@
 • Add conditions in the code. (See code below).
-<font color = "blue">EXAMPLE : </font>If the value of the Joystick is less than a given value (e.g. 300, Joystick slightly tilted) then the 1st LED lights up (low intensity, see LED slide), then if the value is minimal (0, Joystick pressed) then the 2nd LED lights up (maximum intensity).
+<font color = "blue">EXAMPLE: </font>If the value of the Joystick is less than a given value (e.g. 300, Joystick slightly tilted) then the 1st LED lights up (low intensity, see LED slide), then if the value is minimal (0, Joystick pressed) then the 2nd LED lights up (maximum intensity).
 [[File:arduino_joystick.PNG|400px|thumb|center|Schema of the assembly]]
@@ Line 651: / Line 651: @@
 [[File:photos_arduino_joystick_en.PNG|1184px|thumb|center|Joystick linked to the Arduino card in 3 differents positions]]
-<h3><b>Code Arduino</b></h3>
+<h3><b>Arduino code</b></h3>
-  int axey = A1;   	// Entrée de référence pour l'axe Y.
+  int axey = A1;   	// Reference input for Y axis
-  int axex = A0;	   // Entrée de référence pour l'axe X.
+  int axex = A0;	   // Reference input for X axis
-  int ledup = 12; 	  // Led inférieur. Cette valeur est à adapter à votre montage !
+  int ledup = 12; 	  // LED lower . This value should be adjusted to your setup!
-  int ledupup = 10;  // Led inférieur ++. Cette valeur est à adapter à votre montage !
+  int ledupup = 10;  // LED Lower ++. This value should be adjusted to your setup!
-  int ledD = 9; 	   // Led supérieur.			“”
+  int ledD = 9; 	   // LED upper				“”
-  int ledDD = 5;   	// Led supérieur ++.			“”
+  int ledDD = 5;   	// LED upper ++.			“”
-  int ledL = 13;  	  // Led gauche.				“”
+  int ledL = 13;  	  // LED left.				“”
-  int ledLL = 11;  	  // Led gauche ++.			“”
+  int ledLL = 11;  	  // LED left  ++.			“”
-  int ledR = 7;    	// Led droite.				“”
+  int ledR = 7;    	// LED right				“”
-  int ledRR = 8;   	// Led droite ++.			“”
+  int ledRR = 8;   	// LED right ++.			“”
   int valeurX;
   int valeurY;
   void setup() {
-   Serial.begin(9600);	// Définition des leds comme sorties
+   Serial.begin(9600);	// Defining the LEDs as outputs
    pinMode(ledup, OUTPUT);
    pinMode(ledupup, OUTPUT);
@@ Line 680: / Line 680: @@
   void loop() {
    valeurX = analogRead(axex);
-   if (valeurX > 700){ 		// droite
+   if (valeurX > 700){ 		// Right
-    analogWrite(ledR,50);	// La Led s’allume à une intensité de 50 sur 255 -> faible intensité
+    analogWrite(ledR,50);	// The right LED is turned on with an intensity of 50 out of 255
     Serial.print("x = ");
     Serial.println(valeurX);
@@ Line 690: / Line 690: @@
    valeurX = analogRead(axex);
-   if (valeurX > 1022){ 		// droite ++, elle s’allume lorsque Joystick en position max
+   if (valeurX > 1022){ 		// Right ++, turned on when the joystick is in max position
-    digitalWrite(ledRR, HIGH);	// La Led à l’extrême droite  s’allume à l’intensité maximale
+    digitalWrite(ledRR, HIGH);	// The LED on the far right is turned on at maximum intensity.
     Serial.print("x = ");
     Serial.println(valeurX);
@@ Line 699: / Line 699: @@
    valeurX = analogRead(axex);
-   if (valeurX < 400){ 		// gauche
+   if (valeurX < 400){ 		// Left
     analogWrite(ledL,50);
     Serial.print("x = ");
@@ Line 710: / Line 710: @@
    valeurX = analogRead(axex);
-   if (valeurX < 1){  		// gauche ++
+   if (valeurX < 1){  		// Left ++
     digitalWrite(ledLL, HIGH);
     Serial.print("x = ");
@@ Line 720: / Line 720: @@
    valeurY = analogRead(axey);
-   if (valeurY > 700){ 		// haut
+   if (valeurY > 700){ 		// High
     analogWrite(ledup,50);
     Serial.print("y = ");
@@ Line 729: / Line 729: @@
+   }
    valeurY = analogRead(axey);
-   if (valeurY > 1022){  		// en haut ++
+   if (valeurY > 1022){  		// High ++
     digitalWrite(ledupup, HIGH);
     Serial.print("y = ");
@@ Line 739: / Line 739: @@
   valeurY = analogRead(axey);
-   if (valeurY < 400){		 // bas
+   if (valeurY < 400){		 // Down
     analogWrite(ledD,50);
     Serial.print("y = ");
@@ Line 749: / Line 749: @@
    valeurY = analogRead(axey);
-   if (valeurY < 2){ 		// en bas ++
+   if (valeurY < 2){ 		// Down ++
     digitalWrite(ledDD, HIGH);
     Serial.print("y = ");
@@ Line 759: / Line 759: @@
+  }
-<font color = "blue">REMARQUE : </font>Pour obtenir la position précise du Joystick selon l’axe x et y, il faut aller dans le menu Outils -> Moniteur série, les valeurs défileront en temps réel.
+<font color = "blue">NOTE: </font>To obtain the precise position of the Joystick on the x and y axis, go to the Tools menu -> Serial Monitor, the values will scroll in real time.

@@ Line 643: / Line 643: @@
 <font color = "blue">EXAMPLE : </font>If the value of the Joystick is less than a given value (e.g. 300, Joystick slightly tilted) then the 1st LED lights up (low intensity, see LED slide), then if the value is minimal (0, Joystick pressed) then the 2nd LED lights up (maximum intensity).
-[[File:photos_arduino_joystick.PNG|400px|thumb|center|Schema of the assembly]]
+[[File:arduino_joystick.PNG|400px|thumb|center|Schema of the assembly]]
 <font color = "blue">NOTE: </font>The setup matches the one above, but with the addition of 4 LEDs, one added to each end (top, bottom, left, right).
@@ Line 649: / Line 649: @@
 <h3><b>Illustration</b></h3>
-[[File:arduino_joystick_en.PNG|1184px|thumb|center|Joystick linked to the Arduino card in 3 differents positions]]
+[[File:photos_arduino_joystick_en.PNG|1184px|thumb|center|Joystick linked to the Arduino card in 3 differents positions]]
 <h3><b>Code Arduino</b></h3>