gizDuino Blinking 8 LEDs

(Blinking LEDs,Running Lights, On/Off Sequence)

DEMO:Blinking

Runnning Lights

ON OFF Sequence

Materials Need:

1 x gizDuino PLUS ATmega644P Starter kit

1 x Solderless Breadboard

8 x Green LED 5mm

8 x 560 Ohms Resistor/p>

1 x USB Cable

9 x 1pin Jumper Wire (male-male)

Schematic Diagram:

Wiring Connection:

Digital pin 4 to 11 --> (+) Anode LED

(-)Cathode --> 560 ohms --> Ground

Codes:

	/*
	"GizDuino Starter kit"
	Blinking 8 LEDs
	STEP 1: Construct the circuit of GizDuino Blinking 8 LEDs.
	STEP 2: Connect the USB Cable to your computer.
	STEP 3: Open the Arduino IDE.
	STEP 4: Open the BLINKING 8 LEDS Sample code from GizDuino Starter kit code.
	STEP 5: Then, click Upload.
	This sample code turns ON the LEDs in 1 second and turn OFF
	in 1 second. It is a simple and easiest way using more pins
	for blinking LEDs.
	*/
	// givenname for digital pins.
	int a = 4;
	int b = 5;
	int c = 6;
	int d = 7;
	int e = 8;
	int f = 9;
	int g = 10;
	int h = 11;
	// the setting up of pins.
	void setup(){
	// initialize the digital pins as an output.
	pinMode(a, OUTPUT);
	pinMode(b, OUTPUT);
	pinMode(c, OUTPUT);
	pinMode(d, OUTPUT);
	pinMode(e, OUTPUT);
	pinMode(f, OUTPUT);
	pinMode(g, OUTPUT);
	pinMode(h, OUTPUT);
	}
	// the loop is where your program runs repeatedly.
	void loop(){
	digitalWrite(a, HIGH); // turn the LEDs ON (HIGH)
	digitalWrite(b, HIGH);
	digitalWrite(c, HIGH);
	digitalWrite(d, HIGH);
	digitalWrite(e, HIGH);
	digitalWrite(f, HIGH);
	digitalWrite(g, HIGH);
	digitalWrite(h, HIGH);
	delay(1000); // wait for a second
	digitalWrite(a, LOW); // turn the LEDs OFF (LOW)
	digitalWrite(b, LOW);
	digitalWrite(c, LOW);
	digitalWrite(d, LOW);
	digitalWrite(e, LOW);
	digitalWrite(f, LOW);
	digitalWrite(g, LOW);
	digitalWrite(h, LOW);
	delay(1000); // wait for a second
	}

view rawBlinking_8_LEDs.ino hosted with  by GitHub

	////////////////////////////////////////////////
	// //
	// RUNING LIGHT //
	// //
	// This serves as a sample program for //
	// an LED monitor showing a running light //
	// //
	// //
	// Codes by: //
	// eGizmo Mechatronix Central //
	// Taft, Manila, Philippines //
	// http://www.egizmo.net //
	// April 11, 2013 //
	////////////////////////////////////////////////
	int DEL1 = 100; // Adjust this delay for separating functions
	int DEL2 = 100; // Adjust this delay for individual delay of turning on/off the LEDs
	int LED_NUMBER[] = {4,5,6,7,8,9,10,11};
	void setup()
	{
	for(int i =0; i<=7; i++)
	{
	pinMode(LED_NUMBER[i],OUTPUT); // Sets all the LED pins as OUTPUT
	}
	}
	void loop()
	{
	ASCENDON();
	delay(DEL1);
	ASCENDOFF();
	delay(DEL1);
	DESCENDON();
	delay(DEL1);
	DESCENDOFF();
	delay(DEL1);
	}
	// Turns on the LEDs in ascending order
	void ASCENDON()
	{
	for(int i=0; i<=7; i++)
	{
	digitalWrite(LED_NUMBER[i],HIGH); // Turns on the LEDs
	delay(DEL2);
	}
	}
	// Turns off the LEDs in ascending order
	void ASCENDOFF()
	{
	for(int i=0; i<=7; i++)
	{
	digitalWrite(LED_NUMBER[i],LOW); // Turns off the LEDs
	delay(DEL2);
	}
	}
	// Turns on the LEDs in descending order
	void DESCENDON()
	{
	for(int i=7; i>=0; i--)
	{
	digitalWrite(LED_NUMBER[i],HIGH); // Turns on the LEDs
	delay(DEL2);
	}
	}
	// Turns off the LEDs in descending order
	void DESCENDOFF()
	{
	for(int i=7; i>=0; i--)
	{
	digitalWrite(LED_NUMBER[i],LOW); // Turns off the LEDs
	delay(DEL2);
	}
	}

view rawRunning_light.ino hosted with  by GitHub

	////////////////////////////////////////////////
	// //
	// ON OFF SEQUENCE //
	// //
	// This serves as a sample program for //
	// an LED monitor showing a on off sequence. //
	// //
	// //
	// Codes by: //
	// eGizmo Mechatronix Central //
	// Taft, Manila, Philippines //
	// http://www.egizmo.net //
	// April 11, 2013 //
	////////////////////////////////////////////////
	int DEL1 = 100; // Adjust this delay for separating functions
	int DEL2 = 100; // Adjust this delay for individual delay of turning on/off the LEDs
	int LED_NUMBER[] = {4,5,6,7,8,9,10,11};
	void setup()
	{
	for(int i =0; i<=7; i++)
	{
	pinMode(LED_NUMBER[i],OUTPUT); // Sets all the LED pins as OUTPUT
	}
	}
	void loop()
	{
	ASCENDONOFF();
	delay(DEL1);
	DESCENDONOFF();
	delay(DEL1);
	}
	// Turns on and off the LEDs in ascending order
	void ASCENDONOFF()
	{
	for(int i=0; i<=7; i++)
	{
	digitalWrite(LED_NUMBER[i],HIGH); // Turns on the LEDs
	delay(DEL2);
	digitalWrite(LED_NUMBER[i],LOW); // Turns off the LEDs
	delay(DEL2);
	}
	}
	// Turns on and off the LEDs in descending order
	void DESCENDONOFF()
	{
	for(int i=7; i>=0; i--)
	{
	digitalWrite(LED_NUMBER[i],HIGH); // Turns on the LEDs
	delay(DEL2);
	digitalWrite(LED_NUMBER[i],LOW); // Turns off the LEDs
	delay(DEL2);
	}
	}

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