KS0080(81,82)Maker Learning Kit for Arduino - Revision history

Keyestudio: /* Project 28: IR Remote Control */

2021-05-31T03:56:57Z

Project 28: IR Remote Control

← Older revision		Revision as of 03:56, 31 May 2021
Line 3,149:		Line 3,149:
	<pre>		<pre>
	/*		/*
	~~keyestudio Maker learning kit~~
	~~Project 28~~
	~~IR Remote Control~~
	~~http//www.keyestudio.com~~
	*/
	#include <IRremote.h>		#include <IRremote.h>
	int RECV_PIN = 11;		int RECV_PIN = 11;
Line 3,175:		Line 3,170:
	long off6 = 0x00FF52AD;		long off6 = 0x00FF52AD;
	IRrecv irrecv(RECV_PIN);		IRrecv irrecv(RECV_PIN);
	~~decode_（6）Test Results （6）Test Results~~;		decode_results results;
	// Dumps out the ~~decode_（6）Test Results~~ structure.		// Dumps out the decode_results structure.
	// Call this after IRrecv::decode()		// Call this after IRrecv::decode()
	// void * to work around compiler issue		// void * to work around compiler issue
	/~~/void~~ dump(void *v) {		/oid dump(void *v) {
	// ~~decode_（6）Test Results~~ ~~（6）Test Results~~ = (~~decode_（6）Test Results~~ )v		// decode_results results = (decode_results )v
	void dump(~~decode_（6）Test Results~~ *~~（6）Test Results~~) {		void dump(decode_results *results) {
	int count = ~~（6）Test Results~~->rawlen;		int count = results->rawlen;
	if (~~（6）Test Results~~->decode_type == UNKNOWN)		if (results->decode_type == UNKNOWN)
	{		{
	Serial.println("Could not decode message");		Serial.println("Could not decode message");
Line 3,189:		Line 3,184:
	else		else
	{		{
	if (~~（6）Test Results~~->decode_type == NEC)		if (results->decode_type == NEC)
	{		{
	Serial.print("Decoded NEC: ");		Serial.print("Decoded NEC: ");
	}		}
	else if (~~（6）Test Results~~->decode_type == SONY)		else if (results->decode_type == SONY)
	{		{
	Serial.print("Decoded SONY: ");		Serial.print("Decoded SONY: ");
	}		}
	else if (~~（6）Test Results~~->decode_type == RC5)		else if (results->decode_type == RC5)
	{		{
	Serial.print("Decoded RC5: ");		Serial.print("Decoded RC5: ");
	}		}
	else if (~~（6）Test Results~~->decode_type == RC6)		else if (results->decode_type == RC6)
	{		{
	Serial.print("Decoded RC6: ");		Serial.print("Decoded RC6: ");
	}		}
	Serial.print(~~（6）Test Results~~->value, HEX);		Serial.print(results->value, HEX);
	Serial.print(" (");		Serial.print(" (");
	Serial.print(~~（6）Test Results~~->bits, DEC);		Serial.print(results->bits, DEC);
	Serial.println(" bits)");		Serial.println(" bits)");
	}		}
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	{		{
	if ((i % 2) == 1) {		if ((i % 2) == 1) {
	Serial.print(~~（6）Test Results~~->rawbuf[i]*USECPERTICK, DEC);		Serial.print(results->rawbuf[i]*USECPERTICK, DEC);
	}		}
	else		else
	{		{
	Serial.print(-(int)~~（6）Test Results~~->rawbuf[i]*USECPERTICK, DEC);		Serial.print(-(int)results->rawbuf[i]*USECPERTICK, DEC);
	}		}
	Serial.print(" ");		Serial.print(" ");
Line 3,244:		Line 3,239:
	void loop()		void loop()
	{		{
	if (irrecv.decode(&~~（6）Test Results~~))		if (irrecv.decode(&results))
	{		{
	// If it's been at least 1/4 second since the last		// If it's been at least 1/4 second since the last
Line 3,253:		Line 3,248:
	// digitalWrite(8, on ? HIGH : LOW);		// digitalWrite(8, on ? HIGH : LOW);
	digitalWrite(13, on ? HIGH : LOW);		digitalWrite(13, on ? HIGH : LOW);
	dump(&~~（6）Test Results~~);		dump(&results);
	}		}
	if (~~（6）Test Results~~.value == on1 )		if (results.value == on1 )
	digitalWrite(LED1, HIGH);		digitalWrite(LED1, HIGH);
	if (~~（6）Test Results~~.value == off1 )		if (results.value == off1 )
	digitalWrite(LED1, LOW);		digitalWrite(LED1, LOW);
	if (~~（6）Test Results~~.value == on2 )		if (results.value == on2 )
	digitalWrite(LED2, HIGH);		digitalWrite(LED2, HIGH);
	if (~~（6）Test Results~~.value == off2 )		if (results.value == off2 )
	digitalWrite(LED2, LOW);		digitalWrite(LED2, LOW);
	if (~~（6）Test Results~~.value == on3 )		if (results.value == on3 )
	digitalWrite(LED3, HIGH);		digitalWrite(LED3, HIGH);
	if (~~（6）Test Results~~.value == off3 )		if (results.value == off3 )
	digitalWrite(LED3, LOW);		digitalWrite(LED3, LOW);
	if (~~（6）Test Results~~.value == on4 )		if (results.value == on4 )
	digitalWrite(LED4, HIGH);		digitalWrite(LED4, HIGH);
	if (~~（6）Test Results~~.value == off4 )		if (results.value == off4 )
	digitalWrite(LED4, LOW);		digitalWrite(LED4, LOW);
	if (~~（6）Test Results~~.value == on5 )		if (results.value == on5 )
	digitalWrite(LED5, HIGH);		digitalWrite(LED5, HIGH);
	if (~~（6）Test Results~~.value == off5 )		if (results.value == off5 )
	digitalWrite(LED5, LOW);		digitalWrite(LED5, LOW);
	if (~~（6）Test Results~~.value == on6 )		if (results.value == on6 )
	digitalWrite(LED6, HIGH);		digitalWrite(LED6, HIGH);
	if (~~（6）Test Results~~.value == off6 )		if (results.value == off6 )
	digitalWrite(LED6, LOW);		digitalWrite(LED6, LOW);
	last = millis();		last = millis();

Keyestudio: /* Component List */

2021-03-23T07:47:42Z

Component List

← Older revision		Revision as of 07:47, 23 March 2021
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	<br>[[File:0080=4.png\|500px\|frameless\|thumb]]<br>		<br>[[File:0080=4.png\|500px\|frameless\|thumb]]<br>
	<br>[[File:0080=5.png\|500px\|frameless\|thumb]]<br>		<br>[[File:0080=5.png\|500px\|frameless\|thumb]]<br>
	<br>[[File:~~0080=6~~.png\|500px\|frameless\|thumb]]<br>		<br>[[File:QQ图片20210323154131.png\|500px\|frameless\|thumb]]<br>
	<br>[[File:~~0080=7~~.png\|500px\|frameless\|thumb]]<br>		<br>[[File:QQ图片20210323154152.png\|500px\|frameless\|thumb]]<br>
	<br>[[File:~~0080=8~~.png\|500px\|frameless\|thumb]]<br>		<br>[[File:QQ图片20210323154203.png\|500px\|frameless\|thumb]]<br>
	<br>[[File:~~0080=9~~.png\|500px\|frameless\|thumb]]<br>		<br>[[File:QQ图片20210323154214.png\|500px\|frameless\|thumb]]<br>

	== Install Arduino IDE and Driver ==		== Install Arduino IDE and Driver ==

Keyestudio: /* Project 21: NE555 Timer */

2021-01-04T02:59:19Z

Project 21: NE555 Timer

← Older revision		Revision as of 02:59, 4 January 2021
Line 2,202:		Line 2,202:
	（6）Test Result		（6）Test Result

	<br>[[File:KS0082-145.png\|~~500px~~\|frameless\|thumb]]<br>		<br>[[File:KS0082-145.png\|200px\|frameless\|thumb]]<br>

	Burn the program into V4.0 board <br>		Burn the program into V4.0 board <br>

Keyestudio: /* Project 14: Magical Light Cup */

2021-01-04T02:53:09Z

Project 14: Magical Light Cup

← Older revision		Revision as of 02:53, 4 January 2021
Line 1,421:		Line 1,421:

	Tilt the circuit to one side, A light on, B light out; tilt to the other side, A light out, B light on.		Tilt the circuit to one side, A light on, B light out; tilt to the other side, A light out, B light on.

			<br>[[File:KS0082-91.png\|500px\|frameless\|thumb]]<br>

	=== Project 15: Vibration Switch ===		=== Project 15: Vibration Switch ===

Keyestudio: /* Project 13: A Cup with Temperature Indicator */

2021-01-04T02:48:37Z

Project 13: A Cup with Temperature Indicator

← Older revision		Revision as of 02:48, 4 January 2021
Line 1,219:		Line 1,219:
	<br>[[File:KS0082-80.png\|300px\|frameless\|thumb]]<br>		<br>[[File:KS0082-80.png\|300px\|frameless\|thumb]]<br>

	(~~1）Introduction~~		(1) Introduction

	Today, we will use Arduino to make a temperature-indicated cup. First, let’s design the circuit. When the LM35 temperature sensor senses different temperature, different LED will be turned on representing the temperature.		Today, we will use Arduino to make a temperature-indicated cup. First, let’s design the circuit. When the LM35 temperature sensor senses different temperature, different LED will be turned on representing the temperature.


	(2) Hardware Required		(3) Hardware Required

	* V4.0 Board or MEGA 2650 Board *1		* V4.0 Board or MEGA 2650 Board *1
Line 1,237:		Line 1,237:


	~~（3）Working~~ Principle		(3) Working Principle

	LM35 is a widely used temperature sensor with many different package types. At room temperature, it can achieve the accuracy of ±1/4°C without additional calibration processing.		LM35 is a widely used temperature sensor with many different package types. At room temperature, it can achieve the accuracy of ±1/4°C without additional calibration processing.
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	<br>[[File:KS0082-81.png\|500px\|frameless\|thumb]]<br>		<br>[[File:KS0082-81.png\|500px\|frameless\|thumb]]<br>

	~~（4）Connection~~ Diagram		(4) Connection Diagram

			<br>[[File:Ks0082---300.png\|500px\|frameless\|thumb]]<br>
	<br>[[File:KS0082-82.png\|500px\|frameless\|thumb]]<br>		<br>[[File:KS0082-82.png\|500px\|frameless\|thumb]]<br>
	~~<br>[[File:KS0082-83.png\|500px\|frameless\|thumb]]<br>~~

	Connection for V4.0:		Connection for V4.0:

	<br>[[File:KS0082-84.png\|500px\|frameless\|thumb]]<br>		<br>[[File:KS0082-83.png\|500px\|frameless\|thumb]]<br>

	Connection for 2560 R3:		Connection for 2560 R3:

	<br>[[File:KS0082-85.png\|500px\|frameless\|thumb]]<br>		<br>[[File:KS0082-84.png\|500px\|frameless\|thumb]]<br>


Line 1,313:		Line 1,314:

	Corresponding LED will be turned on in accordance with corresponding temperature range.		Corresponding LED will be turned on in accordance with corresponding temperature range.

			<br>[[File:KS0082-85.png\|500px\|frameless\|thumb]]<br>

	=== Project 14: Magical Light Cup ===		=== Project 14: Magical Light Cup ===

Keyestudio: /* Project 35: Steam Sensor */

2020-12-31T06:26:32Z

Project 35: Steam Sensor

← Older revision		Revision as of 06:26, 31 December 2020
Line 3,978:		Line 3,978:
	(4) Connection Diagram		(4) Connection Diagram

	<br>[[File:KS0082-247.png\|~~300px~~\|frameless\|thumb]]<br>		<br>[[File:KS0082-247.png\|600px\|frameless\|thumb]]<br>
	<br>[[File:KS0082-248.png\|~~300px~~\|frameless\|thumb]]<br>		<br>[[File:KS0082-248.png\|600px\|frameless\|thumb]]<br>

	Connection for V4.0:		Connection for V4.0:

	<br>[[File:KS0082-249.png\|~~300px~~\|frameless\|thumb]]<br>		<br>[[File:KS0082-249.png\|600px\|frameless\|thumb]]<br>

	Connection for 2560 R3:		Connection for 2560 R3:

	<br>[[File:KS0082-250.png\|~~300px~~\|frameless\|thumb]]<br>		<br>[[File:KS0082-250.png\|600px\|frameless\|thumb]]<br>


Line 4,028:		Line 4,028:
	After connection and uploading （5）Sample Code, we can see analog value which means current vapor content on LCD with power-on.		After connection and uploading （5）Sample Code, we can see analog value which means current vapor content on LCD with power-on.

	<br>[[File:KS0082-251.png\|~~300px~~\|frameless\|thumb]]<br>		<br>[[File:KS0082-251.png\|600px\|frameless\|thumb]]<br>


	Resource:		Resource:

	~~https://fs.keyestudio.com/KS0080-81-82~~



























	~~For more details, please navigate the link:~~

	https://fs.keyestudio.com/KS0080-81-82		https://fs.keyestudio.com/KS0080-81-82

Keyestudio: /* Project 35: Steam Sensor */

2020-12-31T06:20:54Z

Project 35: Steam Sensor

← Older revision		Revision as of 06:20, 31 December 2020
Line 3,953:		Line 3,953:

	=== Project 35: Steam Sensor ===		=== Project 35: Steam Sensor ===

			<br>[[File:KS0082-246.png\|300px\|frameless\|thumb]]<br>

			(1) Introduction

			When there is drop or steam adhered to sensing point of water or steam sensor, MCU will get a feedback of analog signal from S signal pin of the sensor. You can read out the value from MCU to deduce whether it rains.

			(2) Hardware Required

			* V4.0 Board or MEGA 2650 Board *1
			* USB Cable*1
			* I2C 1602 LCD *1
			* Steam Sensor*1
			* Breadboard *1
			* Breadboard Jumper Wires

			(3) Specification:

			* 1.Working Voltage: 3.3V or 5V
			* 2.Working Current: <20mA
			* 3.Range of Working Temperature: －10℃～＋70℃
			* 4.Interface Type: Analog Signal Output

			(4) Connection Diagram

			<br>[[File:KS0082-247.png\|300px\|frameless\|thumb]]<br>
			<br>[[File:KS0082-248.png\|300px\|frameless\|thumb]]<br>

			Connection for V4.0:

			<br>[[File:KS0082-249.png\|300px\|frameless\|thumb]]<br>

			Connection for 2560 R3:

			<br>[[File:KS0082-250.png\|300px\|frameless\|thumb]]<br>


			（5）Sample Code

			<pre>
			/*
			keyestudio Maker learning kit
			Project 35
			Steam Sensor
			http//www.keyestudio.com
			*/
			#include <Wire.h>
			#include <LiquidCrystal_I2C.h>
			LiquidCrystal_I2C lcd(0x27,16,2);
			void setup() {
			lcd.init(); // initialize the lcd
			lcd.init();
			// Print a message to the LCD.
			lcd.backlight();
			lcd.setCursor(1,0);
			lcd.print("SensorValue : ");
			}
			// the loop routine runs over and over again forever:
			void loop() {
			// read the input on analog pin 0:
			int sensorValue = analogRead(A0);
			// print out the value you read:
			lcd.setCursor(3,1);
			lcd.print(sensorValue);
			delay(1); // delay in between reads for stability
			}
			//////////////////////////////////////////////////////////////////

			</pre>


			(6) Test Result

			After connection and uploading （5）Sample Code, we can see analog value which means current vapor content on LCD with power-on.

			<br>[[File:KS0082-251.png\|300px\|frameless\|thumb]]<br>


			Resource:

			https://fs.keyestudio.com/KS0080-81-82

Keyestudio: /* Project 34: TEMT6000 Ambient Light Sensor */

2020-12-31T06:11:56Z

Project 34: TEMT6000 Ambient Light Sensor

← Older revision		Revision as of 06:11, 31 December 2020
Line 3,951:		Line 3,951:

	<br>[[File:KS0082-245.png\|600px\|frameless\|thumb]]<br>		<br>[[File:KS0082-245.png\|600px\|frameless\|thumb]]<br>

	~~=== Project 34: TEMT6000 Ambient Light Sensor ===~~


	=== Project 35: Steam Sensor ===		=== Project 35: Steam Sensor ===

Keyestudio: /* Project 34: TEMT6000 Ambient Light Sensor */

2020-12-31T06:09:54Z

Project 34: TEMT6000 Ambient Light Sensor

← Older revision		Revision as of 06:09, 31 December 2020
Line 3,870:		Line 3,870:

	=== Project 34: TEMT6000 Ambient Light Sensor ===		=== Project 34: TEMT6000 Ambient Light Sensor ===

			<br>[[File:KS0082-239.png\|300px\|frameless\|thumb]]<br>

	（1）Introduction		（1）Introduction
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	（4）Connection Diagram		（4）Connection Diagram

	<br>[[File:KS0082-~~227~~.png\|~~300px~~\|frameless\|thumb]]<br>		<br>[[File:KS0082-240.png\|600px\|frameless\|thumb]]<br>

	<br>[[File:KS0082-~~227~~.png\|~~300px~~\|frameless\|thumb]]<br>		<br>[[File:KS0082-241.png\|600px\|frameless\|thumb]]<br>

	Connection for V4.0:		Connection for V4.0:

	<br>[[File:KS0082-~~227~~.png\|~~300px~~\|frameless\|thumb]]<br>		<br>[[File:KS0082-242.png\|600px\|frameless\|thumb]]<br>

	Connection for 2560 R3:		Connection for 2560 R3:

	<br>[[File:KS0082-~~227~~.png\|~~300px~~\|frameless\|thumb]]<br>		<br>[[File:KS0082-243.png\|600px\|frameless\|thumb]]<br>

	（5）Sample Code		（5）Sample Code
Line 3,946:		Line 3,948:


	<br>[[File:KS0082-~~227~~.png\|~~300px~~\|frameless\|thumb]]<br>		<br>[[File:KS0082-244.png\|600px\|frameless\|thumb]]<br>

	<br>[[File:KS0082-~~227~~.png\|~~300px~~\|frameless\|thumb]]<br>		<br>[[File:KS0082-245.png\|600px\|frameless\|thumb]]<br>

	=== Project 34: TEMT6000 Ambient Light Sensor ===		=== Project 34: TEMT6000 Ambient Light Sensor ===

Keyestudio: /* Project 33: Getting Your Distance with Ultrasonic */

2020-12-31T05:57:57Z

Project 33: Getting Your Distance with Ultrasonic

Show changes

← Older revision		Revision as of 07:47, 23 March 2021
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	<br>[[File:0080=4.png\|500px\|frameless\|thumb]]<br>		<br>[[File:0080=4.png\|500px\|frameless\|thumb]]<br>
	<br>[[File:0080=5.png\|500px\|frameless\|thumb]]<br>		<br>[[File:0080=5.png\|500px\|frameless\|thumb]]<br>
	<br>[[File:~~0080=6~~.png\|500px\|frameless\|thumb]]<br>		<br>[[File:QQ图片20210323154131.png\|500px\|frameless\|thumb]]<br>
	<br>[[File:~~0080=7~~.png\|500px\|frameless\|thumb]]<br>		<br>[[File:QQ图片20210323154152.png\|500px\|frameless\|thumb]]<br>
	<br>[[File:~~0080=8~~.png\|500px\|frameless\|thumb]]<br>		<br>[[File:QQ图片20210323154203.png\|500px\|frameless\|thumb]]<br>
	<br>[[File:~~0080=9~~.png\|500px\|frameless\|thumb]]<br>		<br>[[File:QQ图片20210323154214.png\|500px\|frameless\|thumb]]<br>

	== Install Arduino IDE and Driver ==		== Install Arduino IDE and Driver ==