Arduino Programming: 3 in 1- Beginner's Guide+ Tips and tricks+ Advanced methods to learn Arduino programming by Nicholas, Stuart -- Read -- Imperial Library of Trantor

Index

ARDUINO PROGRAMMINGA Comprehensive Beginner's Guide to learn the Realms of Arduino from A-Z ARDUINO PROGRAMMINGA Comprehensive Beginner's Guide to learn the Realms of Arduino from A-Z Introduction

Where Do I Find a Microcontroller? Arduino Know the Hardware

Chapter 1: Basic Concepts of Arduino Chapter 1: Basic Concepts of Arduino

Physical Computing Open Source Hardware Free Software Arduino Processing Fritzing

Chapter 2: Electronics Chapter 2: Electronics

Concept of Electronics Voltage Electric Current Direct Current Alternate Current Resistance Ohm's Law Electronic Systems Summary of Electronic Systems Electronic Signals Voltage Divider Analog to Digital Converter PWM Pulse Width Modulation Serial Communication

Chapter 3: Electronic Components Chapter 3: Electronic Components

Microcontroller Protoboard Resistor Thermistor Diode Transistor Capacitor LED RGB LED LCD Button Reed Switch Potentiometer Photocell Piezoelectric Transducer DC Motor Relay

Chapter 4: Arduino Programming Chapter 4: Arduino Programming

The Arduino Project Arduino IDE for Windows Arduino IDE for Linux Programming Programming Language Algorithm Arduino Software Sketches Serial Monitor Arduino Library Programming Arduino Digital Functions Analog Functions

Chapter 5: Starter Kit with Arduino Uno R3 Chapter 5: Starter Kit with Arduino Uno R3

Lessons Button Serial Reading of a Digital Input Serial Reading of an Analog Input Command with Serial Communication Fade Loop LDR Sensor Thermistor DC Motor LCD Typing into the LCD Piezo as Analog Output Scroll Bar with Processing Arduino - Thermostat

Chapter 6: If Statement with Arduino, Control the Execution of your Code Chapter 6: If Statement with Arduino, Control the Execution of your Code

If with Arduino - Necessary Material Syntax of the if Statement with Arduino Comparison Operators in if Statements with Arduino Example if Statement with Arduino Boolean Operators if with Arduino if-else with Arduino Example if-else statement with Arduino else if with Arduino Example else if statement with Arduino

Chapter 7: Battery and Battery Charge Meter with Arduino Chapter 7: Battery and Battery Charge Meter with Arduino

The Objective of the Battery and Battery Charge Meter with the Arduino Board Arduino Components that We Will Use Riding the Circuit with Arduino Programming the Battery and Battery Charge Meter with Arduino Arduino Native Code

Chapter 8: ADS1115 ADC Digital-Analog Converter for Arduino and ESP8266 Chapter 8: ADS1115 ADC Digital-Analog Converter for Arduino and ESP8266

What is a Digital-Analog Converter? What is an ADS1115? Install Library for ADS1115 Single-End Mode Programming Differential Mode Differential Mode Programming Comparator Mode

Chapter 9: Arduino Interruptions Chapter 9: Arduino Interruptions

Practical Example: Controlling the Speed of Fantastic Car Lights

Conclusion References ARDUINO PROGRAMMINGTip and Tricks to Learn Arduino Programming Efficiently ARDUINO PROGRAMMINGTip and Tricks to Learn Arduino Programming Efficiently Introduction

What is Arduino? Advantages of Arduino Arduino - Choosing a Hardware Platform Equipment Arduino UNO R3 Clones, or Arduino (un) Original Materials you need to program Arduino Arduino IDE Installation What happens when you install the wrong IDE? If you already have Arduino

Chapter 1: Basic Concepts of Programming Chapter 1: Basic Concepts of Programming

Conversions Decimal <-> Binary Binary <-> Hexadecimal Decimal <-> Hexadecimal QUICK Method The Software Installation Downloading Windows Mac Os Under Linux Software Interface Software Launch Correspondence Approach and Use of the Software The File Menu Buttons Equipment Presentation of the Card Constitution of the Card Materials Visualization Connectivity Installation Windows Test your Equipment The Arduino Language (1/2) Language syntax The Minimum Code Function The Instructions The Braces Comments Accents The Variables What is a Variable? A Variable is a Number The Name of a Variable Define a Variable Code: C The Arduino Language (2/2) What is a Loop? The do... while loop Concatenation The Functions What is a Function? Make a Function But what is "Void"? Empty Functions The "Typed" Functions Functions with Parameters What is going on? The Tables What's the Point? The Maximum Score Average Calculation

Chapter 2: Input / Output Management Chapter 2: Input / Output Management

Our First Program But how do you calculate this resistance? Where do we start? Create A New Project What does "HIGH Value or LOW Value" Mean? Use the Command The Program Millis () Function Limits of the Delay () Function

Chapter 3: Programming With Arduino Chapter 3: Programming With Arduino

The Basic Structure of a Sketch 1. Variables to Name 2. Setup (essential in the program) 3. Loop (essential in the program) Instructions A Flashing LED Circuit The Change Indicators Sketch: An LED Pulsing Leave Sketch: Simultaneous Lighting and Sound Sketch: Activate a LED Touch of a Button Sketch: An RGB LED Drive Sketch 1: Sketch 2: The Motion Sketch: Read Brightness Sensor Read Voltages The "Serial Monitor" Sketch: Knobs Sketch: Measure Temperatures Sketch: Measure Distance Code: Enhancements: Reversing Warning Infrared Remote Control for Controlling Arduino Microcontrollers Code: Servo Drive Code: LCD Display Code: Relay Card Code: Stepper Motor Cabling Code Code: Drop Sensor Code: RFID Kit Read an RFID tag with Arduino and Process the Data Preparation - the first sketch with the RFID READER RFID Sketch 2 Sketch 3

Chapter 4: Accessories for Arduino Chapter 4: Accessories for Arduino

Keypad Shield Code: Instructions for LCD Display with I2C Port Program Sketch: Example of use: Two I²C Displays Arduino RTC Cabling: Extension: Keypad The Sketch: Keypad - Castle Color Sensor Cabling: Generate Tones Code: Create Melodies Arduino Tilt Sensor SW-520D The Sketch: Temperature Measured with the LM35 Expansion of the Program: Code: Measure the Voltage Cabling: We now come to the code: Four-Digit 7-Segment Display Programming Code:

Conclusion References ARDUINO PROGRAMMINGAdvanced Methods and Strategies to Learn Arduino Programming ARDUINO PROGRAMMINGAdvanced Methods and Strategies to Learn Arduino Programming Introduction Chapter 1: Setting Up the Tools Chapter 1: Setting Up the Tools

The Arduino Software Arduino Hardware Setting Up The Arduino IDE Working with Arduino

Chapter 2: The Basics of Arduino Programming Chapter 2: The Basics of Arduino Programming

Curly Bracket Semicolons Comments Variables Datatype Boolean Byte Integer Long Double and Float Character Arrays Character Arrays Constants Arithmetic Functions Comparison Operators Logical Operators Casting Decision Making Looping Functions

Chapter 3: The Advanced Concepts of Arduino Programming Chapter 3: The Advanced Concepts of Arduino Programming

Setting Digital Pin Mode Digital Write Digital Read Analog Read Structures Unions Adding Tabs Working with Tabs Object-Oriented Programming String Library Arduino Motion Sensor Project Arduino LCD Display Project

Chapter 4: Structuring and Arduino Programming Chapter 4: Structuring and Arduino Programming

Structuring and Arduino Program Using Standard Variable Types Floating- Point Numbers Working with Groups of Values Using Strings in Arduino Using Strings of C Programming Language Splitting Comma- Separated Text into Groups Converting a Number to a String Converting a String to a Number Transforming the Lines of Code into Blocks Returning More Than One Value from a Function

Chapter 5: Coding and Memory Handling Chapter 5: Coding and Memory Handling

Using the Libraries Installing Additional Libraries Modifying Libraries Creating a Library Creating Libraries from Other Libraries Memory Handling Saving and Fetching Numeric Values from Program Memory Saving and Fetching Strings Using the Program Memory

Conclusion References

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