Introduction to the Arduino Wearable development tutorial (University bully Internal information)

Introduction to the Arduino Wearable development tutorial (University bully Internal information)

Probation: Link: http://pan.baidu.com/s/1mg9To28 Password: z5v8

Introduction: An introduction to the Arduino Wearable development tutorial (university bully Internal materials) is the first wearable technology implementation tutorial in China. This tutorial explains how to build a wearable product with the most popular open source hardware Arduino. Full tutorial covers Arduino lily hardware, software development and project construction. Finally, three items are explained: Tomato alarm clock, binary clock, P#ov hand *& ring.

Catalogue1th Chapter Lilypad Arduino Overview11.1 Wearable technology and electronic fabrics11.2 Lilypad Each module introduction11.2.1 Controller Board11.2.3 Output Module31.2.4 Input Module31.2.5 Power supply Module41.2.6 Programmer Module51.2.7 Lilypad Set51.3 Sewing Basics61.4 Lilypad and Lilypad simpleTen1.4.1 LilypadTen1.4.2 Lilypad Simple One1.5 Book Writing Ideas A2nd Chapter Development Environment -2.1 Arduino IDE -2.1.1 Installation package Download -2.1.2 Installing the Arduino IDE under the Windows platform theInstalling the Arduino IDE under the 2.1.3 Linux platform -2.2 Understanding the IDE -2.2.1 Booting the Arduino IDE -2.2.2 Creating a new source file -2.2.3 Editing source files +2.2.4 Saving source files at2.2.5 Open a source file that already exists -2.3 Connecting Lilypad -2.3.1 Drivers for Windows platforms -2.3.2 Linux Platform drivers -2.4 First Program--blink -2.4.1 Open Official Example -2.4.2 Connecting Hardware -2.4.3 Select Board -2.4.4 Select port in2.4.5 Upload Program to2.4.6 observation of running results to3rd. Arduino Language Basics -3.1 Variables -3.1.1 Data types -3.1.2 Pre-defined constants $3.1.3 Variable scope and qualifierPanax Notoginseng3.2 operator -3.2.1 Arithmetic Operators -3.2.2 Comparison Operators -3.2.3 pointer operator the3.2.4 Boolean operator the3.2.5 Bitwise operators the3.2.6 Compound operator A3.3 Functions the3.3.1 Function Basics the3.3.2 Time-dependent functions +3.3.3 Mathematical Correlation function +3.3.43 Angular correlation function -3.3.5 Random number correlation function -3.3.6 Type conversion correlation function -3.3.7-bit and byte-related functions -3.4 Program Structure $3.4.1 Setup () and loop () $3.4.2 Control Structure $3.4.3 More syntaxWuyi4th Chapter Signal I/O Wu4.1 Digital signal I/O Wu4.1.1 Digital Signal Wu4.1.2 Setting the digital port mode Wu4.1.3 Digital Port Output Wu4.1.4 using digital port output control LEDs -4.1.5 using digital port output to control vibration motor -4.1.6 Digital Port Input -4.1.7 reading input from a button using a digital port61s4.1.8 using pull-up/pull-down resistors +4.2 Analog signal I/O the4.2.1 Analog Signal the4.2.2 Pulse width modulated PWM the4.2.3 Analog-to-digital converter ADC the4.2.4 Analog Signal output the4.2.5 using analog ports to control LED brightness the4.2.6 using analog ports to control vibration strength of vibrating motors the4.2.7 Analog Signal Input -4.3 tone () and Notone () -5th Chapter Serial Communication About5.1 Lilypad's serial hardware About5.2 Serial Port software control the5.3 Serial Communication example-using a computer to control the tri-color LED module +5.3.1 Tri-Color LED module +5.3.2 Wiring Method +5.3.3 Drive Tri-Color LED module -5.4 Knowledge of analog input signals the5.4.1 Brightness sensor the5.4.2 Temperature sensor -5.4.3 Acceleration Meter -5.5 Interrupts the5.5.1 Binding Interrupt the5.5.2 Cancel Interrupt theThe 6th chapter of the Project Tomato alarm Clock -6.1 Tomato Time Management method -6.2 Overall Realization Ideas -6.3 Module Selection the6.4 Circuit Connection the6.5 Software implementation the6.6 How to use the6.7 Styling Design Suggestions the6.8 Continuous Improvement the7th Chapter 2--Binary Clocks About7.1 Tracking time on Lilypad About7.2 Hardware Design1017.3 Read Time1027.4 Circuit Connection1037.5 Software Implementation1048th Project 3--p$o$ Hand & () ring the8.1 Implementation Principle1118.2 Hardware Design1118.3 Software Design the8.4 Actual Test117

Introduction to the Arduino Wearable development tutorial (University bully Internal information)