Digitronix: The Digital Camp Part II

Digitronix: The Digital Camp Part II, available at Free, has an average rating of 5, with 5 lectures, based on 2 reviews, and has 332 subscribers.

You will learn about Assembling the Hardware to make Circuit Coding the Arduino Running the Circuits Various Components and Functions of Arduino This course is ideal for individuals who are Engineering Students, High School Science Students It is particularly useful for Engineering Students, High School Science Students.

Enroll now: Digitronix: The Digital Camp Part II

Summary

Title: Digitronix: The Digital Camp Part II

Price: Free

Average Rating: 5

Number of Lectures: 5

Number of Published Lectures: 5

Number of Curriculum Items: 5

Number of Published Curriculum Objects: 5

Original Price: Free

Quality Status: approved

Status: Live

What You Will Learn

Assembling the Hardware to make Circuit
Coding the Arduino
Running the Circuits
Various Components and Functions of Arduino

Who Should Attend

Engineering Students, High School Science Students

Target Audiences

Engineering Students, High School Science Students

Learn About

Integrated Development Environment in Arduino Atmega 2560 R3 Board.

Arduino programming language can be divided in three main parts: functions, values (variables and constants), and structure.

Functions

We will Focus on experimenting and examining the functioning of IDE based on the following functions.

For controlling the Arduino board and performing computations.

Digital I/O

digitalRead()
digitalWrite()
pinMode()

Analog I/O

analogRead()
analogReference()
analogWrite()

Zero, Due & MKR Family

analogReadResolution()
analogWriteResolution()

Advanced I/O

noTone()
pulseIn()
pulseInLong()
shiftIn()
shiftOut()
tone()

Time

delay()
delayMicroseconds()
micros()
millis()

Math

abs()
constrain()
map()
max()
min()
pow()
sq()
sqrt()

Trigonometry

cos()
sin()
tan()

Characters

isAlpha()
isAlphaNumeric()
isAscii()
isControl()
isDigit()
isGraph()
isHexadecimalDigit()
isLowerCase()
isPrintable()
isPunct()
isSpace()
isUpperCase()
isWhitespace()

Random Numbers

random()
randomSeed()

Bits and Bytes

bit()
bitClear()
bitRead()
bitSet()
bitWrite()
highByte()
lowByte()

External Interrupts

attachInterrupt()
detachInterrupt()
digitalPinToInterrupt()

Interrupts

interrupts()
noInterrupts()

Communication

Print
Serial
SPI
Stream
Wire

USB

Keyboard
Mouse

Variables

Arduino data types and constants.

Constants

Floating Point Constants
HIGH | LOW
INPUT | INPUT_PULLUP | OUTPUT
Integer Constants
LED_BUILTIN
true | false

Conversion

(unsigned int)
(unsigned long)
byte()
char()
float()
int()
long()
word()

Data Types

array
bool
boolean
byte
char
double
float
int
long
short
size_t
string
String()
unsigned char
unsigned int
unsigned long
void
word

Variable Scope & Qualifiers

const
scope
static
volatile

Utilities

PROGMEM
sizeof()

Structure

The elements of Arduino (C++) code.

Sketch

loop()
setup()

Control Structure

break
continue
do…while
else
for
goto
if
return
switch…case
while

Further Syntax

#define (define)
#include (include)
/* */ (block comment)
// (single line comment)
; (semicolon)
{} (curly braces)

Arithmetic Operators

% (remainder)
* (multiplication)
+ (addition)
– (subtraction)
/ (division)
= (assignment operator)

Comparison Operators

!= (not equal to)
< (less than)
<= (less than or equal to)
== (equal to)
> (greater than)
>= (greater than or equal to)

Boolean Operators

! (logical not)
&& (logical and)
|| (logical or)

Pointer Access Operators

& (reference operator)
* (dereference operator)

Bitwise Operators

& (bitwise and)
<< (bitshift left)
>> (bitshift right)
^ (bitwise xor)
| (bitwise or)
~ (bitwise not)

Compound Operators

%= (compound remainder)
&= (compound bitwise and)
*= (compound multiplication)
++ (increment)
+= (compound addition)
— (decrement)
-= (compound subtraction)
/= (compound division)
^= (compound bitwise xor)
|= (compound bitwise or)

Course Curriculum

Chapter 1: Functions in Arduino IDE : Basics

Lecture 1: Functions in Arduino IDE : Basics

Chapter 2: Digital Inputs and Outputs

Lecture 1: Digital Inputs and Outputs in Arduino IDE

Chapter 3: Significance of Serial Monitor

Lecture 1: Significance of Serial Monitor

Chapter 4: Digital Read and Write To have Alternating LEDS

Lecture 1: Digital Read and Write To have Alternating LEDS

Chapter 5: Changing the intensity of an LED with Potentiometer and analogRead Command

Lecture 1: Changing the intensity of an LED with Potentiometer and analogRead Command

Instructors

Meenal Hadavale
A Sales Professional and Engineer with Passion of Learning

Rating Distribution

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2 stars: 0 votes
3 stars: 0 votes
4 stars: 0 votes
5 stars: 2 votes

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