Introduction to Raspberry Pi

This lecture will teach you to:-

(a) Start LX Terminal.

(b) Print working directory.

(c) Update the database of available software packages.

(d) Install new applications.

(e) Remove existing applications.

This lecture will teach you to:-

(a) Choose the appropriate IDLE Version.

(b) Perform mathematical operations in python shell.

(c) Use print command.

(d) Difference between Python shell and Python file.

(e) Save the file in a particular directory.

(f) Retrieve the file whenever required.

This lecture will teach you:-

(a) While loop.

(b) Example of While loop program.

(c) If-else condition.

(d) Example of If-else program.

This lecture will teach you:-

(a) Double equals comparison operator.

(b) Random function.

(c) Required module for random function.

(d) Capture user input.

This lecture covers the overview and the set of hardware required to build the project

This document contain the complete circuit diagram of the LEDs blinking project.

The Lecture describe how to program the LEDs and blink after certain intervals

This lecture covers the real time demonstration of the project.

This lecture will teach you to:-

(a) Import random module.

(b) Define default value for number of attempts.

(c) Capture player name.

(d) Specify the guess range.

(d) Ask player to guess for a number.

This lecture will teach you to:-

(a) Restrict the number of guesses.

(b) Typecast the player guess value to Integer.

(c) Increase the number of attempts after taking a guess.

(d) Print the appropriate message if guess is low.

(e) Print the appropriate message if guess is high.

This lecture will teach you to:-

(a) Typecast number of attempts to string.

(b) Print the appropriate message if the player makes a correct guess.

(c) Print the maximum number of attempts taken by player to guess the number.

(d) Print the appropriate message if the player losses the game.

(e) Save the python game file.

This lecture will teach you to:-

(a) Find errors in the program.

(b) Define the missing guess variable.

(c) Break the loop after the player guesses the correct number.

(d) Indenting the lines of code.

(e) Demonstration of the game.

This document contains the complete source code of - Guess the number game

This lecture will teach you to:-

(a) Power up the existing Christmas lights.

(b) Change the different pattern using the control box.

This lecture will teach you to:-

(a) Disassemble the existing Christmas lights.

(b) Gather the hardware requirements to assemble your own Christmas lights.

This lecture will teach you to:-

(a) Setup the required LEDs.

(b) Solder a wire to LED.

(c) Attach the jumper wires.

This lecture will teach you to:-

(a) Import the required modules for programming.

(b) Enable the respective GPIO pins.

This lecture will teach you to:-

(a) Define the first function with user input.

(b) Define a for loop for iteration.

(c) Print the number of times LEDs blink.

(d) Generate a specific "rgb" pattern.

(e) Insert sleep function as per the pattern requirement.

This lecture will teach you to:-

(a) Define the second function with user input.

(b) Define a for loop for iteration.

(c) Print the number of times LEDs blink.

(d) Generate a specific "one by one" pattern.

(e) Insert sleep function as per the pattern requirement.

This lecture will teach you to:-

(a) Define the last function with user input.

(b) Define a for loop for iteration.

(c) Print the number of times LEDs blink.

(d) Generate a specific "running" pattern.

(e) Insert sleep function as per the pattern requirement.

This lecture will teach you to:-

(a) Typecast the total number of LEDs blink to string type.

(b) Clean up all the GPIO ports used in the program.

(c) Greet the player with welcome message.

(d) Capture user input.

(e) Call all the user defined function.

This lecture will teach you to:-

(a) Debug the errors in the program.

(b) Connect the Christmas lights to the respective GPIO pins.

(c) Run the program by passing user defined values.

This document contains the complete source code of the - Christmas light program

This lecture describes overall summary of the course.

This lecture describes the overview of the omxplayer

This document describes the keyboard shortcut keys of Omxplayer

This lecture describes the installation process and video file access using oxplayer

This lectures describes the overview of the libre office

This lecture describes the Installation process and application of Libre Office