The document provides information on building a smart mirror using a Raspberry Pi. It discusses that the Raspberry Pi is a small, inexpensive computer that can be used for tasks like word processing and playing videos. It notes that over 3 million Raspberry Pi units have been sold. It then covers the hardware components of the Raspberry Pi, operating systems that can be used, and provides step-by-step instructions for setting up a Raspberry Pi to power a smart mirror, including downloading required software, configuring settings, and rotating the display.

1. Presentation on Raspberry Pi

2. Introduction
 The Raspberry Pi is a credit-card sized computer
 Developed in U.K. by Raspberry - Pi foundation in
2009
 It can be plugged into your TV and a keyboard, and
can be used for many of the things that your average
desktop does - spreadsheets, word-processing, games
and it also plays high-definition video.
 Has been a revolution in the market with over 3
million units sold

3. Motivation
 Computer science skills increasingly important
 Easily Access to computers
 Computers are the tool of the 21st century
 Computer Science is concerned with much more than
simply being able to use a computer.
 Children should understand how they work and how
to program them

4. Raspberry Pi Model

5. Hardware
 • 10/100 BaseT Ethernet socket
 • HDMI socket
 • USB 2.0 socket
 • RCA video socket
 • SD card socket
 • Powered from microUSB socket
 • 3.5mm audio out jack
 • Header footprint for camera connection

6. Operating System
 • Linux on a bootable SD card
 • Fedora
 • Raspbian
 • Debian
 • ArchLinux ARM

7. Smart Mirror

8. Making Smart Mirror
Using Raspberry Pi
Required equipments
 A computer screen (that you can take apart)
 An observation mirror or glas and a mirrorfilm
 A Raspberry Pi with casing + micro USB power cord
 A SD-card (8GB)
 A network adapter (not necessary for Raspberry Pi 3,)
 Wood frame (boards, screw, glue, paint, drill)
 HDMI-to-VGA-adapter (depending on if your screen has
HDMI or not)
 A mouse and a keyboard with USB
 A second computer (for fixing OS and stuff)

9. Building the Mirror
2-Way Mirrored Acrylic Sheets

10. Making the frame

12. Raspberry Pi Set up with the monitor in the frame

13. Setting up Raspberry Pi
 Download Smart-Mirror repositories and open up terminal
 Install PIP and Run pip install .r requirments.txt
 Sudo pip install .r re
 Open smart mirror by vim smartmirror.py
 Need to set Raspberry pi ip address
 Set country code
 Set weather token api
 Weather token api can be found from forecast.io site
opening new account from there.
 After set up hitting ESC and Capitall GG we can save the
setting.

14.  Install python.imaging.tk by using sudo apt.get install
python.imaging.tk
 Run python smartmirror.py
 It’s now connected with the system.
 Click on the window and press Enter it goes full
screen.
 On slash boot folder sudo vim config.txt
 From the bottom we can set display_rotate variable as
1
 Esc and wq! To save the file

15. Now the Smart Mirror is Set!

16. Thank You!