ExpEYES/C2/Introduction-to-ExpEYES-Junior/English

Visual Cue	Narration
Slide Number 1 Title Slide	Hello everyone. Welcome to this tutorial on Introduction to ExpEYES Junior.
Slide Number 2+3 Learning Objectives We will learn: About ExpEYES Junior device Features Hardware Specifications Buy the device Installation of the software on different operating systems. We will also learn to, Connect the device to the system Demonstrate a simple experiment.	In this tutorial, we will learn: About ExpEYES Junior device Features Hardware Specifications How to buy the device Installation of the software on different operating systems. We will also learn to: Connect of the device to the system and Demonstrate a simple experiment.
Slide Number 4 System Requirement ExpEYES v 3.1.0 Ubuntu Linux OS v. 14.04 Andriod v 5.0.2 Windows v 7 Firefox browser 35.0.1	Here I am using ExpEYES version 3.1.0 Ubuntu Linux OS version. 14.04 Andriod version 5.0.2 Windows verison 7 Firefox browser version 35.0.1
Slide Number 5 Pre-requisties Knowledge of basic high school Physics.	To follow this tutorial, you should have Knowledge of basic high school Physics.
Slide Number 6 What is ExpEYES? ExpEYES stands for Experiments for Young Engineers and Scientists. Perform basic Physics and Electronics experiments.	Let's first see what is ExpEYES? ExpEYES stands for Experiments for Young Engineers and Scientists. It is used to perform basic Physics and Electronics experiments.
Slide Number 7 ExpEYES Show “ExpEYES” image	ExpEYES Junior device looks like this.
	Here is a list of some important features of ExpEYES Junior.
Slide Number 8+9 Features Measure voltages, generates plots and waveforms. Low cost and gives accurate measurements. Built-in Signal Generator and Oscilloscope. 12 bit input/output analog resolution. Microsecond timing resolution. Software is available on Bootable ISO image.	Device can measure voltages, generates plots and waveforms. It is low cost and gives accurate measurements. Device has Built-in Signal Generator and Oscilloscope. It has 12 bit input/output analog resolution. It has Microsecond timing resolution. Software is available on Bootable ISO image.
	Let's learn about Hardware Specifications of the device.
Slide Number 10 Hardware Specifications Hardware design of the device is free and open source. Connected to the system through an USB port. Small compact rectangular box with dimensions 8.6x5.8x1.6 (cm3). Weighs around 60g.	Hardware design of the device is free and open source. Device can be connected to the system through an USB port. It is a small compact rectangular box with dimensions 8.6x5.8x1.6 cm cube (cm3). It weighs around 60g.
	Let's see how to buy the device online.
Point to the address bar. Scroll and show the page.	Open Firefox browser, in the address bar type, http://expeyes.in/hardware-availability and press enter. A web page opens with all the details to buy the device.
	Let's learn about the availability of the Software on different operating systems.
Slide Number 11 Software Availability Software of ExpEYES Junior is coded in Python language. Free and open source Distributed under GNU General Public License.	The Software of ExpEYES Junior is coded in Python language. It is free and open source. It is distributed under GNU General Public License.
Slide Number 12 Software Software works on GNU/Linux, Netbook, Android and Windows.	Software works on GNU/Linux, Netbook, Android and Windows.
Slide Number 13 Installation Ubuntu Linux OS	To begin with let's install on Ubuntu Linux OS.
Show Ubuntu Software Center.	We can install ExpEYES the Software directly from Ubuntu Software Center.
Point to the address bar. Type http://expeyes.in	Alternatively open Firefox web browser. In the address bar, type: http://expeyes.in
Point to SOFTWARE tab. Point to Software Installation page.	On the page click SOFTWARE tab. Software Installation page opens.
Click on link expeyes.deb Point to Save File dialogue box Select Save File click on OK.	Click on the link expeyes.deb. Save File dialogue box opens. Select Save File and click on OK.
Click on the downloaded file.	Click on the downloaded file.
Cursor in Ubuntu Software Centre. Click on Install button.	File opens in Ubuntu Software Centre. Click on Install button.
Point to Authenticate dialogue box. Type the sytem password Click on Authenticate button.	Authenticate dialogue box appears. Type the system password and click on Authenticate button. Installation takes a few minutes.
Slide Number 14 Installation Netbook.	Let's install the Software on Netbook.
Point to Lubuntu software Center.	ExpEYES software can be installed on Netbook using Lubuntu Software Center.
Right click on Software Center icon. Select Open. Point to Lubuntu Software center.	Right click on Software Center icon. Select Open. Lubuntu Software center window opens.
In Search a package box, type expeyes Expeyes icon appears, Select the icon.	In Search a package box, type expeyes. Expeyes icon appears. Select the icon.
Point to the Status bar. Click on the Add to the Apps Basket button.	On the Status bar, click on Add to the Apps Basket button.
Point to Menu bar, click on Apps Basket button. Point to Apps Basket.	On the Menu bar, click on Apps Basket button. Apps Basket window opens.
Point to Package list, select Expeyes. Click on Install Packages button.	From the Package list, select Expeyes. Click on Install Packages button.
Point to Authenticate dialogue box. Type system password. Click on Authenticate button.	Authenticate dialogue box appears. Type the system password and click on Authenticate button.
Point to Installing packages dialogue box.	Installing packages dialogue box appears. Installation takes a few minutes.
Show the connection of Netbook to the device using USB cable.	Connect the Netbook to the device using USB cable.
Click on Start button. Navigate to Education.	To open the Software interface in Netbook, click on Start button. Navigate to Education.
Select ExpEYES Junior. Point to Software interface.	Select ExpEYES Junior. Software interface opens.
Slide Number 15 Installation Andriod.	Let's install the Software on Andriod.
Slide Number 16 Installation on Android	Please ensure that wifi or Data pack is available on your Andriod device.
Show the connection of Android to the device using OTG cable.	ExpEYES Junior device can be connected through OTG cable to your mobile.
Click on the Home button on your mobile. Point to Google Play Store in the Android.	Click on Home button on your mobile. Navigate to Google Play Store.
Click on APPS. Point to APPS.	Click on APPS. APPS page opens.
Click on magnifying glass on the top right corner.	Click on magnifying glass on the top right corner.
Type expeyes, click on the ExpEYES. Click on INSTALL.	Type expeyes, click on ExpEYES. <pause> Click on INSTALL.
Point to Accept.	Accept the license agreement. Downloading starts.
click on OPEN.	After downloading, click on OPEN.
Point to ExpEYES Experiments dialogue box.	ExpEYES Experiments dialogue box opens.
Click on the checkbox, Use by default for this USB device.	Click on the checkbox, Use by default for this USB device.
Click on OK. Point to ExpEYES interface.	Click on OK. Interface opens.
Slide Number 17 Installation Windows OS	Let us install the Software on Windows Operating System.
Point to the address bar, type the url expeyes.in press Enter.	Open your default web browser. In the address bar, type the URL expeyes.in and press Enter. ExpEYES page opens.
Click on SOFTWARE tab, Scroll down to MS Windows.	Click on SOFTWARE tab. Scroll down to MS Windows.
Point to Window Desktop.	For Windows installation, we need to install Python interpreter and required libraries.
Point to all the libraries. Show all related drivers	Download and install the following drivers and files: http://www.ftdichip.com/Drivers/CDM/CDM20814_Setup.exe MCP2200 Driver http://www.python.org/ftp/python/2.7/python-2.7.msi http://pythonxy.googlecode.com/files/pyserial-2.5.0_py27.exe http://effbot.org/downloads/PIL-1 .1.7.win32-py2.7.exe http://sourceforge.net/projects/numpy/files/NumPy/1.5.1/numpy- 1.5.1-win32-superpack-python2.7.exe/download http://sourcef orge.net/projects/scipy/files/scipy/0.10.1/scipy-0.10.1- win32-superpack-python2.7.exe/download expeyes.zip.
Point to the files in Downloads library.	I have already downloaded all the files in my Downloads library.
Right click on expeyes-3.0.0 zip file. Click on Extract Here option. Point to the extracted file.	Right click on expeyes-3.0.0 zip file and click on Extract Here option. The file is extracted.
Double click on expeyes-3.0.0 folder.	Double click on expeyes-3.0.0 folder.
Double click on expeyes-junior folder. Point to the list.	Double click on eyes-junior folder. A list of files open.
Navigate to croplus file. Right click, select Properties. Point to croplus Properties window.	Navigate to croplus file. Right click and select Properties. croplus Properties window opens.
Click on Change button, Select Python, click OK.	Click on Change button. Select Python, then click OK.
Click OK in the Properties window. Double click croplus file.	Click OK in the Properties window. Double click on croplus file.
Point to the Python exe file Point to ExpEYES junior interface.	You can see that Python exe file is running. Software interface opens.
Point to ExpEYES junior interface.	Please note, while installing the Software on Windows 8/8.1, enable unsigned driver installation in settings.
Show connection to the system. Point to the interface.	We can connect the device to the system through USB port. Once connected the software interface opens.
	Now, I will show a basic experiment using the device and interface.
Show the connections and interface.	To show the experiment, we require a battery as external source of voltage. Voltage of the battery is “3V”. For this experiment, Ground terminal and A1 terminal are connected to the battery.
Click on A1 to show the voltage across the A1 terminal. Point to the voltage	On the interface, click on A1 to show the voltage across A1 terminal. The displayed voltage is “+3.15V”. On reversing the connection, the voltage is “-3.14V”
Point to the displayed values.	In the place of the battery we can use PVS as internal source of voltage. For this experiment, A1 is connected to PVS. On the right side of the interface, Set PVS = 3V and press enter. The displayed voltage of PVS is “3.001V”.
Click on A1 to show the voltage across the A1 terminal.	On the top left corner click on A1. The displayed voltage of A1 is “3.008V”.
	Let us summarize.
Slide Number 18 Summary We have learnt, About ExpEYES Junior device Features Hardware Specifications Buy the device Install the software on Linux, Netbook, Android and Windows Connect the device to the system Demonstrate a simple experiment.	In this tutorial, we have learnt: About ExpEYES Junior device Features Hardware Specifications How to buy the device How to install the software on Linux, Netbook, Android and Windows How to connect the device to the system and Demonstrate a simple experiment
Slide Number 19 Assignment Install the Software based on your Operating System.	As an assignment, Install the software based on your Operating System.
Slide Number 20 Design and Development ExpEYES is designed and developed by the PHOENIX project of Inter-University Accelerator Centre, New Delhi.	ExpEYES is designed and developed by the PHOENIX project of Inter-University Accelerator Centre, New Delhi.
Slide Number 21 Acknowledgement Watch the video available at http://spoken-tutorial.org /What is a Spoken Tutorial It summarises the Spoken Tutorial project. If you do not have good bandwidth, you can download and watch it.	This video summarizes the Spoken Tutorial project If you do not have good bandwidth, you can download and watch it.
Slide Number 22 The Spoken Tutorial Project Team: Conducts workshops using spoken tutorials Gives certificates to those who pass an online test For more details, please write to contact@spoken-tutorial.org	We conduct workshops using Spoken Tutorials and give certificates. Please contact us.
Slide number 23 Spoken Tutorial Project is a part of the Talk to a Teacher project It is supported by the National Mission on Education through ICT, MHRD, Government of India More information on this Mission is available at http://spoken-tutorial.org/NMEICT-Intro	The Spoken Tutorial Project is funded by NMEICT, MHRD Government of India. This tutorial is contributed by Madhuri Ganapathi and Kaushik Datta. Thank you for joining.

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