The Video Brief – Professional Video Creation (Part 2)

A video brief structured description of your video’s purpose, why you are creating the video, and your intended audience.

If we spend time adding detail to our video brief, we can expand it to produce a justification for our video or video rationale document

A video rationale document is structured description of your video’s purpose, the intended audience, separate goals for you and your audience and the main supporting information that you need to include in your video’s content.

This is best understood by example. In a previous tutorial, we created this video:

Although the video seems mundane, it was created with a purpose that is not or never will be realized by the audience. The full brief is shown below:


What’s My video’s purpose?

To cleverly describe the sport of football (soccer) a briefly as possible.

Why

I want non players and newcomers to the sport to feel welcomed and understand that the sport is not complex, making the sport easier to be tolerated or adopted by different cultures.

I want to start conversation in social media about football from experts who find my explanation to simplistic, that way newcomers can benefit from an inclusive conversation.  

Who

People who know nothing about football People who know a lot , expert fans and players.

As you can see, the purpose of the video is rather abstract, as the video itself simply describes football in 2 sentences.

In our next post , we will examine the video rationale document as it applies to this video: The Video Rationale Document – Professional Video Creation (Part 3)

© 2021  Vedesh Kungebeharry. All rights reserved. 

Storyboards – Professional Video Creation (Part 1)

A storyboard is a planning tool that shows the sequence of of events that you wish to produce in your video along with the accompanied narration and or visuals.

To create a a simple storyboard from source files, we use the following template:

VisualNarration/Text
  
  
  
  

An example of a storyboard showing four events using this template is shown below

Figure 1 – An example of a simple storyboard.

Storyboards can become very complex depending on the nature of the video being produced. An example of a single event for an animated movie is shown below:

Storyboarding template 02

One can use the storyboard as tool in isolation to create videos, but it worth considering your purpose and goals of your video by creating a video brief.

See the next post in this series: The Video Brief – Professional Video Creation (Part 2)

© 2021  Vedesh Kungebeharry. All rights reserved. 

Categories Of Computers

There are various types of computers and used in the world today. You may already be accustomed to desktop computers and laptops, and this goes without saying – even your mobile devices.

Here, we take a more formal approach by creating an exhaustive list of categories based on the purpose of the computers in each category. The list includes:

  • supercomputers
  • mainframe computers
  • mini computers
  • Micro computers
    • desktop pc
    • laptop computer
    • tablet computer
    • mobile devices

  • embedded systems

Supercomputers

Trinity (supercomputer)
(Los Alamos National Laboratory, Attribution, via Wikimedia Commons.)

Supercomputers are the fastest, most expensive computers in the world. They are specialized computers that are used mainly for scientific research and simulations

They are much faster than the regular general purpose computers (example: desktop PC) that we use every day, approximately 100 million times faster.

They are capable of storing a vast amount of data for processing.

They are very large, and can occupy the space of an entire floor in a  large building. Because of the high amounts of processing and the size of the supercomputer they consume a lot of electrical power which adds to the expense of running a supercomputer.

It should come as no surprise that’s super computers are very expensive. There aren’t a lot of supercomputers in the world for this reason, and scientists share their time with each other when using a supercomputer.

Supercomputers are used for various complex applications, most of them beyond on the scope of our study but one relatable  example would be in the simulation of weather systems for weather forecasting.

Mainframe Computers

<a title=”Erik Pitti from San Diego, CA, USA, CC BY 2.0 , via Wikimedia Commons” href=”https://commons.wikimedia.org/wiki/File:IBM_System_360_Mainframe_(2371701458).jpg”>IBM System 360 Mainframe (2371701458)
(Erik Pitti from San Diego, CA, USA, CC BY 2.0 https://creativecommons.org/licenses/by/2.0, via Wikimedia Commons)

Mainframe computers were built to be used by many people and an organization at the same time. It is a very large computer system and can fill up an entire room.

Multiple users connect to the mainframe computer via multiple terminals which consist of at least a monitor and keyboard.  Many other peripheral devices are also connected to the mainframe computer example printers, scanners external disk drives etc.

Although mainframe computers are very fast and can store a lot of data, they are much less expensive than a supercomputer.

Mainframe computers are used by medium size to large businesses for example, banks and insurance companies.

Mini Computer

K-202 minicomputer
(K-202 minicomputer, Olaf, Public domain, via Wikimedia Commons)

Mini computers can be thought of as a smaller version of a mainframe computer intended to be more accessible and affordable to smaller businesses.

 Computers  Server

<a title=”Cskiran, CC BY-SA 4.0 , via Wikimedia Commons” href=”https://commons.wikimedia.org/wiki/File:Multiple_Server_.jpg”&gt;Multiple Server
Multiple Servers in a server rack (Cskiran, CC BY-SA 4.0 https://creativecommons.org/licenses/by-sa/4.0, via Wikimedia Commons)

Computer servers do exactly what their names imply.  They provide services across a computer network to other computers known as clients computers. Client computers can be any class of micro computer ( desktop PC’s, laptop computers, tablet computers and mobile devices ) or even another Server itself.

The most common example would be a print server on a network or a website server on the Internet.

In the case of a print server in an office, workers can access the printer across the computer network to print various documents.  This reduces the need for multiple printers.

In the case of the web server on the Internet, web pages are served to different users who use web browsers on their computers to access the server via a web address.

Micro computers

<a title=”John crane 59, CC BY-SA 3.0 , via Wikimedia Commons” href=”https://commons.wikimedia.org/wiki/File:Microcomputer_Collection.jpg”&gt;Microcomputer Collection
A collection of 70's era microcomputers: SWTPC 6800, Altair 8800 (running a Dazzler program), an Altair 8800B, and an AC-30 Cassette tape interface. (John crane 59, CC BY-SA 3.0 https://creativecommons.org/licenses/by-sa/3.0, via Wikimedia Commons)

These computers fall into the category of average everyday personal use. they are not intended to be used by many people, only a single user at a time.

They include desktop PC’s, laptop computers, tablet computers and mobile devices.

Their  processing power is generally lower than a mainframe or mini computer but powerful enough to suit their needs of the user.

They are affordable enough to have widespread use across the entire world today.

Embedded computers

<a title=”Binary Koala from Berlin / Saint-Petersburg, TCP/IP, CC BY-SA 2.0 , via Wikimedia Commons” href=”https://commons.wikimedia.org/wiki/File:Network_enabled_embedded_computer_board_-_London_Science_Museum,_2015-03-19_(by_Binary_Koala).jpg”>Network enabled embedded computer board - London Science Museum, 2015-03-19 (by Binary Koala)
Network enabled embedded computer board - London Science Museum, 2015-03-19  (Binary Koala from Berlin / Saint-Petersburg, TCP/IP, CC BY-SA 2.0 <https://creativecommons.org/licenses/by-sa/2.0>, via Wikimedia Commons)

These are small specialized computer systems that are integrated into mechanical and or electrical machines.

For example, the microwave oven in your kitchen contains an embedded computer system which is able to be controlled via the keypad. the system is responsible for starting and stopping the operation of the microwave oven as well as controlling the power delivered to the microwave oven via the use of temperature sensors.

Embedded computers can be found in many household appliances and vehicles.

© 2021  Vedesh Kungebeharry. All rights reserved. 

Using multiple selection statements (By Example)

Consider the following tasks below:

Task: a solution is required which prompts the user to enter a person’s name their gender and birth year. The solution should output a message stating the The person’s name, wheather they are an adult, teenager or child, as well as their gender.

E.g, If the user enters Khan Smith, male, 2000; the solution would output :

Khan Smith is an male adult who will be 21 years old this year.

or a similar message.

Flowchart Solution

This solution was created in Flowgorithm (Download files here):

Solution in Pseudocode

Start
    // Here we initialize variables for first use....
    personName = "Unknown"
    sex = "Unknown"
    currentYear = 2021
    birthYear = -9999
    
    // end initialization.
    // Get the data from the user....
    output "Please enter the person's  name"
    input personName
    output "Please enter the person's Year of Birth"
    input birthYear
    output "Please enter the person's sex, either M  for male, or  F for Female"
    input sex
    
    // start to process data...
    // Determine the sex form the entered character....
    if sex = "M" then
        sex = " is a male "
    else
        sex = " is a female "
    end If
    age = currentYear - birthYear
    if age > 19 then
        personType = " adult "
    else
        if age > 12 then
            personType = " teenager "
        else
            personType = " child "
        end If
    end If
    result = personName + sex + personType + "who will be " + age + " years in " + currentYear
    output result
    output "thanks for using my program!"
    
    // © 2021  Vedesh Kungebeharry. All rights reserved.
End


© 2021  Vedesh Kungebeharry. All rights reserved. 

Ergonomics – Accessing Content on 21st Century ICT

See the image below :

Image: “01 21St Century ICT – Ergonomics-U.png”

Alternatively, there’s a video explaining how to access the content:

How to get the app (21st Century ICT)

Visit https://21stcenturyict.com/21st-century-ict/ to order the app online.

Call :

TT: 868-373-9780

US: 305-874-0365

Locally, the app is also available in RIK Services Trinidad Book World . (http://rikservices.net/)

© 2021  Vedesh Kungebeharry. All rights reserved. 

How to share a Scratch Project

  1. Login to Scratch.mit.edu
  2. Create and Save your project.
  3. Click on share.
  4. Copy the link and share to your desired place (email, google classroom, etc.)

See the steps in the video below:

© 2021  Vedesh Kungebeharry. All rights reserved.