2-D UNITY EDUCATIONAL GAME ON BLACKHOLES

 INTO THE ABYSS

Black Holes

Remember Gargantua Black Hole from the Interstellar movie.  It certainly did arouse a curiosity in me.....and so we are here to explain the concept in a fun manner utilizing the unity game engine. 


Background Unity game engine was used to develop a 2-D educational space game. Unity is a popular open source game engine that provides all necessary SDKs/tools to develop games and coding language used was C#. This is my first try at game development using unity so here we go..... 

Aim The aim of developing this game was threefold :-

  • To refine my learning of Unity game engine by developing a simple game. 
  •  As this was my first game using Unity engine, I choose an educational game. Black Holes were an ideal topic to address the curiosity in a fun manner. 
  • Besides this kind of game choice gave me ample opportunities to work on various spectrum of game development.

About the GameThe target audience for the game were junior school students - about my sisters age - 8/12 yrs old. To maintain the interest levels, the game was designed to educate as well as entertain the users. It comprised of three segments :-  

  • Animated educational video on black holes.
  • Mini-space shooter game.
  • Quiz on black holes.
Development Process 
  • Home Page.  For home page buildout the following steps were involved:-
    • User Interface was developed.
    • Buttons were added for exit option and for loading three respective scenes viz. black hole animation, shooter game and quiz.
       
    • Appropriate background sprite was added.
           
  • Educational Video. Graphic animated video was developed via Canva and iMovie. The video explains a Black Hole from its birth to death and related concepts as Hawking radiation. The movie was then imported in Unity and attached as audio and video file.          






  • Fun Mini-Space Shooter Game. The game in essence is maneuvering your battleship evading black holes that come at you while destroying enemy space ships whereby earning points.   

                                     


    •  The assets including enemy spawning script and animations were imported to develop the shooter scenes from the unity asset store. 
    • Thereupon a scoring and life counts system was added and their code implemented
    • A background that complimented the aesthetics of the game. Sprites for the player, enemies, and life count were also added.
                                    

  •  Quiz. Quiz on Black Holes was developed to generate interest and address curiosity on space phenomena. The process involved :-
    • Setting up and developing UI.
    • Adding interactable buttons for multiple choice questions.
    • Question panel that text holders were placed.
    • JSON file imported with question-answer database. 
    • Implementing code to compare user inputs with the correct answer and changing the color of 'question-options text' to green for correct answers and red for the wrong ones







  video explaining project :







      

Arduino, Unity, Cinematography

Comments

  1. ArunJune 28, 2022 at 12:09 PM

    Appears to be a very interesting project to work on, how can one have feel of the end product?
    Well done.

    ReplyDelete

Post a Comment

If you have any doubts, please let me know

Popular posts from this blog

Measuring The Speed Of Light

Image
Have you ever wondered how fast does light travel ? We can measure the speed of light in our home using just our home appliances through a simple(and tasty !!) activity. Item List For this you will be needing: 1. A microwave  2. A bar of chocolate ( eggs work too!!) 3. A ruler  4. and a calculator. Principle A Microwave oven as the name suggests uses microwaves to heat our food. These microwaves are a part of the Electro-Magnetic spectrum and lie between Radio Waves and Infrared Waves.     The interesting part is that these micro waves travel at the same speed as that of light. Viola! Calculating the speed of these micro waves would give us the speed of light. Now thankfully we have a handy equation to calculate this :-        Speed of Microwaves (Light) = Wavelength (  Ξ»)   x  Frequency (  Ξ½ )          Experiment Frequency - You may find this at the back of your microwave (usually 2450 MHz) o...
Read more

Hand Battery

Image
                                                Hand Battery : Harnessing electricity  Well !! You πŸ‘‰πŸ‘‰ are also a battery !! A human powered one !! πŸ˜€πŸ˜€πŸ˜€Lets check this out. Item list   2 x cardboard covers  Copper plate   Aluminium foil  2 x jumper wires   A few paper clips   Multimeter  Procedure. Mount the copper plate on one of the cardboard covers and cover other cardboard cover with Aluminium foil.  Connect the two above prepared  plates to the multimeter test probes using the jumper wires. Set the multimeter to  the 200 milliampere setting.  Place one hand on each plate and observe the readings. If negative current is shown in the.meter, then simply reverse the connections of  the multimeter probes. You can even wet your hands with water (or sanitizer works the best) to make ...
Read more

PASSWORD PROTECTED DOOR LOCK SECURITY SYSTEM

Image
 LCD KEYPAD DOOR LOCK USING AN ARDUINO   Hi ! how about locking your room using an LCD door lock. That would be nice, especially so if you want to lock out a pesky sibling. πŸ˜„ THIS IS WHAT YOU WOULD REQUIRE An Arduino Uno Micro Controller  16 x 4 LCD display  12 V DC solenoid door lock  Led Lights  Some jumper wires for the connections    9 V battery (an external power supply more closer to 12 V  would be better ) Relay  10k potentiometer 220 Ohm resistor 4 x 4 keypad  HOW DOES THIS DOOR LOCK WORK   πŸ”πŸ”πŸ” When one enters the password for the door lock, the keys pressed match with the  default keys.  The solenoid lock is activated and the door lock opens.  Simultaneously, the LCD also displays a 'Welcome' message.   If the keys do not match the default password then the door lock remains closed. The LCD also displays 'Wrong Password' CIRCUIT DIAGRAM THE CODE  After setting up the circuit as shown a...
Read more

STORY ENGINEERING - A KIND GESTURE

Image
Story Engineering    A STUDENT FILM ON SCHOOL BULLYING  A KIND GESTURE            Well, the Summer of 2019 was indeed marvellous and well spent under the guidance and tutelage of phenomenal Ms. Arti Jain, learning the 'Art of Media and Story Telling' at Woodstock School, Mussoorie.     Learning the language of cinematography  from   Ms. Arti   was         captivating and we :- Gained an insight into the fascinating and complex world of film making.   Explored the basics of creating a story and exploring the visual medium. Saw and analysed a cross-section of films, fiction, documentaries et al. Had a hands on training on video shooting a nd editing  and all this in the salubrious environs of Mussoorie.       Story Line     Wikipedia refers  'School Bullying'  as one or more perpetrators who have  greater physi...
Read more

ARDUINO OBSTACLE AVOIDING CAR - A TUTORIAL GUIDE

Image
I wanted to work on building a robotic car that could maneuver on its own and avoid obstacles.  This project was an extension to the ' Smartphone Controlled RC Car ' project I worked on last year during the pandemic. You can read   more about that project here . ARDUINO OBSTACLE AVOIDING CAR - A TUTORIAL GUIDE Components Used Arduino Uno L298N motor driver HC-SR04  distance sensor Servo Motor Cardboard and wheels for mounting everything Description For the project I attached the HC-SR04  distance sensor on top of a servo motor. The servo motor would rotate the distance sensor which could then scan the room and send data to the Arduino microcontroller. If  the sensor detected an obstacle within its proximity, the Arduino would then via the L298N - motor driver change the  RPM of either of the car's tires - effectively changing the direction.   Here is the video I made detailing every step through the entire build of the project. :)
Read more

Smartphone Controlled RC Car

Image
 Smartphone Controlled RC Car      Hey!  So, this blog post would help you make a DIY  Rc car that can be controlled using a smartphone via just Bluetooth. The entire page is divided into 6 main sections that'll guide you through the process -           Required parts    Fundamentals     Important stuff to keep in  mind    The circuit diagram          The code      Connecting the car with the mobile app       # STEP 1 - REQUIRED PARTS  Motors  and wheels kit   link L298n motor driver   link Arduino uno  link 9V battery  HC05 bluetooth module  link Jumper wires  link Mini bread board  link #STEP 2 - UNDERSTANDING THE  FUNCTIONING             W hen we move the joystick in the smartphone the action is recorded and a signal is sent to the c...
Read more

MORSE CODE - HARNESSING ELECTRICITY TO COMMUNICATE

Image
   HARNESSING ELECTRICITY TO COMMUNICATE - MORSE CODE Morse code  is based on name of its inventor Samuel Morse and was used first in 1844. For well over 100 years it was extensively used for communication including during the World War 1 and World War 2. UNDERSTANDING MORSE CODE Here is a video to understand the Morse Code and you can also try a few android apps to get the hang of Morse Code STARTING THE PROJECT An excellent resource to understand the Morse Code  and execute this project of harnessing electricity to communicate is via the Microsoft Education Workshop site     https://www.microsoft.com/en-us/education/education-workshop/telegraph.aspx Collecting materials for the project was super cool. It's mostly available online via Amazon or other web portals. A simple Google search and would suffice. I used an Arduino Uno micro controller for the project but you can use a Microbit micro controller also. PROCESS Lets get started.....first...
Read more

Arduino Remote Control CAR.

Image
  A rduino Remote Control Car Remote controlled toys have always captivated me. Thus, I decided to make a RC car of my own....😎.  It is pretty interesting to make, but a  look at the basics first...... Item list   - These can be easily picked from Amazon or other online stores     a. L298N Motor driver   -    Link     b . Joy stick                              -    Link  c . Arduino uno                      -    Link                         d . 9v battery                             -   Link     e. M otor and wheels         -   Lin k    f . Jumper wires        ...
Read more