The Joker Game Presentation is an immersive and electrifying experience that captivates audiences with its unique blend of suspense, strategy, and psychological intrigue. Inspired by the enigmatic character from various forms of media, this presentation takes participants on a thrilling journey into the mind of the Joker.The presentation begins with an enigmatic host, dressed in a purple suit and wearing a menacing smile, introducing the concept of the Joker Game. This host embodies the essence of the Joker, exuding charisma and unpredictability, instantly captivating the audience's attention. The presentation explores the Joker's trademark philosophy of chaos and anarchy, delving into the psychological aspects of his character. Through captivating storytelling and interactive elements, participants are drawn deeper into the Joker's twisted worldview. The host poses thought-provoking questions, challenging the audience's perceptions of order, morality, and society. The centerpiece of the Joker Game Presentation is a series of mind-bending games and challenges. These games are designed to push participants to their limits, forcing them to confront their own fears and embrace the unpredictable. The host orchestrates each game with a devilish glee, adding a layer of tension and excitement to the proceedings. Throughout the presentation, visual and audio effects heighten the immersive experience. Smoke machines create an ethereal atmosphere, while carefully choreographed lighting adds dramatic flair to each moment. Projection screens display eerie visuals and quotes from the Joker, reinforcing the theme of chaos and madness. As the presentation nears its conclusion, the Joker's true motives are unveiled. The host reveals that the entire experience was an exploration of the human psyche, challenging societal norms and provoking self-reflection. The audience is left with a renewed perspective on the nature of chaos and the delicate balance between order and disorder. The Joker Game Presentation is a masterful fusion of storytelling, psychology, and interactive entertainment. It provides a thrilling and thought-provoking experience, leaving participants questioning their own perceptions and the boundaries of their own sanity.

1. Final Year Project-1
Presentation
Game Project
● Presenters
● Syed Qaisar Abbas Reg.No# BSCS-FA19-902
● Maria Abbas Reg.No# BSCS-FA19-905
● Urwa Ishtiaq Reg.No# BSCS-FA19-901

2. Project Profile
● PROJECT TITLE JOKER SHOOTING GAME
● DEVELOPMENT TOOL UNITY3D
● SUPERVISED BY MISS SHELA AFZAL

3. Abstract
● Nowadays, the video game industry is one of the biggest and fastest-
growing around, providing jobs to many people and having a very big
market.
● 3D video games are becoming increasingly popular around the world. Unity
is a popular framework that is used to build a 3D game.
● We present our experience with Unity 3D third-person shooting game in this
paper, describes 3D environment creation, navigation, character animation,
lighting, sound, and shooting. Concerning Unity, I have used it to design and
develop the whole game.

4. ● Additionally, We are used a special software called Visual Studio Code (VS
Code) for adding scripts to the game.
● This game can be played by anyone of any age. It is a third-person shooting
game (a player sees through a camera over the top of his avatar) named
“joker shooting game”.
● It is developed for the android operating system. In this game is assumed
as our forces are fighting against our fear of losing. Because games are
transforming the brains of people who play them in largely positive ways.
● The game has only ten missions which the user has to play through to open
the next mission of the game. The (TPS) third-person-shooting character in
this game is Joker.

5. 1. Introduction
This document describes the process and user guide for creating 3D games
using the Unity game engine. We're making this game where users find
enemies, attack enemies, and kill them. This article provides an overview of the
game, including a description of the game and gameplay. We then focus on
game design, development, implementation, testing, and the expected outcome
of the game

6. 1.1 Motivation
● A game we played as kids is well-known by the name GTA Vice City.
● The majority of us have used it. In order to complete his mission, a man
kills people all around the city.
● It was the most popular game played on computer systems at that time.
● Joker Shooting game is similar to it. In which our player saves his friends,
protects money, and kills gangsters to complete his mission.
● when our future generations play this game they will be able to enjoy their
time and have fun and they will create distance from themselves and other
illegal activities.

7. 1.2 Objectives
● This is an offline game in which the Joker kills the enemies before moving
on to find the remaining enemies.
● Joker uses the map provided in the game to locate his enemies.
● Joker is looking around to protect himself from enemies. Joker's arms will
be limited, so he will make good use of them.
● He will also find different ways to find enemies and reach his goal.
● After achieving his goal, he must kill them and collect the money scattered
throughout the city. The player will also be aware of the level requirements
in order to upgrade to the next level

8. 1.3 Expected Outcomes
● Players gain the knowledge to face life's challenges through a third-person
shooter.
● You will also gain experience defeating enemies and saving allies(his
friends).
● When playing this game, players enjoy controlling the Joker against
enemies.
● Player kills all enemies and meets all requirements to complete the
mission. Our younger generations are inspired by this sport. Because in it,
the player will have to kill all enemies, collect money and save friends from
villains.
● The player will receive it as an action.

9. Features/Requirements
● Attacking enemies with bullets, reloading weapons, tracking down
attackers, etc.
● Shooting bullets.
● Throwing clown face mask at enemies.
● Player can also throw joker card to kill all enemies in one shot.
● Player can also throw joker balloon.
● Player jumping.
● Movement.

10. ● Running.
● Punching.
● Hand to hand combat.
● And navigation mesh map for searching enemies.
● We tried to best use of better graphics in this game. In this project, we
add vehicle system and more levels to give more flexibility to players.

11. Punch:
Punch is also called blow & biff.
Punch is define ,to hit someone
or something with your fist (= closed hand):
He punched him in the stomach.

12. Player Of JSG
This is 3D model of the
game player which Name “Joker”.

13. Joker’s Friend in Trouble
In this Level “Joker ” Save
his Friend from the police

14. Shooting Gun

15. Tools
● Unity 3D is a cross-platform game engine with an integrated development
environment created by Unity Technologies. It is commonly used to create
video games for computer platforms such as web and desktop, console and
mobile.
● Unity is primarily used to create mobile and web games, but it can also be used
to develop desktop games. The game engine was written in C/C++ and can
support C#.
● Unity is perfect for small studios, indie developers, and those of us who have
always wanted to make games.
● The Unity 3D game engine is one example of a visualized game engine. It
combines Animation Mechanics, Character Mechanics, Player Mechanics,
Environment Mechanics and Programming Developer.

16. Requirements
Development Requirements :
● Microsoft Visual C#
● Unity Hub
● Unity 2020.3.44f1
System Requirements:
● Android
● Memory 1 GB RAM or higher

18. Language Specification
● The joker game is built in Unity and Unity scripts can be programmed in C#.
● Scripts consist of four main types of components:
Variables,
functions,
Equations,
and comments.
● Variables hold values ​​that can be anything from numbers to text.

19. Uml Diagram
In my project, there is no external database. There are only internal data store
system for total current enemies, total bullet which is store in an empty object
so that when all enemies die then current level will update into next level.

21. Main Menu of JSG

22. Level selection of JSG