Game Development for Android Device using Unity 3D

Shroneet Dhuri, Priyanka Zha, Parag Nehete, Shreyash Khot, Prof. Mahavir Devmane

Abstract Android is a widely used operating system. As a result android gaming is also in demand. Game designing is a really interactive and creative part of modern IT culture. This has motivated various developers to create interesting games on Android platform. Thus, we aim to develop an entertaining and fun game based on our childhood. Our game is a singleplayer game which provides multiplayer functionality as well. The childhood games like paper boat and planes are the main objects in game. As the objects are all made up of paper the name of the proposed game is â€œpapeRacerâ€ (a combination of paper & racer). The game will contain different inputs like tap, swipe and motion sensing on different levels. In the game, the player will need to have very good timing and speed in order to win. The objective would be to cross the path full of obstacles in given or shortest time. The difficulty of levels will increase gradually as the game proceeds. Since it is a racing genre game, the multiplayer gaming will focus on races with your friends and let the users compete to be the best. Apart from this even time attack mode enables players to track and beat their own high scores. The platform of the game is developed using Unity 3D game engine and main coding is in C#. Smartphone users have a desire not only for games in general, but for quality games that provide them entertainment and a level of challenge too. Thus the game needs to be constructed in a way that is organized and well planned to give the users the best experience possible. Thus we will try to create a game which is extremely entertaining and intriguing with great graphics to make it visually appealing. Keywords: Android, gaming, Game design, IT, childhood games, Unity 3D, racing game, arcade game.

Title:	Game Development for Android Device using Unity 3D
Author Name:	Shroneet Dhuri, Priyanka Zha, Parag Nehete, Shreyash Khot, Prof. Mahavir Devmane
Abstract:	Abstract Android is a widely used operating system. As a result android gaming is also in demand. Game designing is a really interactive and creative part of modern IT culture. This has motivated various developers to create interesting games on Android platform. Thus, we aim to develop an entertaining and fun game based on our childhood. Our game is a singleplayer game which provides multiplayer functionality as well. The childhood games like paper boat and planes are the main objects in game. As the objects are all made up of paper the name of the proposed game is â€œpapeRacerâ€ (a combination of paper & racer). The game will contain different inputs like tap, swipe and motion sensing on different levels. In the game, the player will need to have very good timing and speed in order to win. The objective would be to cross the path full of obstacles in given or shortest time. The difficulty of levels will increase gradually as the game proceeds. Since it is a racing genre game, the multiplayer gaming will focus on races with your friends and let the users compete to be the best. Apart from this even time attack mode enables players to track and beat their own high scores. The platform of the game is developed using Unity 3D game engine and main coding is in C#. Smartphone users have a desire not only for games in general, but for quality games that provide them entertainment and a level of challenge too. Thus the game needs to be constructed in a way that is organized and well planned to give the users the best experience possible. Thus we will try to create a game which is extremely entertaining and intriguing with great graphics to make it visually appealing. Keywords: Android, gaming, Game design, IT, childhood games, Unity 3D, racing game, arcade game.
Cite this article:	Shroneet Dhuri, Priyanka Zha, Parag Nehete, Shreyash Khot, Prof. Mahavir Devmane , " Game Development for Android Device using Unity 3D " , International Journal of Emerging Trends & Technology in Computer Science (IJETTCS), Volume 4, Issue 5(2), September - October 2015 , pp. 119-122 , ISSN 2278-6856.
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