2D Platformer Shooting Game on Unity3D

Abstract

This review paper describes the working of the shooting game developed using unity3d[1] engine. Unity3d is a game development platform that can be used to develop 2d as well as 3d games.

Authors and Affiliations

Amit Kishor, Shiv Om Gangwar, Harsh Yadav

Keywords

Related Articles

A Query Search on Road Network by Integrating Social Network

Query search on road network by integration of social influence can be quite a challenging task wherein the result returned has to be an efficient one. To this we will be using the concept of knn search which returns wi...

Synthesis and Investigation of Magnesium Matrix Composite with Titanium Oxide by Powder Metallurgy

The investigations of magnesium based matrix material reinforced with the TiO2 particles with various weight ratios of 2.5, 5, 7.5 and 10% are presented in this research paper. The purpose of this work is to elaborate t...

Analysis of High Rise Building with Different Codes

This growing world, a civil engineering student during the execution of a project as before and structural elements and their safety standards need to be fully aware of. It is the sequel to try as analysis and design of...

A Comparative Study of Some Image Compression Techniques

A remarkable progress has been made in the field of data compression and its application, digital image compression is associated with removing redundant information of image data. Compression of digital images has a tw...

To improve cp and cpk of keystone angle and Axial height in piston ring on Katoka ks grinder

In present generation, agile manufacturing machine and their automation becoming more complex. The manufacturing company changes their production system over year. Competition has increase dramatically. Customer focus p...

Download PDF file
  • EP ID EP24055
  • DOI -
  • Views 281
  • Downloads 11

How To Cite

Amit Kishor, Shiv Om Gangwar, Harsh Yadav (2017). 2D Platformer Shooting Game on Unity3D. International Journal for Research in Applied Science and Engineering Technology (IJRASET), 5(5), -. https://europub.co.uk/articles/-A-24055