Efficiency analysis of Unity3D engine in terms of particle simulation
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Issue Vol. 3 (2017)
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Security of Web Applications
1-5
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Using of Node.js in creating application based on event-driven architecture
6-10
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Analysis of the effectiveness of text input methods using the mobile network communicator
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Analysis and evaluation of impact virtual reality on human state
18-22
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Simulation of BOID type behaviours in Unity environment
23-27
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Comparison of JEE platform web applications development using JavaServer Faces and Spring Boot example
28-32
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Increasing an efficiency of the web-applications developing the process through the combine of frameworks MeteorJS and AngularJS
33-37
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The methods of EMG data processing
38-45
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Methods for optimizing the performance of Unity 3D game engine based on third-person perspective game
46-53
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Comparison of mobile application using Swift and Objective-C
54-58
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Efficiency analysis of Unity3D engine in terms of particle simulation
59-63
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Comparative analysis of e-Learning tools
64-69
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Abstract
This document reviews research in efficiency analysys of particles created by Unity 3D built-in particle system compared to those created via sctript written in C# language. Author focused his research on examining the impact of the various tasks on the speed of rendering frames, a difference which occur during the generation of particle by particle system and those generated by a script, and how influential is the complexity of the mesh particles generated on the application performance. For this purpose, using Unity3D, Microsoft Visual Studio and Blender, an applications for computers that are ruunniong on Windows system was created, application allows to adjust the simulation parameters (the number of generated particles, particle shape - sphere, cube).
