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Vizualizace virtuálních objektů v reálném prostoru s využitím nástroje Unity
Mikulka, Radek
This master thesis is focused on visualization of virtual objects in the real space. The introductory section provides a brief description of Kinect and Unity technologies. Moreover, similar state-of-the-art projects are outlined with regard to the used methodics of interaction. Subsequently, a review of useful libraries is provided. On the basis of these information, the methodics of my project is formu-lated. The subsequent part of the thesis deals with the implementation of experi-mental application in the C# programming language. Finally, the application is evaluated and there is a discussion of its pros and cons.
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Game Demo in Unity
Kocián, Kryštof ; Chlubna, Tomáš (referee) ; Milet, Tomáš (advisor)
The aim of this bachelor's thesis is to design and implement a game containing procedurally generated content in Unity. Inside you can find a summary of information about videogames, selected methods of procedural generation and a description of the design and implementation process of the game itself.
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Virtual Tour of FIT for Oculus Quest
Janů, Michal ; Špaňhel, Jakub (referee) ; Herout, Adam (advisor)
The main goal of this work is to make an application for VR headset Oculus Quest. This application has several features that allow the user to do more than just walk freely around the FIT BUT areal, such as Navigation, Instant travel, and viewing basic room information. The Navigation feature is used to find the shortest route to the desired office or lecture room, where every room has its panel with information about the room. The instant travel feature allowes choosing a starting location.
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VR Interactive Application
Valenta, Marek ; Kobrtek, Jozef (referee) ; Milet, Tomáš (advisor)
This document is primarily concerned with describing the development of an interactive virtual reality application. At the beginning is a description of the history of the VR, dating back to the 19th century. Following it is a description of the devices that are currently being used for the VR and for which this application is created. The Unity 3D development environment is presented, which is, together with the basic description of neural networks, a major part of the whole project. The other half describes the design and implementation of simulation of a magical world, including a new magic spell system that has not yet been used in any VR game, which is the recognition of hand gestures for spell creation by using neural network. The work also contains a description of the whole application, rooms and objects. The conclusion discusses the problems and dead ends that have been tried but failed.
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Driving School - Rules of the Road
Hlipala, Martin ; Vlk, Jan (referee) ; Chudý, Peter (advisor)
This project is focused on the simulation of traffic rules and user interaction in a virtual scene, where it allows to examine user`s knowledge and skills in context of the traffic law and rules. The designed application is monitoring user`s activity and identifiing traffic violations caused by the user`s bad behaviour. Based on the gathered information, the user is provided with an information about the rules he/she disobeyed. This application was designed using the Unity 3D technology. 3D modeling software Blender was used for creating, texturing and assigning material properties to 3D objects used in the project.
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3D Game Controlled by Leap Motion Sensor
Hajdin, Martin ; Kobrtek, Jozef (referee) ; Najman, Pavel (advisor)
This paper deals with the user interface design and control of computer game by using Leap Motion. The design of the game is „Endless Runner" type and was implemented in Unity3D using C# language. This game has been tested to simplicity, intuitiveness, convenience and entertaining of Leap Motion control compared to interaction with the keyboard or Gamepad. Evaluation of the implemented control was tested by users. The result of testing has proved that the Leap Motion control does not differ from the keyboard or Gamepad. However, most of users would prefer control by Leap Motion.
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Analýza Unity3D Asset Store. Uvedení produktu, taktiky pro maximalizaci tržeb
Korchun, Denis ; Bruckner, Tomáš (advisor) ; Šebesta, Michal (referee)
This thesis focuses on several topics. The first one is a description of Unity3D and its official marketplace - Asset Store, including reasons why the market is attractive for publishers. The second one aims at customers - their motivation for visiting the store and performing purchases. Also, it contains a brief analysis of Asset Store products value for customers based on game developer experience with using several products on a project. The third topic covers development of our own product over time, containing information on wide range of activities like competitors monitoring and analysis, as well as important decisions on further development taken. A path from a poorly performing product to the one of the most popular in a category is described. The last topic is focused on searching for additional ways to maximize publisher income from Asset Store. The aim of this work is to provide practical information on topics described above from two different, yet closely related point of views of both customer and publisher.
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Vizualization of Multi-Agent System With Using Unity Engine
Prokop, Jaroslav ; Zbořil, František (referee) ; Samek, Jan (advisor)
The aim of this thesis is to describe the basic properties of multi-agent system Jason and Unity3D game engine. Subsequently, the thesis deals with creating visualization application which is going to communicate over a network connection with an application written in framework Jason for modeling of multi-agent environment. This sends an requests to visualization agents and their environment on the side of visualization application.
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Controlling of Vehicles Formation
Revický, Peter ; Kapinus, Michal (referee) ; Rozman, Jaroslav (advisor)
The goal of this thesis is to create system for formation management of wheeled vehicles with kinematic constraints. The work presents the way to control vehicle and how to manage formation in presence of obstacles. Algorithms used for vehicle control are based on potential fields. Whole system is implemented in Unity game engine in 2D enviroment. The system is then tested on various scenarios such as passing through narrow passage, obstacle partially blocking formation, dynamic obstacle avoidance etc.
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Interaktivní model Sluneční soustavy
Čápová, Barbora
Bachelor thesis focused on creating an interactive website application depicting the Solar System using available technologies for presentation od 3D content for WebGL platform. Final application is identi ed for educational purposes.
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