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Počítačová hra s umělou inteligencí
Ludrovan, Tomáš ; Goldmann, Tomáš (referee) ; Orság, Filip (advisor)
This thesis focuses on the development of multiplayer computer game and the examination of possibilites of using artificial intelligence for implementing entities controlled by the computer. The game code is written in C++ programming language and uses SDL2 library for user input and screen output. Besides others, some of the commonly used artificial intelligence algorithms are described here, which are used by the game either directly or as a modified version.
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Methods for Playing the Game 'Liar's Dice' Using Dynamic Programming
Lohn, Marek ; Šátek, Václav (referee) ; Zbořil, František (advisor)
This project is about Methods of playing game Liar’s Dice using dynamic programming. The algorithm that was chosen for my study is SARSA, short for State Action Reward State Action algorithm. It is a modified version of algorithm named Q-Learning. It comparing algorithm SARSA with other algorithms by letting them play against each other in application, that was made in Unity Engine. Algorithms that were compared to SARSA are Q-Learning and Counterfactual Regret Minimization. SARSA achieved a 69,147 % win ratio in a game against Q-Learning. In games against Counterfactual Regret Minimization it was only 25 % win ratio. The main outcome of this study is that modified SARSA is effective against Q-Learning algorithm in a game of Liar’s Dice. On the other hand the SARSA algorithm was very ineffective against the Counterfactual Regret Minimization algorithm.
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Cooperative Game with Space-Time Duality
Czakan, Vojtěch ; Kapinus, Michal (referee) ; Polášek, Tomáš (advisor)
Tato práce detailně popisuje vývoj kooperativní videohry, ve které dva hráči, každý ve své dimenzi, manipulují časem k postupu úrovněmi a současně se potýkají s nebezpečnými překážkami. Hra byla vyvinuta pomocí enginu Unity, rozšířeného o Netcode for GameObjects a Unity Relay. Řešení nabízí jedinečný multiplayerový zážitek, který klade důraz na komunikaci, strategii a koordinaci mezi hráči. Implementace prokázala proveditelnost kombinace složitých mechanik manipulace časem s robustní podporou multiplayeru pro zlepšení herního zážitku.
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Top Down hra s prvky RPG
Heřmann, Pavel ; Bambušek, Daniel (referee) ; Milet, Tomáš (advisor)
The aim of the work is to create a 2D game with RPG elements using the Unity game engine. Collected powerups can be used to fulfill the RPG elements, modifying the character's behaviour. To enrich the game experience, several procedural generation methods are used to create game levels. This thesis describes the design and implementation explaining all three procedural generation methods namely: cellular automata, L-system generating building floor plans and grammar generating graph structure. Furthermore, several algorithms are used to generate the maps: the Bresenham algorithm, BFS, Kruskal algorithm to generate paths between rooms, dilation and random walk algorithm to generate the rooms of the map. Also discussed are other systems that take care of the proper functioning of the game, such as: a save system using JSON format, a combat system using Unity collision elements, boss design and implementation, character movement, and a system for upgrading the player character's abilities. The result is a fully functional game in which the player can visit three different types of maps, collect and then use various upgrades, fight enemies and save their progress.
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Game Development for Assessment of a Person’s Reasoning, Auditory & Visual skills
Pejchar, Štěpán ; Hussain, Yasir (referee) ; Malik, Aamir Saeed (advisor)
Cílem této bakalářské práce je implementovat hry, které zhodnotí kognitivní schopnosti uživatele, který je hraje. Konkrétně se jedná o schopnosti rozhodovací, audio a vizuální. Tato bakalářská práce je pilotní studie rozshálejšího projektu. První část práce obsahuje teoretický výzkum. Popisuje zmíněné kognitivní schopnosti, jak fungují a jak je můžeme hodnotit. Druhá část popisuje samotnou aplikaci. Popisuje návrh her, a jejich implementaci. Aplikace obsahující hry byla implementována v Unity v jazyce C\#. Pro databázi byl použit Firebase. Tato část také vysvětluje jak hry provádí zhodnocení kognitivních schopností, a jak toto zhodnocení prezentují uživateli. Poslední část bakalářské práce popisuje testování aplikace. Aplikace byla testována na patnácti uživatelích. Jejich odpovědi jsou zdokumentovány a zhodnoceny v poslední části bakalářské práce.
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Game with Haptic Feedback
Prokofiev, Oleksandr ; Beran, Vítězslav (referee) ; Polášek, Tomáš (advisor)
Tato bakalářská práce podrobně popisuje tvorbu digitální hry s názvem "Cut the Red!" která integruje technologii haptické zpětné vazby. Hra je 3D logická hra vyvinutá pomocí Unity a jejím cílem je zneškodnit bombu vyřešením různých miniher. Práce obsahuje úvod do herního průmyslu a jeho historii, zkoumání moderních alternativních přístupů k uživatelskému rozhraní a jejich aplikaci v herních ovladačích. Kromě toho podrobně popisuje proces vytváření dokumentu o designu hry a vysvětluje implementaci různých herních prvků. Hra je poté testována v krátkém uživatelském studiu, aby se získala zpětná vazba ohledně herních mechanik a celkového zážitku hráče.
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Game Mechanics Demonstration for Combination of 3D and 2D Displays
Hanuš, Jan ; Pečiva, Jan (referee) ; Chlubna, Tomáš (advisor)
The goal of this work is to demonstrate game mechanics that can be used for games that use the Looking Glass holographic display in combination with a traditional display. The holographic display is used as a secondary element and as an additional device, which allows extended options for the interactive view of the 3D scene. These mechanics are demonstrated using a prototype of a simple game that implements these mechanics. These game mechanics include both classical game mechanics and game mechanics made specifically for the holographic display like using view angle and information hidden in some views of the display. The contribution of this work is the exploration of game mechanics that can be used for this combination of displays.
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Study of the content of heavy metals in the tissues of wild animals
Stoček, Michal ; Řezáčová, Veronika (referee) ; Komendová, Renata (advisor)
In the Ženklava hunting ground, tissues of roe deer (Capreolus capreolus L.), wild boar (Sus scrofa) and European mouflon (Ovis aries musimon) were analysed. Samples were taken from liver, kidney and muscle. The samples were digested in a mixture of nitric acid and hydrogen peroxide by microwave irradiation and subsequently analysed by ET-AAS techniques (Pb, Cd, Cu), F-AAS (Zn) and AMA (Hg). The concentrations found by the analysis of each element were
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Methods for Playing the Game 'Liar's Dice' Using Dynamic Programming
Lohn, Marek ; Šátek, Václav (referee) ; Zbořil, František (advisor)
This project is about Methods of playing game Liar's Dice using dynamic programming. The algorithm that I chose for my study is SARSA, short for State Action Reward State Action algorithm. It is a modified version of algorithm named Q-Learning. I compared SARSA with other algorithms by letting them play against each other in application that I made in Unity Engine. Algorithms that I compared to SARSA are Q-Learning and Counterfactual Regret Minimization. I achieved a 69,147\,\% win ratio in a game against Q-Learning. In games against Counterfactual Regret Minimization it was only 29,84\,\% win ratio. The main outcome of this study is that SARSA, modified version of Q-Learning is effective against Q-Learning algorithm. On the other hand the SARSA algorithm was very ineffective against the Counterfactual Regret Minimization algorithm.
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2D plošinová hra v Unity
Fulla, Roman ; Vlnas, Michal (referee) ; Karas, Matej (advisor)
The objective of this Bachelor's thesis is to analyse in detail the history and the current state of development of 2D platformer games. To achieve this goal, various successful titles and currently in use game engines are examined. The acquired knowledge is applied in design and subsequent implementation of a short video game demo, presenting various aspects of game development. Unique mechanics serve the purpose of an innovative element. The resulting demo is presented in the form of a short video. Thus, this thesis provides a new perspective on the development of platformer games.
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