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Rodriguez, J., (2018). Desarrollo de videojuego de estrategia de cartas usando HTC Vive [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/623834
Rodriguez, J., Desarrollo de videojuego de estrategia de cartas usando HTC Vive [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2018. http://hdl.handle.net/10757/623834
@misc{renati/366640,
title = "Desarrollo de videojuego de estrategia de cartas usando HTC Vive",
author = "Rodriguez Farfán, Jean Paul Rafael",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2018"
}
Title: Desarrollo de videojuego de estrategia de cartas usando HTC Vive
Authors(s): Rodriguez Farfán, Jean Paul Rafael
Advisor(s): Burga Durango, Daniel Wilfredo
Keywords: Juegos de computadora; Desarrollo de software; Industria del software; Ingeniería de Sistemas y Computación
Issue Date: 1-Apr-2018
Institution: Universidad Peruana de Ciencias Aplicadas (UPC)
Abstract: El presente proyecto tiene como objetivo el desarrollo de un videojuego de estrategia de cartas de realidad virtual para HTC Vive, el cual implementa dos algoritmos de inteligencia artificial para el oponente del jugador, con el que cuenta el videojuego. El proceso de creación del videojuego tuvo 3 etapas: Diseño, desarrollo y testing.
El nombre del videojuego es SoulBound, es del género estrategia de cartas; en donde el jugador asume el rol en primera persona, encarna a un maestro de cartas que enfrenta a un enemigo en una batalla. El juego cuenta con 3 mazos de 21 cartas cada uno, además cuenta con dos algoritmos de inteligencia artificial, uno de nivel básico y otro de nivel intermedio. El primero de ellos toma decisiones aleatorias con validaciones que siguen las reglas del juego, pero usualmente elige movimientos que terminan siendo perjudiciales para sus puntos de vida. El algoritmo de inteligencia artificial intermedio se desarrolló basado en 3 pasos del algoritmo de búsqueda MTS (Montecarlo Tree Search): seleccionar, expandir y simular. La diferencia principal entre ambos algoritmos es el uso de heurísticas en el algoritmo de inteligencia artificial intermedio que le permiten evaluar el contexto del juego y las consecuencias que traerían sus posibles movimientos, mientras que el algoritmo básico toma decisiones aleatorias sin tomar en cuenta el riesgo que estas implican. El público objetivo del videojuego son personas con edad entre 15 y 30 años que disfruten de los juegos de estrategia, sobre todo de juegos de mesa y cartas, y que de preferencia tengan experiencia con algún juego de cartas. Para validar el nivel de jugabilidad y la dificultad del algoritmo de inteligencia artificial se realizaron encuestas a los usuarios. Los resultados obtenidos en las encuestas se afirma que el 80 % de los encuestados considera original el juego. También, el 90% de los encuestados consideran que existe inmersión dentro del juego. Finalmente, el 60 % de los encuestados consideran entretenido el videojuego. Las conclusiones obtenidas en términos de desarrollo de un videojuego de estrategia de cartas fueron: aumentar la variedad de cartas e implementar una modalidad de juego multijugador.
The objective of this project is the development of a virtual reality card strategy video game for HTC Vive, which implements two artificial intelligence algorithms for the opponent of the player, with which the video game counts. The process of creating the game had 3 stages: Design, development and testing. The name of the game is SoulBound, it's from the card strategy genre; where the player takes the role in the first person, incarnates a card master who confronts an enemy in a battle. The game has 3 decks of 21 cards each, also has two artificial intelligence algorithms, one basic level and one intermediate level. The first of them makes random decisions with validations that follow the rules of the game, but usually chooses movements that end up being harmful to their points of life. The intermediate artificial intelligence algorithm was developed based on 3 steps of the MTS search algorithm (Montecarlo Tree Search): select, expand and simulate. The main difference between both algorithms is the use of heuristics in the intermediate artificial intelligence algorithm that allow them to evaluate the context of the game and the consequences that their possible movements would bring, while the basic algorithm makes random decisions without taking into account the risk that these imply. The target audience of the game are people between 15 and 30 years old who enjoy strategy games, especially board games and cards, and preferably have experience with a card game. To validate the level of playability and the difficulty of the artificial intelligence algorithm, user surveys were conducted. The results obtained in the surveys affirms that 80% of the respondents consider the game original. Also, 90% of the respondents consider that there is immersion within the game. Finally, 60% of the respondents consider the video game entertaining. The conclusions obtained in terms of development of a videogame of card strategy were: increase the variety of cards and implement a multiplayer game mode.
The objective of this project is the development of a virtual reality card strategy video game for HTC Vive, which implements two artificial intelligence algorithms for the opponent of the player, with which the video game counts. The process of creating the game had 3 stages: Design, development and testing. The name of the game is SoulBound, it's from the card strategy genre; where the player takes the role in the first person, incarnates a card master who confronts an enemy in a battle. The game has 3 decks of 21 cards each, also has two artificial intelligence algorithms, one basic level and one intermediate level. The first of them makes random decisions with validations that follow the rules of the game, but usually chooses movements that end up being harmful to their points of life. The intermediate artificial intelligence algorithm was developed based on 3 steps of the MTS search algorithm (Montecarlo Tree Search): select, expand and simulate. The main difference between both algorithms is the use of heuristics in the intermediate artificial intelligence algorithm that allow them to evaluate the context of the game and the consequences that their possible movements would bring, while the basic algorithm makes random decisions without taking into account the risk that these imply. The target audience of the game are people between 15 and 30 years old who enjoy strategy games, especially board games and cards, and preferably have experience with a card game. To validate the level of playability and the difficulty of the artificial intelligence algorithm, user surveys were conducted. The results obtained in the surveys affirms that 80% of the respondents consider the game original. Also, 90% of the respondents consider that there is immersion within the game. Finally, 60% of the respondents consider the video game entertaining. The conclusions obtained in terms of development of a videogame of card strategy were: increase the variety of cards and implement a multiplayer game mode.
Link to repository: http://hdl.handle.net/10757/623834
Discipline: Ingeniería de Sistemas de Información
Grade or title grantor: Universidad Peruana de Ciencias Aplicadas (UPC). Facultad de Ingeniería
Grade or title: Ingeniero de sistemas de información
Register date: 20-Jun-2018
This item is licensed under a Creative Commons License