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Augmented Reality for Desk Board Game
Richter, Jiří ; Sochor, Jakub (oponent) ; Beran, Vítězslav (vedoucí práce)
The aim of this work is to create a system, which will enhance the experience from playing the board and especially the card games, by projecting a relevant multimedia information in a game area. At first, the benefits of card and board games are described. Next, the principles of Augmented reality and their usability during design of such system are presented. The designed system is divided into three modules. First of them is module, which analyze the state of game in the real-world --- provide the information about player activity and the types of game objects which are presented in a game area. Second of them is module, which control whole system, provide user interface for its calibration and implements game state space, for which the system is intended. Third module provides output of the system --- it creates a~multimedia content, which is projected in a game area, and it is relevant to current game state. Finally, the designed system is implemented for card game Bang. Its ability to read the real-world game state is measured and user experience is tested.
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Augmented Reality for Desk Board Game
Richter, Jiří ; Sochor, Jakub (oponent) ; Beran, Vítězslav (vedoucí práce)
The aim of this work is to create a system, which will enhance the experience from playing the board and especially the card games, by projecting a relevant multimedia information in a game area. At first, the benefits of card and board games are described. Next, the principles of Augmented reality and their usability during design of such system are presented. The designed system is divided into three modules. First of them is module, which analyze the state of game in the real-world --- provide the information about player activity and the types of game objects which are presented in a game area. Second of them is module, which control whole system, provide user interface for its calibration and implements game state space, for which the system is intended. Third module provides output of the system --- it creates a~multimedia content, which is projected in a game area, and it is relevant to current game state. Finally, the designed system is implemented for card game Bang. Its ability to read the real-world game state is measured and user experience is tested.
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