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Editor matematických výrazů
Holaň, David ; Jelínek, Vít (advisor) ; Lidický, Bernard (referee)
In the present work we study the concept and implementation of "MaEd for LATEX", a portable graphical user interface program for creating and editing of LATEX formulae. The program is designed to allow a beginner to create even complex formulae without any knowledge of underlying LATEX source code. The user can also import his own source code and the program doesn't make unnecessary changes to the imported source code, like removing comments and indentation. The concept describes how was the program's GUI designed. The LATEX commands available for creation of math formulae are described along with their syntax and level of support in the program. The work also analyzes structure of LATEX source code.
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Items and actions in 3D virtual environment Emohawkville
Holaň, David ; Gemrot, Jakub (advisor) ; Pešková, Klára (referee)
Development of intelligent virtual agents is a complex task. One of the im- portant sub-tasks is creation of behaviors. It is highly desirable to test behaviors of intelligent virtual agents in an actual virtual world, not in a simplified sub- stitute. Over the past several years the Pogamut platform has been developed, which allows intelligent virtual agent behaviors to be tested in several gaming worlds, but none combines complexity, dynamicity and extensibility. It was de- cided to fill the gap by creating the EmohawkVille virtual world. EmohawkVille is a first-person virtual world in a day-to-day life setting. The purpose of this thesis is to explain why is EmohawkVille needed and to document features, de- sign and development of EmohawkVille and its Pogamut module. The thesis also presents results of a case study that confirms the EmohawkVille's suitability for experiments concerning intelligent virtual agent behaviors.
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Editor matematických výrazů
Holaň, David ; Lidický, Bernard (referee) ; Jelínek, Vít (advisor)
In the present work we study the concept and implementation of "MaEd for LATEX", a portable graphical user interface program for creating and editing of LATEX formulae. The program is designed to allow a beginner to create even complex formulae without any knowledge of underlying LATEX source code. The user can also import his own source code and the program doesn't make unnecessary changes to the imported source code, like removing comments and indentation. The concept describes how was the program's GUI designed. The LATEX commands available for creation of math formulae are described along with their syntax and level of support in the program. The work also analyzes structure of LATEX source code.
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