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Racing Game in 3D
Ševčík, Martin ; Láník, Aleš (referee) ; Šuška, Boris (advisor)
This bachelor's thesis describes issues of interaction between Java Monkey Engine (jME) and models created with program Autodesk 3D Studio Max. It contains theoretical basis for the jMonkey Engine architecture and Lightweight Java Game Library (LWJGL). In the following section, the thesis describes techniques of working with objects in the 3D scene and their way of implementation.
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3D Racing Game For Android Platform
Ševčík, Martin ; Polok, Lukáš (referee) ; Láník, Aleš (advisor)
This master's thesis deals with the possibilities of using open source 3D game engine Java Monkey Engine (jME) in developing applications for the Android platform. It includes theoretical knowledge for the jMonkey Engine architecture and the Android platform. In the following section, the thesis describes used techniques and external libraries in solving issues of interaction between jME and Android platform and of working with objects in the 3D scene and their way of implementation.
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Rendering and Interacting Objects Displaced in a 3D Landscape
Koza, Tomáš ; Kršek, Přemysl (referee) ; Herout, Adam (advisor)
Goal of this bachelor's thesis was to create a system of powerups for program TankGame. This document contents theoretical base for rendering of objects in 3D scene, it describes algorithms used in rendering of these objects. It also contains overview of rendering process and description of concrete graphical engine used in program TankGame. In the end there is description of concrete implementation of renderable objects (powerups) for program TankGame.
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3D Scene Composition with Open-Source Tools
Vašák, Petr ; Štancl, Vít (referee) ; Šimek, Václav (advisor)
The work deals with the creation of complex 3D scenes using open-source tools. It describes how to create 3D models, adjustments to the scene and subsequent transfer to renderer program PovRay, where with the help of regulation code and adding features created by the resulting image. The aim is to render scene with Ray-tracing method.
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Rendering and Interacting Objects Displaced in a 3D Landscape
Koza, Tomáš ; Kršek, Přemysl (referee) ; Herout, Adam (advisor)
Goal of this bachelor's thesis was to create a system of powerups for program TankGame. This document contents theoretical base for rendering of objects in 3D scene, it describes algorithms used in rendering of these objects. It also contains overview of rendering process and description of concrete graphical engine used in program TankGame. In the end there is description of concrete implementation of renderable objects (powerups) for program TankGame.
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Racing Game in 3D
Ševčík, Martin ; Láník, Aleš (referee) ; Šuška, Boris (advisor)
This bachelor's thesis describes issues of interaction between Java Monkey Engine (jME) and models created with program Autodesk 3D Studio Max. It contains theoretical basis for the jMonkey Engine architecture and Lightweight Java Game Library (LWJGL). In the following section, the thesis describes techniques of working with objects in the 3D scene and their way of implementation.
|
|
|
3D Scene Composition with Open-Source Tools
Vašák, Petr ; Štancl, Vít (referee) ; Šimek, Václav (advisor)
The work deals with the creation of complex 3D scenes using open-source tools. It describes how to create 3D models, adjustments to the scene and subsequent transfer to renderer program PovRay, where with the help of regulation code and adding features created by the resulting image. The aim is to render scene with Ray-tracing method.
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|
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3D Racing Game For Android Platform
Ševčík, Martin ; Polok, Lukáš (referee) ; Láník, Aleš (advisor)
This master's thesis deals with the possibilities of using open source 3D game engine Java Monkey Engine (jME) in developing applications for the Android platform. It includes theoretical knowledge for the jMonkey Engine architecture and the Android platform. In the following section, the thesis describes used techniques and external libraries in solving issues of interaction between jME and Android platform and of working with objects in the 3D scene and their way of implementation.
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Optimized Ray Tracing
Brich, Radek ; Herout, Adam (referee) ; Zemčík, Pavel (advisor)
Goal of this work is to write an optimized program for visualization of 3D scenes using ray tracing method. First, the theory of ray tracing together with particular techniques are presented. Next part focuses on different approaches to accelerate the algorithm. These are space partitioning structures, fast ray-triangle intersection technique and possibilities to parallelize the whole ray tracing method. A standalone chapter addresses the design and implementation of the ray tracing program.
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