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Perlin noise functions for generation of textures
Jakubíková, Radka ; Sysel, Petr (referee) ; Rajmic, Pavel (advisor)
This work deals with Perlin noise function in theoretical and practical way. Procedural textures can be generated by Perlin noise function. Perlin´s algorithm has many advantages, for example natural appearance, smaller demands on memory capacity and possibility of simple application on cubic objects. It is for these reasons that this technique is widely used nowadays in many varieties and improvements. We can meet these kind of textures mainly in computer games or animated movies. It is possible to create procedural textures by Perlin noise function so that they look like marble, wood or grass. Examples of these textures are generated by a program which is in the practical part of this work. The program was designed for simple presentation of procedural textures made by Perlin noise. Program can be operated via user interface, where the user can change some parameters which affect the look of the texture. The program can be used for presentation of Perlin noise to students.
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Minimal Representation of the Božetěchova Complex
Piovarči, Rastislav ; Kajan, Rudolf (referee) ; Vlček, Adam (advisor)
The goal of this thesis is to briefly familiarize the reader with damoscene phenomena as a foundation for creation of minimalistic application, which it implements. Then it explains the process of designing and implementation of minimalistic application which displays the Božetechova complex. The aim of this interactive application is to reproduce the Božetěchova complex in the best possible quality using a restricted size binary file. It uses means like procedural textures on the bases of Perlin noise, or multilevel comprimation and instantiating of model geometry to achieve this goal.
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Perlin noise functions for generation of textures
Jakubíková, Radka ; Sysel, Petr (referee) ; Rajmic, Pavel (advisor)
This work deals with Perlin noise function in theoretical and practical way. Procedural textures can be generated by Perlin noise function. Perlin´s algorithm has many advantages, for example natural appearance, smaller demands on memory capacity and possibility of simple application on cubic objects. It is for these reasons that this technique is widely used nowadays in many varieties and improvements. We can meet these kind of textures mainly in computer games or animated movies. It is possible to create procedural textures by Perlin noise function so that they look like marble, wood or grass. Examples of these textures are generated by a program which is in the practical part of this work. The program was designed for simple presentation of procedural textures made by Perlin noise. Program can be operated via user interface, where the user can change some parameters which affect the look of the texture. The program can be used for presentation of Perlin noise to students.
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Minimal Representation of the Božetěchova Complex
Piovarči, Rastislav ; Kajan, Rudolf (referee) ; Vlček, Adam (advisor)
The goal of this thesis is to briefly familiarize the reader with damoscene phenomena as a foundation for creation of minimalistic application, which it implements. Then it explains the process of designing and implementation of minimalistic application which displays the Božetechova complex. The aim of this interactive application is to reproduce the Božetěchova complex in the best possible quality using a restricted size binary file. It uses means like procedural textures on the bases of Perlin noise, or multilevel comprimation and instantiating of model geometry to achieve this goal.
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