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Realistic Model of the Sky
Kussior, Zdeněk ; Bílek, Václav (referee) ; Drahanský, Martin (advisor)
The paper describes a theoretical base and realization of realistic volumetric clouds visualization in an environment of real-time simulator. The first part is concerned with a meteorological background of this problem. I show international classification of ten basic cloud types including a short description and cases of occurence. The following part is concerned with an interaction between cloudiness and simulation core, which is based on the fact, that each cloud acts as a mechanical or an electromagnetic obstacle. This should be considered on some way in simulation. The next part describes technologies and practical implementations of visualization and evaluates their characteristics. Finally, the last chapter describes my implementation and tries to outline project advancement.
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Ječmen jako surovina a jeho využití v cereálních technologiích
Šimková, Magdalena
Bachelor thesis with topic Barley as raw material and its utilization in cereal technology describes current production of barley, utilization of barley in food processing and varieties of barley that are using in grocery store. It includes a specification of the anatomic structure of grain and material composition, from which is important a content of dietary fiber and beta-glucans, which have a proven influence on human health. It describes milling of barley, grain processing during production of peeled barley, use barley flour in bakery products such as bread and pastry and ability to influence the colour and texture of final products by barley flour. The work is complemented by studies, when products of cereal technology are enriched by barley flour. In conclusion, the questionnaire introduces that many of consumer don´t know about a positive health aspects of barley and that peeled barley is the earliest used products from barley grain.
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Realistic Model of the Sky
Kussior, Zdeněk ; Bílek, Václav (referee) ; Drahanský, Martin (advisor)
The paper describes a theoretical base and realization of realistic volumetric clouds visualization in an environment of real-time simulator. The first part is concerned with a meteorological background of this problem. I show international classification of ten basic cloud types including a short description and cases of occurence. The following part is concerned with an interaction between cloudiness and simulation core, which is based on the fact, that each cloud acts as a mechanical or an electromagnetic obstacle. This should be considered on some way in simulation. The next part describes technologies and practical implementations of visualization and evaluates their characteristics. Finally, the last chapter describes my implementation and tries to outline project advancement.
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