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Education Computer Program for Demonstration of 2D Objects Generation in Raster
Šůs, Martin ; Šiler, Ondřej (referee) ; Kršek, Přemysl (advisor)
There are discussed the differences between raster graphic and vector graphic in the first, the theoretical part of the thesis. Their pros and cons are mentioned and the importance of conversions between this two types of graphics is explained. Process of rasterization, conversion from vector graphic to raster graphic, for selected graphic primitives/entities is thoroughly described. The second part describes the process of development and implementation of the application.
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Education Computer Program for Demonstration of 2D Shapes Rasterization
Krupička, Vojtěch ; Kubíček, Radek (referee) ; Štancl, Vít (advisor)
This bachelor thesis deals with the problem of rasterization of vector objects on display devices (e.g. computer screen). The rasterization is one of the most important phenomena in computer graphics. The knowledge of mathematical equations and formulas which describe relevant vector objects is necessary to understand this phenomenon. This education software for the visual demonstration of rasterization was created to familiarize users with the rasterization principles of selected vector objects.
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Acceleration of Graphics Operations by Means FPGA
Čapka, Ladislav ; Šimek, Václav (referee) ; Vašíček, Zdeněk (advisor)
This term project is aimed on analysis of graphic pipeline which can rasterize required picture. Document is specialized to drawing algorithms that are used in rasterization block. Major aim of this project is describing of rasterization algorithms that can be implemented on hardware. Type of aimed hardware is field-programmable gate array FPGA.
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Teaching aids for 2D computer graphics
Malina, Jakub ; Průša, Zdeněk (referee) ; Rajmic, Pavel (advisor)
In this master’s thesis we focus on the basic properties of computer curves and their practical applicability. We explain how the curve can be understood in general, what are polynomial curves and their composing possibilities. Then we focus on the description of Bezier curves, especially the Bezier cubic. We discuss in more detail some of fundamental algorithms that are used for modelling these curves on computers and then we will show their practical interpretation. Then we explain non uniform rational B-spline curves and De Boor algorithm. In the end we discuss topic rasterization of segment, thick line, circle and ellipse. The aim of master’s thesis is the creation of the set of interactive applets, simulating some of the methods and algorithm we discussed in theoretical part. This applets will help facilitate understanding and will make the teaching more effective.
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Teaching aids for 2D computer graphics
Malina, Jakub ; Průša, Zdeněk (referee) ; Rajmic, Pavel (advisor)
In this master’s thesis we focus on the basic properties of computer curves and their practical applicability. We explain how the curve can be understood in general, what are polynomial curves and their composing possibilities. Then we focus on the description of Bezier curves, especially the Bezier cubic. We discuss in more detail some of fundamental algorithms that are used for modelling these curves on computers and then we will show their practical interpretation. Then we explain non uniform rational B-spline curves and De Boor algorithm. In the end we discuss topic rasterization of segment, thick line, circle and ellipse. The aim of master’s thesis is the creation of the set of interactive applets, simulating some of the methods and algorithm we discussed in theoretical part. This applets will help facilitate understanding and will make the teaching more effective.
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Testing of raster to vector graphics conversion software products
Mináriková, Monika ; Šedivá, Zuzana (advisor) ; Kunstová, Renáta (referee)
This work is mainly focused on testing of software for conversion between raster and vector graphics. It is divided into two parts. In methodological part there are stated the ways of storing image data in the computer. It explains the differences among basic types of computer graphics, raster and vector, and characterizes their well-known formats. Practical part deals with testing and comparing selected SW supporting the process of tracing. Based on the results, general conclusions about the possibilities, which offer this way of automatic vectorization, are determined. For evaluating and comparing the SW multi-criteria evaluation based on a five-point scale is chosen. The parameters of the evaluation are then divided into two categories: the evaluation of the SW and the outputs from the tracing process. Four types of graphics are chosen for the tracing: a simple black-and-white logo, a full-color logo, a line drawing, and a photograph with a simple motif. The conclusion of the thesis summarizes and evaluates all the results.
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