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Computer-aided method of analytic surfaces modelling
Stodola, Jakub ; Štarha, Pavel (referee) ; Martišek, Dalibor (advisor)
The first part of the thesis deals with projections of points from an Euclidean space into a plane and displaying of the resulted planar points on a computer. The second part focuses on a discretization of analytically specified surfaces. This is an approximation with network points. Due to the previous part, we are able to display them on a computer. The third part is dedicated to various types of coating fillings. Finally, the software solution is added.
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Creating 3D models supporting Modern computer graphics course
Silber, Marek ; Frenštátský, Petr (referee) ; Rajmic, Pavel (advisor)
This thesis is divided into two parts, where the first part is focused on an overview and work with 3D software at Czech universities, it includes a comparison of the different programs and description of history of Blender programme which was the one chosen as support for teaching the Modern computer graphics course. The second part of the thesis is more focused on practical matters and describes the basic workings of the programme from the first start up, orientation in the different sections and the settings of the work space for the work itself. The thesis details basic transformation commands of change of location, rotation and change of scale of objects and editing commands like copying, deleting, hiding and duplication of individual objects including their theoretical descriptions. Work with lightings continues after the transformation commands including practical examples of different types of lighting. Work with materials and textures is described in the last two chapters. The goal of this thesis is to describe how to work with the Blender programme and basic work with objects and assigning individual materials and textures for objects and the lighting in a scene for people unfamiliar with the programme.
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Algorithms for geometric projections of surfaces
Matěková, Radka ; Surynková, Petra (advisor)
My diploma thesis deals with parallel and central projections of surfaces and algorithmization of their creation. It gives information about differential geometry of surfaces. Basic terms are explained as well as methods how to derive parametrization of several types of surfaces. It is also devoted to projections - parallel and central projection. The thesis deals with calculation of projection of surface. The thesis deals with calculation of projection of surface and in special cases with calculation of its silhouette. There is the program documentation of implemented algorithms. The theory of anaglyphs and their creation by programs is included. 3D red cyan glasses are enclosed to the thesis as well as a CD containing the .pdf version of this thesis and file named "mfiles", which contains proposed functions. The thesis is meant to be used by teachers and students in teaching and studying descriptive geometry and mathematics.
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Algorithms for geometric projections of surfaces
Matěková, Radka ; Surynková, Petra (advisor)
My diploma thesis deals with parallel and central projections of surfaces and algorithmization of their creation. It gives information about differential geometry of surfaces. Basic terms are explained as well as methods how to derive parametrization of several types of surfaces. It is also devoted to projections - parallel and central projection. The thesis deals with calculation of projection of surface. The thesis deals with calculation of projection of surface and in special cases with calculation of its silhouette. There is the program documentation of implemented algorithms. The theory of anaglyphs and their creation by programs is included. 3D red cyan glasses are enclosed to the thesis as well as a CD containing the .pdf version of this thesis and file named "mfiles", which contains proposed functions. The thesis is meant to be used by teachers and students in teaching and studying descriptive geometry and mathematics.
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Algorithms for geometric projections of surfaces
Matěková, Radka ; Surynková, Petra (advisor) ; Karger, Adolf (referee)
My diploma thesis deals with parallel and central projections of surfaces and algorithmization of their creation. It gives information about differential geometry of surfaces. Basic terms are explained as well as methods how to derive parametrization of several types of surfaces. It is also devoted to projections - parallel and central projection. The thesis deals with calculation of projection of surface. The thesis deals with calculation of projection of surface and in special cases with calculation of its silhouette. There is the program documentation of implemented algorithms. The theory of anaglyphs and their creation by programs is included. 3D red cyan glasses are enclosed to the thesis as well as a CD containing the .pdf version of this thesis and file named "mfiles", which contains proposed functions. The thesis is meant to be used by teachers and students in teaching and studying descriptive geometry and mathematics. Powered by TCPDF (www.tcpdf.org)
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Creating 3D models supporting Modern computer graphics course
Silber, Marek ; Frenštátský, Petr (referee) ; Rajmic, Pavel (advisor)
This thesis is divided into two parts, where the first part is focused on an overview and work with 3D software at Czech universities, it includes a comparison of the different programs and description of history of Blender programme which was the one chosen as support for teaching the Modern computer graphics course. The second part of the thesis is more focused on practical matters and describes the basic workings of the programme from the first start up, orientation in the different sections and the settings of the work space for the work itself. The thesis details basic transformation commands of change of location, rotation and change of scale of objects and editing commands like copying, deleting, hiding and duplication of individual objects including their theoretical descriptions. Work with lightings continues after the transformation commands including practical examples of different types of lighting. Work with materials and textures is described in the last two chapters. The goal of this thesis is to describe how to work with the Blender programme and basic work with objects and assigning individual materials and textures for objects and the lighting in a scene for people unfamiliar with the programme.
|
|
|
Computer-aided method of analytic surfaces modelling
Stodola, Jakub ; Štarha, Pavel (referee) ; Martišek, Dalibor (advisor)
The first part of the thesis deals with projections of points from an Euclidean space into a plane and displaying of the resulted planar points on a computer. The second part focuses on a discretization of analytically specified surfaces. This is an approximation with network points. Due to the previous part, we are able to display them on a computer. The third part is dedicated to various types of coating fillings. Finally, the software solution is added.
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