Syllabus of lectures:
• graphical means of computers, their clasification
• input and output graphics devices, display adapters.
• Graphic Systems, GKS (Grapics Kernel System), OpenGL
• basic graphic elements, transformations in computer graphics
• curves and their representation.
• analytic geometry, vector point, line, plain, the transformation of polygons.
• Models scenes, boundary representation.
• Constructive geometry objects
• The occupied parts space calculation.
• Fractals and their applications in computer graphics.
• nonuniform rational curves and surfaces.
• Virtuální realita.
•VRLM Solutions - Virtual Reality Modeling Language.
• Graphics DirectX and OpenGL.
Syllabus Exercises:
1s tIntroduction to vector graphics
2nd to 5thThe environment and work environment, Corel Draw
6th and 7 The development of a separate project
8th Introduction to solid modeling
9th 12th The environment and work in a modeling tool Rhinoceros
13th and 14 Work on a separate project
• graphical means of computers, their clasification
• input and output graphics devices, display adapters.
• Graphic Systems, GKS (Grapics Kernel System), OpenGL
• basic graphic elements, transformations in computer graphics
• curves and their representation.
• analytic geometry, vector point, line, plain, the transformation of polygons.
• Models scenes, boundary representation.
• Constructive geometry objects
• The occupied parts space calculation.
• Fractals and their applications in computer graphics.
• nonuniform rational curves and surfaces.
• Virtuální realita.
•VRLM Solutions - Virtual Reality Modeling Language.
• Graphics DirectX and OpenGL.
Syllabus Exercises:
1s tIntroduction to vector graphics
2nd to 5thThe environment and work environment, Corel Draw
6th and 7 The development of a separate project
8th Introduction to solid modeling
9th 12th The environment and work in a modeling tool Rhinoceros
13th and 14 Work on a separate project