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Camera Positioning Device
Berčík, Vojtěch ; Toman, Marek (referee) ; Červinka, Dalibor (advisor)
This master’s thesis deals with the design of a drive for a camera positioning device that could be used for shooting videos and timelapses. The optimal drive and power supply as well as the steering program based on the Arduino platform program are developed. The construction prototype adapted for printing at 3D printers is also designed. The whole system is then produced and tested.
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Design of a camera slider for shooting time-lapse shots with a focus on the object
Koupil, Michael ; Franke, Jakub (referee) ; Koutecký, Tomáš (advisor)
This Bachelor’s thesis deals with the constructional plan and implementation of the camera slider while using a 3D printer and Arduino platform. In theoretical part, there is an analysis of the commonly used camera sliders. Based on this analysis, several variations were prepared, and the most feasible constructional plan was chosen. In practical part, the aforementioned plan was worked out, safety calculations concerning selected nodes were made, as well as the mechanical drawing of the device. A prototype was then built and tested, whether it met all the requirements. The suggested device fulfils all the objectives of the Bachelor’s thesis.
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Demo(s)
Ščudla, Marek ; Veselý, Karel (referee) ; Šrámek, Jan (advisor)
I have been engaged in creating music as an artist for a long time, which is also the subject of my thesis titled Demo(s). However, unlike my previous works that I have presented in school, this project will not feature a music video or the music itself. The thesis aims to observe and record the progress and events surrounding the creation of my debut album. The documentation and outputs will be presented in the form of a video installation, which will consist of time-lapse videos. These videos will showcase the creative, inspirational, and technical processes associated with rap music production. Additionally, the installation will also include a standalone object.
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TIME-LAPSE
Pufflerová, Jana ; Pfeiffer, Jan (advisor) ; Gajdošíková, Pavla (referee)
The thesis is devoted to time-lapse technology in the field of film, photography, and art in general. It takes time-lapse as a unique way to capture the progress of work, changes in the environment, even our memories, situations in life, etc. The work also describes the beginnings and development of this phenomenon in photography and movie. A didactic concept for Art Education includes work with time-lapse in the form of photography and video, painting and drawing, bookmaking, and it introduces significant personalities and approaches from this field. The practical part, which is a documentary film shows stories of high school classmates within 8 years. Keywords: time-lapse; time-lapse movie; time-lapse photography; documentary film; diary; progress; record; art education
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Design of a camera slider for shooting time-lapse shots with a focus on the object
Koupil, Michael ; Franke, Jakub (referee) ; Koutecký, Tomáš (advisor)
This Bachelor’s thesis deals with the constructional plan and implementation of the camera slider while using a 3D printer and Arduino platform. In theoretical part, there is an analysis of the commonly used camera sliders. Based on this analysis, several variations were prepared, and the most feasible constructional plan was chosen. In practical part, the aforementioned plan was worked out, safety calculations concerning selected nodes were made, as well as the mechanical drawing of the device. A prototype was then built and tested, whether it met all the requirements. The suggested device fulfils all the objectives of the Bachelor’s thesis.
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Camera Positioning Device
Berčík, Vojtěch ; Toman, Marek (referee) ; Červinka, Dalibor (advisor)
This master’s thesis deals with the design of a drive for a camera positioning device that could be used for shooting videos and timelapses. The optimal drive and power supply as well as the steering program based on the Arduino platform program are developed. The construction prototype adapted for printing at 3D printers is also designed. The whole system is then produced and tested.
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