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MIDI to DMX signal converter for synchronizing stage lighting with live music
Hajdúch, Patrik ; Záviška, Pavel (referee) ; Sikora, Marek (advisor)
This bachelor thesis focuses on designing a device for converting MIDI signals to DMX signals. The converter runs on the ATmega328P microprocessor with the Arduino bootloader and is capable of converting Note On, Note Off, and Control Change messages into changes in the DMX output signal. For the conversion, a map consisting of three profiles is used, which is editable using a desktop app and saved on an external EEPROM. This allows the converter to be used universally with many different DMX systems. The device is housed in an enclosure with dimensions that allow it to be stored within a single rack unit. The converter allows for fully automatic control of stage lighting and other stage equipment in synchronization with music and creating complex scenes using the widely used MIDI protocol.
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DMX 512 protocol analyzer for personal computer
Vahalík, Jiří ; Sysel, Petr (referee) ; Krajsa, Ondřej (advisor)
The bachelor thesis deals with the design of a DMX converter for a personal computer. The theoretical part summarizes the DMX, RDM and Art-Net protocols and other commonly used communication protocols used by microcontrollers. In the practical part, a device circuit is fabricated, which is subsequently processed as a printed circuit board. In the last part of the thesis, programs are designed to ensure the functionality of the whole converter.
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Complex lighting system
Šipr, Jan ; Hadinec, Michal (referee) ; Friedl, Martin (advisor)
This paper deals with the theoretical basic principles of lighting and regulation. On the basis of theoretical knowledge, there was task to design a lighting system tailored to your needs. Additionally, there is a communication protocols used in lighting technology DMX and ArtNet.
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DMX 512 protocol analyzer for personal computer
Vahalík, Jiří ; Sysel, Petr (referee) ; Krajsa, Ondřej (advisor)
The bachelor thesis deals with the design of a DMX converter for a personal computer. The theoretical part summarizes the DMX, RDM and Art-Net protocols and other commonly used communication protocols used by microcontrollers. In the practical part, a device circuit is fabricated, which is subsequently processed as a printed circuit board. In the last part of the thesis, programs are designed to ensure the functionality of the whole converter.
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Use of Kinect sensors for Motion Capture with Source Filmmaker and Blender software
VANĚK, Jan
The aim of my bachelor thesis is process the possibilities of using Kinect sensors for Motion Capture in Source Filmmaker and Blender programs. Motion Capture is a technology that captures motion by using Kinect sensors and applying the obtained data in 3D graphics programs. My main goal will be primarily to explore on subsequently describe the exact procedure to process the data obtained from Kinect sensors in Blender and Source Filmmaker. Furthermore, my other goals are comparison of the use of this technique to classical manual animation, the advantages and disadvantages of use in individual programs will be described and the possibilities of combining Motion Capture and classical animation will be tested. I´ll also try to modify Kinect hardware for Xbox One for direct connection to a Windows computer. Furthermore, a comparison of the quality of Motion Capture from Kinects for Windows and the Xbox One and comparison of capturing motion with one or more Kinect sensors. For the practical part I will create my own animated sequences, captured by Kinects in combination with manual animation in Blender and these sequences will be used in Unity to create an interactive movie that the user himself will be able to control.
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Complex lighting system
Šipr, Jan ; Hadinec, Michal (referee) ; Friedl, Martin (advisor)
This paper deals with the theoretical basic principles of lighting and regulation. On the basis of theoretical knowledge, there was task to design a lighting system tailored to your needs. Additionally, there is a communication protocols used in lighting technology DMX and ArtNet.
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Knowledge Discovery in MS SQL Environment
Pijáček, Roman ; Šebek, Michal (referee) ; Bartík, Vladimír (advisor)
This Bachelor's thesis deals with issue of knowledge discovery in databases in MS SQL Server 2008. After the initial entry into the field of knowledge discovery in databases, general principles and algorithms of used data mining methods (Bayesian classification, association rules, decision trees, cluster analysis) are explained in detail. In the practical part of this thesis there is designed, implemented and tested desktop application which allows the user to discover knowledge and hidden information from database. The application uses methods built into the SQL Server 2008 and the Apriori method for mining strong association rules. In the end, there are discussed further possible expansion of the existing project and an evaluation of the results.
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