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Parametric Geometry Sketch Tool
Čižmarik, Roman ; Klepárník, Petr (referee) ; Zemčík, Pavel (advisor)
The aim of this work is to design and implement parametric geometry sketchtool. The solution to this problem consists of two parts, to create a library of base dynamic geometry functions and GUI. Functionality of the created library will be demonstrated by two user interfaces, each using the library in different way. Using the resulting library and toolkit Qt allows to quickly and easily create new geometric sketchtools.
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Parametric Geometry Sketch Tool
Vala, Jan ; Zahrádka, Jiří (referee) ; Zemčík, Pavel (advisor)
Purpose of this Bachelor's thesis is the design and implementation of Parametric geometry sketch tool. This thesis also includes basic terms of dynamic geometry. Summary of the state of the art, description of existing tools, followed by evaluation of their features. Results and possibilites of future expansion are summarized in the last chapter.
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Parametric Geometry Sketch Tool
Vala, Jan ; Zahrádka, Jiří (referee) ; Zemčík, Pavel (advisor)
Purpose of this Bachelor's thesis is the design and implementation of Parametric geometry sketch tool. This thesis also includes basic terms of dynamic geometry. Summary of the state of the art, description of existing tools, followed by evaluation of their features. Results and possibilites of future expansion are summarized in the last chapter.
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Parametric Geometry Sketch Tool
Čižmarik, Roman ; Klepárník, Petr (referee) ; Zemčík, Pavel (advisor)
The aim of this work is to design and implement parametric geometry sketchtool. The solution to this problem consists of two parts, to create a library of base dynamic geometry functions and GUI. Functionality of the created library will be demonstrated by two user interfaces, each using the library in different way. Using the resulting library and toolkit Qt allows to quickly and easily create new geometric sketchtools.
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Intraoperative 3D x-ray during internal fixation of fractures and its comparison with 2D radiographs.
ANTONÍNOVÁ, Eva
The aim of the work is evaluation of the use of a mobile skiascopic device equipped with 3D technology used in the traumatologic operating room of Znojmo Hospital during osteosynthesis in the wrist and knee area. To compare the quality of fracture reposition and fixation, measuring the position of the adjacent articular surface to the axial radium position and to the axial tibia position in the second area was made. The study also discusses skiascopic planar doses and compares the difference between 2D and 3D imaging techniques. The following mean values were determined in the sample diameter, median, modus and maximal / minimal age of patients was calculated. Further, variance and standard deviation of the sample were determined by using PC Excel programme. The surveyed values were graphed. The study also deals with the length of skiascopy during the fracture osteosynthesis at 2D and 3D imaging technologies. The values obtained from the monitors were statistically analyzed and compared by a two-selective test. The devices are equipped with a DAP metre, which provides quantitative information about the planar radiation dose applied to the patient. Acquired information about the planar radiation dose (DAP) at the both techniques were statistically analyzed and compared by the two-selective test. The work was compared with studies of some other authors dealing with the same issue. Our analysis did not confirm greater contribution of 3D imaging technology to the reposition and fixation of intra-articular fractures from the radiological point of view.
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