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Optimization of 3D surface model merging from computational time perspective
Regec, Martin ; Burian, František (oponent) ; Chromý, Adam (vedoucí práce)
The point of the work is connecting of partial 3D models of surface, which are overlapped in a certain area to a final whole model. The intention of the work is creation of algorithm that is fast enough and reliable enough to connecting partial 3D models and that can become a part of application RoScan Analyzer. In the introduction of the practical part of the work, we sum up problems of the work that we are keeping on. In the next part, the solution and implementation are suggested. In the last part, the outcome of the algorithm is veryfied. Implementation is written in Microsoft .NET Standard.
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Joining partial 3D surface models into the overall model
Lampáš, Marek ; Lázna, Tomáš (oponent) ; Chromý, Adam (vedoucí práce)
This bachelor's thesis deals with joining partial 3D surface models, that overlap on certain area, into the overall model. The aim is to describe and explain the algorithm I proposed in the previous semestral thesis and it's subsequent implementation in the C\# language in RoScan system. Introductory part contains short approach of the RoScan system. Next, there is detailed description of the algorithm's principle, that I later implemented and tested on various types of input data. There are two cases that can occur during the connection- either the partial models fits in the absolute coordinates or they do not and they must be fitted first using user-selected corresponding points. This thesis deals with both cases.
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Optimization of 3D surface model merging from computational time perspective
Regec, Martin ; Burian, František (oponent) ; Chromý, Adam (vedoucí práce)
The point of the work is connecting of partial 3D models of surface, which are overlapped in a certain area to a final whole model. The intention of the work is creation of algorithm that is fast enough and reliable enough to connecting partial 3D models and that can become a part of application RoScan Analyzer. In the introduction of the practical part of the work, we sum up problems of the work that we are keeping on. In the next part, the solution and implementation are suggested. In the last part, the outcome of the algorithm is veryfied. Implementation is written in Microsoft .NET Standard.
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Joining partial 3D surface models into the overall model
Lampáš, Marek ; Lázna, Tomáš (oponent) ; Chromý, Adam (vedoucí práce)
This bachelor's thesis deals with joining partial 3D surface models, that overlap on certain area, into the overall model. The aim is to describe and explain the algorithm I proposed in the previous semestral thesis and it's subsequent implementation in the C\# language in RoScan system. Introductory part contains short approach of the RoScan system. Next, there is detailed description of the algorithm's principle, that I later implemented and tested on various types of input data. There are two cases that can occur during the connection- either the partial models fits in the absolute coordinates or they do not and they must be fitted first using user-selected corresponding points. This thesis deals with both cases.
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