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Surveying of stream Lubě between Skalička and Malhostovice
Jirásek, Michal ; Volařík, Tomáš (referee) ; Vondrák, Jiří (advisor)
The aim of this bachelor thesis is planimetry and altimetry measuring tacheometric method part of valley Lubě stream and copy tacheometric plan in scale 1:500. Resultant tacheometric plan is connected to references geodetic systems S-JTSK and Bpv. Output of work was data ready to handover for create DMT at form edit triangulated network. Elaborate of tacheometric plan meets standards ČSN 01 3410 and ČSN 01 3411.
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Creation of Digital Terrain Model of the specified part of Jedovnice lokality
Klusák, Petr ; Kuruc, Michal (referee) ; Kalvoda, Petr (advisor)
The aim of my master’s thesis was to createa digital terrain model (DTM). The assigned data were to be processed, updated, unified and subsequently used to create a purpose map on the scale of 1:500. The selected area issituated near the village of Jedovnice; to be more specific, the area includes a meadow located along the Podomský rivulet and the adjacent forest. To create the purpose map, the MicroStation software was used (version V8). Furthermore, the Atlas DTM software (version 4)was used to create the digital terrain model, colour hypsometry and an exposure map and finally, the AutoCAD software (student version 2013) was used for visualizing and matching objects with textures.
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Documentation of sinkholes in Vilemovice locality
Gladiš, Andrej ; Fišer, Zdeněk (referee) ; Vondrák, Jiří (advisor)
The main aim of this work is to execute tacheometric map of given sinkholes in the area of Vilémovice. The priority in the terrain was to describe correctly planimetric as well as diagrammatic ratios of sinkholes which have not been documented. Specifically, it describes a comprehensive procedure for aiming planimetry elements as well as edges of a slope on a scale 1:200, and aim of wider surroundings on a scale 1:2 000 for placing these sinkholes in the space. Measurement was conducted by the help of tachymetry method using also electronic devices. The final graphic output was executed in MicroStation software.
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Surveying of stream Lubě between Skalička and Malhostovice
Jirásek, Michal ; Volařík, Tomáš (referee) ; Vondrák, Jiří (advisor)
The aim of this bachelor thesis is planimetry and altimetry measuring tacheometric method part of valley Lubě stream and copy tacheometric plan in scale 1:500. Resultant tacheometric plan is connected to references geodetic systems S-JTSK and Bpv. Output of work was data ready to handover for create DMT at form edit triangulated network. Elaborate of tacheometric plan meets standards ČSN 01 3410 and ČSN 01 3411.
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Creation of Digital Terrain Model of the specified part of Jedovnice lokality
Klusák, Petr ; Kuruc, Michal (referee) ; Kalvoda, Petr (advisor)
The aim of my master’s thesis was to createa digital terrain model (DTM). The assigned data were to be processed, updated, unified and subsequently used to create a purpose map on the scale of 1:500. The selected area issituated near the village of Jedovnice; to be more specific, the area includes a meadow located along the Podomský rivulet and the adjacent forest. To create the purpose map, the MicroStation software was used (version V8). Furthermore, the Atlas DTM software (version 4)was used to create the digital terrain model, colour hypsometry and an exposure map and finally, the AutoCAD software (student version 2013) was used for visualizing and matching objects with textures.
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Documentation of sinkholes in Vilemovice locality
Gladiš, Andrej ; Fišer, Zdeněk (referee) ; Vondrák, Jiří (advisor)
The main aim of this work is to execute tacheometric map of given sinkholes in the area of Vilémovice. The priority in the terrain was to describe correctly planimetric as well as diagrammatic ratios of sinkholes which have not been documented. Specifically, it describes a comprehensive procedure for aiming planimetry elements as well as edges of a slope on a scale 1:200, and aim of wider surroundings on a scale 1:2 000 for placing these sinkholes in the space. Measurement was conducted by the help of tachymetry method using also electronic devices. The final graphic output was executed in MicroStation software.
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