Analiza izračuna prostornin z različnimi programskimi paketi : diplomska naloga
Černoša, Miha (Author), Koler, Božo (Mentor) More about this mentor... , Urbančič, Tilen (Co-mentor), Stopar, Bojan (Thesis defence commission member), Kuhar, Miran (Thesis defence commission member), Pavlovčič Prešeren, Polona (Thesis defence commission member)

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Abstract
V geodeziji se računanje prostornin pogosto uporablja. Pogosto je v uporabi metoda določitve prostornin na podlagi prečnih profilov. Karakteristične točke prečnih profilov na terenu navadno merimo s klasično terestrično metodo. Pridobljena opazovanja s terena je potrebno obdelati s programskimi paketi, da lahko objektu določimo prostornino. Izračunane prostornine se lahko razlikujejo glede na gostoto izmerjenih prečnih profilov in izbire uporabe programskega paketa. V diplomski nalogi smo analizirali potek obdelave v programskih paketih in prostornine, ki smo jih pridobili z uporabo različnih programov in različnimi gostotami izmere prečnih profilov.

Language: Slovenian geodezija, diplomska naloga, UNI, GIG, izračun prostornin, prečni profili, karakteristične točke, programski paketi Bachelor thesis/paper (mb11) 2.11 - Undergraduate Thesis FGG - Faculty of Civil and Geodetic Engineering 2014 M. Černoša X, 24 str., 4 pril. Ljubljana 004:528(497.4)(043.2) 6730849 1555 345 (0 votes) Voting is allowed only to logged in users. AddThis uses cookies that require your consent. Edit consent...

## Secondary language

Language: English Analysis of calculated volumes with various software packages In surveying, volume calculating is commonly used. Frequently we use cross-section method. Usually terestrical method is used to determine characteristic points of crosssections. Observations we make on field need to be processed in software packages in order to calculate volume of an object. The calculated volumes may vary depending on the density of measured cross-sections and selection of software package. In this thesis, we compared the course of processing in software packages and volume differences, which we obtained using different software packages and different density of measured cross-sections. volume calculating, cross-section, characteristic points, software packages