Virtuaalreaalsuse keskkond muutusepimeduse uurimiseks
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2015
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Abstract
Muutusepimedus on intuitsioonivastane fenomen, mis kirjeldab võimetust märgata muutusi ümbritsevas keskkonnas. Muutusepimeduse uurimiseks on kasutusel erinevaid meetodeid. Kuigi virtuaalreaalsuses läbiviidavatel katsetel on mitmeid eeliseid võrreldes tavaliste meetoditega, on virtuaalreaalsuses läbi viidud vaid üksikuid uuringuid. Antud lõputöö eesmärgiks on arendada tööriistakast, mis võimaldab katseid ettevalmistada, taasluua ja virtuaalreaalsuses läbi viia. Tööriistakasti abil saab disainida ruume, lisades uusi esemeid, muuta nende asukohta ning välimust. Lisaks eelnevale saab ka koostada ja läbi viia isikupärastatud katseid.
Change blindness is a counterintuitive phenomenon which describes the inability to detect changes in the surrounding world. Change blindness is studied by using various methods. However, so far there are only a few studies in virtual reality environments. This is the case despite the fact that studies done in virtual reality have advantages over conventional means of doing experiments. The aim of the present thesis is to develop a toolbox that allows one to easily prepare, reproduce and carry out change blindness experiments in virtual reality. For this, toolbox enables to design levels by modifying objects’ position, appearance and adding new ones. Also personalised experiments can be created and executed.
Change blindness is a counterintuitive phenomenon which describes the inability to detect changes in the surrounding world. Change blindness is studied by using various methods. However, so far there are only a few studies in virtual reality environments. This is the case despite the fact that studies done in virtual reality have advantages over conventional means of doing experiments. The aim of the present thesis is to develop a toolbox that allows one to easily prepare, reproduce and carry out change blindness experiments in virtual reality. For this, toolbox enables to design levels by modifying objects’ position, appearance and adding new ones. Also personalised experiments can be created and executed.