Navidezno resnični sistem za interakcijo z molekulskimi strukturami na osnovi Oculus Rift očal in globinskih senzorjev

PODLESNIK, TADEJ (author), Peer, Peter (mentor)

Cilj diplomskega dela je sistem za rokovanje z molekulskimi strukturami v navideznem svetu s pomočjo globinskih senzorjev. Uporabljena so bila 3D-očala Oculus Rift, senzorja Kinect in Leap Motion ter igralni pogon Unity. Razvite so bile štiri različice aplikacije. Osnovno različico, ki je uporabna brez senzorjev, za vsak senzor eno in še končno različico, ki združi vse prejšnje. Ena bolj očitnih ugotovitev je, da se več različnih senzorjev ne splača uporabiti skupaj, saj se med sabo motijo. Tako je bolje uporabiti samo en senzor in se temu bolj posvetiti.

• Language: Slovenian
• Keywords: Oculus Rift, Kinect, Leap Motion, Unity, navidezna resničnost, molekula, molekulsko modeliranje, vizualizacija, interaktivnost
• Work type: Bachelor thesis/paper
• Organization: FRI - Faculty of Computer and Information Science
• Year: 2016
• PID: 20.500.12556/RUL-81056
• Publication date in RUL: 25.03.2016

Secondary language

• Language: English
• Title: Virtual reality system for interaction with molecular structures based on Oculus Rift and depth sensors

Abstract

The main goal of this diploma thesis is developement of a system for interacting with molecular stuctures in virtual world with the help of depth sensors. We used Oculus Rift 3D glases, Kinect and Leap Motion sensors with Unity game engine. We developed four diferent versions of the aplication. The basic version without sensors, one version for each sensor, and the final version that combines all others. One of more obvious finding is that it is better not to use more sensors at the same time, because they interfere with each other. So it is better to use only one sensor and put more work into it.

• Keywords: Oculus Rift, Kinect, Leap Motion, Unity, virtual reality, molecule, molecular modeling, visualization, interactivity