Title Izrada i prikaz 3D modela u Google VR okruženju
Title (english) Creating and Displaying 3D Models in Google VR
Author Barbara Pišonić
Mentor Darko Etinger (mentor)
Committee member Goran Oreški (predsjednik povjerenstva)
Committee member Darko Etinger (član povjerenstva)
Committee member Romeo Šajina (član povjerenstva)
Granter University of Pula (Faculty of Informatics in Pula) Pula
Defense date and country 2020-09-25, Croatia
Scientific / art field, discipline and subdiscipline SOCIAL SCIENCES Information and Communication Sciences Information Systems and Information Science
Abstract Danas se može simulirati razna okruženja oko nas korištenjem virtualne realnosti. Virtualna realnost je mogućnost prikaza umjetne okoline. Korisnik koristi posebne naočale namijenjene upravo za VR, gdje svako oko ima svoj monitor. Ovisno o vrsti naočala, neke imaju i dodatnu mogućnost korištenja posebnih senzora koji prate pokrete tijela. Neke naočale također uključuju i rukavice koje pružaju mogućnost upravljanja predmetima u virtualnoj okolini. Tako studenti medicine mogu vježbati operirati putem virtualnog okruženja. Dakle, virtualna realnost ne mora nužno koristiti za zabavu, već nam može poslužiti i kako bismo se mogli obrazovati. Ovaj se rad bazira na korištenju virtualnih naočala za mobilne uređaje, koje nemaju nikakve dodatne mogućnosti osim pregleda virtualnog okruženja. Virtualno okruženje prikazuje „tvornicu“ koja sadrži modele robotske ruke, animirane likove i AI patrolu te ostale objekte. Korisnik ima mogućnost upravljanja koristeći pomicanje glave. Upravljanje funkcionira na način, ako korisnik podigne glavu, tada se može kretati, a ako ju spusti, zaustavlja se. U nastavku rada detaljno je opisan postupak kreiranja ovog virtualnog okruženja, kako su ubačeni 3D modeli, kako je kreirana AI patrola te kod za praćenje pomicanja glave.
Virtualna realnost nam omogućuje pregled i upravljanje umjetnim okruženjem kojeg
smo mi kreirali koristeći određene modele, materijale, animacije i skripte. Korisnik
putem mobilnog uređaja upravlja cijelom scenom tako što se zaustavlja i kreće na
komandu. Te komande su zapravo kutevi pogleda. Kako korisnik prati scenu, tako se
scena prilagođava korisniku.
Abstract (english) Today, various environments around us can be simulated using virtual reality. Virtual reality is the ability to display an artificial environment. The user uses special glasses designed specifically for VR, where each eye has its own monitor. Depending on the type of glasses, some have the additional option of using special sensors that monitor body movements. Some glasses also include gloves that provide the ability to manage items in a virtual environment. Thus, medical students can practice operating through a virtual environment. So, virtual reality does not necessarily have to be used for entertainment, but it can also serve us so that we can be educated. This work is based on the use of virtual glasses for mobile devices, which have no additional features other than the review of the virtual environment. The virtual environment displays a "factory" that contains robot arm models, animated characters and AI patrols, and other objects. The user has the ability to control using the head movement. The control works in such a way that if the user raises his head, then he can move, and if he lowers it, he stops. The following is a detailed description of the process of creating this virtual environment, how 3D models are inserted, how the AI patrol is created, and the code for tracking head movement.
Keywords
informatika
modeliranje i simulacije Unity
VR
virtualna realnost
3D modeli
AI
umjetna inteligencija
Keywords (english)
Informatics
Modeling and simulations
Unity
VR
virtual reality
3D models
AI
artificial intelligence
Language croatian
URN:NBN urn:nbn:hr:137:353077
Study programme Title: Informatics Study programme type: university Study level: undergraduate Academic / professional title: sveučilišni/a prvostupnik/prvostupnica (baccalaureus/baccalaurea) informatike (sveučilišni/a prvostupnik/prvostupnica (baccalaureus/baccalaurea) informatike)
Type of resource Text
File origin Born digital
Access conditions Open access
Terms of use
Created on 2020-10-01 11:22:23