Abstrak :-Interactive Virtual Tour 360° Geopark Pongkor
Dwi Monita Larasati1, Eneng Tita Tosida2, Mulyati3
(1,2,3)Computer Science Dept, Faculty of Natural Sciences, Universitas Pakuan , Bogor, Indonesia
Corresponding Author dwimonita11@gmail.com, enengtitatosida@unpak.ac.id, mulyati@unpak.ac.id
Abstract
The use of multimedia is not only limited to the world of advertising, entertainment and games but can also be used in the world of tourism such as Geopark tourism. Geopark Pongkor has a very wide landscape, this study aims to design an application that provides location guide information in the form of 360° visualization. By utilizing this application, it is hoped that it can help users to find out all Geopark locations and information in the form of 360° Virtual Reality. Virtual Reality 360° is a photography technique to display photos of a location in a continuous, uncut and borderless manner in a 360° perspective in the horizontal and or vertical directions. An android-based virtual reality system using 360° Stereoscopic Views is an application created using Unity 3D, which has 4 main menu buttons, namely: Start VR, About, Video, and Exit. In the virtual reality menu there are 3D tourist objects, information boards, and navigation pointers for moving tourist objects. The method used is the MDLC (Multimedia development life cycle) method, whose stages consist of: Concept, Design, Material Collecting, Assembly, Testing, Distribution. Making Applications This virtual reality system aims to make it easier for the public or potential tourists to get information about what objects are available at Pongkor Geopark tourist attractions and provide interactive virtual reality experiences such as being in these tourist attractions and attracting potential local and foreign tourists. The Trial Angle of Inclination that has been carried out on the terrain can be concluded that the virtual tour function is functioning. Objects can be detected from 0° to 360°. The best duration for displaying a virtual image is a tilt angle of 160°, as the virtual position aligns with the 3D view. And the duration of 1.68 seconds will display downwards when the tilt angle is .This application will run on the Android 9 Pie moble platform and supports Arcore with an application capacity of 35.4MB.
Keywords: Geopark Pongkor, virtual reality (VR), Stereoscopic Views 360°, Unity 3D, Visualisasi 360°