286 research outputs found
Bury Me Here --The New Genre of Narrative Design Game Based on Immersive Storytelling
Virtual reality games always provide the player with the most verisimilitude
experience. With the advancement of VR hardware, it may become mainstream how
people feel and attach to a virtual world. The paper discusses a possible
solution to finding a better balance between the two classical genres of VR
games, sensory stimulation and storytelling. To this end, we designed a game
named "Bury Me Here," in which players can find an emotional bond between the
game protagonist and themselves. The game includes four sections, the departure
from the hometown, the travel on the train, the work in the office, and the
life in the penthouse. At the game's end, the protagonist returns to his
country yard and spends the rest of his life there. All the sections are
designed to tell a stranger's life story to the player, making them experience
someone else's life path and bonding an emotional connection between the player
and the protagonist through storytelling. Results show that the game provides
an immersive visual experience and has emotive sparks echo in players' minds
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Current trends in non-accelerator particle physics: 1, Neutrino mass and oscillation. 2, High energy neutrino astrophysics. 3, Detection of dark matter. 4, Search for strange quark matter. 5, Magnetic monopole searches
This report is a compilation of papers reflecting current trends in non-accelerator particle physics, corresponding to talks that its author was invited to present at the Workshop on Tibet Cosmic Ray Experiment and Related Physics Topics held in Beijing, China, April 4--13, 1995. The papers are entitled `Neutrino Mass and Oscillation`, `High Energy Neutrino Astrophysics`, `Detection of Dark Matter`, `Search for Strange Quark Matter`, and `Magnetic Monopole Searches`. The report is introduced by a survey of the field and a brief description of each of the author`s papers
Influence of installation deviation on dynamic performance of synchronous magnetic coupling
To improve dynamic characteristics of synchronous magnetic coupling, this paper mainly analyzed the influence of the installation deviation on the synchronous magnetic coupling’s dynamic performance used in the horizontal axis wave energy power generation device. Dynamic characteristics equations based on Lagrange equation are built in the paper to analyze the dynamic characteristic of synchronous magnetic coupling. The radial deviation, the angle deviation and the center-of-mass deviation are considered in the equation. The influence of those installation deviations on the synchronous magnetic coupling performance is analyzed based on the mathematical model. The results show that the rise time, the overshoot, the peak time, the adjusting time and the oscillation of the synchronous magnetic coupling are almost not affected by those installation deviations
A new type flexible transmission mechanism used in ocean energy converters
Traditional contact seal is usually used in rotating parts of ocean energy converters. It is hard to avoid leakage, and with the increase of working time, the leakage becomes serious, which will make ocean energy converters fail to work. In the paper, a new type isolation transmission mechanism, which is permanent magnetic coupling, replaces the traditional contact seal and achieves absolute seal of the rotating parts and longtime operation of ocean energy converters. This paper introduces permanent magnetic coupling into ocean energy converters and uses the equivalent magnetic charge theory to analyze the influence of magnet pole-pairs number on the transmitted torque of permanent magnetic coupling. The relationship between permanent magnetic coupling transmitted torque and magnet pole-pairs number is obtained. The paper is conducive to the promotion of using permanent magnetic coupling in ocean energy converters
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