Abstract
360-degree cinematic virtual reality(CVR) could bring users a full perspective experience, but high freedom will cause the loss of important information. To bring the user back to the narrative thread, researchers have made a variety of guided attempts, such as using note reminders, voice guidance, and so on. However, these methods are less efficient and less controllable for CVR for the purpose of science education. To solve this issue, the authors proposed visual guidance technology by synchronizing camera animation and 360-degree video in VR. When the user does not operate the mouse, the CVR viewing angle is controlled by the camera animation synchronously. This technology effectively transmits important information while allowing users to interact with the 360 video freely, thus improving the cognitive effect in science education.
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