VR driving game making and experiencing system based on online visual programming

Abstract

The invention discloses a VR driving game making and experiencing system based on online visual programming. The VR driving game making and experiencing system mainly comprises a visual driving scene editing unit in HTML language, as well as an operation feedback unit and a processing unit, wherein a user completes the making of a VR driving game scene through the visual driving scene editing unit; the user completes the data correction and experience of the driving game scene through the operation feedback unit; the visual driving scene editing unit comprises a graphic logic block library for storing logic graphic blocks for controlling the movement of dynamic elements in a virtual scene, and an operation display module having a graphic logic block editing combination region and a virtual space editing region, wherein a graphic block sequence for controlling changes of the movements and states of the dynamic elements in the virtual scene is formed by dragging and combining the graphic logic blocks according to a certain rule; a user moves the graphic logic blocks from an interface of the graphic logic block library to an interface region of the unit in a dragging way, so as to form the graphic block sequence.

Description

technical field [0001] The invention relates to a VR game system, in particular to a game production and experience system for virtual driving games that are convenient for users to visually edit, produce and participate in experience. Background technique [0002] The original intention of the birth of VR technology is to assist the army to simulate and train combatants in a war environment. With the continuous enrichment and application of technology, especially in the direction of computer technology and sensor technology, this original military technology has begun to penetrate in many fields. Especially in the field of simulation training, such as vehicle training and games, it has unique and unparalleled advantages. [0003] The existing driving game or training system technology is relatively mature. A general training game system includes a display unit. In addition to VR helmets / glasses, it also includes traditional display screens and input devices with physical me...

AI Technical Summary

Problems solved by technology

[0004] Although the above devices can bring realistic game operation experience, they are expensive and need to occupy a considerable amount of living space. For young people who rent houses in cities, even if they can afford it, there is no room for such devices. The physical input function of the device is limited, that is, it mainly controls the driving state of the vehicle to complete the high-speed forward and high-speed turning of the vehicle, which is more suitable for racing games. For the civilian training field with complex physical operation requirements, the function is too single

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