Embedded-based real-time sightseeing riding virtual scene simulation system and implementation method
A virtual scene and simulation system technology, applied in the field of real-time tour and riding virtual scene simulation system, can solve the problems of no design, high cost, and long time consumption, and achieve improved safety, low cost, and reduced occupied space Effect
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[0050] Example one
[0051] The invention provides a virtual scene simulation system based on embedded real-time tour and cycling, such as figure 1 As shown, figure 1 It is a structural block diagram of an embedded real-time tour and cycling virtual scene simulation system provided by the present invention, such as figure 1 As shown, the embedded real-time tour cycling virtual scene simulation system includes a cycling device 100 and a playback device 200. The cycling device 100 is signally connected to the playback device 200, and the cycling device 100 and the playback device 200 are connected via a network. Network communication, and the playback device 200 plays or pauses the video in response to the action of the riding device 100. For example, the riding device 100 in the example is a bicycle. When the riding device 100 is detected to start moving, if the bicycle spokes start to rotate, The cycling device 100 sends a video playback signal to the playback device 200. After re...
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[0140] Example two
[0141] The invention also provides an implementation method based on the embedded real-time tour and cycling virtual scene simulation system, such as Figure 4 As shown, the implementation method based on the embedded real-time tour and cycling virtual scene simulation system includes the following steps:
[0142] S100: The signal acquisition component acquires the cycling sensor signal, and performs preset processing on the cycling sensor signal.
[0143] Specifically, the photoelectric sensor obtains the riding sensor signal in real time, that is, detects whether the bicycle is rotating in real time, and collects infrared signals when the bicycle is rotating. The preset processing refers to matching the baud rate of the sensor signal so that the communication baud rate of the single-chip microcomputer is consistent with the preset baud rate.
[0144] In S200, the microcontroller generates an interrupt signal in response to the riding sensor signal.
[0145] In th...
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