感谢您的回复和精彩的图片。因此,当加速度在图片中的XYZ高区域时,高事件为1,低事件为零。反之亦然。高低事件不可能同时发生。
因此,寄存器设计问题是它使用两个独立的寄存器来指示高/低事件而不是一个。正确?
以上来自于谷歌翻译
以下为原文
Thanks for the reply and nice picture. So when the acceleration is in XYZ high area in the picture, the high event is 1, and low event is zero. And vise versa. High and low event can't happen at same time.
So it is register design matter that it uses two separate register to indicate high/low event instead of one. Correct?
感谢您的回复和精彩的图片。因此,当加速度在图片中的XYZ高区域时,高事件为1,低事件为零。反之亦然。高低事件不可能同时发生。
因此,寄存器设计问题是它使用两个独立的寄存器来指示高/低事件而不是一个。正确?
以上来自于谷歌翻译
以下为原文
Thanks for the reply and nice picture. So when the acceleration is in XYZ high area in the picture, the high event is 1, and low event is zero. And vise versa. High and low event can't happen at same time.
So it is register design matter that it uses two separate register to indicate high/low event instead of one. Correct?
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