What is the principle of computer detection for straight-line driving?
1 Answers
The principle of computer detection for straight-line driving involves using GPS or installing displacement sensors on the steering wheel. GPS detection method: GPS can accurately locate the vehicle's driving path, thereby determining whether the vehicle is moving in a straight line. If a position sensor is installed on the steering wheel, when the steering wheel is turned by a certain angle, it will be considered as deviation from the straight line. Basic rules for straight-line driving: Observe the angle between the A-pillar and the windshield. When the angle formed by the car's A-pillar and the lower edge of the windshield coincides with the lane edge line, the vehicle is generally driving in the center of the lane. Maintaining this state ensures straight-line driving and generally avoids crossing the line, but this method is suitable for low-speed driving. The three-point alignment method refers to the driver's eyes, any point on the car, and the line formed by connecting the first two points, which projects onto the ground to form the third point. Sit upright in the driver's seat, select an appropriate point on the car, and repeatedly observe and measure by getting in and out of the car to assess the vehicle's accurate position on the road. Points can be selected repeatedly until satisfactory results are achieved.
