What functions are required for a car simulator？

A car driving simulator that can truly assist teaching needs to include the following functions:

(1) Driving Vision

① The driving scene should display the scene within the driver's visual range and the control console in the vehicle's cockpit;

② The scene within the viewable range of the left rearview mirror of the vehicle;

③ The scene within the viewable range of the right rearview mirror of the vehicle;

④ The scene within the visible range of the vehicle's central rearview mirror;

⑤ During simulated driving, the operation of the control device responds in real-time to the visual display and sound, and the display content is refreshed in real-time;

(2) Simulated driving function

① Automatically load 3D virtual scenes and vehicle models;

② Automatically create a virtual driving environment;

③ Creating Road Dynamic AI Vehicles

④ Simulate pedestrian and electric vehicle driving on the road

(3) 3D scene

The 3D scene includes the following content: urban roads: low-speed roads, expressways, and highways; Ground signs and markings, including safety signs such as parking and speed limits on the carriageway, warning lights, signs, reflective warning posts, collision posts, traffic lights, and other models on the carriageway; The geometric appearance model of a vehicle should include but not be limited to the following types of vehicles: sedans, buses, electric vehicles; Including the geometric appearance model of pedestrians and the conventional facilities and equipment involved in their actions, such as fire hoses, drainage manhole covers, ice cream cones, tripods, etc;

(4) Weather system

Drivers can choose different weather conditions (sunny, foggy, and dark) for practice during the driving process;

Business administrators can customize the weather conditions during exams when formulating exam plans;

(5) Automotive simulation power characteristics

Simulated vehicles should have certain automotive power characteristics, including acceleration, deceleration, steering, etc

When colliding with other objects at the same time, it can provide feedback to the driver through the steering wheel

(6) Dynamic obstacle simulation

During the pre loading scenario, dynamic obstacles such as pedestrians, motor vehicles, and electric vehicles are generated to simulate driving on urban roads. And support the density generated by pre-selected dynamic obstacles in the scene

(7) Driving process evaluation

According to the Road Law, traffic operation rules are established to record the violations committed by drivers during the driving process, and printing is supported.