Panoramic Vehicle Camera Layout Using 3D Virtual Simulation

The patent creates a virtual copy of the vehicle and environment using three-dimensional simulation software. This virtual model allows engineers to simulate camera configurations, capture images, and generate panoramic views without building physical prototypes. The virtual environment replicates the necessary geometric relationships and optical characteristics, enabling precise camera configuration studies while eliminating the time and material costs associated with physical prototyping.

The patent performs camera configuration simulations in advance before physical vehicle production. By pre-simulating various camera positions, angles, and configurations in the virtual environment, engineers can identify optimal settings and potential issues beforehand. This preliminary virtual testing eliminates the need for iterative physical prototyping and modification, significantly reducing development time while maintaining configuration precision.

The virtual model serves as a replaceable copy that can be easily modified without affecting physical materials. Engineers can change camera positions, vehicle geometries, and environmental conditions in the simulation environment at any stage of development. These virtual modifications are instant and costless, eliminating the need for physical modifications to prototypes and enabling flexible iteration on camera installation precision.

By performing all configuration optimizations and precision adjustments in the virtual environment before physical manufacturing, the patent eliminates the need for post-completion modifications. The virtual simulation allows exhaustive testing of different configurations to achieve optimal precision, and these decisions can be implemented directly in production without time-consuming physical modifications.

The virtual environment creates a digital replica that replaces the need for multiple physical prototypes. Instead of building and discarding several physical models to achieve the desired camera configuration accuracy, engineers work with a single virtual model that can be infinitely modified and re-simulated. This eliminates material waste entirely while maintaining the ability to achieve high configuration accuracy through virtual iteration.

The patent changes configuration parameters (camera position, angle, focal length, vehicle geometry) within the virtual simulation environment rather than physically modifying prototypes. These parameter changes are implemented through software adjustments, allowing exhaustive optimization of camera configuration accuracy without consuming any physical materials. The simulation engine processes these parameter changes instantly, enabling thorough exploration of configuration spaces that would require numerous physical prototypes.