Imaging device and imaging method

A method, comprising:

• obtaining, by a system comprising a processor, position information of multiple objects at different distances relative to an imaging apparatus;
• determining, by the system, imaging parameters of multiple subregions of an imaging lens module corresponding to the multiple objects based on the position information of the multiple objects relative to the imaging apparatus, wherein each of the multiple objects corresponds to one or more subregions of the multiple subregions, wherein the imaging lens module comprises at least one lens and is used to project at least one image, directly to at least one eye of a user, of the multiple objects, and further comprises a plurality of subregions, wherein the imaging parameters of each of the plurality of subregions are adjustable, and the plurality of subregions are subregions physically independent from each other, or logical subregions obtained by logically dividing one physically integral imaging lens module;
• and
• adjusting, by the system concurrently, the imaging parameters of the multiple subregions of the imaging lens module corresponding to the multiple objects respectively based on the imaging parameters.

A non-transitory computer readable medium comprising executable instructions that, in response to execution, cause a device comprising a processor to perform operations, comprising:

• obtaining position information of multiple objects relative to an imaging apparatus;
• determining imaging parameters of multiple subregions of an imaging lens module corresponding to the multiple objects based on the position information of the multiple objects relative to the imaging apparatus, wherein each of the multiple objects corresponds to one or more subregions of the multiple subregions, wherein the imaging lens module comprises at least one lens and is used to project at least one image, directly to at least one eye of a user, of the multiple objects, and further comprises a plurality of subregions, wherein the imaging parameters of each of the plurality of subregions is adjustable, and the plurality of subregions are subregions physically independent from each other, or logical subregions obtained by logically dividing one physically integral imaging lens module;
• and
• adjusting, concurrently, the imaging parameters of multiple subregions of the imaging lens module corresponding to the multiple objects respectively based on the imaging parameters.