Image processing method, electronic device, and storage medium

An image forming device, comprising:

• an image forming control unit, configured to control an image forming unit to form images on a substrate, and further configured to:
• obtain an initially processed image after a predetermined process on a source image such that the initially processed image has reduced amount of image data while retaining characteristics of source image data;
• perform a first division on the initially processed image to obtain a plurality of first sub-image regions;
• when it is determined that image parameters of the plurality of first sub-image regions do not meet a first preset condition, perform a second division on the plurality of first sub-image regions, to obtain a plurality of second sub-image regions;
• perform attribute identification on each second sub-image region of the plurality of second sub-image regions to obtain an identification attribute of each second sub-image region;
• according to an image processing method corresponding to the identification attribute of each second sub-image region, perform image processing on each second sub-image region by parallel processing of the plurality of second sub-image regions to obtain a third sub-image region;
• and
• merge a plurality of third sub-image regions to obtain a target image.

An electronic device, comprising:

• one or more processors and a memory storing computer program instructions that, when being executed, cause the one or more processors to:
• obtain an initially processed image after a predetermined process on a source image such that the initially processed image has reduced amount of image data while retaining characteristics of source image data;
• perform a first division on the initially image to obtain a plurality of first sub-image regions;
• when it is determined that image parameters of the plurality of first sub-image regions do not meet a first preset condition, perform a second division on the plurality of first sub-image regions, to obtain a plurality of second sub-image regions;
• perform attribute identification on each second sub-image region of the plurality of second sub-image regions to obtain an identification attribute of each second sub-image region;
• according to an image processing method corresponding to the identification attribute of each second sub-image region, perform image processing on each second sub-image region by parallel processing of the plurality of second sub-image regions to obtain a third sub-image region;
• and
• merge a plurality of third sub-image regions to obtain a target image.