Terminal provided with camera and shooting method

A shooting method implemented by a terminal, wherein the method comprises:

• obtaining pictures taken by at least two cameras of the terminal that are located behind a display panel of the terminal, wherein the pictures comprise occluded areas resulting from occlusion by first non-transparent portions of a first area of the display panel that corresponds to a position of the at least two cameras, wherein the first area comprises first pixel units that comprise first transparent portions and the first non-transparent portions, wherein a second area of the display panel comprises second pixel units comprising second transparent portions and second non-transparent portions, and wherein a proportion of the first transparent portions in the first area is greater than a proportion of the second transparent portions in the second area;
• and
• processing the pictures by complementing the occluded areas based on the pictures to obtain a first picture in which the occluded areas are completely or partially recovered.

A computer program product comprising computer-executable instructions stored on a non-transitory computer-readable medium that, when executed by a processor, cause a terminal to:

• obtain pictures taken by at least two cameras of the terminal that are located behind a display panel of the terminal, wherein the pictures comprise occluded areas resulting from occlusion by first non-transparent portions of a first area of the display panel that corresponds to a position of the at least two cameras, wherein the first area comprises first pixel units that comprise first transparent portions and the first non-transparent portions, wherein a second area of the display panel comprises second pixel units comprising second transparent portions and second non-transparent portions, and wherein a proportion of the first transparent portions in the first area is greater than a proportion of the second transparent portions in the second area;
• and
• process the pictures by complementing the occluded areas based on the pictures to obtain a first picture in which the occluded areas are completely or partially recovered.