A shooting control method, applied to an electronic device and comprising: within a first duration of each working cycle of a capturing process, adjusting a luminance value of a first screen area of the electronic device from a target luminance value to a preset luminance value, and controlling an under-screen camera of the electronic device to capture an image, wherein each working cycle comprises a first duration and a second duration; and within a second duration of each working cycle, after the first duration of the respective working cycle in the capturing process, controlling the under-screen camera of the electronic device to suspend capturing an image, and adjusting the luminance value of the first screen area from the preset luminance value to the target luminance value; wherein the preset luminance value is less than the target luminance value, the first screen area comprises a second screen area, and the second screen area is an area that corresponds to a position where the under-screen camera is located below the screen; characterized in that the method further comprises adjusting ratios of the first duration in a first working cycle and the second duration in the first working cycle to a total duration of the capturing process according to target state information; wherein the first working cycle is the next working cycle after a second working cycle, the target state information is information relating to an object captured by the under-screen camera of the electronic device in the second working cycle, and the target state is any one of following: recognizing a facial object through the under-screen camera; that a relative motion occurs between the under-screen camera and an object captured by the under-screen camera; the under-screen camera being stationary relative to an object captured by the under-screen camera. within a first duration of each working cycle of a capturing process, adjusting a luminance value of a first screen area of the electronic device from a target luminance value to a preset luminance value, and controlling an under-screen camera of the electronic device to capture an image, wherein each working cycle comprises a first duration and a second duration; and within a second duration of each working cycle, after the first duration of the respective working cycle in the capturing process, controlling the under-screen camera of the electronic device to suspend capturing an image, and adjusting the luminance value of the first screen area from the preset luminance value to the target luminance value; wherein the preset luminance value is less than the target luminance value, the first screen area comprises a second screen area, and the second screen area is an area that corresponds to a position where the under-screen camera is located below the screen; characterized in that the method further comprises adjusting ratios of the first duration in a first working cycle and the second duration in the first working cycle to a total duration of the capturing process according to target state information; wherein the first working cycle is the next working cycle after a second working cycle, the target state information is information relating to an object captured by the under-screen camera of the electronic device in the second working cycle, and the target state is any one of following: recognizing a facial object through the under-screen camera; that a relative motion occurs between the under-screen camera and an object captured by the under-screen camera; the under-screen camera being stationary relative to an object captured by the under-screen camera.