Abstract: The present application provides a data processing method and an electronic device. The data processing method comprises: detecting a movement status of the electronic device by a sensor unit; generating a movement parameter of the electronic device based on the movement status; and generating an exposure parameter threshold for an image capture unit of the electronic device based on the movement parameter of the electronic device, such that the image capture unit captures an image with an exposure parameter higher than the exposure parameter threshold.

Abstract: An information processing method and an electronic device are provided. The method includes: controlling a first lens of a first image acquisition unit to move from a first position in a first direction, and controlling a second lens of a second image acquisition unit to move from the first position in a second direction opposite to the first direction; obtaining at least one first focus value in a first focus area corresponding to the first image acquisition unit during said moving in the first direction, and obtaining at least one second focus value in a second focus area corresponding to the second image acquisition unit during said moving in the second direction; performing a first calculation on the at least one first focus value and the at least one second focus value to obtain a third focus value; and controlling the first and second image acquisition units to implement focusing based on the third focus value.

Abstract: The present application provides a data processing method and an electronic device. The data processing method comprises: detecting a movement status of the electronic device by a sensor unit; generating a movement parameter of the electronic device based on the movement status; and generating an exposure parameter threshold for an image capture unit of the electronic device based on the movement parameter of the electronic device, such that the image capture unit captures an image with an exposure parameter higher than the exposure parameter threshold.

Abstract: An information processing method and an electronic device are provided. The method includes: controlling a first lens of a first image acquisition unit to move from a first position in a first direction, and controlling a second lens of a second image acquisition unit to move from the first position in a second direction opposite to the first direction; obtaining at least one first focus value in a first focus area corresponding to the first image acquisition unit during said moving in the first direction, and obtaining at least one second focus value in a second focus area corresponding to the second image acquisition unit during said moving in the second direction; performing a first calculation on the at least one first focus value and the at least one second focus value to obtain a third focus value; and controlling the first and second image acquisition units to implement focusing based on the third focus value.

Abstract: An information processing method and electronic device, the method comprising: displaying on a first device a first target object as a first display parameter; when the first target object is displayed as the first display parameter, a user of the electronic device can perceive a first perceptible distance to the first target object; displaying the first target object as a second display parameter at a second moment after the first moment; when the first target object is displayed as the second display parameter, the viewer can perceive a second perceptible distance to the first target object, the first perceptible distance being different from the second perceptible distance, thus solving the technical problem of single display mode of a 3D imaging device in the prior art.

Abstract: A control method, a control apparatus and an electronic device are provided. The control method is applicable to an electronic device including an image acquisition unit and a light source, an acquisition region of the image acquisition unit at least partially overlaps with an illumination region of the light source. The method includes: obtaining a distance between the image acquisition unit and an acquired object in the acquisition region; obtaining a set of correspondence relationships of distances between the image acquisition unit and acquired objects with respect to light source parameters, where the set includes at least two different correspondence relationships; selecting a light source parameter according to the distance and the correspondence relationship; and controlling the light source according to the light source parameter in the course of acquiring the acquired object by the image acquisition unit.