Abstract:
A flexible display device and method for detecting a bend on the device are discussed. The method includes detecting a first bend on the flexible display device and measuring a first degree of the first bend; recognizing the first bend as a first valid flex input when the measured first degree of bend surpasses a first error threshold value; and recognizing an end of the first valid flex input when the measured first degree of bend falls below a first release threshold value, wherein a maximum degree of bend measured during the first bend is recognized as a first peak value, wherein the first error threshold value is determined based on a degree before the flexible display device is bent and the first release threshold value is determined based on the first peak value, and wherein the first release threshold value is different from the first error threshold value.
Abstract:
Disclosed is a method of receiving a gesture input of a user using a Head Mounted Display (HMD) and synthetically controlling a digital device using the received gesture input. The method includes detecting whether or not the HMD is worn by a user, detecting a positional state of an external digital device linked with the HMD, the positional state including a first state in which the external digital device is located in a preset view angle region of the HMD and a second state in which the external digital device is not located in the view angle region, detecting a gesture input of the user, determining at least one digital device to be controlled based on whether or not the HMD is worn by the user and the detected positional state, and controlling a display object of the determined digital device under application of the gesture input.