A method for manipulating a movable device includes the steps of displaying at least one touch control base point on a touch screen of the control terminal; and when the touch operation on the touch screen is detected, and the distance between the touch point of the touch operation and the touch control base point is smaller than or equal to a preset threshold value, taking the touch point as a touch starting point, and generating a virtual operation area around the touch control starting point; generating a displacement vector of the touch point relative to the touch control base point through the sliding track of the touch point in the virtual operation area from the touch control starting point; detecting the displacement vector, generating an instruction for manipulating the movable device on the basis of the displacement vector; and sending the instruction to the movable device. The invention relates to a device for operating a movable device

Method and device for manipulating movable device

Disclosed is a method and device for controlling objects. The method comprises the steps that after an operation instruction of a user for a first object is received, the first object is controlled to move to the position of a second object according to the operation instruction, the second object has a control range, the control range of the second object comprises at least one control area, and each control area comprises a plurality of sub-control areas, and when the first object is in the control range of the second object, the first object is controlled to occupy one sub-control area in the control range of the second object according to a preset selection rule. By the adoption of the scheme of the method and device for controlling the objects, the efficiency and accuracy of way-finding can be improved, and also the power consumption caused when a way-finding algorithm is started frequently is reduced to a certain degree.

Method and device for controlling objects

The embodiment of the invention provides a prompt method and a mobile terminal. The method comprises the following steps: detecting a corresponding touch parameter when a finger performs a control operation on a control area in a screen in a game mode; judging whether the touch parameter satisfies a prompt condition; and if yes, then outputting prompt information so as to prompt that a user has the risk of sweeping out of the control area by the finger. Through a prompt scheme provided by the embodiment of the invention, when detecting that the user has the risk of sweeping out of the controlarea by the finger, the prompt information is outputted to remind the user, so as to avoid the problem of game interruption since the finger of the user sweeps out of the control area during the gameprocess.

Prompt method and mobile terminal

The invention relates to area definition, display and identification methods of a user-defined interaction area, which comprises an appearance definition and an instruction definition The appearancedefinition refers to a user freely drawing an appearance, including a size, a color, a position and a shape After the user defines the appearance, the user can customize corresponding instructions and a triggering mode of each interaction area After the definition of the region is finished, the invention provides a display method of a user-defined region and a recognition method for individual and group shapes, after the recognition of the region, coding is carried out in the recognition region and outside the region; and after the definition of the region is finished, the display method ofthe user-defined region and the recognition method for individual and group shapes are provided The invention belongs to the cross field of computer accessory technology and software engineering

Custom Interactive Area Definition, Display and Identification Methods

The present application provides a touchscreen-based control method. The method is applied in a first electronic device. The first electronic device comprises a touchscreen. The touchscreen can be used in a display interface. The method comprises: when the first electronic device establishes a screen projection connection with a second electronic device, generating a pointer, the point being displayed in an interface of the touchscreen; generating the screen projection content on the basis of the content of the interface of the touchscreen, the screen projection content comprising the pointer; sending the screen projection content to the second electronic device; and upon receipt of a target touch operation of a user on the touchscreen, responding to the target touch operation on the basis of the display position of the pointer in the current interface, the display position of the pointer in the current interface being used for indicating the response position of the target touch operation in the current interface; the response position being irrelevant to the operation position of the target touch operation on the touchscreen. According to the present invention, the first electronic device of a screen projection content source can be turned into a control device without adding an additional device, so that the user can clearly perceive and control the touchscreen of the first electronic device by watching the screen projection content of the second electronic device so as to operate the interface of the content source, which provides a good "blind operation" experience.

Information processing method and electronic device

The invention discloses an application software interaction interface self-definition method. The method comprises the following steps of monitoring first operation of a user on an application software interaction interface, and controlling the application software interaction interface to enter a self-definition editing state according to the first operation, wherein at least one control is arranged in the application software interaction interface; in the self-definition editing state, monitoring second operation of the user on the selected control, generating a corresponding deformation instruction according to the second operation, and deforming the selected control according to the deformation instruction; and storing the deformed control as a corresponding control of the application software interaction interface. The invention furthermore discloses an application software interaction interface self-definition system and a terminal. By providing a control deformation function on the interaction interface, the control has a more flexible display mode on the interaction interface, and the self-definition demand of the user is met.

Application software interaction interface self-definition method and system, and terminal

The invention provides a feedback method and system for a touch virtual control and a mobile terminal. The feedback method comprises the steps of providing the virtual control and control area used for controlling the movement direction of a virtual object on a touch screen; detecting the condition of touch operation conducted by a user on the virtual control in the control area; providing a corresponding classification feedback mode according to the detection result; if the virtual control moves out of the rim of the control area to go beyond a first preset range, providing primary feedback; if the virtual control moves out of the rim of the control area to go beyond a second preset range, providing middle-class feedback, wherein the second preset range is larger than the first preset range. According to the feedback method and system for the touch virtual control and the mobile terminal, the multilevel and diversified feedback mechanism is provided based on the detection result obtained by detecting the condition of touch operation conducted by the user on the virtual control, the corresponding feedback mode can be provided according to the touch operation condition of the virtual control, the situation of insufficient feedback or excessive feedback is reduced, and user experience is improved.

Feedback method and system for touch virtual control and mobile terminal

The invention provides a virtual reality control device and method, virtual reality equipment and a virtual reality system. The device comprises an intelligent mobile terminal with a touch control screen. The intelligent mobile terminal also comprises an event detection module, an image processing module, a communication establishment module and an information transmission module, wherein the event detection module is used for detecting an input event acting on the intelligent mobile terminal; the information processing module is used for converting the detected input event into digital information capable of acting on the virtual reality equipment; the communication establishment module is used for establishing a communication link between the intelligent mobile terminal and the virtual reality equipment; the information transmission module is used for transmitting the digital information to the virtual reality equipment through the communication link. By means of the virtual reality system, the virtual reality equipment and the virtual reality control device and method, multiplexing difficulty of the virtual reality control device is greatly reduced, installation is easy, operation is convenient, and the user experience is good.

Xiang Xiansong

Papers

Application software interaction interface self-definition method and system, and terminal

Feedback method and system for touch virtual control and mobile terminal

Virtual reality system, virtual reality equipment and virtual reality control device and method