CN105808564B - information processing method and electronic equipment - Google Patents
information processing method and electronic equipment Download PDFInfo
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- CN105808564B CN105808564B CN201410843580.0A CN201410843580A CN105808564B CN 105808564 B CN105808564 B CN 105808564B CN 201410843580 A CN201410843580 A CN 201410843580A CN 105808564 B CN105808564 B CN 105808564B
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Abstract
The invention discloses information processing method and electronic equipment, and the method comprises the steps of loading a program module, controlling a touch display unit to display a display interface based on the program module, enabling a th display interface to comprise a th corpus control, displaying data stored in a storage unit when the th corpus control is triggered, generating a second corpus control corresponding to the external electronic equipment and displaying the second corpus control on a th display interface when the th electronic equipment is detected to be accessed into the electronic equipment, displaying data stored in the external electronic equipment when the second corpus control is triggered, obtaining a th operation aiming at the th corpus control or the second corpus control, determining file data serving as an operated object, determining a source storage address and a target storage address of the file data when the second operation aiming at the file data is obtained, and obtaining the file data from the source storage address and storing the file data into the target storage address.
Description
Technical Field
The invention relates to the technical field of intelligent electronic equipment, in particular to information processing methods and electronic equipment.
Background
At present, the intelligent electronic equipment generally has the function of data sharing transmission with external equipment, but the intelligent electronic equipment basically realizes the data sharing transmission function through the operation of copying-pasting, the operation efficiency of the mode is not high, the operation process is not simplified enough, the operation mode is single , the operation is not abundant enough, and the operation experience is not good.
Disclosure of Invention
In order to solve the existing technical problems, embodiments of the present invention provide information processing methods and electronic devices.
The embodiment of the invention provides information processing methods, which are applied to electronic equipment, wherein the electronic equipment comprises a touch display unit and a storage unit, the electronic equipment supports simultaneous access to at least external electronic equipment, and the method comprises the following steps:
the program module corresponds to th memory space in the memory unit;
controlling the touch display unit to display an th display interface based on the loaded program module, wherein the th display interface at least comprises a th full set control, and the th full set control displays data stored in the storage unit when being triggered so as to meet the viewing and running requirements of a user;
when detecting that an external electronic device is connected to the th electronic device, generating a second corpus control corresponding to the external electronic device and displaying the second corpus control on the th display interface, wherein the second corpus control displays data stored in the external electronic device when being triggered so as to meet the viewing and running requirements of a user;
obtaining a th operation aiming at a th full set control or a second full set control in the th display interface, and determining file data as an operated object, wherein the file data is storage data of the th electronic device or storage data of the external electronic device;
when the second operation aiming at the file data is obtained, the source storage address and the target storage address of the file data are determined, and the file data is obtained from the source storage address and stored into the target storage address.
In the above solution, the method further includes:
when the file data displayed in the th or second corpus control is triggered, obtaining the th operation;
after the th operation is obtained, the change of the position of the triggered point is tracked, and if the change of the position indicates that the triggered point moves to the display area of the specific file data set in the th full set control or the second full set control, the triggering is terminated, so that the second operation is obtained.
In the above solution, the method further includes:
after the file data is triggered, generating a display frame corresponding to the file data, and in the position change process of the triggered point, calculating a display position adjustment amount of the display frame according to the position change amount of the triggered point so as to control the display frame to perform corresponding display position adjustment along with the position change of the triggered point;
and when the triggering is terminated, calling a preset animation strategy, and controlling the display frame to execute the animation strategy.
In the above solution, the method further includes:
when the file data displayed in the th or second corpus control is triggered, obtaining the th operation;
after the th operation is obtained, tracking the position change of the triggered point, and if the position change represents that the triggered point moves to a control display area in the th display interface, terminating the triggering to obtain a third operation for the file data, wherein the control display area is an area for displaying a control corresponding to the file data in the th display interface;
and when the third operation is obtained, determining a source storage address of the file data, obtaining the file data from the source storage address, storing the file data into the th storage space, generating a control corresponding to the file data, and controlling the control to be displayed in the control display area.
In the above solution, the method further includes:
when a control displayed in the control display area is triggered, obtaining a fourth operation aiming at the control;
after the fourth operation is obtained, tracking the position change of the triggered point, and if the position change represents that the triggered point moves to the display area of the specific file data set in the th corpus control or the second corpus control, terminating the triggering to obtain a fifth operation;
and when the fifth operation is obtained, determining that the storage address of the specific file data set is the target storage address of the file data corresponding to the control, and obtaining the file data from the th storage space and storing the file data into the target storage address.
The embodiment of the present invention further provides kinds of electronic devices, where the th electronic device includes a touch display unit and a storage unit, and the th electronic device supports simultaneous access to at least external electronic devices, and the th electronic device further includes:
the processing unit is used for loading a program module, the program module corresponds to a th storage space in the storage unit, and the touch display unit is controlled to display an th display interface based on the loaded program module, wherein the th display interface at least comprises a th full set control, and the th full set control displays data stored in the storage unit when being triggered so as to meet the viewing and running requirements of a user;
a detection unit, configured to notify the processing unit when detecting that an external electronic device accesses the th electronic device;
the processing unit is further used for generating a second corpus control corresponding to the external electronic equipment according to the notification of the detection unit and controlling the second corpus control to be displayed on the th display interface, wherein the second corpus control displays data stored in the external electronic equipment when being triggered so as to meet the viewing and running requirements of a user;
the operation obtaining unit is used for notifying the processing unit when a th operation aiming at the th full set control or the second full set control in the th display interface is obtained, and the processing unit is also used for determining file data serving as an operated object according to the notification of the operation obtaining unit, wherein the file data is storage data of the th electronic device or storage data of the external electronic device;
the operation obtaining unit is further configured to notify the processing unit when a second operation for the file data is obtained; the processing unit is further configured to determine a source storage address and a target storage address of the file data according to the notification of the operation obtaining unit, and obtain the file data from the source storage address and store the file data in the target storage address.
In the above solution, when the file data displayed in the th corpus control or the second corpus control is triggered, the operation obtaining unit obtains the th operation;
the operation obtaining unit is further configured to, after obtaining the th operation, track a change in position of the triggered point, and obtain the second operation if the change in position indicates that the triggered point is moved to a display area of a specific file data set in the th corpus control or the second corpus control, and the trigger is terminated.
In the foregoing solution, the processing unit is further configured to, after the file data is triggered, generate a display frame corresponding to the file data and display the display frame through the touch display unit, and during a position change process of the triggered point, calculate a display position adjustment amount of the display frame according to a position change amount of the triggered point, so as to control the display frame to perform corresponding display position adjustment along with the position change of the triggered point;
and when the triggering is terminated, calling a preset animation strategy, and controlling the display frame to execute the animation strategy.
In the above solution, when the file data displayed in the th corpus control or the second corpus control is triggered, the operation obtaining unit obtains the th operation;
the operation obtaining unit is further configured to, after obtaining the operation, track a change in a position of the triggered point, and if the change in the position indicates that the trigger is terminated when the triggered point moves to a control display area in the th display interface, obtain a third operation on the file data and notify the processing unit of the third operation, where the control display area is an area in the th display interface for displaying a control corresponding to the file data;
the processing unit is further configured to determine a source storage address of the file data according to the notification of the operation obtaining unit, obtain the file data from the source storage address, store the file data in the -th storage space, generate a control corresponding to the file data, and control the control to be displayed in the control display area.
In the above solution, the operation obtaining unit is further configured to, when the control displayed in the control display area is triggered, obtain a fourth operation for the control, track a change in a position of a triggered point after the fourth operation is obtained, and if the change in the position indicates that the triggered point moves to a display area of a specific file data set in the corpus control or the second corpus control, terminate the triggering, obtain a fifth operation, and notify the processing unit of the fifth operation;
the processing unit is further configured to, according to the notification of the operation obtaining unit, determine that the storage address of the specific file data set is the target storage address of the file data corresponding to the control, and obtain the file data from the th storage space and store the file data in the target storage address.
The information processing methods and the electronic equipment provided by the embodiment of the invention realize novel modes of data sharing transmission between the electronic equipment and the external equipment, compared with the traditional 'copy-paste' operation, the operation of the embodiment of the invention is more efficient, and the operation process can be completed by touching with the hand of a user, so that the operation process is simplified, the operation modes are enriched, and the operation experience is improved.
Drawings
FIG. 1 is a flowchart of an information processing method according to an embodiment of the present invention;
FIG. 2 is a diagram illustrating an application scenario in an embodiment of the present invention;
FIG. 3 is a diagram illustrating a second application scenario in embodiment of the present invention;
FIGS. 4 a-4 b are schematic diagrams illustrating a third application scenario in the embodiment of the present invention;
FIGS. 5 a-5 b are schematic diagrams illustrating a fourth application scenario in embodiment ;
FIGS. 6 a-6 b are schematic diagrams illustrating a fifth application scenario in the embodiment of the present invention;
fig. 7 is a schematic structural diagram of an electronic device according to a second embodiment of the invention.
Detailed Description
The technical solution of the present invention is further illustrated in steps in detail with reference to the drawings and the specific embodiments.
Example
An embodiment of the present invention provides information processing methods, which are applied to a th electronic device, where the th electronic device includes a touch display unit and a storage unit, and the th electronic device supports simultaneous access to at least external electronic devices, as shown in fig. 1, the method includes:
and step 101, loading a program module, wherein the program module corresponds to the th storage space in the storage unit.
The th storage space is a storage space corresponding to a startup desktop after startup of the th electronic device is completed, the th storage space has a storage path, and taking a system program of the electronic device installed in a C disk as an example, the storage path corresponding to the th storage space can be C: \ Documents and Settings \ desktop, which means that the th storage space is stored in a desktop folder in the C disk Documents and Settings folder.
102, controlling the touch display unit to display an th display interface based on the loaded program module, wherein the th display interface at least comprises a th full set control, and the th full set control displays data stored in the storage unit when being triggered so as to meet the viewing and running requirements of a user.
The th corpus control is a control generated by a system in the starting desktop, such as a my computer and a my document, and after the th corpus control (such as a my document) is opened through a triggering operation, stored data (such as data stored in the my document) is displayed so as to meet the viewing and running requirements of a user.
Fig. 2 is a schematic diagram of a application scenario in according to an embodiment of the present invention, in the 0 application scenario, the 1 th display interface is a display interface based on an aura application program, as shown in fig. 2, in an aura display interface, a 2 th display interface 11 includes a 3 th corpus control 21, and in an th corpus control 21 (a large disk as shown in fig. 2) by taking the 4 th corpus control 21 as an "my computer" corpus control as an example, at least th file data sets 22 (small circular icons as shown in fig. 2) stored in a storage space corresponding to the th corpus control 21 are displayed, and when a th file data set 22 is triggered (a black small circular icon as shown in fig. 2), at least th file data 23 (each file data in a sector as shown in fig. 2) in the th file data set 22 is displayed.
In the embodiment, the th application scene (namely, the display interface scene under the aura application program) can be triggered and realized by starting the aura application program by triggering the shortcut of the aura application program (namely, triggering the shortcut icon of the aura application program) and displaying the display interface scene under the aura application program in the electronic equipment in which the aura application program is installed;
or, the aura application program can be triggered and started by detecting the change of the placement state of the electronic equipment, and a display interface scene under the aura application program is displayed. For example, when the display unit of the electronic device is in the standing mode, the electronic device adopts a display interface under a Windows system program; when the electronic equipment detects that the display unit is placed on a horizontal plane, namely the display unit is in a lying mode, a trigger instruction is generated, the aura application program is triggered and started according to the trigger instruction, and a display interface scene under the aura application program is displayed.
103, when it is detected that the external electronic device is accessed to the th electronic device, generating a second corpus control corresponding to the external electronic device and displaying the second corpus control on the th display interface, wherein the data stored in the external electronic device is displayed when the second corpus control is triggered so as to meet the viewing and running requirements of a user.
The external electronic device is connected to the th electronic device, for example, an external USB disk is inserted into a Universal Serial Bus (USB) interface of the th electronic device, or a mobile hard disk is connected to the th electronic device through a data interface, or a mobile phone is connected to the th electronic device through a data interface, or a PAD is connected to the th electronic device through a data interface.
Fig. 3 is a schematic diagram of a second application scenario in , where the electronic device reads a storage unit of the external electronic device when detecting that an external electronic device is accessed, and accordingly generates a second corpus control 31 corresponding to the external electronic device, and displays the second corpus control 31 on the display interface 11, where in the second corpus control 31 (shown as a large disk at the lower right corner of the interface in fig. 3), at least second file data sets 32 (shown as small circle icons in the large disk at the lower right corner of the interface in fig. 3) stored in a storage space corresponding to the second corpus control 31 are displayed, and when a certain second file data set 32 is triggered (shown as a black small circle icon in the large disk at the lower right corner of the interface in fig. 3), at least second file data 33 in the second file data set 32 (that is each file data in a sector shown in fig. 3) are displayed.
It can be seen that, in the second application scenario shown in fig. 3, the -th display interface 11 shows two corpus controls in common, namely, the -th corpus space 21 and the second corpus space 31, wherein the data sources of the -th file data set 22 displayed in the -th corpus space 21 and the -th file data 23 in the -th file data set 22 are storage units of the -th electronic device, and the data sources of the second file data set 32 displayed in the second corpus space 31 and the second file data 33 in the second file data set 32 are storage units of the external electronic device.
And 104, obtaining a th operation aiming at a th full set control or a second full set control in the th display interface, and determining file data as an operated object, wherein the file data is storage data of the th electronic device or storage data of the external electronic device.
And 105, when a second operation aiming at the file data is obtained, determining a source storage address and a target storage address of the file data, and obtaining the file data from the source storage address and storing the file data into the target storage address.
In embodiments of steps 104-105:
when the file data displayed in the th or second corpus control is triggered, obtaining the th operation;
after the th operation is obtained, the change of the position of the triggered point is tracked, and if the change of the position indicates that the triggered point moves to the display area of the specific file data set in the th full set control or the second full set control, the triggering is terminated, so that the second operation is obtained.
An application scenario of steps 104 to 105 is illustrated as shown in fig. 4a, when a user touches the 1 st file data 23 of 0 shown in the st file data set 22, the th electronic device immediately obtains the th operation for the th corpus control 21 in the th display interface 11, and can determine that the file data as an operated object is the th file data 23 touched by the user (as shown in the th file data 23 touched by a finger of the user in fig. 4 a), where the th file data 23 is storage data of the th electronic device;
after obtaining the th operation, the th electronic device tracks the position change of the triggered point (i.e. the user touch point), if the position change indicates that the triggered point (i.e. the user touch point) is moved (the moving direction is shown by an arrow in fig. 4 a) to the displayed icon of a second file data set 32 in the second corpus control 31, then the second operation for the th file data 23 is determined to be obtained, that is, when the user finger touches th file data 23 displayed in the th file data set 22 and drags to the displayed icon of a second file data set 32, the finger is released, and then the th electronic device obtains the second operation for the th file data 23;
when the second operation for the th file data 23 is obtained, the th electronic device obtains a source storage address and a target storage address of the th file data 23, wherein the source storage address is a storage address of the th file data 23 in a storage unit of the th electronic device, and the target storage address is a storage address of the user finger-triggered second file data set 32 in a storage unit of the external electronic device, and after the source storage address and the target storage address are obtained, the th electronic device obtains the th file data 23 from the source storage address and stores the th file data into the target storage address, namely obtains the th file data 23 from the storage unit of the th electronic device and stores the th file data into a corresponding storage address of the storage unit of the external electronic device (namely, the storage address of the user finger-triggered second file data set 32 in the storage unit of the external electronic device).
Another application scenario of steps 104-105 is shown in fig. 4b, when the user touches second file data 33 shown in the second file data set 32, the electronic device immediately obtains th operation for the second corpus control 31 in the display interface 11, and can determine that the file data as the operated object is the second file data 33 touched by the user (shown in fig. 4b as the second file data 33 touched by the finger of the user), where the second file data 33 is storage data of an external electronic device;
after obtaining the th operation, the th electronic device tracks the position change of the triggered point (i.e. the user touch point), if the position change indicates that the triggered point (i.e. the user touch point) moves (the moving direction is shown by an arrow in fig. 4 b) to the displayed icon of the th th file data set 22 in the th corpus control 21, then the trigger is terminated, and then the second operation on the second file data 33 is determined to be obtained, that is, when the user finger touches second file data 33 displayed in the second file data set 32 and drags to the displayed icon of the st th file data set 22, the finger is released, and then the th electronic device obtains the second operation on the second file data 33;
when the second operation for the second file data 33 is obtained, the th electronic device obtains a source storage address and a target storage address of the second file data 33, wherein the source storage address is a storage address of the second file data 33 in a storage unit of the external electronic device, and the target storage address is a storage address of the th file data set 22 triggered by the finger of the user in a storage unit of the th electronic device, after obtaining the source storage address and the target storage address, the th electronic device obtains the second file data 33 from the source storage address and stores the second file data 33 in the target storage address, namely, a corresponding storage address of the th file data set 22 triggered by the finger of the user in the storage unit of the th electronic device (namely, a storage address of the th file data set 22 triggered by the finger in the storage unit of the th electronic device).
In an implementation, the method of example of the present invention may further include:
after file data are triggered, generating a display frame corresponding to the file data, and in the position change process of the triggered point, calculating a display position adjustment amount of the display frame according to the position change amount of the triggered point so as to control the display frame to perform corresponding display position adjustment along with the position change of the triggered point;
and when the triggering is terminated, calling a preset animation strategy, and controlling the display frame to execute the animation strategy.
In the application scenario shown in fig. 4a, after the th file data 23 in the th file data set 22 is triggered by the user, a display frame 12 corresponding to the th file data 23 is generated on the th display interface 11, the display frame 12 may be used to display a thumbnail of the th file data 23, during the position change of the triggered point, the th electronic device calculates a display position adjustment amount of the display frame 12 according to the position change amount of the triggered point, so as to control the display frame 12 to perform a corresponding display position adjustment along with the position change of the triggered point, that is, the display frame 12 moves along with the movement of the finger of the user;
in addition, when the trigger terminates (the trigger disappears after the user's finger moves onto the second file data set 32), the -th electronic device may invoke a preset animation policy for the display frame 12, such as the display frame 12 becoming gradually smaller to show the animation effect of the display frame 12 being drawn into the second file data set 32, and control the display frame 12 to execute the animation policy.
In the application scenario shown in fig. 4b, after the second file data 33 in the second file data set 32 is triggered by the user, a display frame 12 corresponding to the second file data 33 is generated on the th display interface 11, the display frame 12 can be used to display a thumbnail of the second file data 33, during the position change of the triggered point, the th electronic device calculates a display position adjustment amount of the display frame 12 according to the position change amount of the triggered point, so as to control the display frame 12 to perform a corresponding display position adjustment along with the position change of the triggered point, that is, the display frame 12 moves along with the movement of the user's finger;
in addition, when the trigger is terminated (the trigger disappears after the user's finger moves to the th file data set 22), the electronic device may invoke a preset animation policy for the presentation frame 12, such as the presentation frame 12 becoming gradually smaller to show the animation effect of the presentation frame 12 being sucked into the th file data set 22, and control the presentation frame 12 to execute the animation policy.
In another embodiment , the method of embodiment of the present invention further comprises:
when the th corpus control or the file data displayed in the second corpus control is triggered, obtaining the th operation;
after the th operation is obtained, tracking the position change of the triggered point, and if the position change represents that the triggered point moves to a control display area in a th display interface, terminating the triggering to obtain a third operation for the file data, wherein the control display area is an area for displaying a control corresponding to the file data in the th display interface;
and when the third operation is obtained, determining a source storage address of the file data, obtaining the file data from the source storage address, storing the file data into the th storage space, generating a control corresponding to the file data, and controlling the control to be displayed in the control display area.
In the application scenario shown in fig. 5a, when the 0 th file data 23 shown in the th file data set 22 is touched by the user, the th electronic device immediately obtains operation for the th corpus control 21 in the th display interface 11, and can determine that the file data as the operated object is the th file data 23 touched by the user (as shown in the th file data 23 touched by the user's finger in fig. 5 a), and the th file data 23 is the stored data of the th electronic device;
after obtaining the th operation, the th electronic device tracks the position change of the triggered point (i.e. the user touch point), and if the position change represents that the trigger is terminated when the triggered point (i.e. the user touch point) moves (the moving direction is shown by an arrow in fig. 5 a) to the control exhibition area in the th display interface 11, the third operation on the th file data 23 is determined to be obtained, that is, when the user finger triggers the th file data 23 of the shown in the th file data set 22 and drags to the control exhibition area, the finger is released, and then the th electronic device obtains the third operation on the th file data 23;
when the third operation for the -th file data 23 is obtained, the electronic device obtains a source storage address of the -th file data 23, obtains the -th file data 23 from the source storage address, stores the -th file data 23 into the -th storage space of the -th electronic device (i.e., the storage space corresponding to the desktop of the -th electronic device after the startup of the 8584 electronic device is completed), generates a control 13 corresponding to the -th file data 23, and controls the control 13 to be displayed in the control display area of the -th display interface 11.
That is to say, when the file data 23 displayed in the file data set 22 is touched by the finger of the user and dragged into the control display area of the display interface 11, the electronic device can copy the file data 23 from the source address thereof to the storage space of the electronic device, and then can realize the display of the control 13 corresponding to the file data 23 in the control display area of the display interface 11.
In the application scenario shown in fig. 5b, when the user touches the second file data 33 shown in the second file data set 32, the electronic device immediately obtains a operation for the second corpus control 31 in the display interface 11, and can determine that the file data to be operated is the second file data 33 touched by the user (as shown in fig. 5b, where the second file data 33 is touched by the user's finger), and the second file data 33 is stored data of an external electronic device;
after the th operation is obtained, the th electronic device tracks the position change of the triggered point (i.e. the user touch point), and if the position change represents that the trigger is terminated when the triggered point (i.e. the user touch point) moves (the moving direction is shown as an arrow in fig. 5 b) to the control display area in the th display interface 11, it is determined to obtain a third operation on the second file data 33, that is, when the user finger triggers second file data 33 displayed in the second file data set 32 and drags to the control display area, the finger is released, and then the th electronic device obtains the third operation on the second file data 33;
when the third operation for the second file data 33 is obtained, the -th electronic device obtains the source storage address of the second file data 33, obtains the second file data 33 from the source storage address, stores the second file data 33 into the -th storage space of the -th electronic device (i.e., the storage space corresponding to the power-on desktop after the power-on start of the -th electronic device is completed), generates the control 13 corresponding to the second file data 33, and controls the control 13 to be displayed in the control display area of the -th display interface 11.
That is, when the user touches the second file data 33 displayed in the second file data set 32 with a finger and drags the second file data 33 to the control display area of the -th display interface 11, the -th electronic device can copy the second file data 33 from the source address to the -th storage space of the -th electronic device, and then can realize the display of the control 13 corresponding to the second file data 33 in the control display area of the -th display interface 11.
In a further embodiment, the method of example of the present invention further comprises:
when a control displayed in the control display area is triggered, obtaining a fourth operation aiming at the control;
after the fourth operation is obtained, tracking the position change of the triggered point, and if the position change represents that the triggered point moves to the display area of the specific file data set in the th corpus control or the second corpus control, terminating the triggering to obtain a fifth operation;
and when the fifth operation is obtained, determining that the storage address of the specific file data set is the target storage address of the file data corresponding to the control, and obtaining the file data from the th storage space and storing the file data into the target storage address.
In the application scenario shown in fig. 6a, when the user touches a control 13 shown in the control display area of the th display interface 11, the th electronic device immediately obtains a fourth operation on the control 13 shown in the control display area of the th display interface 11, and can determine file data corresponding to the control 13 as an operated object (the file data is located in the th storage space of the th electronic device);
after obtaining the fourth operation, the electronic device tracks a change in position of the triggered point (i.e., the user touch point), and determines to obtain a fifth operation for the control 13 if the trigger is terminated when the change in position indicates that the triggered point (i.e., the user touch point) moves (the moving direction is indicated by an arrow in fig. 6 a) to a display area of a file data set 22 in the corpus control 21;
after the fifth operation aiming at the control 13 is obtained, the electronic device obtains the storage address of the triggered file data set 22 as the target storage address of the file data corresponding to the control 13, obtains the file data corresponding to the control 13 from the storage space of the electronic device and stores the file data into the target storage address, and meanwhile, the electronic device deletes the corresponding control 13 displayed in the control display area of the display interface 11 and deletes the file data corresponding to the control 13 stored in the storage space.
That is, when the user touches the control 13 displayed in the control display area of the th display interface 11 and drags the control to the display area of a th file data set 22 in the th corpus control 21, the finger is released, the th electronic device can copy the file data corresponding to the control 13 from the th storage space to the th file data set 22, and at the same time, delete the corresponding control 13 displayed in the control display area of the th display interface 11 and delete the file data corresponding to the control 13 stored in the th storage space.
In the application scenario shown in fig. 6b, when the user touches a control 13 shown in the control display area of the th display interface 11, the th electronic device immediately obtains a fourth operation on the control 13 shown in the control display area of the th display interface 11, and can determine file data corresponding to the control 13 as an operated object (the file data is located in the th storage space of the th electronic device);
after obtaining the fourth operation, the th electronic device tracks a change in position of the triggered point (i.e., the user touch point), and determines to obtain a fifth operation for the control 13 if the trigger is terminated when the change in position indicates that the triggered point (i.e., the user touch point) moves (the moving direction is shown by an arrow in fig. 6 b) to the display area of a certain second file data set 32 in the second corpus control 31;
after the fifth operation aiming at the control 13 is obtained, the th electronic device obtains the storage address of the triggered second file data set 32 as the target storage address of the file data corresponding to the control 13, obtains the file data corresponding to the control 13 from the th storage space of the th electronic device, and stores the file data into the target storage address, and meanwhile, the th electronic device deletes the corresponding control 13 displayed in the control display area of the th display interface 11, and deletes the file data corresponding to the control 13 stored in the th storage space.
That is to say, when the user touches the control 13 displayed in the control display area of the th display interface 11 with a finger and drags the control to the display area of a second file data set 32 in the second corpus control 31, the finger is released, the th electronic device can copy the file data corresponding to the control 13 from the th storage space to the storage space of the second file data set 32, and at the same time, the th electronic device deletes the corresponding control 13 displayed in the control display area of the th display interface 11 and deletes the file data corresponding to the control 13 stored in the th storage space.
Example two
Corresponding to the information processing method in this embodiment of the present invention, a second embodiment of the present invention further provides electronic devices, as shown in fig. 7, where the th electronic device includes a touch display unit 10 and a storage unit 20, and the th electronic device supports simultaneous access to at least external electronic devices, and the th electronic device further includes:
the processing unit 30 is used for loading a program module, the program module corresponds to th storage space in the storage unit 20, and the touch display unit 10 is controlled to display a th display interface based on the loading of the program module, wherein the th display interface at least comprises a th corpus control, and the th corpus control displays data stored in the storage unit 20 when being triggered so as to meet the viewing and running requirements of a user;
a detecting unit 40, configured to notify the processing unit 30 when detecting that an external electronic device accesses the th electronic device;
the processing unit 30 is further configured to generate a second corpus control corresponding to the external electronic device according to the notification of the detecting unit 40, and control the second corpus control to be displayed on the th display interface, wherein the second corpus control displays data stored in the external electronic device when being triggered to meet the viewing and operating requirements of a user;
the operation obtaining unit 50 is used for notifying the processing unit 30 when obtaining a th operation aiming at a th corpus control or a second corpus control in the th display interface, and the processing unit 30 is also used for determining file data serving as an operated object according to the notification of the operation obtaining unit 50, wherein the file data is storage data of the th electronic device or storage data of the external electronic device;
the operation obtaining unit 50 is further configured to notify the processing unit 30 when a second operation for the file data is obtained; the processing unit 30 is further configured to determine a source storage address and a target storage address of the file data according to the notification of the operation obtaining unit 50, and obtain the file data from the source storage address and store the file data in the target storage address.
In the embodiment, when the file data displayed in the full set control or the second full set control is triggered, the operation obtaining unit 50 obtains the operation;
the operation obtaining unit 50 is further configured to, after obtaining the th operation, track a change in position of the triggered point, and obtain the second operation if the change in position indicates that the triggered point is moved to a display area of a specific file data set in the th corpus control or the second corpus control, and the trigger is terminated.
In the embodiment, the processing unit 30 is further configured to, after the file data is triggered, generate and display a display frame corresponding to the th file data by the touch display unit 10, and during the position change of the triggered point, calculate a display position adjustment amount of the display frame according to the position change amount of the triggered point, so as to control the display frame to perform corresponding display position adjustment along with the position change of the triggered point;
and when the triggering is terminated, calling a preset animation strategy, and controlling the display frame to execute the animation strategy.
In the embodiment, when file data displayed in the full set control or a second full set control is triggered, the operation obtaining unit 50 obtains the operation;
the operation obtaining unit 50 is further configured to, after obtaining the th operation, track a position change of the triggered point, and if the position change indicates that the trigger is terminated when the triggered point moves to a control display area in the th display interface, obtain a third operation on the file data and notify the processing unit 30 of the third operation, where the control display area is an area in the th display interface for displaying a control corresponding to the file data;
the processing unit 30 is further configured to determine a source storage address of the file data according to the notification from the operation obtaining unit 50, obtain the file data from the source storage address and store the file data in the -th storage space, generate a control corresponding to the file data, and control the control to be displayed in the control display area.
In an embodiment, the operation obtaining unit 50 is further configured to obtain a fourth operation for the control when the control displayed in the control display area is triggered, track a position change of the triggered point after obtaining the fourth operation, terminate the triggering if the position change indicates that the triggered point moves to the display area of the specific file data set in the corpus control or the second corpus control, obtain a fifth operation, and notify the processing unit 30;
the processing unit 30 is further configured to, according to the notification from the operation obtaining unit 50, determine that the storage address of the specific file data set is the target storage address of the file data corresponding to the control, and obtain the file data from the th storage space and store the file data in the target storage address.
In summary, the embodiment of the present invention realizes more novel modes of data sharing transmission between the electronic device and the external device, and compared with the conventional "copy-paste" operation, the operation of the embodiment of the present invention is more efficient, and the operation process can be completed by the touch of the user, so the operation process is simplified, the operation mode is enriched, and the operation experience is improved.
The embodiment of the invention also provides computer-readable storage media, which comprise groups of computer-executable instructions, and when the instructions are executed, the instructions are used for realizing the information processing method of the embodiment of the invention.
The above-described embodiments of the apparatus are merely illustrative, and for example, the division of the units into only logical functional divisions may be implemented in other ways, such as multiple units or components may be combined, or may be integrated into another systems, or features may be omitted, or not implemented.
The units described as separate parts may or may not be physically separate, and parts displayed as units may or may not be physical units, that is, may be located in places, may also be distributed on multiple network units, and some or all of the units may be selected according to actual needs to achieve the purpose of the embodiment.
In addition, all the functional units in the embodiments of the present invention may be integrated into processing units, or each unit may be used as units individually, or two or more units may be integrated into units, and the integrated units may be implemented in the form of hardware, or in the form of hardware and software functional units.
It will be understood by those skilled in the art that all or part of the steps of implementing the above method embodiments may be implemented by hardware associated with program instructions, and that the program may be stored in computer readable storage medium, and when executed, the program performs the steps of the above method embodiments, and the storage medium includes various media capable of storing program codes, such as removable storage device, Read-Only Memory (ROM), Random Access Memory (RAM), magnetic disk or optical disk.
Based on the understanding, the technical solution of the embodiment of the present invention or the portions contributing to the prior art may be embodied in the form of software products stored in storage media, which include several instructions for making computer devices (which may be personal computers, servers, or network devices) execute all or part of the methods described in the embodiments of the present invention.
The above description is only for the specific embodiments of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily conceive of the changes or substitutions within the technical scope of the present invention, and all the changes or substitutions should be covered within the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the appended claims.
Claims (8)
1, kinds of information processing methods, apply to the electronic equipment, the electronic equipment includes touching activated display element and memory cell, and the electronic equipment supports and inserts external electronic equipments at least at the same time, the said method includes:
the program module corresponds to th memory space in the memory unit;
controlling the touch display unit to display an th display interface based on the loaded program module, wherein the th display interface at least comprises a th full set control, and the th full set control displays data stored in the storage unit when being triggered so as to meet the viewing and running requirements of a user;
when detecting that an external electronic device is connected to the th electronic device, generating a second corpus control corresponding to the external electronic device and displaying the second corpus control on the th display interface, wherein the second corpus control displays data stored in the external electronic device when being triggered so as to meet the viewing and running requirements of a user;
obtaining a th operation aiming at a th full set control or a second full set control in the th display interface, and determining file data as an operated object, wherein the file data is storage data of the th electronic device or storage data of the external electronic device;
when a second operation aiming at the file data is obtained, determining a source storage address and a target storage address of the file data, and obtaining the file data from the source storage address and storing the file data into the target storage address;
the method further includes:
after the file data is triggered, generating a display frame corresponding to the file data, and in the position change process of the triggered point, calculating a display position adjustment amount of the display frame according to the position change amount of the triggered point so as to control the display frame to perform corresponding display position adjustment along with the position change of the triggered point;
and when the triggering is terminated, calling a preset animation strategy, and controlling the display frame to execute the animation strategy.
2. The information processing method of claim 1, wherein the method further includes:
when the file data displayed in the th or second corpus control is triggered, obtaining the th operation;
after the th operation is obtained, the change of the position of the triggered point is tracked, and if the change of the position indicates that the triggered point moves to the display area of the specific file data set in the th full set control or the second full set control, the triggering is terminated, so that the second operation is obtained.
3. The information processing method according to claim 1 or 2, wherein the method further includes:
when the file data displayed in the th or second corpus control is triggered, obtaining the th operation;
after the th operation is obtained, tracking the position change of the triggered point, and if the position change represents that the triggered point moves to a control display area in the th display interface, terminating the triggering to obtain a third operation for the file data, wherein the control display area is an area for displaying a control corresponding to the file data in the th display interface;
and when the third operation is obtained, determining a source storage address of the file data, obtaining the file data from the source storage address, storing the file data into the th storage space, generating a control corresponding to the file data, and controlling the control to be displayed in the control display area.
4. The information processing method of claim 3, wherein the method further includes:
when a control displayed in the control display area is triggered, obtaining a fourth operation aiming at the control;
after the fourth operation is obtained, tracking the position change of the triggered point, and if the position change represents that the triggered point moves to the display area of the specific file data set in the th corpus control or the second corpus control, terminating the triggering to obtain a fifth operation;
and when the fifth operation is obtained, determining that the storage address of the specific file data set is the target storage address of the file data corresponding to the control, and obtaining the file data from the th storage space and storing the file data into the target storage address.
5, kinds of electronic devices, the electronic device includes a touch display unit and a storage unit, and the electronic device supports accessing at least external electronic devices at the same time, the electronic device further includes:
the processing unit is used for loading a program module, the program module corresponds to a th storage space in the storage unit, and the touch display unit is controlled to display an th display interface based on the loaded program module, wherein the th display interface at least comprises a th full set control, and the th full set control displays data stored in the storage unit when being triggered so as to meet the viewing and running requirements of a user;
a detection unit, configured to notify the processing unit when detecting that an external electronic device accesses the th electronic device;
the processing unit is further used for generating a second corpus control corresponding to the external electronic equipment according to the notification of the detection unit and controlling the second corpus control to be displayed on the th display interface, wherein the second corpus control displays data stored in the external electronic equipment when being triggered so as to meet the viewing and running requirements of a user;
the operation obtaining unit is used for notifying the processing unit when a th operation aiming at the th full set control or the second full set control in the th display interface is obtained, and the processing unit is also used for determining file data serving as an operated object according to the notification of the operation obtaining unit, wherein the file data is storage data of the th electronic device or storage data of the external electronic device;
the operation obtaining unit is further configured to notify the processing unit when a second operation for the file data is obtained; the processing unit is further used for determining a source storage address and a target storage address of the file data according to the notification of the operation obtaining unit, and obtaining the file data from the source storage address and storing the file data into the target storage address;
the processing unit is further configured to, after the file data is triggered, generate a display frame corresponding to the file data and display the display frame through the touch display unit, and during a position change process of the triggered point, calculate a display position adjustment amount of the display frame according to a position change amount of the triggered point, so as to control the display frame to perform corresponding display position adjustment along with the position change of the triggered point;
and when the triggering is terminated, calling a preset animation strategy, and controlling the display frame to execute the animation strategy.
6. The electronic device of claim 5, wherein the operation obtaining unit obtains the operation when the file data displayed in the corpus control or a second corpus control is triggered;
the operation obtaining unit is further configured to, after obtaining the th operation, track a change in position of the triggered point, and obtain the second operation if the change in position indicates that the triggered point is moved to a display area of a specific file data set in the th corpus control or the second corpus control, and the trigger is terminated.
7. The electronic device of claim 5 or 6, wherein the operation obtaining unit obtains the operation when the file data displayed in the corpus control or a second corpus control is triggered;
the operation obtaining unit is further configured to, after obtaining the operation, track a change in a position of the triggered point, and if the change in the position indicates that the trigger is terminated when the triggered point moves to a control display area in the th display interface, obtain a third operation on the file data and notify the processing unit of the third operation, where the control display area is an area in the th display interface for displaying a control corresponding to the file data;
the processing unit is further configured to determine a source storage address of the file data according to the notification of the operation obtaining unit, obtain the file data from the source storage address, store the file data in the -th storage space, generate a control corresponding to the file data, and control the control to be displayed in the control display area.
8. The electronic device according to claim , wherein the operation obtaining unit is further configured to obtain a fourth operation for the control when the control displayed in the control display area is triggered, track a change in position of the triggered point after the fourth operation is obtained, obtain a fifth operation and notify the processing unit if the change in position indicates that the triggered point moves to the display area of the specific file data set in the corpus control or the second corpus control and the trigger is terminated;
the processing unit is further configured to, according to the notification of the operation obtaining unit, determine that the storage address of the specific file data set is the target storage address of the file data corresponding to the control, and obtain the file data from the th storage space and store the file data in the target storage address.
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| CN110251937B (en) * | 2019-04-26 | 2020-10-09 | 网易（杭州）网络有限公司 | Game object control method and device |
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| CN103513863A (en) * | 2012-06-29 | 2014-01-15 | 联想(北京)有限公司 | Method, electronic devices and system for processing information |
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| CN1677355A (en) * | 2004-03-31 | 2005-10-05 | 深圳市朗科科技有限公司 | Method system and apparatus for synchronous update of files |
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