CN104571904B

CN104571904B - A kind of information processing method and electronic equipment

Info

Publication number: CN104571904B
Application number: CN201310516854.0A
Authority: CN
Inventors: 王超
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2013-10-28
Filing date: 2013-10-28
Publication date: 2018-08-10
Anticipated expiration: 2033-10-28
Also published as: CN104571904A

Abstract

The invention discloses a kind of information processing methods, including：When detecting the first touch operation, parsing obtains the first touch event information, obtains the position coordinates of first touch operation；According to the position coordinates, if whether the first touch event information is located in N number of overlapping region using at least two non-full screen windows in corresponding non-full screen window, then obtain the corresponding precedence information of described at least two non-full screen windows, the first application is determined according to the precedence information, utilize corresponding first conversion parameter of non-full screen window and the first touch event information applied with described first, the first operation information corresponding with the first touch event information is calculated, first application responds first touch operation based on first operation information.The invention also discloses a kind of electronic equipment to promote the usage experience of user using the invention can avoid operation confusion problem when the multiple non-full screen windows of unlatching.

Description

A kind of information processing method and electronic equipment

Technical field

The present invention relates to the communications field more particularly to a kind of information processing methods and electronic equipment.

Background technology

With the raising of the resolution ratio of the development of mobile terminal, especially screen and the increasing of size, user's carrying gradually Go out the demand of multiwindow operation interface, i.e., opens multiple wickets simultaneously in the same mobile device, each wicket is shown And operate an application.But if after the multiwindow operation interface is come into operation, when at least two windows overlays When, it just will appear the problem of can not determining the window corresponding to touch operation, in this way, will result in the confusion of operation, influence to use The usage experience at family.

Invention content

In view of this, the purpose of the present invention is to provide a kind of information processing method and electronic equipment, it is avoided that unlatching is more Operation confusion problem when a non-full screen window, promotes the usage experience of user.

In order to achieve the above objectives, the technical proposal of the invention is realized in this way：

An embodiment of the present invention provides a kind of information processing methods, are applied to electronic equipment, and the electronic equipment, which has, to be touched Display unit is controlled, the electronic equipment can run multiple applications, and be shown in the display area of touch-display unit, when When opening the window of N number of non-screen mode toggle operation application, N is the integer more than or equal to 2, the method includes：

When detecting the first touch operation, parsing obtains the first touch event information, obtains first touch operation Position coordinates；

According to the position coordinates, judge whether the first touch event information is located at corresponding to N number of application In non-full screen window in the overlapping region of at least two non-full screen windows；

If so, the corresponding precedence information of described at least two non-full screen window of acquisition, according to the precedence information It determines the first application for waiting responding first touch operation, utilizes the non-full screen window corresponding first applied with described first The first operation corresponding with the first touch event information is calculated in conversion parameter and the first touch event information Information, first application respond first touch operation based on first operation information.

The embodiment of the present invention additionally provides a kind of electronic equipment, and the electronic equipment includes：Touch-display unit and processing Unit；Wherein,

The touch-display unit, the window for opening N number of non-screen mode toggle operation, N is the integer more than or equal to 2, When detecting the first touch operation, parsing obtains the first touch event information, obtains the position coordinates of first touch operation；

The processing unit, for according to the position coordinates, judging whether the first touch event information is located at institute It states in the non-full screen window corresponding to N number of application in the overlapping region of at least two non-full screen windows；If so, described in obtaining extremely The corresponding precedence information of few two non-full screen windows, determines according to the precedence information and waits responding first touch operation The first application, utilize and touch thing with corresponding first conversion parameter of non-full screen window of first application and described first The first operation information corresponding with the first touch event information is calculated in part information, and first application is based on described First operation information responds first touch operation.

Information processing method and electronic equipment provided by the present invention occur being overlapped when two or more non-full screen windows When phenomenon, it can determine that the touch operation corresponds to according to current touch operation and the precedence information of non-full screen window Application, so that the application is responded the touch operation.So, it will be able to which operation when avoiding opening multiple non-full screen windows is mixed Random problem promotes the usage experience of user.

Description of the drawings

Fig. 1 is information processing method of embodiment of the present invention flow diagram one；

Fig. 2 a are two non-full screen window overlap condition schematic diagrames in the embodiment of the present invention；

Fig. 2 b are that the non-full screen window overlapping region of the embodiment of the present invention pair two zooms in and out operation chart；

Fig. 2 c are the display effect schematic diagram that two non-full screen windows of the embodiment of the present invention pair zoom in and out operation；

Fig. 3 is information processing method of embodiment of the present invention flow diagram two；

Fig. 4 is electronic equipment composed structure schematic diagram of the embodiment of the present invention.

Specific implementation mode

Below in conjunction with the accompanying drawings and specific embodiment the present invention is further described in more detail.

Embodiment one,

An embodiment of the present invention provides a kind of information processing methods, are applied to electronic equipment, and the electronic equipment, which has, to be touched Display unit is controlled, can be mobile terminal, such as smart mobile phone or tablet computer etc..

The electronic equipment can run multiple applications, and be shown in the display area of touch-display unit, when opening When opening the window of N number of non-screen mode toggle operation, N is more than or equal to 2, as shown in Figure 1, the method includes：

Step 101：When detecting the first touch operation, parsing obtains the first touch event information, obtains described first and touches Touch the position coordinates of operation；

Step 102：According to position coordinates, it is right to judge whether the first touch event information is located at N number of application institute In the non-full screen window answered in the overlapping region of at least two non-full screen windows；

Step 103：If so, the corresponding precedence information of described at least two non-full screen window of acquisition, according to described excellent First grade information determines the first application for waiting responding first touch operation, utilizes the non-full screen window pair with first application The first touch event information corresponding is calculated in the first conversion parameter answered and the first touch event information One operation information, first application respond first touch operation based on first operation information.

Preferably, the first touch event information includes touch point number and its position coordinates, and the position coordinates include： It operates the origin coordinates of touch point and operates the end coordinate of touch point.

Preferably, it is described judge the first touch event information whether be located at N number of application corresponding to it is non-full frame In window in the overlapping region of at least two non-full screen windows, including：It is touched according to the operation in the first touch event information It touches origin coordinates a little and operates the end coordinate of touch point, the frame buffer number stored from presently described touch-display unit In, whether the origin coordinates for checking the operation touch point and the end coordinate for operating touch point are located at N number of application In corresponding non-full screen window in the overlapping region of at least two non-full screen windows.

Preferably, the precedence information may include：Zoom operations priority, and/or described two non-full screen windows The last time that interactive operation occurs.

Preferably, first conversion parameter is the inverse square of corresponding second conversion parameter of non-full screen window of the application Battle array；

The form of first conversion parameter includes following at least one：Transition matrix, parameter, parameter group, parameter sets.

Second conversion parameter includes the second transition matrix；Second transition matrix is used for the full frame of the application Display window is converted to non-full screen window, and generation method is：When receiving the first instruction, preset matrix is obtained；Using institute It states preset matrix to convert the corresponding full screen display window of the application, obtains the aobvious of the non-full screen window of the application Show region.

It is described to be converted using corresponding display window to selected using the preset matrix, obtain the application The display area of non-full screen window, including：Read the graphics cache data of the application；Using the preset matrix, to institute The graphics cache data read are converted, and the corresponding touch-display unit is generated using the graphics cache data Frame buffer data；The non-full screen window of the application is shown in the touch-display unit using the frame buffer data.

Wherein, the graphics cache data include two coordinate informations of each pixel and the RGB of each pixel （RGB, Red Green Blue）Three color information.

In view of the case where there may be overlapping regions between the corresponding non-full screen window of two applications, as shown in Fig. 2, this In embodiment, by the two-dimensional coordinate of the mark pixel in the graphics cache data of the corresponding non-full screen window of application（x_o, y_o）Expand It fills for three-dimensional coordinate（x_o, y_o, z_o）；Wherein, different non-full screen windows has different third dimension coordinate z_o, thus, it is possible to Different third dimension coordinates distinguishes different non-full screen windows.

The preset matrix can as unit of matrix；To the three-dimensional coordinate expanded in the graphics cache data（x_o, y_o, z_o）It is converted, you can obtain the non-full screen window of the application, the corresponding graphics cache data of the non-full screen window include It is transformed（x_o, y_o, z_o）And the RGB information of respective pixel point.

For example, current mobile terminal shows non-full screen window 1 as shown in Figure 2 and non-full screen window 2, when the first touch Behaviour be clicking operation, and touch point be overlapping region in A points when, according to the priority of non-full screen window 1 and non-full screen window 2 Information determines and responds the first touch operation by non-full screen window 2.

It, can be according to current when two or more non-full screen windows being overlapped the phenomenon that as it can be seen that using the present embodiment Touch operation and non-full screen window precedence information, determine the corresponding application of the touch operation, and make described answer With the response touch operation.In this way, operation confusion problem when avoiding to open multiple non-full screen windows, promotes user's Usage experience.

Embodiment two,

The electronic equipment can run multiple applications, and be shown in the display area of touch-display unit, when opening When opening the window of N number of non-screen mode toggle operation application, N is the integer more than or equal to 2, as shown in figure 3, the method includes：

Step 301：When detecting the first touch operation, parsing obtains the first touch event information, obtains described first and touches Touch the position coordinates of operation.

Step 302：According to position coordinates, it is right to judge whether the first touch event information is located at N number of application institute In the non-full screen window answered in the overlapping region of at least two non-full screen windows, if so, thening follow the steps 303；Otherwise, step is executed Rapid 304.

Step 303：The corresponding precedence information of described at least two non-full screen windows is obtained, according to the precedence information It determines the first application for waiting responding first touch operation, utilizes the non-full screen window corresponding first applied with described first The corresponding first operation letter of the first touch event information is calculated in transition matrix and the first touch event information Breath, first application respond first touch operation based on first operation information, end processing flow.

Step 304：Judge whether the first touch event information is located at the Petting Area of the non-full screen window of the first application Domain, if so, touching thing using the first transition matrix corresponding with the non-full screen window of the first application and described first Part information, is calculated corresponding first operation information of first touch event, and first application is grasped based on described first Make information to respond first touch operation；Otherwise, subsequent operation is carried out according to the prior art.

The form of the conversion parameter includes following at least one：Transition matrix, parameter, parameter group, parameter sets.It is described First transition matrix is the inverse matrix of corresponding second transition matrix of non-full screen window of the application；

Second transition matrix is used to the full screen display window of the application being converted to non-full screen window, generation side Method is：When receiving the first instruction, preset matrix is obtained；It is corresponding to the application full frame aobvious using the preset matrix Show that window is converted, obtains the display area of the non-full screen window of the application.

Wherein, the graphics cache data include the coordinate information of each pixel and the RGB of each pixel（RGB, Red Green Blue）Three color information.

If the first touch operation is clicking operation, and touch point is not on overlapping region, for example, touch point in Fig. 2 At B, then the touch point is responded accordingly by system, is the prior art, does not repeat here；As touch point such as Fig. 2 Middle touch point C positions, then non-full screen window 2 respond the operation of the touch point C.

Embodiment three,

Preferably, described to judge whether first touch operation is located at the non-full screen window corresponding to N number of application In at least two non-full screen windows overlapping region in, including：According to the operation touch point in the first touch event information Origin coordinates and operate touch point end coordinate, the frame buffer data stored from presently described touch-display unit In, it checks the origin coordinates of the operation touch point and whether operates the end coordinate of touch point positioned at described N number of using institute In corresponding non-full screen window in the overlapping region of at least two non-full screen windows.

Preferably, the corresponding precedence information of described at least two non-full screen window of acquisition, according to the precedence information Determine the first application for waiting responding first touch operation, including：

The corresponding precedence information of described at least two non-full screen windows is obtained, the precedence information characterizes zoom operations The last time that interactive operation occurs of priority and/or at least two non-full screen window；

Judge whether first touch operation is zoom operations, if so, according to described at least two non-full screen windows The high application of the zoom operations priority is determined as responding the first touch behaviour by the corresponding zoom operations priority The first application made；

If it is not, then extracting the described at least two non-full screen windows corresponding last time that interactive operation occurs, compare The last time that interactive operation occurs is determined as the application in last evening time that interactive operation occurs to respond institute State the first application of the first touch operation.

Preferably, first conversion parameter includes the first transition matrix；

First transition matrix is the inverse matrix of corresponding second transition matrix of non-full screen window of the application；

It is described to be converted using corresponding display window to selected using preset matrix, obtain the non-complete of the application Shield the display area of window, including：Read the graphics cache data of the application；Using the preset matrix, to being read The graphics cache data converted, the frame that the corresponding touch-display unit is generated using the graphics cache data is slow Deposit data；The non-full screen window of the application is shown in the touch-display unit using the frame buffer data.

For example, current mobile terminal shows non-full screen window 1 as shown in Figure 2 b and non-full screen window 2, when according to tactile Starting and the final position for touching point A and touch point B, when determining that the first touch behaviour is zoom operations, more non-full screen window 1 and non- The zoom operations priority of full screen window 2, it is assumed that the zoom operations priority of non-full screen window 1 is higher, then by non-full screen window 1 Corresponding application responds first touch operation；Non- full screen window 1 after response is as shown in Figure 2 c, wherein non-complete Screen window 1 is obviously scaled.Wherein, response zoom operations priority higher application can be picture or video, or Person can be by the priority of user setting zoom operations.

In this manner it is possible to according to the corresponding precedence information of non-full screen window of application and current first touch event, The operation object for selecting first touch event, so as to the non-full screen window simply to be operated according to gesture determination, Promote user experience.

Example IV,

Preferably, the first touch event information includes touch point number and its position coordinates, and the position coordinates include： The origin coordinates of the operation touch point of each touch point and the end coordinate for operating touch point.

Preferably, first conversion parameter includes the first transition matrix；

Preferably, the corresponding precedence information of described at least two non-full screen window of the acquisition, according to the priority Information determines the first application for waiting responding first touch operation, including：

Preferably, it is described using with corresponding first conversion parameter of non-full screen window of first application and described the The first operation information corresponding with the first touch event information is calculated in one touch event information, including：

Using corresponding first conversion parameter of non-full screen window of first application, described first was touched in the time The origin coordinates for operating touch point and the end coordinate for operating touch point are converted；

The origin coordinates of transformed operation touch point and the end coordinate for operating touch point are touched as described first Touch corresponding first operation information of event information.

Current mobile terminal shows non-full screen window 1 as shown in Figure 2 b and non-full screen window 2, when according to touch point A And starting and the final position of touch point B, when determining that the first touch behaviour is zoom operations, more non-full screen window 1 and non-full frame The zoom operations priority of window 2, it is assumed that the zoom operations priority of non-full screen window 1 is higher, then is corresponded to by non-full screen window 1 Application first touch operation is responded；Non- full screen window 1 after response is as shown in Figure 2 c, wherein non-full frame window Mouth 1 is obviously scaled.Wherein, the higher application of response zoom operations priority can be picture or video, Huo Zheke With by the priority of user setting zoom operations.

Embodiment five,

Preferably, it is described using with corresponding first transition matrix of non-full screen window of first application and described the Corresponding first operation information of first touch operation is calculated in one touch event information, including：

Using corresponding first transition matrix of non-full screen window of first application, by the first touch event information In operation touch point origin coordinates and operate touch point end coordinate converted；

The origin coordinates of transformed operation touch point and the end coordinate for operating touch point are touched as described first Touch corresponding first operation information of operation.

Preferably, first application responds first touch operation based on first operation information, wraps It includes：

According to the end of the origin coordinates and operation touch point of transformed operation touch point in first operation information Coordinate determines the action type of first operation information；

When the action type of first operation information is clicking operation, judge whether first operation information is selected Event coordinates in first application, if so, the response message of the event coordinates is generated, otherwise without response；

When the action type of first operation information is slide, first application is operated according to described first Information is responded.

Wherein, described to be touched according to the origin coordinates of transformed operation touch point and operation in first operation information The end coordinate of point, determines the action type of first operation information, Ke Yiwei：

When the origin coordinates of the operation touch point is identical as the operation end coordinate of touch point, action type is Clicking operation；

When the origin coordinates of the operation touch point is different from the operation end coordinate of touch point, and the distance is big When pre-determined threshold, action type is slide；

When the operation has multiple touch points, the end of the origin coordinates and operation touch point of at least two operation touch points When the distance between coordinate is more than pre-determined threshold, action type is scaling.

Embodiment six,

An embodiment of the present invention provides a kind of electronic equipment, as shown in figure 4, the electronic equipment includes：Touch-control display is single Member 41 and processing unit 42；Wherein,

The touch-display unit 41, the window for opening N number of non-screen mode toggle operation, N is whole more than or equal to 2 Number；When detecting the first touch operation, parsing obtains the first touch event information, and the position for obtaining the first touch operation is sat The position coordinates are sent to processing unit 42 by mark；

The processing unit 42, for according to the position coordinates, judging whether the first touch event information is located at In non-full screen window corresponding to N number of application in the overlapping region of at least two non-full screen windows；If so, described in obtaining The corresponding precedence information of two non-full screen windows, determines according to the precedence information and waits responding first touch operation First application utilizes corresponding first conversion parameter of non-full screen window and first touch event applied with described first Information, is calculated the first operation information corresponding with the first touch event information, and first application is based on described the One operation information responds first touch operation.

Preferably, the processing unit 42 is specifically used for according to the operation touch point in the first touch event information Origin coordinates and operate touch point end coordinate, from the frame buffer data stored in the touch-display unit 41, Whether the origin coordinates for checking the operation touch point and the end coordinate for operating touch point are located at corresponding to N number of application Non- full screen window at least two non-full screen windows overlapping region in.

Preferably, first transition matrix is the inverse square of corresponding second transition matrix of non-full screen window of the application Battle array；

The processing unit 42, specifically for when receiving the first instruction, obtaining preset matrix；Using described preset Matrix converts the corresponding full screen display window of the application, obtains the display area of the non-full screen window of the application.

The processing unit 42 is specifically used for reading the graphics cache data of the application；Using the preset matrix, The read graphics cache data are converted, generating the corresponding touch-control using the graphics cache data shows list The frame buffer data of member；The non-full screen window of the application is shown in the touch-display unit using the frame buffer data.

Embodiment seven,

The touch-display unit 41, the window for opening N number of non-screen mode toggle operation, N is whole more than or equal to 2 Number, when detecting the first touch operation, parsing obtains the first touch event information, and the position for obtaining the first touch operation is sat The position coordinates are sent to processing unit 42 by mark；

Preferably, the processing unit 42 is additionally operable to, according to the position coordinates, judge the first touch event information Whether it is located in the non-full screen window corresponding to N number of application in the overlapping region of at least two non-full screen windows, if it is not, Then judge whether first touch event is located at the touch area of the non-full screen window of the first application, if so, described in utilizing The first conversion parameter and first touch event of first application, are calculated first touch operation corresponding first Operation information, first application are responded according to first operation information；Otherwise, it is subsequently grasped according to the prior art Make.

Preferably, the processing unit 42 is specifically used for rising according to the operation touch point in first touch event Beginning coordinate and the end coordinate for operating touch point are checked from the frame buffer data stored in the touch-display unit 41 It is non-corresponding to N number of application whether the origin coordinates of the operation touch point and the end coordinate for operating touch point are located at In full screen window in the overlapping region of at least two non-full screen windows.

Preferably, the processing unit 42 is specifically used for the corresponding priority of described at least two non-full screen window of acquisition Information, the precedence information characterization zoom operations priority and/or the last of at least two non-full screen window are handed over The time of interoperability；

Wherein, the processing unit 42 is specifically used for touching with the operation when the origin coordinates of the operation touch point When the end coordinate of point is identical, determine that action type is clicking operation；Origin coordinates when the operation touch point and the behaviour The end coordinate for making touch point is different, and when the distance is more than pre-determined threshold, determines that action type is slide；When described When operation has multiple touch points, between the origin coordinates and the end coordinate for operating touch point of the operation touch point of each touch point When distance is more than pre-determined threshold, determine that action type is scaling.

Preferably, the processing unit 42 is specifically used for the non-full screen window corresponding first using first application Transition matrix, by it is described first touch the time in operation touch point origin coordinates and operate touch point end coordinate into Row conversion；The origin coordinates of transformed operation touch point and the end coordinate for operating touch point are touched as described first Corresponding first operation information of event.

Preferably, the processing unit 42 is specifically used for being touched according to transformed operation in first operation information The end coordinate of the origin coordinates and operation touch point of point, determines the action type of first operation information；When described first When the action type of operation information is clicking operation, judge whether first operation information selectes the thing in first application Part coordinate, if so, generating the response message of the event coordinates；When the action type of first operation information is that sliding is grasped When making, first application is responded according to first operation information.

The processing unit 42 is additionally operable to generate the non-full screen window, specifically when receiving the first instruction, obtains pre- If matrix；The corresponding full screen display window of the application is converted using the preset matrix, obtains the application Non- full screen window display area.

The processing unit 42 is additionally operable to read the graphics cache data of the application；It is right using the preset matrix The read graphics cache data are converted, and the corresponding touch-display unit is generated using the graphics cache data Frame buffer data；The non-full screen window of the application is shown in the touch-display unit using the frame buffer data.

In several embodiments provided herein, it should be understood that disclosed device and method can pass through it Its mode is realized.Apparatus embodiments described above are merely indicative, for example, the division of the unit, only A kind of division of logic function, formula that in actual implementation, there may be another division manner, such as：Multiple units or component can combine, or It is desirably integrated into another system, or some features can be ignored or not executed.In addition, shown or discussed each composition portion It can be the INDIRECT COUPLING by some interfaces, equipment or unit to divide mutual coupling or direct-coupling or communication connection Or communication connection, can be electrical, mechanical or other forms.

The above-mentioned unit illustrated as separating component can be or may not be and be physically separated, aobvious as unit The component shown can be or may not be physical unit, you can be located at a place, may be distributed over multiple network lists In member；Some or all of wherein unit can be selected according to the actual needs to achieve the purpose of the solution of this embodiment.

In addition, each functional unit in various embodiments of the present invention can be fully integrated into a processing module, also may be used It, can also be during two or more units be integrated in one unit to be each unit individually as a unit；It is above-mentioned The form that hardware had both may be used in integrated unit is realized, can also be realized in the form of hardware adds SFU software functional unit.

One of ordinary skill in the art will appreciate that：Realize that all or part of step of above method embodiment can pass through The relevant hardware of program instruction is completed, and program above-mentioned can be stored in a computer read/write memory medium, the program When being executed, step including the steps of the foregoing method embodiments is executed；And storage medium above-mentioned includes：It is movable storage device, read-only Memory（ROM, Read-Only Memory）, random access memory（RAM, Random Access Memory）, magnetic disc or The various media that can store program code such as person's CD.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain Lid is within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.

Claims

1. a kind of information processing method, is applied to electronic equipment, there is the electronic equipment touch-display unit, the electronics to set It is standby to run multiple applications, and shown in the display area of touch-display unit, it is run when opening N number of non-screen mode toggle When the window of application, N is the integer more than or equal to 2, the method includes：

When detecting the first touch operation, parsing obtains the first touch event information, obtains the position of first touch operation Coordinate；

According to the position coordinates, it is non-complete corresponding to N number of application to judge whether the first touch event information is located at Shield in window in the overlapping region of at least two non-full screen windows；

If so, the corresponding precedence information of described at least two non-full screen window of acquisition, judges that first touch operation is No is zoom operations, if so, according to the corresponding zoom operations priority of described at least two non-full screen windows, it will be described The high application of zoom operations priority is determined as responding the first application of first touch operation；If it is not, then described in extraction At least two non-full screen windows corresponding last time that interactive operation occurs, it is more described it is last occur interactive operation when Between, the application in last evening time that interactive operation occurs is determined as responding the first application of first touch operation, Using corresponding first conversion parameter of non-full screen window and the first touch event information applied with described first, calculate The first operation information corresponding with the first touch event information is obtained, first application is based on first operation information First touch operation is responded.

2. according to the method described in claim 1, it is characterized in that, described according to position coordinates, judge that described first touches thing Whether part information is located in the non-full screen window corresponding to N number of application in the overlapping region of at least two non-full screen windows, Further include：

If it is not, then judge whether the first touch event information is located at the touch area of the non-full screen window of the first application, If so, believing using with corresponding first conversion parameter of non-full screen window of first application and first touch event Corresponding first operation information of first touch operation is calculated in breath, and first application is based on the first operation letter Breath responds first touch operation.

3. according to the method described in claim 2, it is characterized in that, the precedence information characterization zoom operations priority and/ Or the last time that interactive operation occurs of at least two non-full screen window.

4. according to the method described in claim 3, it is characterized in that, the non-full screen window pair using with first application The first conversion parameter answered and the first touch event information are calculated corresponding with the first touch event information First operation information, including：

It, will be in the first touch event information using corresponding first conversion parameter of non-full screen window of first application The origin coordinates for operating touch point and the end coordinate for operating touch point are converted；

The origin coordinates of transformed operation touch point and the end coordinate for operating touch point are touched into behaviour as described first Make corresponding first operation information.

5. according to the method described in claim 4, it is characterized in that, first application is based on first operation information to institute The first touch operation is stated to be responded, including：

According in first operation information it is transformed operation touch point origin coordinates and operation touch point end coordinate, Determine the action type of first operation information；

When the action type of first operation information is clicking operation, judge that whether selected first operation information is described Event coordinates in first application execute institute if so, generating the response message of the event coordinates according to the response message State the corresponding event of event coordinates；

When the action type of first operation information is slide, first application is according to first operation information It is responded.

6. according to claim 1-5 any one of them methods, which is characterized in that the first conversion parameter form includes following It is at least one：Transition matrix, parameter, parameter group, parameter sets.

7. a kind of electronic equipment, the electronic equipment include：Touch-display unit and processing unit；Wherein,

The touch-display unit, the window for opening N number of non-screen mode toggle operation, N is the integer more than or equal to 2, detection To when the first touch operation, parsing obtains the first touch event information, obtains the position coordinates of first touch operation；

The processing unit, for according to the position coordinates, it is described N number of to judge whether the first touch event information is located at In overlapping region using at least two non-full screen windows in corresponding non-full screen window；If so, at least two described in obtaining The corresponding precedence information of a non-full screen window, judges whether first touch operation is zoom operations, if so, according to institute The corresponding zoom operations priority of at least two non-full screen windows is stated, the high application of the zoom operations priority is true It is set to the first application of response first touch operation；If it is not, it is corresponding then to extract described at least two non-full screen windows The time of interactive operation, the last time that interactive operation occurs, by the last generation interactive operation finally occurs Evening time application, be determined as responding the first application of first touch operation, using non-complete with first application Shield corresponding first conversion parameter of window and the first touch event information, is calculated and believes with first touch event Corresponding first operation information is ceased, first application rings first touch operation based on first operation information It answers.

8. electronic equipment according to claim 7, which is characterized in that

The processing unit is additionally operable to, according to the position coordinates, judge whether the first touch event information is located at the N In non-full screen window corresponding to a application in the overlapping region of at least two non-full screen windows, if it is not, then judging described Whether one touch event information is located at the touch area of the non-full screen window of the first application, if so, being answered using with described first Non- corresponding first conversion parameter of full screen window and the first touch event information are calculated described first and touch Corresponding first operation information is operated, first application carries out first touch operation based on first operation information Response.

9. electronic equipment according to claim 8, which is characterized in that the precedence information characterizes zoom operations priority And/or the last time that interactive operation occurs of at least two non-full screen window.

10. electronic equipment according to claim 9, which is characterized in that

The processing unit is specifically used for corresponding first conversion parameter of non-full screen window using first application, by institute The origin coordinates for stating the operation touch point in the first touch event information and the end coordinate for operating touch point are converted；It will The origin coordinates of transformed operation touch point and the end coordinate for operating touch point are corresponded to as first touch operation The first operation information.

11. electronic equipment according to claim 10, which is characterized in that

The processing unit, be specifically used for according in first operation information it is transformed operation touch point origin coordinates and The end coordinate for operating touch point, determines the action type of first operation information；

12. according to claim 7-11 any one of them electronic equipments, which is characterized in that the first conversion parameter form packet Include following at least one：Transition matrix, parameter, parameter group, parameter sets.