CN103870111A - Information processing method and electronic equipment - Google Patents

Abstract

The invention discloses an information processing method and electronic equipment, and relates to the technical field of communication. The method is applied to the electronic equipment with a display touch control unit, and the electronic equipment can run a first application, wherein the first application can be displayed on the display touch control unit through a small window or a full-screen window; the display area of the full-screen window is equal to the area, which can be touched-controlled, of the display touch control unit; the display area of the small window is smaller than the area, which can be touched-controlled, of the display touch control unit; the small window is obtained by transforming the full-screen window according to a first transformation parameter. The method comprises the following steps of receiving first operation by using the display touch control unit, wherein the first operation is used for starting the first application; displaying the first application on the display touch control unit through the small window in response to the first operation when the first application is consistent with a first preset condition; displaying the first application on the display touch control unit through the full-screen window in response to the first operation when the first application is consistent with a second preset condition.

Description

Information processing method and electronic equipment

Technical field

The present invention relates to communication technical field, relate in particular to a kind of information processing method and electronic equipment.

Background technology

In existing electronic equipment, the application conventionally showing with window form, conventionally the display window size of different application is all the same.If user wants the size of the display window that a certain application is set, need to be after opening application, then adjust by adjusting control or menu, obviously complex operation, it is poor that user experiences impression.Summary of the invention

In view of this, the embodiment of the present invention provides a kind of information processing method and electronic equipment, selecting with full-screen window or wicket display application according to being used for, to avoid troublesome operation, improves user satisfaction.

For achieving the above object, technical scheme of the present invention is achieved in that

First aspect present invention provides a kind of information processing method, is applied to and has in the electronic equipment that shows touch control unit, and described electronic equipment can move the first application; Described the first application can be presented on described demonstration touch control unit by wicket or full-screen window; The display area of described full-screen window equals described demonstration touch control unit can accept the area of touch-control event; The display area of described wicket is less than described demonstration touch control unit can accept the area of touch-control event; Described wicket is converted and obtains described full-screen window by the first conversion parameter; Described method comprises:

Receive the first operation by described demonstration touch control unit; Described the first operation is used for starting described the first application;

Respond described the first operation, when described the first application meets first when pre-conditioned, described the first application is presented on described demonstration touch control unit by wicket;

When described the first application meets second when pre-conditioned, described the first application is presented on described demonstration touch control unit by full-screen window.

Preferably, described the first conversion parameter be at least following one of them: parameter, matrix, parameter group, parameter sets.

Preferably,

Described method also comprises:

Set up first the presets list or second the presets list; Described first the presets list is used to indicate the application showing by wicket; Described second the presets list is used to indicate the application showing by full-screen window;

In the time that described first is applied in described first the presets list, determine that described the first application meets first pre-conditioned, in the time that described the first application is not in described first the presets list, determine that described the first application meets second pre-conditioned; Or

When described the first application is not in described second the presets list time, determine that described the first application meets first pre-conditioned, in the time that described first is applied in described second the presets list, determine that described the first application meets second pre-conditioned.

Preferably,

Describedly set up first the presets list or second the presets list comprises:

Receive the second operation or the 3rd operation; Described the second operation is used for setting up described first the presets list; Described the 3rd operation is used for setting up described second the presets list;

Resolve described the second operation or the 3rd operation, determine M1 application of described the second operation appointment or M2 the application that described the 3rd operation is specified;

M1 the application of recording described appointment, forms described first the presets list, and in the time starting M1 application of described appointment, described M1 application acquiescence shows in the mode of wicket; Or

Record M2 application of described appointment, form second the presets list, in the time starting M2 application of described appointment, described M2 application acquiescence shows in the mode of full-screen window;

Wherein, described M1 and M2 are positive integer.

Preferably,

Described set up first the presets list or set up second the presets list comprise:

After described reception the first operation, described demonstration touch control unit shows selects dialog box, and described selection dialog box shows described the first application or shows described the first application with full-screen window with wicket for selecting for user;

Receive the 4th operation by described demonstration touch control unit; Described the 4th operation is for showing and select the window of the first application in described selection dialog box;

Based on described the 4th operation, in described first the presets list or second the presets list edit, in first the presets list or second the presets list add or remove described first application.

Preferably, described first the presets list comprises the sub-list of acquiescence; The sub-list of described acquiescence is used to indicate the application that acquiescence shows with wicket.

Second aspect present invention provides a kind of electronic equipment, and described electronic equipment can move the first application, and described electronic equipment comprises: show touch control unit and trigger element;

Described demonstration touch control unit, for showing at least one destination object of corresponding described the first application, and response is for the touch-control of described destination object, is started and is shown that described first applies by wicket or full-screen window; The display area of described full-screen window equals described demonstration touch control unit can accept the area of touch-control event; The display area of described wicket is less than described demonstration touch control unit can accept the area of touch-control event; Described wicket is by the first parameter, described full-screen window to be converted and obtained;

Described demonstration touch control unit, also for receiving the first operation; Described the first operation is used for starting described the first application;

Described trigger element, also, for responding described the first operation, when described the first application meets first when pre-conditioned, generates and sends the first triggering command to described demonstration touch control unit; When described the first application meets second when pre-conditioned, generate and send the second triggering command to described demonstration touch control unit;

Described demonstration touch control unit, when receiving described the first triggering command, shows described the first application by wicket; While receiving described the second triggering command, show described the first application by full-screen window.

Further, described the first conversion parameter be at least following one of them: parameter, matrix, parameter group, parameter sets.

Further, described equipment also comprises and sets up unit;

The described unit of setting up, for setting up first the presets list or second the presets list; Described first the presets list is used to indicate the application that can show by the mode of wicket; Described second the presets list is used to indicate the application that the mode that shows by full-screen window shows;

Described trigger element comprises that judge module and instruction generate sending module:

Described judgement judge module, for in the time that described first is applied in described first the presets list, determine that described the first application meets first pre-conditioned, in the time that described the first application is not in described first the presets list, determine that described the first application meets second pre-conditioned; Or

When described the first application is not in described second the presets list time, determine that described the first application meets first pre-conditioned, in the time that described first is applied in described second the presets list, determine that described the first application meets second pre-conditioned;

Described instruction generates sending module, for meeting first in described the first application when pre-conditioned, sends the first triggering command; Meet second when pre-conditioned in described the first application, send the second triggering command.

Further,

Described demonstration touch control unit, also for receiving the second operation or the 3rd operation; Described the second operation is used for setting up described first the presets list; Described the 3rd operation is used for setting up described second the presets list;

The described unit of setting up, specifically for resolving described the second operation or the 3rd operation, determines M1 application of described the second operation appointment or M2 the application that described the 3rd operation is specified; M1 the application of recording described appointment, forms described first the presets list, and in the time starting M1 application of described appointment, described M1 application acquiescence shows in the mode of wicket; Or record M2 application of described appointment, and form second the presets list, in the time starting M2 application of described appointment, apply to give tacit consent to for described M2 and show in the mode of full-screen window; Wherein, described M1 and M2 are positive integer.

Further,

Described demonstration touch control unit, also, in order to after described reception the first operation, shows that one selects dialog box, receives the 4th operation; Described selection dialog box shows described the first application or shows described the first application with full-screen window with wicket for selecting for user; Described the 4th operation is for showing and select the window of the first application in described selection dialog box;

The described unit of setting up, specifically in order to based on described the 4th operation, in described first the presets list or second the presets list edit, in first the presets list or second the presets list add or remove described first application.

Further, described first the presets list comprises the sub-list of acquiescence; The sub-list of described acquiescence is used to indicate the application that acquiescence shows with wicket.Information processing method described in the embodiment of the present invention and electronic equipment, in the time receiving the first operation, judge the first operation institute for the first application whether satisfied first pre-conditioned or second pre-conditioned; What meet according to the first application pre-conditionedly determines it is to show the first application with full-screen window or wicket, avoid for the adjustment after opening the first application, provide display window more suitable or that user arranges for the first application shows, thereby promoted the satisfaction that user uses.

Brief description of the drawings

Fig. 1 is the display effect figure described in the embodiment of the present invention;

Fig. 2 is the process flow diagram of the information processing method described in the embodiment of the present invention;

Fig. 3 is one of first the presets list described in the embodiment of the present invention or Establishing process schematic diagram of second the presets list;

Fig. 4 be first the presets list described in the embodiment of the present invention or second the presets list Establishing process schematic diagram two;

Fig. 5 is one of structural representation of the electronic equipment described in the embodiment of the present invention;

Fig. 6 be the electronic equipment described in the embodiment of the present invention structural representation two.

Embodiment

Below in conjunction with Figure of description and specific embodiment, technical scheme of the present invention is done further and elaborated.

Embodiment mono-:

The present embodiment provides a kind of information processing method, is applied to and has in the electronic equipment that shows touch control unit, and described electronic equipment can move the first application; Described the first application can be presented on described demonstration touch control unit by wicket or full-screen window; As shown in Figure 1, the display area of described full-screen window 102 equals described demonstration touch control unit 101 and can accept the area of touch-control event; The display area of described wicket 103 is less than described demonstration touch control unit 101 can accept the area of touch-control event; The display area that is wicket is less than full-screen window; Described wicket is by the first conversion parameter, described full-screen window to be converted and obtained; As shown in Figure 2, described method comprises:

Step S110: receive the first operation by described demonstration touch control unit; Described the first operation is used for starting described the first application;

Step S120: respond described the first operation, when described the first application meets first when pre-conditioned, described the first application is presented on described demonstration touch control unit by wicket; When described the first application meets second when pre-conditioned, described the first application is presented on described demonstration touch control unit by full-screen window;

Wherein, described the first conversion parameter be at least following one of them: parameter, matrix, parameter group, parameter sets.Described parameter can be that single parameter is as the ratio between wicket and full-screen window display area; Described parameter group can be two tuples; The ratio can be on wicket and full-screen window first direction in included two parameters of described two tuples, another parameter can be the ratio in the second direction of wicket and the vertical first direction of full-screen window.

By the first conversion parameter, described full-screen window is converted and obtains described wicket and comprise:

Read the graphics cache data of the first application;

Utilize described the first conversion parameter, read described graphics cache data are changed;

Utilize described graphics cache data to generate the frame buffer data of corresponding described demonstration touch control unit;

Utilize described frame buffer data to show the wicket of described the first application at described demonstration touch control unit; Wherein, described graphics cache data can comprise: the coordinate information of each pixel and the RGB of each pixel (RGB, Red Green Blue) three look information.

Consider that multiple application may exist respectively the situation of overlapping region between corresponding wicket, the coordinate information of applying the pixel in the graphics cache data of corresponding wicket is set to three-dimensional coordinate (x _o, y _o, z _o); Wherein, different wickets has different third dimension coordinate z _othereby,, when overlapping region appears in two wickets, or when the situation that occurs all hiding, can distinguish different wickets with different third dimension coordinates.

Described the first conversion parameter can be matrix, concrete as unit matrix, utilizes described the first conversion parameter to the three-dimensional coordinate (x expanding in described graphics cache data _o, y _o, z _o) change, can obtain the wicket of described the first application, the data cached (x comprising after conversion of described wicket graph of a correspondence _o, y _o, z _o), and the RGB information of respective pixel point.

So, just can pass through transition matrix, will be converted to wicket with full-screen window, for user corresponding to application provides at wicket, can check flexibly the content in the application of any one wicket operation.

Preferably, can also can also carry out multiple adjustment to described wicket, described adjustment is specially adjusts transition matrix corresponding to described wicket,

Such as, if wicket is dwindled to 1/N; Described N is greater than 1 positive number, according to described response message, transition matrix corresponding described wicket is become $\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right);$

By described wicket transverse shifting Δ x, vertically move Δ y again, the transition matrix of described wicket is $\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right).$

In concrete implementation procedure, the size of wicket can arrange by changing described the first conversion parameter according to demand.

The concrete formation of described parameter, matrix, parameter group, parameter sets has multiple, has not just repeated one by one at this.

In the application process of electronic equipment, some application is suitable for opening as the application such as counter or calendar with wicket, and also some application is suitable for use in full-screen window and opens, and concrete reads the application such as application as video-see application and picture; Opening video-see application or picture with full-screen window reads application and can reduce and watch or read fatigue.

Described the first application meets first pre-conditioned, illustrates that described the first application is suitable for being set to open in wicket mode with wicket or user; Described the first application meets second pre-conditioned, illustrates that described the first application is suitable for being set to open in full-screen window mode with full-screen window or user; The present embodiment determines that by the first application satisfied condition the first application opens with wicket or full-screen window, and more preferably user provides the interface of watching or reading or operate, and has promoted the good degree of user's impression.

Embodiment bis-:

The present embodiment provides a kind of information processing method, is applied to and has in the electronic equipment that shows touch control unit, and described electronic equipment can move the first application; Described the first application can be presented on described demonstration touch control unit by wicket or full-screen window; As shown in Figure 1, the display area of described full-screen window 102 equals described demonstration touch control unit 101 and can accept the area of touch-control event; The display area of described wicket 103 is less than described demonstration touch control unit 101 can accept the area of touch-control event; The display area that is wicket is less than full-screen window; Described wicket is by the first conversion parameter, described full-screen window to be converted and obtained; As shown in Figure 2, described method comprises:

Step S110: receive the first operation by described demonstration touch control unit; Described the first operation is used for starting described the first application;

Step S120: respond described the first operation, when described the first application meets first when pre-conditioned, described the first application is presented on described demonstration touch control unit by wicket; When described the first application meets second when pre-conditioned, described the first application is presented on described demonstration touch control unit by full-screen window;

Wherein, described the first conversion parameter be at least following one of them: parameter, matrix, parameter group, parameter sets.Described parameter can be that single parameter is as the ratio between wicket and full-screen window display area; Described parameter group can be two tuples; The ratio can be on wicket and full-screen window first direction in included two parameters of described two tuples, another parameter can be the ratio in the second direction of wicket and the vertical first direction of full-screen window.

By the first conversion parameter, described full-screen window is converted and obtains described wicket and comprise:

Read the graphics cache data of the first application;

Utilize described the first conversion parameter, read described graphics cache data are changed;

Utilize described graphics cache data to generate the frame buffer data of corresponding described demonstration touch control unit;

Utilize described frame buffer data to show the wicket of described the first application at described demonstration touch control unit; Wherein, described graphics cache data can comprise: the coordinate information of each pixel and the RGB of each pixel (RGB, Red Green Blue) three look information.

Consider that multiple application may exist respectively the situation of overlapping region between corresponding wicket, the coordinate information of applying the pixel in the graphics cache data of corresponding wicket is set to three-dimensional coordinate (x _o, y _o, z _o); Wherein, different wickets has different third dimension coordinate z _othereby,, when overlapping region appears in two wickets, or when the situation that occurs all hiding, can distinguish different wickets with different third dimension coordinates.

Described the first conversion parameter can be matrix, concrete as unit matrix, utilizes described the first conversion parameter to the three-dimensional coordinate (x expanding in described graphics cache data _o, y _o, z _o) change, can obtain the wicket of described the first application, the data cached (x comprising after conversion of described wicket graph of a correspondence _o, y _o, z _o), and the RGB information of respective pixel point.

So, just can pass through transition matrix, will be converted to wicket with full-screen window, for user corresponding to application provides at wicket, can check flexibly the content in the application of any one wicket operation.

Preferably, can also can also carry out multiple adjustment to described wicket, described adjustment is specially adjusts transition matrix corresponding to described wicket,

Such as, if wicket is dwindled to 1/N; Described N is greater than 1 positive number, according to described response message, transition matrix corresponding described wicket is become $\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right);$

By described wicket transverse shifting Δ x, vertically move Δ y again, the transition matrix of described wicket is $\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right).$

In concrete implementation procedure, the size of wicket can arrange by changing described the first conversion parameter according to demand.

The concrete formation of described parameter, matrix, parameter group, parameter sets has multiple, has not just repeated one by one at this.

First the presets list comprises specifies first application of opening with wicket; Second the presets list has comprised specifies first application of opening by full-screen window; In concrete implementation procedure, in described electronic equipment, can store first the presets list and second the presets list at least one of them.In concrete implementation procedure, described first the presets list and described second the presets list storage be identification information or the field that application identification number or the Apply Names etc. of the first application has unique identification application.

Judge that described the first application meets first pre-conditioned or the second pre-conditioned method and at least comprises following two kinds:

The first:

In the time that described first is applied in described first the presets list, determine that described the first application meets first pre-conditioned, in the time that described the first application is not in described first the presets list, determine that described the first application meets second pre-conditioned;

The second:

When described the first application is not in described second the presets list time, determine that described the first application meets first pre-conditioned, in the time that described first is applied in described second the presets list, determine that described the first application meets second pre-conditioned.

In addition, also can comprise in the time that first is applied in described first the presets list, determine that described the first application meets first pre-conditioned, in the time that described first is applied in second the presets list, determine that described the first application meets second pre-conditioned; If the first application neither at first the presets list also not in second the presets list, negotiable other treatment schemees; The window of being used as closed last time according to the first application time that wherein said other treatment schemees are concrete determines that this is opened is to show or wicket shows with full-screen window; Or show the first application according to the default window of the first application; Described default window is full-screen window or wicket; Can information be provided and/or select to user by described demonstration touch control unit in addition and show dialog box etc. with full-screen window or wicket.

Concrete selection first kind of way or the second way, can carry out setting by user and also can select according to pre-stored strategy.In the time of concrete selection, can compare the application number in first the presets list and second the presets list, selection comprises that the less list of the number of application is as the list being retrieved; Concrete as in the time that the included application number of first the presets list is less than the included application number of second the presets list, can be applied in first the presets list by first time, as judging whether satisfied the first pre-conditioned judgment mode; In the time that the included application number of second the presets list is less than the included application number of first the presets list, can be applied in second the presets list by first time, as judging whether to meet the second pre-conditioned judgment mode.

The present embodiment difference embodiment mono-has been to provide specifically how to realize satisfied first pre-conditioned or the second pre-conditioned determination methods of the first application, and same having advantages of improved user's user satisfaction.

Embodiment tri-:

The present embodiment provides a kind of information processing method, is applied to and has in the electronic equipment that shows touch control unit, and described electronic equipment can move the first application; Described the first application can be presented on described demonstration touch control unit by wicket or full-screen window; As shown in Figure 1, the display area of described full-screen window 102 equals described demonstration touch control unit 101 and can accept the area of touch-control event; The display area of described wicket 103 is less than described demonstration touch control unit 101 can accept the area of touch-control event; The display area that is wicket is less than full-screen window; Described wicket is by the first conversion parameter, described full-screen window to be converted and obtained; As shown in Figure 2, described method comprises:

Step S110: receive the first operation by described demonstration touch control unit; Described the first operation is used for starting described the first application;

Step S120: respond described the first operation, when described the first application meets first when pre-conditioned, described the first application is presented on described demonstration touch control unit by wicket; When described the first application meets second when pre-conditioned, described the first application is presented on described demonstration touch control unit by full-screen window;

Wherein, described the first conversion parameter be at least following one of them: parameter, matrix, parameter group, parameter sets.Described parameter can be that single parameter is as the ratio between wicket and full-screen window display area; Described parameter group can be two tuples; The ratio can be on wicket and full-screen window first direction in included two parameters of described two tuples, another parameter can be the ratio in the second direction of wicket and the vertical first direction of full-screen window.

By the first conversion parameter, described full-screen window is converted and obtains described wicket and comprise:

Read the graphics cache data of the first application;

Utilize described the first conversion parameter, read described graphics cache data are changed;

Utilize described graphics cache data to generate the frame buffer data of corresponding described demonstration touch control unit;

Utilize described frame buffer data to show the wicket of described the first application at described demonstration touch control unit; Wherein, described graphics cache data can comprise: the coordinate information of each pixel and the RGB of each pixel (RGB, Red Green Blue) three look information.

Consider that multiple application may exist respectively the situation of overlapping region between corresponding wicket, the coordinate information of applying the pixel in the graphics cache data of corresponding wicket is set to three-dimensional coordinate (x _o, y _o, z _o); Wherein, different wickets has different third dimension coordinate z _othereby,, when overlapping region appears in two wickets, or when the situation that occurs all hiding, can distinguish different wickets with different third dimension coordinates.

Described the first conversion parameter can be matrix, concrete as unit matrix, utilizes described the first conversion parameter to the three-dimensional coordinate (x expanding in described graphics cache data _o, y _o, z _o) change, can obtain the wicket of described the first application, the data cached (x comprising after conversion of described wicket graph of a correspondence _o, y _o, z _o), and the RGB information of respective pixel point.

So, just can pass through transition matrix, will be converted to wicket with full-screen window, for user corresponding to application provides at wicket, can check flexibly the content in the application of any one wicket operation.

Preferably, can also can also carry out multiple adjustment to described wicket, described adjustment is specially adjusts transition matrix corresponding to described wicket,

Such as, if wicket is dwindled to 1/N; Described N is greater than 1 positive number, according to described response message, transition matrix corresponding described wicket is become $\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right);$

By described wicket transverse shifting Δ x, vertically move Δ y again, the transition matrix of described wicket is $\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right).$

In concrete implementation procedure, the size of wicket can arrange by changing described the first conversion parameter according to demand.

The concrete formation of described parameter, matrix, parameter group, parameter sets has multiple, has not just repeated one by one at this.

First the presets list comprises specifies first application of opening with wicket; Second the presets list has comprised specifies first application of opening by full-screen window; In concrete implementation procedure, in described electronic equipment, can store first the presets list and second the presets list at least one of them.

Judge that described the first application meets first pre-conditioned or the second pre-conditioned method and at least comprises following two kinds:

The first:

In the time that described first is applied in described first the presets list, determine that described the first application meets first pre-conditioned, in the time that described the first application is not in described first the presets list, determine that described the first application meets second pre-conditioned;

The second:

When described the first application is not in described second the presets list time, determine that described the first application meets first pre-conditioned, in the time that described first is applied in described second the presets list, determine that described the first application meets second pre-conditioned.

In addition, also can comprise in the time that first is applied in described first the presets list, determine that described the first application meets first pre-conditioned, in the time that described first is applied in second the presets list, determine that described the first application meets second pre-conditioned; If the first application neither at first the presets list also not in second the presets list, negotiable other treatment schemees; The window of being used as closed last time according to the first application time that wherein said other treatment schemees are concrete determines that this is opened is to show or wicket shows with full-screen window; Or show the first application according to the default window of the first application; Described default window is full-screen window or wicket; Can information be provided and/or select to user by described demonstration touch control unit in addition and show dialog box etc. with full-screen window or wicket.

Concrete selection first kind of way or the second way, can carry out setting by user and also can select according to pre-stored strategy.In the time of concrete selection, can compare the application number in first the presets list and second the presets list, selection comprises that the less list of the number of application is as the list being retrieved; Concrete as in the time that the included application number of first the presets list is less than the included application number of second the presets list, can be applied in first the presets list by first time, as judging whether satisfied the first pre-conditioned judgment mode; In the time that the included application number of second the presets list is less than the included application number of first the presets list, can be applied in second the presets list by first time, as judging whether to meet the second pre-conditioned judgment mode.

As further improvement of this embodiment, as shown in Figure 3, describedly set up first the presets list or second the presets list comprises:

Step S131: receive the second operation or the 3rd operation; Described the second operation is used for setting up described first the presets list; Described the 3rd operation is used for setting up described second the presets list;

Step S132: resolve described the second operation or the 3rd operation, determine M1 application of described the second operation appointment or M2 the application that described the 3rd operation is specified;

Step S133: record M1 application of described appointment, form described first the presets list, in the time starting M1 application of described appointment, described M1 application acquiescence shows in the mode of wicket; Or record M2 application of described appointment, and form second the presets list, in the time starting M2 application of described appointment, apply to give tacit consent to for described M2 and show in the mode of full-screen window;

Wherein, described M1 and M2 are positive integer.

Described the second operation and described the 3rd operation can be the operations based on selecting dialog box or menu; As the user's operation based on selecting dialog box; In conjunction with selecting the content of dialog box and user's selection operation, the second operation or the 3rd operation when electronic equipment is judged described user and operated; For another example the operation based on menu, on menu, can provide can be for the list of application arranging; User can choose operation to each application; When described menu is that wicket shows that user chooses operation can think the second operation when menu is set; To go on record of the application being checked, forms first the presets list.

The present embodiment, compared to embodiment bis-, provides a kind of method for optimizing of setting up second the presets list and the 3rd the presets list, and simple to operate, user can be configured voluntarily to equipment, has improved the controllable force of user to equipment.

Embodiment tetra-:

The present embodiment provides a kind of information processing method, is applied to and has in the electronic equipment that shows touch control unit, and described electronic equipment can move the first application; Described the first application can be presented on described demonstration touch control unit by wicket or full-screen window; As shown in Figure 1, the display area of described full-screen window 102 equals described demonstration touch control unit 101 and can accept the area of touch-control event; The display area of described wicket 103 is less than described demonstration touch control unit 101 can accept the area of touch-control event; The display area that is wicket is less than full-screen window; Described wicket is by the first conversion parameter, described full-screen window to be converted and obtained; As shown in Figure 2, described method comprises:

Step S110: receive the first operation by described demonstration touch control unit; Described the first operation is used for starting described the first application;

Step S120: respond described the first operation, when described the first application meets first when pre-conditioned, described the first application is presented on described demonstration touch control unit by wicket; When described the first application meets second when pre-conditioned, described the first application is presented on described demonstration touch control unit by full-screen window;

Wherein, described the first conversion parameter be at least following one of them: parameter, matrix, parameter group, parameter sets.Described parameter can be that single parameter is as the ratio between wicket and full-screen window display area; Described parameter group can be two tuples; The ratio can be on wicket and full-screen window first direction in included two parameters of described two tuples, another parameter can be the ratio in the second direction of wicket and the vertical first direction of full-screen window.

By the first conversion parameter, described full-screen window is converted and obtains described wicket and comprise:

Read the graphics cache data of the first application;

Utilize described the first conversion parameter, read described graphics cache data are changed;

Utilize described graphics cache data to generate the frame buffer data of corresponding described demonstration touch control unit;

Utilize described frame buffer data to show the wicket of described the first application at described demonstration touch control unit; Wherein, described graphics cache data can comprise: the coordinate information of each pixel and the RGB of each pixel (RGB, Red Green Blue) three look information.

Consider that multiple application may exist respectively the situation of overlapping region between corresponding wicket, the coordinate information of applying the pixel in the graphics cache data of corresponding wicket is set to three-dimensional coordinate (x _o, y _o, z _o); Wherein, different wickets has different third dimension coordinate z _othereby,, when overlapping region appears in two wickets, or when the situation that occurs all hiding, can distinguish different wickets with different third dimension coordinates.

Described the first conversion parameter can be matrix, concrete as unit matrix, utilizes described the first conversion parameter to the three-dimensional coordinate (x expanding in described graphics cache data _o, y _o, z _o) change, can obtain the wicket of described the first application, the data cached (x comprising after conversion of described wicket graph of a correspondence _o, y _o, z _o), and the RGB information of respective pixel point.

So, just can pass through transition matrix, will be converted to wicket with full-screen window, for user corresponding to application provides at wicket, can check flexibly the content in the application of any one wicket operation.

Preferably, can also can also carry out multiple adjustment to described wicket, described adjustment is specially adjusts transition matrix corresponding to described wicket,

Such as, if wicket is dwindled to 1/N; Described N is greater than 1 positive number, according to described response message, transition matrix corresponding described wicket is become $\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right);$

By described wicket transverse shifting Δ x, vertically move Δ y again, the transition matrix of described wicket is $\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right).$

In concrete implementation procedure, the size of wicket can arrange by changing described the first conversion parameter according to demand.

The concrete formation of described parameter, matrix, parameter group, parameter sets has multiple, has not just repeated one by one at this.

First the presets list comprises specifies first application of opening with wicket; Second the presets list has comprised specifies first application of opening by full-screen window; In concrete implementation procedure, in described electronic equipment, can store first the presets list and second the presets list at least one of them.

Judge that described the first application meets first pre-conditioned or the second pre-conditioned method and at least comprises following two kinds:

The first:

In the time that described first is applied in described first the presets list, determine that described the first application meets first pre-conditioned, in the time that described the first application is not in described first the presets list, determine that described the first application meets second pre-conditioned;

The second:

When described the first application is not in described second the presets list time, determine that described the first application meets first pre-conditioned, in the time that described first is applied in described second the presets list, determine that described the first application meets second pre-conditioned.

In addition, also can comprise in the time that first is applied in described first the presets list, determine that described the first application meets first pre-conditioned, in the time that described first is applied in second the presets list, determine that described the first application meets second pre-conditioned; If the first application neither at first the presets list also not in second the presets list, negotiable other treatment schemees; The window of being used as closed last time according to the first application time that wherein said other treatment schemees are concrete determines that this is opened is to show or wicket shows with full-screen window; Or show the first application according to the default window of the first application; Described default window is full-screen window or wicket; Can information be provided and/or select to user by described demonstration touch control unit in addition and show dialog box etc. with full-screen window or wicket.

Concrete selection first kind of way or the second way, can carry out setting by user and also can select according to pre-stored strategy.In the time of concrete selection, can compare the application number in first the presets list and second the presets list, selection comprises that the less list of the number of application is as the list being retrieved; Concrete as in the time that the included application number of first the presets list is less than the included application number of second the presets list, can be applied in first the presets list by first time, as judging whether satisfied the first pre-conditioned judgment mode; In the time that the included application number of second the presets list is less than the included application number of first the presets list, can be applied in second the presets list by first time, as judging whether to meet the second pre-conditioned judgment mode.

As shown in Figure 4, described set up first the presets list or set up second the presets list comprise:

Step S141: after described reception the first operation, described demonstration touch control unit shows selects dialog box, described selection dialog box shows described the first application or shows described the first application with full-screen window with wicket for selecting for user;

Step S142: receive the 4th operation by described demonstration touch control unit; Described the 4th operation is for showing and select the window of the first application in described selection dialog box;

Step S143: based on described the 4th operation, in described first the presets list or second the presets list edit, in first the presets list or second the presets list add or remove described first application.

The present embodiment by step S141 to step S143 before carrying out step S120 judgement, form and judge satisfied first pre-conditioned and/or the second pre-conditioned formation of the first application, the method described in the present embodiment is applicable to adjust at any time the first application window display mode.

In concrete implementation procedure, method described in the present embodiment can also be combined with the method described in embodiment tri-, described step S141 to step S143 can be used for for user or dispatch from the factory configuration in all do not specify the application of opening with wicket or with full-screen window.

Embodiment five:

The present embodiment provides a kind of information processing method, is applied to and has in the electronic equipment that shows touch control unit, and described electronic equipment can move the first application; Described the first application can be presented on described demonstration touch control unit by wicket or full-screen window; As shown in Figure 1, the display area of described full-screen window 102 equals described demonstration touch control unit 101 and can accept the area of touch-control event; The display area of described wicket 103 is less than described demonstration touch control unit 101 can accept the area of touch-control event; The display area that is wicket is less than full-screen window; Described wicket is by the first conversion parameter, described full-screen window to be converted and obtained; As shown in Figure 2, described method comprises:

Step S110: receive the first operation by described demonstration touch control unit; Described the first operation is used for starting described the first application;

Step S120: respond described the first operation, when described the first application meets first when pre-conditioned, described the first application is presented on described demonstration touch control unit by wicket; When described the first application meets second when pre-conditioned, described the first application is presented on described demonstration touch control unit by full-screen window;

Wherein, described the first conversion parameter be at least following one of them: parameter, matrix, parameter group, parameter sets.Described parameter can be that single parameter is as the ratio between wicket and full-screen window display area; Described parameter group can be two tuples; The ratio can be on wicket and full-screen window first direction in included two parameters of described two tuples, another parameter can be the ratio in the second direction of wicket and the vertical first direction of full-screen window.

By the first conversion parameter, described full-screen window is converted and obtains described wicket and comprise:

Read the graphics cache data of the first application;

Utilize described the first conversion parameter, read described graphics cache data are changed;

Utilize described graphics cache data to generate the frame buffer data of corresponding described demonstration touch control unit;

Utilize described frame buffer data to show the wicket of described the first application at described demonstration touch control unit; Wherein, described graphics cache data can comprise: the coordinate information of each pixel and the RGB of each pixel (RGB, Red Green Blue) three look information.

Consider that multiple application may exist respectively the situation of overlapping region between corresponding wicket, the coordinate information of applying the pixel in the graphics cache data of corresponding wicket is set to three-dimensional coordinate (x _o, y _o, z _o); Wherein, different wickets has different third dimension coordinate z _othereby,, when overlapping region appears in two wickets, or when the situation that occurs all hiding, can distinguish different wickets with different third dimension coordinates.

Described the first conversion parameter can be matrix, concrete as unit matrix, utilizes described the first conversion parameter to the three-dimensional coordinate (x expanding in described graphics cache data _o, y _o, z _o) change, can obtain the wicket of described the first application, the data cached (x comprising after conversion of described wicket graph of a correspondence _o, y _o, z _o), and the RGB information of respective pixel point.

So, just can pass through transition matrix, will be converted to wicket with full-screen window, for user corresponding to application provides at wicket, can check flexibly the content in the application of any one wicket operation.

Preferably, can also can also carry out multiple adjustment to described wicket, described adjustment is specially adjusts transition matrix corresponding to described wicket,

Such as, if wicket is dwindled to 1/N; Described N is greater than 1 positive number, according to described response message, transition matrix corresponding described wicket is become $\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right);$

By described wicket transverse shifting Δ x, vertically move Δ y again, the transition matrix of described wicket is $\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right).$

In concrete implementation procedure, the size of wicket can arrange by changing described the first conversion parameter according to demand.

The concrete formation of described parameter, matrix, parameter group, parameter sets has multiple, has not just repeated one by one at this.

First the presets list comprises specifies first application of opening with wicket; Second the presets list has comprised specifies first application of opening by full-screen window; In concrete implementation procedure, in described electronic equipment, can store first the presets list and second the presets list at least one of them.

Judge that described the first application meets first pre-conditioned or the second pre-conditioned method and at least comprises following two kinds:

The first:

In the time that described first is applied in described first the presets list, determine that described the first application meets first pre-conditioned, in the time that described the first application is not in described first the presets list, determine that described the first application meets second pre-conditioned;

The second:

When described the first application is not in described second the presets list time, determine that described the first application meets first pre-conditioned, in the time that described first is applied in described second the presets list, determine that described the first application meets second pre-conditioned;

Wherein, described first the presets list comprises the sub-list of acquiescence; The sub-list of described acquiescence is used to indicate the application that acquiescence shows with wicket.In electronic equipment, there are some application as counter can be fixed as wicket application, form list therefore can this class be applied to acquiescence in the time of device fabrication, as the sub-list of acquiescence of first the presets list.

Concrete selection first kind of way or the second way, can carry out setting by user and also can select according to pre-stored strategy.In the time of concrete selection, can compare the application number in first the presets list and second the presets list, selection comprises that the less list of the number of application is as the list being retrieved; Concrete as in the time that the included application number of first the presets list is less than the included application number of second the presets list, can be applied in first the presets list by first time, as judging whether satisfied the first pre-conditioned judgment mode; In the time that the included application number of second the presets list is less than the included application number of first the presets list, can be applied in second the presets list by first time, as judging whether to meet the second pre-conditioned judgment mode.

Information processing method described in the present embodiment, with respect to embodiment bis-to embodiment five, in described first the presets list, also comprise the sub-list of acquiescence, the application that is suitable for wicket demonstration can be configured in first the presets list by giving tacit consent to arranging of sub-list, and arrange voluntarily without user, simplification again user's operation, be conducive to the lifting of user's user satisfaction.

Embodiment six:

As shown in Figure 5, the present embodiment provides a kind of electronic equipment, and described electronic equipment can move the first application, and described electronic equipment comprises: show touch control unit 101 and trigger element 106;

Described demonstration touch control unit 101, for showing at least one destination object of corresponding described the first application, and response is for the touch-control of described destination object, is started and is shown that described first applies by wicket or full-screen window; The display area of described full-screen window equals described demonstration touch control unit can accept the area of touch-control event; The display area of described wicket is less than described demonstration touch control unit can accept the area of touch-control event; Described wicket is by the first parameter, described full-screen window to be converted and obtained;

Described demonstration touch control unit 101, also for receiving the first operation; Described the first operation is used for starting described the first application;

Described trigger element 106, also, for responding described the first operation, when described the first application meets first when pre-conditioned, generates and sends the first triggering command to described demonstration touch control unit; When described the first application meets second when pre-conditioned, generate and send the second triggering command to described demonstration touch control unit;

Described demonstration touch control unit 101, when receiving described the first triggering command, shows described the first application by wicket; While receiving described the second triggering command, show described the first application by full-screen window.

The hardware configuration of described demonstration touch control unit 101 can comprise touching display screen; Described touching display screen can be the structures such as liquid crystal touch control screen or light emitting diode OLED touch screen, described touching display screen electronic devices and components as the control of the integrated circuit such as P.e.c. under, realize the demonstration of the first application.

The concrete hardware configuration of described trigger element 106 can comprise processor, described processing can be central processing unit, digital signal processor, single-chip microcomputer or the programmable logic array of multinuclear or monokaryon, whether meet first pre-conditioned or the second pre-conditioned judgement in order to the first application, and generate the first triggering command or second according to the judged result of described judgement and trigger and refer to control described demonstration touch control unit 101 and open the first application with full-screen window or wicket.

Wherein, wherein described, described the first conversion parameter be at least following one of them: parameter, matrix, parameter group, parameter sets.Described parameter can be that single parameter is as the ratio between wicket and full-screen window display area; Described parameter group can be two tuples; The ratio can be on wicket and full-screen window first direction in included two parameters of described two tuples, another parameter can be the ratio in the second direction of wicket and the vertical first direction of full-screen window.

By the first conversion parameter, described full-screen window is converted and obtains described wicket and comprise:

Read the graphics cache data of the first application;

Utilize described the first conversion parameter, read described graphics cache data are changed;

Utilize described graphics cache data to generate the frame buffer data of corresponding described demonstration touch control unit;

Utilize described frame buffer data to show the wicket of described the first application at described demonstration touch control unit; Wherein, described graphics cache data can comprise: the coordinate information of each pixel and the RGB of each pixel (RGB, Red Green Blue) three look information.

Consider that multiple application may exist respectively the situation of overlapping region between corresponding wicket, the coordinate information of applying the pixel in the graphics cache data of corresponding wicket is set to three-dimensional coordinate (x _o, y _o, z _o); Wherein, different wickets has different third dimension coordinate z _othereby,, when overlapping region appears in two wickets, or when the situation that occurs all hiding, can distinguish different wickets with different third dimension coordinates.

Described the first conversion parameter can be matrix, concrete as unit matrix, utilizes described the first conversion parameter to the three-dimensional coordinate (x expanding in described graphics cache data _o, y _o, z _o) change, can obtain the wicket of described the first application, the data cached (x comprising after conversion of described wicket graph of a correspondence _o, y _o, z _o), and the RGB information of respective pixel point.

So, just can pass through transition matrix, will be converted to wicket with full-screen window, for user corresponding to application provides at wicket, can check flexibly the content in the application of any one wicket operation.

Preferably, can also can also carry out multiple adjustment to described wicket, described adjustment is specially adjusts transition matrix corresponding to described wicket,

Such as, if wicket is dwindled to 1/N; Described N is greater than 1 positive number, according to described response message, transition matrix corresponding described wicket is become $\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right);$

By described wicket transverse shifting Δ x, vertically move Δ y again, the transition matrix of described wicket is $\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right).$

In concrete implementation procedure, the size of wicket can arrange by changing described the first conversion parameter according to demand.

The concrete formation of described parameter, matrix, parameter group, parameter sets has multiple, has not just repeated one by one at this.

In concrete implementation procedure, described electronic equipment has also comprised the processor to full-screen window being converted according to described the first conversion parameter to wicket; In electronic equipment, can comprise one or more processors, multiple functional units of realizing difference in functionality can be integrated on same processor.Described functional unit Bo Akai shows touch control unit 101 and trigger element 106.

Electronic equipment described in the present embodiment, for the information processing method described in embodiment mono-provides hardware supported, can realize described in arbitrary in embodiment mono-and make technical scheme; With respect to existing equipment, can select full-screen window or wicket to carry out display application according to application itself, so that user obtains better use impression, promote user's satisfaction.

Embodiment seven:

As shown in Figure 6, the present embodiment provides a kind of electronic equipment, and described electronic equipment can be the intelligent terminal such as smart mobile phone or flat board; Described electronic equipment can move the first application, and described electronic equipment comprises: show touch control unit 101 and trigger element 106;

Described demonstration touch control unit 101, for showing at least one destination object of corresponding described the first application, and response is for the touch-control of described destination object, is started and is shown that described first applies by wicket or full-screen window; The display area of described full-screen window equals described demonstration touch control unit can accept the area of touch-control event; The display area of described wicket is less than described demonstration touch control unit can accept the area of touch-control event; Described wicket is by the first parameter, described full-screen window to be converted and obtained;

Described demonstration touch control unit 101, also for receiving the first operation; Described the first operation is used for starting described the first application;

Described trigger element 106, also, for responding described the first operation, when described the first application meets first when pre-conditioned, generates and sends the first triggering command to described demonstration touch control unit; When described the first application meets second when pre-conditioned, generate and send the second triggering command to described demonstration touch control unit;

Described demonstration touch control unit 101, when receiving described the first triggering command, shows described the first application by wicket; While receiving described the second triggering command, show described the first application by full-screen window.

The hardware configuration of described demonstration touch control unit 101 can comprise touching display screen; Described touching display screen can be the structures such as liquid crystal touch control screen or light emitting diode OLED touch screen, described touching display screen electronic devices and components as the control of the integrated circuit such as P.e.c. under, realize the demonstration of the first application.

The concrete hardware configuration of described trigger element 106 can comprise processor, described processing can be central processing unit, digital signal processor, single-chip microcomputer or the programmable logic array of multinuclear or monokaryon, whether meet first pre-conditioned or the second pre-conditioned judgement in order to the first application, and generate the first triggering command or second according to the judged result of described judgement and trigger and refer to control described demonstration touch control unit 101 and open the first application with full-screen window or wicket.

Further, wherein, described equipment also comprises sets up unit 107;

The described unit 107 of setting up, for setting up first the presets list or second the presets list; Described first the presets list is used to indicate the application that can show by the mode of wicket; Described second the presets list is used to indicate the application that the mode that shows by full-screen window shows;

Described trigger element 106 comprises that judge module and instruction generate sending module:

Described judgement judge module, for in the time that described first is applied in described first the presets list, determine that described the first application meets first pre-conditioned, in the time that described the first application is not in described first the presets list, determine that described the first application meets second pre-conditioned; Or

When described the first application is not in described second the presets list time, determine that described the first application meets first pre-conditioned, in the time that described first is applied in described second the presets list, determine that described the first application meets second pre-conditioned;

Described instruction generates sending module, for meeting first in described the first application when pre-conditioned, sends the first triggering command; Meet second when pre-conditioned in described the first application, send the second triggering command.

It is described that to set up the concrete physical arrangement in unit 107 different and different according to the method for setting up described first the presets list or second the presets list; When described first the presets list or described second the presets list are inputted foundation based on user, the described unit 107 of setting up comprises that human-computer interaction interface is in order to receive user's input; The described unit of setting up also comprises processor and storage medium; Described processor is described for inputting and user being inputted and generates first the presets list or second the presets list in order to receive; First the presets list that described in described storage medium stores, processor generates and second the presets list.

The judge module of described trigger element 106 can be according to the application identification of the first application number or Apply Names, the retrieval of comparing in described first the presets list or second the presets list, thus judge whether described the first application is the application in first the presets list or second the presets list.What the corresponding physical arrangement of described judge module was same can be integrated circuit or the electronic devices and components that processor maybe can be realized comparison arbitration functions.

The instruction of described trigger element 106 generates sending module, is connected with described judge module, receives the judged result of described judge module, generates the first triggering command or the second triggering command according to described judged result, and sends to demonstration touch control unit 101.Wherein, the physical arrangement that described instruction generation module is corresponding can comprise equally processor and communication interface or connect the structures such as bus; Described processor is for generating the first triggering command or the second triggering command according to judged result; Described communication interface or connection bus are with judge module and show that touch control unit 101 is connected, in order to receive judged result and to send the first triggering command or the second triggering command.In concrete implementation procedure, described judge module and described instruction generation module can be for being integrated in the functional module on same processor with different processing functions.

Wherein, described the first conversion parameter be at least following one of them: parameter, matrix, parameter group, parameter sets.Described parameter can be that single parameter is as the ratio between wicket and full-screen window display area; Described parameter group can be two tuples; The ratio can be on wicket and full-screen window first direction in included two parameters of described two tuples, another parameter can be the ratio in the second direction of wicket and the vertical first direction of full-screen window.

By the first conversion parameter, described full-screen window is converted and obtains described wicket and comprise:

Read the graphics cache data of the first application;

Utilize described the first conversion parameter, read described graphics cache data are changed;

Utilize described graphics cache data to generate the frame buffer data of corresponding described demonstration touch control unit;

Utilize described frame buffer data to show the wicket of described the first application at described demonstration touch control unit; Wherein, described graphics cache data can comprise: the coordinate information of each pixel and the RGB of each pixel (RGB, Red Green Blue) three look information.

Consider that multiple application may exist respectively the situation of overlapping region between corresponding wicket, the coordinate information of applying the pixel in the graphics cache data of corresponding wicket is set to three-dimensional coordinate (x _o, y _o, z _o); Wherein, different wickets has different third dimension coordinate z _othereby,, when overlapping region appears in two wickets, or when the situation that occurs all hiding, can distinguish different wickets with different third dimension coordinates.

Described the first conversion parameter can be matrix, concrete as unit matrix, utilizes described the first conversion parameter to the three-dimensional coordinate (x expanding in described graphics cache data _o, y _o, z _o) change, can obtain the wicket of described the first application, the data cached (x comprising after conversion of described wicket graph of a correspondence _o, y _o, z _o), and the RGB information of respective pixel point.

So, just can pass through transition matrix, will be converted to wicket with full-screen window, for user corresponding to application provides at wicket, can check flexibly the content in the application of any one wicket operation.

Preferably, can also can also carry out multiple adjustment to described wicket, described adjustment is specially adjusts transition matrix corresponding to described wicket,

Such as, if wicket is dwindled to 1/N; Described N is greater than 1 positive number, according to described response message, transition matrix corresponding described wicket is become $\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right);$

By described wicket transverse shifting Δ x, vertically move Δ y again, the transition matrix of described wicket is $\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right).$

In concrete implementation procedure, the size of wicket can arrange by changing described the first conversion parameter according to demand.

The concrete formation of described parameter, matrix, parameter group, parameter sets has multiple, has not just repeated one by one at this.

In concrete implementation procedure, described electronic equipment has also comprised the processor to full-screen window being converted according to described the first conversion parameter to wicket; In electronic equipment, can comprise one or more processors, multiple functional units of realizing difference in functionality can be integrated on same processor.Described functional unit Bo Akai shows touch control unit 101 and trigger element 106.

The present embodiment is compared to the electronic equipment in embodiment six, set up and set up unit, refinement trigger element, a kind of satisfied first pre-conditioned or the second pre-conditioned specific implementation structure of the first application that realizes is provided, for the information processing method described in embodiment tri-has offered hardware supported, when thering is the user satisfaction of lifting, also have advantages of simple in structure and realize easy.

Embodiment eight:

As shown in Figure 6, the present embodiment provides a kind of electronic equipment, and described electronic equipment can move the first application, and described electronic equipment comprises: show touch control unit 101 and trigger element 106;

Described demonstration touch control unit 101, for showing at least one destination object of corresponding described the first application, and response is for the touch-control of described destination object, is started and is shown that described first applies by wicket or full-screen window; The display area of described full-screen window equals described demonstration touch control unit can accept the area of touch-control event; The display area of described wicket is less than described demonstration touch control unit can accept the area of touch-control event; Described wicket is by the first parameter, described full-screen window to be converted and obtained;

Described demonstration touch control unit 101, also for receiving the first operation; Described the first operation is used for starting described the first application;

Described trigger element 106, also, for responding described the first operation, when described the first application meets first when pre-conditioned, generates and sends the first triggering command to described demonstration touch control unit; When described the first application meets second when pre-conditioned, generate and send the second triggering command to described demonstration touch control unit;

Described demonstration touch control unit 101, when receiving described the first triggering command, shows described the first application by wicket; While receiving described the second triggering command, show described the first application by full-screen window.

The hardware configuration of described demonstration touch control unit 101 can comprise touching display screen; Described touching display screen can be the structures such as liquid crystal touch control screen or light emitting diode OLED touch screen, described touching display screen electronic devices and components as the control of the integrated circuit such as P.e.c. under, realize the demonstration of the first application.

The concrete hardware configuration of described trigger element 106 can comprise processor, described processing can be central processing unit, digital signal processor, single-chip microcomputer or the programmable logic array of multinuclear or monokaryon, whether meet first pre-conditioned or the second pre-conditioned judgement in order to the first application, and generate the first triggering command or second according to the judged result of described judgement and trigger and refer to control described demonstration touch control unit 101 and open the first application with full-screen window or wicket.

Further, wherein, described equipment also comprises sets up unit 107;

The described unit 107 of setting up, for setting up first the presets list or second the presets list; Described first the presets list is used to indicate the application that can show by the mode of wicket; Described second the presets list is used to indicate the application that the mode that shows by full-screen window shows;

Described trigger element 106 comprises that judge module and instruction generate sending module:

Described judgement judge module, for in the time that described first is applied in described first the presets list, determine that described the first application meets first pre-conditioned, in the time that described the first application is not in described first the presets list, determine that described the first application meets second pre-conditioned; Or

When described the first application is not in described second the presets list time, determine that described the first application meets first pre-conditioned, in the time that described first is applied in described second the presets list, determine that described the first application meets second pre-conditioned;

Described instruction generates sending module, sends the first triggering command when pre-conditioned for meet first in described the first application; Meet second in described the first application and send the second triggering command when pre-conditioned.

It is described that to set up the concrete physical arrangement in unit 107 different and different according to the method for setting up described first the presets list or second the presets list; When described first the presets list or described second the presets list are inputted foundation based on user, the described unit 107 of setting up comprises the communication interface that receives user's input from human-computer interaction interface; The described unit of setting up also comprises processor and storage medium; Described processor is described for inputting and user being inputted and generates first the presets list or second the presets list in order to receive; First the presets list that described in described storage medium stores, processor generates and second the presets list.Described demonstration touch control unit 101 can provide human-computer interaction interface in the present embodiment.

The judge module of described trigger element 106 can be according to the application identification of the first application number or Apply Names, the retrieval of comparing in described first the presets list or second the presets list, thus judge whether described the first application is the application in first the presets list or second the presets list.What the corresponding physical arrangement of described judge module was same can be integrated circuit or the electronic devices and components that processor maybe can be realized comparison arbitration functions.

The instruction of described trigger element 106 generates sending module, is connected with described judge module, receives the judged result of described judge module, generates the first triggering command or the second triggering command according to described judged result, and sends to demonstration touch control unit 101.Wherein, the physical arrangement that described instruction generation module is corresponding can comprise equally processor and communication interface or connect the structures such as bus; Described processor is for generating the first triggering command or the second triggering command according to judged result; Described communication interface or connection bus are with judge module and show that touch control unit 101 is connected, in order to receive judged result and to send the first triggering command or the second triggering command.In concrete implementation procedure, described judge module and described instruction generation module can be for being integrated in the functional module on same processor with different processing functions.

Wherein, described the first conversion parameter be at least following one of them: parameter, matrix, parameter group, parameter sets.Described parameter can be that single parameter is as the ratio between wicket and full-screen window display area; Described parameter group can be two tuples; The ratio can be on wicket and full-screen window first direction in included two parameters of described two tuples, another parameter can be the ratio in the second direction of wicket and the vertical first direction of full-screen window.

By the first conversion parameter, described full-screen window is converted and obtains described wicket and comprise:

Read the graphics cache data of the first application;

Utilize described the first conversion parameter, read described graphics cache data are changed;

Utilize described graphics cache data to generate the frame buffer data of corresponding described demonstration touch control unit;

Utilize described frame buffer data to show the wicket of described the first application at described demonstration touch control unit; Wherein, described graphics cache data can comprise: the coordinate information of each pixel and the RGB of each pixel (RGB, Red Green Blue) three look information.

Consider that multiple application may exist respectively the situation of overlapping region between corresponding wicket, the coordinate information of applying the pixel in the graphics cache data of corresponding wicket is set to three-dimensional coordinate (x _o, yo _,z _o); Wherein, different wickets has different third dimension coordinate z _othereby,, when overlapping region appears in two wickets, or when the situation that occurs all hiding, can distinguish different wickets with different third dimension coordinates.

Described the first conversion parameter can be matrix, concrete as unit matrix, utilizes described the first conversion parameter to the three-dimensional coordinate (x expanding in described graphics cache data _o, y _o, z _o) change, can obtain the wicket of described the first application, the data cached (x comprising after conversion of described wicket graph of a correspondence _o, y _o, z _o), and the RGB information of respective pixel point.

So, just can pass through transition matrix, will be converted to wicket with full-screen window, for user corresponding to application provides at wicket, can check flexibly the content in the application of any one wicket operation.

Preferably, can also can also carry out multiple adjustment to described wicket, described adjustment is specially adjusts transition matrix corresponding to described wicket,

Such as, if wicket is dwindled to 1/N; Described N is greater than 1 positive number, according to described response message, transition matrix corresponding described wicket is become $\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right);$

By described wicket transverse shifting Δ x, vertically move Δ y again, the transition matrix of described wicket is $\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right).$

In concrete implementation procedure, the size of wicket can arrange by changing described the first conversion parameter according to demand.

The concrete formation of described parameter, matrix, parameter group, parameter sets has multiple, has not just repeated one by one at this.

In concrete implementation procedure, described electronic equipment has also comprised the processor to full-screen window being converted according to described the first conversion parameter to wicket; In electronic equipment, can comprise one or more processors, multiple functional units of realizing difference in functionality can be integrated on same processor.Described functional unit Bo Akai shows touch control unit 101 and trigger element 106.

Described demonstration touch control unit 101, also for receiving the second operation or the 3rd operation; Described the second operation is used for setting up described first the presets list; Described the 3rd operation is used for setting up described second the presets list;

The described unit 107 of setting up, specifically for resolving described the second operation or the 3rd operation, determines M1 application of described the second operation appointment or M2 the application that described the 3rd operation is specified; M1 the application of recording described appointment, forms described first the presets list, and in the time starting M1 application of described appointment, described M1 application acquiescence shows in the mode of wicket; Or record M2 application of described appointment, and form second the presets list, in the time starting M2 application of described appointment, apply to give tacit consent to for described M2 and show in the mode of full-screen window; Wherein, described M1 and M2 are positive integer.

Embodiment nine:

As shown in Figure 6, the present embodiment provides a kind of electronic equipment, and described electronic equipment can move the first application, and described electronic equipment comprises: show touch control unit 101 and trigger element 106;

Described demonstration touch control unit 101, for showing at least one destination object of corresponding described the first application, and response is for the touch-control of described destination object, is started and is shown that described first applies by wicket or full-screen window; The display area of described full-screen window equals described demonstration touch control unit can accept the area of touch-control event; The display area of described wicket is less than described demonstration touch control unit can accept the area of touch-control event; Described wicket is by the first parameter, described full-screen window to be converted and obtained;

Described demonstration touch control unit 101, also for receiving the first operation; Described the first operation is used for starting described the first application;

Described trigger element 106, also, for responding described the first operation, when described the first application meets first when pre-conditioned, generates and sends the first triggering command to described demonstration touch control unit; When described the first application meets second when pre-conditioned, generate and send the second triggering command to described demonstration touch control unit;

Described demonstration touch control unit 101, when receiving described the first triggering command, shows described the first application by wicket; While receiving described the second triggering command, show described the first application by full-screen window.

The hardware configuration of described demonstration touch control unit 101 can comprise touching display screen; Described touching display screen can be the structures such as liquid crystal touch control screen or light emitting diode OLED touch screen, described touching display screen electronic devices and components as the control of the integrated circuit such as P.e.c. under, realize the demonstration of the first application.

The concrete hardware configuration of described trigger element 106 can comprise processor, described processing can be central processing unit, digital signal processor, single-chip microcomputer or the programmable logic array of multinuclear or monokaryon, whether meet first pre-conditioned or the second pre-conditioned judgement in order to the first application, and generate the first triggering command or second according to the judged result of described judgement and trigger and refer to control described demonstration touch control unit 101 and open the first application with full-screen window or wicket.

Further, wherein, described equipment also comprises sets up unit 107;

The described unit 107 of setting up, for setting up first the presets list or second the presets list; Described first the presets list is used to indicate the application that can show by the mode of wicket; Described second the presets list is used to indicate the application that the mode that shows by full-screen window shows;

Described trigger element 106 comprises that judge module and instruction generate sending module:

Described judgement judge module, for in the time that described first is applied in described first the presets list, determine that described the first application meets first pre-conditioned, in the time that described the first application is not in described first the presets list, determine that described the first application meets second pre-conditioned; Or

When described the first application is not in described second the presets list time, determine that described the first application meets first pre-conditioned, in the time that described first is applied in described second the presets list, determine that described the first application meets second pre-conditioned;

Described instruction generates sending module, for meeting first in described the first application when pre-conditioned, sends the first triggering command; Meet second when pre-conditioned in described the first application, send the second triggering command.

It is described that to set up the concrete physical arrangement in unit 107 different and different according to the method for setting up described first the presets list or second the presets list; When described first the presets list or described second the presets list are inputted foundation based on user, the described unit 107 of setting up comprises that human-computer interaction interface is in order to receive user's input; The described unit of setting up also comprises processor and storage medium; Described processor is described for inputting and user being inputted and generates first the presets list or second the presets list in order to receive; First the presets list that described in described storage medium stores, processor generates and second the presets list.

The judge module of described trigger element 106 can be according to the application identification of the first application number or Apply Names, the retrieval of comparing in described first the presets list or second the presets list, thus judge whether described the first application is the application in first the presets list or second the presets list.What the corresponding physical arrangement of described judge module was same can be integrated circuit or the electronic devices and components that processor maybe can be realized comparison arbitration functions.

The instruction of described trigger element 106 generates sending module, is connected with described judge module, receives the judged result of described judge module, generates the first triggering command or the second triggering command according to described judged result, and sends to demonstration touch control unit 101.Wherein, the physical arrangement that described instruction generation module is corresponding can comprise equally processor and communication interface or connect the structures such as bus; Described processor is for generating the first triggering command or the second triggering command according to judged result; Described communication interface or connection bus are with judge module and show that touch control unit 101 is connected, in order to receive judged result and to send the first triggering command or the second triggering command.In concrete implementation procedure, described judge module and described instruction generation module can be for being integrated in the functional module on same processor with different processing functions.

Described demonstration touch control unit 101, also for after receiving the first operation, shows that one selects dialog box, receives the 4th operation; Described selection dialog box shows described the first application or shows described the first application with full-screen window with wicket for selecting for user; Described the 4th operation is for showing and select the window of the first application in described selection dialog box;

The described unit 107 of setting up is specifically for based on the 4th operation, in described first the presets list or second the presets list edit, in first the presets list or second the presets list, add or remove described the first application.The described unit 107 of setting up can executable operations comprises the first application is deleted, the first application is added to and first the presets list, by the first application, from second the presets list, deleted and the first application is added in second the presets list from first the presets list.

Wherein, described the first conversion parameter be at least following one of them: parameter, matrix, parameter group, parameter sets.Described parameter can be that single parameter is as the ratio between wicket and full-screen window display area; Described parameter group can be two tuples; The ratio can be on wicket and full-screen window first direction in included two parameters of described two tuples, another parameter can be the ratio in the second direction of wicket and the vertical first direction of full-screen window.

By the first conversion parameter, described full-screen window is converted and obtains described wicket and comprise:

Read the graphics cache data of the first application;

Utilize described the first conversion parameter, read described graphics cache data are changed;

Utilize described graphics cache data to generate the frame buffer data of corresponding described demonstration touch control unit;

Utilize described frame buffer data to show the wicket of described the first application at described demonstration touch control unit; Wherein, described graphics cache data can comprise: the coordinate information of each pixel and the RGB of each pixel (RGB, Red Green Blue) three look information.

Consider that multiple application may exist respectively the situation of overlapping region between corresponding wicket, the coordinate information of applying the pixel in the graphics cache data of corresponding wicket is set to three-dimensional coordinate (x _o, y _o, z _o); Wherein, different wickets has different third dimension coordinate z _othereby,, when overlapping region appears in two wickets, or when the situation that occurs all hiding, can distinguish different wickets with different third dimension coordinates.

Described the first conversion parameter can be matrix, concrete as unit matrix, utilizes described the first conversion parameter to the three-dimensional coordinate (x expanding in described graphics cache data _o, y _o, z _o) change, can obtain the wicket of described the first application, the data cached (x comprising after conversion of described wicket graph of a correspondence _o, y _o, z _o), and the RGB information of respective pixel point.

So, just can pass through transition matrix, will be converted to wicket with full-screen window, for user corresponding to application provides at wicket, can check flexibly the content in the application of any one wicket operation.

Preferably, can also can also carry out multiple adjustment to described wicket, described adjustment is specially adjusts transition matrix corresponding to described wicket,

Such as, if wicket is dwindled to 1/N; Described N is greater than 1 positive number, according to described response message, transition matrix corresponding described wicket is become $\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right);$

By described wicket transverse shifting Δ x, vertically move Δ y again, the transition matrix of described wicket is $\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right).$

In concrete implementation procedure, the size of wicket can arrange by changing described the first conversion parameter according to demand.

The concrete formation of described parameter, matrix, parameter group, parameter sets has multiple, has not just repeated one by one at this.

In concrete implementation procedure, described electronic equipment has also comprised the processor to full-screen window being converted according to described the first conversion parameter to wicket; In electronic equipment, can comprise one or more processors, multiple functional units of realizing difference in functionality can be integrated on same processor.Described functional unit Bo Akai shows touch control unit 101 and trigger element 106.

The electronic equipment of electronic equipment difference embodiment eight described in the present embodiment, setting up unit 107 not only can set up first the presets list and second the presets list before receiving the first operation described in the present embodiment, after receiving the first operation, can also set up first pre-conditioned and second pre-conditioned, to change the first operation display window according to user's request in time, further promote user and experience impression.

Embodiment ten:

As shown in Figure 6, the present embodiment provides a kind of electronic equipment, and described electronic equipment can move the first application, and described electronic equipment comprises: show touch control unit 101 and trigger element 106;

Described demonstration touch control unit 101, for showing at least one destination object of corresponding described the first application, and response is for the touch-control of described destination object, is started and is shown that described first applies by wicket or full-screen window; The display area of described full-screen window equals described demonstration touch control unit can accept the area of touch-control event; The display area of described wicket is less than described demonstration touch control unit can accept the area of touch-control event; Described wicket is by the first parameter, described full-screen window to be converted and obtained;

Described demonstration touch control unit 101, also for receiving the first operation; Described the first operation is used for starting described the first application;

Described trigger element 106, also, for responding described the first operation, when described the first application meets first when pre-conditioned, generates and sends the first triggering command to described demonstration touch control unit; When described the first application meets second when pre-conditioned, generate and send the second triggering command to described demonstration touch control unit;

Described demonstration touch control unit 101, when receiving described the first triggering command, shows described the first application by wicket; While receiving described the second triggering command, show described the first application by full-screen window.

The hardware configuration of described demonstration touch control unit 101 can comprise touching display screen; Described touching display screen can be the structures such as liquid crystal touch control screen or light emitting diode OLED touch screen, described touching display screen electronic devices and components as the control of the integrated circuit such as P.e.c. under, realize the demonstration of the first application.

The concrete hardware configuration of described trigger element 106 can comprise processor, described processing can be central processing unit, digital signal processor, single-chip microcomputer or the programmable logic array of multinuclear or monokaryon, whether meet first pre-conditioned or the second pre-conditioned judgement in order to the first application, and generate the first triggering command or second according to the judged result of described judgement and trigger and refer to control described demonstration touch control unit 101 and open the first application with full-screen window or wicket.

Further, wherein, described equipment also comprises sets up unit 107;

The described unit 107 of setting up, for setting up first the presets list or second the presets list; Described first the presets list is used to indicate the application that can show by the mode of wicket; Described second the presets list is used to indicate the application that the mode that shows by full-screen window shows;

Described trigger element 106 comprises that judge module and instruction generate sending module:

Described judgement judge module, for in the time that described first is applied in described first the presets list, determine that described the first application meets first pre-conditioned, in the time that described the first application is not in described first the presets list, determine that described the first application meets second pre-conditioned; Or

When described the first application is not in described second the presets list time, determine that described the first application meets first pre-conditioned, in the time that described first is applied in described second the presets list, determine that described the first application meets second pre-conditioned;

Described instruction generates sending module, for meeting first in described the first application when pre-conditioned, sends the first triggering command; Meet second when pre-conditioned in described the first application, send the second triggering command.

It is described that to set up the concrete physical arrangement in unit 107 different and different according to the method for setting up described first the presets list or second the presets list; When described first the presets list or described second the presets list are inputted foundation based on user, the described unit 107 of setting up comprises that human-computer interaction interface is in order to receive user's input; The described unit of setting up also comprises processor and storage medium; Described processor is described for inputting and user being inputted and generates first the presets list or second the presets list in order to receive; First the presets list that described in described storage medium stores, processor generates and second the presets list.Wherein, described first the presets list comprises the sub-list of acquiescence; The sub-list of described acquiescence is used to indicate the application that acquiescence shows with wicket.The sub-list of described acquiescence is the set that is suitable for the application showing with wicket, and the application that is applicable to wicket demonstration is directly added in the sub-list of acquiescence, arranges voluntarily without user, has again simplified user's operation, has improved the intellectuality of equipment.

The judge module of described trigger element 106 can be according to the application identification of the first application number or Apply Names, the retrieval of comparing in described first the presets list or second the presets list, thus judge whether described the first application is the application in first the presets list or second the presets list.What the corresponding physical arrangement of described judge module was same can be integrated circuit or the electronic devices and components that processor maybe can be realized comparison arbitration functions.

The instruction of described trigger element 106 generates sending module, is connected with described judge module, receives the judged result of described judge module, generates the first triggering command or the second triggering command according to described judged result, and sends to demonstration touch control unit 101.Wherein, the physical arrangement that described instruction generation module is corresponding can comprise equally processor and communication interface or connect the structures such as bus; Described processor is for generating the first triggering command or the second triggering command according to judged result; Described communication interface or connection bus are with judge module and show that touch control unit 101 is connected, in order to receive judged result and to send the first triggering command or the second triggering command.In concrete implementation procedure, described judge module and described instruction generation module can be for being integrated in the functional module on same processor with different processing functions.

Wherein, described the first conversion parameter be at least following one of them: parameter, matrix, parameter group, parameter sets.Described parameter can be that single parameter is as the ratio between wicket and full-screen window display area; Described parameter group can be two tuples; The ratio can be on wicket and full-screen window first direction in included two parameters of described two tuples, another parameter can be the ratio in the second direction of wicket and the vertical first direction of full-screen window.

By the first conversion parameter, described full-screen window is converted and obtains described wicket and comprise:

Read the graphics cache data of the first application;

Utilize described the first conversion parameter, read described graphics cache data are changed;

Utilize described graphics cache data to generate the frame buffer data of corresponding described demonstration touch control unit;

Utilize described frame buffer data to show the wicket of described the first application at described demonstration touch control unit; Wherein, described graphics cache data can comprise: the coordinate information of each pixel and the RGB of each pixel (RGB, Red Green Blue) three look information.

Consider that multiple application may exist respectively the situation of overlapping region between corresponding wicket, the coordinate information of applying the pixel in the graphics cache data of corresponding wicket is set to three-dimensional coordinate (x _o, y _o, z _o); Wherein, different wickets has different third dimension coordinate z _othereby,, when overlapping region appears in two wickets, or when the situation that occurs all hiding, can distinguish different wickets with different third dimension coordinates.

Described the first conversion parameter can be matrix, concrete as unit matrix, utilizes described the first conversion parameter to the three-dimensional coordinate (x expanding in described graphics cache data _o, y _o, z _o) change, can obtain the wicket of described the first application, the data cached (x comprising after conversion of described wicket graph of a correspondence _o, y _o, z _o), and the RGB information of respective pixel point.

So, just can pass through transition matrix, will be converted to wicket with full-screen window, for user corresponding to application provides at wicket, can check flexibly the content in the application of any one wicket operation.

Preferably, can also can also carry out multiple adjustment to described wicket, described adjustment is specially adjusts transition matrix corresponding to described wicket,

Such as, if wicket is dwindled to 1/N; Described N is greater than 1 positive number, according to described response message, transition matrix corresponding described wicket is become $\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& 0\\ 0& 1/N& 0\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right);$

By described wicket transverse shifting Δ x, vertically move Δ y again, the transition matrix of described wicket is $\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right),$ Three-dimensional coordinate (the x of each pixel in frame buffer data corresponding to described wicket _t, y _t, z _t) be:

$(x_t,y_t,z_t)=\left(\begin{array}{ccc}1/N& 0& \mathrm{\Δx}\\ 0& 1/N& \mathrm{\Δy}\\ 0& 0& 1/N\end{array}\right)\×\left(\begin{array}{c}{x}_o\\ y_o\\ z_o\end{array}\right).$

In concrete implementation procedure, the size of wicket can arrange by changing described the first conversion parameter according to demand.

The concrete formation of described parameter, matrix, parameter group, parameter sets has multiple, has not just repeated one by one at this.

Comprehensively above-mentioned, electronic equipment described in the embodiment of the present invention, distinguishes existing electronic equipment, by according to be opened should be used for determine carry out display application with full-screen window or wicket, for application provides user required or more applicable window display mode, improve the satisfaction that user uses.

In the several embodiment that provide in the application, should be understood that disclosed equipment and method can realize by another way.Apparatus embodiments described above is only schematic, for example, the division of described unit, be only that a kind of logic function is divided, when actual realization, can there is other dividing mode, as: multiple unit or assembly can be in conjunction with, maybe can be integrated into another system, or some features can ignore, or do not carry out.In addition, the coupling each other of shown or discussed each ingredient or direct-coupling or communication connection can be by some interfaces, and the indirect coupling of equipment or unit or communication connection can be electrical, machinery or other form.

The above-mentioned unit as separating component explanation can or can not be also physically to separate, and the parts that show as unit can be or can not be also physical locations, can be positioned at a place, also can be distributed in multiple network element; Can select according to the actual needs part or all of unit wherein to realize the object of the present embodiment scheme.

In addition, the each functional unit in various embodiments of the present invention can all be integrated in a processing unit, can be also that each unit is distinguished separately as a unit, also can be integrated in a unit two or more unit; Above-mentioned integrated unit both can adopt the form of hardware to realize, and the form that also can adopt hardware to add SFU software functional unit realizes.

One of ordinary skill in the art will appreciate that: all or part of step that realizes said method embodiment can complete by the relevant hardware of programmed instruction, aforesaid program can be stored in a computer read/write memory medium, this program, in the time carrying out, is carried out the step that comprises said method embodiment; And aforesaid storage medium comprises: various media that can be program code stored such as movable storage device, ROM (read-only memory) (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disc or CDs.

Or, if the above-mentioned integrated unit of the present invention is realized and during as production marketing independently or use, also can be stored in a computer read/write memory medium using the form of software function module.Based on such understanding, the part that the technical scheme of the embodiment of the present invention contributes to prior art in essence in other words can embody with the form of software product, this computer software product is stored in a storage medium, comprises that some instructions are in order to make a computer equipment (can be personal computer, server or the network equipment etc.) carry out all or part of of method described in the present invention each embodiment.And aforesaid storage medium comprises: various media that can be program code stored such as movable storage device, ROM (read-only memory) (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disc or CDs.

The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited to this, any be familiar with those skilled in the art the present invention disclose technical scope in; can expect easily changing or replacing, within all should being encompassed in protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of described claim.

Claims (12)

1. an information processing method, is characterized in that, is applied to and has in the electronic equipment that shows touch control unit, and described electronic equipment can move the first application; Described the first application can be presented on described demonstration touch control unit by wicket or full-screen window; The display area of described full-screen window equals described demonstration touch control unit can accept the area of touch-control event; The display area of described wicket is less than described demonstration touch control unit can accept the area of touch-control event; Described wicket is converted and obtains described full-screen window by the first conversion parameter; Described method comprises:

Receive the first operation by described demonstration touch control unit; Described the first operation is used for starting described the first application;

Respond described the first operation, when described the first application meets first when pre-conditioned, described the first application is presented on described demonstration touch control unit by wicket;

When described the first application meets second when pre-conditioned, described the first application is presented on described demonstration touch control unit by full-screen window.

2. method according to claim 1, is characterized in that, described the first conversion parameter be at least following one of them: parameter, matrix, parameter group, parameter sets.

3. method according to claim 1 and 2, is characterized in that,

Described method also comprises:

Set up first the presets list or second the presets list; Described first the presets list is used to indicate the application showing by wicket; Described second the presets list is used to indicate the application showing by full-screen window;

In the time that described first is applied in described first the presets list, determine that described the first application meets first pre-conditioned, in the time that described the first application is not in described first the presets list, determine that described the first application meets second pre-conditioned; Or

When described the first application is not in described second the presets list time, determine that described the first application meets first pre-conditioned, in the time that described first is applied in described second the presets list, determine that described the first application meets second pre-conditioned.

4. method according to claim 3, is characterized in that,

Describedly set up first the presets list or second the presets list comprises:

Receive the second operation or the 3rd operation; Described the second operation is used for setting up described first the presets list; Described the 3rd operation is used for setting up described second the presets list;

Resolve described the second operation or the 3rd operation, determine M1 application of described the second operation appointment or M2 the application that described the 3rd operation is specified;

M1 the application of recording described appointment, forms described first the presets list, and in the time starting M1 application of described appointment, described M1 application acquiescence shows in the mode of wicket; Or

Record M2 application of described appointment, form second the presets list, in the time starting M2 application of described appointment, described M2 application acquiescence shows in the mode of full-screen window;

Wherein, described M1 and M2 are positive integer.

5. method according to claim 3, is characterized in that,

Described set up first the presets list or set up second the presets list comprise:

After described reception the first operation, described demonstration touch control unit shows selects dialog box, and described selection dialog box shows described the first application or shows described the first application with full-screen window with wicket for selecting for user;

Receive the 4th operation by described demonstration touch control unit; Described the 4th operation is for showing and select the window of the first application in described selection dialog box;

Based on described the 4th operation, in described first the presets list or second the presets list edit, in first the presets list or second the presets list add or remove described first application.

6. method according to claim 3, is characterized in that, described first the presets list comprises the sub-list of acquiescence; The sub-list of described acquiescence is used to indicate the application that acquiescence shows with wicket.

7. an electronic equipment, is characterized in that, described electronic equipment can move the first application, and described electronic equipment comprises: show touch control unit and trigger element;

Described demonstration touch control unit, for showing at least one destination object of corresponding described the first application, and response is for the touch-control of described destination object, is started and is shown that described first applies by wicket or full-screen window; The display area of described full-screen window equals described demonstration touch control unit can accept the area of touch-control event; The display area of described wicket is less than described demonstration touch control unit can accept the area of touch-control event; Described wicket is by the first parameter, described full-screen window to be converted and obtained;

Described demonstration touch control unit, also for receiving the first operation; Described the first operation is used for starting described the first application;

Described trigger element, also, for responding described the first operation, when described the first application meets first when pre-conditioned, generates and sends the first triggering command to described demonstration touch control unit; When described the first application meets second when pre-conditioned, generate and send the second triggering command to described demonstration touch control unit;

Described demonstration touch control unit, when receiving described the first triggering command, shows described the first application by wicket; While receiving described the second triggering command, show described the first application by full-screen window.

8. equipment according to claim 7, is characterized in that, described the first conversion parameter be at least following one of them: parameter, matrix, parameter group, parameter sets.

9. according to the equipment described in claim 7 or 8, it is characterized in that, described equipment also comprises sets up unit;

The described unit of setting up, for setting up first the presets list or second the presets list; Described first the presets list is used to indicate the application that can show by the mode of wicket; Described second the presets list is used to indicate the application that the mode that shows by full-screen window shows;

Described trigger element comprises that judge module and instruction generate sending module:

Described judgement judge module, for in the time that described first is applied in described first the presets list, determine that described the first application meets first pre-conditioned, in the time that described the first application is not in described first the presets list, determine that described the first application meets second pre-conditioned; Or

When described the first application is not in described second the presets list time, determine that described the first application meets first pre-conditioned, in the time that described first is applied in described second the presets list, determine that described the first application meets second pre-conditioned;

Described instruction generates sending module, for meeting first in described the first application when pre-conditioned, sends the first triggering command; Meet second when pre-conditioned in described the first application, send the second triggering command.

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

Described demonstration touch control unit, also for receiving the second operation or the 3rd operation; Described the second operation is used for setting up described first the presets list; Described the 3rd operation is used for setting up described second the presets list;

The described unit of setting up, specifically for resolving described the second operation or the 3rd operation, determines M1 application of described the second operation appointment or M2 the application that described the 3rd operation is specified; M1 the application of recording described appointment, forms described first the presets list, and in the time starting M1 application of described appointment, described M1 application acquiescence shows in the mode of wicket; Or record M2 application of described appointment, and form second the presets list, in the time starting M2 application of described appointment, apply to give tacit consent to for described M2 and show in the mode of full-screen window; Wherein, described M1 and M2 are positive integer.

11. equipment according to claim 9, is characterized in that,

Described demonstration touch control unit, also, in order to after described reception the first operation, shows that one selects dialog box, receives the 4th operation; Described selection dialog box shows described the first application or shows described the first application with full-screen window with wicket for selecting for user; Described the 4th operation is for showing and select the window of the first application in described selection dialog box;

The described unit of setting up, specifically in order to based on described the 4th operation, in described first the presets list or second the presets list edit, in first the presets list or second the presets list add or remove described first application.

12. equipment according to claim 9, is characterized in that, described first the presets list comprises the sub-list of acquiescence; The sub-list of described acquiescence is used to indicate the application that acquiescence shows with wicket.

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