CN104571843A - Information processing method and electronic equipment - Google Patents

Information processing method and electronic equipment Download PDF

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Publication number
CN104571843A
CN104571843A CN201310517765.8A CN201310517765A CN104571843A CN 104571843 A CN104571843 A CN 104571843A CN 201310517765 A CN201310517765 A CN 201310517765A CN 104571843 A CN104571843 A CN 104571843A
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CN
China
Prior art keywords
display
application
electronic equipment
full screen
screen window
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CN201310517765.8A
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Chinese (zh)
Inventor
罗晨
Original Assignee
联想(北京)有限公司
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Priority to CN201310517765.8A priority Critical patent/CN104571843A/en
Publication of CN104571843A publication Critical patent/CN104571843A/en

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    • GPHYSICS
    • G06COMPUTING; CALCULATING; COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0484Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object or an image, setting a parameter value or selecting a range
    • GPHYSICS
    • G06COMPUTING; CALCULATING; COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0487Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
    • G06F3/0488Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures

Abstract

The invention discloses an information processing method, which comprises the following steps that a touch control display unit obtains a first touch control operation, resolves the first touch control operation and obtains a first resolving result, and a first application is started according to the first resolving result; a posture parameter of electronic equipment is obtained; the first application is resolved, and an attribute parameter of the first application is obtained; display information of a first non-full-screen window corresponding to the first application is determined according to the attribute parameter of the first application, the posture parameter of the electronic equipment and the preset conversion parameters; a display interface of the touch control display unit is synthesized according to the display information of the first non-full-screen window. The invention also discloses the electronic equipment. When the method and the electronic equipment provided by the invention are adopted, the display confusion problem can be prevented, the usability of a non-full-screen window system is improved, and richer visual experience is provided for users.

Description

A kind of information processing method and electronic equipment

Technical field

The present invention relates to wireless communication field, particularly relate to a kind of information processing method and electronic equipment.

Background technology

Along with the development of mobile terminal, especially the raising of the resolution of screen and the increasing of size, the demand of user's proposition multiwindow operation interface progressively, namely opens multiple non-full screen window in same mobile device simultaneously, and each non-full screen window shows and operates an application.But, if described multiwindow operation interface is come into operation, when opening multiple non-full screen window, along with the horizontal screen of mobile terminal, the switching of perpendicular screen, there will be the problem of the display direction switching multiple non-full screen window, described problem may bring visual confusion sensation for client, affects the experience of user, and cannot ensure the ease for use of multiple non-full frame window system.

Summary of the invention

In view of this, the object of the present invention is to provide a kind of information processing method and electronic equipment, can avoid occurring showing chaotic problem, improve the ease for use of non-full frame window system, for user provides abundanter visual experience.

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

Embodiments provide a kind of information processing method, be applied to electronic equipment, described electronic equipment has touch-display unit, described electronic equipment can run multiple application, and show in the viewing area of touch-display unit, when opening the window of N number of non-full frame mode operation application, N be more than or equal to 1 integer; Described method comprises:

Described touch-display unit obtains the first touch control operation, resolves described first touch control operation, obtains the first analysis result, according to described first analysis result, opens the first application;

Obtain the attitude parameter of described electronic equipment;

Resolve described first application, obtain the property parameters of described first application;

According to the described property parameters of the first application, the attitude parameter of described electronic equipment and default conversion parameter, determine the display information of the first non-full screen window that described first application is corresponding;

The display interface of described first non-full screen window in described touch-display unit is synthesized according to the display information of described first non-full screen window.

The embodiment of the present invention additionally provides a kind of electronic equipment, and described electronic equipment comprises: touch-display unit and processing unit; Wherein,

Described touch-display unit, for when opening the window of N number of non-full frame mode operation application, N be more than or equal to 1 integer; Obtain the first touch control operation, resolve described first touch control operation, obtain the first analysis result, send described first analysis result to processing unit;

Described processing unit, for running multiple application, and shows in the viewing area of touch-display unit, when operation has the application of N number of non-full frame mode operation, according to described first analysis result that described touch-display unit is sent, opens the first application; Obtain the attitude parameter of described electronic equipment; Resolve described first application, obtain the property parameters of described first application; According to the described property parameters of the first application, the attitude parameter of described electronic equipment and default conversion parameter, determine the display information of the first non-full screen window that described first application is corresponding; The display interface of described first non-full screen window in described touch-display unit is synthesized according to the display information of described first non-full screen window.

Information processing method provided by the present invention and electronic equipment, the display direction supported can be applied according to first, determine that whether the non-full screen window of described first application correspondence is identical with the display direction of electronic equipment, thus ensure that user uses the problem that there will not be display confusion during non-full screen window, improve the ease for use of non-full frame window system, for user provides abundanter visual experience.

Accompanying drawing explanation

Fig. 1 is embodiment of the present invention information processing method schematic flow sheet;

Fig. 2 is embodiment of the present invention display effect schematic diagram one;

Fig. 3 is embodiment of the present invention display effect schematic diagram two;

Fig. 4 is the composition structural representation of embodiment of the present invention electronic equipment.

Embodiment

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

Embodiment one,

A kind of information processing method that the embodiment of the present invention provides, in electronic equipment, described electronic equipment can be the mobile terminal such as smart mobile phone or panel computer; Described electronic equipment has touch-display unit, and described electronic equipment can run multiple application, and shows in the viewing area of touch-display unit, and when described electronic equipment operation has the application of N number of non-full frame mode operation, N is more than or equal to 1; As shown in Figure 1, described method comprises:

Step 101: described touch-display unit obtains the first touch control operation, resolves described first touch control operation, obtains the first analysis result, according to described first analysis result, opens the first application.

Step 102: the attitude parameter obtaining described electronic equipment.

Step 103: resolve described first application, obtains the property parameters of described first application.

Step 104: according to the described property parameters of the first application, the attitude parameter of described electronic equipment and default conversion parameter, determines the display information of the first non-full screen window that described first application is corresponding.

Step 105: the display interface synthesizing described touch-display unit according to the display information of described first non-full screen window.

Wherein, the property parameters of described first application comprises: the parameter characterizing the display direction of described first application, and the display direction of horizontal screen and/or perpendicular screen is supported in such as described first application.The attitude parameter of described electronic equipment comprises: the parameter characterizing the current display direction of described electronic equipment, and such as, described electronic equipment is current is horizontal screen state or perpendicular screen state.

Described default conversion parameter comprises: transition matrix, and described transition matrix is used for the full screen window of described first application to be converted to non-full screen window.

By above-mentioned steps, just can when user use mobile terminal, obtain described first application and whether support horizontal screen display to show and/or erect screen display to show, determine that whether described first non-full screen window shows according to the horizontal screen of current mobile terminal or perpendicular screen state;

Such as: if described first application supports that horizontal screen and perpendicular screen display are shown, then the non-full screen window of described first application carries out showing or switching according to the horizontal screen of mobile terminal or perpendicular screen;

If described first application only supports that horizontal screen display is shown, then when mobile terminal is horizontal screen state, the non-full screen window of described first application is that horizontal screen display is shown, when mobile terminal is for perpendicular screen state, the non-full screen window of described first application keeps horizontal screen display to show;

If described first application only supports that perpendicular screen display is shown, then when mobile terminal be horizontal screen or perpendicular screen time, the non-full screen window of described first application all keeps perpendicular screen display to show.

Such as, in Fig. 2, non-full screen window 1 runs the first application, and non-full screen window 2 runs the second application, and suppose that the first application only supports that perpendicular screen display is shown, the second application supports that horizontal screen and perpendicular screen display are shown; Then when terminal by erect screen be transformed to horizontal screen time, as shown in Figure 3, non-full screen window 1 corresponding to the first application still keeps perpendicular screen display to show state; The non-full screen window 2 of the second application correspondence then switches to horizontal screen display to show.

So, just can apply according to first the display direction supported, determine that whether the non-full screen window of described first application correspondence is identical with the display direction of electronic equipment, thus ensure that user uses the problem that there will not be display confusion during non-full screen window, improve the ease for use of non-full frame window system, for user provides abundanter visual experience.

Embodiment two,

A kind of information processing method that the embodiment of the present invention provides, in electronic equipment, described electronic equipment can be the mobile terminal such as smart mobile phone or panel computer; Described electronic equipment has touch-display unit, and described electronic equipment can run multiple application, and shows in the viewing area of touch-display unit, and when described electronic equipment operation has the application of N number of non-full frame mode operation, N is more than or equal to 1; As shown in Figure 1, described method comprises:

Step 101: described touch-display unit obtains the first touch control operation, resolves described first touch control operation, obtains the first analysis result, according to described first analysis result, opens the first application.

Step 102: the attitude parameter obtaining described electronic equipment.

Step 103: resolve described first application, obtains the property parameters of described first application.

Step 104: according to the described property parameters of the first application, the attitude parameter of described electronic equipment and default conversion parameter, determines the display information of the first non-full screen window that described first application is corresponding.

Step 105: the display interface synthesizing described touch-display unit according to the display information of described first non-full screen window.

Wherein, the property parameters of described first application comprises: the parameter characterizing the display direction of described first application, and the display direction of horizontal screen and/or perpendicular screen is supported in such as described first application.The attitude parameter of described electronic equipment comprises: the parameter characterizing the current display direction of described electronic equipment, and such as, described electronic equipment is current is horizontal screen state or perpendicular screen state.

Described default conversion parameter comprises: transition matrix, and described transition matrix is used for the full screen window of described first application to be converted to non-full screen window.

Wherein, according to the described property parameters of the first application, the attitude parameter of described electronic equipment and default conversion parameter, determine the display information of the first non-full screen window that described first application is corresponding, comprising:

Determine the display direction of described first application according to the property parameters of described first application, determine the display direction of current described electronic equipment according to the attitude parameter of described electronic equipment;

Judge whether described first application supports the display direction identical with the display direction of described electronic equipment, if support, then according to the display direction of described electronic equipment, determine the display direction of the first non-full screen window that described first application is corresponding, utilize the display direction of described default conversion parameter and described first non-full screen window, determine the display information of described first non-full screen window;

If not identical, then according to the display direction of described first application, determine the display direction of the first non-full screen window that described first application is corresponding, utilize the display direction of described default conversion parameter and described first non-full screen window, determine the display information of described first non-full screen window.

By above-mentioned steps, just can when user use mobile terminal, obtain described first application and whether support horizontal screen display to show and/or erect screen display to show, determine that whether described first non-full screen window shows according to the horizontal screen of current mobile terminal or perpendicular screen state;

Such as: if described first application supports that horizontal screen and perpendicular screen display are shown, then the non-full screen window of described first application carries out showing or switching according to the horizontal screen of mobile terminal or perpendicular screen;

If described first application only supports that horizontal screen display is shown, then when mobile terminal is horizontal screen state, the non-full screen window of described first application is that horizontal screen display is shown, when mobile terminal is for perpendicular screen state, the non-full screen window of described first application keeps horizontal screen display to show;

If described first application only supports that perpendicular screen display is shown, then when mobile terminal be horizontal screen or perpendicular screen time, the non-full screen window of described first application all keeps perpendicular screen display to show.

Such as, in Fig. 2, non-full screen window 1 runs the first application, and non-full screen window 2 runs the second application, and suppose that the first application only supports that perpendicular screen display is shown, the second application supports that horizontal screen and perpendicular screen display are shown; Then when terminal by erect screen be transformed to horizontal screen time, as shown in Figure 3, non-full screen window 1 corresponding to the first application still keeps perpendicular screen display to show state; The non-full screen window 2 of the second application correspondence then switches to horizontal screen display to show.

Wherein, described default conversion parameter can for the transition matrix preset.

The described display window utilizing described default transition matrix corresponding to selected application is changed, and obtains the viewing area of the non-full screen window of described application, comprising: the graphics cache data reading described application; Utilize described default transition matrix, read described graphics cache data are changed, utilize the frame buffer data of the corresponding described touch-display unit of described graphics cache data genaration; Described frame buffer data is utilized to show the non-full screen window of described application in described touch-display unit.

Consider the situation that may there is overlapping region between the non-full screen display window that two methods is corresponding, the coordinate information of the pixel in the graphics cache data of non-full screen display window corresponding for application is set to three-dimensional coordinate (x o, y o, z o); Wherein, different non-full screen display windows has different third dimension coordinate z o, thus, when overlapping region appears in two non-full screen window, or when there is situation about all hiding, different non-full screen window can be distinguished with different third dimension coordinates.

Described default transition matrix can be unit matrix, utilizes described default transition matrix to the three-dimensional coordinate (x expanded in described graphics cache data o, y o, z o) change, can obtain the non-full screen display window of described application, described non-full screen display window graph of a correspondence is data cached comprises the (x after conversion o, y o, z o), and the RGB information of respective pixel point.Visible, by transition matrix, the application of full screen display is converted to non-full screen window, is the non-full screen window that user provides multiple application corresponding, the content in the application that any one non-full screen window is run can be checked flexibly.

So, just can apply according to first the display direction supported, determine that whether the non-full screen window of described first application correspondence is identical with the display direction of electronic equipment, thus ensure that user uses the problem that there will not be display confusion during non-full screen window, improve the ease for use of non-full frame window system, for user provides abundanter visual experience.

Embodiment three,

A kind of information processing method that the embodiment of the present invention provides, in electronic equipment, described electronic equipment can be the mobile terminal such as smart mobile phone or panel computer; Described electronic equipment has touch-display unit, and described electronic equipment can run multiple application, and shows in the viewing area of touch-display unit, and when described electronic equipment operation has the application of N number of non-full frame mode operation, N is more than or equal to 1; As shown in Figure 1, described method comprises:

Step 101: described touch-display unit obtains the first touch control operation, resolves described first touch control operation, obtains the first analysis result, according to described first analysis result, opens the first application.

Step 102: the attitude parameter obtaining described electronic equipment.

Step 103: resolve described first application, obtains the property parameters of described first application.

Step 104: according to the described property parameters of the first application, the attitude parameter of described electronic equipment and default conversion parameter, determines the display information of the first non-full screen window that described first application is corresponding.

Step 105: the display interface synthesizing described touch-display unit according to the display information of described first non-full screen window.

Wherein, the property parameters of described first application comprises: the parameter characterizing the display direction of described first application, and the display direction of horizontal screen and/or perpendicular screen is supported in such as described first application.The attitude parameter of described electronic equipment comprises: the parameter characterizing the current display direction of described electronic equipment, and such as, described electronic equipment is current is horizontal screen state or perpendicular screen state.

Described default conversion parameter comprises: transition matrix, and described transition matrix is used for the full screen window of described first application to be converted to non-full screen window.

Wherein, according to the described property parameters of the first application, the attitude parameter of described electronic equipment and default conversion parameter, determine the display information of the first non-full screen window that described first application is corresponding, comprising:

Determine the display direction of described first application according to the property parameters of described first application, determine the display direction of current described electronic equipment according to the attitude parameter of described electronic equipment;

Judge whether described first application supports the display direction identical with the display direction of described electronic equipment, if support, then according to the display direction of described electronic equipment, determine the display direction of the first non-full screen window that described first application is corresponding, utilize the display direction of described default conversion parameter and described first non-full screen window, determine the display information of described first non-full screen window;

If not identical, then according to the display direction of described first application, determine the display direction of the first non-full screen window that described first application is corresponding, utilize the display direction of described default conversion parameter and described first non-full screen window, determine the display information of described first non-full screen window.

By above-mentioned steps, just can when user use mobile terminal, obtain described first application and whether support horizontal screen display to show and/or erect screen display to show, determine that whether described first non-full screen window shows according to the horizontal screen of current mobile terminal or perpendicular screen state;

Such as, in Fig. 2, non-full screen window 1 runs the first application, and non-full screen window 2 runs the second application, and wherein, the first application can be QQ or micro-letter, and the second application can be video; Suppose that the first application only supports that perpendicular screen display is shown, the second application supports that horizontal screen and perpendicular screen display are shown;

Then when terminal by erect screen be transformed to horizontal screen time, as shown in Figure 3, non-full screen window 1 corresponding to the first application still keeps perpendicular screen display to show state; The non-full screen window 2 of the second application correspondence then switches to horizontal screen display to show.

Wherein, described default conversion parameter can for the transition matrix preset.

The described display direction utilizing described default conversion parameter and described first non-full screen window, determine the display information of described first non-full screen window, comprising:

Obtain described default conversion parameter; Utilize the display direction of described conversion parameter and described first non-full screen window, the full screen display window corresponding to described first application is changed, and obtains the viewing area of the first non-full screen window of described first application.

Consider the situation that may there is overlapping region between the non-full screen display window that two methods is corresponding, the coordinate information of the pixel in the graphics cache data of non-full screen display window corresponding for application is set to three-dimensional coordinate (x o, y o, z o); Wherein, different non-full screen display windows has different third dimension coordinate z o, thus, when overlapping region appears in two non-full screen window, or when there is situation about all hiding, different non-full screen window can be distinguished with different third dimension coordinates.

Described default transition matrix can be unit matrix, utilizes described default transition matrix to the three-dimensional coordinate (x expanded in described graphics cache data o, y o, z o) change, can obtain the non-full screen display window of described application, described non-full screen display window graph of a correspondence is data cached comprises the (x after conversion o, y o, z o), and the RGB information of respective pixel point.Visible, by transition matrix, the application of full screen display is converted to non-full screen window, is the non-full screen window that user provides multiple application corresponding, the content in the application that any one non-full screen window is run can be checked flexibly.

Preferably, can also can also carry out multiple adjustment to described non-full screen window, described adjustment is specially transition matrix corresponding to the described non-full screen window of adjustment,

Such as, if non-full screen window is reduced 1/2, then according to described response message, transition matrix corresponding for described non-full screen window is become 1 / 2 0 0 0 1 / 2 0 0 0 1 / 2 , Three-dimensional coordinate (the x of each pixel in the frame buffer data that described non-full screen window is corresponding t, y t, z t) be:

( x t , y t , z t ) = 1 / 2 0 0 0 1 / 2 0 0 0 1 / 2 × x o y o z o ;

Again by described non-full screen window transverse shifting Δ x, vertically move Δ y, then the transition matrix of described non-full screen window is 1 / 2 0 Δx 0 1 / 2 Δy 0 0 1 / 2 , Three-dimensional coordinate (the x of each pixel in the frame buffer data that described non-full screen window is corresponding t, y t, z t) be:

( x t , y t , z t ) = 1 / 2 0 Δx 0 1 / 2 Δy 0 0 1 / 2 × x o y o z o .

Preferably, the display parameter of described first application can be arranged by user, such as described first application can be set to only to erect screen display and show.

So, just can apply according to first the display direction supported, determine that whether the non-full screen window of described first application correspondence is identical with the display direction of electronic equipment, thus ensure that user uses the problem that there will not be display confusion during non-full screen window, improve the ease for use of non-full frame window system, for user provides abundanter visual experience.

Embodiment four,

The described electronic equipment that the embodiment of the present invention provides, described electronic equipment can be the mobile terminal such as smart mobile phone or panel computer; As shown in Figure 4, described electronic equipment comprises: touch-display unit and processing unit; Wherein,

Described touch-display unit, for showing multiple application in viewing area, and the non-full screen window that display application is corresponding; Obtain the first touch control operation, resolve described first touch control operation, obtain the first analysis result, send described first analysis result to processing unit;

Described processing unit, for running multiple application, and shows in the viewing area of touch-display unit, when operation has the application of N number of non-full frame mode operation, according to described first analysis result that described touch-display unit is sent, opens the first application; Obtain the attitude parameter of described electronic equipment; Resolve described first application, obtain the property parameters of described first application; According to the described property parameters of the first application, the attitude parameter of described electronic equipment and default conversion parameter, determine the display information of the first non-full screen window that described first application is corresponding; The display interface of described touch-display unit is synthesized according to the display information of described first non-full screen window.

Wherein, the property parameters of described first application comprises: the parameter characterizing the display direction of described first application, and the display direction of horizontal screen and/or perpendicular screen is supported in such as described first application.The attitude parameter of described electronic equipment comprises: the parameter characterizing the current display direction of described electronic equipment, and such as, described electronic equipment is current is horizontal screen state or perpendicular screen state.

Described default conversion parameter comprises: transition matrix, and described transition matrix is used for the full screen window of described first application to be converted to non-full screen window.

By above-mentioned steps, just can when user use mobile terminal, obtain described first application and whether support horizontal screen display to show and/or erect screen display to show, determine that whether described first non-full screen window shows according to the horizontal screen of current mobile terminal or perpendicular screen state;

Such as: if described first application supports that horizontal screen and perpendicular screen display are shown, then the non-full screen window of described first application carries out showing or switching according to the horizontal screen of mobile terminal or perpendicular screen;

If described first application only supports that horizontal screen display is shown, then when mobile terminal is horizontal screen state, the non-full screen window of described first application is that horizontal screen display is shown, when mobile terminal is for perpendicular screen state, the non-full screen window of described first application keeps horizontal screen display to show;

If described first application only supports that perpendicular screen display is shown, then when mobile terminal be horizontal screen or perpendicular screen time, the non-full screen window of described first application all keeps perpendicular screen display to show.

Such as, in Fig. 2, non-full screen window 1 runs the first application, and non-full screen window 2 runs the second application, and wherein, the first application can be QQ or micro-letter, and the second application can be video; Suppose that the first application only supports that perpendicular screen display is shown, the second application supports that horizontal screen and perpendicular screen display are shown; Then when terminal by erect screen be transformed to horizontal screen time, as shown in Figure 3, non-full screen window 1 corresponding to the first application still keeps perpendicular screen display to show state; The non-full screen window 2 of the second application correspondence then switches to horizontal screen display to show.

Wherein, described default conversion parameter can for the transition matrix preset.

The described display window utilizing described default transition matrix corresponding to selected application is changed, and obtains the viewing area of the non-full screen window of described application, comprising: the graphics cache data reading described application; Utilize described default transition matrix, read described graphics cache data are changed, utilize the frame buffer data of the corresponding described touch-display unit of described graphics cache data genaration; Described frame buffer data is utilized to show the non-full screen window of described application in described touch-display unit.

Consider the situation that may there is overlapping region between the non-full screen display window that two methods is corresponding, the coordinate information of the pixel in the graphics cache data of non-full screen display window corresponding for application is set to three-dimensional coordinate (x o, y o, z o); Wherein, different non-full screen display windows has different third dimension coordinate z o, thus, when overlapping region appears in two non-full screen window, or when there is situation about all hiding, different non-full screen window can be distinguished with different third dimension coordinates.

Described default transition matrix can be unit matrix, utilizes described default transition matrix to the three-dimensional coordinate (x expanded in described graphics cache data o, y o, z o) change, can obtain the non-full screen display window of described application, described non-full screen display window graph of a correspondence is data cached comprises the (x after conversion o, y o, z o), and the RGB information of respective pixel point.Visible, by transition matrix, the application of full screen display is converted to non-full screen window, is the non-full screen window that user provides multiple application corresponding, the content in the application that any one non-full screen window is run can be checked flexibly.

By above-mentioned steps, just can when user use mobile terminal, obtain described first application and whether support horizontal screen display to show and/or erect screen display to show, determine that whether described first non-full screen window shows according to the horizontal screen of current mobile terminal or perpendicular screen state;

Such as: if described first application supports that horizontal screen and perpendicular screen display are shown, then the non-full screen window of described first application carries out showing or switching according to the horizontal screen of mobile terminal or perpendicular screen;

If described first application only supports that horizontal screen display is shown, then when mobile terminal is horizontal screen state, the non-full screen window of described first application is that horizontal screen display is shown, when mobile terminal is for perpendicular screen state, the non-full screen window of described first application keeps horizontal screen display to show;

If described first application only supports that perpendicular screen display is shown, then when mobile terminal be horizontal screen or perpendicular screen time, the non-full screen window of described first application all keeps perpendicular screen display to show.

So, just can apply according to first the display direction supported, determine that whether the non-full screen window of described first application correspondence is identical with the display direction of electronic equipment, thus ensure that user uses the problem that there will not be display confusion during non-full screen window, improve the ease for use of non-full frame window system, for user provides abundanter visual experience.

Embodiment five,

The described electronic equipment that the embodiment of the present invention provides, described electronic equipment can be the mobile terminal such as smart mobile phone or panel computer; As shown in Figure 4, described electronic equipment comprises: touch-display unit and processing unit; Wherein,

Described touch-display unit, for showing multiple application in viewing area, and the non-full screen window that display application is corresponding; Obtain the first touch control operation, resolve described first touch control operation, obtain the first analysis result, send described first analysis result to processing unit;

Described processing unit, for running multiple application, and shows in the viewing area of touch-display unit, when operation has the application of N number of non-full frame mode operation, according to described first analysis result that described touch-display unit is sent, opens the first application; Obtain the attitude parameter of described electronic equipment; Resolve described first application, obtain the property parameters of described first application; According to the described property parameters of the first application, the attitude parameter of described electronic equipment and default conversion parameter, determine the display information of the first non-full screen window that described first application is corresponding; The display interface of described touch-display unit is synthesized according to the display information of described first non-full screen window.

Wherein, the property parameters of described first application comprises: the parameter characterizing the display direction of described first application, and the display direction of horizontal screen and/or perpendicular screen is supported in such as described first application.The attitude parameter of described electronic equipment comprises: the parameter characterizing the current display direction of described electronic equipment, and such as, described electronic equipment is current is horizontal screen state or perpendicular screen state.

Described default conversion parameter comprises: transition matrix, and described transition matrix is used for the full screen window of described first application to be converted to non-full screen window.

Described processing unit, specifically for determining the display direction of described first application according to the property parameters of described first application, determines the display direction of current described electronic equipment according to the attitude parameter of described electronic equipment;

Judge whether described first application supports the display direction identical with the display direction of described electronic equipment, if support, then according to the display direction of described electronic equipment, determine the display direction of the first non-full screen window that described first application is corresponding, utilize the display direction of described default conversion parameter and described first non-full screen window, determine the display information of described first non-full screen window;

If not identical, then according to the display direction of described first application, determine the display direction of the first non-full screen window that described first application is corresponding, utilize the display direction of described default conversion parameter and described first non-full screen window, determine the display information of described first non-full screen window.

By above-mentioned steps, just can when user use mobile terminal, obtain described first application and whether support horizontal screen display to show and/or erect screen display to show, determine that whether described first non-full screen window shows according to the horizontal screen of current mobile terminal or perpendicular screen state;

Such as: if described first application supports that horizontal screen and perpendicular screen display are shown, then the non-full screen window of described first application carries out showing or switching according to the horizontal screen of mobile terminal or perpendicular screen;

If described first application only supports that horizontal screen display is shown, then when mobile terminal is horizontal screen state, the non-full screen window of described first application is that horizontal screen display is shown, when mobile terminal is for perpendicular screen state, the non-full screen window of described first application keeps horizontal screen display to show;

If described first application only supports that perpendicular screen display is shown, then when mobile terminal be horizontal screen or perpendicular screen time, the non-full screen window of described first application all keeps perpendicular screen display to show.

Such as, in Fig. 2, non-full screen window 1 runs the first application, and non-full screen window 2 runs the second application, and wherein, the first application can be QQ or micro-letter, and the second application can be video; Suppose that the first application only supports that perpendicular screen display is shown, the second application supports that horizontal screen and perpendicular screen display are shown; Then when terminal by erect screen be transformed to horizontal screen time, as shown in Figure 3, non-full screen window 1 corresponding to the first application still keeps perpendicular screen display to show state; The non-full screen window 2 of the second application correspondence then switches to horizontal screen display to show.

So, just can apply according to first the display direction supported, determine that whether the non-full screen window of described first application correspondence is identical with the display direction of electronic equipment, thus ensure that user uses the problem that there will not be display confusion during non-full screen window, improve the ease for use of non-full frame window system, for user provides abundanter visual experience.

Embodiment six,

The described electronic equipment that the embodiment of the present invention provides, described electronic equipment can be the mobile terminal such as smart mobile phone or panel computer; Described electronic equipment comprises: touch-display unit and processing unit; Wherein,

Described touch-display unit, for showing multiple application in viewing area, and the non-full screen window that display application is corresponding; Obtain the first touch control operation, resolve described first touch control operation, obtain the first analysis result, send described first analysis result to processing unit;

Described processing unit, for running multiple application, and shows in the viewing area of touch-display unit, when operation has the application of N number of non-full frame mode operation, according to described first analysis result that described touch-display unit is sent, opens the first application; Obtain the attitude parameter of described electronic equipment; Resolve described first application, obtain the property parameters of described first application; According to the described property parameters of the first application, the attitude parameter of described electronic equipment and default conversion parameter, determine the display information of the first non-full screen window that described first application is corresponding; The display interface of described touch-display unit is synthesized according to the display information of described first non-full screen window.

Wherein, the property parameters of described first application comprises: the parameter characterizing the display direction of described first application, and the display direction of horizontal screen and/or perpendicular screen is supported in such as described first application.The attitude parameter of described electronic equipment comprises: the parameter characterizing the current display direction of described electronic equipment, and such as, described electronic equipment is current is horizontal screen state or perpendicular screen state.

Described default conversion parameter comprises: transition matrix, and described transition matrix is used for the full screen window of described first application to be converted to non-full screen window.

Described processing unit, specifically for determining the display direction of described first application according to the property parameters of described first application, determines the display direction of current described electronic equipment according to the attitude parameter of electronic equipment;

Judge whether described first application supports the display direction identical with the display direction of described electronic equipment, if support, then according to the display direction of described electronic equipment, determine the display direction of the first non-full screen window that described first application is corresponding, utilize the display direction of described default conversion parameter and described first non-full screen window, determine the display information of described first non-full screen window;

If not identical, then according to the display direction of described first application, determine the display direction of the first non-full screen window that described first application is corresponding, utilize the display direction of described default conversion parameter and described first non-full screen window, determine the display information of described first non-full screen window.

Such as, in Fig. 2, non-full screen window 1 runs the first application, and non-full screen window 2 runs the second application, and wherein, the first application can be QQ or micro-letter, and the second application can be video; Suppose that the first application only supports that perpendicular screen display is shown, the second application supports that horizontal screen and perpendicular screen display are shown; Then when terminal by erect screen be transformed to horizontal screen time, as shown in Figure 3, non-full screen window 1 corresponding to the first application still keeps perpendicular screen display to show state; The non-full screen window 2 of the second application correspondence then switches to horizontal screen display to show.

Wherein, described default conversion parameter can for the transition matrix preset.

Described processing unit, specifically for obtaining described default conversion parameter; Utilize the display direction of described conversion parameter and described first non-full screen window, the full screen display window corresponding to described first application is changed, and obtains the viewing area of the first non-full screen window of described first application.

Consider the situation that may there is overlapping region between the non-full screen display window that two methods is corresponding, the coordinate information of the pixel in the graphics cache data of non-full screen display window corresponding for application is set to three-dimensional coordinate (x o, y o, z o); Wherein, different non-full screen display windows has different third dimension coordinate z o, thus, when overlapping region appears in two non-full screen window, or when there is situation about all hiding, different non-full screen window can be distinguished with different third dimension coordinates.

Described default transition matrix can be unit matrix, utilizes described default transition matrix to the three-dimensional coordinate (x expanded in described graphics cache data o, y o, z o) change, can obtain the non-full screen display window of described application, described non-full screen display window graph of a correspondence is data cached comprises the (x after conversion o, y o, z o), and the RGB information of respective pixel point.Visible, by transition matrix, the application of full screen display is converted to non-full screen window, is the non-full screen window that user provides multiple application corresponding, the content in the application that any one non-full screen window is run can be checked flexibly.

Preferably, can also can also carry out multiple adjustment to described non-full screen window, described adjustment is specially transition matrix corresponding to the described non-full screen window of adjustment,

Such as, if non-full screen window is reduced 1/2, then according to described response message, transition matrix corresponding for described non-full screen window is become 1 / 2 0 0 0 1 / 2 0 0 0 1 / 2 , Three-dimensional coordinate (the x of each pixel in the frame buffer data that described non-full screen window is corresponding t, y t, z t) be:

( x t , y t , z t ) = 1 / 2 0 0 0 1 / 2 0 0 0 1 / 2 × x o y o z o ;

Again by described non-full screen window transverse shifting Δ x, vertically move Δ y, then the transition matrix of described non-full screen window is 1 / 2 0 Δx 0 1 / 2 Δy 0 0 1 / 2 , Three-dimensional coordinate (the x of each pixel in the frame buffer data that described non-full screen window is corresponding t, y t, z t) be:

( x t , y t , z t ) = 1 / 2 0 Δx 0 1 / 2 Δy 0 0 1 / 2 × x o y o z o .

Preferably, the display parameter of described first application can be arranged by user, such as described first application can be set to only to erect screen display and show.

So, just can apply according to first the display direction supported, determine that whether the non-full screen window of described first application correspondence is identical with the display direction of electronic equipment, thus ensure that user uses the problem that there will not be display confusion during non-full screen window, improve the ease for use of non-full frame window system, for user provides abundanter visual experience.

In several embodiments that the application provides, should be understood that disclosed equipment and method can realize by another way.Apparatus embodiments described above is only schematic, such as, the division of described unit, be only a kind of logic function to divide, actual can have other dividing mode when realizing, and as: multiple unit or assembly can be in conjunction with, maybe can be integrated into another system, or some features can be ignored, or do not perform.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 illustrated as separating component or can may not be and physically separates, and the parts as unit display can be or may not be physical location, namely can be positioned at a place, also can be distributed in multiple network element; Part or all of unit wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.

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

One of ordinary skill in the art will appreciate that: all or part of step realizing said method embodiment can have been come by the hardware that programmed instruction is relevant, aforesaid program can be stored in a computer read/write memory medium, this program, when performing, performs the step comprising said method embodiment; And aforesaid storage medium comprises: movable storage device, ROM (read-only memory) (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disc or CD etc. various can be program code stored medium.

The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, all should be encompassed within 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 (10)

1. an information processing method, be applied to electronic equipment, described electronic equipment has touch-display unit, described electronic equipment can run multiple application, and show in the viewing area of touch-display unit, when opening the window of N number of non-full frame mode operation application, N be more than or equal to 1 integer; Described method comprises:
Described touch-display unit obtains the first touch control operation, resolves described first touch control operation, obtains the first analysis result, according to described first analysis result, opens the first application;
Obtain the attitude parameter of described electronic equipment;
Resolve described first application, obtain the property parameters of described first application;
According to the described property parameters of the first application, the attitude parameter of described electronic equipment and default conversion parameter, determine the display information of the first non-full screen window that described first application is corresponding;
The display interface of described first non-full screen window in described touch-display unit is synthesized according to the display information of described first non-full screen window.
2. method according to claim 1, is characterized in that, the property parameters of described first application comprises: the parameter characterizing the display direction of described first application;
The attitude parameter of described electronic equipment comprises: the parameter characterizing the current display direction of described electronic equipment.
3. method according to claim 2, is characterized in that, according to the described property parameters of the first application, the attitude parameter of described electronic equipment and default conversion parameter, determines the display information of the first non-full screen window that described first application is corresponding, comprising:
Determine the display direction of described first application according to the property parameters of described first application, determine the display direction of current described electronic equipment according to the attitude parameter of described electronic equipment;
Judge whether described first application supports the display direction identical with the display direction of described electronic equipment, if support, then according to the display direction of described electronic equipment, determine the display direction of the first non-full screen window that described first application is corresponding, utilize the display direction of described default conversion parameter and described first non-full screen window, determine the display information of described first non-full screen window;
If not identical, then according to the display direction of described first application, determine the display direction of the first non-full screen window that described first application is corresponding, utilize the display direction of described default conversion parameter and described first non-full screen window, determine the display information of described first non-full screen window.
4. method according to claim 3, is characterized in that, the described display direction utilizing described default conversion parameter and described first non-full screen window, determines the display information of described first non-full screen window, comprising:
Obtain described default conversion parameter; Utilize the display direction of described conversion parameter and described first non-full screen window, the full screen display window corresponding to described first application is changed, and obtains the first non-full frame window display interface of corresponding described first application.
5. the method according to any one of claim 1-4, is characterized in that, the form that described conversion parameter adopts comprises: parameter value, matrix, parameter group and parameter sets.
6. an electronic equipment, described electronic equipment comprises: touch-display unit and processing unit; Wherein,
Described touch-display unit, for when opening the window of N number of non-full frame mode operation application, N be more than or equal to 1 integer; Obtain the first touch control operation, resolve described first touch control operation, obtain the first analysis result, send described first analysis result to processing unit;
Described processing unit, for running multiple application, and shows in the viewing area of touch-display unit, when operation has the application of N number of non-full frame mode operation, according to described first analysis result that described touch-display unit is sent, opens the first application; Obtain the attitude parameter of described electronic equipment; Resolve described first application, obtain the property parameters of described first application; According to the described property parameters of the first application, the attitude parameter of described electronic equipment and default conversion parameter, determine the display information of the first non-full screen window that described first application is corresponding; The display interface of described first non-full screen window in described touch-display unit is synthesized according to the display information of described first non-full screen window.
7. electronic equipment according to claim 6, is characterized in that, the property parameters of described first application comprises: the parameter characterizing the display direction of described first application;
The attitude parameter of described electronic equipment comprises: the parameter characterizing the current display direction of described electronic equipment.
8. electronic equipment according to claim 7, is characterized in that,
Described processing unit, specifically for determining the display direction of described first application according to the property parameters of described first application, determines the display direction of current described electronic equipment according to the attitude parameter of place electronic equipment;
Judge whether described first application supports the display direction identical with the display direction of described electronic equipment, if support, then according to the display direction of described electronic equipment, determine the display direction of the first non-full screen window that described first application is corresponding, utilize the display direction of described default conversion parameter and described first non-full screen window, determine the display information of described first non-full screen window;
If not identical, then according to the display direction of described first application, determine the display direction of the first non-full screen window that described first application is corresponding, utilize the display direction of described default conversion parameter and described first non-full screen window, determine the display information of described first non-full screen window.
9. electronic equipment according to claim 8, is characterized in that, described processing unit, specifically for obtaining described default conversion parameter; Utilize the display direction of described conversion parameter and described first non-full screen window, the full screen display window corresponding to described first application is changed, and obtains the first non-full frame window display interface of corresponding described first application.
10. the electronic equipment according to any one of claim 6-9, is characterized in that, the form that described transition matrix adopts comprises: parameter value, matrix, parameter group and parameter sets.
CN201310517765.8A 2013-10-28 2013-10-28 Information processing method and electronic equipment CN104571843A (en)

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Application publication date: 20150429