CN103885711A - Method and system for controlling screen splitting of electronic device - Google Patents
Method and system for controlling screen splitting of electronic device Download PDFInfo
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- CN103885711A CN103885711A CN201410106994.5A CN201410106994A CN103885711A CN 103885711 A CN103885711 A CN 103885711A CN 201410106994 A CN201410106994 A CN 201410106994A CN 103885711 A CN103885711 A CN 103885711A
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Abstract
The invention provides a method for controlling screen splitting of an electronic device. The method includes the steps of storing a corresponding relation between screen splitting operation signals and applications, (2) judging whether man-machine input signals are the screen splitting operation signals or not, (3) transmitting screen splitting commands according to the screen splitting operation signals, (4) forming branch screens on an original screen according to the screen splitting commands, and (5) starting the corresponding applications according to the corresponding relation between the screen splitting operation signals and the applications while the branch screens are formed, and displaying corresponding interfaces where the applications are operated in the branch screens. The invention further provides a system for controlling screen splitting of the electronic device. According to the method and device for controlling screen splitting of the electronic device, the different applications are started while screen splitting is carried out according to different screen splitting modes and different screen splitting scenes, and the screen splitting function is user-friendly.
Description
Technical Field
The invention relates to a control method for split screen display on an electronic device and a corresponding split screen control system.
Background
With the diversification of electronic devices and the continuous expansion of screen sizes, a screen splitting function appears on many devices. By utilizing the split screen function, a plurality of applications can be displayed on the same interface at the same time, and the problem of complicated operation of entering and exiting among the plurality of applications is avoided.
In the existing device, the split screen forms are all single. In the prior art, CN201310528441.4, "a method for freely splitting a screen and a mobile terminal" provides a method for freely splitting a screen, which allows a user to divide a screen into regular or irregular shapes to achieve free splitting of a screen, but the splitting operation and the starting of applications in the split screen are independent, and it is necessary to divide the screen first, pull the applications to each split block, and finally open different applications, which is tedious in operation and cannot fully exhibit the advantages of splitting the screen.
Disclosure of Invention
The invention provides a screen splitting control method of electronic equipment, aiming at solving the technical problem of complicated operation of the existing screen splitting control mode, comprising the following steps:
step s 1: storing the corresponding relation between the split screen operation signal and the application;
step s 2: judging whether the man-machine input signal is a split screen operation signal or not;
step s 3: sending a screen splitting command according to the screen splitting operation signal;
step s 4: forming a split screen on the original screen according to the split screen command;
step s 5: and starting the corresponding application according to the corresponding relation between the split screen operation signal and the application while forming the split screen, and displaying an interface corresponding to the application in the split screen.
As a further improvement of the split-screen control method of the present invention,
in step s 1: storing corresponding relations between different screen splitting modes and different applications;
in step s 2: judging which screen splitting mode the screen splitting operation signal corresponds to;
in step s 3: sending out corresponding screen splitting commands according to different screen splitting modes;
in step s 4: forming a split screen on the original screen according to the split screen command and a corresponding split screen mode;
in step s 5: and starting the corresponding application according to the corresponding relation between the split screen mode and the application while forming the split screen, and displaying an interface corresponding to the application in the split screen.
As a further improvement of the split-screen control method of the present invention,
in step s 2: when the path formed by the touched point on the original screen is sensed to be directed to the middle part of the original screen from the periphery of the original screen in a one-way, the screen splitting operation signal is judged to correspond to a one-way extrusion screen splitting mode,
in step s 4: forming a split screen at an area pointed by a path on the original screen according to the split screen command;
or,
in step s 2: when the path formed by the touched points on the original screen is sensed to be directed to the middle part of the original screen from the periphery of the original screen in a bidirectional way, the screen splitting operation signal is judged to correspond to a bidirectional extrusion screen splitting mode,
in step s 4: forming a split screen in the middle of the original screen according to the split screen command;
or,
in step s 2: when the path formed by the touched point on the original screen is sensed to be directed to the other end of the original screen from one end of the original screen in a one-way manner, the screen division operation signal is judged to correspond to a line division mode,
in step s 4: forming a split screen on one side of the path on the original screen according to the split screen command;
or,
in step s 2: when the path formed by the touch points on the original screen is sensed to be a closed loop, the screen splitting operation signal is judged to correspond to a closed loop screen splitting mode,
in step s 4: forming a split screen in the closed ring according to a split screen command;
or,
in step s 2: when sensing that a path formed by touch points on the original screen covers a certain area, judging that the split screen operation signal corresponds to a smearing split screen mode,
in step s 4: and forming a split screen at the covered area according to the split screen command.
As a further improvement of the split-screen control method of the present invention,
in step s 1: stores the corresponding relation between different shapes or areas of the sub-screen and different applications,
in step s 2: judging the shape or area information contained in the split screen operation signal,
in step s 3: issuing a screen-splitting command according to the screen-splitting operation, the screen-splitting command including information of the shape or area of the split screen to be generated corresponding to the shape or area information in step s1,
in step s 4: forming a split screen with corresponding shape and area on the original screen according to the split screen command,
in step s 5: starting corresponding application according to the corresponding relation between the shape or area and the application while forming the sub-screen, and displaying an interface corresponding to the application in the sub-screen;
or,
in step s 1: storing a correspondence between applications, wherein the first application corresponds to the second application,
in step s 2: judging whether the first application receives a split screen operation signal in the running process,
in step s 5: starting a second application according to the corresponding relation between the applications while forming the sub-screen, and displaying an interface corresponding to the second application in the sub-screen;
or,
in step s 1: the correspondence between the storage time and the application,
step s 11: the time is counted and the time is counted,
in step s 5: while forming the sub-screen, starting the corresponding application according to the corresponding relation between the time and the application and displaying an interface corresponding to the application in the sub-screen;
or,
step s 12: storing the corresponding relation between the time and the shape or area of the sub-screen,
step s 13: the time is counted and the time is counted,
in step s 4: and forming a sub screen with a corresponding shape or area on the original screen according to the sub screen command and the corresponding relation between the time and the shape or area of the sub screen.
As a further improvement of the split-screen control method of the present invention,
in step s4, the sub-screen can be stretched or dragged on the original screen, and the content displayed on the original screen avoids the shielding of the sub-screen in a manner of reducing icons, fonts or adjusting the interface layout;
or,
in step s 4: two or more sub-screens are formed on the original screen, and the size of each sub-screen can be adjusted.
The invention also provides a screen division control system of the electronic equipment, which comprises:
the screen splitting operation and application relation storage module comprises: the device is used for storing the corresponding relation between the split screen operation signal and the application;
the signal receiving and judging module: the device is used for judging whether the man-machine input signal is a split screen operation signal or not;
the split screen command generation module: the screen splitting device is used for sending a screen splitting command according to the screen splitting operation signal;
a split screen generation module: the system comprises a screen display unit, a screen display unit and a control unit, wherein the screen display unit is used for forming a sub-screen on an original screen according to a command instruction;
an application control module: and the screen splitting module is used for starting corresponding application according to the corresponding relation between the screen splitting operation signal and the application while forming the split screen and displaying an interface corresponding to the application in the split screen.
As a further improvement, the split screen control system comprises:
the screen splitting operation and application relation storage module is further used for storing corresponding relations between different screen splitting modes and different applications;
the signal receiving and judging module is further used for judging which screen splitting mode the screen splitting operation signal corresponds to;
the screen splitting command generation module is further used for sending corresponding screen splitting commands according to different screen splitting modes;
the split screen generating module is further used for forming a split screen on the original screen according to the split screen command in a corresponding split screen mode;
the application control module is further used for starting corresponding application according to the corresponding relation between the split screen mode and the application while forming the split screen and displaying an interface corresponding to the application in the split screen.
As a further improvement, the split screen control system comprises:
the signal receiving and judging module is further used for judging that the split screen operation signal corresponds to a one-way extrusion split screen mode when sensing that a path formed by the touched points on the original screen points to the middle part of the original screen from the periphery of the original screen in a one-way manner,
the split screen generating module is further used for forming a split screen at the area pointed by the path on the original screen according to the split screen command;
or,
the signal receiving and judging module is further used for judging that the split screen operation signal corresponds to a bidirectional extrusion split screen mode when sensing that a path formed by the touched points on the original screen points to the middle part of the original screen from the periphery of the original screen in a bidirectional way,
the split screen generating module is further used for forming a split screen in the middle of the original screen according to the split screen command;
or,
the signal receiving and judging module is further used for judging that the split screen operation signal corresponds to a scribing and splitting screen mode when sensing that a path formed by the touched points on the original screen points to the other end of the original screen from one end of the original screen in a one-way mode,
the split screen generating module is further used for forming a split screen on one side of the path on the original screen according to the split screen command;
or,
the signal receiving and judging module is further used for judging that the screen splitting operation signal corresponds to a closed loop screen splitting mode when sensing that a path formed by the touched points on the original screen is a closed loop,
the screen splitting generation module is further used for forming a screen splitting in the closed ring according to a screen splitting command;
or,
the signal receiving and judging module is further used for judging that the split screen operation signal corresponds to a smearing split screen mode when sensing that a path formed by the touch points on the original screen covers a certain area,
the split screen generating module is further used for forming a split screen at the covered area according to the split screen command.
As a further improvement, the split screen control system comprises:
the split screen operation and application relation storage module is further used for storing the corresponding relation between different shapes or different areas of the split screen and different applications,
the signal receiving and judging module is further used for judging the shape or area information contained in the split-screen operation signal,
the screen splitting command generating module is further used for sending a screen splitting command according to the screen splitting operation, the screen splitting command comprises information of the shape or the area of the split screen to be generated corresponding to the shape or the area information,
the split screen generating module is further used for forming a split screen with a corresponding shape and area on the original screen according to the split screen command,
the application control module is further used for starting corresponding application according to the corresponding relation between the shape or the area and the application while forming the sub-screen and displaying an interface corresponding to the application in the sub-screen;
or,
the screen splitting operation and application relation storage module is further used for storing the corresponding relation among the applications, wherein the first application corresponds to the second application,
the signal receiving and judging module is further used for judging whether the first application receives the split screen operation signal in the running process,
the application control module is further used for starting a second application according to the corresponding relation between the applications while forming the sub-screen and displaying an interface corresponding to the second application in the sub-screen;
or,
the screen-splitting operation and application relation storage module is further used for storing the corresponding relation between the time and the application,
a timing module: the time-measuring device is used for measuring the time,
the application control module is further used for starting corresponding application according to the corresponding relation between the time and the application while forming the sub-screen and displaying an interface corresponding to the application in the sub-screen;
or,
the time and property or area relation storage module comprises: for storing the correspondence of time to sub-screen shape or area,
a timing module: the time-measuring device is used for measuring the time,
the split screen generating module is further used for forming a split screen with a corresponding shape or area on the original screen according to the split screen command and the corresponding relation between the time and the split screen shape or area.
As a further improvement, the split screen control system comprises:
the split screen generating module is further used for stretching or dragging the split screen on the original screen, and the content displayed on the original screen avoids the shielding of the split screen in a mode of reducing icons and fonts or adjusting the interface layout;
or,
the split screen generating module is further used for forming two or more split screens on the original screen, and the size of each split screen can be adjusted.
The invention has the following beneficial effects: according to different screen splitting modes and scenes, different applications are started simultaneously in a screen splitting mode, so that the screen splitting function is more humanized; in addition, the method simplifies User operation, enhances the UI (User Interface) interaction efficiency of the electronic device, and has wide market prospect.
Drawings
FIG. 1 is a schematic flow chart of a split-screen control method according to an embodiment of the present invention;
fig. 2-6 illustrate various different ways of splitting screens according to embodiments of the present invention.
Detailed Description
The invention is further described with reference to the following figures and detailed description.
As shown in fig. 1, the electronic device split-screen control method of the embodiment includes the following steps:
step s 1: storing the corresponding relation between the split screen operation signal and the application (the corresponding relation between the split screen operation and the application can be defined by a user);
step s 2: judging whether the man-machine input signal is a split screen operation signal or not;
step s 3: sending a screen splitting command according to the screen splitting operation signal;
step s 4: forming a split screen on the original screen according to the split screen command;
step s 5: and starting the corresponding application according to the corresponding relation between the split screen operation signal and the application while forming the split screen, and displaying an interface corresponding to the application in the split screen.
In the screen splitting control method according to the embodiment of the present invention, a plurality of different screen splitting modes may be provided, for example, screen splitting is performed in a single-side pressing mode, screen splitting is performed in a double-side pressing mode, screen splitting is performed in a line (straight line or curved line) mode, screen splitting is performed in a closed circle drawing mode, screen splitting is performed in a smearing mode, and the like, and different screen splitting modes may be set to correspond to different applications. In particular, the method comprises the following steps of,
in step s 1: storing corresponding relations between different screen splitting modes and different applications;
in step s 2: judging which screen splitting mode the screen splitting operation signal corresponds to;
in step s 3: sending out corresponding screen splitting commands according to different screen splitting modes;
in step s 4: forming a split screen on the original screen according to the split screen command and a corresponding split screen mode;
in step s 5: and starting the corresponding application according to the corresponding relation between the split screen mode and the application while forming the split screen, and displaying an interface corresponding to the application in the split screen.
In the split-screen control method of this embodiment, the split-screen mode can be of different types, for example, as shown in fig. 2, a single-side extrusion split-screen mode is adopted:
in step s 2: when the path formed by the touched point on the original screen is sensed to be directed to the middle part of the original screen from the periphery of the original screen in a one-way, the screen splitting operation signal is judged to correspond to a one-way extrusion screen splitting mode,
in step s 4: and forming a split screen at the area pointed by the path on the original screen according to the split screen command.
For example, a bilateral extrusion split screen mode is adopted:
in step s 2: when the path formed by the touched points on the original screen is sensed to be directed to the middle part of the original screen from the periphery of the original screen in a bidirectional way, the screen splitting operation signal is judged to correspond to a bidirectional extrusion screen splitting mode,
in step s 4: and forming a split screen in the middle of the original screen according to the split screen command.
For example, as shown in fig. 3, a scribing method is adopted:
in step s 2: when the path formed by the touched point on the original screen is sensed to be directed to the other end of the original screen from one end of the original screen in a one-way manner, the screen division operation signal is judged to correspond to a line division mode,
in step s 4: and forming a split screen on one side of the path on the original screen according to the split screen command.
For example, as shown in fig. 4, a closed-loop screen splitting method is adopted:
in step s 2: when the path formed by the touch points on the original screen is sensed to be a closed loop, the screen splitting operation signal is judged to correspond to a closed loop screen splitting mode,
in step s 4: and forming a split screen in the closed ring according to the split screen command.
For another example, as shown in fig. 5, a smearing split screen method is adopted:
in step s 2: when sensing that a path formed by touch points on the original screen covers a certain area, judging that the split screen operation signal corresponds to a smearing split screen mode,
in step s 4: and forming a split screen at the covered area according to the split screen command.
The different applications can be controlled to start by utilizing the information such as the shape or the area of the screen selected when the screen splitting operation is carried out, the shape or the area of a closed ring drawn on the original screen by a user, the shape or the area of an area used for smearing on the original screen and the like. In particular, the split screen control method of the embodiment of the invention,
in step s 1: stores the corresponding relation between different shapes or areas of the sub-screen and different applications,
in step s 2: judging the shape or area information contained in the split screen operation signal,
in step s 3: issuing a screen-splitting command according to the screen-splitting operation, the screen-splitting command including information of the shape or area of the split screen to be generated corresponding to the shape or area information in step s1,
in step s 4: forming a split screen with corresponding shape and area on the original screen according to the split screen command,
in step s 5: starting corresponding application according to the corresponding relation between the shape or area and the application while forming the sub-screen, and displaying an interface corresponding to the application in the sub-screen;
in the process of running a specific application, for example, in a display theme mode or in the process of running a functional application, when the screen splitting operation is performed, another specific application can be started in the screen splitting operation. Specifically, the split-screen display control method of the embodiment of the invention comprises the following steps:
in step s 1: storing a correspondence between applications, wherein the first application corresponds to the second application,
in step s 2: judging whether the first application receives a split screen operation signal in the running process,
in step s 5: and starting a second application according to the corresponding relation between the applications while forming the sub-screen, and displaying an interface corresponding to the running of the second application in the sub-screen.
The system time of the electronic equipment can be associated with the application, for example, when the screen splitting operation is carried out at 10-11 pm, an alarm setting interface is automatically displayed in the split screen at the same time when the split screen is generated. Specifically, the split-screen control method of the embodiment of the invention comprises the following steps:
in step s 1: the correspondence between the storage time and the application,
step s 11: the time is counted and the time is counted,
in step s 5: and starting the corresponding application according to the corresponding relation between the time and the application while forming the sub-screen, and displaying an interface corresponding to the application in the sub-screen.
The system time of the electronic device can be related to the shape or area of the sub-screen, for example, when the sub-screen is operated at 6-7 am, a flower-shaped sub-screen is automatically formed. Specifically, the split-screen control method of the embodiment of the invention comprises the following steps:
step s 12: storing the corresponding relation between the time and the shape or area of the sub-screen,
step s 13: the time is counted and the time is counted,
in step s 4: and forming a sub screen with a corresponding shape or area on the original screen according to the sub screen command and the corresponding relation between the time and the shape or area of the sub screen.
Preferably, the split-screen control method in the embodiment of the present invention includes:
in step s4, the sub-screen can be stretched or dragged on the original screen, and the content displayed on the original screen avoids the shielding of the sub-screen in a manner of reducing icons, fonts or adjusting the interface layout;
or,
in step s 4: two or more sub-screens are formed on the original screen, and the size of each sub-screen can be adjusted.
The embodiment of the electronic equipment split screen control system corresponding to the electronic equipment split screen control method provided by the embodiment of the invention comprises the following steps:
the screen splitting operation and application relation storage module comprises: the device is used for storing the corresponding relation between the split screen operation signal and the application;
the signal receiving and judging module: the device is used for judging whether the man-machine input signal is a split screen operation signal or not;
the split screen command generation module: the screen splitting device is used for sending a screen splitting command according to the screen splitting operation signal;
a split screen generation module: the system comprises a screen display unit, a screen display unit and a control unit, wherein the screen display unit is used for forming a sub-screen on an original screen according to a command instruction;
an application control module: and the screen splitting module is used for starting corresponding application according to the corresponding relation between the screen splitting operation signal and the application while forming the split screen and displaying an interface corresponding to the application in the split screen.
The split screen control system of the embodiment of the invention comprises:
the screen splitting operation and application relation storage module is further used for storing corresponding relations between different screen splitting modes and different applications;
the signal receiving and judging module is further used for judging which screen splitting mode the screen splitting operation signal corresponds to;
the screen splitting command generation module is further used for sending corresponding screen splitting commands according to different screen splitting modes;
the split screen generating module is further used for forming a split screen on the original screen according to the split screen command in a corresponding split screen mode;
the application control module is further used for starting corresponding application according to the corresponding relation between the split screen mode and the application while forming the split screen and displaying an interface corresponding to the application in the split screen.
The split screen control system of the embodiment of the invention comprises:
the signal receiving and judging module is further used for judging that the split screen operation signal corresponds to a one-way extrusion split screen mode when sensing that a path formed by the touched points on the original screen points to the middle part of the original screen from the periphery of the original screen in a one-way manner,
and the split screen generating module is further used for forming a split screen at the area pointed by the path on the original screen according to the split screen command.
The split screen control system of the embodiment of the invention comprises:
the signal receiving and judging module is further used for judging that the split screen operation signal corresponds to a bidirectional extrusion split screen mode when sensing that a path formed by the touched points on the original screen points to the middle part of the original screen from the periphery of the original screen in a bidirectional way,
the split screen generating module is further used for forming a split screen in the middle of the original screen according to the split screen command.
The split screen control system of the embodiment of the invention comprises:
the signal receiving and judging module is further used for judging that the split screen operation signal corresponds to a scribing and splitting screen mode when sensing that a path formed by the touched points on the original screen points to the other end of the original screen from one end of the original screen in a one-way mode,
and the split screen generating module is further used for forming a split screen on one side of the path on the original screen according to the split screen command.
The split screen control system of the embodiment of the invention comprises:
the signal receiving and judging module is further used for judging that the screen splitting operation signal corresponds to a closed loop screen splitting mode when sensing that a path formed by the touched points on the original screen is a closed loop,
the split screen generating module is further used for forming split screens in the closed ring according to the split screen command.
The split screen control system of the embodiment of the invention comprises:
the signal receiving and judging module is further used for judging that the split screen operation signal corresponds to a smearing split screen mode when sensing that a path formed by the touch points on the original screen covers a certain area,
the split screen generating module is further used for forming a split screen at the covered area according to the split screen command.
The split screen control system of the embodiment of the invention comprises:
the split screen operation and application relation storage module is further used for storing the corresponding relation between different shapes or different areas of the split screen and different applications,
the signal receiving and judging module is further used for judging the shape or area information contained in the split-screen operation signal,
the screen splitting command generating module is further used for sending a screen splitting command according to the screen splitting operation, the screen splitting command comprises information of the shape or the area of the split screen to be generated corresponding to the shape or the area information,
the split screen generating module is further used for forming a split screen with a corresponding shape and area on the original screen according to the split screen command,
the application control module is further used for starting corresponding application according to the corresponding relation between the shape or the area and the application while forming the sub-screen and displaying an interface corresponding to the application in the sub-screen.
The split screen control system of the embodiment of the invention comprises:
the screen splitting operation and application relation storage module is further used for storing the corresponding relation among the applications, wherein the first application corresponds to the second application,
the signal receiving and judging module is further used for judging whether the first application receives the split screen operation signal in the running process,
the application control module is further used for starting a second application according to the corresponding relation between the applications while forming the sub-screen and displaying an interface corresponding to the second application in the sub-screen.
The split screen control system of the embodiment of the invention comprises:
the screen-splitting operation and application relation storage module is further used for storing the corresponding relation between the time and the application,
a timing module: the time-measuring device is used for measuring the time,
the application control module is further used for starting corresponding application according to the corresponding relation between the time and the application while forming the sub-screen and displaying an interface corresponding to the application in the sub-screen.
The split screen control system of the embodiment of the invention comprises:
the time and property or area relation storage module comprises: for storing the correspondence of time to sub-screen shape or area,
a timing module: the time-measuring device is used for measuring the time,
the split screen generating module is further used for forming a split screen with a corresponding shape or area on the original screen according to the split screen command and the corresponding relation between the time and the split screen shape or area.
The split screen control system of the embodiment of the invention comprises:
the split screen generating module is further used for stretching or dragging the split screen on the original screen, and the content displayed on the original screen avoids the shielding of the split screen in a mode of reducing icons and fonts or adjusting the interface layout;
or,
the split screen generating module is further used for forming two or more split screens on the original screen, and the size of each split screen can be adjusted.
By utilizing the screen splitting control system and the screen splitting control method provided by the embodiment of the invention, different applications are started according to different screen splitting modes, shapes and areas. Taking the shape of a split screen as an example, a square starts a short message function, a round starts a dial plate, and an irregular shape opens a new message; taking the area of the sub-screen as an example, if the current page 1/4 starts the application No. 1, the application No. 2 is started between 1/4-1/2, and the area of the new sub-screen is larger than 1/2 and starts the application No. 3.
For another example, the application is associated with the application, for example, an electronic book is associated with music, split screens are started in any form in an electronic book interface, and a music player function is opened in a new screen block; if the user hears the prompt of the new short message on the webpage browsing interface of the electronic book, the user draws an irregular graph on the interface and displays the content of the short message in the irregular graph.
And for example, the application is associated with time, a specific application is started in any interface starting partition within a certain time period, for example, 9-12 points at night are associated with an alarm clock, any interface starts split screen within the time period, and the alarm clock is started in the split screen.
Various split-screen display modes can be set by a user or preset by a system; when the sub-screen is an independent closed area, such as a mode of drawing a circle to form the sub-screen, a picture-in-picture mode is recommended to display, the sub-screen is displayed on an original screen, dragging and stretching are supported to adjust the position and the size of the sub-screen, an originally running application is displayed in the original screen, the interface layout and the style are kept unchanged, and an overlapping area with the sub-screen is shielded; when the split screen is an area formed by a boundary and the edge of the original screen, recommending the split screen to display in an avoiding mode, and avoiding the shielding of the split screen by the original screen in a mode of reducing icons and fonts or adjusting the interface layout; the original screen may be divided into two or more sub-screens, e.g. completely divided into only two display areas: first split screen and second split screen (as shown in fig. 6), the user can adjust the size of the two blocks, and the two blocks have this trade-off relationship. In this embodiment, the split screen function may be turned on or off by a switch or a voice command.
While the invention has been described in further detail with reference to specific preferred embodiments, it is not intended that the invention be limited to these details. For those skilled in the art to which the invention pertains, several simple deductions or substitutions can be made without departing from the spirit of the invention, and all shall be considered as belonging to the protection scope of the invention.
Claims (10)
1. A screen splitting control method of electronic equipment is characterized by comprising the following steps:
step s 1: storing the corresponding relation between the split screen operation signal and the application;
step s 2: judging whether the man-machine input signal is a split screen operation signal or not;
step s 3: sending a screen splitting command according to the screen splitting operation signal;
step s 4: forming a split screen on the original screen according to the split screen command;
step s 5: and starting the corresponding application according to the corresponding relation between the split screen operation signal and the application while forming the split screen, and displaying an interface corresponding to the application in the split screen.
2. The screen-splitting control method according to claim 1, characterized in that:
in step s 1: storing corresponding relations between different screen splitting modes and different applications;
in step s 2: judging which screen splitting mode the screen splitting operation signal corresponds to;
in step s 3: sending out corresponding screen splitting commands according to different screen splitting modes;
in step s 4: forming a split screen on the original screen according to the split screen command and a corresponding split screen mode;
in step s 5: and starting the corresponding application according to the corresponding relation between the split screen mode and the application while forming the split screen, and displaying an interface corresponding to the application in the split screen.
3. The screen division control method according to claim 1 or 2, characterized in that:
in step s 2: when the path formed by the touched point on the original screen is sensed to be directed to the middle part of the original screen from the periphery of the original screen in a one-way, the screen splitting operation signal is judged to correspond to a one-way extrusion screen splitting mode,
in step s 4: forming a split screen at an area pointed by a path on the original screen according to the split screen command;
or,
in step s 2: when the path formed by the touched points on the original screen is sensed to be directed to the middle part of the original screen from the periphery of the original screen in a bidirectional way, the screen splitting operation signal is judged to correspond to a bidirectional extrusion screen splitting mode,
in step s 4: forming a split screen in the middle of the original screen according to the split screen command;
or,
in step s 2: when the path formed by the touched point on the original screen is sensed to be directed to the other end of the original screen from one end of the original screen in a one-way manner, the screen division operation signal is judged to correspond to a line division mode,
in step s 4: forming a split screen on one side of the path on the original screen according to the split screen command;
or,
in step s 2: when the path formed by the touch points on the original screen is sensed to be a closed loop, the screen splitting operation signal is judged to correspond to a closed loop screen splitting mode,
in step s 4: forming a split screen in the closed ring according to a split screen command;
or,
in step s 2: when sensing that a path formed by touch points on the original screen covers a certain area, judging that the split screen operation signal corresponds to a smearing split screen mode,
in step s 4: and forming a split screen at the covered area according to the split screen command.
4. The screen-splitting control method according to claim 1, characterized by comprising:
in step s 1: stores the corresponding relation between different shapes or areas of the sub-screen and different applications,
in step s 2: judging the shape or area information contained in the split screen operation signal,
in step s 3: issuing a screen-splitting command according to the screen-splitting operation, the screen-splitting command including information of the shape or area of the split screen to be generated corresponding to the shape or area information in step s1,
in step s 4: forming a split screen with corresponding shape and area on the original screen according to the split screen command,
in step s 5: starting corresponding application according to the corresponding relation between the shape or area and the application while forming the sub-screen, and displaying an interface corresponding to the application in the sub-screen;
or,
in step s 1: storing a correspondence between applications, wherein the first application corresponds to the second application,
in step s 2: judging whether the first application receives a split screen operation signal in the running process,
in step s 5: starting a second application according to the corresponding relation between the applications while forming the sub-screen, and displaying an interface corresponding to the second application in the sub-screen;
or,
in step s 1: the correspondence between the storage time and the application,
step s 11: the time is counted and the time is counted,
in step s 5: while forming the sub-screen, starting the corresponding application according to the corresponding relation between the time and the application and displaying an interface corresponding to the application in the sub-screen;
or,
step s 12: storing the corresponding relation between the time and the shape or area of the sub-screen,
step s 13: the time is counted and the time is counted,
in step s 4: and forming a sub screen with a corresponding shape or area on the original screen according to the sub screen command and the corresponding relation between the time and the shape or area of the sub screen.
5. The screen division control method according to any one of claims 1 to 4, characterized in that:
in step s4, the sub-screen can be stretched or dragged on the original screen, and the content displayed on the original screen avoids the shielding of the sub-screen in a manner of reducing icons, fonts or adjusting the interface layout;
or,
in step s 4: two or more sub-screens are formed on the original screen, and the size of each sub-screen can be adjusted.
6. A screen-splitting control system of electronic equipment is characterized by comprising:
the screen splitting operation and application relation storage module comprises: the device is used for storing the corresponding relation between the split screen operation signal and the application;
the signal receiving and judging module: the device is used for judging whether the man-machine input signal is a split screen operation signal or not;
the split screen command generation module: the screen splitting device is used for sending a screen splitting command according to the screen splitting operation signal;
a split screen generation module: the system comprises a screen display unit, a screen display unit and a control unit, wherein the screen display unit is used for forming a sub-screen on an original screen according to a command instruction;
an application control module: and the screen splitting module is used for starting corresponding application according to the corresponding relation between the screen splitting operation signal and the application while forming the split screen and displaying an interface corresponding to the application in the split screen.
7. The split-screen control system according to claim 6, characterized by comprising:
the screen splitting operation and application relation storage module is further used for storing corresponding relations between different screen splitting modes and different applications;
the signal receiving and judging module is further used for judging which screen splitting mode the screen splitting operation signal corresponds to;
the screen splitting command generation module is further used for sending corresponding screen splitting commands according to different screen splitting modes;
the split screen generating module is further used for forming a split screen on the original screen according to the split screen command in a corresponding split screen mode;
the application control module is further used for starting corresponding application according to the corresponding relation between the split screen mode and the application while forming the split screen and displaying an interface corresponding to the application in the split screen.
8. The screen division control system according to claim 6 or 7, characterized by comprising:
the signal receiving and judging module is further used for judging that the split screen operation signal corresponds to a one-way extrusion split screen mode when sensing that a path formed by the touched points on the original screen points to the middle part of the original screen from the periphery of the original screen in a one-way manner,
the split screen generating module is further used for forming a split screen at the area pointed by the path on the original screen according to the split screen command;
or,
the signal receiving and judging module is further used for judging that the split screen operation signal corresponds to a bidirectional extrusion split screen mode when sensing that a path formed by the touched points on the original screen points to the middle part of the original screen from the periphery of the original screen in a bidirectional way,
the split screen generating module is further used for forming a split screen in the middle of the original screen according to the split screen command;
or,
the signal receiving and judging module is further used for judging that the split screen operation signal corresponds to a scribing and splitting screen mode when sensing that a path formed by the touched points on the original screen points to the other end of the original screen from one end of the original screen in a one-way mode,
the split screen generating module is further used for forming a split screen on one side of the path on the original screen according to the split screen command;
or,
the signal receiving and judging module is further used for judging that the screen splitting operation signal corresponds to a closed loop screen splitting mode when sensing that a path formed by the touched points on the original screen is a closed loop,
the screen splitting generation module is further used for forming a screen splitting in the closed ring according to a screen splitting command;
or,
the signal receiving and judging module is further used for judging that the split screen operation signal corresponds to a smearing split screen mode when sensing that a path formed by the touch points on the original screen covers a certain area,
the split screen generating module is further used for forming a split screen at the covered area according to the split screen command.
9. The split-screen control system according to claim 6, characterized by comprising:
the split screen operation and application relation storage module is further used for storing the corresponding relation between different shapes or different areas of the split screen and different applications,
the signal receiving and judging module is further used for judging the shape or area information contained in the split-screen operation signal,
the screen splitting command generating module is further used for sending a screen splitting command according to the screen splitting operation, the screen splitting command comprises information of the shape or the area of the split screen to be generated corresponding to the shape or the area information,
the split screen generating module is further used for forming a split screen with a corresponding shape and area on the original screen according to the split screen command,
the application control module is further used for starting corresponding application according to the corresponding relation between the shape or the area and the application while forming the sub-screen and displaying an interface corresponding to the application in the sub-screen;
or,
the screen splitting operation and application relation storage module is further used for storing the corresponding relation among the applications, wherein the first application corresponds to the second application,
the signal receiving and judging module is further used for judging whether the first application receives the split screen operation signal in the running process,
the application control module is further used for starting a second application according to the corresponding relation between the applications while forming the sub-screen and displaying an interface corresponding to the second application in the sub-screen;
or,
the screen-splitting operation and application relation storage module is further used for storing the corresponding relation between the time and the application,
a timing module: the time-measuring device is used for measuring the time,
the application control module is further used for starting corresponding application according to the corresponding relation between the time and the application while forming the sub-screen and displaying an interface corresponding to the application in the sub-screen;
or,
the time and property or area relation storage module comprises: for storing the correspondence of time to sub-screen shape or area,
a timing module: the time-measuring device is used for measuring the time,
the split screen generating module is further used for forming a split screen with a corresponding shape or area on the original screen according to the split screen command and the corresponding relation between the time and the split screen shape or area.
10. The screen division control system according to any one of claims 6 to 9, characterized by comprising:
the split screen generating module is further used for stretching or dragging the split screen on the original screen, and the content displayed on the original screen avoids the shielding of the split screen in a mode of reducing icons and fonts or adjusting the interface layout;
or,
the split screen generating module is further used for forming two or more split screens on the original screen, and the size of each split screen can be adjusted.
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