CN108153456A - A kind of interface switching method and device - Google Patents
A kind of interface switching method and device Download PDFInfo
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- CN108153456A CN108153456A CN201611102786.3A CN201611102786A CN108153456A CN 108153456 A CN108153456 A CN 108153456A CN 201611102786 A CN201611102786 A CN 201611102786A CN 108153456 A CN108153456 A CN 108153456A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input 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
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0481—Interaction techniques based on graphical user interfaces [GUI] based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input 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
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input 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
- G06F3/16—Sound input; Sound output
- G06F3/165—Management of the audio stream, e.g. setting of volume, audio stream path
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- General Health & Medical Sciences (AREA)
- User Interface Of Digital Computer (AREA)
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Abstract
An embodiment of the present invention provides a kind of interface switching method and devices, this method can switch the switching command at former interface by receiving, then target interface is capable of determining that according to the switching command received, finally by target interface around default rotary shaft in interfaces windows in the form of rotation, it is target interface by former changing interface, it can be seen that, changing interface is carried out using the embodiment of the present invention, the process of changing interface can be made to be easier to be easily noticed by the users, and then phenomena such as maloperation of user can be reduced, and the effect of changing interface can also be made more to be full of aesthetic feeling, promote the experience of user.
Description
Technical field
The present invention relates to electronic technology field, more particularly to a kind of interface switching method and device.
Background technology
In recent years, with the development of science and technology, electronic product is also growing, especially with the electronics of display screen
Product is especially concerned by people and likes, for example, the electronic products such as mobile phone, tablet, computer, smart television, due to these
Electronic product with display screen can show different interfaces by display screen, in the production of people, life,
It practises, play the part of important role in work；And during above-mentioned electronic product is used, it inevitably encounters on different boundaries
Situation about being switched between face.
At present, the mode that electronic product switches between different interfaces is also relatively simple, the mode mainly used for
Drawer type.In simple terms, it is exactly that target interface extends from a lateral opposite side of interfaces windows, until being paved with entire interface window
Mouthful, just as drawing drawer, therefore it is drawer type to deserve to be called the changing interface mode stated, and is adopted in manner just described, although also can
Realize by the target interface that is switched to of current interface, but due to structure, the layout style between adjacent interfaces be often it is similar,
And using drawer type is realized in the form of push-and-pull when carrying out changing interface, the variation of whole process median surface is relatively flat
Slow, this causes the process of changing interface to be not easy to be easily noticed by the users, and therefore, user is easily mistakenly considered the target interface switched
Interface before not switching over also, phenomena such as in turn resulting in the maloperation of user.
Invention content
The embodiment of the present invention is designed to provide a kind of interface switching method and device, so that the process of changing interface
Phenomena such as being easier to be easily noticed by the users, and then reducing the maloperation of user.
In order to achieve the above objectives, the embodiment of the invention discloses a kind of interface switching method, the method includes：
Receive the switching command for switching former interface；
According to the switching command, target interface is determined；
The target interface is rotated around default rotary shaft in interfaces windows, the interfaces windows are in display screen
The region of middle display interface.
Preferably, it is described according to the switching command, determine target interface, including：
According to the switching command, interface corresponding with the switching command in interface group where former interface is determined as mesh
It demarcates face.
Preferably, it is described the target interface is rotated around default rotary shaft in interfaces windows before, it is described
Method further includes：
By the target interface after the default rotary shaft rotates 180 ° in interfaces windows, it is superimposed upon the former interface
The back side；
It is described to rotate the target interface in interfaces windows around default rotary shaft, including：
The target interface is rotated 180 °+k*360 ° around the default rotary shaft in interfaces windows, in rotary course,
The original interface is faded away in the interfaces windows, and the target interface is gradually shown in the interfaces windows；
Wherein, k is integer, and k is more than or equal to 0, represents the target interface according to rotating clockwise, k is less than 0, represents institute
Target interface is stated according to rotation counterclockwise.
Preferably, the target interface is rotated into 180 ° of+k* around the default rotary shaft in interfaces windows described
Before 360 °, the method further includes：
On the direction of the default rotary shaft, the target interface is divided into N number of interface block；
It is described that the target interface is rotated 180 °+k*360 ° around the default rotary shaft in interfaces windows, including：
According to the first default pivot rule, respectively by each interface block around the default rotary shaft in the interfaces windows
Middle 180 °+k*360 ° of rotation.
Preferably, it is described that the target interface is divided into N number of interface block, including：
The target interface is equably divided into N number of interface block.
Preferably, it is described according to the first default pivot rule, each interface block is existed around the default rotary shaft respectively
180 °+k*360 ° are rotated in the interfaces windows, including：
According to following expression, each interface block is rotated around the default rotary shaft in the interfaces windows respectively
180°+k*360°：
Wn=0 °, 0≤t≤0.25T (xn+0.5X)；
Wn=(180 °+k*360 °) (t-0.25T (xn+ 0.5X))/0.5T, 0.25T (xn+ 0.5X) ＜ t≤0.25T (xn+
0.5X)+0.5T；
Wn=180 °+k*360 °, 0.25T (xn+ 0.5X)+0.5T ＜ t≤T；
In above formula, k is integer, and k is more than or equal to 0, represents the interface block according to rotating clockwise, k is less than 0, represents institute
Interface block is stated according to rotation counterclockwise, WnFor from start rotational instant to the angle of n-th of t moment interface block rotation and, t be away from
From the time for starting rotational instant, at the time of the beginning rotational instant is corresponded to receive the switching command, T is default
Completion to the total duration needed for the rotation of interface blocks all in the target interface, X represents target interface in the rotary shaft
Overall length on direction, xnRepresent that n-th of interface block presets the coordinate value on side and the rotary shaft point of intersection, coordinate origin is described
The center of target interface, xn∈ [- 0.5X, 0.5X), n ∈ 1,2,3 ... ..., N.
Preferably, it is described the target interface is rotated around default rotary shaft in interfaces windows before, it is described
Method further includes：
On the direction of the default rotary shaft, the target interface is divided into N number of interface block；
The target interface described in pre-display in the interfaces windows；
It is described to rotate the target interface in interfaces windows around default rotary shaft, including：
According to the second default pivot rule, respectively by each interface block around the default rotary shaft in the interfaces windows
Middle k*360 ° of rotation；
Wherein, k is the integer being not zero, and k is more than 0, represents the interface block according to rotating clockwise, k is less than 0, represents
The interface block is according to rotation counterclockwise.
Preferably, it is described according to the second default pivot rule, each interface block is existed around the default rotary shaft respectively
K*360 ° is rotated in the interfaces windows, including：
According to following expression, each interface block is rotated around the default rotary shaft in the interfaces windows respectively
k*360°：
Wn=0 °, 0≤t≤0.25T (xn+0.5X)；
Wn=k*360 ° of (t-0.25T (xn+ 0.5X))/0.5T, 0.25T (xn+ 0.5X) ＜ t≤0.25T (xn+0.5X)+
0.5T；
Wn=k*360 °, 0.25T (xn+ 0.5X)+0.5T ＜ t≤T；
In above formula, k is the integer being not zero, and k is more than 0, represents the interface block according to rotating clockwise, k is less than 0, table
Show the interface block according to rotation counterclockwise, WnFor from beginning rotational instant to the angle and t of n-th of interface block rotation of t moment
For apart from the time for starting rotational instant, at the time of the beginning rotational instant is corresponded to receive the switching command, T is
Preset to complete to the total duration needed for the rotation of interface blocks all in the target interface, X represents target interface in the rotation
Overall length in rotor shaft direction, xnRepresent that n-th of interface block presets the coordinate value on side and the rotary shaft point of intersection, coordinate origin is
The center of the target interface, xn∈ [- 0.5X, 0.5X), n ∈ 1,2,3 ... ..., N.
Preferably, in the case of a PPT interface during PPT files is in the former interface, the PPT files are default
The set at quantity PPT interfaces, the switching command received for switching former interface, including：
Receive the switching command for including PPT interface identifications；
It is described that target interface is determined according to the switching command, including：
According to the switching command, PPT interfaces corresponding with the PPT interface identifications in the PPT files are determined as
Target interface.
In order to achieve the above objectives, the embodiment of the invention also discloses a kind of changing interface device, described device includes：
Receiving module, for receiving the switching command for switching former interface；
Determining module, for according to the switching command, determining target interface；
Rotary module, for the target interface to be rotated around default rotary shaft in interfaces windows, the interface
Region of the window for the display interface in display screen.
Preferably, the determining module, is specifically used for：
According to the switching command, interface corresponding with the switching command in interface group where former interface is determined as mesh
It demarcates face.
Preferably, described device further includes：
Laminating module, for the target interface after the default rotary shaft rotates 180 ° in interfaces windows, to be folded
It is added in the back side at the former interface；
The rotary module, is specifically used for：
The target interface is rotated 180 °+k*360 ° around the default rotary shaft in interfaces windows, in rotary course,
The original interface is faded away in the interfaces windows, and the target interface is gradually shown in the interfaces windows, described
Region of the interfaces windows for the display interface in display screen；
Wherein, k is integer, and k is more than or equal to 0, represents the target interface according to rotating clockwise, k is less than 0, represents institute
Target interface is stated according to rotation counterclockwise.
Preferably, described device further includes：
First segmentation module, in the direction of the default rotary shaft, the target interface to be divided into N number of interface
Block；
The rotary module, is specifically used for：
According to the first default pivot rule, respectively by each interface block around the default rotary shaft in the interfaces windows
Middle 180 °+k*360 ° of rotation, in rotary course, the original interface is faded away in the interfaces windows, the target interface
It is gradually shown in the interfaces windows, region of the interfaces windows for the display interface in display screen；
Wherein, k is integer, and k is more than or equal to 0, represents the interface block according to rotating clockwise, k is less than 0, described in expression
Interface block is according to rotation counterclockwise.
Preferably, the first segmentation module, is specifically used for：
On the direction of the default rotary shaft, the target interface is equably divided into N number of interface block.
Preferably, the rotary module, is specifically used for：
According to following expression, each interface block is rotated around the default rotary shaft in the interfaces windows respectively
180°+k*360°：
Wn=0 °, 0≤t≤0.25T (xn+0.5X)；
Wn=(180 °+k*360 °) (t-0.25T (xn+ 0.5X))/0.5T, 0.25T (xn+ 0.5X) ＜ t≤0.25T (xn+
0.5X)+0.5T；
Wn=180 °+k*360 °, 0.25T (xn+ 0.5X)+0.5T ＜ t≤T；
In above formula, k is integer, and k is more than or equal to 0, represents the interface block according to rotating clockwise, k is less than 0, represents institute
Interface block is stated according to rotation counterclockwise, WnFor from start rotational instant to the angle of n-th of t moment interface block rotation and, t be away from
From the time for starting rotational instant, at the time of the beginning rotational instant is corresponded to receive the switching command, T is default
Completion to the total duration needed for the rotation of interface blocks all in the target interface, X represents target interface in the rotary shaft
Overall length on direction, xnRepresent that n-th of interface block presets the coordinate value on side and the rotary shaft point of intersection, coordinate origin is described
The center of target interface, xn∈ [- 0.5X, 0.5X), n ∈ 1,2,3 ... ..., N；
In rotary course, the original interface is faded away in the interfaces windows, and the target interface is at the interface
It is gradually shown in window.
Preferably, described device further includes：
Second segmentation module, in the direction of the default rotary shaft, the target interface to be divided into N number of interface
Block；
Pre-display module, for target interface described in the pre-display in the interfaces windows；
The rotary module, is specifically used for：
According to the second default pivot rule, respectively by each interface block around the default rotary shaft in the interfaces windows
Middle k*360 ° of rotation,
Wherein, k is the integer being not zero, and k is more than 0, represents the interface block according to rotating clockwise, k is less than 0, represents
The interface block is according to rotation counterclockwise.
Preferably, the rotary module, is specifically used for：
According to following expression, each interface block is rotated around the default rotary shaft in the interfaces windows respectively
k*360°：
Wn=0 °, 0≤t≤0.25T (xn+0.5X)；
Wn=k*360 ° of (t-0.25T (xn+ 0.5X))/0.5T, 0.25T (xn+ 0.5X) ＜ t≤0.25T (xn+0.5X)+
0.5T；
Wn=k*360 °, 0.25T (xn+ 0.5X)+0.5T ＜ t≤T；
In above formula, k is the integer being not zero, and k is more than 0, represents the interface block according to rotating clockwise, k is less than 0, table
Show the interface block according to rotation counterclockwise, WnFor from beginning rotational instant to the angle and t of n-th of interface block rotation of t moment
For apart from the time for starting rotational instant, at the time of the beginning rotational instant is corresponded to receive the switching command, T is
Preset to complete to the total duration needed for the rotation of interface blocks all in the target interface, X represents target interface in the rotation
Overall length in rotor shaft direction, xnRepresent that n-th of interface block presets the coordinate value on side and the rotary shaft point of intersection, coordinate origin is
The center of the target interface, xn∈ [- 0.5X, 0.5X), n ∈ 1,2,3 ... ..., N.
Preferably, in the case of a PPT interface during PPT files is in the former interface, the PPT files are default
The set at quantity PPT interfaces, the receiving module are specifically used for：
Receive the switching command for including PPT interface identifications；
The determining module, is specifically used for：
According to the switching command, PPT interfaces corresponding with the PPT interface identifications in the PPT files are determined as
Target interface.
Therefore in scheme provided in an embodiment of the present invention, by receiving for switching the switching command at former interface,
Then target interface is capable of determining that according to the switching command that receives, finally by target interface around default rotary shaft in interface window
It is target interface by former changing interface in mouthful in the form of rotation, it is seen then that carry out changing interface, energy using the embodiment of the present invention
Phenomena such as process of changing interface is enough made to be easier to be easily noticed by the users, and then the maloperation of user can be reduced, and can also make
The effect of changing interface more full of aesthetic feeling, promotes the experience of user.
Description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, to embodiment or will show below
There is attached drawing needed in technology description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention, for those of ordinary skill in the art, without creative efforts, can be with
Other attached drawings are obtained according to these attached drawings.
Fig. 1 is a kind of flow diagram of interface switching method provided in an embodiment of the present invention；
Fig. 2 is another flow diagram of interface switching method provided in an embodiment of the present invention；
Fig. 3 is another flow diagram of interface switching method provided in an embodiment of the present invention；
Fig. 4 is that target interface is divided into a kind of schematic diagram after N number of interface block in the embodiment of the present invention；
Fig. 5 is that target interface is equably divided into the schematic diagram after 8 interface blocks in the embodiment of the present invention；
Fig. 6 be for each interface block shown in fig. 5 in 0.25T a kind of corresponding specific rotating state diagram；
Fig. 7 be for each interface block shown in fig. 5 in 0.5T a kind of corresponding specific rotating state diagram；
Fig. 8 be for each interface block shown in fig. 5 in 0.75T a kind of corresponding specific rotating state diagram；
Fig. 9 is another flow diagram of interface switching method provided in an embodiment of the present invention；
Figure 10 is a kind of structure diagram of changing interface device provided in an embodiment of the present invention；
Figure 11 is another structure diagram of changing interface device provided in an embodiment of the present invention；
Figure 12 is the yet another construction schematic diagram of changing interface device provided in an embodiment of the present invention；
Figure 13 is the yet another construction schematic diagram of changing interface device provided in an embodiment of the present invention.
Specific embodiment
Below in conjunction with the attached drawing in the embodiment of the present invention, the technical solution in the embodiment of the present invention is carried out clear, complete
Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art are obtained every other without making creative work
Embodiment shall fall within the protection scope of the present invention.
Below by specific embodiment, the present invention will be described in detail.
Fig. 1 is a kind of flow diagram of interface switching method provided in an embodiment of the present invention, and the method includes as follows
Step：
S101：Receive the switching command for switching former interface.
Most of electronic product is equipped with display screen now, for example, the electronics such as mobile phone, tablet, computer, smart television produce
When these electronic products work, corresponding interface is shown often through display screen to show corresponding letter to user for product
Breath.It is envisaged that generally it is not fixed at the interface that above-mentioned display screen is shown, then can inevitably encounter different interfaces
Between switching situation, in scheme provided in an embodiment of the present invention, title is proceeded by before changing interface in interfaces windows
The interface of middle display is former interface, claims corresponding with switching command and will be shown in the interfaces windows after the completion of changing interface
Interface is target interface.It needs to introduce, interfaces windows mentioned here refer to the region of the display interface in display screen.
Under normal circumstances, user is when using the above-mentioned electronic product equipped with display screen, can by display screen, press
Key, mating remote control equipment and external stroke device are generated with interface shown in interfaces windows and are interacted, can be to boundary
The interface shown in face-port mouth switches over.Illustratively, if it is mobile phone, and pass through the sound in mobile phone that user, which uses electronic product,
Music A in happy player plays local music list, correspondingly, the broadcast interface of music A is shown in display screen,
Also referred to as former interface in the application；If user thinks switching " upper one is first " or " next " sound during music A is played
When happy, user can music player carries " upper one first " in control interface or " next " control will be current by clicking
The music A of broadcasting is switched to corresponding " upper one is first " or " next " music, if user clicks " next " control,
So just generate a switching command that currently playing music A is switched to " next " music；User can also pass through
Corresponding switching command is sent out by the button set on mobile phone, for music, what is usually set on mobile phone has
" upper and lower, left and right " button, wherein, " upper and lower " button is for controlling volume " add, subtract ", and " left and right " button is for inciting somebody to action
Music is switched to " upper one is first, next "；Therefore, user is by that by " right side " button set on mobile phone, just can generate one
A switching command that currently playing music A is switched to " next " music；Alternatively, user can also be by outer on mobile phone
The line control earphone connect is operated accordingly, currently playing music A is switched to corresponding " upper one is first " or " next
It is first " music, for example, user can be by continuously pressing the respective keys on line control earphone, can also generate one will currently broadcast
The music A put is switched to the switching command of " upper one is first " or " next " music.
In addition to the mode of above-mentioned generation switching command, the switching mode of usual music player acquiescence is automatic switchover,
I.e. after music A broadcastings terminate, " next " music is automatically switched to, therefore, can also be given birth to by way of automatic switchover
Into corresponding switching command.Certainly, the concrete form of above-mentioned generation switching command is not exhaustive, also, for different types of
Interface, the form for generating switching command are also not quite similar, and therefore, the embodiment of the present invention is not to the specific shape of generation switching command
Formula does further restriction.
The switching command is sent to electronic product after switching command in above-mentioned generate, that is to say, that electronic product energy
Enough receive the switching command of above-mentioned generation.
It should be noted that above-mentioned illustrate the process for receiving switching command only by taking music as an example, except above-mentioned
There are other concrete forms except form, for example, switching, webpage between the switching, film and television play in photograph album between image
Between switching, the switching at PPT interfaces in PPT files etc., therefore the application above-mentioned detailed process is not carried out it is clear and definite
It limits.
S102：According to the switching command, target interface is determined.
As from the foregoing, no matter using the switching command of that above-mentioned form generation, but switching command can be only
The one specified interface that will be shown in interfaces windows, that is, target interface, it is possible to understand that the switching command of above-mentioned generation
In include the identification information of target interface, therefore, target interface can be found according to switching command.
Specifically, according to the switching command, target interface is determined, it can be with：
According to the switching command, interface corresponding with the switching command in interface group where former interface is determined as mesh
It demarcates face.
It needs to introduce, the interface group referred in embodiments of the present invention refers to the set at interface, for example, above-mentioned
Local music list in citing is it can be understood that be an interface group, the corresponding broadcast interface of every a piece of music in list
It is an interface, also has itself corresponding position and the position relationship with adjacent music per a piece of music, it is assumed that this rock noise
Music serial number and musical designation in happy list can be as shown in table 1, specially：
Table 1
| Music serial number | Musical designation |
| 1 | Your canthus stream my tear Cao Yue |
| 2 | Boastful Chen Yi are fast |
| 3 | Xihai sea love song knife youths |
| 4 | 30000 feet of Dick cowboys |
| 5 | I this your people Dick cowboys for not liking |
| 6 | Countercurrently into the southern tinkling of pieces of jade of river gold |
| 7 | Practice Liu De China |
| 8 | The Liu Si in cold wind are walked to contain |
| 9 | Solar month of 30 days 15th day of a month song Li Ke crowds |
| 10 | Very ugly person Xue's is modest |
By table 1 as it can be seen that sharing 10 songs in local music list, there is corresponding music serial number per a piece of music, it is false
If the music being currently played is " people's Dicks cowboy that I this you do not like ", as shown in Table 1, the corresponding music of the music
Serial number " 5 " if user clicks " right side " button set on mobile phone, can generate one by currently playing music " I
This your people's Dicks cowboy for not liking " is switched to the switching command of " next " music, it is assumed that current music player is broadcast
Mode playback is " played in order ", then, music serial number " 5 " can be determined in local music list by the switching command
Corresponding " next " music is the music of music serial number " 6 ", musical designation for " countercurrently into the southern tinkling of pieces of jade of river gold ", then, it can incite somebody to action
The corresponding broadcast interface of music serial number " 6 " is determined as target interface.
Further for example, the photograph album in mobile phone is exactly an interface group, and each image in photograph album is an interface, and
And each image in photograph album has corresponding position, also has corresponding position relationship, example between adjacent image
Such as, 50 images are shared in photograph album, corresponding title is respectively image 1-50, position of the smaller image of number in photograph album
It is more forward, it is assumed that image 15 is currently shown in interfaces windows, i.e., former interface, and user on mobile phone by setting
" right side " button generates a switching command that image 15 is switched to " next " image, then, it can according to the switching command
To find corresponding " next " image of image 15, that is, image 16, i.e. target interface in photograph album.
It will be appreciated to those of skill in the art that page layout switch can frequently occur between the PPT interfaces of PPT files,
Therefore, in a kind of specific implementation provided in an embodiment of the present invention, a PPT in PPT files is in the former interface
In the case of interface, the PPT files are the set at preset quantity PPT interfaces, described to receive to switch cutting for former interface
Instruction is changed, it can be with：
Receive the switching command for including PPT interface identifications；
Correspondingly, described according to the switching command, target interface is determined, it can be with：
According to the switching command, PPT interfaces corresponding with the PPT interface identifications in the PPT files are determined as
Target interface.
Multiple PPT interfaces, PPT files mentioned here and above-mentioned described boundary can be included in a PPT file
Face group is not different in principle, is the set at interface.It is understood that each PPT interface in PPT files has
Corresponding PPT interface identifications, PPT interface identifications can be understood as positions of the PPT in PPT files, that is, display order,
The PPT interfaces can be specified by PPT interface identifications, for example, when showing PPT interfaces in interfaces windows, user can pass through
The key entries such as mouse mode is next by PPT interfaces to be shown to determine, for example, PPT is currently shown in interfaces windows
Page 10 " PPT interfaces 10 " in file, i.e., former interface are PPT interfaces 10, can in interfaces windows facility " page up " and
" lower one page " button, it is " page 9 " that " page up " button is practical at this time, and it is " page 11 " that " lower one page " button is practical, according to
The position at the PPT interfaces of current presentation is different, and actually corresponding content is not yet for corresponding " page up " and " lower one page " button institute
Together；Assuming that user clicks " lower one page " button by mouse at this time, then it is right to contain " lower one page " in the switching command generated
Answer the PPT interface identifications " page 11 " at PPT interfaces；It is possible to by the PPT files with PPT interface identifications " page 11 "
Corresponding PPT interfaces 11 are determined as target interface.
It should be noted that the specific shape of the switching command comprising PPT number of interfaces and generation in the above-mentioned file to PPT
Formula is only for example, and not to the restriction of the above, and the process of target interface is determined in the above-mentioned file from PPT and is also only this
Inventive embodiments provide a kind of concrete application scene, can also apply in other scenes, for example, in photograph album between image
Switching, the switching between music, the switching between film and television play, the switching between webpage etc., therefore, the application is not yet
The particular content of target interface is done and is clearly limited.
S103：The target interface is rotated around default rotary shaft in interfaces windows, the interfaces windows be
The region of display interface in display screen.
Process in order to enable changing interface is readily viewed by a user, provided in an embodiment of the present invention one
In kind specific implementation, above-mentioned fixed target interface can be rotated around default rotary shaft in interfaces windows.
From the foregoing, it will be observed that interfaces windows refer to the region of the display interface in display screen, and under normal conditions, in order to adapt to people's symmetrical beauty
Traditional concept, the interfaces windows of setting are usually all the regions of rule, generally can be：Circle, rectangle, diamond shape, ellipse
Etc., as the interfaces windows of these types have symmetry axis；Due to former interface and target interface be in interfaces windows into
Row display, in order to which target interface causes the process of rotation to have aesthetic feeling simultaneously without departing from interfaces windows during rotation,
Any one in the symmetry axis of interfaces windows can be determined as to default rotary shaft.
Illustratively, it is assumed that interfaces windows are to become the square of a length of 2*2, then the section interfaces windows have 4 symmetry axis, that
, can be by any one in 4 symmetry axis as rotary shaft, it is assumed that and using the symmetry axis in horizontal direction as rotary shaft,
Then above-mentioned determining target interface is rotated around the rotary shaft, until the target interface is completely aobvious in interfaces windows
Show.
It is noted that it is above-mentioned target interface is rotated around above-mentioned rotary shaft in interfaces windows when, former boundary
Face can be used as a background interface, and after target interface rotation terminates, that is, target interface is complete in interfaces windows
During display, former interface is completely covered, and former interface is replaced for target interface, that is, completes the process of changing interface；Or
It is above-mentioned target interface is rotated around above-mentioned rotary shaft in interfaces windows when, former interface is directly removed, i.e. interfaces windows
In be empty, in this way after target interface rotation terminates, just complete the process of changing interface.
To sum up, the embodiment that application drawing 1 provides, by receiving for switching the switching command at former interface, Ran Hougen
Be capable of determining that target interface according to the switching command received, finally by target interface around default rotary shaft in interfaces windows with
The form of rotation, is target interface by former changing interface, it is seen then that carries out changing interface using the embodiment of the present invention, can make boundary
The process of face switching is easier to be easily noticed by the users, and then phenomena such as can reduce the maloperation of user, and can also cut interface
The effect changed more full of aesthetic feeling, promotes the experience of user.
Fig. 2 is another flow diagram of interface switching method provided in an embodiment of the present invention, real except being provided comprising Fig. 1
It applies outside the step S101-S103 in example, this method further includes step between step S102 and S103：
S104：By the target interface after the default rotary shaft rotates 180 ° in interfaces windows, it is superimposed upon described
The back side at former interface.
It should be noted that in the case of including step S104, step S103 can be with：
The target interface is rotated 180 °+k*360 ° around the default rotary shaft in interfaces windows, in rotary course,
The original interface is faded away in the interfaces windows, and the target interface is gradually shown in the interfaces windows；
Wherein, k is integer, and k is more than or equal to 0, represents the target interface according to rotating clockwise, k is less than 0, represents institute
Target interface is stated according to rotation counterclockwise.
In order to advanced optimize the effect of changing interface so as to target interface in the above-mentioned process rotated
In, former interface can fade away in interfaces windows, and target interface is gradually shown in the interfaces windows, of the invention real
Apply example offer a kind of specific implementation in, before step S103, can by target interface around default rotary shaft in interface window
In mouthful after 180 ° of rotation, the back side at former interface is superimposed upon, the back side mentioned here refers to that former interface deviates from the one side of display screen, i.e.,
The one side that user can't see；So after superposition, former interface can be interpreted as a piece of paper, wherein front is exactly the tool at former interface
Hold in vivo, and reverse side is then target interface after rotating 180 ° in interfaces windows around default rotary shaft.
It can be with target interface at this time has rotated 180 ° around default rotary shaft in interfaces windows, at this point, such as from above
Fruit is wanted to allow if target interface shows completely in interfaces windows, then needs target interface at this time around default rotary shaft on boundary
180 °+k*360 ° are rotated in face-port mouth, it is to be understood that rotation can be that rotate clockwise can also rotate counterclockwise,
Therefore k here is integer, and k is more than or equal to 0, represents target interface according to rotating clockwise, k is less than 0, represents target circle
Face is according to rotation counterclockwise.It can be controlled according to the difference of k values and target interface is rotated around default rotary shaft in interfaces windows
Angle, and then can realize different changing interface effects.For example, as k=0, target interface is around default rotary shaft on boundary
180 °, that is, positive half-turn have been rotated clockwise in face-port mouth；As k=1, target interface is around default rotary shaft in interfaces windows
In rotated clockwise 540 °, that is, a positive circle half；And during k=-1, target interface is around default rotary shaft in interfaces windows
180 °, that is, negative half-turn are had rotated counterclockwise；It can be seen that by setting different k values, different changing interfaces can be realized
Effect.
Below by taking k=0 as an example, target interface is said around the process that default rotary shaft is rotated in interfaces windows
It is bright, work as k=0, it is only necessary to which target interface is rotated 180 ° around default rotary shaft in interfaces windows.Due to former interface and target
Interface is equivalent to the positive and negative of a piece of paper, then, target interface is being rotated clockwise around default rotary shaft in interfaces windows
During, original image gradually disappears with the rotation of target image in interfaces windows, and target interface disappears at former interface
When start to show, it is understandable to be, it is former when target interface rotates clockwise 90 ° around default rotary shaft in interfaces windows
Interface completely disappears in interfaces windows, and when rotation angle is more than 90 °, target interface starts gradually to show in interfaces windows
Show, when target interface rotates 180 ° around default rotary shaft in interfaces windows, target interface is completely aobvious in interfaces windows
Show, that is, complete changing interface.
It should be noted that the demand due to user is different, the k values usually set are also not quite similar, and therefore, the present invention is real
It applies example and specific k values is not done and clearly limited.
The embodiment that application drawing 2 provides, before being rotated in interfaces windows around default rotary shaft to target interface,
It rotates the back side that former interface is superimposed upon after 180 ° in above-mentioned default rotary shaft interfaces windows in advance to target interface, in this way may be used
So that former interface forms the positive and negative form of a piece of paper with target interface, therefore, to target interface around default rotary shaft on boundary
When being rotated in face-port mouth, former interface can be tapered into interfaces windows until disappearing, and target interface can be on boundary
Gradually show that there is more preferably changing interface effect, bring better user experience in face-port mouth.
Fig. 3 is another flow diagram of interface switching method provided in an embodiment of the present invention；It is real except being provided comprising Fig. 2
It applies outside the step S101-S104 in example, this method further includes step between step S104 and S103：
S105：On the direction of the default rotary shaft, the target interface is divided into N number of interface block；
It should be noted that in the case of including step S105, step S103 can be with：
According to the first default pivot rule, respectively by each interface block around the default rotary shaft in the interfaces windows
Middle 180 °+k*360 ° of rotation.
As shown in figure 4, for target interface to be divided into a kind of schematic diagram after N number of interface block in the embodiment of the present invention, need
It is noted that in Fig. 4 solid line be target interface boundary line, it is understood that for be interfaces windows contour line, dotted line
The then cut-off rule between adjacent interfaces block, horizontal symmetry axis and default rotary shaft of the x-axis for interfaces windows, target in Fig. 4
The size at interface is the square of X*X.
After target interface to be divided into N number of interface block, for each interface block, can be alone around pre-
If rotary shaft rotates 180 °+k*360 ° in the interfaces windows, therefore, each interface block is around default rotary shaft on the boundary
It is no sequencing, but such rotation mode often makes the process of changing interface seem miscellaneous that rotation is carried out in face-port mouth
Disorderly without chapter, aesthetic feeling is showed no sign of.
For it is above-mentioned the phenomenon that, it is described pre- according to first in a kind of specific implementation provided in an embodiment of the present invention
If pivot rule, each interface block is rotated 180 °+k*360 ° around the default rotary shaft in the interfaces windows respectively,
It can be with：
According to following expression, each interface block is rotated around the default rotary shaft in the interfaces windows respectively
180°+k*360°：
Wn=0 °, 0≤t≤0.25T (xn+0.5X)；
Wn=(180 °+k*360 °) (t-0.25T (xn+ 0.5X))/0.5T, 0.25T (xn+ 0.5X) ＜ t≤0.25T (xn+
0.5X)+0.5T；
Wn=180 °+k*360 °, 0.25T (xn+ 0.5X)+0.5T ＜ t≤T；
In above formula, k is integer, and k is more than or equal to 0, represents the interface block according to rotating clockwise, k is less than 0, represents institute
Interface block is stated according to rotation counterclockwise, WnFor from start rotational instant to the angle of n-th of t moment interface block rotation and, t be away from
From the time for starting rotational instant, at the time of the beginning rotational instant is corresponded to receive the switching command, T is default
Completion to the total duration needed for the rotation of interface blocks all in the target interface, X represents target interface in the rotary shaft
Overall length on direction, xnRepresent that n-th of interface block presets the coordinate value on side and the rotary shaft point of intersection, coordinate origin is described
The center of target interface, xn∈ [- 0.5X, 0.5X), n ∈ 1,2,3 ... ..., N.
As shown in figure 4, default side selection is the left side, by above-mentioned expression formula it is found that as n-th of interface block left side and x
The coordinate value x of axis point of intersectionnWhen determining, then n-th of interface block is from starting the angle that rotates of rotational instant to t moment and WnIt is in t
The relationship of piecewise function, for example, n=2, then the 2nd interface block left side and the coordinate value x of x-axis point of intersection2=-0.4X, then W2
It is in following piecewise function with t, specially：
W2=0 °, 0≤t≤0.25T*0.1X；
W2=(180 °+k*360 °) (t-0.25T*0.1X)/0.5T, 0.25T*0.1X ＜ t≤0.25T*0.1X+0.5T；
W2=180 °+k*360 °, 0.25T*0.1X+0.5T ＜ t≤T；
As it can be seen that according to the sequence of interface block, can by N number of interface block being revolved in interfaces windows around default rotary shaft successively
Turn, until when rotating to 180 °+k*360 °, complete the process of changing interface；It therefore, can will be N number of using above-mentioned expression formula
Interface block being rotated in interfaces windows around default rotary shaft successively, this can make the process of changing interface seem in good order,
It is more prone to be easily noticed by the users and is carrying out interface variation, and then caused by reduces when user misunderstands phenomena such as maloperation.
Further, it is above-mentioned that the target interface is being divided into N number of interface block, it can be with：
The target interface is equably divided into N number of interface block.
Illustratively, as shown in figure 5, after for target interface to be equably divided into 8 interface blocks in the embodiment of the present invention
Schematic diagram, target interface is the square that the length of side is 2 in Figure 5, that is, interfaces windows are also the square that the length of side is 2,
Wherein, using the horizontal symmetry axis of interfaces windows as default rotary shaft, and using the center of target interface as coordinate origin, with interface block
The left side is default side.
Below by it is shown in fig. 5 target interface is equably divided into 8 interface blocks for, to each in target interface
Interface block is described in detail around the process that the rotary shaft is rotated in interfaces windows.
Illustratively, according to following expression, respectively by each interface block around the default rotary shaft at the interface
180 °+k*360 ° are rotated in window, it is assumed that the value of k is 0, then expression formula is specially：
Wn=0 °, 0≤t≤0.25T (xn+1)；
Wn=180 ° of (t-0.25T (xn+ 1))/0.5T, 0.25T (xn+ 1) ＜ t≤0.25T (xn+1)+0.5T；
Wn=180 °, 0.25T (xn+ 1)+0.5T ＜ t≤T；
Wherein, xn∈ [- 1,1), n ∈ 1,2,3 ... ..., 8.
From the foregoing, it will be observed that it is above-mentioned when being split to target interface using equably partitioning scheme, therefore, after segmentation
Intersecting point coordinate of the left side of 8 interface blocks respectively with default rotary shaft be：x1=-1, x2=-0.75, x3=-0.5, x4=-
0.25、x5=0, x6=0.25, x7=0.5, x8=0.75.
Each interface block described in Fig. 5 is rotated around default rotary shaft in interfaces windows according to above-mentioned expression formula,
As shown in fig. 6, for for each interface block shown in fig. 5 in 0.25T a kind of corresponding specific rotating state diagram, need
Illustrate, all sides for the interface block that can be shown in interfaces windows in Fig. 6 are represented by dashed line；As it can be seen that in 0.25T,
That is during t=0.25T, by 1 corresponding x of interface block1=-1 substitutes into above-mentioned expression formula, can calculate 1 corresponding W of interface block1=90 °,
It is understood that interface block around default rotary shaft be rotated by 90 ° when, the interface block 1 is just perpendicular to interfaces windows, due to each
For interface block before the rotation of default rotary shaft, former boundary is shown away from interfaces windows in target interface in interfaces windows
Face, then, after target interface is equably divided into 8 interface blocks, each interface block be still away from interfaces windows,
Therefore, it is so invisible, the state of interface block as shown in Figure 6 that interface block 1 at this time allows for user；And by interface
5 corresponding x of block5=0 substitutes into above-mentioned expression formula, can calculate 5 corresponding W of interface block5=0 °, also just illustrate that the interface block 5 does not have also
Have and rotated.Each corresponding coordinate of interface block in Fig. 5 can be updated in above-mentioned expression formula, finally can obtain Fig. 6
Shown rotating state diagram.As it can be seen that when above-mentioned each interface block is rotated before 0.25T around default rotary shaft, respectively
Interface block in interfaces windows not showing, since target interface is the back side at former interface of being added to, by interface
Block around default rotary shaft rotated when, also and then rotated, and work as boundary with the corresponding corresponding part of interface block in former interface
When the angle of face block rotation is more than or equal to 90 °, in former interface with the corresponding partial disappearance of interface block.
Increasingly longer with the time of rotation, when the time being more than 0.25T, interface block 1 starts gradually in interfaces windows
It shows, as shown in fig. 7, for for each interface block shown in fig. 5, in 0.5T, a kind of corresponding specific rotation status shows
It is intended to, it should be noted that all sides of the interface block shown in interfaces windows in Fig. 7 are indicated by the solid line, and not
The interface block that can be shown in interfaces windows is still represented by dashed line；As it can be seen that in 0.5T, i.e. during t=0.5T, interface block 1 is corresponded to
X1=-1 substitutes into above-mentioned expression formula, can calculate 1 corresponding W of interface block1It=180 °, i.e., is shown completely in interfaces windows；
During t=0.5T, by 5 corresponding x of interface block5=0 substitutes into above-mentioned expression formula, can calculate 5 corresponding W of interface block5=90 °, i.e. boundary
Face block 5 is perpendicular to interfaces windows；In t=0.5T, by 8 corresponding x of interface block8=0.75 substitutes into above-mentioned expression formula, can calculate
Go out 8 corresponding W of interface block8=12.5 °, at this point, interface block 8 has illustrated interface block 8 in the angle that interfaces windows are in 12.5 °
Start to have rotated；And for a user, what user saw is then the interface block that interface block 8 is projected in interfaces windows, can be with
Remaining corresponding coordinate value of interface block is updated to respectively in above-mentioned expression formula, finally can obtain shown in Fig. 7 contorted
State schematic diagram.
When the time be more than 0.5T when, interface block 5 starts gradually to show in interfaces windows, as shown in figure 8, for for
Each interface block shown in fig. 5 corresponding a kind of specific rotating state diagram in 0.75T, it should be noted that in Fig. 8
All sides of interface block through being shown in interfaces windows are indicated by the solid line；As it can be seen that in 0.75T, i.e. during t=0.75T, by boundary
1 corresponding x of face block1=-1 substitutes into above-mentioned expression formula, calculates 1 corresponding W of interface block1Still it is 180 °；And interface block 5 is corresponded to
X5=0 substitutes into above-mentioned expression formula, calculates the corresponding W at this time of interface block 55It=180 °, i.e., is shown completely in interfaces windows；
By 8 corresponding x of interface block8=0.75 substitutes into above-mentioned expression formula, can calculate the corresponding W at this time of interface block 88=62.5 °, at this point,
Interface block 8 is in the angle that interfaces windows are in 62.5 °, and for a user, what user saw is then that interface block 8 is projected in interface window
Remaining corresponding coordinate value of interface block, can respectively be updated in above-mentioned expression formula, can finally obtain by the interface block in mouthful
To rotating state diagram shown in Fig. 8.By above-mentioned rule it can be found that working as t>During 0.75T, 1 corresponding W of interface block1
It it is 180 °, that is to say, that just do not continuing to rotate after at interface, block is rotated to preset angle, due to k in the embodiment of the present invention
Value for 0, so preset rotation angle is 180 °, and preset rotation angle can be adjusted by the value of k,
The embodiment of the present invention is not done the value of k and is clearly limited.
Continue to rotate according to above-mentioned rule, when the time being equal to T, 8 interface blocks shown in fig. 5 are equal in interfaces windows
Display completely, i.e., target interface is shown completely in interfaces windows, this also illustrates that changing interface has been completed.
It should be noted that above-mentioned Fig. 5 is only one provided in an embodiment of the present invention more specific schematic diagram, not
It forms to form the quantity and size of the interface block of the embodiment of the present invention and limit；The value of k is only for 0 in the embodiment of the present invention
A kind of specific example in many values, does not form the restriction to k values.
The embodiment that application drawing 3 provides by being split to target interface, obtains N number of interface block, due to by target circle
Face is divided into after N number of interface block, can respectively be rotated each interface block around default rotary shaft, therefore, passes through
One default pivot rule, which can be realized, to be started to rotate different interface blocks around default rotary shaft in different moments so that boundary
The process of face switching seems in good order, full of dynamic and aesthetic feeling, is easier to be easily noticed by the users in this way, and then reduces the mistake of user
Phenomena such as operation.
Fig. 9 is another flow diagram of interface switching method provided in an embodiment of the present invention, real except being provided including Fig. 1
It applies except the step S101-S103 in example, this method further includes step between step S102 and S103：
S106：On the direction of the default rotary shaft, the target interface is divided into N number of interface block；
S107：The target interface described in pre-display in the interfaces windows.
It will be appreciated to those of skill in the art that for generally for the changing interface mode of acquiescence, former interface and mesh
Demarcate face differential seat angle for 0 °, that is, without differential seat angle, target interface is shown directly in the form of covering in interfaces windows
Show, under above-mentioned mechanism, before being rotated to each interface block in target interface, pre- can be shown in interfaces windows
Show target interface, each interface block in target interface then rotated k*360 ° around default rotary shaft in interfaces windows,
Above-mentioned described pre-display refers to show in advance and the time of display is very short, plays the effect of preview.
It should be noted that in the case of comprising above-mentioned step S106 and step S107, above-mentioned step S103
It can be with：
According to the second default pivot rule, respectively by each interface block around the default rotary shaft in the interfaces windows
Middle k*360 ° of rotation；
Wherein, k is the integer being not zero, and k is more than 0, represents the interface block according to rotating clockwise, k is less than 0, represents
The interface block is according to rotation counterclockwise.
Further, in order to enable the process of changing interface seems in good order, in one kind provided in an embodiment of the present invention
It is described according to the second default pivot rule in specific implementation, each interface block is existed around the default rotary shaft respectively
K*360 ° is rotated in the interfaces windows, it can be with：
According to following expression, each interface block is rotated around the default rotary shaft in the interfaces windows respectively
k*360°：
Wn=0 °, 0≤t≤0.25T (xn+0.5X)；
Wn=k*360 ° of (t-0.25T (xn+ 0.5X))/0.5T, 0.25T (xn+ 0.5X) ＜ t≤0.25T (xn+0.5X)+
0.5T；
Wn=k*360 °, 0.25T (xn+ 0.5X)+0.5T ＜ t≤T；
In above formula, k is the integer being not zero, and k is more than 0, represents the interface block according to rotating clockwise, k is less than 0, table
Show the interface block according to rotation counterclockwise, WnFor from beginning rotational instant to the angle and t of n-th of interface block rotation of t moment
For apart from the time for starting rotational instant, at the time of the beginning rotational instant is corresponded to receive the switching command, T is
Preset to complete to the total duration needed for the rotation of interface blocks all in the target interface, X represents target interface in the rotation
Overall length in rotor shaft direction, xnRepresent that n-th of interface block presets the coordinate value on side and the rotary shaft point of intersection, coordinate origin is
The center of the target interface, xn∈ [- 0.5X, 0.5X), n ∈ 1,2,3 ... ..., N.
It is above-mentioned that each interface block is rotated into k*360 ° of process and Fig. 3 around the default rotary shaft in the interfaces windows
The process for providing step S105 in embodiment is similar, the difference is that only preset rotation angle, pre- in the embodiment of the present invention
If rotation angle be k*360 ° and k is the integer being not zero, and the default rotation angle in S105 is 180 ° of+k*360 ° of k is
Integer, therefore, the embodiment of the present invention will not be described in great detail above-mentioned process.
It should be noted that the concrete numerical value and Fig. 3 for N in the expression formula that is provided in this specific embodiment provide implementation
The concrete numerical value of N may be the same or different in expression formula mentioned by step S105 in example, all with N be indicated only for
Facilitate understanding and the unification of expression formula, the application is not the N in above-mentioned two expression formula and clearly limits.
It is emphasized that previous embodiment is illustrated, but target interface using target interface square
Concrete shape can also there are many, for example, target interface can also be：Circle, rectangle, diamond shape, ellipse etc., therefore,
The application does not do further restriction to the concrete shape of target interface, since interfaces windows refer to the display interface in display screen
Region, therefore the application does not also do further restriction to the concrete shape of interfaces windows.
The embodiment that application drawing 9 provides by being split to target interface, obtains N number of interface block, due to by target circle
Face is divided into after N number of interface block, can respectively be rotated each interface block around default rotary shaft, therefore, passes through
Two default pivot rules, which can be realized, to be started to rotate different interface blocks around default rotary shaft in different moments so that boundary
The process of face switching seems in good order, full of dynamic and aesthetic feeling, is easier to be easily noticed by the users in this way, and then reduces the mistake of user
Phenomena such as operation.
Figure 10 is a kind of structure diagram of changing interface device provided in an embodiment of the present invention, which includes：It receives
Module 201, determining module 202 and rotary module 203.
Receiving module 201, for receiving the switching command for switching former interface.
Determining module 202, for according to the switching command, determining target interface.
Further, above-mentioned determining module 202, is specifically used for：
According to the switching command, interface corresponding with the switching command in interface group where former interface is determined as mesh
It demarcates face.
More further, in the case of a PPT interface during PPT files is in the former interface, the PPT files are
The set at preset quantity PPT interfaces, above-mentioned receiving module 201, is specifically used for：
Receive the switching command for including PPT interface identifications；
And above-mentioned determining module 202, it is specifically used for：
According to the switching command, PPT interfaces corresponding with the PPT interface identifications in the PPT files are determined as
Target interface.
Rotary module 203, for the target interface to be rotated around default rotary shaft in interfaces windows, the boundary
Region of the face-port mouth for the display interface in display screen.
The embodiment that application drawing 10 provides, by receiving for switching the switching command at former interface, then basis receives
Switching command be capable of determining that target interface, finally by target interface around default rotary shaft in interfaces windows with the shape of rotation
Formula, is target interface by former changing interface, it is seen then that carries out changing interface using the embodiment of the present invention, can make changing interface
Process is easier to be easily noticed by the users, and then phenomena such as can reduce the maloperation of user, and can also make the effect of changing interface
More full of aesthetic feeling, the experience of user is promoted.
Figure 11 is another structure diagram of changing interface device provided in an embodiment of the present invention, is carried in addition to including Figure 10
For in embodiment receiving module 201, outside determining module 202 and rotary module 203, which further includes：Laminating module 204.
Laminating module 204, for by the target interface after the default rotary shaft rotates 180 ° in interfaces windows,
It is superimposed upon the back side at the former interface；
The rotary module 203, is specifically used for：
The target interface is rotated 180 °+k*360 ° around the default rotary shaft in interfaces windows, in rotary course,
The original interface is faded away in the interfaces windows, and the target interface is gradually shown in the interfaces windows, described
Region of the interfaces windows for the display interface in display screen；
Wherein, k is integer, and k is more than or equal to 0, represents the target interface according to rotating clockwise, k is less than 0, represents institute
Target interface is stated according to rotation counterclockwise.
The embodiment that application drawing 11 provides is carrying out in interfaces windows target interface around default rotary shaft to rotate it
Before, rotate the back side that former interface is superimposed upon after 180 ° in above-mentioned default rotary shaft interfaces windows in advance to target interface, this
Sample can make former interface and target interface form the positive and negative form of a piece of paper, therefore, to target interface around default rotary shaft
When being rotated in interfaces windows, former interface can be tapered into interfaces windows until disappearing, and target interface can
Gradually show that there is more preferably changing interface effect, bring better user experience in interfaces windows.
Figure 12 is the yet another construction schematic diagram of changing interface device provided in an embodiment of the present invention, goes out and is provided including Figure 11
Outside receiving module 201, determining module 202, rotary module 203 and laminating module 204 in embodiment, which further includes：
First segmentation module 205.
First segmentation module 205, in the direction of the default rotary shaft, the target interface being divided into N number of
Interface block.
Further, the first above-mentioned segmentation module 205, is specifically used for：
On the direction of the default rotary shaft, the target interface is equably divided into N number of interface block.
It should be noted that in the case of including the above-mentioned first segmentation module 205, above-mentioned rotary module 203, specifically
For：
According to the first default pivot rule, respectively by each interface block around the default rotary shaft in the interfaces windows
Middle 180 °+k*360 ° of rotation, in rotary course, the original interface is faded away in the interfaces windows, the target interface
It is gradually shown in the interfaces windows, region of the interfaces windows for the display interface in display screen；
Wherein, k is integer, and k is more than or equal to 0, represents the interface block according to rotating clockwise, k is less than 0, described in expression
Interface block is according to rotation counterclockwise.
Further, above-mentioned rotary module 203, is specifically used for：
According to following expression, each interface block is rotated around the default rotary shaft in the interfaces windows respectively
180°+k*360°：
Wn=0 °, 0≤t≤0.25T (xn+0.5X)；
Wn=(180 °+k*360 °) (t-0.25T (xn+ 0.5X))/0.5T, 0.25T (xn+ 0.5X) ＜ t≤0.25T (xn+
0.5X)+0.5T；
Wn=180 °+k*360 °, 0.25T (xn+ 0.5X)+0.5T ＜ t≤T；
In above formula, k is integer, and k is more than or equal to 0, represents the interface block according to rotating clockwise, k is less than 0, represents institute
Interface block is stated according to rotation counterclockwise, WnFor from start rotational instant to the angle of n-th of t moment interface block rotation and, t be away from
From the time for starting rotational instant, at the time of the beginning rotational instant is corresponded to receive the switching command, T is default
Completion to the total duration needed for the rotation of interface blocks all in the target interface, X represents target interface in the rotary shaft
Overall length on direction, xnRepresent that n-th of interface block presets the coordinate value on side and the rotary shaft point of intersection, coordinate origin is described
The center of target interface, xn∈ [- 0.5X, 0.5X), n ∈ 1,2,3 ... ..., N；
In rotary course, the original interface is faded away in the interfaces windows, and the target interface is at the interface
It is gradually shown in window.
The embodiment that application drawing 12 provides by being split to target interface, obtains N number of interface block, due to by target
Interface is divided into after N number of interface block, each interface block can be rotated around default rotary shaft respectively, therefore, is passed through
First default pivot rule, which can be realized, to be started to rotate different interface blocks around default rotary shaft in different moments so that
The process of changing interface seems in good order, full of dynamic and aesthetic feeling, is easier to be easily noticed by the users in this way, and then reduces user's
Phenomena such as maloperation.
Figure 13 is the yet another construction schematic diagram of changing interface device provided in an embodiment of the present invention, is carried in addition to including Figure 10
For in embodiment receiving module 201, outside determining module 202 and rotary module 203, which further includes：Second segmentation module
206 and pre-display module 207.
Second segmentation module 206, in the direction of the default rotary shaft, the target interface being divided into N number of
Interface block；
Pre-display module 207, for target interface described in the pre-display in the interfaces windows；
It should be noted that in the case of including the above-mentioned second segmentation module 206 and pre-display module 207, it is above-mentioned
Rotary module 203, be specifically used for：
According to the second default pivot rule, respectively by each interface block around the default rotary shaft in the interfaces windows
Middle k*360 ° of rotation,
Wherein, k is the integer being not zero, and k is more than 0, represents the interface block according to rotating clockwise, k is less than 0, represents
The interface block is according to rotation counterclockwise.
Further, above-mentioned rotary module 203, is specifically used for：
According to following expression, each interface block is rotated around the default rotary shaft in the interfaces windows respectively
k*360°：
Wn=0 °, 0≤t≤0.25T (xn+0.5X)；
Wn=k*360 ° of (t-0.25T (xn+ 0.5X))/0.5T, 0.25T (xn+ 0.5X) ＜ t≤0.25T (xn+0.5X)+
0.5T；
Wn=k*360 °, 0.25T (xn+ 0.5X)+0.5T ＜ t≤T；
In above formula, k is the integer being not zero, and k is more than 0, represents the interface block according to rotating clockwise, k is less than 0, table
Show the interface block according to rotation counterclockwise, WnFor from beginning rotational instant to the angle and t of n-th of interface block rotation of t moment
For apart from the time for starting rotational instant, at the time of the beginning rotational instant is corresponded to receive the switching command, T is
Preset to complete to the total duration needed for the rotation of interface blocks all in the target interface, X represents target interface in the rotation
Overall length in rotor shaft direction, xnRepresent that n-th of interface block presets the coordinate value on side and the rotary shaft point of intersection, coordinate origin is
The center of the target interface, xn∈ [- 0.5X, 0.5X), n ∈ 1,2,3 ... ..., N.
The embodiment that application drawing 13 provides by being split to target interface, obtains N number of interface block, due to by target
Interface is divided into after N number of interface block, each interface block can be rotated around default rotary shaft respectively, therefore, is passed through
Second default pivot rule, which can be realized, to be started to rotate different interface blocks around default rotary shaft in different moments so that
The process of changing interface seems in good order, full of dynamic and aesthetic feeling, is easier to be easily noticed by the users in this way, and then reduces user's
Phenomena such as maloperation.
It should be noted that herein, relational terms such as first and second and the like are used merely to a reality
Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation
In any this practical relationship or sequence.Moreover, term " comprising ", "comprising" or its any other variant are intended to
Non-exclusive inclusion, so that process, method, article or equipment including a series of elements not only will including those
Element, but also including other elements that are not explicitly listed or further include as this process, method, article or equipment
Intrinsic element.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that
Also there are other identical elements in process, method, article or equipment including the element.
Each embodiment in this specification is described using relevant mode, identical similar portion between each embodiment
Point just to refer each other, and the highlights of each of the examples are difference from other examples.Especially for system reality
For applying example, since it is substantially similar to embodiment of the method, so description is fairly simple, related part is referring to embodiment of the method
Part explanation.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the scope of the present invention.It is all
Any modification, equivalent replacement, improvement and so within the spirit and principles in the present invention, are all contained in protection scope of the present invention
It is interior.
Claims (18)
1. a kind of interface switching method, which is characterized in that the method includes：
Receive the switching command for switching former interface；
According to the switching command, target interface is determined；
The target interface is rotated around default rotary shaft in interfaces windows, the interfaces windows are to be shown in display screen
Show the region at interface.
2. according to the method described in claim 1, it is characterized in that, described according to the switching command, determine target interface, wrap
It includes：
According to the switching command, interface corresponding with the switching command in interface group where former interface is determined as target circle
Face.
3. according to the method described in claim 1, it is characterized in that, it is described by the target interface around default rotary shaft on boundary
Before being rotated in face-port mouth, the method further includes：
By the target interface after the default rotary shaft rotates 180 ° in interfaces windows, it is superimposed upon the back of the body at the former interface
Face；
It is described to rotate the target interface in interfaces windows around default rotary shaft, including：
The target interface is rotated 180 °+k*360 ° around the default rotary shaft in interfaces windows, it is described in rotary course
Former interface is faded away in the interfaces windows, and the target interface is gradually shown in the interfaces windows；
Wherein, k is integer, and k is more than or equal to 0, represents the target interface according to rotating clockwise, k is less than 0, represents the mesh
Face demarcate according to rotation counterclockwise.
4. according to the method described in claim 3, it is characterized in that, it is described by the target interface around the default rotary shaft
Before rotating 180 °+k*360 ° in interfaces windows, the method further includes：
On the direction of the default rotary shaft, the target interface is divided into N number of interface block；
It is described that the target interface is rotated 180 °+k*360 ° around the default rotary shaft in interfaces windows, including：
According to the first default pivot rule, each interface block is revolved around the default rotary shaft in the interfaces windows respectively
Turn 180 °+k*360 °.
5. according to the method described in claim 4, it is characterized in that, described be divided into N number of interface block by the target interface, packet
It includes：
The target interface is equably divided into N number of interface block.
It 6., respectively will be each according to the method described in claim 4, it is characterized in that, described according to the first default pivot rule
A interface block rotates 180 °+k*360 ° around the default rotary shaft in the interfaces windows, including：
According to following expression, each interface block is rotated 180 ° around the default rotary shaft in the interfaces windows respectively
+k*360°：
Wn=0 °, 0≤t≤0.25T (xn+0.5X)；
Wn=(180 °+k*360 °) (t-0.25T (xn+ 0.5X))/0.5T, 0.25T (xn+ 0.5X) ＜ t≤0.25T (xn+0.5X)+
0.5T；
Wn=180 °+k*360 °, 0.25T (xn+ 0.5X)+0.5T ＜ t≤T；
In above formula, k is integer, and k is more than or equal to 0, represents the interface block according to rotating clockwise, k is less than 0, represents the boundary
Face block is according to rotation counterclockwise, WnFor from start rotational instant to the angle of n-th of t moment interface block rotation and, t is apart from institute
The time for starting rotational instant is stated, at the time of the beginning rotational instant is corresponded to receive the switching command, T is preset complete
Total duration in the pairs of target interface needed for the rotation of all interface blocks, X represent target interface in the rotary axis direction
On overall length, xnRepresent that n-th of interface block presets the coordinate value on side and the rotary shaft point of intersection, coordinate origin is the target
The center at interface, xn∈ [- 0.5X, 0.5X), n ∈ 1,2,3 ... ..., N.
7. according to the method described in claim 1, it is characterized in that, it is described by the target interface around default rotary shaft on boundary
Before being rotated in face-port mouth, the method further includes：
On the direction of the default rotary shaft, the target interface is divided into N number of interface block；
The target interface described in pre-display in the interfaces windows；
It is described to rotate the target interface in interfaces windows around default rotary shaft, including：
According to the second default pivot rule, each interface block is revolved around the default rotary shaft in the interfaces windows respectively
Turn k*360 °；
Wherein, k is the integer being not zero, and k is more than 0, represents the interface block according to rotating clockwise, k is less than 0, described in expression
Interface block is according to rotation counterclockwise.
It 8., respectively will be each the method according to the description of claim 7 is characterized in that described according to the second default pivot rule
A interface block rotates k*360 ° around the default rotary shaft in the interfaces windows, including：
According to following expression, each interface block is rotated into k* around the default rotary shaft in the interfaces windows respectively
360°：
Wn=0 °, 0≤t≤0.25T (xn+0.5X)；
Wn=k*360 ° of (t-0.25T (xn+ 0.5X))/0.5T, 0.25T (xn+ 0.5X) ＜ t≤0.25T (xn+0.5X)+0.5T；
Wn=k*360 °, 0.25T (xn+ 0.5X)+0.5T ＜ t≤T；
In above formula, k is the integer being not zero, and k is more than 0, represents the interface block according to rotating clockwise, k is less than 0, represents institute
Interface block is stated according to rotation counterclockwise, WnFor from start rotational instant to the angle of n-th of t moment interface block rotation and, t be away from
From the time for starting rotational instant, at the time of the beginning rotational instant is corresponded to receive the switching command, T is default
Completion to the total duration needed for the rotation of interface blocks all in the target interface, X represents target interface in the rotary shaft
Overall length on direction, xnRepresent that n-th of interface block presets the coordinate value on side and the rotary shaft point of intersection, coordinate origin is described
The center of target interface, xn∈ [- 0.5X, 0.5X), n ∈ 1,2,3 ... ..., N.
9. according to the method described in any one in claim 1-8, which is characterized in that in PPT files is in the former interface
A PPT interface in the case of, the PPT files are the set at preset quantity PPT interfaces, described to receive for switching original
The switching command at interface, including：
Receive the switching command for including PPT interface identifications；
It is described that target interface is determined according to the switching command, including：
According to the switching command, PPT interfaces corresponding with the PPT interface identifications in the PPT files are determined as target
Interface.
10. a kind of changing interface device, which is characterized in that described device includes：
Receiving module, for receiving the switching command for switching former interface；
Determining module, for according to the switching command, determining target interface；
Rotary module, for the target interface to be rotated around default rotary shaft in interfaces windows, the interfaces windows
Region for the display interface in display screen.
11. device according to claim 10, which is characterized in that the determining module is specifically used for：
According to the switching command, interface corresponding with the switching command in interface group where former interface is determined as target circle
Face.
12. device according to claim 10, which is characterized in that described device further includes：
Laminating module, for the target interface after the default rotary shaft rotates 180 ° in interfaces windows, to be superimposed upon
The back side at the original interface；
The rotary module, is specifically used for：
The target interface is rotated 180 °+k*360 ° around the default rotary shaft in interfaces windows, it is described in rotary course
Former interface is faded away in the interfaces windows, and the target interface is gradually shown in the interfaces windows, the interface
Region of the window for the display interface in display screen；
Wherein, k is integer, and k is more than or equal to 0, represents the target interface according to rotating clockwise, k is less than 0, represents the mesh
Face demarcate according to rotation counterclockwise.
13. device according to claim 12, which is characterized in that described device further includes：
First segmentation module, in the direction of the default rotary shaft, the target interface to be divided into N number of interface block；
The rotary module, is specifically used for：
According to the first default pivot rule, each interface block is revolved around the default rotary shaft in the interfaces windows respectively
Turn 180 °+k*360 °, in rotary course, the original interface is faded away in the interfaces windows, and the target interface is in institute
It states in interfaces windows and gradually shows, region of the interfaces windows for the display interface in display screen；
Wherein, k is integer, and k is more than or equal to 0, represents the interface block according to rotating clockwise, k is less than 0, represents the interface
Block is according to rotation counterclockwise.
14. device according to claim 13, which is characterized in that the first segmentation module is specifically used for：
On the direction of the default rotary shaft, the target interface is equably divided into N number of interface block.
15. device according to claim 13, which is characterized in that the rotary module is specifically used for：
According to following expression, each interface block is rotated 180 ° around the default rotary shaft in the interfaces windows respectively
+k*360°：
Wn=0 °, 0≤t≤0.25T (xn+0.5X)；
Wn=(180 °+k*360 °) (t-0.25T (xn+ 0.5X))/0.5T, 0.25T (xn+ 0.5X) ＜ t≤0.25T (xn+0.5X)+
0.5T；
Wn=180 °+k*360 °, 0.25T (xn+ 0.5X)+0.5T ＜ t≤T；
In above formula, k is integer, and k is more than or equal to 0, represents the interface block according to rotating clockwise, k is less than 0, represents the boundary
Face block is according to rotation counterclockwise, WnFor from start rotational instant to the angle of n-th of t moment interface block rotation and, t is apart from institute
The time for starting rotational instant is stated, at the time of the beginning rotational instant is corresponded to receive the switching command, T is preset complete
Total duration in the pairs of target interface needed for the rotation of all interface blocks, X represent target interface in the rotary axis direction
On overall length, xnRepresent that n-th of interface block presets the coordinate value on side and the rotary shaft point of intersection, coordinate origin is the target
The center at interface, xn∈ [- 0.5X, 0.5X), n ∈ 1,2,3 ... ..., N；
In rotary course, the original interface is faded away in the interfaces windows, and the target interface is in the interfaces windows
In gradually show.
16. device according to claim 10, which is characterized in that described device further includes：
Second segmentation module, in the direction of the default rotary shaft, the target interface to be divided into N number of interface block；
Pre-display module, for target interface described in the pre-display in the interfaces windows；
The rotary module, is specifically used for：
According to the second default pivot rule, each interface block is revolved around the default rotary shaft in the interfaces windows respectively
Turn k*360 °,
Wherein, k is the integer being not zero, and k is more than 0, represents the interface block according to rotating clockwise, k is less than 0, described in expression
Interface block is according to rotation counterclockwise.
17. device according to claim 16, which is characterized in that the rotary module is specifically used for：
According to following expression, each interface block is rotated into k* around the default rotary shaft in the interfaces windows respectively
360°：
Wn=0 °, 0≤t≤0.25T (xn+0.5X)；
Wn=k*360 ° of (t-0.25T (xn+ 0.5X))/0.5T, 0.25T (xn+ 0.5X) ＜ t≤0.25T (xn+0.5X)+0.5T；
Wn=k*360 °, 0.25T (xn+ 0.5X)+0.5T ＜ t≤T；
In above formula, k is the integer being not zero, and k is more than 0, represents the interface block according to rotating clockwise, k is less than 0, represents institute
Interface block is stated according to rotation counterclockwise, WnFor from start rotational instant to the angle of n-th of t moment interface block rotation and, t be away from
From the time for starting rotational instant, at the time of the beginning rotational instant is corresponded to receive the switching command, T is default
Completion to the total duration needed for the rotation of interface blocks all in the target interface, X represents target interface in the rotary shaft
Overall length on direction, xnRepresent that n-th of interface block presets the coordinate value on side and the rotary shaft point of intersection, coordinate origin is described
The center of target interface, xn∈ [- 0.5X, 0.5X), n ∈ 1,2,3 ... ..., N.
18. according to the device described in any one in claim 10-17, which is characterized in that at the former interface be PPT files
In a PPT interface in the case of, the PPT files be preset quantity PPT interfaces set, the receiving module, have
Body is used for：
Receive the switching command for including PPT interface identifications；
The determining module, is specifically used for：
According to the switching command, PPT interfaces corresponding with the PPT interface identifications in the PPT files are determined as target
Interface.
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| CN201611102786.3A CN108153456B (en) | 2016-12-05 | 2016-12-05 | Interface switching method and device |
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