CN101895634A - Method and device for realizing dynamic switching of mobile terminal interface - Google Patents
Method and device for realizing dynamic switching of mobile terminal interface Download PDFInfo
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- CN101895634A CN101895634A CN2010102309238A CN201010230923A CN101895634A CN 101895634 A CN101895634 A CN 101895634A CN 2010102309238 A CN2010102309238 A CN 2010102309238A CN 201010230923 A CN201010230923 A CN 201010230923A CN 101895634 A CN101895634 A CN 101895634A
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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
- G06F3/0482—Interaction with lists of selectable items, e.g. menus
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- G—PHYSICS
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- G06F8/38—Creation or generation of source code for implementing user interfaces
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/724—User interfaces specially adapted for cordless or mobile telephones
- H04M1/72403—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality
- H04M1/72427—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality for supporting games or graphical animations
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/724—User interfaces specially adapted for cordless or mobile telephones
- H04M1/72469—User interfaces specially adapted for cordless or mobile telephones for operating the device by selecting functions from two or more displayed items, e.g. menus or icons
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Abstract
The invention discloses a method for realizing dynamic switching of a mobile terminal interface. The method comprises the following steps of: when creating an interface, setting parameters of a special effect of the interface and a frame number of the special effect; when switching the interface, acquiring a pre-switching image and a post-switching image and generating an intermediate image of each frame according to the set parameters and fame number of the special effect; and refreshing the intermediate image and the post-switching image on a screen. The invention simultaneously also discloses a device for realizing the dynamic switching of the mobile terminal interface. When the technical scheme of the invention is adopted, dynamic switching is realized when the interface is switched, the interface switching is more flexible, the individual requirements are well met, the sensory experience of users is improved effectively, the additional values and attraction of products are improved and the competitive power of the products is improved.
Description
Technical field
The present invention relates to the interface of mobile terminal Display Technique, relate in particular to a kind of realization interface of mobile terminal dynamic switch method and device.
Background technology
Open-minded along with the development of mobile communication technology and 3G network, portable terminals such as mobile phone have obtained at full speed popularizing the fierceness all the more of the competition between the cell phone apparatus manufacturer.No longer only pay close attention to the function of mobile phone when the consumer selects mobile phone, and more pay attention to the sensory experience of mobile phone.In order to improve the attraction of product to the consumer, cell phone apparatus manufacturer increases application miscellaneous on the one hand on mobile phone, strengthens the function of mobile phone, as GPS location, video playback, CMMB TV etc.; Pay attention to the user experience of mobile phone on the other hand more, menu structure reasonable in design, increase the bright and colourful visual effect and the control of various novelties, attract the consumer, iPhone series mobile phone as U.S. Apple, just increase value-added content of product in this way, obtained great success.
What the mobile phone of at present a lot of mobile phone products, especially low and middle-ends mostly adopted is the static mode of switching in interface, directly destroys old interface when switching at the interface that is:, generate new interface then and flush on the screen, like this, the visual experience dullness is uninteresting, lack variation, user satisfaction is low.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of realization interface of mobile terminal dynamic switch method and device, when switching at the interface, can realize dynamically switching, and it is more flexible that the interface is switched, and more meets personalized requirement.
For achieving the above object, technical scheme of the present invention is achieved in that
A kind of realization interface of mobile terminal dynamic switch method provided by the invention, this method comprises:
When creating, set the special efficacy parameter at interface, and the frame number of special efficacy is set at the interface;
When switch at the interface, obtain and switch preceding image and switch the back image, and generate the intermediate image of every frame according to the frame number of special efficacy parameter of setting and special efficacy;
With intermediate image with switch the back image refreshing to screen.
In the such scheme, the special efficacy parameter at described setting interface is: the first special efficacy field is set in the window attribute at interface, and sets the special efficacy parameter in the first special efficacy field;
The described first special efficacy field comprises following special efficacy parameter: the movement locus of the direction of motion of image transform mode, image, image transform parameter, and the form of the movement locus of the direction of motion image transform parameter of employing image transform mode image.
In the such scheme, described frame number according to special efficacy parameter of setting and special efficacy generates every frame intermediate image and is: image is as first frame before will switching, switch the back image as last frame, according to the special efficacy parameter of the first special efficacy field of switching the back image and the frame number of special efficacy, generate the image transform parameter of intermediate frame image, utilize described image transform parameter and image transform mode to generate the intermediate image of every frame.
In the such scheme, described with intermediate image with switch the back image refreshing and to screen be: image flushes to screen according to asynchronous screen refreshing mode with intermediate image and after switching.
In the such scheme, this method further comprises: when destroying at the interface, the second special efficacy field is set in the window attribute at interface;
The described second special efficacy field comprises following special efficacy parameter: the movement locus of the direction of motion of image transform mode, image, image transform parameter, the special efficacy attribute of setting when creating according to the interface is provided with, and produces the special efficacy that destroy at the interface.
In the such scheme, this method further comprises: the special efficacy area field is set in the window attribute at interface, is used to provide the window that the special efficacy operation area is set.
The dynamic device for switching of a kind of realization interface of mobile terminal provided by the invention, this device comprises: special efficacy is provided with module, special efficacy processing module, screen-refresh module; Wherein,
Special efficacy is provided with module, when being used for creating at the interface, sets the special efficacy parameter at interface, and the frame number of special efficacy is set;
Special efficacy processing module is used for when switch at the interface, obtains to switch preceding image and switch the back image, and generates the intermediate image of every frame according to the frame number of special efficacy parameter of setting and special efficacy;
The screen-refresh module is used for image refreshing after intermediate image and the switching to screen.
In the such scheme, image refreshing to screen is described screen-refresh module with intermediate image with after switching: the intermediate image that the screen-refresh module will be switched back image and generation flushes to screen according to asynchronous screen refreshing mode.
In the such scheme, described special efficacy is provided with module, when being further used for destroying at the interface, the second special efficacy field is set in the window attribute at interface.
In the such scheme, described special efficacy is provided with module, and the window attribute that further also is used at the interface is provided with the special efficacy area field, is used to provide the window that the special efficacy operation area is set.
Realization interface of mobile terminal dynamic switch method provided by the invention and device when creating at the interface, are set the special efficacy parameter at interface, and the frame number of special efficacy is set; When switch at the interface, obtain and switch preceding image and switch the back image, and generate the intermediate image of every frame according to the frame number of special efficacy parameter of setting and special efficacy; Intermediate image and switching back image are flushed to screen according to asynchronous screen refreshing mode; So, when switching at the interface, can not only realize the dynamically visual effect of switching, it is more flexible that the interface is switched, and more meets personalized requirement; Can also effectively promote user's sensory experience, increase value-added content of product and attraction, improve competitiveness of product.And, by the direction of motion that different image transform modes, image are set, the movement locus of image transform parameter and the frame number of special efficacy, can produce different visual effects, changing method is flexible, various.
Description of drawings
Fig. 1 realizes the schematic diagram of interface of mobile terminal dynamic switch method flow process for the present invention;
Fig. 2 realizes the schematic diagram of the dynamic device for switching structure of interface of mobile terminal for the present invention;
Fig. 3 realizes having the gradually schematic diagram of gradually little greatly interface dynamic switch method flow process of color-grading for embodiment one;
Fig. 4 is the effect schematic diagram of embodiment one;
Fig. 5 is the effect schematic diagram of embodiment two;
Fig. 6 is the effect schematic diagram of embodiment three.
Embodiment
Basic thought of the present invention is: when creating at the interface, set the special efficacy parameter at interface, and the frame number of special efficacy is set; When switch at the interface, obtain and switch preceding image and switch the back image, and generate the intermediate image of every frame according to the frame number of special efficacy parameter of setting and special efficacy; Intermediate image and switching back image are flushed to screen according to asynchronous screen refreshing mode.
The present invention is described in further detail below by drawings and the specific embodiments.
The present invention realizes the interface of mobile terminal dynamic switch method, and as shown in Figure 1, this method comprises following step:
Step 101: when creating, set the special efficacy parameter at interface, and the frame number of special efficacy is set at the interface;
Concrete, when creating, one first special efficacy field is set in the window attribute at interface at the interface, set the special efficacy parameter in the first special efficacy field; The described first special efficacy field comprises following special efficacy parameter: the movement locus of the direction of motion of image transform mode, image, image transform parameter, the form of employing " movement locus of the direction of motion image transform parameter of image transform mode image ".Such as: image from the screen below upwards linearity fly into, the value of the first special efficacy field can be " WIPE_UP_LINEAR ".The movement locus acquiescence of wherein, image transform parameter is pressed linear mode and is changed; And, a frame number field also is set in the window attribute at interface, be used to be provided with the frame number of special efficacy, special efficacy for calculation of complex, it is a little less that frame number can be provided with, and for calculating slightly more that simple special efficacy frame number can be provided with, generally is advisable with 6 to 8 frames.
Here, described image transform mode comprises: the stack of translation, convergent-divergent, 2D/3D rotation, image color gradual change and several image transform modes etc., as have the image zoom etc. of color-grading; The direction of motion of described image can be upwards, downwards, left, to the right, to upper left, to left down, to upper right, inferior eight directions motion to the right, and therefrom around the mind-set and from around to the motion at center etc.
The movement locus of described image transform parameter comprises: the linear combination of linear movement, uniformly accelerated motion, uniformly retarded motion, Sin curvilinear motion, bounce-back motion and several motion modes etc., described image transform parameter is the parameter that the direction of motion comprised of specified parameter of image transform mode and image.
Can be presented at the interface with the form of menu for the mapping mode of image, the direction of motion of image, the movement locus of image transform parameter and the frame number of special efficacy, select as required for the user.
Further, this step also comprises: when destroying at the interface, one second special efficacy field is set in the window attribute at interface, this second special efficacy field comprises following special efficacy parameter: the movement locus of the direction of motion of image transform mode, image, image transform parameter, the special efficacy attribute of setting when creating according to the interface is provided with, make and produce the special efficacy that destroy at the interface, such as: can select when is destroying at the interface that lower linear flies into from screen top during establishment below the screen upwards that linearity flies out, also can do some special settings as required.
Further, this step also comprises: a special efficacy area field is set in the window attribute at interface, be used to provide the window that the special efficacy operation area is set, can at described window the special efficacy zone be set as required and be some subregions of screen, default setting is full frame.
Step 102: when switch at the interface, obtain and switch preceding image and switch the back image, and generate intermediate image according to the special efficacy parameter of image after switching and the frame number of special efficacy;
Concrete, when switch at the interface, obtain current screen picture as image before switching, the image that will flush to screen is redirected in the buffer memory of appointment as switching the back image, image is as first frame before will switching, switch the back image as last frame, according to the special efficacy parameter of the first special efficacy field of switching the back image and the frame number of special efficacy, generate the image transform parameter of intermediate frame image, utilize described image transform parameter and image transform mode to generate the intermediate frame image, and the intermediate image that generates is cached to assigned address.
Step 103:, intermediate image and switching back image are flushed to screen successively according to asynchronous screen refreshing mode;
Concrete, independently dsp chip is generally all arranged on existing mobile-terminal platform, be used for screen drawing and refresh, the mode of system bus support by direct memory access (DMA, Direct Memory Access) with displaying contents from memory copying to the screen video memory.Whole process does not need the participation of CPU substantially, and the CPU most of the time is in idle condition.According to measuring and calculating, refreshing an on-screen data at present probably needs the time of 20ms to 80ms, generally all is no more than 20ms and the present invention calculates the time of a frame intermediate image, computing time of many intermediate images even less than 10ms.In the process of DSP clear screen, CPU can also finish the calculating of follow-up one to two two field picture, thereby, CPU can be after generating a frame intermediate image, be about to this intermediate image and flush to screen, generate the next frame intermediate image then, that is: adopt asynchronous screen refreshing mode.
Adopt asynchronous screen refreshing mode, compare and calculate the synchronous brush screen method that a frame refreshes a frame, can effectively utilize the free time of CPU, reduce computing time, improve the utilization ratio of CPU.Same special efficacy adopts asynchronous screen refreshing mode to compare with synchronous brush screen method, and the intermediate image of a frame to two frames can be set fully more, and transition is more natural.And because the amount of calculation of each frame is different, consuming time have have fewly more, use synchronously that brush screen method can cause the broadcast of intermediate image suddenly to neglect slow problem soon, and use asynchronous screen refreshing mode, refresh rate is complete controlled.As for the stationary problem between special efficacy calculating and the screen-refresh, can use the method for semaphore to solve.
In order to realize said method, the present invention also provides a kind of realization interface of mobile terminal dynamic device for switching, and as shown in Figure 2, this device comprises: special efficacy is provided with module 21, special efficacy processing module 22, screen-refresh module 23; Wherein,
Special efficacy is provided with module 21, when being used for creating at the interface, sets the special efficacy parameter at interface, and the frame number of special efficacy is set;
Described special efficacy is provided with the special efficacy parameter that module 21 is set the interface, and specifically: special efficacy is provided with module 21 one first special efficacy field is set in the window attribute at interface, sets the special efficacy parameter in the first special efficacy field; The described first special efficacy field comprises following special efficacy parameter: the movement locus of the direction of motion of image transform mode, image, image transform parameter, the form of employing " movement locus of the direction of motion image transform parameter of image transform mode image ".
Special efficacy processing module 22 is used for when switch at the interface, obtains to switch preceding image and switch the back image, and generates the intermediate image of every frame according to the frame number of special efficacy parameter of setting and special efficacy;
Screen-refresh module 23 is used for image refreshing after intermediate image and the switching to screen;
Concrete, the intermediate image that screen-refresh module 23 will be switched back image and generation flushes to screen according to asynchronous screen refreshing mode;
Described special efficacy is provided with module 21, when being further used for destroying at the interface, one second special efficacy field is set in the window attribute at interface, this second special efficacy field comprises following special efficacy parameter: the movement locus of the direction of motion of image transform mode, image, image transform parameter, the special efficacy attribute of setting when acquiescence is created according to the interface carries out the setting of this second special efficacy field, make to produce the special efficacy that destroy at the interface, also can set the second special efficacy field as required flexibly here;
Described special efficacy is provided with module 21, the window attribute that further also is used at the interface is provided with a special efficacy area field, be used to provide the window that the special efficacy operation area is set, can at described window the special efficacy zone be set as required and be some subregions of screen, default setting is full frame;
This device further comprises a plurality of cache modules 24, and the intermediate image of image, switching back image and every frame carries out buffer memory before the switching that is used for special efficacy processing module is obtained.
Describe the implementation procedure and the principle of method of the present invention in detail below in conjunction with specific embodiment.
Embodiment one: realize having the gradually big gradually little interface dynamic switch method of color-grading, as shown in Figure 3, this method comprises following step:
Step 301: when the note application interface is created, set the special efficacy parameter of note application interface, and the frame number of special efficacy is set;
Concrete, when the note application interface is created, one first special efficacy field is set in the window attribute of note application interface, set the special efficacy parameter in the first special efficacy field; This first special efficacy field comprises following special efficacy parameter: the movement locus of the direction of motion of image transform mode, image, image transform parameter, the form of employing " movement locus of the direction of motion image transform parameter of image transform mode image "; Wherein, the image transform mode is a color-grading, the direction of motion of image be from screen center to around gradually big, the movement locus of image transform parameter be the linearity, promptly the first special efficacy field is ZOOMWITHFADE_OUT_LINEAR; And a frame number field also is set in the window attribute of note application interface, and be used to be provided with the frame number of special efficacy, be set to six frames herein.
Further, this step also comprises: a special efficacy area field is set in the window attribute of note application interface, be used to provide the window that the special efficacy operation area is set,, the special efficacy operation area be set at except that the indication hurdle of screen top and the zone the soft key bar below the screen herein.
Step 302: when switch at the triggering interface, obtain and switch preceding image and switching back image, and generate intermediate image according to the special efficacy parameter of image after switching and the frame number of special efficacy;
Concrete, can from nine palace lattice menus, click the note icon and enter in the process that note uses, trigger the interface and switch, the interface of main menu before intercepting is switched earlier is as switching preceding image, shown in (1) among Fig. 2; The note application interface is redirected in the buffer memory of appointment as switching the back image, shown in (6) among Fig. 2; Image is as first frame before will switching, switch the back image as last frame, the image transform mode that obtains special efficacy according to the special efficacy attribute " ZOOMWITHFADE_OUT_LINEAR " of the first special efficacy field of note application interface is a color gradient, from screen center to around gradually big, linear-in-the-parameter changes, wherein, ZOOMWITHFADE presentation video mapping mode is big and color gradient gradually, the direction of motion of OUT presentation video be from screen center to around, the movement locus of LINEAR presentation video transformation parameter is a linear change, this special efficacy has the image transform parameter of following four variations: the upper left central motion from the zone that becomes big zone is to the upper left point in special efficacy zone, wide and high the increasing to from 0 of image filled whole special efficacy zone, the transparency of image changes to 255 from 0, and the movement locus of these four parameters all is a linear change.Generally, first intermediate frame of elder generation's computed image: the linear change of utilizing movement locus, calculate the value of four parameters of the first frame intermediate image of required four frame intermediate images, utilize the image transform mode of appointment in the value of four parameters of the described first frame intermediate image and the special efficacy field, generate the first frame intermediate image, and deposit in first middle buffer memory, execution in step 303 then; In the process of execution in step 303, CPU continues to generate the next frame image, deposits in the middle buffer memory of next piece.
Step 303:, intermediate image and switching back image are flushed to screen successively according to asynchronous screen refreshing mode.
The design sketch of present embodiment as shown in Figure 4, wherein (2), (3), (4), (5) are for flushing to the intermediate image of four frames of screen successively, as can be seen the note application interface gradually from screen center to around gradually big, and color deepens gradually, the nine palace lattice menus that are capped are fuzzy gradually.
Embodiment two: when interface for password input was created, the special efficacy parameter of interface for password input was set to from the screen right side to left, and the frame number that special efficacy is set is six frames, switched to the process of interface for password input from the note application interface, triggered the interface and switched; After triggering switching, image after obtaining the preceding image of switching earlier and switching is shown in (1) among Fig. 5, (6); Then, according to the frame number generation intermediate image of the special efficacy parameter of switching the back image and special efficacy, shown in (2) among Fig. 5, (3), (4), (5); According to asynchronous screen refreshing mode, intermediate image and switching back image are flushed to screen successively.
Embodiment three: when nine palace lattice menu interfaces were created, the special efficacy parameter of nine palace lattice menu interfaces was set to 3D to right rotation, and the frame number that special efficacy is set is six frames, switched to the process of nine palace lattice menu interfaces from main interface, triggered the interface and switched; After triggering switching, image after obtaining the preceding image of switching earlier and switching is shown in (1) among Fig. 6, (6); Then, according to the frame number generation intermediate image of the special efficacy parameter of switching the back image and special efficacy, shown in (2) among Fig. 6, (3), (4), (5); According to asynchronous screen refreshing mode, intermediate image and switching back image are flushed to screen successively.
The above is preferred embodiment of the present invention only, is not to be used to limit protection scope of the present invention, all any modifications of being done within the spirit and principles in the present invention, is equal to and replaces and improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. realize the interface of mobile terminal dynamic switch method for one kind, it is characterized in that this method comprises:
When creating, set the special efficacy parameter at interface, and the frame number of special efficacy is set at the interface;
When switch at the interface, obtain and switch preceding image and switch the back image, and generate the intermediate image of every frame according to the frame number of special efficacy parameter of setting and special efficacy;
With intermediate image with switch the back image refreshing to screen.
2. method according to claim 1 is characterized in that, the special efficacy parameter at described setting interface is: the first special efficacy field is set in the window attribute at interface, and sets the special efficacy parameter in the first special efficacy field;
The described first special efficacy field comprises following special efficacy parameter: the movement locus of the direction of motion of image transform mode, image, image transform parameter, and the form of the movement locus of the direction of motion image transform parameter of employing image transform mode image.
3. method according to claim 1, it is characterized in that, described frame number according to special efficacy parameter of setting and special efficacy generates every frame intermediate image and is: image is as first frame before will switching, switch the back image as last frame, according to the special efficacy parameter of the first special efficacy field of switching the back image and the frame number of special efficacy, generate the image transform parameter of intermediate frame image, utilize described image transform parameter and image transform mode to generate the intermediate image of every frame.
4. method according to claim 1 is characterized in that, and is described with intermediate image with switch the back image refreshing and to screen be: image flushes to screen according to asynchronous screen refreshing mode with intermediate image and after switching.
5. according to each described method of claim 1 to 4, it is characterized in that this method further comprises: when destroying, the second special efficacy field is set in the window attribute at interface at the interface;
The described second special efficacy field comprises following special efficacy parameter: the movement locus of the direction of motion of image transform mode, image, image transform parameter, the special efficacy attribute of setting when creating according to the interface is provided with, and produces the special efficacy that destroy at the interface.
6. according to each described method of claim 1 to 4, it is characterized in that this method further comprises: the special efficacy area field is set, is used to provide the window that the special efficacy operation area is set in the window attribute at interface.
7. realize the dynamic device for switching of interface of mobile terminal for one kind, it is characterized in that this device comprises: special efficacy is provided with module, special efficacy processing module, screen-refresh module; Wherein,
Special efficacy is provided with module, when being used for creating at the interface, sets the special efficacy parameter at interface, and the frame number of special efficacy is set;
Special efficacy processing module is used for when switch at the interface, obtains to switch preceding image and switch the back image, and generates the intermediate image of every frame according to the frame number of special efficacy parameter of setting and special efficacy;
The screen-refresh module is used for image refreshing after intermediate image and the switching to screen.
8. device according to claim 7 is characterized in that, image refreshing to screen is described screen-refresh module with intermediate image with after switching: the intermediate image that the screen-refresh module will be switched back image and generation flushes to screen according to asynchronous screen refreshing mode.
9. device according to claim 7 is characterized in that described special efficacy is provided with module, when being further used for destroying at the interface, the second special efficacy field is set in the window attribute at interface;
The described second special efficacy field comprises: the movement locus of the direction of motion of image transform mode, image, image transform parameter, the special efficacy attribute of setting when creating according to the interface carries out the setting of this second special efficacy field, produces the special efficacy that destroy at the interface.
10. device according to claim 7 is characterized in that described special efficacy is provided with module, and the window attribute that further also is used at the interface is provided with the special efficacy area field, is used to provide the window that the special efficacy operation area is set.
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| CN2010102309238A CN101895634A (en) | 2010-07-15 | 2010-07-15 | Method and device for realizing dynamic switching of mobile terminal interface |
| PCT/CN2011/074528 WO2012006907A1 (en) | 2010-07-15 | 2011-07-01 | Method and apparatus for implementing dynamic switch of mobile terminal interface |
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