CN102163129A - Method and device for implementing icon deformation - Google Patents
Method and device for implementing icon deformation Download PDFInfo
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- CN102163129A CN102163129A CN2011101053036A CN201110105303A CN102163129A CN 102163129 A CN102163129 A CN 102163129A CN 2011101053036 A CN2011101053036 A CN 2011101053036A CN 201110105303 A CN201110105303 A CN 201110105303A CN 102163129 A CN102163129 A CN 102163129A
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Abstract
The embodiment of the invention discloses a method for implementing icon deformation. The method comprises the following steps of: when the state of a current icon on a screen of an electronic device meets the trigger condition of a certain icon deformation type is detected, acquiring position coordinates of each pixel point of the icon on the display screen; acquiring parameters required for converting the position coordinates corresponding to each pixel point of the icon according to the icon deformation type; obtaining new position coordinates of each pixel point of the icon according to the position coordinates and the parameters required for converting the corresponding position coordinates; and redrawing and displaying each pixel point of the icon on the new position coordinates to acquire the deformed icon of the current icon. The embodiment of the invention also discloses a device for implementing icon deformation. By adopting the method and the device, the deformation effects such as adsorption deformation, inertia deformation and the like can be generated, so that the shape of the icon during moving is diverse, and dynamic visual experience is brought to users.
Description
Technical field
The present invention relates to the electronic device application programs technical field, relate in particular to a kind of method and device of realizing the icon distortion.
Background technology
In the use of electronic installations such as mobile phone, its inner various application programs that are provided with all have the inlet of a specific graphical mark as program, the user only need choose and click this icon, then can start corresponding application fast, greatly facilitate the application program that the user uses electronic installations such as mobile phone.
The user also can sort to each icon on the electronic installations such as mobile phone according to the hobby of oneself or the usage frequency of some application usually, by a certain fixed area that mode moves to the icon of application program commonly used display screen such as pulling.
But, in modes such as employing pull icon is moved in the process of a certain fixed area, the shape of icon remains unchanged, and its form of expression is single.
Summary of the invention
Embodiment of the invention technical matters to be solved is, a kind of method and device of realizing that icon is out of shape in moving process is provided, and can produce deformation effect when icon is moved.
In order to solve the problems of the technologies described above, the embodiment of the invention provides a kind of method that realizes the icon distortion, comprising:
When the state of the current icon on detecting the electronic installation screen satisfies the trigger condition of a certain icon deformation type, obtain the position coordinates of each pixel on display screen of described icon;
According to described icon deformation type, obtain the required parameter of position coordinates conversion of each pixel correspondence of described icon;
By the warping function corresponding with described icon deformation type to each pixel of described icon on display screen position coordinates and the corresponding required parameter of position coordinates conversion calculate, obtain the reposition coordinate of described each pixel of icon;
Each pixel of described icon is redrawn on its reposition coordinate and show, obtain the icon after the distortion of described current icon.
Wherein, when the state of described current icon on detecting the electronic installation screen satisfied the trigger condition of a certain preset icon deformation type, each pixel that obtains described icon also comprised before the step of the position coordinates on the display screen:
Preset at least one icon deformation type and calculate the warping function of the position coordinates conversion of each pixel of icon with corresponding being used to of described icon deformation type.
Wherein, when the state of described current icon on detecting the electronic installation screen satisfied the trigger condition of a certain icon deformation type, each pixel that obtains described icon also comprised before the step of the position coordinates on the display screen:
Detect the Action Events of user, determine the state of described icon, and judge whether the state of determining the described icon that obtains satisfies the trigger condition of a certain icon deformation type according to detected Action Events to icon.
Wherein, also comprise: if detect the user to the Action Events of icon when discharging the Action Events of described icon, redraw each pixel of original graph target and show at the assigned address of display screen.
Wherein, described icon deformation type comprises the absorption deformation type, when the state of icon satisfied the trigger condition of absorption deformation type, the required parameter of position coordinates conversion of each pixel correspondence of icon comprised: maximum offset in the horizontal and vertical directions, deflection are adjusted the deflection ratio multiplication factor of each pixel in the factor and the icon;
Described detection user determines the state of described icon to the Action Events of icon according to detected Action Events, and judges that whether the state of determining the described icon that obtains satisfies the step of the trigger condition of a certain icon deformation type, comprising:
Detect the Action Events of user, determine the state of described icon according to detected Action Events icon;
Judge whether the state determine the described icon that obtains is mobile status, if mobile status, judge further whether the adsorption site coordinate of described icon falls into the adsorbable district of location lattice, wherein, the adsorption site of described icon is meant one or more ad-hoc location on the preassigned icon, and described location lattice comprise a plurality of, and it is to be provided with according to the length value of display screen and width value, be used to place icon, the adsorbable district of described location lattice is the part or all of zone of described location lattice;
If then the state of icon satisfies the trigger condition of absorption deformation type.
Wherein, described icon deformation type comprises the inertia deformation type, when the state of icon satisfied the trigger condition of inertia deformation type, the required parameter of position coordinates conversion of each pixel correspondence of icon comprised: the maximal rate of icon in moving process, icon acceleration, maximum offset, the deflection on the time interval, level and the vertical direction of maximal rate when static adjusted the deflection ratio multiplication factor of each pixel the factor and the icon;
Described detection user determines the state of described icon to the Action Events of icon according to detected Action Events, and judges that whether the state of determining the described icon that obtains satisfies the step of the trigger condition of a certain icon deformation type, comprising:
Detect the Action Events of user, determine the state of described icon according to detected Action Events icon;
Judge whether the state determine the described icon that obtains is to finish mobile status, if the state of determining the described icon that obtains is for finishing mobile status, then the state of icon satisfies the trigger condition of inertia deformation type.
Correspondingly, the embodiment of the invention also provides a kind of device of realizing the icon distortion, comprising:
Coordinate obtaining module when the state that is used for the current icon on detecting the electronic installation screen satisfies the trigger condition of a certain icon deformation type, obtains the position coordinates of each pixel on display screen of described icon;
The icon deformation module, be used for according to described icon deformation type, obtain the required parameter of position coordinates conversion of each pixel correspondence of described icon, and by the warping function corresponding with described icon deformation type to each pixel of described icon on display screen position coordinates and the corresponding required parameter of position coordinates conversion calculate, obtain the reposition coordinate of described each pixel of icon;
Display control module redraws each pixel of described icon and shows on its reposition coordinate, obtain the icon after the distortion of described current icon.
Wherein, also comprise: memory module is used to store at least one default icon deformation type and is out of shape the reposition Coordinate Calculation of required parameter and each pixel of icon for described icon deformation module with the warping function that the position coordinates conversion of each pixel of icon is calculated in corresponding being used to of described icon deformation type.
Wherein, also comprise:
The incident capture module detects the Action Events of user to icon, and judges the state of icon according to detected Action Events;
Judge module is used to judge that described incident capture module determines to obtain the trigger condition whether state of described icon satisfies a certain icon deformation type, and notifies described coordinate obtaining module when being in judged result.
Wherein, also comprise: original icon display control module, be used for if described incident capture module detect the user to the Action Events of icon when discharging the Action Events of described icon, redraw each pixel of original graph target and show at the assigned address of display screen.
Implement the embodiment of the invention, have following beneficial effect:
By corresponding icon deformation type and warping function thereof are set, calculating chart is marked in the moving process or moves the reposition coordinate that each pixel of icon under the state such as stops, and redraw corresponding pixel in the reposition coordinate points, make icon in moving process or move to stop to wait and produce under the commentaries on classics as adsorbing deformation effect such as distortion, inertia distortion, make that the change of shape of icon when mobile is various, produce dynamic display effect, give the user visual experience with innervation.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, to do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art below, apparently, accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is that the structure of device of the realization icon distortion of the embodiment of the invention is formed synoptic diagram;
Fig. 2 is the first embodiment schematic flow sheet of the method for realization icon distortion of the present invention;
Fig. 3 is the second embodiment schematic flow sheet of the method for realization icon distortion of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that is obtained under the creative work prerequisite.
Fig. 1 is that the structure of device of the realization icon distortion of the embodiment of the invention is formed synoptic diagram, and this device can be electronic installations such as mobile phone, palm PC, and this device comprises: coordinate obtaining module 1, and icon deformation module 2 and display control module 3, wherein:
Coordinate obtaining module 1 when the state that is used for the current icon on detecting the electronic installation screen satisfies the trigger condition of a certain icon deformation type, obtains the position coordinates of each pixel on display screen of described icon.
Concrete, the trigger condition whether state of described coordinate obtaining module 1 detected icon satisfies a certain icon deformation type specifically can comprise multiple mode, specifically can according to the user who captures as long by, short by, pull, Action Events such as release judges the state of icon, thereby judges further whether this state satisfies the trigger condition of a certain icon deformation type.For example, detect the Action Events of user, and judge according to detected Action Events whether the state of icon is mobile status icon; If detected user is the Action Events that pulls to the Action Events of icon, can determine that then this icon is a mobile status, then further according to the position coordinates of each pixel of icon of obtaining in real time, judge whether the adsorption site coordinate of the described icon of appointment falls into the adsorbable district of location lattice, if, then the state of icon satisfies the trigger condition of absorption deformation type, wherein, the adsorption site of described icon is meant one or more ad-hoc location on the preassigned icon, four summits as icon as described in can specifying, four edges lines etc. are as adsorption site, described location lattice comprise a plurality of, it is to be provided with according to the length value of display screen and width value, be used to place icon, the adsorbable district of described location lattice is the part or all of zone of described location lattice.And for example, detect the Action Events of user to icon, if Action Events stops for pulling, the state that then can determine this icon is for finishing mobile status, and the state of this icon satisfies the trigger condition of inertia deformation type.
And when the state of detected current icon satisfies the trigger condition of a certain icon deformation type, described coordinate obtaining module 1 is obtained the position coordinates of each pixel of described current icon at display screen, being used for of specifically can existing from electronic installations such as mobile phone calculates the module of each pixel coordinate of icon and obtains, and also can obtain from host computer.
Icon deformation module 2, be used for according to described icon deformation type, obtain the required parameter of position coordinates conversion of each pixel correspondence of described icon, and by the warping function corresponding with described icon deformation type to each pixel of described icon on display screen position coordinates and the corresponding required parameter of position coordinates conversion calculate, obtain the reposition coordinate of described each pixel of icon.
Concrete, default described icon deformation type can comprise multiple, the corresponding warping function that is used to calculate the position coordinates conversion of each pixel of icon of each icon deformation type, it is used to make described icon deformation module 2 to calculate the reposition coordinate of described each pixel of icon, redraw so that carry out the respective pixel point, make described icon produce deformation effect at reposition coordinate place.Described icon deformation type and warping function thereof can be when this device be produced default setting, also can be by the self-defined as required setting of user.
Described icon deformation type and warping function thereof can be absorption deformation type and absorption warping function, inertia deformation type and inertia warping function thereof, and some can make icon show other deformation type that is out of shape as physical features such as distortion, vibrations and any one or more the combination in the warping function thereof.Wherein, described warping function is F(A: α: ... β), wherein A is the initial position coordinates of each pixel of icon of the trigger condition that satisfies a certain icon deformation type obtained of described coordinate obtaining module 1, (α: ... β) be the parameter relevant with corresponding warping function.Corresponding to all kinds of warping functions of presetting, described icon deformation module 2 is calculated concrete can be of parameter that obtains: the parameters such as deflection ratio multiplication factor of each pixel in included maximum offset in the horizontal and vertical directions, the deflection adjustment factor and the icon are out of shape in absorption; The maximal rate of the included icon of inertia distortion in moving process, icon acceleration, maximum offset, the deflection on the time interval, level and the vertical direction of maximal rate when static adjusted the parameters such as deflection ratio multiplication factor of each pixel the factor and the icon; And the required elastic deformation ratio of damping of other deformation effect, vibration number etc. are any obtainable and can influence the parameter of deformation effect before distortion.
Display control module 3 redraws each pixel of described icon and shows on its reposition coordinate, obtain the icon after the distortion of described current icon.
Described display control module 3 redraws each pixel of icon on the reposition coordinate that described icon deformation module 2 calculates, and after the icon after will redrawing control is shown to the user, the user just can view the icon after the corresponding distortion, thereby brings dynamic visual experience to the user.
To be preset with the inertia deformation type that can make icon show the inertia distortion is example, when the incident capture module of electronic installations such as mobile phone capture the user to the Action Events of a certain icon on the display screen for long by, pull, stop to pull but when not discharging, just can determine the end mobile status of state for just having stopped moving of this icon.Described coordinate obtaining module 1 is obtained the current position coordinates of this icon, described icon deformation module 2 is calculated the required parameter of inertia distortion and is comprised: according to the pace of change of the position coordinates of each pixel of icon that moves, calculating chart is marked on the maximal rate V in the moving process, calculating the time interval of maximal rate when static is T, calculates the acceleration on level and the vertical direction: a then respectively
h=V
h/ T, a
v=V
v/ T, and the position coordinates that calculates each pixel of icon drags the distance of position coordinates of the contact of icon such as user's finger contact to the user, obtain the deflection ratio multiplication factor β of each pixel in the icon, then, described icon deformation module 2 is again according to default maximum offset S, deflection is adjusted the warping function of factor N and inertia distortion, calculate the position coordinates after each pixel is out of shape, wherein, described maximum offset S is used to guarantee that skew after the position coordinates conversion of each pixel is in the peak excursion weight range, and can unconfined distortion not be offset, deflection is adjusted factor N and can be provided with as required by the user, and the warping function that produces the inertia distortion is P
x=A
x+ S/ β * a
h* N; P
y=A
y+ S/ β * a
v* N.Be that the current initial position coordinates of each pixel of icon is (A
x, A
y), the reposition coordinate is (P
x, P
y), 2 reposition coordinate (P that calculating of described icon deformation module
x, P
y) on the display screen located, redrawing this pixel as Pixel Information such as color, shapes and make icon produce the inertia deformation effect according to this pixel of preserving.
In like manner, corresponding to making icon produce the warping function of the deformation type of physical features distortion such as absorption, distortion, vibration, designer or with per family can be according to the physical property of physical features such as absorption, distortion, vibration, corresponding warping function is set, obtain the position coordinates of current icon and be out of shape required parameter accordingly by described coordinate obtaining module 1 and described icon deformation module 2, thus the various deformation effect of realization icon.
Each functional module that more than describes electronic installation in detail transforms to new position with each pixel of icon from current location, thereby realizes the process of whole icon distortion.In the specific implementation, after icon satisfies deformation condition, can reach certain hour at interval or each pixel of icon moved under certain conditions such as position coordinates distance, above-mentioned each module is carried out operation separately in the electronic installation, repeatedly carries out above-mentioned steps so that icon produces deformation effect such as absorption distortion, inertia distortion, torsional deformation, vibration distortion.
Further, see also Fig. 1 again, the device of described realization icon distortion also can comprise:
Memory module 4 is used to store at least one default icon deformation type and is out of shape the reposition Coordinate Calculation of required parameter and each pixel of icon for described icon deformation module 2 with the warping function that the position coordinates conversion of each pixel of icon is calculated in corresponding being used to of described icon deformation type.This memory module can be the storer in the electronic installations such as mobile phone, and it is connected with described icon deformation module 2 with described coordinate obtaining module 1.
Further, see also Fig. 1 again, the device of described realization icon distortion also can comprise:
Incident capture module 5 detects the Action Events of user to icon, and judges the state of icon according to detected Action Events.
Judge module 6 is used to judge that described incident capture module 5 determines to obtain the trigger condition whether state of described icon satisfies a certain icon deformation type, notifies described coordinate obtaining module 1 when being in judged result.
This incident capture module 5 can be caught user's operation behavior, for example detect the user to the length of icon by, short by, pull, discharge, get rid of screen, click, Action Events such as double-click, and according to the user operation case that captures, the state of judgement icon.Whether the state of the icon that 6 judgements of judge module are determined satisfies the trigger condition of a certain icon deformation type.For example, if the Action Events that the user who captures carries out the priority of a certain icon is: long pressing, pull, stop to pull but when not discharging, incident capture module 5 can be judged the current state of described icon for finishing mobile status, 6 of judge modules can be judged described icon according to this state and meet the inertia deformation condition, just the announcement information that sends the identification information that carries described icon is notified described coordinate obtaining module 1, described coordinate obtaining module 1 is just obtained the current coordinate of each pixel of icon of this trigger condition that satisfies the inertia deformation type, the parameter and the reposition Coordinate Calculation of described icon deformation module 2 inertia distortion, described display control module 3 redraws each pixel of described icon and shows on its reposition coordinate, finally obtain the icon after the distortion of described current icon.
Further, see also Fig. 1 again, the device of described realization icon distortion also can comprise:
Original icon display control module 7, be used for if described incident capture module 5 detect the user to the Action Events of icon when discharging the Action Events of described icon, redraw each pixel of original graph target and show at the assigned address of display screen.
When described original icon display control module 7 captures user's release graphics target Action Events at described incident capture module 5, relative position coordinates according to each pixel of original graph target of storing, features such as the color of each pixel, shape redraw this pixel, give the user so that demonstrate former icon in the control of positions such as current off-position.
Description by the foregoing description as can be known, the present invention has the following advantages:
By corresponding icon deformation type and warping function thereof are set, calculating chart is marked in the moving process or moves the reposition coordinate that each pixel of icon under the state such as stops, and redraw corresponding pixel in the reposition coordinate points, make icon in moving process or move to stop to wait and produce under the state as adsorbing deformation effect such as distortion, inertia distortion, make that the change of shape of icon when mobile is various, produce dynamic display effect, give the user visual experience with innervation.
Method to realization icon distortion of the present invention is described in detail below.
Seeing also Fig. 2, is the first embodiment schematic flow sheet of the method for realization icon distortion of the present invention, and this method specifically comprises:
S201: when the state of the current icon on detecting the electronic installation screen satisfies the trigger condition of a certain icon deformation type, obtain the position coordinates of each pixel on display screen of described icon.
The trigger condition whether state of detected icon satisfies a certain icon deformation type specifically can comprise multiple mode, specifically can according to the user who captures as long by, short by, pull, Action Events such as release judges the state of icon, thereby judges further whether this state satisfies the trigger condition of a certain icon deformation type.For example, detect the Action Events of user, and judge according to detected Action Events whether the state of icon is mobile status icon; If detected user is the Action Events that pulls to the Action Events of icon, can determine that then this icon is a mobile status, then further according to the position coordinates of each pixel of icon of obtaining in real time, judge whether the adsorption site coordinate of described icon falls into the adsorbable district of location lattice, if, then the state of icon satisfies the trigger condition of absorption deformation type, wherein, the adsorption site of described icon is meant one or more ad-hoc location on the preassigned icon, four summits as icon as described in assignable, four edges lines etc. are as adsorption site, described location lattice comprise a plurality of, it is to be provided with according to the length value of display screen and width value, be used to place icon, the adsorbable district of described location lattice is the part or all of zone of described location lattice.And for example, detect the Action Events of user to icon, if Action Events stops for pulling, the state that then can determine this icon is for finishing mobile status, and the state of this icon satisfies the trigger condition of inertia deformation type.
And when the state of detected current icon satisfies the trigger condition of a certain icon deformation type, described S201 obtains the position coordinates of each pixel of described current icon at display screen, being used for of specifically can existing from electronic installations such as mobile phone calculates the module of each pixel coordinate of icon and obtains, and also can obtain from host computer.
S202:, obtain the required parameter of position coordinates conversion of each pixel correspondence of described icon according to described icon deformation type.
S203: by the warping function corresponding with described icon deformation type to each pixel of described icon on display screen position coordinates and the corresponding required parameter of position coordinates conversion calculate, obtain the reposition coordinate of described each pixel of icon.
Default described icon deformation type can comprise multiple, the corresponding warping function that is used to calculate the position coordinates conversion of each pixel of icon of each icon deformation type, it is used to make described S203 to calculate the reposition coordinate of each pixel of icon, redraws so that carry out the respective pixel point.Described icon deformation type and warping function thereof can be when electronic installations such as mobile phone be produced default setting, also can be by the self-defined as required setting of user.
Concrete, icon deformation type and warping function thereof can be absorption deformation type and absorption warping function, inertia deformation type and inertia warping function thereof, and some can make icon show other deformation type that is out of shape as physical features such as distortion, vibrations and any one or more the combination in the warping function thereof.Wherein, described warping function is F(A: α: ... β), A wherein is the initial position coordinates of each pixel of icon of the trigger condition that satisfies a certain icon deformation type obtained of S201, (α: ... β) be the parameter relevant with corresponding warping function.Corresponding to all kinds of warping functions of presetting, described S202 calculates concrete can be of parameter that obtains: the deflection ratio multiplication factor of each pixel in the included maximum offset in the horizontal and vertical directions of required parameter, the deflection adjustment factor and the icon is out of shape in absorption; The maximal rate of the included icon of the required parameter of inertia distortion in moving process, icon acceleration, maximum offset, the deflection on the time interval, level and the vertical direction of maximal rate when static adjusted the deflection ratio multiplication factor of each pixel the factor and the icon; And the required elastic deformation ratio of damping of other deformation effect, vibration number etc. are any obtainable and can influence the parameter of deformation effect before distortion
S204: each pixel of described icon is redrawn on its reposition coordinate and show, obtain the icon after the distortion of described current icon.
Concrete, to be preset with the warping function that can make icon show the inertia deformation type of inertia distortion is example, when the functional module of electronic installation inside such as mobile phone capture the user to the Action Events of a certain icon on the display screen for long by, pull, stop to pull but when not discharging, just can determine the end mobile status of state for just stopping to move of this icon, described S201 obtains the current position coordinates of this icon, described S202 calculates the required parametric procedure of inertia distortion and comprises: according to the pace of change of the position coordinates of each pixel in the icon that moves, calculating chart is marked on the maximal rate V in the moving process, calculating the time interval of maximal rate when static is T, calculates the acceleration on level and the vertical direction: a then respectively
h=V
h/ T, a
v=V
v/ T, and the position coordinates that calculates each pixel of icon drags the distance of position coordinates of the contact of icon such as user's finger contact to the user, obtain the deflection ratio multiplication factor β of each pixel in the icon, described S203 is again according to default maximum offset S, deflection is adjusted the warping function of factor N and inertia distortion, calculate the reposition coordinate of each pixel, wherein, described maximum offset S is used to guarantee that skew after the position coordinates conversion of each pixel is in the peak excursion weight range, and can unconfined distortion not be offset, deflection is adjusted factor N and can be provided with as required by the user, also can produce by calculating, the warping function that produces the inertia distortion is: P
x=A
x+ S/ β * a
h* N; P
y=A
y+ S/ β * a
v* N.Wherein, the current coordinate of each pixel is (A in the icon
x, A
y), the required reposition coordinate of position coordinates conversion that each pixel that need calculate produces inertia is (P
x, P
y), the reposition coordinate (P that described S204 is then calculating
x, P
y) on the display screen located, redraw this pixel as Pixel Information such as color, shapes according to the respective pixel point of preserving.For each pixel of icon as Pixel Information such as color, shapes, can be when carrying out S201, with icon decoding and storing in one 2 dimension matrix so that use during follow-up redrawing with each pixel as Pixel Information such as color, shapes.
In like manner, corresponding to making icon in moving process, produce the warping function of physical features distortion such as absorption, distortion, vibration, designer or with per family can be according to the physical property of physical features such as absorption, distortion, vibration, corresponding warping function is set, carry out corresponding current position coordinates, be out of shape the required parameter and the The deformation calculation of reposition coordinate by described S201, S202 and S203, thereby realize the various deformation effect of icon.
After icon control after described S204 will redraw was shown to the user, the user just can view the icon after the corresponding distortion, thereby brings dynamic visual experience to the user.
At last, when the user stops to pull icon and discharges this icon, this method also comprises: according to original graph target size, the assigned address that Pixel Information such as the color of each pixel, shape redraw each pixel of original graph target and are inserted into display screen is shown to the user.
Above-mentioned steps describes in detail each pixel of icon is transformed to new position from current location, thereby realizes the process of whole icon distortion.In the specific implementation, after icon satisfies trigger condition, can reach certain hour at interval or each pixel of icon moved under certain conditions such as position coordinates distance, electronic installation repeatedly carries out above-mentioned steps so that icon produces deformation effect such as adsorbing distortion, inertia distortion, torsional deformation, vibration distortion.
Description by the foregoing description as can be known, the present invention has the following advantages:
By corresponding icon deformation type and warping function thereof are set, calculating chart is marked in the moving process or moves the reposition coordinate that each pixel of icon under the state such as stops, and redraw corresponding pixel in the reposition coordinate points, make icon in moving process or move to stop to wait and produce under the state as adsorbing deformation effect such as distortion, inertia distortion, make that the change of shape of icon when mobile is various, produce dynamic display effect, give the user visual experience with innervation.
Seeing also Fig. 3 again, is the second embodiment schematic flow sheet of the method for realization icon distortion of the present invention, and present embodiment mainly produces the absorption distortion with icon and the inertia deformation effect describes, and this method comprises:
S301: preset at least one icon deformation type and calculate the warping function of the position coordinates conversion of each pixel of icon with corresponding being used to of described icon deformation type.
Concrete, in the present embodiment, predeterminable absorption deformation type and the absorption warping function and the inertia deformation type and the inertia warping function thereof that produce the inertia distortion that makes icon produce the absorption deformation effect, and accordingly it is stored in the storer of electronic installation.
Described S301 also needs be provided with the location lattice and is used to place icon when presetting the absorption warping function on display screen, concrete steps comprise: the width value of reading displayed screen and length value are that (x=0 y=0) sets up two-dimensional coordinate system to initial point with the screen upper left corner; Screen evenly is divided into 9 zones of 3*3 according to width value and length value, each zone is location lattice, and write down each location lattice in the absolute position that described two-dimensional coordinate is fastened, also can equably display screen be divided into 16 zones (location lattice) of 4*4 or 25 zones (location lattice) of 5*5 as required certainly; In each above-mentioned location lattice adsorbable district is set, and writes down the coordinate range in adsorbable district, described adsorbable district is the part or all of zone of described location lattice; The wide height of respective icon is arranged to equate with the wide height of locating lattice, and the coordinate on 4 summits of specified icons is the adsorption site of icon.The setting that positions lattice is mainly used in the icon that makes each application program produces the absorption distortion in the specific region of display screen effect.
The absorption warping function is: P
x=A
x+ S
h/ β * N; P
y=A
y+ S
v/ β * N, A
xAnd A
yBe the icon that calculates wherein certain pixel moves the time at a time initial position coordinates, P
xAnd P
yThis pixel reposition coordinate when being out of shape for icon, S
hAnd S
vBe the maximum offset of each pixel in the icon that presets on level and vertical both direction, N is that deflection is adjusted the factor, β is the deflection ratio multiplication factor of each pixel in the icon, and being the initial position coordinates of each pixel of icon drags the distance of the position coordinates of the contact of icon such as user's finger contact to the user.Wherein, preset described S
hAnd S
vEffect be to make the icon pixel distortion size within the specific limits.
The inertia warping function is: P
x=A
x+ S/ β * a
h* N; P
y=A
y+ S/ β * a
v* N, A
xAnd A
yBe the icon that calculates wherein certain pixel moves the time at a time initial position coordinates, P
xAnd P
yThis pixel reposition coordinate when being out of shape for icon, icon is the maximal rate V in moving process before finish moving, and calculating the time interval of maximal rate when static is T, the acceleration on level and the vertical direction: a
h=V
h/ T, a
v=V
v/ T, S is default maximum offset, and N is that deflection is adjusted the factor, and β is the deflection ratio multiplication factor of each pixel in the icon.
S302: detect the Action Events of user, determine the state of described icon, and judge whether the state of determining the described icon that obtains satisfies the trigger condition of a certain icon deformation type according to detected Action Events to icon.
Concrete, electronic installation the corresponding function module such as mobile phone can capture long by, short by, pull, discharge, get rid of screen, click, user such as double-click is to the Action Events of icon, according to user's Action Events, can judge the residing state of icon.
Then, can judge whether the state of determining the described icon that obtains is mobile status, for example, to the Action Events of a certain icon successively be if detect the user: long pressing, pull, can determine that then the state that described icon is in is a mobile status.If mobile status, further judge according to the position coordinates on four summits of the icon that obtains whether the adsorption site coordinate of the described icon of appointment falls in the coordinate range in the adsorbable district of locating lattice, if, then the state of icon meets the absorption deformation condition, then carry out S303, otherwise, the state that continues to detect user's Action Events and judge icon.
Can judge also whether the state of determining the described icon that obtains is to finish mobile status, for example, as if detecting the Action Events of user to a certain icon successively be: long pressing pulls, stop to pull when not discharging, then the described icon of decidable is in and just stops mobile status for finishing mobile status.State as if the described icon of determining to obtain is the end mobile status, and then the state of icon meets the inertia deformation condition, then carries out S305, otherwise, the state that continues to detect user's Action Events and judge icon.
S303: when the state of the current icon on detecting the electronic installation screen satisfies the trigger condition of absorption deformation type, obtain the position coordinates of each pixel on display screen of described icon, and, obtain the required parameter of position coordinates conversion of each pixel correspondence of described icon according to described absorption deformation type.
Concrete, when the state that detects icon as S302 satisfies the trigger condition of absorption deformation type, just certain hour obtained the initial position coordinates (A of each pixel on display screen in the moving process as 0.5 second at interval
x, A
y), and calculate to obtain to adsorb accordingly and be out of shape required parameter, that is: S
h, S
v, the required parameters of absorption such as N, β distortion.
S304: by the warping function corresponding with described absorption deformation type to each pixel of described icon on display screen position coordinates and the corresponding required parameter of position coordinates conversion calculate, obtain the reposition coordinate of described each pixel of icon.
Initial position coordinates (A during a certain moment of each pixel of icon that S303 is obtained
x, A
y) and S
h, S
v, the required parameter substitutions absorption warping function P of absorption such as N, β distortion
x=A
x+ S
h/ β * N; P
y=A
y+ S
vAmong/β * the N, obtain (P
x, P
y), (P
x, P
y) be the reposition coordinate of each pixel in this icon, so that this icon produces absorption deformation effect.
S305: when the state of the current icon on detecting the electronic installation screen satisfies the trigger condition of inertia deformation type, obtain the position coordinates of each pixel on display screen of described icon, and, obtain the required parameter of position coordinates conversion of each pixel correspondence of described icon according to described inertia deformation type.
Concrete, when the state that detects icon as S302 satisfies the trigger condition of inertia deformation type, just certain hour obtained the initial position coordinates (A of current each pixel on display screen as 0.5 second at interval
x, A
y), and obtain the V of described icon, T, a
h=V
h/ T, a
v=V
v/ T, N, the parameter that the distortion of inertia such as β is required.
S306: by the warping function corresponding with described inertia deformation type to each pixel of described icon on display screen position coordinates and the corresponding required parameter of position coordinates conversion calculate, obtain the reposition coordinate of described each pixel of icon.
(A with the S305 acquisition
x, A
y) and V, T, a
h=V
h/ T, a
v=V
v/ T, N, β substitution: P
x=A
x+ S/ β * a
h* N; P
y=A
y+ S/ β * a
v* among the N, can obtain (P
x, P
y), (P
x, P
y) be the reposition coordinate of each pixel in this icon, so that this icon produces absorption deformation effect.
S307: each pixel of described icon is redrawn on its reposition coordinate and show, obtain the icon after the distortion of described current icon.
Icon after redrawing on the reposition has promptly been realized corresponding absorption deformation effect or inertia deformation effect.
S308: if detect the user to the Action Events of icon when discharging the Action Events of described icon, redraw each pixel of original graph target and show at the assigned address of display screen.
The incident capture module of electronic installations such as mobile phone capture the user to the Action Events of icon when discharging this icon, can be according to original graph target size, the color of each pixel, assigned address such as current location that features such as shape redraw each pixel of original graph target and are inserted into display screen are shown to the user, perhaps, for the display screen that is provided with the location lattice, then can be according to the current position coordinates of the central pixel point of icon and the coordinate of each location lattice, search earlier from the nearest location lattice of this icon, this icon being inserted be placed into nearest location lattice then is in the assigned address.Icon layout in the screen usually can be by corresponding as realizations such as ListView controls, and corresponding icon is inserted on the correspondence position among the ListView.
In like manner, corresponding to making icon in moving, produce the warping function of physical features distortion such as distortion, vibration, designer or with per family can be according to the physical property of physical features such as distortion, vibration, corresponding warping function is set, step by described S303-S306 obtains the position coordinates of each pixel of icon accordingly and is out of shape required parameter, calculate the reposition coordinate of each pixel of deformation effect such as can making icon generation distortion, vibration, thereby realize the various deformation effect of icon.
Description by the foregoing description as can be known, the present invention has the following advantages:
By corresponding icon deformation type and warping function thereof are set, calculating chart is marked in the moving process or moves the reposition coordinate that each pixel of icon under the state such as stops, and redraw corresponding pixel in the reposition coordinate points, make icon in moving process or move to stop to wait and produce under the state as adsorbing deformation effect such as distortion, inertia distortion, make that the change of shape of icon when mobile is various, produce dynamic display effect, give the user visual experience with innervation.
One of ordinary skill in the art will appreciate that all or part of flow process that realizes in the foregoing description method, be to instruct relevant hardware to finish by computer program, described program can be stored in the computer read/write memory medium, this program can comprise the flow process as the embodiment of above-mentioned each side method when carrying out.Wherein, described storage medium can be magnetic disc, CD, read-only storage memory body (Read-Only Memory, ROM) or at random store memory body (Random Access Memory, RAM) etc.
Above disclosed is preferred embodiment of the present invention only, can not limit the present invention's interest field certainly with this, and therefore the equivalent variations of doing according to claim of the present invention still belongs to the scope that the present invention is contained.
Claims (10)
1. a method that realizes the icon distortion is characterized in that, comprising:
When the state of the current icon on detecting the electronic installation screen satisfies the trigger condition of a certain icon deformation type, obtain the position coordinates of each pixel on display screen of described icon;
According to described icon deformation type, obtain the required parameter of position coordinates conversion of each pixel correspondence of described icon;
By the warping function corresponding with described icon deformation type to each pixel of described icon on display screen position coordinates and the corresponding required parameter of position coordinates conversion calculate, obtain the reposition coordinate of described each pixel of icon;
Each pixel of described icon is redrawn on its reposition coordinate and show, obtain the icon after the distortion of described current icon.
2. the method for claim 1, it is characterized in that, when the state of described current icon on detecting the electronic installation screen satisfied the trigger condition of a certain preset icon deformation type, each pixel that obtains described icon also comprised before the step of the position coordinates on the display screen:
Preset at least one icon deformation type and calculate the warping function of the position coordinates conversion of each pixel of icon with corresponding being used to of described icon deformation type.
3. the method for claim 1, it is characterized in that, when the state of described current icon on detecting the electronic installation screen satisfied the trigger condition of a certain icon deformation type, each pixel that obtains described icon also comprised before the step of the position coordinates on the display screen:
Detect the Action Events of user, determine the state of described icon, and judge whether the state of determining the described icon that obtains satisfies the trigger condition of a certain icon deformation type according to detected Action Events to icon.
4. method as claimed in claim 3 is characterized in that, also comprises:
If detect the user to the Action Events of icon when discharging the Action Events of described icon, redraw each pixel of original graph target and show at the assigned address of display screen.
5. method as claimed in claim 3, it is characterized in that, described icon deformation type comprises the absorption deformation type, when the state of icon satisfied the trigger condition of absorption deformation type, the required parameter of position coordinates conversion of each pixel correspondence of icon comprised: maximum offset in the horizontal and vertical directions, deflection are adjusted the deflection ratio multiplication factor of each pixel in the factor and the icon;
Described detection user determines the state of described icon to the Action Events of icon according to detected Action Events, and judges that whether the state of determining the described icon that obtains satisfies the step of the trigger condition of a certain icon deformation type, comprising:
Detect the Action Events of user, determine the state of described icon according to detected Action Events icon;
Judge whether the state determine the described icon that obtains is mobile status, if mobile status, judge further whether the adsorption site coordinate of described icon falls into the adsorbable district of location lattice, wherein, the adsorption site of described icon is meant one or more ad-hoc location on the preassigned icon, and described location lattice comprise a plurality of, and it is to be provided with according to the length value of display screen and width value, be used to place icon, the adsorbable district of described location lattice is the part or all of zone of described location lattice;
If then the state of icon satisfies the trigger condition of absorption deformation type.
6. method as claimed in claim 3, it is characterized in that, described icon deformation type comprises the inertia deformation type, when the state of icon satisfied the trigger condition of inertia deformation type, the required parameter of position coordinates conversion of each pixel correspondence of icon comprised: the maximal rate of icon in moving process, icon acceleration, maximum offset, the deflection on the time interval, level and the vertical direction of maximal rate when static adjusted the deflection ratio multiplication factor of each pixel the factor and the icon;
Described detection user determines the state of described icon to the Action Events of icon according to detected Action Events, and judges that whether the state of determining the described icon that obtains satisfies the step of the trigger condition of a certain icon deformation type, comprising:
Detect the Action Events of user, determine the state of described icon according to detected Action Events icon;
Judge whether the state determine the described icon that obtains is to finish mobile status, if the state of determining the described icon that obtains is for finishing mobile status, then the state of icon satisfies the trigger condition of inertia deformation type.
7. a device of realizing the icon distortion is characterized in that, comprising:
Coordinate obtaining module when the state that is used for the current icon on detecting the electronic installation screen satisfies the trigger condition of a certain icon deformation type, obtains the position coordinates of each pixel on display screen of described icon;
The icon deformation module, be used for according to described icon deformation type, obtain the required parameter of position coordinates conversion of each pixel correspondence of described icon, and by the warping function corresponding with described icon deformation type to each pixel of described icon on display screen position coordinates and the corresponding required parameter of position coordinates conversion calculate, obtain the reposition coordinate of described each pixel of icon;
Display control module redraws each pixel of described icon and shows on its reposition coordinate, obtain the icon after the distortion of described current icon.
8. device as claimed in claim 7 is characterized in that, also comprises:
Memory module is used to store at least one default icon deformation type and is out of shape the reposition Coordinate Calculation of required parameter and each pixel of icon for described icon deformation module with the warping function that the position coordinates conversion of each pixel of icon is calculated in corresponding being used to of described icon deformation type.
9. device as claimed in claim 8 is characterized in that, also comprises:
The incident capture module detects the Action Events of user to icon, and judges the state of icon according to detected Action Events;
Judge module is used to judge that described incident capture module determines to obtain the trigger condition whether state of described icon satisfies a certain icon deformation type, and notifies described coordinate obtaining module when being in judged result.
10. device as claimed in claim 9 is characterized in that, also comprises:
Original icon display control module, be used for described incident capture module detect the user to the Action Events of icon when discharging the Action Events of described icon, redraw each pixel of original graph target and show at the assigned address of display screen.
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| CN2011101053036A CN102163129A (en) | 2011-04-26 | 2011-04-26 | Method and device for implementing icon deformation |
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|---|---|---|---|
| CN2011101053036A CN102163129A (en) | 2011-04-26 | 2011-04-26 | Method and device for implementing icon deformation |
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