CN102279772B - Dynamic interaction method of software objects and electronic device - Google Patents
Dynamic interaction method of software objects and electronic device Download PDFInfo
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- CN102279772B CN102279772B CN201010202768.9A CN201010202768A CN102279772B CN 102279772 B CN102279772 B CN 102279772B CN 201010202768 A CN201010202768 A CN 201010202768A CN 102279772 B CN102279772 B CN 102279772B
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Abstract
The invention discloses a dynamic interaction method of software objects and an electronic device. The dynamic interaction method of software objects comprises the steps of: judging whether a first software object displayed on the screen of the electronic device is close to a second software object displayed on the screen. When the first software object is close to the second software object, an interaction mechanism between the first software object and the second software object is started. Therefore, users are more interested in operating the software objects by using the electronic device.
Description
Technical field
The invention relates to a kind of application of software object, and particularly relevant for a kind of dynamic interaction method and electronic installation of software object.
Background technology
Along with scientific and technological evolution, the manufacturer of consumer electronic device, when development, not only focuses on that the usefulness of hardware element is improved, and the design of software aspect also more and more comes into one's own.Wherein, the quality of user's interface will directly affect user's operation perception, because of but the important pointer of user while evaluating product.
Take intelligent mobile phone as example, its desktop is by the layout of the similar computer system desktop of tradition, develop into and can according to hobby, various interface tool collection (widget) be towed to screen by user, and the putting position of the interface tool collection that arranges by oneself, and then create the exclusive individualized user interface of individual.Under such design, user can be set in desktop by the interface tool collection of common function, and then the convenience while increasing operating handset.Yet at present common interface tool collection all only can offer executable function itself respectively user and use.
Summary of the invention
In view of this, the invention provides a kind of dynamic interaction method of software object, in order to trigger and to present the various interactions each other of software object that electronic installation has.
The invention provides a kind of electronic installation, the operation interface of the interaction mechanism with software object is provided.
The present invention proposes a kind of dynamic interaction method of software object, for having the electronic installation of screen.The method comprises and judges that the first shown software object of screen is whether near the second shown software object of screen.When the first software object is during near the second software object, start the interaction mechanism between the first software object and the second software object, and by the effect of screen display interaction mechanism.
In one embodiment of this invention, the step that wherein starts the interaction mechanism between the first software object and the second software object comprises and obtains the first software object and the relative position of the second software object on screen.And the first software object is with the second software object, at least one of them can be according to corresponding execution one mutual-action behavior of relative position.
In one embodiment of this invention, wherein the first software object is in order to show plant icon, and the second software object is in order to show sun icon, and mutual-action behavior is when to be the first software object move near the particular orientation of the second software object, the shown plant icon of the first software object just can change over towards the shown sun icon of the second software object.
In one embodiment of this invention, the step that wherein starts the interaction mechanism between the first software object and the second software object comprises object properties and the object functionality that obtains respectively the first software object and the second software object.And the first software object and the second software object at least one of them can carry out a mutual-action behavior according to object properties and object functionality.
In one embodiment of this invention, wherein the second software object is in order to displaying time, and when the first software object being moved near the second software object, the first software object is after obtaining the object properties and object functionality of the second close software object, and just object properties and the object functionality with reference to itself determines mutual-action behavior.
In one embodiment of this invention, wherein mutual-action behavior is the calendar information of the first software object basis foundation in advance and the time showing one stroke information that the second software object provides.
In one embodiment of this invention, wherein the second software object is in order to show a photo album, and mutual-action behavior is the message such as spot for photography, longitude and latitude, photographing data or user's annotations and comments that show each photo in photo album.
In one embodiment of this invention, wherein the second software object is in order to show a coordinator, and mutual-action behavior is for showing coordinator's master data.
In one embodiment of this invention, the dynamic interaction method of this software object also comprises obtains the first location of pixels that the first software object is shown in screen, and obtains the second location of pixels that the second software object is shown in screen.According to the first location of pixels and the second location of pixels, calculate a pixel distance.When pixel distance is less than or equal to presetted pixel value, judge that the first software object is near the second software object.And when pixel distance is greater than presetted pixel value, judge that the first software object is away from the second software object.
From another viewpoint, the present invention proposes a kind of electronic installation, comprises screen, the first software object module, the second software object module, and software object interactive module.Wherein, the first software object module is in order to provide one first software object, and the second software object module is in order to provide the second software object.Software object interactive module couples screen, the first software object module and the second software object module.Software object interactive module during near shown the second software object of screen, start the interaction mechanism between the first software object and the second software object, and screen is in order to show the effect of interaction mechanism at shown the first software object of judgement screen.
In one embodiment of this invention, wherein in software object interactive module, start after interaction mechanism, at least one of them carries out a mutual-action behavior according to the first software object and the second software object object properties and object functionality separately for the first software object and the second software object.
In one embodiment of this invention, wherein the second software object is in order to show the time, and when the first software object being moved near the second software object, the first software object is after obtaining the object properties and object functionality of the second close software object, and just object properties and the object functionality with reference to itself determines mutual-action behavior.
In one embodiment of this invention, wherein mutual-action behavior is the calendar information of the first software object basis foundation in advance and the time showing travel information that the second software object provides.
Based on above-mentioned, the present invention is directed to the electronic installation that shows a plurality of software objects on screen, according to attribute and the function of the relative position of software object on screen and software object itself, start accordingly the mutual-action behavior between software object, make the user interface of electronic installation present diversified effect, and then allow user experience the enjoyment in more multioperation.
For above-mentioned feature and advantage of the present invention can be become apparent, special embodiment below, and coordinate appended graphic being described in detail below.
Accompanying drawing explanation
Fig. 1 is the calcspar of the electronic installation that illustrates according to one embodiment of the invention.
Fig. 2 is the process flow diagram of the dynamic interaction method of the software object that illustrates according to one embodiment of the invention.
Fig. 3 A, 3B are the schematic diagram of the screen-picture of the electronic installation that illustrates according to one embodiment of the invention.
Fig. 4 A, 4B are the schematic diagram of the screen-picture of the electronic installation that illustrates according to another embodiment of the present invention.
Fig. 5 A, 5B are the schematic diagram of the screen-picture of the electronic installation that illustrates according to another embodiment of the present invention.
Fig. 6 is the schematic diagram of the screen-picture of the electronic installation that illustrates according to another embodiment of the present invention.
[main element label declaration]
100: electronic installation
110: screen
120: the first software object modules
130: the second software object modules
140: software object interactive module
210～260: each step of the dynamic interaction method of the software object described in one embodiment of the invention
310,410,420: monthly calendar interface tool collection
320: message box interface tool collection
510,620,630: weather interface tool collection
520: plant growth interface tool set
610: two places time surface tool set
Embodiment
Fig. 1 is the calcspar of the electronic installation that illustrates according to one embodiment of the invention.Refer to Fig. 1, electronic installation 100 comprises screen 110, the first software object module 120, the second software object module 130, and software object interactive module 140.Wherein, electronic installation 100 can be mobile phone, personal digital assistant (Personal Digital Assistant, PDA), intelligent mobile phone, camera, or e-book etc., at this, the kind of electronic installation 100 is not limited.
Screen 110 is for example resistance touch screen, capacitance touch control screen, or LCD screen etc., in order to the various operation interface of display electronics assemblies 100.
The first software object module 120 and the second software object module 130 are respectively in order to provide the first software object and the second software object.For instance, the first software object and the second software object can be user's interface control (UI control), interface tool collection (widget) or applied program ignitor (application launcher) etc.User can be shown in screen 110 by the first software object and/or the towing of the second software object according to custom or hobby.
Whether software object interactive module 140 is enough approaching according to the relative position between the first software object on screen 110 and the second software object, and determines to start or stop the interaction mechanism of the first software object and the second software object.In an exemplary embodiment, software object interactive module 140 can procedure code form be carried out implementation, and be stored in the storer (not illustrating) of electronic installation 100, then the execution of the processing unit (not illustrating) by electronic installation 100 is to realize above-mentioned functions.In another exemplary embodiment, software object interactive module 140 also can be carried out implementation by hardware element, or carrys out implementation by the combination of hardware element and procedure code.
For the function mode of software object interactive module 140 is further described, below especially exemplified by another embodiment, come that the present invention will be described.Fig. 2 is the process flow diagram of the dynamic interaction method of the software object that illustrates according to one embodiment of the invention, please refer to Fig. 1 and Fig. 2.In the present embodiment, suppose to provide respectively the first software object and the second software object by user's towing, to be shown in screen 110 by the first software object module 120 and the second software object module 130.
First as shown in step 210, software object interactive module 140 judges that whether the first software object is near the second software object.For instance, software object interactive module 140 obtains respectively the first location of pixels that the first software object is shown in screen 110, and obtains the second location of pixels that the second software object is shown in screen 110.Then according to the first location of pixels and the second location of pixels, calculate a pixel distance.If pixel distance is less than or equal to a presetted pixel value, just software object interactive module 140 judges that the first software object is near the second software object.In another embodiment, screen 110 is divided into a plurality of viewing areas, and each viewing area can be in order to show a software object.That is user can only be presented at software object towing in certain viewing area, and can not arbitrarily determine the putting position of software object.Therefore when software object interactive module 140 is when judging that whether the first software object and the second software object be close, obtain respectively the viewing area (being referred to as below second area) that viewing area (being referred to as below first area) that the first software object is positioned at and the second software object are positioned at.For example, if first area and second area adjacent (, left and right is adjacent, neighbouring, or oblique angle is adjacent), judge that the first software object is near the second software object.
If software object interactive module 140 judges that the first software object is not near the second software object, software object interactive module 140 is by the interaction mechanism that can not start between these two software objects, and as shown in step 260, at screen 110, show respectively the first software object and the second software object interface separately.
If software object interactive module 140 judges that the first software object is near the second software object, represent that user has moved the first software object and/or the second software object so that both are mutually close, therefore as shown in step 220, the interaction mechanism that software object interactive module 140 starts between the first software object and the second software object, and in step 230, in screen 110, show the effect of interaction mechanism.
In detail, the storage element of electronic installation 100 (for example storer, does not illustrate) stores comparison list, and record is presented at identification code and its position of each software object on screen at present.When user moves the first software object and makes it near the second software object, can be by this table of comparisons of software object interactive module 140 accesses, and then notify the meeting after being moved of the first software object adjacent with the second software object, and the first software object is informed in the position of the second software object.In another embodiment, user move the first software object and make its near the second software object after, can be by the first software object by the table of comparisons in the mode access storage element of calling function, and then judge close the second software object of meeting after movement, and obtain the position of the second software object.
Thus, the first software object just can calculate itself and the relative position of the second software object on screen 110.In software object interactive module 140, start after interaction mechanism, at least one of them can be according to corresponding execution one mutual-action behavior of this relative position with the second software object for the first software object.That is to say, in the situation that starting interaction mechanism of the present invention, the second software object that the first software object being moved by user can carry out a mutual-action behavior, be not moved also can be carried out a mutual-action behavior, or the first software object and the second software object all can be carried out a mutual-action behavior.And along with the difference of the relative position of two software objects, mutual-action behavior therebetween also may produce different interaction effects.For example,, when the first software object is moved into the below of the second software object and when right-hand, the first software object and/or the second software object can be carried out different mutual-action behaviors.
In one embodiment, mutual close software object can also be carried out different mutual-action behaviors according to object properties each other from object functionality further.In detail, suppose user to move the first software object and make it near the second software object, except utilizing aforesaid way, obtain the relative position between two software objects, the first software object being moved for example can initiate a message and inquire object properties and the object functionality of the second software object, and object properties and the object functionality that also itself can be had be informed the second software object.In software object interactive module 140, start after interaction mechanism, at least one of them just can be according to object properties and object functionality each other for the first software object and the second software object, which type of information judgement can obtain from close software object, and itself can provide which kind of mutual-action behavior, and then carry out interaction accordingly.
Next in step 240, software object interactive module 140 judges that whether the first software object is away from the second software object.For example, software object interactive module 140 can obtain the first location of pixels that the first software object is now shown in screen 110, and the second software object is shown in the second location of pixels of screen 110, thereby calculates a pixel distance.When pixel distance is greater than presetted pixel value, just judge that the first software object is away from the second software object.And at screen 110, be divided under the design environment of several viewing areas, software object interactive module 140 obtains viewing area (hereinafter referred to as first area) and the second software object that the first software object is positioned at present and is positioned at present viewing area (hereinafter referred to as second area).Once first area and second area are no longer adjacent, judge that the first software object is away from the second software object.
If software object interactive module 140 is judged the first software object and, not away from the second software object, is got back to step 230, continues to be shown by screen 110 effect of interaction mechanism.
If but software object interactive module 140 judges that the first software object is away from the second software object, as shown in step 250, software object interactive module 140 stops the interaction mechanism between the first software object and the second software object, and in step 260, at screen 110, show respectively the first software object and the second software object interface separately.
As shown in Figure 2, the dynamic interaction method of the software object described in the present embodiment can repeating step 210 to step 260, and then user change the position of software object and make two software objects near time, start interaction mechanism and present the effect of interaction mechanism.And after user pulls open close software object, stop the interaction between software object.
Below respectively with regard to several embodiment illustrate when software object near and start after interaction mechanism the mutual-action behavior that software object may be carried out.
As shown in Figure 3A, in the present embodiment, monthly calendar interface tool collection 310 and message box (infobar) interface tool collection 320 are shown in the left and right sides of screen 110, now monthly calendar interface tool collection 310 shows the date on the same day, and message box interface tool collection 320 not yet shows any content.
When user moves to message box interface tool collection 320 near monthly calendar interface tool collection 310, software object interactive module 140 starts interaction mechanism, message box interface tool collection 320 is after obtaining the object properties and object functionality of close monthly calendar interface tool collection 310, and which kind of mutual-action behavior what just the object properties of reference itself and object functionality decision will be carried out is.In the present embodiment, the calendar that message box interface tool collection 320 can be set up in advance according to user, the date and time information providing according to monthly calendar interface tool collection 310 shows the stroke (as shown in Figure 3 B) on the same day.
Once user's mobile messaging frame interface tool collection 320 and make it away from monthly calendar interface tool collection 310,320 contents that no longer show stroke on the same day of message box interface tool collection.
In addition, if message box interface tool collection 320 is moved when being presented at a photo album interface tool collection (not illustrating) of screen 110, performed mutual-action behavior is such as being the message such as spot for photography, longitude and latitude, photographing data or user's annotations and comments that show each photo in photo album.And be moved when being presented at coordinator's tool set (not illustrating) of screen 110 at message box interface tool collection 320, performed mutual-action behavior is for example the basic document that shows each coordinator.
In the embodiment shown in Fig. 4 A, monthly calendar interface tool collection 410 is the state's calendar dates that show the same day.When monthly calendar interface tool collection 420 is moved into the right side of monthly calendar interface tool collection 410, monthly calendar interface tool collection 420 performed mutual-action behaviors are the lunar dates that show the same day.And as shown in Figure 4 B, when monthly calendar interface tool collection 420 is moved into the below of monthly calendar interface tool collection 410, the performed mutual-action behavior of monthly calendar interface tool collection 420 is for example the state's calendar date that shows tomorrow.
In another embodiment, if two close software objects can be carried out more than one mutual-action behavior mutually, can utilize a window to list all executable mutual-action behaviors and allow user choose, then carry out again the mutual-action behavior that user chooses.
In another embodiment, as shown in Figure 5A, suppose to show on screen 110 weather interface tool collection 510 and plant growth interface tool set 520.Wherein, weather interface tool collection 510 is in order to show the weather conditions on the same day, and 520 of plant growth interface tool sets are in order to show the state of a plant.As long as plant growth interface tool set 520 is moved near weather interface tool collection 510 by user, the shown plant of plant growth interface tool set 520 just can grow according to actual weather conditions.
When plant growth interface tool set 520 is moved to the lower left of close weather interface tool collection 510 by user, as shown in Figure 5A, the shown plant (for example sunflower) of plant growth interface tool set 520 just can be according to this relative position towards upper right side towards the shown sun of weather interface tool collection 510.And when plant growth interface tool set 520 is moved to the lower right of close weather interface tool collection 510 by user, as shown in Figure 5 B, the shown sunflower of plant growth interface tool set 520 just can be according to this relative position towards upper left side towards the shown sun of weather interface tool collection 510.
What must specify is, although be utilize to start that the present invention will be described with closing two interaction mechanisms between software object in the above-described embodiments, yet in other embodiments, the screen 110 of electronic installation 100 also can show plural software object simultaneously, and as long as 140 judgements of software object interactive module have two or more software objects close to each other, just can start the interaction mechanism of those close software objects.
Take Fig. 6 as example, and screen 110 shows two places time surface tool set 610, weather interface tool collection 620, and weather interface tool collection 630.Wherein, two places time surface tool set 610 is for example the time that shows the Taibei and Tokyo.As shown in Figure 6, due to the lower left of weather interface tool collection 620 near two places time surface tool set 610, therefore in the present embodiment, the mutual-action behavior that weather interface tool collection 620 is carried out is the weather that shows the Taibei, and because weather interface tool collection 630 is the lower rights near two places time surface tool set 610, so weather interface tool collection 630 performed mutual-action behaviors are the weather that shows Tokyo.In other words, even if having several attributes and the identical software object of function to be shown in screen 110 simultaneously, also can be because of the difference of each software object position on screen 110, and carry out respectively different mutual-action behaviors.
The present invention also provides a kind of computer program, and this computer program is formed (for example setting program instruction or deployment program instruction etc.) by several programmed instruction substantially.These programmed instruction, after loading has the electronic installation of screen and carries out, just can complete each step of the dynamic interaction method of above-mentioned software object, make electronic installation realize the illustrated function of above-described embodiment simultaneously.
In sum, the dynamic interaction method of software object of the present invention and electronic installation can be presented at the relative position on screen according to software object, start or close the interaction mechanism between software object.By the interaction mechanism between software object, provide user the more operating experience of diversification.
Although the present invention discloses as above with embodiment; so it is not in order to limit the present invention; under any, in technical field, have and conventionally know the knowledgeable; without departing from the spirit and scope of the present invention; when doing a little change and retouching, therefore protection scope of the present invention is when being as the criterion depending on the appended claim scope person of defining.
Claims (13)
1. a dynamic interaction method for software object, for having an electronic installation of a screen, the method comprises:
Judge that whether one second shown software object of this screen is near one first shown software object of this screen;
When this second software object is during near this first software object, start the interaction mechanism between this first software object and this second software object, and by the effect of this this interaction mechanism of screen display; And
If this second software object is during near the 3rd software object, start the interaction mechanism between the 3rd software object and this second software object, and by the effect of this this interaction mechanism of screen display, wherein this first software object, this second software object and the 3rd software object can runnings alone on this electronic installation.
2. the dynamic interaction method of software object according to claim 1, the step that wherein starts this interaction mechanism between this first software object and this second software object comprises:
Obtain this first software object and the relative position of this second software object on this screen; And
This first software object and this second software object at least one of them according to corresponding execution one mutual-action behavior of this relative position.
3. the dynamic interaction method of software object according to claim 2, this first software object wherein, in order to show a plant icon, and this second software object, in order to show a sun icon, and this mutual-action behavior is when this first software object moves to a particular orientation of close this second software object, this shown plant icon of this first software object just can change over towards this shown sun icon of this second software object.
4. the dynamic interaction method of software object according to claim 1, the step that wherein starts this interaction mechanism between this first software object and this second software object comprises:
Obtain respectively object properties and an object functionality of this first software object and this second software object; And
At least one of them carries out a mutual-action behavior according to these object properties and this object functionality for this first software object and this second software object.
5. the dynamic interaction method of software object according to claim 4, this second software object wherein, in order to show the time, and when this first software object being moved near this second software object, this first software object is after obtaining the object properties and object functionality of this close the second software object, and just object properties and the object functionality with reference to itself determines this mutual-action behavior.
6. the dynamic interaction method of software object according to claim 5, wherein this mutual-action behavior time showing one stroke information that to be this first software object provide according to the calendar information of setting up in advance and this second software object.
7. the dynamic interaction method of software object according to claim 4, this second software object wherein, in order to show a photo album, and this mutual-action behavior to be spot for photography, longitude and latitude, photographing data or the user who shows each photo in this photo album annotate and comment on message.
8. the dynamic interaction method of software object according to claim 4, this second software object wherein, in order to show a coordinator, this mutual-action behavior is for showing this coordinator's basic document.
9. the dynamic interaction method of software object according to claim 1, also comprises:
Obtain one first location of pixels that this first software object is shown in this screen;
Obtain one second location of pixels that this second software object is shown in this screen;
According to this first location of pixels and this second location of pixels, calculate a pixel distance;
When this pixel distance is less than or equal to a presetted pixel value, judge that this first software object is near this second software object; And
When this pixel distance is greater than this presetted pixel value, judge that this first software object is away from this second software object.
10. an electronic installation, comprising:
One screen;
One first software object module, provides one first software object;
One second software object module, provides one second software object;
One the 3rd software object module, provides one the 3rd software object, and wherein this first software object, this second software object and the 3rd software object can operate alone on this electronic installation; And
One software object interactive module, this software object interactive module is at shown this second software object of this screen of judgement during near shown this first software object of this screen, start the interaction mechanism between this first software object and this second software object, and if shown this second software object of this screen is during near shown the 3rd software object of this screen, start the interaction mechanism between the 3rd software object and this second software object, and this screen is in order to show the effect of this interaction mechanism between this first software object and this second software object, or show the effect of this interaction mechanism between the 3rd software object and this second software object.
11. electronic installations according to claim 10, wherein in this software object interactive module, start after this interaction mechanism, at least one of them carries out mutual-action behavior according to this first software object and this second software object object properties and object functionality separately for this first software object and this second software object.
12. electronic installations according to claim 11, this second software object wherein, in order to show the time, and when this first software object being moved near this second software object, this first software object is after obtaining the object properties and object functionality of this close the second software object, and just object properties and the object functionality with reference to itself determines this mutual-action behavior.
13. electronic installations according to claim 12, wherein this mutual-action behavior is the calendar information of this first software object basis foundation in advance and the time showing one stroke information that this second software object provides.
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| CN1619496A (en) * | 2003-11-17 | 2005-05-25 | 翁仁滉 | Method of virtual operating digital content |
| CN101369211A (en) * | 2007-08-17 | 2009-02-18 | Lg电子株式会社 | Mobile terminal and method of controlling operation of the same |
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| US7694234B2 (en) * | 2005-08-04 | 2010-04-06 | Microsoft Corporation | Virtual magnifying glass with on-the fly control functionalities |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1619496A (en) * | 2003-11-17 | 2005-05-25 | 翁仁滉 | Method of virtual operating digital content |
| CN101369211A (en) * | 2007-08-17 | 2009-02-18 | Lg电子株式会社 | Mobile terminal and method of controlling operation of the same |
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