CN102023790B - Method for dynamic operation on interactive objects and system thereof - Google Patents
Method for dynamic operation on interactive objects and system thereof Download PDFInfo
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- CN102023790B CN102023790B CN200910178674XA CN200910178674A CN102023790B CN 102023790 B CN102023790 B CN 102023790B CN 200910178674X A CN200910178674X A CN 200910178674XA CN 200910178674 A CN200910178674 A CN 200910178674A CN 102023790 B CN102023790 B CN 102023790B
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Abstract
The present invention provides a method for dynamic operation on interactive objects and a system thereof, wherein the method and the system are suitable for an electronic system with a user interface module and an interactive module. The method comprises receiving the starting signal output by a starting unit of the electronic system, launching the interactive objects of the interactive module according to the starting signal, receiving detection information output by a detection unit of the electronic system in order to make the interactive module generate the response command of operating the interactive objects according to the detection information, and operating the user interfacial interactive objects which is output by the user interface module at present.
Description
Technical field
The present invention relates to a kind of method and system of dynamic operation interactive objects, particularly, relate to a kind of method and system of utilizing the interactive objects of detecting unit operation user interface.
Background technology
At present, existing operating system user interface such as Mac OS X, Linux, Windows etc. is all that two-dimensional picture shows.Its main cause is, traditional user interface all designs for adapting to the input medias such as mouse or keyboard.
Yet, the function of application software now is increasing, each file or object can be corresponded to different application software or function, therefore, the user interface that application software is designed, also also more and more with different function and applications, or even, the level of the function menu of user interface is also more and more, causes the user must through input repeatedly, just may complete some operations in operating process.
Windows with Microsoft, suppose that the user will use the picture application software, its input media is touch-screen, the user needs to click the beginning object of picture lower left at least, spool in slip beginning functional menu is until see the object of accessory application program again, click again the object of accessory application program, then click the picture application software, could open the picture application software; In other words, the user need to just can complete an operation through touch-control repeatedly, and this is quite inconvenient operation for the user.
Summary of the invention
In view of above-mentioned problems of the prior art, the invention provides a kind of method of dynamic operation interactive objects, the problem of being inconvenient to operate to solve legacy user interfaces.
according to purpose of the present invention, a kind of method of dynamic operation interactive objects is proposed, the method is applicable to electronic system, this electronic system possesses subscriber interface module and interactive module, the method comprises that electronic system receives the enabling signal of the start unit output of electronic system, start the interactive objects of the current user interface that presents of subscriber interface module according to enabling signal, receive the detection information of the detecting unit output of electronic system, obtain corresponding response command according to detection information in interactive module, electronic system is according to the interactive objects of response command operation user interface.
Wherein, detecting unit comprises image extraction unit and image calculation section, and the step that image extraction unit and image calculation section produce detection information comprises at least: a plurality of view data that receive the output of image extraction unit; Calculate the transition information of at least one local feature according to each view data; Produce corresponding detection information according to transition information.And transition information be the user with the image extraction unit between relative action.
Wherein, detecting unit is an acceleration kinetic energy sensor, its step that produces detection information comprises at least, receive at least one axial acceleration information that acceleration kinetic energy sensor is exported, calculate a displacement information according to acceleration information, then produce corresponding detection information according to displacement information.
Wherein, electronic system also comprises according to the step of response command operation user interface, changes according to an automatic stereo method (Autostereoscopic) angle and the shape that user interface presents, so that user interface is changed into solid object.
Wherein, after electronic system starts interactive module according to enabling signal, or after the interactive objects of electronic system according to response command operation user interface, all also can comprise: the operation signal of controlling unit output that receives electronic system, obtain corresponding operational order in interactive module according to operation signal, electronic system operates interactive objects according to operational order.
according to purpose of the present invention, a kind of dynamic operation interactive objects system is proposed, system comprises: subscriber interface module, interactive module, display unit, start unit and detecting unit, wherein, subscriber interface module has a plurality of user interfaces, interactive module has a plurality of interactive objects and a plurality of response command, display unit shows at least one user interface and interactive objects, start unit provides enabling signal, detecting unit provides at least one detection information, and interactive module receives enabling signal and is activated, and according to detecting response command corresponding to information output, and the interactive objects according to response command operation user interface.
As described, according to the method for the present invention's dynamic operation interactive objects, it can have following advantage:
(1) by the relative displacement between user and electronic system, or the displacement of electronic system itself, operate interactive objects, can reduce the number of operations of mouse, keyboard or touch control screen.
(2) interactive objects is with the displacement of electronic system itself, and operation interactive objects, then the operation of the mouse of arranging in pairs or groups, keyboard or touch control screen make electronic system possess diversified mode of operation.
Description of drawings
Fig. 1 is system architecture schematic diagram of the present invention;
Fig. 2 is action flow chart of the present invention;
Fig. 3 is the use view of the first embodiment of the present invention;
Fig. 4 is the process flow diagram that first embodiment of the present invention image extraction unit and image calculation section produce detection information;
Fig. 5 is the use view of the second embodiment of the present invention;
Fig. 6 is the use view of the third embodiment of the present invention;
Fig. 7 is the process flow diagram that the acceleration kinetic energy sensor of the third embodiment of the present invention produces detection information;
Fig. 8 is that the present invention is in another use view of the 3rd embodiment;
Fig. 9 is that the present invention is in another use view of the 3rd embodiment;
Figure 10 is the schematic diagram that the mobile phone of Fig. 9 is rotated again;
Figure 11 is that the present invention is in another use view of the 3rd embodiment;
Figure 12 is that the electronic system of the present invention in each embodiment is according to the process flow diagram of response command operation user interface;
Figure 13 is the stereo object schematic diagram of various embodiments of the present invention;
Figure 14 is that the unit of controlling of various embodiments of the present invention is operated action flow chart afterwards; And
Figure 15 is the use view that the present invention the 4th implements.
The primary clustering symbol description:
1 is electronic system, 10 is display unit, 12 is subscriber interface module, 120 is user interface, 14 is interactive module, 140 is interactive objects, 142 is response command, 144 is operational order, 16 is start unit, 160 is enabling signal, 18 is detecting unit, 180 are detection information, 182 is the image extraction unit, 1820 is view data, 184 is image calculation section, 1840 is transition information, 19 for controlling the unit, 190 is operation signal, 2 is picture, 20 is functional menu, 3 is solid object, 4 are diagram, S10～S60 is step, S301～S304 is step, S301 '～S303 ' is step, S501～S503 is step, and S70～S90 is step.
Embodiment
See figures.1.and.2, Fig. 1 and Fig. 2 are respectively system architecture schematic diagram of the present invention, and the action flow chart of the method for dynamic operation interactive objects of the present invention.In figure, the method is applicable to electronic system 1, this electronic system 1 has display unit 10, a subscriber interface module 12 and interactive module 14, start unit 16 and detecting unit 18 at least, and export the interior user interface 120 of subscriber interface modules 12 (as graphic user interface by display unit 10, Graphical User Interface, be called for short: GUI) and interactive objects (Human-Machine Interaction Interface), the method comprises:
(S10) whether continue to receive the enabling signal 160 of start unit 16 outputs, if so, carry out step (S20), otherwise carry out step (S60);
(S20) start interactive module 14 according to enabling signal 160, with the interactive objects 140 of output corresponding to active user interface 120;
(S30) receive the detection information 180 of detecting unit 18 outputs;
(S40) obtain corresponding response command 142 according to detection information 180 from interactive module 14;
(S50) electronic system 1 operates the interactive objects 140 of user interfaces 120 according to response command 142, then carries out according to step (S10); And
(S60) keep current user interface 120.
As mentioned above, electronic system 1 of the present invention is before interactive module 14 is closed, detecting unit 18 can continue to obtain detection information 180 and response command 142, make electronic system 1 to present interactive objects 140 in user interface 120, and the interactive objects 140 of operation user interface 120, especially, different detection information 180 produce different response commands 142, and then have different interactive objects 140 to produce to user interface 120, and operate accordingly.So, reduce the action that repeatedly clicks user interface 120, reach the purpose of the operation steps of simplifying electronic system 1.
With reference to Fig. 3, Fig. 3 is the use view of the first embodiment of the present invention.In figure, electronic system 1 is computer system, and display unit 10 can be cathode-ray tube (CRT) (CRT) display, liquid crystal (LCD) display or touch-sensitive display.Detecting unit 18 comprises image extraction unit 182 and image calculation section 184, wherein image extraction unit 182 can be network camera (Web Cam), intelligent video camera or have the device that extracts image function, and image extraction unit 182 is arranged on display unit 10 in the face of user's direction, or image extraction unit 182 can be arranged on the user in the face of the direction of display unit 10, and image calculation section 182 is connected with image extraction unit 184.With reference to Fig. 4, Fig. 4 is the present invention's image extraction unit and image calculation section process flow diagram of producing detection information in this embodiment, and it comprises:
(S301) image extraction unit 182 is extracted a plurality of view data 1820;
(S302) image calculation section 184 receives each view data 1820;
(S303) at least one local feature of each view data 1820 calculates in image calculation section 184, to produce transition information 1840; And
(S304) image calculation section 184 produces corresponding detection information 180 according to transition information 1840.
Wherein transition information 1840 is users and the relative action of 182 of image extraction units, comprise that the user moves to image extraction unit 182, the user away from image extraction unit 182 move, to display unit left side or move on the right side, the user nods/shakes the head/rotary head or various gestures etc., and the user makes the fast jogging speed of various relative actions and angle variation etc., and then produces the user and approach, move, nod/shake the head/the detection information 180 such as rotary head away from, left/right.So, no matter be that user's action changes, or display unit 10 is moved, and all can produce corresponding detection information 180.
With reference to Fig. 5, Fig. 5 is the use view of the second embodiment of the present invention.In figure, its structure and the first embodiment are roughly the same, difference both is, detecting unit 18 is acceleration kinetic energy sensors (G-Sensor), this acceleration kinetic energy sensor can be arranged on the arbitrary position (as: head, hand or pin) on user's body, or is arranged in display unit 10.Again or, with reference to Fig. 6, Fig. 6 is the use view of the third embodiment of the present invention.In figure, electronic system 1 is portable equipment (as: mobile phone, omniselector or steady arm etc.), and detecting unit 18 is also acceleration kinetic energy sensor (G-Sensor), and this acceleration kinetic energy sensor setting is in portable equipment.With reference to Fig. 7, Fig. 7 is the process flow diagram that the present invention's acceleration kinetic energy sensor in this embodiment produces detection information, comprising:
(S301 ') at least one axial acceleration information of acceleration kinetic energy sensor sensing;
(S302 ') calculate displacement information according to acceleration information; And
(S303 ') produce corresponding detection information 180 according to displacement information.
Wherein, displacement information is the displacements such as user's the movement at the position that acceleration kinetic energy sensor is installed or rotation, or the displacements such as the movement of display unit 10 or rotation, or the displacements such as the movement of electronic system 1 or rotation, and user, display unit 10 or electronic system 1 make the speed of various displacements and angle variation etc., and then produce the user and approach, move, nod/shake the head/the detection information 180 such as rotary head or various gestures away from, left/right.
With reference to Fig. 8, Fig. 8 is that another uses view in the 3rd embodiment in the present invention.In figure, electronic system 1 is mobile phone, when mobile phone turns left, output detections information 180 immediately, in the picture 2 that is presented with the display unit 10 on mobile phone, present interactive objects 140 (that is, function menu 20 shown in Figure 8) and slide with the direction of rotating.In the present embodiment, be illustrated as an example of the picture browsing interface example, but application of the present invention is not limited to this.
With reference to Fig. 9, Fig. 9 is that the present invention is in another use view of the 3rd embodiment, maybe when this mobile phone rotates, output detections information 180 immediately, make the display unit 10 of mobile phone above picture 2, and make interactive objects 140 (that is, message box 22 shown in Figure 9) with the direction down sliding that rotates, for example: the camera site of expression picture in message box.With reference to Figure 101 0, Figure 10 is the schematic diagram that the mobile phone of Fig. 9 rotates again.In figure, when mobile phone continued to rotate, output detections information 180 immediately, increased the content of interactive objects 140 (that is, message box 22 shown in Figure 9), for example: camera site and the shooting time of expression picture in message box.
With reference to Figure 111 1, Figure 11 is another schematic diagram of third embodiment of the invention, when the present user interface of the display unit 10 of mobile phone is map guide to visitors picture, and when mobile phone inclines to the left, left-leaning detection information 180 will be produced, make and demonstrate interactive objects 140 (as, the position of mark P (parking lot) shown in Figure 11 upper left side) on map guide to visitors picture; When mobile phone during to Right deviation, demonstrate interactive objects 140 (as, the position of mark 7 (convenience store) shown in Figure 11 upper right side) on map guide to visitors picture with producing the detection information 180 of Right deviation, making again; In addition, when mobile phone during to updip, demonstrate interactive objects 140 (as, the position of mark O (refuelling station) shown in Figure 11 lower left) on map guide to visitors picture with producing the detection information 180 of updip, making; And, when mobile phone dips down, with the detection information 180 that generation has a down dip, make and demonstrate interactive objects 140 (as, the path (navigation way) of the oblique line part shown in Figure 11 lower right) on map guide to visitors picture.In addition, certainly also can with the detection information 180 that tilts up and down or rotate, as the response command 142 that moves up and down, and then make map guide to visitors picture move thereupon.
In sum, how response command of the present invention operates user interface, depend on that fully interactive module is to the definition of detection information and response command, and it is different, therefore, from user interface corresponding to different application software on, various detection information 180 can have unique response command 142, with the operation user interface.
With reference to Figure 12 and Figure 13, be that the electronic system of the present invention in each embodiment operates the process flow diagram of user interface, the schematic diagram of solid object of the present invention according to response command, and the stereo object schematic diagram of each embodiment of the present invention.In figure, comprising:
(S501) change according to automatic stereo method (Autostereoscopic) angle and the shape that user interface 120 presents, user interface 120 is changed into a solid object 3;
(S502) user interface 120 is presented on one of them visible surface of solid object 3; And
(S503) on other visible surface of solid object 3, form interactive objects 140 (as: function menu, message box).
Referring again to Figure 13, the shape that each user interface 120 is changed to solid object 3 is different, and represents with different colours respectively on the not coplanar of solid object 3, thereby reaches the purpose of each user interface 120 of obvious difference.
With reference to Fig. 1 and Figure 14, wherein, Figure 14 is the action flow chart after controlling the unit in various embodiments of the present invention and being operated, in figure, after electronic system 1 starts interactive module 14 according to enabling signal 160, or electronic system 1 all also can comprise according to after response command 142 operation user interface 120 interactive objects 140:
(S70) receive the operation signal 190 of controlling unit 19 outputs of electronic system 1;
(S80) obtain corresponding operational order 144 according to operation signal 190 in interactive module 14;
(S90) electronic system 1 is according to operational order 144 operation interactive objects 140.
With reference to Figure 15, Figure 15 is the use view of fourth embodiment of the invention.In figure, electronic system 1 is mobile phone, and detecting unit 18 is acceleration kinetic energy sensors (G-Sensor), and is arranged in mobile phone, and display unit 10 is touch-sensitive displays.one of them interactive objects 140 in mobile phone user interface 120 (as, when diagram 4 shown in Figure 15) being chosen by user's finger touch (this moment, finger not yet left object), mobile phone namely is selected with icon 4 is used as operation signal 190, then that mobile phone is left-leaning, namely produce response command 142, present gradually in the next indication range of user interface 120, again, the diagram 4 that is selected is further dragged in next indication range, mobile phone is namely dragged with icon 4 is used as operation signal 190, afterwards, the mobile phone "Left"-deviationist is until the indication range of display unit 10 presents next indication range, finger leaves touch-sensitive display, namely complete the action that diagram 4 is moved to next indication range.Can certainly complete deletion, copy diagram or file, not repeat them here.
Moreover, in various embodiments of the present invention, start unit 16 or control the input signal section that unit 19 can be mouse, keyboard or touch-sensitive display, the input signal section of mouse, keyboard or touch-sensitive display is operated rear generation enabling signal 160 or operation signal 190.
referring again to Fig. 1, Fig. 1 a kind of dynamic operation interactive objects of the present invention system, this system comprises display unit 10, subscriber interface module 12, interactive module 14, start unit 16 and detecting unit 18, wherein, subscriber interface module 12 has a plurality of user interfaces 120, interactive module 14 has a plurality of interactive objects 140 and a plurality of response command 142, display unit 10 shows at least one user interface 120 and interactive objects 140, start unit 16 provides enabling signal 160, detecting unit 18 provides at least one detection information 180, and interactive module 14 receives enabling signals 160 and is activated, and according to detection information 180 response commands 142 corresponding to output, and according to response command 142 use interactive objects 140 operation user interfaces 120.
Referring again to Fig. 3, detecting unit 18 comprises image extraction unit 182 and image calculation section 184, wherein, image extraction unit 182 is extracted a plurality of view data 1820, image calculation section 184 receives each view data 1820, and calculate the transition information 1840 of at least one local feature of each view data 1820, and produce corresponding detection information 180 according to transition information 1840.
Referring again to Fig. 5, detecting unit 18 can be acceleration kinetic energy sensor, at least one axial acceleration information of acceleration kinetic energy sensor sensing, and calculate displacement information, and then produce detection information.Referring again to Fig. 1, this system also comprises and controls unit 19 control unit 19 operation signal 190 is provided, and interactive module 14 also to have at least one operational order 144, and according to operation signal 190 operational orders 144 corresponding to output, with operation interactive objects 140.
According to the above, electronic system will be simplified the operating process of user interface with operational order and response command operation interactive objects, bring the user at the great convenience of operation electronic system.
Only below exemplary description, rather than restrictive description.Anyly do not break away from spirit of the present invention and category, and to its equivalent modifications of carrying out or change, all should comprise within the scope of the appended claims.
Claims (6)
1. the method for a dynamic operation interactive objects, the method is applicable to electronic system, and this electronic system possesses display unit, controls the unit, acceleration kinetic energy sensor, subscriber interface module and interactive module, it is characterized in that, and the method comprises:
Start the interactive objects corresponding with user interface in interactive module according to enabling signal;
Receive the operation signal that this controls unit output;
During in this interactive objects, obtain corresponding operational order in interactive module, to choose this interactive objects at this operation signal continuous action;
Receive the detection information that this acceleration kinetic energy sensor produces;
Obtain corresponding response command according to described detection information in interactive module;
Electronic system changes this user interface to show next indication range according to described response command; And
Finish with mobile interactive objects this next one indication range to this user interface according to this operation signal.
2. method according to claim 1, is characterized in that, acceleration kinetic energy sensor produces the step of described detection information, comprising:
At least one axial acceleration information of acceleration kinetic energy sensor sensing;
Calculate displacement information according to described acceleration information; And
Produce corresponding described detection information according to described displacement information.
3. method according to claim 2, is characterized in that, described displacement information is user's the movement at the position that acceleration kinetic energy sensor is installed or the displacement of rotation, and the speed of each displacement of user and angle change.
4. method according to claim 2, is characterized in that, described displacement information is movement or the rotation displacement of display unit, and the speed of each displacement of display unit and angle variation.
5. method according to claim 2, is characterized in that, described displacement information is movement or the rotation of electronic system, and the speed of each displacement of described electronic system and angle variation.
6. the system of a dynamic operation interactive objects, is characterized in that, comprising:
Subscriber interface module has a plurality of user interfaces;
Start unit provides enabling signal;
Control the unit, the output function signal;
Acceleration kinetic energy sensor provides at least one detection information;
Interactive module has a plurality of interactive objects, a plurality of operational order and a plurality of response command; And
Display unit shows described user interface and interactive objects;
Wherein, this interactive module receives described enabling signal and is activated, at this operation signal continuous action during in this interactive objects, obtain corresponding operational order in this interactive module, to choose this interactive objects, and according to response command corresponding to described detection information output, change this user interface showing next indication range, and finish with mobile interactive objects this next one indication range to this user interface according to this operation signal.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101517515A (en) * | 2006-09-28 | 2009-08-26 | 诺基亚公司 | Improved user interface |
| CN101535940A (en) * | 2006-09-06 | 2009-09-16 | 苹果公司 | Portable electronic device for instant messaging |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101535940A (en) * | 2006-09-06 | 2009-09-16 | 苹果公司 | Portable electronic device for instant messaging |
| CN101517515A (en) * | 2006-09-28 | 2009-08-26 | 诺基亚公司 | Improved user interface |
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