CN103902187A - Method for controlling electronic device and electronic device - Google Patents
Method for controlling electronic device and electronic device Download PDFInfo
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- CN103902187A CN103902187A CN201210568769.4A CN201210568769A CN103902187A CN 103902187 A CN103902187 A CN 103902187A CN 201210568769 A CN201210568769 A CN 201210568769A CN 103902187 A CN103902187 A CN 103902187A
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Abstract
The invention discloses a method for controlling an electronic device and the electronic device. The method is applied to the electronic device. The electronic device comprises a display unit, and an operating object is displayed on the display unit. The method includes the steps that first operation is obtained; based on the first operation, the operating object is selected and moved from the first position of the display unit; before the first operation is ended, second operation is obtained; based on second operation, the first display direction of the operating object is obtained; whether the first operation is ended or not is detected; when it is detected that the first operation is ended, the second position of the operating object on the display unit is determined; the operating object is opened in the first display direction in the second position.
Description
Technical field
The present invention relates to electronic technology field, relate in particular to a kind of method and electronic equipment of controlling electronic equipment.
Background technology
Along with the development of electronic technology, electronic product miscellaneous comes out, especially consumer electronic equipment, for example panel computer, large scale panel computer, smart mobile phone, notebook computer etc.
For user-friendly electronic equipment, in prior art, design operating system, for example Windows operating system, Android (Android) operating system, under these operating systems, can set up the icon of shortcut on the table, then double-click or click icon and open this file, and it doesn't matter the position of File Open and the position of icon, for example, no matter open application program 1 or application program 2, runnable interface that all can full screen display application program.
In addition, operating system of the prior art all can define the direction of opening of a unification, i.e. display direction, for example, on notebook computer, definition be that the display direction at for example runnable interface of aforementioned applications program and the interface of operating system is consistent; Again for example in smart mobile phone and panel computer, because added gravity sensor in mobile phone or panel computer, can detection of handset or the attitude of panel computer, that horizontal screen display is shown or erects screen display and show to determine, but under a display mode, for example perpendicular screen, after opening file therein, the perpendicular exactly screen display of the runnable interface of file is shown, or some application program can only be erected screen or can only horizontal screen display show.
Therefore, modes to open a file of the prior art exists and can not open file at an arbitrary position and display direction is fixed and causes meeting the technical matters that uses diversified demand.Especially in large size electro subset, because be that multi-user's multi-angle is used, user's use angle and position are uncertain, thus system cannot suitable open position of unified definition and direction to user, therefore, this technical matters is more outstanding, more obvious.
Summary of the invention
The embodiment of the present invention provides a kind of method and electronic equipment of controlling electronic equipment, and in order to solve, modes to open a file existence of the prior art can not open file at an arbitrary position and display direction is fixed and causes meeting the technical matters that uses diversified demand.
One aspect of the present invention provides a kind of method of controlling electronic equipment, is applied in an electronic equipment, and described electronic equipment comprises a display unit, shows an operand on described display unit, and described method comprises: obtain the first operation; Based on described the first operation, choose described operand and the primary importance from described display unit moves by described operand; Before described the first operation stops, obtain the second operation; Based on described the second operation, obtain the first display direction of described operand; Whether detect described the first operation stops; In the time detecting that described the first operation stops, determine the second place of described operand on described display unit; Open described operand in the described second place with described the first display direction.
Optionally, described acquisition first operates specifically and comprises: detect and whether have the first operating body by being pressed in described operand and occupying on the first viewing area of described display unit and sliding on described display unit; When having described the first operating body by being pressed in while sliding on described the first viewing area and on described display unit, obtain the first operation.
Optionally, whether described the first operation of described detection stops being specially: detect described the first operating body and whether leave described display unit.
Optionally, described acquisition second operates specifically and comprises: whether detect and have the second operating body to slide on described display unit, wherein, described the second operating body, wherein, N is more than or equal to 2 integer if on described display unit, forming N the second contact; In the time having described the second operating body to slide, obtain the second operation on described display unit.
Optionally, on described the first viewing area, there is a reference point, the position of described reference point on described the first viewing area is relatively constant, described based on described the second operation, the display direction that obtains described operand, specifically comprises: obtain initial the second contact in described N the second contact and the first line between described reference point; Obtain termination the second contact in described N the second contact and the second line between described reference point; Based on described the first line and described the second line, determine the first angle between described the first line and described the second line and from the described first the first sense of rotation that is wired to the second line; Current display direction based on described operand, described the first angle and described the first sense of rotation, obtain the first display direction of described operand.
Optionally, after described the first display direction that obtains described operand, described method also comprises: show described operand with described the first display direction.
Optionally, when described initial the second contact is from described the first contact when different, described reference point is described the first contact.
Optionally, described the first operation is operating as same operation with described second, described based on described the first operation, choose described operand and the primary importance from described display unit moves by described operand, be specially: obtain the first parameter of described the first operation, choose described operand and the primary importance from described display unit moves by described operand; Described based on described the second operation, the first display direction that obtains described operand is specially: obtain the second parameter of described the first operation, obtain the first display direction of described operand.
Optionally, before described the first operation stops, described method also comprises; Obtain the 3rd operation; Based on described the 3rd operation, obtain the first size running parameter of described operand, described first size running parameter is for determining the size of opening of described operand.
Optionally, describedly open described operand in the described second place with described the first display direction, be specially: the described second place with described the first display direction, described in open size and open described operand.
Optionally, described acquisition the 3rd operation, specifically comprises: detect on described operand occupies the first viewing area of described display unit whether have two contacts, and distance between described two contacts is elongated or shorten; If had, obtain the 3rd operation.
Optionally, described based on described the 3rd operation, obtain the first size running parameter of described operand, specifically comprise: the ratio of obtaining the elongated of described distance or shortening; Based on the elongated of the current size of described operand, described distance or the ratio that shortens, obtain the ratio that the change of described operand is large or diminish.
The present invention also provides a kind of electronic equipment on the other hand, comprising: display unit, shows an operand; The first detecting unit, for obtaining the first operation, and detect described first operation whether stop; The first control chip, for based on described the first operation, chooses described operand and controls the primary importance of described operand from described display unit and move; The second detecting unit, for before described the first operation stops, obtains the second operation; The second control chip, for based on described the second operation, obtains the first display direction of described operand; And in the time detecting that described the first operation stops, determine the second place of described operand on described display unit; Be controlled at the described second place and open described operand with described the first display direction.
Optionally, whether described the first detecting unit has the first operating body by being pressed in described operand and occupying on the first viewing area of described display unit and sliding on described display unit specifically for detecting; When having described the first operating body by being pressed in while sliding on described the first viewing area and on described display unit, obtain the first operation.
Optionally, whether described the first detecting unit leaves described display unit specifically for detecting described the first operating body.
Optionally, whether described the second detecting unit has the second operating body to slide on described display unit specifically for detecting, and wherein, described the second operating body forms N the second contact on described display unit, and wherein, N is more than or equal to 2 integer; In the time having described the second operating body to slide, obtain the second operation on described display unit.
Optionally, on described the first viewing area, there is a reference point, the position of described reference point on described the first viewing area is relatively constant, and described the second control chip is specifically for obtaining initial the second contact in described N the second contact and the first line between described reference point; Obtain termination the second contact in described N the second contact and the second line between described reference point; Based on described the first line and described the second line, determine the first angle between described the first line and described the second line and from the described first the first sense of rotation that is wired to the second line; Current display direction based on described operand, described the first angle and described the first sense of rotation, obtain the first display direction of described operand.
Optionally, described the second control chip specifically also shows described operand for controlling with described the first display direction.
Optionally, when described initial the second contact is from described the first contact when different, described reference point is described the first contact.
Optionally, described the first operation with described second be operating as same operation; Described the first control chip, specifically for obtaining the first parameter of described the first operation, is chosen described operand and the primary importance from described display unit moves by described operand; Described the second control chip, specifically for obtaining the second parameter of described the first operation, obtains the first display direction of described operand.
Optionally, described electronic equipment also comprises: the 3rd detecting unit, before stopping in described the first operation, obtains the 3rd operation; The 3rd control chip, for based on described the 3rd operation, obtains the first size running parameter of described operand, and described first size running parameter is for determining the size of opening of described operand.
Optionally, described the second control chip specifically for the described second place with described the first display direction, described in open size and open described operand.
Optionally, described the 3rd detecting unit is specifically for detecting on described operand occupies the first viewing area of described display unit whether have two contacts, and distance between described two contacts is elongated or shorten; If had, obtain the 3rd operation.
Optionally, the ratio of described the 3rd control chip specifically for obtaining the elongated of described distance or shortening; Based on the elongated of the current size of described operand, described distance or the ratio that shortens, obtain the ratio that the change of described operand is large or diminish.
The one or more technical schemes that provide in the embodiment of the present invention, at least have following technique effect or advantage:
In one embodiment of the invention an operand is moved to from primary importance the process of the second place, just can determine display direction when this operand is opened, and in the time that move operation stops, the just position in the time stopping, be the second place, open this operand with aforementioned definite display direction.Therefore,, by the method in the present embodiment, first can realize operation by a movement just can opening operation object; Second can realize the position opening operation object stopping at move operation; The 3rd can realize the display direction while opening according to different operations is definite in mobile process, so direction opening operation object to determine just directly while opening, so, can open this operand with the display direction needing arbitrarily in the position needing arbitrarily by the method in the present embodiment, so can solve, modes to open a file existence of the prior art can not open file at an arbitrary position and display direction is fixed and causes meeting the technical matters that uses diversified demand.
Further, in one embodiment of the invention, also before the first operation stops, obtain and adjust the 3rd operation of opening size, then obtain the first size running parameter of opening size for determining operand based on the 3rd operation, then in opening operation object, adjust the size of the operand of opening, so the size can solve any File Open of the prior art time be all fix technical matters, be all for example full screen display.
Accompanying drawing explanation
Fig. 1 is the method flow diagram of the control electronic equipment in one embodiment of the invention;
Fig. 2 is the schematic diagram that the operand in one embodiment of the invention moves on display unit;
Fig. 3 a-Fig. 3 b is the schematic diagram of the operation of first in one embodiment of the invention and the second operation;
Fig. 4 a-Fig. 4 c is the schematic diagram of the control electronic equipment in one embodiment of the invention;
Fig. 5 a-Fig. 5 b is the schematic diagram of the control electronic equipment in another embodiment of the present invention;
Fig. 6 is the schematic diagram of the control electronic equipment in yet another embodiment of the invention;
Fig. 7 a-Fig. 7 b is the file navigation schematic diagram in one embodiment of the invention;
Fig. 8 a-Fig. 8 c is the application schematic diagram of the method for the control electronic equipment in one embodiment of the invention;
Fig. 9 is the functional block diagram of the electronic equipment in one embodiment of the invention.
Embodiment
The embodiment of the present invention provides a kind of method and electronic equipment of controlling electronic equipment, and in order to solve, modes to open a file existence of the prior art can not open file at an arbitrary position and display direction is fixed and causes meeting the technical matters that uses diversified demand.
Technical scheme in the embodiment of the present invention is to solve above-mentioned technical matters, and general thought is as follows:
In one embodiment of the invention an operand is moved to from primary importance the process of the second place, just can determine display direction when this operand is opened, and in the time that move operation stops, the just position in the time stopping, be the second place, open this operand with aforementioned definite display direction.Therefore,, by the method in the present embodiment, first can realize operation by a movement just can opening operation object; Second can realize the position opening operation object stopping at move operation; The 3rd can realize the display direction while opening according to different operations is definite in mobile process, so direction opening operation object to determine just directly while opening, so, can open this operand with the display direction needing arbitrarily in the position needing arbitrarily by the method in the present embodiment, so can solve, modes to open a file existence of the prior art can not open file at an arbitrary position and display direction is fixed and causes meeting the technical matters that uses diversified demand.
In order better to understand technique scheme, below in conjunction with Figure of description and concrete embodiment, technique scheme is described in detail.
One embodiment of the invention provides a kind of method of controlling electronic equipment, is applied to an electronic equipment, and this electronic equipment is for example the electronic equipment of traditional panel computer, large-sized panel computer or the multi-direction operation of other support multi-users.This electronic equipment comprises a display unit, shows an operand on display unit, for example, be picture, video, file etc.
Please refer to shown in Fig. 1, Fig. 1 is the method flow diagram of the control electronic equipment in the present embodiment, and the method comprises:
Step 101: obtain the first operation;
Step 102: based on the first operation, choose operand and the primary importance from display unit moves by operand;
Step 103: before the first operation stops, obtain the second operation;
Step 104: based on the second operation, obtain the first display direction of operand;
Step 105: detect the first operation and whether stop;
Step 106: in the time detecting that the first operation stops, determine the second place of operand on display unit;
Step 107: in the second place with the first display direction opening operation object.
Please also refer to Fig. 2, on display unit 20, there is an operand 30, for example picture, operand 30 occupies the first viewing area 301 on display unit 20, in Fig. 2, although the first viewing area 301 is greater than operand 30, be for the ease of distinguishing, in practice, the size of the first viewing area 301 is the same with the size of operand 30.
Certainly, in Fig. 2, the primary importance of operand 30 on display unit 20 is the first viewing area 301, and electronic equipment can be determined by pixel or coordinate figure particular location and the size of primary importance, and then also can determine the size of the first viewing area 301.In the present embodiment, supposed before step 101, operand 30 is arranged in the upper left corner of Fig. 2 display unit 20.
Please continue to refer to Fig. 2, in the present embodiment, for example user utilizes finger presses on operand 30, the contact 302 of pressing formation is positioned on the first viewing area 301, when passing through detecting unit, for example, when display unit 20 is capacitance touch display unit, is capacitance touch display unit and has detected that finger presses is in the time of operand 30, just choose operand 30.Then, user's finger that slides on display unit 20, drags to operand the position oneself needing, direction as indicated in dotted arrow in Fig. 2; Detecting unit will detect according to the capacitance variations on display unit 20 sliding trace of finger so, and at this moment electronic equipment will obtain the first operation.Therefore, in the present embodiment, step 101 specifically comprises: detect and whether have the first operating body by being pressed in operand and occupying on the first viewing area of display unit and sliding on display unit; When having the first operating body by being pressed in while sliding on the first viewing area and on display unit, obtain the first operation.
Next perform step 102, based on the first operation, choose operand 30 and the primary importance from display unit 20 (upper left corner in Fig. 2) moves by operand 30, state representation in Fig. 2, based on the first operation, operand 30 has been moved to the position of bottom right along dotted arrow direction pointed at present.
Based on the first operation, operand 30 is in mobile process, electronic equipment can also obtain the second operation, whether be step 103, in one embodiment, step 103 specifically comprises: detect and have the second operating body to slide on display unit 20, wherein, the second operating body forms N the second contact on display unit 20, and wherein, N is more than or equal to 2 integer; In the time having the second operating body to slide, obtain the second operation on display unit 20.
In practice, the second operation has a various ways, below will describe for two examples.
The first embodiment: please refer to shown in Fig. 3 a, for example user utilizes right hand forefinger to carry out the first operation, form the first contact 302, then utilize middle finger to slide clockwise on display unit 20, form N the second contact, for example initial the second contact 303 and termination the second contact 304, certainly also comprise in initial the second contact 303 and stop other second contacts between the second contact 304.In the present embodiment, the first operating body and the second operating body are different operating bodies.
The second embodiment: please refer to shown in Fig. 3 b, in the present embodiment, for example user utilizes right hand forefinger to carry out the first operation, form the first contact 302, then slide into the position, bottom right of Fig. 3 b according to the direction of the dotted arrow in Fig. 3 b, then stop, but forefinger does not leave display unit 20, and then utilize forefinger to slide clockwise, form N the second contact, for example initial the second contact 303 and termination the second contact 304, certainly also comprise in initial the second contact 303 and stop other second contacts between the second contact 304.In the present embodiment, initial the second contact 303 is also that the first contact 302, the first operating bodies and the second operating body are identical operating bodies.
The 3rd embodiment: the first operation is same operation with the second operation, and for example user utilizes forefinger choose operand 30 and drag on the another location on display unit 20, then directly decontrols operand 30.
Next, by how to introduce respectively implementation step 104 for the situation in above-mentioned the first embodiment and the second embodiment, first, suppose to have a reference point on the first viewing area 301, this reference point is relatively constant in the first 301Shang position, viewing area.Specifically, this reference point is relatively constant in the first 301Shang position, viewing area, no matter the first viewing area 301 moves to any position of display unit 20, although may there is variation in the coordinate of each point of the first viewing area 301, but the position between this reference point and other points is geostationary, for example this reference point is the central point of the first viewing area 301, it is the central point of operand 30, in the time of the top-left position of operand 30 in Fig. 3 a, the coordinate of this reference point on display unit 20 is for example (100, 200), and in the time that operand 30 moves to the position of bottom right in Fig. 3 a, the coordinate of this reference point on display unit 20 is for example (200, 100), but this reference point is still the central point of the first viewing area 301.Certainly, this reference point can be any point on the first viewing area 301.
In a further embodiment, this reference point can set in advance, can be also to determine according to the position of the first contact 302, and the position of the first contact 302 is reference point.
The first embodiment: in the present embodiment, reference point describes as an example of the first contact 302 example, the first contact 302 is relatively constant in the first 301Shang position, viewing area.Please refer to shown in Fig. 4 a, step 104 specifically comprises: obtain the first line between initial the second contact 303 and the first contact 302; Obtain the second line stopping between the second contact 304 and the first contact 302; Then based on the first line and the second line, determine the first angle [alpha] between the first line and the second line and from the first the first sense of rotation that is wired to the second line; Wherein, the first angle [alpha] is between 0 degree to 360, and in addition because in the present embodiment, initial the second contact 303 is clockwise sliding processes to stopping the second contact 304, so the first the first sense of rotation that is wired to the second line is just clockwise direction.
Then, current display direction, the first angle [alpha] and the first sense of rotation based on operand 30, obtain the first display direction of operand 30.Wherein, the current display direction of operand 30 is please continue to refer to shown in Fig. 4 a, on operand 30, show a Chinese character " people ", the top of current " people " is near the coboundary of display unit 20, the bottom of " people " is near the lower limb of display unit 20, and " people " word entirety is parallel to coboundary and lower limb, so the current display direction of operand 30 is for vertically to be pointed to lower limb and to be parallel to coboundary and lower limb by coboundary.
Therefore, current display direction, the first angle [alpha] and the first sense of rotation based on operand 30, obtain the first display direction of operand 30, be specially on the basis of the current display direction of operand 30, rotate the first angle [alpha] with the first sense of rotation, in the present embodiment, the point of rotation of rotation is reference point, is also the first contact 302, in other embodiments, also can be other point, for example central point of operand 30.
Further, can also show operand 30 with the first display direction, please refer to shown in Fig. 4 b, operand 30 is presented on display unit 20 with the first display direction, can be found out operand 30 first angle [alpha] that turned clockwise take the first contact 302 as the point of rotation by Fig. 4 b.Now, " people " is although the also close coboundary in the top of word, the bottom of " people " word is also near lower limb, " but people " word entirety is no longer parallel to coboundary and lower limb, but become the first angle [alpha], so, the first display direction of operand 30 for by coboundary with the first angle [alpha] point to left down lower limb and entirety become the first angle [alpha] to tilt with coboundary or lower limb.
Further, now user's sight line is just in time consistent with the axis of operand 30, so user's sight line looks over, the display direction of operand 30 is positive dirctions.
Further, user can judge whether to meet according to current display position and display direction the demand of oneself, if incongruent words just can repeat the first operation and the second operation, until adjust to position and the display direction of own needs.If the first display direction in Fig. 4 b and position are user's needs, so now user can stop the first operation, for example finger is taken away from display unit 20, or finger is removed from operand 30, move to other regions outside the first viewing area 301.
When above-mentioned variation has occurred user's forefinger, electronic equipment detects that the first operation stops, and while so just termination according to the first operation, the location positioning at operand 30 places is the second place, the position that operand 30 is opened.Now, the open position of operand 30 and open direction and all determined, so in the time detecting that the first operation stops, just perform step 107, in the second place with the first display direction opening operation object 30, wherein, the central point of opening the operand 30 after specifically can opening in the second place, in the second place, can be also that other points are in the second place.
After opening, please refer to shown in Fig. 4 c, the display direction of the operand 30 after opening is the first display direction, consistent with the display direction of opening front operand 30, the portrait 305 of opening on rear operand 30 is consistent with the display direction of opening " people " word on front operand 30, and whole service interface is also consistent with opening front operand 30.
Therefore, can open this operand with the display direction needing arbitrarily in the position needing arbitrarily by the method in the present embodiment, so can solve modes to open a file of the prior art exists and can not open file at an arbitrary position and display direction is fixed and caused meeting the technical matters that uses diversified demand, and only just can opening operation object by a move operation, and need not first set up on the table shortcut, and then double-click or click and open, so electronic equipment can respond opening operation fast, and from user perspective, user only needs the mobile gesture just can opening operation object, easy and simple to handle, easy to use.
In another embodiment, also can not show operand 30 with the first display direction, but directly the operand after opening 30 is adjusted into the first display direction in the time opening.
Next introduce the process of the execution step 104 in the second embodiment.
Please refer to shown in Fig. 5 a, in the present embodiment, because the first contact 302 and initial the second contact 303 are same contacts, so the first contact is not suitable for making reference a little, so at this moment can select other reference point, for example reference point is take the central point 306 of the first viewing area 301 as example.
Step 104 specifically comprises: obtain the first line between initial the second contact 303 and reference point 306; Obtain the second line stopping between the second contact 304 and reference point 306; Based on the first line and the second line, determine the first angle beta between the first line and the second line and from the first the first sense of rotation that is wired to the second line; Wherein, in the present embodiment, the first sense of rotation is still clockwise direction.
Then the current display direction based on operand 30, the first angle beta and the first sense of rotation, obtains the first display direction of operand 30.
Further, can also on display unit 20, show with the first display direction operand 30, similar in implementation process and the first embodiment, for no other reason than that reference point changes, so the point of rotation is central point 306 in this enforcement, rather than first contact 302, the operand 30 after showing is as shown in Figure 5 b.Can be found out by Fig. 4 b and Fig. 5 b, when reference point is different, the position of postrotational operand 30 is slightly different, is that the first contact 302 overlaps, and in Fig. 5 b, is that central point 306 overlaps in Fig. 4 b.
The 3rd embodiment: in the present embodiment, the first operation and the second operation are same operations, directly operand 30 is dragged to the position needing, it is the second place, electronic equipment can detect a sliding trace, positional information when step 102 is specifically obtained the first operation termination, i.e. the first parameter, determine the second place, this part and aforementioned the first embodiment and the second embodiment are similar.
And step 104 specifically can be in the time that the first operation stops, determine the first display direction of operand 30 by obtaining the second parameter of the first operation.Concrete example is in this way take the central point of the first viewing area 301 as reference point, then obtain home-position contact and termination contact that the first operation forms, then obtain central point to the first line between home-position contact, central point to the second line that stops contact, then determine angle and the sense of rotation between the first line and the second line, then operand 30 is rotated to this angle as axle center according to this sense of rotation take reference point.
In practice, above-mentioned processing procedure is Real-time Obtaining, and Real-time Obtaining stops contact, determines position that operand 30 is moved and the direction of rotation, until the first operation stops.
Certainly, in practice, the first operation or the second operation can also be other forms of operations, those skilled in the art according to the present invention in disclosed content can clearly recognize how other forms of the first operation or the second operation are set, as long as can determine or arrange the position of opening and the direction of opening in the process of move operation object.
In the further embodiment of the present invention, in the time performing step 107, size after operand 30 is opened can be a default size, for example size is all 150 × 100 size, or other sizes that set in advance, but in another embodiment, in the process that also can move at operand, determine or setting operation object open size, specifically, for example, before the first operation stops, also obtain the 3rd operation, then based on the 3rd operation, obtain the first size running parameter of operand, first size running parameter is for determining the size of opening of operand, illustrate by a concrete example below.
Obtaining the 3rd operation, can be specifically to detect on operand 30 occupies the first viewing area 301 of display unit 20 whether have two contacts, and distance between two contacts is elongated or shorten, if had, obtains the 3rd operation.Please refer to shown in Fig. 6, for example that user carries out in the process of the first operation, the first contact 302 is relatively constant in the position of the first viewing area 301, then user utilizes middle finger on the first viewing area 301, to form initial the 3rd contact 307, and initial the 3rd contact 307 is toward moving away from the direction of the first contact 302, finally stop at and stop the 3rd contact 308, between initial the 3rd contact 307 and termination the 3rd contact 308, also form the 3rd contact, a series of centre, at this moment electronic equipment will detect this operation, and then obtains the 3rd operation.Certainly, if first form and stop the 3rd contact 308, finally form initial the 3rd contact 307, represent that so middle finger is that the distance between the 3rd contact and the first contact 302 is to shorten close toward forefinger direction.
Then based on the 3rd operation, obtaining first size running parameter, can be specifically the ratio of obtaining the elongated of distance or shortening; Current size based on operand, distance elongated or the ratio shortening, obtain the ratio that the change of operand is large or diminish.Wherein, the current size of operand 30 can be before default size, or according to adjusted size of the method in the present embodiment, then the distance based on this acquisition elongated or the ratio that shortens, and then determine ratio that will amplify or that dwindle on the basis of the size on the basis of the size setting in advance or after last time adjusting.
Then execution step 107 o'clock, just adjust to aforementioned determine open size, so can adjust fast the size of opening of operand by the method in the present embodiment.
In another embodiment, with class of operation in Fig. 6 seemingly, different is also can slide in the first contact 302, there is variation in the first 301Shang position, viewing area in the first contact 302 relatively.If the second operation is shown in Fig. 4 a, for the ease of distinguishing the second operation and the 3rd operation, the 3rd operation adopts the mode in the present embodiment, and being convenient to electronic equipment resolution is the second operation and the 3rd operation.
More than describe the specific implementation process of the method for the control electronic equipment in the present embodiment in detail, below will further illustrate the embodiment of the method in the present embodiment by a concrete application scenarios.
This application scenarios is the use scenes of large scale panel computer, gets final product the large size electro subset of multi-user's multi-angle operation, shows a file navigation system on the display unit 20 of this large scale panel computer.
Please refer to Fig. 7 a, file navigation system comprises the first operating area 201, be presented on display unit 20, be furnished with M the first operand on the first operating area, M is more than or equal to 1 integer, as Fig. 7 a, suppose to be furnished with 7 the first operands on the first operating area 201, in the present embodiment, the first operating area describes as example take round-shaped, in other embodiments, can also be ellipse, rectangle or other shapes; The first operand specifically describes as an example of photo, application shop, application, game, education, music and video example, in these first operands, there is file, for example photo, music, also there is navigation menu item, for example application, the first operand corresponding to application also can be regarded as file certainly, and file also can be regarded as navigation menu item.
Further, file navigation system also has the second operating area, for example user wants to browse photo, user just can utilize finger or pointer so, or choose by mouse the first operand that photo is corresponding, i.e. the first operand 202, so at this moment electronic equipment will be chosen the first operand 202, concrete example is as represented that the first operand is selected by highlighted demonstration or the mode of sinking, and user just can know that the first operand is selected so.
Next, display position and display direction based on the first operand 202 on display unit 20 are determined the second operating area, display position for the first operand 202 obtains, can directly obtain the coordinate figure at the first operand 202 center, and obtaining for display direction, can obtain the first operating area 201 center, also be that the direction that the first operand 202 center is pointed in the center of circle is the display direction of the first operand 202, determine the second operating area based on display position and display direction so, in one embodiment, specifically can determine according to display position and display direction the center position of the second operating area, central point for example in the center of circle to the extended line at the first operand 202 center, can set in addition the second operating area is for example to nestle up the first operating area 201 to show, the particular location at the center of the second operating area can be determined by the width of the second operating area of presetting so, so just can determine the second operating area.Also be, in the case of the width of the second operating area is definite, no matter the first operating area 201 moves on which position of display unit, or be rotated, the direction of the first operand 202, towards which direction, can both display position and display direction based on the first operand 202 be determined the second operating area.
Then on display unit 20, show the second operating area, be furnished with N second operand on the second operating area, N is more than or equal to 1 integer.Specifically please refer to shown in Fig. 7 b, be furnished with 9 second operands 204 on the second operating area 203, these 9 second operands 204 are the first operand 202, for example sub-folder in photos folder.Can be found out by Fig. 7 b, the second operating area 203 is fan-shaped, and wherein the sensing of the dotted line with arrow represents the display direction of the first operand 202, and the top of the first operand 202 is towards the first operating area 201 center.The second operating area 203 center is located on this dotted line, and the second operating area 203 is according to this dotted line axis of symmetry symmetry; The display direction of q second operand in second operand 204 is consistent with the display direction of the first operand 202, q is less than or equal to N for being more than or equal to 1, in the present embodiment, q second operand is second operand 205, the i.e. file in glacier by name, second operand 205 center is also the second operating area 203 center, aligns in the first operand 202 center and second operand 205 center.
In one embodiment, the position at q second operand place is the center of the second operating area, and other second operands are symmetrically distributed in both sides centered by q second operand; Certainly, in other embodiments, q second operand also can be positioned at reference position or the end position of the second operating area.
Certainly, can also click again second operand, draw the 3rd operating area, then can repeat down, until be opened to one deck of the end always.
Please refer to shown in Fig. 8 a, suppose that user chooses second operand 206 with forefinger, and second operand 206 is hauled out from the second operating area 203 come, and move according to dotted arrow direction, then second operand 206 is moved to the position, the lower right corner in Fig. 8 a.
The current display direction of second operand 206 is the display direction of " inverted image " two words, if at this moment user is positioned at the lower limb of display unit 20, if open second operand 206 according to current display direction so, it is just inconvenient that user seems, so at this moment user utilizes for example operation of second in aforementioned the first embodiment to remove to adjust the display direction of second operand 206, keeping the first contact 302 motionless in the situation that, utilize middle finger to slide clockwise on display unit 20, form a series of the second contacts, then obtain the first angle [alpha] by calculating, with the first sense of rotation, it is clockwise direction, then the current display direction based on second operand 206, the first angle [alpha] and the first sense of rotation obtain the first display direction of second operand 206, open direction.
Be convenient to user and clearly watch the display direction after adjustment, can also determine after the first display direction, second operand 206 can also be presented on display unit 20 with the first display direction, please refer to shown in Fig. 8 b, open so direction and be the display direction of " inverted image " two words in Fig. 8 b.
If the position in Fig. 8 b and display direction user feel be oneself need, just finger can be lifted from display unit 20, electronic equipment detects that the first operation stops the rear just position in Fig. 8 b and opens second operand 206 with the first display direction, as shown in Figure 8 c, second operand 206 is files, after being opened, in window, show at least one photo 207, further, can also be in opening second operand 206, first photo can also be opened with Photo Browser, be formed one and browse window 208.
Further, can also adopt the size of opening of the 3rd operation adjustment second operand 206 in previous embodiment.
Further, in the time detecting that the first operation stops, can first copy on the table a second operand 206, what then open is the copy copying, and does not hinder like this other users to remove to operate second operand 206 again.
Because in large size electro subset, the multi-direction use of multi-user, so cannot remove to limit a unified open position and open direction, so by the method in the embodiment of the present invention just can be according to different user's requests in different positions with different display direction opening operation objects, the multi-direction use in convenient multi-purpose family.
In above each embodiment, no matter be to show the first operating area or the second operating area, can be specifically at least one demonstration in title and the icon of each operand.
In above each embodiment, the first operating area describes as an example of sector region example with border circular areas, the second operating area, but in the time of practice, can also be designed to other shapes, for example the first operating area can be rectangle, and corresponding the second operating area can be rectangular; The first operating area can be also oval-shaped, and what the second operating area was corresponding so can be also oval arc.
In above each embodiment, describe as an example of file navigation example, but the method in the present embodiment can be applied in other navigational system equally, for example menu navigation, so corresponding, M the first operand is specially M first order menu item, and N second operand is specially N Level-2 menu item, wherein, subordinate's menu of N Level-2 menu Xiang Wei i the first operand.
Based on same inventive concept, one embodiment of the invention also provides a kind of electronic equipment, and this electronic equipment is for example panel computer, smart mobile phone or large scale panel computer.Please refer to shown in Fig. 9, this electronic equipment comprises: display unit 901, shows an operand; The first detecting unit 902, for obtaining the first operation, and whether detection the first operation stops; The first control chip 903, for based on the first operation, chooses operand the primary importance of control operation object from display unit 901 to move; The second detecting unit 904, for before the first operation stops, obtains the second operation; The second control chip 905, for based on the second operation, obtains the first display direction of operand; And in the time detecting that the first operation stops, determine the second place of operand on display unit 901; Be controlled at the second place with the first display direction opening operation object.
Wherein, display unit 901 is specially touch sensitive display unit, further, and for supporting the display unit of multiple point touching.
The first detecting unit 902 is specially touch unit or pressure transducer, for example, be capacitive touch unit, electromagnetic type touch unit, for example, so can detect that user utilizes the operation of operating body, finger or pointer.The second detecting unit 904 can be identical with the first detecting unit 902, also can be different.
The first control chip 903 and the second control chip 905 are identical different control chip, are arranged on the circuit board of electronic equipment.
Further, process chip 702 specifically, also for based on a move, is controlled the first operating area and is moved to fringe region from central area.
In one embodiment, whether the first detecting unit 902 has the first operating body by being pressed in operand and occupying on the first viewing area of display unit 901 and sliding on display unit 901 specifically for detecting; When having the first operating body by being pressed in while sliding on the first viewing area and on display unit 901, obtain the first operation.
Further, whether the first detecting unit 902 leaves display unit 901 specifically for detecting the first operating body.
In one embodiment, whether the second detecting unit 904 has the second operating body to slide on display unit 901 specifically for detecting, and wherein, the second operating body forms N the second contact on display unit 901, and wherein, N is more than or equal to 2 integer; In the time having the second operating body to slide, obtain the second operation on display unit 901.
Further, have a reference point on the first viewing area, the position of reference point on the first viewing area is relatively constant, and the second control chip 905 is specifically for obtaining initial the second contact in N the second contact and the first line between reference point; Obtain termination the second contact in N the second contact and the second line between reference point; Based on the first line and the second line, determine the first angle between the first line and the second line and from the first the first sense of rotation that is wired to the second line; Current display direction, the first angle and the first sense of rotation based on operand, obtain the first display direction of operand.
Further, the second control chip 905 specifically also shows operand for controlling with the first display direction.
Further, when initial the second contact is from the first contact when different, reference point is the first contact.
In another embodiment, the first operation is operating as same operation with second; The first control chip 903 is specifically for obtaining the first parameter of the first operation, chooses operand and the primary importance from display unit 901 moves by operand; The second control chip 905, specifically for obtaining the second parameter of the first operation, obtains the first display direction of operand.
In another embodiment, electronic equipment also comprises: the 3rd detecting unit, before stopping in the first operation, obtains the 3rd operation; The 3rd control chip, for based on the 3rd operation, obtains the first size running parameter of operand, and first size running parameter is for determining the size of opening of operand.
Further, the second control chip 905 specifically in the second place with the first display direction, open size opening operation object.
In one embodiment, the 3rd detecting unit is specifically for detecting on operand occupies the first viewing area of display unit 901 whether have two contacts, and distance between two contacts is elongated or shorten; If had, obtain the 3rd operation.
Further, the ratio of the 3rd control chip specifically for obtaining the elongated of distance or shortening; Current size based on operand, distance elongated or the ratio shortening, obtain the ratio that the change of operand is large or diminish.
Wherein, the 3rd detecting unit and the first detecting unit 902 and the second detecting unit 904 can be identical, also can be different, and the 3rd control chip and the first control chip 903 and the second control chip 905 are identical different control chip, are also arranged on circuit board.
The method of the control electronic equipment in electronic equipment and previous embodiment in the present embodiment is the invention based under same design, by aforementioned to controlling the method for electronic equipment and the detailed description of various versions thereof, those skilled in the art can clearly understand the implementation process of electronic equipment in the present embodiment, so succinct for instructions, does not repeat them here.
By an embodiment or multiple embodiment in the above-described embodiment in the present invention, at least can be achieved as follows technique effect:
In one embodiment of the invention an operand is moved to from primary importance the process of the second place, just can determine display direction when this operand is opened, and in the time that move operation stops, the just position in the time stopping, be the second place, open this operand with aforementioned definite display direction.Therefore,, by the method in the present embodiment, first can realize operation by a movement just can opening operation object; Second can realize the position opening operation object stopping at move operation; The 3rd can realize the display direction while opening according to different operations is definite in mobile process, so direction opening operation object to determine just directly while opening, so, can open this operand with the display direction needing arbitrarily in the position needing arbitrarily by the method in the present embodiment, so can solve, modes to open a file existence of the prior art can not open file at an arbitrary position and display direction is fixed and causes meeting the technical matters that uses diversified demand.
Further, in one embodiment of the invention, also before the first operation stops, obtain and adjust the 3rd operation of opening size, then obtain the first size running parameter of opening size for determining operand based on the 3rd operation, then in opening operation object, adjust the size of the operand of opening, so the size can solve any File Open of the prior art time be all fix technical matters, be all for example full screen display.
Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt complete hardware implementation example, completely implement software example or the form in conjunction with the embodiment of software and hardware aspect.And the present invention can adopt the form at one or more upper computer programs of implementing of computer-usable storage medium (including but not limited to magnetic disk memory and optical memory etc.) that wherein include computer usable program code.
The present invention is with reference to describing according to process flow diagram and/or the block scheme of the method for the embodiment of the present invention, equipment (system) and computer program.Should understand can be by the flow process in each flow process in computer program instructions realization flow figure and/or block scheme and/or square frame and process flow diagram and/or block scheme and/or the combination of square frame.Can provide these computer program instructions to the processor of multi-purpose computer, special purpose computer, Embedded Processor or other programmable data processing device to produce a machine, the instruction that makes to carry out by the processor of computing machine or other programmable data processing device produces the device for realizing the function of specifying at flow process of process flow diagram or multiple flow process and/or square frame of block scheme or multiple square frame.
These computer program instructions also can be stored in energy vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work, the instruction that makes to be stored in this computer-readable memory produces the manufacture that comprises command device, and this command device is realized the function of specifying in flow process of process flow diagram or multiple flow process and/or square frame of block scheme or multiple square frame.
These computer program instructions also can be loaded in computing machine or other programmable data processing device, make to carry out sequence of operations step to produce computer implemented processing on computing machine or other programmable devices, thereby the instruction of carrying out is provided for realizing the step of the function of specifying in flow process of process flow diagram or multiple flow process and/or square frame of block scheme or multiple square frame on computing machine or other programmable devices.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.
Claims (24)
1. control a method for electronic equipment, be applied in an electronic equipment, described electronic equipment comprises a display unit, it is characterized in that, shows an operand on described display unit, and described method comprises:
Obtain the first operation;
Based on described the first operation, choose described operand and the primary importance from described display unit moves by described operand;
Before described the first operation stops, obtain the second operation;
Based on described the second operation, obtain the first display direction of described operand;
Whether detect described the first operation stops;
In the time detecting that described the first operation stops, determine the second place of described operand on described display unit;
Open described operand in the described second place with described the first display direction.
2. the method for claim 1, is characterized in that, described acquisition first operates specifically and comprises:
Detect and whether have the first operating body by being pressed in described operand and occupying on the first viewing area of described display unit and sliding on described display unit;
When having described the first operating body by being pressed in while sliding on described the first viewing area and on described display unit, obtain the first operation.
3. method as claimed in claim 2, is characterized in that, whether described the first operation of described detection stops being specially:
Detect described the first operating body and whether leave described display unit.
4. method as claimed in claim 2, is characterized in that, described acquisition second operates specifically and comprises:
Whether detect and have the second operating body to slide on described display unit, wherein, described the second operating body, wherein, N is more than or equal to 2 integer if on described display unit, forming N the second contact;
In the time having described the second operating body to slide, obtain the second operation on described display unit.
5. method as claimed in claim 4, is characterized in that, on described the first viewing area, has a reference point, the position of described reference point on described the first viewing area is relatively constant, described based on described the second operation, obtain the display direction of described operand, specifically comprise:
Obtain initial the second contact in described N the second contact and the first line between described reference point;
Obtain termination the second contact in described N the second contact and the second line between described reference point;
Based on described the first line and described the second line, determine the first angle between described the first line and described the second line and from the described first the first sense of rotation that is wired to the second line;
Current display direction based on described operand, described the first angle and described the first sense of rotation, obtain the first display direction of described operand.
6. method as claimed in claim 5, is characterized in that, after described the first display direction that obtains described operand, described method also comprises:
Show described operand with described the first display direction.
7. method as claimed in claim 5, is characterized in that, when described initial the second contact is from described the first contact when different, described reference point is described the first contact.
8. method as claimed in claim 4, it is characterized in that, described the first operation is operating as same operation with described second, described based on described the first operation, choose described operand and the primary importance from described display unit moves by described operand, be specially:
Obtain the first parameter of described the first operation, choose described operand and the primary importance from described display unit moves by described operand;
Described based on described the second operation, the first display direction that obtains described operand is specially:
Obtain the second parameter of described the first operation, obtain the first display direction of described operand.
9. the method for claim 1, is characterized in that, before described the first operation stops, described method also comprises;
Obtain the 3rd operation;
Based on described the 3rd operation, obtain the first size running parameter of described operand, described first size running parameter is for determining the size of opening of described operand.
10. method as claimed in claim 9, is characterized in that, describedly opens described operand in the described second place with described the first display direction, is specially:
The described second place with described the first display direction, described in open size and open described operand.
11. methods as claimed in claim 9, is characterized in that, described acquisition the 3rd operation, specifically comprises:
Detect on described operand occupies the first viewing area of described display unit whether have two contacts, and distance between described two contacts is elongated or shorten;
If had, obtain the 3rd operation.
12. methods as claimed in claim 11, is characterized in that, described based on described the 3rd operation, obtain the first size running parameter of described operand, specifically comprise:
The ratio of obtaining the elongated of described distance or shortening;
Based on the elongated of the current size of described operand, described distance or the ratio that shortens, obtain the ratio that the change of described operand is large or diminish.
13. 1 kinds of electronic equipments, is characterized in that, comprising:
Display unit, shows an operand;
The first detecting unit, for obtaining the first operation, and detect described first operation whether stop;
The first control chip, for based on described the first operation, chooses described operand and controls the primary importance of described operand from described display unit and move;
The second detecting unit, for before described the first operation stops, obtains the second operation;
The second control chip, for based on described the second operation, obtains the first display direction of described operand; And in the time detecting that described the first operation stops, determine the second place of described operand on described display unit; Be controlled at the described second place and open described operand with described the first display direction.
14. electronic equipments as claimed in claim 13, is characterized in that, whether described the first detecting unit has the first operating body by being pressed in described operand and occupying on the first viewing area of described display unit and sliding on described display unit specifically for detecting; When having described the first operating body by being pressed in while sliding on described the first viewing area and on described display unit, obtain the first operation.
15. electronic equipments as claimed in claim 14, is characterized in that, whether described the first detecting unit leaves described display unit specifically for detecting described the first operating body.
16. electronic equipments as claimed in claim 14, it is characterized in that, whether described the second detecting unit has the second operating body to slide on described display unit specifically for detecting, wherein, described the second operating body forms N the second contact on described display unit, wherein, N is more than or equal to 2 integer; In the time having described the second operating body to slide, obtain the second operation on described display unit.
17. electronic equipments as claimed in claim 16, it is characterized in that, on described the first viewing area, there is a reference point, the position of described reference point on described the first viewing area is relatively constant, and described the second control chip is specifically for obtaining initial the second contact in described N the second contact and the first line between described reference point; Obtain termination the second contact in described N the second contact and the second line between described reference point; Based on described the first line and described the second line, determine the first angle between described the first line and described the second line and from the described first the first sense of rotation that is wired to the second line; Current display direction based on described operand, described the first angle and described the first sense of rotation, obtain the first display direction of described operand.
18. electronic equipments as claimed in claim 17, is characterized in that, described the second control chip specifically also shows described operand for controlling with described the first display direction.
19. electronic equipments as claimed in claim 17, is characterized in that, when described initial the second contact is from described the first contact when different, described reference point is described the first contact.
20. electronic equipments as claimed in claim 16, is characterized in that, described the first operation is operating as same operation with described second; Described the first control chip, specifically for obtaining the first parameter of described the first operation, is chosen described operand and the primary importance from described display unit moves by described operand; Described the second control chip, specifically for obtaining the second parameter of described the first operation, obtains the first display direction of described operand.
21. electronic equipments as claimed in claim 13, is characterized in that, described electronic equipment also comprises:
The 3rd detecting unit, before stopping in described the first operation, obtains the 3rd operation;
The 3rd control chip, for based on described the 3rd operation, obtains the first size running parameter of described operand, and described first size running parameter is for determining the size of opening of described operand.
22. electronic equipments as claimed in claim 21, is characterized in that, described the second control chip specifically for the described second place with described the first display direction, described in open size and open described operand.
23. electronic equipments as claimed in claim 21, it is characterized in that, described the 3rd detecting unit is specifically for detecting on described operand occupies the first viewing area of described display unit whether have two contacts, and distance between described two contacts is elongated or shorten; If had, obtain the 3rd operation.
24. electronic equipments as claimed in claim 23, is characterized in that, the ratio of described the 3rd control chip specifically for obtaining the elongated of described distance or shortening; Based on the elongated of the current size of described operand, described distance or the ratio that shortens, obtain the ratio that the change of described operand is large or diminish.
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