CN103324340A - Touch screen one-handed operation method based on mobile terminal and mobile terminal thereof - Google Patents
Touch screen one-handed operation method based on mobile terminal and mobile terminal thereof Download PDFInfo
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- CN103324340A CN103324340A CN2013102214195A CN201310221419A CN103324340A CN 103324340 A CN103324340 A CN 103324340A CN 2013102214195 A CN2013102214195 A CN 2013102214195A CN 201310221419 A CN201310221419 A CN 201310221419A CN 103324340 A CN103324340 A CN 103324340A
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Abstract
The invention discloses a touch screen one-handed operation method based on a mobile terminal. The method includes the following steps: receiving touch operation input in a touch area and obtaining the coordinate of a first point of the touch operation; converting the coordinate of the first point into the coordinate of a second point on the touch screen; conducting corresponding processing on the mobile terminal according to the touch operation and the coordinate of the second point. Compared with the prior art, due to the fact that touch screen in the method is a full screen of the mobile terminal, operation of the whole touch screen of the mobile terminal in a small touch area is achieved, users can operate a large-screen mobile terminal through one hand conveniently, and user experience is improved. The invention further discloses the mobile terminal of the touch screen operated through one hand.
Description
Technical field
The present invention relates to technical field of mobile terminals, relate more specifically to a kind of method and portable terminal thereof of the one-handed performance touch-screen based on portable terminal.
Background technology
Current, along with developing rapidly of smart mobile phone, the function of mobile phone is also being enriched constantly, and for realizing more function and reach better display effect, the screen of mobile phone is also constantly becoming big, constantly develops into 3.7 cun, 4.3 cun to 5 cun etc. from 2.5 cun.Yet, the general user gets used to the one-handed performance mobile phone, the continuous increase of mobile phone screen has brought very big inconvenience for user's one-handed performance mobile phone, people have proposed a kind of operating method of touch panel for this reason, this method is specially: touch-screen is divided into first area and second area, second area is the zone outside the first area, the user operates in the first area, primary importance in the first area receives the touch information of user's input and according to default mapping ruler primary importance information is shone upon then, obtain the second place information in the corresponding second area, according to touch information the second place is carried out touch control operation then, realized that namely the user only operates in the first area, the effect that can operate the zone outside the first area just.Yet, there is following shortcoming in this method: because second area is the part of touch-screen, so the operation in the first area can not be mapped as the operation to whole touch screen, thus when using this method touch-screen exist can not operating area, design unreasonable.
Therefore, be necessary to provide a kind of method and portable terminal thereof of the one-handed performance touch-screen based on portable terminal to overcome above-mentioned defective.
Summary of the invention
The purpose of this invention is to provide a kind of method of the one-handed performance touch-screen based on portable terminal, to be implemented in the less screen area whole touch screen is operated, thereby make things convenient for user's one-handed performance giant-screen portable terminal, promote the user and experience.
Another object of the present invention provides a kind of portable terminal of one-handed performance touch-screen, to be implemented in the less screen area whole touch screen is operated, thereby makes things convenient for user's one-handed performance giant-screen, promotes the user and experiences.
For achieving the above object, the invention provides a kind of method of the one-handed performance touch-screen based on portable terminal, may further comprise the steps:
The touch operation of importing in the reception touch area and first point coordinate that obtains described touch operation;
Described first point coordinate is converted to second point coordinate on the described touch-screen;
According to described touch operation and described second point coordinate portable terminal is carried out respective handling.
Compared with prior art, only need the user in the touch area, to carry out touch operation owing to the present invention is based on the method for the one-handed performance touch-screen of portable terminal, and first point coordinate of touch operation correspondence is converted to second point coordinate on the touch-screen, according to second point coordinate and touch operation portable terminal is carried out respective handling again, because described touch-screen is the full screen of portable terminal, thereby realized that the whole touch screen to portable terminal is operated in less touch area, make things convenient for user's one-handed performance giant-screen portable terminal, promoted user's experience.
Preferably, described " portable terminal being carried out respective handling according to described touch operation and described second point coordinate " also comprises before:
Described second point coordinate of highlighted demonstration.
Preferably, described " touch operation of importing in the reception touch area and first point coordinate that obtains described touch operation " also comprises before:
Size and the position of described touch area are set;
Enter the one-handed performance pattern.
Preferably, the position of described touch area is the lower right corner or the lower left corner of described touch-screen.
Preferably, when the position of described touch area was the lower right corner of described touch-screen, described " described first point coordinate is converted to second point coordinate on the described touch-screen " was specially:
According to formula x2=(x1-x0+a) * x0/a, y2=(y1-y0+b) * y0/b calculates described second point coordinate, wherein, the upper left corner of described touch-screen is initial point, and described touch-screen is of a size of x0*y0, and described touch area is of a size of a*b, described first point coordinate is M ' (x1, y1), described second point coordinate is M(x2, y2).
Preferably, when the position of described touch area was the lower left corner of described touch-screen, " described first point coordinate is converted to second point coordinate on the described touch-screen " was specially:
According to formula x4=x3*x0/a, y4=(y3-y0+b) * y0/b calculates described second point coordinate, wherein, the upper left corner of described touch-screen is initial point, and described touch-screen is of a size of x0*y0, and described touch area is of a size of a*b, described first point coordinate is N ' (x3, y3), described second point coordinate is N(x4, y4).
Correspondingly, the present invention also provides a kind of portable terminal of one-handed performance touch-screen, comprising:
Receiver module, first point coordinate that is used for receiving the touch operation of input in the touch area and obtains described touch operation;
Coordinate transferring is for second point coordinate that described first point coordinate is converted on the described touch-screen;
The system handles module is used for according to described touch operation and described second point coordinate portable terminal being carried out respective handling.
Preferably, the portable terminal of described one-handed performance touch-screen also comprises:
Highlighted display module is used for described second point coordinate of highlighted demonstration.
Preferably, the portable terminal of described one-handed performance touch-screen also comprises:
Module is set, is used for arranging size and the position of described touch area; And
Enter module, be used for entering the one-handed performance pattern.
Preferably, the position of described touch area is the lower right corner or the lower left corner of described touch-screen.
By following description also by reference to the accompanying drawings, it is more clear that the present invention will become, and these accompanying drawings are used for explaining embodiments of the invention.
Description of drawings
Fig. 1 is the workflow diagram of method one embodiment that the present invention is based on the one-handed performance touch-screen of portable terminal.
Fig. 2 is the sub-process figure of step S101 among Fig. 1.
Fig. 3 for touch operation for long by or short by and the touch area when being arranged in the lower right corner of touch-screen touch area and touch-screen at the location diagram of coordinate system.
Fig. 4 for touch operation for long by or short by and the touch area when being arranged in the lower left corner of touch-screen touch area and touch-screen at the location diagram of coordinate system.
Fig. 5 for touch operation for slide and the touch area when being arranged in the lower right corner of touch-screen touch area and touch-screen at the location diagram of coordinate system.
Fig. 6 is the structured flowchart of portable terminal one embodiment of one-handed performance touch-screen of the present invention.
Embodiment
With reference now to accompanying drawing, describe embodiments of the invention, the similar elements label represents similar elements in the accompanying drawing.
Please refer to Fig. 1, described the workflow of method one embodiment of the one-handed performance touch-screen that the present invention is based on portable terminal.As shown in Figure 1, may further comprise the steps:
Step S101 arranges size and the position of touch area;
Particularly, as shown in Figure 2, step S101 specifically comprises:
Step S1011 arranges left-handed operation and right-hand operated;
Step S1012, the size of touch area when left-handed operation and right-hand operated are set respectively; Wherein the size of touch area can arbitrarily be arranged by the user, can certainly be according to user's age bracket or use habit setting, when being children as the user, the touch area of reduced size can be set, when the user is the adult, the touch area of large-size is set, and perhaps the user gets used to operation in very little zone, and the touch area of reduced size then can be set;
Step S1013, the position of touch area when left-handed operation and right-hand operated are set respectively; The arbitrary region that the position of touch area can be on touch-screen wherein, certainly, for the user easy to operate, operated by rotary motion is in the lower left corner or the lower right corner of touch-screen, as when the user gets used to right-hand operated, the position of touch area can be arranged on the lower right corner of touch-screen to realize that the user operates the touch area easily, be specially: suppose that touch-screen is of a size of x0*y0, set up rectangular coordinate system (as shown in Figure 3), the upper left corner with touch-screen is initial point A(0,0), the lower right corner is a D(x0, y0), the lower left corner is a C(0, y0), the upper right corner is a B(x0,0), if being set, the touch area is of a size of a*b, the position of touch area is the lower right corner of touch-screen, and then the position of touch area in rectangular coordinate system is: the bottom right angle point D ' coordinate of touch area is identical with some D coordinate, and the upper left corner of touch area is some A ' (x0-a, y0-b), the lower left corner of touch area for a some C ' (x0-a, y0), the upper right corner of touch area is a some B ' (x0, y0-b), (x1 is y1) corresponding to the some M(x2 on the touch-screen, y2) for a certain point coordinate M ' in the touch area at this moment, x2=(x1-x0+a wherein) * x0/a, y2=(y1-y0+b) * y0/b, (x1 y1) is first point coordinate to M ', M(x2, y2) be second point coordinate, a＜x0, b＜y0;
Step S1014 withdraws from the setting of one-handed performance pattern;
Step S102 opens the one-handed performance mode switch to enter the one-handed performance pattern; Wherein meeting interpolation option in the inside is being set, (at drop-down list or the desktop widget of status bar) also adds a button in quick switch then, as the one-handed performance mode switch, with the Switch of wifi and bluetooth seemingly, simultaneity factor can increase the state that a variable is preserved this one-handed performance mode switch;
Step S103 selects left-handed operation or right-hand operated under the one-handed performance pattern;
Step S104, the touch operation of importing in the reception touch area and first point coordinate that obtains touch operation; As: after selecting left-handed operation, touch area and the touch-screen position in rectangular coordinate system as shown in Figure 4, if the user carries out touch operation to certain 1 N ' in the touch area, with this o'clock as first o'clock, then portable terminal receive touch operation and obtain the first point coordinate N ' (x3, y3); It should be noted that, the touch area is transparent demonstration, the user can see the application interface on the whole touch screen clearly, after entering the one-handed performance pattern, the user can select the touch area is identified (as shown in Figure 4) to deepen the user to the impression of touch area with frame of broken lines, can select to remove this frame of broken lines so that beautiful interface after the user is accustomed to one-handed performance; In addition, after entering the one-handed performance pattern, be operating area but have only the touch area, other regional touch operation are handled, shielded to portable terminal only to the touch operation in the touch area, thereby can avoid misoperation of users;
Step S105 is converted to second point coordinate on the touch-screen according to the coordinate mapping relations with first point coordinate in the touch area; As shown in Figure 3, the upper left corner of touch-screen is initial point A(0,0) and, the lower right corner is a D(x0, y0), the lower left corner is some C(0, and y0), the upper right corner is a B(x0,0), the touch area is set is of a size of a*b, the position of touch area is the lower left corner of touch-screen, and namely the lower-left angle point C ' coordinate of touch area is identical with some C coordinate, the lower right corner of touch area is a D ' (a, y0), the upper left corner of touch area for the some A ' (0, y0-b), the upper right corner of touch area is a B ' (a, y0-b), (x3 is y3) corresponding to the second point coordinate N(x4 on the touch-screen for the first point coordinate N ' in this moment of the touch area, y4), x4=x3*x0/a wherein, y4=(y3-y0+b) * y0/b, namely touch-screen and touch area are point-to-point mappings, touch operation in the touch area can be mapped as the operation on whole touch screen, realized in less touch area, whole touch screen being operated, made things convenient for user's one-handed performance giant-screen portable terminal, improved user's experience;
Step S106, highlighted demonstration second point coordinate; As shown in Figure 4, the highlighted demonstration second point coordinate N(x4, y4), namely at the second point coordinate N(x4, y4) position shows with the form of bright spot, when highlighted demonstration second point coordinate, can help the user to confirm that whether operation in the touch area is correctly to avoid user misoperation, simultaneously through after the position of in the touch area, carrying out correspondence on touch operation and the corresponding highlighted demonstration touch-screen repeatedly, be conducive to the regional corresponding relation that the user forms an integral body, improve the operation accuracy, avoid user misoperation; Certainly " highlighted demonstration second point coordinate " also can be controlled by switch, the user can select not show, because general operation under the one-handed performance pattern all can be fairly simple, such as page turning, perhaps select button, touch screen interface can be too not complicated in this case, so do not need to operate especially accurately, when the user is familiar with after this carries out the behavior of coordinate conversion in proportion, the maloperation probability of happening can be very little;
It should be noted that, can also set up one " determining " operation in the present embodiment, behind highlighted demonstration second point coordinate, if the user wishes the zone of operating, then select " determining " to enter next step operation, otherwise, if the user finds it is not the zone that hope is operated, then can not select " determining ", portable terminal can mask user's touch operation after surpassing the time of setting, touch-screen is not carried out respective handling, when finding maloperation, select the chance of cancellation touch operation namely for the user, more be conducive to improve accuracy of user operation;
Step S107 carries out respective handling according to touch operation and second point coordinate to portable terminal; As control that portable terminal receives calls or the application program of moving is carried out page turn over operation etc.
It should be noted that, the present invention is based in the method for one-handed performance touch-screen of portable terminal, touch operation is pressed for short, long pressing or slip, wherein slide and comprise continuous slip (as page turn over operation) and discontinuous slip (as zoom operations is carried out at the interface), when being carried out convergent-divergent, the interface need slide simultaneously at the diverse location place on touch-screen, namely be called discontinuous slip, when touch operation for short by or long on time, first point coordinate of touch operation and the second corresponding point coordinate are the coordinate of touch point (as Fig. 3, shown in Figure 4), when touch operation is slip continuously, touch operation is corresponding to the multiple spot coordinate, this multiple spot coordinate constitutes the regional F ' of touch operation correspondence, zone F ' is corresponding to the regional F on the touch-screen, coordinate points in zone F ' and the regional F is one to one, this moment, first point coordinate namely comprised all point coordinate in the regional F ', second point coordinate namely comprises all point coordinate in the regional F, as shown in Figure 5, when the touch area is positioned at the lower right corner of touch-screen, zone F ' comprises a little 1 ', 2 ', 3 ' ... n ', zone F comprises a little 1,2,3...n, this moment, first point coordinate comprised a little 1 ', 2 ', 3 ' ... the coordinate of n ', second point coordinate comprises a little 1,2,3...n coordinate, its mid point 1 ' coordinate be 1 ' (a1 ', b1 '), point 2 ' coordinate be 2 ' (a2 ', b2 ') ... some n ' coordinate be n ' (an ', bn '), point 1 coordinate is 1(a1, b1), point 2 coordinates are 2(a2, b2) ... some n coordinate is n(an, bn), the * x0/a of a1=(a1 '-x0+a), the * y0/b of b1=(b1 '-y0+b), the * x0/a of a2=(a2 '-x0+a), the * x0/a of the * y0/b...an=(an ' of b2=(b2 '-y0+b)-x0+a), the * y0/b of bn=(bn '-y0+b), namely be the multiple spot mapping between first point coordinate and second point coordinate when touch operation is slip continuously, when touch operation is discontinuous slip, still be the multiple spot mapping between first point coordinate of touch operation and second point coordinate, wherein the coordinate mapping relations between the every bit all with touch operation for long by or short on time coordinate mapping relations identical.
Please refer to Fig. 6, described the structured flowchart of portable terminal one embodiment of one-handed performance touch-screen of the present invention.As shown in Figure 6, the portable terminal 100 of one-handed performance touch-screen comprises:
Enter module 11, be used for entering the one-handed performance pattern;
Coordinate transferring 13 is for second point coordinate that first point coordinate is converted on the touch-screen;
Highlighted display module 14 is used for highlighted demonstration second point coordinate;
System handles module 15 is used for according to touch operation and second point coordinate portable terminal being carried out respective handling.
During work, at first by size and the position that module 10 arranges the touch area is set, afterwards, enter the one-handed performance pattern by entering module 11, after entering the one-handed performance pattern, the user carries out touch operation in the touch area, receiver module 12 receives touch operation and obtains first point coordinate of touch operation, afterwards coordinate transferring 13 with first point coordinate be converted on the touch-screen second point coordinate and by highlighted display module 14 with the highlighted demonstration of second point coordinate, final system processing module 15 is carried out respective handling according to touch operation and second point coordinate to portable terminal, thereby realized that the whole touch screen to portable terminal is operated in less touch area, make things convenient for user's one-handed performance giant-screen portable terminal, promoted user's experience.
Above invention has been described in conjunction with most preferred embodiment, but the present invention is not limited to the embodiment of above announcement, and should contain various modification, equivalent combinations of carrying out according to essence of the present invention.
Claims (10)
1. the method based on the one-handed performance touch-screen of portable terminal is characterized in that, may further comprise the steps:
The touch operation of importing in the reception touch area and first point coordinate that obtains described touch operation;
Described first point coordinate is converted to second point coordinate on the described touch-screen;
According to described touch operation and described second point coordinate portable terminal is carried out respective handling.
2. the method for the one-handed performance touch-screen based on portable terminal as claimed in claim 1 is characterized in that described " portable terminal being carried out respective handling according to described touch operation and described second point coordinate " also comprises before:
Described second point coordinate of highlighted demonstration.
3. the method for the one-handed performance touch-screen based on portable terminal as claimed in claim 1 is characterized in that, described, and " receive the touch operation of importing in the touch area and obtain first point coordinate of described touch operation " also comprises before:
Size and the position of described touch area are set;
Enter the one-handed performance pattern.
4. the method for the one-handed performance touch-screen based on portable terminal as claimed in claim 3 is characterized in that the position of described touch area is the lower right corner or the lower left corner of described touch-screen.
5. the method for the one-handed performance touch-screen based on portable terminal as claimed in claim 4, it is characterized in that, when the position of described touch area was the lower right corner of described touch-screen, described " described first point coordinate is converted to second point coordinate on the described touch-screen " was specially:
According to formula x2=(x1-x0+a) * x0/a, y2=(y1-y0+b) * y0/b calculates described second point coordinate, wherein, the upper left corner of described touch-screen is initial point, and described touch-screen is of a size of x0*y0, and described touch area is of a size of a*b, described first point coordinate is M ' (x1, y1), described second point coordinate is M(x2, y2).
6. the method for the one-handed performance touch-screen based on portable terminal as claimed in claim 4, it is characterized in that, when the position of described touch area was the lower left corner of described touch-screen, described " described first point coordinate is converted to second point coordinate on the described touch-screen " was specially:
According to formula x4=x3*x0/a, y4=(y3-y0+b) * y0/b calculates described second point coordinate, wherein, the upper left corner of described touch-screen is initial point, and described touch-screen is of a size of x0*y0, and described touch area is of a size of a*b, described first point coordinate is N ' (x3, y3), described second point coordinate is N(x4, y4).
7. the portable terminal of an one-handed performance touch-screen is characterized in that, described portable terminal comprises:
Receiver module, first point coordinate that is used for receiving the touch operation of input in the touch area and obtains described touch operation;
Coordinate transferring is for second point coordinate that described first point coordinate is converted on the described touch-screen;
The system handles module is used for according to described touch operation and described second point coordinate portable terminal being carried out respective handling.
8. the portable terminal of one-handed performance touch-screen as claimed in claim 7 is characterized in that, also comprises:
Highlighted display module is used for described second point coordinate of highlighted demonstration.
9. the portable terminal of one-handed performance touch-screen as claimed in claim 7 is characterized in that, also comprises:
Module is set, is used for arranging size and the position of described touch area; And
Enter module, be used for entering the one-handed performance pattern.
10. the portable terminal of one-handed performance touch-screen as claimed in claim 9 is characterized in that, the position of described touch area is the lower right corner or the lower left corner of described touch-screen.
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