CN102915201A - One-hand operation method of large-screen touch screen mobile phone - Google Patents
One-hand operation method of large-screen touch screen mobile phone Download PDFInfo
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- CN102915201A CN102915201A CN2012103425822A CN201210342582A CN102915201A CN 102915201 A CN102915201 A CN 102915201A CN 2012103425822 A CN2012103425822 A CN 2012103425822A CN 201210342582 A CN201210342582 A CN 201210342582A CN 102915201 A CN102915201 A CN 102915201A
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Abstract
The invention discloses a one-hand operation method of a large-screen touch screen mobile phone. The one-hand operation method comprises the following steps of: step 1, starting a program and starting a touch screen monitoring program; step 2, monitoring sliding operation of a user on a touch screen by a background; step 3, judging whether a thumbnail starting gesture is detected, if the thumbnail starting gesture is detected, carrying out a step 4, otherwise, returning to the step 2; step 4, generating a thumbnail through using a thumbnail generating algorithm; step 5, monitoring touch operation of the user on the thumbnail by the background; step 6, judging whether thumbnail operation is detected, if the thumbnail operation is detected, processing the thumbnail into a corresponding screen touch point by using a coordinate transformation algorithm, so as to enable the program to carry out corresponding screen operation, simultaneously update the display of the thumbnail, otherwise, carrying out a step 7; step 7, by the program, detecting whether closing operation is carried out on the thumbnail, if so, carrying out a step 8, otherwise, returning to the step 5; and step 8, closing the thumbnail, and ending the program. According to the one-hand operation method of the large-screen touch screen mobile phone, the touch control by one hand to the large-screen touch screen mobile phone is enhanced, and the user can enjoy the one-hand operation or the double-hand operation at any time, so that the user experience is obviously improved.
Description
Technical field
The present invention relates to a kind of mobile terminal device, particularly relate to a kind of one-handed performance method of giant-screen touch-control mobile phone.
Background technology
At present the mobile phone of large touch screen is more and more, and screen size is increasing, and a lot of large scale touch-screen mobile phones have been arranged now, can't one-handed performance.And mobile-phone manufacturers have used respectively following these innovative approachs in order to make things convenient for user's one-handed performance mobile phone as far as possible:
The first, the icon that will often use is placed on the screen below as far as possible.
The second, make and use gesture to realize the control of some functions.
Three, use screen below 4.5 cun, such as 3.5 cun screens of apple all the fashion as far as possible.
Above three kinds of improvement clearly shortcoming is arranged, as follows:
The first is improved and can not be placed on the screen below to all functions icon in all screens, and does not at first satisfy in the space, and the side of putting down also can increase the difficulty of touch-control entirely in fact, causes easily false touch.
It is to make to use gesture that the second improves, and for the gesture of one hand, must guarantee that gesture is simple to operation, and the function that so can control is also a lot of with regard to corresponding minimizing, still can not satisfy too much control.
The third measure is to reduce screen size, and in large scale screen more popular all the more today, the market of the small screen mobile phone will be more and more less, this measure also can't satisfy the user to mobile phone screen amusement do worker's requirement.
How can under giant-screen, carry out one-handed performance, and the easy to operate the present invention of becoming problem that need to solve.
Summary of the invention
The object of the invention is to overcome the deficiencies in the prior art, a kind of one-handed performance method of giant-screen touch-control mobile phone is provided, has greatly strengthened singlehanded touch-control to the large-size screen monitors touch-screen mobile phone, simultaneously because easy switching, allow the user can enjoy at any time one hand or bimanualness, the user experiences obvious improvement.
In order to achieve the above object, the technical solution used in the present invention is, a kind of one-handed performance method of giant-screen touch-control mobile phone, and described giant-screen is the touch-screen greater than 4.5 cun, carries out one-handed performance by screen conversion being become thumbnail, may further comprise the steps:
Step 4. generates thumbnail by the thumbnail generating algorithm;
The touch control operation of step 5. background monitoring user thumbnail;
Step 6. judges whether to detect the thumbnail operation, is then to be processed into corresponding screen touch point by coordinates transformation method, makes program carry out corresponding screen operator, and upgrade simultaneously thumbnail and show, otherwise execution in step 7;
Whether step 7. program detects carries out shutoff operation to thumbnail, is execution in step 8 then, otherwise returns step 5;
Step 8. is closed thumbnail, EOP (end of program).
Further, the described unlatching thumbnail of step 3 gesture is divided into left-handed operation or right-hand operated,
Right-hand operated: the user uses the right hand normally to grip mobile phone, and hand thumb begins with the position of the left side energy touch-control of screen below, and natural clockwise direction is slided toward the screen right side, then gets back to the below with opposite sliding trace;
Left-handed operation: the user uses left hand normally to grip mobile phone, and the left hand thumb begins with the position of the right side energy touch-control of screen below, naturally counterclockwise slides toward the screen left side, below then getting back to opposite sliding trace.
Further, the described thumbnail of step 4 is the breviary demonstration of screen interface;
Suppose the point take the thumbnail upper left corner as A, the upper right corner is the B point, and the lower left corner is the C point, and the lower right corner is the D point, determine 2 positions of 2 of AD or BC after, determine the position of thumbnail;
When using the right hand to open: the D point is defined as the screen lower right corner, and satisfy simultaneously in the screen upper left corner to the diagonal line in the lower right corner the position that A is ordered, and on the slidable peripheral track of hand thumb;
When using left hand to open: the C point is defined as the screen lower left corner, and satisfy simultaneously in the screen upper right corner to the diagonal line in the lower left corner the position that B is ordered, and leftward on the slidable peripheral track of thumb.
Further, the described thumbnail generating algorithm of step 4 comprises: the Aspect Ratio that reads original display image screen, can extract part point among the former figure of screen by this ratio, correspondence is filled in the thumbnail, and the transparency of whole thumbnail is set simultaneously as required.
Further, step 6 is described is processed into corresponding screen touch point by coordinates transformation method and comprises:
Generate thumbnail take pixel as unit;
Set up screen coordinate system, take the point in the upper left corner as initial point, transverse axis is wide, and the longitudinal axis is for long downwards, and beam overall and overall length are designated as respectively W, H;
Set up the thumbnail coordinate system, take the A point as initial point, transverse axis is wide, and the longitudinal axis is for long downwards, and beam overall and overall length are designated as respectively w, h;
The length of thumbnail and screen or wide between ratio, be designated as k=w/W=h/H;
Below in the expression to point, first subscript represents order a little, second subscript represents that this point is the point of which kind of coordinate system, 1 expression screen coordinate point, 2 expression thumbnail coordinate points, 3 represent to be converted to corresponding screen coordinate point from thumbnail;
When right-hand operated:
The D point screen coordinate of step 1.1, thumbnail is (W, H), A point screen coordinate be (W-w, H-h), be designated as (a, b),
Step 1.2, when carrying out the thumbnail touch-control, obtain the screen coordinate of series of points from contactor control device, be designated as E
1,1(i
1, j
1), E
2,1(i
2, j
2), E
3,1(i
3, j
3) ... E
N, 1(i
n, j
n);
Step 1.3, conversion obtain E
N, 1The thumbnail coordinate E of point
N, 2(i
n– a, j
n– b), being converted into the corresponding screen coordinate that E orders is E again
N, 3((i
n– a)/k, (j
n– b)/k),
Top subscript n represents which corresponding point, and n is the natural number greater than zero;
Step 1.4, then the corresponding screen coordinate with these points reports system, and system sends the some correspondence on the thumbnail to screen coordinate according to ratio, thereby realizes the operation of thumbnail control screen;
When left-handed operation:
The C point screen coordinate of step 2.1, thumbnail be (0, H), B point screen coordinate be (w, H-h), be designated as (a, b),
Step 2.2, when carrying out the thumbnail touch-control, obtain the screen coordinate of series of points from contactor control device, be designated as E
1,1(i
1, j
1), E
2,1(i
2, j
2), E
3,1(i
3, j
3) ... E
N, 1(i
n, j
n);
Step 2.3, conversion obtain E
N, 1The thumbnail coordinate E of point
N, 2(i
n, j
n– b), being converted into the corresponding screen coordinate that E orders is E again
N, 3(i
n/ k, (j
n– b)/k),
Top subscript n represents which corresponding point, and n is the natural number greater than zero;
Step 2.4, then the corresponding screen coordinate with these points reports system, and system sends the some correspondence on the thumbnail to screen coordinate according to ratio, thereby realizes the operation of thumbnail control screen.
Further, step 7 is described carries out shutoff operation to thumbnail and realizes by putting the screen area that touches beyond the thumbnail.
Compared with prior art, the invention has the beneficial effects as follows: during by one-handed performance, screen interface is shown that converting thumbnail to shows, greatly strengthened singlehanded touch-control to the large-size screen monitors touch-screen mobile phone, particularly the user is when driving or doing other things, and the more convenient safe operating handset of energy is simultaneously because easy switching, allow the user can enjoy at any time one hand or bimanualness, the user experiences obvious improvement.
Description of drawings
Fig. 1 is method flow diagram of the present invention.
Fig. 2 is right-handed coordinate system presentation graphs of the present invention.
Fig. 3 is left-handed coordinate system presentation graphs of the present invention.
Embodiment
Be elaborated with reference to accompanying drawing below in conjunction with embodiment, in order to technical characterictic of the present invention and advantage are carried out more deep annotation.
Method flow diagram of the present invention as shown in Figure 1, a kind of one-handed performance method of giant-screen touch-control mobile phone, described giant-screen is the touch-screen greater than 4.5 cun, carries out one-handed performance by screen conversion being become thumbnail, may further comprise the steps:
Step 4. generates thumbnail by the thumbnail generating algorithm;
The touch control operation of step 5. background monitoring user thumbnail;
Step 6. judges whether to detect the thumbnail operation, is then to be processed into corresponding screen touch point by coordinates transformation method, makes program carry out corresponding screen operator, and upgrade simultaneously thumbnail and show, otherwise execution in step 7;
Whether step 7. program detects carries out shutoff operation to thumbnail, is execution in step 8 then, otherwise returns step 5;
Step 8. is closed thumbnail, EOP (end of program).
Further, the described unlatching thumbnail of step 3 gesture is divided into left-handed operation or right-hand operated,
Right-hand operated: the user uses the right hand normally to grip mobile phone, and hand thumb begins with the position of the left side energy touch-control of screen below, and natural clockwise direction is slided toward the screen right side, then gets back to the below with opposite sliding trace;
Left-handed operation: the user uses left hand normally to grip mobile phone, and the left hand thumb begins with the position of the right side energy touch-control of screen below, naturally counterclockwise slides toward the screen left side, below then getting back to opposite sliding trace.
Further, the described thumbnail of step 4 is the breviary demonstration of screen interface;
Suppose the point take the thumbnail upper left corner as A, the upper right corner is the B point, and the lower left corner is the C point, and the lower right corner is the D point, determine 2 positions of 2 of AD or BC after, determine the position of thumbnail;
When using the right hand to open: the D point is defined as the screen lower right corner, and satisfy simultaneously in the screen upper left corner to the diagonal line in the lower right corner the position that A is ordered, and on the slidable peripheral track of hand thumb;
When using left hand to open: the C point is defined as the screen lower left corner, and satisfy simultaneously in the screen upper right corner to the diagonal line in the lower left corner the position that B is ordered, and leftward on the slidable peripheral track of thumb.
Further, the described thumbnail generating algorithm of step 4 comprises: the Aspect Ratio that reads original display image screen, can extract part point among the former figure of screen by this ratio, correspondence is filled in the thumbnail, and the transparency of whole thumbnail is set simultaneously as required.
Further, step 6 is described is processed into corresponding screen touch point by coordinates transformation method and comprises:
Generate thumbnail take pixel as unit;
Set up screen coordinate system, take the point in the upper left corner as initial point, transverse axis is wide, and the longitudinal axis is for long downwards, and beam overall and overall length are designated as respectively W, H;
Set up the thumbnail coordinate system, take the A point as initial point, transverse axis is wide, and the longitudinal axis is for long downwards, and beam overall and overall length are designated as respectively w, h;
The length of thumbnail and screen or wide between ratio, be designated as k=w/W=h/H;
Below in the expression to point, first subscript represents order a little, second subscript represents that this point is the point of which kind of coordinate system, 1 expression screen coordinate point, 2 expression thumbnail coordinate points, 3 represent to be converted to corresponding screen coordinate point from thumbnail;
Right-handed coordinate system presentation graphs of the present invention as shown in Figure 2, when right-hand operated, the D of thumbnail point screen coordinate is (W, H), A point screen coordinate be (W-w, H-h), be designated as (a, b),
When carrying out the thumbnail touch-control, obtain the screen coordinate of series of points from contactor control device, be designated as E
1,1(i
1, j
1), E
2,1(i
2, j
2), E
3,1(i
3, j
3) ... E
N, 1(i
n, j
n)
Conversion obtains E
N, 1The thumbnail coordinate E of point
N, 2(i
n– a, j
n– b), being converted into the corresponding screen coordinate that E orders is E again
N, 3((i
n– a)/k, (j
n– b)/k),
Top subscript n represents which corresponding point.
Then the corresponding screen coordinate with these points reports system, and system sends the some correspondence on the thumbnail to screen coordinate according to ratio, thereby realizes the operation of thumbnail control screen;
Right-handed coordinate system presentation graphs of the present invention as shown in Figure 3, when left-handed operation, the C of thumbnail point screen coordinate be (0, H), B point screen coordinate be (w, H-h), be designated as (a, b),
When carrying out the thumbnail touch-control, obtain the screen coordinate of series of points from contactor control device, be designated as E
1,1(i
1, j
1), E
2,1(i
2, j
2), E
3,1(i
3, j
3) ... E
N, 1(i
n, j
n);
Conversion obtains E
N, 1The thumbnail coordinate E of point
N, 2(i
n, j
n– b), being converted into the corresponding screen coordinate that E orders is E again
N, 3(i
n/ k, (j
n– b)/k),
Then the corresponding screen coordinate with these points reports system, and system sends the some correspondence on the thumbnail to screen coordinate according to ratio, thereby realizes the operation of thumbnail control screen.
Further, step 7 is described carries out shutoff operation to thumbnail and realizes by putting the screen area that touches beyond the thumbnail.
The present invention makes things convenient for the user in one hand can the screen scope of touch-control, generate the thumbnail of a current screen image, this thumbnail and screen picture upgrade (thumbnail can be changed transparency) synchronously, the while user is the touch-control thumbnail directly, program built-in in the mobile phone can be passed through certain algorithm with the touch control operation (the newspaper point of touch-screen) of correspondence, be processed into the direct control on screen, to realize the one hand control to the large scale screen.
Above content is the further description of the present invention being done in conjunction with concrete optimal way, should not assert that implementation of the present invention is confined to above explanation.For those skilled in the art, without departing from the inventive concept of the premise, can also make some simple deduction or replace, within the protection domain that the claim that all should be considered as being submitted to by the present invention is determined.
Claims (6)
1. the one-handed performance method of a giant-screen touch-control mobile phone is characterized in that, described giant-screen is the touch-screen greater than 4.5 cun, carries out one-handed performance by screen picture being converted to thumbnail, may further comprise the steps:
Step 1. program begins, and opens the touch panel monitor system program;
Step 2. background monitoring user carries out slide to touch-screen;
Step 3. judges whether to detect opens the thumbnail gesture, is execution in step 4 then, otherwise returns step 2;
Step 4. generates thumbnail by the thumbnail generating algorithm;
The touch control operation of step 5. background monitoring user thumbnail;
Step 6. judges whether to detect the thumbnail operation, is then to be processed into corresponding screen touch point by coordinates transformation method, makes program carry out corresponding screen operator, and upgrade simultaneously thumbnail and show, otherwise execution in step 7;
Whether step 7. program detects carries out shutoff operation to thumbnail, is execution in step 8 then, otherwise returns step 5;
Step 8. is closed thumbnail, EOP (end of program).
2. the one-handed performance method of giant-screen touch-control mobile phone according to claim 1 is characterized in that, the described unlatching thumbnail of step 3 gesture is divided into left-handed operation or right-hand operated,
Right-hand operated: the user uses the right hand normally to grip mobile phone, and hand thumb begins with the position of the left side energy touch-control of screen below, and natural clockwise direction is slided toward the screen right side, then gets back to the below with opposite sliding trace;
Left-handed operation: the user uses left hand normally to grip mobile phone, and the left hand thumb begins with the position of the right side energy touch-control of screen below, naturally counterclockwise slides toward the screen left side, below then getting back to opposite sliding trace.
3. the one-handed performance method of giant-screen touch-control mobile phone according to claim 2 is characterized in that, the described thumbnail of step 4 is that the breviary of screen interface shows;
Suppose the point take the thumbnail upper left corner as A, the upper right corner is the B point, and the lower left corner is the C point, and the lower right corner is the D point, determine 2 positions of 2 of AD or BC after, determine the position of thumbnail with this;
When using the right hand to open: the D point is defined as the screen lower right corner, and satisfy simultaneously in the screen upper left corner to the diagonal line in the lower right corner the position that A is ordered, and on the slidable peripheral track of hand thumb;
When using left hand to open: the C point is defined as the screen lower left corner, and satisfy simultaneously in the screen upper right corner to the diagonal line in the lower left corner the position that B is ordered, and leftward on the slidable peripheral track of thumb.
4. the one-handed performance method of giant-screen touch-control mobile phone according to claim 3, it is characterized in that, the described thumbnail generating algorithm of step 4 comprises: the Aspect Ratio that reads original display image screen, passing ratio extracts the part point among the former figure of screen, correspondence is filled in the thumbnail, and the transparency of whole thumbnail is set simultaneously as required.
5. the one-handed performance method of giant-screen touch-control mobile phone according to claim 4 is characterized in that, step 6 is described to be processed into corresponding screen touch point by coordinates transformation method and to comprise:
Generate thumbnail take pixel as unit;
Set up screen coordinate system, take the point in the upper left corner as initial point, transverse axis is wide, and the longitudinal axis is for long downwards, and beam overall and overall length are designated as respectively W, H;
Set up the thumbnail coordinate system, take the A point as initial point, transverse axis is wide, and the longitudinal axis is for long downwards, and beam overall and overall length are designated as respectively w, h;
The length of thumbnail and screen or wide between ratio, be designated as k=w/W=h/H;
Below in the expression to point, first subscript represents order a little, second subscript represents that this point is the point of which kind of coordinate system, 1 expression screen coordinate point, 2 expression thumbnail coordinate points, 3 represent to be converted to corresponding screen coordinate point from thumbnail;
When right-hand operated:
The D point screen coordinate of step 1.1, thumbnail is (W, H), A point screen coordinate be (W-w, H-h), be designated as (a, b),
Step 1.2, when carrying out the thumbnail touch-control, obtain the screen coordinate of series of points from contactor control device, be designated as E
1,1(i
1, j
1), E
2,1(i
2, j
2), E
3,1(i
3, j
3) ... E
N, 1(i
n, j
n);
Step 1.3, conversion obtain E
N, 1The thumbnail coordinate E of point
N, 2(i
n– a, j
n– b), being converted into the corresponding screen coordinate that E orders is E again
N, 3((i
n– a)/k, (j
n– b)/k),
Top subscript n represents which corresponding point, and n is the natural number greater than zero;
Step 1.4, then the corresponding screen coordinate with these points reports system, and system sends the some correspondence on the thumbnail to screen coordinate according to ratio, thereby realizes the operation of thumbnail control screen;
When left-handed operation:
The C point screen coordinate of step 2.1, thumbnail be (0, H), B point screen coordinate be (w, H-h), be designated as (a, b),
Step 2.2, when carrying out the thumbnail touch-control, obtain the screen coordinate of series of points from contactor control device, be designated as E
1,1(i
1, j
1), E
2,1(i
2, j
2), E
3,1(i
3, j
3) ... E
N, 1(i
n, j
n);
Step 2.3, conversion obtain E
N, 1The thumbnail coordinate E of point
N, 2(i
n, j
n– b), being converted into the corresponding screen coordinate that E orders is E again
N, 3(i
n/ k, (j
n– b)/k),
Top subscript n represents which corresponding point, and n is the natural number greater than zero;
Step 2.4, then the corresponding screen coordinate with these points reports system, and system sends the some correspondence on the thumbnail to screen coordinate according to ratio, thereby realizes the operation of thumbnail control screen.
6. the one-handed performance method of giant-screen touch-control mobile phone according to claim 5 is characterized in that: step 7 is described carries out shutoff operation to thumbnail and realizes by putting the screen area that touches beyond the thumbnail.
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| CN201210342582.2A CN102915201B (en) | 2012-09-17 | 2012-09-17 | A kind of one-handed performance method of giant-screen touch-control mobile phone |
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Address after: Changan town in Guangdong province Dongguan 523860 usha Beach Road No. 18 Patentee after: GUANGDONG OPPO MOBILE TELECOMMUNICATIONS Corp.,Ltd. Address before: Changan town in Guangdong province Dongguan 523860 usha Beach Road No. 18 Patentee before: GUANGDONG OPPO MOBILE TELECOMMUNICATIONS Corp.,Ltd. |
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