CN103914228B - A kind of operating method of mobile terminal and its touch-screen - Google Patents
A kind of operating method of mobile terminal and its touch-screen Download PDFInfo
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- CN103914228B CN103914228B CN201410126901.5A CN201410126901A CN103914228B CN 103914228 B CN103914228 B CN 103914228B CN 201410126901 A CN201410126901 A CN 201410126901A CN 103914228 B CN103914228 B CN 103914228B
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Abstract
The invention discloses the operating method of a kind of mobile terminal and its touch-screen, in methods described, after mobile terminal receives predetermined instruction, the part display information of touch-screen and the displaing coordinate of other display informations is set to be adjusted respectively according to the first pre-defined algorithm and the second pre-defined algorithm, to cause all display informations on touch-screen to be shown according to the new displaing coordinate after adjustment, after the display information on screen is shown according to new displaing coordinate, obtain after the operation trace of user on the touchscreen, display information operation coordinate corresponding to operation trace according to corresponding to operation trace is adjusted, to make corresponding response according to the operation trace of the new operation coordinate pair user after adjustment.By the above-mentioned means, the present invention can reach the purpose for facilitating user's one-handed performance mobile terminal.
Description
Technical field
The present invention relates to technical field of electronic communication, the operation side of more particularly to a kind of mobile terminal and its touch-screen
Method.
Background technology
Mobile terminal especially touch-screen mobile phone, tablet personal computer etc. have been increasingly becoming essential in people's life lead to
Believe product.With continuing to develop for mobile terminal technology, and requirement more and more higher of the consumer to mobile terminal, mobile terminal
Also continued to develop from the small size touch-screens such as 3.5 inches to 5 inches, 7 inches of even large scale touch-screens such as 10 inches, and at present
The quantity of the large scale mobile terminal of touch screen of in the market is also more and more.The mobile terminal of big touch-screen is browsing webpage, sight
Seeing in terms of video can give people to bring more preferable visual effect, the size of touch-screen also become choose the consideration of mobile terminal because
One of element.
However, big mobile terminal of touch screen is larger due to its touch-screen, be unfavorable for one-handed performance, for example using 5 inches,
During the big touch-screen mobile phone such as 7 inches, it usually needs bimanualness is easily operated.But, due to non-using the occasion of mobile terminal
Chang Duo, one-handed performance can only be carried out in many occasion users.For example, when riding in a bus, it may be necessary to which a hand is stable
Body, can only rely on one-handed performance mobile terminal in this case, or, grasped again while one hand of user carries article
Make mobile terminal, be now also merely able to carry out one-handed performance to mobile terminal.
When carrying out one-handed performance, because the touch-screen of mobile terminal is larger, and human body hand size is limited, touch-screen mistake
Conference causes the subregion of touch-screen to be difficult to operate, or even touches the icon less than the subregion, is unfavorable for making for user
With.
The content of the invention
The present invention solves the technical problem of the operating method for providing a kind of mobile terminal and its touch-screen, Neng Gou
It is easier to operate content shown on touch-screen during user's one-handed performance mobile terminal.
In order to solve the above technical problems, one aspect of the present invention is：A kind of mobile terminal touch screen is provided
Operating method, including：When the mobile terminal receives predetermined instruction, show the part of the touch-screen of the mobile terminal
Show that the displaing coordinate of information is adjusted according to the first pre-defined algorithm, the part display information is according to the new display after adjustment
Coordinate is shown in the touch-screen, makes the displaing coordinate of other display informations of the touch-screen according to the second pre-defined algorithm
It is adjusted, other display informations are shown according to the new displaing coordinate after adjustment in the touch-screen；Obtain and touch
Touch the operation trace on screen；When the corresponding display information of the operation trace is the part display information, by the operation
The corresponding operation coordinate in track is adjusted according to second pre-defined algorithm, with according to the new operation coordinate pair institute after adjustment
State operation trace and make corresponding response；, will when the corresponding display information of the operation trace is other display informations
The operation trace is corresponding to operate coordinate to be adjusted according to first pre-defined algorithm, with according to the new operation after adjustment
Operation trace described in coordinate pair makes corresponding response..
Wherein, the displaing coordinate of the part display information of the touch-screen for making the mobile terminal predetermined is calculated according to first
The step of method is adjusted includes：Make the displaing coordinate of the half display information of the touch-screen of the mobile terminal pre- according to first
Determine algorithm to be adjusted；The displaing coordinate of the other display informations for making the touch-screen is adjusted according to the second pre-defined algorithm
Whole step includes：The displaing coordinate of second half display information of the touch-screen is set to be adjusted according to the second pre-defined algorithm.
Wherein, the displaing coordinate of the half display information of the touch-screen for making the mobile terminal is predetermined according to first
The step of algorithm is adjusted includes：The lateral coordinates value of the displaing coordinate of the left half of display information of the touch-screen is increased
The screen width pixel value of one of plus thirty, longitudinal coordinate value keeps constant；It is described to make second half display letter of the touch-screen
The step of displaing coordinate of breath is adjusted according to the second pre-defined algorithm includes：By the right half of display information of the touch-screen
Displaing coordinate lateral coordinates value increase by 1/2nd screen width pixel value after subtract screen width pixel value again, longitudinal direction
Coordinate value keeps constant；It is described when the corresponding display information of the operation trace be the part display information when, by the behaviour
Making the step of corresponding operation coordinate in track is adjusted according to second pre-defined algorithm includes：When operation trace correspondence
Display information for the left half of display information when, the lateral coordinates value of the corresponding operation coordinate of the operation trace is increased
Screen width pixel value is subtracted after the screen width pixel value of one of plus thirty again, longitudinal coordinate value keeps constant；It is described to work as institute
State the corresponding display information of operation trace for other display informations when, by the operation trace it is corresponding operation coordinate according to
The step of first pre-defined algorithm is adjusted includes：When the corresponding display information of the operation trace is described right half of
During display information, by the screen width pixel of the lateral coordinates value increase by 1/2nd of the corresponding operation coordinate of the operation trace
Value, longitudinal coordinate value keeps constant.
Wherein, the mobile terminal obtains the direction of motion using the direction sensor set in it, and judges the institute of acquisition
State whether the direction of motion coincide with the data that the machine is pre-saved, be judged as receiving the predetermined instruction if coincideing.
In order to solve the above technical problems, another technical solution used in the present invention is：A kind of mobile terminal is provided, wrapped
Include：First processing module, for when the mobile terminal receives predetermined instruction, making the portion of the touch-screen of the mobile terminal
The displaing coordinate of point display information is adjusted according to the first pre-defined algorithm, and the part display information is according to new after adjustment
Displaing coordinate is shown in the touch-screen, makes the displaing coordinate of other display informations of the touch-screen predetermined according to second
Algorithm is adjusted, and other display informations are shown according to the new displaing coordinate after adjustment in the touch-screen；The
One acquisition module, for obtaining the operation trace on touch-screen；Second processing module, for showing when the operation trace is corresponding
When showing information for the part display information, the corresponding operation coordinate of the operation trace is entered according to second pre-defined algorithm
Row adjustment, corresponding response is made with the operation trace according to the new operation coordinate pair after adjustment；When the operation trace
It is when corresponding display information is other display informations, the corresponding operation coordinate of the operation trace is pre- according to described first
Determine algorithm to be adjusted, corresponding response is made with the operation trace according to the new operation coordinate pair after adjustment.
Wherein, the first processing module is used to make the display of the half display information of the touch-screen of the mobile terminal to sit
Mark is adjusted according to the first pre-defined algorithm, and makes the displaing coordinate of second half display information of the touch-screen pre- according to second
Determine algorithm to be adjusted.
Wherein, the first processing module is specifically for by the displaing coordinate of the left half of display information of the touch-screen
Lateral coordinates value increase by 1/2nd screen width pixel value, longitudinal coordinate value keep it is constant；And for being touched described
Subtract again after the screen width pixel value of the lateral coordinates value increase by 1/2nd of the displaing coordinate of the right half of display information of screen
Screen width pixel value is removed, longitudinal coordinate value keeps constant；The Second processing module is specifically for when the operation trace pair
When the display information answered is the left half of display information, by the lateral coordinates value of the corresponding operation coordinate of the operation trace
Screen width pixel value is subtracted after the screen width pixel value of increase by 1/2nd again, longitudinal coordinate value keeps constant；When described
When the corresponding display information of operation trace is the right half of display information, by the corresponding operation coordinate of the operation trace
The screen width pixel value of lateral coordinates value increase by 1/2nd, longitudinal coordinate value keeps constant.
Wherein, the second acquisition module, the fortune of mobile terminal is obtained for the direction sensor in the mobile terminal
Dynamic direction；Whether judge module, the direction of motion for judging to obtain coincide with the data that the machine is pre-saved, if coincideing
Then it is judged as receiving the predetermined instruction
The beneficial effects of the invention are as follows：It is different from the situation of prior art, the operation side of mobile terminal touch screen of the present invention
In method, after mobile terminal receives predetermined instruction, sit the display of the part display information and other display informations of touch-screen
Mark be adjusted respectively according to the first pre-defined algorithm and the second pre-defined algorithm, with cause all display informations on touch-screen according to
New displaing coordinate after adjustment is shown, the display location of the display information on screen is adjusted so as to realize, by
This enables to need the display information operated to be in tangibly region, and then facilitates the operation of user, in addition, by screen
On display information shown according to new displaing coordinate after, obtain after user's operation trace on the touchscreen, according to behaviour
Make the operation coordinate corresponding to operation trace of the display information corresponding to track to be adjusted, with according to the new operation after adjustment
The operation trace of coordinate pair user makes corresponding response, so as to realize the migration processing of the operation coordinate to user, thus may be used
Correct response is made with the operation trace to user, by the above-mentioned means, behaviour can will be needed when user is in one-handed performance
The display information of work, which is adjusted to tangible region, to be shown, so as to reach the purpose of easily one-handed performance.
Brief description of the drawings
Fig. 1 is the flow chart of the embodiment of operating method one of the touch-screen of mobile terminal of the present invention；
Fig. 2 is the structural representation of the embodiment of mobile terminal one of the present invention；
Fig. 3 is the structural representation of another embodiment of mobile terminal of the present invention.
Embodiment
Below in conjunction with drawings and embodiments, the present invention will be described in detail.
Refering to Fig. 1, in the embodiment of operating method one of mobile terminal touch screen of the present invention, comprise the following steps：
Step S101：When mobile terminal receives predetermined instruction, make the part display information of the touch-screen of mobile terminal
Displaing coordinate be adjusted according to the first pre-defined algorithm, part display information is according to the new displaing coordinate after adjustment in movement
The touch-screen of terminal is shown, the displaing coordinate of other display informations of touch-screen is adjusted according to the second pre-defined algorithm
Whole, other display informations are shown according to the new displaing coordinate after adjustment in touch-screen.
The displaying principle of mobile terminal with touch-screen is, with reference to the pre-defined origin of coordinates, it would be desirable to display
The elements such as figure, word regularly show on the touchscreen that the coordinate data is figure, text according to certain coordinate data
The displaing coordinate of the elements such as word on the touchscreen.Two states are preset with the mobile terminal of present embodiment, are normal respectively
Dispaly state and skew dispaly state, normal display state are that the display information on the touch-screen of mobile terminal shows according to normal
Show that state is shown, skew dispaly state is the displaing coordinate for making the display information on touch-screen relative to normal display shape
Displaing coordinate under state enters line displacement, is shown with the precalculated position in touch-screen, so that user can use one hand
The content of whole touch-screen can easily be operated.First, a predetermined instruction is preset in the terminal, and the predetermined instruction is used for
Carry out the conversion between normal display state and skew dispaly state.After mobile terminal receives the predetermined instruction, into inclined
Move dispaly state.In skew dispaly state, the displaing coordinate of the part display information of touch-screen is set to enter according to the first pre-defined algorithm
Row adjustment, i.e., calculate the displaing coordinate of the predetermined partial information of touch-screen according to the first algorithm, to obtain new show
Show coordinate, and the partial information is shown on the touchscreen according to new displaing coordinate.And other displays on touch-screen
The displaing coordinate of information is then adjusted to obtain new displaing coordinate according to the second pre-defined algorithm, and make other display informations by
Shown on the touchscreen according to new displaing coordinate.Thus, it can be realized to all aobvious on touch-screen by above-mentioned steps
Show that the display location of information is adjusted, so that the display information on touch-screen is carried out according to the new displaing coordinate after adjustment
Display.
Step S102：Obtain the operation trace on touch-screen.
After above-mentioned steps S101, mobile terminal has been enter into skew dispaly state, all displays on its touch-screen
Information is shown according to new displaing coordinate.Now, when user operates to the display information under skew dispaly state
When, the display information operated by user is the display information shown according to new displaing coordinate, acquisition for mobile terminal
The operation trace of user now, the operation trace is, for example, that click of the finger to some icon on touch-screen or link etc. is grasped
Make, or slide etc..
Step S103：When the corresponding display information of operation trace is part display information, by the corresponding behaviour of operation trace
Make coordinate to be adjusted according to the second pre-defined algorithm, to be made accordingly according to the new operation coordinate pair operation trace after adjustment
Response；When the corresponding display information of operation trace is other display informations, by the corresponding operation coordinate of operation trace according to the
One pre-defined algorithm is adjusted, to make corresponding response according to the new operation coordinate pair operation trace after adjustment.
The principle of the touch activity of mobile terminal response user is, as user by felt pen, finger etc. on touch-screen
Display information carry out click on etc. operation when, mobile terminal by touch sensor obtain user operation trace, and by these
Operation trace is converted to user and operates coordinate accordingly, and the operation coordinate is the seat of the touch location of user on the touchscreen
Mark, is the digitization result of the precise motion track of User Activity, therefore mobile terminal operates coordinates to make according to these
Corresponding response.
Under normal display state, user is when clicking on some icon to open the corresponding application program of the icon, user
Click location operation coordinate be the icon displaing coordinate, mobile terminal makes corresponding sound according to the operation coordinate
Should, that is, open the corresponding application program of the icon.Under normal display state, triggering mobile terminal is done to the operation trace of user
Go out the displaing coordinate that the operation coordinate correctly responded is the display information corresponding to the operation trace of user.And in step S101
When middle, mobile terminal enters after skew dispaly state, and the display information on touch-screen is no longer normal dispaly state, and it shows
Coordinate has occurred that skew.When the display information that according to new displaing coordinate has been shown of the user on to touch-screen
When being operated, for example clicking on some icon for having been shown according to new displaing coordinate should to open that the icon is corresponding
With program, if now mobile terminal is responded according to the clicking operation of the operation coordinate pair user of the click location of user, by
In the actual new displaing coordinate for the icon of the operation coordinate, therefore it can cause to respond mistake, it is impossible to correctly open the icon
Corresponding application program.Therefore, in present embodiment, obtain after the operation coordinate of user on the touchscreen, by acquired behaviour
Make coordinate to be adjusted according to respective algorithms, to obtain really operating coordinate, so that mobile terminal is according to new after the adjustment
Operation coordinate can make correct response, such as user i.e. can be according to the clicking operation of user after some icon is clicked on
The application program corresponding to the icon is opened, without opening other wrong application programs.
By the above-mentioned means, migration processing is carried out to the displaing coordinate of the display information on touch-screen according to predetermined instruction,
So that the display location of the display information on touch-screen is rearranged, and to the corresponding operation coordinate of operation trace of user
Corresponding migration processing is carried out, it is mobile whole to cause when the display information after user is to rearranging display is operated
End can make correct response, be achieved in the skew of display and the processing response of touch-screen, so that when user is single in progress
When hand is operated, when its finger is difficult to a part of display information in operation touch-screen, mobile terminal can be made to enter skew aobvious
Show state, the display information for needing to operate is shown in the operable scope of finger, and pass through the operation coordinate to user
Corresponding migration processing is carried out, to enable mobile terminal to make correct response, it is possible thereby to realize that user is easily single
The purpose of hand operation.
In a preferred embodiment of the invention, mobile terminal obtains motion side using the direction sensor set in it
To and judging the obtained direction of motion whether the data advanced for the machine coincide, be judged as receiving if coincideing pre-
Fixed instruction.Direction sensor can be come from using the change detection of the various media such as acceleration, speed, magnetic field, angle or light
The direction of motion state of body, and form recognizable data.After direction sensor is integrated with mobile terminal, direction sensor
The direction of motion be mobile terminal the direction of motion.In present embodiment, the pre- motion orientation of mobile terminal is preset as
Predetermined instruction, the switching of normal display state and skew dispaly state is carried out according to the direction of motion of mobile terminal.Specifically,
Related data of the mobile terminal to left movement is pre-saved in mobile terminal, using mobile terminal to left movement as preset instructions,
It is judged as receiving predetermined instruction when detecting mobile terminal to left movement.When needing mobile terminal from normal display
State switches to skew dispaly state, can rock mobile terminal to the left, it is movable to the left that direction sensor detects mobile terminal
Afterwards, obtain data of the mobile terminal to left movement, and the data obtained by judgement it is consistent with the data pre-saved after i.e.
It is judged as receiving predetermined instruction.Now, the dispaly state of mobile terminal is converted to by skew dispaly state according to predetermined instruction.
It is after direction sensor, which detects mobile terminal, to be moved right, the dispaly state of mobile terminal is extensive under skew dispaly state
Again be normal display state, be achieved in normal display state and skew dispaly state switching, user in use only
Mobile terminal need to be moved to a direction, you can realize the switching of two states, easily to operate the display for needing to operate
Content.
Certainly, as preset instructions in other implementations or by upward, downward or other directions of motion,
Herein without specific restriction.In addition it is also possible to be by setting other preset instructions to realize normal display state and skew
The switching of dispaly state, such as preset instructions can be that specific character is inputted on screen, receive the specific word
Mobile terminal enters skew dispaly state after symbol.
In another preferred embodiment of the present invention, under skew dispaly state, make display information on touch-screen half-and-half
Switching is shown, even if the display location of the half display information on touch-screen and second half display information carries out exchanging aobvious
Show.Specifically, when mobile terminal receives predetermined instruction, sit the display of the half display information on the screen of mobile terminal
Mark is adjusted according to the first pre-defined algorithm, make the displaing coordinate of second half display information on the touch-screen of mobile terminal according to
Second pre-defined algorithm is adjusted, so as to realize that the display location of the two-part display information on touch-screen is exchanged.
Further, illustrated by taking left-half display information and the switching of right half part display information as an example.This implementation
In mode, the first pre-defined algorithm and the second pre-defined algorithm are the display information and right half part for realizing the left-half on touch-screen
Display information carry out exchanging the related algorithm of display.Coordinate system on touch-screen is using the most upper left point of touch-screen as coordinate
Origin, direction to the right is abscissa direction, is each coordinate points of the coordinate system, the wherein coordinate system in ordinate direction downwards
The coordinate points that horizontal pixel point corresponding with screen and vertical pixel are constituted are corresponding, i.e., the coordinate value of the coordinate system with
Pixel is base unit.Therefore, all displaing coordinates on screen are all on the occasion of and abscissa is less than or equal to screen
Horizontal max pixel value, ordinate is less than or equal to the vertical max pixel value of screen.When some coordinate lateral coordinates value or
When longitudinal coordinate value is negative value, show that the coordinate exceeds outside screen, thus pixel corresponding to the coordinate can not show
In actual screen.By the coordinate offset algorithm of present embodiment, the pixel corresponding to the coordinate beyond screen can be shown
Show on screen.
Specifically, in present embodiment, when receiving predetermined instruction, the displaing coordinate of the display information of touch-screen is entered
Line displacement adjustment process be：By the lateral coordinates value of the displaing coordinate of the left half of display information of touch-screen increase by two/
One screen width pixel value, longitudinal coordinate value keeps constant；By the displaing coordinate of the right half of display information of touch-screen
Screen width pixel value is subtracted after the screen width pixel value of lateral coordinates value increase by 1/2nd again, longitudinal coordinate value is kept not
Become.It is defined by above-mentioned coordinate system, the lateral coordinates value of the displaing coordinate of the left half of display information on screen is both less than one
Half screen width pixel value, therefore resulting new lateral coordinates value after the screen width pixel value of increase by 1/2nd
Still less than whole screen width pixel value, and left half of display information is set to be shown according to new displaing coordinate, thus
Left half of display information is moved to the right half of display of screen.The displaing coordinate of right half of display information on screen
Lateral coordinates value is both greater than the screen width pixel value of half, therefore after the screen pixels width value of increase by 1/2nd, it is horizontal
To coordinate value beyond screen width pixel value, in order that right half of display information can be shown on screen, make increasing
The lateral coordinates value of the screen pixels width value of one of plus thirty subtracts screen width pixel value again, and believes right half of display
Breath is shown that thus right half of display information is moved to the left half of display of screen according to new displaing coordinate.Pass through
Aforesaid way, realizes the inclined of the display location of the left half of display information and right half of display information of screen on screen
Move.
For example, if the element that a certain needs in display information are shown（Such as picture, word）Normally showing
Displaing coordinate under state is（X1, y1）, screen width pixel value is W.Enter skew dispaly state receiving predetermined instruction
Afterwards, the migration algorithm that the displaing coordinate of the element shown to the needs is carried out is：If x1+W/2 is more than W, it is the right side to represent the element
X1, is now adjusted, x1 value is changed into x1+W/2-W, ordinate y1 by half of display information according to the second pre-defined algorithm
Value keep it is constant；If x1+W/2 is less than or equal to W, it is left half of display information to represent the element, now by x1 according to the
One pre-defined algorithm is adjusted, and x1 value is changed into x1+W/2, and ordinate y1 value keeps constant.It is expressed as follows with false code：
IF(x1+W/2)>W
x1=x1+W/2-W;
IF(x1+W/2)<=W
x1=x1+W/2.
When user operates to the display information shown according to new displaing coordinate, the operation of user is obtained
Track.When the corresponding display information of operation trace is left half of display information, by the behaviour corresponding to the operation trace of user
Screen width pixel value, longitudinal coordinate are subtracted again after the screen width pixel value for the lateral coordinates value increase by 1/2nd for making coordinate
Value keeps constant, to obtain new operation coordinate.Mobile terminal makes corresponding response according to resulting new operation coordinate,
So as to the activity of correct response user.Wherein, described left half of display information refers to the right side for being already shifted to screen
The display information that one side of something is shown.When the corresponding display information of operation trace is right half of display information, by user's
The screen width pixel value of the lateral coordinates value increase by 1/2nd of operation coordinate corresponding to operation trace, longitudinal coordinate value is protected
Hold constant, to obtain new operation coordinate.Mobile terminal makes corresponding response according to resulting operation coordinate, so as to
The activity of correct response user.Wherein, described right half of display information refers to the left half of progress for being already shifted to screen
The display information of display.Thus, by carrying out migration processing to operation coordinate so that new operation coordinate and normal display state
Under corresponding display information operation coordinate it is consistent so that mobile terminal makes correct response.
For example, if the corresponding operation coordinate of operation trace of the user on screen is（X2, y2）, screen width pixel
It is worth for W.After the operation trace of user is received, it is to the migration algorithm that the operation coordinate of the operation trace is carried out：If x2+W/
2 are more than W, represent that user is that the left half of display information that the right one side of something for being already shifted to screen is shown is operated,
Now x2 is adjusted according to the second pre-defined algorithm, x2 value is changed into x2+W/2-W, ordinate y2 value keeps constant；If
X2+W/2 is less than or equal to W, and it is the right half of display letter shown to the left one side of something for being already shifted to screen to represent user
Breath is operated, and is now adjusted x2 according to the first pre-defined algorithm, and x2 value is changed into x2+W/2, and ordinate y2 value is protected
Hold constant.It is expressed as follows with false code：
IF(x2+W/2)>W
x2=x2+W/2-W;
IF(x2+W/2)<=W
x2=x2+W/2.
By above-mentioned embodiment, when user grips mobile terminal by the right hand carries out one-handed performance, if a left side for screen
Half of display information is difficult to operate, and can rock mobile terminal to cause mobile terminal to left movement, and then make mobile terminal
Into skew dispaly state, so as to so that the left half of display information of screen is shown in right one side of something of screen, and it is right
The corresponding operation coordinate of operation trace of user carries out corresponding migration processing, so that operation energy of the mobile terminal to user
Correct response is enough made, so that the operation of the display information to being shown in new display location is realized, it is greatly convenient to use
The one-handed performance at family.
In the above-described embodiment, it is to carry out exchange to the display location of the display information of the right and left of screen to show,
Exchanged, incited somebody to action in other embodiments or by the display location of top half and the display information of the latter half
The display location of the display information of upper left half part and the display information of lower right-most portion is exchanged etc., certainly still can be with other
The switching of angle, is not particularly limited herein.
Refering to Fig. 2, in an embodiment of mobile terminal of the present invention, the mobile terminal can utilize the behaviour of above-mentioned touch-screen
Make the migration processing that method realizes the operation trace to the migration processing of the display information of touch-screen and to user, to facilitate user
One-handed performance.Specifically, including first processing module 201, the first acquisition module 202 and Second processing module 203.
Wherein, first processing module 201 is used for when mobile terminal receives predetermined instruction, makes the touch-screen of mobile terminal
The displaing coordinate of part display information be adjusted according to the first pre-defined algorithm so that after the part display information is according to adjustment
New displaing coordinate shown in touch-screen；Make the displaing coordinate of other display informations of touch-screen sum predetermined according to second
Algorithm is adjusted, so that other display informations are shown according to the new displaing coordinate after adjustment in touch-screen.This implementation
The mobile terminal of mode has two kinds of dispaly states, is normal display state and skew dispaly state.First processing module 201 is used
When predetermined instruction is being received, mobile terminal is set to enter skew dispaly state, even if the display of the display information on touch-screen
Coordinate is adjusted according to respective algorithms, by the effect of first processing module 201, is realized to the aobvious of the display information on screen
Show the adjustment of position, so that the display information on screen is shown according to the display location after adjustment.
Wherein, the first acquisition module 202 is used to obtain the operation trace on touch-screen.Display information on the touchscreen is pressed
After being shown according to new displaing coordinate, when user operates to the display information on screen, the first acquisition module 202 is obtained
Take the operation trace at family.
Wherein, Second processing module 203 is used to, when the corresponding display information of operation trace is part display information, to grasp
Make the corresponding operation coordinate in track to be adjusted according to the second pre-defined algorithm, to be operated according to the new operation coordinate pair after adjustment
Make corresponding response in track；It is when the corresponding display information of operation trace is other display informations, operation trace is corresponding
Operation coordinate is adjusted according to the first pre-defined algorithm, to be made accordingly according to the new operation coordinate pair operation trace after adjustment
Response.By the effect of Second processing module 203, realize at the skew to the corresponding operation coordinate of operation trace of user
Reason, after make it that the display location of the display information on screen is adjusted, mobile terminal is receiving the operation of user
Correct response can be made during track, so that when user is carrying out one-handed performance, when its finger is difficult in operation touch-screen
A part of display information when, can to mobile terminal input predetermined instruction, will need operate display information in finger
Show in operable scope, and corresponding migration processing is carried out by the operation coordinate to user, to enable mobile terminal
Correct response is made, it is possible thereby to realize the purpose of user's easily one-handed performance.
In the preferred embodiment of the present invention, first processing module 201 is used to make the half of the touch-screen of mobile terminal
The displaing coordinate of display information is adjusted according to the first pre-defined algorithm, and sits the display of second half display information of touch-screen
Mark is adjusted according to the second pre-defined algorithm.Specifically, first processing module 201 is when receiving predetermined instruction, by touch-screen
Left half of display information displaing coordinate lateral coordinates value increase by 1/2nd screen width pixel value, longitudinal coordinate
Value keeps constant；The lateral coordinates value of the displaing coordinate value of the right half of display information of touch-screen is increased to 1/2nd screen
Screen width pixel value is subtracted after curtain width pixel value again, longitudinal coordinate value keeps constant.Thus, the left side under normal display state
Right one side of something that half of display information is offset to touch-screen is shown, and right half of display information is offset to a left side for touch-screen
One side of something is shown, migration processing is carried out to display information so as to realize.
After left half of display information and right half of display information exchange display on touch-screen, when user is to according to new
The display information that shows of displaing coordinate when being operated, the first acquisition module 202 obtains the operation trace of user.When operation rail
When display information corresponding to mark is left half of display information, Second processing module 203 sits the corresponding operation of operation trace
Screen width pixel value is subtracted after the screen width pixel value of target lateral coordinates value increase by 1/2nd again, longitudinal coordinate value is protected
Hold constant, thus obtain new operation coordinate.Wherein described left half of display information is that the right one side of something for being offset to screen enters
The display information of row display, Second processing module 203 is made according to the operation trace of resulting new operation coordinate pair user
Corresponding response.When the display information corresponding to operation trace is right half of display information, Second processing module 203 will be grasped
Making the lateral coordinates value of the operation coordinate corresponding to track increases by 1/2nd screen width pixel value, and longitudinal coordinate value is kept
It is constant, to obtain new displaing coordinate.Wherein described right half of display information is that the left one side of something for being offset to screen is shown
The display information shown, Second processing module 203 is made accordingly according to the operation trace of resulting new operation coordinate pair user
Response.Thus, when touch-screen display information on the touchscreen display location skew after, pass through the operation coordinate to user
Corresponding migration processing is carried out, correct response can be made to the operation of user.
In another preferred embodiment of the present invention, mobile terminal also includes the second acquisition module 204 and judge module
205.Wherein, the second acquisition module 204 is used for the direction of motion that mobile terminal is obtained according to the direction sensor of mobile terminal, sentences
Disconnected module 205 is used to judge whether the direction of motion obtained coincide with the data that the machine is pre-saved, and is judged as connecing if coincideing
Receive predetermined instruction.Present embodiment realizes the normal display state of mobile terminal by detecting the direction of motion of mobile terminal
With the switching of skew dispaly state.It is configured in the terminal first, for example pre-set mobile terminal is to left movement
Mobile terminal is set to enter skew dispaly state, mobile terminal moves right to make mobile terminal enter normal display state.When with
Family needs mobile terminal switching to skew dispaly state, can move mobile terminal to predetermined direction, for example, make mobile whole
End is rocked to the left, and the second acquisition module 204 obtains the direction of motion of mobile terminal for the left, judge module 205 is detecting shifting
The direction of motion of dynamic terminal is then judged as receiving predetermined instruction when matching with the data pre-saved, so that the first processing mould
Block 201 carries out migration processing to the display information on touch-screen, and obtains the operation trace of user in the first acquisition module 202
Afterwards, the operation coordinate corresponding to the operation trace of user of Second processing module 203 carries out corresponding migration processing, thus can to
The operation trace that family is inputted makes corresponding response.
Embodiments of the present invention are the foregoing is only, are not intended to limit the scope of the invention, it is every to utilize this
Equivalent structure or equivalent flow conversion that description of the invention and accompanying drawing content are made, or directly or indirectly it is used in other correlations
Technical field, is included within the scope of the present invention.
Claims (8)
1. a kind of operating method of mobile terminal touch screen, it is characterised in that including：
When the mobile terminal receives predetermined instruction, make the display of the part display information of the touch-screen of the mobile terminal
Coordinate is adjusted according to the first pre-defined algorithm, and the part display information is touched according to the new displaing coordinate after adjustment described
Touch screen to be shown, the displaing coordinate of other display informations of the touch-screen is adjusted according to the second pre-defined algorithm, institute
Other display informations are stated to be shown in the touch-screen according to the new displaing coordinate after adjustment；
Obtain the operation trace on touch-screen；
When the corresponding display information of the operation trace is the part display information, by the corresponding operation of the operation trace
Coordinate is adjusted according to second pre-defined algorithm, is made with the operation trace according to the new operation coordinate pair after adjustment
Corresponding response；When the corresponding display information of the operation trace is other display informations, by the operation trace pair
The operation coordinate answered is adjusted according to first pre-defined algorithm, to be operated according to the new operation coordinate pair after adjustment
Make corresponding response in track；
Wherein, the displaing coordinate includes the first numerical value and second value；
First pre-defined algorithm includes：By the first numerical value of the displaing coordinate of the display information of touch-screen increase by two/
One screen is wide/height pixel value, second value keeps constant；
Second pre-defined algorithm includes：By the first numerical value of the displaing coordinate of the display information of touch-screen increase by two/
One screen is wide/height pixel value after subtract screen width/height pixel value again, second value keeps constant.
2. according to the method described in claim 1, it is characterised in that
The displaing coordinate of the part display information of the touch-screen for making the mobile terminal is adjusted according to the first pre-defined algorithm
Whole step includes：
The displaing coordinate of the half display information of the touch-screen of the mobile terminal is set to be adjusted according to the first pre-defined algorithm；
The step of displaing coordinate of the other display informations for making the touch-screen is adjusted according to the second pre-defined algorithm is wrapped
Include：
The displaing coordinate of second half display information of the touch-screen is set to be adjusted according to the second pre-defined algorithm.
3. method according to claim 2, it is characterised in that
The displaing coordinate of the half display information of the touch-screen for making the mobile terminal is carried out according to the first pre-defined algorithm
The step of adjustment, includes：
The screen that the lateral coordinates value of the displaing coordinate of the left half of display information of the touch-screen is increased into 1/2nd is wide
Pixel value is spent, longitudinal coordinate value keeps constant；
The step of displaing coordinate of second half display information for making the touch-screen is adjusted according to the second pre-defined algorithm
Including：
The screen that the lateral coordinates value of the displaing coordinate of the right half of display information of the touch-screen is increased into 1/2nd is wide
Screen width pixel value is subtracted after degree pixel value again, longitudinal coordinate value keeps constant；
It is described when the corresponding display information of the operation trace be the part display information when, the operation trace is corresponding
The step of operation coordinate is adjusted according to second pre-defined algorithm includes：
It is when the corresponding display information of the operation trace is the left half of display information, the operation trace is corresponding
Screen width pixel value is subtracted again after the screen width pixel value of the lateral coordinates value increase by 1/2nd of operation coordinate, and longitudinal direction is sat
Scale value keeps constant；
It is described when the corresponding display information of the operation trace be other display informations when, the operation trace is corresponding
The step of operation coordinate is adjusted according to first pre-defined algorithm includes：
It is when the corresponding display information of the operation trace is the right half of display information, the operation trace is corresponding
The screen width pixel value of the lateral coordinates value increase by 1/2nd of coordinate is operated, longitudinal coordinate value keeps constant.
4. the method according to any one of claims 1 to 3, it is characterised in that including：
The mobile terminal obtains the direction of motion using the direction sensor set in it, and judges the direction of motion of acquisition
Whether it is coincide with the data that the machine is pre-saved, is judged as receiving the predetermined instruction if coincideing.
5. a kind of mobile terminal, it is characterised in that including：
First processing module, for when the mobile terminal receives predetermined instruction, making the touch-screen of the mobile terminal
The displaing coordinate of part display information is adjusted according to the first pre-defined algorithm, and the part display information is according to new after adjustment
Displaing coordinate shown in the touch-screen, make the displaing coordinate of other display informations of the touch-screen pre- according to second
Determine algorithm to be adjusted, other display informations are shown according to the new displaing coordinate after adjustment in the touch-screen,
Wherein, the displaing coordinate includes the first numerical value and second value；First pre-defined algorithm includes：By the aobvious of the touch-screen
Show information displaing coordinate the first numerical value increase by 1/2nd screen it is wide/height pixel value, second value keep it is constant；Institute
Stating the second pre-defined algorithm includes：First numerical value of the displaing coordinate of the display information of the touch-screen is increased to 1/2nd screen
Screen width/height pixel value is subtracted after the wide/height pixel value of curtain again, second value keeps constant；
First acquisition module, for obtaining the operation trace on touch-screen；
Second processing module, for when the corresponding display information of the operation trace is the part display information, by described in
The corresponding operation coordinate of operation trace is adjusted according to second pre-defined algorithm, with according to the new operation coordinate after adjustment
Corresponding response is made to the operation trace；When the corresponding display information of the operation trace is other display informations
When, the corresponding operation coordinate of the operation trace is adjusted according to first pre-defined algorithm, with according to new after adjustment
Operation coordinate pair described in operation trace make corresponding response.
6. mobile terminal according to claim 5, it is characterised in that
The first processing module is used for the displaing coordinate for making the half display information of the touch-screen of the mobile terminal according to the
One pre-defined algorithm is adjusted, and the displaing coordinate of second half display information of the touch-screen is entered according to the second pre-defined algorithm
Row adjustment.
7. mobile terminal according to claim 6, it is characterised in that
The first processing module is specifically for the transverse direction of the displaing coordinate of the left half of display information of the touch-screen is sat
The screen width pixel value of scale value increase by 1/2nd, longitudinal coordinate value keeps constant；And be used for right the half of the touch-screen
It is wide that screen is subtracted again after the screen width pixel value of the lateral coordinates value increase by 1/2nd of the displaing coordinate of the display information on side
Pixel value is spent, longitudinal coordinate value keeps constant；
The Second processing module when the corresponding display information of the operation trace for the left half of display specifically for believing
During breath, the lateral coordinates value of the corresponding operation coordinate of the operation trace is increased after 1/2nd screen width pixel value again
Screen width pixel value is subtracted, longitudinal coordinate value keeps constant；When the corresponding display information of the operation trace is described right half
During the display information on side, by the screen width of the lateral coordinates value increase by 1/2nd of the corresponding operation coordinate of the operation trace
Pixel value, longitudinal coordinate value keeps constant.
8. the mobile terminal according to any one of claim 5~7, it is characterised in that including：
Second acquisition module, the direction of motion of mobile terminal is obtained for the direction sensor in the mobile terminal；
Whether judge module, the direction of motion for judging to obtain coincide with the data that the machine is pre-saved, if coincideing
It is judged as receiving the predetermined instruction.
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| CN105373312A (en) * | 2014-09-02 | 2016-03-02 | 中兴通讯股份有限公司 | Method and device for operating mobile terminal |
| CN105573622A (en) * | 2015-12-15 | 2016-05-11 | 广东欧珀移动通信有限公司 | Single-hand control method and device of user interface and terminal device |
| CN108509137A (en) * | 2017-02-28 | 2018-09-07 | 中兴通讯股份有限公司 | Redefine the method and device of the manipulation display area of screen |
| CN111240541B (en) * | 2019-12-31 | 2023-06-13 | 歌尔科技有限公司 | Interface switching method, electronic device and computer readable storage medium |
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| CN102722280A (en) * | 2012-05-21 | 2012-10-10 | 华为技术有限公司 | Method and device for controlling screen movement, and terminal |
| CN103488407A (en) * | 2012-06-11 | 2014-01-01 | 联想(北京)有限公司 | Method and equipment for controlling display position of operation object icon |
| CN103593136A (en) * | 2013-10-21 | 2014-02-19 | 广东欧珀移动通信有限公司 | Touch terminal, and one-hand operation method and device of large-screen touch terminal |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| KR101673925B1 (en) * | 2010-05-26 | 2016-11-09 | 삼성전자주식회사 | Portable Device having the touch lock status and Operation system thereof |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102722280A (en) * | 2012-05-21 | 2012-10-10 | 华为技术有限公司 | Method and device for controlling screen movement, and terminal |
| CN103488407A (en) * | 2012-06-11 | 2014-01-01 | 联想(北京)有限公司 | Method and equipment for controlling display position of operation object icon |
| CN103593136A (en) * | 2013-10-21 | 2014-02-19 | 广东欧珀移动通信有限公司 | Touch terminal, and one-hand operation method and device of large-screen touch terminal |
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