CN104932788B - A kind of adaptive touch screen control method and equipment - Google Patents
A kind of adaptive touch screen control method and equipment Download PDFInfo
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- CN104932788B CN104932788B CN201510355521.3A CN201510355521A CN104932788B CN 104932788 B CN104932788 B CN 104932788B CN 201510355521 A CN201510355521 A CN 201510355521A CN 104932788 B CN104932788 B CN 104932788B
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Abstract
The present embodiments relate to hand-hold electronic equipments field, in particular to a kind of adaptive touch screen control method and equipment, to solve the problem of in the prior art due to it is hand-held can very narrow be easy to happen in hand-held narrow side in marginal portion of touch control device accidentally touch.At least one first location information is determined in the embodiment of the present invention；It is set as the corresponding region of first location information each in touch area that can not touch region.Due to adaptive touch screen control method provided in an embodiment of the present invention, in touch area, setting unit can not touch region, when user touches this and can not touch region, ignore the touch operation；When user, which holds handgrip, can touch display equipment narrow side, region can not be touched by touching this, will not be occurred accidentally to touch and be made, thus make user using it is hand-held can touch display equipment when it is more convenient.
Description
Technical field
The present invention relates to hand-hold electronic equipments field, in particular to a kind of adaptive touch screen control method and equipment.
Background technique
Currently, touch screen is as a kind of newest electronic input apparatus, with its convenient, simple, natural characteristic by more next
More is applied in hand-hold electronic equipments, using this portable hand-held can touch-controlled electronic devices have become people's daily life
With a part essential in work.
It is current it is hand-held can touch-control electronic show equipment to protrude the portability of equipment, it is smaller, more frivolous to have become hand
Hold can touch-control electronic show the irreversible direction of equipment, such as mobile phone, tablet computer field be intended to be designed as narrow side equipment,
But when mobile phone or tablet computer etc. it is hand-held can touch control device overturn horizontal/vertical screen when, due to it is hand-held can touch control device marginal portion very
It is narrow, and marginal portion is adjacent with that can touch region, so holding very much when both hands or one hand, which hold handgrip, can touch display device end
Region can be touched so as to cause touch action by easily encountering, and cause accidentally to touch.
To sum up, display equipment can be touched by holding, due to it is hand-held can touch control device marginal portion it is very narrow, hold in hand-held narrow side
Easily occur accidentally to touch.
Summary of the invention
The present invention provides a kind of adaptive touch screen control method and equipment, can be touched due to hand-held in the prior art to solve
The marginal portion for controlling equipment is very narrow, is easy to happen the problem of accidentally touching in hand-held narrow side.
Based on the above issues, the embodiment of the present invention provides a kind of adaptive touch screen control method, comprising:
Determine at least one first location information；
It is set as the corresponding region of first location information each in touch area that can not touch region.
Due to adaptive touch screen control method provided in an embodiment of the present invention, in touch area, setting unit can not touch area
Domain, when user, which holds handgrip, can touch display equipment narrow side, region can not be touched by touching this, will not be occurred accidentally to touch and be made, thus
Keep user more convenient when use is hand-held can to touch display equipment.
Optionally, it sets in the corresponding region of first location information each in touch area to after can not touching region, also
Include:
Detect it is described can not touch have touch operation on region after, ignore the touch operation；Or not to it is described can not
Whether touching has touch operation to be detected on region.
Region can not be touched due to setting of the embodiment of the present invention, when detecting that user touches this and can not touch region, ignored
The touch operation, for user when hand-held, can hold this can not touch region, touch operation will not occur, to facilitate user hand
It holds.
Optionally, after meeting some or all of in following condition, at least one first location information is determined::
The movement of the user captured is preset movement；
Determine that the area that user is touched on the touchscreen is not less than preset area；
Determine that the duration that user is touched on the touchscreen is not less than preset duration.
Due to the embodiment of the present invention setting starting can not touch formula condition, just start the mode when user needs, if
Fixed a variety of and easy to implement condition starting can not touch formula, family can be used there are many while selection, can also be more square
Just quickly starting can not touch formula.
Optionally, determine that at least one can not touch the first location information in region, comprising:
Using the preset location information that can not touch region as the first location information that can not touch region；Or
It is hand-held to prompt user, and the range touched according to user in touch area, determination can not touch the first position in region
Information；Or
According to current display interface, determination can not touch the first location information in region；Or
The region selected according to user, determination can not touch the first location information in region.
Since various ways can be used in the first location information that determination of the embodiment of the present invention can not touch region, preset not
The mode that region first location information can be touched is simple and fast, user-friendly；The range touched according to user in touch area
Determination can not touch the mode of region first location information, can be more in line with user's needs；It is determined according to currently running software
The mode that region first location information can not be touched is more intelligent, is not necessarily to user's operation；The region determination selected according to user can not
The mode of region first location information is touched, user according to actual needs, there can be more selections；Using various ways, determine
The first location information in region can not be touched, thus more user-friendly.
Optionally, it sets in the corresponding region of first location information each in touch area to after can not touching region, also
Include:
It is set as the corresponding subregion that can not be touched inside region of at least one second location information that can touch region；
After having touch operation on detecting the subregion, the touch operation is responded.
Region can be touched since the embodiment of the present invention can not touch setting unit in region, region can be touched can define touch at this
Key can touch the touch key-press that region defines by this when user needs to operate, user-friendly.
Optionally, the second location information is determined according to following manner, comprising:
Using the location information of preset subregion as the second location information of subregion；Or
According to current display interface, the second location information of subregion is determined；Or
The region selected according to user determines the second location information in son touching region.
Since various ways can be used in the second location information that determination of the embodiment of the present invention can touch region, sub-district is preset
The mode of domain second location information is simple and fast, user-friendly；Subregion second is determined according to currently running software
The mode of confidence breath is more intelligent, is not necessarily to user's operation；Subregion second location information is determined according to the region that user selectes
Mode, user according to actual needs, can there is more selections；Using various ways, the second location information of subregion is determined,
To more user-friendly.
Optionally, setting the corresponding subregion that can not be touched inside region of at least one second location information to can
After touching region, further includes:
After detecting that movement can not touch the signal in region, according to the touch track of the subregion detected, determination can not
Touch the moving direction in region；
According to the moving direction of the determination, the position in region can not be touched described in movement.
Region can not be touched since the embodiment of the present invention can move, in use, user can according to need movement
Region can not be touched, so that user is more convenient when in use.Movement can not touch region it needs to be determined that the mobile side in region can not be touched
To, if can not touch definition in region has subregion, user can not touch the moving direction in region by touching subregion determination,
This method of determination can directly, fast and accurately determine moving direction.
Optionally, it sets in the corresponding region of first location information each in touch area to after can not touching region, also
Include: that can not touch region according to, display area is adjusted.
After the first location information that region can not be touched due to determination of the embodiment of the present invention, region can not be touched and be shown to use
Family, user can according to need adjustment can display area layout.
Optionally, it sets in the corresponding region of first location information each in touch area to after can not touching region, also
It include: the display transmitance that region can not be touched described in adjustment member or whole.
Since the embodiment of the present invention can need adjustment member according to user or can not all touch the display transmitance in region,
May be implemented not adjust can display area, will can not touch region as the display mode of certain transmitance.
On the other hand, the equipment of a kind of adaptive touch screen control provided by the embodiments of the present application, comprising:
Determining module, for determining at least one first location information；
Control module, for being set as the corresponding region of first location information each in touch area that can not touch region；
Optionally, the control module is also used to:
It sets in the corresponding region of first location information each in touch area to after can not touching region, detecting
It states after can not touching and having touch operation on region, ignores the touch operation；Or can not touch on region whether have touch to described
Operation is detected.
Optionally, the determining module is specifically used for, and after meeting some or all of in following condition, determines at least one
A first location information:
The movement of the user captured is preset movement；
Determine that the area that user is touched on the touchscreen is not less than preset area；
Determine that the duration that user is touched on the touchscreen is not less than preset duration.
Optionally, the determining module is specifically used for:
Using the preset location information that can not touch region as the first location information that can not touch region；Or
It is hand-held to prompt user, and the range touched according to user in touch area, determination can not touch the first position in region
Information；Or
According to current display interface, determination can not touch the first location information in region；Or
The region selected according to user, determination can not touch the first location information in region.
Optionally, the control module is also used to:
It sets in the corresponding region of first location information each in touch area to after can not touching region, by least one
The corresponding subregion that can not be touched inside region of second location information is set as that region can be touched；Detecting the subregion
On have touch operation after, respond the touch operation.
Optionally, the determining module is specifically used for, and determines the second location information according to following manner:
Using the location information of preset subregion as the second location information of subregion；Or
According to current display interface, the second location information of subregion is determined；Or
The region selected according to user determines the second location information of subregion.
Optionally, the control module is also used to:
It is set as the corresponding subregion that can not be touched inside region of at least one second location information that can touch region
Later, after detecting that movement can not touch the signal in region, detect that movement can not touch the signal determination in region and can not touch region
Moving direction；According to the moving direction of the determination, the position in region can not be touched described in movement.
Optionally, the control module is also used to:
Set in the corresponding region of first location information each in touch area to after can not touching region, according to it is described not
Region can be touched, display area is adjusted.
Optionally, the control module is also used to:
Set in the corresponding region of first location information each in touch area to after can not touching region, adjustment member or
The display transmitance in region can not be touched described in whole.
Detailed description of the invention
Fig. 1 is a kind of adaptive touch screen control method flow diagram one provided in an embodiment of the present invention；
Fig. 2 is the schematic diagram one that determination can not touch region first location information；
Fig. 3 is the schematic diagram two that determination can not touch region first location information；
Fig. 4 is the schematic diagram three that determination can not touch region first location information；
Fig. 5 is the schematic diagram four that determination can not touch region first location information；
Fig. 6 is the schematic diagram five that determination can not touch region first location information；
Fig. 7 is the schematic diagram six that determination can not touch region first location information；
Fig. 8 is the schematic diagram seven that determination can not touch region first location information；
Fig. 9 be starting can not touch formula method schematic diagram；
Figure 10 is the schematic diagram that can not continuously touch region；
Figure 11 (a) is the schematic diagram that can not touch region；
Figure 11 (b) is the schematic diagram that can not touch region；
Figure 12 is the discontinuous schematic diagram that can not touch region；
Figure 13 is the schematic diagram one for determining subregion second location information；
Figure 14 is the schematic diagram two for determining subregion second location information；
Figure 15 is the schematic diagram three for determining subregion second location information；
Figure 16 is the schematic diagram that determination can not touch region moving method；
Figure 17 is the partial enlarged view that can not touch region；
Figure 18 is a kind of adaptive touch screen control method flow diagram two provided in an embodiment of the present invention；
Figure 19 is the structural schematic diagram that a kind of adaptive touch screen provided in an embodiment of the present invention controls equipment.
Specific embodiment
The embodiment of the present invention determines at least one first location information；First location information each in touch area is corresponding
Region be set as that region can not be touched.Since touch area corresponding region is set as to touch by the embodiment of the present invention, Yong Huke
Region can not be touched with hand-held, will not respond the touch action, and then user be when handgrip, which is held, can touch display equipment narrow side, it will not
Occur accidentally to touch.
Optionally, it sets in the corresponding region of first location information each in touch area to after can not touching region, also
It include: to ignore touch operation after detecting and can not touch and have touch operation on region；Or not to can not touch on region whether have touching
Operation is touched to be detected.
Region can not be touched due to setting of the embodiment of the present invention, when detecting that user touches this and can not touch region, ignored
The touch operation, for user when hand-held, can hold this can not touch region, touch operation will not occur, to facilitate user hand
It holds.
The embodiment of the present application is described in further detail with reference to the accompanying drawings of the specification.
As shown in Figure 1, a kind of adaptive touch screen control method of the embodiment of the present invention includes:
Step 101, at least one first location information is determined；
Step 102, it is set as the corresponding region of first location information each in touch area that can not touch region.
The first location information of the embodiment of the present invention includes but is not limited to some or all of in following message:
The position in region can not be touched, the shape in region can not be touched and the size in region can not be touched.
Wherein, the position method of determination that can not touch region includes but is not limited to some or all of in following manner:
Mode one can not touch the position in region by preset mode determination.
In implementation, determine that user needs to select when can not touch the position in region, by it is preset can not touch region can
Bit selecting, which is set, to be presented to the user；Such as: when determining that user needs to select that the shape in region can not be touched, automatic spring includes default
The option of shape is selected for user；It pops up option and shows that optional position includes but is not limited to upper end, lower end, left end, right end；
Alternatively, presetting, can not to touch the position in region be determining position, is determining that user needs to select that area can not be touched
When the position in domain, the position that can not touch region is automatically determined.
Mode two, according to current display interface, determination can not touch the position in region.
In implementation, when determining that user needs to select that the position in region can not be touched, current display interface is detected, currently shows boundary
Face can be the interface of runs software, can also be other interfaces, and the embodiment of the present invention is said by taking current interface runs software as an example
The method of the bright position that region can not be touched according to current display interface determination.The software for detecting current display interface operation, according to
The corresponding relationship of software and position, determines the corresponding position of currently running software, and using determining position as can not touch area
The position in domain；For example, when detecting that currently running software is camera, as shown in Fig. 2, the corresponding position that can not touch region of camera
It is set in the middle part of the left side edge of touch area and in the middle part of left side edge, region setting can not be touched in the position, user is facilitated to clap
According to when fixed mobile phone；
Alternatively, detecting currently running software, according to the corresponding relationship of software type and position, determine currently running soft
The corresponding position of part type, and using determining position as the position that can not touch region；For example, by operation when transverse screen display it is soft
Part is defined as type one, and the software of vertical screen display is defined as type two when operation, in order to which more convenient user is hand-held, by software class
The lower-left end of touch area when the corresponding position that can not touch region of type one is transverse screen display, software type two is corresponding to be touched
The lower-left end of touch area, when determination can not touch region, can belong to type according to software when the position in region is vertical screen display
One or two determination of type can not touch the position in region.
Mode three, the region selected according to user, determination can not touch the position in region.
In implementation, user according to actual needs, by hand touches touch area, and selecting on touch area needs
That wants can not touch the position in region.
In addition, in implementing, if the condition that starting can not be touch is the face for determining user and being touched on the touchscreen
Product can also be according to the touch position of user on the touchscreen when determination can not touch the position in region not less than preset area
The position in region can not be touched by setting determination.
After determination can not touch the position in region, also need determination that can not touch the shape in region；Wherein, the shape in region can not be touched
Including but not limited to square, rectangle, circle and triangle；Can not touch region shape method of determination include but is not limited under
Some or all of in column mode:
Mode one can not touch the shape in region by preset mode determination.
In implementation, determine that user needs to select when can not touch the shape in region, by it is preset can not touch region can
Form slection shape is presented to the user；Such as: when determining that user needs to select that the shape in region can not be touched, automatic spring includes default
The option of shape is selected for user；As shown in figure 3, automatic spring option, show optional figure include but is not limited to square,
Circle, rectangle, triangle；
Alternatively, being determining shape by the preset shape that can not touch region, determining that user's needs selection can not
When touching the shape in region, the shape that can not touch region is automatically generated.
Mode two, according to the range that user touches in touch area, determination can not touch the shape in region.
In implementation, when determining that user needs to select that the shape in region can not be touched, prompts user hand-held, touch Petting Area with hand
Domain, according to the true form that user touches in touch area hand, using dynamic algorithm, what is needed can not touch region shape
Parameter, the shape that can not touch region is determined with this.
In addition, in implementing, if the condition that starting can not be touch is the face for determining user and being touched on the touchscreen
Product can also be according to the touch model of user on the touchscreen when determination can not touch the shape in region not less than preset area
It encloses, the shape in region can not be touched using dynamic algorithm determination.
Specific dynamic algorithm can be, and from institute contact, obtain distance from all values of abscissa and ordinate respectively
Maximum relative value x and y, (wherein, two values that x and y may be difference) determine the relative position for generating and can not touching region
Coordinate points are (x1+a, y1+b) (wherein a, b are constant), obtain the shape that can not touch region.
In an implementation, multiple values can be set in a and b, are tied according to the value of each a and b and relative value x1 and relative value y1
Credit union determines a point, and the region that determining all the points are formed is as the shape that can not touch region.
For example, as shown in figure 4, the maximum relative value apart from hand touching equipment distance most near side (ns) is (2,2), corresponding in figure
Coordinate points O, it is (- 1, -1) that a, b, which correspond to value, (0, -1), (1, -1), (- 1,0), (1,0), (- 1,1), (0,1), (1,1), then
Corresponding obtained (x1+a, y1+b) value is (1,1), and (2,1), (3,1), (1,2), (3,2), (1,3), (2,3), (3,3) are divided
It Dui Yingyu not coordinate points A, B, C, D, E, F, G, H in figure.
Mode three, according to current display interface, determination can not touch the shape in region.
In implementation, when determining that user needs to select that the shape in region can not be touched, current display interface is detected, currently shows boundary
Face can be the interface of runs software, can also be other interfaces, and the embodiment of the present invention is said by taking current interface runs software as an example
The method of the bright shape that region can not be touched according to current display interface determination.According to the corresponding relationship of software and shape, determination is worked as
The corresponding shape of the software of preceding operation, and using determining shape as the shape that can not touch region；For example, user plays video,
Screen uses transverse screen display, is player according to the currently running software of user, can not touch region and be set as two rectangles
Region, in user's two-handed hand-held, two thumbs are placed on the rectangular region, as shown in figure 5, the lower-left end of touch area and the right side
Lower end respectively has a rectangle that can not touch region, and user can hold the region, is not responding to the touch operation；
Alternatively, detecting currently running software, according to the corresponding relationship of software type and shape, determine currently running soft
The corresponding shape of part type, and using determining shape as the shape that can not touch region；For example, it is desired to user operate up it is soft
Part is type one, such as game, QQ, wechat, and the software without operating up is type two, for example music player, video are broadcast
Device is put, the corresponding shape that can not touch region of software type one is rectangle, the corresponding shape that can not touch region of software type two
Shape is circle, and when determination can not touch region, type one or two determination of type can be belonged to according to software can not touch the shape in region.
Mode four, the region selected according to user, determination can not touch the shape in region.
In implementation, user according to actual needs, by hand touches touch area, and selecting on touch area needs
That wants can not touch the shape in region；For example, as shown in fig. 6, user according to actual needs, is drawn in the touch area lower right corner with finger
A circle out is set as this circle region that can not touch region.
After determination can not touch the shape in region, also need determination that can not touch the size in region；Wherein, the size in region can not be touched
Method of determination includes but is not limited to some or all of in following manner:
Mode one can not touch the size in region by preset mode determination.
In implementation, the size that can not touch region is preset, it, will when determining that user needs to select that the size in region can not be touched
The preset optional size that can not touch region is presented to the user；Such as: determine user need select can not touch region
When size, automatic spring includes the option of default size, is selected for user；
Alternatively, determining the selection of user's needs not using the preset size that can not touch region as determining size
When can touch the size in region, the size that can not touch region is automatically generated.
Mode two, according to the range that user touches in touch area, using dynamic algorithm, determination can not touch the big of region
It is small.
In implementation, when determining that user needs to select that the size in region can not be touched, prompts user hand-held, touch Petting Area with hand
Domain, according to the actual size that user touches in touch area hand, using dynamic algorithm, what is needed can not touch area size
Parameter, the size that can not touch region is determined with this.
In addition, in implementing, if the condition that starting can not be touch is the face for determining user and being touched on the touchscreen
Product can also be according to the touch model of user on the touchscreen when determination can not touch the shape in region not less than preset area
It encloses, the size in region can not be touched using dynamic algorithm determination.
Specific dynamic algorithm can be, and from institute contact, obtain distance from all values of abscissa and ordinate respectively
Maximum relative value x and y, (wherein, two values that x and y may be difference), it is determined that generate the opposite position that can not touch region
Setting coordinate points is (x1+a, y1+b) (a, b are constant), obtains the size that can not touch region.
In an implementation, multiple values can be set in a and b, are tied according to the value of each a and b and relative value x1 and relative value y1
Credit union determines a point, and the region that determining all the points are formed is as the size that can not touch region.
For example, as shown in fig. 7, apart from hand touching equipment distance most near side (ns) maximum relative coordinate values be (3,2), correspond to
Coordinate points O in figure, a, b correspond to value be (- 2, -1), (- 1, -1), (0, -1), (1, -1), (2, -1), (- 2,0), (- 2,1),
(- 1,1), (0,1), (1,1), (2,1), then corresponding obtained (x1+a, y1+b) value is (1,1), (2,1), (3,1), (4,
1), (5,1), (1,2), (5,2), (1,3), (2,3), (3,3), (4,3), (5,3) correspond respectively to coordinate points A, B, C in figure,
D, E, F, G, H, I, J, K, L.
Mode three, according to current display interface, determination can not touch the size in region.
In implementation, when determining that user needs to select that the size in region can not be touched, current display interface is detected, currently shows boundary
Face can be the interface of runs software, can also be other interfaces, and the embodiment of the present invention is said by taking current interface runs software as an example
The method of the bright size that region can not be touched according to current display interface determination.According to the corresponding relationship of software and size, determination is worked as
The corresponding size of the software of preceding operation, and using determining size as the size that can not touch region；For example, detecting user
Certain game is run, and is vertical screen display, needs user to hold lower end when running the game, as shown in figure 8, running the game
When, according to currently running game, region, user can not be touched in the region conduct that lower left corner region is arranged one 2 square centimeters
The region can be held with thumb when in use；
Alternatively, detecting currently running software, according to the corresponding relationship of software type and size, determine currently running soft
The corresponding size of part type, and using determining size as the size that can not touch region；For example, the software of operation is needed user
One hand holds and is defined as type one, including but not limited to game, browser, and the software users of operation can be defined as with two-handed hand-held
Type two, including but not limited to video player, e-book；In order to facilitate user's holding, software type one is corresponding to be touched
The size in region is 3 square centimeters, and the corresponding size that can not touch region of software type one is 1 square centimeter, and determination can not touch
When region, type one or two determination of type can be belonged to according to software can not touch the size in region.
Mode four, the region selected according to user, determination can not touch the size in region.
In implementation, user according to actual needs, by hand touches touch area, and selecting on touch area needs
That wants can not touch the size in region.
Determine that at least one can not touch the first location information in region, it will be according to the determining first position that can not touch region
Information sets corresponding region to touch region；When user this can not touch region carry out touch action when, ignore this
Touch action.
Optionally, after meeting some or all of in following condition, at least one first location information is determined:
Condition one, the movement of the user captured are preset movement；
Condition two determines that the area that user is touched on the touchscreen is not less than preset area；
Condition three determines that the duration that user is touched on the touchscreen is not less than preset duration.
It is introduced separately below.
Condition one: deliberate action as starting can not touch formula condition, the movement of user can perceive by touch area,
It can also be captured by photographic device, but be not limited to both modes；For example, touch area perceptive mode can with as shown in figure 9,
" Z " type touch action is done in touch area, in this, as preset movement, starting can not touch formula condition；Photographic device captures
Mode may is that mobile phone camera can capture region, draw a circle with hand in the sky, in this, as preset movement, starting
Can not touch formula condition.
Condition two: determining that the area that user is touched on the touchscreen is not less than preset area, can not as starting
The condition of touch formula, setting touch area touch the threshold value of area, when user is not less than setting in the area that touch area touches
When threshold value, starting can not touch formula；For example, preset area is 3 square centimeters, when user is not small in touch area touch area
When 3 square centimeters, starting can not touch formula.
Condition three: determining that the duration that user is touched on the touchscreen is not less than preset duration, can not as starting
The condition of touch formula is set in the threshold value that touch area touches duration, sets when user is not less than in the duration that touch area touches
When determining threshold value, starting can not touch formula；For example, a length of 5s when preset, is not less than 5s when user touches duration in touch area
When, starting can not touch formula.
In the embodiment of the present invention, after meeting some or all of in three above condition, starting can not touch formula.
Optionally, it sets in the corresponding region of first location information each in touch area to after can not touching region, also
Include: that can not touch region according to, display area is adjusted.
Wherein, display area is to remove that the remaining region in region can not be touched in touch area, as shown in Figure 10.
In the embodiment of the present invention, after determination can not touch the first location information in region, region can not be touched and be shown to user,
User can according to need adjustment can display area layout, for example, user watches video, partial region is set in touch area
Be set to after can not touching region, video can display area can become smaller, user can according to need will show picture scaled down.
Optionally, it sets in the corresponding region of first location information each in touch area to after can not touching region, also
Include: adjustment member or can not all touch the display transmitance in region.
In the embodiment of the present invention, region can not be touched and be divided into adjustable display transmitance region and non-adjustable display transmitance area
Domain；Set in the corresponding region of first location information in touch area to after can not touching region, can choose readjustment or
Display area layout is not adjusted, and when not adjusting display area layout, the display in adjustable adjustable display transmitance region is saturating
Cross rate.Wherein, one can not completely touch region can be with all adjustable display transmitance regions or all non-adjustable aobvious
Show transmitance region, can also partially be adjustable display transmitance region as shown in Figure 11 (a), it is partially saturating for non-adjustable display
Rate region is crossed, as shown in Figure 11 (b).
It sets in the corresponding region of first location information to after can not touching region, does not readjust display area layout,
User is as needed, adjusts the display transmitance in adjustable display transmitance region, and display transmitance can be between 0~100%
Arbitrary value；By adjusting it is adjustable display transmitance region display transmitance, realization do not adjust can display area layout, can not
Touch display mode of the region as certain transmitance；For example, when the display transmitance for adjusting adjustable display transmitance region is 0%
When, it can't see the display area of the adjustable display transmitance region overlay completely；The saturating of transmitance region is shown when adjustment is adjustable
Cross rate be 100% when, can become totally visible this it is adjustable display transmitance region overlay display area.
In the embodiment of the present invention, the display transmitance in adjustable display transmitance region is a dynamic adjustment process, user
When touching adjustable display transmitance region, display transmitance can reduce；For example, the adjustable display transmitance region of adjustment is aobvious
Show that transmitance is 40%, when user, which touches adjustable display transmitance region, realizes a certain operation, adjustable display transmitance region
Display transmitance become 35%, when user's touch operation terminates, the display transmitance in adjustable display transmitance region becomes automatically
Return 40%.The dynamic adjustment process for showing transmitance, can be used that family is clearer, quickly recognizes and is touching adjustable display
Transmitance region, to keep user's operation more convenient.
Optionally, it sets in the corresponding region of first location information each in touch area to after can not touching region, also
It include: to be set as the corresponding subregion that can not be touched inside region of at least one second location information that can touch region；It is detecting
After having touch operation on to subregion, the touch operation is responded.
In implementation, in touch area can not touch region can not continuously to touch region, can also be it is discontinuous can not
Touch region, the discontinuous region that can not touch is can to touch region can not touch in region definition part；As shown in Figure 10 continuously can not
Region is touched, region can not be continuously touched at this, be that can not touch in whole region；It is as shown in figure 12 it is discontinuous can not touch region,
There are two square area, the two regions are that can touch region for definition in the area.
The embodiment of the present invention determines the second location information of at least one subregion, wherein the second confidence of subregion
Breath includes the position of subregion, the shape of subregion and the size of subregion.
The position method of determination that region can be touched in the embodiment of the present invention includes but is not limited to part in following manner or complete
Portion:
Mode one determines the position of subregion by preset mode.
In implementation, after determination can not touch region, determining that user needs that region can be touched can not touch region definition part
When, the optional position of preset subregion is presented to the user；Such as: determine user need select can not touch region
When shape, automatic spring includes the option of preset shape, is selected for user；Pop-up option shows that optional position includes but unlimited
In left end, right end；
Alternatively, the position of preset subregion is determining position, in the position for determining that user needs to select subregion
When setting, the position of subregion is automatically determined.
Mode two determines the position of subregion according to current display interface.
In implementation, starting can not detect current display after touch formula, when determining that user needs to select the position of subregion
Interface, current display interface can be the interface of runs software, can also be other interfaces, the embodiment of the present invention is with current interface
For runs software, the method that illustrates that the position in region can not be touched according to current display interface determination.According to software and position
Corresponding relationship determines the corresponding position of currently running software, and using determining position as the position of subregion；For example, with
The software of family operation is that music player sets touch area lower end to touch region, for convenience using vertical screen display
User's operation, it is fixed respectively in the left end, centre, right end that can not touch region when the software for detecting operation is music player
Justice one can touch region, wherein and left end can touch region and be defined as " last track ", and centre can touch region and be defined as " pause/broadcasting ",
Right end can touch region and be defined as " next track "；
Alternatively, detecting currently running software, according to the corresponding relationship of software type and position, determine currently running soft
The corresponding position of part type, and using determining position as the position that can touch region；For example, the software of one-handed performance will be needed to determine
Justice is type one, and the software definition for needing both hands to operate is type two, and the corresponding sub-window position of type one, which is located at, can not touch area
Among domain, the corresponding sub-window position of type two, which is located at, can not touch region left and right ends.
Mode three, the region selected according to user determine the position of subregion.
In implementation, user carries out long-pressing to that can not touch region according to actual needs, by hand, selects that can not touch in region
Surely the position of the subregion needed.
Behind the position for determining subregion, the shape for determining subregion is also needed；The shape method of determination of subregion includes but not
Some or all of be limited in following manner:
Mode one, the shape of preset subregion.
In implementation, after determination can not touch region, determining that user needs that region can be touched can not touch region definition part
When, the optional shape of preset subregion is presented to the user；For example, in the shape for determining that user needs to select subregion
When, automatic spring includes the option of preset shape, is selected for user；
Alternatively, the shape of preset subregion is determining shape, in the shape for determining that user needs to select subregion
When shape, the shape of subregion is automatically generated.
Mode two determines the shape of subregion according to current display interface.
In implementation, determine user need can not touch region definition part can touch region when, detect current display interface,
Current display interface can be the interface of runs software, can also be other interfaces, and the embodiment of the present invention is run with current interface
For software, the method that illustrates that the shape in region can not be touched according to current display interface determination.According to the correspondence of software and shape
Relationship determines the corresponding shape of currently running software, and using determining shape as the shape of subregion；For example, user transports
Capable software be e-book, e-book use vertical screen display, as shown in figure 13 in order to facilitate the operation of and hold, will be under touch area
End is set as that region can not be touched, and a square shape region conduct, which is respectively set, in the left end and right end that can not touch region can touch area
Domain, wherein left end can touch region and be defined as " prevpage ", and right end can touch region and be defined as " the next page "；Also for example, user runs
Software be video player as shown in figure 14, set touch area lower end to touch region using transverse screen display,
Three border circular areas conducts of intermediate setting that region can not be touched can touch region, wherein and left end can touch region and be defined as " retreating ", in
Between can touch region and be defined as " pause/broadcasting ", right end can touch region and be defined as " F.F. ", thus more convenient user's operation and handle
It holds.
Alternatively, detecting currently running software, according to the corresponding relationship of software type and shape, determine currently running soft
The corresponding shape of part type, and using determining shape as the shape that can not touch region；For example, software can be classified,
Same category of software is run, the shape that can touch region is identical, for example, video player and music player can be set as
Software type one, the corresponding region shape that touches, when detecting that currently running software is type a period of time, can touch area for circle
Domain is shaped to circle.
Mode three, the region selected according to user determine the shape of subregion.
In implementation, determine user need can not touch region definition part can touch region when, user according to actual needs,
Touch area is touched by hand, the shape of the subregion of needs is drawn on touch area.
After the shape for determining subregion, the size for determining subregion is also needed；Wherein, the size method of determination of subregion includes
Some or all of but be not limited in following manner:
Mode one, the size of preset subregion.
In implementation, the size of subregion is preset, after determination can not touch mode region, is determining that it is sub that user needs to define
When the size in region, the optional size of preset subregion is presented to the user；Such as: determining that it is sub that user needs to select
When the size in region, automatic spring includes the option of default size, is selected for user；
Alternatively, the size of preset subregion is determining size, determining that user needs to select the big of subregion
Hour, automatically generate the size of subregion.
Mode two, according to current display interface, determination can touch the size in region.
In implementation, determine user need can not touch region definition part can touch region when, detect current display interface,
Current display interface can be the interface of runs software, can also be other interfaces, and the embodiment of the present invention is run with current interface
For software, the method that illustrates to determine the size of subregion according to current display interface.According to the corresponding relationship of software and size,
Determine the corresponding size of currently running software, and using determining size as the size of subregion；For example, detecting user just
It runs game running certain money, and is transverse screen display, region can not be touched and be located at the lower left corner and the lower right corner, when running the game,
It is hand-held to generally require user's left hand, left hand thumb and the operation of right hand index finger, as shown in figure 15, when running the game, in the lower left corner
The biggish region conduct of setting one in region, which can not be touched, can touch region, and size can be 2 square centimeters, be defined as " accelerating ",
It can not be touched in region in the lower right corner and a smaller area is set as that can touch region, size can be 1 square centimeter, be defined as " running quickly
Run ", when user runs the game, left hand is hand-held, " acceleration " key in user's left hand thumb operation left side, the operation of right hand index finger
" running " key on right side；
Alternatively, detecting currently running software, according to the corresponding relationship of software type and size, determine currently running soft
The corresponding size of part type, and using determining size as the size of subregion；For example, the software that will need to slide touch operation
It is defined as type one, the software definition for needing point touching to operate is type two, and the corresponding subregion size of type one is 3 squares
Centimetre, the corresponding subregion size of type two is 1 square centimeter.
Mode three, the region selected according to user determine the size of subregion.
In implementation, user according to actual needs, by hand touches touch area, draws that can not touch on region
The size of the subregion needed.
In the embodiment of the present invention, touching region and can also add in use according to user in region can not be touched
Add or delete, can also move touch in region and touch region.
In user's use process, addition can touch region if necessary, and the of subregion can be determined according to aforesaid way
Two location informations.
In user's use process, some unwanted regions of touching can be deleted, deletion mode includes but unlimited
In following manner:
Mode one, user's long-pressing can touch region, pop up Option Box, select delete key；
Mode two, user's long-pressing can touch region, tow to specified deletion region, are deleted.
In user's use process, for ease of use, can move can touch region, and concrete mode can be the long-pressing area
The region is drawn to and needs position by domain.
Optionally, it is set as the corresponding subregion that can not be touched inside region of at least one second location information that can touch area
After domain, after detecting that movement can not touch the signal in region, according to the touch track of the subregion detected, determination can not be touched
The moving direction in region, and according to determining moving direction, movement can not touch the position in region.
In implementation, the corresponding region of second location information in region can not be touched and be set as after can touching region, user may be used also
Region can not be touched with movement as needed；User is also predefined to the moving direction that can not touch region, according to the mobile side of user
To movement can not touch region；For example, user this can not touch region with long-pressing, this can not touch area for can not continuously touch region
Domain can flash, and user pulls this as needed can not touch region, realize the movement that can not touch region.
In implementation, hand motion moving direction is defined in the region of touching that can not touch region, mobile to region can not be touched
When, user can touch region by touching, and can touch region induction hand motion moving direction, realize the movement to that can not touch region；
As shown in figure 16, can not touch that region lower end defines touches region, can touch region and defines hand motion moving direction at this.
Wherein, the partial enlarged view in region can not be touched as shown in figure 17, and what which defined touches area
Domain, for defining hand motion moving direction, wherein " ← " indicates that can not touch region is moved to the left, and " → " indicates that area can not be touched
Domain moves right, and " ↑ " indicates that can not touch region moves up, and " → " indicates that can not touch region moves down.
It as shown in figure 18, is the overall flow schematic diagram of adaptive touch screen control method provided by the embodiments of the present application,
In, capturing user action is deliberate action, and starting can not touch formula；According to the region that user selectes in touch area, really
Surely the first location information in region can not be touched；The second location information in region can be touched according to currently running software determination；It is above-mentioned
Mode is the preferred embodiment of the embodiment of the present invention, and claimed embodiment is not limited to aforesaid way.
Step 1801, user action is captured；
Step 1802, judge whether user action is deliberate action, if so, otherwise executing step 1803 terminates this stream
Journey；
Step 1803, starting can not touch formula；
Step 1804, the region selected according to user, determination can not touch the first location information in region；
Step 1805, it is set as the corresponding region of first location information that can not touch region；
Step 1806, according to current display interface, the second location information that subregion is determined in region can not touched；
Step 1807, it is set as the corresponding subregion of second location information that can touch region；
Step 1808, judge whether user needs movement that can not touch region, if so, otherwise executing step 1809 executes step
Rapid 1810；
Step 1809, determination can not touch the moving direction in region, and movement can not touch region；
Step 1810, region can not be touched and region can not be touched and show user, while the cloth of display area can be adjusted
Office or the display transmitance that region can not be touched；Wherein, which can also be between step 1805 and step 1806；
Step 1811, exit can not touch formula, restore original display layout.
It should be noted that executing subject of the embodiment of the present invention includes but is not limited to: mobile phone, tablet computer etc..
Based on the same inventive concept, a kind of equipment of adaptive touch screen control is additionally provided in the embodiment of the present application, due to
The principle that the equipment solves the problems, such as is similar to the adaptive touch screen control method of the embodiment of the present application, therefore the implementation of the equipment can be with
Referring to the implementation of method, overlaps will not be repeated.
As shown in figure 19, the equipment of a kind of adaptive touch screen control provided in an embodiment of the present invention, comprising:
Determining module 1901, for determining at least one first location information；
Control module 1902, for being set as the corresponding region of first location information each in touch area that can not touch area
Domain；
Optionally, the control module 1902 is also used to:
It sets in the corresponding region of first location information each in touch area to after can not touching region, detecting
It states after can not touching and having touch operation on region, ignores the touch operation；Or can not touch on region whether have touch to described
Operation is detected.
Optionally, the determining module 1901 is specifically used for, and after meeting some or all of in following condition, determines extremely
A few first location information:
The movement of the user captured is preset movement；
Determine that the area that user is touched on the touchscreen is not less than preset area；
Determine that the duration that user is touched on the touchscreen is not less than preset duration.
Optionally, the determining module 1901 is specifically used for:
Using the preset location information that can not touch region as the first location information that can not touch region；Or
It is hand-held to prompt user, and the range touched according to user in touch area, determination can not touch the first position in region
Information；Or
According to current display interface, determination can not touch the first location information in region；Or
The region selected according to user, determination can not touch the first location information in region.
Optionally, the control module 1902 is also used to:
It sets in the corresponding region of first location information each in touch area to after can not touching region, by least one
The corresponding subregion that can not be touched inside region of second location information is set as that region can be touched；Detecting the subregion
On have touch operation after, respond the touch operation.
Optionally, the determining module 1901 is specifically used for, and determines the second location information according to following manner:
Using the location information of preset subregion as the second location information of subregion；Or
According to current display interface, the second location information of subregion is determined；Or
The region selected according to user determines the second location information of subregion.
Optionally, the control module 1902 is also used to:
It is set as the corresponding subregion that can not be touched inside region of at least one second location information that can touch region
Later, after detecting that movement can not touch the signal in region, detect that movement can not touch the signal determination in region and can not touch region
Moving direction；According to the moving direction of the determination, the position in region can not be touched described in movement.
Optionally, the control module 1902 is also used to:
Set in the corresponding region of first location information each in touch area to after can not touching region, according to it is described not
Region can be touched, display area is adjusted.
Optionally, the control module 1902 is also used to:
Set in the corresponding region of first location information each in touch area to after can not touching region, adjustment member or
The display transmitance in region can not be touched described in whole.
Above by reference to showing according to the method, apparatus (system) of the embodiment of the present application and/or the frame of computer program product
Figure and/or flow chart describe the application.It should be understood that can realize that block diagram and or flow chart is shown by computer program instructions
The combination of the block of a block and block diagram and or flow chart diagram for figure.These computer program instructions can be supplied to logical
With computer, the processor of special purpose computer and/or other programmable data processing units, to generate machine, so that via meter
The instruction that calculation machine processor and/or other programmable data processing units execute creates for realizing block diagram and or flow chart block
In specified function action method.
Correspondingly, the application can also be implemented with hardware and/or software (including firmware, resident software, microcode etc.).More
Further, the application can take computer usable or the shape of the computer program product on computer readable storage medium
Formula has the computer realized in the medium usable or computer readable program code, to be made by instruction execution system
It is used with or in conjunction with instruction execution system.In the present context, computer can be used or computer-readable medium can be with
It is arbitrary medium, may include, stores, communicates, transmits or transmit program, is made by instruction execution system, device or equipment
With, or instruction execution system, device or equipment is combined to use.
Obviously, various changes and modifications can be made to the invention without departing from essence of the invention by those skilled in the art
Mind and range.In this way, if these modifications and changes of the present invention belongs to the range of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to include these modifications and variations.
Claims (12)
1. a kind of adaptive touch screen control method characterized by comprising
Determine at least one first location information；
It is set as the corresponding region of first location information each in touch area that can not touch region；
Detect it is described can not touch have touch operation on region after, ignore the touch operation；Or area can not be touched to described
Whether there is touch operation to be detected on domain；And
It is set as the corresponding subregion that can not be touched inside region of at least one second location information that can touch region, examine
It measures after having touch operation on the subregion, responds the touch operation；After detecting that movement can not touch the signal in region,
According to the touch track of the subregion detected, determination can not touch the moving direction in region；According to the moving direction of the determination,
The position in region can not be touched described in movement.
2. the method as described in claim 1, which is characterized in that after meeting some or all of in following condition, determine institute
State at least one first location information:
The movement for capturing user is preset movement；
Determine that the area that user is touched on the touchscreen is not less than preset area；
Determine that the duration that user is touched on the touchscreen is not less than preset duration.
3. the method as described in claim 1, which is characterized in that at least one first location information of the determination, comprising:
Using the preset location information that can not touch region as the first location information that can not touch region；Or
It is hand-held to prompt user, and the range touched according to user in touch area, determination can not touch the first location information in region；
Or
According to current display interface, determination can not touch the first location information in region；Or
The region selected according to user, determination can not touch the first location information in region.
4. the method as described in claim 1, which is characterized in that determine the second location information according to following manner, comprising:
Using the location information of preset subregion as the second location information of subregion；Or
According to current display interface, the second location information of subregion is determined；Or
The region selected according to user determines the second location information of subregion.
5. the method as described in claim 1, which is characterized in that described that first location information each in touch area is corresponding
Region is set as can not touching after region, further includes:
Region can not be touched according to described, display area is adjusted.
6. the method as described in claim 1, which is characterized in that described that first location information each in touch area is corresponding
Region is set as can not touching after region, further includes:
The display transmitance in region can not be touched described in adjustment member or whole.
7. a kind of adaptive touch screen controls equipment characterized by comprising
Determining module, for determining at least one first location information；
Control module, for being set as the corresponding region of first location information each in touch area that can not touch region；
The control module is also used to:
Set in the corresponding region of first location information each in touch area to after can not touching region, detect it is described not
It can touch after having touch operation on region, ignore the touch operation；Or can not touch on region whether have touch operation to described
It is detected；And the corresponding subregion that can not be touched inside region of at least one second location information is set as to touch
Region after having touch operation on detecting the subregion, responds the touch operation；Detecting that movement can not touch region
Signal after, according to the touch track of the subregion detected, determination can not touch the moving direction in region；According to the determination
Moving direction, it is mobile described in can not touch the position in region.
8. equipment as claimed in claim 7, which is characterized in that the determining module is specifically used for, the portion in following condition
After dividing or all meeting, at least one described first location information is determined:
The movement of the user captured is preset movement；
Determine that the area that user is touched on the touchscreen is not less than preset area；
Determine that the duration that user is touched on the touchscreen is not less than preset duration.
9. equipment as claimed in claim 7, which is characterized in that the determining module is specifically used for:
Using the preset location information that can not touch region as the first location information that can not touch region；Or
It is hand-held to prompt user, and the range touched according to user in touch area, determination can not touch the first location information in region；
Or
According to current display interface, determination can not touch the first location information in region；Or
The region selected according to user, determination can not touch the first location information in region.
10. equipment as claimed in claim 7, which is characterized in that the determining module is specifically used for, and is determined according to following manner
The second location information:
Using the location information of preset subregion as the second location information of subregion；Or
According to current display interface, the second location information of subregion is determined；Or
The region selected according to user determines the second location information of subregion.
11. equipment as claimed in claim 7, which is characterized in that the control module is also used to:
It sets in the corresponding region of first location information each in touch area to after can not touching region, can not be touched according to described
Region is adjusted display area.
12. equipment as claimed in claim 7, which is characterized in that the control module is also used to:
It sets in the corresponding region of first location information each in touch area to after can not touching region, adjustment member or whole
The display transmitance that region can not be touched.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105632351B (en) * | 2016-03-10 | 2018-06-26 | 广东欧珀移动通信有限公司 | The display effect adjusting method of electronic device and display screen with display screen |
| CN107438823A (en) * | 2016-03-31 | 2017-12-05 | 华为技术有限公司 | Method, apparatus, electronic equipment, display interface and the storage medium for not touching region are set |
| CN106453825A (en) * | 2016-09-05 | 2017-02-22 | 努比亚技术有限公司 | Wrong-touch-prevention apparatus and method |
| CN106598455B (en) * | 2016-11-07 | 2020-12-22 | 掌阅科技股份有限公司 | Touch behavior response method and device for handheld touch equipment and corresponding equipment |
| CN106527818B (en) * | 2016-12-16 | 2019-07-02 | Oppo广东移动通信有限公司 | Control method, device and the mobile terminal of touch operation on a kind of mobile terminal |
| CN108304091B (en) * | 2018-01-19 | 2021-08-17 | 昆山国显光电有限公司 | Touch screen control method and device and touch screen |
| CN108829330A (en) * | 2018-05-21 | 2018-11-16 | 上海摩软通讯技术有限公司 | Mobile terminal and its control method |
| CN113031802A (en) * | 2019-12-09 | 2021-06-25 | 华为终端有限公司 | Touch area adjusting method and device |
| CN113467652A (en) * | 2020-03-31 | 2021-10-01 | 华为技术有限公司 | Mistaken touch reminding method and device for under-screen camera terminal equipment |
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