CN109343816A - A kind of display methods, display device and electronic equipment - Google Patents
A kind of display methods, display device and electronic equipment Download PDFInfo
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- CN109343816A CN109343816A CN201811158140.6A CN201811158140A CN109343816A CN 109343816 A CN109343816 A CN 109343816A CN 201811158140 A CN201811158140 A CN 201811158140A CN 109343816 A CN109343816 A CN 109343816A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/14—Digital output to display device ; Cooperation and interconnection of the display device with other functional units
- G06F3/147—Digital output to display device ; Cooperation and interconnection of the display device with other functional units using display panels
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/14—Digital output to display device ; Cooperation and interconnection of the display device with other functional units
- G06F3/1407—General aspects irrespective of display type, e.g. determination of decimal point position, display with fixed or driving decimal point, suppression of non-significant zeros
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- General Physics & Mathematics (AREA)
- Controls And Circuits For Display Device (AREA)
Abstract
This disclosure relates to a kind of display methods, display device and electronic equipment.Wherein, display methods, comprising: obtain first location information corresponding with station location marker；If determining that station location marker is located in target area according to first location information, the first subregion in target area including the corresponding first position of station location marker is determined；The second subregion other than target area shows the second image identical with the first image of the first subregion.The image of the first subregion in target area can be moved in the second subregion and be shown, allow users to see the image in the first subregion according to the position of station location marker by display methods, the display device and electronic equipment of the disclosure.
Description
Technical field
This disclosure relates to image display technology field, in particular to a kind of display methods, display device and electronic equipment.
Background technique
When the display screen of electronic equipment is due to screen breakage or the special-shaped design of display screen and in a certain of display screen
When absent region occurs in position, the system of electronic equipment possibly can not obtain the relevant information of the absent region of display screen, and make
Display screen still shows image according to pre-set display resolution, causes normally show in the image of absent region,
It causes the display of display screen to lack, makes user that can not see the image that should be shown in absent region.
Summary of the invention
Present disclose provides a kind of display methods, comprising:
Obtain first location information corresponding with station location marker；
If determining that station location marker is located in target area according to first location information, determine to include position in target area
Identify the first subregion of corresponding first position；
The second subregion other than target area shows the second image identical with the first image of the first subregion.
Further, target area is that display processing unit can export and region that luminous display unit can not export,
First image is the topography corresponding with the first subregion in the unit output content of display processing unit.
Further, the first subregion is identical as the size of the second subregion.
Further, the second subregion is determined in the region adjacent with target area.
Further, determine that the second subregion includes: in the region adjacent with target area
According to the first position relationship of the first subregion and target area, the second of the second subregion and target area is determined
Positional relationship；
According to second position relationship and the target area, the position of the second subregion is determined.
Further, before obtaining first location information corresponding with station location marker, further includes:
According to preset region parameter, target area is determined；
Wherein, region parameter includes at least two in following: zone position parameter, region shape parameter or area size
Parameter.
Further, if determining that station location marker is not located in target area according to first location information, the second subregion
Show third image；Wherein, third image is corresponding with the second subregion in the unit output content of display processing unit
Topography.
The disclosure additionally provides a kind of display device, comprising:
Acquiring unit is configured to obtain first location information corresponding with station location marker；
Determination unit determines if being configured to determine that station location marker is located in target area according to first location information
It include the first subregion of the corresponding first position of station location marker in target area；
Display unit is configured to the second subregion other than target area and shows and the first image of the first subregion
Identical second image.
The disclosure provides a kind of electronic equipment, including at least one processor, at least one processor and storage again
Computer program instructions in memory, when computer program instructions are executed by processor, processor can:
Obtain first location information corresponding with station location marker；
If determining that station location marker is located in target area according to first location information, determine to include position in target area
Identify the first subregion of corresponding first position；
The second subregion other than target area shows the second image identical with the first image of the first subregion.
It further, further include display processing unit, display processing unit is logical with processor and luminous display unit respectively
Letter connection, processor control luminous display unit by display processing unit and show image.
Based on disclosed above, display methods, the display device and electronic equipment of the disclosure can obtain and want to look into user
The corresponding first location information of the station location marker seen, if the first location information shows that station location marker is located in target area,
The first subregion comprising the station location marker is then chosen, and the first picture material shown in the first subregion is moved into target area
It is shown in the second subregion other than domain, when user wants the first image checked in the first subregion, so that it may second
Display the second image identical with the first picture material in subregion allows user to can be clearly seen the in convenient position
Image in one subregion.
Detailed description of the invention
Fig. 1 is the flow chart of the display methods of an embodiment of the present disclosure；
Fig. 2 is the flow chart of the display methods of another embodiment of the disclosure；
Fig. 3 is the example that position is arranged in the first subregion and the second subregion in the disclosure；
Fig. 4 is another example that position is arranged in the first subregion and the second subregion in the disclosure；
Fig. 5 is another example that position is arranged in the first subregion and the second subregion in the disclosure；
Fig. 6 is the flow chart of the display methods of disclosure further embodiment；
Fig. 7 is the structural schematic diagram of the display device of embodiment of the disclosure；
Fig. 8 is the structural schematic diagram of the electronic equipment of embodiment of the disclosure.
Specific embodiment
In the following, being described in detail in conjunction with specific embodiment of the attached drawing to the disclosure, but not as the restriction of the disclosure.
It should be understood that various modifications can be made to disclosed embodiments.Therefore, description above should not regard
To limit, and only as the example of embodiment.Those skilled in the art will expect within the scope and spirit of this
Other modifications.
The attached drawing being included in the description and forms part of the description shows embodiment of the disclosure, and with it is upper
What face provided is used to explain the disclosure together to substantially description and the detailed description given below to embodiment of the disclosure
Principle.
By the description of the preferred form with reference to the accompanying drawings to the embodiment for being given as non-limiting example, the disclosure
These and other characteristic will become apparent.
It is also understood that although the disclosure is described referring to some specific examples, those skilled in the art
Member realizes many other equivalents of the disclosure in which can determine, they have feature as claimed in claim and therefore all
In the protection scope defined by whereby.
When read in conjunction with the accompanying drawings, in view of following detailed description, above and other aspect, the feature and advantage of the disclosure will become
It is more readily apparent.
The specific embodiment of the disclosure is described hereinafter with reference to attached drawing；It will be appreciated, however, that the disclosed embodiments are only
Various ways implementation can be used in the example of the disclosure.Known and/or duplicate function and structure and be not described in detail to avoid
Unnecessary or extra details makes the disclosure smudgy.Therefore, specific structural and functionality disclosed herein is thin
Section is not intended to restrictions, but as just the basis of claim and representative basis be used to instructing those skilled in the art with
Substantially any appropriate detailed construction diversely uses the disclosure.
This specification can be used phrase " in one embodiment ", " in another embodiment ", " in another embodiment
In " or " in other embodiments ", it can be referred to one or more of the identical or different embodiment according to the disclosure.
In the following, embodiment of the disclosure is described in detail in conjunction with attached drawing.
As shown in Figure 1, one embodiment of the disclosure provides a kind of display methods, comprising:
S101, acquisition first location information corresponding with station location marker；
If S102, determining that station location marker is located in target area according to first location information, target area Zhong Bao is determined
Include the first subregion of the corresponding first position of station location marker；
S103, the second subregion other than target area show the second figure identical with the first image of the first subregion
Picture.
The display methods of the present embodiment can obtain and want the corresponding first position of the station location marker checked with user and believe
Breath chooses the first son comprising the station location marker if the first location information shows that station location marker is located in target area
Region, and will be shown in the second subregion that the first picture material shown in the first subregion moves to other than target area, when
When user wants the first image checked in the first subregion, so that it may display and the first picture material phase in the second subregion
The second same image, allows user that the image in the first subregion can be clearly seen in convenient position.
The present embodiment is primarily to solve the display problem of abnormity screen (such as fringe screen) existing in the prior art.By
In the limitation of loudspeaker, image collecting device etc., current comprehensive screen is typically designed as fringe screen, i.e., in the top meeting shielded comprehensively
The notch for designing fringe shape, for installing the elements such as loudspeaker, image collecting device.If application software, can in design
Understand gap position, shape and the size of distinct electronic apparatuses, and accordingly develop display interface, makes it in electronic equipment
Gap position does not show image, then the gap position that can solve abnormity screen, which can not be shown, needs image to be shown, leads to user
The problem of important information may be lost.But the diversification of the design due to the display screen of electronic equipment, application software
Developer is difficult to obtain the display information and its notch information of whole electronic equipments, and general application platform and application
Software be it is general under particular system, therefore, based on the degree of difficulty that development cost and information are collected, be not available
The scheme stated cannot carry out respectively the design of independent application software for each different electronic equipment.And this problem exists
Computer field is more more prominent than field of mobile phones.
Therefore, because the diversification of the hardware of electronic equipment and the versatility of application software, it is desirable to provide one new
Scheme can not show need image to be shown to solve the gap position of abnormity screen, cause user that may lose important information
The problem of.
Certainly, it if the developer of application software is when developing software, reserves above display image and does not show
The region (for example the top 10% of general image does not show any image, and replaced with black background color) of image is simultaneous to realize
Hold, it will cause the aesthetics integrally shown deficiencies, will also result in the excessive missing of display content.It is able to solve even if doing so
Gap position, which shelters from, needs image to be shown, avoids user from can't see the picture material that gap position is shown, can not also be compatible with
Application software before the electronic equipment publication jaggy of display screen band.If it is intended to these compatible applications, then need to expend compared with
Big manpower re-starts the display design of these application software.
Therefore the effect of the application is apparent.
But if continuously display second image of the second subregion other than target area, the second sub-district can be blocked
The other content that domain should be shown checks needs according to user so display is to meet desired on demand, need in user
When checking the first image in target area, then the second image is shown in the second subregion.Demand how is embodied, is generally passed through
Station location marker determines.
In the present embodiment, according to different electronic equipments, station location marker can be different form, specifically, position mark
Knowledge may include: the input (mouse or keyboard) by input unit, and operating body directly inputs (finger), and to human eye vision
The input of positioning.
In one example, when electronic equipment is computer, station location marker can be to be referred to by the mouse that mouse inputs
Needle, at this point, first location information can be the corresponding information in position that mouse pointer passes through or stops at any time；Position
Mark or the input cursor inputted by mouse or keyboard, at this point, when first location information is that input light is marked on any
Carve the corresponding information in position stopped.Therefore, the position of computer can be quickly and accurately controlled using the input of input unit
Mark is moved, and the principle and hardware device that input are simpler, and cost is relatively low.
In another example, when electronic equipment is the mobile terminal of touch-screen input, the first position letter of station location marker
Breath can pass through the location information for touching the corresponding position input of screen at any time for operating body；Station location marker may be
Input cursor when character input, at this point, first location information is the corresponding letter in position that input light is marked on any time stop
Breath.Therefore, it utilizing, operating body directly inputs and can quickly and accurately control the station location marker of touch screen mobile terminal and moved,
And cost is relatively low, user is not necessarily to carry other equipment for controlling touch screen, makes better user experience.
In yet another example, station location marker can be the input positioned to human eye vision, i.e. electronic equipment can pass through
The eye image that image collecting device obtains, and eye image is analyzed, according to the pupillogram of the human eye in eye image
The screen position checked as determining user, and using the screen position region as station location marker.Therefore, using fixed to human eye vision
The input of position may not need user and be operated manually, and automatically determines station location marker by electronic equipment, improves electronic equipment
Intelligence.
Therefore, either mouse pointer, contact action position, or input cursor obtain corresponding with station location marker the
The purpose of one location information is to obtain user currently it is expected to browse the corresponding location information of screen area.
The display methods of the present embodiment can be electronic equipment and default always on function, be also possible to pass through switching
The function opened of mode.When display methods is the function of being opened by way of switching, when the function is not opened, even if
Station location marker is located at target area, will not show the second image in the second subregion, only when the function is opened, just the
Two subregions show the second image.
In the present embodiment, the display methods that the present embodiment is opened by way of switching has two ways:
First way
After opening the display methods of the present embodiment by way of switching, it can remain and open the function.For example,
The function can be opened by way of by next specific keys or Macintosh, and is remained it and opened the function, until
After pressing another specific keys or Macintosh, the function is just closed.
The second way
After opening the display methods of the present embodiment by way of switching, it can temporarily be opened when meeting switching condition
Open the function.For example, the function can be opened when pinning a specific keys or Macintosh, when the release specific keys or group
When closing key, then the function is not turned on.Specifically, specific keys and Macintosh can be keyboard and/or mousebutton.Example again
Such as, when station location marker is located at the time span in target area greater than scheduled duration, the function is just opened.It specifically, can be with
The time of target area is rested on according to cursor of mouse, finger pressing touches time or human eye stop that screen is greater than preset pressure
Time in target area determines that station location marker is located at the time of target area.
Under the first technique, when station location marker leaves target area, the second subregion no longer shows the second image, but
Show other original images of the second subregion, but the function is still within starting state, i.e., when station location marker reenters
When target area, the second subregion still becomes showing the second image.
Under a second technique, when no longer meeting function switch condition and station location marker leaves target area, the second sub-district
Domain no longer shows the second image, but shows other original images of the second subregion, and the function is still within closing shape at this time
State, i.e., when station location marker reenters target area, the second subregion does not show the second image, unless meeting switching item again
Part.
In the present embodiment, target area is that display processing unit can export and area that luminous display unit can not export
Domain, the first image are the topography corresponding with the first subregion in the unit output content of display processing unit.
Specifically, there are display processing unit can export and mesh that luminous display unit can not export for an electronic equipment
Marking region includes the following two kinds situation:
The first situation
The luminous display unit of electronic equipment is special-shaped screen, and the resolution ratio of the output image in display processing unit is
The resolution ratio of general rectangular screen.For example, luminous display unit is the rectangular screen with a notch, and display processing unit
When can only be according to luminous display unit non-notch, the image of output and the rectangular screen equal resolution.At this point, the luminescence display
The indentation, there of device should show the image for the part of display processing unit output being located in the region, still, due to shining
Display device has no luminescence display unit in indentation, there, causes the image at this that can not show.
In this case, electronic equipment can directly be preset by hardware vendor about the notch when leaving the factory
The relevant information of (i.e. target area), can also be according to user's needs, by user's self-setting or adjustment about notch (the i.e. mesh
Mark region) relevant information.When the relevant information of the notch (i.e. target area) is, user pre-set by hardware vendor
Need to choose whether the display methods using the present embodiment.
Second case
The luminous display unit of electronic equipment is rectangular screen, and display processing unit can export corresponding with the rectangular screen
The image of resolution ratio cause some failure area of luminous display unit not show normally but due to screen damage
Diagram picture.At this point, should be shown at the failure area of the luminous display unit display processing unit output be located at the region in
Part image, still, due to luminous display unit at failure area luminescence display unit damage, lead to the figure at this
As that can not show.
In this case, electronic equipment can be according to user's needs, by user's self-setting or adjustment about the damage
The relevant information in region (i.e. target area).
As shown in Fig. 2, obtaining first location information corresponding with station location marker in another embodiment of the disclosure
Before, further includes:
S100, according to preset region parameter, determine target area；
Wherein, region parameter includes at least two in following: zone position parameter, region shape parameter or area size
Parameter.
In the present embodiment, need to determine the zone boundary of target area according to preset region parameter.It therefore, can be with
Utilize zone position parameter relevant to the position of zone boundary is determined, region shape relevant with the shape of zone boundary is determined
Parameter and area size's parameter relevant to the size of zone boundary is determined, are determined the zone boundary of target area.
Specifically, zone position parameter can be set to index point corresponding with the region that luminous display unit can not be shown
Coordinate, for example, the coordinate on any vertex in the region that zone position parameter can not show for the luminous display unit, should
The coordinate etc. at the midpoint in region.Shape corresponding with the region that luminous display unit can not be shown that region shape parameter can be set to
Shape feature, for example, quadrangle, circle, triangle, a line or multiple summits are the abnormity etc. of curve.Area size's parameter can be with
It is set to correspond to the size on each side of polygon, the sweep of circular diameter or abnormity and radian etc. and energy
Enough determine the relevant parameter of the size of the size of the target area.
In one example, zone boundary can be determined by zone position parameter and area size's parameter, such as is determined
After the coordinate at the midpoint in the region that luminous display unit can not be shown, while the size of the four edges in the region is determined, i.e.,
The zone boundary of target area can be determined according to method of geometry.In another example, can by zone position parameter and
Region shape parameter determines zone boundary, such as after the coordinate at midpoint in the region that luminous display unit can not be shown has been determined,
The region shape in the region is determined simultaneously, it can the zone boundary of target area is determined according to method of geometry.At another
In example, zone boundary can be determined by area size's parameter and region shape parameter, such as luminous display unit has been determined
The area size in the region that can not be shown and the region shape in the region, it can the area of target area is determined according to method of geometry
Domain boundary.
In this embodiment, it is preferred that determining mesh according to zone position parameter, region shape parameter and area size's parameter
Mark the zone boundary in region.For example, first determining the coordinate at the midpoint in the region that luminous display unit can not be shown, then determine the area
The shape in domain finally determines specific location, the size of target area according to the size on each boundary in region based on method of geometry
And shape.
Specifically, above-mentioned region parameter can be arranged when leaving the factory according to the property in the region that can not be shown or by with
Family is set as needed.
After target area has been determined, it is also necessary to determine the first subregion in target area.In the present embodiment, first
Subregion can be determined by following methods:
First method
By taking the first subregion is rectangle as an example, according to preset length and predetermined width, target area is divided into multiple the
One subregion.When station location marker is located in any first subregion, that is, show the first image corresponding with first subregion.
Second method
Continue so that the first subregion is rectangle as an example, centered on station location marker, and according to preset length and predetermined width,
It determines that there is the preset length and rectangular area predetermined width and centered on station location marker using method of geometry, makees
For the first subregion.
In the above-mentioned methods, preset length and predetermined width can be fixed value.Preset length and predetermined width can also be with
It is determined according to the boundary dimensions of target area, for example, predetermined width can be the part of the width of target area, presets length
Degree can be the part of the length of target area.
In one embodiment, the first subregion is identical as the size of the second subregion.That is the shape of the second subregion, ruler
It is very little identical with the first subregion, at this point, when being shown in identical second image of the first image using the second subregion
When, it will be able to show the second whole images.It should be noted that in the present embodiment, mostly being carried out so that shape is rectangle as an example
For example, however, it can be other shapes, such as circular subregion also can be applied in the present embodiment.
In another embodiment, the first subregion is not identical as the size of the second subregion.At this point, when utilizing the second son
It, possibly can not if the second subregion is less than the first subregion when region is shown in the first image identical second image
The second whole images is shown, but as long as being the image that can show that the location of station location marker.If the second sub-district
When domain is greater than the first subregion, in fact it could happen that the frame without image also can according to need and extract corresponding first subregion week
The image enclosed is shown in the frame.
In the present embodiment, the second subregion is determined in the region adjacent with target area.By the setting of the second subregion
It when closer from target area, can be used that family is more convenient, the image intuitively checked in the first subregion, improve just
Benefit.
In the present embodiment, determine that the second subregion includes: in the region adjacent with target area
According to the first position relationship of the first subregion and target area, the second of the second subregion and target area is determined
Positional relationship；
According to second position relationship and the target area, the position of the second subregion is determined.
Wherein, first position relationship is that the first subregion is located at the relative position in target area.
In the present embodiment, first position relationship can be set to the first subregion and target area horizontal direction or
The relative positional relationship of the middle line of vertical direction.
For example, as shown in figure 3, when first position relationship is the vertical center line that the first subregion 220 is located at target area 210
230 with it is left when, can determine that the second position relationship of the second subregion 240 and target area 210 is that the second subregion 240 is located at
Therefore the left side of target area 210 the second subregion 240 can be arranged in target area 210 according to the second position relationship
Left side.
For another example as shown in figure 4, when first position relationship is that the first subregion 220 is located in the level of target area 210
When 250 or less line, it can determine that the second position relationship of the second subregion 240 and target area 210 is the second subregion 240
In the lower section of target area 210, therefore, the second subregion 240 can be arranged in target area according to the second position relationship
210 lower section.
In addition, as shown in figure 5, can also determine the first subregion 220 and target based on the midpoint 260 of target area 210
The positional relationship in region 210, and the second subregion 240 is set to index point 270 and the target area of the first subregion 220
Close to the position of the first subregion 220 on the extended line 280 of 210 line.Wherein, index point 270 can be the first subregion
220 any vertex or midpoint etc..In this example, index point 270 is the midpoint of the first subregion 220, the second subregion 240
Midpoint be set on the extended line 280.
As shown in fig. 6, in the further embodiment of the disclosure, display methods further include:
If S104, determining that station location marker is not located in target area according to first location information, the second subregion is shown
Third image；Wherein, third image is the part corresponding with the second subregion in the unit output content of display processing unit
Image.
In the present embodiment, have two according to the situation that first location information determines that station location marker is not located in target area
Kind:
The first situation: station location marker is not located in target area always, at this point, the second subregion always show third figure
Picture, i.e. the second subregion normally show the contents of the section of the image of display processing unit output always.
Second case: station location marker removed by target area after not be located at target area in, at this point, the second subregion by
Show that the second image switches to display third image, i.e., after station location marker removes target area, the second subregion is normally shown
The contents of the section of the image of display processing unit output.
As shown in fig. 7, embodiment of the disclosure additionally provides a kind of display device, comprising:
Acquiring unit 310 is configured to obtain first location information corresponding with station location marker；
Determination unit 320, if being configured to determine that station location marker is located in target area according to first location information, really
Set the goal include in region the corresponding first position of station location marker the first subregion；
Display unit 330 is configured to the second subregion other than target area and shows and the first of the first subregion
Identical second image of image.
The display device of the present embodiment can obtain and want the corresponding first position of the station location marker checked with user and believe
Breath chooses the first son comprising the station location marker if the first location information shows that station location marker is located in target area
Region, and will be shown in the second subregion that the first picture material shown in the first subregion moves to other than target area, when
When user wants the first image checked in the first subregion, so that it may display and the first picture material phase in the second subregion
The second same image, allows user that the image in the first subregion can be clearly seen in convenient position.
If continuously display second image of the second subregion other than target area, can block the second subregion should
The other content of display, so, in this application, display is to meet desired on demand, i.e., needs are checked according to user, with
When family needs to check the first image in target area, then the second image is shown in the second subregion.How demand to be embodied, one
As pass through station location marker determine.
In the present embodiment, according to different electronic equipments, station location marker can be different form, specifically, position mark
Knowledge may include: the input (mouse or keyboard) by input unit, and operating body directly inputs (finger), and to human eye vision
The input of positioning.
In one example, when electronic equipment is computer, station location marker can be to be referred to by the mouse that mouse inputs
Needle, at this point, the first location information that acquiring unit 310 obtains can be the position that mouse pointer passes through or stops at any time
Set corresponding information；Station location marker may be the input cursor inputted by mouse or keyboard, at this point, acquiring unit 310 obtains
The first location information taken is the corresponding information in position that input light is marked on any time stop.Therefore, input unit is utilized
The station location marker that input can quickly and accurately control computer is moved, and the principle and hardware device that input are simpler,
Cost is relatively low.
In another example, when electronic equipment is the mobile terminal of touch-screen input, the first position letter of station location marker
Breath can pass through the location information for touching the corresponding position input of screen at any time for operating body；Station location marker may be
Input cursor when character input, at this point, the first location information that acquiring unit 310 obtains is that input light is marked on any time and stops
The corresponding information in the position stayed.Therefore, it utilizes, operating body, which directly inputs, can quickly and accurately control touch screen mobile terminal
Station location marker is moved, and cost is relatively low, and user is not necessarily to carry other for the equipment that controls touch screen, make user experience compared with
It is good.
In yet another example, station location marker can be the input positioned to human eye vision, i.e. electronic equipment can pass through
The eye image that image collecting device obtains, and eye image is analyzed, according to the pupillogram of the human eye in eye image
The screen position checked as determining user, and using the screen position region as station location marker, to determine that acquiring unit 310 obtains
First location information.Therefore, it is operated manually using may not need user to the input that human eye vision positions, is set by electronics
It is standby to automatically determine station location marker, improve the intelligence of electronic equipment.
Therefore, either mouse pointer, contact action position, or input cursor obtain corresponding with station location marker the
The purpose of one location information is to obtain user currently it is expected to browse the corresponding location information of screen area.
The display methods of the present embodiment can be electronic equipment and default always on function, be also possible to pass through switching
The function opened of mode.When display methods is the function of being opened by way of switching, when the function is not opened, even if
Station location marker is located at target area, will not show the second image in the second subregion, only when the function is opened, just the
Two subregions show the second image.
In the present embodiment, the display methods that the present embodiment is opened by way of switching has two ways:
First way
After opening the display methods of the present embodiment by way of switching, it can remain and open the function.For example,
The function can be opened by way of by next specific keys or Macintosh, and is remained it and opened the function, until
After pressing another specific keys or Macintosh, the function is just closed.
The second way
After opening the display methods of the present embodiment by way of switching, it can temporarily be opened when meeting switching condition
Open the function.For example, the function can be opened when pinning a specific keys or Macintosh, when the release specific keys or group
When closing key, then the function is not turned on.Specifically, specific keys and Macintosh can be keyboard and/or mousebutton.Example again
Such as, when station location marker is located at the time span in target area greater than scheduled duration, the function is just opened.It specifically, can be with
The time of target area is rested on according to cursor of mouse, finger pressing touches time or human eye stop that screen is greater than preset pressure
Time in target area determines that station location marker is located at the time of target area.
Under the first technique, when station location marker leaves target area, the second subregion no longer shows the second image, but
Show other original images of the second subregion, but the function is still within starting state, i.e., when station location marker reenters
When target area, the second subregion still becomes showing the second image.
Under a second technique, when no longer meeting function switch condition and station location marker leaves target area, the second sub-district
Domain no longer shows the second image, but shows other original images of the second subregion, and the function is still within closing shape at this time
State, i.e., when station location marker reenters target area, the second subregion does not show the second image, unless meeting switching item again
Part.
In the present embodiment, target area be the display processing unit of display device can export and display device shine
The region that display device can not export, the first image be display processing unit unit export content in the first subregion pair
The topography answered.
Specifically, there are display processing unit can export and mesh that luminous display unit can not export for an electronic equipment
Marking region includes the following two kinds situation:
The first situation
The luminous display unit of electronic equipment is special-shaped screen, and the resolution ratio of the output image in display processing unit is
The resolution ratio of general rectangular screen.For example, luminous display unit is the rectangular screen with a notch, and display processing unit
When can only be according to luminous display unit non-notch, the image of output and the rectangular screen equal resolution.At this point, the luminescence display
The indentation, there of device should show the image for the part of display processing unit output being located in the region, still, due to shining
Display device has no luminescence display unit in indentation, there, causes the image at this that can not show.
In this case, electronic equipment can directly be preset by hardware vendor about the notch when leaving the factory
The relevant information of (i.e. target area), can also be according to user's needs, by user's self-setting or adjustment about notch (the i.e. mesh
Mark region) relevant information.When the relevant information of the notch (i.e. target area) is, user pre-set by hardware vendor
Need to choose whether the display methods using the present embodiment.
Second case
The luminous display unit of electronic equipment is rectangular screen, and display processing unit can export corresponding with the rectangular screen
The image of resolution ratio cause some failure area of luminous display unit not show normally but due to screen damage
Diagram picture.At this point, should be shown at the failure area of the luminous display unit display processing unit output be located at the region in
Part image, still, due to luminous display unit at failure area luminescence display unit damage, lead to the figure at this
As that can not show.
In this case, electronic equipment can be according to user's needs, by user's self-setting or adjustment about the damage
The relevant information in region (i.e. target area).
In this example it is shown that device further include:
Setting unit 340 is configured to determine target area according to preset region parameter；Wherein, region parameter includes
At least two in following: zone position parameter, region shape parameter or area size's parameter.
In the present embodiment, need to determine the zone boundary of target area according to preset region parameter.It therefore, can be with
Utilize zone position parameter relevant to the position of zone boundary is determined, region shape relevant with the shape of zone boundary is determined
Parameter and area size's parameter relevant to the size of zone boundary is determined, are determined the zone boundary of target area.
Specifically, zone position parameter can be set to index point corresponding with the region that luminous display unit can not be shown
Coordinate, for example, the coordinate on any vertex in the region that zone position parameter can not show for the luminous display unit, should
The coordinate etc. at the midpoint in region.Shape corresponding with the region that luminous display unit can not be shown that region shape parameter can be set to
Shape feature, for example, quadrangle, circle, triangle, a line or multiple summits are the abnormity etc. of curve.Area size's parameter can be with
It is set to correspond to the size on each side of polygon, the sweep of circular diameter or abnormity and radian etc. and energy
Enough determine the relevant parameter of the size of the size of the target area.
In one example, zone boundary can be determined by zone position parameter and area size's parameter, such as is determined
After the coordinate at the midpoint in the region that luminous display unit can not be shown, while the size of the four edges in the region is determined, i.e.,
The zone boundary of target area can be determined according to method of geometry.In another example, can by zone position parameter and
Region shape parameter determines zone boundary, such as after the coordinate at midpoint in the region that luminous display unit can not be shown has been determined,
The region shape in the region is determined simultaneously, it can the zone boundary of target area is determined according to method of geometry.At another
In example, zone boundary can be determined by area size's parameter and region shape parameter, such as luminous display unit has been determined
The area size in the region that can not be shown and the region shape in the region, it can the area of target area is determined according to method of geometry
Domain boundary.
In this embodiment, it is preferred that determining mesh according to zone position parameter, region shape parameter and area size's parameter
Mark the zone boundary in region.For example, first determining the coordinate at the midpoint in the region that luminous display unit can not be shown, then determine the area
The shape in domain finally determines specific location, the size of target area according to the size on each boundary in region based on method of geometry
And shape.
Specifically, above-mentioned region parameter can be arranged when leaving the factory according to the property in the region that can not be shown or by with
Family is set as needed.
After setting unit 340 has determined target area, it is also necessary to determine the first subregion in target area.In this reality
It applies in example, the first subregion can be determined by following methods:
First method
By taking the first subregion is rectangle as an example, according to preset length and predetermined width, target area is divided into multiple the
One subregion.When station location marker is located in any first subregion, that is, show the first image corresponding with first subregion.
Second method
Continue so that the first subregion is rectangle as an example, centered on station location marker, and according to preset length and predetermined width,
It determines that there is the preset length and rectangular area predetermined width and centered on station location marker using method of geometry, makees
For the first subregion.
In the above-mentioned methods, preset length and predetermined width can be fixed value.Preset length and predetermined width can also be with
It is determined according to the boundary dimensions of target area, for example, predetermined width can be the part of the width of target area, presets length
Degree can be the part of the length of target area.
In one embodiment, the first subregion is identical as the size of the second subregion.That is the shape of the second subregion, ruler
It is very little identical with the first subregion, at this point, when being shown in identical second image of the first image using the second subregion
When, it will be able to show the second whole images.It should be noted that in the present embodiment, mostly being carried out so that shape is rectangle as an example
For example, however, it can be other shapes, such as circular subregion also can be applied in the present embodiment.
In another embodiment, the first subregion is not identical as the size of the second subregion.At this point, when utilizing the second son
It, possibly can not if the second subregion is less than the first subregion when region is shown in the first image identical second image
The second whole images is shown, but as long as being the image that can show that the location of station location marker.If the second sub-district
When domain is greater than the first subregion, in fact it could happen that the frame without image also can according to need and extract corresponding first subregion week
The image enclosed is shown in the frame.
In the present embodiment, the second subregion is determined in the region adjacent with target area.By the setting of the second subregion
It when closer from target area, can be used that family is more convenient, the image intuitively checked in the first subregion, improve just
Benefit.
In the present embodiment, setting unit 340 also needs to determine the second subregion in the region adjacent with target area.Tool
Body, setting unit 340 can first according to the first position relationship of the first subregion and target area, determine the second subregion with
The second position relationship of target area determines the position of the second subregion then according to second position relationship and the target area
It sets.Wherein, first position relationship is that the first subregion is located at the relative position in target area.
In the present embodiment, first position relationship can be set to the first subregion and target area horizontal direction or
The relative positional relationship of the middle line of vertical direction.
In the present embodiment, determine that station location marker is not located at target area according to first location information in determination unit 320
When interior, display unit 330 is additionally configured to show third image in the second subregion；Wherein, third image is to handle in display
Topography corresponding with the second subregion in the unit output content of device.
In the present embodiment, have two according to the situation that first location information determines that station location marker is not located in target area
Kind:
The first situation: station location marker is not located in target area always, at this point, the second subregion always show third figure
Picture, i.e. the second subregion normally show the contents of the section of the image of display processing unit output always.
Second case: station location marker removed by target area after not be located at target area in, at this point, the second subregion by
Show that the second image switches to display third image, i.e., after station location marker removes target area, the second subregion is normally shown
The contents of the section of the image of display processing unit output.
As shown in figure 8, another embodiment of the disclosure provides a kind of electronic equipment, including at least one processor
410, at least one processor 420 and the computer program instructions being stored in memory 420, when computer program instructions quilt
Processor 410 execute when, processor 410 can:
Obtain first location information corresponding with station location marker；
If determining that station location marker is located in target area according to first location information, determine to include position in target area
Identify the first subregion of corresponding first position；
The second subregion other than target area shows the second image identical with the first image of the first subregion.
Specifically, above-mentioned processor 410 may include central processing unit or specific integrated circuit.Memory 420 can be with
Including the mass storage etc. for data or instruction.Processor 420 is by reading and executing the calculating stored in memory
Machine program instruction, to realize the data processing method of above-described embodiment.
In the present embodiment, electronic equipment can also include communication interface 430 and bus 440.Wherein, communication interface 440
It is mainly used for realizing the communication in the present embodiment between each module, device, unit and/or equipment.Bus 440 may include hard
The all parts of data processing equipment are coupled to each other together by part, software or both.
It in the present embodiment, further include display processing unit, display processing unit passes through communication interface 440 and processor
410 communication connections, and display processing unit is also communicated to connect with luminous display unit, and processor 410 with display by handling
Device communication shows image to control luminous display unit.
It is apparent to those skilled in the art that for convenience and simplicity of description, the data of foregoing description
The electronic equipment that processing method is applied to, can be with reference to the corresponding description in before-mentioned products embodiment, and details are not described herein.
Above embodiments are only the exemplary embodiment of the disclosure, are not used in the limitation disclosure, the protection scope of the disclosure
It is defined by the claims.Those skilled in the art can make respectively the disclosure in the essence and protection scope of the disclosure
Kind modification or equivalent replacement, this modification or equivalent replacement also should be regarded as falling within the scope of the disclosure.
Claims (10)
1. a kind of display methods, comprising:
Obtain first location information corresponding with station location marker；
If determining that the station location marker is located in target area according to the first location information, determine in the target area
The first subregion including the corresponding first position of the station location marker；
The second subregion other than the target area shows the second figure identical with the first image of first subregion
Picture.
2. display methods according to claim 1, wherein the target area is that display processing unit can be exported and be sent out
The region that electro-optical display device can not export, the first image for the unit of the display processing unit export content in institute
State the corresponding topography of the first subregion.
3. display methods according to claim 1, wherein the size phase of first subregion and second subregion
Together.
4. display methods according to claim 1, wherein determine described second in the region adjacent with the target area
Subregion.
5. display methods according to claim 4, wherein determine described second in the region adjacent with the target area
Subregion includes:
According to the first position relationship of first subregion and the target area, second subregion and the mesh are determined
Mark the second position relationship in region；
According to the second position relationship and the target area, the position of second subregion is determined.
6. display methods according to claim 1, wherein obtain corresponding with station location marker first location information it
Before, further includes:
According to preset region parameter, the target area is determined；
Wherein, the region parameter includes at least two in following: zone position parameter, region shape parameter or area size
Parameter.
7. display methods according to claim 1, wherein if determining that the position is marked according to the first location information
Know and be not located in target area, second subregion shows third image；Wherein, the third image is in display processing dress
Topography corresponding with second subregion in the unit output content set.
8. a kind of display device, comprising:
Acquiring unit is configured to obtain first location information corresponding with station location marker；
Determination unit, if being configured to determine that the station location marker is located in target area according to the first location information,
Determine the first subregion in the target area including the corresponding first position of the station location marker；
Display unit is configured to the second subregion other than the target area and shows and the first of first subregion
Identical second image of image.
9. a kind of electronic equipment, in the memory including at least one processor, at least one processor and storage
Computer program instructions, when the computer program instructions are executed by the processor, the processor can:
Obtain first location information corresponding with station location marker；
If determining that the station location marker is located in target area according to the first location information, determine in the target area
The first subregion including the corresponding first position of the station location marker；
The second subregion other than the target area shows the second figure identical with the first image of first subregion
Picture.
10. electronic equipment according to claim 9 further includes display processing unit, the display processing unit respectively with
The processor and luminous display unit communication connection, the processor control described shine by the display processing unit and show
Showing device shows image.
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| CN201811158140.6A CN109343816A (en) | 2018-09-30 | 2018-09-30 | A kind of display methods, display device and electronic equipment |
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| CN201811158140.6A CN109343816A (en) | 2018-09-30 | 2018-09-30 | A kind of display methods, display device and electronic equipment |
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Application publication date: 20190215 |