CN102402368A - Display control method and device - Google Patents
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- CN102402368A CN102402368A CN2010102808039A CN201010280803A CN102402368A CN 102402368 A CN102402368 A CN 102402368A CN 2010102808039 A CN2010102808039 A CN 2010102808039A CN 201010280803 A CN201010280803 A CN 201010280803A CN 102402368 A CN102402368 A CN 102402368A
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Abstract
The invention provides a display control method and device, belonging to the technical field of display processing, wherein the display control method is applied to a display unit and comprises the steps of: obtaining an object to be displayed; displaying the object on the display unit, wherein a first display effect is controlled for displaying a first part of the object in a focus region, a second display effect is controlled for displaying a second part of the object in a non-focus region; and according to a preset strategy, controlling the focus region to move to the second position of the object from the first position of the object, wherein the first display effect is different from the second display effect, and the focus region and the non-focus region are two regions which are not overlapped on the display unit. According to the invention, the display effect of the display unit can be improved.
Description
Technical field
The present invention relates to the Display Processing Technology field, be specifically related to a kind of display control method and display control unit.
Background technology
At present, various terminal devices are used widely, and these terminal devices comprise individual PC, mobile phone terminal, palm PC, panel computer and electronic book readers (like electric paper book) etc.Utilize on these terminal devices, can read various data files, thereby be very easy to the people's work life.
How improving the display effect of these terminal devices, make the user obtain better reading experience, is the problem of needing solution badly.
Summary of the invention
Embodiment of the invention technical matters to be solved provides a kind of display control method and display control unit, in order to improve the display effect of display unit.
For solving the problems of the technologies described above, the embodiment of the invention provides scheme following:
A kind of display control method is applied to a display unit, comprising:
Obtain object to be shown;
On said display unit, show said object, wherein, control shows the first of said object in focus area with first display effect, shows the second portion of said object in non-focus area with second display effect;
According to predetermined policy, control said focus area moves to said object from the primary importance of said object the second place;
Wherein, said first display effect is different from said second display effect, and said focus area and non-focus area are nonoverlapping two zones on the said display unit.
Preferably, in the above-mentioned display control method,
Said control shows the first of said object in focus area with first display effect, shows that with second display effect second portion of said object in non-focus area comprises:
Control is luminous with first brightness corresponding to the light source of said focus area, controls luminously with second brightness corresponding to the light source of said non-focus area, and said first brightness is greater than said second brightness.
Preferably, in the above-mentioned display control method,
Said control shows the first of said object in focus area with first display effect, shows that with second display effect second portion of said object in non-focus area comprises:
Obtain the original display effect of said object;
Handle the original display effect of said focus area, obtain first display effect;
Handle the original display effect of said non-focus area, obtain second display effect, wherein said first effect is different with said second display effect.
Preferably, in the above-mentioned display control method,
The said focus area of said control from the second place that the primary importance of said object moves to said object is: keep the display position of said object on said display unit constant, control said focus area moves to said object from the primary importance of said object the second place.
Preferably, in the above-mentioned display control method,
The said focus area of said control from the second place that the primary importance of said object moves to said object is: keep the invariant position of said focus area with respect to said display unit; Move on said display unit through controlling said object, make said focus area move to the second place of said object from the primary importance of said object.
Preferably, in the above-mentioned display control method,
Said according to predetermined policy, the said focus area of said control moves to the second place of said object from the primary importance of said object, comprising:
According to predetermined user's reading rate, confirm the translational speed of said focus area;
Control said focus area with said translational speed, move, move to the second place from said primary importance along predefined motion track.
Preferably, in the above-mentioned display control method,
Said according to predetermined policy, control said focus area and move to the second place of said object from the primary importance of said object, comprising:
Detect user's sight line, obtain first coordinate of user's the focus point of sight line on display screen;
According to said first coordinate, control said focus area and move to the second place from said primary importance, make said first coordinate be in the said focus area.
Preferably, in the above-mentioned display control method,
After the said focus area of control moves to the said second place, also comprise:
Obtain said object and be presented at the first content in the said focus area;
Judge and whether have predefined predetermined content in the said first content;
Have said predetermined content in the first content in said focus area, and the viewing area of said predetermined content adjusts the size of said focus area when exceeding said focus area, make the viewing area of said predetermined content be among the said focus area.
The embodiment of the invention also provides a kind of display control unit that is applied to display unit, comprising:
Object obtains the unit, is used to obtain object to be shown;
Indicative control unit is used on said display unit, showing said object, and wherein, control shows the first of said object in focus area with first display effect, shows the second portion of said object in non-focus area with second display effect;
Mobile processing unit is used for according to predetermined policy, controls said focus area moves to said object from the primary importance of said object the second place;
Wherein, said first display effect is different from said second display effect, and said focus area and non-focus area are nonoverlapping two zones on the said display unit.
Preferably, in the above-mentioned display control unit,
Said indicative control unit comprises:
First control module, the light source that is used to control corresponding to said focus area is luminous with first brightness, controls luminously with second brightness corresponding to the light source of said non-focus area, and said first brightness is greater than said second brightness.
Preferably, in the above-mentioned display control unit,
Said indicative control unit comprises:
Effect obtains the unit, is used to obtain the original display effect of said object;
First processing unit is used to handle the original display effect of said focus area, obtains first display effect;
Second processing unit is used to handle the original display effect of said non-focus area, obtains second display effect, and wherein said first effect is different with said second display effect.
Preferably, in the above-mentioned display control unit,
Said mobile processing unit is further used for keeping the display position of said object on said display unit constant, controls said focus area moves to said object from the primary importance of said object the second place.
Preferably, in the above-mentioned display control unit,
Said mobile processing unit; Be further used for keeping the invariant position of said focus area with respect to said display unit; Move on said display unit through controlling said object, make said focus area move to the second place of said object from the primary importance of said object.
Preferably, in the above-mentioned display control unit,
Said mobile processing unit comprises:
Speed is confirmed the unit, is used for confirming the translational speed of said focus area according to predetermined user's reading rate;
First control module is used to control said focus area with said translational speed, moves along predefined motion track, moves to the second place from said primary importance.
Preferably, in the above-mentioned display control unit,
Said mobile processing unit comprises:
Detecting unit is used to detect user's sight line, obtains first coordinate of user's the focus point of sight line on display screen;
Second control module is used for controlling said focus area and moving to the second place from said primary importance according to said first coordinate, makes said first coordinate be in the said focus area.
Preferably, in the above-mentioned display control unit, also comprise:
Content obtains the unit, is used to obtain said object and is presented at the first content in the said focus area;
Judging unit is used for judging whether said first content exists predefined predetermined content;
Adjustment unit; There is said predetermined content in the first content that is used in said focus area; And when the viewing area of said predetermined content exceeds said focus area, adjust the size of said focus area, make the viewing area of said predetermined content be among the said focus area.
Can find out from the above; Display control method that the embodiment of the invention provides and display control unit; The part of said object in focus area show the part of said object in non-focus area through showing, and second display effect reduces greatly with respect to the stimulation of first display effect to human eye with second display effect with first display effect; Perhaps first display effect is more suitable for reading; Thereby enriched the display effect of said object, reduced bright display screen, improved user's reading experience stimulating eyes.And all right basis of the embodiment of the invention is automatically according to reading content, and the size in focusing zone is adjusted, and makes the user obtain better reading experience.Present embodiment also can carry out zone adjustment based on the adjustment order of the focus area of user input.Present embodiment can also or be followed the tracks of user's sight line according to predefined motion track, and the mobile control of sight line focus area is provided convenience for the user provides the content reading in the focus area.
Description of drawings
Fig. 1 is the schematic flow sheet of the embodiment of the invention one said display control method;
Fig. 2 is the structural representation of the embodiment of the invention one said display control unit;
Fig. 3 shows the position from top to bottom of focus area and moves synoptic diagram;
The elder generation that Fig. 4 shows focus area from left to right, synoptic diagram is moved in from top to bottom position again;
Fig. 5 shows the synoptic diagram of adjusting the focus area size in the embodiment of the invention automatically.
Embodiment
The embodiment of the invention is to object to be shown; Two kinds of different display effects are provided; Wherein show the part of said object in focus area with first display effect; Show the part of said object in non-focus area with second display effect, thereby enriched the display effect of said object, improved user's reading experience.Below will combine accompanying drawing, the present invention done further explanation through specific embodiment.
< embodiment one >
The said display control method of the embodiment of the invention can be applied in the display unit such as various electronic equipments such as computing machine, PDA, mobile phone, MP4 and electric paper books, and this display unit specifically can be CRT (cathode-ray picture tube) display or LCD.
Please with reference to Fig. 1, the said display control method of the embodiment of the invention specifically may further comprise the steps:
In the present embodiment, object to be shown is the data file of predefined type normally, for example e-book file, text, Word document file, WPS document files etc.This data file is when showing, the format of setting type into multiple lines and multiple rows usually shows on display unit.
In the present embodiment, non-focus area and focus area are two zones of non-overlapping copies on the display screen of display unit.Take said display unit fully when (showing like maximization) at said object, the zone on the said display unit except that the focus zone all is non-focus area; When said object does not take said display unit fully, also comprise other zone except that said focus area and non-focus area on the said display unit, present embodiment also can adopt said second display effect to show to these other zone.
In the present embodiment, said first display effect can be arranged to the effect that suitable user reads, or second display effect is arranged to eyes of user is stimulated less display effect.The implementation of concrete display effect comprises that hardware is realized and software is realized:
1) wherein, said hardware realizes it being that control is luminous with first brightness corresponding to the light source of said focus area, controls luminously with second brightness corresponding to the light source of said non-focus area, and said first brightness is greater than said second brightness.
For example, when said display unit was the pointolite array display unit, this moment can be through the display effect of hardware mode control focus area and non-focus area.The pointolite array display unit puts on photosensitive material to show through the light that will have image information, generally include array light source with a plurality of pointolites with, each pointolite sends and the corresponding light of image information selectively; Also comprise the lens arra in the face of array light source, said lens arra has respectively and the corresponding a plurality of lens elements of a plurality of pointolites.In this case; Can produce the light of first brightness corresponding to the pointolite of said focus area through control; Control produces the light of second brightness corresponding to the pointolite of said non-focus area, and wherein said first brightness reaches different display effects greater than said second brightness.Because the brightness of non-focus area reduces (present embodiment even can directly close the pointolite corresponding to said non-focus area; Making it brightness is 0); The luminous minimizing of non-focus area is even not luminous; Therefore the stimulation to eyes of user reduces with regard to corresponding, thereby has reduced the infringement of the light of display unit to eyesight.
2) present embodiment can also be realized different display effects through software mode; This processing mode can be applied to multiple display unit; Comprise line source array display unit and above-mentioned pointolite array display unit, specifically comprise: the original display effect that obtains said object; Handle the original display effect of said focus area, obtain first display effect; Handle the original display effect of said non-focus area, obtain second display effect, wherein said first effect is different with said second display effect.Here, first display effect can be identical with said original display effect, and second display effect is arranged to human eye is stimulated less display effect; Perhaps second display effect is identical with original effect, and first effect is arranged to the effect of reading preferably.
For example, promptly, make said focus area and non-focus area have said first display effect and second display effect respectively through the Flame Image Process mode.Concrete, can show predetermined image at non-focus area, utilize this predetermined image as prospect, hide the second portion of said object in non-focus area, the brightness of this predetermined image is lower than predefined corresponding threshold value with/saturation degree; And the focusing zone remains the normal display process of employing, adopts the original display effect to show.The brightness of the color of this predetermined image and/or saturation degree can be provided with lowlyer, to obtain a darker image, reduce non-focus area to stimulating eyes.For example; With a brightness is 0～50 image, i.e. black or dark image are as this predetermined image; Remove to block the said object that shows in the non-focus area, this display effect can reduce bright display screen to stimulating eyes significantly in the darker reading environment of light.Again for example, be provided with the saturation degree of the color of image lower, can access the image of grey, this image is also less to stimulating eyes.Obviously, present embodiment can be as required, selects to have the predetermined image of appropriate brightness and/saturation degree in advance, and is to reduce the stimulation of non-focus area to human eye, exhaustive no longer one by one here.
Again for example, can be directed against the original display effect, improve the contrast of focus area,, be more suitable for reading so that the focus area color contrast is more obvious; Can also further reduce the contrast of non-focus area, it thickened, to reduce of the interference of non-focus area to the user.Certainly, also can utilize the image of dark-background that non-focus area is hidden, to reduce of the stimulation of non-focus area to human eye.
In the present embodiment, can be according to predefined strategy, control has the moving of focus area of first display effect, with the content constraints of the current reading of user in said focus area, make things convenient for the user to read the content of said object in focus area.Concrete focus area moves and comprises following two kinds of implementations:
First kind of implementation be, keeps the display position of said object on said display unit constant, controls said focus area moves to said object from the primary importance of said object the second place.First, second position here is for said object (or display unit), and promptly focus area moves with respect to said object (or display unit).Concrete, when focus area was a rectangular area, moving of upper left corner coordinate that can be through the control focus area (or centre coordinate, upper right corner coordinate, lower left corner coordinate, lower right corner coordinate) realized the mobile of focus area; When focus area is a circle or elliptical region, can realize moving of focus area through the moving of centre coordinate of control focus area.
Second kind of implementation is that the maintenance focus area moves on said display unit through controlling said object with respect to the invariant position of display unit, makes said focus area move to the second place of said object from the primary importance of said object.First, second position here is for said object; Be that focus area moves liking with respect to said; And it is motionless during with respect to display unit; Be actually through moving of object and realize relatively moving of focus area, be similar to a kind of effect of rolling the screen reading, and the position of focus area is motionless with respect to screen.
Based on above display control method, present embodiment correspondingly provides a kind of display control unit that is applied to display unit, and please with reference to shown in Figure 2, this display control unit comprises:
Object obtains the unit, is used to obtain object to be shown;
Indicative control unit is used on said display unit, showing said object, and wherein, control shows the first of said object in focus area with first display effect, shows the second portion of said object in non-focus area with second display effect;
Mobile processing unit is used for according to predetermined policy, controls said focus area moves to said object from the primary importance of said object the second place;
Wherein, said first display effect is different from said second display effect, and said focus area and non-focus area are nonoverlapping two zones on the said display unit.
As a kind of preferred implementation that realizes different display effects; Said indicative control unit comprises: first control module; The light source that is used to control corresponding to said focus area is luminous with first brightness; Control is luminous with second brightness corresponding to the light source of said non-focus area, and said first brightness is greater than said second brightness.
As the another kind of preferred implementation that realizes different display effects, said indicative control unit comprises:
Effect obtains the unit, is used to obtain the original display effect of said object; First processing unit is used to handle the original display effect of said focus area, obtains first display effect;
Second processing unit is used to handle the original display effect of said non-focus area, obtains second display effect, and wherein said first effect is different with said second display effect.
As a kind of implementation that realizes different move modes; Said mobile processing unit; Be further used for keeping the display position of said object on said display unit constant, control said focus area moves to said object from the primary importance of said object the second place.
As the another kind of implementation that realizes different move modes; Said mobile processing unit; Be further used for keeping the invariant position of said focus area with respect to said display unit; Move on said display unit through controlling said object, make said focus area move to the second place of said object from the primary importance of said object.
Can find out from the above; Present embodiment is through showing the part of said object in focus area with first display effect; Show the part of said object in non-focus area with second display effect, and second display effect reduces greatly with respect to the stimulation of first display effect to human eye, thereby enriched the display effect of said object; Reduce bright display screen to stimulating eyes, improved user's reading experience.
< embodiment two >
Present embodiment further specifies and how to control moving of focus area according to predetermined policy on the basis of embodiment one.The said display control method of present embodiment specifically may further comprise the steps:
Step 21 obtains object to be shown.
Step 22; On said display unit, show said object, wherein, control shows the first of said object in focus area with first display effect; Show the second portion of said object in non-focus area with second display effect; Wherein, said first display effect is different from said second display effect, and said focus area and non-focus area are nonoverlapping two zones on the said display unit.
Step 23 according to predetermined policy, is controlled said focus area and is moved to the second place from primary importance.
A preferred implementation as said predetermined policy; Present embodiment can be realized the mobile control of focus area according to predefined user's reading rate and motion track; This moment, above-mentioned steps 23 specifically comprised: according to predetermined user's reading rate, confirm the translational speed of said focus area; Control said focus area with said translational speed, move, move to the second place from said primary importance along predefined motion track.First, second position here can be with respect to the position of display unit or with respect to the position of said object.
Above-mentioned motion track specifically comprises again: motion track from top to bottom, motion track from left to right, motion track from right to left and, earlier from left to right, from top to bottom motion track again.
For example; When focus area moves on said object according to from top to bottom motion track; Can preestablish the initial position and the end position of said focus area; The position can be characterized by the position coordinates of certain point of focus area (like the central point in the upper left corner, central point or the circular focus zone in rectangular focus zone), and concrete motion track also can characterize with the motion track of certain point; When moving from top to bottom, the motion track of certain point of focus area is to keep horizontal ordinate constant, and the control ordinate moves down, and concrete translational speed can decide according to user's reading rate.According to above-mentioned setting, the control focus area progressively moves to end position from initial position then.Fig. 3 shows the position from top to bottom of focus area and moves synoptic diagram.Rectangular block among Fig. 3 in the display unit 310 is represented focus area, and the width of this focus area is identical substantially with the width of display unit.This focus area is according to from top to bottom motion track, and its central point successively progressively is moved downward to 312 places, position from initial position 311, finally is moved downward to end position 313 places.
Again for example, focus area is according to earlier from left to right, when the motion track of browsing with line feed from top to bottom again moves on said object; Still the central point with said focus area is an example; Please refer to Fig. 4, can be from preestablishing initial position 314 beginning, according to from left to right first motion track to right translation; Promptly keep ordinate constant, the horizontal ordinate that changes central point is realized moving; When judging central point according to horizontal ordinate and arrive first boundary position 315; The control focus area jumps to first jump location 316, and this first jump location 316 is (it is identical promptly to have identical horizontal ordinate) under initial position 314, continues the control focus area then since first jump location 316; According to from left to right first motion track to right translation; Move to second boundary position 317, after this can also continue to jump to the second jump location (not shown), by that analogy; Realize earlier from left to right, more from top to bottom whole motion track.
In the present embodiment, the user can also adjust reading rate in real time according to the reading rate of oneself in reading process, and this moment, above-mentioned display control method also comprised: the reading rate adjustment that receives user's input is ordered; According to said reading rate adjustment order, adjust the translational speed of said focus area.Here, the user can import said reading rate adjustment order through button input or gesture input.
Another preferred implementation as said predetermined policy; Present embodiment can be realized the mobile control of focus area according to user's sight line; This moment, above-mentioned steps 23 specifically comprised: detect user's sight line, obtain first coordinate of user's the focus point of sight line on display screen; According to said first coordinate; Control said focus area and move to the second place, make said first coordinate be in the said focus area, for example from said primary importance; Make the coordinate of central point of said focus area overlap with said first coordinate; Like this, just can the sight line focus area follow user's sight line focus and move, make user's sight line focus be in the focus area all the time.
Based on above display control method, present embodiment correspondingly provides a kind of display control unit that is applied to display unit, and this display control unit comprises:
Object obtains the unit, is used to obtain object to be shown;
Indicative control unit is used on said display unit, showing said object, and wherein, control shows the first of said object in focus area with first display effect, shows the second portion of said object in non-focus area with second display effect;
Mobile processing unit is used for according to predetermined policy, controls said focus area moves to said object from the primary importance of said object the second place;
Wherein, said first display effect is different from said second display effect, and said focus area and non-focus area are nonoverlapping two zones on the said display unit.
As a kind of preferred implementation of said predetermined policy, said mobile processing unit comprises:
Speed is confirmed the unit, is used for confirming the translational speed of said focus area according to predetermined user's reading rate;
First control module is used to control said focus area with said translational speed, moves along predefined motion track, moves to the second place from said primary importance.
As the another kind of preferred implementation of said predetermined policy, said mobile processing unit comprises:
Detecting unit is used to detect user's sight line, obtains first coordinate of user's the focus point of sight line on display screen;
Second control module is used for controlling said focus area and moving to the second place from said primary importance according to said first coordinate, makes said first coordinate be in the said focus area.
Can find out that from the above present embodiment can or be followed the tracks of user's sight line according to predefined motion track, the mobile control of sight line focus area is provided convenience for the user provides the content reading in the focus area.
< embodiment three >
Present embodiment further specifies size how to adjust focus area on the basis of embodiment one, two, make it to adapt with user's reading habit and the displaying contents in the focus area.The said display control method of present embodiment specifically may further comprise the steps:
Step 41 obtains object to be shown.
Step 42; On said display unit, show said object, wherein, control shows the first of said object in focus area with first display effect; Show the second portion of said object in non-focus area with second display effect; Wherein, said first display effect is different from said second display effect, and said focus area and non-focus area are nonoverlapping two zones on the said display unit.
Step 43 according to predetermined policy, is controlled said focus area and is moved to the second place from primary importance.
Step 44; After the said focus area of control moves to the said second place; Obtain said object and be presented at the first content in the said focus area, and judge whether there is predefined predetermined content in the said first content: have said predetermined content in the first content in said focus area, and the viewing area of said predetermined content is when exceeding said focus area; Adjust the size of said focus area, make the viewing area of said predetermined content be among the said focus area.
In above-mentioned steps 44, through said object is resolved, can obtain the first content of said object composing in said focus area, judge further whether predetermined content is wherein arranged then.Said predefined predetermined content can comprise contents such as image, data form, and for these contents, the user hopes to carry out the integral body reading usually; To obtain reading effect preferably; Therefore present embodiment when existence exceeds the above-mentioned predetermined content of focus area scope, is adjusted the focus area size automatically in above-mentioned steps 44; Above-mentioned predetermined content is presented in the focus area fully, makes the user can read these contents well.
Fig. 5 shows a kind of application scenarios of said method, comprises a picture 321 that shows on display unit 310 and the display unit among Fig. 5, and the shared display area in the viewing area of this picture 321 has exceeded the area of focus area.At focus area from the position 318 when moving to position 319; Its size remains unchanged, but when focus area moved to position 320, this moment, the partial content of picture 321 was presented in the focus area; In order to obtain reading effect preferably; Present embodiment is adjusted the size of focus area in this case automatically, makes picture 321 be in fully in the focus area, reads to make things convenient for the user.
In the present embodiment, the user can also adjust the size of said focus area voluntarily according to the reading habit of oneself in reading process, and this moment, above-mentioned display control method also comprised: receive the focus area adjustment order of user's input; According to said focus area adjustment order, adjust the size of said focus area.Here, the user can import said focus area adjustment order through button input or gesture input.
Based on above display control method, present embodiment correspondingly provides a kind of display control unit that is applied to display unit, and this display control unit comprises:
Object obtains the unit, is used to obtain object to be shown;
Indicative control unit is used on said display unit, showing said object, and wherein, control shows the first of said object in focus area with first display effect, shows the second portion of said object in non-focus area with second display effect; Wherein, said first display effect is different from said second display effect, and said focus area and non-focus area are nonoverlapping two zones on the said display unit;
Mobile processing unit is used for according to predetermined policy, controls said focus area moves to said object from the primary importance of said object the second place;
Content obtains the unit, is used to obtain said object and is presented at the first content in the said focus area;
Judging unit is used for judging whether said first content exists predefined predetermined content;
Adjustment unit; There is said predetermined content in the first content that is used in said focus area; And when the viewing area of said predetermined content exceeds said focus area, adjust the size of said focus area, make the viewing area of said predetermined content be among the said focus area.
Can find out that from the above present embodiment can be according to automatically according to reading content, the size in focusing zone is adjusted, and makes the user obtain better reading experience.Present embodiment also can carry out zone adjustment based on the adjustment order of the focus area of user input.
The above only is an embodiment of the present invention; Should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; Can also make some improvement and retouching, these improvement and retouching also should be regarded as protection scope of the present invention.
Claims (16)
1. a display control method is applied to a display unit, it is characterized in that, comprising:
Obtain object to be shown;
On said display unit, show said object, wherein, control shows the first of said object in focus area with first display effect, shows the second portion of said object in non-focus area with second display effect;
According to predetermined policy, control said focus area moves to said object from the primary importance of said object the second place;
Wherein, said first display effect is different from said second display effect, and said focus area and non-focus area are nonoverlapping two zones on the said display unit.
2. display control method as claimed in claim 1 is characterized in that,
Said control shows the first of said object in focus area with first display effect, shows that with second display effect second portion of said object in non-focus area comprises:
Control is luminous with first brightness corresponding to the light source of said focus area, controls luminously with second brightness corresponding to the light source of said non-focus area, and said first brightness is greater than said second brightness.
3. display control method as claimed in claim 1 is characterized in that,
Said control shows the first of said object in focus area with first display effect, shows that with second display effect second portion of said object in non-focus area comprises:
Obtain the original display effect of said object;
Handle the original display effect of said focus area, obtain first display effect;
Handle the original display effect of said non-focus area, obtain second display effect, wherein said first effect is different with said second display effect.
4. display control method as claimed in claim 1 is characterized in that,
The said focus area of said control from the second place that the primary importance of said object moves to said object is: keep the display position of said object on said display unit constant, control said focus area moves to said object from the primary importance of said object the second place.
5. display control method as claimed in claim 1 is characterized in that,
The said focus area of said control from the second place that the primary importance of said object moves to said object is: keep the invariant position of said focus area with respect to said display unit; Move on said display unit through controlling said object, make said focus area move to the second place of said object from the primary importance of said object.
6. display control method as claimed in claim 1 is characterized in that,
Said according to predetermined policy, the said focus area of said control moves to the second place of said object from the primary importance of said object, comprising:
According to predetermined user's reading rate, confirm the translational speed of said focus area;
Control said focus area with said translational speed, move, move to the second place from said primary importance along predefined motion track.
7. display control method as claimed in claim 4 is characterized in that,
Said according to predetermined policy, control said focus area and move to the second place of said object from the primary importance of said object, comprising:
Detect user's sight line, obtain first coordinate of user's the focus point of sight line on display screen;
According to said first coordinate, control said focus area and move to the second place from said primary importance, make said first coordinate be in the said focus area.
8. display control method as claimed in claim 1 is characterized in that,
After the said focus area of control moves to the said second place, also comprise:
Obtain said object and be presented at the first content in the said focus area;
Judge and whether have predefined predetermined content in the said first content;
Have said predetermined content in the first content in said focus area, and the viewing area of said predetermined content adjusts the size of said focus area when exceeding said focus area, make the viewing area of said predetermined content be among the said focus area.
9. a display control unit that is applied to display unit is characterized in that, comprising:
Object obtains the unit, is used to obtain object to be shown;
Indicative control unit is used on said display unit, showing said object, and wherein, control shows the first of said object in focus area with first display effect, shows the second portion of said object in non-focus area with second display effect;
Mobile processing unit is used for according to predetermined policy, controls said focus area moves to said object from the primary importance of said object the second place;
Wherein, said first display effect is different from said second display effect, and said focus area and non-focus area are nonoverlapping two zones on the said display unit.
10. display control unit as claimed in claim 9 is characterized in that,
Said indicative control unit comprises:
First control module, the light source that is used to control corresponding to said focus area is luminous with first brightness, controls luminously with second brightness corresponding to the light source of said non-focus area, and said first brightness is greater than said second brightness.
11. display control unit as claimed in claim 9 is characterized in that,
Said indicative control unit comprises:
Effect obtains the unit, is used to obtain the original display effect of said object;
First processing unit is used to handle the original display effect of said focus area, obtains first display effect;
Second processing unit is used to handle the original display effect of said non-focus area, obtains second display effect, and wherein said first effect is different with said second display effect.
12. display control unit as claimed in claim 9 is characterized in that,
Said mobile processing unit is further used for keeping the display position of said object on said display unit constant, controls said focus area moves to said object from the primary importance of said object the second place.
13. display control unit as claimed in claim 9 is characterized in that,
Said mobile processing unit; Be further used for keeping the invariant position of said focus area with respect to said display unit; Move on said display unit through controlling said object, make said focus area move to the second place of said object from the primary importance of said object.
14. display control unit as claimed in claim 9 is characterized in that,
Said mobile processing unit comprises:
Speed is confirmed the unit, is used for confirming the translational speed of said focus area according to predetermined user's reading rate;
First control module is used to control said focus area with said translational speed, moves along predefined motion track, moves to the second place from said primary importance.
15. display control unit as claimed in claim 13 is characterized in that,
Said mobile processing unit comprises:
Detecting unit is used to detect user's sight line, obtains first coordinate of user's the focus point of sight line on display screen;
Second control module is used for controlling said focus area and moving to the second place from said primary importance according to said first coordinate, makes said first coordinate be in the said focus area.
16. display control unit as claimed in claim 9 is characterized in that, also comprises:
Content obtains the unit, is used to obtain said object and is presented at the first content in the said focus area;
Judging unit is used for judging whether said first content exists predefined predetermined content;
Adjustment unit; There is said predetermined content in the first content that is used in said focus area; And when the viewing area of said predetermined content exceeds said focus area, adjust the size of said focus area, make the viewing area of said predetermined content be among the said focus area.
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