CN104252327A - Reading mode start method and device - Google Patents
Reading mode start method and device Download PDFInfo
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- CN104252327A CN104252327A CN201310262918.9A CN201310262918A CN104252327A CN 104252327 A CN104252327 A CN 104252327A CN 201310262918 A CN201310262918 A CN 201310262918A CN 104252327 A CN104252327 A CN 104252327A
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Abstract
The invention discloses a reading mode start method and device. The reading mode start method comprises the steps of obtaining the illuminance of environment light rays; finding a reading mode corresponding to the illuminance; starting the corresponding reading mode. According to the technical scheme, the corresponding reading mode is started according to the illuminance, the reading mode can be automatically switched, the display brightness of a screen can be automatically changed, the reading efficiency is improved, and the reading experience of a user is better.
Description
Technical field
The present invention relates to reading model applied technical field, particularly relate to reading model and enable method and apparatus.
Background technology
Along with the fast development of mobile Internet, increasing user uses the reader of intelligent terminal to read.In reading process, along with scene and the change of time, such as enter from the room of light and dim be transitioned into night within doors, from daytime, the intensity generation marked change of ambient light, ambient brightness changes and screen display brightness does not become, and causes larger stimulation by the eyes of user.
In prior art, the reader of device is provided with different reading models, common reading model have Night and day inter mode; When being in the environment of light, reader is manually enabled as a day inter mode by user, and the brightness of display screen is comparatively strong, and when being in dim environment, reader is manually enabled as Night by user, and the brightness of display screen is more weak; Enable the brightness realizing adjustment display screen without reading model, reduce high light to the stimulation of eyes.
Realizing in process of the present invention, inventor finds that prior art at least exists following problem: because the environment for use change of device is very fast, user needs the reading model of manual switchover reader frequently, and user's reading experience is bad; Some devices adopt the button of pressing fuselage to carry out reading model switching, and often pressing fuselage button, shortens the serviceable life of device.
Summary of the invention
The embodiment of the present invention provides a kind of reading model to enable method and apparatus, and its reading model that can automatically switch, without the need to user's manual operation, user's reading experience is better.
The embodiment of the present invention is by the following technical solutions:
First aspect, provides a kind of reading model to enable method, comprising: the illuminance obtaining ambient light; Find the reading model that illuminance is corresponding; Enable corresponding reading model.
Second aspect, provides a kind of and applies the device that reading model enables method, comprising: illuminance acquiring unit, for obtaining the illuminance of ambient light; Reading model query unit, for the reading model finding illuminance corresponding; Reading model enables unit, for enabling corresponding reading model.
The technical program obtains the illuminance of ambient light, enables corresponding reading model according to illuminance, and enable the screen display brightness that different reading models is corresponding different, the technical program can realize automatic switchover reading model, automatically changes screen display brightness; The environmentally illuminance automatic switchover reading model of light, without the need to user's manual operation, improve the efficiency of reading, user's reading experience is better, and automatically changing screen display brightness can the eye of intelligent protection user, reduces the power consumption of device; And reading model switches without the need to pressing fuselage button, extends the serviceable life of device.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below the accompanying drawing used required in describing the embodiment of the present invention is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to the content of the embodiment of the present invention and these accompanying drawings.
Fig. 1 is the method flow diagram that reading model that the embodiment of the present invention provides enables method first embodiment.
Fig. 2 is the method flow diagram that reading model that the embodiment of the present invention provides enables method second embodiment.
Fig. 3 is the method flow diagram that reading model that the embodiment of the present invention provides enables method the 3rd embodiment.
Fig. 4 is the method flow diagram that reading model that the embodiment of the present invention provides enables method the 4th embodiment.
Fig. 5 is the block diagram of device first embodiment that the embodiment of the present invention provides.
Fig. 6 is the block diagram of device second embodiment that the embodiment of the present invention provides.
Fig. 7 is the block diagram of device the 3rd embodiment that the embodiment of the present invention provides.
Fig. 8 is the block diagram of device the 4th embodiment that the embodiment of the present invention provides.
Embodiment
The technical matters solved for making the present invention, the technical scheme of employing and the technique effect that reaches are clearly, be described in further detail below in conjunction with the technical scheme of accompanying drawing to the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those skilled in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Please refer to Fig. 1, its reading model being the embodiment of the present invention provides enables the method flow diagram of method first embodiment.The reading model method of enabling of the present embodiment is mainly used in various device, comprise smart mobile phone, panel computer, mobile internet device (MID, Mobile Internet Device), book reader, MP4(Moving Picture Experts Group Audio Layer IV, dynamic image expert compression standard audio frequency aspect 4) player, notebook computer, other eventually can terminal etc.
This reading model enables method, comprising:
The illuminance of step S101, acquisition ambient light.
Illuminance, i.e. Lux degree (lux), represent the luminous flux that shot subject surface unit area is subject to.Be below the illuminance term of reference under varying environment, unit lux, the cloudy day is indoor: 5-50, and the cloudy day is outdoor: 50-500, and fine day is indoor: 100-1000.
It is little that ambient light sensor has dark current, and low-light (level) responds, highly sensitive, and electric current strengthens the features such as linearly change with illuminance.In the embodiment of the present invention, obtain the illuminance of ambient light by ambient light sensor, after ambient light sensor senses the illuminance of ambient light, illuminance signal is sent to the process chip of device, process chip gets the illuminance of ambient light.
Step S102, the reading model finding illuminance corresponding.
In order to provide better reading experience to user, for the environment of different light rays, the reader of device provides different reading models, the screen display brightness that different reading models is corresponding different.
In step S102, can be directly from the corresponding relation of preset illuminance and reading model, find the reading model that this illuminance is corresponding; Also can be the illuminance scope divided in advance first determined belonging to this illuminance, then from the corresponding relation of the illuminance scope divided in advance and reading model, find the reading model that the illuminance scope belonging to this illuminance is corresponding.
In step S101 and step S102, can be the illuminance only obtaining ambient light, then according to the reading model that this illuminance finds illuminance corresponding; Also can be the illuminance periodically obtaining ambient light, when determining that the illuminance periodically obtained at predetermined time duration all belongs to the same illuminance scope divided in advance, find the reading model that this illuminance scope is corresponding.
Step S103, enable corresponding reading model.
Enable reading model to realize changing screen display brightness.The brightness of adjustment screen display can adjust the brightness of display screen, also can adjust the brightness of the reader be shown on screen.
The embodiment of the present invention can be Exactly-once when opening reader, performs step S101-S103 successively, enables the reading model of reader according to current environment light; Also can circulate execution, after step S103, returns step S101, and environmentally the reading model of corresponding reader is constantly enabled in the change of light.
To sum up, the illuminance automatic switchover reading model of the embodiment of the present invention environmentally light, without the need to user's manual operation, improve the efficiency of reading, user's reading experience is better, and automatically changing screen display brightness can the eye of intelligent protection user, reduces the power consumption of device; And, without the need to pressing fuselage button, extend the serviceable life of device.
Please refer to Fig. 2, its reading model being the embodiment of the present invention provides enables the method flow diagram of method second embodiment.The key distinction of the present embodiment and method first embodiment is, further illustrates when the illuminance periodically obtained at time duration all belongs to same illuminance scope and enables reading model, and the content of enabling reading model is the brightness of adjustment display.
This reading model enables method, comprising:
The relativeness of S201, preset reading model and display brightness; Divided light illumination range in advance; The corresponding relation of preset illuminance scope and reading model; Predetermined lasting time length.
Pre-set the different display brightness that different reading models is relative, display brightness can be controlled by the backlight electric power of device, by controlling the brightness of the size adjustment display that backlight electric power exports.Divided light illumination range in advance, refers to illuminance to be divided into some sections from small to large, every section of correspondence illuminance scope.The reading model that preset different light degree scope is corresponding different.For representing, predetermined time duration determines that the illuminance of ambient light is stabilized in an illuminance scope duration length, this time duration can be arranged according to practical situations, can be 1 minute, 2 minutes, 5 minutes, 10 minutes etc.
The illuminance of S202, periodically acquisition ambient light.
Ambient light sensor senses the illuminance of ambient light, constantly current illuminance signal is sent to the process chip of device, and process chip can extract illuminance signal by predetermined period.
S203, determine that the illuminance periodically obtained at predetermined time duration all belongs to the same illuminance scope divided in advance, obtain the reading model that illuminance scope is corresponding.
When the illuminance obtained in predetermined time duration all belongs to same illuminance scope, illustrate that this mobile terminal is in a stable light environment, the illuminance scope corresponding according to this environment, obtains corresponding reading model.
S204, obtain the relative display brightness of the reading model of this correspondence.
S205, be this relative display brightness the brightness adjustment of display.
In the embodiment of the present invention, the content of enabling reading model is the brightness of adjustment display, is realized by step S204 and S205.Reading model can be enabled when opening reader, also can enable reading model corresponding to current light degree in advance before opening reader.
To sum up, the embodiment of the present invention periodically obtains the illuminance of ambient light, determine that the illuminance periodically obtained at predetermined time duration all belongs to the same illuminance scope divided in advance, obtain the reading model that illuminance scope is corresponding, then according to the brightness of reading model adjustment display; After illuminance continual and steady a period of time of the ambient light of the present embodiment, just adjust display brightness, the frequency of automatic switchover reading model can be reduced, improve user's reading experience; Such as, user shelters from optical sensor with hand because of carelessness, and this timer can't switch reading model at once, just switches reading model when the duration sheltering from optical sensor reaches predetermined time duration.The illuminance automatic switchover reading model of the technical program environmentally light, without the need to user's manual operation, improve the efficiency of reading, user's reading experience is better, and automatically changing screen display brightness can the eye of intelligent protection user, reduces the power consumption of device.
Please refer to Fig. 3, its reading model being the embodiment of the present invention provides enables the method flow diagram of method the 3rd embodiment.The difference of the present embodiment and method second embodiment is mainly, further illustrate and realize enabling reading model when illuminance that predetermined time duration obtains all belongs to same illuminance scope by step S304-S308, the content of enabling reading model is the display brightness of adjustment reader.
This reading model enables method, comprising:
The relativeness of S301, preset reading model and transparency levels shade; Divided light illumination range in advance; The corresponding relation of preset illuminance scope and reading model; Predetermined lasting time length is 5 minutes.
Pre-set the different transparency levels shade that different reading models is relative; If transparency is 100%, represent that this transparency levels shade is completely transparent, when using this transparency levels shade, the display brightness of this reader is maximum.
In the embodiment of the present invention, illuminance scope is divided into first illuminance scope and second illuminance scope in advance, and the illuminance of first illuminance scope is less than or equal to patten transformation threshold value, and the illuminance of second illuminance scope is greater than patten transformation threshold value.Reading model comprise Night and day inter mode, wherein, the corresponding Night of first illuminance scope, second illuminance scope corresponding day inter mode.
S302, open reader.
Reader can be browser or electronic book reader, can also can be shown in the Software tool for reading information on display screen for other.
The reading model of S303, acquisition acquiescence, enables the reading model of acquiescence.
The reading model of acquiescence can be a day inter mode.Step S304-S308 is that illuminance that predetermined time duration obtains is when all belonging to same illuminance scope, just enable the reading model that illuminance is corresponding, and before this, start the reading model of acquiescence, with summary responses reader, the brightness of adjustment screen display.
The illuminance of S304, acquisition ambient light.
S305, record this and obtain time of illuminance, using this time as with reference to the time.
The illuminance of S306, acquisition ambient light.
S307, judge whether this illuminance obtained all belongs to the same illuminance scope divided in advance with the last illuminance obtained, if so, continue step S309, otherwise, continuation step S308.
Above-mentionedly judge whether this illuminance obtained all belongs to the same illuminance scope divided in advance with the last illuminance obtained, comprise: compared by illuminance that this is obtained and patten transformation threshold value, determine the illuminance scope belonging to this illuminance obtained; Compared by illuminance that the last time is obtained and patten transformation threshold value, determine the last illuminance scope belonging to illuminance obtained; Judge that whether the illuminance scope that this illuminance obtained belongs to is identical with the illuminance scope belonging to the last illuminance obtained.Concrete, realize by following steps: judge whether this illuminance obtained is less than or equal to patten transformation threshold value, if so, this illuminance obtained belongs to first illuminance scope, otherwise this illuminance obtained belongs to second illuminance scope; Judge whether the last illuminance obtained is less than or equal to patten transformation threshold value, if so, the last illuminance obtained belongs to first illuminance scope, otherwise the last illuminance obtained belongs to second illuminance scope; Judge that whether the illuminance scope that this illuminance obtained belongs to is identical with the illuminance scope belonging to the last illuminance obtained.
S308, record this and obtain time of illuminance, using this time as with reference to the time, return step S306.
S309, judge whether the mistiming of current time and reference time is more than or equal to predetermined time duration, if so, continue step S310, otherwise, return step S306.
The reading model that S310, acquisition illuminance scope are corresponding.
S311, use this correspondence reading model adjustment reader display brightness.
Step S311 comprises: obtain the transparency levels shade that corresponding reading model is relative, this relative transparency levels shade is covered in the top of reader.When screen mode toggle is arranged to by reader, be equivalent to the brightness that have adjusted whole screen.Reader covers shade and belongs to prior art, by programming realization, again repeat no more.
From step S304-step S311, perform once according to the process of the display brightness of illuminance adjustment reader; The embodiment of the present invention also can circulate execution, and after step S311, return step S304, environmentally the change of light constantly adjusts the display brightness of reader.
The embodiment of the present invention, to enabling corresponding reading model to reader, comprises the display brightness using corresponding reading model adjustment reader; Can also comprise according to the LED light on reading model control device fuselage luminous, the reading model that prompting user is current.
In the embodiment of the present invention, Night relative transparency is the transparency levels shade of 80%, day inter mode relative transparency be the transparency levels shade of 100%.For day inter mode, shade is completely transparent, does not reduce the display brightness of reader, for Night, utilizes shade that the display brightness of reader is reduced to 80%.Certainly, the transparency number percent of transparency levels shade, can adjust as the case may be.
Said method second embodiment realizes the brightness of adjustment screen display by the brightness of adjustment display, the brightness of adjustment display needs the combination of hardware of control program and device, process chip sending controling instruction controls the size that backlight electric power exports, R&D work more complicated, interface is more, development difficulty is large, and cost is high; Particularly third party software developer is difficult to the control authority obtaining process chip and system program, is difficult to the brightness realizing adjustment display.
And the present embodiment realizes the brightness of adjustment screen display by the display brightness of adjustment reader, adjustment screen display brightness only need process reader self, and without the need to the combination of Focus Control program and hardware, R&D work is fairly simple, software development difficulty is little, and cost is low; Particularly third party software developer is without the need to obtaining the control authority of process chip and system program, just can adjust screen display brightness, brings very large facility to the R&D work of third party software developer.
To sum up, the embodiment of the present invention realizes the brightness of adjustment screen display by the display brightness of adjustment reader, and R&D work is fairly simple, and software development difficulty is little, and cost is low, is particularly conducive to the R&D work of third party software developer.The illuminance automatic switchover reading model of the technical program environmentally light, without the need to user's manual operation, improve the efficiency of reading, user's reading experience is better, and automatically changing screen display brightness can the eye of intelligent protection user, reduces the power consumption of device.
Please refer to Fig. 4, its reading model being the embodiment of the present invention provides enables the method flow diagram of method the 4th embodiment.The difference of the present embodiment and method the 3rd embodiment is mainly, the reading model of acquiescence is enabled when method the 3rd embodiment opens reader, and the present embodiment enables corresponding reading model according to the illuminance obtained first when opening reader, method the 3rd embodiment has 2 illuminance scopes and 2 kinds of reading models, and the present embodiment has 3 illuminance scopes and 3 kinds of reading models, method the 3rd embodiment is by the brightness of transparency levels shade adjustment screen display, and the present embodiment is by transparency levels shade, reader background luminance, the brightness of font color adjustment screen display.
The relativeness of S401, preset reading model and transparency levels shade, background level brightness; Divided light illumination range in advance; The corresponding relation of preset illuminance scope and reading model; Predetermined lasting time length is 5 minutes.
In the embodiment of the present invention, illuminance scope is divided into first illuminance scope, second illuminance scope, the 3rd illuminance scope in advance, the illuminance of first illuminance scope is less than or equal to first mode switching threshold, the illuminance of second illuminance scope is greater than first mode switching threshold and is less than or equal to the second patten transformation threshold value, and the illuminance of the 3rd illuminance scope is greater than the second patten transformation threshold value.
Reading model comprises night mode, cloudy pattern, fine day pattern, wherein, and first corresponding night mode of illuminance scope, second corresponding cloudy pattern of illuminance scope, the 3rd the corresponding fine day pattern of illuminance scope.
In the embodiment of the present invention, there are 3 illuminance scopes and 3 kinds of reading models.It should be noted that, when realizing the technical program, according to real needs, can arrange more than 3 illuminance scopes with more than 3 kinds of reading models.Reading model is more, more can embody the change of ambient light, and the switching of screen display brightness is more level and smooth, and user's reading experience is better.
S402, open reader.
The illuminance of S403, acquisition ambient light.
S404, record this and obtain time of illuminance, using this time as with reference to the time; Obtain the illuminance scope divided in advance belonging to illuminance that this obtains, obtain the reading model that illuminance scope is corresponding, enable corresponding reading model.
Enable corresponding reading model according to the illuminance obtained first when opening reader, the reading model that the first time after opening reader is enabled is consistent with current environment, and user's reading experience is better.
The illuminance of S405, acquisition ambient light.
S406, to be compared by illuminance that this is obtained and first mode switching threshold, the second patten transformation threshold value, determine the illuminance scope belonging to this illuminance obtained; Compared by illuminance that the last time is obtained and first mode switching threshold, the second patten transformation threshold value, determine the last illuminance scope belonging to illuminance obtained.
Whether the illuminance scope belonging to illuminance that S407, the illuminance scope judging this illuminance genus obtained and last time obtain is identical, if so, continues step S409, otherwise, continuation step S408.
S408, record this and obtain time of illuminance, using this time as with reference to the time, return step S405.
S409, judge whether the mistiming of current time and reference time is more than or equal to predetermined time duration, if so, continue step S410, otherwise, return step S405.
The reading model that S410, acquisition illuminance scope are corresponding.
S411, obtain the relative transparency levels shade of the reading model of this correspondence and relative background level brightness.
Wherein, night mode relative transparency is the transparency levels shade of 80%, and cloudy pattern relative transparency is the transparency levels shade of 90%, and fine day pattern relative transparency is the transparency levels shade of 100%.Certainly, the transparency number percent of transparency levels shade, can adjust as the case may be.
S412, this relative transparency levels shade is covered in the top of the elemental areas that Shows Picture of reader, the background luminance of reader is adjusted to this relative background level brightness, the font color of reader display is set to blueness.
Step S411 and S412 is the another kind of mode of the display brightness using reading model adjustment reader.Transparency levels shade is covered in reader by said method the 3rd embodiment, and to adjust the display brightness of reader, implementation procedure is fairly simple, and development difficulty is little; And transparency levels shade is covered in reader by the embodiment of the present invention Shows Picture elemental areas, and adjust the background luminance of reader and the font of reader display, to adjust the display brightness of reader, make the visual effect of the reader after turning down brightness better, user's reading experience is better.
To sum up, the embodiment of the present invention adjusts respectively to the transparency levels shade of reader, background luminance, font color, is conducive to reducing screen to the stimulation of eyes, and visual effect is better, and user's reading experience is better.The illuminance automatic switchover reading model of the technical program environmentally light, without the need to user's manual operation, improve the efficiency of reading, user's reading experience is better, and automatically changing screen display brightness can the eye of intelligent protection user, reduces the power consumption of device.
The embodiment of the device provided for the embodiment of the present invention below.The embodiment of device and above-mentioned reading model are enabled embodiment of the method and are belonged to same design, and the detail content of not detailed description in the embodiment of device can enable embodiment of the method with reference to above-mentioned reading model.
Please refer to Fig. 5, its application reading model being the embodiment of the present invention provides enables the block diagram of device first embodiment of method.This device, comprises following content:
Illuminance acquiring unit 501, for obtaining the illuminance of ambient light.
Reading model query unit 502, for the reading model finding illuminance corresponding.
Reading model enables unit 503, for enabling corresponding reading model.
Wherein, illuminance acquiring unit 501, specifically for obtaining the illuminance of ambient light by ambient light sensor.
Wherein, reader is browser or electronic book reader.
To sum up, the illuminance automatic switchover reading model of the embodiment of the present invention environmentally light, without the need to user's manual operation, improve the efficiency of reading, user's reading experience is better, and automatically changing screen display brightness can the eye of intelligent protection user, reduces the power consumption of device; And, without the need to pressing fuselage button, extend the serviceable life of device.
Please refer to Fig. 6, it is the block diagram of device second embodiment that the embodiment of the present invention provides.The key distinction of the present embodiment and device first embodiment is, further illustrating reading model query unit 502 specifically for determining that the illuminance periodically obtained at predetermined time duration all belongs to the same illuminance scope divided in advance, obtaining the reading model that illuminance scope is corresponding; Reading model enables the brightness of unit 503 according to reading model adjustment display.This device, comprises following content:
Brightness relativeness preset unit 504, for the relativeness of preset reading model and display brightness.
Division scope first module 505, for illuminance scope being divided in advance first illuminance scope and second illuminance scope, the illuminance of first illuminance scope is less than or equal to patten transformation threshold value, and the illuminance of second illuminance scope is greater than patten transformation threshold value.
Pattern corresponding relation preset unit 506, for the corresponding relation of preset illuminance scope and reading model.
Time duration scheduled unit 507, for predetermined lasting time length.
Illuminance acquiring unit 501, specifically for periodically obtaining the illuminance of ambient light.
Reading model query unit 502, specifically for determining that the illuminance periodically obtained at predetermined time duration all belongs to the same illuminance scope divided in advance, obtains the reading model that illuminance scope is corresponding.
Reading model enables unit 503, for enabling corresponding reading model.
Wherein, reading model is enabled unit 503 and is comprised display brightness acquiring unit 5031 and display brightness adjustment unit 5032.
Display brightness acquiring unit 5031, for obtaining the relative display brightness of corresponding reading model.
Display brightness adjustment unit 5032, for being relative display brightness the brightness adjustment of display.
To sum up, embodiment of the present invention reading model query unit 502 determines that the illuminance periodically obtained at predetermined time duration all belongs to the same illuminance scope divided in advance, obtain the reading model that illuminance scope is corresponding, reading model enables the brightness of unit 503 according to reading model adjustment display; After illuminance continual and steady a period of time of the ambient light of the present embodiment, just adjust display brightness, the frequency of automatic switchover reading model can be reduced, improve user's reading experience.The illuminance automatic switchover reading model of the technical program environmentally light, without the need to user's manual operation, improve the efficiency of reading, user's reading experience is better, and automatically changing screen display brightness can the eye of intelligent protection user, reduces the power consumption of device.
Please refer to Fig. 7, it is the block diagram of device the 3rd embodiment that the embodiment of the present invention provides.The key distinction of the present embodiment and device second embodiment is, further illustrate reading model query unit 502 and comprise illuminance receiving element 5021, reference time record cell 5022, illuminance range judging unit 5023 and reading model acquisition unit 5024, reading model enables the display brightness of unit 503 according to reading model adjustment reader.This device, comprises following content:
Shade relativeness preset unit 508, for the relativeness of preset reading model and transparency levels shade.
Division scope first module 505, for illuminance scope being divided in advance first illuminance scope and second illuminance scope, the illuminance of first illuminance scope is less than or equal to patten transformation threshold value, and the illuminance of second illuminance scope is greater than patten transformation threshold value.
Reading model comprise Night and day inter mode, wherein, the corresponding Night of first illuminance scope, second illuminance scope corresponding day inter mode.
Pattern corresponding relation preset unit 506, for the corresponding relation of preset illuminance scope and reading model.
Time duration scheduled unit 507 is 5 minutes for predetermined lasting time length.
Unit 509 opened by reader, for opening reader.
Default mode enables unit 510, for obtaining the reading model of acquiescence, enables the reading model of acquiescence.
Illuminance acquiring unit 501, specifically for periodically obtaining the illuminance of ambient light.
Reading model query unit 502, specifically for determining that the illuminance periodically obtained at predetermined time duration all belongs to the same illuminance scope divided in advance, obtains the reading model that illuminance scope is corresponding.
Wherein, reading model query unit 502, comprises illuminance receiving element 5021, reference time record cell 5022, illuminance range judging unit 5023 and reading model and obtains unit 5024.
Illuminance receiving element 5021, for receiving the illuminance that illuminance acquiring unit 501 obtains, judge whether this illuminance received is the illuminance received first, if, execution operating instruction is sent to reference time record cell 5022, otherwise, send execution operating instruction to illuminance range judging unit 5023.
Reference time record cell 5022, after receiving execution operating instruction, the time of this acquisition illuminance of recording light illumination acquiring unit 501, using this time as the reference time.
Illuminance range judging unit 5023, after receiving execution operating instruction, judge whether this illuminance obtained of illuminance acquiring unit 501 all belongs to the same illuminance scope divided in advance with the last illuminance obtained, if, obtain unit 5024 to reading model and send execution operating instruction, otherwise, send execution operating instruction to reference time record cell 5022, send execution operating instruction to illuminance receiving element 5021.
Reading model obtains unit 5024, after receiving execution operating instruction, judge whether the mistiming of the reference time of current time and reference time record cell 5022 is more than or equal to predetermined time duration, if, obtain the reading model that illuminance scope is corresponding, otherwise, send execution operating instruction to illuminance receiving element 5021.
Wherein, judge whether this illuminance obtained all belongs to the same illuminance scope divided in advance with the last illuminance obtained, comprise: compared by illuminance that this is obtained and patten transformation threshold value, determine the illuminance scope belonging to this illuminance obtained; Compared by illuminance that the last time is obtained and patten transformation threshold value, determine the last illuminance scope belonging to illuminance obtained; Judge that whether the illuminance scope that this illuminance obtained belongs to is identical with the illuminance scope belonging to the last illuminance obtained.
Above-mentionedly judge that the detailed process of illuminance scope is: judge whether this illuminance obtained is less than or equal to patten transformation threshold value, if, this illuminance obtained belongs to first illuminance scope, otherwise this illuminance obtained belongs to second illuminance scope; Judge whether the last illuminance obtained is less than or equal to patten transformation threshold value, if so, the last illuminance obtained belongs to first illuminance scope, otherwise the last illuminance obtained belongs to second illuminance scope.
Reading model enables unit 503, for enabling corresponding reading model.
Wherein, reading model enables unit 503, specifically for enabling corresponding reading model to reader.It comprises: the display brightness using corresponding reading model adjustment reader.
Wherein, reading model enables unit 503, comprises shade acquiring unit 5033 and shade covering first module 5034.
Shade acquiring unit 5033, for obtaining the relative transparency levels shade of corresponding reading model.
Shade covers first module 5034, for relative transparency levels shade being covered in the top of reader.
Reading model comprise Night and day inter mode, wherein, Night relative transparency is the transparency levels shade of 80%, day inter mode relative transparency be the transparency levels shade of 100%.
To sum up, embodiment of the present invention reading model enables the display brightness realization adjustment screen display brightness that unit 503 adjusts reader, and R&D work is fairly simple, and software development difficulty is little, and cost is low, is particularly conducive to the R&D work of third party software developer.The illuminance automatic switchover reading model of the technical program environmentally light, without the need to user's manual operation, improve the efficiency of reading, user's reading experience is better, and automatically changing screen display brightness can the eye of intelligent protection user, reduces the power consumption of device.
Please refer to Fig. 8, it is the block diagram of device the 4th embodiment that the embodiment of the present invention provides.The difference of the present embodiment and device the 3rd embodiment is mainly, the reading model of acquiescence is enabled when device the 3rd embodiment opens reader, and the present embodiment enables corresponding reading model according to the illuminance obtained first when opening reader, device the 3rd embodiment has 2 illuminance scopes and 2 kinds of reading models, and the present embodiment has 3 illuminance scopes and 3 kinds of reading models, device the 3rd embodiment is by the brightness of transparency levels shade adjustment screen display, and the present embodiment is by transparency levels shade, reader background luminance, the brightness of font color adjustment screen display.This device, comprises following content:
Shade and background relativeness preset unit 511, for the relativeness of preset reading model and transparency levels shade, background level brightness.
Division scope second unit 512, for illuminance scope being divided in advance first illuminance scope, second illuminance scope, the 3rd illuminance scope, the illuminance of first illuminance scope is less than or equal to first mode switching threshold, the illuminance of second illuminance scope is greater than first mode switching threshold and is less than or equal to the second patten transformation threshold value, and the illuminance of the 3rd illuminance scope is greater than the second patten transformation threshold value.
Reading model comprises night mode, cloudy pattern, fine day pattern, wherein, and first corresponding night mode of illuminance scope, second corresponding cloudy pattern of illuminance scope, the 3rd the corresponding fine day pattern of illuminance scope.
Pattern corresponding relation preset unit 506, for the corresponding relation of preset illuminance scope and reading model.
Time duration scheduled unit 507 is 5 minutes for predetermined lasting time length.
Unit 509 opened by reader, for opening reader.
Illuminance acquiring unit 501, specifically for periodically obtaining the illuminance of ambient light.
Illuminance receiving element 5021, also performs after operating instruction for sending to reference time record cell 5022, enables unit 513 send execution operating instruction to pattern first.
Pattern enables unit 513 first, after receiving execution operating instruction, obtains the illuminance scope divided in advance belonging to illuminance, obtains the reading model that illuminance scope is corresponding, enable corresponding reading model.
Wherein, reading model query unit 502, comprises illuminance receiving element 5021, reference time record cell 5022, illuminance range judging unit 5023 and reading model and obtains unit 5024.
Illuminance receiving element 5021, for receiving the illuminance that illuminance acquiring unit 501 obtains, judge whether this illuminance received is the illuminance received first, if, execution operating instruction is sent to reference time record cell 5022, otherwise, send execution operating instruction to illuminance range judging unit 5023.
Reference time record cell 5022, after receiving execution operating instruction, the time of this acquisition illuminance of recording light illumination acquiring unit 501, using this time as the reference time.
Illuminance range judging unit 5023, after receiving execution operating instruction, judge whether this illuminance obtained of illuminance acquiring unit 501 all belongs to the same illuminance scope divided in advance with the last illuminance obtained, if, obtain unit 5024 to reading model and send execution operating instruction, otherwise, send execution operating instruction to reference time record cell 5022, send execution operating instruction to illuminance receiving element 5021.
Reading model obtains unit 5024, after receiving execution operating instruction, judge whether the mistiming of the reference time of current time and reference time record cell 5022 is more than or equal to predetermined time duration, if, obtain the reading model that illuminance scope is corresponding, otherwise, send execution operating instruction to illuminance receiving element 5021.
Wherein, judge whether this illuminance obtained all belongs to the same illuminance scope divided in advance with the last illuminance obtained, and comprising:
Compared by illuminance that this is obtained and first mode switching threshold, the second patten transformation threshold value, determine the illuminance scope belonging to this illuminance obtained; Compared by illuminance that the last time is obtained and first mode switching threshold, the second patten transformation threshold value, determine the last illuminance scope belonging to illuminance obtained; Judge that whether the illuminance scope that this illuminance obtained belongs to is identical with the illuminance scope belonging to the last illuminance obtained.
Reading model enables unit 503, for enabling corresponding reading model.
Wherein, reading model enables unit 503, also for after enabling corresponding reading model, sends perform instruction to illuminance receiving element 5021; The circulation starting reading model according to luminance brightness is again entered after making to enable corresponding reading model, when illuminance receiving element 5021 receives execution instruction, empty illuminance receiving record, receiving the illuminance received for the first time after performing instruction becomes the illuminance received first.
Wherein, reading model enables unit 503, comprises shade and background acquiring unit 5035, shade covers second unit 5036, background luminance adjustment unit 5037, font color setting unit 5038.
Shade and background acquiring unit 5035, for obtaining the relative transparency levels shade of corresponding reading model and relative background level brightness.
Shade covers second unit 5036, for relative transparency levels shade being covered in the top of the elemental areas that Shows Picture of reader.
Background luminance adjustment unit 5037, for being adjusted to relative background level brightness the background luminance of reader.
Font color setting unit 5038, is set to blueness for the font color that reader is shown.
Reading model comprises night mode, cloudy pattern, fine day pattern, night mode relative transparency is the transparency levels shade of 80%, cloudy day pattern relative transparency is the transparency levels shade of 90%, and fine day pattern relative transparency is the transparency levels shade of 100%.
To sum up, embodiment of the present invention reading model enables the transparency levels shade of unit 503 pairs of readers, background luminance, font color adjust respectively, and be conducive to reducing screen to the stimulation of eyes, visual effect is better, and user's reading experience is better.The illuminance automatic switchover reading model of the technical program environmentally light, without the need to user's manual operation, improve the efficiency of reading, user's reading experience is better, and automatically changing screen display brightness can the eye of intelligent protection user, reduces the power consumption of device.
One of ordinary skill in the art will appreciate that all or part of step realizing above-described embodiment can have been come by hardware, the hardware that also can carry out instruction relevant by program completes, this program can be stored in a computer-readable recording medium, and storage medium can comprise storer, disk or CD etc.
Above content is only preferred embodiment of the present invention, and for those of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, this description should not be construed as limitation of the present invention.
Claims (18)
1. reading model enables a method, it is characterized in that, comprising:
Obtain the illuminance of ambient light;
Find the reading model that described illuminance is corresponding;
Enable the reading model of described correspondence.
2. method according to claim 1, is characterized in that, the illuminance of described acquisition ambient light, finds the reading model that described illuminance is corresponding, comprising:
Periodically obtain the illuminance of ambient light;
Determine that the illuminance periodically obtained described in predetermined time duration all belongs to the same illuminance scope divided in advance, obtain the reading model that described illuminance scope is corresponding.
3. method according to claim 2, is characterized in that, the illuminance of described acquisition ambient light, finds the reading model that described illuminance is corresponding, comprising:
The illuminance of a, acquisition ambient light;
B, record this and obtain time of illuminance, using this time as with reference to the time;
The illuminance of c, acquisition ambient light;
D, judge whether this illuminance obtained all belongs to the same illuminance scope divided in advance with the last illuminance obtained, if so, continue step e, otherwise, record the time that this obtains illuminance, using this time as the reference time, return step c;
E, judge whether the mistiming of current time and reference time is more than or equal to predetermined time duration, if so, obtain the reading model that described illuminance scope is corresponding, otherwise, return step c.
4. method according to claim 3, is characterized in that, before described steps d, also comprises:
Illuminance scope is divided into first illuminance scope and second illuminance scope in advance, and the illuminance of first illuminance scope is less than or equal to patten transformation threshold value, and the illuminance of second illuminance scope is greater than patten transformation threshold value;
Describedly judge whether this illuminance obtained all belongs to the same illuminance scope divided in advance with the last illuminance obtained, and comprising:
Compared by illuminance that this is obtained and described patten transformation threshold value, determine the illuminance scope belonging to this illuminance obtained; Compared by illuminance that the last time is obtained and described patten transformation threshold value, determine the last illuminance scope belonging to illuminance obtained; Judge that whether the illuminance scope belonged to described in this illuminance obtained is identical with the illuminance scope belonging to the last illuminance obtained;
Described illuminance by this being obtained and described patten transformation threshold value compare, and determine the illuminance scope belonging to this illuminance obtained; Compared by illuminance that the last time is obtained and described patten transformation threshold value, determine the last illuminance scope belonging to illuminance obtained, comprising:
Judge whether this illuminance obtained is less than or equal to described patten transformation threshold value, if so, this illuminance obtained belongs to first illuminance scope, otherwise this illuminance obtained belongs to second illuminance scope; Judge whether the last illuminance obtained is less than or equal to described patten transformation threshold value, if so, the last illuminance obtained belongs to first illuminance scope, otherwise the last illuminance obtained belongs to second illuminance scope;
Described reading model comprise Night and day inter mode, wherein, the corresponding Night of first illuminance scope, second illuminance scope corresponding day inter mode;
Before described step a, also comprise: the reading model obtaining acquiescence, enable the reading model of described acquiescence;
Described enable the reading model of described correspondence after, also comprise: return step a.
5. method according to claim 3, is characterized in that, before described steps d, also comprises:
Illuminance scope is divided into first illuminance scope, second illuminance scope, the 3rd illuminance scope in advance, the illuminance of first illuminance scope is less than or equal to first mode switching threshold, the illuminance of second illuminance scope is greater than first mode switching threshold and is less than or equal to the second patten transformation threshold value, and the illuminance of the 3rd illuminance scope is greater than the second patten transformation threshold value;
Describedly judge whether this illuminance obtained all belongs to the same illuminance scope divided in advance with the last illuminance obtained, and comprising:
Compared by illuminance that this is obtained and described first mode switching threshold, described second patten transformation threshold value, determine the illuminance scope belonging to this illuminance obtained; Compared by illuminance that the last time is obtained and described first mode switching threshold, described second patten transformation threshold value, determine the last illuminance scope belonging to illuminance obtained; Judge that whether the illuminance scope belonged to described in this illuminance obtained is identical with the illuminance scope belonging to the last illuminance obtained;
Described reading model comprises night mode, cloudy pattern, fine day pattern, wherein, and first corresponding night mode of illuminance scope, second corresponding cloudy pattern of illuminance scope, the 3rd the corresponding fine day pattern of illuminance scope;
Described step b also comprises: obtain the illuminance scope divided in advance belonging to described illuminance, obtain the reading model that described illuminance scope is corresponding, enable the reading model of described correspondence.
6. method according to claim 1, is characterized in that, described in enable the reading model of described correspondence, comprising:
Obtaining the display brightness that the reading model of described correspondence is relative, is described relative display brightness the brightness adjustment of display;
Described enable the reading model of described correspondence before, also comprise: the relativeness of preset reading model and display brightness.
7. method according to claim 1, is characterized in that, before the illuminance of described acquisition ambient light, also comprises: open reader;
The described reading model enabling described correspondence, is specially: the reading model described reader being enabled to described correspondence;
The described reading model described reader being enabled to described correspondence, comprising: the display brightness using the reading model adjustment reader of described correspondence.
8. method according to claim 7, is characterized in that, the display brightness of the reading model adjustment reader of the described correspondence of described use, comprising:
Obtain the transparency levels shade that the reading model of described correspondence is relative, described relative transparency levels shade is covered in the top of reader;
Described enable the reading model of described correspondence before, also comprise: the relativeness of preset reading model and transparency levels shade;
Described reading model comprise Night and day inter mode, wherein, Night relative transparency is the transparency levels shade of 80%, day inter mode relative transparency be the transparency levels shade of 100%.
9. method according to claim 7, is characterized in that, the display brightness of the reading model adjustment reader of the described correspondence of described use, comprising:
Obtain the relative transparency levels shade of the reading model of described correspondence and relative background level brightness, described relative transparency levels shade is covered in the top of the elemental areas that Shows Picture of reader, the background luminance of reader is adjusted to described relative background level brightness, the font color of reader display is set to blueness;
Described enable the reading model of described correspondence before, also comprise: the relativeness of preset reading model and transparency levels shade, background level brightness;
Described reading model comprises night mode, cloudy pattern, fine day pattern, night mode relative transparency is the transparency levels shade of 80%, cloudy day pattern relative transparency is the transparency levels shade of 90%, and fine day pattern relative transparency is the transparency levels shade of 100%.
10. apply the device that reading model enables method, it is characterized in that, comprising:
Illuminance acquiring unit, for obtaining the illuminance of ambient light;
Reading model query unit, for the reading model finding described illuminance corresponding;
Reading model enables unit, for enabling the reading model of described correspondence.
11. devices according to claim 10, is characterized in that:
Described illuminance acquiring unit, specifically for periodically obtaining the illuminance of ambient light;
Described reading model query unit, specifically for determining that the illuminance periodically obtained described in predetermined time duration all belongs to the same illuminance scope divided in advance, obtains the reading model that described illuminance scope is corresponding.
12. devices according to claim 11, is characterized in that, described reading model query unit comprises:
Illuminance receiving element, for receiving the illuminance that described illuminance acquiring unit obtains, judge whether this illuminance received is the illuminance received first, if, execution operating instruction is sent to reference time record cell, otherwise, send execution operating instruction to illuminance range judging unit;
Reference time record cell, after receiving execution operating instruction, records the time of this acquisition illuminance of described illuminance acquiring unit, using this time as the reference time;
Illuminance range judging unit, after receiving execution operating instruction, judge whether this illuminance obtained of described illuminance acquiring unit all belongs to the same illuminance scope divided in advance with the last illuminance obtained, if, obtain unit to reading model and send execution operating instruction, otherwise, send execution operating instruction to reference time record cell, send execution operating instruction to illuminance receiving element;
Reading model obtains unit, after receiving execution operating instruction, judge whether the mistiming of the reference time of current time and described reference time record cell is more than or equal to predetermined time duration, if, obtain the reading model that described illuminance scope is corresponding, otherwise, send execution operating instruction to illuminance receiving element.
13. devices according to claim 12, is characterized in that, also comprise:
Division scope first module, for illuminance scope being divided in advance first illuminance scope and second illuminance scope, the illuminance of first illuminance scope is less than or equal to patten transformation threshold value, and the illuminance of second illuminance scope is greater than patten transformation threshold value;
Describedly judge whether this illuminance obtained all belongs to the same illuminance scope divided in advance with the last illuminance obtained, and comprising:
Compared by illuminance that this is obtained and described patten transformation threshold value, determine the illuminance scope belonging to this illuminance obtained; Compared by illuminance that the last time is obtained and described patten transformation threshold value, determine the last illuminance scope belonging to illuminance obtained; Judge that whether the illuminance scope belonged to described in this illuminance obtained is identical with the illuminance scope belonging to the last illuminance obtained;
Described illuminance by this being obtained and described patten transformation threshold value compare, and determine the illuminance scope belonging to this illuminance obtained; Compared by illuminance that the last time is obtained and described patten transformation threshold value, determine the last illuminance scope belonging to illuminance obtained, comprising:
Judge whether this illuminance obtained is less than or equal to described patten transformation threshold value, if so, this illuminance obtained belongs to first illuminance scope, otherwise this illuminance obtained belongs to second illuminance scope; Judge whether the last illuminance obtained is less than or equal to described patten transformation threshold value, if so, the last illuminance obtained belongs to first illuminance scope, otherwise the last illuminance obtained belongs to second illuminance scope;
Described reading model comprise Night and day inter mode, wherein, the corresponding Night of first illuminance scope, second illuminance scope corresponding day inter mode;
Described device also comprises: default mode enables unit, for obtaining the reading model of acquiescence, enables the reading model of described acquiescence;
Described reading model enables unit, also for enable described correspondence reading model after, send to described illuminance receiving element and perform instruction.
14. devices according to claim 12, is characterized in that, also comprise:
Division scope second unit, for illuminance scope being divided in advance first illuminance scope, second illuminance scope, the 3rd illuminance scope, the illuminance of first illuminance scope is less than or equal to first mode switching threshold, the illuminance of second illuminance scope is greater than first mode switching threshold and is less than or equal to the second patten transformation threshold value, and the illuminance of the 3rd illuminance scope is greater than the second patten transformation threshold value;
Describedly judge whether this illuminance obtained all belongs to the same illuminance scope divided in advance with the last illuminance obtained, and comprising:
Compared by illuminance that this is obtained and described first mode switching threshold, described second patten transformation threshold value, determine the illuminance scope belonging to this illuminance obtained; Compared by illuminance that the last time is obtained and described first mode switching threshold, described second patten transformation threshold value, determine the last illuminance scope belonging to illuminance obtained; Judge that whether the illuminance scope belonged to described in this illuminance obtained is identical with the illuminance scope belonging to the last illuminance obtained;
Described reading model comprises night mode, cloudy pattern, fine day pattern, wherein, and first corresponding night mode of illuminance scope, second corresponding cloudy pattern of illuminance scope, the 3rd the corresponding fine day pattern of illuminance scope;
Described device also comprises, pattern corresponding relation preset unit, for the corresponding relation of preset illuminance scope and reading model;
Described illuminance receiving element, also performs after operating instruction for sending to reference time record cell, enables unit send execution operating instruction to pattern first;
Described device also comprises: pattern enables unit first, after receiving execution operating instruction, obtains the illuminance scope divided in advance belonging to described illuminance, obtains the reading model that described illuminance scope is corresponding, enable the reading model of described correspondence.
15. devices according to claim 10, is characterized in that, described reading model is enabled unit and comprised:
Display brightness acquiring unit, the display brightness that the reading model for obtaining described correspondence is relative;
Display brightness adjustment unit, for being described relative display brightness the brightness adjustment of display;
Described device also comprises: brightness relativeness preset unit, for the relativeness of preset reading model and display brightness.
16. devices according to claim 10, is characterized in that, also comprise:
Unit opened by reader, for opening reader;
Described reading model enables unit, specifically for enabling the reading model of described correspondence to described reader;
The described reading model described reader being enabled to described correspondence, comprising: the display brightness using the reading model adjustment reader of described correspondence.
17. devices according to claim 16, is characterized in that, described reading model is enabled unit and comprised:
Shade acquiring unit, the transparency levels shade that the reading model for obtaining described correspondence is relative;
Shade covers first module, for described relative transparency levels shade being covered in the top of reader;
Described device also comprises: shade relativeness preset unit, for the relativeness of preset reading model and transparency levels shade;
Described reading model comprise Night and day inter mode, wherein, Night relative transparency is the transparency levels shade of 80%, day inter mode relative transparency be the transparency levels shade of 100%.
18. devices according to claim 16, is characterized in that, described reading model is enabled unit and comprised:
Shade and background acquiring unit, the transparency levels shade that the reading model for obtaining described correspondence is relative and relative background level brightness;
Shade covers second unit, for described relative transparency levels shade being covered in the top of the elemental areas that Shows Picture of reader;
Background luminance adjustment unit, for being adjusted to the background luminance of reader described relative background level brightness;
Font color setting unit, is set to blueness for the font color that reader is shown;
Described device also comprises: shade and background relativeness preset unit, for the relativeness of preset reading model and transparency levels shade, background level brightness;
Described reading model comprises night mode, cloudy pattern, fine day pattern, night mode relative transparency is the transparency levels shade of 80%, cloudy day pattern relative transparency is the transparency levels shade of 90%, and fine day pattern relative transparency is the transparency levels shade of 100%.
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| CN201310262918.9A CN104252327A (en) | 2013-06-27 | 2013-06-27 | Reading mode start method and device |
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| CN111543123A (en) * | 2017-11-20 | 2020-08-14 | 雷恩第一大学 | Lighting device facilitating reading |
| CN110609719A (en) * | 2018-06-14 | 2019-12-24 | 北京金山办公软件股份有限公司 | Method and device capable of replacing reading background |
| WO2020011067A1 (en) * | 2018-07-11 | 2020-01-16 | 北京字节跳动网络技术有限公司 | Display method and device for terminal, terminal, and storage medium |
| CN109062645B (en) * | 2018-07-11 | 2020-02-07 | 北京字节跳动网络技术有限公司 | Method and apparatus for processing information for terminal |
| CN109062645A (en) * | 2018-07-11 | 2018-12-21 | 北京字节跳动网络技术有限公司 | The method and apparatus of processing information for terminal |
| CN111383606A (en) * | 2018-12-29 | 2020-07-07 | Tcl新技术（惠州）有限公司 | Display method of liquid crystal display, liquid crystal display and readable medium |
| CN110187518A (en) * | 2019-04-15 | 2019-08-30 | 北京艾索健康科技有限公司 | A kind of identification at the moment weak device of environmental light intensity |
| CN111443886A (en) * | 2019-10-25 | 2020-07-24 | 泰州悦诚科技信息咨询中心 | Intelligent field mode switching system and method based on image big data processing |
| CN113391778A (en) * | 2021-06-17 | 2021-09-14 | 广东小天才科技有限公司 | Paper-like screen display method, device and equipment |
| CN114138394A (en) * | 2021-12-06 | 2022-03-04 | 北京得间科技有限公司 | Night display mode processing method, electronic device and computer storage medium |
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Application publication date: 20141231 |