CN105872748A - Lamplight adjusting method and device based on video parameter - Google Patents
Lamplight adjusting method and device based on video parameter Download PDFInfo
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- CN105872748A CN105872748A CN201510888481.9A CN201510888481A CN105872748A CN 105872748 A CN105872748 A CN 105872748A CN 201510888481 A CN201510888481 A CN 201510888481A CN 105872748 A CN105872748 A CN 105872748A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/43—Processing of content or additional data, e.g. demultiplexing additional data from a digital video stream; Elementary client operations, e.g. monitoring of home network or synchronising decoder's clock; Client middleware
- H04N21/439—Processing of audio elementary streams
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/43—Processing of content or additional data, e.g. demultiplexing additional data from a digital video stream; Elementary client operations, e.g. monitoring of home network or synchronising decoder's clock; Client middleware
- H04N21/44—Processing of video elementary streams, e.g. splicing a video clip retrieved from local storage with an incoming video stream or rendering scenes according to encoded video stream scene graphs
- H04N21/44012—Processing of video elementary streams, e.g. splicing a video clip retrieved from local storage with an incoming video stream or rendering scenes according to encoded video stream scene graphs involving rendering scenes according to scene graphs, e.g. MPEG-4 scene graphs
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/43—Processing of content or additional data, e.g. demultiplexing additional data from a digital video stream; Elementary client operations, e.g. monitoring of home network or synchronising decoder's clock; Client middleware
- H04N21/442—Monitoring of processes or resources, e.g. detecting the failure of a recording device, monitoring the downstream bandwidth, the number of times a movie has been viewed, the storage space available from the internal hard disk
- H04N21/4424—Monitoring of the internal components or processes of the client device, e.g. CPU or memory load, processing speed, timer, counter or percentage of the hard disk space used
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- Two-Way Televisions, Distribution Of Moving Picture Or The Like (AREA)
Abstract
The invention discloses a lamplight adjusting method and device based on a video parameter. The method comprises the following steps of: continuously obtaining the video parameter and the backlight parameter of a currently played video; analyzing the video parameter of the currently played video, and, in combination with the backlight parameter, obtaining a target optical parameter by analysis according to a video parameter analysis result in a predetermined time interval; and sending the target optical parameter to an environmental lamp in a wireless communication manner, such that the environmental lamp adjusts the self optical parameter according to the target optical parameter. According to the lamplight adjusting method and device based on the video parameter provided by the invention, the optical parameter of the environmental lamp can be adjusted to the optical parameter matched with the content of the currently played video, such that the optical parameters of the environmental lamp, such as the brightness, the colour temperature and the colour, are suitable for the content of the currently played video; therefore, the matching degree of illumination of the environmental lamp and video playing is improved; and the film watching comfort feeling of users is improved.
Description
Technical field
The present invention relates to technical field of data processing, particularly relate to a kind of light regulation side based on video parameter
Method and device.
Background technology
People are when home computer is seen video or sees TV programme or film with television set, in order to reach more preferable
Viewing effect, it usually needs light is dimmed or closes；But work as watched content (such as scene) to send out
Change when changing, the conversion of content cannot be followed due to light and convert, under dark surrounding, if regarding
Frequently content becomes the brightest, can cause the stimulation to eyes, thus produce ophthalmic uncomfortable sense；Or it is, when regarding
Frequently content is switched to lively scene (such as bar), dull due to beholder's surrounding darkness so that it is nothing
Method reaches the impression of film.
At present, prior art exists the lamp that can regulate color, brightness or color can be converted by regulation,
But this dimmable lamp is usually domestic lighting and uses, manually regulation switch or remote controller is needed to carry out light tune
Joint, it is impossible to change along with the conversion of video content of computer or television.
Summary of the invention
In view of this, it is an object of the invention to propose a kind of light adjusting method based on video parameter and dress
Put, it is possible to regulation light is to adapt to the content of currently playing video.
The light adjusting method based on video parameter provided based on the above-mentioned purpose present invention, including:
Persistently obtain video parameter and the backlighting parameters of currently playing video；
Resolve the video parameter of described currently playing video, and according to the video parameter solution in predetermined time interval
Analysis result, obtains objective optics parameter in conjunction with described backlighting parameters analysis；
Described objective optics parameter is sent to ambient light so that it is according to this objective optics by wireless communication mode
The optical parametric of parameter regulation self.
In some embodiments, described video parameter is the view data shown by currently playing video, institute
Stating video parameter analysis result is the brightness data corresponding to view data, and described objective optics parameter is target
Luminance parameter；
Backlighting parameters analysis described in described combination obtains the step of objective optics parameter and then includes:
Calculate the brightness data corresponding to multiple view data obtained successively in described predetermined time interval
Average brightness value；
In conjunction with average brightness value and described backlighting parameters, it is calculated intrinsic brilliance value；
Utilize described intrinsic brilliance value to deduct the first predetermined luminance difference parameter, obtain object brightness parameter.
In some embodiments, the described calculating multiple figures obtained successively in described predetermined time interval
The step of the average brightness value of the brightness data as corresponding to data also includes:
The brightness data corresponding to multiple view data that will obtain successively in described predetermined time interval enters
Row contrasts one by one；
The brightness data difference of the view data excluding more than brightness data and default eliminating ratio is all higher than
The view data of the second predetermined luminance difference parameter；
It is calculated average brightness value according to the brightness data corresponding to remaining view data.
In some embodiments, before the step of the described video parameter persistently obtaining currently playing video also
Including:
Obtain the video classification information of currently playing video；
From the locally extracted ambient light initialized optical parameter obtaining and being associated with this video classification information；
Described ambient light initialized optical parameter is sent to ambient light so that it is according to this by wireless communication mode
The optical parametric of ambient light initialized optical parameter regulation self.
In some embodiments, described video parameter include view data shown by currently playing video and
/ or the voice data that sent, described objective optics parameter includes target color temperature parameters and/or color of object ginseng
Number；
Described according to the video parameter analysis result in predetermined time interval, analyze in conjunction with described backlighting parameters
Step to objective optics parameter then includes:
By described view data acquired at preset time intervals and/or described voice data with build in advance
Vertical multiple models of place mate successively；
Obtain and acquired described view data and/or the described voice data model of place that the match is successful,
The described model of place that the match is successful is described video parameter analysis result；
From the locally extracted scene optical parametric obtaining and being associated with the described model of place that the match is successful；
In conjunction with scene optical parametric and described backlighting parameters, it is calculated objective optics parameter.
Another aspect of the present invention additionally provides a kind of light regulating device based on video parameter, including:
Parameter acquisition module, for persistently obtaining video parameter and the backlighting parameters of currently playing video；
Parameter analysis of electrochemical module, for resolving the video parameter of described currently playing video and obtaining video parameter solution
Analysis result；
Analysis result analyzes module, for according to the video parameter analysis result in predetermined time interval, in conjunction with
Described backlighting parameters analysis obtains objective optics parameter；
Parameter sending module, for sending described objective optics parameter to ambient light by wireless communication mode,
Make it according to the optical parametric of this objective optics parameter regulation self.
In some embodiments, described video parameter is the view data shown by currently playing video, institute
Stating video parameter analysis result is the brightness data corresponding to view data, and described objective optics parameter is target
Luminance parameter；
Described analysis result is analyzed module and is also included:
Average brightness value computing unit, for calculating the multiple figures obtained successively in described predetermined time interval
Average brightness value as the brightness data corresponding to data；
Intrinsic brilliance value computing unit, is used for combining average brightness value and described backlighting parameters, is calculated reality
Border brightness value；
Object brightness parameter calculation unit, is used for utilizing described intrinsic brilliance value to deduct the first predetermined luminance difference
Parameter, obtains object brightness parameter.
In some embodiments, described average brightness value computing unit, it is additionally operable to:
The brightness data corresponding to multiple view data that will obtain successively in described predetermined time interval enters
Row contrasts one by one；
The brightness data difference of the view data excluding more than brightness data and default eliminating ratio is all higher than
The view data of the second predetermined luminance difference parameter；
It is calculated average brightness value according to the brightness data corresponding to remaining view data.
In some embodiments, described light regulating device also includes:
Video classification information acquisition module, for obtaining the video classification information of currently playing video；
Initialized optical parameter extraction module, for being associated with this video classification information from locally extracted obtaining
Ambient light initialized optical parameter；
Described parameter sending module, is additionally operable to send described ambient light initialized optical by wireless communication mode
Parameter is to ambient light so that it is according to the optical parametric of this ambient light initialized optical parameter regulation self.
In some embodiments, described video parameter include view data shown by currently playing video and
/ or the voice data that sent of currently playing video, described video parameter analysis result is and described picture number
According to and/or the contextual data that matches of described voice data, described objective optics parameter includes that target colour temperature is joined
Number and/or color of object parameter；
Described Parameter analysis of electrochemical module, be additionally operable to described view data acquired at preset time intervals and
/ or described voice data mate successively with the multiple models of place pre-build；And, obtain and institute
The described view data obtained and/or the described voice data model of place that the match is successful, described the match is successful
Model of place be described video parameter analysis result；
Described analysis result analyzes module, is additionally operable to obtain and the described scene mould that the match is successful from locally extracted
The scene optical parametric that type is associated；And, in conjunction with scene optical parametric and described backlighting parameters, calculate
To objective optics parameter.
From the above it can be seen that the light adjusting method based on video parameter of present invention offer and device,
Obtain video parameter analysis result by resolving from the video parameter of currently playing video, and combine backlight ginseng
Number analysis obtains an objective optics parameter, by this objective optics parameter being sent to through wireless communication mode
Ambient light, thus the optical parametric of ambient light is adjusted to coordinate the optical parametric of the content of currently playing video,
So that the optical parametrics such as the brightness of ambient light, colour temperature, color adapt to the content of currently playing video, thus increase
Add the fitness of ambient light illumination and video playback, improve the comfort of user's viewing.
Accompanying drawing explanation
The flow process of one embodiment of the light adjusting method based on video parameter that Fig. 1 provides for the present invention
Schematic diagram；
The stream of another embodiment of the light adjusting method based on video parameter that Fig. 2 provides for the present invention
Journey schematic diagram；
The structural representation of the light regulating device embodiment based on video parameter that Fig. 3 provides for the present invention.
Analysis result in the light regulating device embodiment based on video parameter that Fig. 4 provides for the present invention
Analyze the structural representation of module.
Detailed description of the invention
For making the object, technical solutions and advantages of the present invention clearer, below in conjunction with specific embodiment,
And referring to the drawings, the present invention is described in more detail.
It should be noted that the statement of all uses " first " and " second " is in the embodiment of the present invention
Distinguish the entity of two same names non-equal or the parameter of non-equal, it is seen that " first " " second " only for
The convenience of statement, should not be construed as the restriction to the embodiment of the present invention, and this is said by subsequent embodiment the most one by one
Bright.
As it is shown in figure 1, an embodiment of the light adjusting method based on video parameter provided for the present invention
Schematic flow sheet.
Described light adjusting method based on video parameter, can be applicable to PC, intelligent television, smart mobile phone,
The intelligent display devices such as panel computer, specifically can comprise the following steps that
Step 101: the video parameter persistently obtaining currently playing video (can include the every of currently playing video
One frame picture and/or the track being placed in video) and backlighting parameters (i.e. play current video intelligence show
Show the data such as the brightness of backlight in the display device of equipment)；
Step 102: resolve the video parameter of described currently playing video, and according in predetermined time interval
Video parameter analysis result, obtains objective optics parameter in conjunction with described backlighting parameters analysis；
Step 103: send described objective optics parameter to ambient light (that is user by wireless communication mode
It is presently in the luminaire of environment) so that it is according to the optical parametric of this objective optics parameter regulation self.
From above-described embodiment it can be seen that the light adjusting method based on video parameter of present invention offer, logical
Cross to resolve from the video parameter of currently playing video and obtain video parameter analysis result, and combine backlighting parameters
Analysis obtains an objective optics parameter, by this objective optics parameter is sent to ring through wireless communication mode
Border lamp, thus the optical parametric of ambient light is adjusted to coordinate the optical parametric of the content of currently playing video,
So that the optical parametrics such as the brightness of ambient light, colour temperature, color adapt to the content of currently playing video, thus increase
Add the fitness of ambient light illumination and video playback, improve the comfort of user's viewing.
In some cases, change due to the scene etc. of video content so that intelligent display device is current
The picture playing video occurs from dark to bright or from bright to dark situation, and the brightness of ambient light it is possible to regard
The brightness of frequency is no longer mated, therefore, and can be by the light adjusting method based on video parameter of above-described embodiment
Carry out the brightness of adjusting ambient lamp.
Specifically, described video parameter is the view data shown by currently playing video, described video parameter
Analysis result is the brightness data corresponding to view data, when described objective optics parameter is object brightness parameter；
Backlighting parameters analysis described in combination in described step 102 obtains the step of objective optics parameter and then may be used
Farther include:
Calculate the multiple view data obtained successively in described predetermined time interval (that is between certain time
The picture of multiple frames every interior acquisition) corresponding to the average brightness value of brightness data；
Wherein, described brightness data refer to according to view data calculated with frame picture can corresponding on
Brightness value, its calculation can be the frame picture by colored frame picture is converted to black and white, then
(typically from 0 to 255, white is 255 to intensity value ranges to gray value according to each pixel, and black is
0) average gray or the intensity-weighted meansigma methods of whole picture are calculated, then according to this meansigma methods and brightness
The transformation equation set up between data, obtains the brightness data of frame picture；
In conjunction with average brightness value and described backlighting parameters, it is calculated intrinsic brilliance value；
Wherein, the intrinsic brilliance playing video is the backlight illumination of the brightness that reflected of frame picture and display device
Combination, and the brightness of ambient light should contrast with intrinsic brilliance, it is therefore desirable to combine backlight illumination
Calculate intrinsic brilliance value；Specifically, the computational methods of described intrinsic brilliance value can be first to calculate frame picture
During the brightness data in face, the brightness data of frame picture is calculated as a brightness absolute value (that is intrinsic brilliance
Deduct the difference obtained by backlight illumination), then when calculating intrinsic brilliance, can be directly by mean flow rate
Value i.e. can get intrinsic brilliance value plus backlight illumination；Certainly may be used without the mode of weighted calculation, to backlight
Brightness and average brightness value give respective weight, are then calculated intrinsic brilliance value；
Utilize described intrinsic brilliance value to deduct the first predetermined luminance difference parameter, obtain object brightness parameter.
Here, the first predetermined luminance difference parameter can be zero or more than zero any number；When it is zero
Time, then the brightness of default contexts lamp should be equal with the brightness of currently playing video；And when it is more than zero,
Then the brightness of default contexts lamp is less than the brightness of currently playing video, and this design more conforms under normal circumstances
User watches custom during video；Preferably, the span of described first predetermined luminance difference parameter is
100～300lm.
Concrete, in order to ensure the change of the brightness flop more adaptive video content of ambient light, but unlikely
In the most all changing environment lamp brightness, described predetermined time interval is chosen as 5～10s.
Further, the described calculating multiple view data institutes obtained successively in described predetermined time interval
A kind of implementation that optimizes of the step of the average brightness value of corresponding brightness data can comprise the following steps that
The brightness data corresponding to multiple view data that will obtain successively in described predetermined time interval enters
Row contrast one by one (that is the brightness data of the image of each frame obtained successively bright with other images the most successively
Degrees of data contrasts)；
Exclude view data bright of more than brightness data and default eliminating ratio (such as 85%～95%)
Degrees of data difference is all higher than the view data of the second predetermined luminance difference parameter；Such as, at preset time intervals
Inside get the view data of 20 frames, the brightness data of the view data of each frame be the most respectively (100lm,
500lm、501lm、505lm、498lm、450lm、480lm、470lm、500lm、400lm、420lm、
900lm, 500lm, 500lm, 500lm, 480lm, 488lm, 512lm, 520lm, 469lm), false
If the second predetermined luminance difference parameter is 300lm, then can exclude the data of 100lm and 900lm, then
Using remaining brightness data as the basic data averaged, this eliminates the frame changing suddenly brightness
The picture impact on meansigma methods；
It is calculated average brightness value according to the brightness data corresponding to remaining view data；By this excellent
The average brightness value calculation changed, improves the brightness regulation of ambient light and the fitness of video content.
In order to build the atmosphere sense relevant to video, described lamp based on video parameter when watching video to user
Also can enter before the step 101 of the described video parameter persistently obtaining currently playing video of light regulation method
One step comprises the following steps:
Obtain the video classification information (such as war, love, action etc.) of currently playing video；
(the most pre-from the locally extracted ambient light initialized optical parameter obtaining being associated with this video classification information
First at the locally stored ambient light initialized optical being associated with each classification (war, love, action etc.)
Parameter)；Described ambient light initialized optical parameter can include the numbers such as the brightness of ambient light, colour temperature, color
According to, such as, corresponding to the video of type of war, normal brightness, cool colour temperature, partially dark color can be used,
And corresponding to the video of love type, then can use dim brightness, warm colour temperature, partially red color etc.；
Described ambient light initialized optical parameter is sent to ambient light so that it is according to this by wireless communication mode
The optical parametric of ambient light initialized optical parameter regulation self.
So, it is adjusted according to initialized optical parameter by control ambient light so that ambient light is user
A kind of light atmosphere relevant to visual classification is provided, at the beginning of video playback, establishes a viewing for user
Keynote.
In some cases, owing to the scene in the different time sections of video content can change, in order to make
The lighting effects that obtaining ambient light is provided adapt with current scene, and it is based on video parameter that the present invention provides
The method that light adjusting method the most also can farther include to carry out light regulation according to scene.
Specifically, described video parameter includes the view data shown by currently playing video and/or is sent
Voice data, when described objective optics parameter includes target color temperature parameters and/or color of object parameter；
In described step 102 according to the video parameter analysis result in predetermined time interval, in conjunction with the described back of the body
Optical parameter analysis obtains the step of objective optics parameter and then can further include steps of
By described view data acquired at preset time intervals and/or described voice data with build in advance
Vertical multiple models of place (including the model of place in such as downtown area, bar, two people's air exercises, gunbattle etc.)
Mate successively；
Obtain and acquired described view data and/or the described voice data model of place that the match is successful
(such as bar scene), the described model of place that the match is successful is described video parameter analysis result；
From the locally extracted scene optical parametric obtaining being associated with the described model of place that the match is successful (such as
Corresponding to downtown area, more dim brightness, colder color, hepatic light etc. can be used)；And, in conjunction with
Scene optical parametric and described backlighting parameters, be calculated objective optics parameter.
By obtaining the described view data in predetermined time interval and/or described voice data, thus combine
Model of place judges current scene, further according to the optics of objective optics parameter adjusting ambient lamp corresponding to scene
Parameter, thus provide the user a kind of atmosphere on the spot in person.
Wherein, the foundation of described model of place can be the view data according to video or voice data, or
Person sets up in combination with view data and voice data.
Such as, when under the scene being in bar, in view data, the quantity of the people of display is more, and due to
Environment is narrow crowded so that health and head will occupy the most of area in image, by carrying out image
Analyze and i.e. can determine that current is the most crowded environment, can be corresponding with bar by it, the most also can be same
Time combine and judge that environment is the most noisy from current voice data and whether the background of lively rhythm occurs
Music, if the most noisy and background music lively rhythm, can be determined that the most substantially as bar；And under the scene of downtown area,
The generally degree of crowding of people can be less than the background music generally not havinging lively rhythm in bar, and audio frequency
And noisy degree is also below bar, therefore can the two be opened respectively, certainly by the analysis of image and audio frequency
The model of place of the two is also the most different；Additionally, when being in the scene of two people's air exercises, in view data generally
Only two humanoid images, and its translational speed is very fast, currently can broadcast by drawing the analysis of view data
The scene putting video is two people's air exercises, the most also can carry out the most accurately judging in combination with audio frequency；When
It is under the scene of gunbattle, usual audio frequency can parse the continuous of some more single-frequencies being spaced appearance
Scale (represent and occur that shot is that interval occurs every time, and every time appearance be all continuous several under shot) etc.
Deng, thus it is judged to gunbattle scene.
Setting up model of place according to similar above-mentioned scene decision procedure, model of place corresponds to view data
And/or voice data, mate scene time, too by obtain view data and/or voice data with
View data and/or the contrast of voice data in model of place are mated.
In order to the judgement making the scene of currently playing video is more accurate, the video parameter of required acquisition and brightness
Video parameter needed for contrast is compared, and needs more, it is therefore advantageous to, scene judge in the scheduled time
The span at interval is 30s～1min.
Additionally, carry out embodiment and the root of adjusting ambient lamp brightness data according to the intrinsic brilliance of currently playing video
It is a tool that the embodiment of the optical parametric carrying out adjusting ambient lamp according to the scene of currently playing video may also be combined with
The embodiment of body.Referring to the drawings 2, the light adjusting method based on video parameter provided for the present invention
The schematic flow sheet of another embodiment.
Described light adjusting method based on video parameter, including:
Step 201: obtain the video classification information of currently playing video；
Step 202: from the locally extracted ambient light initialized optical obtaining and being associated with this video classification information
Parameter；
Step 203: send described ambient light initialized optical parameter to ambient light by wireless communication mode,
Make it according to the optical parametric of this ambient light initialized optical parameter regulation self；
Step 204: persistently obtain video parameter and the backlighting parameters of currently playing video；
Step 205: resolve the video parameter of described currently playing video, obtains institute at preset time intervals
The view data obtained and/or voice data；
Step 206: bright corresponding to the multiple view data that will obtain successively in the first predetermined time interval
Degrees of data contrasts one by one；
Step 207: exclude the figure of more than brightness data and default eliminating ratio (such as 85%～95%)
As the brightness data difference of data is all higher than the view data of the second predetermined luminance difference parameter；
Step 208: be calculated average brightness value according to the brightness data corresponding to remaining view data；
Step 209: combine average brightness value and described backlighting parameters, be calculated intrinsic brilliance value；
Step 210: utilize described intrinsic brilliance value to deduct the first predetermined luminance difference parameter, obtain target bright
Degree parameter；
Step 211: by described view data acquired in the second predetermined time interval and/or described audio frequency
Data and the multiple models of place pre-build；
Step 212: obtain and acquired described view data and/or the described voice data field that the match is successful
Scape model；
Step 213: from the locally extracted scene optics obtaining and being associated with the described model of place that the match is successful
Parameter；
Step 214: combine scene optical parametric and described backlighting parameters, be calculated objective optics parameter；
Step 215: send described objective optics parameter to ambient light by wireless communication mode so that it is according to
The optical parametric of this objective optics parameter regulation self.
From above-described embodiment it can be seen that the light adjusting method based on video parameter of present invention offer, logical
Cross from the video parameter of currently playing video, resolve the model of place obtaining brightness data or correspondence, and combine
Backlighting parameters analysis obtains an objective optics parameter, by by this objective optics parameter through wireless communication mode
It is sent to ambient light, thus the optical parametric of ambient light is adjusted to coordinate brightness or the field of currently playing video
The optical parametric of scape, so that the optical parametrics such as the brightness of ambient light, colour temperature, color adapt to currently playing video
Content, thus increase ambient light illumination and the fitness of video playback, improve the comfort of user's viewing.
Wherein, described brightness regulation and the optical parametric according to scene regulate and can carry out simultaneously, it is possible to alternately
Carrying out, the most first regulation brightness is further according to scene regulation colour temperature or color, degree of lightening the most again, the most again root
According to scene regulation colour temperature or color, so circulate；Adopt and the most also can reduce probability of failure, example simultaneously
Such as situation that two objective optics parameters clash etc..
The ambient light being conditioned in above-described embodiment, its can include microprocessor, wireless communication module (bluetooth,
The devices such as WIFI), and lighting circuit (being mainly used in providing the signal of telecommunication for light source), described microprocessor
Can be the corresponding signal of telecommunication by objective optics Parameters Transformation, and by lighting circuit, this signal of telecommunication is delivered to light
Source carries out the isoparametric control of brightness.In order to reach the effect of color-temperature regulating, in addition it is also necessary to be equipped with warm colour light light
Source and cool colour radiant, in order to reach to adjust the effect of color, in addition it is also necessary to be equipped with tri-groups of light sources of RGB,
Control the power of each light source respectively, make combination light present colour temperature or the color of needs.Those skilled in the art can
Effect according to required realization designs lighting circuit, is not described in detail in this.
Another aspect of the present invention additionally provides a kind of light regulating device based on video parameter, such as Fig. 3
Shown in, for the structural representation of the light regulating device embodiment based on video parameter that the present invention provides, institute
State light regulating device based on video parameter to include:
Parameter acquisition module 301, (can include current for persistently obtaining the video parameter of currently playing video
Play each frame picture of video and/or the track being placed in video) and backlighting parameters (i.e. play current
The data such as the brightness of the backlight in the display device of the intelligent display device of video)；
Parameter analysis of electrochemical module 302, for resolving the video parameter of described currently playing video and obtaining video ginseng
Number analysis result；
Analysis result analyzes module 303, is used for according to the video parameter analysis result in predetermined time interval,
Objective optics parameter is obtained in conjunction with described backlighting parameters analysis；
Parameter sending module 304, for sending described objective optics parameter to environment by wireless communication mode
Lamp (that is user is presently in the luminaire of environment) so that it is regulate self according to this objective optics parameter
Optical parametric.
From above-described embodiment it can be seen that the light regulating device based on video parameter of present invention offer, logical
Cross to resolve from the video parameter of currently playing video and obtain video parameter analysis result, and combine backlighting parameters
Analysis obtains an objective optics parameter, by this objective optics parameter is sent to ring through wireless communication mode
Border lamp, thus the optical parametric of ambient light is adjusted to coordinate the optical parametric of the content of currently playing video,
So that the optical parametrics such as the brightness of ambient light, colour temperature, color adapt to the content of currently playing video, thus increase
Add the fitness of ambient light illumination and video playback, improve the comfort of user's viewing.
In some cases, change due to the scene etc. of video content so that intelligent display device is current
The picture playing video occurs from dark to bright or from bright to dark situation, and the brightness of ambient light it is possible to regard
The brightness of frequency is no longer mated, therefore, and can be by the light regulating device based on video parameter of above-described embodiment
Carry out the brightness of adjusting ambient lamp.
Specifically, described video parameter is the view data shown by currently playing video, described video parameter
Analysis result is the brightness data corresponding to view data, and described objective optics parameter is object brightness parameter；
As shown in Figure 4, described analysis result analysis module 303 also includes:
Average brightness value computing unit 3031, obtains in described predetermined time interval successively for calculating
The average brightness value of the brightness data corresponding to multiple view data；Wherein, described brightness data refers to
According to view data calculated with frame picture can corresponding on brightness value, its calculation can be to pass through
Colored frame picture is converted to the frame picture of black and white, then according to the gray value (gray value of each pixel
Scope is typically from 0 to 255, and white is 255, and black is 0) calculate whole picture average gray or
Intensity-weighted meansigma methods, then according to the transformation equation set up between this meansigma methods and brightness data, obtains frame
The brightness data of picture；
Intrinsic brilliance value computing unit 3032, is used for combining average brightness value and described backlighting parameters, calculates
Obtain intrinsic brilliance value；Wherein, it is the brightness that frame picture is reflected due to the intrinsic brilliance of currently playing video
With the combination of the backlight illumination of display device, and the brightness of ambient light should contrast with intrinsic brilliance, because of
This needs to combine backlight illumination to calculate intrinsic brilliance value；Specifically, the computational methods of described intrinsic brilliance value
Can be first when calculating the brightness data of frame picture, the brightness data of frame picture is calculated as a brightness
Absolute value (that is intrinsic brilliance deducts the difference obtained by backlight illumination), then when calculating intrinsic brilliance,
Directly average brightness value can i.e. be can get intrinsic brilliance value plus backlight illumination；Certainly may be used without weighting
The mode calculated, gives respective weight to backlight illumination and average brightness value, is then calculated actual bright
Angle value；
Object brightness parameter calculation unit 3033, be used for utilizing described intrinsic brilliance value deduct first preset bright
Degree difference parameter, obtains object brightness parameter.
Here, the first predetermined luminance difference parameter can be zero or more than zero any number；When it is zero
Time, then the brightness of default contexts lamp should be equal with the brightness of currently playing video；And when it is more than zero,
Then the brightness of default contexts lamp is less than the brightness of currently playing video, and this design more conforms under normal circumstances
User watches custom during video；Preferably, the span of described first predetermined luminance difference parameter is
100～300lm.
Concrete, in order to ensure the change of the brightness flop more adaptive video content of ambient light, but unlikely
In the most all changing environment lamp brightness, described predetermined time interval is chosen as 5～10s.
Further, described average brightness value computing unit 3031, it is additionally operable to:
The brightness data corresponding to multiple view data that will obtain successively in described predetermined time interval enters
Row contrast one by one (that is the brightness data of the image of each frame obtained successively bright with other images the most successively
Degrees of data contrasts)；
Exclude view data bright of more than brightness data and default eliminating ratio (such as 85%～95%)
Degrees of data difference is all higher than the view data of the second predetermined luminance difference parameter；Such as, at preset time intervals
Inside get the view data of 20 frames, the brightness data of the view data of each frame be the most respectively (100lm,
500lm、501lm、505lm、498lm、450lm、480lm、470lm、500lm、400lm、420lm、
900lm, 500lm, 500lm, 500lm, 480lm, 488lm, 512lm, 520lm, 469lm), false
If the second predetermined luminance difference parameter is 300lm, then can exclude the data of 100lm and 900lm, then
Using remaining brightness data as the basic data averaged, this eliminates the frame changing suddenly brightness
The picture impact on meansigma methods；
It is calculated average brightness value according to the brightness data corresponding to remaining view data；By this excellent
The average brightness value calculation changed, improves the brightness regulation of ambient light and the fitness of video content.
In order to build the atmosphere sense relevant to video when watching video to user, described light regulating device also may be used
Including:
Video classification information acquisition module 305, for obtaining the video classification information (example of currently playing video
Such as war, love, action etc.)；
Initialized optical parameter extraction module 306, for obtaining and this video classification information phase from locally extracted
The ambient light initialized optical parameter of association (the most in advance locally stored with each classification (war, love,
Action etc.) the ambient light initialized optical parameter that is associated)；Described ambient light initialized optical parameter is permissible
Including data such as the brightness of ambient light, colour temperature, colors, such as, corresponding to the video of type of war, can adopt
By normal brightness, cool colour temperature, partially dark color, and corresponding to the video of love type, then can use dusk
Dark brightness, warm colour temperature, partially red color etc.；
Described parameter sending module 304, is additionally operable to send described ambient light by wireless communication mode and initializes
Optical parametric is to ambient light so that it is according to the optical parametric of this ambient light initialized optical parameter regulation self.
So, it is adjusted according to initialized optical parameter by control ambient light so that ambient light is user
A kind of light atmosphere relevant to visual classification is provided, at the beginning of video playback, establishes a viewing for user
Keynote.
In some cases, owing to the scene in the different time sections of video content can change, in order to make
The lighting effects that obtaining ambient light is provided adapt with current scene, and it is based on video parameter that the present invention provides
The method that light adjusting method the most also can farther include to carry out light regulation according to scene.
Specifically, described video parameter includes the view data shown by currently playing video and/or currently broadcasts
Put the voice data that video is sent, described video parameter analysis result for described view data and/or institute
Stating the contextual data that voice data matches, described objective optics parameter includes target color temperature parameters and/or mesh
Mark color parameter；
Described Parameter analysis of electrochemical module 302, is additionally operable to interior acquired described picture number at preset time intervals
According to and/or described voice data with pre-build multiple models of place (include such as downtown area, bar, two
The model of place of people's air exercise, gunbattle etc.) mate successively；And, obtain and acquired described figure
As data and/or the described voice data model of place that the match is successful (such as bar scene), described mate into
The model of place of merit is described video parameter analysis result；
Described analysis result analyzes module 303, is additionally operable to obtain and the described field that the match is successful from locally extracted
Scene optical parametric that scape model is associated (such as corresponding to downtown area, can use more dim brightness, colder
Color, hepatic light etc.)；And, in conjunction with scene optical parametric and described backlighting parameters, it is calculated
Objective optics parameter.
By obtaining the described view data in predetermined time interval and/or described voice data, thus combine
Model of place judges current scene, further according to the optics of objective optics parameter adjusting ambient lamp corresponding to scene
Parameter, thus provide the user a kind of atmosphere on the spot in person.
Wherein, the foundation of described model of place can be the view data according to video or voice data, or
Person sets up in combination with view data and voice data.
Such as, when under the scene being in bar, in view data, the quantity of the people of display is more, and due to
Environment is narrow crowded so that health and head will occupy the most of area in image, by carrying out image
Analyze and i.e. can determine that current is the most crowded environment, can be corresponding with bar by it, the most also can be same
Time combine and judge that environment is the most noisy from current voice data and whether the background of lively rhythm occurs
Music, if the most noisy and background music lively rhythm, can be determined that the most substantially as bar；And under the scene of downtown area,
The generally degree of crowding of people can be less than the background music generally not havinging lively rhythm in bar, and audio frequency
And noisy degree is also below bar, therefore can the two be opened respectively, certainly by the analysis of image and audio frequency
The model of place of the two is also the most different；Additionally, when being in the scene of two people's air exercises, in view data generally
Only two humanoid images, and its translational speed is very fast, currently can broadcast by drawing the analysis of view data
The scene putting video is two people's air exercises, the most also can carry out the most accurately judging in combination with audio frequency；When
It is under the scene of gunbattle, usual audio frequency can parse the continuous of some more single-frequencies being spaced appearance
Scale (represent and occur that shot is that interval occurs every time, and every time appearance be all continuous several under shot) etc.
Deng, thus it is judged to gunbattle scene.
Setting up model of place according to similar above-mentioned scene decision procedure, model of place corresponds to view data
And/or voice data, mate scene time, too by obtain view data and/or voice data with
View data and/or the contrast of voice data in model of place are mated.
In order to the judgement making the scene of currently playing video is more accurate, the video parameter of required acquisition and brightness
Video parameter needed for contrast is compared, and needs more, it is therefore advantageous to, scene judge in the scheduled time
The span at interval is 30s～1min.
With reference to the accompanying drawings 2, the light regulating device based on video parameter that provides based on the present invention is provided
Light adjusting method based on video parameter.
Described light adjusting method based on video parameter, including:
Step 201: video classification information acquisition module 305 obtains the video classification information of currently playing video；
Step 202: initialized optical parameter extraction module 306 is believed with this visual classification from locally extracted obtaining
The ambient light initialized optical parameter of manner of breathing association；
Step 203: parameter sending module 304 sends described ambient light by wireless communication mode and initializes light
Learn parameter to ambient light so that it is according to the optical parametric of this ambient light initialized optical parameter regulation self；
Step 204: parameter acquisition module 301 persistently obtains video parameter and the backlight of currently playing video
Parameter；
Step 205: Parameter analysis of electrochemical module 302 resolves the video parameter of described currently playing video, obtains
View data acquired in predetermined time interval and/or voice data；
Step 206: average brightness value computing unit 3031 will obtain in the first predetermined time interval successively
The brightness data corresponding to multiple view data contrast one by one；
Step 207: average brightness value computing unit 3031 excludes brightness data and default eliminating ratio (example
Such as 85%～95%) more than the brightness data difference of view data be all higher than the second predetermined luminance difference parameter
View data；
Step 208: average brightness value computing unit 3031 is according to the brightness corresponding to remaining view data
Data are calculated average brightness value；
Step 209: intrinsic brilliance value computing unit 3032 combines average brightness value and described backlighting parameters,
It is calculated intrinsic brilliance value；
Step 210: it is pre-that object brightness parameter calculation unit 3033 utilizes described intrinsic brilliance value to deduct first
If luminance difference parameter, obtain object brightness parameter；
Step 211: Parameter analysis of electrochemical module 302 is by described image acquired in the second predetermined time interval
Data and/or described voice data and the multiple models of place pre-build；
Step 212: Parameter analysis of electrochemical module 302 obtains and acquired described view data and/or described audio frequency
The successful model of place of Data Matching；
Step 213: analysis result is analyzed module 303 and obtained and the described scene that the match is successful from locally extracted
The scene optical parametric that model is associated；
Step 214: analysis result is analyzed module 303 and combined scene optical parametric and described backlighting parameters, meter
Calculation obtains objective optics parameter；
Step 215: parameter sending module 304 by wireless communication mode send described objective optics parameter to
Ambient light so that it is according to the optical parametric of this objective optics parameter regulation self.
Wherein, in order to when distinguishing regulation brightness the predetermined time interval of video parameter of required collection sentence with scene
The predetermined time interval of the required video parameter gathered of timing is different, employing " the first predetermined time interval " " the
Two predetermined time intervals " make a distinction.
From above-described embodiment it can be seen that the light regulating device based on video parameter of present invention offer, logical
Cross from the video parameter of currently playing video, resolve the model of place obtaining brightness data or correspondence, and combine
Backlighting parameters analysis obtains an objective optics parameter, by by this objective optics parameter through wireless communication mode
It is sent to ambient light, thus the optical parametric of ambient light is adjusted to coordinate brightness or the field of currently playing video
The optical parametric of scape, so that the optical parametrics such as the brightness of ambient light, colour temperature, color adapt to currently playing video
Content, thus increase ambient light illumination and the fitness of video playback, improve the comfort of user's viewing.
Wherein, described brightness regulation and the optical parametric according to scene regulate and can carry out simultaneously, it is possible to alternately
Carrying out, the most first regulation brightness is further according to scene regulation colour temperature or color, degree of lightening the most again, the most again root
According to scene regulation colour temperature or color, so circulate；Adopt and the most also can reduce probability of failure, example simultaneously
Such as situation that two objective optics parameters clash etc..
Those of ordinary skill in the field it is understood that the discussion of any of the above embodiment is exemplary only,
It is not intended to imply that the scope of the present disclosure (including claim) is limited to these examples；Think of in the present invention
Under road, can also be combined between the technical characteristic in above example or different embodiment, and exist
Other change of the many of the different aspect of the present invention as above, in order to concisely they carry in details
Supply.Therefore, all within the spirit and principles in the present invention, any omission of being made, amendment, equivalent,
Improve, should be included within the scope of the present invention.
Claims (10)
1. a light adjusting method based on video parameter, it is characterised in that including:
Persistently obtain video parameter and the backlighting parameters of currently playing video；
Resolve the video parameter of described currently playing video, and according to the video parameter solution in predetermined time interval
Analysis result, obtains objective optics parameter in conjunction with described backlighting parameters analysis；
Described objective optics parameter is sent to ambient light so that it is according to this objective optics by wireless communication mode
The optical parametric of parameter regulation self.
Light adjusting method the most according to claim 1, it is characterised in that described video parameter is
View data shown by currently playing video, described video parameter analysis result is corresponding to view data
Brightness data, described objective optics parameter is object brightness parameter；
Backlighting parameters analysis described in described combination obtains the step of objective optics parameter and then includes:
Calculate the brightness data corresponding to multiple view data obtained successively in described predetermined time interval
Average brightness value；
In conjunction with average brightness value and described backlighting parameters, it is calculated intrinsic brilliance value；
Utilize described intrinsic brilliance value to deduct the first predetermined luminance difference parameter, obtain object brightness parameter.
Light adjusting method the most according to claim 2, it is characterised in that described calculating is described
The average brightness value of the brightness data corresponding to multiple view data obtained successively in predetermined time interval
Step also include:
The brightness data corresponding to multiple view data that will obtain successively in described predetermined time interval enters
Row contrasts one by one；
The brightness data difference of the view data excluding more than brightness data and default eliminating ratio is all higher than
The view data of the second predetermined luminance difference parameter；
It is calculated average brightness value according to the brightness data corresponding to remaining view data.
4. according to the light adjusting method described in any one of claim 1-3, it is characterised in that described lasting
Also include before the step of the video parameter obtaining currently playing video:
Obtain the video classification information of currently playing video；
From the locally extracted ambient light initialized optical parameter obtaining and being associated with this video classification information；
Described ambient light initialized optical parameter is sent to ambient light so that it is according to this by wireless communication mode
The optical parametric of ambient light initialized optical parameter regulation self.
Light adjusting method the most according to claim 1, it is characterised in that described video parameter bag
Including the view data shown by currently playing video and/or the voice data sent, described objective optics is joined
Number includes target color temperature parameters and/or color of object parameter；
Described according to the video parameter analysis result in predetermined time interval, analyze in conjunction with described backlighting parameters
Step to objective optics parameter then includes:
By described view data acquired at preset time intervals and/or described voice data with build in advance
Vertical multiple models of place mate successively；
Obtain and acquired described view data and/or the described voice data model of place that the match is successful,
The described model of place that the match is successful is described video parameter analysis result；
From the locally extracted scene optical parametric obtaining and being associated with the described model of place that the match is successful；
In conjunction with scene optical parametric and described backlighting parameters, it is calculated objective optics parameter.
6. a light regulating device based on video parameter, it is characterised in that including:
Parameter acquisition module, for persistently obtaining video parameter and the backlighting parameters of currently playing video；
Parameter analysis of electrochemical module, for resolving the video parameter of described currently playing video and obtaining video parameter solution
Analysis result；
Analysis result analyzes module, for according to the video parameter analysis result in predetermined time interval, in conjunction with
Described backlighting parameters analysis obtains objective optics parameter；
Parameter sending module, for sending described objective optics parameter to ambient light by wireless communication mode,
Make it according to the optical parametric of this objective optics parameter regulation self.
Light regulating device the most according to claim 6, it is characterised in that described video parameter is
View data shown by currently playing video, described video parameter analysis result is corresponding to view data
Brightness data, described objective optics parameter is object brightness parameter；
Described analysis result is analyzed module and is also included:
Average brightness value computing unit, for calculating the multiple figures obtained successively in described predetermined time interval
Average brightness value as the brightness data corresponding to data；
Intrinsic brilliance value computing unit, is used for combining average brightness value and described backlighting parameters, is calculated reality
Border brightness value；
Object brightness parameter calculation unit, is used for utilizing described intrinsic brilliance value to deduct the first predetermined luminance difference
Parameter, obtains object brightness parameter.
Light regulating device the most according to claim 7, it is characterised in that described average brightness value
Computing unit, is additionally operable to:
The brightness data corresponding to multiple view data that will obtain successively in described predetermined time interval enters
Row contrasts one by one；
The brightness data difference of the view data excluding more than brightness data and default eliminating ratio is all higher than
The view data of the second predetermined luminance difference parameter；
It is calculated average brightness value according to the brightness data corresponding to remaining view data.
9. according to the light regulating device described in any one of claim 6-8, it is characterised in that also include:
Video classification information acquisition module, for obtaining the video classification information of currently playing video；
Initialized optical parameter extraction module, for being associated with this video classification information from locally extracted obtaining
Ambient light initialized optical parameter；
Described parameter sending module, is additionally operable to send described ambient light initialized optical by wireless communication mode
Parameter is to ambient light so that it is according to the optical parametric of this ambient light initialized optical parameter regulation self.
Light regulating device the most according to claim 6, it is characterised in that described video parameter bag
Include the view data shown by currently playing video and/or voice data that currently playing video is sent, institute
Stating video parameter analysis result is the contextual data matched with described view data and/or described voice data,
Described objective optics parameter includes target color temperature parameters and/or color of object parameter；
Described Parameter analysis of electrochemical module, be additionally operable to described view data acquired at preset time intervals and
/ or described voice data mate successively with the multiple models of place pre-build；And, obtain and institute
The described view data obtained and/or the described voice data model of place that the match is successful, described the match is successful
Model of place be described video parameter analysis result；
Described analysis result analyzes module, is additionally operable to obtain and the described scene mould that the match is successful from locally extracted
The scene optical parametric that type is associated；And, in conjunction with scene optical parametric and described backlighting parameters, calculate
To objective optics parameter.
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| CN115397054A (en) * | 2021-05-25 | 2022-11-25 | 广州视源电子科技股份有限公司 | Control method and device of environmental light effect, computer equipment and storage medium |
| CN113677077A (en) * | 2021-08-30 | 2021-11-19 | 江苏惠通集团有限责任公司 | Wireless atmosphere lamp control system, method and device, readable storage medium and terminal |
| CN113677077B (en) * | 2021-08-30 | 2024-05-14 | 江苏惠通集团有限责任公司 | Wireless atmosphere lamp control system, method and device, readable storage medium and terminal |
| CN114040535A (en) * | 2021-11-15 | 2022-02-11 | 深圳市万联通智能科技有限公司 | Method and system for converting video image change data into LED three-dimensional multicolor effect |
| CN114040535B (en) * | 2021-11-15 | 2024-02-09 | 深圳市万联通智能科技有限公司 | Method and system for converting video image change data into LED stereoscopic multicolor effect |
| CN114554655A (en) * | 2022-02-18 | 2022-05-27 | 青岛易来智能科技股份有限公司 | Light effect execution method and device, storage medium and electronic device |
| CN115866308A (en) * | 2022-11-25 | 2023-03-28 | 北京奇艺世纪科技有限公司 | Video atmosphere light control method and device, electronic equipment and storage medium |
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Application publication date: 20160817 |