CN103559870A - Color displaying adjusting method and device of displaying terminal - Google Patents
Color displaying adjusting method and device of displaying terminal Download PDFInfo
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Abstract
The invention discloses a color displaying adjusting method and device of a displaying terminal. The method comprises the steps that a first image is collected, first image data are obtained; the first image is a displayed image of a first sampling signal set of first signal source data on an adjusting model machine; the first image data are processed to be first YHS sampling data of a YHS color space; the first YHS sampling data and a pre-stored first image data target value are compared, first adjusting data corresponding to brightness, hue and saturability respectively on brightness Y, hue H and saturability S of current sampling signals are obtained; when the first adjusting data on brightness Y, hue H and saturability S are smaller than a brightness adjusting threshold value, a hue adjusting threshold value and a saturability adjusting threshold value respectively, the corresponding relationship of the YHS sampling data corresponding to the first sampling signal set of the first signal source data and the first adjusting data is sent to the adjusting model machine.
Description
Technical field
The present invention relates to technical field of image processing, relate in particular to a kind of color displays control method and device of display terminal.
Background technology
The network insertion terminal devices such as TV, mobile phone, Pad, its color shows it is a very important aspect passing judgment on picture quality.Because the screen display of different display devices there are differences, color performance can exist different, and conventionally also have special-purpose chip in display device, is responsible for color treatments, such as some hobby look being carried out to specific strengthen etc.Can cause like this Color Style between distinct device may be far from each other.
With regard to TV, the debugging of color is the important content that picture quality is adjusted.Due to the debugging of Color Style is had to larger subjectivity, generally, when debugging, can set a target machine, commissioning staff is consistent as for target machine the Color Style adjustment of a model machine of appointment.Because human eye has higher subjectivity to the judgement of color, this school is adjusted generally all very consuming time, and can not guarantee school and adjust final accuracy.In existing technology, have by showing the color data of image on rgb space on collection, analysis and comparison target machine and display terminal to be debugged, thereby display terminal to be debugged is carried out to the scheme of color adjustment.Yet in this scheme, because most of video compression format is all based on YCbCr colour model, therefore must become RGB data to debug again from decoded YCbCr data-switching.In YCbCr color space, Y represents brightness, and Cb and Cr represent colourity, and rgb color space is three primary colors--RGB.In YCbCr data, in the transfer process of RGB data, can cause colouring information to lose, therefore with the method adjustment color displays, can affect the accuracy of result.In addition, in adjustment process, for the sampling on R, G, B, be identical, therefore for human eye special concern as the colors such as the colour of skin, red, green, blue must coordinate manual adjustments, just can reach basically identical with target machine, cannot realize full-automatic regulation.
Summary of the invention
The embodiment of the present invention provides a kind of color displays control method and device of display terminal, can realize automatically and to school, adjust model machine to adjust according to the color displays of target machine, makes school adjust the color displays of model machine and target machine basically identical.
In first aspect, the embodiment of the present invention provides a kind of color displays control method of display terminal, and described method comprises:
The first image is gathered, obtain the first view data; Described the first image is that first group of sampled signal of first signal source data adjusted the demonstration image on model machine in school; Described the first view data is treated to a YHS sampled data of brightness tones saturation degree YHS color space;
A described YHS sampled data and pre-stored the first view data desired value are compared, obtain current sampled signal corresponding brightness respectively, first school adjusting data of color harmony saturation degree on brightness Y, tone H and saturation degree S; Wherein, in described YHS color space, Y is that brightness, H are that tone, S are saturation degree; When described the first school adjusting data on brightness Y, tone H and saturation degree S is less than respectively brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value, send to described school to adjust model machine the corresponding relation of the one YHS sampled data corresponding to first group of sampled signal of described first signal source data and the first school adjusting data, in order to described school, adjust model machine, according to described the first school adjusting data, first of described first signal source data group of sampled signal adjusted to rear demonstration.
In the possible implementation of the first, when the first school adjusting data of described brightness Y is not less than brightness adjustment threshold value, or the first school adjusting data of tone H is not less than hue adjustment threshold value, or the first school adjusting data of saturation degree S is when being not less than saturation degree and adjusting threshold value, and described method also comprises:
According to described the first school adjusting data, a described YHS sampled data is revised, obtained a YHS and revise data;
It is that YCbCr color space the one YCbCr sampling data transmitting is given school tune model machine that a described YHS is revised to data processing, in order to described school, adjusts model machine to be shown as the second image according to a described YCbCr sampled data; Wherein, in described YCbCr color space, Y is that brightness, Cb are that chroma blue, Cr are red color;
Described the second image is gathered, obtain the second view data;
Described the second view data is treated to the 2nd YHS sampled data of YHS color space;
Described the 2nd YHS sampled data and described the first view data desired value are compared, obtain brightness corresponding to current sampled signal difference on brightness Y, tone H and saturation degree S, the second school adjusting data of color harmony saturation degree;
When described the second school adjusting data on brightness Y, tone H and saturation degree S is less than respectively brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value, send to described school to adjust model machine the corresponding relation of the value of first group of sampled signal of described first signal source data and the first school adjusting data and the second school adjusting data sum, in order to described school, adjust model machine, according to described the first school adjusting data and the second school adjusting data, first of described first signal source data group of sampled signal adjusted to rear demonstration.
In the possible implementation of the second, the acquisition methods of described the first view data desired value specifically comprises:
Standard picture is gathered, obtain standard image data; Described standard picture is first group of sampled signal of first signal source data demonstration image on target model machine;
Described standard image data is treated to the first view data desired value the storage of YHS color space.
In the third possible implementation, described YHS sampled data specifically comprises:
The combination of the data of the first quantity sampled point on Y space, the second quantity sampled point on H space and a 3rd quantity sampled point on S space.
In second aspect, the embodiment of the present invention provides a kind of color displays regulating device of display terminal, and described device comprises:
Collecting unit, for the first image is gathered, obtains the first view data; Described the first image is that first group of sampled signal of first signal source data adjusted the demonstration image on model machine in school;
Processing unit, for being treated to described the first view data the one YHS sampled data of YHS color space;
Comparing unit, for a described YHS sampled data and pre-stored the first view data desired value are compared, obtains current sampled signal corresponding brightness respectively, first school adjusting data of color harmony saturation degree on brightness Y, tone H and saturation degree S; And described the first school adjusting data and brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value are compared;
Transmitting element, when described the first school adjusting data on brightness Y, tone H and saturation degree S is less than respectively brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value, send to described school to adjust model machine the corresponding relation of the value of first group of sampled signal of described first signal source data and the first school adjusting data, in order to described school, adjust model machine, according to described the first school adjusting data, first of described first signal source data group of sampled signal adjusted to rear demonstration.
In the possible implementation of the first, described device also comprises amending unit, when the first school adjusting data of described brightness Y is not less than brightness adjustment threshold value, or the first school adjusting data of tone H is not less than hue adjustment threshold value, or when the first school adjusting data of saturation degree S is not less than saturation degree adjustment threshold value, described amending unit is revised a described YHS sampled data according to described the first school adjusting data, obtains a YHS and revises data;
Described processing unit also for, it is that YCbCr color space the one YCbCr sampling data transmitting is given school and adjusted model machine that a described YHS is revised to data processing, in order to described school, adjusts model machine to be shown as the second image according to a described YCbCr sampled data;
Described collecting unit also for, described the second image is gathered, obtain the second view data;
Described processing unit also for, described the second view data is treated to the 2nd YHS sampled data of YHS color space;
Described comparing unit also for, described the 2nd YHS sampled data and described the first view data desired value are compared, obtain current sampled signal respectively corresponding brightness, second school adjusting data of color harmony saturation degree on brightness Y, tone H and saturation degree S;
Described transmitting element also for, when described the second school adjusting data on brightness Y, tone H and saturation degree S is less than respectively brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value, send to described school to adjust model machine the corresponding relation of the value of first group of sampled signal of described first signal source data and the first school adjusting data and the second school adjusting data sum, in order to described school, adjust model machine, according to described the first school adjusting data and the second school adjusting data, first of described first signal source data group of sampled signal adjusted to rear demonstration.
In the possible implementation of the second, described device also comprises:
Standard picture collecting unit, for standard picture is gathered, obtains standard image data; Described standard picture is first group of sampled signal of first signal source data demonstration image on target model machine;
Storage unit, for being treated to described standard image data the first view data desired value the storage of YHS color space.
In the third possible implementation, described YHS sampled data specifically comprises:
The combination of the data of the first quantity sampled point on Y space, the second quantity sampled point on H space and a 3rd quantity sampled point on S space.
Color displays control method and the device of the display terminal that the embodiment of the present invention provides, by target machine and adjustment model machine are inputted to identical signal source, from target machine and school, adjust model machine to obtain the view data of output image, the difference of the output image of collection and evaluating objects machine and adjustment model machine between Y space, H space, each sampled point of S space, thereby obtain this adjustment model machine for the school adjusting data of difference input data, and high-ranking officers' adjusting data sends to school to adjust model machine.Realized school and adjusted model machine in use can for the view data of input, automatically adjust according to school adjusting data, it is shown with the Color Style consistent with target machine.
Accompanying drawing explanation
The process flow diagram of the color displays control method of a kind of display terminal that Fig. 1 provides for the embodiment of the present invention one;
The process flow diagram of the color displays control method of a kind of display terminal that Fig. 2 provides for the embodiment of the present invention two;
The schematic diagram of the color displays regulating device of a kind of display terminal that Fig. 3 provides for the embodiment of the present invention three;
One of application schematic diagram of the color displays regulating device of a kind of display terminal that Fig. 4 provides for the embodiment of the present invention three;
Two of the application schematic diagram of the color displays regulating device of a kind of display terminal that Fig. 5 provides for the embodiment of the present invention three;
The schematic diagram of the color displays regulating device of a kind of display terminal that Fig. 6 provides for the embodiment of the present invention four;
The entity apparatus schematic diagram of the color displays regulating device of a kind of display terminal that Fig. 7 provides for the embodiment of the present invention five.
Below by drawings and Examples, the technical scheme of the embodiment of the present invention is described in further detail.
Embodiment
The process flow diagram of the color displays control method of a kind of display terminal that Fig. 1 provides for the embodiment of the present invention one.As shown in Figure 1, the present embodiment comprises the steps:
Step 110, gathers the first image, obtains the first view data; Described the first image is that first group of sampled signal of first signal source data adjusted the demonstration image on model machine in school;
Concrete, school adjusts model machine to show first of first signal source data group of sampled signal, and the image that color displays regulating device adjusts model machine to show to school carries out image acquisition, obtains the first view data.Preferably, the first view data is the data of xyLv color space.Wherein, in xyLv color space, xy is that projection coordinate, the Lv of color colourity is brightness.
Step 120, is treated to described the first view data the one YHS sampled data of YHS color space;
Concrete, color displays regulating device is carried out format conversion to the first view data, the first view data of the xyLv color space collecting is converted to a YHS sampled data of YHS color space.On YHS space, Y represents brightness, and H represents tone, and S represents saturation degree, and three of Human Perception dimensions separately, make it to be independent of each other well.The one YHS sampled data comprises the data of a plurality of sampled points.Wherein the sampled point setting on Y, H, S space can be uniform sampling, also supports nonuniform sampling.Sampled signal sends to school to adjust model machine successively.For example, first group of sampled signal is (0,0,0), and second group of sampled signal is (0,0,32), and the 3rd group of sampled signal is (0,32,32) etc., and the value of sampled signal can be determined by presetting first signal source data.
In a concrete example, suppose to obtain brightness Y, the tone H of a YHS sampled data and data acquisition sample value Y1, H1 and the S1 of saturation degree S.
Step 130, compares a described YHS sampled data and pre-stored the first view data desired value, obtains current sampled signal corresponding brightness respectively, first school adjusting data of color harmony saturation degree on brightness Y, tone H and saturation degree S;
Concrete, view data desired value is pre-stored in color displays regulating device; The acquisition methods of view data desired value specifically can be if following step a be to as shown in step b.
Step a, target machine receives first signal source data, and first of first signal source data group of sampled signal is shown as to standard picture.The standard picture that target machine is shown gathers, and obtains the standard image data of xyLv color space; Described standard picture is first group of sampled signal of first signal source data demonstration image on target model machine;
Step b, is treated to described standard image data the first view data desired value the storage of YHS color space.
The standard image data of xyLV color space is treated to the first view data desired value of YHS color space, and the first view data desired value is stored.Concrete, the first view data desired value comprises the data acquisition sample value of brightness Y, tone H and saturation degree S, hereinafter with Y0, H0 and S0, represents.The Y1 obtaining in Y0, H0 and S0 and above-mentioned steps, H1 and S1 have one-to-one relationship.
Therefore can obtain current sampled data corresponding brightness respectively, first school adjusting data of color harmony saturation degree on brightness Y, tone H and saturation degree S by the difference between difference, H0 and H1 between Y0 relatively and Y1 and S0 and difference between S1, hereinafter with △ Y1, △ H1 and △ S1, represent respectively.
Step 140, when described the first school adjusting data on brightness Y, tone H and saturation degree S is less than respectively brightness adjustment threshold value, hue adjustment threshold value and saturation degree and adjusts threshold value, the YHS sampled data that first group of sampled signal of described first signal source data is corresponding sends to described school tune model machine with the corresponding relation of the first school adjusting data.
Concrete, when meeting △ Y1 simultaneously and be less than brightness adjustment threshold value, △ H1 and be less than hue adjustment threshold value and △ S1 and be less than saturation degree and adjust threshold value, send to school to adjust model machine the one YHS sampled data Y1, H1 and S1 and corresponding the first school adjusting data △ Y1, △ H1 and △ S1, in order to described school, adjust model machine, according to described the first school adjusting data, first of described first signal source data group of sampled signal adjusted to rear demonstration.
The color displays control method of the display terminal that the embodiment of the present invention one provides, by target machine and adjustment model machine are inputted to identical signal source, from target machine and school, adjust model machine to obtain output image and be converted to this image in the view data in YHS space, the difference of the output image of collection and evaluating objects machine and adjustment model machine between Y space, H space, each sampled point of S space, thereby obtain this adjustment model machine for the compensation modified value of the different sampled signals of input, and send to school to adjust model machine modified value.Realized school and adjusted model machine in use can for the view data of input, automatically adjust according to modified value, it is shown with the Color Style consistent with target machine.
Some time, single compensation adjustment can not reach desired display effect, can realize desirable display effect by compensation adjustment repeatedly so.In a preferred embodiment, as shown in Figure 2, step 210, repeats no more if above-mentioned steps 110 is to step 130 to step 230 herein, and after step 230, described method also comprises:
Concrete, in color displays regulating device, store predefined brightness adjustment threshold value, hue adjustment threshold value and saturation degree and adjust threshold value, in the time can not meeting △ Y1 simultaneously and be less than brightness adjustment threshold value, △ H1 and be less than hue adjustment threshold value and △ S1 and be less than saturation degree and adjust threshold value, need to carry out second compensation adjustment to sampled signal, it is that YCbCr color space the one YCbCr sampled data inputs to school tune model machine that the one YHS is revised to data processing, and adjusts model machine to be shown as the second image by school.Wherein, YCbCr is a kind of color-code scheme, and Y refers to luminance component, and Cb refers to chroma blue component, and Cr refers to red color component.
Preferably, the view data that described the second view data is xyLv color space.
Concrete, color displays regulating device is carried out format conversion to the second view data, the second view data of the xyLv color space collecting is converted to the 2nd YHS sampled data of YHS color space.In a concrete example, suppose to obtain brightness Y, the tone H of the 2nd YHS sampled data and data acquisition sample value Y2, H2 and the S2 of saturation degree S.
Concrete, Y2, H2 and S2 are compared with Y0, H0 and S0, obtain current sampled signal and on brightness Y, tone H and saturation degree S, distinguish corresponding brightness, the second school adjusting data of color harmony saturation degree, with △ Y2, △ H2 and △ S2, represent.
Concrete, when meeting △ Y2 simultaneously and be less than brightness adjustment threshold value, △ H2 and be less than hue adjustment threshold value and △ S2 and be less than saturation degree and adjust threshold value, a YHS sampled data Y1, H1 and S1 are sent to school tune model machine with corresponding △ Y1+ △ Y2, △ H1+ △ H2 and △ S1+ △ S2.Wherein, between the first school adjusting data and the second school adjusting data summation be only a kind of possible computing method, also can adopt other computing method, as mean square deviation be multiplied by n(wherein n be the number of school adjusting data) etc. method calculate.Above △ Y1+ △ Y2, △ H1+ △ H2 and △ S1+ △ S2 are only for giving an example.
In addition, in the time can not meeting △ Y2 simultaneously and be less than brightness adjustment threshold value, △ H2 and be less than hue adjustment threshold value and △ S2 and be less than saturation degree and adjust threshold value, continue execution step 260 processes to step 310, adopting uses the same method continues image color to revise for the third time, revise for the 4th time again ... until the school adjusting data meeting on brightness Y, tone H and saturation degree S is less than respectively brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value.The data accumulation that the school adjusting data of final storage is each adjustment repeats no more herein.
Preferably, after whole sampled signals school is adjusted and to be finished dealing with, send to school to adjust all corresponding corresponding school adjusting datas (△ Y, △ H, △ S) of YHS sampled data corresponding to each group sampled signal of model machine.Therefore can form a YHS school adjusts look-up table to send to school adjust model machine and be stored in the tune model machine of school.
Preferably, due to above-mentioned school, adjusting the combination of each sampled point of flow process is single color, therefore need to after all sampled signal school tune is finished dealing with, to whole school adjusting data, carry out filtering processing, to prevent that boundary profile from appearring too greatly in certain color change.Meanwhile, according to the data of sampled point adjacent in many groups sampled signal, the data of non-sampled point are carried out to linear mapping, obtain the school adjusting data of the data of non-sampled point.
The color displays control method of the display terminal that the embodiment of the present invention provides, by target machine and adjustment model machine are inputted to identical signal source, from target machine and school, adjust model machine to obtain output image in the view data in YHS space, the output image of collection and evaluating objects machine and adjustment model machine is also converted to the difference of this image between Y space, H space, each sampled point of S space, thereby obtain this adjustment model machine for the compensation modified value of the different sampled signals of input, and send to school to adjust model machine modified value.When single compensation adjustment can not reach desired display effect, can realize desirable display effect by compensation adjustment repeatedly so.Realized thus school and adjusted model machine in use can for the view data of input, automatically adjust according to school adjusting data, it is shown with the Color Style consistent with target machine.Meanwhile, carrying out the Color Style between each display terminal of vision-control by the method, is also consistent with each other.
Accordingly, the embodiment of the present invention three also provides a kind of color displays regulating device of display terminal, for realizing the color displays control method of the display terminal of the above embodiment of the present invention one, as shown in Figure 3, comprising: collecting unit 310, processing unit 320, comparing unit 330, transmitting element 340 and storage unit 350.
Collecting unit 310, gathers for the first image of adjusting model machine to show to school, obtains the first view data, and sends to processing unit 320; Described the first image is that first group of sampled signal of first signal source data adjusted the demonstration image on model machine in school;
Comparing unit 330, the YHS sampled data that reception & disposal unit 320 sends is also obtained the first view data desired value pre-stored in storage unit 350; The one YHS sampled data and the first view data desired value are compared, obtain brightness corresponding to current sampled signal difference on brightness Y, tone H and saturation degree S, the first school adjusting data of color harmony saturation degree; And described the first school adjusting data and brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value are compared; When described the first school adjusting data on brightness Y, tone H and saturation degree S is less than respectively brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value, send to described storage unit 350 to store the corresponding relation of the value of first group of sampled signal of described first signal source data and the first school adjusting data;
Transmitting element 340 obtains the value of first group of sampled signal of first signal source data from comparing unit 330 and the corresponding relation of the first school adjusting data sends and send to described school to adjust model machine.
Further, the device of the present embodiment also comprises:
Standard picture collecting unit 360, for standard picture is gathered, obtains standard image data, and sends to processing unit 320 to carry out color space conversion, and sends to storage unit 350 to carry out data storage the standard picture in the YHS space after conversion; Standard picture is first group of sampled signal of first signal source data demonstration image on target model machine.The application schematic diagram of the color displays regulating device of the display terminal that the embodiment of the present invention three provides can be as shown in Figure 4 and Figure 5.Fig. 4 is the schematic diagram that color displays regulating device is sampled to target machine.Fig. 5 is that color displays regulating device exchanges that proof machine is sampled and the schematic diagram of adjustment.Its detailed process is described in said method embodiment, repeats no more herein.
The color displays regulating device of the display terminal that the embodiment of the present invention three provides, by collecting unit, to school, adjust the demonstration image of model machine to collect view data, by processing unit, view data is converted to the YHS sampled data of YHS form, the output image that analyzes target machine and adjustment model machine by comparing unit according to YHS sampled data and view data desired value is again in Y space, H space, difference between each sampled point of S space, thereby obtain this adjustment model machine for the school adjusting data of difference input data, by storage unit, school adjusting data is stored, and send to school to adjust model machine by transmitting element high-ranking officers adjusting data.Realized school and adjusted model machine in use can for the view data of input, automatically adjust according to school adjusting data, it is shown with the Color Style consistent with target machine.
On the basis of the embodiment of the present invention three, the embodiment of the present invention four also provides the color displays regulating device of another kind of display terminal, for realizing the color displays control method of the display terminal of the above embodiment of the present invention two, as shown in Figure 6, comprising: collecting unit 610, processing unit 620, comparing unit 630, transmitting element 640, storage unit 650, standard picture collecting unit 660 and amending unit 670.
Collecting unit 610, gathers for the first image of adjusting model machine to show to school, obtains the first view data, and sends to processing unit 620; Described the first image is that first group of sampled signal of first signal source data adjusted the demonstration image on model machine in school;
Comparing unit 630, the YHS sampled data that reception & disposal unit 620 sends is also obtained the first view data desired value pre-stored in storage unit 650; The one YHS sampled data and the first view data desired value are compared, obtain brightness corresponding to current sampled signal difference on brightness Y, tone H and saturation degree S, the first school adjusting data of color harmony saturation degree; And described the first school adjusting data and brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value are compared; When described the first school adjusting data on brightness Y, tone H and saturation degree S is less than respectively brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value, send to described storage unit 650 to store the corresponding relation of the value of first group of sampled signal of described first signal source data and the first school adjusting data;
Transmitting element 640 obtains the value of first group of sampled signal of first signal source data from comparing unit 630 and the corresponding relation of the first school adjusting data sends and send to described school to adjust model machine.
Further, standard picture collecting unit 660, for standard picture is gathered, obtains standard image data, and sends to unit 650 to carry out data storage; Standard picture is first group of sampled signal of first signal source data demonstration image on target model machine.
Further, amending unit 670, for the first school adjusting data as described brightness Y, be not less than brightness adjustment threshold value, or the first school adjusting data of tone H is not less than hue adjustment threshold value, or when the first school adjusting data of saturation degree S is not less than saturation degree adjustment threshold value, according to the first school adjusting data, the one YHS sampled data is revised, obtained a YHS and revise data;
Collecting unit 610 also for, described the second image is gathered, obtain the second view data and send to processing unit 620;
Comparing unit 630 also for, the 2nd YHS sampled data and described the first view data desired value are compared, obtain brightness corresponding to current sampled signal difference on brightness Y, tone H and saturation degree S, the second school adjusting data of color harmony saturation degree, and send to transmitting element;
Transmitting element also for, when described the second school adjusting data on brightness Y, tone H and saturation degree S is less than respectively brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value, send to storage unit 650 to store the corresponding relation of the value of first group of sampled signal of described first signal source data and the first school adjusting data and the second school adjusting data sum, and send to described school to adjust model machine.
Preferably, in the scheme of the present embodiment, adopted YHS space on Y, to adopt 9 sampled points, 29 sampled points on H, have been adopted, on S, adopted 13 sampled points, wherein, the sampled point on Y, S is average, sampled point at H is uneven, above the color that can more pay close attention at human eye like this, more calibrates.Send to successively school to adjust model machine 9 * 29 * 13 groups of sampled signals, to 9 * 29 * 13 groups of whole schools of sampled signal adjust complete after, whole school adjusting data is carried out to filtering processing, to prevent that certain color change is too large, there is boundary profile.Meanwhile, according to the data of sampled point adjacent in many groups sampled signal, the data of non-sampled point are carried out to linear mapping, obtain the school adjusting data of the data of non-sampled point.
The color displays regulating device of the display terminal that the embodiment of the present invention four provides, by target machine and adjustment model machine are inputted to identical signal number certificate, by collecting unit, to school, adjust the demonstration image of model machine to collect view data, by processing unit, view data is converted to the YHS sampled data of YHS form, the output image that analyzes target machine and adjustment model machine by comparing unit according to YHS sampled data and view data desired value is again in Y space, H space, difference between each sampled point of S space, thereby obtain this adjustment model machine for the doctrine data of difference input data, by storage unit, school adjusting data is stored, and adjust plain tool to send to school to adjust model machine by transmitting element high-ranking officers.When once revising and can not reach desired display effect, so can be by repeatedly revising to realize desirable display effect.Realized thus school and adjusted model machine in use can for the view data of input, automatically adjust according to school adjusting data, it is shown with the Color Style consistent with target machine.Meanwhile, carrying out the Color Style between each display terminal of vision-control by the method, is also consistent with each other.
Accordingly, the entity apparatus that the embodiment of the present invention five also provides a kind of color displays of display terminal to regulate, as shown in Figure 7, comprising: signal generator 71, test probe 72, processor 73 and storer 74.System bus 75 is for signal generator 71, test probe 72, processor 73 and storer 74.
When starting, these component softwares are loaded in storer 74, then by processor 73, are accessed and carry out as given an order:
The first image is gathered, obtain the first view data; Described the first image is that first group of sampled signal of first signal source data adjusted the demonstration image on model machine in school;
Described the first view data is treated to a YHS sampled data of YHS color space; Wherein, in described YHS color space, Y is that brightness, H are that tone, S are saturation degree; YHS sampled data specifically comprises: the combination of the data of the first quantity sampled point on Y space, the second quantity sampled point on H space and a 3rd quantity sampled point on S space;
A described YHS sampled data and pre-stored the first view data desired value are compared, obtain current sampled signal corresponding brightness respectively, first school adjusting data of color harmony saturation degree on brightness Y, tone H and saturation degree S;
When described the first school adjusting data on brightness Y, tone H and saturation degree S is less than respectively brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value, send to described school to adjust model machine the corresponding relation of the one YHS sampled data corresponding to first group of sampled signal of described first signal source data and the first school adjusting data, in order to described school, adjust model machine, according to described the first school adjusting data, first of described first signal source data group of sampled signal adjusted to rear demonstration.
Further, after the component software of described processor 73 reference-to storage 74, carry out the instruction of following process:
When the first school adjusting data of described brightness Y is not less than brightness adjustment threshold value, or the first school adjusting data of tone H is not less than hue adjustment threshold value, or when the first school adjusting data of saturation degree S is not less than saturation degree adjustment threshold value, according to described the first school adjusting data, a described YHS sampled data is revised, obtained a YHS and revise data;
It is that YCbCr color space the one YCbCr sampling data transmitting is given school tune model machine that a described YHS is revised to data processing, in order to described school, adjusts model machine to be shown as the second image according to a described YCbCr sampled data; Wherein, in described YCbCr color space, Y is that brightness, Cb are that chroma blue, Cr are red color;
Described the second image is gathered, obtain the second view data;
Described the second view data is treated to the 2nd YHS sampled data of YHS color space;
Described the 2nd YHS sampled data and described the first view data desired value are compared, obtain brightness corresponding to current sampled signal difference on brightness Y, tone H and saturation degree S, the second school adjusting data of color harmony saturation degree;
When described the second school adjusting data on brightness Y, tone H and saturation degree S is less than respectively brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value, send to described school to adjust model machine the corresponding relation of the value of first group of sampled signal of described first signal source data and the first school adjusting data and the second school adjusting data sum, in order to described school, adjust model machine, according to described the first school adjusting data and the second school adjusting data, first of described first signal source data group of sampled signal adjusted to rear demonstration.
Further, the application program of described storer 74 storages can be used for making to carry out the instruction that the instruction of obtaining that described processor 73 is carried out to the first view data desired value is specially the following process of execution:
Standard picture is gathered, obtain standard image data; Described standard picture is first group of sampled signal of first signal source data demonstration image on target model machine;
Described standard image data is treated to the first view data desired value the storage of YHS color space.
The color displays regulating device of the display terminal that the embodiment of the present invention provides, by target machine and adjustment model machine are inputted to identical signal source, from target machine and school, adjust model machine to obtain output image and be converted to the view data in YHS space, the difference of the output image of collection and evaluating objects machine and adjustment model machine between Y space, H space, each sampled point of S space, thereby obtain this adjustment model machine for the school adjusting data of difference input data, and high-ranking officers' adjusting data sends to school to adjust model machine.Realized school and adjusted model machine in use can for the view data of input, automatically adjust according to school adjusting data, it is shown with the Color Style consistent with target machine.
Further, after the component software of described processor 73 reference-to storage 74, carry out the instruction of following process:
Described school adjusting data is carried out to filtering processing.
Above-mentioned instruction process is exactly after all sampled signal school tune is finished dealing with, and whole school adjusting data is carried out to filtering processing, to prevent that boundary profile from appearring too greatly in certain color change.
Professional should further recognize, unit and the algorithm steps of each example of describing in conjunction with embodiment disclosed herein, can realize with electronic hardware, computer software or the combination of the two, for the interchangeability of hardware and software is clearly described, composition and the step of each example described according to function in the above description in general manner.These functions are carried out with hardware or software mode actually, depend on application-specific and the design constraint of technical scheme.Professional and technical personnel can specifically should be used for realizing described function with distinct methods to each, but this realization should not thought and exceeds scope of the present invention.
The software module that the method for describing in conjunction with embodiment disclosed herein or the step of algorithm can use hardware, processor to carry out, or the combination of the two is implemented.Software module can be placed in the storage medium of any other form known in random access memory (RAM), internal memory, ROM (read-only memory) (ROM), electrically programmable ROM, electrically erasable ROM, register, hard disk, moveable magnetic disc, CD-ROM or technical field.
Above-described embodiment; object of the present invention, technical scheme and beneficial effect are further described; institute is understood that; the foregoing is only the specific embodiment of the present invention; the protection domain being not intended to limit the present invention; within the spirit and principles in the present invention all, any modification of making, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (8)
1. a color displays control method for display terminal, is characterized in that, described method comprises:
The first image is gathered, obtain the first view data; Described the first image is that first group of sampled signal of first signal source data adjusted the demonstration image on model machine in school;
Described the first view data is treated to a YHS sampled data of YHS color space; Wherein, in described YHS color space, Y is that brightness, H are that tone, S are saturation degree;
A described YHS sampled data and pre-stored the first view data desired value are compared, obtain current sampled signal corresponding brightness respectively, first school adjusting data of color harmony saturation degree on brightness Y, tone H and saturation degree S;
When described the first school adjusting data on brightness Y, tone H and saturation degree S is less than respectively brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value, by the corresponding relation of a YHS sampled data corresponding to first group of sampled signal of described first signal source data and the first school adjusting data and send to described school to adjust model machine, in order to described school, adjust model machine, according to described the first school adjusting data, first of described first signal source data group of sampled signal adjusted to rear demonstration.
2. method according to claim 1, when the first school adjusting data of described brightness Y is not less than brightness adjustment threshold value, or the first school adjusting data of tone H is not less than hue adjustment threshold value, or the first school adjusting data of saturation degree S is when being not less than saturation degree and adjusting threshold value, and described method also comprises:
According to described the first school adjusting data, a described YHS sampled data is revised, obtained a YHS and revise data;
It is that YCbCr color space the one YCbCr sampling data transmitting is given school tune model machine that a described YHS is revised to data processing, in order to described school, adjusts model machine to be shown as the second image according to a described YCbCr sampled data; Wherein, in described YCbCr color space, Y is that brightness, Cb are that chroma blue, Cr are red color;
Described the second image is gathered, obtain the second view data;
Described the second view data is treated to the 2nd YHS sampled data of YHS color space;
Described the 2nd YHS sampled data and described the first view data desired value are compared, obtain brightness corresponding to current sampled signal difference on brightness Y, tone H and saturation degree S, the second school adjusting data of color harmony saturation degree;
When described the second school adjusting data on brightness Y, tone H and saturation degree S is less than respectively brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value, send to described school to adjust model machine the corresponding relation of the value of first group of sampled signal of described first signal source data and the first school adjusting data and the second school adjusting data sum, in order to described school, adjust model machine, according to described the first school adjusting data and the second school adjusting data, first of described first signal source data group of sampled signal adjusted to rear demonstration.
3. method according to claim 1, is characterized in that, the acquisition methods of described the first view data desired value specifically comprises:
Standard picture is gathered, obtain standard image data; Described standard picture is first group of sampled signal of first signal source data demonstration image on target model machine;
Described standard image data is treated to the first view data desired value the storage of YHS color space.
4. method according to claim 1, is characterized in that, described YHS sampled data specifically comprises:
The combination of the data of the first quantity sampled point on Y space, the second quantity sampled point on H space and a 3rd quantity sampled point on S space.
5. a color displays regulating device for display terminal, is characterized in that, described device comprises:
Collecting unit, for the first image is gathered, obtains the first view data; Described the first image is that first group of sampled signal of first signal source data adjusted the demonstration image on model machine in school;
Processing unit, for being treated to described the first view data the one YHS sampled data of YHS color space;
Comparing unit, for a described YHS sampled data and pre-stored the first view data desired value are compared, obtains current sampled signal corresponding brightness respectively, first school adjusting data of color harmony saturation degree on brightness Y, tone H and saturation degree S; And described the first school adjusting data and brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value are compared;
Transmitting element, when described the first school adjusting data on brightness Y, tone H and saturation degree S is less than respectively brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value, send to described school to adjust model machine the corresponding relation of the value of first group of sampled signal of described first signal source data and the first school adjusting data, in order to described school, adjust model machine, according to described the first school adjusting data, first of described first signal source data group of sampled signal adjusted to rear demonstration.
6. device according to claim 5, it is characterized in that, described device also comprises amending unit, when the first school adjusting data of described brightness Y is not less than brightness adjustment threshold value, or the first school adjusting data of tone H is not less than hue adjustment threshold value, or when the first school adjusting data of saturation degree S is not less than saturation degree adjustment threshold value, described amending unit is revised a described YHS sampled data according to described the first school adjusting data, obtains a YHS and revises data;
Described processing unit also for, it is that YCbCr color space the one YCbCr sampling data transmitting is given school and adjusted model machine that a described YHS is revised to data processing, in order to described school, adjusts model machine to be shown as the second image according to a described YCbCr sampled data;
Described collecting unit also for, described the second image is gathered, obtain the second view data;
Described processing unit also for, described the second view data is treated to the 2nd YHS sampled data of YHS color space;
Described comparing unit also for, described the 2nd YHS sampled data and described the first view data desired value are compared, obtain current sampled signal respectively corresponding brightness, second school adjusting data of color harmony saturation degree on brightness Y, tone H and saturation degree S;
Described transmitting element also for, when described the second school adjusting data on brightness Y, tone H and saturation degree S is less than respectively brightness adjustment threshold value, hue adjustment threshold value and saturation degree adjustment threshold value, send to described school to adjust model machine the corresponding relation of the value of first group of sampled signal of described first signal source data and the first school adjusting data and the second school adjusting data sum, in order to described school, adjust model machine, according to described the first school adjusting data and the second school adjusting data, first of described first signal source data group of sampled signal adjusted to rear demonstration.
7. device according to claim 5, is characterized in that, described device also comprises:
Standard picture collecting unit, for standard picture is gathered, obtains standard image data; Described standard picture is first group of sampled signal of first signal source data demonstration image on target model machine;
Storage unit, for being treated to described standard image data the first view data desired value the storage of YHS color space.
8. device according to claim 5, is characterized in that, described YHS sampled data specifically comprises:
The combination of the data of the first quantity sampled point on Y space, the second quantity sampled point on H space and a 3rd quantity sampled point on S space.
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