The content of the invention
To overcome the deficiencies in the prior art, the exemplary embodiment of the present invention provides one kind can reduce display image colour castCorrecting liquid crystal panel sub-pixel imaging when GTG method.
The one side of exemplary embodiment of the invention, there is provided during a kind of imaging of sub-pixel of correcting liquid crystal panelThe method of GTG, each pixel of the liquid crystal panel include the sub-pixel of n color, wherein, n is the integer more than 0, eachSub-pixel includes boss's pixel region and sub-sub-pixel region, it is characterised in that methods described includes：A) in the case of measurement is facedThe liquid crystal panel n color in the i-th color gamma curve, to obtain the son of the i-th color of the liquid crystal panelFirst brightness value of the pixel in maximum gray m, wherein, i ∈ [1, n]；B) by first brightness value and predetermined gamma value,The sub-pixel of the i-th color corresponding second brightness value L (j) in each GTG j is calculated, wherein, j ∈ [t, m], t are minimum ashRank；Boss's pixel region corresponding 3rd brightness in each GTG r of the sub-pixel of the i-th color in the case of c) acquisition is facedValue Lm (r), wherein, r ∈ [t, m]；The sub-sub-pixel region of the sub-pixel of the i-th color in the case of d) acquisition is faced is in each ashCorresponding 4th brightness value L s (s) during rank s, wherein, s ∈ [t, m]；E) being determined based on the second brightness value L (j) is made in GTG jCorresponding 3rd brightness value L m (r) and corresponding 4th brightness value L s (s) meet the master of the sub-pixel of the i-th color of predetermined conditionThe valued combinations of the GTG of subpixel area and the GTG in sub-sub-pixel region；F) determine the is being caused using each valued combinationsThe grey menu that the liquid crystal panel shows when the sub-pixel of i colors is presented GTG j is in the case of facing and in the case of stravismusTotal color difference；Use when the sub-pixel that the valued combinations corresponding to minimum total color difference are defined as the i-th color being presented GTG j g)Valued combinations.
Alternatively, determine in step f) and GTG j is presented in the sub-pixel that the i-th color is caused using any one valued combinationsThe grey menu that Shi Suoshu liquid crystal panels show in the case of facing and stravismus in the case of total color difference the step of include：F1) divideDo not obtain what the liquid crystal panel when the sub-pixel that the i-th color is caused using one valued combinations is presented GTG j showedTristimulus values of the grey menu in the case of facing and in the case of stravismus；F2) counted based on the tristimulus values in the case of facing respectivelyCalculate grey menu that the liquid crystal panel shows psychological lightness and psychometric chroma in the case of facing, and based on stravismus in the case ofTristimulus values calculate grey menu that the liquid crystal panel shows psychological lightness and psychometric chroma in the case of stravismus respectively；F3) based on described facing in the case of psychological lightness and psychological lightness and psychometric chroma in the case of psychometric chroma, the stravismus,Calculate the total color difference of grey menu that the liquid crystal panel shows in the case of facing and in the case of stravismus.
Alternatively, step b) includes：Based on equation below, by first brightness value and predetermined gamma value, calculateThe sub-pixel of the i-th color corresponding second brightness value L (j) in each GTG j：
L (j)=L (m) × (j/m)γ
Wherein, γ is predetermined gamma value, and L (m) is first brightness value of the sub-pixel of the i-th color in maximum gray m.
Alternatively, step c) includes：Close the sub-sub-pixel region of the sub-pixel of the i-th color；In the case of measurement is facedThe gamma curve of the i-th color of the liquid crystal panel, to obtain boss's pixel region of the sub-pixel of the i-th color in each GTGCorresponding 3rd brightness value L m (r) during r, step d) include：Close boss's pixel region of the sub-pixel of the i-th color；Measurement is justThe gamma curve of the i-th color of the liquid crystal panel under optionally, to obtain the sub-sub-pixel region of the sub-pixel of the i-th colorCorresponding 4th brightness value L s (s) in each GTG s.
Alternatively, in step e), predetermined condition can be represented by following formula：
[Lm(r)+Ls(s)-L(j)]/L(j)<S
Wherein, S is predetermined value.
A kind of another aspect of exemplary embodiment of the invention, there is provided imaging of the sub-pixel of correcting liquid crystal panelWhen GTG method, each pixel of the liquid crystal panel includes the sub-pixel of n color, wherein, n is the integer more than 0, oftenOne sub-pixel includes boss's pixel region and sub-sub-pixel region, it is characterised in that methods described includes：A) measure just optionallyUnder the liquid crystal panel n color in the i-th color gamma curve, to obtain the i-th color of the liquid crystal panelFirst brightness value of the sub-pixel in maximum gray m, wherein, i ∈ [1, n]；B) by first brightness value and predetermined gammaValue, calculate the i-th color sub-pixel in each GTG j corresponding second brightness value L (j), wherein, j ∈ [t, m], t for minimumGTG；C) each for determining the GTG r of boss's pixel region of the sub-pixel of the i-th color and GTG s in sub-sub-pixel region takesThe grey menu that the liquid crystal panel shows that makes among value combination is less than with the total color difference in the case of stravismus in the case of facingThe valued combinations of predetermined value, wherein, r ∈ [t, m], s ∈ [t, m]；The master of the sub-pixel of the i-th color in the case of d) acquisition is facedCorresponding 3rd brightness value during the GTG of boss's pixel region of the subpixel area in the valued combinations in each determination；e)Acquisition face in the case of the i-th color sub-pixel sub-sub-pixel region in each determination valued combinations in second sonCorresponding 4th brightness value during the GTG of pixel region；F) obtained among the valued combinations for determining based on the second brightness value L (j)Corresponding 3rd brightness value and corresponding 4th brightness value is made to meet the valued combinations of predetermined condition in GTG j；G) will obtainValued combinations be defined as the valued combinations that the use when sub-pixel of the i-th color is presented GTG j.
Alternatively, the total color difference in step c) is obtained as follows：C1) obtain what the liquid crystal panel showed respectivelyTristimulus values of the grey menu in the case of facing and in the case of stravismus；C2) counted based on the tristimulus values in the case of facing respectivelyCalculate grey menu that the liquid crystal panel shows psychological lightness and psychometric chroma in the case of facing, and based on stravismus in the case ofTristimulus values calculate grey menu that the liquid crystal panel shows psychological lightness and psychometric chroma in the case of stravismus respectively；C3) based on described facing in the case of psychological lightness and psychological lightness and psychometric chroma in the case of psychometric chroma, the stravismus,Calculate the total color difference of grey menu that the liquid crystal panel shows in the case of facing and in the case of stravismus.
Alternatively, step b) includes：Based on equation below, by first brightness value and predetermined gamma value, calculateThe sub-pixel of the i-th color corresponding second brightness value L (j) in each GTG j：
L (j)=L (m) × (j/m)γ
Wherein, γ is predetermined gamma value, and L (m) is first brightness value of the sub-pixel of the i-th color in maximum gray m.
Alternatively, step d) includes：Close the sub-sub-pixel region of the sub-pixel of the i-th color；In the case of measurement is facedThe gamma curve of the i-th color of the liquid crystal panel, to obtain boss's pixel region of the sub-pixel of the i-th color in eachIt is determined that valued combinations in boss's pixel region GTG when corresponding 3rd brightness value, step e) includes：Close the i-th colorSub-pixel boss's pixel region；Measurement face in the case of the liquid crystal panel the i-th color gamma curve, with obtainDuring the GTG in sub-sub-pixel region of the sub-sub-pixel region of the sub-pixel of the i-th color in the valued combinations in each determinationCorresponding 4th brightness value.
Alternatively, the predetermined condition in step f) is to cause
[Lm (x)+Ls (y)-L (j)]/L (j) is minimum,
Wherein, Lm (x) be determine valued combinations in boss's pixel region GTG x corresponding to the 3rd brightness value,Ls (y) be determine valued combinations in sub-sub-pixel region GTG y corresponding to the 4th brightness value.
The method of GTG during the imaging of the sub-pixel of the correcting liquid crystal panel that exemplary embodiment of the invention is provided,GTG when can effectively correct the imaging of sub-pixel, so as to reduce the colour cast of liquid crystal panel display image.
The other aspect of the present invention and/or advantage will be partly illustrated in following description, some is by retouchingState and will be apparent, or the enforcement of the present invention can be passed through and be learnt.
Specific embodiment
The exemplary embodiment of the present invention is will be described in now, the example of the embodiment is shown in the drawings, wherein, phaseSame label indicates identical part.The embodiment will be illustrated by referring to accompanying drawing below, to explain the present invention.
GTG when Fig. 1 is the imaging of the sub-pixel for illustrating a kind of correcting liquid crystal panel according to an exemplary embodiment of the present inventionMethod flow chart.The liquid crystal panel includes multiple pixels, and each pixel includes the sub-pixel of n color, each sub- pictureElement includes boss's pixel region and sub-sub-pixel region.Here, n is the integer more than 0.As an example, the liquid crystal panel canThink RGB liquid crystal panels, RGBY liquid crystal panels or RGBW liquid crystal panels etc..When the liquid crystal panel is RGB liquid crystal panels, nFor 3.When the liquid crystal panel is RGBY liquid crystal panels or RGBW liquid crystal panels, n is 4.
As shown in figure 1, in step S101, measuring the i-th color in n color of the liquid crystal panel in the case of facingGamma curve, to obtain first brightness value of the sub-pixel of the i-th color of the liquid crystal panel in maximum gray m.Here,I ∈ [1, n].It is described be just considered as with the vertical direction of liquid crystal panel in 0 degree of view liquid crystal panel.The gamma curveTo represent the curve of GTG and brightness relationship.Here, the gamma curve can be measured by existing various methods.
The exponent number of GTG is by the different and different of liquid crystal panel, when liquid crystal panel is 8 bit liquid crystal panel, the rank of GTGNumber is 256, and GTG can be represented sequentially as 0,1,2 ..., 255.Now, maximum gray m is 255, and minimum gray is 0.Work as liquid crystalWhen panel is 10 bit liquid crystal panel, the exponent number of GTG is 1024, and GTG can be represented sequentially as 0,1,2 ..., 1023.Now,Maximum gray m is 1023, and minimum gray is 0.
In step S102, the first brightness value of the sub-pixel of the i-th color obtained by step S101 in maximum gray mWith predetermined gamma value, calculate the i-th color sub-pixel in each GTG j corresponding second brightness value L (j).Here, j ∈ [t,M], t is minimum gray.As an example, second brightness value L (j) can be calculated by following formula：
L (j)=L (m) × (j/m)γ (1)
Here, γ is predetermined gamma value, and L (m) is first brightness value of the sub-pixel of the i-th color in maximum gray m.In advanceDetermine gamma value to be determined according to the optimal display result of liquid crystal panel, it is preferable that predetermined gamma value is 2.2.Second brightness value LJ () changes with the change of GTG j.
In step S103, acquisition face in the case of the i-th color sub-pixel boss's pixel region in each GTG rCorresponding 3rd brightness value L m (r).Here, r ∈ [t, m].The 3rd brightness value can be obtained by existing various methodsLm(r).Preferably, the step of obtaining three brightness value L m (r) includes：
First, close the sub-sub-pixel region of the sub-pixel of the i-th color.Here, can be closed by existing various methodsClose the sub-sub-pixel region of the sub-pixel of the i-th color；
Then, the gamma curve of the i-th color of the liquid crystal panel in the case of measurement is faced, to obtain the i-th colorBoss's pixel region of sub-pixel corresponding 3rd brightness value L m (r) in each GTG r.Here, can pass through existing variousMethod is measuring the gamma curve.3rd brightness value L m (r) changes with the change of GTG r.
In step S104, acquisition face in the case of the i-th color sub-pixel sub-sub-pixel region in each GTG sCorresponding 4th brightness value L s (s).Here, s ∈ [t, m].The 4th brightness value can be obtained by existing various methodsLs(s).Preferably, the step of obtaining four brightness value L s (s) includes：
First, close boss's pixel region of the sub-pixel of the i-th color.Here, can be closed by existing various methodsClose boss's pixel region of the sub-pixel of the i-th color；
Then, the gamma curve of the i-th color of the liquid crystal panel in the case of measurement is faced, to obtain the i-th colorThe sub-sub-pixel region of sub-pixel corresponding 4th brightness value L s (s) in each GTG s.Here, can pass through existing variousMethod is measuring the gamma curve.4th brightness value L s (s) changes with the change of GTG s.
In step S105, being determined based on the second brightness value L (j) that step S102 is calculated makes the corresponding 3rd in GTG jBrightness value L m (r) and corresponding 4th brightness value L s (s) meet boss's pixel region of the sub-pixel of the i-th color of predetermined conditionGTG r and sub-sub-pixel region GTG s valued combinations.Here, predetermined condition can be represented by following formula：
[Lm(r)+Ls(s)-L(j)]/L(j)<S (2)
Here, S is predetermined value.The value of S can be set according to the characteristic of liquid crystal panel.
In other words, step S105 is that all value groups of the GTG r and GTG s that meet formula (2) are found for GTG jClose, be used as the candidate's valued combinations for causing the sub-pixel of the i-th color that GTG j is presented.
In step S106, it is determined that (that is, dividing when the sub-pixel that the i-th color is caused using each valued combinations is presented GTG jNot so that the GTG in the GTG of boss's pixel region of the sub-pixel of the i-th color and sub-sub-pixel region is each valued combinations instituteThe GTG of instruction, is presented grey menu that the GTG j) liquid crystal panels show just to attempt using different valued combinationsTotal color difference in the case of optionally lower and stravismus.The stravismus is to be in the visual angle of predetermined angular with the vertical direction of liquid crystal panelObservation liquid crystal panel.The predetermined angular can be arbitrarily angled less than 90 degree more than 0 degree.It is preferred here that described predeterminedAngle is 60 degree.
The total color difference can be determined by existing various methods.Preferably, it is determined that using any one value groupThe grey menu that the liquid crystal panel shows when closing the sub-pixel presentation GTG j for causing the i-th color is in the case of facing and looks side waysIn the case of total color difference the step of include：
First, obtain respectively described in when the sub-pixel that the i-th color is caused using one valued combinations is presented GTG jTristimulus values of the grey menu that liquid crystal panel shows in the case of facing and in the case of stravismus.The tristimulus values can be by existingThe method of the various acquisition tristimulus values having is obtaining；
Secondly, calculate the grey menu that the liquid crystal panel shows respectively based on the tristimulus values in the case of facing facingIn the case of psychological lightness and psychometric chroma, and calculate the liquid crystal panel respectively based on the tristimulus values in the case of stravismus and showPsychological lightness and psychometric chroma of the grey menu in the case of stravismus.Here, psychological lightness and psychometric chroma can pass through existingVarious computational methods calculating；
Then, based on described facing in the case of psychological lightness and the psychological lightness in the case of psychometric chroma, the stravismusAnd psychometric chroma, total color difference of the grey menu that the calculating liquid crystal panel shows in the case of facing and in the case of stravismus.ThisIn, total color difference can be calculated by existing various computational methods.
As an example, the total color difference can be calculated based on CIE1976 color gamut systems.
It is appreciated that can determine that according to the step of the above-mentioned determination total color difference GTG r determined by step S105 andThe grey menu that the liquid crystal panel shows when each valued combinations of GTG s cause the sub-pixel of the i-th color that GTG j is presented existsTotal color difference in the case of facing and in the case of stravismus.
In step S107, the valued combinations corresponding to total color difference minimum in total color difference determined by step S106 are determinedThe valued combinations that use when GTG j is presented for the sub-pixel of the i-th color.That is, the sub-pixel of the i-th color is used when GTG j is presentedThe valued combinations of GTG of GTG and sub-sub-pixel region of boss's pixel region be in value group determined by step S105The GTG r for making the total color difference minimum in conjunction and the valued combinations of GTG s.
In exemplary embodiments of the present invention, by step S105-S107 can determine that respectively with the sub-pixel of the i-th colorThe GTG r and second son of boss's pixel region of each GTG j (that is, j is respectively each value of [t, m]) the corresponding sub-pixelValued combinations (that is, the GTG r and sub-sub-pixel of the boss's pixel region for using when GTG j is presented of the GTG s of pixel regionThe valued combinations of the GTG s in region).Thus, each color respectively with liquid crystal panel can determine that by step S101-S107Each GTG j (that is, j is respectively each value of [t, m]) the corresponding institute of the sub-pixel of (that is, i is respectively each value of [1, n])State the valued combinations of the GTG r of boss's pixel region of sub-pixel and the GTG s in sub-sub-pixel region.
It is appreciated that each step during a kind of imaging of the sub-pixel of correcting liquid crystal panel shown in Fig. 1 in the method for GTGRapid execution sequence is not limited to this, according to circumstances can also adjust accordingly.
Ash when Fig. 3 is the imaging of the sub-pixel for illustrating another kind of correcting liquid crystal panel according to an exemplary embodiment of the present inventionThe flow chart of the method for rank.The liquid crystal panel includes multiple pixels, and each pixel includes the sub-pixel of n color, Mei YiziPixel includes boss's pixel region and sub-sub-pixel region.Here, n is the integer more than 0.As an example, the liquid crystal panelCan be RGB liquid crystal panels, RGBY liquid crystal panels or RGBW liquid crystal panels etc..When the liquid crystal panel is RGB liquid crystal panels,N is 3.When the liquid crystal panel is RGBY liquid crystal panels or RGBW liquid crystal panels, n is 4.
As shown in figure 3, in step S301, measuring the i-th color in n color of the liquid crystal panel in the case of facingGamma curve, to obtain first brightness value of the sub-pixel of the i-th color of the liquid crystal panel in maximum gray m.Here,I ∈ [1, n].It is described be just considered as with the vertical direction of liquid crystal panel in 0 degree of view liquid crystal panel.The gamma curveTo represent the curve of GTG and brightness relationship.Here, the gamma curve can be measured by existing various methods.
The exponent number of GTG is by the different and different of liquid crystal panel, when liquid crystal panel is 8 bit liquid crystal panel, the rank of GTGNumber is 256, and GTG can be represented sequentially as 0,1,2 ..., 255.Now, maximum gray m is 255, and minimum gray is 0.Work as liquid crystalWhen panel is 10 bit liquid crystal panel, the exponent number of GTG is 1024, and GTG can be represented sequentially as 0,1,2 ..., 1023.Now,Maximum gray m is 1023, and minimum gray is 0.
In step S302, the first brightness value of the sub-pixel of the i-th color obtained by step S301 in maximum gray mWith predetermined gamma value, calculate the i-th color sub-pixel in each GTG j corresponding second brightness value L (j).Here, j ∈ [t,M], t is minimum gray.As an example, second brightness value L (j) can be calculated by following formula：
L (j)=L (m) × (j/m)γ (3)
Here, γ is predetermined gamma value, and L (m) is first brightness value of the sub-pixel of the i-th color in maximum gray m.In advanceDetermine gamma value to be determined according to the optimal display result of liquid crystal panel, it is preferable that predetermined gamma value is 2.2.Second brightness value LJ () changes with the change of GTG j.
In step S303, the GTG r of boss's pixel region of the sub-pixel of the i-th color and the ash in sub-sub-pixel region are determinedThe grey menu that the liquid crystal panel shows of making among each valued combinations of rank s is in the case of facing and in the case of stravismusValued combinations of the total color difference less than predetermined value.Here, r ∈ [t, m], s ∈ [t, m].As an example, the sub-pixel of the i-th colorEach valued combinations of the GTG r of boss's pixel region and the GTG s in sub-sub-pixel region be represented by (r, s) | r ∈ [t,M], s ∈ [t, m] }.The stravismus is to be in the view liquid crystal panel of predetermined angular with the vertical direction of liquid crystal panel.InstituteIt can be arbitrarily angled less than 90 degree more than 0 degree to state predetermined angular.It is preferred here that the predetermined angular is 60 degree.Can rootPredetermined value is set according to the characteristic of liquid crystal panel.
Particularly, first can obtain in step S303 the sub-pixel in the i-th color boss's pixel region GTG r and timeThe grey menu that liquid crystal panel during each valued combinations of the GTG s of subpixel area shows is in the case of facing and tiltedlyTotal color difference under optionally, it is then determined that in each total color difference less than predetermined value total color difference corresponding to valued combinations.
Here, the total color difference can be obtained by existing various methods.Preferably, obtain the sub- picture in the i-th colorTotal color difference during any one valued combinations of the GTG s of the GTG r and sub-sub-pixel region of boss's pixel region of elementThe step of include：
First, obtain the grey menu that the liquid crystal panel shows in described any one valued combinations respectively facingIn the case of and stravismus in the case of tristimulus values.The tristimulus values can by it is existing it is various obtain tristimulus values methods comeObtain；
Secondly, calculate the grey menu that the liquid crystal panel shows respectively based on the tristimulus values in the case of facing facingIn the case of psychological lightness and psychometric chroma, and calculate the liquid crystal panel respectively based on the tristimulus values in the case of stravismus and showPsychological lightness and psychometric chroma of the grey menu in the case of stravismus.Here, psychological lightness and psychometric chroma can pass through existingVarious computational methods calculating；
Then, based on described facing in the case of psychological lightness and the psychological lightness in the case of psychometric chroma, the stravismusAnd psychometric chroma, total color difference of the grey menu that the calculating liquid crystal panel shows in the case of facing and in the case of stravismus.ThisIn, total color difference can be calculated by existing various computational methods.
As an example, the total color difference can be calculated based on CIE1976 color gamut systems.
It is appreciated that the boss of the sub-pixel in the i-th color can be obtained the step of total color difference according to above-mentioned acquisitionTotal color difference during each valued combinations of the GTG r of pixel region and the GTG s in sub-sub-pixel region.
After each total color difference is obtained, each total color difference is compared with predetermined value, it is determined that less than the total color difference institute of predetermined valueCorresponding valued combinations.
In step S304, acquisition face in the case of the i-th color sub-pixel boss's pixel region true in eachCorresponding 3rd brightness value during the GTG of the boss's pixel region in fixed valued combinations.Can be obtained by existing various methodsTake the 3rd brightness value.Preferably, the step of obtaining three brightness value includes：
First, close the sub-sub-pixel region of the sub-pixel of the i-th color.Here, can be closed by existing various methodsClose the sub-sub-pixel region of the sub-pixel of the i-th color；
Then, the gamma curve of the i-th color of the liquid crystal panel in the case of measurement is faced, to obtain the i-th colorCorresponding the during the GTG of boss pixel region of the boss's pixel region of sub-pixel in the valued combinations in each determinationThree brightness values.Here, the gamma curve can be measured by existing various methods.
In step S305, acquisition face in the case of the i-th color sub-pixel sub-sub-pixel region true in eachCorresponding 4th brightness value during the GTG in the sub-sub-pixel region in fixed valued combinations.Can be obtained by existing various methodsTake the 4th brightness value.Preferably, the step of obtaining four brightness value includes：
First, close boss's pixel region of the sub-pixel of the i-th color.Here, can be closed by existing various methodsClose boss's pixel region of the sub-pixel of the i-th color；
Then, the gamma curve of the i-th color of the liquid crystal panel in the case of measurement is faced, to obtain the i-th colorCorresponding the during the GTG in sub-sub-pixel region of the sub-sub-pixel region of sub-pixel in the valued combinations in each determinationFour brightness values.Here, the gamma curve can be measured by existing various methods.
In step S306, obtained among the valued combinations for determining based on the second brightness value L (j) makes correspondence in GTG jThe 3rd brightness value and corresponding 4th brightness value meet the valued combinations of predetermined condition.Here, predetermined condition is to cause
[Lm (x)+Ls (y)-L (j)]/L (j) is minimum
Here, Lm (x) be determine valued combinations in boss's pixel region GTG x corresponding to the 3rd brightness value,Ls (y) be determine valued combinations in sub-sub-pixel region GTG y corresponding to the 4th brightness value.
In other words, step S306 be to be directed to GTG j it is determined that valued combinations in find and make [Lm (x)+Ls (y)-L(j)]/L (j) minimum valued combinations.
In step S307, make when the sub-pixel that the valued combinations that step S306 is obtained are defined as the i-th color is presented GTG jValued combinations.
In exemplary embodiments of the present invention, by step S306-S307 can determine that respectively with the sub-pixel of the i-th colorThe GTG r and second son of boss's pixel region of each GTG j (that is, j is respectively each value of [t, m]) the corresponding sub-pixelValued combinations (that is, the GTG r and sub-sub-pixel of the boss's pixel region for using when GTG j is presented of the GTG s of pixel regionThe valued combinations of the GTG s in region).Thus, each color respectively with liquid crystal panel can determine that by step S301-S307Each GTG j (that is, j is respectively each value of [t, m]) the corresponding institute of the sub-pixel of (that is, i is respectively each value of [1, n])State the valued combinations of the GTG r of boss's pixel region of sub-pixel and the GTG s in sub-sub-pixel region.
It is appreciated that each in the method for GTG during the imaging of the sub-pixel of another kind of correcting liquid crystal panel shown in Fig. 3The execution sequence of step is not limited to this, according to circumstances can also adjust accordingly.
The method of GTG during the imaging of the sub-pixel of the correcting liquid crystal panel of exemplary embodiment of the invention, canGTG when effectively correcting the imaging of sub-pixel, so as to reduce the colour cast of liquid crystal panel display image.
What the above example of the present invention was merely exemplary, and the present invention is not limited to this.Those skilled in the artIt should be appreciated that：Without departing from the principles and spirit of the present invention, can change these embodiments, wherein, thisBright scope is limited in claim and its equivalent.