Movatterモバイル変換

[0]ホーム
URL:

CN110599962B - Rendering method of Delta-type sub-pixel display panel with different color sequences - Google Patents

Rendering method of Delta-type sub-pixel display panel with different color sequencesDownload PDF

Info

Publication number
CN110599962B
CN110599962BCN201910899818.4ACN201910899818ACN110599962BCN 110599962 BCN110599962 BCN 110599962BCN 201910899818 ACN201910899818 ACN 201910899818ACN 110599962 BCN110599962 BCN 110599962B
Authority
CN
China
Prior art keywords
pixel
sub
color
gray
nth
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
CN201910899818.4A
Other languages
Chinese (zh)
Other versions
CN110599962A (en
Inventor
马奔
贾晨
王自强
张春
权磊
尹勇生
王志华
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Tsinghua University
Shenzhen Research Institute Tsinghua University
Original Assignee
Shenzhen Research Institute Tsinghua University
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Shenzhen Research Institute Tsinghua UniversityfiledCriticalShenzhen Research Institute Tsinghua University
Priority to CN201910899818.4ApriorityCriticalpatent/CN110599962B/en
Publication of CN110599962ApublicationCriticalpatent/CN110599962A/en
Application grantedgrantedCritical
Publication of CN110599962BpublicationCriticalpatent/CN110599962B/en
Activelegal-statusCriticalCurrent
Anticipated expirationlegal-statusCritical

Links

Images

Classifications

Landscapes

Abstract

Translated fromChinese

本发明公开了一种不同颜色序列Delta型子像素显示面板的渲染方法，其步骤包括：1获取原始图像并进行处理，得到RGB子像素的灰度值矩阵；2令奇数行渲染单元内任一颜色相同子像素的灰阶值等于标准像素灰阶单元中相同该颜色子像素灰阶值的平均值；3令偶数行渲染单元内任一颜色相同子像素的灰阶值等于标准像素灰阶单元中相同该颜色子像素灰阶值的平均值；4得到RGB‑Delta型显示面板渲染单元中子像素的灰阶值后，在显示面板上构成三基色像素，显示原图像。本发明在色彩不失真和有效控制彩边效应的情况下，较好地还原图像信息，从而在不同颜色序列Delta型子像素显示面板上正常显示图像。

Figure 201910899818

The invention discloses a rendering method for a Delta-type sub-pixel display panel with different color sequences. The steps include: 1. acquiring an original image and processing it to obtain a gray value matrix of RGB sub-pixels; 2. making any one of the odd-numbered row rendering units The grayscale value of the subpixels with the same color is equal to the average value of the grayscale values of the subpixels of the same color in the standard pixel grayscale unit; 3 Let the grayscale value of any subpixel of the same color in the even-numbered row rendering unit be equal to the standard pixel grayscale unit 4. After obtaining the gray-scale values of the sub-pixels in the RGB-Delta display panel rendering unit, three primary color pixels are formed on the display panel to display the original image. Under the condition of no color distortion and effective control of color fringing effect, the present invention can restore image information better, so that images can be displayed normally on Delta-type sub-pixel display panels of different color sequences.

Figure 201910899818

Description

Translated fromChinese
不同颜色序列Delta型子像素显示面板的渲染方法Rendering method of Delta-type sub-pixel display panel with different color sequences

技术领域technical field

本发明涉及图像处理以及显示技术领域，更具体地说是一种不同颜色序列Delta型子像素显示面板的渲染方法。The invention relates to the technical field of image processing and display, and more particularly to a rendering method of a Delta-type sub-pixel display panel with different color sequences.

技术背景technical background

随着显示技术的快速发展，主动阵列有源发光二极管(AMOLED)凭借其色域宽、亮度高、柔韧性等特点，逐渐取代液晶显示器(LCD)成为各类电子设备的主流显示面板。液晶显示器利用背光源被动发光，通过滤光片实现RGB色彩，制作工艺简单，成本较低，且采用标准RGB子像素排列方式，每一颗像素都可以独立显示不同的颜色。而AMOLED的RGB子像素由红、绿、蓝自发光有机材料制作而成，尤其在当前智能显示设备大尺寸、高分辨率的发展趋势下，制造极小且高密集度的AMOLED较为困难，成本也较高，同时也增加了驱动电路的设计难度。With the rapid development of display technology, active array active light-emitting diodes (AMOLEDs) have gradually replaced liquid crystal displays (LCDs) as the mainstream display panels for various electronic devices due to their wide color gamut, high brightness, and flexibility. The liquid crystal display uses a backlight source to passively emit light, and realizes RGB colors through a filter. The production process is simple and the cost is low. It adopts a standard RGB sub-pixel arrangement, and each pixel can independently display different colors. The RGB sub-pixels of AMOLED are made of red, green and blue self-luminous organic materials. Especially in the current development trend of large-scale and high-resolution smart display devices, it is difficult to manufacture extremely small and high-density AMOLEDs. It is also higher, and it also increases the design difficulty of the drive circuit.

如今的显示领域，显示面板的子像素排列已经发生了改变。以AMOLED屏为例，显示面板的子像素排列顺序不再是传统的R、G、B顺序。常见的子像素排列方式有Pentile型和Delta型等。一些显示屏厂商拥有专有的子像素排列顺序的显示屏。这类非传统RGB排列的显示屏，存在着各式各样的子像素排列方式，这就需要研究从RGB到其他像素结构的转换算法。In today's display field, the sub-pixel arrangement of the display panel has changed. Taking an AMOLED screen as an example, the sub-pixel arrangement order of the display panel is no longer the traditional R, G, B order. Common sub-pixel arrangements include Pentile type and Delta type. Some display manufacturers have proprietary displays with sub-pixel arrangements. Such non-traditional RGB-arranged display screens have various sub-pixel arrangements, which requires the study of conversion algorithms from RGB to other pixel structures.

目前商用的RGB-Delta型子像素排列结构AMOLED中，RGB三基色子像素呈三角形分布，每个像素单元由两个子像素构成。众所周知，全彩图像的像素是由RGB三色混成，若将图像任一像素的R、G、B灰阶值直接映射到RGB-Delta结构面板上相应像素的R、G、B子像素，则会出现图像信息丢失严重，彩边效应明显，显示效果较差等情况。同时，RGB-Delta结构AMOLED的三基色排列顺序不一定相同，这样为子像素渲染算法提出更大的挑战。In the current commercial RGB-Delta type sub-pixel arrangement structure AMOLED, the RGB three primary color sub-pixels are distributed in a triangle, and each pixel unit is composed of two sub-pixels. As we all know, the pixels of a full-color image are composed of RGB three colors. If the R, G, and B grayscale values of any pixel of the image are directly mapped to the R, G, and B sub-pixels of the corresponding pixels on the RGB-Delta structure panel, then There will be serious loss of image information, obvious color fringing effect, and poor display effect. At the same time, the order of the three primary colors of the RGB-Delta structure AMOLED is not necessarily the same, which poses a greater challenge for the sub-pixel rendering algorithm.

发明内容SUMMARY OF THE INVENTION

本发明为解决现有技术存在的问题，提出一种不同颜色序列Delta型子像素显示面板的渲染方法，以期能在图像不失真和有效控制彩边效应的情况下，在不同颜色排列顺序的显示面板上都能较好地还原图像信息，从而在不同颜色序列Delta型子像素显示面板上正常显示图像。In order to solve the problems existing in the prior art, the present invention proposes a rendering method of a Delta-type sub-pixel display panel with different color sequences, so as to be able to display images in different color sequences under the condition that the image is not distorted and the color fringing effect is effectively controlled. The image information can be restored well on the panel, so that the image can be displayed normally on the Delta-type sub-pixel display panel of different color sequences.

本发明为解决技术问题采用如下技术方案：The present invention adopts the following technical scheme for solving the technical problem:

本发明一种不同颜色序列Delta型子像素显示面板的渲染方法的特点是按照如下步骤进行：The characteristics of a rendering method for a Delta-type sub-pixel display panel with different color sequences of the present invention are as follows:

步骤1、获取原始图像并进行处理，得到RGB子像素的灰度值矩阵，且所述灰度值矩阵是由N个标准像素灰阶单元构成，任意第n个标准像素灰阶单元的灰阶值依次包括：第1红色子像素

Figure GDA0002592943580000021
第1绿色子像素
Figure GDA0002592943580000022
第1蓝色子像素
Figure GDA0002592943580000023
第2红色子像素
Figure GDA0002592943580000024
第2绿色子像素
Figure GDA0002592943580000025
第2蓝色子像素
Figure GDA0002592943580000026
第3红色子像素
Figure GDA0002592943580000027
第3绿色子像素
Figure GDA0002592943580000028
第3蓝色子像素
Figure GDA0002592943580000029
n＝1,2,…,N；Step 1. Obtain the original image and process it to obtain a grayscale value matrix of RGB sub-pixels, and the grayscale value matrix is composed of N standard pixel grayscale units, and the grayscale of any nth standard pixel grayscale unit is The values in turn include: 1st red sub-pixel
Figure GDA0002592943580000021
1st green subpixel
Figure GDA0002592943580000022
1st blue subpixel
Figure GDA0002592943580000023
2nd red subpixel
Figure GDA0002592943580000024
2nd green subpixel
Figure GDA0002592943580000025
2nd blue subpixel
Figure GDA0002592943580000026
3rd red subpixel
Figure GDA0002592943580000027
3rd green subpixel
Figure GDA0002592943580000028
3rd blue subpixel
Figure GDA0002592943580000029
n=1,2,...,N;

步骤2、令Delta型子像素显示面板的任一奇数行记为Yk，令第k个奇数行Yk内任一第n个渲染单元记为

Figure GDA00025929435800000210
令第k个奇数行Yk内第n个渲染单元
Figure GDA00025929435800000211
中依次包含任一颜色的第1子像素
Figure GDA00025929435800000212
任一颜色的第2子像素
Figure GDA00025929435800000213
任一颜色的第3子像素
Figure GDA00025929435800000214
任一颜色的第4子像素
Figure GDA00025929435800000215
任一颜色的第5子像素
Figure GDA00025929435800000216
任一颜色的第6子像素
Figure GDA00025929435800000217
其中，任一颜色的第1子像素
Figure GDA00025929435800000218
任一颜色的第2子像素
Figure GDA00025929435800000219
与任一颜色的第3子像素
Figure GDA00025929435800000220
的颜色均不相同，且任一颜色的第1子像素
Figure GDA00025929435800000221
与第4子像素
Figure GDA00025929435800000222
的颜色相同；任一颜色的第2子像素
Figure GDA00025929435800000223
与第5子像素
Figure GDA00025929435800000224
的颜色相同；任一颜色的第3子像素
Figure GDA00025929435800000225
与第6子像素
Figure GDA00025929435800000226
的颜色相同，其中任一颜色取为红、绿或蓝；Step 2. Let any odd-numbered row of the Delta-type sub-pixel display panel be marked as Yk , and let any n-th rendering unit in the k-th odd-numbered row Yk be marked as
Figure GDA00025929435800000210
Let the nth rendering unit in the kth odd row Yk
Figure GDA00025929435800000211
contains the first subpixel of any color in turn
Figure GDA00025929435800000212
2nd subpixel of any color
Figure GDA00025929435800000213
3rd subpixel of any color
Figure GDA00025929435800000214
4th subpixel of any color
Figure GDA00025929435800000215
5th subpixel of any color
Figure GDA00025929435800000216
6th subpixel of any color
Figure GDA00025929435800000217
Among them, the first sub-pixel of any color
Figure GDA00025929435800000218
2nd subpixel of any color
Figure GDA00025929435800000219
3rd subpixel with either color
Figure GDA00025929435800000220
are all different colors, and the first subpixel of any color
Figure GDA00025929435800000221
with the 4th subpixel
Figure GDA00025929435800000222
are the same color; the 2nd subpixel of either color
Figure GDA00025929435800000223
with the 5th subpixel
Figure GDA00025929435800000224
are the same color; the 3rd subpixel of either color
Figure GDA00025929435800000225
with the 6th subpixel
Figure GDA00025929435800000226
of the same color, any of which is taken as red, green or blue;

步骤3、令Delta型子像素显示面板的任一偶数行记为Qk，令第k个偶数行Qk内任一第n个渲染单元记为

Figure GDA00025929435800000227
令第k个偶数行Qk内第n个渲染单元
Figure GDA00025929435800000228
中依次包含任一颜色的第1子像素
Figure GDA00025929435800000229
任一颜色的第2子像素
Figure GDA00025929435800000230
任一颜色的第3子像素
Figure GDA00025929435800000231
任一颜色的第4子像素
Figure GDA00025929435800000232
任一颜色的第5子像素
Figure GDA00025929435800000233
任一颜色的第6子像素
Figure GDA00025929435800000234
其中，任一颜色的第1子像素
Figure GDA00025929435800000235
任一颜色的第2子像素
Figure GDA00025929435800000236
与任一颜色的第3子像素
Figure GDA00025929435800000237
的颜色均不相同，且任一颜色的第1子像素
Figure GDA00025929435800000238
与第4子像素
Figure GDA00025929435800000239
的颜色相同；任一颜色的第2子像素
Figure GDA00025929435800000240
与第5子像素
Figure GDA00025929435800000241
的颜色相同；任一颜色的第3子像素
Figure GDA00025929435800000242
与第6子像素
Figure GDA00025929435800000243
的颜色相同；Step 3. Let any even-numbered row of the Delta-type sub-pixel display panel be recorded as Qk , and let any n-th rendering unit in the k-th even-numbered row Qk be recorded as
Figure GDA00025929435800000227
Let the nth rendering unit in the kth even row Qk
Figure GDA00025929435800000228
contains the first subpixel of any color in turn
Figure GDA00025929435800000229
2nd subpixel of any color
Figure GDA00025929435800000230
3rd subpixel of any color
Figure GDA00025929435800000231
4th subpixel of any color
Figure GDA00025929435800000232
5th subpixel of any color
Figure GDA00025929435800000233
6th subpixel of any color
Figure GDA00025929435800000234
Among them, the first sub-pixel of any color
Figure GDA00025929435800000235
2nd subpixel of any color
Figure GDA00025929435800000236
3rd subpixel with either color
Figure GDA00025929435800000237
are all different colors, and the first subpixel of any color
Figure GDA00025929435800000238
with the 4th subpixel
Figure GDA00025929435800000239
are the same color; the 2nd subpixel of either color
Figure GDA00025929435800000240
with the 5th subpixel
Figure GDA00025929435800000241
are the same color; the 3rd subpixel of either color
Figure GDA00025929435800000242
with the 6th subpixel
Figure GDA00025929435800000243
of the same color;

步骤4、令第k个奇数行Yk内第n个渲染单元

Figure GDA00025929435800000244
中的第1子像素
Figure GDA00025929435800000245
等于灰度值矩阵的第n个标准像素灰阶单元中与第1子像素
Figure GDA00025929435800000246
颜色相同的第1子像素和第2子像素灰阶值的平均值；Step 4. Let the nth rendering unit in the kth odd rowYk
Figure GDA00025929435800000244
1st subpixel in
Figure GDA00025929435800000245
Equal to the nth standard pixel grayscale unit of the gray value matrix and the first subpixel
Figure GDA00025929435800000246
The average value of the grayscale values of the first sub-pixel and the second sub-pixel with the same color;

令第k个奇数行Yk内第n个渲染单元

Figure GDA0002592943580000031
中的第4子像素
Figure GDA0002592943580000032
等于灰度值矩阵的第n个标准像素灰阶单元中与第子像素
Figure GDA0002592943580000033
颜色相同的第2子像素和第3子像素灰阶值的平均值；Let the nth rendering unit in the kth odd row Yk
Figure GDA0002592943580000031
4th subpixel in
Figure GDA0002592943580000032
Equal to the nth standard pixel grayscale unit of the gray value matrix and the subpixel
Figure GDA0002592943580000033
The average value of the grayscale values of the second sub-pixel and the third sub-pixel with the same color;

步骤5、令第k个奇数行Yk内第n个渲染单元

Figure GDA0002592943580000034
中的第2子像素
Figure GDA0002592943580000035
等于灰度值矩阵的第n个标准像素灰阶单元中与第2子像素
Figure GDA0002592943580000036
颜色相同的第1子像素和第2子像素灰阶值的平均值；Step 5. Let the nth rendering unit in the kth odd rowYk
Figure GDA0002592943580000034
2nd subpixel in
Figure GDA0002592943580000035
Equal to the nth standard pixel grayscale unit of the grayscale value matrix and the second subpixel
Figure GDA0002592943580000036
The average value of the grayscale values of the first sub-pixel and the second sub-pixel with the same color;

令第k个奇数行Yk内第n个渲染单元

Figure GDA0002592943580000037
中的第5子像素
Figure GDA0002592943580000038
等于灰度值矩阵的第n个标准像素灰阶单元中与第5子像素
Figure GDA0002592943580000039
颜色相同的第2子像素和第3子像素灰阶值的平均值；Let the nth rendering unit in the kth odd row Yk
Figure GDA0002592943580000037
5th subpixel in
Figure GDA0002592943580000038
Equal to the nth standard pixel grayscale unit of the gray value matrix and the 5th subpixel
Figure GDA0002592943580000039
The average value of the grayscale values of the second sub-pixel and the third sub-pixel with the same color;

步骤6、令第k个奇数行Yk内第n个渲染单元

Figure GDA00025929435800000310
中的第3子像素
Figure GDA00025929435800000311
等于灰度值矩阵的第n个标准像素灰阶单元中与第3子像素
Figure GDA00025929435800000312
颜色相同的第1子像素和第2子像素灰阶值的平均值；Step 6. Let the nth rendering unit in the kth odd rowYk
Figure GDA00025929435800000310
3rd subpixel in
Figure GDA00025929435800000311
Equal to the nth standard pixel grayscale unit of the grayscale value matrix and the third subpixel
Figure GDA00025929435800000312
The average value of the grayscale values of the first sub-pixel and the second sub-pixel with the same color;

令第k个奇数行Yk内第n个渲染单元

Figure GDA00025929435800000313
中的第6子像素
Figure GDA00025929435800000314
等于灰度值矩阵的第n个标准像素灰阶单元中与第6子像素
Figure GDA00025929435800000315
颜色相同的第2子像素和第3子像素灰阶值的平均值；Let the nth rendering unit in the kth odd row Yk
Figure GDA00025929435800000313
6th subpixel in
Figure GDA00025929435800000314
Equal to the nth standard pixel grayscale unit of the grayscale value matrix and the sixth subpixel
Figure GDA00025929435800000315
The average value of the grayscale values of the second sub-pixel and the third sub-pixel with the same color;

步骤7、令第k个偶数行Qk内第n个渲染单元

Figure GDA00025929435800000316
中的第1子像素
Figure GDA00025929435800000317
等于灰度值矩阵的第n个标准像素灰阶单元中与第1子像素
Figure GDA00025929435800000318
颜色相同的第1子像素和第2子像素灰阶值的平均值；Step 7. Make the nth rendering unit in thekth even row Qk
Figure GDA00025929435800000316
1st subpixel in
Figure GDA00025929435800000317
Equal to the nth standard pixel grayscale unit of the gray value matrix and the first subpixel
Figure GDA00025929435800000318
The average value of the grayscale values of the first sub-pixel and the second sub-pixel with the same color;

令第k个偶数行Qk内第n个渲染单元

Figure GDA00025929435800000319
中的第4子像素
Figure GDA00025929435800000320
等于灰度值矩阵的第n个标准像素灰阶单元中与第4子像素
Figure GDA00025929435800000321
颜色相同的第2子像素和第3子像素灰阶值的平均值；Let the nth rendering unit in the kth even row Qk
Figure GDA00025929435800000319
4th subpixel in
Figure GDA00025929435800000320
equal to the nth standard pixel grayscale unit of the grayscale value matrix and the fourth subpixel
Figure GDA00025929435800000321
The average value of the grayscale values of the second sub-pixel and the third sub-pixel with the same color;

步骤8、令第k个偶数行Qk内第n个渲染单元

Figure GDA00025929435800000322
中的第2子像素
Figure GDA00025929435800000323
等于灰度值矩阵的第n个标准像素灰阶单元中与第2子像素
Figure GDA00025929435800000324
颜色相同的第1子像素和第2子像素灰阶值的平均值；Step 8. Let the nth rendering unit in the kth even row Qk
Figure GDA00025929435800000322
2nd subpixel in
Figure GDA00025929435800000323
Equal to the nth standard pixel grayscale unit of the grayscale value matrix and the second subpixel
Figure GDA00025929435800000324
The average value of the grayscale values of the first sub-pixel and the second sub-pixel with the same color;

令第k个偶数行Qk内第n个渲染单元

Figure GDA00025929435800000325
中的第5子像素
Figure GDA00025929435800000326
等于灰度值矩阵的第n个标准像素灰阶单元中与第5子像素
Figure GDA00025929435800000327
颜色相同的第2子像素和第3子像素灰阶值的平均值；Let the nth rendering unit in the kth even row Qk
Figure GDA00025929435800000325
5th subpixel in
Figure GDA00025929435800000326
Equal to the nth standard pixel grayscale unit of the gray value matrix and the 5th subpixel
Figure GDA00025929435800000327
The average value of the grayscale values of the second sub-pixel and the third sub-pixel with the same color;

步骤9、令第k个偶数行Qk内第n个渲染单元

Figure GDA0002592943580000041
中的第3子像素
Figure GDA0002592943580000042
等于灰度值矩阵的第n个标准像素灰阶单元中与第3子像素
Figure GDA0002592943580000043
颜色相同的第1子像素和第2子像素灰阶值的平均值；Step 9. Let the nth rendering unit in the kth even row Qk
Figure GDA0002592943580000041
3rd subpixel in
Figure GDA0002592943580000042
Equal to the nth standard pixel grayscale unit of the gray value matrix and the third subpixel
Figure GDA0002592943580000043
The average value of the grayscale values of the first sub-pixel and the second sub-pixel with the same color;

令第k个偶数行Qk内第n个渲染单元

Figure GDA0002592943580000044
中的第6子像素
Figure GDA0002592943580000045
等于灰度值矩阵的第n个标准像素灰阶单元中与第6子像素
Figure GDA0002592943580000046
颜色相同的第2子像素和第3子像素灰阶值的平均值，从而得到能在不同颜色序列Delta型子像素显示面板上正常显示的RGB子像素的灰度值矩阵。Let the nth rendering unit in the kth even row Qk
Figure GDA0002592943580000044
6th subpixel in
Figure GDA0002592943580000045
Equal to the nth standard pixel grayscale unit of the grayscale value matrix and the sixth subpixel
Figure GDA0002592943580000046
The average value of the grayscale values of the second subpixel and the third subpixel with the same color, thereby obtaining the grayscale value matrix of the RGB subpixels that can be normally displayed on the Delta-type subpixel display panel of different color sequences.

与已有技术相比，本发明的有益效果及优势在于：Compared with the prior art, the beneficial effects and advantages of the present invention are:

1、本发明将显示面板奇数行子像素与偶数行子像素独立渲染，克服了Delta型显示面板子像素排列不规则且数量不足的缺陷。即图像信息丢失严重，彩边效应明显，显示效果较差等情况，从而能使RGB-Delta型显示面板正常显示图像，进而在色彩不失真和有效控制彩边效应的情况下，较好地还原了图像信息。1. The present invention renders the sub-pixels in odd rows and sub-pixels in even rows independently of the display panel, which overcomes the defects of irregular arrangement and insufficient number of sub-pixels in the Delta-type display panel. That is, the image information is seriously lost, the color fringing effect is obvious, and the display effect is poor, etc., so that the RGB-Delta display panel can display the image normally, and then the color is not distorted and the color fringing effect is effectively controlled. image information.

2、本发明渲染单元内任一颜色相同子像素的灰阶值等于标准像素灰阶单元中相同该颜色子像素灰阶值的平均值，克服了不同颜色序列Delta型子像素显示面板的渲染问题，能够使用与不同的三基色排列顺序。在使面板正常显示图像的同时，图像能够不失真。与此同时，本方法有效减轻了图像彩边效应。2. The gray-scale value of any sub-pixel of the same color in the rendering unit of the present invention is equal to the average value of the gray-scale value of the sub-pixel of the same color in the standard pixel gray-scale unit, which overcomes the rendering problem of Delta-type sub-pixel display panels of different color sequences , can be used with different three primary color arrangement order. While making the panel display the image normally, the image can be undistorted. At the same time, the method effectively reduces the color fringing effect of the image.

附图说明Description of drawings

图1是标准RGB排列示意图；Figure 1 is a schematic diagram of a standard RGB arrangement;

图2是本发明显示面板第一种Delta排列示意图；2 is a schematic diagram of the first Delta arrangement of the display panel of the present invention;

图3是本发明显示面板第二种Delta排列示意图；3 is a schematic diagram of the second Delta arrangement of the display panel of the present invention;

图4是本发明显示面板第三种Delta排列示意图。FIG. 4 is a schematic diagram of a third delta arrangement of the display panel of the present invention.

具体实施方式Detailed ways

本发明将以某一种Delta排列显示面板作为实施例，阐述具体实施方式。如图1所示，图1为标准RGB排列示意图。其排列方式规则为，每个像素包含完整的三基色子像素，且三基色子像素的排列方式为R、G、B，能够正常显示应用处理器发出的图像。图2是本发明显示面板第一种Delta排列示意图。其相较与标准RGB排列面板子像素数量减少，且排列不规则。因此在显示图像时会丢失数据。为了解决这一问题，本发明具体实施方式如下：The present invention will take a certain delta arrangement display panel as an example to describe the specific implementation. As shown in FIG. 1 , FIG. 1 is a schematic diagram of a standard RGB arrangement. The arrangement rule is that each pixel includes a complete three-primary color sub-pixel, and the three-primary color sub-pixel is arranged in R, G, B, and can normally display the image sent by the application processor. FIG. 2 is a schematic diagram of the first delta arrangement of the display panel of the present invention. Compared with the standard RGB arrangement panel, the number of sub-pixels is reduced and the arrangement is irregular. So data is lost when displaying the image. In order to solve this problem, the specific embodiments of the present invention are as follows:

步骤1、获取原始图像并进行处理，得到RGB子像素的灰度值矩阵，且灰度值矩阵是由N个标准像素灰阶单元构成，任一第n个标准像素灰阶单元依次包括：第1红色子像素

Figure GDA0002592943580000051
第1绿色子像素
Figure GDA0002592943580000052
第1蓝色子像素
Figure GDA0002592943580000053
第2红色子像素
Figure GDA0002592943580000054
第2绿色子像素
Figure GDA0002592943580000055
第2蓝色子像素
Figure GDA0002592943580000056
第3红色子像素
Figure GDA0002592943580000057
第3绿色子像素
Figure GDA0002592943580000058
第3蓝色子像素
Figure GDA0002592943580000059
n＝1,2,…,N；图1中虚线框11部分为标准RGB排列显示面板奇数行中一个渲染单元，图1中虚线框12部分为标准RGB排列显示面板偶数行中一个渲染单元。Step 1. Obtain the original image and process it to obtain the gray value matrix of the RGB sub-pixels, and the gray value matrix is composed of N standard pixel gray-scale units, and any n-th standard pixel gray-scale unit sequentially includes: 1 red subpixel
Figure GDA0002592943580000051
1st green subpixel
Figure GDA0002592943580000052
1st blue subpixel
Figure GDA0002592943580000053
2nd red subpixel
Figure GDA0002592943580000054
2nd green subpixel
Figure GDA0002592943580000055
2nd blue subpixel
Figure GDA0002592943580000056
3rd red subpixel
Figure GDA0002592943580000057
3rd green subpixel
Figure GDA0002592943580000058
3rd blue subpixel
Figure GDA0002592943580000059
n=1, 2, .

步骤2、令Delta型显示面板的任一奇数行记为Yk，令第k个奇数行Yk内任一渲染单元记为

Figure GDA00025929435800000510
令第k个奇数行Yk内第n个渲染单元中依次包含任一颜色第1子像素
Figure GDA00025929435800000511
第2子像素
Figure GDA00025929435800000512
第3子像素
Figure GDA00025929435800000513
第4子像素
Figure GDA00025929435800000514
第5子像素
Figure GDA00025929435800000515
第6子像素
Figure GDA00025929435800000516
其中任一颜色的第1子像素
Figure GDA00025929435800000517
任一颜色的第2子像素
Figure GDA00025929435800000518
与任一颜色的第3子像素
Figure GDA00025929435800000519
的颜色均不相同，任一颜色指红、绿、蓝，且第1子像素
Figure GDA00025929435800000520
与第4子像素
Figure GDA00025929435800000521
颜色相同；第2子像素
Figure GDA00025929435800000522
与第5子像素
Figure GDA00025929435800000523
颜色相同；第3子像素
Figure GDA00025929435800000524
与第6子像素
Figure GDA00025929435800000525
颜色相同。图2中虚线框21部分为Delta型显示面板排列显示面板奇数行中一个渲染单元。Step 2. Let any odd-numbered row of the Delta-type display panel be recorded as Yk , and let any rendering unit in the k-th odd-numbered row Yk be recorded as
Figure GDA00025929435800000510
Let the nth rendering unit in the kth odd rowYk contain the first subpixel of any color in turn
Figure GDA00025929435800000511
2nd subpixel
Figure GDA00025929435800000512
3rd subpixel
Figure GDA00025929435800000513
4th subpixel
Figure GDA00025929435800000514
5th subpixel
Figure GDA00025929435800000515
6th subpixel
Figure GDA00025929435800000516
1st subpixel of any of the colors
Figure GDA00025929435800000517
2nd subpixel of any color
Figure GDA00025929435800000518
3rd subpixel with either color
Figure GDA00025929435800000519
The colors are different, any color refers to red, green, blue, and the first sub-pixel
Figure GDA00025929435800000520
with the 4th subpixel
Figure GDA00025929435800000521
Same color; 2nd subpixel
Figure GDA00025929435800000522
with the 5th subpixel
Figure GDA00025929435800000523
Same color; 3rd subpixel
Figure GDA00025929435800000524
with the 6th subpixel
Figure GDA00025929435800000525
Same color. The part of the dashedbox 21 in FIG. 2 is a rendering unit in the odd-numbered row of the display panel arranged in the Delta-type display panel.

步骤3、令Delta型显示面板的任一偶数行记为Qk，令第k个偶数行Qk内任一渲染单元记为

Figure GDA00025929435800000526
令第k个偶数行Qk内第n个渲染单元中依次包含任一颜色第1子像素
Figure GDA00025929435800000527
第2子像素
Figure GDA00025929435800000528
第3子像素
Figure GDA00025929435800000529
第4子像素
Figure GDA00025929435800000530
第5子像素
Figure GDA00025929435800000531
第6子像素
Figure GDA00025929435800000532
其中任一颜色的第1子像素
Figure GDA00025929435800000533
任一颜色的第2子像素
Figure GDA00025929435800000534
与任一颜色的第3子像素
Figure GDA00025929435800000535
的颜色均不相同，任一颜色指红、绿、蓝，且第1子像素
Figure GDA00025929435800000536
与第4子像素
Figure GDA00025929435800000537
颜色相同；第2子像素
Figure GDA00025929435800000538
与第5子像素
Figure GDA00025929435800000539
颜色相同；第3子像素
Figure GDA00025929435800000540
与第6子像素
Figure GDA00025929435800000541
颜色相同；图2中虚线框22部分为Delta型显示面板排列显示面板偶数行中一个渲染单元。Step 3. Let any even-numbered row of the Delta-type display panel be recorded as Qk , and let any rendering unit in the k-th even-numbered row Qk be recorded as
Figure GDA00025929435800000526
Let the n-th rendering unit in the k-th even-numbered row Qk include the first sub-pixel of any color in turn
Figure GDA00025929435800000527
2nd subpixel
Figure GDA00025929435800000528
3rd subpixel
Figure GDA00025929435800000529
4th subpixel
Figure GDA00025929435800000530
5th subpixel
Figure GDA00025929435800000531
6th subpixel
Figure GDA00025929435800000532
1st subpixel of any of the colors
Figure GDA00025929435800000533
2nd subpixel of any color
Figure GDA00025929435800000534
3rd subpixel with either color
Figure GDA00025929435800000535
The colors are different, any color refers to red, green, blue, and the first sub-pixel
Figure GDA00025929435800000536
with the 4th subpixel
Figure GDA00025929435800000537
Same color; 2nd subpixel
Figure GDA00025929435800000538
with the 5th subpixel
Figure GDA00025929435800000539
Same color; 3rd subpixel
Figure GDA00025929435800000540
with the 6th subpixel
Figure GDA00025929435800000541
The colors are the same; the dashed box 22 in FIG. 2 is a rendering unit in the even-numbered row of the Delta-type display panel arrangement display panel.

步骤4、令第k个奇数行Yk内第n个渲染单元中的第1子像素

Figure GDA00025929435800000542
等于灰度值矩阵中第n个标准像素灰阶单元中与子像素
Figure GDA00025929435800000543
颜色相同的第1子像素和第2子像素灰阶值的平均值；第4子像素
Figure GDA00025929435800000544
等于灰度值矩阵中第n个标准像素灰阶单元中与子像素
Figure GDA00025929435800000545
颜色相同的第2子像素和第3子像素灰阶值的平均值；图2中虚线框21渲染单元的第一个R子像素的灰阶值等于11渲染单元内第一个R子像素和第二个R子像素灰阶值的平均值。虚线框21渲染单元的第二个R子像素的灰阶值等于11渲染单元内第二个R子像素和第三个R子像素灰阶值的平均值。Step 4. Let the first subpixel in the nth rendering unit in the kth odd rowYk
Figure GDA00025929435800000542
It is equal to the sum of the sub-pixels in the gray-scale unit of the nth standard pixel in the gray value matrix
Figure GDA00025929435800000543
The average value of the grayscale values of the first and second sub-pixels with the same color; the fourth sub-pixel
Figure GDA00025929435800000544
It is equal to the sum of the sub-pixels in the gray-scale unit of the nth standard pixel in the gray value matrix
Figure GDA00025929435800000545
The average value of the grayscale values of the second and third subpixels with the same color; the grayscale value of the first R subpixel in the dashedbox 21 rendering unit in Figure 2 is equal to the first R subpixel in the 11 rendering unit and The average value of the grayscale value of the second R subpixel. The gray-scale value of the second R sub-pixel of the dashed-line frame 21 rendering unit is equal to the average value of the gray-scale values of the second R sub-pixel and the third R sub-pixel in the 11 rendering unit.

步骤5、令第k个奇数行Yk内第n个渲染单元中的第2子像素

Figure GDA0002592943580000061
等于灰度值矩阵中第n个标准像素灰阶单元中与子像素
Figure GDA0002592943580000062
颜色相同的第1子像素和第2子像素灰阶值的平均值；第5子像素
Figure GDA0002592943580000063
等于灰度值矩阵中第n个标准像素灰阶单元中与子像素
Figure GDA0002592943580000064
颜色相同的第2子像素和第3子像素灰阶值的平均值；图2中虚线框21渲染单元的第一个B子像素的灰阶值等于11渲染单元内第一个B子像素和第二个B子像素灰阶值的平均值。虚线框21渲染单元的第二个B子像素的灰阶值等于11渲染单元内第二个B子像素和第三个B子像素灰阶值的平均值。Step 5. Let the second sub-pixel in the n-th rendering unit in the k-th odd row Yk
Figure GDA0002592943580000061
It is equal to the sum of the sub-pixels in the gray-scale unit of the nth standard pixel in the gray value matrix
Figure GDA0002592943580000062
The average value of the grayscale values of the first and second sub-pixels with the same color; the fifth sub-pixel
Figure GDA0002592943580000063
It is equal to the sum of the sub-pixels in the gray-scale unit of the nth standard pixel in the gray value matrix
Figure GDA0002592943580000064
The average value of the grayscale values of the second and third subpixels with the same color; the grayscale value of the first B subpixel in the dashedbox 21 rendering unit in Figure 2 is equal to the first B subpixel in the 11 rendering unit and The average value of the grayscale value of the second B sub-pixel. The gray-scale value of the second B sub-pixel of the dashed-line box 21 rendering unit is equal to the average value of the gray-scale values of the second B sub-pixel and the third B sub-pixel in the 11 rendering unit.

步骤6、令第k个奇数行Yk内第n个渲染单元中的第3子像素

Figure GDA0002592943580000065
等于灰度值矩阵中第n个标准像素灰阶单元中与子像素
Figure GDA0002592943580000066
颜色相同的第1子像素和第2子像素灰阶值的平均值；第6子像素
Figure GDA0002592943580000067
等于灰度值矩阵中第n个标准像素灰阶单元中与子像素
Figure GDA0002592943580000068
颜色相同的第2子像素和第3子像素灰阶值的平均值；图2中虚线框21渲染单元的第一个G子像素的灰阶值等于11渲染单元内第一个G子像素和第二个G子像素灰阶值的平均值。虚线框21渲染单元的第二个G子像素的灰阶值等于11渲染单元内第二个G子像素和第三个G子像素灰阶值的平均值。Step 6. Let the third sub-pixel in the n-th rendering unit in the k-th odd row Yk
Figure GDA0002592943580000065
It is equal to the sum of the sub-pixels in the gray-scale unit of the nth standard pixel in the gray value matrix
Figure GDA0002592943580000066
The average value of the grayscale values of the first and second sub-pixels with the same color; the sixth sub-pixel
Figure GDA0002592943580000067
It is equal to the sum of the sub-pixels in the gray-scale unit of the nth standard pixel in the gray value matrix
Figure GDA0002592943580000068
The average value of the grayscale values of the second and third subpixels with the same color; the grayscale value of the first G subpixel in the dashedbox 21 rendering unit in Figure 2 is equal to the first G subpixel in the 11 rendering unit and The average value of the grayscale value of the second G sub-pixel. The gray-scale value of the second G sub-pixel of the dashed-line frame 21 rendering unit is equal to the average value of the gray-scale values of the second G sub-pixel and the third G sub-pixel in the 11 rendering unit.

步骤7、令第k个偶数行Qk内第n个渲染单元中的第1子像素

Figure GDA0002592943580000069
等于灰度值矩阵中第n个标准像素灰阶单元中与子像素
Figure GDA00025929435800000610
颜色相同的第1子像素和第2子像素灰阶值的平均值；第4子像素
Figure GDA00025929435800000611
等于灰度值矩阵中第n个标准像素灰阶单元中与子像素
Figure GDA00025929435800000612
颜色相同的第2子像素和第3子像素灰阶值的平均值；图2中虚线框22渲染单元的第一个G子像素的灰阶值等于12渲染单元内第一个G子像素和第二个G子像素灰阶值的平均值。虚线框22渲染单元的第二个G子像素的灰阶值等于12渲染单元内第二个G子像素和第三个G子像素灰阶值的平均值。Step 7. Let the first sub-pixel in the n-th rendering unit in the k-th even-numbered row Qk
Figure GDA0002592943580000069
It is equal to the sum of the sub-pixels in the gray-scale unit of the nth standard pixel in the gray value matrix
Figure GDA00025929435800000610
The average value of the grayscale values of the first and second sub-pixels with the same color; the fourth sub-pixel
Figure GDA00025929435800000611
It is equal to the sum of the sub-pixels in the gray-scale unit of the nth standard pixel in the gray value matrix
Figure GDA00025929435800000612
The average value of the grayscale values of the second and third subpixels with the same color; the grayscale value of the first G subpixel of the 22 rendering unit in the dashed box in Figure 2 is equal to the first G subpixel in the 12 rendering unit and The average value of the grayscale value of the second G sub-pixel. The gray-scale value of the second G sub-pixel of the dashed-line frame 22 rendering unit is equal to the average value of the gray-scale values of the second G sub-pixel and the third G sub-pixel in the 12 rendering unit.

步骤8、令第k个偶数行Qk内第n个渲染单元中的第2子像素

Figure GDA00025929435800000613
等于灰度值矩阵中第n个标准像素灰阶单元中与子像素
Figure GDA00025929435800000614
颜色相同的第1子像素和第2子像素灰阶值的平均值；第5子像素
Figure GDA00025929435800000615
等于灰度值矩阵中第n个标准像素灰阶单元中与子像素
Figure GDA00025929435800000616
颜色相同的第2子像素和第3子像素灰阶值的平均值；图2中虚线框22渲染单元的第一个R子像素的灰阶值等于12渲染单元内第一个R子像素和第二个R子像素灰阶值的平均值。虚线框22渲染单元的第二个R子像素的灰阶值等于12渲染单元内第二个R子像素和第三个R子像素灰阶值的平均值。Step 8. Let the second sub-pixel in the n-th rendering unit in the k-th even row Qk
Figure GDA00025929435800000613
It is equal to the sum of the sub-pixels in the gray-scale unit of the nth standard pixel in the gray value matrix
Figure GDA00025929435800000614
The average value of the grayscale values of the first and second sub-pixels with the same color; the fifth sub-pixel
Figure GDA00025929435800000615
It is equal to the sum of the sub-pixels in the gray-scale unit of the nth standard pixel in the gray value matrix
Figure GDA00025929435800000616
The average value of the gray-scale values of the second and third sub-pixels with the same color; the gray-scale value of the first R sub-pixel of the 22 rendering unit in the dotted line in Figure 2 is equal to the first R sub-pixel in the 12 rendering unit and the The average value of the grayscale value of the second R subpixel. The gray-scale value of the second R sub-pixel of the dashed-line frame 22 rendering unit is equal to the average value of the gray-scale values of the second R sub-pixel and the third R sub-pixel in the 12 rendering unit.

步骤9、令第k个偶数行Qk内第n个渲染单元中的第3子像素

Figure GDA0002592943580000071
等于灰度值矩阵中第n个标准像素灰阶单元中与子像素
Figure GDA0002592943580000072
颜色相同的第1子像素和第2子像素灰阶值的平均值；第6子像素
Figure GDA0002592943580000073
等于灰度值矩阵中第n个标准像素灰阶单元中与子像素
Figure GDA0002592943580000074
颜色相同的第2子像素和第3子像素灰阶值的平均值；图2中虚线框22渲染单元的第一个B子像素的灰阶值等于12渲染单元内第一个B子像素和第二个B子像素灰阶值的平均值。虚线框22渲染单元的第二个B子像素的灰阶值等于12渲染单元内第二个B子像素和第三个B子像素灰阶值的平均值。Step 9. Let the third sub-pixel in the n-th rendering unit in the k-th even-numbered row Qk
Figure GDA0002592943580000071
It is equal to the sum of the sub-pixels in the gray-scale unit of the nth standard pixel in the gray value matrix
Figure GDA0002592943580000072
The average value of the grayscale values of the first and second sub-pixels with the same color; the sixth sub-pixel
Figure GDA0002592943580000073
It is equal to the sum of the sub-pixels in the gray-scale unit of the nth standard pixel in the gray value matrix
Figure GDA0002592943580000074
The average value of the grayscale values of the second subpixel and the third subpixel with the same color; the grayscale value of the first B subpixel in the dashed box 22 rendering unit in Figure 2 is equal to the first B subpixel in the 12 rendering unit and The average value of the grayscale value of the second B sub-pixel. The gray-scale value of the second B sub-pixel of the dashed-line box 22 rendering unit is equal to the average value of the gray-scale values of the second B sub-pixel and the third B sub-pixel in the 12 rendering unit.

图3及图4是与图2类似的Delta型显示面板排列示意图。本发明同样能够解决其渲染图像的显示问题。FIG. 3 and FIG. 4 are schematic diagrams of the arrangement of delta-type display panels similar to FIG. 2 . The present invention can also solve the display problem of its rendered image.

Claims (1)

1. A rendering method of Delta type sub-pixel display panels with different color sequences is characterized by comprising the following steps:
step 1, acquiring an original image and processing the original image to obtain a gray value matrix of RGB (red, green and blue) sub-pixels, wherein the gray value matrix is composed of N standard pixel gray scale units, and the gray value of any nth standard pixel gray scale unit sequentially comprises the following steps: 1 st red sub-pixel
Figure FDA0002592943570000011
1 st green sub-pixel
Figure FDA0002592943570000012
1 st blue sub-pixel
Figure FDA0002592943570000013
2 nd red sub-pixel
Figure FDA0002592943570000014
2 nd green sub-pixel
Figure FDA0002592943570000015
2 nd blue sub-pixel
Figure FDA0002592943570000016
3 rd red sub-pixel
Figure FDA0002592943570000017
3 rd green sub-pixel
Figure FDA0002592943570000018
3 rd blue sub-pixel
Figure FDA0002592943570000019
n＝1,2,…,N；
Step 2, marking any odd row of the Delta type sub-pixel display panel as YkLet the k-th odd line YkAny nth rendering unit in the system is marked as
Figure FDA00025929435700000110
Let the k-th odd line YkInner nth rendering unit
Figure FDA00025929435700000111
Sequentially including the 1 st sub-pixel of any color
Figure FDA00025929435700000112
Sub-pixel 2 of any color
Figure FDA00025929435700000113
3 rd sub-pixel of any color
Figure FDA00025929435700000114
Sub-pixel 4 of any color
Figure FDA00025929435700000115
Sub-pixel 5 of any color
Figure FDA00025929435700000116
6 th sub-pixel of any color
Figure FDA00025929435700000117
Wherein, the 1 st sub-pixel of any color
Figure FDA00025929435700000118
Sub-pixel 2 of any color
Figure FDA00025929435700000119
With the 3 rd sub-pixel of any color
Figure FDA00025929435700000120
Are different in color, and the 1 st sub-pixel of any color
Figure FDA00025929435700000121
And the 4 th sub-pixel
Figure FDA00025929435700000122
Are the same in color; sub-pixel 2 of any color
Figure FDA00025929435700000123
And the 5 th sub-pixel
Figure FDA00025929435700000124
Are the same in color; 3 rd sub-pixel of any color
Figure FDA00025929435700000125
And the 6 th sub-pixel
Figure FDA00025929435700000126
The colors of the red, green or blue are the same, wherein any color is red, green or blue;
step 3, marking any even line of the Delta type sub-pixel display panel as QkLet the k even line QkAny nth rendering unit in the system is marked as
Figure FDA00025929435700000127
Let the k even line QkInner nth rendering unit
Figure FDA00025929435700000128
Sequentially including the 1 st sub-pixel of any color
Figure FDA00025929435700000129
Sub-pixel 2 of any color
Figure FDA00025929435700000130
3 rd sub-pixel of any color
Figure FDA00025929435700000131
Sub-pixel 4 of any color
Figure FDA00025929435700000132
Sub-pixel 5 of any color
Figure FDA00025929435700000133
6 th sub-pixel of any color
Figure FDA00025929435700000134
Wherein, the 1 st sub-pixel of any color
Figure FDA00025929435700000135
Sub-pixel 2 of any color
Figure FDA00025929435700000136
With the 3 rd sub-pixel of any color
Figure FDA00025929435700000137
Are different in color, and the 1 st sub-pixel of any color
Figure FDA00025929435700000138
And the 4 th sub-pixel
Figure FDA00025929435700000139
Are the same in color; sub-pixel 2 of any color
Figure FDA00025929435700000140
And the 5 th sub-pixel
Figure FDA00025929435700000141
Are the same in color; 3 rd sub-pixel of any color
Figure FDA00025929435700000142
And the 6 th sub-pixel
Figure FDA00025929435700000143
Are the same in color;
step 4, making the k odd line YkInner nth rendering unit
Figure FDA00025929435700000144
1 st sub-pixel in (1)
Figure FDA00025929435700000145
The 1 st sub-pixel in the nth standard pixel gray scale unit equal to the gray scale value matrix
Figure FDA00025929435700000146
Average value of gray-scale values of the 1 st sub-pixel and the 2 nd sub-pixel with the same color;
let the k-th odd line YkInner nth rendering unit
Figure FDA0002592943570000021
The 4 th sub-pixel in
Figure FDA0002592943570000022
The first sub-pixel and the nth standard pixel gray scale unit equal to the gray scale value matrix
Figure FDA0002592943570000023
Average value of gray-scale values of the 2 nd sub-pixel and the 3 rd sub-pixel with the same color;
step 5, making the k odd line YkInner nth rendering unit
Figure FDA0002592943570000024
2 nd sub-pixel in (1)
Figure FDA0002592943570000025
The n standard pixel gray scale unit and the 2 nd sub-pixel which are equal to the gray scale value matrix
Figure FDA0002592943570000026
Average value of gray-scale values of the 1 st sub-pixel and the 2 nd sub-pixel with the same color;
let the k-th odd line YkInner nth rendering unit
Figure FDA0002592943570000027
The 5 th sub-pixel
Figure FDA0002592943570000028
The 5 th sub-pixel in the nth standard pixel gray scale unit equal to the gray scale value matrix
Figure FDA0002592943570000029
Average value of gray-scale values of the 2 nd sub-pixel and the 3 rd sub-pixel with the same color;
step 6, making the k odd line YkInner nth rendering unit
Figure FDA00025929435700000210
The 3 rd sub-pixel
Figure FDA00025929435700000211
The nth standard pixel gray scale unit and the 3 rd sub-pixel which are equal to the gray scale value matrix
Figure FDA00025929435700000212
Average value of gray-scale values of the 1 st sub-pixel and the 2 nd sub-pixel with the same color;
let the k-th odd line YkInner nth rendering unit
Figure FDA00025929435700000213
The 6 th sub-pixel
Figure FDA00025929435700000214
The nth standard pixel gray scale unit and the 6 th sub-pixel which are equal to the gray scale value matrix
Figure FDA00025929435700000215
Average value of gray-scale values of the 2 nd sub-pixel and the 3 rd sub-pixel with the same color;
step 7, let the k even line QkInner nth rendering unit
Figure FDA00025929435700000216
1 st sub-pixel in (1)
Figure FDA00025929435700000217
The 1 st sub-pixel in the nth standard pixel gray scale unit equal to the gray scale value matrix
Figure FDA00025929435700000218
Average value of gray-scale values of the 1 st sub-pixel and the 2 nd sub-pixel with the same color;
let the k even line QkInner nth rendering unit
Figure FDA00025929435700000219
The 4 th sub-pixel in
Figure FDA00025929435700000220
The 4 th sub-pixel in the nth standard pixel gray scale unit equal to the gray scale value matrix
Figure FDA00025929435700000221
Average value of gray-scale values of the 2 nd sub-pixel and the 3 rd sub-pixel with the same color;
step 8, ordering the k even line QkInner nth rendering unit
Figure FDA00025929435700000222
2 nd sub-pixel in (1)
Figure FDA00025929435700000223
The n standard pixel gray scale unit and the 2 nd sub-pixel which are equal to the gray scale value matrix
Figure FDA00025929435700000224
Average value of gray-scale values of the 1 st sub-pixel and the 2 nd sub-pixel with the same color;
let the k even line QkInner nth rendering unit
Figure FDA00025929435700000225
The 5 th sub-pixel
Figure FDA00025929435700000226
The 5 th sub-pixel in the nth standard pixel gray scale unit equal to the gray scale value matrix
Figure FDA00025929435700000227
Average value of gray-scale values of the 2 nd sub-pixel and the 3 rd sub-pixel with the same color;
step 9, let the k even line QkInner nth rendering unit
Figure FDA00025929435700000228
The 3 rd sub-pixel
Figure FDA00025929435700000229
The nth standard pixel gray scale unit and the 3 rd sub-pixel which are equal to the gray scale value matrix
Figure FDA0002592943570000031
Average value of gray-scale values of the 1 st sub-pixel and the 2 nd sub-pixel with the same color;
let the k even line QkInner nth rendering unit
Figure FDA0002592943570000032
The 6 th sub-pixel
Figure FDA0002592943570000033
The nth standard pixel gray scale unit and the 6 th sub-pixel which are equal to the gray scale value matrix
Figure FDA0002592943570000034
And averaging the gray-scale values of the 2 nd sub-pixel and the 3 rd sub-pixel with the same color to obtain a gray-scale value matrix of the RGB sub-pixels which can be normally displayed on the display panel with the sub-pixels of different color sequences Delta.
CN201910899818.4A2019-09-232019-09-23 Rendering method of Delta-type sub-pixel display panel with different color sequencesActiveCN110599962B (en)

Priority Applications (1)

Application NumberPriority DateFiling DateTitle
CN201910899818.4ACN110599962B (en)2019-09-232019-09-23 Rendering method of Delta-type sub-pixel display panel with different color sequences

Applications Claiming Priority (1)

Application NumberPriority DateFiling DateTitle
CN201910899818.4ACN110599962B (en)2019-09-232019-09-23 Rendering method of Delta-type sub-pixel display panel with different color sequences

Publications (2)

Publication NumberPublication Date
CN110599962A CN110599962A (en)2019-12-20
CN110599962Btrue CN110599962B (en)2020-10-23

Family

ID=68862664

Family Applications (1)

Application NumberTitlePriority DateFiling Date
CN201910899818.4AActiveCN110599962B (en)2019-09-232019-09-23 Rendering method of Delta-type sub-pixel display panel with different color sequences

Country Status (1)

CountryLink
CN (1)CN110599962B (en)

Families Citing this family (4)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
CN113012630B (en)*2020-12-112022-05-31重庆康佳光电技术研究院有限公司Pixel array, manufacturing method of pixel array and display device
CN114360443B (en)*2021-11-302023-06-06深圳市洲明科技股份有限公司Sub-pixel rendering method and device and computer equipment
CN114138224B (en)*2021-12-072023-05-30深圳市华星光电半导体显示技术有限公司Rendering method and device for sub-pixels in image, computer equipment and storage medium
CN114203089B (en)*2021-12-152023-03-24南京国兆光电科技有限公司Sub-pixel rendering method for RGB-Delta arrangement

Citations (15)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
US6850243B1 (en)*2000-12-072005-02-01Nvidia CorporationSystem, method and computer program product for texture address operations based on computations involving other textures
US20070058113A1 (en)*2005-09-122007-03-15Wintek CorporationBarrier device of a three-dimensional liquid crystal display
CN104135629A (en)*2013-05-032014-11-05想象技术有限公司Encoding an image
CN104570370A (en)*2015-02-052015-04-29京东方科技集团股份有限公司3D (three-dimensional) display device
CN105139764A (en)*2015-09-232015-12-09厦门天马微电子有限公司Display device and display method
CN105185270A (en)*2015-08-282015-12-23厦门天马微电子有限公司Display panel, display device and display method
CN106782263A (en)*2016-12-262017-05-31武汉华星光电技术有限公司The rendering intent of one sub-pixel
CN107240147A (en)*2017-05-262017-10-10清华大学Image rendering method and system
CN107331341A (en)*2017-08-102017-11-07武汉华星光电技术有限公司The rendering intent and system of one sub-pixel
CN107341283A (en)*2016-04-292017-11-10想象技术有限公司 Generation of control flow for tiles
CN108417177A (en)*2017-02-102018-08-17深圳云英谷科技有限公司Display pixel arrangement and its driving circuit
CN108428435A (en)*2018-03-292018-08-21合肥工业大学A kind of verification display methods that Delta types arrangement sub-pixel renders
CN108962140A (en)*2018-07-102018-12-07深圳清华大学研究院Display driver circuit, display driving method and display device
US10163985B2 (en)*2010-10-152018-12-25Lg Display Co., Ltd.Subpixel arrangement structure for display device
CN109713027A (en)*2019-02-282019-05-03上海天马有机发光显示技术有限公司A kind of pixel arrangement and organic light emitting display panel of organic light emitting display panel

Patent Citations (15)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
US6850243B1 (en)*2000-12-072005-02-01Nvidia CorporationSystem, method and computer program product for texture address operations based on computations involving other textures
US20070058113A1 (en)*2005-09-122007-03-15Wintek CorporationBarrier device of a three-dimensional liquid crystal display
US10163985B2 (en)*2010-10-152018-12-25Lg Display Co., Ltd.Subpixel arrangement structure for display device
CN104135629A (en)*2013-05-032014-11-05想象技术有限公司Encoding an image
CN104570370A (en)*2015-02-052015-04-29京东方科技集团股份有限公司3D (three-dimensional) display device
CN105185270A (en)*2015-08-282015-12-23厦门天马微电子有限公司Display panel, display device and display method
CN105139764A (en)*2015-09-232015-12-09厦门天马微电子有限公司Display device and display method
CN107341283A (en)*2016-04-292017-11-10想象技术有限公司 Generation of control flow for tiles
CN106782263A (en)*2016-12-262017-05-31武汉华星光电技术有限公司The rendering intent of one sub-pixel
CN108417177A (en)*2017-02-102018-08-17深圳云英谷科技有限公司Display pixel arrangement and its driving circuit
CN107240147A (en)*2017-05-262017-10-10清华大学Image rendering method and system
CN107331341A (en)*2017-08-102017-11-07武汉华星光电技术有限公司The rendering intent and system of one sub-pixel
CN108428435A (en)*2018-03-292018-08-21合肥工业大学A kind of verification display methods that Delta types arrangement sub-pixel renders
CN108962140A (en)*2018-07-102018-12-07深圳清华大学研究院Display driver circuit, display driving method and display device
CN109713027A (en)*2019-02-282019-05-03上海天马有机发光显示技术有限公司A kind of pixel arrangement and organic light emitting display panel of organic light emitting display panel

Non-Patent Citations (4)

* Cited by examiner, † Cited by third party
Title
Brightness Improvement of Color LCD Systems Using White Sub-pixel Structure and Fuzzy Mapping Algorithm;Chih-Chang Lai等;《IEEE Transactions on Consumer Electronics》;20070831;第53卷(第3期);第1003-1010页*
一种96×64彩色OLED显示驱动电路的设计;钟辉明等;《微电子学与计算机》;20061105;第23卷(第11期);第8-11页*
基于ＲGB - D 数据的目标分割与实时重建方法;刘骏捷等;《计算机应用与软件》;20150415;第32卷(第4期);第215-221页*
应用于AMOLED源极驱动的高精度DAC设计;孟宇等;《液晶与显示》;20190415;第34卷(第4期);第379-385页*

Also Published As

Publication numberPublication date
CN110599962A (en)2019-12-20

Similar Documents

PublicationPublication DateTitle
CN110599962B (en) Rendering method of Delta-type sub-pixel display panel with different color sequences
CN110379370B (en) A RGB-Delta Display Panel Subpixel Rendering Method Based on Threshold Comparison
CN109147644B (en)Display panel and display method
CN106023819B (en) Pixel structure, array substrate, display device and driving method of display device
JP5946506B2 (en) Pixel array, display, and image display method on display
CN105185244B (en)A kind of dot structure, display panel and display device
JP6609801B2 (en) Driving method of liquid crystal panel
CN103886809A (en)Display method and display device
CN104900205B (en)Liquid-crystal panel and drive method therefor
CN104637987A (en)Active matrix organic light emitting display and pixel structure thereof
US9892696B2 (en)Display panel having a plurality of pixels driven in a time-sharing manner, display method thereof and display device
WO2017045286A1 (en)Pixel rendering method, pixel rendering device and display
CN102254504A (en)Image processing method and display device using the same
WO2016107492A1 (en)Display screen and drive method therefor
WO2016041215A1 (en)Pixel array, display panel and display apparatus
CN108428435B (en)The verifying display methods of one sub-pixel rendering
WO2017101191A1 (en)Pixel rendering method, pixel rendering device, and display device
CN104464684B (en)Method for rendering picture of display
CN105118442A (en)OLED (organic light emitting diode) pixel structure, driving method, driving circuit and display device
US9922587B2 (en)Pixel structure and driving method thereof, display panel and display device
CN101086824A (en) LCD pixel structure and its driving method
CN115588409A (en)Sub-pixel rendering method and device and display equipment
JP2013257476A (en)Display, image processing unit, and display method
CN105096887B (en)A kind of dot structure, display panel, display device and driving method
CN105448242B (en) A method of displaying Pentile pictures with a standard RGB display

Legal Events

DateCodeTitleDescription
PB01Publication
PB01Publication
SE01Entry into force of request for substantive examination
SE01Entry into force of request for substantive examination
GR01Patent grant
GR01Patent grant
TR01Transfer of patent right
TR01Transfer of patent right

Effective date of registration:20240715

Address after:518057 room A302, Research Institute building, Tsinghua University, South District, high tech Industrial Park, Nanshan District, Shenzhen City, Guangdong Province

Patentee after:RESEARCH INSTITUTE OF TSINGHUA University IN SHENZHEN

Country or region after:China

Patentee after:TSINGHUA University

Address before:518057 Southern District of Nanshan District hi tech Industrial Park, Guangdong, Shenzhen

Patentee before:RESEARCH INSTITUTE OF TSINGHUA University IN SHENZHEN

Country or region before:China
[8]ページ先頭
©2009-2025 Movatter.jp