CN103686064A - Picture segment display method and client-side - Google Patents
Picture segment display method and client-side Download PDFInfo
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- CN103686064A CN103686064A CN201210317012.8A CN201210317012A CN103686064A CN 103686064 A CN103686064 A CN 103686064A CN 201210317012 A CN201210317012 A CN 201210317012A CN 103686064 A CN103686064 A CN 103686064A
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Abstract
The invention discloses a picture segment display method and a client-side. The method comprises the following steps: invoking a system parameter interface function, acquiring the screen resolution of a display screen, and calculating the crown proportion of the display screen according to the screen resolution; acquiring the corresponding picture segmentation mode according to the number of pictures and the crown proportion, and dividing the display screen into a plurality of rectangular unit structures according to the picture segmentation modes, wherein the picture segmentation modes comprise a wide screen picture segmentation mode and a standard screen picture segmentation mode, and the crown proportion of each rectangular unit structure is a standard proportion; receiving a data source and a corresponding rectangular unit identification, and displaying the data source in the rectangular unit structure corresponding to the rectangular unit identification on the display screen. Through the technical scheme, the display screen can be segmented in an adaptive way according to the screen resolution so that pictures are all displayed in the standard proportion.
Description
Technical field
The present invention relates to image display technology, relate in particular to method and client that picture segmentation shows.
Background technology
In video frequency graphic monitoring, display screen is divided into a plurality of windows, then the data from a plurality of data sources is presented at respectively on each window of display screen.In current picture segmentation displaying scheme, no matter display screen is standard screen or widescreen, all display screen is carried out showing after decile, below by Fig. 1 and Fig. 2, describes respectively.
The display screen screen resolution of Fig. 1 and Fig. 2 is all 4:3, and 4:3 is standard the ratio of width to height, and Fig. 1, according to 2 * 2 picture segmentation pattern, is divided into 4 by display screen, and Fig. 2, according to 4 * 4 picture segmentation pattern, is divided into 16 by display screen.
No matter be standard screen or widescreen, prior art all adopts the mode described in Fig. 1 and Fig. 2 to carry out picture segmentation.If the standard that display screen is 4:3 screen, each window after cutting apart is still the standard proportional of 4:3; If the widescreen that display screen is 16:9, each window after cutting apart is still the widescreen of 16:9, and the picture of demonstration is the picture widening.
And the widescreen application of 16:9 is more and more extensive, and standard screen is fewer and feweri, and existing picture segmentation displaying scheme can not satisfy the demands, need be improved appropriately.
Summary of the invention
The invention provides a kind of method that picture segmentation shows, the method can be cut apart display screen adaptively according to screen resolution, and making the picture showing is all standard proportional.
The invention provides the client that a kind of picture segmentation shows, this client can be cut apart display screen adaptively according to screen resolution, and making the picture showing is all standard proportional.
The method that picture segmentation shows, the method comprises:
Calling system parameter interface function, obtains the screen resolution of display screen, by screen resolution, calculates display screen the ratio of width to height;
By number of pictures and the ratio of width to height, obtain corresponding picture segmentation mode, picture segmentation mode comprises widescreen picture segmentation mode and standard screen picture segmentation mode, according to picture segmentation mode, display screen is divided into a plurality of unit rectangular configuration, the ratio of width to height of each unit rectangular configuration is standard proportional;
Receive data source and corresponding unit rectangle sign, in data source is presented at and identifies corresponding unit rectangular configuration with unit rectangle on display screen.
The client that picture segmentation shows, this client comprises the ratio of width to height determining unit, cutting unit and display unit;
Described the ratio of width to height determining unit, calling system parameter interface function, obtains the screen resolution of display screen, by screen resolution, calculates display screen the ratio of width to height, sends cutting unit to;
Described cutting unit, by number of pictures and the ratio of width to height, obtain corresponding picture segmentation mode, picture segmentation mode comprises widescreen picture segmentation mode and standard screen picture segmentation mode, according to picture segmentation mode, display screen is divided into a plurality of unit rectangular configuration, the ratio of width to height of each unit rectangular configuration is standard proportional;
Described display unit, receives data source and corresponding unit rectangle sign, on display screen, data source being presented at and identifying corresponding unit rectangular configuration with unit rectangle.
From such scheme, can find out, in the present invention, by number of pictures and the ratio of width to height, obtain corresponding picture segmentation mode, picture segmentation mode comprises widescreen picture segmentation mode and standard screen picture segmentation mode, according to picture segmentation mode, display screen is divided into a plurality of unit rectangular configuration, the ratio of width to height of each unit rectangular configuration is standard proportional.No matter like this, according to screen resolution, adaptively display screen is cut apart, be standard screen or widescreen, and can make the picture showing is standard proportional.
Accompanying drawing explanation
Fig. 1 is picture segmentation pattern one in prior art;
Fig. 2 is picture segmentation pattern two in prior art;
Fig. 3 is the indicative flowchart that picture segmentation of the present invention shows;
Fig. 4 is picture segmentation pattern one in the present invention;
Fig. 5 is picture segmentation pattern two in the present invention;
Fig. 6 is the client terminal structure schematic diagram that picture segmentation of the present invention shows.
Embodiment
For making the object, technical solutions and advantages of the present invention clearer, below in conjunction with embodiment and accompanying drawing, the present invention is described in more detail.
Referring to Fig. 3, be the indicative flowchart that picture segmentation of the present invention shows, it comprises the following steps:
The present invention carries out display screen picture while cutting apart, and no longer uniquely according to decile mode, carries out picture segmentation, as long as the unit rectangular configuration the ratio of width to height marking off is standard proportional.
Particularly, described picture segmentation mode can adopt the four angular coordinate formula of unit rectangular configuration to represent, four angular coordinate formula comprises screen resolution width variable and screen resolution height variable; Correspondingly, describedly according to picture segmentation mode, display screen is divided into a plurality of unit rectangular configuration and comprises: by the width of the screen resolution obtaining and height substitution four angular coordinate formula, obtain the four angular coordinate of each unit rectangular configuration.
Combination by number of pictures and the ratio of width to height is different, by the different picture segmentation mode of correspondence.Number of pictures take below as 4, and the ratio of width to height is respectively 4:3 and 16:9 is illustrated.
If number of pictures is 4, the ratio of width to height is 16:9, and the four angular coordinate formula of each unit rectangular configuration is following coordinate formula group (1):
Window 1:(0,0), (Y/3 * 4,0), (0, Y) and (Y/3 * 4, Y);
Window 2:(Y/3 * 4+1,0), (X, 0), (Y/3 * 4+1, Y/3) and (X, Y/3);
Window 3:(Y/3 * 4+1, Y/3+1), (X, Y/3+1), (Y/3 * 4+1, Y/3 * 2) and (X, Y/3 * 2);
Window 4:(Y/3 * 4+1, Y/3 * 2+1), (X, Y/3 * 2+1), (Y/3 * 4+1, Y) and (X, Y); Wherein, X is screen resolution width, and Y is screen resolution height.
Suppose that screen resolution is 1920:1080,1920/1080=16:9, for widescreen, if now adopting minute modes such as four pictures shown in Fig. 1 cuts apart, the Aspect Ratio of four windows that obtain is all 16:9, during due to collection, image data source coded system is 4:3, will make image be stretched, and causes anamorphose.To change partitioning scheme be shown in Fig. 4 in the present invention thus, by X=1920, coordinate formula group (1) above Y=1080 substitution, obtains the coordinate of four windows respectively:
Window 1:(0,0), (1440,0), (0,1080), (1440,1080);
Window 2:(1441,0), (1920,0), (1441,360), (1920,360);
Window 3:(1441,361), (1920,361), (1441,720), (1920,720);
Window 4:(1441,721), (1920,721), (1441,1080), (1920,1080).The four angular coordinate of each window is sequentially: lower left corner coordinate, lower right corner coordinate, upper left corner coordinate and upper right corner coordinate.
If number of pictures is 4, the ratio of width to height is 4:3, and the four angular coordinate formula of each unit rectangular configuration is following coordinate formula group (2):
Window 1:(0,0), (X/2,0), (0, Y/2) and (X/2, Y/2);
Window 2:(X/2+1,0), (X, 0), (X/2+1, Y/2) and (X, Y/2);
Window 3:(0, Y/2+1), (X/2, Y/2+1), (0, Y) and (X/2, Y);
Window 4:(X/2+1, Y/2+1), (X, Y/2+1), (X/2+1, Y) and (X, Y); Wherein, X is screen resolution width, and Y is screen resolution height.
Particularly, suppose that screen resolution is 1024:768,1024/768=4:3, for standard screen, now can adopt minute modes such as four pictures shown in Fig. 1, by X=1024, coordinate formula group (2) above Y=768 substitution, the four angular coordinate that obtains each unit rectangular configuration is respectively:
Window 1:(0,0), (512,0), (0,384) and (512,384);
Window 2:(513,0), (1024,0), (512,384) and (1024,384);
Window 3:(0,385), (512,385), (0,768) and (512,768);
Window 4:(513,385), (1024,385), (513,768) and (1024,768).The four angular coordinate of each window is sequentially: lower left corner coordinate, lower right corner coordinate, upper left corner coordinate and upper right corner coordinate.
The number of pictures of take above illustrates as 4.If number of pictures is other values, can similarly divide.For example, for the widescreen of 16:9, if number of pictures is 16, the window in Fig. 41 can be divided into 4 wickets, by the window on the right 2,3 and 4 each be divided into four wickets, as shown in Figure 5,16 windows that obtain are all the standard proportional of 4:3; Each window coordinates in Fig. 5 can carry out after simple conversion is calculated obtaining by each formula in coordinate formula group (1).
While carrying out data source demonstration, if data source resolution is not identical with unit rectangular configuration resolution, need to carry out convergent-divergent to data source, particularly: by the proportionate relationship of data source resolution and unit rectangular configuration resolution, data source is carried out to convergent-divergent, in the data after convergent-divergent are presented at and identify corresponding unit rectangular configuration with unit rectangle on display screen.Resolution, the precision of screen picture namely, refers to the number of the pixel that display can show.Here, data source is scaled to the size of unit rectangular configuration resolution, then shows.
Referring to Fig. 6, be the client terminal structure schematic diagram that picture segmentation of the present invention shows, this client comprises the ratio of width to height determining unit, cutting unit and display unit;
Described the ratio of width to height determining unit, calling system parameter interface function, obtains the screen resolution of display screen, by screen resolution, calculates display screen the ratio of width to height, sends cutting unit to;
Described cutting unit, by number of pictures and the ratio of width to height, obtain corresponding picture segmentation mode, picture segmentation mode comprises widescreen picture segmentation mode and standard screen picture segmentation mode, according to picture segmentation mode, display screen is divided into a plurality of unit rectangular configuration, the ratio of width to height of each unit rectangular configuration is standard proportional;
Described display unit, receives data source and corresponding unit rectangle sign, on display screen, data source being presented at and identifying corresponding unit rectangular configuration with unit rectangle.
Alternatively, described picture segmentation mode adopts the four angular coordinate formula of unit rectangular configuration to represent, four angular coordinate formula comprises screen resolution width variable and screen resolution height variable; Described cutting unit comprises computation subunit, by the width of the screen resolution obtaining and height substitution four angular coordinate formula, obtains the four angular coordinate of each unit rectangular configuration.
Alternatively, described display unit comprises convergent-divergent subelement and shows subelement;
Described convergent-divergent subelement, by the proportionate relationship of data source resolution and unit rectangular configuration resolution, carries out convergent-divergent to data source, sends the data after convergent-divergent to described demonstration subelement;
Described demonstration subelement, in the data after convergent-divergent are presented at and identify corresponding unit rectangular configuration with unit rectangle on display screen.
In the present invention, by number of pictures and the ratio of width to height, obtain corresponding picture segmentation mode, picture segmentation mode comprises widescreen picture segmentation mode and standard screen picture segmentation mode, according to picture segmentation mode, display screen is divided into a plurality of unit rectangular configuration, the ratio of width to height of each unit rectangular configuration is standard proportional.No matter like this, according to screen resolution, adaptively display screen is cut apart, be standard screen or widescreen, and can make the picture showing is standard proportional, can bring into play better the demonstration effect of wideband.
The foregoing is only preferred embodiment of the present invention, in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of making, be equal to replacement, improvement etc., within all should being included in the scope of protection of the invention.
Claims (10)
1. the method that picture segmentation shows, is characterized in that, the method also comprises:
Calling system parameter interface function, obtains the screen resolution of display screen, by screen resolution, calculates display screen the ratio of width to height;
By number of pictures and the ratio of width to height, obtain corresponding picture segmentation mode, picture segmentation mode comprises widescreen picture segmentation mode and standard screen picture segmentation mode, according to picture segmentation mode, display screen is divided into a plurality of unit rectangular configuration, the ratio of width to height of each unit rectangular configuration is standard proportional;
Receive data source and corresponding unit rectangle sign, in data source is presented at and identifies corresponding unit rectangular configuration with unit rectangle on display screen.
2. the method for claim 1, is characterized in that, described picture segmentation mode adopts the four angular coordinate formula of unit rectangular configuration to represent, four angular coordinate formula comprises screen resolution width variable and screen resolution height variable;
Describedly according to picture segmentation mode, display screen is divided into a plurality of unit rectangular configuration and comprises: by the width of the screen resolution obtaining and height substitution four angular coordinate formula, obtain the four angular coordinate of each unit rectangular configuration.
3. method as claimed in claim 2, is characterized in that, if picture segmentation number is 4, the ratio of width to height is 16:9, and the four angular coordinate formula of each unit rectangular configuration is respectively:
Window 1:(0,0), (Y/3 * 4,0), (0, Y) and (Y/3 * 4, Y);
Window 2:(Y/3 * 4+1,0), (X, 0), (Y/3 * 4+1, Y/3) and (X, Y/3);
Window 3:(Y/3 * 4+1, Y/3+1), (X, Y/3+1), (Y/3 * 4+1, Y/3 * 2) and (X, Y/3 * 2);
Window 4:(Y/3 * 4+1, Y/3 * 2+1), (X, Y/3 * 2+1), (Y/3 * 4+1, Y) and (X, Y); Wherein, X is screen resolution width, and Y is screen resolution height.
4. method as claimed in claim 2, is characterized in that, if picture segmentation number is 4, the ratio of width to height is 4:3, and the four angular coordinate formula of each unit rectangular configuration is respectively:
Window 1:(0,0), (X/2,0), (0, Y/2) and (X/2, Y/2);
Window 2:(X/2+1,0), (X, 0), (X/2+1, Y/2) and (X, Y/2);
Window 3:(0, Y/2+1), (X/2, Y/2+1), (0, Y) and (X/2, Y);
Window 4:(X/2+1, Y/2+1), (X, Y/2+1), (X/2+1, Y) and (X, Y); Wherein, X is screen resolution width, and Y is screen resolution height.
5. the method as described in any one in claim 1 to 4, is characterized in that, described data source is presented in identifying corresponding unit rectangular configuration with unit rectangle on display screen and is comprised:
By the proportionate relationship of data source resolution and unit rectangular configuration resolution, data source is carried out to convergent-divergent, in the data after convergent-divergent are presented at and identify corresponding unit rectangular configuration with unit rectangle on display screen.
6. the client that picture segmentation shows, is characterized in that, this client comprises the ratio of width to height determining unit, cutting unit and display unit;
Described the ratio of width to height determining unit, calling system parameter interface function, obtains the screen resolution of display screen, by screen resolution, calculates display screen the ratio of width to height, sends cutting unit to;
Described cutting unit, by number of pictures and the ratio of width to height, obtain corresponding picture segmentation mode, picture segmentation mode comprises widescreen picture segmentation mode and standard screen picture segmentation mode, according to picture segmentation mode, display screen is divided into a plurality of unit rectangular configuration, the ratio of width to height of each unit rectangular configuration is standard proportional;
Described display unit, receives data source and corresponding unit rectangle sign, on display screen, data source being presented at and identifying corresponding unit rectangular configuration with unit rectangle.
7. client as claimed in claim 6, is characterized in that, described picture segmentation mode adopts the four angular coordinate formula of unit rectangular configuration to represent, four angular coordinate formula comprises screen resolution width variable and screen resolution height variable; Described cutting unit comprises computation subunit, by the width of the screen resolution obtaining and height substitution four angular coordinate formula, obtains the four angular coordinate of each unit rectangular configuration.
8. client as claimed in claim 7, is characterized in that, if picture segmentation number is 4, the ratio of width to height is 16:9, and the four angular coordinate formula of each unit rectangular configuration is respectively:
Window 1:(0,0), (Y/3 * 4,0), (0, Y) and (Y/3 * 4, Y);
Window 2:(Y/3 * 4+1,0), (X, 0), (Y/3 * 4+1, Y/3) and (X, Y/3);
Window 3:(Y/3 * 4+1, Y/3+1), (X, Y/3+1), (Y/3 * 4+1, Y/3 * 2) and (X, Y/3 * 2);
Window 4:(Y/3 * 4+1, Y/3 * 2+1), (X, Y/3 * 2+1), (Y/3 * 4+1, Y) and (X, Y); Wherein, X is screen resolution width, and Y is screen resolution height.
9. client as claimed in claim 7, is characterized in that, if picture segmentation number is 4, the ratio of width to height is 4:3, and the four angular coordinate formula of each unit rectangular configuration is respectively:
Window 1:(0,0), (X/2,0), (0, Y/2) and (X/2, Y/2);
Window 2:(X/2+1,0), (X, 0), (X/2+1, Y/2) and (X, Y/2);
Window 3:(0, Y/2+1), (X/2, Y/2+1), (0, Y) and (X/2, Y);
Window 4:(X/2+1, Y/2+1), (X, Y/2+1), (X/2+1, Y) and (X, Y); Wherein, X is screen resolution width, and Y is screen resolution height.
10. the client as described in any one in claim 6 to 9, is characterized in that, described display unit comprises convergent-divergent subelement and shows subelement;
Described convergent-divergent subelement, by the proportionate relationship of data source resolution and unit rectangular configuration resolution, carries out convergent-divergent to data source, sends the data after convergent-divergent to described demonstration subelement;
Described demonstration subelement, in the data after convergent-divergent are presented at and identify corresponding unit rectangular configuration with unit rectangle on display screen.
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| CN111862124A (en) * | 2020-07-29 | 2020-10-30 | Oppo广东移动通信有限公司 | Image processing method, device, equipment and computer readable storage medium |
| CN112068749A (en) * | 2020-08-21 | 2020-12-11 | 易思维（杭州）科技有限公司 | System and method for centralized display and control of screens of multi-screen single-terminal equipment |
| CN112068749B (en) * | 2020-08-21 | 2021-09-21 | 易思维（杭州）科技有限公司 | System and method for centralized display and control of screens of multi-screen single-terminal equipment |
| CN116343657A (en) * | 2023-03-28 | 2023-06-27 | 广东保伦电子股份有限公司 | Display method and device suitable for large-screen windowing |
| CN116343657B (en) * | 2023-03-28 | 2024-05-03 | 广东保伦电子股份有限公司 | Display method and device suitable for large-screen windowing |
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