CN103577055B - The locating and displaying system and method for graphic user interface - Google Patents

The locating and displaying system and method for graphic user interface Download PDF

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Publication number
CN103577055B
CN103577055B CN201210261462.XA CN201210261462A CN103577055B CN 103577055 B CN103577055 B CN 103577055B CN 201210261462 A CN201210261462 A CN 201210261462A CN 103577055 B CN103577055 B CN 103577055B
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divided frame
coordinate
adjacent
current
unlabelled
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CN201210261462.XA
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Chinese (zh)
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CN103577055A (en
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郭天杰
郭政毅
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鸿富锦精密工业(深圳)有限公司
鸿海精密工业股份有限公司
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Priority to CN201210261462.XA priority Critical patent/CN103577055B/en
Publication of CN103577055A publication Critical patent/CN103577055A/en
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Abstract

A kind of locating and displaying system and method for graphic user interface, the method comprising the steps of:Read the basic information of each divided frame in the graphic user interface shown in display device;According to the basic information of above-mentioned each divided frame, the coordinate on four summits for obtaining each divided frame is calculated, and record with default form;According to the coordinate on above-mentioned each four summits of divided frame, mark the order of each divided frame, and according to the order marked the basic information of each divided frame is stored successively in storage device in default storage region, when needing to show the graphic user interface, each divided frame of the graphic user interface is read and shown from the storage device according to the order marked.Graphic user interface can be marked and freely shown using the present invention so that the management to graphic user interface is more humane.

Description

The locating and displaying system and method for graphic user interface

Technical field

The present invention relates to a kind of management system of graphic user interface and method, more particularly to a kind of graphic user interface Locating and displaying system and method.

Background technology

Conventional method at design configuration user interface (Graphical User Interface, GUI), be required for prior to In declaring and define integral layout (layout) size of graphic user interface in program, and need to pre-define in the layout The display location of multiple divided frames and size.This pre-defined conventional method causes the display location of divided frame and big It is small be it is fixed, cause the inadequate hommization in the management of design configuration user interface, and not to multiple segmentation pictures in layout The explicit positioning of face offer and display methods.

The content of the invention

In view of the foregoing, it is necessary to provide a kind of locating and displaying system of graphic user interface, it may not necessarily be advance The position of divided frame and size in fixed graphic user interface, and position using recursive fashion is rotated and show graphical user circle Divided frame in face.

A kind of positioning display method of graphic user interface is provided in addition, there is a need to, it may not necessarily fix figure in advance The position of divided frame and size in shape user interface, and position and show in graphic user interface using recursive fashion is rotated Divided frame.

A kind of locating and displaying system of graphic user interface, runs on electronic installation, and the system includes:Read module, For when the basic information for reading each divided frame in the graphic user interface shown in display device;Processing module, is used for When the basic information according to above-mentioned each divided frame, the coordinate on four summits for obtaining each divided frame is calculated, and with default Form is recorded;Mark module, for when the coordinate according to above-mentioned each four summits of divided frame, marking the suitable of each divided frame Sequence, and the basic information of each divided frame default storage region in storage device is stored successively according to the order marked It is interior;Display module, for when needing to show the graphic user interface, being preset according to the order marked from the storage device Storage region in read and show each divided frame of the graphic user interface.

A kind of positioning display method of graphic user interface, applied on electronic installation, this method includes:Read step: Read the basic information of each divided frame in the graphic user interface shown in display device;Process step:According to above-mentioned each The basic information of divided frame, calculates the coordinate on four summits for obtaining each divided frame, and record with default form;Mark Step:According to the coordinate on above-mentioned each four summits of divided frame, the order of each divided frame is marked, and according to the order marked The basic information of each divided frame is stored successively in storage device in default storage region;Step display:When need display During the graphic user interface, read according to the order marked from the storage device in default storage region and show the figure Each divided frame of shape user interface.

Compared to prior art, the locating and displaying system and method for the graphic user interface, it is not necessary to fixed in advance to scheme The position of divided frame and size in shape user interface, are directly read and the figure use designed by positioning using recursive fashion is rotated Divided frame in the interface of family, and the data for the graphic user interface having good positioning are stored, used when needing to use the figure of the design During divided frame in the interface of family, the divided frame in the graphic user interface is shown according to described tab order successively.

Brief description of the drawings

Fig. 1 is the running environment figure of the locating and displaying system preferred embodiment of graphic user interface of the present invention.

Fig. 2 is the functional block diagram of the locating and displaying system 10 of graphic user interface in Fig. 1.

Fig. 3 is the operation process chart of the positioning display method preferred embodiment of graphic user interface of the present invention.

Fig. 4 is the refined flow chart that the divided frame in graphic user interface is marked the present invention.

Fig. 5 A and Fig. 5 B are schematic diagram of the present invention to the mark of the divided frame in graphic user interface.

Main element symbol description

Electronic installation 1 Display device 10 Graphic user interface 11 Locating and displaying system 20 Storage device 30 Layout design tool 40 Processor 50 Read module 200 Processing module 202 Mark module 204 Display module 206

Following embodiment will further illustrate the present invention with reference to above-mentioned accompanying drawing.

Embodiment

As shown in figure 1, being the running environment figure of the locating and displaying system preferred embodiment of graphic user interface of the present invention.Should The locating and displaying system 20 (hereinafter referred to as " locating and displaying system 20 ") of graphic user interface is run in electronic installation 1, the electricity Sub-device 1 also includes display device 10, storage device 30, layout design tool 40 and processor 50.Described display device 10 are used for the graphics data of display electronics assemblies 1.In this preferred embodiment, described display device 10 is used to show figure User interface 11.

Described layout design tool 40 is used for the layout (layout) for designing and planning graphic user interface 11, one Layout includes multiple segmentation (pane) pictures, and described divided frame can be the icon in video (video) source. During using the layout including multiple divided frames designed in layout design tool 40, the size of the layout is not limited, should The position of multiple divided frames and size are without advance fixed.User can be according to the hobby of oneself, by different size of point Picture design is cut in the layout of graphic user interface 11.Described layout design tool 40 can record a designed layout In each divided frame left upper apex coordinate, length and width corresponding to the basic information such as numerical value.

The Various types of data that described storage device 30 is used in storage electronics 1.Described processor 50 is used to perform The function of locating and displaying system 20.

As shown in Fig. 2 being the functional block diagram of locating and displaying system 20 in Fig. 1.Described locating and displaying system 20 includes: Read module 200, processing module 202, mark module 204 and display module 206.The module is with the soft of specific function Part program segment, the software is stored in computer-readable recording medium or other storage devices, can be located by computer or other include The computing device for managing device is performed, so as to complete the locating and displaying work flow in the present invention to graphic user interface.Below in conjunction with Each functional module in locating and displaying system 20 is described in detail Fig. 3 to Fig. 5.

As shown in figure 3, being the flow chart of the positioning display method preferred embodiment of graphic user interface 11 of the present invention.Step S10, read module 200 is read from layout design tool 40 in the layout of the graphic user interface 11 shown in display device 10 Data.The topology data include the layout in each divided frame basic information, i.e., the coordinate of the left upper apex of each divided frame, The long numerical value with corresponding to width.

Step S11, according to the basic information of above-mentioned each divided frame, processing module 202 calculates and obtains each divided frame The coordinate on four summits, and recorded with default form, such as so that { left upper apex coordinate, right vertices coordinate, bottom right vertex is sat Mark, bottom left vertex coordinate form record.Wherein, the X-coordinate of the right vertices of a divided frame is equal to the divided frame The X-coordinate of left upper apex adds the length of the divided frame, and the Y-coordinate of the right vertices is identical with the Y-coordinate of left upper apex;Should The X-coordinate of the bottom right vertex of divided frame is identical with the X-coordinate of right vertices, and the Y-coordinate of the bottom right vertex is equal to the segmentation picture The Y-coordinate of the left upper apex in face adds the width of the divided frame;The X-coordinate and left upper apex of the bottom left vertex of the divided frame X-coordinate it is identical, the Y-coordinate of the bottom left vertex is equal to the Y-coordinate of the left upper apex of the divided frame plus the divided frame Width.It should be noted that the coordinate system in the present invention is using the left upper apex of display device 10 as origin, level is to the right X-axis Positive direction of principal axis, is vertically downward the positive direction of principal axis of Y-axis.

Step S12, the method that mark module 204 is rotated with recurrence marks the order of each divided frame, and according to being marked The order of note stores the basic information of each divided frame in storage device 30 in default storage region successively.Described mark The flow chart for specific steps combination Fig. 4 that each divided frame is marked the method for the recurrence rotation that module 204 is used enters Row explanation.

Step S13, (for example shows), described display mould again when needing the graphic user interface 11 designed by display Block 206 reads in default storage region from the storage device 30 according to the order marked and shows the graphic user interface 11 each divided frame.

Each divided frame in graphic user interface 11 is marked to determine for the method rotated in the present invention using recurrence Position shows the divided frame in graphic user interface 11.In the present embodiment, it is marked due to using recurrence spinning solution, Therefore, the display module 206 can show each divided frame successively in the way of a kind of turn clockwise, and be illustrated to user Different visual effects.Present invention could apply in video wall (Video wall), user is by using computer design oneself The graphic user interface of hobby, then transmit with the topology data in the graphic user interface 11 after present invention mark to video wall, Video wall can then show designed graphic user interface 11.

As shown in figure 4, being the refined flow chart of each divided frame in marker graphic user interface of the present invention.Step S120, The left upper apex coordinate of all divided frames is traveled through, the divided frame of the X-coordinate of left upper apex and Y-coordinate minimum is labeled as " 1 ", and the divided frame is recorded for current divided frame.

Step S121, the search of mark module 204 and the right adjacent unmarked divided frame of current divided frame, when searching During adjacent unlabelled divided frame right with current divided frame, into step S122, when not searching with currently splitting During the right adjacent unlabelled divided frame of picture, into step S123.

Step S122, mark module 204 marks the unlabelled divided frame that this is searched, and will be marked in the step Divided frame be recorded as current divided frame, and return to step S121 proceeds search.In this preferred embodiment, mark Module 204 is marked successively according to the numerical order of natural number than 0 to the unlabelled divided frame searched Note.For example, when the mark of current divided frame is 1 ", by search first unmarked divided frame labeled as numeral " 2 ", and proceed to search for as current picture return to step S121 labeled as the divided frame of " 2 " using this.It is preferable at other In embodiment, described mark module 204 can also according to letter or other be capable of the character of order of representation to being searched Unlabelled divided frame is marked.

Step S123, the search of the mark module 204 unlabelled divided frame adjacent with current divided frame, works as search During to the unlabelled divided frame adjacent with current divided frame, return to step S122;When not searching with currently dividing When cutting unlabelled divided frame adjacent under picture, into step S124.

Step S124, the search of mark module 204 and the left adjacent divided frame of current divided frame, when search with currently During the left adjacent unlabelled divided frame of divided frame, return to step S122;It is left with current divided frame when not searching During adjacent unlabelled divided frame, into step S125.

Step S125, the search of the mark module 204 unlabelled divided frame adjacent with current divided frame, works as search During to the unlabelled divided frame adjacent with current divided frame, return to step S122;When not searching with currently dividing When cutting unlabelled divided frame adjacent on picture, into step S126.

Step S126, mark module 204 judges whether also unlabelled divided frame, if without unlabelled segmentation picture Face, i.e., all divided frames are labeled, then mark is finished, and flow terminates.If also unlabelled divided frame, step is returned Rapid S122.

In above-mentioned flow, search is all unlabelled divided frame, to prevent repeating label.In this preferred embodiment In, it is described right with current divided frame adjacent to refer to:(it is when there is a unmarked divided frame in the graphic user interface 11 Unmarked divided frame below is distinguished over, is herein designated as the unmarked divided frame " the first unmarked divided frame ") The difference of X-coordinate of X-coordinate and current divided frame right vertices of left upper apex be less than a preset value, and current segmentation The Y-coordinate of the right vertices of picture is more than or equal to the Y-coordinate of the left upper apex of the first unmarked divided frame and is less than Or equal to the bottom left vertex of the first unmarked divided frame Y-coordinate when, the first unmarked divided frame with it is described current The divided frame right side is adjacent.

Adjacent finger, which is worked as, under described has a unlabelled divided frame (right adjacent and following in order to distinguish over above-mentioned definition Left adjacent, the upper adjacent unmarked divided frame of definition, is designated as " the second unmarked segmentation picture by the unmarked divided frame herein Face ") the difference of Y-coordinate of Y-coordinate and current divided frame bottom right vertex of left upper apex be less than the preset value, and currently The X-coordinate of the bottom right vertex of divided frame is more than or equal to the X-coordinate of the left upper apex of the second unmarked divided frame and small In or equal to the second unmarked divided frame right vertices X-coordinate, the second unmarked divided frame with current point Cut adjacent under picture.

(in order to distinguish over, the above-mentioned definition right side is adjacent, lower phase when there is a unlabelled divided frame for described left adjacent finger Adjacent unmarked divided frame, is designated as " the 3rd unmarked segmentation by the unmarked divided frame herein in adjacent and following definitions Picture ") the difference of X-coordinate of X-coordinate and current divided frame bottom left vertex of left upper apex be less than the preset value, and work as The X-coordinate of the bottom left vertex of preceding divided frame is more than or equal to the Y-coordinate of the right vertices of the 3rd unmarked divided frame simultaneously Less than or equal to the Y-coordinate of the right vertices of the 3rd unmarked divided frame, the 3rd unmarked divided frame divides with current Cut a picture left side adjacent.

(in order to distinguish over, the above-mentioned definition right side is adjacent, lower phase when there is a unlabelled divided frame for described upper adjacent finger The unmarked divided frame, is designated as " the 4th unmarked divided frame " by adjacent, left adjacent unmarked divided frame herein) a left side The difference of the Y-coordinate on upper summit and the Y-coordinate of current divided frame left upper apex is less than the preset value, and the current segmentation picture The X-coordinate of the left upper apex in face is more than or equal to the X-coordinate of the bottom left vertex of the 4th unmarked divided frame and is less than or waits In the X-coordinate of the bottom right vertex of the 4th unmarked divided frame, on the 4th unmarked divided frame and current divided frame It is adjacent.

Wherein, the above-mentioned right side it is adjacent, left adjacent, upper adjacent and under adjacent priority order can pre-define, at this preferably In embodiment, preset priority adjacent under the adjacent priority in above-mentioned right side is more than, under adjacent priority to be more than a left side adjacent Priority, and left adjacent priority are more than upper adjacent priority, therefore, and search is adjacent with current divided frame every time During unmarked divided frame, equal first search and the right adjacent unmarked divided frame of current divided frame.It is preferably real at other Apply in example, above-mentioned priority order can also be redefined according to actual demand.

It is the schematic diagram of each divided frame in marker graphic user interface of the present invention with reference to shown in Fig. 5.As shown in Figure 5A, Include 10 divided frames in the graphic user interface 11, each divided frame is a diagram, passes through described mark Module 204 can obtain each segmentation picture after mark as shown in Figure 5 B using the coordinate on four summits of each divided frames of Fig. 5 A Face.

It should be noted last that, the above embodiments are merely illustrative of the technical solutions of the present invention and it is unrestricted, although ginseng The present invention is described in detail according to preferred embodiment, it will be understood by those within the art that, can be to the present invention Technical scheme modify or equivalent substitution, without departing from the spirit and scope of technical solution of the present invention.

Claims (8)

1. a kind of positioning display method of graphic user interface, methods described is run in an electronic installation, it is characterised in that should Method includes:
Read step:Reading one includes the topology data of layout of multiple divided frames, and the divided frame is aobvious for being shown in On the graphic user interface shown on showing device, the topology data includes the basic information of each divided frame, described including many Designed by the layout design tool that the layout of individual divided frame is provided by the electronic installation, the divided frame is in layout Position be variable;
Process step:According to the basic information of above-mentioned each divided frame, the coordinate on four summits for obtaining each divided frame is calculated, And recorded with default form;
Markers step:According to the coordinate on above-mentioned each four summits of divided frame, the order of each divided frame is marked, and according to being marked The order of note stores the basic information of each divided frame in storage device in default storage region successively;
Step display:When need show the graphic user interface when, according to the order marked from the storage device it is default Each divided frame of the graphic user interface is read and shown in storage region.
2. the positioning display method of graphic user interface as claimed in claim 1, it is characterised in that each segmentation picture of mark The method of the order in face is:
A. the left upper apex coordinate of all divided frames is traveled through, by the divided frame of the X-coordinate of left upper apex and Y-coordinate minimum Labeled as 1, and the divided frame is recorded for current divided frame;
B. search and the right adjacent unmarked divided frame of current divided frame, right adjacent with current divided frame when searching During unmarked divided frame, into step c, when not searching and the right adjacent unmarked divided frame of current divided frame When, into step d;
C. the unmarked divided frame searched is marked, the divided frame after this is marked is recorded as current divided frame and returned Return step b and proceed search;
D. the search unmarked divided frame adjacent with current divided frame, adjacent with current divided frame when searching During unmarked divided frame, return to step c, when not searching the unmarked divided frame adjacent with currently segmentation picture, Into step e;
E. search and the left adjacent divided frame of current divided frame, it is left adjacent unmarked with current divided frame when searching During divided frame, return to step c, when not searching the unmarked divided frame adjacent with a current divided frame left side, enters Step f;
F. the search unmarked divided frame adjacent with current divided frame, adjacent with current divided frame when searching During unmarked divided frame, return to step c, when not searching the unmarked divided frame adjacent with current divided frame When, into step g;
G. also unlabelled divided frame is judged whether, if without unlabelled divided frame, flow terminates, if also having not The divided frame of mark, return to step c.
3. the positioning display method of graphic user interface as claimed in claim 2, it is characterised in that described and current segmentation picture The face right side is adjacent to be referred to:When the X-coordinate for the left upper apex for having a unlabelled divided frame in the graphic user interface is with working as The difference of the X-coordinate of preceding divided frame right vertices is less than a preset value, and the Y-coordinate of the right vertices of current divided frame Y-coordinate more than or equal to the left upper apex of the unmarked divided frame and the lower-left less than or equal to the unmarked divided frame During the Y-coordinate on summit, the unmarked divided frame is adjacent with the current divided frame right side;
Y-coordinate and current divided frame bottom right of the adjacent finger when the left upper apex for having a unlabelled divided frame under described The difference of the Y-coordinate on summit is less than the preset value, and the X-coordinate of the bottom right vertex of current divided frame is more than or equal to this not The X-coordinate of the left upper apex of the divided frame of mark and less than or equal to the unlabelled divided frame right vertices X sit Mark, the unlabelled divided frame is adjacent with current divided frame;
X-coordinate and current divided frame lower-left of the described left adjacent finger when the left upper apex for having a unlabelled divided frame The difference of the X-coordinate on summit is less than the preset value, and the X-coordinate of the bottom left vertex of current divided frame is more than or equal to this not The Y-coordinate of the right vertices of the divided frame of mark and less than or equal to the unlabelled divided frame right vertices Y sit Mark, the unlabelled divided frame is adjacent with a current divided frame left side;
Y-coordinate and current divided frame upper left of the described upper adjacent finger when the left upper apex for having a unlabelled divided frame The difference of the Y-coordinate on summit is less than the preset value, and the X-coordinate of the left upper apex of the current divided frame is more than or equal to this The X-coordinate of the bottom left vertex of unlabelled divided frame and less than or equal to the unlabelled divided frame bottom right vertex X Coordinate, the unlabelled divided frame is adjacent with current divided frame.
4. the positioning display method of graphic user interface as claimed in claim 3, it is characterised in that in described markers step The unlabelled divided frame searched is marked successively according to the numerical order of natural number than 0.
5. a kind of locating and displaying system of graphic user interface, the system operation is in an electronic installation, it is characterised in that should System includes:
Read module, the topology data for reading a layout for including multiple divided frames, the divided frame is used to show In on the graphic user interface shown in display device, the topology data includes the basic information of each divided frame, the bag Being laid out designed by the layout design tool provided by the electronic installation for multiple divided frames is included, the divided frame is in cloth Position in office is variable;
Processing module, for when the basic information according to above-mentioned each divided frame, calculating four summits for obtaining each divided frame Coordinate, and with default form record;
Mark module, for when the coordinate according to above-mentioned each four summits of divided frame, marking the order of each divided frame, and is pressed According to the order marked the basic information of each divided frame is stored successively in storage device in default storage region;
Display module, for when needing to show the graphic user interface, according to the order marked from the storage device it is pre- If storage region in read and show each divided frame of the graphic user interface.
6. the locating and displaying system of graphic user interface as claimed in claim 5, it is characterised in that the mark module mark The method of the order of each divided frame is:
A. the left upper apex coordinate of all divided frames is traveled through, by the divided frame of the X-coordinate of left upper apex and Y-coordinate minimum Labeled as 1, and the divided frame is recorded for current divided frame;
B. search and the right adjacent unmarked divided frame of current divided frame, right adjacent with current divided frame when searching During unmarked divided frame, into step c, when not searching and the right adjacent unmarked divided frame of current divided frame When, into step d;
C. the unmarked divided frame searched is marked, the divided frame after this is marked is recorded as current divided frame and returned Return step b and proceed search;
D. the search unmarked divided frame adjacent with current divided frame, adjacent with current divided frame when searching During unmarked divided frame, return to step c, when not searching the unmarked divided frame adjacent with currently segmentation picture, Into step e;
E. search and the left adjacent divided frame of current divided frame, it is left adjacent unmarked with current divided frame when searching During divided frame, return to step c, when not searching the unmarked divided frame adjacent with a current divided frame left side, enters Step f;
F. the search unmarked divided frame adjacent with current divided frame, adjacent with current divided frame when searching During unmarked divided frame, return to step c, when not searching the unmarked divided frame adjacent with current divided frame When, into step g;
G. also unlabelled divided frame is judged whether, if without unlabelled divided frame, flow terminates, if also having not The divided frame of mark, return to step c.
7. the locating and displaying system of graphic user interface as claimed in claim 6, it is characterised in that described right adjacent finger is worked as There is the difference of the X-coordinate and the X-coordinate of current divided frame right vertices of the left upper apex of a unlabelled divided frame small In a preset value, and a left side of the Y-coordinate more than or equal to the unlabelled divided frame for the right vertices of current divided frame The Y-coordinate on upper summit and less than or equal to the unlabelled divided frame bottom left vertex Y-coordinate, the unlabelled segmentation picture Face is adjacent with the current divided frame right side;
Y-coordinate and current divided frame bottom right of the adjacent finger when the left upper apex for having a unlabelled divided frame under described The difference of the Y-coordinate on summit is less than the preset value, and the X-coordinate of the bottom right vertex of current divided frame is more than or equal to this not The X-coordinate of the left upper apex of the divided frame of mark and less than or equal to the unlabelled divided frame right vertices X sit Mark, the unlabelled divided frame is adjacent with current divided frame;
X-coordinate and current divided frame lower-left of the described left adjacent finger when the left upper apex for having a unlabelled divided frame The difference of the X-coordinate on summit is less than the preset value, and the X-coordinate of the bottom left vertex of current divided frame is more than or equal to this not The Y-coordinate of the right vertices of the divided frame of mark and less than or equal to the unlabelled divided frame right vertices Y sit Mark, the unlabelled divided frame is adjacent with a current divided frame left side;
Y-coordinate and current divided frame upper left of the described upper adjacent finger when the left upper apex for having a unlabelled divided frame The difference of the Y-coordinate on summit is less than the preset value, and the X-coordinate of the left upper apex of the current divided frame is more than or equal to this The X-coordinate of the bottom left vertex of unlabelled divided frame and less than or equal to the unlabelled divided frame bottom right vertex X Coordinate, the unlabelled divided frame is adjacent with current divided frame.
8. the locating and displaying system of graphic user interface as claimed in claim 6, it is characterised in that described mark module is pressed Numerical order according to natural number than 0 is marked successively to the unlabelled divided frame searched.
CN201210261462.XA 2012-07-26 2012-07-26 The locating and displaying system and method for graphic user interface CN103577055B (en)

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CN104333713B (en) * 2014-10-24 2017-12-19 苏州佳世达电通有限公司 The establishing method of display device
CN107977407B (en) * 2017-11-20 2020-03-31 深圳市科比特航空科技有限公司 Tile map storage method and device, storage medium and computer equipment

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CN1838066A (en) * 2005-03-23 2006-09-27 京瓷株式会社 Portable terminal capable of displaying content comprising multi-module and control method thereof
CN101625618A (en) * 2008-07-09 2010-01-13 纬创资通股份有限公司 Screen display area segmenting method, screen display area segmenting system and computer program product
CN101657808A (en) * 2007-03-12 2010-02-24 金琪年 Be used to make the method and the system thereof of multi-divided display contents

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CN1838066A (en) * 2005-03-23 2006-09-27 京瓷株式会社 Portable terminal capable of displaying content comprising multi-module and control method thereof
CN101657808A (en) * 2007-03-12 2010-02-24 金琪年 Be used to make the method and the system thereof of multi-divided display contents
CN101625618A (en) * 2008-07-09 2010-01-13 纬创资通股份有限公司 Screen display area segmenting method, screen display area segmenting system and computer program product

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Effective date of registration: 20190103

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Patentee before: Hongfujin Precision Electronics (Tianjin) Co., Ltd.