CN101419532B - Method for changing information content dimension in mobile terminal and the mobile terminal - Google Patents
Method for changing information content dimension in mobile terminal and the mobile terminal Download PDFInfo
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- CN101419532B CN101419532B CN 200810239275 CN200810239275A CN101419532B CN 101419532 B CN101419532 B CN 101419532B CN 200810239275 CN200810239275 CN 200810239275 CN 200810239275 A CN200810239275 A CN 200810239275A CN 101419532 B CN101419532 B CN 101419532B
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Abstract
The invention provides a method for changing information content size in a mobile terminal, and the mobile terminal. The terminal comprises a substrate unit with the same position and size as a display screen of the mobile terminal; an area selection unit which is used for selecting a zooming display area out of the center of an area to be zoomed according to the resolution and zooming folds supported by the mobile terminal after the area to be zoomed is selected; a zooming display layer unit which has the same position and size as the selected zooming display area and displays information content in the zooming display area; a display layer synthesizing unit which calculates a color value of pixels corresponding to the information content in the zooming display area after the substrate unit and the zooming display layer unit are superposed, and sends the color value to the zooming display layer unit for display. By the method and the mobile terminal, when a customer pays attention to the information on the screen, the mobile terminal can provide content with free zooming size, which comforts eyes of the customer. The information is displayed according to the content backup, so the speed is fast.
Description
Technical field
The present invention relates to the portable terminal technology, be meant a kind of method and portable terminal that changes information content dimension at portable terminal especially.
Background technology
Along with the development of portable terminal technology, the user uses portable terminal to handle more affairs, for example reading electronic book on mobile phone, perhaps watch video, meanwhile, for portable terminal when various video pictures is provided the experience that can bring, require more and more higher.
The inventor is in realizing process of the present invention, and find that there are the following problems at least in the prior art: the display screen of portable terminal is all smaller, and when making the information of client on paying close attention to screen, eyes can be felt under the weather.
Summary of the invention
The purpose of this invention is to provide a kind of method and portable terminal at portable terminal change information content dimension, be used for solving prior art, because display screen is too small, the defective of watching the user experience in the process is read in influence.
A kind of portable terminal that changes information content dimension comprises: base cell, with the position and the consistent size of described mobile terminal display screen curtain; The selection area unit is used for after selected one treats zoom area, resolution and the convergent-divergent multiple supported according to portable terminal, a selected convergent-divergent viewing area outside described center for the treatment of zoom area; Convergent-divergent display layer unit is independent of described base cell, and with a selected position, convergent-divergent viewing area and a consistent size, be used to show the information content within the described convergent-divergent viewing area; The display layer synthesis unit is used for calculating the color of pixel value of the information content correspondence in the institute convergent-divergent viewing area after described base cell and the stack of described convergent-divergent display layer unit, sends to described convergent-divergent display layer unit and shows.
In the above-mentioned portable terminal, described display layer synthesis unit also comprises: the display layer offset units, be used to calculate start offset amount and length and width between described convergent-divergent display layer unit and the described base cell, and only with this partial stack of convergent-divergent display layer unit in described base cell scope.
In the above-mentioned portable terminal, described display layer synthesis unit also comprises: computing unit, be used for calculating the described color value of described convergent-divergent viewing area pixel, be specially: the penetrating degree of color value=base cell * (the penetrating degree in 1-convergent-divergent display layer the unit)+penetrating degree in convergent-divergent display layer unit according to the penetrating degree of the penetrating degree of described base cell and described convergent-divergent display layer unit.
In the above-mentioned portable terminal, described selection area unit comprises: the border computing unit is used for determining that according to different described convergent-divergent multiples an acquiescence shows radius; Calculate current pixel to four of border up and down apart from pixel value; Describedly show the radius that apart from pixel value and described acquiescence a selected minimum value is as the actual displayed radius of described convergent-divergent viewing area from four.
In the above-mentioned portable terminal, described display layer synthesis unit also comprises one: the convergent-divergent center cell is used for determining the coordinate at the center of described convergent-divergent viewing area; Determine the translational speed of described convergent-divergent viewing area.
A kind of method that changes information content dimension comprises that one is used for the base cell of portable terminal, with the position and the consistent size of described mobile terminal display screen curtain; Comprise: after selected one treats zoom area, resolution and the convergent-divergent multiple supported according to portable terminal, a selected convergent-divergent viewing area outside described center for the treatment of zoom area; Described convergent-divergent viewing area be independent of the position and the consistent size of the convergent-divergent display layer unit of described base cell, and show the information content within the described convergent-divergent viewing area; When described base cell and the stack of described convergent-divergent display layer unit, calculate the color of pixel value of the information content correspondence in the described convergent-divergent viewing area, send to described convergent-divergent display layer unit and show.
In the said method, described when described base cell and the stack of described convergent-divergent display layer unit, also comprise before: calculate start offset amount and length and width between described convergent-divergent display layer unit and the described base cell, and only with this partial stack of convergent-divergent display layer unit in described base cell scope.
In the said method, described when described base cell and the stack of described convergent-divergent display layer unit, further comprise: calculate the described color value of pixel in the described convergent-divergent viewing area according to the penetrating degree of described base cell and described convergent-divergent display layer unit, be specially: the penetrating degree of color value=base cell * (the penetrating degree in 1-convergent-divergent display layer the unit)+penetrating degree in convergent-divergent display layer unit.
In the said method, a selected convergent-divergent viewing area outside described center for the treatment of zoom area further comprises: determine that according to different described convergent-divergent multiples an acquiescence shows radius; Calculate current pixel to four of border up and down apart from pixel value; Describedly show the radius that apart from pixel value and described acquiescence a selected minimum value is as the actual displayed radius of described convergent-divergent viewing area from four.
In the said method, a selected convergent-divergent viewing area further comprises: the coordinate of determining the center of described convergent-divergent viewing area outside described center for the treatment of zoom area; Determine the translational speed of described convergent-divergent viewing area.
Embodiments of the invention have following beneficial effect, and when the client was paying close attention to information on the screen, portable terminal can provide the content of free scaled size, make user's eyes feel more comfortable, can be applied to a plurality of scenes, owing to be to show according to Memory Backup, thereby speed is fast.
Description of drawings
Fig. 1 is an embodiment of the invention mobile terminal structure synoptic diagram;
The synoptic diagram that Fig. 2 amplifies the literal in the convergent-divergent viewing area for the embodiment of the invention;
Fig. 3 is an embodiment of the invention method flow synoptic diagram.
Embodiment
For making purpose of the present invention, technical characterictic and implementation result clearer, below in conjunction with the accompanying drawings and the specific embodiments technical scheme of the present invention is described in detail.
Among the embodiment provided by the invention, provide a kind of portable terminal that the information content is amplified at portable terminal, as shown in Figure 1, comprising:
Convergent-divergent display layer unit 104, a position, convergent-divergent viewing area and the consistent size with selected is used to show the information content within the described convergent-divergent viewing area;
Display layer synthesis unit 103 is used for calculating the color of pixel value of the information content correspondence in the described convergent-divergent viewing area after described base cell and the stack of described convergent-divergent display layer unit, sends to described convergent-divergent display layer unit 104 and shows.
For selection area unit 102, as shown in Figure 2, a selected convergent-divergent viewing area, the convergent-divergent viewing area treats that to described the concrete information content in the zoom area can amplify or dwindle (normally amplifying); For example, if the content in the current literal that touches delegation of user, text box, a picture, a video, the perhaps part of a picture/video, then this part just is called and treats zoom area, will be shown to be presented in the convergent-divergent display layer unit 104 after laminated one-tenth unit 103 amplifies; The concrete shape of described convergent-divergent viewing area can be any, and is for example circular, perhaps rectangle.Treat among Fig. 2 that zoom area has comprised Chinese character " China ", in the convergent-divergent viewing area then is to amplify Chinese character " China " afterwards.
For display layer synthesis unit 103, treat in the data of zoom area from backup relevant internal memory, taking out the respective pixel value is put on the correspondence position of convergent-divergent display layer unit 104, and cover in the rectangular extent of corresponding enlargement factor, for example enlargement factor is 3, then treat a pixel in the zoom area, need 9 pixels of correspondence on the convergent-divergent viewing area accordingly, use the pixel value that correspondence position takes out from archive memory to fill.
Use the technology that present embodiment provides, when the client was paying close attention to information on the screen, portable terminal can provide the content of free scaled size, make user's eyes feel more comfortable, can be applied to a plurality of scenes, owing to be to show according to Memory Backup, thereby speed is fast.
For improving the function of portable terminal, described display layer synthesis unit 103 also comprises:
Display layer offset units 105 is used to calculate start offset amount and length and width between convergent-divergent display layer unit 104 and the described base cell 101, and only with the partial stack of this convergent-divergent display layer unit 104 in described base cell 101 scopes.
Display layer synthesis unit 103 also comprises:
Computing unit 106 is used for the described color value according to penetrating degree calculating convergent-divergent display layer unit 104 pixels of base cell 101 and convergent-divergent display layer unit 104, is specially:
The penetrating degree of color value=base cell * (the penetrating degree in 1-convergent-divergent display layer the unit)+penetrating degree in convergent-divergent display layer unit.When penetrating degree is 100%, the information content following in these convergent-divergent display layer unit 104 scopes is not come up thoroughly.
For Transparent color,, then when stack, do not handle if some regional color of pixel of a display layer is a Transparent color.
Border computing unit 107 is used for determining that according to different convergent-divergent multiples an acquiescence shows radius; Calculate current pixel to four of border up and down apart from pixel value; Describedly show the radius that apart from pixel value and described acquiescence a selected minimum value is as the final demonstration radius of described convergent-divergent viewing area from four.
Be specially: if the zone of the current care of user is set to a circle, then the resolution of supporting according to the enlargement factor and the hardware display device of user's setting can pre-determine an acquiescence earlier and show radius; For example the user enlargement factor is set is 3, hardware display device resolution is 240*400; Then acquiescence shows radius smaller or equal to 40 pixels, check then current pixel point arrive border up and down apart from pixel value; From these five distance parameters, select a final demonstration radius of minimum value as the convergent-divergent viewing area of described user's current selected.
Display layer synthesis unit 103 also comprises one:
Convergent-divergent center cell 108 is used for determining the coordinate at the center of described convergent-divergent viewing area; Determine the translational speed of described convergent-divergent viewing area.
Further, after the processes pixel of whole convergent-divergent viewing area finished, 104 round edge and the handles that add magnifieres were filled with Transparent color outside round edge and handle in convergent-divergent display layer unit.
Entire process finishes, and goes above can flushing to hardware display device.
The selected unit 302 of convergent-divergent viewing area acquiescence, when being used for then can working as focus or cursor and being positioned at particular location on the described touch screen unit 202, with the residing display module in this position, text box etc. for example, direct as the selected zoom area for the treatment of, and no longer further calculate.
Convergent-divergent center cell 107 is used in convergent-divergent (mainly be amplify) process, in order to reduce the calculated amount of CPU, and makes people's eyes feel comfortably cool, and selects the coordinate at new convergent-divergent center from following two aspects:
The one, determine to amplify centre coordinate.
The 2nd, determine translational speed, then on convergent-divergent display layer unit 104, when translational speed was slow, then the coordinate distance at convergent-divergent center differed from two pixels at least; When translational speed was very fast, the coordinate distance at convergent-divergent center reached three to four pixels at least.
No matter, still rely on the portable terminal of the selected convergent-divergent viewing area of button, all can realize increasing the effect of eyes of user comfort level for portable terminal with touch screen.
For further improving the function of portable terminal, described selection area unit 102 is specially:
Touch screen unit 202 is used for the operation according to the user, the zone of the selected current care of user, and the concrete information content in this zone can be exaggerated; For example, if the content in the current literal that touches delegation of user, text box, a picture, a video, a perhaps picture/video: the part, then this part just is called and treats zoom area, will be shown to be presented in the convergent-divergent display layer unit 104 after laminated one-tenth unit 103 amplifies.The concrete shape of convergent-divergent display layer unit 104 can be any, and is for example circular, perhaps rectangle.
During particular location on touching touch screen unit 202, can be with the residing display module in this position, text box etc. for example is directly as treating zoom area.
Preferably, because the user generally clicks convergent-divergent viewing area centre coordinate with finger or felt pen, if amplifying display image this moment is that the center demonstration may be blocked some contents with this centre coordinate directly, user experience is bad, so acquiescence shows enlarged image above this centre coordinate, calculate to amplify simultaneously the viewing area centre coordinate to border up and down apart from pixel value, adjust amplify the viewing area centre coordinate after can showing whole amplifications image and also do not block the content of convergent-divergent viewing area centre coordinate part.
Realize above technology, when the client was paying close attention to information on the screen, portable terminal can provide the content of free scaled size, makes user's eyes feel more comfortable; Owing to be to show according to Memory Backup ' therefore all can realize picture and character; And with hardware independent, owing to be that the information content in the internal memory is operated, thereby speed is fast.
Corresponding with portable terminal, present embodiment provides a kind of and at portable terminal the information content is carried out the method for convergent-divergent, comprises that one is used for the base cell 101 of portable terminal, with the position and the consistent size of described mobile terminal display screen curtain; As shown in Figure 3, comprising:
The position and the consistent size of step 302. a described convergent-divergent viewing area and a convergent-divergent display layer unit 104, and show the information content within the described convergent-divergent viewing area;
Realize the technology in the present embodiment, when the client was paying close attention to information on the screen, portable terminal can provide the content of free scaled size, makes user's eyes feel more comfortable.
Wherein,
When described base cell 101 and 104 stacks of described convergent-divergent display layer unit, also comprise before: calculate start offset amount and length and width between described convergent-divergent display layer unit 104 and the base cell 101, and only with this partial stack of convergent-divergent display layer unit 104 in base cell 101 scopes.
When 104 stacks of described base cell 101 and convergent-divergent display layer unit, further comprise: calculate the described color value of pixel in the described convergent-divergent viewing area according to the penetrating degree of base cell 101 and convergent-divergent display layer unit 104, be specially:
The penetrating degree of color value=base cell * (the penetrating degree in 1-convergent-divergent display layer the unit)+penetrating degree in convergent-divergent display layer unit.
According to the selected convergent-divergent viewing area of described acquiescence display parameter, further comprise: determine that according to different described convergent-divergent multiples an acquiescence shows radius; Calculate current pixel to four of border up and down apart from pixel value; Describedly show the radius that apart from pixel value and described acquiescence a selected minimum value is as the final demonstration radius of described convergent-divergent viewing area from four.
According to the selected convergent-divergent viewing area of described acquiescence display parameter, further comprise: the coordinate of determining the center of described convergent-divergent viewing area; Determine the translational speed of described convergent-divergent viewing area.
Embodiments of the invention have following beneficial effect, and when the client was paying close attention to information on the screen, portable terminal can provide the content of free scaled size, makes user's eyes feel more comfortable; And can be applied to a plurality of scenes, for example receiving and dispatching mail, receive and send messages, call etc.; Owing to be to show, therefore all can realize picture and character according to Memory Backup; And with hardware independent, owing to be that the information content in the internal memory is operated, thereby speed is fast.
Should be noted that above embodiment is only unrestricted in order to technical scheme of the present invention to be described, all parameter values can be according to the actual conditions adjustment, and in this rights protection scope.Those of ordinary skill in the art should be appreciated that and can make amendment or be equal to replacement technical scheme of the present invention, and do not break away from the spiritual scope of technical solution of the present invention, and it all should be encompassed in the middle of the claim scope of the present invention.
Claims (10)
1. a portable terminal that changes information content dimension is characterized in that, comprising:
Base cell is with the position and the consistent size of described mobile terminal display screen curtain;
The selection area unit is used for after selected one treats zoom area, resolution and the convergent-divergent multiple supported according to portable terminal, a selected convergent-divergent viewing area outside described center for the treatment of zoom area;
Convergent-divergent display layer unit is independent of described base cell, and with a selected position, convergent-divergent viewing area and a consistent size, be used to show the information content within the described convergent-divergent viewing area;
The display layer synthesis unit is used for calculating the color of pixel value of the information content correspondence in the described convergent-divergent viewing area after described base cell and the stack of described convergent-divergent display layer unit, sends to described convergent-divergent display layer unit and shows.
2. portable terminal according to claim 1 is characterized in that, described display layer synthesis unit also comprises:
The display layer offset units is used to calculate start offset amount and length and width between described convergent-divergent display layer unit and the described base cell, and only with this partial stack of convergent-divergent display layer unit in described base cell scope.
3. portable terminal according to claim 1 is characterized in that, described display layer synthesis unit also comprises:
Computing unit is used for calculating according to the penetrating degree of the penetrating degree of described base cell and described convergent-divergent display layer unit the described color value of described convergent-divergent viewing area pixel, is specially:
The penetrating degree of color value=base cell * (the penetrating degree in 1-convergent-divergent display layer the unit)+penetrating degree in convergent-divergent display layer unit.
4. portable terminal according to claim 1 is characterized in that, described selection area unit comprises:
The border computing unit is used for determining that according to different described convergent-divergent multiples an acquiescence shows radius; Calculate current pixel to four of border up and down apart from pixel value;
Describedly show the radius that apart from pixel value and described acquiescence a selected minimum value is as the actual displayed radius of described convergent-divergent viewing area from four.
5. portable terminal according to claim 1 is characterized in that, described display layer synthesis unit also comprises one:
The convergent-divergent center cell is used for determining the coordinate at the center of described convergent-divergent viewing area; Determine the translational speed of described convergent-divergent viewing area.
6. a method that changes information content dimension comprises that one is used for the base cell of portable terminal, with the position and the consistent size of described mobile terminal display screen curtain; It is characterized in that, comprising:
After selected one treats zoom area, resolution and the convergent-divergent multiple supported according to portable terminal, a selected convergent-divergent viewing area outside described center for the treatment of zoom area;
Described convergent-divergent viewing area be independent of the position and the consistent size of the convergent-divergent display layer unit of described base cell, and show the information content within the described convergent-divergent viewing area;
When described base cell and the stack of described convergent-divergent display layer unit, calculate the color of pixel value of the information content correspondence in the described convergent-divergent viewing area, send to described convergent-divergent display layer unit and show.
7. method according to claim 6 is characterized in that, and is described when described base cell and the stack of described convergent-divergent display layer unit, also comprises before:
Calculate start offset amount and length and width between described convergent-divergent display layer unit and the described base cell, and only with this partial stack of convergent-divergent display layer unit in described base cell scope.
8. method according to claim 6 is characterized in that, and is described when described base cell and the stack of described convergent-divergent display layer unit, further comprises:
Calculate the described color value of pixel in the described convergent-divergent viewing area according to the penetrating degree of described base cell and described convergent-divergent display layer unit, be specially:
The penetrating degree of color value=base cell * (the penetrating degree in 1-convergent-divergent display layer the unit)+penetrating degree in convergent-divergent display layer unit.
9. method according to claim 6 is characterized in that, a selected convergent-divergent viewing area outside described center for the treatment of zoom area further comprises:
Determine that according to different described convergent-divergent multiples an acquiescence shows radius; Calculate current pixel to four of border up and down apart from pixel value;
Describedly show the radius that apart from pixel value and described acquiescence a selected minimum value is as the actual displayed radius of described convergent-divergent viewing area from four.
10. method according to claim 6 is characterized in that, a selected convergent-divergent viewing area outside described center for the treatment of zoom area further comprises:
Determine the coordinate at the center of described convergent-divergent viewing area; Determine the translational speed of described convergent-divergent viewing area.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200810239275 CN101419532B (en) | 2008-12-08 | 2008-12-08 | Method for changing information content dimension in mobile terminal and the mobile terminal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200810239275 CN101419532B (en) | 2008-12-08 | 2008-12-08 | Method for changing information content dimension in mobile terminal and the mobile terminal |
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| Publication Number | Publication Date |
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| CN101419532A CN101419532A (en) | 2009-04-29 |
| CN101419532B true CN101419532B (en) | 2011-06-08 |
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| CN 200810239275 Expired - Fee Related CN101419532B (en) | 2008-12-08 | 2008-12-08 | Method for changing information content dimension in mobile terminal and the mobile terminal |
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Families Citing this family (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102591550A (en) * | 2011-01-04 | 2012-07-18 | 中国移动通信集团公司 | Zoom control method and device of terminal interface contents |
| CN102760028B (en) * | 2011-04-28 | 2016-05-25 | 腾讯科技（深圳）有限公司 | Magnifying glass implementation method and device based on Symbian platform |
| CN103207749B (en) * | 2012-01-17 | 2016-08-03 | 宇龙计算机通信科技(深圳)有限公司 | A kind of method of adjustment of touch screen desktop view |
| CN102708177A (en) * | 2012-05-09 | 2012-10-03 | 深圳市同洲电子股份有限公司 | Method and device for zooming contents in local browse area in browser |
| CN103699390A (en) * | 2013-12-30 | 2014-04-02 | 华为技术有限公司 | Image scaling method and terminal equipment |
| CN105468253A (en) * | 2014-09-28 | 2016-04-06 | 中兴通讯股份有限公司 | Mobile terminal interface content display method and apparatus and terminal |
| CN105786338A (en) * | 2014-12-19 | 2016-07-20 | 珠海金山办公软件有限公司 | Textbox editing method and apparatus |
| CN105635809A (en) * | 2015-12-29 | 2016-06-01 | 小米科技有限责任公司 | Image processing method and device and terminal |
| EP3432587A4 (en) * | 2016-03-31 | 2019-02-27 | Huawei Technologies Co., Ltd. | Method for processing application program and mobile device |
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