CN104809137A - Method and system for manufacturing three-dimensional webpage of two-dimensional webpage - Google Patents
Method and system for manufacturing three-dimensional webpage of two-dimensional webpage Download PDFInfo
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- CN104809137A CN104809137A CN201410041816.9A CN201410041816A CN104809137A CN 104809137 A CN104809137 A CN 104809137A CN 201410041816 A CN201410041816 A CN 201410041816A CN 104809137 A CN104809137 A CN 104809137A
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Abstract
The invention discloses a method for manufacturing a three-dimensional webpage of a two-dimensional webpage and a system for manufacturing the three-dimensional webpage of the two-dimensional webpage. The method comprises the following steps: compressing all contents displayed by a display zone to a half of the original content along horizontal or vertical direction, and further obtaining the compressed display content; classifying the display zone into a first display zone and a second display zone which have the same area, and displaying the compressed display contents on the first display zone and the second display zone at the same time; determining elements required to highlight display in the compressed display content, and translating the elements required to highlight display to several pixels in the second display zone, wherein the translational direction is the same as the compression direction, and the translated pixel number shall refer to the position of the unmoved elements required to highlight display in the first display zone. the display content of the second display zone and the display content of the first display zone after moving are used as a cross format or a vertical format in the three-dimensional webpage; and then the three-dimensional webpage is manufactured on the basis of the Web language.
Description
Technical field
The present invention relates to 3D manufacture technology field, particularly a kind of three-dimensional web page method for making of the two-dimentional page and system.
Background technology
Web3D, also known as Network Three-dimensional, is a kind of on the basis of virtual reality technology, article tangible in real world is carried out virtual 3 D stereo by internet and shows and a kind of virtual reality technology of interactive browse operation.With current online main flow with compared with the exhibition method of picture, FLASH, animation, the Web3D technology sense of autonomy browsed that allowed user have, can go to observe with the angle of oneself, also have many virtual special efficacys and interactive operation.
By the end of now, although occurred that some relevant solutions, the exploitation for Web3D still exist a lot of difficulty and obstacle for how realizing Network Three-dimensional.
First, the standard that existing various implementation methods are ununified.Because often kind of existing technical scheme all uses different forms and method, therefore cause versatility very poor.But, the versatility main cause that why prevailing certain technical scheme is just.Such as, exactly because Flash can be applied so widely in today, it is unique; JAVA finds application also because it is unique at each platform.If therefore do not sought unity of standard, continuation is also struggled by the implementation procedure of 3D on Web.
In addition, the problem of plug-in unit is also one and troubles.Almost the standard of each manufacturer exploitation needs the support of oneself plug-in unit, and the flow that these plug-in units take from hundreds of K to a few M not etc., therefore necessarily limit the use enthusiasm of some people under the condition that bandwidth is undesirable.
Develop from video 3D, shooting, the making of 3D video, maturation of issuing and televise, along with public audience is to the raising of 3D TV programme demand, in the technical development in future, the explosive growth in 3D market is predictable, and 3D TV and set-top box technique must be seized of certain market space under the overall background of the integration of three networks.
The TV of present support 3D video playback or Set Top Box, 3D set-top box users interface and gate system are all 2D, and user, when playing 3D, will select 3D play mode, and bring 3D glasses; When user carries out other operations, (as search film, checking details etc.) will adopt 2D pattern, take 3D glasses.So greatly reduce the service experience of user.Be necessary the door of 3D TV or Set Top Box to be designed to the 3D page, promote Consumer's Experience.The page of the door of TV or Set Top Box is usually fairly simple, adopts existing solution often because plug-in unit problem, cannot normally run.So need a kind of not only make simple and TV or Set Top Box are run time resource consumption few 3D page implementation, to support the development of 3D video operation.
Summary of the invention
The object of the invention is to, in order to overcome above-mentioned defect, the invention provides a kind of three-dimensional web page method for making and system of the two-dimentional page.
To achieve these goals, the invention provides a kind of three-dimensional web page method for making of the two-dimentional page, described method comprises:
All the elements that viewing area shows are compressed to original 1/2nd, and then obtain the displaying contents of compression by step 101 along the horizontal or vertical direction;
Viewing area is divided into the first identical viewing area of area and the second viewing area, then the displaying contents of the compression obtained is shown simultaneously on the first viewing area and the second viewing area.
Step 102, determines the element needing in the displaying contents compressed to highlight, the some pixels of first primitive translation highlighted by described needs in the second viewing area; Wherein, the direction of translation is identical with compression direction, and the position at the element place be not shifted that the pixel count of translation highlights with the needs that the first viewing area comprises is for reference.
Step 103, using the displaying contents of the displaying contents of the second viewing area after displacement and the first viewing area as the left-right format in three-dimensional web page or top-down format, then sing on web language makes three-dimensional web page.
Optionally, above-mentioned stating between step 102 and step 103 also comprises:
In the first viewing area and the second viewing area, the element that described needs highlight is offset identical pixel count along equidirectional; Wherein, position before the pixel count offset is not subjected to displacement with the element that needs highlight is for reference, and the offset direction of described step 102 is vertical with the offset direction of the described of this step, now step 102 is offset the displaying contents of the displaying contents and the first viewing area that the displaying contents of the second viewing area and the displaying contents of the first viewing area that obtain and this step offset the second viewing area obtained as the left-right format in three-dimensional web page and top-down format by step 103 respectively, then sing on web language makes three-dimensional web page.
Further alternative, above-mentioned shift numbers is 10 ~ 18 pixels; Need the element number highlighted to be one or more, and when the element number needing to highlight is multiple, needed the offset pixels number of the element highlighted by adjustment, and then the depth of field that adjustment produces.
In addition, the invention provides a kind of three-dimensional web page manufacturing system of the two-dimentional page, described system comprises:
Content of pages compression module, all the elements for being shown by display page are compressed to original 1/2nd along the horizontal or vertical direction, obtain the displaying contents compressed.
Page division submodule, for display page being divided into the first identical display page of area and the second display page, then shows the compression displaying contents obtained simultaneously on the first display display page and the second display display page.
First translation module, for determining the element needing to highlight, the some pixels of first primitive translation in the second display subpage frame, described needs highlighted; Wherein, the direction of translation is identical with compression direction, and the position at the element place be not shifted that the pixel count of translation highlights with the first needs of comprising of display subpage frame is for reference.
Based on the webpage making module of web, for using the displaying contents of the displaying contents of the second viewing area after displacement and the first viewing area as the left-right format in three-dimensional web page or top-down format, then sing on web language makes three-dimensional web page.
Optionally, also comprise between above-mentioned first translation module and the webpage making module based on web:
Second translation module, the element that the needs for being comprised in the first viewing area and the second viewing area highlight offsets identical pixel count in the same direction; Wherein, the pixel count of skew is with the position before needing the element highlighted not to be subjected to displacement for reference, and the offset direction of the first translation module is vertical with the offset direction of the described of this module.
Further alternative, above-mentioned shift numbers is 10 ~ 18 pixels, needs the element number highlighted to be one or more, and when the element number needing to highlight is multiple, the offset pixels number of the element highlighted is needed by adjustment, and then the depth of field that adjustment produces.
Compared with prior art, the invention has the advantages that:
1) broken away from the restriction of prior art 3D page animation platform, developer can use oneself familiar Web technology and instrument to develop, and simplifies performance history.
2) resource taking TV or Set Top Box when running is little.
3) do not rely on the three-dimensional web page method for making that any plug-in unit can realize the displaying contents of two-dimentional page display area, there is very strong universality.
Accompanying drawing explanation
Fig. 1 embodiment of the present invention illustrates the schematic diagram of implementation method for left-right format;
The method flow diagram of the sing on web fabrication techniques 3D page that Fig. 2 embodiment of the present invention is recorded.
Embodiment
Below in conjunction with drawings and Examples, the method for the invention is described in detail.
In order to reach the technical purpose that the content production shown by the two-dimentional page is the different Deep Canvas of some element in three-dimensional web page, the invention provides a kind of three-dimensional web page method for making of the two-dimentional page, described method comprises:
All the elements that viewing area shows are compressed to original 1/2nd, and then obtain the displaying contents of compression by step 101 along the horizontal or vertical direction; Viewing area is divided into the first identical viewing area of area and the second viewing area, then the displaying contents of the compression obtained is shown simultaneously on the first viewing area and the second viewing area.
Step 102, determines the element needing in the displaying contents compressed to highlight, the some pixels of first primitive translation highlighted by described needs in the second viewing area; Wherein, the direction of translation is identical with compression direction, and the position at the element place be not shifted that the pixel count of translation highlights with the needs that the first viewing area comprises is for reference.
Step 103, using the displaying contents of the displaying contents of the second viewing area after displacement and the first viewing area as the left-right format in three-dimensional web page or top-down format, then sing on web language makes three-dimensional web page.
In order to reach the level effect making the three-dimensional web page obtained further, also comprise between described step 102 and step 103: in the first viewing area and the second viewing area, the element that described needs highlight is offset identical pixel count along equidirectional; Wherein, the pixel count of skew is with the position before needing the element highlighted not to be subjected to displacement for reference, and the offset direction of described step 102 is vertical with the offset direction of the described of this step.
In order to the element making multiple needs highlight produces different Deep Canvas, number of pixels that can be different by the first primitive translation needing to highlight.Be 10 ~ 18 pixels by the shift numbers of the known pixel of statistical way, the Deep Canvas of generation is best.When the element number needing to highlight is multiple, is needed the offset pixels number of the element highlighted by adjustment, and then reach the depth of field of adjustment generation.
Embodiment:
Fig. 1 illustrates the method schematic diagram for left-right format, and the method producing principle comprises:
1), the horizontal resolution of whole display page displaying contents has been compressed to original half from right to left, and the left side of the original page is received within after compression, half region (the right) fills with the page after same compression in addition, and the page original is like this replaced by the page of the equal compression of 2 sizes.
2), select the page after the compression on the left side as the reference page, horizontal-shift needs the element PIG-2 that highlights on the right inside the page to the right, and by PIG-2 horizontal-shift " S2-S1 " individual pixel, form phase differential, finally by the element and the page that offset, other will not produced the different depth of field by the element offset.
3) can offset multiple element in the page, on the right, when the number of pixels offset is different, will produce the different depth of field, wherein, the element that left hand page and right hand page comprise is: PIG-1, PIG-2 and PIG-3.
4), in the page of two compressions, need the element PIG-2 highlighted from vertical direction skew, and the number of pixels of skew is that " B2-B1 " is individual, can produce the level of vertical direction like this, but the depth of field can not be made to change simultaneously.
Fig. 2 is sing on web technology 3D page animation process flow diagram, and step is as follows:
Step 201), two compressed page being divided into left and right identical parent page (being designated as Page)
The pixel that 201-1) whole Page layout is occupied is divided into the identical div composition of two, left and right size.
201-2) comprise all elements in Page respectively in two div in left and right, just all elements is all by the pixel of horizontal compression half, and by the page of horizontal compression, the left side is called Page-L, and the right is called Page-R.
201-3) like this, form new page layout, be namely made up of Page-L and Page-R.
Step 202), the element that comprises of horizontal-shift Page-R
202-1) select Page-L element layout to be reference, offset the element (being designated as Pig) treating outstanding stereoeffect included by Page-R at Page-R.
202-2) different elements can offset different pixel values, net result they will produce the different depth of field.
202-3) rule of thumb and test, the scope of offset pixel values is generally between 10 ~ 18 pixels, and the Deep Canvas of generation is relatively good.
Step 203), vertical shift step 202) by the element Pig offset, form the new page and be called Page-N,
Page element layout 203-1) is selected to be reference, in Page-L and Page-R bias step 202 simultaneously) by the element Pig offset.
The pixel that 203-2) Page-L with Page-R offsets in vertical direction wants consistent.
Step 204), realize the Page-N page with Web language, write page code.
In addition, the present invention also provides a kind of three-dimensional web page manufacturing system of the two-dimentional page, and described system comprises:
Content of pages compression module, all the elements for being shown by display page are compressed to original 1/2nd along the horizontal or vertical direction, obtain the displaying contents compressed.
Page division submodule, for display page being divided into the first identical display page of area and the second display page, then shows the compression displaying contents obtained simultaneously on the first display display page and the second display display page.
First translation module, for determining the element needing to highlight, the some pixels of first primitive translation in the second display subpage frame, described needs highlighted.Wherein, the direction of translation is identical with compression direction, and the position at the element place be not shifted that the pixel count of translation highlights with the first needs of comprising of display subpage frame is for reference.
Based on the webpage making module of web, for using the displaying contents of the displaying contents of the second viewing area after displacement and the first viewing area as the left-right format in three-dimensional web page or top-down format, then sing on web language makes three-dimensional web page.
Optionally, also comprise between above-mentioned first translation module and the webpage making module based on web:
Second translation module, the element that the needs for being comprised in the first viewing area and the second viewing area highlight offsets identical pixel count in the same direction; Wherein, the pixel count of skew is with the position before needing the element highlighted not to be subjected to displacement for reference, and the offset direction of the first translation module is vertical with the offset direction of the described of this module.
The shift numbers of the first translation module and the second offset module is 10 ~ 18 pixels, the element number highlighted is needed to be one or more, and when the element number needing to highlight is multiple, needed the offset pixels number of the element highlighted by adjustment, and then reach the depth of field of adjustment generation.
In sum, ultimate principle of the present invention is: full page level or vertical resolution compression have been arrived original half, originally the page of the other half region of the page after same compression is filled, and the page original is like this replaced by the page of the equal compression of 2 sizes; Inside the page after two compressions, selects one as with reference to the page, the element inside the another one page offsets, and forms phase differential, and his element of this element and the page is by the depth of field different for generation; In order to more outstanding stereoscopic sensation, in two compressed page, pixel-shift to be carried out from another one direction simultaneously, the stereoscopic sensation in other direction can be produced.
It should be noted last that, above embodiment is only in order to illustrate technical scheme of the present invention and unrestricted.Although with reference to embodiment to invention has been detailed description, those of ordinary skill in the art is to be understood that, modify to technical scheme of the present invention or equivalent replacement, do not depart from the spirit and scope of technical solution of the present invention, it all should be encompassed in the middle of right of the present invention.
Claims (10)
1. a three-dimensional web page method for making for the two-dimentional page, described method comprises:
All the elements that viewing area shows are compressed to original 1/2nd, and then obtain the displaying contents of compression by step 101 along the horizontal or vertical direction;
Viewing area is divided into the first identical viewing area of area and the second viewing area, then the displaying contents of the compression obtained is shown simultaneously on the first viewing area and the second viewing area;
Step 102, determines the element needing in the displaying contents compressed to highlight, the some pixels of first primitive translation highlighted by described needs in the second viewing area;
Wherein, the direction of translation is identical with compression direction, and the position at the element place be not shifted that the pixel count of translation highlights with the needs that the first viewing area comprises is for reference;
Step 103, using the displaying contents of the displaying contents of the second viewing area after displacement and the first viewing area as the left-right format in three-dimensional web page or top-down format, then sing on web language makes three-dimensional web page.
2. the three-dimensional web page method for making of the two-dimentional page according to claim 1, is characterized in that, also comprises between described step 102 and step 103:
In the first viewing area and the second viewing area, the element that described needs highlight is offset identical pixel count along equidirectional;
Wherein, the pixel count of skew is with the position before needing the element highlighted not to be subjected to displacement for reference, and the offset direction of described step 102 is vertical with the offset direction of the described of this step.
3. the three-dimensional web page method for making of the two-dimentional page according to claim 1 and 2, is characterized in that, described shift numbers is 10 ~ 18 pixels.
4. the three-dimensional web page method for making of the two-dimentional page according to claim 1, is characterized in that, needs the element number highlighted to be one or more.
5. the three-dimensional web page method for making of the two-dimentional page according to claim 4, is characterized in that, when the element number needing to highlight is multiple, is needed the offset pixels number of the element highlighted by adjustment, and then the depth of field that adjustment produces.
6. a three-dimensional web page manufacturing system for the two-dimentional page, is characterized in that, described system comprises:
Content of pages compression module, all the elements for being shown by display page are compressed to original 1/2nd along the horizontal or vertical direction, obtain the displaying contents compressed;
Page division submodule, for display page being divided into the first identical display page of area and the second display page, then shows the compression displaying contents obtained simultaneously on the first display display page and the second display display page;
First translation module, for determining the element needing to highlight, the some pixels of first primitive translation in the second display subpage frame, described needs highlighted;
Wherein, the direction of translation is identical with compression direction, and the position at the element place be not shifted that the pixel count of translation highlights with the first needs of comprising of display subpage frame is for reference;
Based on the webpage making module of web, for using the displaying contents of the displaying contents of the second viewing area after displacement and the first viewing area as the left-right format in three-dimensional web page or top-down format, then sing on web language makes three-dimensional web page.
7. the three-dimensional web page manufacturing system of the two-dimentional page according to claim 6, is characterized in that, also comprise between the first translation module and the webpage making module based on web:
Second translation module, the element that the needs for being comprised in the first viewing area and the second viewing area highlight offsets identical pixel count in the same direction; Wherein, the pixel count of skew is with the position before needing the element highlighted not to be subjected to displacement for reference, and the offset direction of the first translation module is vertical with the offset direction of the described of this module.
8. the three-dimensional web page manufacturing system of the two-dimentional page according to claim 6 or 7, is characterized in that, described shift numbers is 10 ~ 18 pixels.
9. the three-dimensional web page manufacturing system of the two-dimentional page according to claim 6, is characterized in that, needs the element number highlighted to be one or more.
10. the three-dimensional web page method for making of the two-dimentional page according to claim 9, is characterized in that, when the element number needing to highlight is multiple, is needed the offset pixels number of the element highlighted by adjustment, and then the depth of field that adjustment produces.
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