CN102307306B - Three-dimensional (3D) display method and 3D display device - Google Patents
Three-dimensional (3D) display method and 3D display device Download PDFInfo
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Abstract
The invention provides a three-dimensional (3D) display method, which comprises the following steps of: detecting whether a 3D display region exists or not; if the 3D display region exists, detecting whether the 3D display region is selected; and if the 3D display region is selected, switching the selected 3D display region into a 2D display mode or keeping the 3D display mode. The invention also provides 3D display equipment.
Description
[technical field]
The present invention relates to 3D Display Technique, particularly a kind of 3D display packing and 3D display unit.
[background technology]
The mankind are that the nuance of the object seen by right eye and left eye carrys out the degree of depth of perceptual object, thereby identify stereo-picture, and this species diversity is called as parallax.3D Display Technique is exactly by artificial means, to carry out the parallax of manufacturer's right and left eyes, send to respectively two width images of parallax to images of left and right eyes, makes brain after having obtained the different images that right and left eyes sees, produces the sensation of observing true three-dimension object.3D display unit generally has two types: slit grating formula 3D display unit and microlens array 3D display unit.Wherein microlens array 3D display unit comprises display floater and is arranged on the microlens array in display floater the place ahead, thereby the 3D rendering that comes from display floater is divided into right eye and left-eye image.
Prior art has also been recorded on the basis showing at 3D, realizes the technical scheme that 2D-3D switches.For example, in Chinese invention patent application CN101126840A, disclose the changeable 3D display unit of a kind of 2D-3D, comprised display floater and lens subassembly; Described lens subassembly, comprise two compound lenss and a half-wave plate, each compound lens consists of unirefringence lens and a birefringent lens that can add electric forming electric field, while not powering up, natural daylight is injected from a compound lens, produces without the ordinary light of refraction and the extraordinary ray of refraction, then by injecting another one compound lens after half-wave plate 90-degree rotation, this another one compound lens is by the ordinary light producing after rotation without refraction transmission, and extraordinary ray reflects; While powering up, natural daylight without refraction from a compound lens transmission, through going out without the transmission of refraction from another one compound lens after half-wave plate.Can also adopt thin-film transistor circuit independently to control subregion.Utilize the such scheme of this invention, can the in the situation that of sacrificing luminance not, to subregion, realize 3D and show.Certainly also have by liquid crystal lens, slit grating, the 3D that other technology such as liquid crystal slit realize subregion shows.
No matter be above-mentioned which kind of technology, when the 3D that realizes subregion shows, all can likely produce that 2D shows and 3D demonstration melt altogether problem.
[summary of the invention]
The technical problem to be solved in the present invention is to provide a kind of 3D method and the 3D display device that can obtain better display effect, with solve that 2D shows and 3D demonstration melt altogether problem.
A 3D display packing, is applied in 3D display device, and in the display environment melting altogether at 2D/3D, described 3D display packing comprises: detect and whether have 3D viewing area; When there is 3D viewing area, whether selectedly detect described 3D viewing area; When described 3D viewing area is selected, selected described 3D viewing area is switched to 2D display mode or remains 3D display mode.
Further, above-mentioned 3D display device, by detecting whether the data source receiving is 3D form, detects whether there is 3D viewing area.
Further, above-mentioned 3D display device detects whether there is 3D viewing area by 3D operating system.
Further, above-mentioned not selected 3D viewing area with selected 3D viewing area in contrary state.
Further, said method is by obtaining mouse event, KeyEvent, or touch event judges that whether 3D viewing area is selected.
A 3D display packing, is applied in 3D display device, and in the display environment melting altogether at 2D/3D, described 3D display packing comprises:
Detect and whether have 3D viewing area;
When there is 3D viewing area, whether selectedly detect described 3D viewing area;
When described 3D viewing area is selected, selected described 3D viewing area is switched to 2D display mode or remains 3D display mode;
When described 3D viewing area is not selected, detects and whether have 3D viewing area to be blocked;
When having 3D viewing area to be blocked, the described 3D viewing area being blocked is switched to 2D display mode.
Further, said method comprises: detect and whether have a plurality of 3D viewing area; When there is a plurality of 3D viewing area, the 3D viewing area of reserve part is in 3D display mode, and the 3D viewing area of another part switches to 2D display mode.
Further, above-mentioned 3D display device detects whether there is 3D viewing area by 3D operating system.
Further, above-mentioned 3D display device, by detecting whether the data source receiving is 3D form, detects whether there is 3D viewing area.
Whether the step that further, whether the described 3D of above-mentioned detection viewing area is blocked specifically comprises: detect 3D viewing area and exist overlapping with other viewing area; Overlapping when existing, according to mouse, keyboard, or whether touch event detection 3D viewing area is blocked.
Further, above-mentioned not selected 3D viewing area with selected 3D viewing area in contrary state.
Further, above-mentioned by obtaining mouse event, KeyEvent, or touch event judges that whether 3D viewing area is selected.
A 3D display device, in the display environment melting altogether, comprising at 2D/3D: viewing area detection module, for detection of whether there being 3D viewing area; Choose detection module, for when there is 3D viewing area, whether selectedly detect described 3D viewing area; Display mode handover module, for when described 3D viewing area is selected, switches to selected described 3D viewing area 2D display mode or remains 3D display mode.
Further, above-mentioned 3D display device detects whether there is 3D viewing area by 3D operating system.
Further, above-mentioned viewing area detection module, by detecting whether the data source receiving is 3D form, detects whether there is 3D viewing area.
Further, above-mentioned not selected 3D viewing area with selected 3D viewing area in contrary state.
Further, the said equipment is by obtaining mouse event, KeyEvent, or touch event judges that whether 3D viewing area is selected.
Further, above-mentioned 3D viewing area is by 2D viewing area, 3D viewing area, toolbar, taskbar, or the frame of display device blocks.
Further, the multimedia window that above-mentioned 3D viewing area is arbitrary shape, picture window, web page windows.
Further, the multimedia window that above-mentioned 2D viewing area is arbitrary shape, picture window, text window, dialog box, web page windows, or folder window.
A 3D display device, in the display environment melting altogether, comprising at 2D/3D: viewing area detection module, for detection of whether there being 3D viewing area; Choose detection module, for when there is 3D viewing area, whether selectedly detect described 3D viewing area; Display mode handover module, for when described 3D viewing area is selected, switches to selected described 3D viewing area 2D display mode or remains 3D display mode; Whether occlusion detection module, for when described 3D viewing area is not selected, detects and have 3D viewing area to be blocked; Display mode handover module, also for when having 3D viewing area to be blocked, switches to 2D display mode by the described 3D viewing area being blocked.
Further, above-mentioned viewing area detection module also for: detect and whether to have a plurality of 3D viewing area; When there is a plurality of 3D viewing area, the 3D viewing area of reserve part is in 3D display mode, and the 3D viewing area of another part switches to 2D display mode.
Further, above-mentioned viewing area detection module, by detecting whether the data source receiving is 3D form, detects whether there is 3D viewing area.
Further, above-mentioned viewing area detection module detects whether there is 3D viewing area by 3D operating system.
Further, above-mentioned occlusion detection module also for: detect 3D viewing area and whether exist overlapping with other viewing area; Overlapping when existing, according to mouse, keyboard, or whether touch event detection 3D viewing area is blocked.
Further, above-mentioned not selected 3D viewing area with selected 3D viewing area in contrary state.
Further, the said equipment is by obtaining mouse event, KeyEvent, or touch event judges that whether 3D viewing area is selected.
3D method provided by the invention and 3D display device, can solve when the 3D that realizes subregion shows, the 2D that produces of institute demonstration and 3D demonstration melt altogether problem.
[accompanying drawing explanation]
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing:
Figure 1 shows that the flow chart of 3D display packing the first embodiment of the present invention;
Figure 2 shows that the flow chart of 3D display packing the second embodiment of the present invention;
Figure 3 shows that the flow chart of 3D display packing the 3rd embodiment of the present invention;
Figure 4 shows that the flow chart of 3D display packing the 4th embodiment of the present invention;
Figure 5 shows that the structure chart of 3D display device the first embodiment of the present invention;
Figure 6 shows that the structure chart of 3D display device the second embodiment of the present invention;
Figure 7 shows that the structure chart of 3D display device the 3rd embodiment of the present invention.
[embodiment]
For making the object, technical solutions and advantages of the present invention clearer, hereinafter in connection with accompanying drawing, embodiments of the invention are elaborated.It should be noted that, in the situation that not conflicting, the embodiment in the application and the feature in embodiment be combination in any mutually.
In present specification, acquiescence adopts the viewing area of 2D display mode to be called 2D viewing area.Acquiescence adopts the viewing area of 3D display mode to be called 3D viewing area, when this 3D viewing area adopts the 3D display mode of acquiescence, being called display mode is the 3D viewing area of 3D, and as the display mode of this 3D viewing area is switched to 2D, being called display mode is the 3D viewing area of 2D.
3D viewing area can be included in the window of opening of arbitrary shape, can be certain region in window, also can be full of whole window.The type of window includes but not limited to multimedia window, picture window, web page windows etc., and 3D viewing area is as being video playback region in these windows, image display area etc.2D viewing area in present specification can be included in the window of opening of arbitrary shape equally, can be certain region of window, also can be full of whole window.The type of window, except the above-mentioned type, can also be other windows such as text window, dialog box, folder window.Close or minimize after, 2D wherein and 3D viewing area have not existed.
In realizing process of the present invention, in the display environment that inventor finds to melt altogether at 2D/3D, at least there are some following problems:
1) between 2D viewing area and 3D3 viewing area, there is the problem while blocking
If 3D viewing area is all blocked by 2D viewing area, will cause the 2D viewing area resolution that shelters from 3D viewing area to decline, granular sensation is more intense; If the subregion of 3D viewing area is blocked by 2D viewing area, will cause the 2D viewing area resolution that shelters from 3D viewing area to decline, granular sensation is more intense, and the 3D display effect of the 3D viewing area not simultaneously being blocked also can variation, and it is uncomfortable that beholder can feel.
" blocking " in present specification comprises the situation of all blocking with partial occlusion.
2) between 3D viewing area and 3D viewing area, there is the problem while blocking
If one of them 3D viewing area is all blocked or partial occlusion by other 3D viewing area, no matter be the 3D viewing area being blocked or the 3D viewing area of blocking other 3D viewing area, its display effect all will variation, and it is uncomfortable that beholder can feel.
3) the shown device bezel in 3D viewing area, non-window show problem when object blocks
Above-mentioned non-window shows that object refers to that taskbar, status bar etc. are not present in the demonstration object on window.
When 3D viewing area is moved, 3D viewing area just may be shown object by the non-window such as taskbar, status bar, or shown device bezel is blocked.The 3D display effect of the 3D viewing area not being blocked also can variation, and it is uncomfortable that beholder can feel.
4) problem when a plurality of 3D viewing area exists simultaneously
When a plurality of 3D viewing area exists simultaneously, even if do not deposit the 3D viewing area being blocked, because the depth information of different 3D viewing areas is different, if beholder watches the 3D viewing area with different parallax informations simultaneously, still may make beholder feel uncomfortable.Distance between this discomfort and 3D viewing area and how much relevant.
After the problem of finding to exist in display environment that above 2D/3D melts altogether, inventor recognizes, in above situation, if the display mode of 3D viewing area can be switched to 2D, will contribute to eliminate that display effect declines and beholder's discomfort.And the display mode of 3D viewing area is switched to 2D, can draw again the problem that when display mode of 3D viewing area is switched to 3D.
Based on above understanding, inventor, through further investigation, has proposed the concrete solution of the problems referred to above, method and display device that 2D of the present invention and 3D display mode switch.Display device of the present invention should support that between 2D-3D, display mode switches, and includes but not limited to bore hole 3D display device, or spectacle 3D display device; This bore hole 3D display device includes but not limited to lens pillar 3D display device, slit grating 3D display device, liquid crystal lens 3D display device, Double-refracting grate 3D display device, directive property 3D display device backlight.This 3D display device includes but not limited to 3D TV, 3D display, and 3D notebook, 3D panel computer, or 3D mobile phone etc., as long as have 3D Presentation Function, the present invention is not construed as limiting this.
In each following embodiment, all need to detect whether have 3D viewing area.Whether detect exists the mode of 3D viewing area can have multiple.As, in 3D operating system, can automatically detect this viewing area by 3D operating system is 3D viewing area or 2D viewing area, and obtains the coordinate of viewing area.As, in 2D operating system, when there is 3D multimedia window, can detect whether film source is three-dimensional film source by 3D player, three-dimensional film source illustrates that this 3D multimedia window is a 3D viewing area if.In addition, can also judge by interactively mode, such as being judged by beholder.It should be noted that, these are only detection whether exist 3D viewing area mode for example, the present invention is not limited in aforesaid way.For the display mode of 3D viewing area, also should give record real-time update.
In each following embodiment, display device all can provide the option of enabling or stopping the function of corresponding display mode switching; Now, after need determining that function that described display mode switches is activated, then carry out the display mode switching method of each embodiment.
Figure 1 shows that the flow chart of 3D display packing the first embodiment of the present invention.
Step S101, detects and whether has 3D viewing area; When there is 3D viewing area, enter step S102, when not there is not 3D viewing area, proceed to detect.
Whether detect exists the mode of 3D viewing area can have multiple:
Such as, in 3D operating system, can automatically detect this viewing area by 3D operating system is 3D viewing area or 2D viewing area, and obtains the coordinate of this 3D viewing area or 2D viewing area.
Such as, in 2D operating system, when judging whether to have 3D multimedia window, can detect whether film source is three-dimensional film source by 3D player, three-dimensional film source illustrates and has 3D multimedia window if.This solid film source includes but not limited to it is left and right form, and upper and lower form can be also two file formats, stagger scheme, plane picture plus depth information format (TWODIMENSIONAL PLUS DEPTH, 2D+D).
In addition, can also judge by interactively mode, such as being judged by beholder.
It should be noted that, these are only detection whether exist 3D viewing area mode for example, the present invention is not limited in aforesaid way.
Whether selected step S102, detect 3D viewing area, if enter step S103, otherwise continues to detect.
The present invention can be by obtaining mouse event, KeyEvent, or touch event judges that whether 3D viewing area is selected.Such as stopping or click in 3D viewing area by judgement mouse, determined whether that 3D viewing area is selected, if mouse stops or clicks in 3D viewing area, illustrate that this 3D viewing area is selected.Certainly the present invention also can be by obtaining the interactive means of other type, such as the events such as the machine of swinging one's arm judge that whether 3D viewing area is selected.
It should be noted that, these are only and detect giving an example of the whether selected mode in 3D viewing area, the present invention is not limited in aforesaid way.
Step S103, switches to selected 3D viewing area 2D display mode or remains 3D display mode.Simultaneously not selected 3D viewing area with selected 3D viewing area in contrary state.Inverse state described in the present embodiment refers to, when selected 3D viewing area is switched to 2D display mode, not selected 3D viewing area is in 3D display mode, and vice versa.
For the situation that has a plurality of 3D viewing area, between the plurality of 3D viewing area no matter whether there is hiding relation.If one of them 3D viewing area is selected, this selected 3D viewing area remains in 3D display mode (or switching to 2D display mode), and other not selected 3D viewing area switches to 2D display mode (or remaining in 3D display mode).Certainly, if selected 3D viewing area is blocked by the not selected 3D of another one viewing area, and this not selected 3D viewing area is set in foremost, the 3D viewing area that now beholder need to be blocked this is moved or is set to and is positioned at foremost.
For the situation of blocking causing between 2D viewing area and 3D viewing area, if 3D viewing area is blocked by 2D viewing area, whether selectedly can detect this 3D viewing area, if selected, this 3D viewing area is switched to 2D display mode or keeps 3D display mode, when this 3D viewing area remains 3D display mode, need to be positioned at the front end of this 2D viewing area, the situation being blocked to eliminate this 3D viewing area simultaneously.
For 3D viewing area, by taskbar, status bar, or the frame of the display unit situation of blocking can switch to 2D display mode after 3D viewing area is selected, afterwards, if this viewing area is not blocked, can automatically revert to 3D display mode.
In addition, in the present embodiment, before step S101, may not there is not 3D viewing area, when user is from being about to after 2D viewing area switches to 3D viewing area, can to start to perform step S101 again.
The present embodiment, can whether there is 3D viewing area by detecting, and detect 3D viewing area whether selected with solve that 2D shows and 3D demonstration melt altogether problem, the resolution that makes to shelter from the 2D viewing area of 3D viewing area can not decline, the 3D display effect that simultaneously makes the 3D viewing area that is not blocked can variation yet, to beholder's sensation, can not exert an influence yet.
Figure 2 shows that the flow chart of 3D display packing the second embodiment of the present invention.
The 3D display packing of the present embodiment, comprises the steps:
Step S201, detects and whether has 3D viewing area; When there is 3D viewing area, enter step S202, when not there is not 3D viewing area, proceed to detect.
Whether detect exists the mode of 3D viewing area can have multiple:
Such as, in 3D operating system, can automatically detect this viewing area by 3D operating system is 3D viewing area or 2D viewing area, and obtains the coordinate of this 3D viewing area or 2D viewing area.
Such as, in 2D operating system, when judging whether to have 3D multimedia window, can detect whether film source is three-dimensional film source by 3D player, three-dimensional film source illustrates and has 3D multimedia window if.This solid film source includes but not limited to it is left and right form, and upper and lower form can be also two file formats, stagger scheme, plane picture plus depth information format.
In addition, can also judge by interactively mode, such as being judged by beholder.
It should be noted that, these are only detection whether exist 3D viewing area mode for example, the present invention is not limited in aforesaid way.
Whether step S202, detect 3D viewing area and be blocked; When 3D viewing area is blocked, enter step S203, when 3D viewing area is not blocked, continue to detect.
In this step, the situation that 3D viewing area is blocked, includes but not limited to following situation: 3D viewing area is blocked, by 3D viewing area, blocked, by toolbar, blocked, by taskbar, blocked by 2D viewing area, or the frame of shown equipment blocks.
The mode whether detection 3D viewing area is blocked can have multiple:
Such as, when judging whether 3D viewing area is blocked by 2D viewing area, first obtain position and the size of 3D viewing area and 2D viewing area.Such as when this 3D viewing area and 2D viewing area are rectangular area, can obtain the upper left corner, 3D viewing area with respect to the position in the screen upper left corner and the length of 3D viewing area and wide.Meanwhile, obtain the upper left corner, 2D viewing area with respect to the position in the screen upper left corner and the length of 2D viewing area and wide.When the coordinate in the upper left corner, 2D viewing area is within the scope of 3D viewing area, illustrate between 3D viewing area and 2D viewing area and exist and intersect, but also cannot learn the hiding relation of the two, cannot learn it is that 2D viewing area is blocked in 3D viewing area, or 3D viewing area is blocked in 2D viewing area;
Next can obtain by obtaining user's mouse event the hiding relation of the two, such as stopping or click in 3D viewing area or in 2D viewing area by judgement mouse is last, judge whether 3D viewing area is blocked, if last mouse stops or clicks in 2D viewing area, illustrate that 3D viewing area blocked by 2D viewing area, otherwise be not blocked.The present invention also can judge whether 3D viewing area is blocked by obtaining KeyEvent or touch event.
Certainly, also can detect and judge the hiding relation between 2D viewing area and 3D viewing area by operating system, because which is mainly to complete by operating system, so the present invention repeats no more this.
Step S203, switches to 2D display mode by the 3D viewing area being blocked.
For the situation of blocking causing between 2D viewing area and 3D viewing area, if 3D viewing area is blocked by 2D viewing area, this 3D viewing area can automatically switch to 2D display mode, just can not cause degradation impact under resolution to the display effect of 2D viewing area.
For there being a plurality of 3D viewing area, and between the plurality of 3D viewing area, there is the situation of hiding relation.If one of them 3D viewing area is blocked, this 3D viewing area can automatically switch to 2D display mode, just can not impact the display effect of the 3D viewing area of its front end.Certainly, if being positioned at the 3D viewing area of its front end, the 3D viewing area being blocked blocks, and this not selected 3D viewing area is set in foremost, now beholder need to move this 3D viewing area being blocked or is set to be positioned at foremost.
For 3D viewing area, by taskbar, status bar, or the frame of the display unit situation of blocking can switch to 2D display mode after 3D viewing area is selected, afterwards, if this viewing area is not blocked, can automatically revert to 3D display mode.
If beholder wishes that the 3D viewing area being blocked remains 3D display mode certainly, but this 3D viewing area has switched to 2D display mode, beholder can make it recover 3D display mode by clicking this 3D viewing area, or after there is not hiding relation between 2D viewing area and 3D viewing area, then revert to 3D display mode.
In addition, in the present embodiment, before step S201, may not there is not 3D viewing area, when user is from being about to after 2D viewing area switches to 3D viewing area, can to start to perform step S201 again.
The present embodiment, can whether there is 3D viewing area by detecting, and detect 3D viewing area whether be blocked to solve 2D shows and 3D demonstration melt altogether problem, the resolution that makes to shelter from the 2D viewing area of 3D viewing area can not decline, the 3D display effect that simultaneously makes to block the 3D viewing area of other 3D viewing area can variation yet, to beholder's sensation, can not exert an influence yet, even if 3D viewing area is by taskbar in addition, status bar, or the frame of display unit can automatically switch to 2D display mode after blocking, equally not can to beholder feel impact.
Figure 3 shows that the flow chart of 3D display packing the 3rd embodiment of the present invention.
Step S301, detects and whether has 3D viewing area; When there is 3D viewing area, enter step S302, when not there is not 3D viewing area, proceed to detect.
Whether detect exists the mode of 3D viewing area can have multiple:
Such as, in 3D operating system, can automatically detect this viewing area by 3D operating system is 3D viewing area or 2D viewing area, and obtains the coordinate of this 3D viewing area or 2D viewing area.
Such as, in 2D operating system, when judging whether to have 3D multimedia window, can detect whether film source is three-dimensional film source by 3D player, three-dimensional film source illustrates and has 3D multimedia window if.This solid film source includes but not limited to it is left and right form, and upper and lower form can be also two file formats, stagger scheme, plane picture plus depth information format.
In addition, can also judge by interactively mode, such as being judged by beholder.
It should be noted that, these are only detection whether exist 3D viewing area mode for example, the present invention is not limited in aforesaid way.
Whether selected step S302, detect 3D viewing area, enters step S303, otherwise enter step 304 if selected.
The present invention can be by obtaining mouse event, KeyEvent, or touch event judges that whether 3D viewing area is selected.Such as stopping or click in 3D viewing area by judgement mouse, determined whether that 3D viewing area is selected, if mouse stops or clicks in 3D viewing area, illustrate that this 3D viewing area is selected.Certainly the present invention also can be by obtaining the interactive means of other type, such as the events such as the machine of swinging one's arm judge that whether 3D viewing area is selected.
It should be noted that, these are only and detect giving an example of the whether selected mode in 3D viewing area, the present invention is not limited in aforesaid way.
Step S303, switches to selected 3D viewing area 2D display mode or remains 3D display mode.Simultaneously not selected 3D viewing area with selected 3D viewing area in contrary state.Inverse state described in the present embodiment refers to, when selected 3D viewing area is switched to 2D display mode, not selected 3D viewing area is in 3D display mode, and vice versa.
Step S304, detects and whether has the 3D viewing area being blocked, and enters step S305, otherwise enter step S306 if existed.
In this step, the situation that 3D viewing area is blocked, includes but not limited to following situation: 3D viewing area is blocked, by 3D viewing area, blocked, by toolbar, blocked, by taskbar, blocked by 2D viewing area, or the frame of shown equipment blocks.
The mode whether detection 3D viewing area is blocked can have multiple:
Such as, when judging whether 3D viewing area is blocked by 2D viewing area, first obtain position and the size of 3D viewing area and 2D viewing area.Such as when this 3D viewing area and 2D viewing area are rectangular area, can obtain the upper left corner, 3D viewing area with respect to the position in the screen upper left corner and the length of 3D viewing area and wide.Meanwhile, obtain the upper left corner, 2D viewing area with respect to the position in the screen upper left corner and the length of 2D viewing area and wide.When the coordinate in the upper left corner, 2D viewing area is within the scope of 3D viewing area, illustrate between 3D viewing area and 2D viewing area and exist and intersect, but also cannot learn the hiding relation of the two, cannot learn it is that 2D viewing area is blocked in 3D viewing area, or 3D viewing area is blocked in 2D viewing area;
Next can obtain by obtaining user's mouse event the hiding relation of the two, such as stopping or click in 3D viewing area or in 2D viewing area by judgement mouse is last, judge whether 3D viewing area is blocked, if last mouse stops or clicks in 2D viewing area, illustrate that 3D viewing area blocked by 2D viewing area, otherwise be not blocked.The present invention also can judge whether 3D viewing area is blocked by obtaining KeyEvent or touch event.
Certainly, also can detect and judge the hiding relation between 2D viewing area and 3D viewing area by operating system, because which is mainly to complete by operating system, so the present invention repeats no more this.
Step S305, switches to 2D display mode by the 3D viewing area being blocked.
Step S306, detects and whether has a plurality of 3D viewing area, if existed, enters step S307, otherwise finishes this flow process.
Step S307, the 3D viewing area of reserve part is in 3D display mode, and the 3D viewing area of another part switches to 2D display mode.It can be also a plurality of that the 3D viewing area of the part in this step and the 3D viewing area of another part can be one, and the present invention is not construed as limiting this.Certainly, the present embodiment preferably only retains one of them 3D viewing area in 3D display mode, and other 3D viewing area all switches to 2D display mode.
In addition, in the present embodiment, before step S301, may not there is not 3D viewing area, when user is from being about to after 2D viewing area switches to 3D viewing area, can to start to perform step S301 again.
The present embodiment carries out combination by the technical scheme of the technical scheme of the first embodiment and the second embodiment, and the first embodiment has precedence over the second embodiment and carry out, that is:
First whether selectedly detect 3D viewing area, then according to testing result, selected 3D viewing area is switched to 2D display mode or remains 3D display mode, then detect and whether have the 3D viewing area being blocked, and the 3D viewing area being blocked is switched to 2D display mode, if finally do not had, 3D viewing area is selected does not have 3D viewing area to be blocked yet, but there is a plurality of 3D viewing area, can be 2D display mode by the 3D viewing area of the part that automatically switches, only retain a 3D viewing area still in 3D display mode.
In sum, the present embodiment can solve that 2D shows and 3D demonstration melt altogether problem, the resolution that makes to shelter from the 2D viewing area of 3D viewing area can not decline, the 3D display effect that simultaneously makes to block the 3D viewing area of other 3D viewing area can variation yet, to beholder's sensation, can not exert an influence yet, even if 3D viewing area is by taskbar, status bar in addition, or the frame of display unit can automatically switch to 2D display mode after blocking, equally not can to beholder feel impact.And, also can solve a plurality of 3D viewing areas of blocking that do not exist each other, the problem of the 3D display effect variation causing due to parallax information difference.
Figure 4 shows that the flow chart of 3D display packing the 4th embodiment of the present invention.
The 3D display packing of the present embodiment, comprises the steps:
Step S401, detects and whether has 3D viewing area; When there is 3D viewing area, enter step S402, when not there is not 3D viewing area, proceed to detect.
Whether detect exists the mode of 3D viewing area can have multiple:
Such as, in 3D operating system, can automatically detect this viewing area by 3D operating system is 3D viewing area or 2D viewing area, and obtains the coordinate of this 3D viewing area or 2D viewing area.
Such as, in 2D operating system, when judging whether to have 3D multimedia window, can detect whether film source is three-dimensional film source by 3D player, three-dimensional film source illustrates and has 3D multimedia window if.This solid film source includes but not limited to it is left and right form, and upper and lower form can be also two file formats, stagger scheme, plane picture plus depth information format.
In addition, can also judge by interactively mode, such as being judged by beholder.
It should be noted that, these are only detection whether exist 3D viewing area mode for example, the present invention is not limited in aforesaid way.
Whether step S402, detect 3D viewing area and be blocked; When 3D viewing area is blocked, enter step S403, when 3D viewing area is not blocked, enter step S404.
In this step, the situation that 3D viewing area is blocked, includes but not limited to following situation: 3D viewing area is blocked, by 3D viewing area, blocked, by toolbar, blocked, by taskbar, blocked by 2D viewing area, or the frame of shown equipment blocks.
The mode whether detection 3D viewing area is blocked can have multiple:
Such as, when judging whether 3D viewing area is blocked by 2D viewing area, first obtain position and the size of 3D viewing area and 2D viewing area.Such as when this 3D viewing area and 2D viewing area are rectangular area, can obtain the upper left corner, 3D viewing area with respect to the position in the screen upper left corner and the length of 3D viewing area and wide.Meanwhile, obtain the upper left corner, 2D viewing area with respect to the position in the screen upper left corner and the length of 2D viewing area and wide.When the coordinate in the upper left corner, 2D viewing area is within the scope of 3D viewing area, illustrate between 3D viewing area and 2D viewing area and exist and intersect, but also cannot learn the hiding relation of the two, cannot learn it is that 2D viewing area is blocked in 3D viewing area, or 3D viewing area is blocked in 2D viewing area;
Next can obtain by obtaining user's mouse event the hiding relation of the two, such as stopping or click in 3D viewing area or in 2D viewing area by judgement mouse is last, judge whether 3D viewing area is blocked, if last mouse stops or clicks in 2D viewing area, illustrate that 3D viewing area blocked by 2D viewing area, otherwise be not blocked.The present invention also can judge whether 3D viewing area is blocked by obtaining KeyEvent or touch event.
Certainly, also can detect and judge the hiding relation between 2D viewing area and 3D viewing area by operating system, because which is mainly to complete by operating system, so the present invention repeats no more this.
Step S403, switches to 2D display mode by the 3D viewing area being blocked.
Whether step S404, detect and have 3D viewing area selected, if had, enters step S405, otherwise enter step S406.
The present invention can be by obtaining mouse event, KeyEvent, or touch event judges that whether 3D viewing area is selected.Such as stopping or click in 3D viewing area by judgement mouse, determined whether that 3D viewing area is selected, if mouse stops or clicks in 3D viewing area, illustrate that this 3D viewing area is selected.Certainly the present invention also can be by obtaining the interactive means of other type, such as the events such as the machine of swinging one's arm judge that whether 3D viewing area is selected.
It should be noted that, these are only and detect giving an example of the whether selected mode in 3D viewing area, the present invention is not limited in aforesaid way.
Step S405, switches to selected 3D viewing area 2D display mode or remains 3D display mode.Simultaneously not selected 3D viewing area with selected 3D viewing area in contrary state.Inverse state described in the present embodiment refers to, when selected 3D viewing area is switched to 2D display mode, not selected 3D viewing area is in 3D display mode, and vice versa.
Step S406, detects and whether has a plurality of 3D viewing area, enter step S407, otherwise this flow process finishes if existed.
Step S407, the 3D viewing area of reserve part is in 3D display mode, and the 3D viewing area of another part switches to 2D display mode.It can be also a plurality of that the 3D viewing area of the part in this step and the 3D viewing area of another part can be one, and the present invention is not construed as limiting this.Certainly, the present embodiment preferably only retains one of them 3D viewing area in 3D display mode, and other 3D viewing area all switches to 2D display mode.
In addition, in the present embodiment, before step S401, may not there is not 3D viewing area, when user is from being about to after 2D viewing area switches to 3D viewing area, can to start to perform step S401 again.
The present embodiment carries out combination by the technical scheme of the technical scheme of the first embodiment and the second embodiment, and the second embodiment has precedence over the first embodiment and carry out, that is:
Whether first detect 3D viewing area is blocked, then according to testing result, the 3D viewing area being blocked is switched to 2D display mode, then detect and whether have selected 3D viewing area, and selected 3D viewing area is switched to 2D display mode or is left 3D display mode, if finally do not had, 3D viewing area is selected does not have 3D viewing area to be blocked yet, but there is a plurality of 3D viewing area, can be 2D display mode by the 3D viewing area of the part that automatically switches, only retain a 3D viewing area still in 3D display mode.
In sum, the present embodiment can solve that 2D shows and 3D demonstration melt altogether problem, the resolution that makes to shelter from the 2D viewing area of 3D viewing area can not decline, the 3D display effect that simultaneously makes to block the 3D viewing area of other 3D viewing area can variation yet, to beholder's sensation, can not exert an influence yet, even if 3D viewing area is by taskbar, status bar in addition, or the frame of display unit can automatically switch to 2D display mode after blocking, equally not can to beholder feel impact.And, also can solve a plurality of 3D viewing areas of blocking that do not exist each other, the problem of the 3D display effect variation causing due to parallax information difference.
Figure 5 shows that the structure chart of 3D display device the first embodiment of the present invention.
A 3D display device, comprising: viewing area detection module, choose detection module, and display mode handover module.
Viewing area detection module, for detection of whether there being 3D viewing area; Choose detection module, for when there is 3D viewing area, whether selectedly detect described 3D viewing area; Display mode handover module, for when described 3D viewing area is selected, switches to selected described 3D viewing area 2D display mode or remains 3D display mode.
3D display device detects whether there is 3D viewing area by 3D operating system.
Viewing area detection module, by detecting whether the data source receiving is 3D form, detects whether there is 3D viewing area.
In the present embodiment, not selected 3D viewing area with selected 3D viewing area in contrary state.By obtaining mouse event, KeyEvent, or touch event judges that whether 3D viewing area is selected.
Figure 6 shows that the structure chart of 3D display device the second embodiment of the present invention.
The 3D display device of the present embodiment, comprises viewing area detection module, occlusion detection module, display mode handover module.
Viewing area detection module, for detection of whether there being 3D viewing area; Whether occlusion detection module, for when there is 3D viewing area, detect described 3D viewing area and be blocked; Display mode handover module, for when described 3D viewing area is blocked, switches to 2D display mode by the described 3D viewing area being blocked.
Viewing area detection module detects whether there is 3D viewing area by 3D operating system; Or by detecting whether the data source receiving is 3D form, detect whether there is 3D viewing area.
Occlusion detection module also for: detect 3D viewing area and whether exist overlapping with other viewing area; When existing when overlapping, according to mouse, keyboard, or whether touch event detection 3D viewing area is blocked.
Not selected 3D viewing area with selected 3D viewing area in contrary state.Inverse state described in the present embodiment refers to, when selected 3D viewing area is switched to 2D display mode, not selected 3D viewing area is in 3D display mode, and vice versa.
Figure 7 shows that the structure chart of 3D display device the 3rd embodiment of the present invention.
A 3D display device, comprising: viewing area detection module, occlusion detection module, choose detection module, and display mode handover module.
Viewing area detection module, for detection of whether there being 3D viewing area; Choose detection module, for when there is 3D viewing area, whether selectedly detect described 3D viewing area; Whether occlusion detection module, for when there is 3D viewing area, detect described 3D viewing area and be blocked; Display mode handover module, for when described 3D viewing area is selected, switches to selected described 3D viewing area 2D display mode or remains 3D display mode.Display mode handover module, for when described 3D viewing area is blocked, switches to 2D display mode by the described 3D viewing area being blocked.
Viewing area detection module, by detecting whether the data source receiving is 3D form, detects whether there is 3D viewing area; Or detect whether there is 3D viewing area by 3D operating system.
In the present embodiment, not selected 3D viewing area with selected 3D viewing area in contrary state.By obtaining mouse event, KeyEvent, or touch event judges that whether 3D viewing area is selected.
Occlusion detection module also for: detect 3D viewing area and whether exist overlapping with other viewing area; When existing when overlapping, according to mouse, keyboard, or whether touch event detection 3D viewing area is blocked.
In the present embodiment, not selected 3D viewing area with selected 3D viewing area in contrary state.Inverse state described in the present embodiment refers to, when selected 3D viewing area is switched to 2D display mode, not selected 3D viewing area is in 3D display mode, and vice versa.
In the above-described embodiments, only the present invention has been carried out to exemplary description, but those skilled in the art can carry out various modifications to the present invention without departing from the spirit and scope of the present invention after reading present patent application.
Claims (23)
1. a 3D display packing, is applied to, in 3D display device, it is characterized in that, in the display environment melting altogether at 2D/3D, described 3D display packing comprises:
Detect and whether have 3D viewing area;
When there is 3D viewing area, whether selectedly detect described 3D viewing area;
When described 3D viewing area is selected, selected described 3D viewing area is switched to 2D display mode or remains 3D display mode; Not selected 3D viewing area with selected 3D viewing area in contrary state; Described inverse state refers to: when the 3D viewing area in elected is switched to 2D display mode, not selected 3D viewing area is in 3D display mode, and vice versa.
2. 3D display packing as claimed in claim 1, is characterized in that, described 3D display device, by detecting whether the data source receiving is 3D form, detects whether there is 3D viewing area.
3. 3D display packing as claimed in claim 1, is characterized in that, described 3D display device detects whether there is 3D viewing area by 3D operating system.
4. 3D display packing as claimed in claim 1, is characterized in that, by obtaining mouse event, and KeyEvent, or touch event judges that whether 3D viewing area is selected.
5. a 3D display packing, is applied to, in 3D display device, it is characterized in that, in the display environment melting altogether at 2D/3D, described 3D display packing comprises:
Detect and whether have 3D viewing area;
When there is 3D viewing area, whether selectedly detect described 3D viewing area;
When described 3D viewing area is selected, selected described 3D viewing area is switched to 2D display mode or remains 3D display mode; Not selected 3D viewing area with selected 3D viewing area in contrary state; Described inverse state refers to: when the 3D viewing area in elected is switched to 2D display mode, not selected 3D viewing area is in 3D display mode, and vice versa;
When described 3D viewing area is not selected, detects and whether have 3D viewing area to be blocked;
When having 3D viewing area to be blocked, the described 3D viewing area being blocked is switched to 2D display mode.
6. 3D display packing as claimed in claim 5, is characterized in that, further comprises:
Detect and whether have a plurality of 3D viewing area;
When there is a plurality of 3D viewing area, the 3D viewing area of reserve part is in 3D display mode, and the 3D viewing area of another part switches to 2D display mode.
7. 3D display packing as claimed in claim 5, is characterized in that, described 3D display device detects whether there is 3D viewing area by 3D operating system.
8. 3D display packing as claimed in claim 5, is characterized in that, described 3D display device, by detecting whether the data source receiving is 3D form, detects whether there is 3D viewing area.
9. 3D display packing as claimed in claim 5, is characterized in that, the step whether described 3D of described detection viewing area is blocked specifically comprises:
Whether detect 3D viewing area exists overlapping with other viewing area;
Overlapping when existing, according to mouse, keyboard, or whether touch event detection 3D viewing area is blocked.
10. 3D display packing as claimed in claim 5, is characterized in that, by obtaining mouse event, and KeyEvent, or touch event judges that whether 3D viewing area is selected.
11. 1 kinds of 3D display devices, is characterized in that, in the display environment melting altogether, comprising at 2D/3D:
Viewing area detection module, for detection of whether there being 3D viewing area;
Choose detection module, for when there is 3D viewing area, whether selectedly detect described 3D viewing area;
Display mode handover module, for when described 3D viewing area is selected, switches to selected described 3D viewing area 2D display mode or remains 3D display mode; Not selected 3D viewing area with selected 3D viewing area in contrary state; Described inverse state refers to: when the 3D viewing area in elected is switched to 2D display mode, not selected 3D viewing area is in 3D display mode, and vice versa.
12. 3D display devices as claimed in claim 11, is characterized in that, described 3D display device detects whether there is 3D viewing area by 3D operating system.
13. 3D display devices as claimed in claim 11, is characterized in that, described viewing area detection module, by detecting whether the data source receiving is 3D form, detects whether there is 3D viewing area.
14. 3D display devices as claimed in claim 11, is characterized in that, by obtaining mouse event, and KeyEvent, or touch event judges that whether 3D viewing area is selected.
15. 3D display devices as claimed in claim 11, is characterized in that, described 3D viewing area is by 2D viewing area, 3D viewing area, toolbar, taskbar, or the frame of display device blocks.
16. 3D display devices as claimed in claim 11, is characterized in that, the multimedia window that described 3D viewing area is arbitrary shape, picture window, web page windows.
17. 3D display devices as claimed in claim 11, is characterized in that, the multimedia window that described 2D viewing area is arbitrary shape, picture window, text window, dialog box, web page windows, or folder window.
18. 1 kinds of 3D display devices, is characterized in that, in the display environment melting altogether, comprising at 2D/3D:
Viewing area detection module, for detection of whether there being 3D viewing area;
Choose detection module, for when there is 3D viewing area, whether selectedly detect described 3D viewing area;
Display mode handover module, for when described 3D viewing area is selected, switches to selected described 3D viewing area 2D display mode or remains 3D display mode; Not selected 3D viewing area with selected 3D viewing area in contrary state; Described inverse state refers to: when the 3D viewing area in elected is switched to 2D display mode, not selected 3D viewing area is in 3D display mode, and vice versa;
Whether occlusion detection module, for when described 3D viewing area is not selected, detects and have 3D viewing area to be blocked;
Display mode handover module, also for when having 3D viewing area to be blocked, switches to 2D display mode by the described 3D viewing area being blocked.
19. 3D display devices as claimed in claim 18, is characterized in that, viewing area detection module also for:
Detect and whether have a plurality of 3D viewing area;
When there is a plurality of 3D viewing area, the 3D viewing area of reserve part is in 3D display mode, and the 3D viewing area of another part switches to 2D display mode.
20. 3D display devices as claimed in claim 18, is characterized in that, described viewing area detection module, by detecting whether the data source receiving is 3D form, detects whether there is 3D viewing area.
21. 3D display devices as claimed in claim 18, is characterized in that, described viewing area detection module detects whether there is 3D viewing area by 3D operating system.
22. 3D display devices as claimed in claim 18, is characterized in that, described occlusion detection module also for:
Whether detect 3D viewing area exists overlapping with other viewing area;
Overlapping when existing, according to mouse, keyboard, or whether touch event detection 3D viewing area is blocked.
23. 3D display devices as claimed in claim 18, is characterized in that, by obtaining mouse event, and KeyEvent, or touch event judges that whether 3D viewing area is selected.
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| CN201110127292.1A CN102307306B (en) | 2011-05-16 | 2011-05-16 | Three-dimensional (3D) display method and 3D display device |
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| CN103236074B (en) * | 2013-03-25 | 2015-12-23 | 深圳超多维光电子有限公司 | A kind of 2D/3D image processing method and device |
| CN105898277A (en) * | 2016-05-20 | 2016-08-24 | 宁波维真显示科技有限公司 | Multi-window naked eye 3D and 2D mixed display method |
| CN107124605B (en) * | 2017-05-31 | 2019-03-08 | 万维云视（上海）数码科技有限公司 | A kind of display methods of part 2D and 3D switching |
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Effective date of registration: 20180726 Address after: 518000 Room 201, building A, No. 1, Qian Wan Road, Qianhai Shenzhen Hong Kong cooperation zone, Shenzhen, Guangdong (Shenzhen Qianhai business secretary Co., Ltd.) Patentee after: SUPERD Co.,Ltd. Address before: 518053 H-1 Tung 101, overseas Chinese town, Nanshan District, Shenzhen, Guangdong. Patentee before: SHENZHEN SUPER PERFECT OPTICS Ltd. |
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