CN102655600B - Stereoscopic image display method - Google Patents
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Abstract
The invention provides a method for displaying a stereoscopic image, which comprises the following steps. An original first-eye image and an original second-eye image are received. And carrying out proportional average on a plurality of first display data in the original first-eye image and a plurality of second display data in the original first-eye image to generate a plurality of first-eye image display data. And carrying out proportional average on a plurality of third display data in the original second eye image and a plurality of fourth display data in the original second eye image to generate a plurality of second eye image display data. The first-eye image display data are written into a plurality of first pixels of the display panel to display a first-eye image. And writing the second eye image display data into a plurality of second pixels of the display panel to display a second eye image.
Description
Technical field
The invention relates to a kind of method of image display, and a kind of method particularly showing relevant for stereopsis.
Background technology
Three-dimensional (three-dimension, 3D) Display Technique is the trend that numeral shows now, no matter be in amusement, in medical research or other field, user more and more stresses the impression of being personally on the scene.Aspect amusement, when user watches 3D film or plays stereo game, stereo display technique can show object in picture and launch and the visual effect of the screen that flies out towards beholder, and often can be user, bring the impression of being personally on the scene, so stereo display technique is real for film and game bring new trend and developing goal.
Stereo display technique is the different images that utilizes brain that right and left eyes is seen, merges, to produce the sensation of stereopsis.Wherein, space multiplex type is can project image to left eye and right eye at same display floater simultaneously, that is a half-pix of display floater is in order to show the image of corresponding left eye, second half pixel of display floater is in order to show the image of corresponding right eye, so the resolution of stereopsis (Resolution) can be bidimensional image (being flat image) half.Furthermore; stereopsis can consist of the flat image of corresponding left eye and the flat image of corresponding right eye; but in display floater, only has a half-pix in order to show the flat image of corresponding left eye; and not shown part can be dropped conventionally in the flat image of corresponding left eye; in like manner, in the flat image of corresponding right eye, not shown part can be dropped.According to above-mentioned, traditional space multiplex type stereo display technique can cause the left-eye images of part and the right-eye image of part not to be shown, therefore in watched stereopsis, may have the asymmetric situation of right and left eyes, and then cause the obstacle of stereopsis on watching with uncomfortable.
Summary of the invention
The invention provides a kind of 3 D image display method, the complete information that comprises left-eye images and right-eye image in the shown stereopsis of space multiplex type stereo display technique can be made, therefore the sense of discomfort of watching the space shown stereopsis of multiplex type stereo display technique to cause can be eliminated.
The present invention proposes a kind of 3 D image display method, and its step comprises as follows: receive original First view image and original Second Sight image; To in original First view image, a plurality of first show that data a plurality of second show that data carry out ratio and produce a plurality of First view image display data after average respectively with original First view image, wherein these first show data a plurality of first pixels of corresponding display floater respectively; To in original Second Sight image, a plurality of the 3rd show that data a plurality of the 4th show that data carry out ratio and produce a plurality of Second Sight image display data after average respectively with original Second Sight image, wherein these the 4th demonstration data are distinguished a plurality of second pixels of corresponding display floater, and these second pixels are different from these the first pixels; These First view image display data are write to these first pixels to show First view image; These Second Sight image display data are write to these second pixels to show Second Sight image, wherein each the plurality of first demonstration data are carried out ratio on average to produce corresponding First view image display data with the second adjacent demonstration data, and each the plurality of the 3rd demonstration data are carried out ratio on average to produce corresponding Second Sight image display data with the 4th adjacent demonstration data.
Based on above-mentioned, the present invention by first in original First view image shown data respectively with original First view image in second show that data carry out ratio and produce First view image display data after average.And, by the 3rd in original Second Sight image show data respectively with original Second Sight image in the 4th show that data carry out ratio and produce Second Sight image display data after average.By this, can make the complete information that comprises left-eye images and right-eye image in the shown stereo display image of same display floater, to eliminate the sense of discomfort of watching stereopsis to be caused.
For above-mentioned feature and advantage of the present invention can be become apparent, special embodiment below, and coordinate appended graphic being described in detail below.
Accompanying drawing explanation
Fig. 1 is the processing schematic diagram according to the stereopsis of one embodiment of the invention.
Fig. 2 is that Fig. 1 carries out the average processing schematic diagram of ratio according to the demonstration data of one embodiment of the invention.
Fig. 3 is the flow chart according to the 3 D image display method of one embodiment of the invention.
[main element label declaration]
101: original First view image 101 ': processed original First view image
103: original Second Sight image 103 ': processed original Second Sight image
105: compound stereoscopic image 107: display floater
A: the first pixel B: the second pixel
R1, R2: red display data G1, G2: the green data that show
B1, B2: blue-display data R ': synthetic red display data
G ': the synthetic green data B ' that shows: synthesizing blue shows data
W: first shows data X: second shows data
W ' X ': First view image display data Y: the 3rd shows data
Z: the 4th shows data Y ' Z ': Second Sight image display data
S310, S320, S330, S340, S350: step
Embodiment
Fig. 1 is the processing schematic diagram according to the stereopsis of one embodiment of the invention.Please refer to Fig. 1, in embodiments of the present invention, display floater 107 has the pixel (as pixel A and B) of a plurality of arrayed, at this, illustrate 2 * 4 block of pixels (pixel block) in order to explanation, wherein display floater 107 is divided into for showing the first pixel A of First view image (as left-eye images), and the second pixel B that is used for showing Second Sight image (as right-eye image).In the present embodiment, the first pixel A and the second pixel B are adjacent, and above-mentioned display floater 107 can be polarized light type (polarizedtype) display floater, potential barrier type (barrier type) display floater or column lens array (lenticular lens) display floater, but the embodiment of the present invention is not as limit.
Original First view image 101 has a plurality of demonstration data (as the first demonstration data W and second shows data X), at this corresponding display floater 107, illustrates partial display data with explanation.According to display floater 107 and original First view image 101, in the corresponding original First view image 101 of the first pixel A meeting on display floater 107 first shows data W, with space multiplex type stereo display technique, in original First view image 101 first shows that data W is the demonstration data that are selected, and second in original First view image 101 shows the demonstration data for not being selected of data X.
Original Second Sight image 103 has a plurality of demonstration data (as the 3rd demonstration data Y and the 4th shows data Z), at this corresponding display floater 107, illustrates partial display data with explanation.According to display floater 107 and original Second Sight image 103, in the corresponding original Second Sight image 103 of the second pixel B meeting on display floater 107 the 4th shows data Z, with space multiplex type stereo display technique, in original Second Sight image 103 the 4th shows that data Z is the demonstration data that are selected, and the 3rd shows the demonstration data for not being selected of data Y.
Then, in the present embodiment, in order to retain the complete information of First view image 101 and Second Sight image 103, meeting is carried out First view image display data W corresponding to the average rear generation of ratio by the first demonstration data W that in original First view image 101, each is selected with the second demonstration data X corresponding in the second demonstration data X not being selected ' X ', and the 4th demonstration data Z that in original Second Sight image 103, each is selected carries out Second Sight image display data Y corresponding to the average rear generation of ratio with the 3rd demonstration data Z corresponding in the 3rd demonstration data Y not being selected ' Z '.Wherein, each the first demonstration data W can be carried out ratio on average to produce First view image display data W with reference to following equation with the second corresponding demonstration data X ' X ', each the 4th demonstration data Z can carry out ratio on average with generation Second Sight image display data Y with reference to following equation with the 3rd corresponding demonstration data Y ' Z '.
W’X’＝W×m％+X×n％
Y’Z’＝Z×m％+Y×n％
Wherein, above-mentioned W is for representing that first shows the corresponding one or more GTG values of data W (or brightness), above-mentioned X is for representing that second shows the data corresponding one or more GTG values of X (or brightness), above-mentioned Y is for representing that the 3rd shows the corresponding one or more GTG values of data Y (or brightness), and above-mentioned Z is for representing that the 4th shows the data corresponding one or more GTG values of Z (or brightness).
In the present embodiment, the first demonstration data W and the 4th is shown to data Z (the demonstration data that are selected) correspond to identical ratio value (being m%), and the second demonstration data X and the 3rd is shown to data Y (the demonstration data that are not selected) corresponds to identical ratio value (being n%).And, because the first demonstration data W and the 4th shows that data Z is the demonstration data that are selected, second shows that data X and the 3rd shows that data Y is not for being selected demonstration data, therefore first shows that data W and the 4th shows that ratio value (being m%) corresponding to data Z can be more than or equal to the second demonstration data X and the 3rd and show ratio value (being n%) corresponding to data Y, this can determine according to the display effect of stereopsis, and the embodiment of the present invention is not as limit.In one embodiment of this invention, first shows that data W and the 4th shows that ratio value (being m%) corresponding to data Z can be less than the second demonstration data X and the 3rd and show ratio value (being n%) corresponding to data Y.
Furthermore, each in original First view image 101 first shows that data W can show that data X carry out ratio and produce corresponding First view image display data W after average with adjacent second ' X '.Now, as shown in processed original First view image 101 ', what be selected first shows that data W can be by First view image display data W ' X ' substitutes, and the second demonstration data X not being selected still maintains former state.
On the other hand, each in original Second Sight image 103 the 4th shows that data Z can carry out the average rear corresponding Second Sight image display data Y that produces of ratio with the 3rd adjacent demonstration data Y ' Z '.Now, as shown in processed original Second Sight image 103 ', what be selected the 4th shows that data Z can be by Second Sight image display data Y ' Z ' substitutes, and the 3rd demonstration data Y not being selected still maintains former state.
In one embodiment of this invention, for the ease of calculating, can set m+n=100 (being m%+n%=1), that is first shows that the ratio value (being m%) and second that data W and the 4th shows that data Z is corresponding shows that data X and the 3rd shows that the summation of the ratio value (being n%) that data Y is corresponding is 1.And, the first demonstration data W and the 4th can be shown to ratio value (being m%) and second that data Z is corresponding shows that data X and ratio value (being n%) corresponding to the 3rd demonstration data Y are all made as 50% (0.5).
In the present embodiment, due in the display floater 107 processed original First view image 101 ' that is display section and the processed original Second Sight image 103 ' of part, therefore the demonstration data that will show in the demonstration data that will show in processed original First view image 101 ' (be First view image display data W ' X ') and processed original Second Sight image 103 ' (i.e. the second image display data Y ' Z ') can be combined into a compound stereoscopic image 105, again compound stereoscopic image 105 is written in display floater 107, so that the first pixel A of display floater 107 and the second pixel B show respectively First view image and Second Sight image.By this, the drive circuit (not illustrating) that can be convenient to display floater 107 is caught and is got the demonstration data that are selected.But in other embodiments, if the drive circuit of display floater 107 (not illustrating) can directly be caught and get be selected demonstration data with processed original Second Sight image 103 ' by processed original First view image 101 ', can ignore the step of above-mentioned generation compound stereoscopic image 105.
In another embodiment, first shows that data W and the 4th shows that data Z can correspond to different ratio value (being respectively m1% and m2%), and second show that data X and the 3rd shows that data Y can correspond to different ratio value (being respectively n1% and n2%), wherein m1%+n1%=1 and m2%+n2%=1.
In addition, in an embodiment of the present invention, in the second demonstration data X that each the first demonstration data W can be adjacent, at least one carries out the average rear corresponding First view image display data W that produces of ratio ' X ', that is each first show data W can with upside, downside, it is average that the second adjacent demonstration data X of left side or right side carries out ratio, or each first show data W can with vertical adjacent two second to show that data X or adjacent two the second demonstration data X of level carry out ratio average, or it is average that each first four second of showing that data W can be adjacent with surrounding show that data X carry out ratio.
When each first shows that data W and vertical adjacent two second demonstration data X or two second adjacent demonstration data X of level carry out ratio mean time, First view image display data W ' relational expression of X ' can be rewritten as W ' X '=W * m%+X1 * n3%+X2 * n4%, and wherein X1 and X2 different second show the data corresponding one or more GTG values of X (or brightness).When each, first to show that four second demonstration data X that data W is adjacent with surrounding carry out ratio average, First view image display data W ' relational expression of X ' can be rewritten as W ' X '=W * m%+X3 * n5%+X4 * n6%+X5 * n7%+X6 * n8%, and wherein X3～X6 different second shows the data corresponding one or more GTG values of X (or brightness).According to above-mentioned, in same relation formula, aforementioned proportion value n3%～n8% can equate or be unequal, and ratio value m% can be same or different from ratio value n3%～n8% and calculate for convenient, and the summation of the ratio value in same relation formula (as m+n4+n5) can be set as 1.
In like manner, in the 3rd demonstration data Y that each the 4th demonstration data Z can be adjacent, at least one carries out the average rear corresponding First view image display data Y that produces of ratio ' Z ', that is each the 4th show that data Z can be adjacent with upside, downside, left side or right side the 3rd to show that data Y is carried out ratio average, or each the 4th show data Z can with vertical adjacent two the 3rd to show that data Y or adjacent two the 3rd of level show that data Y are carried out ratio average, or each the 4th to show that four the 3rd demonstration data Y that data Z can be adjacent with surrounding are carried out ratio average.
When each the 4th shows that data Z and vertical adjacent two the 3rd demonstration data Y or two the 3rd adjacent demonstration data Y of level carry out ratio mean time, First view image display data Y ' relational expression of Z ' can be rewritten as Y ' Z '=Z * m%+Y1 * n9%+Y2 * n10%, and wherein Y1 and Y2 the different the 3rd show the corresponding one or more GTG values of data Y (or brightness).When each, the 4th to show that four the 3rd demonstration data Y that data Z is adjacent with surrounding are carried out ratio average, First view image display data Y ' relational expression of Z ' can be rewritten as Y ' Z '=Z * m%+Y3 * n11%+Y4 * n12%+Y5 * n13%+Y6 * n14%, and wherein Y3～Y6 the different the 3rd shows the corresponding one or more GTG values of data Y (or brightness).According to above-mentioned, in same relation formula, aforementioned proportion value n9%～n14% can equate or be unequal, and ratio value m% can be same or different from ratio value n9%～n14% and calculate for convenient, and the summation of the ratio value in same relation formula (as m+n9+n10) can be set as 1.
Fig. 2 is that Fig. 1 carries out the average processing schematic diagram of ratio according to the demonstration data of one embodiment of the invention.Please refer to Fig. 2, in the present embodiment, suppose that the first pixel A and the second pixel B on display floater 107 have all respectively red sub-pixel (sub-pixel), green sub-pixels and blue subpixels, first shows data W, second shows data X, the 3rd shows that data Y and the 4th shows that data Z can have red display data accordingly (as R1, R2), green demonstration data are (as G1, G2) and blue-display data (as B1, B2), and First view image display data W ' X ' and Second Sight image display data Y ' Z ' also can have red display data (as R '), green data (as G ') and the blue-display data (as B ') of showing.
At this, when showing data X, the first demonstration data W and second carries out ratio mean time, first shows that red display data R2 that the red display data R1 of data W can show data X with corresponding second carries out ratio and produces corresponding First view image display data W after average ' the red display data R ' of X ', the first green that shows data W shows that green that data G1 can show data X with corresponding second shows that data G2 carries out ratio and produces corresponding First view image display data W after average ' green of X ' shows data G ', first shows that blue-display data B2 that the blue-display data B1 of data W can show data X with corresponding second carries out ratio and produces corresponding First view image display data W after average ' the blue-display data B ' of X '.Wherein, the average computing of aforementioned proportion can be with reference to following equation:
R’＝R1×m％+R2×n％
G’＝G1×m％+G2×n％
B’＝B1×m％+B2×n％
Wherein, above-mentioned R1 is for representing the red display data corresponding GTG values of R1 (or brightness), above-mentioned R2 is for representing the red display data corresponding GTG values of R2 (or brightness), above-mentioned G1 is for representing the green data corresponding GTG values of G1 (or brightness) that show, above-mentioned G2 is for representing the green data corresponding GTG values of G2 (or brightness) that show, above-mentioned B1 is for representing the blue-display data corresponding GTG value of B1 (or brightness), and above-mentioned B2 is for representing the blue-display data corresponding GTG value of B2 (or brightness).
In addition, in above-described embodiment, to carry out ratio average out to example with the first demonstration data W second demonstration data X adjacent with its right side, but in other is implemented, each first show that data W can be adjacent with upside, downside or left side second to show that data X carries out ratio average, or each first show data W can with vertical adjacent two second to show that data X or adjacent two second of level show that data X carry out ratio average, or each first to show that four second demonstration data X that data W can be adjacent with surrounding carry out ratio average.
When each first shows that data W can show that data X or adjacent two the second demonstration data X of level carry out ratio mean time with vertical adjacent two second, the relational expression of red display data R ' can be rewritten as R '=R1 * m%+R2 ' * n%+R2 " * n%; the relational expression of green demonstration data G ' and blue-display data B ' is similar in appearance to the relational expression of red display data R '; at this, repeat no more, wherein R2 ' and R2 " represent that different second shows the corresponding GTG value of red display data R2 (or brightness) of data X.
Four the second demonstration data Xs adjacent with surrounding when each the first demonstration data W carry out ratio mean time, the relational expression of red display data R ' can be rewritten as R '=R1 * m%+R2 ' * n%+R2 " * n%+R2 " ' * n%+R2 " " * n%, the relational expression of green demonstration data G ' and blue-display data B ' is similar in appearance to the relational expression of red display data R ', at this, repeat no more, wherein R2 ', R2 ", R2 " ' and R2 " " represent that different second shows the corresponding GTG value of red display data R2 (or brightness) of data X.
In like manner, the 4th shows that red display data that the red display data of data Z can show data Y with the corresponding the 3rd carry out ratio and produce corresponding Second Sight image display data Y after average ' the red display data of Z ', the 4th green that shows data Z shows that green that data can show data Y with the corresponding the 3rd shows that data carry out ratio and produce corresponding Second Sight image display data Y after average ' green of Z ' shows data, the 4th shows that blue-display data that the blue-display data of data Z can show data Y with the corresponding the 3rd carries out ratio and produce corresponding Second Sight image display data Y after average ' blue-display data of Z '.
Fig. 3 is the flow chart according to the 3 D image display method of one embodiment of the invention.Please refer to Fig. 3, in the present embodiment, can first receive original First view image and original Second Sight image (step S310).Then, to in original First view image, a plurality of first show that data a plurality of second show that data carry out ratio and produce a plurality of First view image display data after average respectively with original First view image, wherein these first show data a plurality of first pixels (step S320) of corresponding display floater respectively.To in original Second Sight image, a plurality of the 3rd show that data a plurality of the 4th show that data carry out ratio and produce a plurality of Second Sight image display data after average respectively with original Second Sight image, wherein these the 4th demonstration data are distinguished a plurality of second pixels of corresponding display floater, and these second pixels are different from these the first pixels (step S330).These First view image display data are write to these first pixels to show First view image (step S340).These Second Sight image display data are write to these second pixels to show Second Sight image (step S350).
Wherein, the order of step S320 and step S330 is in order to explanation, and the embodiment of the present invention is not as limit, that is in other embodiment, step S330 can have precedence over step S320 and carry out or carry out simultaneously.In like manner, the order of step S340 and step S350 is in order to explanation, and the embodiment of the present invention is not as limit, that is in other embodiment, step S340 can have precedence over step S350 and carry out or carry out simultaneously.In addition, the details of above steps can, with reference to the embodiment of Fig. 1 and Fig. 2, repeat no more at this.
In sum, the embodiment of the present invention by first in original First view image shown data respectively with original First view image in second show that data carry out ratio and produce First view image display data after average.And, by the 3rd in original Second Sight image show data respectively with original Second Sight image in the 4th show that data carry out ratio and produce Second Sight image display data after average.By this, can make the complete information that comprises left-eye images and right-eye image in the shown stereo display image of same display floater, to eliminate the sense of discomfort of watching stereopsis to be caused.
Although the present invention discloses as above with embodiment; so it is not in order to limit the present invention; under any, in technical field, have and conventionally know the knowledgeable; without departing from the spirit and scope of the present invention; when doing a little change and retouching, therefore protection scope of the present invention is when being as the criterion depending on the appended claim scope person of defining.
Claims (9)
1. a 3 D image display method, comprising:
Receive an original First view image and an original Second Sight image;
To in this original First view image, a plurality of first show that data a plurality of second show that data carry out ratio and produce a plurality of First view image display data after average respectively with this original First view image, wherein the plurality of first shows data a plurality of first pixels of a corresponding display floater respectively;
To in this original Second Sight image, a plurality of the 3rd show that data a plurality of the 4th show that data carry out ratio and produce a plurality of Second Sight image display data after average respectively with this original Second Sight image, wherein the plurality of the 4th shows that data are respectively to a plurality of the second pixels that should display floater, and the plurality of the second pixel is different from the plurality of the first pixel;
The plurality of First view image display data are write to the plurality of the first pixel to show a First view image; And
The plurality of Second Sight image display data are write to the plurality of the second pixel to show a Second Sight image,
Wherein each the plurality of first demonstration data are carried out ratio on average to produce corresponding First view image display data with the second adjacent demonstration data, and each the plurality of the 3rd demonstration data are carried out ratio on average to produce corresponding Second Sight image display data with the 4th adjacent demonstration data.
2. 3 D image display method according to claim 1, wherein the plurality of first shows that ratio value corresponding to data is 0.5, the plurality of second shows that ratio value corresponding to data is 0.5.
3. 3 D image display method according to claim 1, wherein the plurality of the first pixel is adjacent with the plurality of the second pixel.
4. 3 D image display method according to claim 1, wherein the plurality of second shows that ratio value corresponding to data is more than or equal to the plurality of first and shows ratio value corresponding to data, and the plurality of the 4th shows that ratio value corresponding to data is more than or equal to the plurality of the 3rd and shows ratio value corresponding to data.
5. 3 D image display method according to claim 4, wherein the plurality of second shows that ratio value corresponding to data and the plurality of first shows that the summation of the ratio value that data are corresponding is 1, and the plurality of the 4th shows that ratio value corresponding to data and the plurality of the 3rd shows that the summation of the ratio value that data are corresponding is 1.
6. 3 D image display method according to claim 1, wherein each the plurality of first shows data, each the plurality of second demonstration data, each the plurality of First view image display data, each the plurality of the 3rd demonstration data, each the plurality of the 4th demonstration data and each the plurality of Second Sight image display data comprise respectively colour display screen registration certificate of the same colour, each the plurality of first these color displays data that show data and corresponding second show that these color displays data of data carry out these color displays data of First view image display data corresponding to the average rear generation of ratio, each the plurality of the 3rd these color displays data that show data and the corresponding the 4th show that these color displays data of data carry out these color displays data of Second Sight image display data corresponding to the average rear generation of ratio.
7. 3 D image display method according to claim 6, wherein these color displays data are red display data, green one of them of data and a blue-display data of showing.
8. 3 D image display method according to claim 1, wherein this First view image and this Second Sight image are respectively a left-eye images and a right-eye image.
9. 3 D image display method according to claim 1, wherein this display floater is a polarized light type display floater, potential barrier type display floater or column lens array display floater.
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| TWI516091B (en) * | 2012-10-09 | 2016-01-01 | 友達光電股份有限公司 | Multi-view 3d display and method for generating multi-view 3d image data |
| CN104853174A (en) * | 2014-02-14 | 2015-08-19 | 微彩智库有限公司 | 3D/2D multi-primary-color image device and control method therefor |
| TWI567704B (en) * | 2014-12-16 | 2017-01-21 | 微彩智庫有限公司 | 3d/2d multiprimary color image device and method for controlling the same |
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| TWI497978B (en) | 2015-08-21 |
| TW201340680A (en) | 2013-10-01 |
| CN102655600A (en) | 2012-09-05 |
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