CN103676176B - A kind of 3 d display device and its imaging method - Google Patents
A kind of 3 d display device and its imaging method Download PDFInfo
- Publication number
- CN103676176B CN103676176B CN201310752112.8A CN201310752112A CN103676176B CN 103676176 B CN103676176 B CN 103676176B CN 201310752112 A CN201310752112 A CN 201310752112A CN 103676176 B CN103676176 B CN 103676176B
- Authority
- CN
- China
- Prior art keywords
- pixel
- gray value
- follows
- row
- column selection
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Control Of Indicators Other Than Cathode Ray Tubes (AREA)
- Transforming Electric Information Into Light Information (AREA)
Abstract
The invention discloses a kind of 3 d display device and its imaging method, described 3 d display device includes:Grating and display unit, described display unit includes the pixel of array setting, described grating includes one group of optical module, each optical module is associated with one group of pixel, described optical module is used for described pixel export orientation to different angle directions, and the angular range that the axis of described optical module is become with pixel place column direction is 10 °~arctan1/4+10 ° of arctan1/4.The present invention is angled the preset range of arctan1/4 by the axis of optical module and pixel place column direction, can eliminate moire fringes, improves stereos copic viewing comfort level.
Description
Technical field
The invention belongs to field of stereoscopic display, more particularly to a kind of 3 d display device and its imaging method.
Background technology
With the development of stereo display technique, three dimensional display increasingly universalness in daily life.Current solid shows
Technology of showing mainly has spectacle, bore hole formula, body to show, wherein eyeglass stereoscopic Display Technique industrialization, but due to depositing
In many drawbacks, when such as watching 3D program, 3D glasses can bring obvious discomfort to face organ, particularly right
It is even more serious in myope, so bore hole formula stereo display technique has been instantly available great concern.Because bore hole formula is three-dimensional
Display Technique has broken away from the constraint of glasses, and viewing comfort level is high, is easily easily accepted by a user, both at home and abroad famous scientific research institution and enterprise
Industry is all in the technical research carrying out correlation and product development.
The ultimate principle of the bore hole stereoscopic display technology of main flow is to show the stereo-picture with parallax on liquid crystal display screen,
Then split device by the use of slit grating or lens pillar as parallax, the right and left eyes of beholder can receive with parallax
Stereo-picture, and in human brain synthesis, produce stereoperception.In this Display Technique, after the completion of Grating Design, given birth to by software
Become matching bore hole 3D rendering, in liquid crystal screen display, produce stereoeffect.
As depicted in figs. 1 and 2, be existing grating type three-dimensional display structural representation.Grating type three-dimensional display
Need (include common liquid crystal display LCD, plasma display PDP, Field Emission Display FED, have in flat-panel screens 1
Electroluminescent display OLED etc.) above install grating additional and form, grating can be divided into cylindrical grating 2 and slit grating 3, cylinder light
Grid 2 are also called cylindrical lens array grating or cylindrical lenses, and slit grating 3 is also called parallax obstacle array grating or slit plate washer.
Periodically interfere due to existing between grating and the pel array of flat-panel screens, produced by the pel array of flat-panel screens
Moire fringes can be formed it is clear that this moire fringes phenomenon is to 3 D stereo picture in the shown image after grating of image
Effect has a great impact, and can destroy the sight of image, have a strong impact on visual effect, causes the inadaptable sense of beholder.
In order to solve moire fringes phenomenon, Philips company proposes a kind of three-dimensional aobvious in No. 6064424 United States Patent (USP)
Showing device.As shown in figure 3, being the relation with parallel lenticular elements for the array of display element of the display floater of this 3 d display device
Schematic diagram.Array of display element 10 include with linescan method composition display unit 12, and be located at array of display element 10 it
On the array 15 that is made up of lens pillar 16., with respect to column direction (Y) slant setting of display unit, column is saturating for lens pillar 16
The direction L of mirror 16 and the angle of Y-direction are α, to reduce the generation of moire fringes.But this 3 d display device only changes
The arrangement mode of pel array, without changing the arrangement side of the shading line 18 (namely black matrix) between display unit
Formula, the shading line grating being formed by shading line still exists.
The pixel arrangements of liquid crystal display screen and the basis that order is Grating Design and signal generation.The technical side being currently known
Mostly case is to put in order based on conventional rgb pixel to carry out, and extracts from identical original 2D subgraph in the axonometric chart generating
The pixel going out is arranged with vertical direction.But although this arrangement mode is simple easily makes horizontal direction and vertical direction
Change resolution is unbalance, produces serious Morie fringe, thus affecting picture quality after above adding grating.
Content of the invention
In order to solve the problems, such as that existing stereo display has moire fringes, the invention provides a kind of 3 d display device and
The imaging method of its image.
The technical solution used in the present invention is:A kind of 3 d display device, including:Grating and display unit, described display
Unit includes the pixel of array setting, and described grating includes one group of optical module, and each optical module is related to one group of pixel
Connection, described optical module is used for described pixel export orientation to different angle directions, the axis of described optical module and picture
Between the column direction of plain place, angular range is arctan1/4-10 °~arctan1/4+10 °.
Present invention also offers a kind of imaging method of 3 d display device, including:
To be used for optical module in described pixel export orientation to different angle directions from what one group of pixel was associated
Angular range between axis and pixel place column direction is set to arctan1/4-10 °~arctan1/4+10 °;
Image in display unit is formed by the subimage synthesis of five width difference angles.
The beneficial effect of the technique scheme of the present invention is:The present invention passes through axis and the pixel column of optical module
Direction is angled the preset range of arctan1/4, can eliminate moire fringes, improves stereos copic viewing comfort level, by controlling
Multiple views row's drawing method makes BM and grating (Barrier and Lenticuler) shape at a certain angle, can eliminate moire fringes,
Improve stereos copic viewing comfort level.
Brief description
Fig. 1 is the structural representation of the grating type three-dimensional display of the first embodiment existing;
Fig. 2 is the structural representation of the grating type three-dimensional display of existing second embodiment;
Fig. 3 is a kind of schematic diagram with display unit for the grating of existing embodiment;
Fig. 4 is the partial structural diagram of the 3 d display device of the first embodiment of the present invention;
Fig. 5 is the partial structural diagram of the 3 d display device of second embodiment of the present invention;
Fig. 6 is the partial structural diagram of the 3 d display device of the third embodiment of the present invention;
Fig. 7 is the flow chart of the imaging method of display device of an embodiment of the present invention.
Specific embodiment
For making the technical problem to be solved in the present invention, technical scheme and advantage clearer, below in conjunction with accompanying drawing and tool
Body embodiment is described in detail.
As shown in figure 4, being the partial structural diagram of the 3 d display device of the first embodiment of the present invention, this solid shows
Showing device includes:Lens pillar 16 and display unit 12, lens pillar 16 forms array.Described display unit includes array setting
Pixel, each lens pillar 16 is associated with one group of pixel, for by described pixel export orientation to different angle directions
On, it is arctan1/4-10 °~arctan1/4+ that the axis of described lens pillar 16 and pixel place column direction are at an angle of scope
10°.
The present invention is angled the preset range of arctan1/4 by the axis of lens pillar and pixel place column direction,
Moire fringes can be eliminated, improve stereos copic viewing comfort level.
Referring again to Fig. 4, in this display unit, image is formed by the subimage synthesis of five width difference angles, this embodiment
Five width images be from left to right, different visual angles formed image.First viewing area of described display unit forms 15 row 20 and arranges
Pel array, this first viewing area can be in the upper left position on display screen.Wherein, the ground of the first viewing area
Location is corresponding with the address of each subimage, and in described first viewing area, the gray value of pixel is selected from each subimage and corresponds to
The gray value of the pixel of address, wherein, im*nRepresent the gray value of pixel at m row n row in the first viewing area, am*nRepresent first
The gray value of pixel, b at m row n row in subimagem*nRepresent the gray value of pixel at m row n row in the second subimage, cm*nRepresent
The gray value of pixel, d at m row n row in 3rd subimagem*nRepresent the gray value of pixel at m row n row in the 4th subimage, em*n
Represent the gray value of pixel at m row n row in the 5th subimage, specific as follows:
The gray value of the pixel that first row is chosen is as follows:i1*1=a1*1, i2*1=b2*1, i3*1=c3*1, i4*1=d4*1, i5*1
=e5*1, i6*1=a6*1, i7*1=b7*1, i8*1=c8*1, i9*1=d9*1, i10*1=e10*1, i11*1=a11*1, i12*1=b12*1, i13*1
=c13*1, i14*1=d14*1, i15*1=e15*1;
The gray value of the pixel that secondary series is chosen is as follows:i1*2=e1*2, i2*2=a2*2, i3*2=b3*2, i4*2=c4*2, i5*2
=d5*2, i6*2=e6*2, i7*2=a7*2, i8*2=b8*2, i9*2=c9*2, i10*2=d10*2, i11*2=e11*2, i12*2=a12*2, i13*2
=b13*2, i14*2=c14*2, i15*2=d15*2;
The gray value of the pixel that the 3rd column selection takes is as follows:i1*3=e1*3, i2*3=a2*3, i3*3=b3*3, i4*3=c4*3, i5*3
=d5*3, i6*3=e6*3, i7*3=a7*3, i8*3=b8*3, i9*3=c9*3, i10*3=d10*3, i11*3=e11*3, i12*3=a12*3, i13*3
=b13*3, i14*3=c14*3, i15*3=d15*3;
The gray value of the pixel that the 4th column selection takes is as follows:i1*4=d1*4, i2*4=e2*4, i3*4=a3*4, i4*4=b4*4, i5*4
=c5*4, i6*4=d6*4, i7*4=e7*4, i8*4=a8*4, i9*4=b9*4, i10*4=c10*4, i11*4=d11*4, i12*4=e12*4, i13*4
=a13*4, i14*4=b14*4, i15*4=c15*4;
The gray value of the pixel that the 5th column selection takes is as follows:i1*5=c1*5, i2*5=d2*5, i3*5=e3*5, i4*5=a4*5, i5*5
=b5*5, i6*5=c6*5, i7*5=d7*5, i8*5=e8*5, i9*5=a9*5, i10*5=b10*5, i11*5=c11*5, i12*5=d12*5, i13*5
=e13*5, i14*5=a14*5, i15*5=b15*5;
The gray value of the pixel that the 6th column selection takes is as follows:i1*6=b1*6, i2*6=c2*6, i3*6=d3*6, i4*6=e4*6, i5*6
=a5*6, i6*6=b6*6, i7*6=c7*6, i8*6=d8*6, i9*6=e9*6, i10*6=a10*6, i11*6=b11*6, i12*6=c12*6, i13*6
=d13*6, i14*6=e14*6, i15*6=a15*6;
The gray value of the pixel that the 7th column selection takes is as follows:i1*7=b1*7, i2*7=c2*7, i3*7=d3*7, i4*7=e4*7, i5*7
=a5*7, i6*7=b6*7, i7*7=c7*7, i8*7=d8*7, i9*7=e9*7, i10*7=a10*7, i11*7=b11*7, i12*7=c12*7, i13*7
=d13*7, i14*7=e14*7, i15*7=a15*7;
The gray value of the pixel that the 8th column selection takes is as follows:i1*8=a1*8, i2*8=b2*8, i3*8=c3*8, i4*8=d4*8, i5*8
=d5*8, i6*8=a6*8, i7*8=b7*8, i8*8=c8*8, i9*8=d9*8, i10*8=e10*8, i11*8=a11*8, i12*8=b12*8, i13*8
=c13*8, i14*8=d14*8, i15*8=e15*8;
The gray value of the pixel that the 9th column selection takes is as follows:i1*9=e1*9, i2*9=a2*9, i3*9=b3*9, i4*9=c4*9, i5*9
=d5*9, i6*9=e6*9, i7*9=a7*9, i8*9=b8*9, i9*9=c9*9, i10*9=d10*9, i11*9=e11*9, i12*9=a12*9, i13*9
=b13*9, i14*9=c14*9, i15*9=d15*9;
The gray value of the pixel that the tenth column selection takes is as follows:i1*10=d1*10, i2*10=e2*10, i3*10=a3*10, i4*10=
b4*10, i5*10=c5*10, i6*10=d6*10, i7*10=e7*10, i8*10=a8*10, i9*10=b9*10, i10*10=c10*10, i11*10=
d11*10, i12*10=e12*10, i13*10=a13*10, i14*10=b14*10, i15*10=c15*10;
The gray value of the pixel that the tenth string is chosen is as follows:i1*11=d1*11, i2*11=e2*11, i3*11=a3*11, i4*11=
b4*11, i5*11=c5*11, i6*11=d6*11, i7*11=e7*11, i8*11=a8*11, i9*11=b9*11, i10*11=c10*11, i11*11=
d11*11, i12*11=e12*11, i13*11=a13*11, i14*11=b14*11, i15*11=c15*11;
The gray value of the pixel that the 12nd column selection takes is as follows:i1*12=c1*12, i2*12=d2*12, i3*12=e3*12, i4*12=
a4*12, i5*12=b5*12, i6*12=c6*12, i7*12=d7*12, i8*12=e8*12, i9*12=a9*12, i10*12=b10*12, i11*12=
c11*12, i12*12=d12*12, i13*12=e13*12, i14*12=a14*12, i15*12=b15*12;
The gray value of the pixel that the 13rd column selection takes is as follows:i1*13=b1*13, i2*13=c2*13, i3*13=d3*13, i4*13=
e4*13, i5*13=a5*13, i6*13=b6*13, i7*13=c7*13, i8*13=d8*13, i9*13=e9*13, i10*13=a10*13, i11*13=
b11*13, i12*13=c12*13, i13*13=d13*13, i14*13=e14*13, i15*13=a15*13;
The gray value of the pixel that the 14th column selection takes is as follows:i1*14=a1*14, i2*14=b2*14, i3*14=c3*14, i4*14=
d4*14, i5*14=e5*14, i6*14=a6*14, i7*14=b7*14, i8*14=c8*14, i9*14=d9*14, i10*14=e10*14, i11*14=
a11*14, i12*14=b12*14, i13*14=c13*14, i14*14=d14*14, i15*14=e15*14;
The gray value of the pixel that the 15th column selection takes is as follows:i1*15=a1*15, i2*15=b2*15, i3*15=c3*15, i4*15=
d4*15, i5*15=e5*15, i6*15=a6*15, i7*15=b7*15, i8*15=c8*15, i9*15=d9*15, i10*15=e10*15, i11*15=
a11*15, i12*15=b12*15, i13*15=c13*15, i14*15=d14*15, i15*15=e15*15;
The gray value of the pixel that the 16th column selection takes is as follows:i1*16=e1*16, i2*16=a2*16, i3*16=b3*16, i4*16=
c4*16, i5*16=d5*16, i6*16=e6*16, i7*16=a7*16, i8*16=b8*16, i9*16=c9*16, i10*16=d10*16, i11*16=
e11*16, i12*16=a12*16, i13*16=b13*16, i14*16=c14*16, i15*16=d15*16;
The gray value of the pixel that the 17th column selection takes is as follows:i1*17=d1*17, i2*17=e2*17, i3*17=a3*17, i4*17=
b4*17, i5*17=c5*17, i6*17=d6*17, i7*17=e7*17, i8*17=a8*17, i9*17=b9*17, i10*17=c10*17, i11*17=
d11*17, i12*17=e12*17, i13*17=a13*17, i14*17=b14*17, i15*17=c15*17;
The gray value of the pixel that the 18th column selection takes is as follows:i1*18=c1*18, i2*18=d2*18, i3*18=e3*18, i4*18=
a4*18, i5*18=b5*18, i6*18=c6*18, i7*18=d7*18, i8*18=e8*18, i9*18=a9*18, i10*18=b10*18, i11*18=
c11*18, i12*18=d12*18, i13*18=e13*18, i14*18=a14*18, i15*18=b15*18;
The gray value of the pixel that the 19th column selection takes is as follows:i1*19=c1*19, i2*19=d2*19, i3*19=e3*19, i4*19=
a4*19, i5*19=b5*19, i6*19=c6*19, i7*19=d7*19, i8*19=e8*19, i9*19=a9*19, i10*19=b10*19, i11*19=
c11*19, i12*19=d12*19, i13*19=e13*19, i14*19=a14*19, i15*19=b15*19;
The gray value of the pixel that the 20th column selection takes is as follows:i1*20=b1*20, i2*20=c2*20, i3*20=d3*20, i4*20=
e4*20, i5*20=a5*20, i6*20=b6*20, i7*20=c7*20, i8*20=d8*20, i9*20=e9*20, i10*20=a10*20, i11*20=
b11*20, i12*20=c12*20, i13*20=d13*20, i14*20=e14*20, i15*20=a15*20.
When display unit is shown, the axis of the grating that lens pillar is formed is to be deviated to the left pixel institute to this embodiment
In column direction.The pel array that first viewing area is formed is the arrangement mode of pixel during display, may be located at viewing area
Any position, the such as upper left corner, the upper right corner.Preferably, the axis of lens pillar and pixel place column direction are angled
- 5 ° of arctan1/4 degree~+5 ° of arctan1/4 degree.It is more preferably arctan1/4 degree.
As shown in figure 5, the partial structural diagram of the 3 d display device for second embodiment of the present invention, described display
In unit, image is formed by the subimage synthesis of five width difference angles, and the second viewing area of described display unit forms 12 row 16
The pel array of row, wherein, the address of the second viewing area is corresponding with the address of each subimage, described second viewing area
The gray value of middle pixel is selected from the gray value of the pixel of corresponding address in each subimage, wherein, jm*nRepresent the second viewing area
The gray value of pixel, a at middle m row n rowm*nRepresent the gray value of pixel at m row n row in the first subimage, bm*nRepresent the second son
The gray value of pixel, c at m row n row in imagem*nRepresent the gray value of pixel at m row n row in the 3rd subimage, dm*nRepresent the
The gray value of pixel, e at m row n row in four subimagesm*nRepresent the gray value of pixel at m row n row in the 5th subimage, specifically such as
Under:
The gray value of the pixel that first row is chosen is as follows:j1*1=a1*1, j2*1=b2*1, j3*1=c3*1, j4*1=d4*1, j5*1
=e5*1, j6*1=a6*1, j7*1=b7*1, j8*1=c8*1, j9*1=d9*1, j10*1=e10*1, j11*1=a11*1, j12*1=b12*1;
The gray value of the pixel that secondary series is chosen is as follows:j1*2=a1*2, j2*2=b2*2, j3*2=c3*2, j4*2=d4*2, j5*2
=e5*2, j6*2=a6*2, j7*2=b7*2, j8*2=c8*2, j9*2=d9*2, j10*2=e10*2, j11*2=a11*2, j12*2=b12*2;
The gray value of the pixel that the 3rd column selection takes is as follows:j1*3=d1*3, j2*3=e2*3, j3*3=a3*3, j4*3=b4*3, j5*3
=c5*3, j6*3=d6*3, j7*3=e7*3, j8*3=a8*3, j9*3=b9*3, j10*3=c10*3, j11*3=d11*3, j12*3=e12*3;
The gray value of the pixel that the 4th column selection takes is as follows:j1*4=c1*4, j2*4=d2*4, j3*4=e3*4, j4*4=a4*4, j5*4
=b5*4, j6*4=c6*4, j7*4=d7*4, j8*4=e8*4, j9*4=a9*4, j10*4=b10*4, j11*4=c11*4, j12*4=d12*4;
The gray value of the pixel that the 5th column selection takes is as follows:j1*5=c1*5, j2*5=d2*5, j3*5=e3*5, j4*5=a4*5, j5*5
=b5*5, j6*5=c6*5, j7*5=d7*5, j8*5=e8*5, j9*5=a9*5, j10*5=b10*5, j11*5=c11*5, j12*5=d12*5;
The gray value of the pixel that the 6th column selection takes is as follows:j1*6=c1*6, j2*6=d2*6, j3*6=e3*6, j4*6=a4*6, j5*6
=b5*6, j6*6=c6*6, j7*6=d7*6, j8*6=e8*6, j9*6=a9*6, j10*6=b10*6, j11*6=c11*6, j12*6=d12*6;
The gray value of the pixel that the 7th column selection takes is as follows:j1*7=a1*7, j2*7=b2*7, j3*7=c3*7, j4*7=d4*7, j5*7
=e5*7, j6*7=a6*7, j7*7=b7*7, j8*7=c8*7, j9*7=d9*7, j10*7=e10*7, j11*7=a11*7, j12*7=b12*7;
The gray value of the pixel that the 8th column selection takes is as follows:j1*8=e1*8, j2*8=a2*8, j3*8=b3*8, j4*8=c4*8, j5*8
=d5*8, j6*8=e6*8, j7*8=a7*8, j8*8=b8*8, j9*8=c9*8, j10*8=d10*8, j11*8=e11*8, j12*8=a12*8;
The gray value of the pixel that the 9th column selection takes is as follows:j1*9=e1*9, j2*9=a2*9, j3*9=b3*9, j4*9=c4*9, j5*9
=d5*9, j6*9=e6*9, j7*9=a7*9, j8*9=b8*9, j9*9=c9*9, j10*9=d10*9, j11*9=e11*9, j12*9=a12*9;
The gray value of the pixel that the tenth column selection takes is as follows:j1*10=e1*10, j2*10=a2*10, j3*10=b3*10, j4*10=
c4*10, j5*10=d5*10, j6*10=e6*10, j7*10=a7*10, j8*10=b8*10, j9*10=c9*10, j10*10=d10*10, j11*10=
e11*10, j12*10=a12*10;
The gray value of the pixel that the tenth string is chosen is as follows:j1*11=c1*11, j2*11=d2*11, j3*11=e3*11, j4*11=
a4*11, j5*11=b5*11, j6*11=c6*11, j7*11=d7*11, j8*11=e8*11, j9*11=a9*11, j10*11=b10*11, j11*11=
c11*11, j12*11=d12*11;
The gray value of the pixel that the 12nd column selection takes is as follows:j1*12=b1*12, j2*12=c2*12, j3*12=d3*12, j4*12=
e4*12, j5*12=a5*12, j6*12=b6*12, j7*12=c7*12, j8*12=d8*12, j9*12=e9*12, j10*12=a10*12, j11*12=
b11*12, j12*12=c12*12;
The gray value of the pixel that the 13rd column selection takes is as follows:j1*13=b1*13, j2*13=c2*13, j3*13=d3*13, j4*13=
e4*13, j5*13=a5*13, j6*13=b6*13, j7*13=c7*13, j8*13=d8*13, j9*13=e9*13, j10*13=a10*13, j11*13=
b11*13, j12*13=c12*13;
The gray value of the pixel that the 14th column selection takes is as follows:j1*14=b1*14, j2*14=c2*14, j3*14=d3*14, j4*14=
e4*14, j5*14=a5*14, j6*14=b6*14, j7*14=c7*14, j8*14=d8*14, j9*14=e9*14, j10*14=a10*14, j11*14=
b11*14, j12*14=c12*14;
The gray value of the pixel that the 15th column selection takes is as follows:j1*15=e1*15, j2*15=a2*15, j3*15=b3*15, j4*15=
c4*15, j5*15=d5*15, j6*15=e6*15, j7*15=a7*15, j8*15=b8*15, j9*15=c9*15, j10*15=d10*15, j11*15=
e11*15, j12*15=a12*15;
The gray value of the pixel that the 16th column selection takes is as follows:j1*16=d1*16, j2*16=e2*16, j3*16=a3*16, j4*16=
b4*16, j5*16=c5*16, j6*16=d6*16, j7*16=e7*16, j8*16=a8*16, j9*16=b9*16, j10*16=c10*16, j11*16=
d11*16, j12*16=e12*16.
When display unit is shown, grating is formed this embodiment by slit array, the axis of this slit be to
Left avertence is from pixel place column direction it is preferable that the axis of slit grating and pixel place column direction are angled arctan1/4
Degree.
The picture that can see in the 3rd most width images knowable to Fig. 4 with Fig. 5 compares, in the first embodiment
Element, illustrates that row's figure mode of the display unit of the first embodiment not only eliminates moire fringes and reduces crosstalk, is to optimize row
Figure.
As shown in fig. 6, the partial structural diagram of the 3 d display device for the third embodiment of the present invention, this embodiment
Display unit in image by five width difference angles subimage synthesis form, the 3rd viewing area of described display unit is formed
The pel array of 15 row 20 row, wherein, the address of the 3rd viewing area is corresponding with the address of each subimage, and the described 3rd shows
Show that the gray value of pixel in region is selected from the gray value of the pixel of corresponding address in each subimage, wherein, km*nRepresent that second shows
Show the gray value of pixel at m row n row in region, am*nRepresent the gray value of pixel at m row n row in the first subimage, bm*nRepresent
The gray value of pixel, c at m row n row in second subimagem*nRepresent the gray value of pixel at m row n row in the 3rd subimage, dm*n
Represent the gray value of pixel at m row n row in the 4th subimage, em*nRepresent the gray value of pixel at m row n row in the 5th subimage,
Specific as follows:
The gray value of the pixel that first row is chosen is as follows:k1*1=e1*1, k2*1=d2*1, k3*1=c3*1, k4*1=b4*1, k5*1
=a5*1, k6*1=e6*1, k7*1=d7*1, k8*1=c8*1, k9*1=b9*1, k10*1=a10*1, k11*1=e11*1, k12*1=d12*1, k13*1
=c13*1, k14*1=b14*1, k15*1=a15*1;
The gray value of the pixel that secondary series is chosen is as follows:k1*2=d1*2, k2*2=c2*2, k3*2=b3*2, k4*2=a4*2, k5*2
=e5*2, k6*2=d6*2, k7*2=c7*2, k8*2=b8*2, k9*2=a9*2, k10*2=e10*2, k11*2=d11*2, k12*2=c12*2, k13*2
=b13*2, k14*2=a14*2, k15*2=e15*2;
The gray value of the pixel that the 3rd column selection takes is as follows:k1*3=d1*3, k2*3=c2*3, k3*3=b3*3, k4*3=a4*3, k5*3
=e5*3, k6*3=d6*3, k7*3=c7*3, k8*3=b8*3, k9*3=a9*3, k10*3=e10*3, k11*3=d11*3, k12*3=c12*3, k13*3
=b13*3, k14*3=a14*3, k15*3=e15*3;
The gray value of the pixel that the 4th column selection takes is as follows:k1*4=c1*4, k2*4=b2*4, k3*4=a3*4, k4*4=e4*4, k5*4
=d5*4, k6*4=c6*4, k7*4=b7*4, k8*4=a8*4, k9*4=e9*4, k10*4=d10*4, k11*4=c11*4, k12*4=b12*4, k13*4
=a13*4, k14*4=e14*4, k15*4=d15*4;
The gray value of the pixel that the 5th column selection takes is as follows:k1*5=b1*5, k2*5=a2*5, k3*5=e3*5, k4*5=d4*5, k5*5
=c5*5, k6*5=b6*5, k7*5=a7*5, k8*5=e8*5, k9*5=d9*5, k10*5=c10*5, k11*5=b11*5, k12*5=a12*5, k13*5
=e13*5, k14*5=d14*5, k15*5=c15*5;
The gray value of the pixel that the 6th column selection takes is as follows:k1*6=a1*6, k2*6=e2*6, k3*6=d3*6, k4*6=c4*6, k5*6
=b5*6, k6*6=a6*6, k7*6=e7*6, k8*6=d8*6, k9*6=c9*6, k10*6=b10*6, k11*6=a11*6, k12*6=e12*6, k13*6
=d13*6, k14*6=c14*6, k15*6=b15*6;
The gray value of the pixel that the 7th column selection takes is as follows:k1*7=a1*7, k2*7=e2*7, k3*7=d3*7, k4*7=c4*7, k5*7
=b5*7, k6*7=a6*7, k7*7=e7*7, k8*7=d8*7, k9*7=c9*7, k10*7=b10*7, k11*7=a11*7, k12*7=e12*7, k13*7
=d13*7, k14*7=c14*7, k15*7=b15*7;
The gray value of the pixel that the 8th column selection takes is as follows:k1*8=e1*8, k2*8=d2*8, k3*8=c3*8, k4*8=b4*8, k5*8
=a5*8, k6*8=e6*8, k7*8=d7*8, k8*8=c8*8, k9*8=b9*8, k10*8=a10*8, k11*8=e11*8, k12*8=d12*8, k13*8
=c13*8, k14*8=b14*8, k15*8=a15*8;
The gray value of the pixel that the 9th column selection takes is as follows:k1*9=d1*9, k2*9=c2*9, k3*9=b3*9, k4*9=a4*9, k5*9
=e5*9, k6*9=d6*9, k7*9=c7*9, k8*9=b8*9, k9*9=a9*9, k10*9=e10*9, k11*9=d11*9, k12*9=c12*9, k13*9
=b13*9, k14*9=a14*9, k15*9=e15*9;
The gray value of the pixel that the tenth column selection takes is as follows:k1*10=c1*10, k2*10=b2*10, k3*10=a3*10, k4*10=
e4*10, k5*10=d5*10, k6*10=c6*10, k7*10=b7*10, k8*10=a8*10, k9*10=e9*10, k10*10=d10*10, k11*10=
c11*10, k12*10=b12*10, k13*10=a13*10, k14*10=e14*10, k15*10=d15*10;
The gray value of the pixel that the tenth string is chosen is as follows:k1*11=c1*11, k2*11=b2*11, k3*11=a3*11, k4*11=
e4*11, k5*11=d5*11, k6*11=c6*11, k7*11=b7*11, k8*11=a8*11, k9*11=e9*11, k10*11=d10*11, k11*11=
c11*11, k12*11=b12*11, k13*11=a13*11, k14*11=e14*11, k15*11=d15*11;
The gray value of the pixel that the 12nd column selection takes is as follows:k1*12=b1*12, k2*12=a2*12, k3*12=e3*12, k4*12=
d4*12, k5*12=c5*12, k6*12=b6*12, k7*12=a7*12, k8*12=e8*12, k9*12=d9*12, k10*12=c10*12, k11*12=
b11*12, k12*12=a12*12, k13*12=e13*12, k14*12=d14*12, k15*12=c15*12;
The gray value of the pixel that the 13rd column selection takes is as follows:k1*13=a1*13, k2*13=e2*13, k3*13=d3*13, k4*13=
c4*13, k5*13=b5*13, k6*13=a6*13, k7*13=e7*13, k8*13=d8*13, k9*13=c9*13, k10*13=b10*13, k11*13=
a11*13, k12*13=e12*13, k13*13=d13*13, k14*13=c14*13, k15*13=b15*13;
The gray value of the pixel that the 14th column selection takes is as follows:k1*14=e1*14, k2*14=d2*14, k3*14=c3*14, k4*14=
b4*14, k5*14=a5*14, k6*14=e6*14, k7*14=d7*14, k8*14=c8*14, k9*14=b9*14, k10*14=a10*14, k11*14=
e11*14, k12*14=d12*14, k13*14=c13*14, k14*14=b14*14, k15*14=a15*14;
The gray value of the pixel that the 15th column selection takes is as follows:k1*15=e1*15, k2*15=d2*15, k3*15=c3*15, k4*15=
b4*15, k5*15=a5*15, k6*15=e6*15, k7*15=d7*15, k8*15=c8*15, k9*15=b9*15, k10*15=a10*15, k11*15=
e11*15, k12*15=d12*15, k13*15=c13*15, k14*15=b14*15, k15*15=a15*15;
The gray value of the pixel that the 16th column selection takes is as follows:k1*16=d1*16, k2*16=c2*16, k3*16=b3*16, k4*16=
a4*16, k5*16=e5*16, k6*16=d6*16, k7*16=c7*16, k8*16=b8*16, k9*16=a9*16, k10*16=e10*16, k11*16=
d11*16, k12*16=c12*16, k13*16=b13*16, k14*16=a14*16, k15*16=e15*16;
The gray value of the pixel that the 17th column selection takes is as follows:k1*17=c1*17, k2*17=b2*17, k3*17=a3*17, k4*17=
e4*17, k5*17=d5*17, k6*17=c6*17, k7*17=b7*17, k8*17=a8*17, k9*17=e9*17, k10*17=d10*17, k11*17=
c11*17, k12*17=b12*17, k13*17=a13*17, k14*17=e14*17, k15*17=d15*17;
The gray value of the pixel that the 18th column selection takes is as follows:k1*18=b1*18, k2*18=a2*18, k3*18=e3*18, k4*18=
d4*18, k5*18=c5*18, k6*18=b6*18, k7*18=a7*18, k8*18=e8*18, k9*18=d9*18, k10*18=c10*18, k11*18=
b11*18, k12*18=a12*18, k13*18=e13*18, k14*18=d14*18, k15*18=c15*18;
The gray value of the pixel that the 19th column selection takes is as follows:k1*19=b1*19, k2*19=a2*19, k3*19=e3*19, k4*19=
d4*19, k5*19=c5*19, k6*19=b6*19, k7*19=a7*19, k8*19=e8*19, k9*19=d9*19, k10*19=c10*19, k11*19=
b11*19, k12*19=a12*19, k13*19=e13*19, k14*19=d14*19, k15*19=c15*19;
The gray value of the pixel that the 20th column selection takes is as follows:k1*20=a1*20, k2*20=e2*20, k3*20=c3*20, k4*20=
b4*20, k5*20=a5*20, k6*20=a6*20, k7*20=e7*20, k8*20=c8*20, k9*20=b9*20, k10*20=a10*20, k11*20=
a11*20, k12*20=e12*20, k13*20=c13*20, k14*20=b14*20, k15*20=a15*20.
When display unit is shown, the axis of described optical module is to be deviated to the right pixel column side to this embodiment
To.The pel array that 3rd viewing area is formed is the arrangement mode of pixel during display, may be located at any position of viewing area
Put, for example the upper left corner, the upper right corner.Preferably, the axis of grating and pixel place column direction are angled arctan1/4 degree.
A kind of present invention also offers imaging method of 3 d display device, as shown in fig. 7, comprises following steps:
Step 101:To be used for described pixel export orientation to different angle direction glazings from what one group of pixel was associated
The angular range learned between the axis of assembly and pixel place column direction is set to arctan1/4-10 °~arctan1/4+10 °;
Step 102:Image in display unit is formed by the subimage synthesis of five width difference angles.
Specifically include and the first viewing area of described display unit is formed the pel array that 15 row 20 arrange, wherein, first
The address of viewing area is corresponding with the address of each subimage, and in described first viewing area, the gray value of pixel is selected from each
The gray value of the pixel of corresponding address in subimage.The concrete arrangement mode of the pixel of display unit refers to described above.Certainly,
Also display unit also includes the second viewing area and the 3rd viewing area, and the gray value of each viewing area is selected from each subimage
The gray value of the pixel of middle corresponding address, referring particularly to the description of methodology above part.
Above-mentioned specific embodiment is only schematically, rather than restricted, and those skilled in the art is at this
Under the enlightenment of method, in the case of without departing from this method objective and scope of the claimed protection, a lot of changes can also be made
Shape, these belong within protection scope of the present invention.
Claims (6)
1. a kind of 3 d display device is it is characterised in that include:Grating and display unit, described display unit includes array and sets
The pixel put, described grating includes one group of optical module, and each optical module is associated with one group of pixel, described optical module
For by described pixel export orientation to different angle directions, between the axis of described optical module and pixel place column direction
Angular range is arctan1/4-10 °~arctan1/4+10 °;
In described display unit, image is formed by the subimage synthesis of five width difference angles, the first viewing area of described display unit
Domain forms the pel array of 15 row 20 row, and wherein, the address of the first viewing area is corresponding with the address of each subimage, described
In first viewing area, the gray value of pixel is selected from the gray value of the pixel of corresponding address in each subimage, wherein, im*nRepresent
The gray value of pixel, a at m row n row in first viewing aream*nRepresent the gray value of pixel at m row n row in the first subimage,
bm*nRepresent the gray value of pixel at m row n row in the second subimage, cm*nRepresent the gray scale of pixel at m row n row in the 3rd subimage
Value, dm*nRepresent the gray value of pixel at m row n row in the 4th subimage, em*nRepresent pixel at m row n row in the 5th subimage
Gray value, specific as follows:
The gray value of the pixel that first row is chosen is as follows:i1*1=a1*1, i2*1=b2*1, i3*1=c3*1, i4*1=d4*1, i5*1=
e5*1, i6*1=a6*1, i7*1=b7*1, i8*1=c8*1, i9*1=d9*1, i10*1=e10*1, i11*1=a11*1, i12*1=b12*1, i13*1=
c13*1, i14*1=d14*1, i15*1=e15*1;
The gray value of the pixel that secondary series is chosen is as follows:i1*2=e1*2, i2*2=a2*2, i3*2=b3*2, i4*2=c4*2, i5*2=
d5*2, i6*2=e6*2, i7*2=a7*2, i8*2=b8*2, i9*2=c9*2, i10*2=d10*2, i11*2=e11*2, i12*2=a12*2, i13*2=
b13*2, i14*2=c14*2, i15*2=d15*2;
The gray value of the pixel that the 3rd column selection takes is as follows:i1*3=e1*3, i2*3=a2*3, i3*3=b3*3, i4*3=c4*3, i5*3=
d5*3, i6*3=e6*3, i7*3=a7*3, i8*3=b8*3, i9*3=c9*3, i10*3=d10*3, i11*3=e11*3, i12*3=a12*3, i13*3=
b13*3, i14*3=c14*3, i15*3=d15*3;
The gray value of the pixel that the 4th column selection takes is as follows:i1*4=d1*4, i2*4=e2*4, i3*4=a3*4, i4*4=b4*4, i5*4=
c5*4, i6*4=d6*4, i7*4=e7*4, i8*4=a8*4, i9*4=b9*4, i10*4=c10*4, i11*4=d11*4, i12*4=e12*4, i13*4=
a13*4, i14*4=b14*4, i15*4=c15*4;
The gray value of the pixel that the 5th column selection takes is as follows:i1*5=c1*5, i2*5=d2*5, i3*5=e3*5, i4*5=a4*5, i5*5=
b5*5, i6*5=c6*5, i7*5=d7*5, i8*5=e8*5, i9*5=a9*5, i10*5=b10*5, i11*5=c11*5, i12*5=d12*5, i13*5=
e13*5, i14*5=a14*5, i15*5=b15*5;
The gray value of the pixel that the 6th column selection takes is as follows:i1*6=b1*6, i2*6=c2*6, i3*6=d3*6, i4*6=e4*6, i5*6=
a5*6, i6*6=b6*6, i7*6=c7*6, i8*6=d8*6, i9*6=e9*6, i10*6=a10*6, i11*6=b11*6, i12*6=c12*6, i13*6=
d13*6, i14*6=e14*6, i15*6=a15*6;
The gray value of the pixel that the 7th column selection takes is as follows:i1*7=b1*7, i2*7=c2*7, i3*7=d3*7, i4*7=e4*7, i5*7=
a5*7, i6*7=b6*7, i7*7=c7*7, i8*7=d8*7, i9*7=e9*7, i10*7=a10*7, i11*7=b11*7, i12*7=c12*7, i13*7=
d13*7, i14*7=e14*7, i15*7=a15*7;
The gray value of the pixel that the 8th column selection takes is as follows:i1*8=a1*8, i2*8=b2*8, i3*8=c3*8, i4*8=d4*8, i5*8=
d5*8, i6*8=a6*8, i7*8=b7*8, i8*8=c8*8, i9*8=d9*8, i10*8=e10*8, i11*8=a11*8, i12*8=b12*8, i13*8=
c13*8, i14*8=d14*8, i15*8=e15*8;
The gray value of the pixel that the 9th column selection takes is as follows:i1*9=e1*9, i2*9=a2*9, i3*9=b3*9, i4*9=c4*9, i5*9=
d5*9, i6*9=e6*9, i7*9=a7*9, i8*9=b8*9, i9*9=c9*9, i10*9=d10*9, i11*9=e11*9, i12*9=a12*9, i13*9=
b13*9, i14*9=c14*9, i15*9=d15*9;
The gray value of the pixel that the tenth column selection takes is as follows:i1*10=d1*10, i2*10=e2*10, i3*10=a3*10, i4*10=b4*10,
i5*10=c5*10, i6*10=d6*10, i7*10=e7*10, i8*10=a8*10, i9*10=b9*10, i10*10=c10*10, i11*10=d11*10,
i12*10=e12*10, i13*10=a13*10, i14*10=b14*10, i15*10=c15*10;
The gray value of the pixel that the tenth string is chosen is as follows:i1*11=d1*11, i2*11=e2*11, i3*11=a3*11, i4*11=b4*11,
i5*11=c5*11, i6*11=d6*11, i7*11=e7*11, i8*11=a8*11, i9*11=b9*11, i10*11=c10*11, i11*11=d11*11,
i12*11=e12*11, i13*11=a13*11, i14*11=b14*11, i15*11=c15*11;
The gray value of the pixel that the 12nd column selection takes is as follows:i1*12=c1*12, i2*12=d2*12, i3*12=e3*12, i4*12=a4*12,
i5*12=b5*12, i6*12=c6*12, i7*12=d7*12, i8*12=e8*12, i9*12=a9*12, i10*12=b10*12, i11*12=c11*12,
i12*12=d12*12, i13*12=e13*12, i14*12=a14*12, i15*12=b15*12;
The gray value of the pixel that the 13rd column selection takes is as follows:i1*13=b1*13, i2*13=c2*13, i3*13=d3*13, i4*13=e4*13,
i5*13=a5*13, i6*13=b6*13, i7*13=c7*13, i8*13=d8*13, i9*13=e9*13, i10*13=a10*13, i11*13=b11*13,
i12*13=c12*13, i13*13=d13*13, i14*13=e14*13, i15*13=a15*13;
The gray value of the pixel that the 14th column selection takes is as follows:i1*14=a1*14, i2*14=b2*14, i3*14=c3*14, i4*14=d4*14,
i5*14=e5*14, i6*14=a6*14, i7*14=b7*14, i8*14=c8*14, i9*14=d9*14, i10*14=e10*14, i11*14=a11*14,
i12*14=b12*14, i13*14=c13*14, i14*14=d14*14, i15*14=e15*14;
The gray value of the pixel that the 15th column selection takes is as follows:i1*15=a1*15, i2*15=b2*15, i3*15=c3*15, i4*15=d4*15,
i5*15=e5*15, i6*15=a6*15, i7*15=b7*15, i8*15=c8*15, i9*15=d9*15, i10*15=e10*15, i11*15=a11*15,
i12*15=b12*15, i13*15=c13*15, i14*15=d14*15, i15*15=e15*15;
The gray value of the pixel that the 16th column selection takes is as follows:i1*16=e1*16, i2*16=a2*16, i3*16=b3*16, i4*16=c4*16,
i5*16=d5*16, i6*16=e6*16, i7*16=a7*16, i8*16=b8*16, i9*16=c9*16, i10*16=d10*16, i11*16=e11*16,
i12*16=a12*16, i13*16=b13*16, i14*16=c14*16, i15*16=d15*16;
The gray value of the pixel that the 17th column selection takes is as follows:i1*17=d1*17, i2*17=e2*17, i3*17=a3*17, i4*17=b4*17,
i5*17=c5*17, i6*17=d6*17, i7*17=e7*17, i8*17=a8*17, i9*17=b9*17, i10*17=c10*17, i11*17=d11*17,
i12*17=e12*17, i13*17=a13*17, i14*17=b14*17, i15*17=c15*17;
The gray value of the pixel that the 18th column selection takes is as follows:i1*18=c1*18, i2*18=d2*18, i3*18=e3*18, i4*18=a4*18,
i5*18=b5*18, i6*18=c6*18, i7*18=d7*18, i8*18=e8*18, i9*18=a9*18, i10*18=b10*18, i11*18=c11*18,
i12*18=d12*18, i13*18=e13*18, i14*18=a14*18, i15*18=b15*18;
The gray value of the pixel that the 19th column selection takes is as follows:i1*19=c1*19, i2*19=d2*19, i3*19=e3*19, i4*19=a4*19,
i5*19=b5*19, i6*19=c6*19, i7*19=d7*19, i8*19=e8*19, i9*19=a9*19, i10*19=b10*19, i11*19=c11*19,
i12*19=d12*19, i13*19=e13*19, i14*19=a14*19, i15*19=b15*19;
The gray value of the pixel that the 20th column selection takes is as follows:i1*20=b1*20, i2*20=c2*20, i3*20=d3*20, i4*20=e4*20,
i5*20=a5*20, i6*20=b6*20, i7*20=c7*20, i8*20=d8*20, i9*20=e9*20, i10*20=a10*20, i11*20=b11*20,
i12*20=c12*20, i13*20=d13*20, i14*20=e14*20, i15*20=a15*20.
2. 3 d display device according to claim 1 is it is characterised in that image is by five width differences in described display unit
The subimage synthesis of angle forms, and the second viewing area of described display unit forms the pel array of 12 row 16 row, wherein, the
The address of two viewing areas is corresponding with the address of each subimage, and in described second viewing area, the gray value of pixel is selected from respectively
The gray value of the pixel of corresponding address in individual subimage, wherein, jm*nRepresent the gray scale of pixel at m row n row in the second viewing area
Value, am*nRepresent the gray value of pixel at m row n row in the first subimage, bm*nRepresent pixel at m row n row in the second subimage
Gray value, cm*nRepresent the gray value of pixel at m row n row in the 3rd subimage, dm*nRepresent picture at m row n row in the 4th subimage
The gray value of element, em*nRepresent the gray value of pixel at m row n row in the 5th subimage, specific as follows:
The gray value of the pixel that first row is chosen is as follows:j1*1=a1*1, j2*1=b2*1, j3*1=c3*1, j4*1=d4*1, j5*1=
e5*1, j6*1=a6*1, j7*1=b7*1, j8*1=c8*1, j9*1=d9*1, j10*1=e10*1, j11*1=a11*1, j12*1=b12*1;
The gray value of the pixel that secondary series is chosen is as follows:j1*2=a1*2, j2*2=b2*2, j3*2=c3*2, j4*2=d4*2, j5*2=
e5*2, j6*2=a6*2, j7*2=b7*2, j8*2=c8*2, j9*2=d9*2, j10*2=e10*2, j11*2=a11*2, j12*2=b12*2;
The gray value of the pixel that the 3rd column selection takes is as follows:j1*3=d1*3, j2*3=e2*3, j3*3=a3*3, j4*3=b4*3, j5*3=
c5*3, j6*3=d6*3, j7*3=e7*3, j8*3=a8*3, j9*3=b9*3, j10*3=c10*3, j11*3=d11*3, j12*3=e12*3;
The gray value of the pixel that the 4th column selection takes is as follows:j1*4=c1*4, j2*4=d2*4, j3*4=e3*4, j4*4=a4*4, j5*4=
b5*4, j6*4=c6*4, j7*4=d7*4, j8*4=e8*4, j9*4=a9*4, j10*4=b10*4, j11*4=c11*4, j12*4=d12*4;
The gray value of the pixel that the 5th column selection takes is as follows:j1*5=c1*5, j2*5=d2*5, j3*5=e3*5, j4*5=a4*5, j5*5=
b5*5, j6*5=c6*5, j7*5=d7*5, j8*5=e8*5, j9*5=a9*5, j10*5=b10*5, j11*5=c11*5, j12*5=d12*5;
The gray value of the pixel that the 6th column selection takes is as follows:j1*6=c1*6, j2*6=d2*6, j3*6=e3*6, j4*6=a4*6, j5*6=
b5*6, j6*6=c6*6, j7*6=d7*6, j8*6=e8*6, j9*6=a9*6, j10*6=b10*6, j11*6=c11*6, j12*6=d12*6;
The gray value of the pixel that the 7th column selection takes is as follows:j1*7=a1*7, j2*7=b2*7, j3*7=c3*7, j4*7=d4*7, j5*7=
e5*7, j6*7=a6*7, j7*7=b7*7, j8*7=c8*7, j9*7=d9*7, j10*7=e10*7, j11*7=a11*7, j12*7=b12*7;
The gray value of the pixel that the 8th column selection takes is as follows:j1*8=e1*8, j2*8=a2*8, j3*8=b3*8, j4*8=c4*8, j5*8=
d5*8, j6*8=e6*8, j7*8=a7*8, j8*8=b8*8, j9*8=c9*8, j10*8=d10*8, j11*8=e11*8, j12*8=a12*8;
The gray value of the pixel that the 9th column selection takes is as follows:j1*9=e1*9, j2*9=a2*9, j3*9=b3*9, j4*9=c4*9, j5*9=
d5*9, j6*9=e6*9, j7*9=a7*9, j8*9=b8*9, j9*9=c9*9, j10*9=d10*9, j11*9=e11*9, j12*9=a12*9;
The gray value of the pixel that the tenth column selection takes is as follows:j1*10=e1*10, j2*10=a2*10, j3*10=b3*10, j4*10=c4*10,
j5*10=d5*10, j6*10=e6*10, j7*10=a7*10, j8*10=b8*10, j9*10=c9*10, j10*10=d10*10, j11*10=e11*10,
j12*10=a12*10;
The gray value of the pixel that the tenth string is chosen is as follows:j1*11=c1*11, j2*11=d2*11, j3*11=e3*11, j4*11=a4*11,
j5*11=b5*11, j6*11=c6*11, j7*11=d7*11, j8*11=e8*11, j9*11=a9*11, j10*11=b10*11, j11*11=c11*11,
j12*11=d12*11;
The gray value of the pixel that the 12nd column selection takes is as follows:j1*12=b1*12, j2*12=c2*12, j3*12=d3*12, j4*12=e4*12,
j5*12=a5*12, j6*12=b6*12, j7*12=c7*12, j8*12=d8*12, j9*12=e9*12, j10*12=a10*12, j11*12=b11*12,
j12*12=c12*12;
The gray value of the pixel that the 13rd column selection takes is as follows:j1*13=b1*13, j2*13=c2*13, j3*13=d3*13, j4*13=e4*13,
j5*13=a5*13, j6*13=b6*13, j7*13=c7*13, j8*13=d8*13, j9*13=e9*13, j10*13=a10*13, j11*13=b11*13,
j12*13=c12*13;
The gray value of the pixel that the 14th column selection takes is as follows:j1*14=b1*14, j2*14=c2*14, j3*14=d3*14, j4*14=e4*14,
j5*14=a5*14, j6*14=b6*14, j7*14=c7*14, j8*14=d8*14, j9*14=e9*14, j10*14=a10*14, j11*14=b11*14,
j12*14=c12*14;
The gray value of the pixel that the 15th column selection takes is as follows:j1*15=e1*15, j2*15=a2*15, j3*15=b3*15, j4*15=c4*15,
j5*15=d5*15, j6*15=e6*15, j7*15=a7*15, j8*15=b8*15, j9*15=c9*15, j10*15=d10*15, j11*15=e11*15,
j12*15=a12*15;
The gray value of the pixel that the 16th column selection takes is as follows:j1*16=d1*16, j2*16=e2*16, j3*16=a3*16, j4*16=b4*16,
j5*16=c5*16, j6*16=d6*16, j7*16=e7*16, j8*16=a8*16, j9*16=b9*16, j10*16=c10*16, j11*16=d11*16,
j12*16=e12*16.
3. 3 d display device according to claim 1 is it is characterised in that image is by five width differences in described display unit
The subimage synthesis of angle forms, and the 3rd viewing area of described display unit forms the pel array of 15 row 20 row, wherein, the
The address of three viewing areas is corresponding with the address of each subimage, and in described 3rd viewing area, the gray value of pixel is selected from respectively
The gray value of the pixel of corresponding address in individual subimage, wherein, km*nRepresent the gray scale of pixel at m row n row in the 3rd viewing area
Value, am*nRepresent the gray value of pixel at m row n row in the first subimage, bm*nRepresent pixel at m row n row in the second subimage
Gray value, cm*nRepresent the gray value of pixel at m row n row in the 3rd subimage, dm*nRepresent picture at m row n row in the 4th subimage
The gray value of element, em*nRepresent the gray value of pixel at m row n row in the 5th subimage, specific as follows:
The gray value of the pixel that first row is chosen is as follows:k1*1=e1*1, k2*1=d2*1, k3*1=c3*1, k4*1=b4*1, k5*1=
a5*1, k6*1=e6*1, k7*1=d7*1, k8*1=c8*1, k9*1=b9*1, k10*1=a10*1, k11*1=e11*1, k12*1=d12*1, k13*1=
c13*1, k14*1=b14*1, k15*1=a15*1;
The gray value of the pixel that secondary series is chosen is as follows:k1*2=d1*2, k2*2=c2*2, k3*2=b3*2, k4*2=a4*2, k5*2=
e5*2, k6*2=d6*2, k7*2=c7*2, k8*2=b8*2, k9*2=a9*2, k10*2=e10*2, k11*2=d11*2, k12*2=c12*2, k13*2=
b13*2, k14*2=a14*2, k15*2=e15*2;
The gray value of the pixel that the 3rd column selection takes is as follows:k1*3=d1*3, k2*3=c2*3, k3*3=b3*3, k4*3=a4*3, k5*3=
e5*3, k6*3=d6*3, k7*3=c7*3, k8*3=b8*3, k9*3=a9*3, k10*3=e10*3, k11*3=d11*3, k12*3=c12*3, k13*3=
b13*3, k14*3=a14*3, k15*3=e15*3;
The gray value of the pixel that the 4th column selection takes is as follows:k1*4=c1*4, k2*4=b2*4, k3*4=a3*4, k4*4=e4*4, k5*4=
d5*4, k6*4=c6*4, k7*4=b7*4, k8*4=a8*4, k9*4=e9*4, k10*4=d10*4, k11*4=c11*4, k12*4=b12*4, k13*4=
a13*4, k14*4=e14*4, k15*4=d15*4;
The gray value of the pixel that the 5th column selection takes is as follows:k1*5=b1*5, k2*5=a2*5, k3*5=e3*5, k4*5=d4*5, k5*5=
c5*5, k6*5=b6*5, k7*5=a7*5, k8*5=e8*5, k9*5=d9*5, k10*5=c10*5, k11*5=b11*5, k12*5=a12*5, k13*5=
e13*5, k14*5=d14*5, k15*5=c15*5;
The gray value of the pixel that the 6th column selection takes is as follows:k1*6=a1*6, k2*6=e2*6, k3*6=d3*6, k4*6=c4*6, k5*6=
b5*6, k6*6=a6*6, k7*6=e7*6, k8*6=d8*6, k9*6=c9*6, k10*6=b10*6, k11*6=a11*6, k12*6=e12*6, k13*6=
d13*6, k14*6=c14*6, k15*6=b15*6;
The gray value of the pixel that the 7th column selection takes is as follows:k1*7=a1*7, k2*7=e2*7, k3*7=d3*7, k4*7=c4*7, k5*7=
b5*7, k6*7=a6*7, k7*7=e7*7, k8*7=d8*7, k9*7=c9*7, k10*7=b10*7, k11*7=a11*7, k12*7=e12*7, k13*7=
d13*7, k14*7=c14*7, k15*7=b15*7;
The gray value of the pixel that the 8th column selection takes is as follows:k1*8=e1*8, k2*8=d2*8, k3*8=c3*8, k4*8=b4*8, k5*8=
a5*8, k6*8=e6*8, k7*8=d7*8, k8*8=c8*8, k9*8=b9*8, k10*8=a10*8, k11*8=e11*8, k12*8=d12*8, k13*8=
c13*8, k14*8=b14*8, k15*8=a15*8;
The gray value of the pixel that the 9th column selection takes is as follows:k1*9=d1*9, k2*9=c2*9, k3*9=b3*9, k4*9=a4*9, k5*9=
e5*9, k6*9=d6*9, k7*9=c7*9, k8*9=b8*9, k9*9=a9*9, k10*9=e10*9, k11*9=d11*9, k12*9=c12*9, k13*9=
b13*9, k14*9=a14*9, k15*9=e15*9;
The gray value of the pixel that the tenth column selection takes is as follows:k1*10=c1*10, k2*10=b2*10, k3*10=a3*10, k4*10=e4*10,
k5*10=d5*10, k6*10=c6*10, k7*10=b7*10, k8*10=a8*10, k9*10=e9*10, k10*10=d10*10, k11*10=c11*10,
k12*10=b12*10, k13*10=a13*10, k14*10=e14*10, k15*10=d15*10;
The gray value of the pixel that the tenth string is chosen is as follows:k1*11=c1*11, k2*11=b2*11, k3*11=a3*11, k4*11=e4*11,
k5*11=d5*11, k6*11=c6*11, k7*11=b7*11, k8*11=a8*11, k9*11=e9*11, k10*11=d10*11, k11*11=c11*11,
k12*11=b12*11, k13*11=a13*11, k14*11=e14*11, k15*11=d15*11;
The gray value of the pixel that the 12nd column selection takes is as follows:k1*12=b1*12, k2*12=a2*12, k3*12=e3*12, k4*12=d4*12,
k5*12=c5*12, k6*12=b6*12, k7*12=a7*12, k8*12=e8*12, k9*12=d9*12, k10*12=c10*12, k11*12=b11*12,
k12*12=a12*12, k13*12=e13*12, k14*12=d14*12, k15*12=c15*12;
The gray value of the pixel that the 13rd column selection takes is as follows:k1*13=a1*13, k2*13=e2*13, k3*13=d3*13, k4*13=c4*13,
k5*13=b5*13, k6*13=a6*13, k7*13=e7*13, k8*13=d8*13, k9*13=c9*13, k10*13=b10*13, k11*13=a11*13,
k12*13=e12*13, k13*13=d13*13, k14*13=c14*13, k15*13=b15*13;
The gray value of the pixel that the 14th column selection takes is as follows:k1*14=e1*14, k2*14=d2*14, k3*14=c3*14, k4*14=b4*14,
k5*14=a5*14, k6*14=e6*14, k7*14=d7*14, k8*14=c8*14, k9*14=b9*14, k10*14=a10*14, k11*14=e11*14,
k12*14=d12*14, k13*14=c13*14, k14*14=b14*14, k15*14=a15*14;
The gray value of the pixel that the 15th column selection takes is as follows:k1*15=e1*15, k2*15=d2*15, k3*15=c3*15, k4*15=b4*15,
k5*15=a5*15, k6*15=e6*15, k7*15=d7*15, k8*15=c8*15, k9*15=b9*15, k10*15=a10*15, k11*15=e11*15,
k12*15=d12*15, k13*15=c13*15, k14*15=b14*15, k15*15=a15*15;
The gray value of the pixel that the 16th column selection takes is as follows:k1*16=d1*16, k2*16=c2*16, k3*16=b3*16, k4*16=a4*16,
k5*16=e5*16, k6*16=d6*16, k7*16=c7*16, k8*16=b8*16, k9*16=a9*16, k10*16=e10*16, k11*16=d11*16,
k12*16=c12*16, k13*16=b13*16, k14*16=a14*16, k15*16=e15*16;
The gray value of the pixel that the 17th column selection takes is as follows:k1*17=c1*17, k2*17=b2*17, k3*17=a3*17, k4*17=e4*17,
k5*17=d5*17, k6*17=c6*17, k7*17=b7*17, k8*17=a8*17, k9*17=e9*17, k10*17=d10*17, k11*17=c11*17,
k12*17=b12*17, k13*17=a13*17, k14*17=e14*17, k15*17=d15*17;
The gray value of the pixel that the 18th column selection takes is as follows:k1*18=b1*18, k2*18=a2*18, k3*18=e3*18, k4*18=d4*18,
k5*18=c5*18, k6*18=b6*18, k7*18=a7*18, k8*18=e8*18, k9*18=d9*18, k10*18=c10*18, k11*18=b11*18,
k12*18=a12*18, k13*18=e13*18, k14*18=d14*18, k15*18=c15*18;
The gray value of the pixel that the 19th column selection takes is as follows:k1*19=b1*19, k2*19=a2*19, k3*19=e3*19, k4*19=d4*19,
k5*19=c5*19, k6*19=b6*19, k7*19=a7*19, k8*19=e8*19, k9*19=d9*19, k10*19=c10*19, k11*19=b11*19,
k12*19=a12*19, k13*19=e13*19, k14*19=d14*19, k15*19=c15*19;
The gray value of the pixel that the 20th column selection takes is as follows:k1*20=a1*20, k2*20=e2*20, k3*20=c3*20, k4*20=b4*20,
k5*20=a5*20, k6*20=a6*20, k7*20=e7*20, k8*20=c8*20, k9*20=b9*20, k10*20=a10*20, k11*20=a11*20,
k12*20=e12*20, k13*20=c13*20, k14*20=b14*20, k15*20=a15*20.
4. the 3 d display device according to any one of claim 1,2 or 3 it is characterised in that described five width difference angles
The subimage of degree is obtained by many lens shootings or by software simulation, and five width images are along preset direction, and different visual angles are formed
Image.
5. a kind of imaging method of 3 d display device is it is characterised in that methods described is applied to stand as claimed in claim 1
In body display device, methods described includes:
To be used for the axis of optical module in described pixel export orientation to different angle directions from what one group of pixel was associated
The angular range and column direction of pixel place between is set to arctan1/4-10 °~arctan1/4+10 °;
Image in display unit is formed by the subimage synthesis of five width difference angles;
First viewing area of described display unit forms the pel array of 15 row 20 row, wherein, the address of the first viewing area
Corresponding with the address of each subimage, in described first viewing area, the gray value of pixel is selected from each subimage accordingly
The gray value of the pixel of location, wherein, im*nRepresent the gray value of pixel at m row n row in the first viewing area, am*nRepresent the first son
The gray value of pixel, b at m row n row in imagem*nRepresent the gray value of pixel at m row n row in the second subimage, cm*nRepresent the
The gray value of pixel, d at m row n row in three subimagesm*nRepresent the gray value of pixel at m row n row in the 4th subimage, em*nTable
Show the gray value of pixel at m row n row in the 5th subimage, specific as follows:
The gray value of the pixel that first row is chosen is as follows:i1*1=a1*1, i2*1=b2*1, i3*1=c3*1, i4*1=d4*1, i5*1=
e5*1, i6*1=a6*1, i7*1=b7*1, i8*1=c8*1, i9*1=d9*1, i10*1=e10*1, i11*1=a11*1, i12*1=b12*1, i13*1=
c13*1, i14*1=d14*1, i15*1=e15*1;
The gray value of the pixel that secondary series is chosen is as follows:i1*2=e1*2, i2*2=a2*2, i3*2=b3*2, i4*2=c4*2, i5*2=
d5*2, i6*2=e6*2, i7*2=a7*2, i8*2=b8*2, i9*2=c9*2, i10*2=d10*2, i11*2=e11*2, i12*2=a12*2, i13*2=
b13*2, i14*2=c14*2, i15*2=d15*2;
The gray value of the pixel that the 3rd column selection takes is as follows:i1*3=e1*3, i2*3=a2*3, i3*3=b3*3, i4*3=c4*3, i5*3=
d5*3, i6*3=e6*3, i7*3=a7*3, i8*3=b8*3, i9*3=c9*3, i10*3=d10*3, i11*3=e11*3, i12*3=a12*3, i13*3=
b13*3, i14*3=c14*3, i15*3=d15*3;
The gray value of the pixel that the 4th column selection takes is as follows:i1*4=d1*4, i2*4=e2*4, i3*4=a3*4, i4*4=b4*4, i5*4=
c5*4, i6*4=d6*4, i7*4=e7*4, i8*4=a8*4, i9*4=b9*4, i10*4=c10*4, i11*4=d11*4, i12*4=e12*4, i13*4=
a13*4, i14*4=b14*4, i15*4=c15*4;
The gray value of the pixel that the 5th column selection takes is as follows:i1*5=c1*5, i2*5=d2*5, i3*5=e3*5, i4*5=a4*5, i5*5=
b5*5, i6*5=c6*5, i7*5=d7*5, i8*5=e8*5, i9*5=a9*5, i10*5=b10*5, i11*5=c11*5, i12*5=d12*5, i13*5=
e13*5, i14*5=a14*5, i15*5=b15*5;
The gray value of the pixel that the 6th column selection takes is as follows:i1*6=b1*6, i2*6=c2*6, i3*6=d3*6, i4*6=e4*6, i5*6=
a5*6, i6*6=b6*6, i7*6=c7*6, i8*6=d8*6, i9*6=e9*6, i10*6=a10*6, i11*6=b11*6, i12*6=c12*6, i13*6=
d13*6, i14*6=e14*6, i15*6=a15*6;
The gray value of the pixel that the 7th column selection takes is as follows:i1*7=b1*7, i2*7=c2*7, i3*7=d3*7, i4*7=e4*7, i5*7=
a5*7, i6*7=b6*7, i7*7=c7*7, i8*7=d8*7, i9*7=e9*7, i10*7=a10*7, i11*7=b11*7, i12*7=c12*7, i13*7=
d13*7, i14*7=e14*7, i15*7=a15*7;
The gray value of the pixel that the 8th column selection takes is as follows:i1*8=a1*8, i2*8=b2*8, i3*8=c3*8, i4*8=d4*8, i5*8=
d5*8, i6*8=a6*8, i7*8=b7*8, i8*8=c8*8, i9*8=d9*8, i10*8=e10*8, i11*8=a11*8, i12*8=b12*8, i13*8=
c13*8, i14*8=d14*8, i15*8=e15*8;
The gray value of the pixel that the 9th column selection takes is as follows:i1*9=e1*9, i2*9=a2*9, i3*9=b3*9, i4*9=c4*9, i5*9=
d5*9, i6*9=e6*9, i7*9=a7*9, i8*9=b8*9, i9*9=c9*9, i10*9=d10*9, i11*9=e11*9, i12*9=a12*9, i13*9=
b13*9, i14*9=c14*9, i15*9=d15*9;
The gray value of the pixel that the tenth column selection takes is as follows:i1*10=d1*10, i2*10=e2*10, i3*10=a3*10, i4*10=b4*10,
i5*10=c5*10, i6*10=d6*10, i7*10=e7*10, i8*10=a8*10, i9*10=b9*10, i10*10=c10*10, i11*10=d11*10,
i12*10=e12*10, i13*10=a13*10, i14*10=b14*10, i15*10=c15*10;
The gray value of the pixel that the tenth string is chosen is as follows:i1*11=d1*11, i2*11=e2*11, i3*11=a3*11, i4*11=b4*11,
i5*11=c5*11, i6*11=d6*11, i7*11=e7*11, i8*11=a8*11, i9*11=b9*11, i10*11=c10*11, i11*11=d11*11,
i12*11=e12*11, i13*11=a13*11, i14*11=b14*11, i15*11=c15*11;
The gray value of the pixel that the 12nd column selection takes is as follows:i1*12=c1*12, i2*12=d2*12, i3*12=e3*12, i4*12=a4*12,
i5*12=b5*12, i6*12=c6*12, i7*12=d7*12, i8*12=e8*12, i9*12=a9*12, i10*12=b10*12, i11*12=c11*12,
i12*12=d12*12, i13*12=e13*12, i14*12=a14*12, i15*12=b15*12;
The gray value of the pixel that the 13rd column selection takes is as follows:i1*13=b1*13, i2*13=c2*13, i3*13=d3*13, i4*13=e4*13,
i5*13=a5*13, i6*13=b6*13, i7*13=c7*13, i8*13=d8*13, i9*13=e9*13, i10*13=a10*13, i11*13=b11*13,
i12*13=c12*13, i13*13=d13*13, i14*13=e14*13, i15*13=a15*13;
The gray value of the pixel that the 14th column selection takes is as follows:i1*14=a1*14, i2*14=b2*14, i3*14=c3*14, i4*14=d4*14,
i5*14=e5*14, i6*14=a6*14, i7*14=b7*14, i8*14=c8*14, i9*14=d9*14, i10*14=e10*14, i11*14=a11*14,
i12*14=b12*14, i13*14=c13*14, i14*14=d14*14, i15*14=e15*14;
The gray value of the pixel that the 15th column selection takes is as follows:i1*15=a1*15, i2*15=b2*15, i3*15=c3*15, i4*15=d4*15,
i5*15=e5*15, i6*15=a6*15, i7*15=b7*15, i8*15=c8*15, i9*15=d9*15, i10*15=e10*15, i11*15=a11*15,
i12*15=b12*15, i13*15=c13*15, i14*15=d14*15, i15*15=e15*15;
The gray value of the pixel that the 16th column selection takes is as follows:i1*16=e1*16, i2*16=a2*16, i3*16=b3*16, i4*16=c4*16,
i5*16=d5*16, i6*16=e6*16, i7*16=a7*16, i8*16=b8*16, i9*16=c9*16, i10*16=d10*16, i11*16=e11*16,
i12*16=a12*16, i13*16=b13*16, i14*16=c14*16, i15*16=d15*16;
The gray value of the pixel that the 17th column selection takes is as follows:i1*17=d1*17, i2*17=e2*17, i3*17=a3*17, i4*17=b4*17,
i5*17=c5*17, i6*17=d6*17, i7*17=e7*17, i8*17=a8*17, i9*17=b9*17, i10*17=c10*17, i11*17=d11*17,
i12*17=e12*17, i13*17=a13*17, i14*17=b14*17, i15*17=c15*17;
The gray value of the pixel that the 18th column selection takes is as follows:i1*18=c1*18, i2*18=d2*18, i3*18=e3*18, i4*18=a4*18,
i5*18=b5*18, i6*18=c6*18, i7*18=d7*18, i8*18=e8*18, i9*18=a9*18, i10*18=b10*18, i11*18=c11*18,
i12*18=d12*18, i13*18=e13*18, i14*18=a14*18, i15*18=b15*18;
The gray value of the pixel that the 19th column selection takes is as follows:i1*19=c1*19, i2*19=d2*19, i3*19=e3*19, i4*19=a4*19,
i5*19=b5*19, i6*19=c6*19, i7*19=d7*19, i8*19=e8*19, i9*19=a9*19, i10*19=b10*19, i11*19=c11*19,
i12*19=d12*19, i13*19=e13*19, i14*19=a14*19, i15*19=b15*19;
The gray value of the pixel that the 20th column selection takes is as follows:i1*20=b1*20, i2*20=c2*20, i3*20=d3*20, i4*20=e4*20,
i5*20=a5*20, i6*20=b6*20, i7*20=c7*20, i8*20=d8*20, i9*20=e9*20, i10*20=a10*20, i11*20=b11*20,
i12*20=c12*20, i13*20=d13*20, i14*20=e14*20, i15*20=a15*20.
6. the imaging method of 3 d display device according to claim 5 is it is characterised in that image in described display unit
Formed by the subimage synthesis of five width difference angles, the 3rd viewing area of described display unit forms the pixel battle array of 15 row 20 row
Row, wherein, the address of the 3rd viewing area is corresponding with the address of each subimage, the ash of pixel in described 3rd viewing area
Angle value is selected from the gray value of the pixel of corresponding address in each subimage, wherein, km*nRepresent at m row n row in the 3rd viewing area
The gray value of pixel, am*nRepresent the gray value of pixel at m row n row in the first subimage, bm*nRepresent m row n in the second subimage
The gray value of pixel, c at rowm*nRepresent the gray value of pixel at m row n row in the 3rd subimage, dm*nRepresent m in the 4th subimage
The gray value of pixel, e at row n rowm*nRepresent the gray value of pixel at m row n row in the 5th subimage, specific as follows:
The gray value of the pixel that first row is chosen is as follows:k1*1=e1*1, k2*1=d2*1, k3*1=c3*1, k4*1=b4*1, k5*1=
a5*1, k6*1=e6*1, k7*1=d7*1, k8*1=c8*1, k9*1=b9*1, k10*1=a10*1, k11*1=e11*1, k12*1=d12*1, k13*1=
c13*1, k14*1=b14*1, k15*1=a15*1;
The gray value of the pixel that secondary series is chosen is as follows:k1*2=d1*2, k2*2=c2*2, k3*2=b3*2, k4*2=a4*2, k5*2=
e5*2, k6*2=d6*2, k7*2=c7*2, k8*2=b8*2, k9*2=a9*2, k10*2=e10*2, k11*2=d11*2, k12*2=c12*2, k13*2=
b13*2, k14*2=a14*2, k15*2=e15*2;
The gray value of the pixel that the 3rd column selection takes is as follows:k1*3=d1*3, k2*3=c2*3, k3*3=b3*3, k4*3=a4*3, k5*3=
e5*3, k6*3=d6*3, k7*3=c7*3, k8*3=b8*3, k9*3=a9*3, k10*3=e10*3, k11*3=d11*3, k12*3=c12*3, k13*3=
b13*3, k14*3=a14*3, k15*3=e15*3;
The gray value of the pixel that the 4th column selection takes is as follows:k1*4=c1*4, k2*4=b2*4, k3*4=a3*4, k4*4=e4*4, k5*4=
d5*4, k6*4=c6*4, k7*4=b7*4, k8*4=a8*4, k9*4=e9*4, k10*4=d10*4, k11*4=c11*4, k12*4=b12*4, k13*4=
a13*4, k14*4=e14*4, k15*4=d15*4;
The gray value of the pixel that the 5th column selection takes is as follows:k1*5=b1*5, k2*5=a2*5, k3*5=e3*5, k4*5=d4*5, k5*5=
c5*5, k6*5=b6*5, k7*5=a7*5, k8*5=e8*5, k9*5=d9*5, k10*5=c10*5, k11*5=b11*5, k12*5=a12*5, k13*5=
e13*5, k14*5=d14*5, k15*5=c15*5;
The gray value of the pixel that the 6th column selection takes is as follows:k1*6=a1*6, k2*6=e2*6, k3*6=d3*6, k4*6=c4*6, k5*6=
b5*6, k6*6=a6*6, k7*6=e7*6, k8*6=d8*6, k9*6=c9*6, k10*6=b10*6, k11*6=a11*6, k12*6=e12*6, k13*6=
d13*6, k14*6=c14*6, k15*6=b15*6;
The gray value of the pixel that the 7th column selection takes is as follows:k1*7=a1*7, k2*7=e2*7, k3*7=d3*7, k4*7=c4*7, k5*7=
b5*7, k6*7=a6*7, k7*7=e7*7, k8*7=d8*7, k9*7=c9*7, k10*7=b10*7, k11*7=a11*7, k12*7=e12*7, k13*7=
d13*7, k14*7=c14*7, k15*7=b15*7;
The gray value of the pixel that the 8th column selection takes is as follows:k1*8=e1*8, k2*8=d2*8, k3*8=c3*8, k4*8=b4*8, k5*8=
a5*8, k6*8=e6*8, k7*8=d7*8, k8*8=c8*8, k9*8=b9*8, k10*8=a10*8, k11*8=e11*8, k12*8=d12*8, k13*8=
c13*8, k14*8=b14*8, k15*8=a15*8;
The gray value of the pixel that the 9th column selection takes is as follows:k1*9=d1*9, k2*9=c2*9, k3*9=b3*9, k4*9=a4*9, k5*9=
e5*9, k6*9=d6*9, k7*9=c7*9, k8*9=b8*9, k9*9=a9*9, k10*9=e10*9, k11*9=d11*9, k12*9=c12*9, k13*9=
b13*9, k14*9=a14*9, k15*9=e15*9;
The gray value of the pixel that the tenth column selection takes is as follows:k1*10=c1*10, k2*10=b2*10, k3*10=a3*10, k4*10=e4*10,
k5*10=d5*10, k6*10=c6*10, k7*10=b7*10, k8*10=a8*10, k9*10=e9*10, k10*10=d10*10, k11*10=c11*10,
k12*10=b12*10, k13*10=a13*10, k14*10=e14*10, k15*10=d15*10;
The gray value of the pixel that the tenth string is chosen is as follows:k1*11=c1*11, k2*11=b2*11, k3*11=a3*11, k4*11=e4*11,
k5*11=d5*11, k6*11=c6*11, k7*11=b7*11, k8*11=a8*11, k9*11=e9*11, k10*11=d10*11, k11*11=c11*11,
k12*11=b12*11, k13*11=a13*11, k14*11=e14*11, k15*11=d15*11;
The gray value of the pixel that the 12nd column selection takes is as follows:k1*12=b1*12, k2*12=a2*12, k3*12=e3*12, k4*12=d4*12,
k5*12=c5*12, k6*12=b6*12, k7*12=a7*12, k8*12=e8*12, k9*12=d9*12, k10*12=c10*12, k11*12=b11*12,
k12*12=a12*12, k13*12=e13*12, k14*12=d14*12, k15*12=c15*12;
The gray value of the pixel that the 13rd column selection takes is as follows:k1*13=a1*13, k2*13=e2*13, k3*13=d3*13, k4*13=c4*13,
k5*13=b5*13, k6*13=a6*13, k7*13=e7*13, k8*13=d8*13, k9*13=c9*13, k10*13=b10*13, k11*13=a11*13,
k12*13=e12*13, k13*13=d13*13, k14*13=c14*13, k15*13=b15*13;
The gray value of the pixel that the 14th column selection takes is as follows:k1*14=e1*14, k2*14=d2*14, k3*14=c3*14, k4*14=b4*14,
k5*14=a5*14, k6*14=e6*14, k7*14=d7*14, k8*14=c8*14, k9*14=b9*14, k10*14=a10*14, k11*14=e11*14,
k12*14=d12*14, k13*14=c13*14, k14*14=b14*14, k15*14=a15*14;
The gray value of the pixel that the 15th column selection takes is as follows:k1*15=e1*15, k2*15=d2*15, k3*15=c3*15, k4*15=b4*15,
k5*15=a5*15, k6*15=e6*15, k7*15=d7*15, k8*15=c8*15, k9*15=b9*15, k10*15=a10*15, k11*15=e11*15,
k12*15=d12*15, k13*15=c13*15, k14*15=b14*15, k15*15=a15*15;
The gray value of the pixel that the 16th column selection takes is as follows:k1*16=d1*16, k2*16=c2*16, k3*16=b3*16, k4*16=a4*16,
k5*16=e5*16, k6*16=d6*16, k7*16=c7*16, k8*16=b8*16, k9*16=a9*16, k10*16=e10*16, k11*16=d11*16,
k12*16=c12*16, k13*16=b13*16, k14*16=a14*16, k15*16=e15*16;
The gray value of the pixel that the 17th column selection takes is as follows:k1*17=c1*17, k2*17=b2*17, k3*17=a3*17, k4*17=e4*17,
k5*17=d5*17, k6*17=c6*17, k7*17=b7*17, k8*17=a8*17, k9*17=e9*17, k10*17=d10*17, k11*17=c11*17,
k12*17=b12*17, k13*17=a13*17, k14*17=e14*17, k15*17=d15*17;
The gray value of the pixel that the 18th column selection takes is as follows:k1*18=b1*18, k2*18=a2*18, k3*18=e3*18, k4*18=d4*18,
k5*18=c5*18, k6*18=b6*18, k7*18=a7*18, k8*18=e8*18, k9*18=d9*18, k10*18=c10*18, k11*18=b11*18,
k12*18=a12*18, k13*18=e13*18, k14*18=d14*18, k15*18=c15*18;
The gray value of the pixel that the 19th column selection takes is as follows:k1*19=b1*19, k2*19=a2*19, k3*19=e3*19, k4*19=d4*19,
k5*19=c5*19, k6*19=b6*19, k7*19=a7*19, k8*19=e8*19, k9*19=d9*19, k10*19=c10*19, k11*19=b11*19,
k12*19=a12*19, k13*19=e13*19, k14*19=d14*19, k15*19=c15*19;
The gray value of the pixel that the 20th column selection takes is as follows:k1*20=a1*20, k2*20=e2*20, k3*20=c3*20, k4*20=b4*20,
k5*20=a5*20, k6*20=a6*20, k7*20=e7*20, k8*20=c8*20, k9*20=b9*20, k10*20=a10*20, k11*20=a11*20,
k12*20=e12*20, k13*20=c13*20, k14*20=b14*20, k15*20=a15*20.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201310752112.8A CN103676176B (en) | 2013-12-31 | 2013-12-31 | A kind of 3 d display device and its imaging method |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201310752112.8A CN103676176B (en) | 2013-12-31 | 2013-12-31 | A kind of 3 d display device and its imaging method |
Publications (2)
Publication Number | Publication Date |
---|---|
CN103676176A CN103676176A (en) | 2014-03-26 |
CN103676176B true CN103676176B (en) | 2017-03-01 |
Family
ID=50314239
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN201310752112.8A Active CN103676176B (en) | 2013-12-31 | 2013-12-31 | A kind of 3 d display device and its imaging method |
Country Status (1)
Country | Link |
---|---|
CN (1) | CN103676176B (en) |
Families Citing this family (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN104570370B (en) * | 2015-02-05 | 2017-02-22 | 京东方科技集团股份有限公司 | 3D (three-dimensional) display device |
CN107105220B (en) * | 2016-02-22 | 2019-06-14 | 大昱光电股份有限公司 | A kind of naked-eye stereoscopic image device |
CN109146799B (en) * | 2018-07-11 | 2022-04-08 | 天津大学 | Moire pattern removing method based on multiple images |
Citations (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN102004324A (en) * | 2010-10-19 | 2011-04-06 | 深圳超多维光电子有限公司 | Grating, three-dimensional display device and three-dimensional display method |
CN102014289A (en) * | 2009-09-03 | 2011-04-13 | 三星电子株式会社 | Three-dimensional display device |
CN102402011A (en) * | 2010-09-10 | 2012-04-04 | 索尼公司 | Three-dimensional image display apparatus and image display device |
CN103412409A (en) * | 2013-07-01 | 2013-11-27 | 深圳超多维光电子有限公司 | Stereoscopic display method and stereoscopic display device |
Family Cites Families (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
KR20130053103A (en) * | 2011-11-15 | 2013-05-23 | 삼성디스플레이 주식회사 | Display panel and display apparatus having the same |
JP2013231874A (en) * | 2012-04-27 | 2013-11-14 | Panasonic Corp | Video display device |
-
2013
- 2013-12-31 CN CN201310752112.8A patent/CN103676176B/en active Active
Patent Citations (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN102014289A (en) * | 2009-09-03 | 2011-04-13 | 三星电子株式会社 | Three-dimensional display device |
CN102402011A (en) * | 2010-09-10 | 2012-04-04 | 索尼公司 | Three-dimensional image display apparatus and image display device |
CN102004324A (en) * | 2010-10-19 | 2011-04-06 | 深圳超多维光电子有限公司 | Grating, three-dimensional display device and three-dimensional display method |
CN103412409A (en) * | 2013-07-01 | 2013-11-27 | 深圳超多维光电子有限公司 | Stereoscopic display method and stereoscopic display device |
Also Published As
Publication number | Publication date |
---|---|
CN103676176A (en) | 2014-03-26 |
Similar Documents
Publication | Publication Date | Title |
---|---|---|
CN102801999B (en) | Synthetizing algorithm based on naked eye three-dimensional displaying technology | |
CN1893674B (en) | 2D/3D switchable stereoscopic display providing image with complete parallax | |
CN103873844B (en) | Multiple views automatic stereoscopic display device and control the method for its viewing ratio | |
CN102778756B (en) | Image display device | |
CN104459856B (en) | A kind of raster graphic film, 3 D grating and bore hole 3D display device | |
CN102998805B (en) | Stereoscopic display and display method thereof | |
CN100558173C (en) | Raster type free 3-D display neutron pixel error correction image processing method | |
CN106550231A (en) | Three-dimensional display apparatus | |
CN101507287A (en) | Three-dimensional image display device and three-dimensional image display method | |
CN108051927A (en) | A kind of 3D display device | |
CN102932659A (en) | Method for removing integral imaging three-dimensional displaying crosstalk images | |
CN102457743A (en) | Stereoscopic display device and stereoscopic display method | |
CN102621702A (en) | Method and system for naked eye three dimensional (3D) image generation during unconventional arrangement of liquid crystal display pixels | |
CN104270626B (en) | A kind of bore hole 3D combination joining method | |
US10317689B2 (en) | 3D display device and driving method thereof | |
JP5439686B2 (en) | Stereoscopic image display apparatus and stereoscopic image display method | |
CN103676176B (en) | A kind of 3 d display device and its imaging method | |
CN104732932A (en) | Display Device And Method Of Driving The Same | |
CN1664658A (en) | Two-dimensional / three-dimensional display and method for forming three-dimensional images | |
CN102447936B (en) | Method for generating LED (Light-Emitting Diode) large-screen stereoscopic image file | |
CN101626517B (en) | Method for synthesizing stereo image from parallax image in a real-time manner | |
CN106681079A (en) | Liquid crystal lens and display device | |
CN102455520A (en) | Stereoscopic display device and stereoscopic display method | |
CN102857783B (en) | Automatic multiple-viewpoint stereoscopic display device | |
CN104754319B (en) | Stereoscopic display device and its driving method |
Legal Events
Date | Code | Title | Description |
---|---|---|---|
PB01 | Publication | ||
PB01 | Publication | ||
C10 | Entry into substantive examination | ||
SE01 | Entry into force of request for substantive examination | ||
GR01 | Patent grant | ||
GR01 | Patent grant |