CN102547317A - Formation method of three-dimensional dynamic images and three-dimensional dynamic image capturing device - Google Patents
Formation method of three-dimensional dynamic images and three-dimensional dynamic image capturing device Download PDFInfo
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Abstract
The invention discloses a formation method of three-dimensional dynamic images and a three-dimensional dynamic image capturing device. The method comprises the steps of: obtaining a plurality of planar images continuously; capturing a left image frame and a right image frame of each planar image orderly, wherein each left image frame and each right image frame are provided with an image distance difference; receiving and temporarily storing each left image frame and each right image frame orderly; and compositing each left image frame and each right image frame orderly so as to form a three-dimensional dynamic image file. Consequently, with the three-dimensional dynamic image capturing device which applies the formation method of three-dimensional dynamic images, three-dimensional dynamic images can be made through a single lens.
Description
Technical field
The present invention is about a kind of formation method and dynamic image capture device of dynamic image, especially in regard to a kind of formation method and three-dimensional dynamic image capture device of three-dimensional dynamic image.
Background technology
Along with developing rapidly of scientific and technological industry, human quality requirement to life increases day by day.At present, each dealer proposes the various method and apparatus that make the flat image three-dimensional one after another for the arriving in response to the stereopsis epoch.
Generally speaking, the formation of stereopsis mainly is to utilize the image data of two groups of different visual angles to form, wherein, one group of left eye visual angle corresponding to the beholder, another group then is the right eye visual angle corresponding to the beholder.And when playing stereopsis; Beholder's left eye only can be seen left-eye images, and right eye only can be seen the mode of right-eye image, makes the beholder in brain, produce stereoscopic vision; Just see through the principle of the persistence of vision, make the beholder can watch stereopsis.
Prior art utilizes twin-lens image capture unit or two single-lens image capture units to carry out the mode of image capture simultaneously, can the beholder be provided simultaneously once the image data of two groups of different visual angles.Though aforesaid way can provide stereopsis,, make general user can't carry out stereopsis easily and make because the cost that utilizes twin-lens image capture unit or two single-lens image capture units to make stereopsis is too high.
In order to address the above problem, prior art also proposes a kind of method of utilizing the suitable foot rest shooting stereo image of S.L.R collocation.Wherein, foot rest can be in order to provide S.L.R two different fixed positions, to shoot the image data of two groups of different visual angles respectively.But this kind method needs constantly to switch the shooting angle of S.L.R, makes general user also can't carry out stereopsis easily and makes, and has the problem of complex manufacturing process.
Summary of the invention
In view of above problem, the present invention provides a kind of formation method and three-dimensional dynamic image capture device of three-dimensional dynamic image, uses the problem that solves the too high or complex manufacturing process of the existing cost of prior art.
Embodiment according to the formation method of the disclosed three-dimensional dynamic image of the present invention is applicable to have single-lens image capture unit.The formation method of three-dimensional dynamic image comprises: obtain a plurality of flat images continuously; Capture the frame left side picture frame and a frame right side picture frame of each flat image in regular turn, wherein, it is poor that each frame left side picture frame and each frame right side picture frame have an image distance; Receive in regular turn and temporary each frame left side picture frame and each frame right side picture frame; And make up each frame left side picture frame and each frame right side picture frame in regular turn, to form a three-dimensional dynamic video file.
According to another embodiment of the formation method of the disclosed three-dimensional dynamic image of the present invention, the formation method of three-dimensional dynamic image comprises: obtain a plurality of flat images continuously; Capture the frame right side picture frame of frame left side picture frame and the even number flat image of a plurality of flat images of the odd number flat image of a plurality of flat images in regular turn, to have an image distance poor for picture frame and each frame right side picture frame on the left of each frame; Receive in regular turn and temporary each frame left side picture frame and each frame right side picture frame; And make up each frame left side picture frame and each frame right side picture frame in regular turn, to form a three-dimensional dynamic video file.
According to an embodiment of the disclosed three-dimensional dynamic image capture device of the present invention, three-dimensional dynamic image capture device comprises: photographing module, acquisition module and control module.Acquisition module electrically connects photographing module, and control module electrically connects acquisition module.Photographing module is in order to obtain a plurality of flat images continuously, and control module control acquisition module is so that acquisition module captures the frame left side picture frame and a frame right side picture frame of each flat image in regular turn.Wherein, to have an image distance poor for each frame left side picture frame and each frame right side picture frame.Control module receives and temporary each frame left side picture frame and each frame right side picture frame in regular turn.Control module makes up each frame left side picture frame and each frame right side picture frame in regular turn, to form a three-dimensional dynamic video file.
According to another embodiment of the disclosed three-dimensional dynamic image capture device of the present invention, three-dimensional dynamic image capture device comprises: photographing module, acquisition module and control module.Acquisition module electrically connects photographing module, and control module electrically connects acquisition module.Photographing module is in order to obtaining a plurality of flat images continuously, and control module control acquisition module is so that acquisition module captures the frame right side picture frame of even number flat image of frame left side picture frame and a plurality of flat images of the odd number flat image of a plurality of flat images in regular turn.Wherein, to have an image distance poor for each frame left side picture frame and each frame right side picture frame.Control module receives and temporary each frame left side picture frame and each frame right side picture frame in regular turn.Control module makes up each frame left side picture frame and each frame right side picture frame in regular turn, to form a three-dimensional dynamic video file.
Formation method and three-dimensional dynamic image capture device according to the disclosed three-dimensional dynamic image of the present invention; Can make three-dimensional dynamic image by single lens, utilize twin-lens to make the too high problem of cost that three-dimensional dynamic image is caused to solve the existing need of prior art.Can grasp the picture frame acquisition effectively and dial the speed of putting, to form three-dimensional dynamic video file by the design of control module.Moreover the formation method of the disclosed three-dimensional dynamic image of the present invention can be applicable to all image capture units, makes general user all can produce three-dimensional dynamic image easily, with the epoch in response to stereopsisization.
More than about the explanation of description of contents of the present invention and following execution mode in order to demonstration and explain spirit of the present invention and principle, and scope of patent protection of the present invention explanation further is provided.
Description of drawings
Fig. 1 is the embodiment circuit box sketch map according to the disclosed three-dimensional dynamic image capture device of the present invention;
Fig. 2 is the formation method one embodiment schematic flow sheet of the applied three-dimensional dynamic image of three-dimensional dynamic image capture device of Fig. 1;
Fig. 3 is the sketch map according to the step 204 of Fig. 2;
Fig. 4 is the sketch map according to the step 208 of Fig. 2;
Fig. 5 is another embodiment schematic flow sheet of formation method of the applied three-dimensional dynamic image of three-dimensional dynamic image capture device of Fig. 1;
Fig. 6 is the sketch map according to the step 504 of Fig. 5;
Fig. 7 is the sketch map according to the step 508 of Fig. 5.
Wherein, Reference numeral:
100 three-dimensional dynamic image capture devices
102 photographing modules
104 acquisition modules
106 control modules
30a, 30b flat image
32,32a, 32b left side picture frame
34,34a, 34b right side picture frame
33a, 33b, 35a, 35b central shaft
33,35 central shafts
Embodiment
Please, be an embodiment circuit box sketch map according to the disclosed three-dimensional dynamic image capture device of the present invention with reference to Fig. 1.Three-dimensional dynamic image capture device 100 comprises: photographing module 102, acquisition module 104 and control module 106.Photographing module 102 electrically connects control module 106, and acquisition module 104 electrically connects photographing module 102, and control module 106 electrically connects acquisition module 104.
Please with reference to Fig. 1 and Fig. 2, Fig. 2 is the formation method one embodiment schematic flow sheet of the applied three-dimensional dynamic image of three-dimensional dynamic image capture device of Fig. 1.In the present embodiment, the formation method of three-dimensional dynamic image comprises:
Step 202: obtain a plurality of flat images continuously;
Step 204: capture the frame left side picture frame and a frame right side picture frame of each flat image in regular turn, wherein, it is poor that each frame left side picture frame and each frame right side picture frame have an image distance;
Step 206: receive in regular turn and temporary each frame left side picture frame and each frame right side picture frame; And
Step 208: make up each frame left side picture frame and each frame right side picture frame in regular turn, to form a three-dimensional dynamic video file.
In above-mentioned steps 202, three-dimensional dynamic image capture device 100 is by control module 106 control photographing modules 102, to obtain a plurality of flat images continuously.In step 204, three-dimensional dynamic image capture device 100 is by control module 106 control acquisition modules 104, so that acquisition module 104 captures the frame left side picture frame and a frame right side picture frame of each flat image in regular turn.
For example, please with reference to Fig. 1, Fig. 2 and Fig. 3, Fig. 3 is the sketch map according to the step 204 of Fig. 2.Three-dimensional dynamic image capture device 100 can be obtained two flat image 30a, 30b in regular turn by photographing module 102, and wherein the width of each flat image 30a, 30b is W
o, the height of each flat image 30a, 30b is H
oThree-dimensional dynamic image capture device 100 can be obtained flat image 30a earlier, then obtains flat image 30b.And acquisition module 104 can capture the frame left side picture frame 32a of flat image 30a earlier; Next capture the frame right side picture frame 34a of flat image 30a, capture the frame left side picture frame 32b of flat image 30b again, capture the frame right side picture frame 34b of flat image 30b at last; But this is not in order to limit the present invention for example; The acquisition order of actual left side picture frame and right side picture frame can be adjusted according to actual demand, is noted that acquisition is required to be the left side picture frame in proper order and the right side picture frame hockets.Wherein, control module 106 can capture the frame left side picture frame and a frame right side picture frame of each flat image in regular turn according to an acquisition speed, and acquisition speed can be but is not limited to capture each second 30 or 60 frames left side picture frame and right side picture frame.
Wherein, Each frame left side picture frame 32a, 32b and each frame right side picture frame 34a, 34b have an image distance difference S (promptly have apart from S between the central shaft 35a of the central shaft 33a of left side picture frame and right side picture frame, have apart from S between the central shaft 33b of left side picture frame and the central shaft 35b of right side picture frame).In the present embodiment, each frame left side picture frame 32a, 32b and each frame right side picture frame 34a, 34b have same size, that is to say, the width of the width of each frame left side picture frame 32a, 32b and each frame right side picture frame 34a, 34b is all W
a, the height of the height of each frame left side picture frame 32a, 32b and each frame right side picture frame 34a, 34b is all H
a, but present embodiment is not in order to limit the present invention.Width W wherein
aAnd height H
aRelevant with the displaying ratio of three-dimensional dynamic video file respectively, width W
aAnd height H
aSetting can be three-dimensional dynamic image capture device 100 inner settings or the user sets up on their own.In addition, be noted that width W
aAnd height H
aSetting must satisfy following conditional:
W
o＞W
a；
H
o>=H
aAnd
W
o≤2W
a。
In the above-mentioned steps 206, utilize control module 106 to receive in regular turn and temporary each frame left side picture frame and each frame right side picture frame that is transmitted from acquisition module 104.
Please with reference to Fig. 1 and Fig. 4, Fig. 4 is the sketch map according to the step 208 of Fig. 2.In above-mentioned steps 208, control module 106 is utilized temporary each frame left side picture frame 32a, 32b and a frame right side picture frame 34a, 34b alternate group compound stereoscopic dynamic video file.Wherein, The order that is combined into three-dimensional dynamic video file can be but is not limited to left side picture frame 32a, right side picture frame 34a, left side picture frame 32b and right side picture frame 34b; The order of actual sets compound stereoscopic dynamic video file can be adjusted according to actual demand; Be noted that; The order that is combined into three-dimensional dynamic video file need be identical with the order of acquisition module 104 acquisition left side picture frames and right side picture frame, and in other words, control module 106 can be kept in the der group compound stereoscopic dynamic video file of left side picture frame and right side picture frame according to it.
Wherein, Control module 106 can be with the frame of each flat image 30a, 30b left side picture frame 32a, 32b and a frame right side picture frame 34a, 34b according to showing speed alternate group compound stereoscopic dynamic video file, shows that speed can be but is not limited to export each second picture frame and right side picture frame on the left of 30,60 or 120 frames.
In more detail; Please with reference to Fig. 1, Fig. 2, Fig. 3 and Fig. 4; Before the user begins to utilize three-dimensional dynamic image capture device 100 to obtain a plurality of flat images, can by manual type or in the mode of building set the size of each frame left side picture frame and each frame right side picture frame.Then, can be by control module 106 control photographing modules 102, with obtain and transport plane image 30a to acquisition module 104.Acquisition module 104 can receive flat image 30a and capture a frame left side picture frame 32a and the frame right side picture frame 34a of flat image 30a in regular turn; This moment, photographing module 102 can be obtained flat image 30b, and control module 106 can be accepted and temporary a frame left side picture frame 32a and a frame right side picture frame 34a from acquisition module 104 in regular turn.
Then; Acquisition module 104 can receive flat image 30b and capture a frame left side picture frame 32b and the frame right side picture frame 34b of flat image 30b in regular turn, and control module 106 can be accepted and temporary a frame left side picture frame 32b and a frame right side picture frame 34b from acquisition module 104 in regular turn.When three-dimensional dynamic image capture device 100 stopped to obtain flat image, each frame left side picture frame that control module 106 will be kept in regular turn and each frame right side picture frame be alternate group compound stereoscopic dynamic video file in regular turn.
Please with reference to Fig. 1 and Fig. 5, Fig. 5 is another embodiment schematic flow sheet of formation method of the applied three-dimensional dynamic image of three-dimensional dynamic image capture device of Fig. 1.In the present embodiment, the formation method of three-dimensional dynamic image comprises:
Step 502: obtain a plurality of flat images continuously;
Step 504: capture the frame right side picture frame of frame left side picture frame and each even number flat image of a plurality of flat images of each odd number flat image of a plurality of flat images in regular turn, wherein, to have an image distance poor for picture frame and each frame right side picture frame on the left of each frame;
Step 506: receive in regular turn and temporary each frame left side picture frame and each frame right side picture frame; And
Step 508: make up each frame left side picture frame and each frame right side picture frame in regular turn, to form a three-dimensional dynamic video file.
In step 504; Three-dimensional dynamic image capture device 100 is by control module 106 control acquisition modules 104, so that acquisition module 104 captures the frame right side picture frame of each even number flat image of frame left side picture frame and a plurality of flat images of each odd number flat image of a plurality of flat images in regular turn.
For example, please with reference to Fig. 1, Fig. 5 and Fig. 6, Fig. 6 is the sketch map according to the step 504 of Fig. 5.Three-dimensional dynamic image capture device 100 can be obtained two flat image 30a, 30b in regular turn by photographing module 102, and wherein the width of each flat image 30a, 30b is W
o, the height of each flat image 30a, 30b is H
oThree-dimensional dynamic image capture device 100 can be obtained flat image 30a earlier, then obtains flat image 30b.And acquisition module 104 can capture the frame left side picture frame 32 of flat image 30a earlier; Next capture the frame right side picture frame 34 of flat image 30b; But this is not in order to limit the present invention for example; The acquisition order of actual left side picture frame and right side picture frame can be adjusted according to actual demand, is noted that acquisition is required to be the left side picture frame in proper order and the right side picture frame hockets.Wherein, Control module 106 can capture the frame right side picture frame of frame left side picture frame and each even number flat image of a plurality of flat images of each odd number flat image of a plurality of flat images in regular turn according to acquisition speed, and acquisition speed can be but is not limited to capture each second picture frame and right side picture frame on the left of 30 or 60 frames.
Wherein, each frame left side picture frame 32 and each frame right side picture frame 34 have an image distance difference D (promptly the central shaft 33 of left side picture frame and 35 of the central shafts of right side picture frame have a distance B).In the present embodiment, each frame left side picture frame and each frame right side picture frame can have same size, that is to say, the width of each frame left side picture frame 32 and the width of each frame right side picture frame 34 are all W
a, the height of each frame left side picture frame 32 and the height of each frame right side picture frame 34 are all H
a, width W wherein
aAnd height H
aRelevant with the displaying ratio of three-dimensional dynamic video file respectively, width W
aAnd height H
aSetting can be three-dimensional dynamic image capture device 100 inner settings or the user sets up on their own.
Please with reference to Fig. 1 and Fig. 7, Fig. 7 is the sketch map according to the step 508 of Fig. 5.In above-mentioned steps 508, control module 106 utilizes each temporary frame left side picture frame to become three-dimensional dynamic video file with each frame right side picture frame alternate combinations.Wherein, The order that is combined into three-dimensional dynamic video file can be but is not limited to left side picture frame 32 and right side picture frame 34; The order of actual sets compound stereoscopic dynamic video file can be adjusted according to actual demand, is noted that, the order that is combined into three-dimensional dynamic video file needs identical with the order of acquisition module 104 acquisition left side picture frames and right side picture frame; In other words, control module 106 can be according to the der group compound stereoscopic dynamic video file of its temporary left side picture frame and right side picture frame.
Wherein, control module 106 can be according to each frame left side picture frame and each frame right side picture frame of showing that the speed alternate combinations is temporary, to form three-dimensional dynamic video file.Demonstration speed can be but is not limited to export each second 30,60 or 120 frames left side picture frame and right side picture frame.
In more detail, Fig. 1, Fig. 5, Fig. 6 and Fig. 7, before the user begins to utilize three-dimensional dynamic image capture device 100 to obtain a plurality of flat images, can by manual type or in the mode of building set the size of each left side picture frame and each right side picture frame.Then, can be by control module 106 control photographing modules 102, with obtain and transport plane image 30a to acquisition module 104.Acquisition module 104 can receive flat image 30a and capture the frame left side picture frame 32 of flat image 30a, and this moment, photographing module 102 was obtained flat image 30b.Then, acquisition module 104 can receive flat image 30b and capture the frame right side picture frame 34 of flat image 30b, and control module 106 can be accepted and temporary a frame left side picture frame 32 and a frame right side picture frame 34 from acquisition module 104 in regular turn.
When three-dimensional dynamic image capture device 100 stopped to obtain flat image, each frame left side picture frame that control module 106 will be kept in regular turn became three-dimensional dynamic video file with each frame right side picture frame alternate combinations.Wherein, The order that is combined into three-dimensional dynamic video file can be but is not limited to left side picture frame 32 and right side picture frame 34; The order of actual sets compound stereoscopic dynamic video file can be adjusted according to actual demand, is noted that, the order that is combined into three-dimensional dynamic video file needs identical with the order of acquisition module 104 acquisition left side picture frames and right side picture frame; In other words, control module 106 can be according to the der group compound stereoscopic dynamic video file of its temporary left side picture frame and right side picture frame.
The resolution of above-mentioned described three-dimensional dynamic video file is not higher than the resolution of three-dimensional dynamic image capture device.
Formation method and three-dimensional dynamic image capture device according to the disclosed three-dimensional dynamic image of the present invention; Can make three-dimensional dynamic image by single lens; Because general image capture unit has at least one camera lens; Make general user all can produce three-dimensional dynamic image easily, with epoch in response to stereopsisization by the image capture unit of the formation method of using three-dimensional dynamic image.According to the disclosed three-dimensional dynamic image capture device of the present invention, can grasp picture frame acquisition and the speed of exporting effectively, to form three-dimensional dynamic video file by the design of control module.
Claims (12)
1. the formation method of a three-dimensional dynamic image is applicable to that one has single-lens image capture unit, it is characterized in that the formation method of this solid dynamic image comprises:
Obtain a plurality of flat images continuously;
Capture the frame left side picture frame and a frame right side picture frame of each this flat image in regular turn, it is poor that this frame left side picture frame and this frame right side picture frame have an image distance;
Receive in regular turn and temporary those frame left side picture frame and those frame right side picture frames; And
Make up those frame left side picture frame and those frame right side picture frames in regular turn, to form a three-dimensional dynamic video file.
2. the formation method of three-dimensional dynamic image as claimed in claim 1 is characterized in that, makes up those frame left side picture frame and those frame right side picture frames in regular turn, in the step that forms this solid dynamic video file, also comprises:
Show that according to one speed makes up those frames left side picture frames and those frame right side picture frames in regular turn, should the solid dynamic video file to form, wherein, this demonstration speed is to export picture frame and this frame right side picture frames on the left of 30,60 or 120 these frames each second.
3. the formation method of three-dimensional dynamic image as claimed in claim 1; It is characterized in that; Capturing this frame left side picture frame and this frame right side picture frame of each this flat image in regular turn, picture frame and this frame right side picture frame have in the step of this image distance difference on the left of this frame, also comprise:
Foundation one acquisition speed captures this frame left side picture frame and this frame right side picture frame of each this flat image in regular turn, and this acquisition speed is to capture 30 or 60 these frames left side picture frame and this frame right side picture frames each second.
4. the formation method of a three-dimensional dynamic image is applicable to that one has single-lens image capture unit, it is characterized in that the formation method of this solid dynamic image comprises:
Obtain a plurality of flat images continuously;
Capture the frame right side picture frame of frame left side picture frame and an even number flat image of those flat images of an odd number flat image of those flat images in regular turn, to have an image distance poor for picture frame and this frame right side picture frame on the left of this frame;
Receive in regular turn and temporary those frame left side picture frame and those frame right side picture frames; And
Make up this frame left side picture frame of this odd number flat image and this frame right side picture frame of this even number flat image in regular turn, to form a three-dimensional dynamic video file.
5. the formation method of three-dimensional dynamic image as claimed in claim 4; It is characterized in that; Make up this frame left side picture frame of this odd number flat image and this frame right side picture frame of this even number flat image in regular turn, in the step that forms this solid dynamic video file, also comprise:
Show that according to one speed makes up this frame left side picture frame of this odd number flat image and this frame right side picture frame of this even number flat image in regular turn; Should the solid dynamic video file to form; Wherein, this demonstration speed is to export 30,60 or 120 those frame left side picture frame and those frame right side picture frames each second.
6. the formation method of three-dimensional dynamic image as claimed in claim 4; It is characterized in that; This frame right side picture frame of this even number flat image of picture frame and those flat images on the left of this frame of this odd number flat image that captures those flat images in regular turn; This frame left side picture frame and this frame right side picture frame have in the step of this image distance difference, also comprise:
Capture this frame right side picture frame of this even number flat image of this frame left side picture frame and those flat images of this odd number flat image of those flat images in regular turn according to an acquisition speed; Wherein, this acquisition speed is to capture 30 or 60 those frame left side picture frame and those frame right side picture frames each second.
7. a three-dimensional dynamic image capture device is characterized in that, comprising:
One photographing module is in order to obtain a plurality of flat images continuously;
One acquisition module electrically connects this photographing module; And
One control module electrically connects this acquisition module;
Wherein, this this acquisition module of control module control, so that this acquisition module captures the frame left side picture frame and a frame right side picture frame of each this flat image in regular turn, it is poor that this frame left side picture frame and this frame right side picture frame have an image distance; This control module receives and temporary those frame left side picture frame and those frame right side picture frames in regular turn, and this control module makes up those frame left side picture frame and those frame right side picture frames in regular turn, to form a three-dimensional dynamic video file.
8. three-dimensional dynamic image capture device as claimed in claim 7; It is characterized in that; This control module shows that according to one speed makes up those frame left side picture frame and those frame right side picture frames in regular turn; Should the solid dynamic video file to form, this demonstrations speed is to export picture frame and those frame right side picture frames on the left of 30,60 or 120 those frames each second.
9. three-dimensional dynamic image capture device as claimed in claim 7; It is characterized in that; This control module captures this frame left side picture frame and this frame right side picture frame that speed captures each this flat image in regular turn according to one, and this acquisition speed is to capture 30 or 60 those frames left side picture frame and those frame right side picture frames each second.
10. a three-dimensional dynamic image capture device is characterized in that, comprising:
One photographing module is in order to obtain a plurality of flat images continuously;
One acquisition module electrically connects this photographing module; And
One control module electrically connects this acquisition module;
Wherein, This this acquisition module of control module control; So that this acquisition module captures the frame right side picture frame of frame left side picture frame and an even number flat image of those flat images of an odd number flat image of those flat images in regular turn, to have an image distance poor for picture frame and this frame right side picture frame on the left of this frame; This control module receives and temporary those frame left side picture frame and those frame right side picture frames in regular turn, and this control module makes up those frame left side picture frame and those frame right side picture frames in regular turn, to form a three-dimensional dynamic video file.
11. three-dimensional dynamic image capture device as claimed in claim 10; It is characterized in that; This control module shows that according to one speed makes up those frame left side picture frame and those frame right side picture frames in regular turn; Should the solid dynamic video file to form, this demonstrations speed is to export picture frame and those frame right side picture frames on the left of 30,60 or 120 those frames each second.
12. three-dimensional dynamic image capture device as claimed in claim 10; It is characterized in that; This control module captures this frame right side picture frame of this frame left side picture frame and this even number flat image of those flat images of this odd number flat image of those flat images in regular turn according to an acquisition speed, this acquisition speed is to capture picture frame and those frame right side picture frames on the left of 30 or 60 those frames each second.
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0502511A2 (en) * | 1991-03-04 | 1992-09-09 | Sharp Kabushiki Kaisha | Apparatus and method for generating stereoscopic images |
| TW201043004A (en) * | 2009-01-21 | 2010-12-01 | Nikon Corp | Image processing device, program, image processing method, recording method, and recording medium |
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2010
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0502511A2 (en) * | 1991-03-04 | 1992-09-09 | Sharp Kabushiki Kaisha | Apparatus and method for generating stereoscopic images |
| TW201043004A (en) * | 2009-01-21 | 2010-12-01 | Nikon Corp | Image processing device, program, image processing method, recording method, and recording medium |
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Application publication date: 20120704 |