CN105306921A - Three-dimensional photo shooting method based on mobile terminal and mobile terminal - Google Patents
Three-dimensional photo shooting method based on mobile terminal and mobile terminal Download PDFInfo
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- CN105306921A CN105306921A CN201410273008.5A CN201410273008A CN105306921A CN 105306921 A CN105306921 A CN 105306921A CN 201410273008 A CN201410273008 A CN 201410273008A CN 105306921 A CN105306921 A CN 105306921A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
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- H04N13/00—Stereoscopic video systems; Multi-view video systems; Details thereof
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Abstract
The invention provides a three-dimensional photo shooting method based on a mobile terminal, and the mobile terminal. The three-dimensional photo shooting method comprises the steps of: at a first shooting position, collecting the first viewing angle image data of a three-dimensional scene by a camera, then at a second shooting position which is horizontally displaced from the first shooting position for a specific distance, collecting the second viewing angle image data of the three-dimensional scene by the camera, then determining the first viewing angle image data and the second viewing angle image data to be left viewing angle image data and right viewing angle image data according to the corresponding shooting positions, and at last compositing the left viewing angle image data and the right viewing angle image data to generate composite image data and store the same. According to the three-dimensional photo shooting method based on the mobile terminal, the shooting function of the camera of the mobile terminal is fully utilized, so that a user can use the mobile terminal to obtain a three-dimensional photo through simple operation, thus increasing the shooting fun of the user, and improving the user experience.
Description
Technical field
The present invention relates to a kind of technique for taking field, particularly relate to a kind of 3-d photographs image pickup method based on mobile terminal and mobile terminal
Background technology
The high speed development of 3D technology, facilitates stereoscopic shooting technology greatly.Along with the application on mobile phone or camera terminal such as red blue glasses, bore hole 3D display screen and observation mirror, widely using of the red blue glasses that special price is very cheap, make current mobile phone or camera when not needing to change mobile phone hardware, as long as update software, just 3D film and photo can be seen on these terminals.
Increasingly powerful in current taking photograph of intelligent mobile phone function, become the critical function of mobile phone, it is irresistible that it replaces card camera trend.Each mobile phone producer constantly updates hardware configuration in mobile phone photograph, increases shoot function.Current taking photograph of intelligent mobile phone camera pixel has reached 1,300 ten thousand, can carry out cutting by comparison film after shooting, the work such as to beautify.But taking photograph of intelligent mobile phone is planar picture absolutely mostly, and have more presence than planar picture, depth of field sense, can bring to people and on the spot in person feel to obtain stereoscopic photograph, but these mobile phones or camera all only have single camera, so be difficult to realize stereographic picture-taking objective and viewing on general smart mobile phone.
Summary of the invention
The main technical problem to be solved in the present invention is, how only to need the mobile terminal camera shooting three-dimensional stereo photo utilized.
For solving the problem, the invention provides a kind of 3-d photographs image pickup method based on mobile terminal, comprising: in the first camera site, gathered the first multi-view image data of a three-dimensional scenic by mobile terminal camera; In the second camera site of described first shooting horizontal displacement specific range, by the second multi-view image data of three-dimensional scenic described in described camera collection; Described first multi-view image data and described second multi-view image data are defined as LOOK LEFT view data and LOOK RIGHT view data by the camera site according to its correspondence; Described LOOK LEFT view data and described LOOK RIGHT view data are synthesized, generates composograph data; Preserve described composograph data.
In an embodiment of the present invention, after the first multi-view image data of collection one three-dimensional scenic, also step is comprised: the specific part view data intercepting described first multi-view image data; And described specific part view data is presented on mobile terminal display screen when carrying out the second multi-view image data gathering described three-dimensional scenic.
In an embodiment of the present invention, the specific part view data of the described first multi-view image data of described intercepting specifically comprises: intercept at least one in the view data in the focusing frame of described first multi-view image data, the view data at four angles, the view data on four limits and all images data.
In an embodiment of the present invention, described described specific part view data being presented on mobile terminal display screen specifically comprises: carry out at least one process in translucent process, dotted line process, black and white process and monochromatic process to the described first multi-view image specific part view data intercepted; Specific part view data after described first multi-view image data processing is presented on mobile terminal display screen.
In an embodiment of the present invention, specific part view data after described first multi-view image data processing is presented on mobile terminal display screen and comprises: in the second camera site of described first shooting horizontal displacement specific range, when being shown as the second multi-view image data of described three-dimensional scenic in display screen view-finder, described specific part view data is presented in described view-finder.
In an embodiment of the present invention, second multi-view image data of the described three-dimensional scenic of described collection comprise: display screen is divided into the first view-finder and the second view-finder, in the second camera site of described first shooting horizontal displacement specific range, described first multi-view image data are presented in described first view-finder; Described specific part view data is presented in described second view-finder.
In an embodiment of the present invention, second multi-view image data of the described three-dimensional scenic of described collection comprise in following processing mode any one: the specific part matching degree calculating the second multi-view image data and the first multi-view image data, complete described second multi-view image data acquisition when matching degree exceedes preset value, or display gathers information and completes described second multi-view image data acquisition according to user's acquisition instructions; Gather preparation second multi-view image data, receive the adjustment control command of user to the view data of preparation second multi-view image data and adjust, using the preparation second multi-view image data after adjustment as the second multi-view image data.
In an embodiment of the present invention, described described LOOK LEFT view data and described LOOK RIGHT view data to be synthesized, generate composograph data and specifically comprise with at least one under type: by described LOOK LEFT view data and described LOOK RIGHT view data by coupling synthesis left-right format 3 d image data; Described LOOK LEFT view data and described LOOK RIGHT view data are synthesized raster format 3 d image data by the conversion of grating conversion application; Described LOOK LEFT view data and described LOOK RIGHT view data are synthesized red blue form 3 d image data by red blue conversion application conversion.
For solving the problem, the present invention also provides a kind of mobile terminal with single camera, this mobile terminal comprises acquisition module, determination module, synthesis module and preservation module: described acquisition module, in the first camera site, gathered the first multi-view image data of a three-dimensional scenic by mobile terminal camera; With the second camera site at described first shooting horizontal displacement specific range, by the second multi-view image data of three-dimensional scenic described in described camera collection; Described first multi-view image data and described second multi-view image data are defined as LOOK LEFT view data and LOOK RIGHT view data for the camera site according to its correspondence by described determination module; Described synthesis module, for described LOOK LEFT view data and described LOOK RIGHT view data being synthesized, generates composograph data; Described preservation module, for preserving described composograph data.
In an embodiment of the present invention, described mobile terminal also comprises interception module and display module: described interception module, for gather a three-dimensional scenic at acquisition module the first multi-view image data after, intercept the specific part view data of described first multi-view image data; Described display module, for being presented at mobile terminal display screen by described specific part view data when carrying out the second multi-view image data gathering described three-dimensional scenic.
In an embodiment of the present invention, described interception module is also for intercepting at least one in view data, the view data at four angles, the view data on four limits and all images data in the focusing frame of described first multi-view image data.
In an embodiment of the present invention, described display module also comprises process submodule and display sub-module: described process submodule, for carrying out at least one process in translucent process, dotted line process, black and white process and monochromatic process to the described first multi-view image specific part view data intercepted; Described display sub-module, for being presented at mobile terminal display screen by the specific part view data after the process of process submodule.
In an embodiment of the present invention, described display module is also for the second camera site at described first shooting horizontal displacement specific range, when being shown as the second multi-view image data of described three-dimensional scenic in display screen view-finder, described specific part view data is presented in described view-finder.
In an embodiment of the present invention, described display module is also divided into the first view-finder and the second view-finder for display screen, in the second camera site of described first shooting horizontal displacement specific range, described first multi-view image data are presented in described first view-finder; Described specific part view data is presented in described second view-finder.
In an embodiment of the present invention, described acquisition module also comprises matched sub-block and adjustment submodule: described matched sub-block, for calculating the specific part matching degree of the second multi-view image data and the first multi-view image data, complete described second multi-view image data acquisition when matching degree exceedes preset value, or display gathers information and completes described second multi-view image data acquisition according to user's acquisition instructions; Described adjustment submodule, for gathering preparation second multi-view image data, receiving the adjustment control command of user to the view data of preparation second multi-view image data and adjusting, using the preparation second multi-view image data after adjustment as the second multi-view image data.
In an embodiment of the present invention, described synthesis module comprises left and right synthon module, grating synthon module and red blue synthon module: described left and right synthon module, for described LOOK LEFT view data and described LOOK RIGHT view data are synthesized left-right format 3 d image data by coupling; Described grating synthon module, for synthesizing raster format 3 d image data by described LOOK LEFT view data and described LOOK RIGHT view data by the conversion of grating conversion application; Described red blue synthon module, for synthesizing red blue form 3 d image data by described LOOK LEFT view data and described LOOK RIGHT view data by red blue conversion application conversion.
The invention has the beneficial effects as follows:
A kind of 3-d photographs image pickup method based on mobile terminal provided by the invention and mobile terminal, 3-d photographs image pickup method of the present invention specifically comprises: in the first camera site, by the first multi-view image data of camera collection one three-dimensional scenic, then in the second camera site of the first shooting horizontal displacement specific range, by the second multi-view image data of this camera collection three-dimensional scenic, then according to the camera site of its correspondence, the first multi-view image data and the second multi-view image data are defined as LOOK LEFT view data and LOOK RIGHT view data, finally LOOK LEFT view data and LOOK RIGHT view data are synthesized, generate composograph data and preserve this composograph data.The image pickup method of the application achieves mobile terminal shooting three-dimensional stereo photo, only utilize a camera just can complete the shooting of stereoscopic photograph, reduce cost, make user that mobile terminal can be utilized to carry out simple operations and obtain three-dimensional stereo photo, add user and take enjoyment, improve the Experience Degree of user.
Accompanying drawing explanation
The schematic flow sheet of the 3-d photographs image pickup method that Fig. 1 provides for the embodiment of the present invention one;
The schematic flow sheet of the 3-d photographs image pickup method that Fig. 2 a provides for the embodiment of the present invention two;
In the 3-d photographs image pickup method that Fig. 2 b provides for the embodiment of the present invention two, gather the view data schematic diagram of the first visual angle photo;
In the 3-d photographs image pickup method that Fig. 2 c provides for the embodiment of the present invention two, intercept all images data dotted line process schematic diagram of the first visual angle photo;
In the 3-d photographs image pickup method that Fig. 2 d provides for the embodiment of the present invention two, the view data gathering the second visual angle photo with all images data dashed line view of the first visual angle photo for reference view;
In the 3-d photographs image pickup method that Fig. 2 e provides for the embodiment of the present invention two, intercept the part image data dotted line process schematic diagram of the first visual angle photo;
In the 3-d photographs image pickup method that Fig. 2 f provides for the embodiment of the present invention two, the view data gathering the second visual angle photo with the part image data dashed line view of the first visual angle photo for reference view;
In the 3-d photographs image pickup method that Fig. 3 a provides for the embodiment of the present invention three, single screen shooting interface schematic diagram;
In the 3-d photographs image pickup method that Fig. 3 b provides for the embodiment of the present invention three, single screen shooting interface right eye photo schematic diagram;
In the 3-d photographs image pickup method that Fig. 3 c provides for the embodiment of the present invention three, double screen shooting interface schematic diagram;
In the 3-d photographs image pickup method that Fig. 3 d provides for the embodiment of the present invention three, synthesis left-right format 3 d image data schematic diagram;
The first structural representation of the mobile terminal with single camera that Fig. 4 provides for the embodiment of the present invention four;
Mobile terminal the second structural representation with single camera that Fig. 5 provides for the embodiment of the present invention four;
The third structural representation of the mobile terminal with single camera that Fig. 6 provides for the embodiment of the present invention four;
The 4th kind of structural representation of the mobile terminal with single camera that Fig. 7 provides for the embodiment of the present invention four;
The 5th kind of structural representation of the mobile terminal with single camera that Fig. 8 provides for the embodiment of the present invention four.
Embodiment
The invention provides method and the mobile terminal of the shooting of mobile terminal single camera 3-d photographs, for how watching stereoscopic photograph watch by existing viewing stereoscopic photograph technology, make mobile terminal also possess stereographic picture-taking objective function, simplify user and take the operation appreciating stereoscopic photograph.Bring to user and more take enjoyment, just can share stereoscopic photograph to other people by mobile phone.For making those skilled in the art understand technical scheme of the present invention better, below in conjunction with the drawings and specific embodiments, the present invention is described in further detail.
Embodiment one
Present embodiments provide a kind of 3-d photographs image pickup method based on mobile terminal, refer to Fig. 1, Fig. 1 is the schematic flow sheet of the 3-d photographs image pickup method of mobile terminal, and the method comprises:
Step S101: in the first camera site, by the first multi-view image data of camera collection one three-dimensional scenic;
In this step, camera on mobile terminal is aimed at the three-dimensional scenic needing shooting by user, image sensor converts the light signal collected to the signal of telecommunication (analog signal), then processor converts analog signal to digital signal, become the view data of the first visual angle photo, and be sent to display screen for user's preview.This view data, by after preview, can be preserved after determining satisfaction by user.Concrete preservation can comprise the data format view data of the first visual angle photo being encoded as camera head and supporting, synthetic image file, is temporarily stored in memory, and this memory can be internal memory, also can be mobile memory.The carrying out of this operation presses certain action button to realize by user, such as shutter or shoot button.
Step S102: in the second camera site of the first shooting horizontal displacement specific range, by the second multi-view image data of camera collection three-dimensional scenic;
In this step, user is by mobile phone to the right along horizontal direction displacement specific range, and this specific range specifically moves according to photographed scene, and such as this specific range can be 4-6cm and namely adjusts as people's right and left eyes pupil distance, here can move horizontally left, also can move horizontally to the right.Certainly this specific range specifically should, to the distance of shooting three-dimensional scenic as mobile reference, just need shift length relatively little, and it need shift length relatively far away to take distant view if such as take close shot.Certainly this moving process also moves by other modes.Can, by the position of camera site horizontal displacement specific range, the view data of the view data of the second visual angle photo and the first visual angle photo be made to have certain subtense angle just passable as long as be construed as.Certainly concrete process adjusts the target of shooting by user, and same three-dimensional scenic when certainly must ensure the view data with the first visual angle photo, namely twice shooting is the shooting of the different angles to same target.Because twice shooting is at different visual angles, preferably, photographed scene is static scene.
Step S103: the first multi-view image data and the second multi-view image data are defined as LOOK LEFT view data and LOOK RIGHT view data according to the camera site of correspondence;
In this step, if moved horizontally to the right after the view data of shooting first visual angle photo, so the view data of this first visual angle photo is just left eye visual angle picture data, and the view data of the second visual angle photo is just right-eye perspectives picture data; If moved horizontally left after the view data of shooting first visual angle photo, so the view data of this first visual angle photo is just right-eye perspectives picture data, and the view data of the second visual angle photo is just left eye visual angle picture data.Be construed as and determine true LOOK LEFT view data and LOOK RIGHT view data according to the concrete shooting view data of the first visual angle photo and the view data of the second visual angle photo.
Step S104: LOOK LEFT view data and LOOK RIGHT view data are synthesized, generates composograph data;
In this step, be construed as can by other existing softwares and mobile terminal itself shooting basic operation come and existing correlation computations to complete the synthesis of view data.
Step S105: preserve composograph data.
User carries out preview according to the composograph data of the stereoscopic photograph synthesized in step S104, if meet the needs of user, then can press acknowledgement key, composograph data is preserved in memory.This step occur in stereoeffect that user determines that image on display screen meets obviously after, press certain operation keys and come, such as shutter or preservation button of taking pictures.
Embodiment two
Present embodiments provide a kind of method of more detailed mobile terminal single camera 3-d photographs shooting, in the present embodiment, the view data that user can carry out with reference to carrying out the second visual angle photo according to the view data of the first visual angle photo is taken, improve the accuracy of shooting, be convenient to better embody three-dimensional stereo effect.Refer to Fig. 2 a, the method comprises the steps:
Step S201: in the first camera site, gathers the first multi-view image data of a three-dimensional scenic by mobile terminal camera;
In this step, camera on mobile terminal is aimed at the three-dimensional scenic needing shooting by user, image sensor converts the light signal collected to the signal of telecommunication (analog signal), then processor converts analog signal to digital signal, become the view data of the first visual angle photo, and be sent to display screen for user's preview.This view data, by after preview, can be preserved after determining satisfaction by user.Concrete preservation can comprise the data format view data of the first visual angle photo being encoded as camera head and supporting, synthetic image file, is temporarily stored in memory, and this memory can be internal memory, also can be mobile memory.The carrying out of this operation presses certain action button to realize by user, such as shutter or shoot button.
Step S202: the specific part view data intercepting the first multi-view image data;
In this step, for the ease of carrying out the collection of the view data of the second visual angle photo, namely facilitating user to carry out the shooting of the picture image data at the second visual angle, intercepting the first multi-view image data specific part view data.Intercepting by user oneself of this intercepting, namely user oneself selects part that is specific or that like as the reference data of the view data of the second visual angle photo.As long as the reference that the specific part data being construed as intercepting can carry out the data acquisition of the second visual angle photo as user all can realize.Can certainly button be set, the specific part of the view data of mobile terminal automatic acquisition first visual angle photo.
Step S203: specific part view data is presented on mobile terminal display screen;
In this step, after obtaining the specific part of the view data of the first visual angle photo, first preview can be carried out for user, after preview is satisfied, the specific part of the first visual angle photo is presented in shooting preview interface for reference.
Step S204: in the second camera site of the first shooting horizontal displacement specific range, by the second multi-view image data of camera collection three-dimensional scenic;
In this step, user is by mobile phone to the right along horizontal direction displacement specific range, and this specific range specifically moves according to photographed scene, and such as this specific range can be 4-6cm, can move horizontally left here, also can move horizontally to the right.Certainly this specific range specifically should, to the distance of shooting three-dimensional scenic as mobile reference, just need shift length relatively little, and it need shift length relatively far away to take distant view if such as take close shot.Certainly this moving process also moves by other modes.Can, by the position of camera site horizontal displacement specific range, the view data of the view data of the second visual angle photo and the first visual angle photo be made to have certain subtense angle just passable as long as be construed as.Certainly concrete process adjusts the target of shooting by user, and same three-dimensional scenic when certainly must ensure the view data with the first visual angle photo, namely twice shooting is the shooting of the different angles to same target.Because twice shooting is at different visual angles, preferably, photographed scene is static scene.
Step S205: the first multi-view image data and the second multi-view image data are defined as LOOK LEFT view data and LOOK RIGHT view data according to the camera site of correspondence;
In this step, if moved horizontally to the right after the view data of shooting first visual angle photo, so the view data of this first visual angle photo is just left eye visual angle picture data, and the view data of the second visual angle photo is just right-eye perspectives picture data; If moved horizontally left after the view data of shooting first visual angle photo, so the view data of this first visual angle photo is just right-eye perspectives picture data, and the view data of the second visual angle photo is just left eye visual angle picture data.Be construed as is LOOK RIGHT view data according to the concrete shooting view data of the first visual angle photo and the view data camera site of the second visual angle photo seeing for LOOK LEFT view data and right eye of determining that left eye sees.
Step S206: LOOK LEFT view data and LOOK RIGHT view data are synthesized, generates composograph data;
In this step, be construed as can by other existing softwares and mobile terminal itself shooting basic operation come and existing correlation computations to complete the synthesis of view data.
Step S207: preserve composograph data.
User carries out preview according to the composograph data of the stereoscopic photograph synthesized in step S206, if meet the needs of user, then can press acknowledgement key, composograph data is preserved in memory.This step occur in stereoeffect that user determines that image on display screen meets obviously after, press certain operation keys and come, such as shutter or preservation button of taking pictures.
In above-mentioned steps S203, the corresponding specific part view data intercepted, in order to be convenient to user's reference further, the part being construed as intercepting the view data in the focusing frame of the first multi-view image data, the view data at four angles, the view data on four limits and all images data can be intercepted medium, as long as can carry out the image data acquiring of the second visual angle photo with reference to realizing for user.
In above-mentioned steps S204, for the ease of the observation of user, better carry out the image data acquiring of the second visual angle photo, the reference even if the specific part data of reference are more convenient for, to intercepting the content be presented on screen, the process such as translucent process, dotted line process, monochromatic process and black and white process can be carried out.The image data acquiring of the second visual angle photo is construed as, as long as can be made distinguishing process all can to realize with reference to specific part.Certainly, the content of intercepting also can not process.
In above-mentioned steps S206, be construed as when mobile terminal carries out the second multi-view image data acquisition, the matching degree of the view data in the current view-finder of automatic detection and the specific part view data of reference, when matching degree arrives certain predetermined value, namely when matching degree is very high, display gathers information, and reminding user carries out image data acquiring and completes described second multi-view image data acquisition according to user's acquisition instructions or automatically carry out image data acquiring.Like this, be more convenient for user to the collection of the second multi-view image data and and the first multi-view image data better form stereoscopic image data.Certainly, also first can gather preparation second multi-view image data, receive the adjustment control command of user to the view data of preparation second multi-view image data and adjust, using the preparation second multi-view image data after adjustment as the second multi-view image data.Specifically can be understood as, first gather the view data of the second visual angle photo, this picture image data temporary, this view data is presented in display screen for user's preview, user's perspective image data and feature part image data compare, if find there is certain deviation with specific part view data, by regulation and control instruction, it is adjusted, when substantially overlapping with specific part data image with specific part data image to when mating high, just preserve the view data of these preparation second multi-view image data as the second visual angle photo.Concrete adjustment comprises that the regulation and control instruction accepting user is carried out up and down preparation second multi-view image data, the translation of left and right, and to adjustment such as it zoom in or out.
Below with all images data of the view data of the first visual angle photo as a reference, and dotted line is carried out to the view data of reference be treated to example.Certainly the view data being not limited only to choose whole photo as a reference, is also not limited only to do dotted line process to the specific part of reference.At collection second visual angle, picture image data is, calculates the specific part matching degree of the second multi-view image data and the first multi-view image data, completes the second multi-view image data acquisition when matching degree exceedes preset value.As shown in Figure 2 b, this figure is the view data of the first visual angle photo gathered, and this photo comprises a house and a tree.This whole photo can be selected to be the reference of specific part view data as the second visual angle photo, and as shown in Figure 2 c, this figure is be the reference diagram of the image data acquiring of the second visual angle photo after carrying out dotted line process to specific part view data.When carrying out the second multi-view image data acquisition, as shown in Figure 2 d, when the view data of the photo at the second visual angle overlaps as data substantially with the dashed line view of reference, complete the IMAQ of the second visual angle photo.Further, if photographic subjects is only house, want the three-dimensional stereo photo obtaining house.As shown in Figure 2 e, when only to choose house be reference, dotted line process is carried out to house.As shown in figure 2f, when the picture image data carrying out the second visual angle gathers, when substantially overlapping with shooting house with reference to house, the IMAQ of the second visual angle photo is completed.Further, when detecting that substantially overlapping with reference to house and shooting house is that matching degree arrives more than 90 percent, at this moment can carry out the image data acquiring of the second visual angle photo or automatically carry out the image data acquiring of the second visual angle photo by reminding user.
In above-mentioned steps 204, if point view data of extracting, gathering first visual angle photo and the view data of the second visual angle photo, that is, after first gathering the view data of the first visual angle photo, specific part view data is presented in view-finder the photograph image collection carrying out second time visual angle.Certainly, if mobile terminal display screen to be divided into the first view-finder and the second view-finder; Adopt the first view-finder to carry out the image data acquiring of the first visual angle photo, and the first multi-view image data are presented in the first view-finder; Just carry out the image data acquiring of the second visual angle photo with the second view-finder, specific part view data is presented in the second view-finder, complete the image data acquiring of the second visual angle photo according to this reference.
In above-mentioned steps 206, mainly LOOK LEFT view data and LOOK RIGHT view data are synthesized, generate composograph data.The basic operation can made a video recording by other softwares and mobile terminal itself in this step completes the synthesis of LOOK LEFT view data and LOOK RIGHT view data.Concrete such as can by left and right multi-view image data by editor's coupling synthesis left-right format 3 d image data; Can also by left and right multi-view image data by grating conversion application conversion synthesis raster format 3 d image data; And just multi-view image data in left and right synthesize red blue form 3 d image data etc. by red blue conversion application conversion.
Embodiment three
In order to further describe the present invention, be mobile phone below with mobile terminal for example is described, certain mobile terminal is not limited only to mobile phone, as panel computer etc. is also included within the present invention.User, as clapped stereoscopic photograph with mobile phone, namely starts stereoscopic photograph application program, can certainly add stereographic picture-taking objective entrance in camera application.
As best shown in figures 3 a and 3b, be the interface layout figure of single screen shooting left and right picture.Wherein 3a is the interface schematic diagram starting stereographic picture-taking objective application.301 is focusing frame, and by mobile phone camera facing to photographic subjects, mobile phone display screen curtain is clicked photographic subjects, camera program focuses on focusing to this target, shooting prompting after completing.302 is photographic subjects.303 is left eye figure shooting push button, for taking left eye photo namely for gathering the first visual angle picture image data.304 is right eye figure shooting push button, for taking right eye photo namely for gathering the first visual angle picture image data.305 be left eye figure and right eye figure adaptation adjustment button, for adjusting the position angle size etc. of left eye figure and right eye figure photo, make left eye figure and right eye figure photo adaptive well.306 is save button, for preserving the stereoscopic photograph of a pair left-right format.User clicks in screen the target needing to take, and cell phone cameras is focused to this target, and rear mobile phone of having focused goes out prompting (as sound, the variable color of focusing frame), and user presses 303 left eye figure buttons, completes left eye photograph taking.Mobile phone moves a certain distance along horizontal direction to the right by user, such as, move 4-6cm, and adjust photographic subjects in the identical position of left eye photo, click target, mobile phone completes defocused, by 304 right eye figure shooting push buttons, completes right eye photograph taking.Horizontal mobile device if any specialty coordinates shooting, and left eye photo and right eye photo very accurately can reappear the photo that people's left eye and right eye are seen.
When taken freehand 2 photos, the height of photographic subjects in view-finder be kept consistent, and horizontal direction is consistent, has larger difficulty.For addressing this problem, when shooting second photo, screen retains the Part of photos taken information of first photo, such as, photo in first photo focusing frame is that second photo is found a view for referencial use.As shown in Figure 3 b, during shooting second right eye photo, the photo in the focusing frame of first left eye figure, is retained and finds a view reference for shooting on a display screen.User claps right eye figure, translation mobile phone 4-6cm, as found, photographic subjects does not overlap substantially with first photo, adjustment mobile phone camera position angle etc., it is that left eye figure and right eye figure matching degree are high that photographic subjects in display screen and the left eye photographic subjects retained are overlapped substantially, click 304 right eye figure buttons, complete right eye figure and take.Certainly, when taking right eye figure, mobile phone can calculate the matching degree of the reference scape on left eye figure and display screen automatically, when matching degree arrives preset value, can carry out right eye figure shooting by reminding user, also can automatically take.Such as preset value can be 90 percent, and namely coupling will show shooting information or automatically take more than 90 percent.Left eye figure right eye figure as shooting is better adaptive, namely clicks 306 save buttons, generates the stereoscopic photograph of a pair left-right format.After right eye photograph taking, as found, the photographic subjects of right eye figure and the left eye figure photographic subjects be retained in display screen differ greatly, namely click about 305 adaptive buttons, make right eye figure be in photo adjustment state (or right eye figure take rear automatically enter photo adjust state).Now can move up and down right eye about figure, left rotation and right rotation, the process such as Scalable is mated with left eye figure to realize right eye figure.Finally click 306 save buttons, generate the stereoscopic photograph of a pair left-right format.
As shown in figs. 3 c and 3d, be the interface layout figure that left and right picture taken by double screen.Display screen divides left and right 2 view-finders, and 307 be the schematic diagram of photographic subjects in left eye figure, and user clicks photographic subjects and completes focusing, presses to take key and complete left eye figure and take.Then in right view-finder, there is the sectional drawing in photographic subjects focusing frame, adjust reference by location for shooting right eye figure.After left eye figure has taken, the certain distance that moved right by mobile phone such as can move 4-6cm and carry out right eye figure shooting.309 for shooting right eye figure time photographic subjects initial schematic diagram, by adjustment camera lens position, image 309 is overlapped substantially with image 308, and completing right eye figure finds a view, and carry out focusing take.As shown in Figure 3 d, be the stereotome (2 photos have certain subtense angle) of left-right format, obviously stereoeffect picture can be seen by observation mirror.
Embodiment four
The present embodiment provides a kind of mobile terminal with single camera, and as shown in Figure 4, this mobile terminal comprises acquisition module, determination module, synthesis module and preservation module.Wherein, acquisition module, in the first camera site, gathers the first multi-view image data of a three-dimensional scenic by mobile terminal camera; With the second camera site at the first shooting horizontal displacement specific range, by the second multi-view image data of camera collection three-dimensional scenic; Determination module, for being defined as LOOK LEFT view data and LOOK RIGHT view data by the first multi-view image data and the second multi-view image data according to the camera site of its correspondence; Synthesis module, for LOOK LEFT view data and LOOK RIGHT view data being synthesized, generates composograph data; Preserve module, for preserving composograph data.
The present embodiment additionally provides another kind of mobile terminal, and as shown in Figure 5, this mobile terminal comprises each module in above-mentioned mobile terminal, and this mobile terminal also comprises interception module and display module.Wherein, interception module, for gather a three-dimensional scenic at acquisition module the first multi-view image data after, intercept the specific part view data of the first multi-view image data; Display module, for being presented at mobile terminal display screen by specific part view data when carrying out the second multi-view image data gathering three-dimensional scenic.Preferably, interception module is also for intercepting at least one in the view data in the focusing frame of the first multi-view image data, the view data at four angles, the view data on four limits and all images data.
The present embodiment additionally provides another mobile terminal, and as shown in Figure 6, this mobile terminal comprises each module in above-mentioned mobile terminal, and the display module of this mobile terminal also comprises process submodule and display sub-module.Process submodule, for carrying out at least one process in translucent process, dotted line process, black and white process and monochromatic process to the first multi-view image specific part view data intercepted; Display sub-module, for being presented at mobile terminal display screen by the specific part view data after the process of process submodule.Preferably, specific part view data also for the second camera site at the first shooting horizontal displacement specific range, when being shown as the second multi-view image data of three-dimensional scenic in display screen view-finder, is presented in view-finder by display module.Further, display module is also divided into the first view-finder and the second view-finder for display screen, and in the second camera site of the first shooting horizontal displacement specific range, the first multi-view image data are presented in the first view-finder; Specific part view data is presented in the second view-finder.
The present embodiment additionally provides another mobile terminal, and as shown in Figure 7, this mobile terminal comprises each module in above-mentioned mobile terminal, and the acquisition module of this mobile terminal also comprises matched sub-block and adjustment submodule.Wherein, matched sub-block, for calculating the specific part matching degree of the second multi-view image data and the first multi-view image data, complete the second multi-view image data acquisition when matching degree exceedes preset value, or display gathers information and completes described second multi-view image data acquisition according to user's acquisition instructions; Adjustment submodule, for gathering preparation second multi-view image data, receiving the adjustment control command of user to the view data of preparation second multi-view image data and adjusting, using the preparation second multi-view image data after adjustment as the second multi-view image data.
The present embodiment additionally provides another mobile terminal, and as shown in Figure 8, this mobile terminal comprises each module in above-mentioned mobile terminal, and the synthesis module of this mobile terminal comprises left and right synthon module, grating synthon module and red blue synthon module.Wherein, left and right synthon module, for synthesizing left-right format 3 d image data by LOOK LEFT view data and LOOK RIGHT view data by coupling; Grating synthon module, for synthesizing raster format 3 d image data by LOOK LEFT view data and LOOK RIGHT view data by the conversion of grating conversion application; Red blue synthon module, for synthesizing red blue form 3 d image data by LOOK LEFT view data and LOOK RIGHT view data by red blue conversion application conversion.
The all or part of step that one of ordinary skill in the art will appreciate that in said method is carried out instruction related hardware by program and is completed, and said procedure can be stored in computer-readable recording medium, as read-only memory, disk or CD etc.Alternatively, all or part of step of above-described embodiment also can use one or more integrated circuit to realize.Correspondingly, each module/unit in above-described embodiment can adopt the form of hardware to realize, and the form of software function module also can be adopted to realize.The present invention is not restricted to the combination of the hardware and software of any particular form.
Above embodiment only in order to technical scheme of the present invention and unrestricted to be described, only with reference to preferred embodiment to invention has been detailed description.Those of ordinary skill in the art should be appreciated that and can modify to technical scheme of the present invention or equivalent replacement, and does not depart from the spirit and scope of technical solution of the present invention, all should be encompassed in the middle of right of the present invention.
Claims (16)
1., based on a 3-d photographs image pickup method for mobile terminal, it is characterized in that,
In the first camera site, by the first multi-view image data of camera collection one three-dimensional scenic;
In the second camera site of described first shooting horizontal displacement specific range, by the second multi-view image data of three-dimensional scenic described in described camera collection;
Described first multi-view image data and described second multi-view image data are defined as LOOK LEFT view data and LOOK RIGHT view data according to the camera site of its correspondence;
Described LOOK LEFT view data and described LOOK RIGHT view data are synthesized, generates composograph data;
Preserve described composograph data.
2. 3-d photographs image pickup method as claimed in claim 1, is characterized in that, after the first multi-view image data of collection one three-dimensional scenic, also comprise step: the specific part view data intercepting described first multi-view image data; And described specific part view data is presented on mobile terminal display screen when carrying out the second multi-view image data gathering described three-dimensional scenic.
3. 3-d photographs image pickup method as claimed in claim 2, it is characterized in that, the specific part view data of the described first multi-view image data of described intercepting specifically comprises: intercept at least one in the view data in the focusing frame of described first multi-view image data, the view data at four angles, the view data on four limits and all images data.
4. 3-d photographs image pickup method as claimed in claim 3, it is characterized in that, described described specific part view data being presented on mobile terminal display screen specifically comprises: carry out at least one process in translucent process, dotted line process, black and white process and monochromatic process to the described first multi-view image specific part view data intercepted; Specific part view data after described first multi-view image data processing is presented on mobile terminal display screen.
5. the 3-d photographs image pickup method as described in any one of claim 2-4, it is characterized in that, specific part view data after described first multi-view image data processing is presented on mobile terminal display screen and comprises: in the second camera site of described first shooting horizontal displacement specific range, when being shown as the second multi-view image data of described three-dimensional scenic in display screen view-finder, described specific part view data is presented in described view-finder.
6. the 3-d photographs image pickup method as described in any one of claim 2-4, it is characterized in that, second multi-view image data of the described three-dimensional scenic of described collection comprise: display screen is divided into the first view-finder and the second view-finder, in the second camera site of described first shooting horizontal displacement specific range, described first multi-view image data are presented in described first view-finder; Described specific part view data is presented in described second view-finder.
7. the 3-d photographs image pickup method as described in any one of claim 1-4, is characterized in that, the second multi-view image data of the described three-dimensional scenic of described collection comprise in following processing mode any one:
Calculate the specific part matching degree of the second multi-view image data and the first multi-view image data, complete described second multi-view image data acquisition when matching degree exceedes preset value, or display gathers information and completes described second multi-view image data acquisition according to user's acquisition instructions;
Gather preparation second multi-view image data, receive the adjustment control command of user to the view data of preparation second multi-view image data and adjust, using the preparation second multi-view image data after adjustment as the second multi-view image data.
8. the 3-d photographs image pickup method as described in claim 1-4, is characterized in that, describedly described LOOK LEFT view data and described LOOK RIGHT view data is synthesized, and generates composograph data and specifically comprises with at least one under type:
Described LOOK LEFT view data and described LOOK RIGHT view data are synthesized left-right format 3 d image data by coupling;
Described LOOK LEFT view data and described LOOK RIGHT view data are synthesized raster format 3 d image data by the conversion of grating conversion application;
Described LOOK LEFT view data and described LOOK RIGHT view data are synthesized red blue form 3 d image data by red blue conversion application conversion.
9. a mobile terminal, is characterized in that, described mobile terminal comprises acquisition module, determination module, synthesis module and preservation module:
Described acquisition module, in the first camera site, by the first multi-view image data of camera collection one three-dimensional scenic; With the second camera site at described first shooting horizontal displacement specific range, by the second multi-view image data of three-dimensional scenic described in described camera collection;
Described determination module, for being defined as LOOK LEFT view data and LOOK RIGHT view data by described first multi-view image data and described second multi-view image data according to the camera site of its correspondence;
Described synthesis module, for described LOOK LEFT view data and described LOOK RIGHT view data being synthesized, generates composograph data;
Described preservation module, for preserving described composograph data.
10. mobile terminal as claimed in claim 9, it is characterized in that, described mobile terminal also comprises interception module and display module:
Described interception module, for gather a three-dimensional scenic at acquisition module the first multi-view image data after, intercept the specific part view data of described first multi-view image data;
Described display module, for being presented at mobile terminal display screen by described specific part view data when carrying out the second multi-view image data gathering described three-dimensional scenic.
11. mobile terminals as claimed in claim 10, it is characterized in that, described interception module is also for intercepting at least one in view data, the view data at four angles, the view data on four limits and all images data in the focusing frame of described first multi-view image data.
12. mobile terminals as claimed in claim 10, is characterized in that, described display module also comprises process submodule and display sub-module:
Described process submodule, for carrying out at least one process in translucent process, dotted line process, black and white process and monochromatic process to the described first multi-view image specific part view data intercepted;
Described display sub-module, for being presented at mobile terminal display screen by the specific part view data after the process of process submodule.
13. mobile terminals as described in any one of claim 10-12, it is characterized in that, described display module is also for the second camera site at described first shooting horizontal displacement specific range, when being shown as the second multi-view image data of described three-dimensional scenic in display screen view-finder, described specific part view data is presented in described view-finder.
14. mobile terminals as described in any one of claim 10-12, it is characterized in that, described display module is also divided into the first view-finder and the second view-finder for display screen, in the second camera site of described first shooting horizontal displacement specific range, described first multi-view image data are presented in described first view-finder; Described specific part view data is presented in described second view-finder.
15. mobile terminals as described in any one of claim 9-12, is characterized in that, described acquisition module also comprises matched sub-block and adjustment submodule:
Described matched sub-block, for calculating the specific part matching degree of the second multi-view image data and the first multi-view image data, complete described second multi-view image data acquisition when matching degree exceedes preset value, or display gathers information and completes described second multi-view image data acquisition according to user's acquisition instructions;
Described adjustment submodule, for gathering preparation second multi-view image data, receiving the adjustment control command of user to the view data of preparation second multi-view image data and adjusting, using the preparation second multi-view image data after adjustment as the second multi-view image data.
16. mobile terminals as described in any one of claim 9-12, it is characterized in that, described synthesis module comprises left and right synthon module, grating synthon module and red blue synthon module:
Described left and right synthon module, for synthesizing left-right format 3 d image data by described LOOK LEFT view data and described LOOK RIGHT view data by coupling;
Described grating synthon module, for synthesizing raster format 3 d image data by described LOOK LEFT view data and described LOOK RIGHT view data by the conversion of grating conversion application;
Described red blue synthon module, for synthesizing red blue form 3 d image data by described LOOK LEFT view data and described LOOK RIGHT view data by red blue conversion application conversion.
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| CN201410273008.5A CN105306921A (en) | 2014-06-18 | 2014-06-18 | Three-dimensional photo shooting method based on mobile terminal and mobile terminal |
| PCT/CN2014/088268 WO2015192547A1 (en) | 2014-06-18 | 2014-10-10 | Method for taking three-dimensional picture based on mobile terminal, and mobile terminal |
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| CN201410273008.5A CN105306921A (en) | 2014-06-18 | 2014-06-18 | Three-dimensional photo shooting method based on mobile terminal and mobile terminal |
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