CN105120179A - Shooting method and device - Google Patents
Shooting method and device Download PDFInfo
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- CN105120179A CN105120179A CN201510609102.8A CN201510609102A CN105120179A CN 105120179 A CN105120179 A CN 105120179A CN 201510609102 A CN201510609102 A CN 201510609102A CN 105120179 A CN105120179 A CN 105120179A
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Abstract
The application provides a shooting method. The method, applied to a shooting device controlling a camera to slide, includes the steps: displaying a UI interface of a selected scene when a shooting device receives an instruction, of the selected scene, input by means of an operation object; determining the sliding distance of the camera according to the sliding distance of the operation object carried in the instruction, and also a configured proportion relation when an input instruction of the camera that slides within the sliding region of the UI interface through the operation object is received; notifying the camera of a sliding distance that is determined when the camera slides in a direction consistent with the direction of the sliding operation object carried in the instruction; conducting shooting when the shooting instruction input through the operation object is received. On the basis of the same invention idea, the application also provides a shooting device. According to the invention, the camera can be flexibly moved to select scenes and capture pictures once the shooting device cannot be moved, so the shooting function of the shooting device is improved.
Description
Technical field
The present invention relates to communication technical field, particularly a kind of photographic method and device.
Background technology
The camera of current photographing device is all fixing, or original place is followed, and part photographing device carries out overturning, such camera can only move along with moving integrally of photographing device, when finding a view, if institute finds a view not in current camera institute coverage, or institute finds a view not entirely in current camera coverage, then need mobile photographing device, cover the object of finding a view to reach camera, in the scene of being inconvenient to movement, the photo needing shooting cannot be photographed.
Summary of the invention
In view of this, the application provides a kind of photographic method and device, can not photograph the photo needing shooting under solving inconvenient mobile photographing device condition.
For solving the problems of the technologies described above, the technical scheme of the application is achieved in that
A kind of photographic method, be applied to and control on photographing device that camera slides, the method comprises: the proportionate relationship being configured in distance that sliding area slides and the distance that camera slides;
When photographing device receives the instruction selecting scape to take pictures inputted by operating article, show the UI interface selecting scape to take pictures;
Receive to be slided by the sliding area of operating article at described UI interface and the instruction of the slip camera of input time, according to the operating article sliding distance carried in this instruction, and the distance that the proportionate relationship determination camera of configuration slides; And notify the distance that camera slides at the camera that the square upward sliding consistent with the operating article glide direction of carrying in this instruction is determined;
When receiving the photographing instruction inputted by operating article, take pictures.
A kind of camera arrangement, be applied on the photographing device of control camera slip, this device comprises: dispensing unit, receiving element, display unit, processing unit, notification unit and photographing unit;
Described dispensing unit, the proportionate relationship of the distance that distance and camera for being configured in sliding area slip are slided;
Described receiving element, for receiving the instruction inputted by operating article;
Described display unit, during for receiving the instruction selecting scape to take pictures inputted by operating article when described receiving element, shows the UI interface selecting scape to take pictures;
Described processing unit, be further used for when described receiving element receive to be slided by the sliding area of operating article at described UI interface and the instruction of the slip camera of input time, according to the operating article sliding distance carried in this instruction, and the distance that the proportionate relationship determination camera of described dispensing unit configuration slides;
Described notification unit, for notifying the distance that the camera camera that processing unit is determined described in the square upward sliding consistent with the operating article glide direction of carrying in this instruction slides;
Described photographing unit, for when described receiving element receives the photographing instruction inputted by operating article, takes pictures.
From technical scheme above, in the application, photographing device controls the slip of camera, makes camera slide into suitable position, and then makes photographing device photograph the photo needing shooting.By the program, when photographing device can not be moved, can find a view flexibly and take pictures by dollying head, enhance the camera function of photographing device.
Accompanying drawing explanation
Fig. 1 is the schematic diagram that camera is arranged on photographing device;
Fig. 2 is the schematic diagram that the camera of photographing device control is arranged on carriage;
Fig. 3 is the schematic diagram that the embodiment of the present application camera is connected with winding displacement with photographing device;
Fig. 4 is the exposal model menu that photographing device shows;
Fig. 5 is the embodiment of the present application one photographic method schematic flow sheet;
Fig. 6 is sliding area slip schematic diagram in the embodiment of the present application;
Fig. 7 is the photo schematic diagram taking higher scenery under existing implementation;
Fig. 8 is the photo schematic diagram taking higher scenery in the embodiment of the present application one;
Fig. 9 is the embodiment of the present application two photographic method schematic flow sheet;
Figure 10 is the schematic diagram of horizontal direction pan-shot photo in existing realization;
Figure 11 is the schematic diagram of horizontal direction pan-shot photo in the embodiment of the present application two;
Figure 12 is that the embodiment of the present application three is taken pictures method flow schematic diagram;
Figure 13 is that the facial zone of people in embodiment three follows the trail of schematic diagram;
Figure 14 is the embodiment of the present application four photographic method schematic flow sheet;
Schematic diagram when Figure 15 is the photo taking 3D effect in the embodiment of the present application;
Figure 16 is the apparatus structure schematic diagram being applied to above-mentioned technology in the embodiment of the present application.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, to develop simultaneously embodiment below in conjunction with accompanying drawing, technical scheme of the present invention is described in detail.
There is provided a kind of photographic method in the embodiment of the present application, be applied on the photographing device of control camera slip, photographing device can be the equipment that camera, mobile phone etc. can be taken pictures in actual applications.
This photographing device can control camera and slide, and described camera can be arranged on photographing device, and on photographing device, install the slide rail that can slide for this camera; Described camera can also be arranged on the shooting servicing unit with slide rail.
The track that camera can slide is determined by hardware slide rail, during specific implementation, can install the shape of slide rail according to actual needs, as vertical direction slide rail, horizontal direction slide rail, or the combination of horizontal direction and vertical direction slide rail.
After slide rail is determined, namely the sliding area shown on a display screen for user is determined, just size is geometric ratio relation, and shape is the same.
Be the schematic diagram that camera is arranged on photographing device see Fig. 1, Fig. 1.In Fig. 1, the slide rail of slip camera is combined into example with horizontal direction and vertical direction slide rail, and during specific implementation, slide rail can be groove.
Be that the camera that photographing device controls is arranged on schematic diagram on carriage see Fig. 2, Fig. 2.The slide rail of camera is slided for horizontal direction slide rail in Fig. 2.
If camera is arranged on photographing device, the cmos imaging chip on camera is directly connected with photographing device by one group of winding displacement, also can infinitely connect, and as by bluetooth etc., can transmit data, interactive instruction etc.; Take pictures in auxiliary equipment if camera is arranged on, by bluetooth etc. and thecamera head data, interactive instruction etc.
Be the schematic diagram that the embodiment of the present application camera is connected with winding displacement with photographing device see Fig. 3, Fig. 3.In figure, S is horizontal direction slide rail, and L is camera, illustrates that camera L slides from left to right in slide rail S in figure, and B is the structure controlling camera slip.
When specific implementation, photographing device is according to the hardware performance of slide rail and camera, and configuration camera sliding speed, at the uniform velocity slides under the speed of configuration to make camera.
Once after slide rail determines, the maximum magnitude of camera movement can not exceed the maximum magnitude of slide rail.Owing to being slided by photographing device notice camera, therefore, the proportionate relationship of distance that sliding area slides and the distance that camera slides is needed to be configured in.
The configuration of this proportionate relationship is specially: for arbitrary glide direction, the maximum length X of the slide rail that camera is corresponding, the maximum sliding length Y that on UI interface, sliding area is corresponding, then, in this glide direction, the ratio of the distance that the distance that sliding area slides is slided with camera is Y:X.
For above-mentioned photographing device, the embodiment of several exposal model is provided in the embodiment of the present application, take pictures as selected scape, panorama taken pictures, the facial zone of people follow the trail of take pictures, and 3D effect is taken pictures, during specific implementation, different UI interfaces can be shown, so that user operates on the surface for different exposal models.
It is the exposal model menu that photographing device shows see Fig. 4, Fig. 4.User is by operating article choice menus, namely by the instruction of operating article input selection exposal model in choice menus, photographing device is according to the exposal model carried in this instruction, for user shows the UI interface of corresponding exposal model, as selected panorama to take pictures, then show the UI interface that panorama is taken pictures.Exposal model described in the embodiment of the present application for according to practical function the title that rises, can configure according to actual needs in actual applications, the number of exposal model also can increase according to practical application or reduce.
Below in conjunction with accompanying drawing, in detailed description the embodiment of the present application, photographing device carries out the process that various pattern is taken pictures.
Embodiment one
Be the embodiment of the present application one photographic method schematic flow sheet see Fig. 5, Fig. 5.Concrete steps are:
Step 501, when photographing device receives the instruction selecting scape to take pictures inputted by operating article, shows the UI interface selecting scape to take pictures.
Operating article in the application can be finger, writing pen etc. can input instruction object by photographing device.
Step 502, this photographing device receive to be slided by the sliding area of operating article at described UI interface and the instruction of the slip camera of input time, according to the operating article sliding distance carried in this instruction, and the distance that the proportionate relationship determination camera of configuration slides.
Be sliding area slip schematic diagram in the embodiment of the present application see Fig. 6, Fig. 6.
As shown in Figure 6, for horizontal direction slip, when operating article is 20mm in the distance that sliding area slides, then the distance of sliding according to the proportionate relationship determination camera of this sliding distance and configuration is 20X/Ymm.
Step 503, the distance that this photographing device notice camera slides at the camera that the square upward sliding consistent with the operating article glide direction of carrying in this instruction is determined.
The direction of sliding as known operating article in Fig. 6 is that horizontal direction is from left to right slided, then notify that camera horizontal direction is from left to right slided 20X/Ymm.
Step 504, when this photographing device receives the photographing instruction inputted by operating article, takes pictures.
The photo browsed by camera in operating article sliding process can be shown on UI interface, when user determines that being presented at photo is the photo needed, inputs photographing instruction, complete the shooting of this film,fault by operating article.
By this embodiment, user is in crowded crowd, or due to other conditions must not limit carry out health move time, when namely photographing device is inconvenient to move, can realize selecting scape by slip camera.
It is the photo schematic diagram taking higher scenery under existing implementation see Fig. 7, Fig. 7.In existing realization, use immovable camera to take pictures, when scenery is higher, want to photograph panorama, need the photographer elevation angle to take, therefore, the image in the photo of general shooting has certain distortion.
Moving the topmost feature of lens shaft is, under the prerequisite that can remain unchanged at camera body and film or photo-sensitive cell plan position approach, make the primary optical axis translation of whole phtographic lens, inclination or rotation, to reach the object of adjustment photographic image perspective relation or region-wide focusing.The clear image field of benchmark moving axle phtographic lens is much bigger, and this still can obtain image clearly in order to ensure after the translation of phtographic lens light main shaft, inclination or rotation,
By moving the principle of lens shaft.In light path, imaging lens moves up and down, the imaging that CMOS projects out, can be much less than the displacement of reality, under being held in image planes and being parallel to the prerequisite of subject, vertical direction moving lens head group can obtain complete covering subject, and reduces the effect of distortion.
By the technical scheme that the present embodiment provides, under the prerequisite that mobile phone is parallel to subject by photographer, vertical direction dollying head, can cover subject, can obtain the shooting effect moving lens shaft, can correct the distortion of object like this.It is the photo schematic diagram taking higher scenery in the embodiment of the present application one see Fig. 8, Fig. 8.
Schematic diagram in Fig. 8, the schematic diagram in relative Fig. 7 is distortion not.
Embodiment two
Be the embodiment of the present application two photographic method schematic flow sheet see Fig. 9, Fig. 9.Concrete steps are:
Step 901, when photographing device receives the instruction that the preparation panorama that inputted by operating article taken pictures, the UI interface that display panorama is taken pictures.
Step 902, when this photographing device receives the photographing instruction of the UI interface input that operating article is taken pictures by panorama, according to the glide direction that this operational order carries, the glide direction that notice camera carries in this instruction is slided, and starts panorama and take pictures.
Step 903, when this photographing device receives the stopping panorama photographing instruction of the UI interface input that operating article is taken pictures by panorama, terminates panorama and takes pictures.
Step 904, the photo taken in camera sliding process is synthesized a photo according to shooting order by this photographing device, and shows.
In camera sliding process, the frequency of taking pictures of sliding is determined according to pre-configured frequency of taking pictures, and the time of the every pictures of records photographing; Namely photographing device is taken how many pictures with which type of frequency and is determined according to the hardware of photographing device, with existing realization, is not restricted here by the photo taken by shooting order (determining according to shooting time) synthesis mode.
In this embodiment, as above can be described in and receive user when stopping photographing instruction, stop panorama taking pictures, also can move at camera the border that hardware limits, namely during slide rail border in a certain direction, automatically stop taking pictures.
See the schematic diagram that Figure 10, Figure 10 are horizontal direction pan-shot photo in existing realization.As seen from Figure 10, due to staff move photographing device time, take website as the movement in a curve in the center of circle, therefore, the distant view photograph of shooting is with deformation of surface, adding that the situation of speed inequality or hand-held shakiness may appear in photographer in moving process, also may there is the situation that fuzzy or upper and lower cutting is larger in pan-shot photo.
See the schematic diagram that Figure 11, Figure 11 are horizontal direction pan-shot photo in the embodiment of the present application two.The present embodiment by photographing device dollying head, can control camera and at the uniform velocity move on straight line in moving process, and the photo of shooting there will not be the deformation of surface of taking pictures in existing realization, the problem such as fuzzy.
If vertical direction panorama is taken pictures, the deformation of surface can avoiding too taking pictures, the problem such as fuzzy, illustrate here no longer one by one.
Embodiment three
Be that the embodiment of the present application three is taken pictures method flow schematic diagram see Figure 12, Figure 12.Concrete steps are:
Step 1201, the facial zone that photographing device receives the end user inputted by operating article follows the trail of pattern when carrying out the instruction of taking pictures, and the facial zone of display people follows the trail of the UI interface of pattern, and on this UI interface preview display photo.
Step 1202, this photographing device, when there is the facial zone of people in the photo identifying preview display, determines the centre coordinate of the facial zone of people; According to the facial zone centre coordinate of the people determined and the centre coordinate of photo, and the proportionate relationship of configuration, determine the glide direction that camera need slide and sliding distance.
Step 1203, this photographing device notice camera slides the sliding distance determined in the glide direction determined, the centre coordinate of the facial zone of people in the photo of preview is overlapped with the centre coordinate of photo.
When there is not the facial zone of people in the photo of this photographing device determination preview display, if camera moves, notice camera stops mobile;
Wait for Preset Time; In Preset Time, if identify the facial zone of people in the photo of the inherent preview display of Preset Time, then determine the centre coordinate of the facial zone of people; According to the facial zone centre coordinate of the people determined and the centre coordinate of photo, and the proportionate relationship of configuration, determine the glide direction that camera need slide and sliding distance; And notifying that camera slides the sliding distance determined in the glide direction determined, in the photo that preview is shown, the centre coordinate of the facial zone of people overlaps with the centre coordinate of photo; Otherwise notice camera resets.
When specific implementation, determine that the facial coordinate of people is relevant with the shape of slide rail, namely the moveable track of camera is correlated with.
When sliding trace is the combination of vertical direction and horizontal direction, coordinate (the x at the center in the region of the face of people, y), relative to the coordinate of the initial point of preview display, and determine the centre coordinate of preview picture, when the facial zone of people moves in visual range, center of face region changes, Coordinate Conversion is after two coordinates, and the decomposition of x and y component is carried out in the region be according to current removable camera;
If current removable camera is in horizontal direction and moves draw-in groove, vertical direction can not be carried out when moving, the horizontal direction should only carrying out x component direction according to current state moves, if current removable camera vertically moves draw-in groove, can not carry out horizontal direction when moving, the vertical direction should only carrying out y component direction according to current state moves.
In camera moving process, because camera is in open mode all the time, preview screen can appear in the UI interface zone that photographing device provides always; In the process that the facial zone of people is followed the trail of, user can take pictures or stop by unrestricted choice; Action of taking pictures now does not affect the facial zone tracking of people and the slip of removable camera.
If the movement of removable camera device support level and vertical direction, then the central point of the facial zone identification range of people can be scaled horizontal coordinate and the vertical coordinate of two dimensional surface coordinate system, and removable camera carries out level or vertical movement by according to this coordinate with the relative position coordinates of mobile range.
The facial zone being people in embodiment three see Figure 13, Figure 13 follows the trail of schematic diagram.Camera current location is shown in Figure 13, and the coordinate that the previewing photos that the UI interface of photographing device display shows is corresponding, suppose that the centre coordinate of facial zone as forefathers is (18.5,11.5), the centre coordinate of previewing photos is (12,9), and current camera is in horizontal line sliding trace, can only horizontal direction slide, then notify camera horizontal direction slip left 6.5X/Y, and then notify camera vertical direction slide downward 2.5X/Y, overlap with previewing photos centre coordinate with the center realizing the facial zone of people.
If sliding area is for being free to slide, then determine the air line distance of two centre coordinates, and notify that camera is in air line distance corresponding to counterparty's upward sliding, overlaps with previewing photos centre coordinate with the center realizing the facial zone of people.
If the movement in a removable camera device support level direction, then the central point of the facial zone identification range of people can usage level coordinates logo, and removable camera moves horizontally according to the relative position coordinates of this coordinate and mobile range.
If removable camera device only supports the movement of vertical direction, then the central point of the facial zone identification range of people can use vertical coordinate to identify, and removable camera carries out vertical movement by according to this coordinate with the relative position coordinates of mobile range.
In the facial zone tracing process of people, if the facial zone of people follows the trail of failure or translational speed is too fast, then think and cannot follow the trail of, send to camera and stop sliding and reset instruction.
In the process, user can carry out stopping or pause instruction, can not operate the sliding trace of camera.
If occur that suddenly direction changes in the facial zone tracing process of people, such as level changes into vertically, and camera is current can only horizontal direction move, then ignore the tracking that original direction (level) is still carried out in the displacement changed on direction, therefore, in tracing process, that camera moves the facial zone center of people and photo center are coincided in principle, but, slip after shooting is by the restriction of hardware slide rail, namely, in the scope that slide rail allows, realize camera slip as far as possible and the facial zone center of people and photo center are coincided.
By the technical scheme that the present embodiment provides, when taking portrait photographs, by dollying head, interested shooting point personage can be moved to the position of relative centre in picture, better to take pictures experience to user.
Embodiment four
Be the embodiment of the present application four photographic method schematic flow sheet see Figure 14, Figure 14.Concrete steps are:
Step 1401, photographing device receives the use 3D effect inputted by operating article when carrying out the instruction of taking pictures, the UI interface that display 3D effect is taken pictures.
Step 1402, this photographing device receive to be slided by the sliding area of operating article at this UI interface and the instruction of the slip camera of input time, according to the operating article sliding distance carried in this instruction, and the distance that the proportionate relationship determination camera of configuration slides.
Step 1403, the distance that this photographing device notice camera slides at the camera that the square upward sliding consistent with the operating article glide direction of carrying in this instruction is determined.
Step 1404, when this photographing device receives the photographing instruction inputted by operating article, takes pictures, and the positional information that the photo recording current shooting is corresponding, this positional information is the Distance geometry direction of the central point in relative sliding region.
When embody rule, can according to the position of the central point in the proportionate relationship determination relative sliding region of the relative position of camera when taking pictures and configuration; Also the Distance geometry direction of the central point in relative sliding region can directly be obtained.
Step 1405, when the photo taken is no less than two, this photographing device is according to the photo of the positional information synthesis 3D effect of each photo.
Schematic diagram when being the photo taking 3D effect in the embodiment of the present application see Figure 15, Figure 15.In Figure 15 with in the face of subject time, by operating article in sliding area horizontal direction slide, move to other side B from side A.
On the same axis, optimum efficiency is the opposition side that B side and A side are positioned at axle mid point for A side and B side.
From A side in the moving process of B side, can take pictures according to actual needs, at least take two.
For at Q point and P point shooting two photos in Figure 15, according to the relative position of these two photos, by the photo of these two photo synthesis 3D effects.
By the technical scheme that the embodiment of the present application provides, the photo of the 3D effect of shooting can lower the subtense angle and gap of finding a view that artificial mobile photographing device brings, and the photo 3D effect of synthesis is comparatively obvious.
At the end of the photograph taking needing shooting, as distant view photograph, 3D photo, notice camera slides into the initial position of configuration, as the center of horizontal direction in Fig. 1 and vertical direction slide rail.The initial position of camera, is not restricted during the application's specific implementation, can be determined, also can provide user's configuration interface, realizing the configuration of initial position according to use habit by the manufacturer of photographing device when producing.
Based on same inventive concept, the application also proposes a kind of camera arrangement, is applied on the photographing device of control camera slip.It is the apparatus structure schematic diagram being applied to above-mentioned technology in the embodiment of the present application see Figure 16, Figure 16.This device comprises: dispensing unit 1601, receiving element 1602, display unit 1603, processing unit 1604, notification unit 1605 and photographing unit 1606;
Dispensing unit 1601, the proportionate relationship of the distance that distance and camera for being configured in sliding area slip are slided;
Receiving element 1602, for receiving the instruction inputted by operating article;
Display unit 1603, during for receiving the instruction selecting scape to take pictures inputted by operating article when receiving element 1602, shows the UI interface selecting scape to take pictures;
Processing unit 1604, be further used for when receiving element 1602 receive to be slided by the sliding area of operating article at described UI interface and the instruction of the slip camera of input time, according to the operating article sliding distance carried in this instruction, and the distance that the proportionate relationship determination camera of dispensing unit 1601 configuration slides;
Notification unit 1605, for notifying the distance that camera slides at the camera that the square upward sliding processing unit 1604 consistent with the operating article glide direction of carrying in this instruction is determined;
Photographing unit 1606, for when receiving element 1602 receives the photographing instruction inputted by operating article, takes pictures.
Preferably,
Display unit 1603, is further used for when receiving element 1602 receives the instruction that the preparation panorama that inputted by operating article taken pictures, the UI interface that display panorama is taken pictures;
Notification unit 1605, is further used for when receiving element 1602 receives the photographing instruction of the UI interface input that operating article is taken pictures by panorama, according to the glide direction that this operational order carries, the glide direction that notice camera carries in this instruction is slided;
Photographing unit 1606, when notification unit 1605 notifies that camera slides in the glide direction that this instruction is carried, starts panorama and takes pictures; When receiving element 1602 receives the stopping panorama photographing instruction of the UI interface input that operating article is taken pictures by panorama, terminate panorama and take pictures;
Processing unit 1604, is further used for the photo taken in camera sliding process to synthesize a photo according to shooting order, and triggers display unit 1603 and show this photo.
Preferably,
Dispensing unit 1601, frequency of taking pictures under being further used for configuration panoramic photographing mode;
Photographing unit 1606, is further used in camera sliding process, and the frequency of taking pictures of sliding is determined according to the pre-configured frequency of taking pictures of dispensing unit 1601.
Preferably,
Display unit 1603, be further used for when the facial zone pattern of following the trail of that receiving element 1602 receives the end user inputted by operating article carries out the instruction of taking pictures, the facial zone of display people follows the trail of the UI interface of pattern, and preview shows photo on this UI interface;
Processing unit 1604, is further used for, when there is the facial zone of people in the photo identifying preview display, determining the centre coordinate of the facial zone of people; According to the facial zone centre coordinate of the people determined and the centre coordinate of photo, and the proportionate relationship that dispensing unit 1601 configures, determine the glide direction that camera need slide and sliding distance;
Notification unit 1605, the glide direction being further used for notifying that camera is determined at processing unit 1604 is slided the sliding distance determined, the centre coordinate of the facial zone of people in the photo of preview is overlapped with the centre coordinate of photo.
Preferably,
Notification unit 1605, be further used for when there is not the facial zone of people during processing unit 1604 determines the photo that preview shows, if determine, camera moves, and notice camera stops mobile;
Processing unit 1604, is further used for when determining there is not the facial zone of people in the photo that preview shows, and waits for Preset Time; In Preset Time, if identify the facial zone of people in the photo of the inherent preview display of Preset Time, then determine the centre coordinate of the facial zone of people; According to the facial zone centre coordinate of the people determined and the centre coordinate of photo, and the proportionate relationship of configuration, determine the glide direction that camera need slide and sliding distance; And trigger notice unit 1605 notifies camera slides in the glide direction determined the sliding distance determined, in the photo that preview is shown, the centre coordinate of the facial zone of people overlaps with the centre coordinate of photo; Otherwise notice camera resets.
Preferably,
Display unit 1603, be further used for when receiving element 1602 receive the use 3D effect inputted by operating article carry out the instruction of taking pictures time, the display 3D effect UI interface of taking pictures;
Processing unit 1604, be further used for when receiving element 1602 receive to be slided by the sliding area of operating article at this UI interface and the instruction of the slip camera of input time, according to the operating article sliding distance carried in this instruction, and the distance that the proportionate relationship determination camera of configuration slides; And trigger notice unit 1605 notifies the distance that camera slides at the camera that the square upward sliding consistent with the operating article glide direction of carrying in this instruction is determined; When receiving element 1602 receives the photographing instruction inputted by operating article, take pictures, and the positional information that the photo recording current shooting is corresponding, this positional information is the Distance geometry direction of the central point in relative sliding region; When the photo taken is no less than two, according to the photo of the positional information synthesis 3D effect of each photo.
Preferably,
Described camera is arranged on the photographing device at this device place, this photographing device is installed the slide rail that can slide for this camera;
Or described camera is arranged on the shooting servicing unit with slide rail.
Preferably,
Described slide rail is vertical direction slide rail, and/or horizontal direction slide rail.
Preferably,
Dispensing unit 1601, is further used for the hardware performance according to slide rail and camera, configuration camera sliding speed;
Notification unit 1605, is further used for when notifying that camera slides, and notifies that the speed that the camera that dispensing unit 1601 configures slides makes camera at the uniform velocity slide according to this speed simultaneously.
Preferably,
Notification unit 1605, is further used at the end of taking pictures, and notice camera slides into the initial position of configuration.
The unit of above-described embodiment can be integrated in one, and also can be separated deployment; A unit can be merged into, also can split into multiple subelement further.
In sum, the application controls the slip of camera by photographing device, makes camera slide into suitable position, and then makes photographing device photograph the photo needing shooting.By the program, when photographing device can not be moved, can find a view flexibly and take pictures by dollying head, enhance the camera function of photographing device.
Camera moving method in the embodiment of the present application reduces distortion by for finding a view of different scene, changes angle coverage.Traditional panoramic mosaic needs the artificial mobile phone that rotates to carry out splicing of taking pictures, and increases find a view distortion and picture distortion like this, adds last picture cutting.The horizontal splicing of finding a view of camera in the present embodiment can make panorama take pictures does not have distortion, and picture reduces cutting, and final picture is closer to real scene.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment made, equivalent replacement, improvement etc., all should be included within the scope of protection of the invention.
Claims (20)
1. a photographic method, is characterized in that, be applied to and control on photographing device that camera slides, the method comprises: be configured in distance that sliding area slides and the proportionate relationship of distance that camera slides;
When photographing device receives the instruction selecting scape to take pictures inputted by operating article, show the UI interface selecting scape to take pictures;
Receive to be slided by the sliding area of operating article at described UI interface and the instruction of the slip camera of input time, according to the operating article sliding distance carried in this instruction, and the distance that the proportionate relationship determination camera of configuration slides; And notify the distance that camera slides at the camera that the square upward sliding consistent with the operating article glide direction of carrying in this instruction is determined;
When receiving the photographing instruction inputted by operating article, take pictures.
2. method according to claim 1, is characterized in that, described method comprises further:
When photographing device receives the instruction that the preparation panorama that inputted by operating article taken pictures, the UI interface that display panorama is taken pictures;
When receiving the photographing instruction of the UI interface input that operating article is taken pictures by panorama, according to the glide direction that this operational order carries, the glide direction that notice camera carries in this instruction is slided, and start panorama and take pictures;
When receiving the stopping panorama photographing instruction of the UI interface input that operating article is taken pictures by panorama, terminate panorama and take pictures;
The photo taken in camera sliding process is synthesized a photo according to shooting order, and shows.
3. method according to claim 2, is characterized in that, described method comprises further:
In camera sliding process, the frequency of taking pictures of sliding is determined according to pre-configured frequency of taking pictures.
4. method according to claim 1, is characterized in that, described method comprises further:
The facial zone receiving the end user inputted by operating article follows the trail of pattern when carrying out the instruction of taking pictures, and the facial zone of display people follows the trail of the UI interface of pattern, and on this UI interface preview display photo;
When there is the facial zone of people in the photo identifying preview display, determine the centre coordinate of the facial zone of people; According to the facial zone centre coordinate of the people determined and the centre coordinate of photo, and the proportionate relationship of configuration, determine the glide direction that camera need slide and sliding distance;
And notify that camera slides the sliding distance determined in the glide direction determined, makes the centre coordinate of the facial zone of people in the photo of preview overlap with the centre coordinate of photo.
5. method according to claim 4, is characterized in that, described method comprises further:
When there is not the facial zone of people in the photo of this photographing device determination preview display, if camera moves, notice camera stops mobile;
Wait for Preset Time; In Preset Time, if identify the facial zone of people in the photo of the inherent preview display of Preset Time, then determine the centre coordinate of the facial zone of people; According to the facial zone centre coordinate of the people determined and the centre coordinate of photo, and the proportionate relationship of configuration, determine the glide direction that camera need slide and sliding distance; And notifying that camera slides the sliding distance determined in the glide direction determined, in the photo that preview is shown, the centre coordinate of the facial zone of people overlaps with the centre coordinate of photo; Otherwise notice camera resets.
6. method according to claim 1, is characterized in that, described method comprises further:
Receive the use 3D effect inputted by operating article when carrying out the instruction of taking pictures, the UI interface that display 3D effect is taken pictures;
Receive to be slided by the sliding area of operating article at this UI interface and the instruction of the slip camera of input time, according to the operating article sliding distance carried in this instruction, and the distance that the proportionate relationship determination camera of configuration slides; And notify the distance that camera slides at the camera that the square upward sliding consistent with the operating article glide direction of carrying in this instruction is determined;
When receiving the photographing instruction inputted by operating article, take pictures, and the positional information that the photo recording current shooting is corresponding, this positional information is the Distance geometry direction of the central point in relative sliding region;
When the photo taken is no less than two, this photographing device is according to the photo of the positional information synthesis 3D effect of each photo.
7. method according to claim 1, is characterized in that,
Described camera is arranged on photographing device, this photographing device is installed the slide rail that can slide for this camera;
Or described camera is arranged on the shooting servicing unit with slide rail.
8. method according to claim 7, is characterized in that, described slide rail is vertical direction slide rail, and/or horizontal direction slide rail.
9. method according to claim 7, is characterized in that, described method comprises further:
According to the hardware performance of slide rail and camera, configuration camera sliding speed;
When notifying that camera slides, notify that the speed that camera slides makes camera at the uniform velocity slide according under this speed simultaneously.
10. method according to claim 1, is characterized in that, described method comprises further:
At the end of taking pictures, notice camera slides into the initial position of configuration.
11. 1 kinds of camera arrangements, is characterized in that, be applied on the photographing device of control camera slip, this device comprises: dispensing unit, receiving element, display unit, processing unit, notification unit and photographing unit;
Described dispensing unit, the proportionate relationship of the distance that distance and camera for being configured in sliding area slip are slided;
Described receiving element, for receiving the instruction inputted by operating article;
Described display unit, during for receiving the instruction selecting scape to take pictures inputted by operating article when described receiving element, shows the UI interface selecting scape to take pictures;
Described processing unit, be further used for when described receiving element receive to be slided by the sliding area of operating article at described UI interface and the instruction of the slip camera of input time, according to the operating article sliding distance carried in this instruction, and the distance that the proportionate relationship determination camera of described dispensing unit configuration slides;
Described notification unit, for notifying the distance that the camera camera that processing unit is determined described in the square upward sliding consistent with the operating article glide direction of carrying in this instruction slides;
Described photographing unit, for when described receiving element receives the photographing instruction inputted by operating article, takes pictures.
12. devices according to claim 11, is characterized in that,
Described display unit, is further used for when described receiving element receives the instruction that the preparation panorama that inputted by operating article taken pictures, the UI interface that display panorama is taken pictures;
Described notification unit, is further used for when described receiving element receives the photographing instruction of the UI interface input that operating article is taken pictures by panorama, according to the glide direction that this operational order carries, the glide direction that notice camera carries in this instruction is slided;
Described photographing unit, when described notification unit notice camera slides in the glide direction that this instruction is carried, starts panorama and takes pictures; When described receiving element receives the stopping panorama photographing instruction of the UI interface input that operating article is taken pictures by panorama, terminate panorama and take pictures;
Described processing unit, is further used for the photo taken in camera sliding process to synthesize a photo according to shooting order, and triggers described display unit and show this photo.
13. devices according to claim 12, is characterized in that,
Described dispensing unit, frequency of taking pictures under being further used for configuration panoramic photographing mode;
Described photographing unit, is further used in camera sliding process, and the frequency of taking pictures of sliding is determined according to the pre-configured frequency of taking pictures of described dispensing unit.
14. devices according to claim 11, is characterized in that,
Described display unit, be further used for when the facial zone pattern of following the trail of that described receiving element receives the end user inputted by operating article carries out the instruction of taking pictures, the facial zone of display people follows the trail of the UI interface of pattern, and preview shows photo on this UI interface;
Described processing unit, is further used for, when there is the facial zone of people in the photo identifying preview display, determining the centre coordinate of the facial zone of people; According to the facial zone centre coordinate of the people determined and the centre coordinate of photo, and the proportionate relationship of described dispensing unit configuration, determine the glide direction that camera need slide and sliding distance;
Described notification unit, the glide direction being further used for notifying that camera is determined at described processing unit is slided the sliding distance determined, the centre coordinate of the facial zone of people in the photo of preview is overlapped with the centre coordinate of photo.
15. devices according to claim 14, is characterized in that,
Described notification unit, when being further used for there is not the facial zone of people in the photo of described processing unit determination preview display, if determine, camera moves, and notice camera stops mobile;
Described processing unit, is further used for when determining there is not the facial zone of people in the photo that preview shows, and waits for Preset Time; In Preset Time, if identify the facial zone of people in the photo of the inherent preview display of Preset Time, then determine the centre coordinate of the facial zone of people; According to the facial zone centre coordinate of the people determined and the centre coordinate of photo, and the proportionate relationship of configuration, determine the glide direction that camera need slide and sliding distance; And trigger described notification unit notice camera and to slide in the glide direction determined the sliding distance determined, in the photo that preview is shown, the centre coordinate of the facial zone of people overlaps with the centre coordinate of photo; Otherwise notice camera resets.
16. devices according to claim 11, is characterized in that,
Described display unit, be further used for when described receiving element receive the use 3D effect inputted by operating article carry out the instruction of taking pictures time, the display 3D effect UI interface of taking pictures;
Described processing unit, be further used for when described receiving element receive to be slided by the sliding area of operating article at this UI interface and the instruction of the slip camera of input time, according to the operating article sliding distance carried in this instruction, and the distance that the proportionate relationship determination camera of configuration slides; And trigger the described notification unit notice camera distance of sliding at the camera that the square upward sliding consistent with the operating article glide direction of carrying in this instruction is determined; When described receiving element receives the photographing instruction inputted by operating article, take pictures, and the positional information that the photo recording current shooting is corresponding, this positional information is the Distance geometry direction of the central point in relative sliding region; When the photo taken is no less than two, according to the photo of the positional information synthesis 3D effect of each photo.
17. devices according to claim 11, is characterized in that,
Described camera is arranged on the photographing device at this device place, this photographing device is installed the slide rail that can slide for this camera;
Or described camera is arranged on the shooting servicing unit with slide rail.
18. devices according to claim 17, is characterized in that, described slide rail is vertical direction slide rail, and/or horizontal direction slide rail.
19. devices according to claim 17, is characterized in that,
Described dispensing unit, is further used for the hardware performance according to slide rail and camera, configuration camera sliding speed;
Described notification unit, is further used for when notifying that camera slides, and notifies that the speed that the camera that described dispensing unit configures slides makes camera at the uniform velocity slide according to this speed simultaneously.
20. devices according to claim 11-19 any one, is characterized in that,
Described notification unit, is further used at the end of taking pictures, and notice camera slides into the initial position of configuration.
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