CN104333699A - Synthetic method and device of user-defined photographing area - Google Patents
Synthetic method and device of user-defined photographing area Download PDFInfo
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Abstract
The invention discloses a synthetic method of a user-defined photographing area used for reducing an operation doorsill and realizing picture synthesis even if a picture synthesis technology is not learned. The synthetic method is strong in timeliness, the effect can be obtained after photographing without post processing, and the using experience can be promoted. The method of the embodiment of the invention comprises the following steps: S1, opening a camera to obtain real-time images; S2, displaying a plurality of user-defined areas in a display area of a display screen; S3, selecting the user-defined areas to display the real-time images; S4, obtaining existing real-time images in the user-defined areas, to obtain corresponding static pictures; and S5, synthesizing the static pictures obtained in the plurality of user-defined areas to obtain user-defined pictures. The embodiment of the invention further discloses a synthetic device of the user-defined photographing area.
Description
Technical field
The present invention relates to technical field of image processing, particularly relate to self-defined shot region synthetic method and device.
Background technology
Current intelligent mobile terminal, particularly smart mobile phone has replaced traditional camera gradually becomes the main instrument of taking pictures of people, the system support powerful by intelligent terminal and network savvy, derive the function that many traditional cameras do not possess, such as share social networks, this function meet people take pictures after communication requirements.Meanwhile, many image processing softwares also come into vogue on intelligent mobile terminal, and people do not wish to be confined to imaging of taking pictures, and also wish the element of personalization to be fused to inside photograph.Which forms existing technical scheme: imaging of first taking pictures in rectangular region, then by software, aftertreatment is carried out to photograph, thus photograph is processed into the apperance wanted.
But existing scheme can only be modified to photograph in the later stage, and can not get desirable effect when taking pictures, need the more time to realize process and the amendment of photograph so on the one hand, real-time is not strong; Another aspect is then higher to the later stage photograph process skill set requirements of user, realizes threshold high.
Summary of the invention
Embodiments provide a kind of self-defined shot region synthetic method and device, can to solve when taking pictures cannot Real-time Obtaining to desirable effect, the technical problem high to later stage photograph process skill set requirements, threshold is high.
The self-defined shot region synthetic method of the one that the embodiment of the present invention provides, comprising:
S1: start camera, obtains realtime graphic;
S2: show several self defined areas in the viewing area of display screen;
S3: show described realtime graphic at chosen described self defined area;
S4: obtain described realtime graphic current in described self defined area, obtains corresponding static images;
S5: the described static images synthesis obtained in some described self defined areas is obtained self-defined picture.
Alternatively, also comprise after step S2 He before step S5:
S31: the insertion order obtaining user, inserts according to described the existing picture that order obtains correspondence, and is shown in described self defined area by described existing picture;
S32: when receiving the adjustment picture command of user, adjusts the existing picture in described self defined area according to described adjustment picture command;
S33: the image obtaining current described existing picture in described self defined area, obtains corresponding static images.
Alternatively, step S2 specifically comprises:
Obtain the continuous print motion track that described display screen is drawn;
Obtain the region that described motion track surrounds, or the region of described motion track and described display screen surrounded by edges, obtain described self defined area;
Show described self defined area.
Alternatively, step S2 specifically comprises:
Obtain the regional choice shape of system intialization;
Described display screen adjusts the frame line of described regional choice shape;
Obtain the region that described frame line surrounds, or the region of described frame line and described display screen surrounded by edges, obtain described self defined area.
Alternatively, also comprise after step S5:
The amendment information of being correlated with when preserving synthesis, described amendment information comprises the division information of described self defined area and the corresponding relation of described self defined area and described static images.
Alternatively, described method also comprises:
Call described amendment information, the self-defined picture corresponding to described amendment information adjusts again.
Alternatively, also comprise after step S4 He before step S5:
Judge whether that all described self defined areas all have corresponding static images, if so, then perform step S5, if not, then again perform step S3 and S4, or perform step S31, S32 and S33.
The self-defined shot region synthesizer of the one that the embodiment of the present invention provides, is characterized in that, comprising:
Obtaining image module, for starting camera, obtaining realtime graphic;
Segmentation display module, for showing several self defined areas in the viewing area of display screen;
First display module, for showing described realtime graphic at chosen described self defined area;
First acquisition module, for obtaining described realtime graphic current in described self defined area, obtains corresponding static images;
Synthesis module, for obtaining self-defined picture by the described static images synthesis obtained in some described self defined areas.
Alternatively, described device also comprises:
Insert module, for obtaining the insertion order of user, inserting according to described the existing picture that order obtains correspondence, and being shown in described self defined area by described existing picture;
Adjusting module, for when receiving the adjustment picture command of user, adjusts the existing picture in described self defined area according to described adjustment picture command;
Second acquisition module, for obtaining the image of current described existing picture in described self defined area, obtains corresponding static images.
Alternatively, described segmentation display module specifically comprises:
Track acquisition module, for obtaining the continuous print motion track that described display screen is drawn;
First area determination module, for obtaining the region that described motion track surrounds, or the region of described motion track and described display screen surrounded by edges, obtain described self defined area;
Second display module, for showing described self defined area.
Alternatively, described segmentation display module specifically comprises:
Shape acquisition module, for obtaining the regional choice shape of system intialization;
Adjusting Shape module, for adjusting the frame line of described regional choice shape on described display screen;
Second area determination module, for obtaining the region that described frame line surrounds, or the region of described frame line and described display screen surrounded by edges, obtain described self defined area;
3rd display module, for showing described self defined area.
As can be seen from the above technical solutions, the embodiment of the present invention has the following advantages:
In the embodiment of the present invention, first, start camera, obtain realtime graphic; Then, several self defined areas are shown in the viewing area of display screen; Then, described realtime graphic is shown at chosen described self defined area; In addition, obtain described realtime graphic current in described self defined area, obtain corresponding static images; Finally, the described static images synthesis obtained in some described self defined areas is obtained self-defined picture.In embodiments of the present invention, by several self defined areas, realtime graphic in self defined area is obtained, obtain corresponding static images, finally static images corresponding for multiple self defined area is synthesized, obtain final self-defined picture, when user can directly take pictures, Region dividing is carried out to photograph, and carry out self-defined to the image in these regions respectively, finally directly get the self-defined picture after synthesis, reducing operation threshold, just can obtain synthesising picture without the need to learning picture synthetic technology; Real-time, effect can obtain upon taking a picture immediately, without the need to post-processed, promotes experience.
Accompanying drawing explanation
Fig. 1 is self-defined shot region synthetic method embodiment flow chart in the embodiment of the present invention;
Fig. 2 is another embodiment flow chart of self-defined shot region synthetic method in the embodiment of the present invention;
Fig. 3 is another embodiment flow chart of self-defined shot region synthetic method in the embodiment of the present invention;
Fig. 4 is the display screen schematic diagram of a kind of application scenarios of self-defined shot region synthetic method;
Fig. 5 is another schematic diagram of display screen of a kind of application scenarios of self-defined shot region synthetic method;
Fig. 6 is self-defined shot region synthesizer example structure figure in the embodiment of the present invention;
Fig. 7 is self-defined another example structure figure of shot region synthesizer in the embodiment of the present invention.
Embodiment
Embodiments providing a kind of self-defined shot region synthetic method and device, for reducing operation threshold, just can obtain synthesising picture without the need to learning picture synthetic technology; Real-time, effect can obtain upon taking a picture immediately, without the need to post-processed, promotes experience.
For making goal of the invention of the present invention, feature, advantage can be more obvious and understandable, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, the embodiments described below are only the present invention's part embodiments, and the embodiment of not all.Based on the embodiment in the present invention, those of ordinary skill in the art, not making other embodiments all obtained under creative work prerequisite, belong to the scope of protection of the invention.
Refer to Fig. 1, in the embodiment of the present invention, a kind of self-defined shot region synthetic method embodiment comprises:
S1: start camera, obtains realtime graphic;
When needing the real-time pictures obtaining camera lens front, starting camera, obtaining realtime graphic.
S2: show several self defined areas in the viewing area of display screen;
Several self defined areas are shown in the viewing area of display screen.
It should be noted that, now camera can not be opened, and namely step S1 and S2 does not have strict sequencing.
S3: show this realtime graphic at this chosen self defined area;
After having marked off self defined area and having obtained realtime graphic, this realtime graphic can be shown at this chosen self defined area.
S4: obtain this realtime graphic current in this self defined area, obtains corresponding static images;
After this self defined area of selection shows this realtime graphic, this realtime graphic current in this self defined area can be obtained, obtain corresponding static images.
S5: this static images obtained in this self defined areas some synthesis is obtained self-defined picture.
Finally, this static images obtained in this self defined areas some synthesis can be obtained self-defined picture.
In the present embodiment, first, start camera, obtain realtime graphic; Then, several self defined areas are shown in the viewing area of display screen; Then, this realtime graphic is shown at this chosen self defined area; In addition, obtain this realtime graphic current in this self defined area, obtain corresponding static images; Finally, this static images obtained in this self defined areas some synthesis is obtained self-defined picture.In the present embodiment, by several self defined areas, realtime graphic in self defined area is obtained, obtain corresponding static images, finally static images corresponding for multiple self defined area is synthesized, obtain final self-defined picture, when user can directly take pictures, Region dividing is carried out to photograph, and carry out self-defined to the image in these regions respectively, finally directly get the self-defined picture after synthesis, reducing operation threshold, just can obtain synthesising picture without the need to learning picture synthetic technology; Real-time, effect can obtain upon taking a picture immediately, without the need to post-processed, promotes experience.
For ease of understanding, be described in detail the self-defined shot region synthetic method in the embodiment of the present invention below, refer to Fig. 2, in the embodiment of the present invention, self-defined another embodiment of shot region synthetic method comprises:
201, start camera, obtain realtime graphic;
When needing the real-time pictures obtaining camera lens front, can camera be started, obtaining realtime graphic.
202, the continuous print motion track that this display screen is drawn is obtained;
The continuous print motion track that this display screen is drawn can be obtained.It should be noted that, the generation of motion track specifically can be moved at display screen by mouse controlled pointer, touch or the mode such as trace ball forms continuous print point set, and the track of these point sets distribution is this motion track.
203, the region that this motion track surrounds is obtained, or the region of this motion track and this display screen surrounded by edges, obtain this self defined area;
After finishing motion track, the region that this motion track surrounds can be obtained, or the region of this motion track and this display screen surrounded by edges, obtain this self defined area.Be understandable that, after obtaining this self defined area, this self defined area can be shown.
It should be noted that, motion track can form self defined area by envelops itself, and such as motion track surrounds out rectangle, a circle etc., just defines rectangle, circular region.In addition, motion track also can with display screen surrounded by edges and form self defined area, such as draw the straight line that runs through whole display screen, display screen is divided into left and right or upper and lower two self defined areas by the motion track of this straight line.
204, this realtime graphic is shown at this chosen self defined area;
After having marked off self defined area and having obtained realtime graphic, this realtime graphic can be shown at this chosen self defined area.Be understandable that, wherein one or more self defined areas can be selected to show this realtime graphic, now, this realtime graphic will not be shown in remaining self defined area, remaining self defined area can be in " transparent " state, also can be in the state of the insert pictures in step 206 to 208.User can see the current picture of realtime graphic from the one or more self defined areas chosen, and by dollying head, adjusts the current picture in self defined area, until reach customer satisfaction system effect, then can perform step 205.
205, obtain this realtime graphic current in this self defined area, obtain corresponding static images;
After this self defined area of selection shows this realtime graphic, this realtime graphic current in this self defined area can be obtained, obtain corresponding static images.
It should be noted that, user adjust the realtime graphic that shows in this self defined area to a satisfaction effect after, shutter can be pressed and take pictures, thus in this self defined area, obtain corresponding static images.
206, obtain the insertion order of user, obtain corresponding existing picture according to this insertion order, and this existing picture is shown in this self defined area;
After having marked off self defined area, the insertion order of user can be obtained, obtain corresponding existing picture according to this insertion order, and this existing picture is shown in this self defined area.This existing picture can be the photograph taken in the past, also can be the picture such as illustration, expression.
207, when receiving the adjustment picture command of user, according to this adjustment picture command, the existing picture in this self defined area is adjusted;
Insert existing picture in this self defined area after, the image of this existing picture in this self defined area can be shown according to the adjustment order from user, the part or all of image of this existing picture is presented on this self defined area.By adjusting the existing picture of this in self defined area, the content that this existing picture is shown meets the requirement of user, also can consider the collocation between other self defined areas simultaneously, search out original or personalized element, finally produce the self-defined picture after synthesis.
208, obtain the image of this existing picture current in this self defined area, obtain corresponding static images.
After this existing picture has been carried out suitable adjustment, the image of this existing picture current in this self defined area can be obtained, obtain corresponding static images.Be understandable that, now, this static images is the part or all of content that this existing picture shows in the self defined area of correspondence.
209, judge whether that this all self defined areas all has corresponding static images, if so, then perform step 210, if not, then again perform step 204 and 205;
After obtaining corresponding static images, can judge whether that this all self defined areas all has corresponding static images, if so, then perform step 210, if not, then again perform step 204 and 205.
210, this static images obtained in this self defined areas some synthesis is obtained self-defined picture.
When judging to learn that this all self defined areas all has corresponding static images, this static images obtained synthesis can be obtained self-defined picture in this self defined areas some.Be understandable that, the self-defined picture be now synthesized is the picture reaching customer satisfaction system effect.From display screen, the display screen picture that before being synthesis, user views.
In the present embodiment, existing picture can be inserted in self defined area, improve the operability of self defined area, and improve the Creative spaces finally synthesizing the self-defined picture drawn.
The main aspect from dividing self defined area and insert pictures is described above, below the aspect from the process after synthesis and regional choice shape is described in detail, refer to Fig. 3, in the embodiment of the present invention, a kind of self-defined another embodiment of shot region synthetic method comprises:
301, start camera, obtain realtime graphic;
When needing the real-time pictures obtaining camera lens front, can camera be started, obtaining realtime graphic.
302, the regional choice shape of system intialization is obtained;
When needs carry out region determine or select time, the regional choice shape of system intialization can be obtained.This regional choice shape can be rectangle, circle, triangle or trapezoidal.
303, on this display screen, adjust the frame line of this regional choice shape;
After the regional choice shape that selecting system is preset, when needed, the frame line of this regional choice shape can be adjusted on this display screen.Be understandable that, preset regional choice shape not necessarily meets user's demand at that time, and therefore user needs to adjust the frame line of this regional choice shape.
304, the region that this frame line surrounds is obtained, or the region of this frame line and this display screen surrounded by edges, obtain this self defined area;
After determining the frame line of this regional choice shape, the region that this frame line surrounds can be obtained, or the region of this frame line and this display screen surrounded by edges, obtain this self defined area.It is understood that, after obtaining this self defined area, this self defined area can also be shown.
305, the one or more self defined areas in this self defined areas some are deleted;
When needed, the one or more self defined areas in this self defined areas some can be deleted.
Be understandable that, because the shape of display screen is generally rectangle, the final picture effect that user goes for differs and is decided to be rectangle, may be circular or trapezoidal etc., therefore, user can, by deleting the mode of self defined area, make the total shape of these self defined areas of reservation meet the final demand of user.
306, this realtime graphic is shown at this chosen self defined area;
After having marked off self defined area and having obtained realtime graphic, this realtime graphic can be shown at this chosen self defined area.Be understandable that, wherein one or more self defined areas can be selected to show this realtime graphic, now, this realtime graphic will not be shown in remaining self defined area, remaining self defined area can be in " transparent " state, also can be in the state of the insert pictures in step 308 to 310.User can see the current picture of realtime graphic from the one or more self defined areas chosen, and by dollying head, adjusts the current picture in self defined area, until reach customer satisfaction system effect, then can perform step 307.
307, obtain this realtime graphic current in this self defined area, obtain corresponding static images;
After this self defined area of selection shows this realtime graphic, this realtime graphic current in this self defined area can be obtained, obtain corresponding static images.
It should be noted that, user adjust the realtime graphic that shows in this self defined area to a satisfaction effect after, shutter can be pressed and take pictures, thus in this self defined area, obtain corresponding static images.
308, obtain the insertion order of user, obtain corresponding existing picture according to this insertion order, and this existing picture is shown in this self defined area;
After having marked off self defined area, the insertion order of user can be obtained, the existing picture of display in this self defined area.This existing picture can be the photograph taken in the past, also can be the picture such as illustration, expression.
309, when receiving the adjustment picture command of user, according to this adjustment picture command, the existing picture in this self defined area is adjusted;
Insert existing picture in this self defined area after, the image of this existing picture in this self defined area can be shown according to the adjustment order from user, the part or all of image of this existing picture is presented on this self defined area.By adjusting the existing picture of this in self defined area, the content that this existing picture is shown meets the requirement of user, also can consider the collocation between other self defined areas simultaneously, search out original or personalized element, finally produce the self-defined picture after synthesis.
310, obtain the image of this existing picture current in this self defined area, obtain corresponding static images.
After this existing picture has been carried out suitable adjustment, the image of this existing picture current in this self defined area can be obtained, obtain corresponding static images.Be understandable that, now, this static images is the part or all of content that this existing picture shows in the self defined area of correspondence.
311, judge whether that this all self defined areas all has corresponding static images, if so, then perform step 312, if not, then again perform step 306 and 307, or again perform step 308,309 and 310;
After obtaining corresponding static images, can judge whether that this all self defined areas all has corresponding static images, if so, then perform step 312, if not, then again perform step 306 and 307, or again perform step 308,309 and 310.
It should be noted that, when judging to learn that this self defined area not every all has corresponding static images, now, can select to be again perform step 306 and 307 according to the wish of user, still again performing step 308,309 and 310.Be understandable that, step 306 and 307 is that the mode by obtaining realtime graphic obtains static images, step 308 is then obtain static images by the mode of insert pictures to 310, therefore system can point out user to select, thus further meets the individual demand of user.
312, this static images obtained in this self defined areas some synthesis is obtained self-defined picture.
When judging to learn that this all self defined areas all has corresponding static images, this static images obtained synthesis can be obtained self-defined picture in this self defined areas some.Be understandable that, the self-defined picture be now synthesized is the picture reaching customer satisfaction system effect.From display screen, the display screen picture that before being synthesis, user views.
The amendment information of being correlated with when 313, preserving synthesis;
When synthesis obtains self-defined picture, the amendment information of being correlated with when simultaneously can preserve synthesis, this amendment information comprises the division information of this self defined area and the corresponding relation of this self defined area and this static images.These amendment information contribute to when user is unsatisfied with the self-defined picture after synthesis, can on the basis of this self-defined picture again carrying out editing and revising, till reaching customer satisfaction system effect.
314, call this amendment information, the self-defined picture corresponding to this amendment information adjusts again;
From the foregoing, when needed, can call this amendment information, the self-defined picture corresponding to this amendment information adjusts again.Whether this step 314 is non-essential, select to perform in actual use according to the demand of user.
315, all data of whole building-up process are stored.
In addition, complete building-up process, after obtaining satisfied self-defined picture, can also store all data of whole building-up process, these all data comprise: the corresponding relation of the division information of this self defined area, this self defined area and this static images, this static images, shooting time, generated time and this self-defined picture after synthesizing.
It should be noted that, all data of building-up process are stored, contribute to user's searching and revising in the future, certainly, if the overabundance of data stored, many burdens may be brought to system, now system can arrange and regularly delete outmoded data, with the smooth and easy operation of keeping system.
In the present embodiment, self defined area division easily can be realized by obtaining regional choice shape; The shape personalization of final self-defined picture is completed by deleting one or more self defined area; Simple and easy editor and the operating characteristics of the self-defined picture after synthesis is promoted by preserving amendment information.
For ease of understanding, the embodiment described by Fig. 3, is described the self-defined shot region synthetic method in the embodiment of the present invention with a practical application scene below:
User, under certain scene, ites is desirable to two mirror images apart from each other in scene to be stitched together, operates as follows:
1, camera is opened, live view;
2, user recalls " rectangle " and selects frame from system tool hurdle, and should " rectangle " select frame to be placed in the lower left corner, as shown in Figure 4;
3, user selects frame to be unsatisfied with to " rectangle ", is tailored into " pentagon " and selects frame, as shown in Figure 5;
4, confirm to select frame, display screen is divided into a-quadrant and B region;
5, user first selects to clap an a-quadrant, and now B region becomes " transparent " state (static state), dynamic refresh picture in a-quadrant;
6, after adjusting the picture in a-quadrant, press shutter, taken the static images of a-quadrant, now this static images change;
7, user selects B region, Restoration dynamics refresh picture in B region;
8, user finds a view to another place, and takes the static images in B region;
9, user finds to feel dissatisfied to the static images of a-quadrant, so click a-quadrant, selects " insert pictures ", selects an existing picture to insert from the local picture of system;
10, adjust the display image of this insert pictures in a-quadrant, as size, the anglec of rotation, position etc., after satisfied, select to determine, now obtain the static images that a-quadrant is new;
11, select synthesis, generate a self-defined picture, this self-defined picture directly can be sent to the social networks such as microblogging by mobile Internet and share by user.
Mainly above be described self-defined shot region synthetic method, will be described in detail self-defined shot region synthesizer below, and refer to Fig. 6, in the embodiment of the present invention, self-defined shot region synthesizer embodiment comprises:
Obtaining image module 601, for starting camera, obtaining realtime graphic;
Segmentation display module 602, for showing several self defined areas in the viewing area of display screen;
First display module 603, for showing this realtime graphic at this chosen self defined area;
First acquisition module 604, for obtaining this realtime graphic current in this self defined area, obtains corresponding static images;
Synthesis module 605, for obtaining self-defined picture by this static images obtained in this self defined areas some synthesis.
In the present embodiment, first, obtain image module 601 and start camera, obtain realtime graphic; Then, split display module 602 and show several self defined areas in the viewing area of display screen; First display module 603 shows this realtime graphic at this chosen self defined area; In addition, the first acquisition module 604 obtains this realtime graphic current in this self defined area, obtains corresponding static images; Finally, this static images obtained in this self defined areas some synthesis is obtained self-defined picture by synthesis module 605.In the present embodiment, by several self defined areas, realtime graphic in self defined area is obtained, obtain corresponding static images, finally static images corresponding for multiple self defined area is synthesized, obtain final self-defined picture, when user can directly take pictures, Region dividing is carried out to photograph, and carry out self-defined to the image in these regions respectively, finally directly get the self-defined picture after synthesis, reducing operation threshold, just can obtain synthesising picture without the need to learning picture synthetic technology; Real-time, effect can obtain upon taking a picture immediately, without the need to post-processed, promotes experience.
For ease of understanding, be described in detail the self-defined shot region synthesizer in the embodiment of the present invention below, refer to Fig. 7, in the embodiment of the present invention, self-defined another embodiment of shot region synthesizer comprises:
Obtaining image module 701, for starting camera, obtaining realtime graphic;
Segmentation display module 702, for showing several self defined areas in the viewing area of display screen;
First display module 703, for showing this realtime graphic at this chosen self defined area;
First acquisition module 704, for obtaining this realtime graphic current in this self defined area, obtains corresponding static images;
Synthesis module 705, for obtaining self-defined picture by this static images obtained in this self defined areas some synthesis.
In the present embodiment, this device can also comprise:
Insert module 706, for obtaining the insertion order of user, obtaining corresponding existing picture according to this insertion order, and being shown in this self defined area by this existing picture;
Adjusting module 707, for when receiving the adjustment picture command of user, adjusts the existing picture in this self defined area according to this adjustment picture command;
Second acquisition module 708, for obtaining the image of this existing picture current in this self defined area, obtains corresponding static images.
In the present embodiment, this segmentation display module 702 specifically can comprise:
Track acquisition module 7021, for obtaining the continuous print motion track that this display screen is drawn;
First area determination module 7022, for obtaining the region that this motion track surrounds, or the region of this motion track and this display screen surrounded by edges, obtain this self defined area;
Second display module 7023, for showing this self defined area.。
In the present embodiment, this segmentation display module 702 specifically can comprise:
Shape acquisition module 7024, for obtaining the regional choice shape of system intialization;
Adjusting Shape module 7025, for adjusting the frame line of this regional choice shape on this display screen;
Second area determination module 7026, for obtaining the region that this frame line surrounds, or the region of this frame line and this display screen surrounded by edges, obtain this self defined area;
3rd display module 7027, for showing this self defined area.
Those skilled in the art can be well understood to, and for convenience and simplicity of description, the system of foregoing description, the specific works process of device and unit, with reference to the corresponding process in preceding method embodiment, can not repeat them here.
In several embodiments that the application provides, should be understood that, disclosed system, apparatus and method, can realize by another way.Such as, device embodiment described above is only schematic, such as, the division of described unit, be only a kind of logic function to divide, actual can have other dividing mode when realizing, such as multiple unit or assembly can in conjunction with or another system can be integrated into, or some features can be ignored, or do not perform.Another point, shown or discussed coupling each other or direct-coupling or communication connection can be by some interfaces, and the indirect coupling of device or unit or communication connection can be electrical, machinery or other form.
The described unit illustrated as separating component or can may not be and physically separates, and the parts as unit display can be or may not be physical location, namely can be positioned at a place, or also can be distributed in multiple network element.Some or all of unit wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.
In addition, each functional unit in each embodiment of the present invention can be integrated in a processing unit, also can be that the independent physics of unit exists, also can two or more unit in a unit integrated.Above-mentioned integrated unit both can adopt the form of hardware to realize, and the form of SFU software functional unit also can be adopted to realize.
If described integrated unit using the form of SFU software functional unit realize and as independently production marketing or use time, can be stored in a computer read/write memory medium.Based on such understanding, the part that technical scheme of the present invention contributes to prior art in essence in other words or all or part of of this technical scheme can embody with the form of software product, this computer software product is stored in a storage medium, comprising some instructions in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) perform all or part of step of method described in each embodiment of the present invention.And aforesaid storage medium comprises: USB flash disk, portable hard drive, read-only memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disc or CD etc. various can be program code stored medium.
The above, above embodiment only in order to technical scheme of the present invention to be described, is not intended to limit; Although with reference to previous embodiment to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein portion of techniques feature; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the spirit and scope of various embodiments of the present invention technical scheme.
Claims (11)
1. a self-defined shot region synthetic method, is characterized in that, comprising:
S1: start camera, obtains realtime graphic;
S2: show several self defined areas in the viewing area of display screen;
S3: show described realtime graphic at chosen described self defined area;
S4: obtain described realtime graphic current in described self defined area, obtains corresponding static images;
S5: the described static images synthesis obtained in some described self defined areas is obtained self-defined picture.
2. method according to claim 1, is characterized in that, also comprises after step S2 He before step S5:
S31: the insertion order obtaining user, inserts according to described the existing picture that order obtains correspondence, and is shown in described self defined area by described existing picture;
S32: when receiving the adjustment picture command of user, adjusts the existing picture in described self defined area according to described adjustment picture command;
S33: the image obtaining current described existing picture in described self defined area, obtains corresponding static images.
3. method according to claim 1, is characterized in that, step S2 specifically comprises:
Obtain the continuous print motion track that described display screen is drawn;
Obtain the region that described motion track surrounds, or the region of described motion track and described display screen surrounded by edges, obtain described self defined area;
Show described self defined area.
4. method according to claim 1, is characterized in that, step S2 specifically comprises:
Obtain the regional choice shape of system intialization;
Described display screen adjusts the frame line of described regional choice shape;
Obtain the region that described frame line surrounds, or the region of described frame line and described display screen surrounded by edges, obtain described self defined area
Show described self defined area.
5. method according to claim 1, is characterized in that, also comprises after step S5:
The amendment information of being correlated with when preserving synthesis, described amendment information comprises the division information of described self defined area and the corresponding relation of described self defined area and described static images.
6. method according to claim 5, is characterized in that, described method also comprises:
Call described amendment information, the self-defined picture corresponding to described amendment information adjusts again.
7. method according to claim 2, is characterized in that, also comprises after step S4 He before step S5:
Judge whether that all described self defined areas all have corresponding static images, if so, then perform step S5, if not, then again perform step S3 and S4, or perform step S31, S32 and S33.
8. a self-defined shot region synthesizer, is characterized in that, comprising:
Obtaining image module, for starting camera, obtaining realtime graphic;
Segmentation display module, for showing several self defined areas in the viewing area of display screen;
First display module, for showing described realtime graphic at chosen described self defined area;
First acquisition module, for obtaining described realtime graphic current in described self defined area, obtains corresponding static images;
Synthesis module, for obtaining self-defined picture by the described static images synthesis obtained in some described self defined areas.
9. device according to claim 8, is characterized in that, described device also comprises:
Insert module, for obtaining the insertion order of user, inserting according to described the existing picture that order obtains correspondence, and being shown in described self defined area by described existing picture;
Adjusting module, for when receiving the adjustment picture command of user, adjusts the existing picture in described self defined area according to described adjustment picture command;
Second acquisition module, for obtaining the image of current described existing picture in described self defined area, obtains corresponding static images.
10. device according to claim 8, is characterized in that, described segmentation display module specifically comprises:
Track acquisition module, for obtaining the continuous print motion track that described display screen is drawn;
First area determination module, for obtaining the region that described motion track surrounds, or the region of described motion track and described display screen surrounded by edges, obtain described self defined area;
Second display module, for showing described self defined area.
11. devices according to claim 8, is characterized in that, described segmentation display module specifically comprises:
Shape acquisition module, for obtaining the regional choice shape of system intialization;
Adjusting Shape module, for adjusting the frame line of described regional choice shape on described display screen;
Second area determination module, for obtaining the region that described frame line surrounds, or the region of described frame line and described display screen surrounded by edges, obtain described self defined area;
3rd display module, for showing described self defined area.
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