CN107071270A - Camera device and its image capture method - Google Patents
Camera device and its image capture method Download PDFInfo
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- CN107071270A CN107071270A CN201710069018.0A CN201710069018A CN107071270A CN 107071270 A CN107071270 A CN 107071270A CN 201710069018 A CN201710069018 A CN 201710069018A CN 107071270 A CN107071270 A CN 107071270A
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- 238000000034 method Methods 0.000 title claims abstract description 25
- 238000001514 detection method Methods 0.000 claims description 21
- 238000012545 processing Methods 0.000 description 43
- 230000011218 segmentation Effects 0.000 description 34
- 230000008569 process Effects 0.000 description 15
- 238000005520 cutting process Methods 0.000 description 9
- 230000003068 static effect Effects 0.000 description 9
- 230000000694 effects Effects 0.000 description 7
- 230000009471 action Effects 0.000 description 5
- 230000008859 change Effects 0.000 description 4
- 238000006243 chemical reaction Methods 0.000 description 4
- 238000005516 engineering process Methods 0.000 description 3
- 230000003287 optical effect Effects 0.000 description 3
- 238000003860 storage Methods 0.000 description 3
- 230000000007 visual effect Effects 0.000 description 3
- 230000008901 benefit Effects 0.000 description 2
- 230000015572 biosynthetic process Effects 0.000 description 2
- 230000000295 complement effect Effects 0.000 description 2
- 238000012790 confirmation Methods 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 230000006870 function Effects 0.000 description 2
- 229910044991 metal oxide Inorganic materials 0.000 description 2
- 150000004706 metal oxides Chemical class 0.000 description 2
- 230000004044 response Effects 0.000 description 2
- 239000004065 semiconductor Substances 0.000 description 2
- 230000003595 spectral effect Effects 0.000 description 2
- 238000012360 testing method Methods 0.000 description 2
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- 238000004364 calculation method Methods 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 238000012937 correction Methods 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 238000005401 electroluminescence Methods 0.000 description 1
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- 239000011159 matrix material Substances 0.000 description 1
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Classifications
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/60—Control of cameras or camera modules
- H04N23/66—Remote control of cameras or camera parts, e.g. by remote control devices
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/60—Control of cameras or camera modules
- H04N23/667—Camera operation mode switching, e.g. between still and video, sport and normal or high- and low-resolution modes
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/80—Camera processing pipelines; Components thereof
Abstract
The present invention provides camera device and its image capture method.The camera device has：Image pickup part, it continuously shoots subject, generates the dynamic image data being made up of view data continuous in time；Display part, it shows dynamic image corresponding with the dynamic image data；Input unit, it accepts the input of the indication signal to the dynamic image data additional index；And photography control unit, it adds the index of the dynamic image data in the case where have input the indication signal from the input unit at the time of stipulated time is recalled at the time of have input the indication signal.
Description
Technical field
The present invention relates to shoot subject to generate the camera device and image capture method of the view data of the subject.
Background technology
In recent years, in the camera devices such as digital camera, dynamic image photography can be carried out while entering by being known to
The technology of row still image photography (referring for example to Japanese Unexamined Patent Publication 7-143439 publications).In the art, in dynamic image
In the case of there is shutter operation in photography, record has carried out the opportunity of the shutter operation, the root after dynamic image photography terminates
Sheared according to opportunity from dynamic image data, be achieved in dynamic image photography and still image photography these two aspects.
But, in conventional dynamic image photography, due to different from still image photography, persistently shoot all the time, so
In the case of there is conclusive moment in photography and only a part of interval of the record comprising the decisive moment is wanted, it is necessary to
While reproduce after dynamic image photography terminates, gone forward side by side edlin operation while finding out decisive moment.Therefore, moved in conventional
In state image photography, it is longer to there is photography time, confirm, observation, the problem of editing operating is more complicated.
The content of the invention
The present invention is exactly to complete in view of the foregoing, and its object is to provide even in the elongated situation of photography time
Under, it also can simply carry out the photograph confirmation after terminating, observation, the camera device and image capture method of editing operating.
The camera device of the mode of the present invention has：Image pickup part, it continuously shoots subject, generates on the time
The dynamic image data that continuous view data is constituted；Display part, it shows Dynamic Graph corresponding with the dynamic image data
Picture；Input unit, it accepts the input of the indication signal to the dynamic image data additional index；And photography control unit, its
In the case where have input the indication signal from the input unit, rule are recalled at the time of have input the indication signal
The index of the dynamic image data is added at the time of fixing time.
The image capture method of the other modes of the present invention is performed by camera device, and the camera device has：Image pickup part, its is continuous
Ground shoots subject, generates the dynamic image data being made up of view data continuous in time；Display part, its show with it is described
The corresponding dynamic image of dynamic image data, the image capture method has steps of：Accept attached to the dynamic image data
The input of the indication signal indexed；And in the case where have input the indication signal, from have input it is described indicate letter
Number at the time of from add the index of the dynamic image data at the time of recall the stipulated time.
If detailed description of the invention below can be further understood into above institute against being read with accompanying drawing
The meaning in situation and further feature, advantage and the technology and industry of the present invention stated.
Brief description of the drawings
Fig. 1 is the block diagram of the functional structure for the camera device for showing embodiments of the present invention 1.
Fig. 2 is the flow chart for the summary for showing the processing that the camera device of embodiments of the present invention 1 is performed.
Fig. 3 is show one of live view image of display part for the camera device for showing embodiments of the present invention 1
Figure.
Fig. 4 is the flow chart of the summary for the dynamic image photograph processing for showing Fig. 2.
Fig. 5 is show one of photograph mode icon of display part for the camera device for showing embodiments of the present invention 1
Figure.
Fig. 6 be the camera device for showing embodiments of the present invention 1 display part show, indexing is recommended
Information the figure of one.
Fig. 7 is other of the live view image that shows of display part for the camera device for showing embodiments of the present invention 1
The figure of one.
Fig. 8 is show to be detected by the characteristic key portion of the camera device of embodiments of the present invention 1 the one of characteristic quantity
The figure of example.
Fig. 9 be the camera device for showing embodiments of the present invention 1 display part show, accept index terminate instruction
The figure of one of the icon of the input of information.
Figure 10 is that the display part for the camera device for showing embodiments of the present invention 1 shows that record during segmentation action is browsed
The figure of one of image.
Figure 11 is the flow chart of the summary for the reproduction processes for showing Fig. 2.
Figure 12 is the thumbnail image of dynamic image that shows of display part for the camera device for showing embodiments of the present invention 1
The figure of one.
Figure 13 is show one of dynamic image of display part for the camera device for showing embodiments of the present invention 1
Figure.
Figure 14 is the stream for the summary for showing the dynamic image photograph processing that the camera device of embodiments of the present invention 2 is performed
Cheng Tu.
Figure 15 is the figure for time machine (timemachine) photography for schematically illustrating embodiments of the present invention 2.
Figure 16 is to show to be obtained from blotter portion by the photography control unit of the camera device of embodiments of the present invention 2
The figure of one of view data.
Figure 17 is to show to be recorded in dynamic image data by the photography control unit of the camera device of embodiments of the present invention 2
The figure of one of the dynamic image file recorded in portion.
Embodiment
Hereinafter, with reference to the accompanying drawings of the mode (hereinafter referred to as " embodiment ") for implementing the present invention.In addition, of the invention
Do not limited by embodiments described below.Also, in accompanying drawing record, identical part is marked identical label to say
It is bright.
(embodiment 1)
[structure of camera device]
Fig. 1 is the block diagram of the functional structure for the camera device for showing embodiments of the present invention 1.Shooting dress shown in Fig. 1
Putting 1 has：Image pickup part 2, display part 3, touch panel 4, operating portion 5, record portion 6 and control unit 7.
Image pickup part 2 shoots subject, and generate the view data of subject under the control of control unit 7.In addition, shooting
Portion 2 continuously shoots subject, and generates the dynamic image data being made up of view data continuous in time.Image pickup part 2 has
Have：Make shot object image be imaged optical system, by receive the optical system formation shot object image and carry out opto-electronic conversion and
Generate CCD (the Charge Coupled Device of the view data of subject；Charge coupled cell) or CMOS
(Complementary Metal Oxide Semiconductor；Complementary metal oxide semiconductor) etc. photographing element；Light
Circle, its amount of incident by limiting the light assembled by optical system, the adjustment being exposed；And shutter, it is by photographing element
State be set as exposure status or shading status.
Display part 3 under the control of control unit 7, show corresponding with the view data generated by image pickup part 2 image and by
The corresponding dynamic image of dynamic image data or the various information related to camera device 1 that image pickup part 2 is generated.In addition, aobvious
Show that 3 pairs of portion image corresponding with the view data recorded by record portion 6 carries out reproduction display.Display part 3 uses liquid crystal or organic
EL(Electro Luminescence：Electroluminescent) etc. display panel constitute.
The viewing area of touch panel 4 and display part 3 is overlapped, and is accepted and contacting that the object from outside is contacted
The input of the corresponding signal in position (touch location), and output this signal to control unit 7.In present embodiment 1, touch surface
Plate 4 is used as input unit function.
Operating portion 5 accepts the input of the signal related to the various operations of camera device 1.Operating portion 5 at least has：Release
Switch 51, it accepts the input for the release signal for indicating still image photography；Dynamic image switch 52, it is accepted to image pickup part 2
Indicate the commencing signal of the beginning of dynamic image photography and the end signal of the end of dynamic image photography is indicated to image pickup part 2
Input；Crossbar switch 53, it accepts the input of the various operation signals of camera device 1；And OK switches 54, it is accepted for true
The input of the indication signal of the fixed setting selected by crossbar switch 53 etc..Crossbar switch 53 and OK switches 54 are accepted for setting
The input of the indication signal of dynamic graphical pattern or short-movie pattern, under the dynamic graphical pattern, from dynamic presentation switch 52
Accept commencing signal input untill the input for accepting end signal make image pickup part 2 continuously shoot subject generate it is dynamic
State view data, under the short-movie pattern, makes image pickup part 2 to subject after dynamic presentation switch 52 input commencing signal
The time set in advance (such as 4 seconds) is continuously shot to generate dynamic image data.
Record portion 6 records the view data generated by image pickup part 2, dynamic image data or related to camera device 1
Various information.Record portion 6 has：Program record portion 61, it records the program performed by camera device 1；Static image data is remembered
Record portion 62, it records static image data；Short-movie record portion 63, it records following dynamic image data, the dynamic image number
It is taken according to the stipulated time that has been taken, and at the different photography moment, can be with special effect treatment, frame per second and dynamic image
Form identical dynamic image data links (hereinafter referred to as " short-movie ")；Dynamic image data record portion 64, it records Dynamic Graph
As data；And blotter portion 65, view data that its blotter is generated by image pickup part 2 (live view image data or
Dynamic image data).
Herein, frame per second is 15fps, 20fps, 30fps, 50fps and 60fps etc..In addition, moving image format be H.264,
AVCHD modes, MPEG4 modes, AVI modes and MOV forms etc..Moreover, special effect treatment is by by image procossing described later
The multiple images processing that portion 71 is carried out combines to produce the processing of visual effect.Herein, multiple images processing be soft focusing process,
Shadows Processing, synthesis processing, HDR processing and saturation degree emphasize processing etc..Record portion 6 is loaded and unloaded using from the outside of camera device 1
Storage card, volatile memory and nonvolatile memory for installing freely etc. are constituted.Pressed in addition, short-movie record portion 63 has
The multiple photograph albums (file) generated according to each combination of the classification, frame per second and moving image format of special effect treatment.
Control unit 7 is uniformly controlled each portion for constituting camera device 1.Control unit 7 is according to the signal inputted from touch panel 4
Or the operation signal inputted from operating portion 5, each portion of control composition camera device 1.Control unit 7 uses CPU (Central
Processing Unit：CPU) etc. constitute.Herein, the detailed construction of control unit 7 is illustrated.Control unit 7 has：Figure
As processing unit 71, feature detection portion 72, determination unit 73, photography control unit 74 and display control unit 75.
71 pairs of view data generated by image pickup part 2 of image processing part carry out defined image procossing.Herein, defined figure
As processing progress is comprised at least, A/D conversion process, optics are black to subtract each other processing, blank level adjustment processing, in the shooting member of image pickup part 2
Part is processing while view data is included in the case of Bayer array, colour matrix calculation process, γ correction process, color
The primary image processing of reproduction processes and edge enhancement processing etc..In addition, image processing part 71 is different by the moment that will photograph
The data links of multiple short-movies get up, generate 1 dynamic image data.In addition, image processing part 71 to view data or
Dynamic image data is performed by the way that multiple images processing combination is produced into the special effect treatment of visual effect.
Detect the characteristic quantity of the dynamic image data sequentially generated by image pickup part 2 in feature detection portion 72.Specifically, feature
Test section 72 is in 2 front and rear dynamic image frames (view data) in time according to what is generated by image pickup part 2, and detection is shot
Any more than 1 in motion vector, edge and the luminance difference of body.Certainly, feature detection portion 72 can use known template
Matching, detects the face of subject as characteristic quantity, can also detect the presence or absence of subject (people), the number of subject and be shot
Smiling face of body etc. is used as characteristic quantity.
Determination unit 73 judges whether the characteristic quantity detected by feature detection portion 72 has exceeded threshold value set in advance.Specifically
For, whether determination unit 73 exceeds threshold value set in advance by the characteristic quantity for judging to be detected by feature detection portion 72, to sentence
Whether the fixed view data (frame) generated by image pickup part 2 is decisive moment, has exceeded threshold value set in advance in characteristic quantity
In the case of, it is determined as being decisive moment.Herein, detecting the motion vector of subject as characteristic quantity by feature detection portion 72
In the case of, threshold value set in advance be for example since subject stop state abruptly start to move or advance, and by
The value that the difference of the motion vector detected and the motion vector detected in current frame is constituted in frame before tight, can
Suitably set.It is of course also possible to according to the species of subject, change threshold value.For example, in the case where subject is behaved,
Because the motion-vector of the subject between adjacent frame is small, thus threshold value is set to it is small, subject be child or animal
In the case of, the motion-vector of subject can be set to than the big National People's Congress.Moreover, even in the luminance difference or edge of subject
In the case of, it also can suitably change threshold value.Also, in the case of the face of subject, it can be incited somebody to action between adjacent frame
The quantity set of subject is threshold value.For example, determination unit 73 can by feature detection portion 72 from do not photographed in image by
Take the photograph body state rise and detect the face of subject in the case of, be judged to having exceeded threshold value, can also detect from 1 people
In the case of being changed into more than the situation of 2 people or 3 people, it is judged to having exceeded threshold value.Certainly, determination unit 73 can also be in spy
In the case of levying the smiling face that test section 72 detects subject, smiling face's degree is set as threshold value.
In the case where have input release signal from release-push 51, photography control unit 74 makes image pickup part 2 perform static map
As photography.Herein, the still image photography in image pickup part 2 refers to, the picture number exported by 71 pairs of image processing part by image pickup part 2
The action of image procossing as defined in factually applying.It has been embodied such control of the static image data in photography control unit 74 of processing
Under, it is recorded in static image data record portion 62.In addition, have input dynamic image signal from dynamic presentation switch 52
In the case of, photography control unit 74 makes image pickup part 2 perform dynamic image photography.Herein, the dynamic image in image pickup part 2, which is photographed, is
Refer to, defined image procossing is implemented (for example, form turns by 71 pairs of view data being sequentially output by image pickup part 2 of image processing part
Change processing, gain amplification disposal and noise reduction process), and the action in dynamic image data record portion 64 is recorded successively.In addition,
In the feelings for the indication signal that additional index is have input from 5 pairs of dynamic images shown by display part 3 of touch panel 4 or operating portion
Under condition, the dynamic image data additional index that is recorded by dynamic image data record portion 64 of 74 pairs of control unit of photography, and from facing
When record portion 65 obtain at the time of have input the indication signal of additional index the stipulated time dynamic image data and record
In dynamic image data record portion 64.The stipulated time is the value from several seconds to tens seconds ranks, energy that can be after
Time for enough confirming and change.For example, it is desirable to which in increased situation of dynamic image etc., the stipulated time is shorter.Certainly, also may be used
Stipulated time is suitably changed with data volume or the ratio of photography time according to dynamic image data, for example, is having been taken 5
In the case of minute dynamic image data, the stipulated time can be set as 1 minute (5：1).
Display control unit 75 is controlled to the display mode of display part 3.Specifically, display control unit 75 will with by taking the photograph
As the corresponding still image of static image data or dynamic image corresponding with dynamic image data that portion 2 is generated are shown in display
In portion 3.In addition, in the case where being determined as that characteristic quantity has exceeded threshold value by determination unit 73, display control unit 75 will be recommended to index
Additional information and dynamic image be overlappingly shown on display part 3.Specifically, display control unit 75 will accept additional rope
The icon of the input for the indication signal drawn overlappingly is shown on display part 3 with dynamic image, is used as the additional of recommendation index
Information.Certainly, in addition to icon, the additional of index can also be recommended for example, by message or sound etc..Moreover, display control
Portion 75 can show or be highlighted by carrying out bloom to icon, can be otherwise shown in other information acquaintance
On display part 3.
[processing of camera device]
Then, the processing that camera device 1 is carried out is illustrated.Fig. 2 is the flow for showing the processing summary that camera device 1 is performed
Figure.
As shown in Fig. 2 first, situation (the step S101 of photograph mode is set to camera device 1：It is) said
It is bright.In this case, display control unit 75 shows live view image corresponding with the view data continuously generated by image pickup part 2
Show on display part 3 (step S102).For example shown in Fig. 3, display control unit 75 by with the image that is continuously generated by image pickup part 2
The corresponding live view image P1 of data is shown on display part 3.
Then, (the step S103 in the case of the instruction that from release-push 51 there is still image to photograph：It is), photography control
Portion 74 processed makes image pickup part 2 perform still image photography (step S104).In this case, 71 pairs of image processing part is by image pickup part 2
The view data generation of generation has carried out the thumbnail after size adjusting processing, and the view data to being generated by image pickup part 2
(RAW data) carry out defined image procossing.
Afterwards, photography control unit 74 will be corresponding with thumbnail by the view data after the real-time image processing of image processing part 71
Record get up in static image data record portion 62 (step S105).
Then, display control unit 75 by still image corresponding with the view data generated by image pickup part 2 on display part 3
Record the browse displays stipulated time (such as 3 seconds) (step S106).Certainly, display control unit 75 can stop note according to setting
Record browse displays.
Afterwards, (the step S107 in the case where being disconnected the power supply of camera device 1 via operating portion 5：It is), shooting dress
Put 1 end present treatment.On the other hand, in the case where the power supply of camera device 1 is not gone off into state via operating portion 5
(step S107：It is no), the return to step S101 of camera device 1.
Then, to the situation (step for the instruction photographed in step s 103 from release-push 51 without still image
S103：It is no) illustrate.In this case, (the step in the instruction that from dynamic presentation switch 52 there is dynamic image to photograph
S108：It is), camera device 1 performs recorded the view data sequentially generated by image pickup part 2 as dynamic image data
Dynamic image photograph processing (step S109).In addition, the details of dynamic image photograph processing will be aftermentioned.In step S109
Afterwards, camera device 1 is transferred to step S107.
From (step S108 during the instruction that dynamic presentation switch 52 is photographed without dynamic image in step S108：It is no),
Camera device 1 is transferred to step S107.
Then, situation (the step S101 of photograph mode is not set to camera device 1：It is no) illustrate.In the feelings
Under condition, (the step S110 when camera device 1 is set for reproduction mode：It is), the execution pair of camera device 1 and the institute of record portion 6
The reproduction processes (step S111) that the view data or dynamic image data of record are reproduced.In addition, reproduction processes is detailed
Thin content will be aftermentioned.After step S111, camera device 1 is transferred to step S107.
Camera device 1 is not set to (step S110 during reproduction mode in step s 110：It is no), camera device 1 is shifted
To step S107.
(dynamic image photograph processing)
Then, the detailed content of the dynamic image photograph processing for the step S109 being illustrated in Figure 2 is illustrated.Fig. 4 is to show
The flow chart of the summary of dynamic image photograph processing.
As shown in figure 4, first, control unit 7 judges whether the dynamic mode of camera device 1 is set for short-movie pattern
(step S201).For example, as shown in figure 5, operated to operating portion 5, have input the classification of selection dynamic graphical pattern
In the case of indication signal, display control unit 75 makes display part 3 show icon H1 and icon H2 on live view image P1, should
Icon H1 is used for the input for accepting the indication signal for the setting for indicating the usual dynamic graphical pattern in dynamic graphical pattern, the figure
Mark H2 is used for the input for accepting the indication signal for the setting for indicating short-movie pattern.Also, camera device 1 is utilized by using family and touched
Panel 4 or the selection icon H1 or icon H2 of operating portion 5 are touched, the dynamic graphical pattern of camera device 1 is set as generally dynamic
State image model or short-movie pattern.Specifically, under the situation shown in Fig. 5, user by operating touch panel 4 or
Operating portion 5 and in the case of have selected icon H2, dynamic graphical pattern is set as short-movie pattern by camera device 1.
(the step in the case where the dynamic graphical pattern for being judged as camera device 1 by control unit 7 is set for short-movie pattern
Rapid S201：It is), camera device 1 is transferred to aftermentioned step S202.On the other hand, camera device 1 is being judged as by control unit 7
Dynamic graphical pattern be not set to short-movie pattern in the case of (step S201：It is no), camera device 1 is transferred to step described later
Rapid S203.
In step S202, photography control unit 74 performs the dynamic image for making image pickup part 2 shoot the stipulated time (such as 5 seconds)
Short-movie processing.After step S202, camera device 1 returns to Fig. 2 main routine.
In step S203, photography control unit 74 make dynamic image photography start, the dynamic image photography make image pickup part 2 according to
Secondary generation view data.In this case, photography control unit 74 exists the view data blotter sequentially generated by image pickup part 2
In blotter portion 65, untill dynamic image photography terminates or until by stipulated time (such as 60 seconds or 3 minutes)
Untill.Certainly, the view data sequentially generated by image pickup part 2 can be sequentially recorded in by photography control unit 74 along time series
In the dynamic image file that dynamic image data record portion 64 is generated, and remember side by side with the blotter in blotter portion 65
Record.
Then, display part 3 is made to show all the time for dynamic image data in camera device 1 carries out dynamic image photography
(step S204 in the case of the index display pattern of the functional unit of additional index：It is), display control unit 75 shows display part 3
The functional unit of input unit is shown as, the input unit, which is accepted, to be used in dynamic image photography to dynamic image data additional index
Indication signal input (step S205).
Specifically, as shown in fig. 6, display control unit 75 will represent to be accepted for dynamic image data additional index
Index icon A1, icon A2 and the icon A3 of indexing model of input of indication signal be overlapped in the reality shown by display part 3
When viewfinder image Pn on, be shown on display part 3.Icon A2 is to accept recalling the stipulated time from the current photography moment
The icon of the input of the indication signal of (time point) additional index (timestamp or daily record) at the time of (such as 3 seconds).Moreover, figure
Mark A2 is to accept indication signal of the backtracking stipulated time to dynamic image data progress cutting recording from the current photography moment
Input icon.In addition, icon A3 be accept current photography moment additional index (timestamp) indication signal it is defeated
The icon entered.Moreover, icon A3 is to accept the instruction for carrying out cutting recording to dynamic image data from the current photography moment
The icon of the input of signal.After step S205, camera device 1 is transferred to aftermentioned step S209.
It is not to show to be used for all the time on display part 3 in camera device 1 carries out dynamic image photography in step S204
To (step S204 in the case of the index display pattern of the functional unit of dynamic image data additional index：It is no), camera device 1
It is transferred to step S206.
Then, the feature that feature detection portion 72 is included according to the view data generated by image pickup part 2, detection image data
Measure (step S206).Specifically, feature detection portion 72 schemes in front and rear 2 in time according to what is generated by image pickup part 2
As data, detect more than any one in motion vector, edge and the luminance difference of subject.Certainly, feature detection portion 72 can
Using known template matches, to detect that the face of subject, as characteristic quantity, can also detect the presence or absence of subject (people), quilt
The number of body and the smiling face of subject etc. are taken the photograph as characteristic quantity.
Afterwards, determination unit 73 judges whether the view data generated by image pickup part 2 is decisive moment (step S207).Tool
For body, whether determination unit 73 has exceeded threshold value set in advance by the characteristic quantity for judging to be detected by feature detection portion 72,
Judge whether the view data generated by image pickup part 2 is decisive moment, has exceeded the feelings of threshold value set in advance in characteristic quantity
Under condition, it is determined as decisive moment.Be determined as in determination unit 73 be by the view data that image pickup part 2 is generated decisive moment feelings
(step S207 under condition：It is), camera device 1 is transferred to aftermentioned step S208.On the other hand, it is determined as in determination unit 73 by taking the photograph
As the view data that portion 2 is generated is not (step S207 in the case of decisive moment：It is no), camera device 1 is transferred to described later
Step S215.
In step S208, display control unit 75 is used in camera device 1 carries out dynamic image photography to Dynamic Graph
As the functional unit of data additional index is shown on display part 3.Specifically, as shown in fig. 7, display control unit 75 is in shooting
Device 1 is carried out in dynamic image photography, in the case where display part 3 shows live view image Pm, as shown in figure 8, according to
Subject O1 is judging from the situation that the shooting area of camera device 1 enters as decisive moment between adjacent frame
When portion 73 is judged to having exceeded threshold value set in advance by the characteristic quantity that feature detection portion 72 is detected, by index icon A1, figure
Mark A2 and icon A3 is overlapped on live view image Pm+1 and is shown on display part.Thus, even if user is not in shooting dress
Indexing model is set in putting 1, beats in also by by such as subject O1 into the shooting area of camera device 1, is examined by feature
In the case that survey portion 72 detects to include the region K1 of subject O1 face as characteristic quantity (Fig. 7 → Fig. 8), by display control
Portion 75 is shown to be recommended to the functional unit of the dynamic image data additional index generated by camera device 1 automatically, so in dynamic
In operation in picture editting, the situation of the index of the decisive moment in dynamic image during not additional photography can be prevented
In possible trouble.Moreover, user can intuitively hold current opportunity as decisive moment.After step S208, camera device 1
It is transferred to step S209.
Then, (the step in the case of due to having index operation via the handle icon A2 of touch panel 4 or icon A3
Rapid S209：It is), camera device 1 is transferred to aftermentioned step S210.On the other hand, not via the handle icon A2 of touch panel 4
Or icon A3 without index operation in the case of (step S209：It is no), camera device 1 is transferred to aftermentioned step
S215。
In step S210, the situation at indexing moment is being turned into due to operating icon A3 via touch panel 4
Under (step S210：Be), the dynamic image data that is generated by image pickup part 2 of 74 pairs of control unit of photography, from it is current at the time of (when current
Carve) play additional index and start cutting recording (step S211).Specifically, photography control unit 74 at current time to being recorded in
Dynamic image data additional index in dynamic image data record portion 64.Moreover, photography control unit 74 is obtained by blotter
Dynamic image data in blotter portion 65, starts segmentation photography, and segmentation photography is to start (to touch from current time
At the time of icon A3) rise dynamic image data record photography.In this case, photography control unit 74 is in dynamic image number
The segmentation dynamic image text of the dynamic image data obtained according to being generated in record portion 64 for cutting recording from blotter portion 65
Part, and record dynamic image data in the segmentation dynamic image file.
Then, (the step S212 in the case where camera device 1 is set for indexing pattern：It is), camera device 1
It is transferred to aftermentioned step S213.On the other hand, (the step in the case where camera device 1 is not set to indexing pattern
S212：It is no), camera device 1 is transferred to aftermentioned step S218.
In step S213, (step in the case of have passed through the stipulated time after index is addition of to dynamic image data
Rapid S213：It is), photography control unit 74 terminates the additional of index to dynamic image data and terminates cutting recording (step S214).
Specifically, photography 74 pairs of dynamic image datas recorded in dynamic image data record portion 64 of control unit are additional represents to divide
Cut the mark or identifier of the end of photography.Moreover, photography control unit 74 makes to segmentation dynamic image file storage (record)
Dynamic image data stops and terminates segmentation photography.
Then, (the step S215 in the case where there is dynamic image end operation via dynamic image switch 52：It is), take the photograph
Shadow control unit 74 terminates the dynamic image photography (step S216) of camera device 1.In this case, divided in camera device 1
When cutting photography, dynamic image file and segmentation dynamic image file are mapped and are used as 1 dynamic image by photography control unit 74
File and record in dynamic image data record portion 64.In addition, photography control unit 74 can respectively by dynamic image file and
Segmentation dynamic image file is separately recorded in dynamic image data record portion 64.In this case, photography control unit 74 will be dynamic
State image file and segmentation dynamic image file associate record in dynamic image data record portion 64.In step S216
Afterwards, camera device 1 is transferred to aftermentioned step S219.
In step S215 not via dynamic image switch 52 dynamic image end operation in the case of (step
S215：It is no), camera device 1 return to above-mentioned steps S204.
In step S210, due to via the non-handle icon A3 of touch panel 4 but handle icon A2 cause be not
(step S210 in the case of the indexing moment：It is no), photography control unit 74 recalls the stipulated time to dynamic from current time
View data additional index simultaneously starts cutting recording (step S217).
Specifically, photography control unit 74 recalls the stipulated time (such as 3 seconds or 5 seconds) in dynamic from current time
Dynamic image data additional index recorded in Imagery Data Recording portion 64.Moreover, photography control unit 74 starts cutting recording,
In the cutting recording, the segmentation dynamic image text for carrying out segmentation photography is generated in dynamic image data record portion 64
Part, from blotter portion 65 obtain at the time of addition of index dynamic image number untill at the time of operating icon A3
According to and record (storage) in the segmentation dynamic image file, by the dynamic from current time (at the time of touching icon A3)
Imagery Data Recording is in segmentation dynamic image file.Thus, record has recalled the dynamic image of stipulated time from current time
Data.As a result, even in user can not decisive moment be indexed it is additional in the case of or decisive moment mistake
In the case of having gone, the stipulated time can be recalled and additional index, so dynamic image editing operating can be carried out relatively easily.
At this moment, as shown in figure 9, display control unit 75 will accept terminate segmentation photography indication signal input finish icon A4 it is overlapping
On to live view image Pn and it is shown on display part 3.After step S217, camera device 1 is transferred to step S212.
In step S213 from dynamic image data addition of index after without the stipulated time in the case of (step
S213：It is no), camera device 1 proceeds the judgement untill by the stipulated time.
There is (step S218 in the case of the operation again via touch panel 4 in step S218：It is), camera device
1 is transferred to step S214.Specifically, as shown in figure 9, in the case where operating finish icon A4 via touch panel 4, taking the photograph
As device 1 is transferred to step S214.On the other hand, (the step in the case of without the operation again via touch panel 4
S218：It is no), camera device 1 returns to above-mentioned steps S212.
Have a case that to split dynamic image in a series of dynamic image photography of camera device 1 in step S219
Under (step S219：It is), camera device 1 is transferred to aftermentioned step S220.Herein, a series of dynamic image photography refers to,
The indication signal for inputting dynamic image photography from dynamic presentation switch 52 plays from the input of dynamic presentation switch 52 and indicates Dynamic Graph
Untill the indication signal of the end of picture photography.On the other hand, do not have in a series of dynamic image photography of camera device 1
Split (step S219 in the case of dynamic image：It is no), camera device 1 returns to Fig. 2 main routine.
In step S220, display control unit 75 by with recorded in dynamic image data record portion 64 segmentation dynamic
The corresponding segmentation dynamic image of view data is reproduced on display part 3.
Figure 10 is to show the figure of one for recording image browsing when display part 3 shows segmentation action.As shown in Figure 10, show
Show that control unit 75 makes the record image browsing D1 comprising segmentation dynamic image be reproduced on display part 3.In record image browsing D1
In include：Represent the timeline T1 of the photography time of the dynamic image shot in the photography of a series of dynamic image, according to every
Thumbnail image Sn1~thumbnail image Sn9 of the dynamic image of individual predetermined time interval generation, the text for representing segmentation dynamic image
Icon F1, the dynamic image D10 in reproduction, the icon F2 (dynamic image file) and table for representing dynamic image photograph album of part name
Show the timeline T2 of the photography time of segmentation dynamic image.
As shown in Figure 10, display control unit 75 is dynamic by segmentation by thumbnail image Sn1~thumbnail image Sn9, representative
Thumbnail image during the photography of image generation, so that other status display can be known each other with other thumbnail images on display part 3.
For example, as shown in Figure 10, display control unit 75 by the thumbnail image during representing the photography generated by segmentation dynamic image,
Be highlighted and (be demonstrated by being highlighted in Fig. 10 using Shadows Processing), be highlighted with it is any one in flickering display
Kind, thumbnail image corresponding with segmentation dynamic image can be included in display part otherwise with the acquaintance of other thumbnail images
On 3.Certainly, display control unit 75 can also be by changing and the segmentation corresponding thumbnail image of dynamic image and common thumbnail
The viewing area of picture, is shown on display part 3 otherwise with that can know.In addition, display control unit 75 by with current photography
Corresponding bar B1 was overlapped onto on timeline T1 and was shown on display part 3 moment.Moreover, display control unit 75 will be acted with segmentation
Photography moment corresponding bar B2 overlap onto on timeline T2 and be shown on display part 3.Also, display control unit 75 can be more
It is secondary to reproduce segmentation dynamic image repeatedly.
Then, (the step S221 in the case where having carried out end operation via operating portion 5：It is), camera device 1 is returned to
Fig. 2 main routine.On the other hand, (the step S221 in the case where not carrying out end operation via operating portion 5：It is no), shooting dress
Put 1 and return to step S220.
(reproduction processes)
Then, the detailed content of the reproduction processes for the step S111 being illustrated in Figure 2 is illustrated.Figure 11 is to show reproduction processes
Summary flow chart.
As shown in figure 11, display control unit 75 starts the static image data recorded with static image data record portion 62
Corresponding still image and dynamic image corresponding with the dynamic image data that dynamic image data record portion 64 is recorded are each
Thumbnail show (step S301).
Then, (step S302 in the case of being still image in the data of display thumbnail image：It is), display control unit 75
Still image thumbnail image is included on display part 3 (step S303).After step S303, camera device 1 is transferred to aftermentioned
Step S305.
In step s 302, (step S302 in the case of not being still image in the data of display thumbnail：It is no), display
Control unit 75 includes dynamic image thumbnail image on display part 3 (step S304).Specifically, as shown in figure 12, show
Control unit 75 includes dynamic image thumbnail image D100 on display part 3.In this case, with dynamic image thumbnail image
When record has segmentation dynamic image file in the corresponding dynamic image files of D100, display control unit 75 will split dynamic image text
Part name is overlapped onto on dynamic image thumbnail image D100 and is shown on display part 3.For example, as shown in figure 12, display control unit
Segmentation dynamic image file F3~segmentation dynamic image file F5 is overlapped onto on dynamic image thumbnail image D100 and shown by 75
On display part 3.Moreover, display control unit 75 will dynamic image file name F6 weights corresponding with dynamic image thumbnail image D100
It is folded to be shown on display part 3.After step S304, camera device 1 is transferred to aftermentioned step S305.
Then, thumbnail image guide look show finish in the case of (step S305：It is), camera device 1 is transferred to
Aftermentioned step S307.On the other hand, thumbnail image guide look show it is unclosed in the case of (step S305：It is no), shooting
Device 1 deploys next image file (step S306).After step S306, the return to step S302 of camera device 1.
In step S307 thumbnail image is have selected from any one of the multiple thumbnail images shown by display part 3
In the case of (step S307：It is), camera device 1 is transferred to aftermentioned step S308.On the other hand, do not showing from by display part 3
(step S307 in the case of have selected thumbnail image in any one of the multiple thumbnail images shown：It is no), camera device 1 is shifted
To aftermentioned step S310.
(step S308 in the case that selected thumbnail image is still image in step S308：It is), display control
Still image corresponding with selected thumbnail image is in full screen on display part 3 (step S309) by portion 75.
Then, (the step S310 in the case where being handled via the end of reproduction of operating portion 5：It is), camera device 1 returns to figure
2 main routine.On the other hand, (the step S310 in the case where not handled via the end of reproduction of operating portion 5：It is no), camera device 1
Return to above-mentioned steps S307.
(step S308 in the case that selected thumbnail image is not still image in step S308：It is no), shooting dress
Put 1 and be transferred to step S311.
Then, (step S311 in the case of being dynamic image in selected thumbnail image：Be), with selected contracting
(step S312 sketch map is as having segmentation dynamic image (short-movie) in corresponding dynamic image file when：It is), display control unit 75
Start the reproduction of dynamic image corresponding with the dynamic image data recorded in dynamic image file, be affixed to from arrival dynamic
From at the time of the index of state view data to be attached with index interval (stipulated time) dynamic image data (short-movie) repeatedly
Reproduce after stipulated number (such as 2 times), the dynamic image data after being carried out from the finish time of the division of index is again
Existing (step S313).Specifically, as shown in figure 13, display control unit 75 is reproduced in and selected dynamic image thumbnail pair
Dynamic image D200 recorded in the dynamic image file answered.In this case, when there is index in dynamic image data,
Interval, such as interval SM1, interval SM2 and interval SM3 the situation for being attached with index is reached in the playback time of dynamic image
Under, display control unit 75 reproduces repeatedly using the interval as segmentation dynamic image, reproduces the step S313 of dynamic image shooting
Device 1 is transferred to step S310.
(step S311 in the case of being dynamic image in selected thumbnail image in step S311：Be), with quilt
(step S312 when in the corresponding dynamic image file of thumbnail image of selection without segmentation dynamic image：It is no), display control
Dynamic image corresponding with recording the dynamic image data in dynamic image file is reproduced in (step on display part 3 by portion 75
S314).After step S314, camera device 1 is transferred to step S310.
In step S311 in the case where selected thumbnail image is not dynamic image thumbnail image (step S311：
It is no), camera device 1 is transferred to step S315.
Then, (the step S315 in the case where selected thumbnail image is short-movie thumbnail image：It is), display control unit
75 are showing the dynamic image data (such as 3 times) recorded in dynamic image file corresponding with selected thumbnail image
Show and reproduce stipulated number (step S316) in portion 3 repeatedly.After step S316, camera device 1 is transferred to step S310.
In step S315 in the case where selected thumbnail image is not short-movie thumbnail image (step S315：It is no),
Camera device 1 is transferred to step S310.
It is described above according to present embodiment 1, it is additional for dynamic have input from touch panel 4 or operating portion 5
In the case of the indication signal of the index of view data, photography control unit 74 recalls rule at the time of have input indication signal
The index of additional dynamic view data at the time of fixing time, so producing the feelings of decisive moment in dynamic image photography
Under condition and/or in the case that photography time is elongated, the editing operating after terminating of photographing also can be simply carried out.The stipulated time
Can be consider spectral discrimination, the motion of object or the response of user and the value that changes or consider in advance these or
The specific value that person considers the easness of confirmation and determined.
In addition, according to present embodiment 1, because photography control unit 74 is obtained from addition of index from blotter portion 65
Dynamic image data from moment untill at the time of have input indication signal is simultaneously recorded in dynamic image data record portion 64,
So in the case of generating decisive moment in dynamic image photography, it is also another outside common dynamic image data
Row record includes the dynamic image data of the decisive moment, so the work of the editor after terminating of photographing can be carried out relatively easily
Industry.It is only capable of seeing that this separately records dynamic image (file) in elite, if only this separately records dynamic image (text
Part) requirement is just met, even if then only retaining the file for separately recording dynamic image (file) and giving up dynamic image data,
Also easily it is managed, easily scans for, the burden of user disappears.In addition, in the case where that can not be met merely with elite,
With due to remaining dynamic image file, so the advantages of making the process of the elite thus, it is possible to enjoy.User is due to this
The editor of energy can also be carried out condensing afterwards, so having concentrated the dynamic image of decisive moment compared with shooting all the time and having been connected
Knot, can more easily control be shot.
In addition, according to present embodiment 1, due to being determined as that characteristic quantity exceedes the situation of defined threshold value by determination unit 73
Under, display control unit 75 will recommend the additional information overlap of index on dynamic image and including on display part 3, so with
Family can intuitively hold decisive moment.
(embodiment 2)
Then, embodiments of the present invention 2 are illustrated.The camera device of present embodiment 2 has and above-mentioned implementation
The dynamic image pro cess that the identical structure of mode 1, only camera device are performed is different.Therefore, shooting below to present embodiment 2
The dynamic image pro cess that device is performed is illustrated.In addition, pair label identical with the above-mentioned identical structure mark of embodiment 1 is simultaneously
Omit the description.
(dynamic image photograph processing)
Figure 14 is the summary for showing the dynamic image photograph processing that the camera device 1 of embodiments of the present invention 2 is performed
Flow chart.In fig. 14, step S201~step S203s of the step S401~step S403 respectively with above-mentioned Fig. 4 is corresponding.
In step s 404, feature detection portion 72 is according to the view data generated by image pickup part 2, and detection image data are wrapped
The characteristic quantity (step S404) contained.Specifically, feature detection portion 72 according to by image pickup part 2 generate in time in front and rear
2 view data, detect subject motion vector, edge and luminance difference in any one more than.Certainly, feature detection
Portion 72 can use known template matches, detect that the face of subject, as characteristic quantity, can also detect subject (people)
Whether there is, the smiling face of the number of subject and subject etc. is as characteristic quantity.
It is determined that portion 73 judges whether the view data generated by image pickup part 2 is decisive moment (step S405).Tool
For body, whether determination unit 73 has exceeded threshold value set in advance by the characteristic quantity for judging to be detected by feature detection portion 72,
To judge whether the view data generated by image pickup part 2 is decisive moment, threshold value set in advance is exceeded in characteristic quantity
In the case of, it is determined as decisive moment.It is determined as that by the view data that image pickup part 2 is generated be decisive moment in determination unit 73
In the case of (step S405：It is), camera device 1 is transferred to aftermentioned step S2406.On the other hand, it is determined as in determination unit 73
The view data generated by image pickup part 2 is not (step S405 in the case of decisive moment：It is no), after camera device 1 is transferred to
The step S411 stated.
In step S406, display control unit 75 will be used in camera device 1 carries out dynamic image photography to Dynamic Graph
As the functional unit (reference picture 7) of data additional index is shown on display part 3.
Then, (the step S407 in the case of due to having index operation via the handle icon A3 of touch panel 4：
It is), camera device 1 is transferred to aftermentioned step S408.On the other hand, not via the handle icon A3 of touch panel 4 without have
(step S407 in the case of having index operation：It is no), camera device 1 is transferred to aftermentioned step S411.
It is due to that the time that the stipulated time recorded is recalled via the handle icon A3 of touch panel 4 in step S408
(step S408 in the case that machine is photographed：It is), photography control unit 74 is from current time (at the time of current) to by image pickup part 2
The dynamic image data additional index of generation, and recall the stipulated time and recorded (step S409).Specifically, such as Figure 15
It is shown, photography control unit 74 for dynamic image data recorded in dynamic image data record portion 64, frame C6 when
In the case that quarter operates icon A3 via touch panel 4, the stipulated time (such as before 3 frames) is recalled from current time to dynamic
View data additional index, and using the dynamic image data by blotter in blotter portion 65, obtain from current
Moment (at the time of touching icon A3) acts dynamic image data (such as Figure 16 frame C3 for the period for having recalled the stipulated time
~frame C5 dynamic image data D1) record.Moreover, as shown in figure 17, photography control unit 74 is by dynamic image file F400
Recorded in dynamic image data record portion 64, dynamic image file F400 be by a series of dynamic image file F300 and
The segmentation dynamic image file F310 photographed as time machine is mapped resulting.
Afterwards, (the step S411 in the case where there is dynamic image end operation via dynamic image switch 52：It is), take the photograph
Shadow control unit 74 terminates the dynamic image photography (step S412) of camera device 1.After step S412, camera device 1 is returned to
Fig. 2 main routine.On the other hand, (the step in the case of in the absence of 52 dynamic image end operation is switched via dynamic image
Rapid S411：It is no), camera device 1 returns to above-mentioned steps S404.
In step S408, not via the handle icon A3 of touch panel 4, be not recall that the stipulated time recorded when
Between machine photography in the case of (step S408：It is no), photography control unit 74 is to dynamic image data additional index (step S410).
After step S410, camera device 1 is transferred to step S411.
Embodiments of the present invention 2 from the description above, regardless of the pattern set in camera device 1, by
In the case that determination unit 73 is determined as that characteristic quantity has exceeded defined threshold value, display control unit 75 will all recommend the additional of index
Information overlap is on dynamic image and being shown on display part, so user can intuitively hold decisive moment.
(other embodiment)
In addition, the camera device of the present invention is in addition to digital still camera, additionally it is possible to applied to digital camera, tool
There are the electronic equipments such as the plate portable equipment of shoot function and display and medical, the production by endoscope or microscope photographing
The display device of the corresponding image of view data in industry field etc..In the case of for endoscope, it can carry out for example
When NBI is observed, carried out in important scenes judgement etc. or it is carried out taking the photograph under the specific conditions such as NBI observations with the stipulated time
Shadow, in the case where have passed through the stipulated time, returns to common observation.At this moment, can be needed for spectral discrimination be considered
Time and user response etc. after stipulated time before play start recording.Particularly enter by check device from record image
In the case of row visual determination, for object, image quality pattern, or selection is also selected to be attached, without connection immediately
Method it is very convenient and very convenient in use in emergency, decisive moment will not be missed.Do not recording useless
The situation of scene etc. under, can also the waste without short-movie.In addition, important position is except separately recording dynamic image pro cess
Carry out still image photography while image quality can also be improved in addition.Although in the case of having interted still image in dynamic image,
Occasionally want to promptly to make a general survey of entirety, but if using this invention, then still image is subjected to dynamic imageization laggard
Row display, if also having conversion effect etc. wherein, will not leak and see, can judge soundly.Opened in still image
In conversion effect or acoustic information imparting of beginning etc., additionally it is possible to seen if do not leaked the effort of part and parcel.Can also be simple
Ground carries out the report of important only specular scene in the link selection as the fragment dynamic image of the feature of the present invention.
In addition, by the present invention camera device perform program with if install in the form of or if perform shape
The file data of formula is recorded in CD-ROM, floppy disk (FD), CD-R, DVD (Digital Versatile Disk：Digital multi
CD), USB media, provided in the computer-readable recording medium such as flash memory.
In addition, the program performed by the camera device of the present invention is configured to, by being stored in and the network such as internet
There is provided on the computer of connection and by network download.Moreover, the program performed by the camera device of the present invention can be with
It is configured to, provides or issue by networks such as internets.
In addition, in the explanation of flow chart in this manual, use " first ", " afterwards ", the performance such as " then " it is clear and definite
Show the context handled between step, and it is not intended that for implement the present invention must order to be processed by these
Performance is uniquely determined.I.e., it is possible to the processing sequence in the flow chart described in this specification is changed in the range of not producing contradiction.
As above, the present invention can determined comprising the various embodiments do not recorded herein by claims
Various design alterations etc. are carried out in the range of technological thought.
To those skilled in the art, further effect and variation can easily be exported.Therefore, it is of the invention
Wider mode be not limited to show and describe as above it is specific in detail and representative embodiments.Accordingly, it is capable to
Enough in the case of the spirit or scope of the broad invention concept defined without departing from appended claims and its equivalent
Carry out various changes.
Claims (5)
1. a kind of camera device, it is characterised in that have：
Image pickup part, it continuously shoots subject, generates the dynamic image data being made up of view data continuous in time；
Display part, it shows dynamic image corresponding with the dynamic image data；
Input unit, it accepts the input of the indication signal to the dynamic image data additional index；And
Photograph control unit, it from the input unit in the case where have input the indication signal, from have input the instruction
The index of the dynamic image data is added at the time of the stipulated time is recalled from the time of signal.
2. camera device according to claim 1, it is characterised in that the camera device also has：
Record portion, it records the dynamic image data generated by the image pickup part along time series；And
Blotter portion, its dynamic image data generated along time series successively blotter by the image pickup part,
The photography control unit from the blotter portion obtain at the time of addition of the index to have input the finger
The dynamic image data untill at the time of showing signal is simultaneously recorded in the record portion.
3. camera device according to claim 2, it is characterised in that the camera device has：
Feature detection portion, it detects the characteristic quantity of the described image data sequentially generated by the image pickup part；
Whether determination unit, its described characteristic quantity for judging to be detected by the feature detection portion has exceeded defined threshold value；And
Display control unit, it will recommend in the case where being determined as that the characteristic quantity has exceeded the threshold value by the determination unit
The additional information overlap of the index is on the dynamic image and being shown the display part.
4. camera device according to claim 3, it is characterised in that：
In the case where the dynamic image photography of the camera device has terminated, the rope is being attached with to the dynamic image data
When drawing, the display control unit makes dynamic image corresponding with the dynamic image data obtained from the blotter portion exist
Stipulated number is shown repeatedly on the display part.
5. a kind of image capture method performed by camera device, the camera device has：Image pickup part, it continuously shoots subject,
Generate the dynamic image data being made up of view data continuous in time；Display part, it shows and the dynamic image data
Corresponding dynamic image, the image capture method is characterised by, is had steps of：
Accept the input of the indication signal to the dynamic image data additional index；And
In the case where have input the indication signal, the stipulated time is recalled at the time of have input the indication signal
Moment adds the index of the dynamic image data.
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|---|---|---|---|
| JP2016-023679 | 2016-02-10 | ||
| JP2016023679A JP2017143419A (en) | 2016-02-10 | 2016-02-10 | Imaging device, imaging method and program |
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| CN107071270A true CN107071270A (en) | 2017-08-18 |
| CN107071270B CN107071270B (en) | 2020-07-10 |
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| JP2017143419A (en) | 2017-08-17 |
| CN107071270B (en) | 2020-07-10 |
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