CN102316256B - Portable device and reproduction display method - Google Patents
Portable device and reproduction display method Download PDFInfo
- Publication number
- CN102316256B CN102316256B CN201110187130.7A CN201110187130A CN102316256B CN 102316256 B CN102316256 B CN 102316256B CN 201110187130 A CN201110187130 A CN 201110187130A CN 102316256 B CN102316256 B CN 102316256B
- Authority
- CN
- China
- Prior art keywords
- image
- dynamic image
- portable set
- towards
- motion
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Abstract
The invention display a portable device and a reproduction display method, which can advance/retreat, fast forward/fast retreat frames in a direct-viewing way during a dynamic image or continuous shooting reproduction and easily read any frame. A shot image (S9) is shot in a dynamic image way. The dynamic image and the shooting time are recorded together (S17). When a reproduction mode is chosen, then whether a X-direction motion instead of a Y-direction motion (S41) is detected or not is determined. When the X-direction motion instead of the Y-direction motion is detected, then the X-direction motion amount (S43) is determined. Meanwhile, a shot frame (S45) corresponding to the X-direction motion amount is displayed in the dynamic image.
Description
Technical field
The present invention relates to portable set and reproduction displaying method, specifically, relate in the portable set of camera function with dynamic image, amount of movement can be according to user's mobile portable equipment time, shows portable set and the reproduction displaying method of the frame of the optional position in dynamic image.
Background technology
In recent years, be accompanied by the digitlization of photographic equipment etc., proposed to take still image, also can take the portable set of dynamic image.As long as still image has been specified image, just can instantaneous appreciation image, even and dynamic image specify image is appreciated also spended time, and in the case of wanting to appreciate 1 frame in dynamic image, find out the non-easy thing of this 1 frame.
Because dynamic image is made up of multiple frames, thereby the various technology for selecting 1 frame are proposed.For example, the disclosed image processing apparatus of patent documentation 1, will be cut partial dynamic image that unit cuts as breviary dynamic image, and be stored in accordingly in dynamic image memory cell with dynamic image by dynamic image.
No. 4189575 communiques of [patent documentation 1] Japanese Patent
The disclosed image processing apparatus of patent documentation 1 is not limited to image from the outset, also can from optimized image, select breviary dynamic image.But, in this image processing apparatus, just selecting breviary dynamic image, user is difficult to find out frame arbitrarily from multiple frames.Like this, in image processing apparatus in the past, in the time carrying out the reproduction of dynamic image and continuous shooting, can not carry out intuitively forward/backward, the skip forward/back of frame, be not easy to read frame arbitrarily.
Summary of the invention
The present invention completes in light of this situation, its object is, a kind of portable set and reproduction displaying method are provided, in the time carrying out the reproduction of dynamic image and continuous shooting, forward/backward, the skip forward/back of frame can be carried out intuitively, frame arbitrarily can be easily read.
In order to achieve the above object, the portable set of the first invention has the display part that shows successively multiple images, it is characterized in that, described portable set has: mobile test section, and it detects the movement of described portable set; And display control unit, it is according to the testing result of described mobile test section, do not tilt and not under the state of the change in location of described vertical direction in the direction vertical with the display surface of described display part, in the situation that judging that described portable set moves, switch in the frame of the image showing on described display part.
The portable set of the second invention is that described display control unit, according to the amount of movement of described portable set, is selected the frame of described image according to the portable set of described the first invention.
The portable set of the 3rd invention is that described display control unit is counted the frame number of described multiple images, can in the moving range of predefined described portable set, all show described multiple image according to the portable set of described the first invention.
The portable set of the 4th invention is according to the portable set of described the first invention, and described portable set also has the photography portion of taking continuous multiple images.
The portable set of the 5th invention is according to the portable set of described the first invention, described display control unit makes the representative image in the captured multiple images of described photography portion show the scheduled time after taking, judged the movement of described portable set by described mobile test section, switch in the frame of the image showing on described display part according to this result of determination.
The portable set of the 6th invention has: image pickup part, and its mode according to dynamic image or continuous shooting obtains image; Display part, it reproduces and shows the obtained described image of described image pickup part; Mobile test section, it detects the motion with the 2nd direction towards different from described the 1st direction towards the motion of the 1st direction; And display control unit, it is according to the testing result of described mobile test section, detecting towards described the 1st direction motion, but the in the situation that of not detecting towards the 2nd direction motion, on described display part, show the described dynamic image corresponding with amount of exercise towards described the 1st direction or the frame of described continuous shooting.
The portable set of the 7th invention is that described portable set also has according to the portable set of described the 6th invention: timing counter, and it carries out timing to the time from the photography of described dynamic image starts; And recording image portion, it records the obtained image of described image pickup part, described recording image portion by each frame of described dynamic image and by the time correlation connection of described timing counter timing carry out record.
The portable set of the 8th invention is according to the portable set of described the 6th invention, and described display control unit starts to reproduce from the frame of described demonstration.
The portable set of the 9th invention is according to the portable set of described the 6th invention, described portable set also has count section, this count section is counted the number of files of having taken described dynamic image or described continuous shooting, described mobile test section detect towards described the 2nd direction motion, but the in the situation that of not detecting towards the 1st direction motion, described display control unit shows the described dynamic image corresponding with amount of exercise towards described the 2nd direction or the corresponding image of file of continuous shooting on described display part.
The portable set of the tenth invention is according to the portable set of described the 6th invention, and described display control unit, after described image pickup part has just been through with the shooting of dynamic image or continuous shooting, reproduces and shows captured image.
The reproduction displaying method of the 11 invention, take shot object image according to dynamic image mode, by described dynamic image record together with photography time, in the time having selected reproduction mode, determine whether detect towards the 1st direction motion, but do not detect towards the 2nd direction motion, move, still do not detect towards the 2nd direction motion as detecting towards the 1st direction in this result of judging, judge towards the amount of exercise of described the 1st direction, and frame while showing with the photography corresponding towards the amount of exercise of described the 1st direction from described dynamic image.
According to the present invention, a kind of portable set can be provided, in the time carrying out the reproduction of dynamic image, can carry out intuitively forward/backward, the skip forward/back of frame, can easily read frame arbitrarily.
Accompanying drawing explanation
Fig. 1 is the integrally-built block diagram take electrical system as master that represents the camera of the 1st execution mode of the present invention.
Fig. 2 is illustrated in the camera of the 1st execution mode of the present invention, at the figure that carries out finding out when dynamic image reproduces the state of arbitrary frame.
Fig. 3 is illustrated in the camera of the 1st execution mode of the present invention, in the time dynamically reproducing, from breviary dynamic image, selects dynamic image, then from wherein finding out the figure of state of the frame dynamic image.
Fig. 4 is the flow chart that represents the control action of the camera of the 1st execution mode of the present invention.
Fig. 5 is illustrated in the camera of the 2nd execution mode of the present invention, at the figure that carries out finding out when dynamic image reproduces the state of arbitrary frame.
Fig. 6 is illustrated in the camera of the 2nd execution mode of the present invention, finds out the figure of the state of different dynamic image file in the time reproducing.
Fig. 7 is the flow chart that represents the control action of the camera of the 2nd execution mode of the present invention.
Fig. 8 is the flow chart that (Rec View) action browsed in the record that represents the camera of the 2nd execution mode of the present invention.
Label declaration
10: camera; 20: user; 31～34: dynamic image; 100: system controller; 110:CPU; 122: image processing circuit; 124: compression/decompression circuit; 126:AF circuit; 128:AE circuit; 130:AD converter; 132: timing counter; 140: image recognition circuit; 212: imaging apparatus IF circuit; 214: imaging apparatus; 216: phtographic lens; 218: focusing and zoom mechanism; 220: aperture; 222: aperture driving mechanism; 224: shutter; 226: shutter driver; 228: imaging apparatus displacement mechanism; 230: angular velocity detection circuit; 232:X axle gyroscope; 234:Y axle gyroscope; 236: angular-rate sensor treatment circuit; 250: acceleration detection circuit; 252: acceleration transducer; 254: acceleration transducer treatment circuit; 280: clock circuit; 312: display element drive circuit; 314: display element; 322: driving circuit; 324: touch-screen; 332: socket; 334: storage card; 340: flash memory; 350:SDRAM; 380: console switch.
Embodiment
Apply camera of the present invention to preferred embodiment describing with reference to accompanying drawing utilization below.Camera preferred embodiment of the present invention is digital camera, this camera has image pickup part, by this image pickup part, shot object image is transformed to view data, and according to the view data after this conversion, shows shot object image at the display part displaying live view that is disposed at the body back side.Cameraman shows by observing displaying live view, determines composition and photography timing.In the time carrying out dynamic image photography, the view data of dynamic image is recorded in recording medium.In the time selecting reproduction mode, the view data recording in recording medium can be reproduced and be presented on display part.In the time carrying out dynamic image reproduction, in the time that user moves camera along continuous straight runs, show the frame of the position corresponding with this amount of movement.
Fig. 1 is the integrally-built block diagram take electrical system as master that represents the camera of the 1st execution mode of the present invention.Phtographic lens 216 is made up of the multiple optical lenses that are used to form shot object image, by focusing and zoom mechanism 218 drives, to carry out focal adjustments and zoom.In the light path of phtographic lens 216, dispose aperture 220, shutter 224 and imaging apparatus 214.
Aperture 220 regulates the light quantity of the subject light beam that sees through phtographic lens 216, and the opening amount of aperture 220 drives control by aperture driving mechanism 222.Shutter 214 opens and closes the subject light beam that sees through phtographic lens 216, and shutter opening time (shutter speed) is controlled by shutter driver 226.
Imaging apparatus 214 is to by phtographic lens 216, the shot object image of imaging carries out light-to-current inversion, and output image signal.As imaging apparatus 214, certainly can adopt the two-dimensional solid imaging apparatuss such as CCD (Charge Coupled Device: charge coupled device) or CMOS (Complementary Metal Oxide Semiconductor: complementary metal oxide semiconductors (CMOS)).Imaging apparatus 214 by imaging apparatus displacement mechanism 228 with the orthogonal plane of the light path of phtographic lens 216 in carry out displacement along directions X and Y-direction.Imaging apparatus displacement mechanism 228 moves imaging apparatus 214 according to the signal being detected by angular velocity detection circuit 230 and acceleration detection circuit 250, to remove the sound equipment of the shake that imposes on camera.
Imaging apparatus 214 is connected with imaging apparatus interface (hereinafter referred to as " imaging apparatus IF ") circuit 212.Imaging apparatus IF circuit 212 is read picture signal and the various processing such as is amplified from imaging apparatus 214, to system controller 100 output image signals.
The focusing of narrating above and zoom mechanism 218, aperture driving mechanism 222, shutter driver 226, imaging apparatus IF circuit 212 and imaging apparatus displacement mechanism 228, be connected with system controller 100.The CPU 110 that system controller 100 has the hardware circuit for carrying out various processing and moves according to program, system controller 100 carries out the control of camera entirety.In system controller 100, be provided with CPU (Central Processing Unit: central operation processing unit) 110, image processing circuit 122, compression/decompression circuit 124, AF control circuit 126, AE control circuit 128, AD converter 130, timing counter 132 and image recognition circuit 140.
CPU 110, according to the program of storage in flash memory 340, carries out the control of camera entirety.The detection signal that AD converter 130 is inputted the picture signal exported from imaging apparatus IF circuit 212, exported from angular velocity detection circuit 230 and acceleration detection circuit 250, and these signals are carried out to AD conversion.
Image processing circuit 122 carries out various image processing to the view data of being undertaken after AD conversion by AD converter 130, and numeral is amplified (digital gain adjustment processing), color correction, gamma (γ) correction, contrast correction, the processing of black and white/color mode, displaying live view demonstration with processing.
Compression/decompression circuit 124, with JPEG mode and TIFF mode etc., is compressed the view data of interim storage in the SDRAM (Dynamic Random Access Memory: dynamic random access memory) 350 of narration in the back.In addition, image compression is not limited to JPEG mode and TIFF mode, also can adopt other compression method.
AF control circuit 126 is auto-focus control circuits, extracts the radio-frequency component in the view data of output based on from imaging apparatus 214, controls the focusing position of phtographic lens 216, so that this radio-frequency component becomes peak value by focusing and zoom mechanism 218.And AE control circuit 128 is automatic exposure control circuits, detect subject brightness according to view data, use this subject brightness to carry out the control of f-number, shutter speed, iso sensitivity etc., become proper exposure.
Timing counter 132 can carry out timing action and counting action, according to the time of described mensuration from the photography of dynamic image starts below.And image recognition circuit 140, according to view data, judges in shot object image whether have personage and animal etc.
Except focusing and the zoom mechanism 218 etc. narrated above, system controller 100 is also connected with angular velocity detection circuit 230, acceleration detection circuit 250, clock circuit 280, display element drive circuit 312, driving circuit 322, socket 332, flash memory 340, SDRAM 350, console switch 380.
In angular velocity detection circuit 230, dispose X-axis gyroscope 232 and Y-axis gyroscope 234.X-axis refers to along the axle of the length direction of camera, and it is vertical with X-axis and along the axle of the Width of camera that Y-axis refers to.The signal that X-axis gyroscope 232 output is corresponding with angular speed around X-axis, Y-axis gyroscope 234 is exported the signal corresponding with angular speed around Y-axis.X-axis gyroscope 232 is connected with angular-rate sensor treatment circuit 236 with Y-axis gyroscope 234 output separately.Angular-rate sensor treatment circuit 236 amplifies the various processing such as processing to the angular velocity signal of exporting from each gyroscope, and exports to system controller 100 and carry out AD conversion.
In acceleration detection circuit 250, dispose acceleration transducer 252, to the acceleration transducer treatment circuit 254 output acceleration signal corresponding with the acceleration that imposes on camera.Acceleration transducer treatment circuit 254 carries out the various processing such as the amplification processing of acceleration signal, and exports to system controller 100 and carry out AD conversion.Clock circuit 280 is to system controller 100 output date temporal informations.
Display element 314 is configured in the back side of camera etc., has the demonstration monitors such as LCD (liquid crystal) panel and organic EL panel.Display element drive circuit 312 is connected with display element 314, according to the signal from system controller 100, shows image at display element 314.In the present embodiment, on display element 314, carry out the fast browsing of displaying live view demonstration, the still image recording and dynamic image and reproduce demonstration and menu screen etc. and control the demonstration with image.
Display element 314 above or dispose integratedly touch-screen 324 with display element 314.Touch-screen 324 is connected with driving circuit 322, and in the time that user touches display element 314 surperficial, driving circuit 322 detects these touch locations etc., and exports to system controller 100.
Storage card 334 is recording mediums of the view data for recording the still image obtained by imaging apparatus 214 and dynamic image, can on socket 332, freely plug.Socket 332, in the time that storage card 334 has been installed, can writes view data and read view data to storage card 334.
Flash memory 340 is to carry out the electric nonvolatile memory writing, and stores foregoing for controlling the program of camera.And, except program, also store the data such as various adjusted values.SDRAM 350 can carry out the electric volatile memory writing, and stores the view data of the picture signal based on being obtained by imaging apparatus 214 temporarily.
Console switch 380 is to be convenient to the functional unit of user to camera indication exercises.As console switch 380, comprise release-push, pattern knob, cross key, determine the various functional units such as key.
Use the reproducting method of Fig. 2 and the dynamic image of Fig. 3 to present embodiment to describe below.Fig. 2 represents that user 20 moves camera 10 along continuous straight runs, and the state of the image of the dynamic image 31 of reproducing in camera 10.The image that dynamic image 31 photographs during 0～moment of moment T0 carries out imagination and shows in Fig. 2.
X-direction refers to the length direction (horizontal direction) of the camera 10 of narrating above, and in X-axis, user 20 front is made as to 0, by be made as-X0 of the left end of moving range, by be made as+X0 of the right-hand member of moving range.Now, when user 20 make camera 10 along X-direction from-X0 in the time that+X0 moves horizontally, along with the movement of camera 10, on display element 314, show the frame of dynamic image 31.; the reproduction of dynamic image 31 is started corresponding to position (X0); make to reproduce and finish corresponding to position (+X0); integration is carried out in output by the angular velocity detection circuit 230 in camera 10 and acceleration detection circuit 250; detect the position of camera 10, and on display element 314, show the frame of the dynamic image 31 corresponding with the position detecting.
In addition, owing to utilizing angular velocity detection circuit 230 to detect the angular speed around Y-axis, so obtain the angle of rotation around Y-axis by angular speed is carried out to integration, calculate the amount of movement along X-direction according to this angle of rotation.And, owing to utilizing acceleration detection circuit 250 to detect the acceleration of X-direction, so can calculate by this acceleration is carried out to integration the amount of movement of X-direction.
Fig. 3 (a) is illustrated in the situation that shows the representative image (being 4 in illustrated example) of multiple dynamic images on the display element 314 of camera 10.Touch user after the dynamic image of wanting to reproduce, according to the dynamic image of determining that from the touch signal of touch-screen 324 user touches, according to amplifying the representative image that shows dynamic image shown in Fig. 3 (b).Amplifying under the state showing, in the time making camera 10 (direction of (X0) in Fig. 2) is mobile to the left, according to showing the time corresponding with amount of movement image before shown in Fig. 3 (c).On the other hand, in the time making camera 10 (in Fig. 2+direction of X0) be mobile to the right, according to showing the time corresponding with amount of movement image afterwards shown in Fig. 3 (d).In the time that user determines the action button such as frame operation reproduction button of appreciating, start the reproduction of dynamic image.
The action of the camera control of present embodiment is described with the flow chart shown in Fig. 4 below.CPU 110 carries out this flow chart according to the program of storage in flash memory 340.
In the time starting the action of camera control, first determine whether it is photograph mode (S1).Utilize the pattern knob of console switch 380 to determine whether herein, and set photograph mode.Be the in the situation that of having set photograph mode in this result of determination, then make a video recording and show (S3).According to the picture signal being obtained by imaging apparatus 214, on display element 314, carry out displaying live view demonstration herein.
After making a video recording and showing, the judgement (S5) of then photographing and whether starting.Determine whether the release-push having operated in console switch 380 herein.In addition, in the present embodiment, in the situation that having set dynamic image photograph mode, after operation release-push, start dynamic image photography, after again operating release-push, finish dynamic image photography.In addition, beginning and the end that special dynamic image button indicates dynamic image to photograph can certainly be set.
In the case of the result of determination of step S5 be photograph and do not start, return to step S1.On the other hand, in the situation that result of determination is photography beginning, then the counting of timing counter 132 is reset to 0 (S7).Then, start dynamic image photography (S9)., the picture signal of the dynamic image of being obtained by imaging apparatus 214 is processed herein, and be stored in SDRAM 350 temporarily.And, carry out timing counting (S11).Carry out timing action by timing counter 132 herein.
The judgement (S13) of then, photographing and whether finishing.As previously described, after again operating release-push, finish dynamic image photography.Be to photograph do not finish in the situation that in this result of determination, return to step S9, proceed dynamic image photography.On the other hand, in the situation that result of determination is photography end, will be made as T1 (S15) by the time T of timing counter 132 timing, and record explicitly timing time T and each image (S17).Herein, as illustrated in fig. 2, the image when image that the moment T=0 that photography is started and the photography T=T1 finish time are associated as the photography that is equivalent to dynamic image 31 while starting and photography finish, also makes each image correlation connection of elapsed time and the dynamic image of taking during moment T=0 and moment T=T1.After completing being associated of each image and timing counting T, in storage card 334, carry out the record of the view data of dynamic image.After record end, return to step S1.
Be not to be photograph mode in the result of determination of step S1, carry out reproduction mode.First, photographs file is had a guide look of to demonstration (S21)., from be recorded in the dynamic image storage card 334, read representative image herein, and have a guide look of demonstration on display element 314.The mode showing as guide look, the breviary for example carrying out as shown in Figure 3 shows.Then the judgement (S22) of, whether returning.Due in having a guide look of and showing, show " returning " icon, thereby in this step, determine whether and touched " returning " icon.In the situation that this result of determination is " returning ", return to step S1.
Result of determination at step S22 is not " returning ", then carries out whether selecteed judgement (S23).Herein, for example, according to using the such of Fig. 3 explanation, whether judge in order to select dynamic image to touch display element 314 according to user.Be in nonoptional situation in this judgement, return to step S22.
In the time that the result of determination of step S23 is any one that selected in photographs file, then carry out the amplification (S25) of representative image.Herein, according to Fig. 3 (b) amplify the representative image that shows selected dynamic image on the display element that is shown in 314.Then the judgement (S26) of, whether returning.Due to showing in representative image, show " returning " icon, thereby in this step, determine whether and touched " returning " icon.In the situation that this result of determination is " returning ", return to step S1.On the other hand, be " do not return " in the situation that in this result of determination, whether start the judgement (S27) of reproducing.Judge whether user has carried out reproducing by operation dynamic image reproduction button etc. the indication starting herein.
Be to reproduce beginning in the result of determination of step S27, then determine whether and showing representative image (S29).Before starting reproduction, owing to being the state that shows representative image, so determine whether it is the state that shows representative image in this step.Be the in the situation that of showing representative image in this result of determination, then start frame and show (S31).From be stored in the file of the dynamic image storage card 334, read the image of beginning frame herein, and show.
When showing that in step S31 beginning is when frame, or the result of determination of step S29 is not show in the situation of representative image, then starts to carry out dynamic image reproduction (S33) from rendering frame.; when shown beginning frame in step S31 in the situation that; start to carry out dynamic image reproduction from this beginning frame, and be not show representative image in the result of determination of step S29, the rendering frame that continues the dynamic image from reproduce starts to carry out dynamic image reproduction.
When move reproduction in step S33 time, then reproduce the judgement (S35) whether finishing.Herein, determine whether by operation dynamic image reproduction button etc. and indicated and reproduced end.That is, in the present embodiment, in the time again utilizing dynamic image to reproduce button etc. to have carried out reproducing the operation that finishes indication, end of reproduction.Be to reproduce do not finish in the situation that in this result of determination, return to step S29, proceed dynamic image and reproduce.On the other hand, in the situation that reproducing end, end of reproduction is also returned to step S25.
In the case of the result of determination of step S27 be reproduce and do not start, do not carry out in the situation of reproduction of dynamic image, whether carry out amount of movement and reproduce the judgement (S40) starting.Do not starting, under the state of common dynamic image reproduction, in the time that user moves camera 10, sometimes to want the demonstration of the frame of forbidding the dynamic image corresponding with this amount of movement.Therefore, in the present embodiment, utilize the operation of menu screen or dedicated operations parts to set the amount of movement reproduction mode that allows the frame of the dynamic image corresponding with amount of movement to show.At this step S40, determine whether and set amount of movement reproduction mode., the in the situation that of not setting amount of movement reproduction mode, to return to step S26 in this result of determination.
Be to have set amount of movement reproduction mode in the result of determination of step S40, start the detection of amount of movement, and determine whether at directions X have motion and do not move in Y-direction (S41)., herein, although user moves camera 10 along continuous straight runs, judge and now whether move in the vertical direction.Fig. 2 illustrates as used, in the present embodiment, in the situation that user moves camera 10 along continuous straight runs, reproduce the frame of the dynamic image corresponding with the position of horizontal direction.
Have motion and in the situation that Y-direction is not moved, judge amount of exercise now and be made as X (S43) at directions X in the result of determination of step S41.Herein, according to the detection output of angular velocity detection circuit 230 and acceleration detection circuit 250, obtain with respect to the amount of exercise of X=0 and be made as X.
Judging after amount of exercise, then show the frame (S45) of the timing of (X-(X0)) × T1/2X0.As previously described, the moving range of camera 10 is the scopes from (X0) to (X0), the recovery time T1 of this scope and dynamic image is mapped, therefore in this step, obtains the frame of the dynamic image corresponding with the amount of exercise X of camera and show.Therefore,, in the time that camera along continuous straight runs is moved left and right, on display element 314, show successively the frame corresponding with amount of exercise.This demonstration, just like forward/backward, the skip forward/back of frame, can easily show frame arbitrarily.In addition, only show the frame of the dynamic image of specifying according to amount of exercise in this stage, do not start dynamic image and reproduce.
Showing after the frame of dynamic image the judgement (S47) of then whether returning.Owing to show the frame of specified dynamic image on display element 314 in, show " returning " icon, thereby in this step, determine whether and touched " returning " icon., the in the situation that of not touching " returning " icon, to return to step S41 in this result of determination.Therefore, the frame of specified dynamic image changes according to the motion of camera 10.
On the other hand, be, while having touched " returning " icon, to enter step S27 in the result of determination of step S47, become reproduce start after, in step S33, start to carry out dynamic image reproduction from the frame of specified dynamic image.In addition, in the present embodiment, on display element 314, show " returning " icon, but be not limited to this, for example, the functional unit that returns to use also can be set.
Like this, in the present embodiment, mobile when having at directions X, in the situation that Y-direction does not move,, do not occur under inclination and the state less than the change in location towards vertical direction in the direction vertical with the display surface of display element 314, the in the situation that of camera movement, can show the frame of the dynamic image corresponding with amount of movement now.If continuous moving, becomes just like F.F. or the such demonstration of rewind down, if user has therefrom found the frame of expecting, stop mobile.Can from the frame of this demonstration, start to carry out dynamic image reproduction.
Use Fig. 5～Fig. 8 that the 2nd execution mode of the present invention is described below.In the 1st execution mode, specify the frame of dynamic image according to the motion of the horizontal direction of camera 10, and in the 2nd execution mode, in the situation that along continuous straight runs does not move and vertically has motion, can carry out the selection of adjacent dynamic image file.And, in the 1st execution mode, detect the position of directions X, and in the 2nd execution mode, measured angle of rotation when camera 10 along continuous straight runs are rotated, carry out the appointment of the frame of dynamic image.The structure of present embodiment is identical with the electrical structure of the 1st execution mode shown in Fig. 1, so detailed.
The reproducting method of the dynamic image of present embodiment is described with Fig. 5 and Fig. 6 below.Fig. 5 is the figure corresponding with Fig. 2 of the 1st execution mode, represents that user 20 moves camera 10 along continuous straight runs, simultaneously the state of the image of the dynamic image 31 of reproducing in camera 10.The image that dynamic image 31 photographs during T=0～moment in moment T=T0 is also to carry out imagination to show in Fig. 5.
X-direction refers to the length direction (horizontal direction) of camera 10 as previously described, and user 20 front is made as to 0 degree, and angle when camera 10 along continuous straight runs are moved is made as θ.User 20 make camera from (θ 0) in the time that+θ 0 moves horizontally, along with the movement of camera 10, on display element 314, show the frame of dynamic image 31.; the reproduction of dynamic image 31 is started corresponding to angle (θ 0); make to reproduce and finish corresponding to angle (+θ 0); according to the output of the angular velocity detection circuit 230 in camera 10 and acceleration detection circuit 250; detect the angle θ of camera 10, and on display element 314, show the frame of the dynamic image 31 corresponding with the angle θ detecting.Herein, angle θ can carry out integration by the angular speed to around Y-axis and obtains.
In the present embodiment, rotational angle θ when camera 10 along continuous straight runs are moved, also detect rotational angle φ when camera 10 is moved along the vertical direction vertical with horizontal direction, and change the file of the dynamic image that will reproduce according to this angle φ.Herein, angle φ can carry out integration by the angular speed to around X-axis and obtains.Fig. 6 represents that user 20 moves in the vertical direction camera 10, simultaneously the state of the image of the dynamic image of reproducing in camera 10.
User 20 front is made as to 0 degree, and the angle when camera 10 is moved in the vertical direction is made as φ.Make camera 10 vertical when mobile towards-φ 0 from (+φ 0) user 20, along with the movement of camera 10, on display element 314, show the representative image of the dynamic image of dynamic image 31～34.; make dynamic image 31 corresponding to angle (+θ 0); make dynamic image 34 corresponding to angle (θ 0); according to the output of the angular velocity detection circuit 230 in camera 10 and acceleration detection circuit 250; detect the angle φ of camera 10, and on display element 314, show the representative image of the dynamic image file corresponding with the angle φ detecting.
The action of the camera control of present embodiment is described with the flow chart shown in Fig. 7 below.CPU 110 carries out this flow chart according to the program of storage in flash memory 340.In the flow process of this camera control, the flow process shown in Fig. 4 of step S1～S17 and S21～S40 and the 1st execution mode is identical, thus identical processing is marked to identical step number, and detailed.
In step S5, start the photography of dynamic image, in step S13, finish after the photography of dynamic image,, record explicitly by the time of timing counter 132 timing and the image of dynamic image in the same manner in step S17 with the 1st execution mode.Carrying out after this record, then number of files counting is being made as to F (S18).This number of files counting will be made as a file at the dynamic image that starts from dynamic image photography to photograph during end, and in the time that dynamic image photography finishes, counting F1 is added 1.
Then, record and browse (S19).In this step, after photography has just finished, on display element 314, reproduce photographs, can confirm user's photographs.About this details that records browse action, will use in the back Fig. 8 to describe.After recording and browsing, return to step S1.
Be not to be, photograph mode, to enter reproduction mode in the result of determination of step S1, in step S21～S35, carry out in the same manner common dynamic image with the 1st execution mode and reproduce.And, in the case of the result of determination of step S27 be do not reproduce start, the result of determination of step S40 is to start amount of movement reproduces, then to determine whether the motion with angle θ and the motion (S51) that there is no angle φ.As illustrated in use Fig. 5, judge whether an along continuous straight runs moves and do not move in the vertical direction camera 10 herein.
Be to meet decision condition in the result of determination of step S51, then obtain angle θ (S63) according to angular speed integration., for the output of X-axis gyroscope 232, by angular-rate sensor treatment circuit 236, angular velocity signal is carried out to integration herein, obtain angle θ.Then, carry out with (frame of (θ-(θ 0)) × timing that T1/2 θ 0 is corresponding shows (S65).Herein, the angle (θ 0) of the angle θ that use is obtained in step S63, the end of moving range and (θ 0) and the counting T1 obtaining in step S15, from storage card 334, read the frame of the dynamic image that the angle θ that moves with along continuous straight runs is corresponding, and show on display element 312.
Be not meet decision condition in the result of determination of step S51, then determine whether the motion that there is no angle θ and the motion (S53) with angle φ.Herein, as illustrated in use Fig. 6, determine whether and there is no along continuous straight runs motion and only vertically motion, in the situation that only vertically moving, can specify according to the amount of movement of vertical direction the file of dynamic image.
Be not meet this decision condition in the result of determination of step S53, return to step S25.In step S25, amplify and show after representative image, reproduce owing to not indicating the motion that starts and there is no horizontal direction and vertical direction with respect to camera 10, so proceed the demonstration of representative image.
Be while meeting decision condition in the result of determination of step S53, then obtain angle φ (S55) according to angular speed integration., for the output of Y-axis gyroscope 234, by angular-rate sensor treatment circuit 236, angular velocity signal is carried out to integration herein, obtain angle φ.
Then, carry out and (the demonstration (S57) of the representative image of (φ-(φ 0)) × dynamic image that F1/2 φ 0 is corresponding.Herein, the angle (φ 0) of the angle φ that use is obtained in step S55, the end of moving range and (φ 0) and the number of files counting F1 obtaining in step S18, from storage card 334, read the representative image of the dynamic image corresponding with the angle φ moving in the vertical direction, and show on display element 314.
Showing after representative image, then carry out file selection (S59).In the time moving in the vertical direction, selected dynamic image is just changed, so carry out determining of dynamic image file selection in this step.As definite method of the selection of dynamic image file, as long as suitable detection the motion detection when selecting with the operation of functional unit and making camera 10 transverse judder etc.In the situation that not selecting, do not select dynamic image file and directly enter step S61.
After file being selected to process in step S59, or in step S65, carry out after frame demonstration the judgement (S61) of then whether returning.Herein, owing to showing in the same manner " returning " icon with the step S47 of Fig. 4 on display element 314, thereby in this step, determine whether and touched " returning " icon., the in the situation that of not touching " returning " icon, to return to step S51 in this result of determination.Therefore, the representative image of specified dynamic image or frame change according to the motion of camera 10.
On the other hand, be to have touched " returning " icon in the result of determination of step S61, enter step S26.In the demonstration of representative image and the demonstration of the frame of step S65 of step S57, just show the frame of representative image and specified dynamic image with still image form, but after starting to reproduce, from specified frame, start to carry out the reproduction of dynamic image in step S27.
Below, browse with the record that the flow chart shown in Fig. 8 carrys out description of step S19.Entering after the flow process that this record browses, first carry out the demonstration (S81) of representative image.On display element 314, show the representative image of selecting herein, between step S5～S13 from the dynamic image photographing.
Showing after representative image, then determine whether in the same manner the motion with angle θ and the motion (S85) that there is no angle φ with step S51.Be the in the situation that of meeting decision condition in this result of determination, then obtain angle θ (S87) according to angular speed integration in the same manner with step S63., by angular velocity detection circuit 230, angular velocity signal is carried out to integration herein, obtain angle θ.
Then, carry out in the same manner with (frame of (θ-(θ 0)) × timing that T1/2 θ 0 is corresponding shows (S89) with step S65.Herein, the counting T1 that uses the angle (θ 0) of end of angle θ, the moving range obtained and (θ 0) and obtain in step S15 in step S63, shows the frame of the dynamic image that the angle θ that moves with along continuous straight runs is corresponding.
When in step S89, carry out frame show after or the result of determination of step S83 be not meet decision condition, determine whether through the scheduled time (S85).The scheduled time refers to as record and browses and the common time showing, for example time of about 2～30 seconds., return to step S83, and in the time having passed through the scheduled time, return to original flow process for do not pass through the scheduled time in the situation that in this result of determination.
Like this, in the flow process of browsing at the record of present embodiment, that after just taking dynamic image, carries out records in browse displays, in the time that camera 10 along continuous straight runs are moved, Fig. 5 illustrates as used, carry out the demonstration of the frame of the dynamic image corresponding with position (angle θ) corresponding to amount of movement.Therefore, can easily confirm to carry out dynamic image shooting and the frame of the image that obtains.In addition, also can append in the same manner the processing for reproducing with step S27 and S33, and start to carry out dynamic image reproduction from specified frame.
As described above, in the 2nd execution mode of the present invention, except the motion of horizontal direction, also the motion (angle φ) of detection of vertical direction, can carry out according to this amount of exercise the selection of dynamic image file.Therefore, can easily retrieve different dynamic image file.
And, in the 2nd execution mode, that after dynamic image photography finishes, carries out records in browse displays, if camera 10 along continuous straight runs are moved, carries out the frame demonstration of the dynamic image corresponding with position (angle θ) corresponding to this amount of movement.Therefore, after just photographing, can easily confirm the dynamic image that photographs.
As described above, in each execution mode of the present invention, detect to the motion of horizontal direction and vertical direction, in the situation that another direction is not moved, show the frame of dynamic image thering is motion facing one direction according to amount of exercise facing one direction.Therefore, in the time carrying out the reproduction of dynamic image, frame forward/backward, skip forward/back can be carried out intuitively, frame arbitrarily can be easily read.
And, when wanting to watch at any time first dynamic image in the situation of last dynamic image, the operation such as F.F. and slow-motion is cumbersome, and in embodiments of the present invention, owing to making the range assignment of camera movement to first image and last image of dynamic image, thereby by making camera suitably move within the scope of this, can appreciate at any time.As the method for reproducing dynamic image at any time, also can consider slide.But, if keep portable set while carry out slide, need two hands, and in the present embodiment, can utilize a hand to operate.
In addition, in each execution mode of the present invention, having carried out the frame demonstration of dynamic image, but be not limited to horizontal direction in the situation that camera along continuous straight runs is moved, can be also any direction.And, as the example that shows successively multiple images, the situation of dynamic image is illustrated, but is not limited to dynamic image, also can be applicable to the situation of continuous shooting.
And, in each execution mode of the present invention, in step S11, timer is counted, in step S17, record explicitly each image of elapsed time (chronoscope numerical value) and dynamic image.But, in the case of the frame rate of known dynamic image, even if omit the counting action of timer, also can make each image correlation connection of elapsed time and dynamic image.For example, in the situation that frame rate is 30fps, 10 seconds from photography starts, be the 300th frame (image).And, in the situation that carrying out continuous shooting, often do not understand continuous capturing speed, the elapsed time while therefore expecting to record explicitly each frame and photography.
And, in each execution mode of the present invention, use digital camera to be illustrated as portable set, but can be also digital single-lens reflex camera, Minitype digital camera as camera, can also be the video camera of using such as video camera, the such dynamic image of film camera, can be also the camera being built in mobile phone and portable data assistance (PDA:Personal Digital Assist), video game apparatus having memory cards etc.No matter be which kind of camera, as long as the portable set that can photograph, just can be suitable for the present invention.
The invention is not restricted to above-mentioned execution mode, implementation phase in can be in the scope that does not depart from its aim be out of shape and concrete enforcement inscape.And, can form various inventions according to the appropriately combined of the disclosed multiple inscapes of above-mentioned execution mode.For example, can from all inscapes shown in execution mode, delete several inscapes.In addition, also can carry out appropriately combined to the inscape of different execution modes.
Claims (6)
1. a portable set, is characterized in that,
Described portable set has:
Image pickup part, its mode according to dynamic image or continuous shooting obtains image;
Display part, it reproduces and shows the obtained described image of described image pickup part;
Mobile test section, it detects the motion with the 2nd direction towards different from described the 1st direction towards the motion of the 1st direction of described portable set; And
Display control unit, it is according to the testing result of described mobile test section, in the case of detect described portable set towards the motion of described the 1st direction, but do not detect that described portable set is towards the motion of the 2nd direction, on described display part, show with described portable set towards described dynamic image corresponding to the amount of exercise of described the 1st direction or the frame of described continuous shooting.
2. portable set according to claim 1, is characterized in that,
Described portable set also has:
Timing counter, it carries out timing to the time from the photography of described dynamic image or continuous shooting starts; And
Recording image portion, it records the obtained image of described image pickup part,
Described recording image portion by each frame of described dynamic image or continuous shooting and time correlation connection by described timing counter timing carry out record.
3. portable set according to claim 1, is characterized in that,
Described display control unit starts to reproduce from the frame of described demonstration.
4. portable set according to claim 1, is characterized in that,
Described portable set also has count section, and this count section is counted the number of files of having taken described dynamic image or described continuous shooting,
In the case of described mobile test section detect towards the motion of described the 2nd direction, but do not detect towards the motion of the 1st direction, described display control unit shows the described dynamic image corresponding with amount of exercise towards described the 2nd direction or the corresponding image of file of continuous shooting on described display part.
5. portable set according to claim 1, is characterized in that,
Described display control unit, after described image pickup part has just been through with the shooting of dynamic image or continuous shooting, reproduces and shows captured image.
6. a reproduction displaying method, is characterized in that,
Mode according to dynamic image or continuous shooting is taken shot object image,
Record according to the captured view data of the mode of described dynamic image or continuous shooting,
In the time having selected reproduction mode, determine whether detect portable set towards the motion of the 1st direction, but the motion of described portable set towards the 2nd direction do not detected,
In the case of the above-mentioned result of judging as detect the motion of described portable set towards the 1st direction, but do not detect that described portable set is towards the motion of the 2nd direction, judge the amount of exercise of described portable set towards described the 1st direction,
From according to the captured view data of the mode of described dynamic image or continuous shooting, the frame while showing the photography corresponding towards the amount of exercise of described the 1st direction with described portable set.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2010-156472 | 2010-07-09 | ||
| JP2010156472A JP5612934B2 (en) | 2010-07-09 | 2010-07-09 | Portable device and playback display method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102316256A CN102316256A (en) | 2012-01-11 |
| CN102316256B true CN102316256B (en) | 2014-07-09 |
Family
ID=45429045
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110187130.7A Expired - Fee Related CN102316256B (en) | 2010-07-09 | 2011-07-05 | Portable device and reproduction display method |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5612934B2 (en) |
| CN (1) | CN102316256B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2017102837A (en) * | 2015-12-04 | 2017-06-08 | 株式会社ニコン | Display device and imaging device |
| JP2021061001A (en) * | 2020-11-25 | 2021-04-15 | 株式会社ニコン | Display device |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1674642A (en) * | 2004-03-25 | 2005-09-28 | 乐金电子(中国)研究开发中心有限公司 | Subject generating method for mobile communication terminal |
| CN101431640A (en) * | 2007-11-05 | 2009-05-13 | 奥林巴斯映像株式会社 | Image indexing device, image indexing method and camera thereof |
| CN101931746A (en) * | 2009-06-18 | 2010-12-29 | 奥林巴斯映像株式会社 | Camera head and image capture method |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005303728A (en) * | 2004-04-13 | 2005-10-27 | Fuji Photo Film Co Ltd | Digital camera |
-
2010
- 2010-07-09 JP JP2010156472A patent/JP5612934B2/en not_active Expired - Fee Related
-
2011
- 2011-07-05 CN CN201110187130.7A patent/CN102316256B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1674642A (en) * | 2004-03-25 | 2005-09-28 | 乐金电子(中国)研究开发中心有限公司 | Subject generating method for mobile communication terminal |
| CN101431640A (en) * | 2007-11-05 | 2009-05-13 | 奥林巴斯映像株式会社 | Image indexing device, image indexing method and camera thereof |
| CN101931746A (en) * | 2009-06-18 | 2010-12-29 | 奥林巴斯映像株式会社 | Camera head and image capture method |
Also Published As
| Publication number | Publication date |
|---|---|
| JP5612934B2 (en) | 2014-10-22 |
| CN102316256A (en) | 2012-01-11 |
| JP2012019432A (en) | 2012-01-26 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| JP4463792B2 (en) | Imaging device | |
| KR101150647B1 (en) | Digital camera with panoramic image capture | |
| CN101996044B (en) | Method and apparatus for controlling zoom using a touch screen | |
| KR101180565B1 (en) | Image pickup apparatus, guide frame displaying controlling method and computer readable recording medium | |
| US8988535B2 (en) | Photographing control method and apparatus according to motion of digital photographing apparatus | |
| JP2005110097A (en) | Imaging apparatus and image pickup method | |
| JPH0965269A (en) | Image pickup device | |
| JP2006215571A (en) | Method of displaying camera shake, its apparatus, image display device, and its method | |
| US7466356B2 (en) | Method and apparatus for setting a marker on an object and tracking the position of the object | |
| JP2007028512A (en) | Display device and imaging apparatus | |
| JP5630041B2 (en) | Electronic equipment | |
| CN101547310A (en) | Pick-up device | |
| CN103139475A (en) | Imaging device | |
| KR20120119794A (en) | Method and apparatus for photographing using special effect | |
| JP2010171748A (en) | Imaging apparatus and imaging control program | |
| JP4914688B2 (en) | Imaging device | |
| CN102316256B (en) | Portable device and reproduction display method | |
| CN103248802A (en) | Image photographing device | |
| JP2007243320A (en) | Electronic still camera and photographic method | |
| JP2013009061A (en) | Camera and camera operation method | |
| JP5433459B2 (en) | Imaging device | |
| JP2006222900A (en) | Imaging device and control program therefor | |
| JP5700072B2 (en) | Imaging apparatus and imaging method | |
| JP2007180990A (en) | Imaging apparatus, control method, and control program | |
| JP6659230B2 (en) | Imaging apparatus, composite photographing method, and composite photographing program |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C41 | Transfer of patent application or patent right or utility model | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20151209 Address after: Tokyo, Japan, Japan Patentee after: Olympus Corporation Address before: Tokyo, Japan, Japan Patentee before: Olympus Imaging Corp. |
|
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140709 Termination date: 20200705 |