JP5645096B2 - Movie processing apparatus, movie playback method, movie recording method, and program - Google Patents

Description

  The present invention relates to a moving image processing apparatus, a moving image reproduction method, a moving image recording method, and a program.

  When playing or editing an original video recorded by the user without any editing, it is usually recorded for a long time except for the necessary scene, so it is very easy to find the part you want to see and edit. It can be time consuming and stressful.

  Therefore, conventionally, there is a technique of recording a moving image reproduction history (the number of times of reproduction, a position operated in the moving image) and presenting it to the user (see, for example, Patent Document 1).

JP 2002-344849 A

  However, the above-described conventional technique has a problem that although it is a clue at the time of reproduction, it is not a fundamental solution for reproducing or editing a decisive moment without stress.

  Therefore, the present invention selects a user's high-interest video and a frame (such as a scene in which a decisive moment is captured) of the video that is high in user's interest by an easy operation during editing or playback. It is an object of the present invention to provide a moving image processing apparatus, a moving image reproducing method, a moving image recording method, and a program.

In order to achieve the above object, the invention described in claim 1 includes a reproducing unit that reproduces moving image data, a moving image reproducing operation input unit that accepts a user operation related to reproduction control at an arbitrary timing when the reproducing unit reproduces the moving image, According to the content of the user operation received by the video playback operation input means, an evaluation is made on the video frames being played back by the playback means at each operation timing, and an evaluation is made on the entire video data being played back by the playback means. Evaluation means for assigning evaluation information according to the evaluation for each moving image frame and the entire moving image data, and evaluation information given to each moving image frame and the entire moving image data by the evaluation means in association with the moving image data Evaluation information recording means, each moving image frame of the moving image data and the entire moving image data Based on the evaluation information given for, as well as selecting the plurality of moving image data to be reproduced, a moving selectively reproduce a video frame to be motion picture playback in the selected each video data has been A video editing / reproducing unit, wherein the evaluation unit evaluates a plurality of video data and evaluates a video frame at the time of video playback again with respect to the video data that has already been recorded in association with the evaluation information. In the video processing apparatus, the evaluation information corresponding to the current evaluation is accumulated in the past evaluation information.

In order to achieve the above object, the invention described in claim 4 includes a moving image shooting unit, a moving image shooting operation input unit that accepts a user operation related to moving image shooting control at an arbitrary timing during moving image shooting by the moving image shooting unit, and a moving image According to the content of the user operation received by the playback means for playing back data, the video playback operation input means for receiving a user operation related to playback control at an arbitrary timing during the playback of the video by the playback means, and the video shooting operation input means , A process for evaluating the moving image frames photographed by the moving image photographing unit at this operation timing, and providing evaluation information corresponding to the evaluation for each moving image frame, and a user operation received by the moving image reproduction operation input unit Depending on the content of the video frame, the video frame being played back by the playback means at this operation timing. An evaluation unit that performs an evaluation on a video frame and executes a process of assigning evaluation information corresponding to the evaluation for each video frame, and evaluation information given to each video frame by the evaluation unit, Evaluation information recording means for recording in association with data, and moving picture editing target frame presentation means for presenting a moving picture editing target frame based on evaluation information given to each moving picture frame of the moving picture data at the time of moving picture editing And when the video frame evaluation at the time of video playback is performed again on video data that has already been recorded in association with the evaluation information by video frame evaluation at the time of video shooting, the evaluation means The moving image processing apparatus is characterized in that evaluation information corresponding to evaluation is accumulated in past evaluation information.

In order to achieve the above object, a seventh aspect of the present invention is a moving image reproduction method for reproducing captured moving image data, wherein a reproduction process for reproducing moving image data and a reproduction of a moving image by the reproduction process are arbitrarily performed. A video playback operation input process that accepts a user operation related to playback control at a timing, and an evaluation of a video frame that is played back by the playback process at each operation timing according to the content of the user operation received by the video playback operation input process The evaluation process for performing the evaluation on the entire moving image data reproduced by the reproduction process, and providing the evaluation information according to the evaluation for each moving image frame and the entire moving image data, and the moving image frame and the entire moving image data by the evaluation process. Evaluation information recording for recording the evaluation information given to the video in association with the video data And management, based on the evaluation information granted to each video frame and the entire video data of the video data, as well as selecting the plurality of moving image data to be moving image reproduction, in the selection respectively of the moving image data has been A video editing / playback process in which a video frame to be played back is selected and played back , and the evaluation process evaluates a plurality of video data, and evaluation information is already recorded in association with each other. This is a video playback method characterized by accumulating evaluation information according to the current evaluation in the past evaluation information when video frame evaluation at the time of video playback is performed again on the existing video data. .

In order to achieve the above object, the invention described in claim 8 is a moving picture recording method for recording a moving picture, wherein a moving picture photographing process for photographing moving picture data and a moving picture photographing by the moving picture photographing process are performed at an arbitrary timing. A video shooting operation input process for receiving a user operation related to the video shooting control, a playback process for playing back the video data, and a video playback operation input process for receiving a user operation related to the playback control at an arbitrary timing during the video playback by the playback process; According to the content of the user operation received by the moving image shooting operation input process, evaluation is performed on the moving image frame shot by the moving image shooting process at this operation timing, and evaluation information corresponding to the evaluation for each moving image frame is provided. Depending on the processing to be given and the content of the user operation accepted by the video playback operation input processing, Evaluation processing is performed on the moving image frame reproduced by the reproduction processing at an operation timing, and processing for assigning evaluation information corresponding to the evaluation for each moving image frame is performed. The evaluation information recording process for recording the evaluation information given to the video data in association with the video data, and the video editing target based on the evaluation information given to each video frame of the video data when editing the video A video editing target frame presentation process for presenting a frame, wherein the evaluation process is performed again on the video data that is recorded in association with the evaluation information by the video frame evaluation at the time of video shooting. When frame evaluation is performed, the video recording is characterized by accumulating evaluation information corresponding to the current evaluation in the past evaluation information. It is a method.

In order to achieve the above object, the invention described in claim 9 is directed to a computer of a video playback device that plays back video data that has been shot. A video playback operation input means for receiving a user operation related to playback control at a timing, and an evaluation of a video frame played back by the playback means at each operation timing according to the content of the user operation received by the video playback operation input means; Evaluation means for performing evaluation on the entire moving image data reproduced by the reproducing means, and providing evaluation information corresponding to the evaluation for each moving image frame and the entire moving image data, and each moving image frame and the entire moving image data by the evaluation means The evaluation information assigned to the video is recorded in association with the video data A broadcast recording unit, based on the evaluation information granted to each video frame and the entire video data of the video data, as well as selecting the plurality of moving image data to be moving image reproduction, each of the videos the selected select a video frame to be moving image reproduction in the data to function as a video editing and playback means for performing moving image reproduction, the evaluation means may performs evaluation for a plurality of moving picture data, associated with it already evaluation information recording This is a program characterized by accumulating evaluation information according to the current evaluation in the past evaluation information when the video frame evaluation at the time of moving image playback is performed again on the moving image data being processed. .

In order to achieve the above-mentioned object, the invention according to claim 10 is directed to a video recording apparatus computer for recording a video at a desired timing when moving image shooting means for shooting moving image data and moving image shooting by the moving image shooting means. Movie shooting operation input means for receiving user operations related to movie shooting control, playback means for playing back movie data, and movie playback operation input means for receiving user operations related to playback control at an arbitrary timing during playback of videos by the playback means; In accordance with the content of the user operation received by the moving image shooting operation input unit, evaluation is performed on the moving image frame shot by the moving image shooting unit at this operation timing, and evaluation information corresponding to the evaluation for each moving image frame is provided. And the contents of the user operation received by the moving image playback operation input means Next, an evaluation unit that performs an evaluation on the moving image frame reproduced by the reproducing unit at the operation timing and performs a process of assigning evaluation information corresponding to the evaluation for each moving image frame, and the evaluation unit Evaluation information recording means for recording the evaluation information given to each video frame in association with the video data, and based on the evaluation information given to each video frame of the video data during video editing, The video editing target frame presenting means for presenting a video editing target frame is used, and the evaluation means again performs video processing on video data that has already been recorded in association with evaluation information by video frame evaluation at the time of video recording. When video frame evaluation during playback is performed, the evaluation information corresponding to the current evaluation is accumulated in the past evaluation information. Is a program for the butterflies.

  According to the present invention, it is possible to obtain an advantage that a frame in which a user is highly interested in a moving image can be selected by an easy operation during editing or reproduction.

It is a block diagram which shows the structure of the digital camera by embodiment of this invention. In the digital camera according to the present embodiment, when recording a moving image file 21 by the camera device 3, it is a conceptual diagram showing an example of an evaluation value given in units of frames according to a recording operation. In the digital camera according to the present embodiment, when the moving image file 21 is reproduced by the camera device 3, it is a conceptual diagram showing an example of an evaluation value given in units of frames in accordance with a reproduction operation. It is a flowchart for demonstrating the operation | movement of the video recording process of this embodiment. It is a flowchart for demonstrating the operation | movement of the moving image production | generation process of this embodiment. It is a flowchart for demonstrating the operation | movement of the moving image edit process of this embodiment. It is a conceptual diagram for demonstrating the moving image edit process of this embodiment. It is a flowchart for demonstrating the operation | movement of the moving image reproduction process of this embodiment. It is a conceptual diagram for demonstrating the moving image reproduction | regeneration processing of this embodiment.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  FIG. 1 is a block diagram showing a configuration of a digital camera according to an embodiment of the present invention. In the figure, the input device 1 includes a plurality of button switches such as a shutter button, a cross key, and a function selection button. The internal storage device 2 includes a ROM, a RAM, and the like, and stores a predetermined program, data, and the like. In particular, in the present embodiment, a moving image file 21 photographed by the camera device 3 and an evaluation information file 22 are stored. The evaluation information file 22 holds evaluation information to which evaluation values are assigned in units of frames in accordance with an operation at the time of recording or an operation at the time of reproduction when the moving image file 21 is captured or reproduced. Details of the method of assigning the evaluation value will be described later. The camera device 3 includes an optical lens, an image sensor, a driver, and the like, and captures captured images, particularly as moving images in the first embodiment. The display device 4 includes a liquid crystal display and displays a through image at the time of shooting, a captured image after shooting, various menus, shooting parameters, and the like.

  The voice input / output device 5 includes a microphone, a speaker, a voice processing unit, and the like. The voice input / output device 5 inputs external voice from the microphone, DA-converts voice data, and outputs the voice data from the speaker. The external storage device 6 includes an interface for mounting an external storage medium such as an SD slot, and exchanges data with the external storage medium. The external storage medium stores captured images and the like in a predetermined format. Note that the above-described personal information and guidance text may be stored in the external recording medium. The strobe light emitting device 7 is a light emitting means for compensating for underexposure.

  The CPU 8 executes a predetermined program and controls the operation of each unit described above. In particular, in the present embodiment, the user is interested in a recording part in which a decisive moment is photographed, which is a clue to editing during the subsequent editing process during recording or playback of the moving image file 21 by the camera device 3. In order to be able to present to the user a recording portion that is estimated to be recorded, a process of assigning an evaluation value in units of frames according to a recording operation or a reproduction operation and recording it as an evaluation information file 22, or the like When editing or reproducing a moving image, the evaluation value of the evaluation information file 22 is referred to estimate a recording portion in which the user is interested, such as a recording portion where a decisive moment is photographed. The process of presenting the information of the recorded part to the user as information to be a clue for editing is performed.

  FIG. 2 is a conceptual diagram illustrating an example of evaluation values given in units of frames according to a recording operation when the moving image file 21 is recorded by the camera device 3 in the digital camera according to the present embodiment. As shown in FIG. 2, the present embodiment has a table in which evaluation values to be assigned according to operations at the time of recording the moving image file 21 are set. This evaluation value is an example, and is not limited thereto, and may be arbitrarily changed by the user.

  In the illustrated example, when a zoom operation in the enlargement direction is performed as an operation during recording, the current frame position (frame period) at the time of the zoom operation is increased by +1. Further, if it is a period until the first time after completion of the zoom operation in the enlargement direction, the current frame position (frame period) is increased by a value proportional to the change width of the zoom magnification (2 Double +1, 4 double +2).

  Hereinafter, similarly, if the period is from the first time elapsed after the zoom operation in the enlargement direction to the second time elapsed, the value is increased by a value inversely proportional to the elapsed time after the zoom operation is completed. +1 for seconds, +0.5 for seconds), -1 for zooming in the reduction direction, and +2 (for frame position (frame period) before shutter pressing for shutter pressing during past shooting) a) +1 (b) with respect to the frame position (frame period) after the shutter is pressed.

  Note that past shooting starts shooting from the state where the shutter is half-pressed (buffers images of a predetermined number of frames) in order to avoid missing a decisive moment, and continuously shots when the shutter is fully pressed. This is a photographing method for recording continuously photographed images after the shutter is fully pressed, and photographed images (predetermined number of frames) photographed before that.

  Next, in the digital camera according to the present embodiment, FIG. 3 is a conceptual diagram showing an example of evaluation values given in units of frames in accordance with the reproduction operation when the moving image file 21 is reproduced by the camera device 3. As shown in FIG. 3, the present embodiment has a table in which evaluation values to be given according to operations at the time of playing the moving image file 21 are set. This evaluation value is an example, and is not limited thereto, and may be arbitrarily changed by the user.

  In the illustrated example, when normal playback is performed as an operation during playback, the current frame position (frame period) is increased by +1. In the case of fast-forwarding, the current frame position (frame period) is decreased by a value proportional to the fast-forwarding speed (-2 for -1, 4 for -2). Similarly, in the case of slow playback, the value is increased by a value proportional to the slow playback speed (+1 for 1/2 times, +2 for 1/4 times). When it is played back to the end, the evaluation value for the entire moving image file is +0.5.

  Next, the operation of the above-described embodiment will be described.

<Recording process>
FIG. 4 is a flowchart for explaining the operation of the video recording process of the present embodiment. First, when the user enters the moving image shooting mode and presses the shutter, moving image shooting is started. When moving image shooting is started, a captured image is acquired (step S10), and the acquired image is additionally recorded as a moving image frame (step S12). Next, it is determined whether or not the zoom operation in the enlargement direction is being performed (step S14). If the zoom operation in the enlargement direction is being performed, the evaluation value for the current frame position (frame period) is determined by a predetermined amount ( Increase by +1) (step S16). The fact that the zoom operation in the enlargement direction has been performed is because there is a high possibility that this is an operation for photographing a subject that the photographer has some interest in.

  Next, it is determined whether or not it is a period until the first time after the zoom operation in the enlargement direction is completed (step S18), and if it is a period until the first time elapses. The evaluation value for the current frame position (frame period) is increased by a value proportional to the change width of the zoom magnification (2 times plus 1) (step S20). That is, when zoomed in the enlargement direction, the evaluation value is increased until the first time after zooming has elapsed. This is because there is a high possibility that a subject that the photographer is interested in is captured for a while (until the first time elapses) after the zoom operation in the enlargement direction is completed.

  Next, it is determined whether or not it is a period from when the first time after the zoom operation in the enlargement direction has elapsed until the second time has elapsed (step S22), and the first time has elapsed. If this is the period until the second time elapses, the evaluation value for the current frame position (frame period) is increased by a value that is inversely proportional to the elapsed time after completion of the zoom operation (1 in 1 second). (Step S24). This is because a high zoom magnification is maintained for a while after the zoom operation in the enlargement direction is completed (until the first time elapses) because the subject that the photographer is interested in is photographed. Although there is a high possibility, since the same zoom magnification is often maintained as it is even after the photographer's interest has diminished, the evaluation value is gradually decreased.

  Next, it is determined whether or not the zoom operation in the reduction direction is being performed (step S26). If the zoom operation in the reduction direction is being performed, the evaluation value for the current frame position (frame period) is set to a predetermined amount ( 1) is decreased (step S28). This is opposite to zooming in the enlargement direction, and is because there is a high possibility that the photographer's interest in a subject with some interest has diminished.

  Next, it is determined whether or not the shutter is pressed during past shooting (step S30). If the shutter is pressed during past shooting, the frame position (frame period) before the current frame position is determined. The evaluation value is increased by a predetermined amount (+2), and the evaluation value for the subsequent frame position (frame period) is increased by a predetermined amount (+1) (step S32). This is because there is a high possibility that a decisive moment was shot by past shooting, and there is a high possibility that the decisive moment was shot before the shutter was pressed, so the evaluation value distribution is set as described above.

  Next, it is determined whether or not it is a photographing end operation (step S34), and if it is not a photographing end operation, the operation proceeds to the next frame position (step S36), returns to step S10, and the above-described processing is repeated. On the other hand, in the case of the shooting end operation, the evaluation information file 22 in which the evaluation value is newly generated by the series of processes described above is stored in association with the shot moving image file 21 (step S38). Exit.

  In addition to the zoom operation described above, the operation during movie shooting may include a focus operation, an exposure adjustment operation, and the like, and an evaluation value is assigned according to the focus operation and the exposure adjustment operation. May be.

<Operation playback process>
FIG. 5 is a flowchart for explaining the operation of the moving image generation process of the present embodiment. First, when the user enters the moving image reproduction mode, the user selects a moving image file to be reproduced. When a moving image file is selected, first, an evaluation information file corresponding to the moving image file to be reproduced is read (step S40). Then, it is determined whether or not the evaluation information file exists (step S42). If the evaluation information file does not exist, a new evaluation information file is generated (step S44). This is because, for example, an evaluation information file may not be created at the time of recording in a moving image file transferred from another digital camera or a personal computer.

  After reading the evaluation information file of the moving image file to be played back or creating a new evaluation information file, first, the playback frame position of the moving image file is initialized (cueed) (step S46), and the current frame position is set. The image is reproduced and displayed (step S48).

  Next, it is determined whether or not normal reproduction is being performed (step S50). If normal reproduction is being performed, the evaluation value for the current frame position (frame period) is increased by a predetermined amount (+1) (step S52). ). This is because normal playback is highly likely to be played with a certain degree of interest.

  Next, it is determined whether or not a fast-forward operation is being performed (step S54). If a fast-forward operation is being performed, the evaluation value for the current frame position (frame period) is decreased by a value proportional to the fast-forward speed (2). Double +1) (step S56). This is because there is a high possibility that there is not much interest in skipping playback by fast-forwarding.

  Next, it is determined whether or not the slow playback operation is being performed (step S58). If the slow playback operation is being performed, the evaluation value for the current frame position (frame period) is increased by a value proportional to the slow playback speed. (1/2 is +1) (step S60). This is because the player is watching carefully by slow playback, and is likely to be playing with interest.

  Next, it is determined whether or not the rewinding operation is being performed (step S62). If the rewinding operation is being performed, the evaluation value for the current frame position (frame period) is increased by a predetermined amount (1.5). (Step S64). This is because rewinding is highly likely to be reproduced again, and replaying is likely to be interesting.

  Next, it is determined whether or not it is the final frame (step S66). If it is not the final frame, it is determined whether or not it is a reproduction end operation (step S70). (Step S72), the process returns to step S48, and the above-described processing is repeated.

  On the other hand, if it is the last frame, the evaluation value for the entire moving image (all frames) is increased by a predetermined amount (0.5) (step S68). This is because the fact that the video file has been played to the end is likely to have some interest in the video file. Thereafter, the evaluation information file 22 in which the evaluation value is newly generated by the series of processes described above is stored in association with the moving image file 21 to be reproduced (step S74), and the process ends.

  Also, even when there is a reproduction end operation, the evaluation information file 22 whose value has been newly generated is stored in association with the moving image file 21 to be reproduced (step S74), and the process ends.

<Video editing process>
FIG. 6 is a flowchart for explaining the operation of the moving image editing process of the present embodiment. FIGS. 7A to 7C are conceptual diagrams for explaining the moving image editing process of the present embodiment. When video editing is selected by the user, first, the video file to be edited and the evaluation information file corresponding to the video file are read, and the evaluation values are totaled for each divided frame period (scene) (each frame (Total or average value of evaluation values given during the period) (step S80). In the example shown in FIG. 7A, the evaluation value of the frame period (scene) A1 is “5”, the evaluation value of the frame period (scene) A2 is “−1”, and the evaluation value of the frame period (scene) A3 is “ 3 ”, the evaluation value of the frame period (scene) A4 is“ −2 ”, and the evaluation value of the frame period (scene) is“ 5 ”.

  Next, among each frame period (each scene), a frame period (each scene) whose evaluation value is equal to or greater than a predetermined value is selected (step S82), and the selected frame period (each scene) portion is selected. Then, it is identified and displayed as a cut edit candidate (step S84). As shown in FIG. 7A, when the evaluation value is set to 3 or more as a condition to be selected as an editing target, frame periods (scenes) A1, A3, A5 are selected, and on the editing screen, FIG. ), The selected frame periods (scenes) A1, A3, A5 are identified and displayed as cut edit candidates.

  Next, normal cut editing is performed in a state where the cut editing candidates are identified and displayed (step S86), and it is determined whether or not the editing content is confirmed (step S88), and the editing content is not yet confirmed. Returns to step S86 to continue the cut editing. On the other hand, when the editing content is confirmed, a new moving image file is generated by connecting the frame period (each scene) portion selected as the cut editing candidate and recorded (step S90). In the example shown in FIG. 7C, frame periods (scenes) A1, A3, and A5 are joined and recorded as a new moving image file.

<Video playback processing>
FIG. 8 is a flowchart for explaining the operation of the moving image reproduction process of the present embodiment. FIGS. 9A to 9C are conceptual diagrams for explaining the moving image reproduction processing of the present embodiment. When the user selects moving image reproduction, first, a corresponding evaluation information file is referred to from among a plurality of moving image files, and a moving image file whose evaluation value for the entire moving image is equal to or greater than a predetermined value is selected (step S100). In the example shown in FIG. 9A, moving image files A, B, C, D, and E whose evaluation value of the entire moving image is “3” or more are selected, and their thumbnails are displayed in a list.

  Next, one unreproduced video file is specified from the selected video files (step S102), and a frame period (each scene) in which the evaluation value is equal to or greater than a predetermined value is reproduced in the designated video file. The frame is selected as a target frame (step S104). In the example shown in FIG. 9B, first, a moving image file A is selected as a reproduction target, and a frame period (each scene) having an evaluation value of “3” or more is selected as a reproduction target frame. Is selected.

  Next, only the frame periods (each scene) selected as the playback target frames are connected and played back and displayed (step S106). When played back to the end, it is determined whether or not all the selected video files have been played back. If there is a moving image file that has not yet been played back, the process returns to step S102, the next unplayed moving image file is designated, and the above-described playback processing is repeated.

  In the example shown in FIG. 9C, first, frame periods (each scene) A1, A3, and A4 of the moving image file A are connected and reproduced, and then the moving image file B is selected as a reproduction target, and the moving image file B The frame periods (each scene) B1, B3, and B5 selected as the reproduction target frames are connected and continuously reproduced. Then, when the reproduction of all the moving image files is finished, the processing is finished.

  According to the above-described embodiment, by assigning an evaluation value for each frame period (each scene) according to an operation at the time of moving image shooting or a reproduction operation at the time of reproduction, A frame period (each scene) in which a decisive moment is captured can be selected by an easy operation during editing or playback.

DESCRIPTION OF SYMBOLS 1 Input device 2 Internal storage device 21 Movie file 22 Evaluation information file 3 Camera device 4 Display device 5 Voice input / output device 6 External storage device 7 Strobe light emission device

Claims (10)

Playback means for playing back video data;
Video playback operation input means for accepting a user operation related to playback control at an arbitrary timing during video playback by the playback means;
According to the content of the user operation received by the video playback operation input means, an evaluation is made on the video frames being played back by the playback means at each operation timing, and an evaluation is made on the entire video data being played back by the playback means. Evaluation means for providing evaluation information according to the evaluation for each video frame and the whole video data,
Evaluation information recording means for recording the evaluation information given to each moving image frame and the entire moving image data by the evaluation means in association with the moving image data;
Based on the evaluation information given to each moving image frame of the moving image data and the entire moving image data, a plurality of moving image data to be reproduced is selected, and the moving image reproduction is performed on each selected moving image data. Video editing and playback means for selecting a target video frame and playing the video, and
The evaluation means performs evaluation on a plurality of video data, and when video frame evaluation at the time of video playback is performed again on video data that has already been recorded with associated evaluation information, The moving picture processing apparatus characterized by accumulating evaluation information according to the evaluation in past evaluation information. The video editing and playback means, according to claim 1, characterized in that to play one continuous moving image data by joining the moving image frame selected for each of the plurality of moving image data to which the selected Video processing device. The evaluation means includes
3. The moving image processing apparatus according to claim 1 or 2, wherein evaluation information for the entire corresponding moving image data is added when the reproduction means reproduces the last frame. Video shooting means;
A moving image shooting operation input unit that accepts a user operation related to moving image shooting control at an arbitrary timing during moving image shooting by the moving image shooting unit;
Playback means for playing back video data;
Video playback operation input means for accepting a user operation related to playback control at an arbitrary timing during video playback by the playback means;
In accordance with the content of the user operation received by the moving image shooting operation input unit, evaluation is performed on the moving image frame shot by the moving image shooting unit at this operation timing, and evaluation information corresponding to the evaluation for each moving image frame is provided. In accordance with the processing to be given and the content of the user operation received by the video playback operation input means, the video frame being played back by the playback means is evaluated at this operation timing, and the video frame is evaluated according to the evaluation for each video frame Evaluation means for executing the process of assigning the evaluation information,
Evaluation information recording means for recording the evaluation information given to each video frame by the evaluation means in association with the video data;
Video editing target frame presenting means for presenting a target frame for video editing based on evaluation information given to each video frame of the video data when editing the video,
The evaluation means, when the video frame evaluation at the time of video playback is performed again on the video data that has been recorded in association with the evaluation information by the video frame evaluation at the time of video shooting, according to the current evaluation. The moving picture processing apparatus characterized in that the evaluation information is accumulated in the past evaluation information. The evaluation means includes
5. The moving image according to claim 4, wherein, as a user operation at the time of moving image shooting, evaluation of a frame within a predetermined time after the operation is determined every time a zoom operation, a continuous shooting operation, a focus operation, and an exposure adjustment operation are performed. Processing equipment. The evaluation means includes
6. The moving image processing apparatus according to claim 1, wherein, as a user operation during reproduction, evaluation is determined according to the speed and the number of repetitions for each of fast forward, rewind, and slow reproduction. A video playback method for playing back captured video data,
Playback processing to play back video data,
A video playback operation input process for accepting a user operation related to playback control at an arbitrary timing during video playback by the playback process;
According to the content of the user operation received by the video playback operation input process, an evaluation for the video frame played by the playback process at each operation timing and an evaluation for the entire video data played by the playback process An evaluation process for providing evaluation information according to the evaluation for each video frame and the entire video data,
Evaluation information recording processing for recording the evaluation information given to each moving image frame and the entire moving image data by the evaluation processing in association with the moving image data;
Based on the evaluation information given to each moving image frame of the moving image data and the entire moving image data, a plurality of moving image data to be reproduced is selected, and the moving image reproduction is performed on each selected moving image data. Including a video editing / playback process for playing back a video by selecting a target video frame,
The evaluation process evaluates a plurality of moving image data, and when the moving image frame evaluation at the time of reproducing the moving image is performed again on the moving image data already associated with the evaluation information, A method for reproducing a moving image, characterized in that evaluation information corresponding to the evaluation is accumulated in past evaluation information. A video recording method for recording a video,
Movie shooting process for shooting movie data,
A moving image shooting operation input process for receiving a user operation related to moving image shooting control at an arbitrary timing during moving image shooting by the moving image shooting process;
Playback processing to play back video data,
A video playback operation input process for accepting a user operation related to playback control at an arbitrary timing during video playback by the playback process;
According to the content of the user operation received by the moving image shooting operation input process, evaluation is performed on the moving image frame shot by the moving image shooting process at this operation timing, and evaluation information corresponding to the evaluation for each moving image frame is provided. In accordance with the processing to be given and the content of the user operation received by the video playback operation input process, the video frame played by the playback process is evaluated at this operation timing, and the video frame is evaluated according to the evaluation for each video frame An evaluation process for executing the process of assigning the evaluation information,
Evaluation information recording process for recording the evaluation information given to each video frame by the evaluation process in association with the video data;
Video editing target frame presentation processing for presenting a video editing target frame based on evaluation information given to each video frame of the video data when editing the video,
In the evaluation process, when the video frame evaluation at the time of video playback is performed again on the video data that has already been recorded in association with the evaluation information by the video frame evaluation at the time of video shooting, The moving picture recording method characterized by accumulating the evaluation information in the past evaluation information. A video playback device computer that plays back video data
Playback means for playing back video data;
Video playback operation input means for accepting a user operation related to playback control at an arbitrary timing during video playback by the playback means;
According to the content of the user operation received by the video playback operation input means, an evaluation is made on the video frames being played back by the playback means at each operation timing, and an evaluation is made on the entire video data being played back by the playback means. Evaluation means for providing evaluation information according to the evaluation for each video frame and the whole video data,
Evaluation information recording means for recording the evaluation information given to each moving image frame and the entire moving image data by the evaluation means in association with the moving image data;
Based on the evaluation information given to each moving image frame of the moving image data and the entire moving image data, a plurality of moving image data to be reproduced is selected, and the moving image reproduction is performed on each selected moving image data. select a video frame to be allowed to function as a video editing and playback means for performing moving image reproduction,
The evaluation means performs evaluation on a plurality of video data, and when video frame evaluation at the time of video playback is performed again on video data that has already been recorded with associated evaluation information, A program characterized by accumulating evaluation information according to the evaluation in past evaluation information. A video recording device computer that records video
Movie shooting means for shooting movie data;
A moving image shooting operation input unit that accepts a user operation related to moving image shooting control at an arbitrary timing during moving image shooting by the moving image shooting unit;
Playback means for playing back video data;
Video playback operation input means for accepting a user operation related to playback control at an arbitrary timing during video playback by the playback means;
In accordance with the content of the user operation received by the moving image shooting operation input unit, evaluation is performed on the moving image frame shot by the moving image shooting unit at this operation timing, and evaluation information corresponding to the evaluation for each moving image frame is provided. In accordance with the processing to be given and the content of the user operation received by the video playback operation input means, the video frame being played back by the playback means is evaluated at this operation timing, and the video frame is evaluated according to the evaluation for each video frame Evaluation means for executing the process of assigning the evaluation information,
Evaluation information recording means for recording the evaluation information given to each video frame by the evaluation means in association with the video data;
When editing a movie, based on the evaluation information given to each movie frame of the movie data, it functions as a movie editing target frame presenting means for presenting a movie editing target frame,
The evaluation means, when the video frame evaluation at the time of video playback is performed again on the video data that has been recorded in association with the evaluation information by the video frame evaluation at the time of video shooting, according to the current evaluation. A program characterized by accumulating evaluation information in the past evaluation information.

Images