JP2007241199A - Automatic photographing device and method thereof - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an automatic photographing device capable of overlap-photographing with an optional pattern while imagining a finished image at photographing. <P>SOLUTION: The photographed image SP1 is displayed on a photographing display 11, and when a desired designation area DR is inputted in the photographed image SP1, a live video LV2 now in photographing by the camera is displayed in the designation range DR in real time. When a photographing button 20 is depressed, the live video LV2 is fixed at a prescribed timing, and stored as a photographed image. Thus, an amusing synthesized photo image can be created. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to an automatic photography apparatus and a method thereof, and more particularly, to an automatic photography apparatus capable of overlapping photography.

  2. Description of the Related Art An automatic photography apparatus (so-called “Purikura (registered trademark))” that is installed in a game center or the like and is often used by a plurality of users such as female junior and senior high school students is widely known. Such an automatic photo-taking device starts playing when the user inserts a predetermined coin, and the user takes a picture while checking the video from the camera on the photo-taking display, and the editing display. Image input (so-called graffiti) is performed on the photographic image displayed on the screen with a touch pen. Then, the input graffiti image and the photographic image are combined, printed on one sticker sheet in a predetermined divided layout selected by the user, and provided to the user.

  Recently, the functions of automatic photo-taking devices have been diversified, and the beauty of provided photos is not satisfactory, and there is a tendency that devices with playability and devices that can create interesting photos are preferred. In particular, it tends to be preferred that the playability is high and that shooting can be enjoyed during shooting.

  However, in the case of such an automatic photography apparatus, since it is a main problem to maintain a high customer turnover rate, it is not preferable that the operation takes time even for the diversified functions as described above. It is important how the apparatus can easily create a high-value-added photo.

  One of the diversified functions is a function of combining a photographic image with another photographic image, which is described in Patent Documents 1 to 17 described later.

  The composite image creating apparatus described in Patent Document 1 is a composite instruction information storage unit provided in an image processing unit, and stores composite instruction information indicating the fitting position of each image when combining a plurality of images. An image processing unit that is an image compositing unit based on the compositing instruction information stored in the compositing instruction information storage unit by performing a plurality of image capturing operations on the imaging region by the image capturing unit. Synthesize with

  The video print game device described in Patent Document 2 selects the number of times a frame is shot by a camera, combines a subject image shot a plurality of times with the selected frame image, and combines the combined image. By printing on a sticker with a printer, it is possible to synthesize a plurality of shot images for one frame, and to easily and reliably obtain a print sticker in which a large number of people gather.

  The photo sticker creating apparatus described in Patent Document 3 includes an imaging unit in each of two or more imaging spaces, and includes a control unit capable of executing a synthesis process of each captured image captured by each of the imaging units.

  However, any of the apparatuses described in Patent Documents 1 to 3 has a problem that a photographic image taken only with a predetermined pattern can be synthesized.

  In addition, any of the apparatuses described in Patent Documents 4 to 8 processes a photographic image that has already been taken by a camera, and synthesizes it into another photographic image as a stamp image. For this reason, it is difficult to image a finished image at the time of shooting, and as a result, there is a problem that an uncombined composite image in which a plurality of faces exist in a single photograph is formed.

  The photo printing apparatus described in Patent Document 9 displays a moving image captured by a camera unit in real time on a touch panel and simultaneously combines a processed still image (stamp image) captured by another camera unit with the moving image. Is displayed on the touch panel. According to this apparatus, it is possible to take a photograph while observing the finished image, but the created stamp image is merely synthesized with another photographic image.

  The photo vending machine described in Patent Document 10 selects a design image in which the position where the user's face enters is specified, and displays the subject image (moving image) and the design image obtained by the camera in real time. A face stamp can be easily created by photographing a face stamp while looking at an image synthesized with a design image. Similar to Patent Document 10, this apparatus merely combines the created stamp image with another photographed image.

  The photographing output system described in Patent Document 11 is obtained by a first camera for photographing a main subject such as a person, a second camera for photographing a sub-subject such as a doll, and the first camera. Combining means for combining the obtained image and the image obtained by the second camera, and output means for outputting the combined image. The image confirmation monitor continuously displays a composite image of the main subject and the sub-subject. The image confirmation monitor displays a state in which only the main subject is extracted from the image captured by the first camera. The user can set the pose of the main subject and the sub-subject and the zoom state of the camera while viewing the composite image displayed on the image confirmation monitor. This system synthesizes two live images shot separately by two cameras and simultaneously displays them on a monitor in real time, and does not synthesize images shot in multiple times. Further, the two images are merely combined, and for example, another image cannot be combined with a desired contour at a desired place in one image.

  The photography printing apparatus described in Patent Document 12 automatically recognizes a face or the like from moving images of two subjects displayed on a touch panel, and displays the face and the like interchangeably ( (See FIG. 9). According to this apparatus, it is possible to shoot images in which faces and the like are interchanged, but only specific parts of the human body that can be automatically recognized, such as faces and eyes, can be replaced.

  A photography apparatus described in Patent Document 16 includes an image acquisition unit that acquires a captured image captured by a camera in real time, a handwriting input unit that allows handwriting input at a free timing at the time of shooting, an image acquisition unit, and a handwriting input A storage means for storing both data of the means, and a combining means for combining the photographed image of the camera and the handwritten image of the handwriting input means, so that image acquisition and handwriting input operations can be performed substantially simultaneously in real time. However, it is not possible to take multiple shots.

In the photographic print providing apparatus described in Patent Document 17, a frame image created in a preparation play is read out in a shooting play, and a composite image of the created frame image and a captured image as a moving image is displayed on a live monitor. It is displayed and you can shoot while watching the video, but you cannot take multiple shots.
JP 2000-22928 A Utility Model Registration No. 3057876 JP 2004-170829 A JP-A-10-308911 WO98 / 52353 Utility Model Registration No. 3064486 JP 2003-244581 A JP 2004-32709 A JP 2005-217978 A Japanese Patent Laid-Open No. 2005-79662 JP 2004-364100 A JP 2005-277476 A JP 2005-277772 A Japanese Patent Laid-Open No. 11-234601 Japanese Patent Laid-Open No. 11-234602 JP 2002-94906 A JP 2004-133854 A

  SUMMARY OF THE INVENTION An object of the present invention is to provide an automatic photo-taking apparatus and a method thereof capable of superposing an image with an arbitrary pattern.

  Another object of the present invention is to provide an automatic photography apparatus and method capable of performing superposition photography while imaging a finished image at the time of photography.

Means for Solving the Problems and Effects of the Invention

  An automatic photography apparatus according to the present invention includes a camera for photographing a subject, a photographing display whose display screen is directed toward the subject, means for displaying a live video photographed by the camera on the photographing display, and a predetermined live video. Means for fixing the image at a timing and storing it as a first photographic image, means for displaying the stored first photographic image on a photographing display, and inputting a designated area in the displayed first photographic image. Means for accepting, means for displaying live video of the subject photographed by the camera in the designated area, and fixing the live video displayed in the designated area at a predetermined timing and storing it as a second photo image Means.

  According to the present invention, the live video is displayed in the designated area of the first photo image obtained by the first shooting, and the live video is stored as the second photo image by the second shooting. Arbitrary patterns can be taken while imaging the finished image at the time of shooting.

  Preferably, the automatic photography apparatus further includes means for changing a display state of the first photographic image displayed on the photographing display.

  In this case, the displayed photographic image can be enlarged or reduced, moved up and down, left and right, vertically or horizontally reversed, rotated by a predetermined angle, changed in brightness or hue, etc. Since the change is possible, the positional relationship and continuity between the photographic image and the live video can be adjusted as appropriate.

  Preferably, the automatic photography apparatus further includes a chroma means for detecting a region other than the subject from the live video and combining a predetermined background image with the detected region.

  In this case, if the same background image is synthesized with the first and second photographic images, a synthesized photo with less discomfort can be created.

  Preferably, the automatic photography apparatus further includes means for displaying the stored first photographic image in the designated area and displaying a live video of the subject photographed by the camera outside the designated area.

  In this case, the display of the first photographic image and the live video can be switched.

  Preferably, the automatic photography apparatus further includes an editing display for displaying the stored first photographic image outside the designated area, and displaying the saved second photographic image within the designated area, and an editing display. Means for receiving an input of a correction area in the displayed photographic image and means for correcting based on the received input are provided.

  In this case, a composite photograph obtained by photographing can be appropriately corrected by editing.

  Another automatic photography apparatus according to the present invention is photographed by a first camera for photographing a subject, a display whose display screen is directed toward the subject, means for receiving an input of a designated area in the display screen, and a first camera. Display control means for displaying the live video of the subject being photographed within or outside the designated area, and means for fixing the live video at a predetermined timing and storing it as a photographic image.

  According to the present invention, the live video is displayed in or outside the designated area and stored as a photographic image at a predetermined timing, so that it is possible to take a photo of an arbitrary pattern while imaging the finished image at the time of shooting.

  Preferably, the automatic photo shooting apparatus further includes a second camera for shooting the subject. The display control means displays the live video of the subject photographed by the first camera in the designated area, and displays the live video of the subject photographed by the second camera outside the designated area.

  In this case, since at least two live images captured by at least two cameras are simultaneously displayed at an arbitrary location, it is possible to perform an arbitrary pattern overlapping shooting while capturing a finished image at the time of shooting.

  The automatic photo shooting method according to the present invention includes a step of shooting a subject by a camera, a step of displaying a live video of the subject shot by the camera, and fixing the live video at a predetermined timing as a first photo image. A step of saving, a step of displaying the saved first photographic image, a step of receiving input of a designated area in the displayed first photographic image, and designating a live video of a subject photographed by the camera A step of displaying in the area, and a step of fixing the live video displayed in the designated area at a predetermined timing and storing it as a second photo image.

  The automatic photography program according to the present invention includes a step of photographing a subject by a camera, a step of displaying a live video of the subject photographed by the camera, and a live video fixed at a predetermined timing on a computer. A step of saving as a photographic image; a step of displaying the saved first photographic image; a step of receiving an input of a designated area in the displayed first photographic image; and a live of a subject photographed by the camera A step of displaying the video in the designated area and a step of fixing the live video displayed in the designated area at a predetermined timing and storing it as a second photo image are executed.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. In the drawings, the same or corresponding parts are denoted by the same reference numerals and description thereof will not be repeated.

[First Embodiment]
1. External Configuration With reference to FIG. 1, an automatic photography device 1 according to a first embodiment of the present invention has a photography space 2 for photographing and two editing spaces 3 for editing a photograph image obtained by photographing. And divided. In FIG. 1, only one editing space 3 is shown, and the other editing space is located on the back side. In the imaging space 2, the imaging device 4 and the rear device 5 are installed facing each other, and in the editing space 3, two image editing devices 8 are installed back to back, and further installed adjacent to the imaging device 4. . The shooting space 2 and the editing space 3 are separated from the outside by a side curtain (not shown).

  A background curtain unit 6 is provided above the back device 5. A plurality of background curtains 7 are wound and stored in the background curtain unit 6. One desired background curtain 7 is lowered during photographing to form the background of the subject. Some of the background curtains 7 have a single color (for example, green) for black and white, and some have various colors and patterns. The background curtain 7 may be automatically lowered by being rotated by a motor or the like, but may be drawn by a user's manual operation and lowered.

  A coin insertion slot 31 for inserting coins is provided in front of the photographing device 4, and an image photographed in the photographing space 2 and edited in the editing space 3 is printed on a sticker paper on the side of the photographing device 4 and discharged. A print discharge port 51 is provided.

  When using the automatic photographing apparatus 1, the user first inserts a coin into the coin insertion slot 31. When the coin is accepted, the automatic photo shooting apparatus 1 will inform the user if it is available. The user enters the photographing space 2 according to the guidance and performs a photographing operation toward the photographing device 4. After the photographing is completed, the user moves to the editing space 3, and this time inputs an image editing operation toward the image editing device 8, specifically, an editing image such as a frame, stamp, pen-written character or figure.

  With reference to FIG. 2, a camera 10 is provided at the center of the front face of the photographing device 4, a photographing display 11 is provided below the camera 10, and an illumination device 9 is provided around them.

  The camera 10 photographs a user as a subject, and a digital camera is generally used. A plurality of cameras 10 may be provided, or the camera 10 may be moved or adjusted in angle.

  The photographing display 11 is a confirmation monitor for a user who is a subject, and is directed toward the user so that the display screen is easy to see. The shooting display 11 displays a live video (moving image) in real time by horizontally flipping the video shot by the camera 10. Therefore, the user can take a picture while looking at himself / herself, which looks like a mirror. Further, a transparent touch panel 12 (see FIG. 3) is pasted on the display screen, and the photographing display 11 accepts a user input operation on the touch panel 12. A touch pen 13 for inputting various operations by the user on the touch panel 12 is provided below the photographing display 11. The shooting display 11 displays a photographed image for confirmation, various guidance screens, operation buttons, and the like in addition to the live video. Details will be described later.

  The illumination device 9 is provided on the top, bottom, left, and right of the camera 10 and the ceiling, and illuminates the subject from the front. The illuminating device 9 includes an ordinary lamp illumination such as a fluorescent lamp and a flash illumination (flash) such as a strobe. The strobe emits light at the moment when the start of shooting is instructed by the user and the image captured by the camera 10 is captured as a photographic image (still image), and illuminates the subject strongly. In addition to the above, the illumination device is also provided on the side and rear of the subject to illuminate the subject from all directions.

  Referring to FIG. 1 again, the image editing device 8 is a device for editing a photographic image obtained by the photographing device 4. An editing display 40 is provided at the front center of the image editing device 8.

  The editing display 40 displays one or more photographic images selected from photographic images taken by the camera 10. Further, a transparent touch panel 41 (see FIG. 3) is pasted on the display screen, and the editing display 40 accepts a user editing operation on the touch panel 41. On both sides of the editing display 40, touch pens 42 for inputting an edited image on the touch panel 41 are provided. The image editing device 8 executes an image editing process on the photographic image according to the editing operation of the user.

  After the editing is completed, the automatic photographing apparatus 1 prints a composite image of the edited image and the photographic image on a sticker sheet, discharges it from the print discharge port 51, and provides it to the user.

2. Functional Configuration Referring to FIG. 3, the automatic photo shooting apparatus 1 includes a shooting computer apparatus 101a that executes a shooting process, an image editing computer apparatus 101b that executes an image editing process, and operating computer apparatuses 101a and 101b. The control board 102 which receives the instruction | indication from and controls the various apparatuses connected, and the chroma capture board 17 are provided. The photographing computer device 101a and the image editing computer device 101b are connected to each other and exchange image data and the like on a peer-to-peer basis. These function as control means of the automatic photography apparatus 1.

  The computer apparatuses 101a and 101b are input with CPU (Central Processing Unit) 103a and 103b, a control program for causing the apparatus to execute a predetermined process, graphic data necessary for the process, audio data, photographed photographic image, and the like. Hard disks 104a and 104b for storing edited images, a plurality of background images prepared in advance, and memories 105a and 105b serving as temporary work areas for control programs.

  The photographing computer device 101 a executes photographing processing in the photographing space 2. Specifically, the imaging computer device 101 a executes a control program and transmits a control signal to the control board 102 in response to an input operation with the touch pen 13 on the touch panel 12. The photographing computer device 101a is connected to the camera 10, the photographing display 11, and the control board 102, and controls them. The chroma capture board 17 captures video captured by the camera 10 as digital data (still image) at a predetermined time interval (for example, 30 frames / second), and uses the chroma image technique to capture images other than the subject from the captured still image. A region is detected, and a desired background image selected is synthesized with the detected region.

  The image editing computer apparatus 101 b executes image editing processing and printing processing in the editing space 3. Specifically, the image editing computer apparatus 101 b executes a control program and transmits a control signal to the control board 102 in accordance with an input operation with the touch pen 42 on the touch panel 41. The image editing computer device 101b is connected to the printer 55, the editing display 40, and the control board 102 and controls them.

  The hard disk 104b in the image editing computer device 101b stores a control program. The hard disk 104b also stores a background image, a stamp image, and the like used for an image editing process described later.

  The printer 55 prints a combined image obtained by combining the edited image with the photographic image on a print medium such as sticker paper. The printer 55 of this embodiment prints an image on sticker paper, but the print medium is not limited to sticker paper and may be another print medium. The printer 55 may not be provided. For example, the composite image may be transmitted to the user's e-mail address.

  The touch panel 12 is laminated on the photographing display 11. The touch panel 12 detects the touch of the touch pen 13 and transmits an instruction signal corresponding to the contact to the photographing computer device 101a. The photographing display 11 displays an image transmitted from the photographing computer device 101a, specifically, a photographic image captured by the camera 10, guidance for photographing, options, and the like.

  The touch panel 41 is stacked on the editing display 40. The touch panel 41 detects the touch of the touch pen 42 and transmits an instruction signal corresponding to the touch to the image editing computer apparatus 101b. The editing display 40 displays the edited image transmitted from the image editing computer device 101b so as to overlap the photographic image.

  In addition to the computer devices 101a and 101b, the control board 102 is connected to the strobe control unit 110, strobe 15, fluorescent lamp 14, service panel 113, printing LED 52, printing error LED 53, coin control unit 112, and voice control unit 111. Is done.

  A strobe control unit 110 is connected to the camera 10 and controls the strobe 15 to emit light according to the shutter timing of the camera 10. The audio control unit 111 is connected to the photographing computer device 101a and the image editing computer device 101b via the control board 102. The photographing speaker 16 is provided in the photographing space 2 and outputs guidance such as an operation method for photographing play, BGM, and the like based on an instruction signal provided from the photographing computer device 101a via the control board 102. The editing speaker 46 is provided in the editing space 3 and outputs guidance such as an operation method for editing play, BGM, and the like based on an instruction signal provided from the image editing computer apparatus 101b via the control board 102. .

3. Operation The operation of the automatic photography apparatus 1 described above is roughly as follows.

  First, the photographing computer device 101a executes photographing processing for photographing a subject with the camera 10 in the photographing space 2 to obtain a photographic image. Next, the image editing computer apparatus 101b executes an editing process for editing a photographic image in the editing space 3 in accordance with a user input operation. Finally, the image editing computer apparatus 101b controls the printer 55 to execute a printing process for printing the edited photographic image on a sticker sheet. Hereinafter, details of the photographing process, the editing process, and the printing process will be described in order.

3-1. Shooting Process First, the operation of the automatic photo shooting apparatus 1 in the shooting space 2 will be described. The CPU 103a of the photographing computer device 101a implements this photographing process by reading the computer program stored in the hard disk 104a into the memory 105a and executing it.

  Referring to FIG. 4, the CPU 103a displays a title demonstration screen that prompts the use of the automatic photo shooting apparatus 1 on the shooting display 11 (S1). When the coin control unit 112 accepts the insertion of a predetermined number of coins during the display of the title demonstration screen (S2), the CPU 103a starts counting down a predetermined shooting time limit (S3).

  The CPU 103a displays a screen prompting the user to select a shooting method on the shooting display 11, and sets the shooting method to normal shooting or overlapping shooting according to the user's selection operation (S4).

  When the normal shooting is set, the CPU 103a selects a desired background image according to the user's selection operation (S5), and displays the live video shot by the camera 10 on the shooting display 11 (S6). The live video is fixed at a predetermined shutter timing and stored as a photographic image in the memory 105a (S7), and the photographic image is displayed on the photographing display 11 for confirmation by the user (S8).

  On the other hand, when the overlap shooting is set, the CPU 103a executes the overlap shooting process (S20). Details of the superimposing process will be described later.

  The user performs shooting a plurality of times in accordance with the guidance displayed on the shooting display 11. The CPU 103a determines whether or not the photographing time limit has elapsed (S9). If the shooting time limit has not elapsed (NO in S9), the CPU 103a returns to step S4 and repeats shooting. On the other hand, when the photographing time limit has elapsed (YES in S9), the CPU 103a determines whether or not the editing space 3 is free (S10), and when it is free (YES in S10), the CPU 103a moves to the editing space 3. The guidance for prompting to do so is displayed on the photographic display 11 (S11), and the process returns to step S1 to display the title demo screen again. The data of the photographic image obtained by shooting is transferred to the image editing computer device 101b every time one or a plurality of times of shooting.

  Although the shooting time is limited here, the number of shootings may be limited. Also, if there is still a predetermined shooting time limit after shooting a predetermined number of times, or if the previous user is still graffitiing in the editing space 3, the shooting play can be performed until they are finished. Also good.

[Overlapping process]
Next, with reference to FIG. 5, the details of the overlapping photographing process will be described.

  As shown in FIG. 6, the CPU 103a displays a screen that prompts the user to select a desired background image, and selects the background image according to the user's selection operation (S200). Subsequently, as shown in FIG. 7, the CPU 103a displays the live video LV1 currently captured by the camera 10 on the imaging display 11 in real time (S201). In this example, the area other than the hand of the subject in the live video LV1 is detected by the chroma technique, and the selected desired background image BG1 is synthesized and displayed in the detected area. Details of this processing will be described later. Also, on the right side of the screen, a sample showing what kind of photo can be created is displayed. In addition, on the left side of the screen, thumbnails of photographed images are displayed. A shooting button 20 for starting the shutter operation is displayed at the lower right of the screen.

  When the shooting button 20 is pressed, the CPU 103a starts counting down the shutter operation as shown in FIG. 8, fixes the live video LV1 displayed on the shooting display 11 after a predetermined time has elapsed, and sets the photographic image of the foreground layer. Is stored in the memory 105a (S202). As shown in FIG. 9, the CPU 103a displays the photographic image SP1 on the photographing display 11 so that the user can confirm it (S203).

  Next, the CPU 103a displays the basic photographic image SP1 used for the superimposed image as shown in FIG. 10 (S204). In this example, the photographic image SP1 of the last photographed hand is displayed as it is. However, when one desired photo image thumbnail is selected, the selected photo image is displayed in a large size instead of the hand photo image SP1. In addition, on the right side of the screen, a sample indicating a method for designating an area to be combined with a photographic image to be taken is displayed. In addition, a normal shooting button 21 for returning from overshooting to normal shooting is displayed on the lower side of the screen.

  When the normal shooting button 21 is pressed (YES in S205), the CPU 103a displays a normal live video LV2 as shown in FIG. 11 as in step S6 (S206). On the lower side of this screen, an overlapping shooting button 22 for returning from normal shooting to overlapping shooting is displayed. When the overlap shooting button 22 is pressed (YES in S207), the process returns to step S204. When the shooting button 20 is pressed instead of the overlapping shooting button 22 (YES in S208), the CPU 103a fixes the live video LV2 at a predetermined shutter timing and stores it in the memory 105a as a photographic image, as in steps S7 to S8. Save (S209) and display the photographic image for confirmation (S210).

  On the other hand, when the normal photographing button 21 is not pressed (NO in S205), the CPU 103a executes an area designation process (S220), and subsequently executes a display control process (S221).

  In the area designation process (S220), as shown in FIG. 12, the user selects an area DR in which a photograph image to be photographed is to be combined in the photographed photograph image SP1 displayed on the photographing display 11. Specify with the touch pen 13. The designation of the area is started by touching the photographic image SP1 with the touch pen 13, and after the user designates by tracing the desired area, when the touch pen 13 is moved away from the touch panel 12, the designated area is determined, and the memory 105a Saved in. One designated area from pen down to pen up is stored, this is repeated, and several designated areas are stored. These several designated areas are all designated areas DR. Each time a return button (not shown) is pressed, the designated area held in the memory 105a is read to cancel the entry of the designated area one time before. The designated area DR can be drawn with an arbitrary outline at an arbitrary place and is usually set in the photographed photo image SP1, but may be set so as to extend over the background image BG1 or both.

  Since there was no operation for displaying the photographed image SP1 previously taken and designating the area where the live video is to be displayed, it is difficult for the user to understand. Therefore, as shown in FIG. 12, when the photographed photographic image is displayed and the input of the designated area is accepted, a screen for prompting the input of the designated area is displayed, or voice guidance is provided in addition to or in place of the screen. It is preferable. As a result, the user is not confused by the operation and does not consume useless time.

  When the designated area DR is input, the display control process (S221) causes the CPU 103a to display the live video LV2 currently being captured by the camera 10 only in the designated area DR in real time. Outside the designated region DR, the photographic image SP1 and the background image BG1 are continuously displayed as they are. Details of the display control process (S221) will be described later. Here, the details of the area designation process (S220) will be described with reference to FIG.

  As shown in FIG. 12, when the user draws a desired designated area DR with the touch pen 13 and the touch panel 12 accepts an input of the designated area DR (YES in S300), the CPU 103a specifies the designated area DR. Area designation information is set (S301).

  In the screen shown in FIG. 12, a photographic image adjustment button 23, a live video adjustment button 24, a touch pen thickness button 25, a button 26 from the beginning, a switching button 27, a sample switching button 28, and the like are displayed.

  When the photograph image adjustment button 23 is pressed and the touch panel 12 accepts the input (YES in S302), the CPU 103a changes the display state of the displayed photograph image SP1 (S303). Specifically, the photographic image SP1 is moved up and down, left and right, enlarged or reduced, reversed left and right or upside down, rotated by a predetermined angle, or returned to the original photographic image SP1.

  When the live video adjustment button 24 is pressed and the touch panel 12 receives the input (YES in S304), the CPU 103a changes the display state of the displayed live video LV2 (S305). Specifically, the live image LV2 is moved up and down, left and right, the camera 10 is zoomed up or down to enlarge or reduce the live image LV2, the live image LV2 is reversed left or right or up and down, or rotated by a predetermined angle. Or return to the original live video LV2.

  In this way, the displayed photographic image SP1 and live video LV2 can be moved in the vertical and horizontal directions, enlarged or reduced, vertically or horizontally reversed, rotated by a predetermined angle, etc. Since it can be changed, the positional relationship and continuity between the photographic image SP1 and the live video LV2 can be appropriately adjusted. Note that if the live video is reversed or rotated, it becomes difficult for the user to take a pose at the time of shooting. Therefore, only the photographed image SP1 previously shot may be reversed or rotated.

  When any thickness button 25 is pressed and the touch panel 12 accepts the input (YES in S306), the CPU 103a switches the thickness of the line drawn by the touch pen 13 (S307). When the designated area DR is painted with the touch pen 13, a wide area can be quickly painted by selecting a thick pen tip, and a fine area can be painted accurately by selecting a thin pen tip.

  When the button 26 is pressed from the beginning and the touch panel 12 accepts the input (YES in S308), the CPU 103a clears the area designation information set in step S301 (S309). Therefore, the display of the live video LV2 disappears and the original photographic image SP1 is displayed instead.

  When the switch button 27 is pressed and the touch panel 12 accepts the input (YES in S310), the CPU 103a switches the display of the photographic image and the live video (S311). Specifically, when the live video LV2 is displayed in the designated area DR in the photographic image SP1 as shown in FIG. 12, when the switching button 27 is pressed, the live video LV2 is displayed as shown in FIG. A photographic image SP1 is displayed in the designated area DR. Conversely, when the photographic image SP1 is displayed in the designated area DR in the live video LV2 as shown in FIG. 14, when the switch button 27 is pressed, the photographic image SP1 in the photographic image SP1 is displayed as shown in FIG. Live video LV2 is displayed in the designated area DR.

  When the sample switch button 28 is pressed and the touch panel 12 receives the input (YES in S312), the CPU 103a switches the display of the sample (S313). Therefore, a sample showing another designation method is displayed in order.

  Referring to FIG. 5 again, CPU 103a repeats steps S220 and S221 as long as shooting button 20 is not pressed (S222). When the shooting button 20 is pressed on the screen shown in FIG. 12, the CPU 103a starts counting down the shutter operation as shown in FIG. 15, fixes the live video LV2 displayed after a predetermined time elapses, and displays the background layer. Is stored in the memory 105a as a photographic image SP2 (S223). Here, not only the live video LV2 in the designated area DR but also the entire live video LV2 photographed by the camera regardless of the designated area DR. The CPU 103a displays the photograph image (still image) SP2 for confirmation as shown in FIG. 16 (S224). In this example, a photographic image SP2 of the face is synthesized and displayed in the photographic image SP1 of the hand.

  Next, details of the display control process (S221) will be described with reference to FIGS.

  As shown in FIG. 17, the blue background curtain 7 is lowered behind the subject A, and the live video LV <b> 1 captured by the camera 10 is input to the chroma capture board 17. The chroma capture board 17 detects an area other than the subject A from the input live video LV1, and synthesizes a desired background image BG1 read from the hard disk 104a with the detected area. The CPU 103a displays the live composite image LB1 of the live video LV1 and the background image BG1 on the photographing display 11.

  The CPU 103a fixes the live video LV1 as a photographic image SP1 at a predetermined timing by a shutter operation, and saves the photographic composite image SB1 of the photographic image SP1 and the background image BG1 in the memory 105a as shown in FIG.

  As shown in FIG. 18, another subject B is photographed this time by the camera 10, and the live video LV <b> 2 is input to the chroma capture board 17. The chroma capture board 17 detects an area other than the subject B from the input live video LV2, and synthesizes a desired background image BG2 read from the hard disk 104a with the detected area.

  The CPU 103a sets the photographic image SP1 read from the hard disk 104a and the photographic composite image SB1 of the background image BG1 as the foreground layer, and the live video LV2 created by the chromach capture board 17 and the live composite image LB2 of the background image BG2 are postponed. Set to the scene layer. At this time, since the designated area DR has not yet been input and no area designation information D0 has been set yet, only the photograph composite image SB1 of the foreground layer is displayed on the shooting display 11, and the live of the background layer is displayed. The composite image LB2 is not displayed. As already described in steps S310 to S311 of FIG. 13, when the switch button 27 is pressed, the foreground layer and the foreground layer are switched, and only the live composite image LB2 of the foreground layer is displayed on the shooting display 11, and the foreground is displayed. The layer photo composite image SB1 is not displayed.

  As already described in steps S300 to S301 in FIG. 13, when the designated area DR is input with the touch pen 13, as shown in FIG. 19, the CPU 103a sets the area designation information D1 accordingly. As shown in FIG. 20, when the foreground layer photo composite image SB1 is displayed, the CPU 103a displays the live video LV2 (more precisely, the live composite image LB2 of the background layer) in the designated area DR. In this state, when the live video LV2 is fixed by the shutter operation, a collage photo in which the subject A's body is attached to the subject A's body is formed. On the other hand, when the live composite image LB2 of the foreground layer is displayed, the CPU 103a displays the photo image SP1 (more precisely, the photo composite image SB1 of the back ground layer) in the designated area DR. In this state, when the live video LV2 is fixed by the shutter operation, a collage photo in which the subject A's head is attached to the subject B's body is formed.

  Thus, since desired background images BG1 and BG2 are synthesized by chroma processing, a collage photo with less sense of incongruity can be created by making the background images BG1 and BG2 the same.

[Synthesis method]
In short, as shown in FIG. 21, when the photographic image SP is in the foreground, the CPU 103a combines the live image LV in the designated area DR and the photographic image SP other than the designated area DR on a video memory (not shown). And displayed on the photographing display 11. When the photographic image SP is in the background, the CPU 103a combines the photographic image SP in the designated area DR and the live video LV other than the designated area DR on the video memory and displays them on the photographing display 11. Since the composition is performed on the video memory, the data in the area that is not overlapped is not erased from the memory 105a.

  As a synthesis method when the photographic image SP is in the foreground, the photographic image SP other than the designated area DR may be overwritten on the entire live video LV as shown in FIG. 22, or as shown in FIG. The live video LV in the region DR and the photographic image SP other than the designated region DR may be added. On the other hand, as a composition method when the photographic image SP is in the background, as shown in FIG. 24, a live video LV other than the designated area DR may be overwritten on the entire photographic image SP, or as shown in FIG. In addition, the photographic image SP in the designated area DR and the live video LV other than the designated area DR may be added.

[Synthesis example]
As shown in FIG. 26, the photographic images SP of the subjects A and B are taken in the first shooting, the designated area DR is set on the heads of the subjects A and B in the photographic image SP, and the subject is placed in the designated area DR. If A and B are fitted with opposite heads and the second shooting is performed, a composite photo image CP in which the heads of subjects A and B are replaced can be created.

  As shown in FIG. 27, the photographic images SP of the subjects A and B are taken in the first shooting, the designated region DR is set in the upper half of the subjects A and B in the photographic image SP, and the subject is placed in the designated region DR. If A and B are inserted into the opposite half of the head and the second shooting is performed, a composite photo image CP in which the overhead halves of subjects A and B are replaced can be created.

  As shown in FIG. 28, the photographic images SP of the subjects A and B are taken in the first shooting, the entire photographic image SP is turned upside down, and the designated area DR is set in the left half of the reversed photographic image SP. If the subject A enters the designated area DR and the second shooting is performed, a composite photo image CP in which the subject B is hung upside down next to the subject A can be created.

  As shown in FIG. 29, a photographic image SP of a subject with a pendant is taken in the first shooting, a designated region DR is set in the pendant portion in the photographic image SP, and the lover of the subject is in the designated region DR. When the second portion is photographed with the part inserted, a composite photo image CP of the subject with a pendant containing a lover's face photo can be created.

  As shown in FIG. 30, a photographic image SP of a mobile phone with a mascot doll taken in the first shooting is taken, and a designated area DR is set in the display portion of the mobile phone and the head of the mascot doll in the photographic image SP. Then, if the subject puts his head in the designated area DR and the second shooting is performed, a composite photo image in which a mascot doll with the subject's face is attached to the mobile phone on which the subject's face is displayed on the display CP can be created.

  In this way, the live video LV2 is displayed in the designated area DR of the photographic image SP1 obtained by the first shooting, and the live video LV2 is saved as the photographic image SP2 by the second shooting. It is possible to perform overshooting of arbitrary patterns while imagining.

[Variation 1 of photographing process]
In the above embodiment, the designated area is set on the photographic image obtained by the first photographing so that the designated area can be easily set on a desired part of the subject. It is also possible to set a designated area to be photographed for the second time in advance before performing. In order to realize this, the region setting process S220 may be modified to be performed between the live image display step S201 and the shutter operation step S202 in the overlapping photographing process shown in FIG. In this case, as shown in FIG. 31, input of the designated area DR is accepted while the live video LV is being displayed. Next, as shown in FIG. 32, the subjects A and B place their bodies (heads in this example) on the designated region DR and press the shooting button 20. As a result, as shown in FIG. 33, a photographic image SP in which the designated area DR has already been set can be obtained. Thus, the first shooting is completed, and thereafter, the second shooting is performed in the same manner as described above. That is, as shown in FIG. 34, a live video is displayed in the designated area DR. The subjects A and B align their bodies with the designated region DR (in this example, the subject A aligns the head with the designated region DR set to the head of the subject B, and conversely, the subject B is the head of the subject A. The shooting button 20 is pressed (with the head in the designated area DR set to). As a result, as shown in FIG. 35, a composite photograph image CP in which the heads of the subjects A and B are exchanged can be obtained.

[Variation 2 of photographing process]
In the above embodiment, photographic images obtained by a plurality of shootings are combined, but it is also possible to display a live image in a desired designated area and obtain only a photographic image by one shooting. It is. In this case, when the input of the designated area DR is accepted as shown in FIG. 37 while the live video LV is displayed as shown in FIG. 36, the live video LV is displayed only in the designated area DR. The subject adjusts his / her body (head in this example) to the designated area DR while viewing the display screen, and presses the shooting button 20. As a result, as shown in FIG. 38, a photographic image SP of only a part of the body can be obtained. As described above, since the shooting is performed while confirming the positional relationship between the designated region DR drawn in an arbitrary outline with an arbitrary outline and the subject displayed in the live video LV therein, the photographic image SP trimmed as expected. Can be easily obtained.

  In this example, the background image BG1 is synthesized outside the designated area DR by the chroma technique, and another background image BG2 is synthesized inside the designated area DR. Thus, it is easier for the user to visually recognize the designated area DR if the background image is different between the inside and outside of the designated area DR, but the background image may be the same. Further, it is possible to obtain a photographic image trimmed as expected without synthesizing the background image.

3-2. Editing Process Next, the operation of the automatic photography apparatus 1 in the editing space 3 will be described. The CPU 103b of the image editing computer device 101b implements editing processing by reading the control program stored in the hard disk 104b into the memory 105b and executing it.

  Referring to FIG. 39, CPU 103b displays a standby screen for prompting to start from shooting play on editing display 40 (S30). When the photographing process shown in FIG. 4 is completed, the photographic image data is transferred from the photographing computer device 101a to the image editing computer device 101b. The image editing computer device 101b receives this and receives the image to be edited. Is prepared (S31). The CPU 103b displays all the photographed images taken on the editing display 40 and prompts the user to select an image to be edited (S32). When the image to be edited is selected, the CPU 103b displays the photographic image that is the image to be edited, and edits the photographic image according to the graffiti input by the user using the touch pen 42 (S33). Details of the editing process S33 will be described later.

  When the editing process S33 ends, the CPU 103b displays a plurality of edited photographic images side by side and prompts the user to select a photographic image to be printed from among them (S34). When the user selects a photographic image, the CPU 103b displays a plurality of predetermined print layouts, and prompts the user to select a desired print layout (S35). When the user selects a print layout, the CPU 103b prints a photographic image on a sticker sheet with the printer 55 using the selected print layout (S36). As a result, the manufactured photo sticker is provided to the user from the print discharge port 51.

[Edit processing]
Next, details of the editing process will be described with reference to FIG.

  As shown in FIG. 41, the CPU 103b displays an editing screen (a graffiti tool such as a pen, a stamp, an eraser, a thumbnail image of a photographed photo image, etc.) on the editing display 40 (S400), and a predetermined editing time limit. Starts counting down (S401). When the user presses a button 32 such as a pen with the touch pen 42 and the touch panel 41 receives this input (S402), the CPU 103b performs a predetermined setting according to the input (S403).

  When the user presses the foreground pen button 33 with the touch pen 42 and the touch panel 41 receives this input (S404), the CPU 103b sets the foreground pen input mode (S405). On the other hand, when the user presses the background pen button 34 with the touch pen 42 and the touch panel 41 receives this input (S406), the CPU 103b sets the background pen input mode (S407).

  When the user designates a desired correction area with the touch pen 42 in the image input area 35 in which the photographic image is displayed and the touch panel 41 accepts the input of the correction area (S408), the CPU 103b determines that the photographic image is the above-mentioned photographic image. It is determined whether or not the image is a composite image obtained in the overlapping photographing process S20 (S409).

  In the case of a composite image obtained by the superimposing shooting process (YES in S409) and in the foreground pen input mode (YES in S410), the CPU 103b performs later in the superimposing shooting in the input correction area as shown in FIG. The foreground photographic image SP1 is displayed with priority over the photographic image SP2 (including the background image BG2) that has become a background (S411). That is, as shown in FIG. 41, when there is a gap between the photographic image SP2 photographed for the second time and stored in the background layer and the designated area DR, the background image BG2 is synthesized in the gap area. Has been. When the user specifies the correction area by tracing the gap area using the touch pen 42 in the foreground pen input mode, a photographic image SP1 that is captured for the first time and stored in the foreground layer appears. On the other hand, in the case of the composite image obtained by the superimposing shooting process (YES in S409) and in the background pen input mode (YES in S412), the CPU 103b superimposes in the input correction area as shown in FIG. The photographic image SP2 that is the background is displayed in preference to the photographic image SP1 that is the foreground at the time of shooting (including the background image BG1) (S413). That is, as shown in FIG. 43, when a part of the photographic image SP2 is missing in the designated area DR, the user traces the missing area by using the touch pen 42 in the background pen input mode to show the corrected area. When designated, a photographic image SP2 that has been photographed for the second time and stored in the background layer appears, as shown in FIG. In this way, even if the composite image obtained by the superimposing photographing process is unnatural at the boundary between the foreground photographic image SP1 and the foreground photographic image SP2, it can be corrected by the editing process.

  On the other hand, in the case of a photographic image obtained by normal shooting processing (NO in S409), the CPU 103b displays a graffiti image as usual (S414).

  When the editing time limit has elapsed (YES in S415), the CPU 103b stores the modified photographic images SP1 and SP2 and the input graffiti image (S416).

[Second Embodiment]
In addition, as shown in FIG. 45, an accessory photographing box 36 may be embedded in the photographing apparatus 4. The accessory photographing box 36 has an opening on the front surface of the photographing apparatus 4, and a space is formed so that the accessory 38 can be accommodated as shown in FIG. A camera 37 is installed on the top plate of the accessory photographing box 36 so that the accessory 38 in the accessory photographing box 36 can be photographed. In this example, a user's note is placed as the accessory 38.

  As shown in FIG. 47, a small live image LV1 photographed by the camera 37 is displayed on the photographing display 11. On the left side of the display screen, a live video adjustment button 56 for the camera 10 and a live video adjustment button 57 for the camera 37 are displayed. As shown in FIG. 48, when the user sets the designated area DR in the live video LV1 using the touch pen 13, the user's live video LV2 captured by the camera 10 is displayed in the designated area DR. . Here, the small live video LV1 is the foreground layer, and the user live video LV2 is the background layer. When the user presses the switch button 27, as shown in FIG. 49, the small live video LV1 becomes the foreground layer, and the user live video LV2 becomes the foreground layer. That is, a small live video LV1 captured by the camera 37 is displayed in the designated area DR set in the live video LV2.

  In the display screens shown in FIGS. 47 to 49, the user can adjust the live images LV1 and LV2 so that they match with a good balance by pressing the live image adjustment buttons 56 and 57.

  When the user presses the shooting button 20 on the display screen shown in FIG. 48, the countdown starts as shown in FIG. 50, and the live video LV1 and LV2 are fixed as shown in FIG. Saved as images SP1 and SP2. In this example, a composite photo image CP is created in which the user's face is contained in the user's notebook.

  The display control process in this case is shown in FIG. The blue background curtain 7 is lowered behind the subject, and the live video LV1 photographed by the camera 10 is input to the chroma capture board 17. The chroma capture board 17 detects an area other than the subject from the input live video LV1, synthesizes a desired background image BG1 read from the hard disk 104a with the detected area, and inputs it to the CPU 103a. On the other hand, the live video LV <b> 2 captured by the camera 37 is input to the chroma capture board 17. The chroma capture board 17 inputs the input live video LV1 to the CPU 103a as it is. When the CPU 103a refers to the area designation information D1 and uses the live video LV2 as the foreground, the live video LV2 and the live video LV1 (including the background image BG1) in the designated area DR are combined and displayed, and the live video LV1 is displayed. Is the foreground, the live video LV1 (including the background image BG1) and the live video LV2 in the designated area DR are combined and displayed.

  According to the second embodiment, since the two live images LV1 and LV2 photographed by the two cameras 10 and 37 are simultaneously displayed at an arbitrary place, any desired image can be obtained while capturing a finished image at the time of photographing. Patterns can be overlaid.

[Third Embodiment]
In the above embodiment, the user who is the subject operates the touch panel 12 on the photographing display 11 and inputs the designated area DR and the like. However, as shown in FIG. 53 and FIG. 4 may be provided with an operation display 58 for inputting the designated area DR on the left side of the front face, and a touch panel 59 may be pasted thereon. In this case, an assistant who does not become a subject operates the touch panel 59 using the touch pen 60 and inputs a designated area DR and the like.

[Other embodiments]
In the above embodiment, the touch panel 12 that receives an input of the designated region DR may be of any system such as a capacitive coupling system or a resistive film system. For example, in the case of a resistive film type that detects input by pressing a finger or a general-purpose pen, it may be detected even when the hand is touched lightly, and there is a possibility that a designated area unintended by the user may be input. The button is preferably displayed at a position where a hand or the like cannot be touched during operation. More specifically, considering a right-handed person, the operation button should be on the left side as shown in FIG. Considering both left-handed and right-handed people, it is better to have the operation button above the part where the designated area is input.

  In addition, in the case of capacitive coupling method that accepts input only with a dedicated tablet pen, it is possible to accept multiple inputs simultaneously, so multiple touch pens are provided so that multiple users can perform input operations simultaneously. Also good. In addition, since there is no erroneous detection due to pressing of a finger or the like, it is possible to prevent an input of a designated area that is not intended by the user.

  When the operation display 58 for inputting the designated area DR is provided separately from the shooting display 11 as in the third embodiment, the shooting display 11 is pressed by a finger or a general-purpose pen. The operation display 58 is preferably configured by a capacitive coupling method in which an input is received only by a dedicated tablet pen. Instead of the operation display 58, a tablet that does not include a display unit that receives an input of a designated area while viewing the display on the photographing display 11 may be used. That is, operations that can be performed with a single touch, such as selection / determination necessary for normal play progress, are displayed on the photographing display 11 by accepting an input with a finger or the like, and a single touch such as specifying an area. Then, when a fine input that is difficult is required, a necessary screen is displayed on the operation display 58 or an operation with a dedicated tablet pen is accepted on the tablet. Then, the contents received by the operation display 58 or the tablet are reflected on the display of the photographing display 11. In this way, detailed operation can be easily performed with a dedicated tablet pen, and normal play progress can be easily performed with a finger etc., and a dedicated tablet pen is held for each operation during shooting play. The troublesome odor disappears.

  In the above embodiment, a desired area is specified by tracing with a touch pen or a finger, but the area specifying method is not limited to this. For example, a frame such as a circle, a horizontally long ellipse, a vertically long ellipse, a square, a vertically long rectangle, or a horizontally long rectangle is displayed on the screen. When the user selects a desired frame and then touches a desired position on the photographic image, the selected frame becomes larger or smaller in a similar shape. When the frame increases to the upper limit size, it starts to decrease, and when the frame decreases to the lower limit size, it starts to increase again. While the touch panel is being touched, this frame size change is repeated. At this time, when the touch pen or the like that is touched is moved, the frame is moved together with the movement, and a desired position can be designated. When the touch pen or the like is released from the touch panel, the frame is determined by the size and position at that time, and the frame is set as the designated area. In this way, a desired frame can be selected and a desired area can be designated by an easy operation such as drag and drop. Furthermore, if the area near the boundary of the designated area can be traced and designated after roughly specifying the shape and position of the area in this way, the desired area can be designated more precisely.

  In the above embodiment, the photographic image SP1 taken for the first time by default is set as the foreground, the live video LV2 taken by the camera 10 is set as the foreground, and then the input of the designated area DR is accepted. First, a screen prompting the user to select which one of the photographic image SP1 and the live video LV2 is set as the foreground (the rest is set as the background) is displayed, and then the input of the designated area DR is accepted. Good.

  In addition, since many operation buttons are displayed on the screen shown in FIG. 12, there is a possibility that the operation is difficult. Therefore, the buttons unrelated to the setting of the designated region DR, in this example, the photographic image adjustment button 23, the live video adjustment button 24, and the switching button 27 are not displayed, and these operations are omitted, or these are different images. It may be displayed on the adjustment screen and operated.

  Further, in the above embodiment, a part of the photographic image SP1 is filled with the touch pen 13 and the designated area DR is input. However, when a predetermined button displayed on the screen is pressed, the subject is processed from the photographic image SP1 by chroma processing or the like. Other areas may be detected, and the detected area may be set as the designated area. This is convenient if you want to specify the background area because you can set the specified area with a single button press.

  Further, the time required for the input operation of the designated area DR tends to be long. For this reason, it is preferable to limit the number of times of overshooting, for example, the number of times of shooting of the entire shooting play is one time. Thereby, the extension of play time can be prevented.

  In the processing in the shooting space shown in FIG. 4, when the shooting limit time (for example, 180 seconds) has not yet elapsed (NO in S9), the shooting method is changed to normal shooting or overlap shooting again by the user's selection. It is set (S4). Therefore, if overlapping shooting is selected when the shooting limit time is, for example, 5 seconds remaining, the play time becomes longer, and the rotation rate of the apparatus becomes worse. Therefore, when a predetermined time (for example, 120 seconds) has elapsed since the start of shooting play, or when the remaining time is determined and the time limit for shooting is shorter than the predetermined time (for example, 60 seconds), it is not possible to select overlapping shooting. It is preferable to control.

  In addition, when taking a picture while standing behind the photographing space 2 so that the whole body of the subject fits, the size of the subject in the photographic image is reduced. When the photographed image is displayed and an attempt is made to input the face portion into the designated area, the operation is fine and difficult to input. For this reason, the shooting range and the angle of view of the camera 10 are set so that shooting of a photographic image that is the input target of the designated area is not performed behind the shooting space 2, or the display and sound are displayed so that the camera 10 is shot closer to the camera 10. It is preferable to guide with. By doing in this way, detailed input operation of the designated area is not required, and failure of overlapping shooting can be prevented.

  Also, since it is difficult to shoot with the face and the like in the designated area, it is possible that the shooting will fail. For this reason, it is preferable that the second shooting of the overlapping shooting can be performed again.

  In addition, since the position where the touch panel 12 is operated and the position where the user stands at the time of shooting are separated, the user must move to the standing position at the time of shooting after specifying an area on the touch panel 12. For this reason, there are problems such as being unable to shoot well and taking time to determine the standing position. In order to solve this problem, it is preferable that the shutter operation can be started by remote operation such as a remote control so that the user can instruct the shutter operation from the standing position at the time of photographing.

  Further, it is preferable to set the timing of the overlap shooting later than the timing of normal shooting. For example, when the elapsed time from the pressing of the shooting button 20 to the shutter operation is set to 3 seconds in normal shooting, it is preferable to set a longer time such as 5 seconds in overlap shooting. Thereby, it is possible to afford time for the user to move to the standing position, and it is possible to prevent the failure of the overlapping shooting.

  Further, since the designated area is input after the photographic image is displayed, there is a possibility that the input location of the designated area is lost and a useless time elapses. In order to solve this problem, it is preferable to set the display time of the photographic image confirmation screen in the overlap photography longer than the display time of the photographic image confirmation screen in the normal photography.

  Moreover, in the said embodiment, the input of a designation | designated area | region is started by pen-down, and is complete | finished by pen-up. At this time, if the current live video LV2 is displayed while tracing with the touch pen 13, it is difficult to know where the designated area is. Therefore, it is preferable to perform control so that the live video LV2 is not displayed during the pen-down and the live video LV2 is displayed for the first time after the pen-up.

  Further, while tracing with the touch pen 13 pen, it is preferable to display an image that can be clearly distinguished from the displayed photographic image SP1, such as a background image or a single color image, in the traced area.

  In the above embodiment, the foreground pen button 33 and the foreground pen button 34 are displayed, and the mode is switched between the foreground pen input mode and the foreground pen input mode. For example, only one overlay correction button is displayed on the screen, and by pressing this button, the vicinity of the boundary can be corrected. When an image in the image input area is touched with a touch pen, it is determined whether or not it is a composite image obtained by overlapping shooting in the same manner as described above, and then the image corresponding to the pen-down position is the foreground photographic image SP1 or the background. In the case of the foreground photographic image SP1, the foreground photographic image SP1 is restored to the correction area traced until pen-up thereafter (displayed with priority over the background photographic image SP2). On the other hand, if the image corresponding to the pen-down position is the foreground photographic image SP2, the foreground photographic image SP2 is restored to the correction area traced until pen-up thereafter (foreground photo). Display with priority over the image SP1). Conversely, in the case of the foreground photographic image SP1, the foreground photographic image SP2 is restored (displayed in preference to the foreground photographic image SP1) in the correction area traced until pen-up thereafter. On the other hand, if the image corresponding to the pen-down position is the foreground photographic image SP2, the foreground photographic image SP1 is restored to the correction area traced until pen-up thereafter (prior to the foreground photographic image SP2). Display). As described above, since the image corresponding to the position where the pen is lowered is detected and switched automatically, the two buttons such as the foreground pen button 33 and the background pen button 34 described above are not necessary. The determination of which image can be realized by using the area designation information.

  Also, while the shooting method with high playability is fun, it is easy to get bored. Therefore, it may be possible not to display a sample of overlapping shooting. In this way, the user can enjoy overlapping shooting with free ideas without being restricted by the sample.

  In addition, tools for supporting the user's body, such as stepped chairs and iron bars, may be installed in the shooting space 2 so that the photographer can shoot in various postures and create various composite photographs. It is preferable that these tools have substantially the same color as the back surface of the imaging space 2 in order to increase the accuracy of blackboard synthesis.

  In addition, when the photographic image SP1 or the live video LV1 is enlarged and combined on the screen shown in FIG. 12, the quality of the enlarged image deteriorates. When combining a plurality of images having different sizes, it is preferable to set a reduction ratio of a large image according to a small image. For example, when the size of the captured image obtained by the camera 10 is 640 dots long × 480 dots wide, even if the image is displayed on the photographing display 11 while being magnified twice, the size of the stored captured image remains as it is. It is assumed that dot × width 480 dots. At the time of synthesis, an area corresponding to the enlarged area (for example, an area of 320 dots vertically or 240 dots horizontally with respect to the center of the image) is cut out from the stored captured image of 640 dots long × 480 dots wide, and enlarged or The original photographed image of 640 dots long × 480 dots wide that has not been reduced is reduced by 50% in the vertical and horizontal directions to obtain an image of 320 dots high × 240 dots wide, and the plurality of images are combined. Thereby, it is possible to prevent deterioration due to enlargement of the image and create a beautiful composite photo.

  Further, when combining a plurality of images, it is necessary to smoothly combine the boundary portions. For example, when creating a composite photo in which the face is placed in the palm of the hand, if the color of the skin of the palm does not match the color of the skin of the face, it is uncomfortable if it is synthesized as it is. Further, when the binary value indicates whether or not it is within the designated area, a jaggy occurs at the boundary portion at the time of synthesis. Therefore, it is preferable to combine the pixels near the boundary in both images with reference to each other. In addition, it is preferable to set a blur (gradation) such as changing the composition ratio of the images as the distance from the position touched with the touch pen increases. Specifically, the position touched with the touch pen is composed of 100% live video and 0% photographic image, and the composition ratio of the live video is 90%, 80% continuously or step by step from the position. Reduce to 70%, etc., and conversely increase the composition ratio of photographic images to 10%, 20%, 30%, etc. As a result, the boundary portion can be smoothly synthesized and a high-quality composite photograph can be created. As is clear from the above, the outline of the designated region may not be a clear line drawing.

  In the above embodiment, the foreground photographic image is opaque, but it may be transparent so that the live image of the foreground is slightly visible. In this case, since the user can confirm his / her position on the photographing display 11, it is easy to align his / her body with the designated region DR.

  In the above embodiment, the input of the designated area is accepted according to the user's operation. However, a part of the body such as the face, eyes, mouth, hand, etc. is detected, and that part is automatically designated as the designated area. You may make it accept. As described above, the shutter operation can be performed semi-automatically in which the live video is fixed after a predetermined time has elapsed since the pressing of the shooting button, fully automatic in which the live video is fixed every predetermined time, or immediately by pressing the shooting button on the remote control. It may be fixed manually.

  Moreover, although the said embodiment applies this invention to what is called a photokura (trademark), it is applicable also to the mobile phone with a camera. Moreover, since editing of graffiti etc. is an option, it is not necessary.

  Further, in order to easily explain the overlap shooting, the procedure of the first shooting, the area designation, the second shooting, etc. is animated before the start of the overlapping shooting process, for example, before step S200 shown in FIG. It is preferable to guide the entire operation image such as display.

  While the embodiments of the present invention have been described above, the above-described embodiments are merely examples for carrying out the present invention. Therefore, the present invention is not limited to the above-described embodiment, and can be implemented by appropriately modifying the above-described embodiment without departing from the spirit thereof.

It is a side view which shows the structure of the automatic photography apparatus by the 1st Embodiment of this invention. It is a front view of the imaging device which comprises the automatic photography apparatus shown in FIG. It is a functional block diagram which shows the structure of the automatic photography apparatus shown in FIG. It is a flowchart which shows the imaging | photography process of the automatic photography apparatus shown in FIG. FIG. 5 is a flowchart showing details of the overlapping photographing process in FIG. 4. FIG. 6 is a diagram showing a display screen that prompts the user to select a background image in the overlapping shooting process shown in FIG. 5. It is a figure which shows the display screen of the first live image | video in the superposition imaging | photography process shown in FIG. FIG. 6 is a diagram showing a display screen during the first countdown in the overlapping photographing process shown in FIG. 5. It is a figure which shows the display screen for confirmation of the photograph image image | photographed first in the overlap imaging | photography process shown in FIG. FIG. 6 is a diagram illustrating a display screen that prompts selection of an overlapped image and input of a designated area in the overlapping photographing process illustrated in FIG. 5. It is a figure which shows the display screen of a live image when the normal imaging | photography button is pushed on the display screen shown in FIG. FIG. 6 is a diagram showing a display screen of a photographic image and a live video when a designated area is input in the overlap shooting process shown in FIG. 5. It is a flowchart which shows the detail of the area | region designation | designated process in FIG. It is a figure which shows the display screen of a photograph image and a live image | video when a switch button is pushed on the display screen shown in FIG. FIG. 6 is a diagram showing a display screen during a second countdown in the overlapping photographing process shown in FIG. 5. It is a figure which shows the display screen for confirmation of the composite photograph image obtained by the overlap photography process shown in FIG. It is a conceptual diagram which shows the display control process of the first live image | video shown in FIG. It is a conceptual diagram which shows the display control process of the photographic image or live image | video before the designation | designated area | region input shown in FIGS. It is a conceptual diagram which shows the area | region designation | designated process shown in FIG. FIG. 14 is a conceptual diagram illustrating display control processing of a photographic image and a live video after inputting a designated area illustrated in FIGS. 12 and 13. It is a conceptual diagram which shows the synthetic | combination process of the photograph image and live image | video shown in FIG. FIG. 22 is a conceptual diagram illustrating a case where a photographic image other than a designated area is overwritten on a live video as an example of the composition processing illustrated in FIG. 21. It is a conceptual diagram which shows the case where the live image | video of a designation | designated area | region and the photographic image other than a designation | designated area | region are added as another example of the compositing process shown in FIG. It is a conceptual diagram which shows the case where the live image | video other than a designation | designated area | region is overwritten on a photograph image as another example of the compositing process shown in FIG. FIG. 22 is a conceptual diagram showing a case where a photographic image in a designated area and a live video other than in the designated area are added as still another example of the composition processing shown in FIG. FIG. 6 is a diagram illustrating an example of a composite photograph that can be created by the overlapping photographing process illustrated in FIG. 5. It is a figure which shows another example of the composite photograph which can be produced by the superposition | photography process shown in FIG. It is a figure which shows another example of the composite photograph which can be produced by the superposition | photography process shown in FIG. FIG. 6 is a diagram showing still another example of a composite photograph that can be created by the overlapping photographing process shown in FIG. 5. FIG. 6 is a diagram showing still another example of a composite photograph that can be created by the overlapping photographing process shown in FIG. 5. FIG. 6 is a diagram illustrating a display screen that prompts selection of an overlapped image and input of a designated area in the modification of the overlapping photographing process illustrated in FIG. 5. FIG. 32 is a diagram showing a photographic image and live video display screen when a designated area is input on the display screen shown in FIG. 31. It is a figure which shows the display screen for confirmation of the photograph image image | photographed in the state shown in FIG. It is a figure which shows the screen which displayed the live image | video in the designated area | region of the photographic image shown in FIG. It is a figure which shows the display screen for confirmation of the composite photograph image obtained by image | photographing in the state shown in FIG. FIG. 6 is a diagram showing a display screen that prompts input of a designated area in another modification of the overlapping photographing process shown in FIG. 5. It is a figure which shows the display screen of a live image when the designated area | region is input in the display screen shown in FIG. It is a figure which shows the display screen for confirmation of the photographic image obtained by image | photographing in the state shown in FIG. It is a flowchart which shows the edit / print process of the automatic photography apparatus shown in FIG. It is a flowchart which shows the detail of the edit process in FIG. It is a figure which shows a display screen when correcting a composite photograph image with a foreground pen in the edit process shown in FIG. It is a figure which shows the display screen of the composite photograph image corrected in the display screen shown in FIG. It is a figure which shows a display screen when correcting a composite photograph image with a background pen in the edit process shown in FIG. It is a figure which shows the display screen of the composite photograph image corrected in the display screen shown in FIG. It is a front view of the imaging device which comprises the automatic photography apparatus by the 2nd Embodiment of this invention. It is a perspective view which expands and shows the accessory photography box embed | buried under the imaging device shown in FIG. It is a figure which shows the display screen of the live image of the accessory image | photographed with the accessory imaging | photography box shown in FIG.45 and FIG.46. It is a figure which shows the display screen of the synthetic | combination live image | video after a designation | designated area | region is input in the display screen shown in FIG. It is a figure which shows the display screen of the reverse synthetic | combination synthetic | combination live image | video after the switch button was pushed in the display screen shown in FIG. FIG. 49 is a diagram showing a display screen during countdown after the shooting button is pressed on the display screen shown in FIG. 48. It is a figure which shows the display screen for confirmation of the photographic image obtained by image | photographing in the state shown in FIG. It is a conceptual diagram which shows the display control process of the live image | video shown in FIG.48 and FIG.49. It is a front view of the imaging device which comprises the automatic photography apparatus by the 3rd Embodiment of this invention. FIG. 54 is a top view showing a state during photographing with the photographing apparatus shown in FIG. 53.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Automatic photography device 4 Shooting device 7 Background curtain 8 Image editing device 10, 37 Camera 11, 58 Shooting display 12, 41, 59 Touch panel 13, 42, 60 Touch pen 17 Chromaki capture board 20 Shooting button 21 Normal shooting button 22 Overlay button 23 Photo image adjustment button 24, 56, 57 Live image adjustment button 27 Switch button 33 Foreground pen button 34 Background pen button 40 Editing display 55 Printer 101a Imaging computer device 101b Image editing computer devices 104a, 104b Hard disk 105a, 105b Memory BG1, BG2 Background image CP Composite photo image D0, D1 Region designation information DR Designation region LB1, LB2 Live composite image LV, LV1, LV2 Live video SB1 Photo composite image SP SP1, SP2 photo image

Preferably, the automatic photo shooting apparatus further includes means for enlarging or reducing the first photo image displayed on the shooting display.

In this case, since the expansion or shrink available-photographic image being displayed, it is possible to appropriately adjust the positional relationship and continuity of photographic images and live video.

Preferably, the automatic photography apparatus further includes an editing display for displaying the stored first photographic image outside the designated area, and displaying the saved second photographic image within the designated area, and an editing display. Means for accepting input of a correction area in the displayed photographic image, and when the correction area is input, the first photographic image in the correction area is corrected to the second photographic image, and the correction area is input Means for correcting the second photographic image in the correction area to the first photographic image .

In the case of a composite image obtained by the superimposing shooting process (YES in S409) and in the foreground pen input mode (YES in S410), the CPU 103b performs later in the superimposing shooting in the input correction area as shown in FIG. The foreground photographic image SP1 is displayed with priority over the photographic image SP2 (including the background image BG2) that has become a background (S411). That is, as shown in FIG. 41, when there is a gap between the photographic image SP2 captured for the second time and stored in the background layer and the designated area DR, the background image BG2 is synthesized in the gap area. Has been. When the user traces this gap area and designates a correction area by using the touch pen 42 in the foreground pen input mode, as shown in FIG. 42, a photographic image SP1 that is taken for the first time and stored in the foreground layer appears. Come on. On the other hand, in the case of a composite image obtained by the superimposing shooting process (YES in S409) and in the background pen input mode (YES in S412), the CPU 103b superimposes in the input correction area as shown in FIG. The photographic image SP2 that is the background is displayed in preference to the photographic image SP1 that is the foreground at the time of shooting (including the background image BG1) (S413). That is, as shown in FIG. 43, when a part of the photographic image SP2 is missing in the specified region DR, As a missing area user a correction area by tracing using a touch pen 42 at a rear ground pen input mode When designated, a photographic image SP2 that has been photographed for the second time and stored in the background layer appears, as shown in FIG. In this way, even if the composite image obtained by the superimposing photographing process is unnatural at the boundary between the foreground photographic image SP1 and the foreground photographic image SP2, it can be corrected by the editing process.

Claims (10)

A camera to shoot the subject,
A photographic display whose display screen is directed toward the subject;
Means for displaying live video imaged by the camera on the imaging display;
Means for fixing the live video at a predetermined timing and storing it as a first photographic image;
Means for displaying the stored first photographic image on the photographing display;
Means for receiving an input of a designated area in the displayed first photographic image;
Means for displaying a live image of a subject photographed by the camera in the designated area;
An automatic photography apparatus comprising: means for fixing a live image displayed in the designated area at a predetermined timing and storing it as a second photographic image. The automatic photography apparatus according to claim 1, further comprising:
An automatic photography apparatus comprising: means for changing a display state of the first photographic image displayed on the photographing display. The automatic photography device according to claim 1 or 2, further comprising:
An automatic photographing apparatus comprising: a chroma means for detecting an area other than the subject from the live video and synthesizing a predetermined background image in the detected area. The automatic photographing apparatus according to any one of claims 1 to 3, further comprising:
An automatic photography apparatus comprising: means for displaying the stored first photographic image in the designated area and displaying a live video of a subject photographed by the camera outside the designated area. . The automatic photography device according to any one of claims 1 to 4, further comprising:
An editing display for displaying the stored first photographic image outside the designated area, and displaying the saved second photographic image within the designated area;
Means for accepting an input of a correction area in a photographic image displayed on the editing display;
An automatic photography apparatus comprising: means for correcting based on the received input. It is an automatic photography device given in any 1 paragraph of Claims 1-5,
An automatic photography apparatus comprising: a printer that prints a first photographic image outside the designated area and a second photographic image within the designated area on a sticker sheet. A first camera for photographing the subject;
A display whose display screen is directed toward the subject;
Means for receiving an input of a designated area in the display screen;
Display control means for displaying a live video of a subject photographed by the first camera within or outside the designated area;
An automatic photography apparatus comprising: means for fixing the live video at a predetermined timing and storing it as a photographic image. The automatic photography device according to claim 7, further comprising:
A second camera for photographing the subject;
The display control means displays a live video of the subject photographed by the first camera in the designated area, and displays a live video of the subject photographed by the second camera outside the designated area. An automatic photography apparatus characterized by: Shooting a subject with a camera;
Displaying a live video of a subject photographed by the camera;
Fixing the live video at a predetermined timing and storing it as a first photo image;
Displaying the stored first photographic image;
Receiving an input of a designated area in the displayed first photographic image;
Displaying a live video of a subject photographed by the camera in the designated area;
And a step of fixing the live video displayed in the designated area at a predetermined timing and storing it as a second photo image. On the computer,
Shooting a subject with a camera;
Displaying a live video of a subject photographed by the camera;
Fixing the live video at a predetermined timing and storing it as a first photo image;
Displaying the stored first photographic image;
Receiving an input of a designated area in the displayed first photographic image;
Displaying a live video of a subject photographed by the camera in the designated area;
And a step of fixing the live video displayed in the designated area at a predetermined timing and storing it as a second photo image.

Images