GB2465723A

GB2465723A - Controlling repeat photography based on remaining time and photographing count limits

Info

Publication number: GB2465723A
Application number: GB1004375A
Authority: GB
Inventors: Shinya Makino; Norihide Nakajima; Naoki Matsuno
Original assignee: Namco Bandai Games Inc
Current assignee: Bandai Namco Entertainment Inc
Priority date: 2005-10-27
Filing date: 2006-10-26
Publication date: 2010-06-02
Anticipated expiration: 2026-10-26
Also published as: GB2464226A; GB2464226B; GB2431809B; CN101895655B; GB0621274D0; GB201000183D0; GB201004375D0; CN101895655A; GB2465723B; GB2431809A

Abstract

A photograph printing device, for example a coin-operated public kiosk or photo booth, repeatedly photographs an object and generates a photographed image until a given photographing time limit is reached, edits the image generated by the photographing processing, and prints the edited image. The device comprises: finish control means, counting a remaining time by decrementing a photographing processing time limit based on at least one of progress of play and an elapsed time, and terminating the photographing processing when the remaining time has satisfied a finish condition; and means for counting a number of photographed images generated. The finish control means determines S2080 whether or not the number of photographed images and the remaining time satisfy a relief condition set in advance, and resets S2090 the remaining time when the relief condition is satisfied. Also independently claimed is an equivalent device in which a processing execution count is counted, rather than photograph numbers. A user selection screen, for example relating to soft or clear flash photography, skin tone or background curtain colour parameters (see Figures 30-33), may be displayed.

Description

PROGRAM, INFORMATION STORAGE MEDIUM, PHOTOGRAPH PRINTING DEVICE, AND PHOTOGRAPH PRINTING METHOD

BACKGROUND OF THE INVENTION

The present invention relates to a program, an information storage medium, a photograph printing device, and a photograph printing method.

A photograph sticker production machine (example of photograph printing device) has been known which edits and prints an image of an object (user) photographed using an imaging section such as a CCD camera.

The photograph sticker production machine allows the user to enjoy editing the object image and generating a photograph sticker created with a degree of freedom higher than that of a normal photograph.

JP-A-1O-308911 and JP-A-2005-12541 disclose related-art technologies.

The above documents disclose editing processing in which only an image of a person is extracted from the first photographed image. The extracted image is reduced in size, disposed at an appropriate position, and composited with the subsequently photographed image.

However, the user loses interest if a plurality of photographed images are merely composited. Therefore, it is preferable to provide a more interesting composite image by allowing the user to superimpose images in various ways according to the user's preference.

When using a known photograph sticker production machine (example of photograph printing device), the user photographs a plurality of print candidate images, selects the print target photograph from the print candidate images, and prints the selected photograph on a photograph sticker.

In a superimposition mode (first photographing mode), a number of images must be photographed in order to obtain one print candidate image. Therefore, when the user can select the superimposition mode and the normal mode, the user may select only the superimposition mode and enjoy photographing, whereby the number of print candidate images (i.e. image which is edited and printed on a photograph sticker) obtained within the time limit may be reduced.

This reduces the degree of selections, whereby the user may not be fully satisfied.

In the field of such a photograph sticker production machine, the user selects a photograph sticker production machine whether or not the photograph sticker production machine can generate a photographed image conforming to the user's preference. Therefore, a photograph sticker production machine having various functions in addition to merely printing the user's photographed image has been put on the market. In particular, production effects added to the photographed image, such as the background during photographing using the photograph sticker production machine and optical effects using a stroboscope, determine whether or not the user is satisfied with the image finally printed. Therefore, it is desirable to provide a photographed image conforming to the mood and the preference of the user (object).

However, allowing the user (object) to set the conditions in detail relating to the production effects conforming to the mood and the preference of each user increases the time required for photographing. Therefore, when the device is utilized by the public, the utilization efficiency of the device is decreased. Moreover, since a user unfamiliar with the operation does not clearly determine the conditions which produce a preferred image, the setting operation may take time. A photograph sticker production machine is also known which allows one user or a group of users to photograph a number of times. The above tendency becomes particularly significant for such a device.

SUMMARY

According to a first aspect of the invention, there is provided a photograph printing device which repeatedly performs photographing processing of photographing an object using an imaging section and generating a photographed image until a given photographing processing time limit is reached, edits the photographed image generated by the photographing processing, and prints the edited image, the photograph printing device comprising: finish control means for counting a remaining time by decrementing the photographing processing time limit based on at least one of progress of play and an elapsed time, and terminating the photographing processing when the remaining time has satisfied a finish condition; and means for counting a number of photographed images generated by the photographing processing; wherein the finish control means determines whether or not the generated photographed image and the remaining time satisfy a relief condition set in advance, and resets the remaining time when the relief condition is satisfied.

According to a second aspect of the invention, there is provided a photograph printing device which repeatedly performs photographing processing of photographing an object using an imaging section and generating a photographed image until a given photographing processing time limit is reached, edits the photographed image generated by the photographing processing, and prints the edited image, the photograph printing device comprising: finish control means for counting a remaining time by decrementing the photographing processing time limit based on at least one of progress of play and an elapsed time, and terminating the photographing processing when the remaining time has satisfied a finish condition; and means for counting an execution count of the photographing processing; wherein the finish control means determines whether or not the execution count of the photographing processing and the remaining time satisfy a relief condition set in advance, and resets the remaining time when the relief condition is satisfied.

According to a third aspect of the invention, there is provided a photograph printing method for a photograph printing device which repeatedly performs photographing processing of photographing an object using an imaging section and generating a photographed image until a given photographing processing time limit is reached, edits the photographed image generated by the photographing processing, and prints the edited image, the method comprising: a finish control step of counting a remaining time by decrernenting the photographing processing time limit based on at least one of progress of play and an elapsed time, and terminating the photographing processing when the remaining time has satisfied a finish condition; and a step of counting a number of photographed images generated by the photographing processing; wherein the finish control step determines whether or not the generated photographed image and the remaining time satisfy a relief condition set in advance, and resets the remaining time when the relief condition is satisfied.

According to a fourth aspect of the invention, there is provided a photograph printing method for a photograph printing device which repeatedly performs photographing processing of photographing an object using an imaging section and generating a photographed image until a given photographing processing time limit is reached, edits the photographed image generated by the photographing processing, and prints the edited image, the method comprising: a finish control step of counting a remaining time by decrementing the photographing processing time limit based on at least one of progress of play and an elapsed time, and terminating the photographing processing when the remaining time has satisfied a finish condition; and a step of counting an execution count of the photographing processing; wherein the finish control step determines whether or not the execution count of the photographing processing and the remaining time satisfy a relief condition set in advance, and resets the remaining time when the relief condition is satisfied.

According to a fifth aspect of the invention, there is provided a photograph printing device which repeatedly performs photographing processing of photographing an object using an imaging section and generating a photographed image until a given photographing processing time limit is reached, edits the photographed image generated by the photographing processing, and prints the edited image, the photograph printing device comprising: finish control means for counting a remaining time by decrementing the photographing processing time limit based on at least one of progress of play and an elapsed time, and terminating the photographing processing when the remaining time has satisfied a finish condition; and means for counting a number of photographed images generated by the photographing processing; wherein the finish control means determines whether or not the number of photographed images and the remaining time satisfy a relief condition set in advance, and resets the remaining time when the relief condition is satisfied.

According to a sixth aspect of the invention, there is provided a photograph printing method for a photograph printing device which repeatedly performs photographing processing of photographing an object using an imaging section and generating a photographed image until a given photographing processing time limit is reached, edits the photographed image generated by the photographing processing, and prints the edited image, the method comprising: a finish control step of counting a remaining time by decrementing the photographing processing time limit based on at least one of progress of play and an elapsed time, and terminating the photographing processing when the remaining time has satisfied a finish condition; and a step of counting a number of photographed images generated by the photographing processing; wherein the finish control step determines whether or not the number of photographed images and the remaining time satisfy a relief condition set in advance, and resets the remaining time when the relief condition is satisfied.

According to a seventh aspect of the invention, there is provided a photograph printing device which captures an image of an object photographed by an imaging section, edits the captured image, and prints the edited image, the photograph printing device comprising: image capture processing means for capturing an image of an object photographed in a first photographing mode or a photographing mode other than the first photographing mode, and generating a print candidate image as a print candidate; and means for generating a print image based on the print candidate image, wherein the image capture processing means includes: means for counting an execution count of the first photographing mode after starting play; photographing mode determination means for receiving a selection input indicating whether to photograph an image in the first photographing mode or a photographing mode other than the first photographing mode before photographing, and determining the photographing mode based on the selection input; means for performing first image capture processing for generating one print candidate image by compositing a plurality of photographed images when the photographing mode determination means has determined that the photographing mode is the first photographing mode; and means for performing second image capture processing for generating one print candidate image for one photographed image when the photographing mode determination means has determined that the photographing mode is a photographing mode other than the first photographing mode; and wherein the photographing mode determination means determines whether or not the number of images photographed in the first photographing mode after starting play satisfies a specific condition, and limits selection of the first photographing mode when the specific condition is satisfied.

According to a eighth aspect of the invention, there is provided a photograph printing method for a photograph printing device which captures an image of a object photographed by an imaging section, edits the captured image, and prints the edited image, the photograph printing device comprising: image capture processing means for capturing an image of an object photographed in a first photographing mode or a photographing mode other than the first photographing mode, and generating a print candidate image as a print candidate; and means for generating a print image based on the print candidate image; wherein the image capture processing means includes: means for counting an execution count of the first photographing mode after starting play; photographing mode determination means for receiving a selection input indicating whether to photograph an image in the first photographing mode or a photographing mode other than the first photographing mode before photographing each print target image, and determining the photographing mode based on the selection input; means for performing first image capture processing for generating one print candidate image by compositing a plurality of photographed images when the photographing mode determination means has determined that the photographing mode is the first photographing mode; and means for performing second image capture processing for generating one print candidate image for one photographed image when the photographing mode determination means has determined that the photographing mode is a photographing mode other than the first photographing mode; and wherein the photographing mode determination means determines whether or not the execution count of the first photographing mode after starting play has reached a predetermined number, and limits selection of the first photographing mode when the execution count has reached the predetermined number.

According to a ninth aspect of the invention, there is provided a photograph printing device which captures an image of an object photographed by an imaging section, edits the captured image, and prints the edited image, the photograph printing device comprising: image capture processing means for capturing an image of an object photographed in a first photographing mode or a photographing mode other than the first photographing mode, and generating a print candidate image as a print candidate; and means for generating a print image based on the print candidate image, wherein the image capture processing means includes: means for counting a number of images photographed in the first photographing mode after starting play; photographing mode determination means for receiving a selection input indicating whether to photograph an image in the first photographing mode or a photographing mode other than the first photographing mode before photographing, and determining the photographing mode based on the selection input; means for performing first image capture processing for generating one print candidate image by compositing a plurality of photographed images when the photographing mode determination means has determined that the photographing mode is the first photographing mode; and means for performing second image capture processing for generating one print candidate image for one photographed image when the photographing mode determination means has determined that the photographing mode is a photographing mode other than the first photographing mode; and wherein the photographing mode determination means determines whether or not the number of images photographed in the first photographing mode after starting play satisfies a specific condition, and limits selection of the first photographing mode when the specific condition is satisfied.

According to a tenth aspect of the invention, there is provided a photograph printing method for a photograph printing device which captures an image of a object photographed by an imaging section, edits the captured image, and prints the edited image, the photograph printing device comprising: image capture processing means for capturing an image of an object photographed in a first photographing mode or a photographing mode other than the first photographing mode, and generating a print candidate image as a print candidate; and means for generating a print image based on the print candidate image; wherein the image capture processing means includes: means for counting a number of images photographed in the first photographing mode after starting play; photographing mode determination means for receiving a selection input indicating whether to photograph an image in the first photographing mode or a photographing mode other than the first photographing mode before photographing, and determining the photographing mode based on the selection input; means for performing first image capture processing for generating one print candidate image by compositing a plurality of photographed images when the photographing mode determination means has determined that the photographing mode is the first photographing mode; and means for performing second image capture processing for generating one print candidate image for one photographed image when the photographing mode determination means has determined that the photographing mode is a photographing mode other than the first photographing mode; and wherein the photographing mode determination means determining whether or not a number of images photographed in the first photographing mode after starting play satisfies a specific condition, and limiting selection of the first photographing mode when the specific condition is satisfied.

According to a eleventh aspect of the invention, there is provided a photograph printing device which captures an image of an object photographed by an imaging section, edits the captured image, and prints the edited image, the photograph printing device comprising: image capture processing means for capturing an image of an object photographed in a first photographing mode or a photographing mode other than the first photographing mode, and generating a print candidate image as a print candidate; and means for generating a print image based on the print candidate image, wherein the image capture processing means includes: means for counting an execution count of the first photographing mode after starting play; photographing mode determination means for receiving a selection input indicating whether to photograph an image in the first photographing mode or a photographing mode other than the first photographing mode before photographing each print target image, and determining the photographing mode based on the selection input; means for performing first image capture processing for generating one print candidate image by compositing a plurality of photographed images when the photographing mode determination means has determined that the photographing mode is the first photographing mode; and means for performing second image capture processing for generating one print candidate image for one photographed image when the photographing mode determination means has determined that the photographing mode is a photographing mode other than the first photographing mode; and wherein the photographing mode determination means determines whether or not the execution count of the first photographing mode after starting current play has reached a predetermined number, and limits selection of the first photographing mode when the execution count has reached the predetermined number.

According to a twelfth aspect of the invention, there is provided a photograph printing method for a photograph printing device which captures an image of a object photographed by an imaging section, edits the captured image, and prints the edited image, the photograph printing device comprising: image capture processing means for capturing an image of an object photographed in a first photographing mode or a photographing mode other than the first photographing mode, and generating a print candidate image as a print candidate; and means for generating a print image based on the print candidate image; wherein the image capture processing means includes: means for counting an execution count of the first photographing mode after starting play; photographing mode determination means for receiving a selection input indicating whether to photograph an image in the first photographing mode or a photographing mode other than the first photographing mode before photographing, and determining the photographing mode based on the selection input; means for performing first image capture processing for generating one print candidate image by compositing a plurality of photographed images when the photographing mode determination means has determined that the photographing mode is the first photographing mode; and means for performing second image capture processing for generating one print candidate image for one photographed image when the photographing mode determination means has determined that the photographing mode is a photographing mode other than the first photographing mode; and wherein the photographing mode determination means determining whether or not a number of images photographed in the first photographing mode after starting play satisfies a specific condition, and limiting selection of the first photographing mode when the specific condition is satisfied.

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWING

FIG. 1 is a right side view illustrative of the entire photograph printing device according to one embodiment of the invention.

FIG. 2 is a perspective view of a photographing block of a photograph printing device according to one embodiment of the invention.

FIG. 3 is a front view of a photographing block of a photograph printing device according to one embodiment of the invention.

FIG. 4 shows an example of a block diagram of a photograph printing device according to one embodiment of the invention.

FIG. 5 is a view illustrative of superimposition according to one embodiment of the invention.

FIG. 6 shows a photographing screen when photographing a first image.

FIG 7 shows a photographing screen after photographing a first image.

FIG. 8 shows a photographing screen when photographing a second image.

FIG. 9 shows a photographing screen after photographing a second image.

FIG. 10 is a view illustrative of the positional relationship between a current extracted image and a preceding captured image.

FIGS. hA and 11B are views illustrative of a superimposed image generated according to the positional relationship.

FIG. 12 is a view illustrative of a specific example of superimposition image compositing processing.

FIG. 13 is a view illustrative of a specific example of superimposition image compositing processing.

FIG. 14 is a flowchart showing an example (live view image generation) of superimposition processing according to one embodiment of the invention.

FTG. 15 is a flowchart showing an example (live view image generation) of superimposition processing according to one embodiment of the invention.

FIG. 16 is a flowchart showing an example (superimposition continuation or finish processing during preview image display) of superimposition processing according to one embodiment of the invention.

FIG. 17 is a flowchart showing an example (cancellation during preview image display) of superimposition processing according to one embodiment of the invention.

FIG. 18 shows an example of a block diagram of a photograph printing device according to one embodiment of the invention.

FIG. 19 is a flowchart illustrative of superimposition mode limitation processing according to one embodiment of the invention.

FIG. 20 is a flowchart illustrative of superimposition mode limitation processing according to one embodiment of the invention.

FIG. 21 is a flowchart illustrative of superimposition mode limitation processing according to one embodiment of the invention.

FIG. 22 is a flowchart illustrative of superimposition mode limitation processing according to one embodiment of the invention.

FIG. 23 is a flowchart illustrative of superimposition mode limitation processing according to one embodiment of the invention.

FIG. 24 shows an example of a photographing mode selection screen.

FIG. 25 shows a table which stores conditions for the maximum play time and a predetermined number.

FIG. 26 shows a table which stores conditions for the remaining time (X) and a print candidate image count parameter (Z).

FIG. 27 shows an example of a block diagram of a photograph printing device according to one embodiment of the invention.

FIG. 28 is a view illustrative of the flow of processing for one play in a photograph printing device according to one embodiment of the invention.

FIG. 29 is a view illustrative of a specific example of transition to a relief mode according to one embodiment of the invention.

FIG. 30 shows a photographing step selection screen.

FIG. 31 shows a flash selection screen.

FIG. 32 shows a skin tone selection screen.

FIG. 33 shows a background selection screen.

FIG. 34 is a flowchart illustrative of remaining time extension processing according to one embodiment of the invention.

FIG. 35 is a flowchart showing an example of timeout determination processing.

FTG. 36 is a flowchart illustrative of photographing processing.

DETAILED DESCRIIPTTON OF THE EMBODIMENT

The invention may provide a program, an information storage medium, an image generation device, a photograph printing device, and a photograph printing method having a superimposition function with high degrees of freedom.

The invention may also provide a program, an information storage medium, an image generation device, a photograph printing device, and a photograph printing method capable of preventing the number of print candidate images from being decreased to a large extent in a photograph printing device which allows selection of a first photographing mode which generates one print candidate image by photographing a plurality of images.

The invention may also provide a photograph printing device which can provide a photographed image corresponding to the user's preference while ensuring the utilization efficiency of the device.

(1) According to one embodiment of the invention, there is provided a photograph printing device which includes an imaging section and a display section, captures an image of an object photographed by the imaging section, edits the captured image, and prints the edited image, the photograph printing device comprising: superimposition processing means for performing superimposition processing for generating a superimposed image of an object; and means for generating a print image based on the superimposed image, wherein the superimposition processing means includes: means for generating a current extracted image in real time by capturing an image of an object photographed by the imaging section using an extraction color as background as a current image, and removing the background from the current image; means for storing the current extracted image at a given timing in a storage section as a preceding captured image; means for receiving a positional relationship instruction input for indicating positional relationship between the current extracted image and the preceding captured image when generating a superimposed image; live view image generation means for generating a live view image output to the display section by determining the positional relationship between the current extracted image and the preceding captured image based on the positional relationship instruction input, and compositing the current extracted image and the preceding captured image in real time; and superimposed image generation means for determining the positional relationship between the current extracted image and the preceding captured image based on the positional relationship instruction input, and generating a superimposed image of the current extracted image and the preceding captured image corresponding to the live view image at a given timing.

According to one embodiment of the invention, there is provided a program causing a computer to function as the above-described means. According to one embodiment of the invention, there is provided a computer-readable information storage medium storing the program which causes a computer to function as the above-described means. According to one embodiment of the invention, there is provided a photograph printing method comprising steps for implementing the above-described means.

The term "superimposition" used herein means photographing a composite image by positioning the current object while looking at the preceding object image so that the current object image is displayed over or under the preceding object image.

The "superimposed image" used herein refers to an image obtained by compositing a plurality of object images (e.g. current object image and preceding object image) by superimposition photographing.

The extraction processing of the extraction color may be realized by chromakey processing or mask processing, for example. The term "chrornakey" refers to technique in which an area of a specific color (extraction color) is removed from an image and another image is provided in that area.

As the method of providing another image, the alpha value (value indicating transparency) of the area of the specific color may be set at one, and the image may be subjected to translucent compositing (e.g. alpha blending) with still another image.

The term "mask processing" refers to technique in which a mask image is generated in which the pixel values of a specific area of an image (extraction color area in the invention) are set at one and the pixel values of the remaining area are set at zero, an image A is provided in the area of the mask image set at zero, and an image B is provided in the area of the mask image set at one to composite the images.

The term "live view image" used herein refers to an image in which a preceding captured image (image of only the object) obtained by removing the background from the preceding object image is composited in real time with a current extracted image obtained by removing the background from the object image currently photographed.

In more detail, the preceding captured image means still image data and is an image corresponding to time at which the shutter (photographing button) is released.

The current extracted image means image data similar to a video image in which an object or the like facing a camera sequentially captured as an image in real time is displayed in the display section. The current image displayed may be an image

including the background.

Still image data corresponding to the shutter timing can be acquired by releasing the shutter while looking at the moving current extracted image of the player during photographing. The resulting image is stored in the storage section as the preceding captured image. Accordingl) a preceding captured image does not exist when photographing the first image.

The preceding captured image is an image in which the background is removed.

Specifically, the preceding captured image is displayed in the display section and the current image is displayed in the area in which the background is removed, so that the shutter can be released while looking at the preceding captured image and the current image displayed in the display section. The superimposition processing is described later in detail.

The positional relationship instruction input may be realized by pressing an instruction button displayed in a touch panel display section, for example.

The positional relationship between the current extracted image and the preceding captured image can be indicated by the positional relationship instruction input. When the positional relationship instruction input indicates that "the current extracted image is positioned in front of the preceding captured image", the live view image is generated on the assumption that the current extracted image is positioned in front of the preceding captured image in the depth direction. Therefore, an image is generated in which the current extracted image is superimposed on the preceding captured image. When the positional relationship instruction input indicates that "the current extracted image is positioned behind the preceding captured image", the live view image is generated on the assumption that the current extracted image is positioned behind the preceding captured image in the depth direction. Therefore, an image is generated in which the preceding captured image is superimposed on the current extracted image.

In this embodiment, when the player provides the positional relationship instruction input during positioning for superimposition photographing while looking at the live view image, an image in which the positional relationship between the current extracted image and the preceding captured image is changed is displayed as the live view image in real time. This achieves superimposition photographing which ensures a wide range of variety in accordance with the player's demand and provides high degrees of freedom, and allows the player to generate a desired superimposed image while checking the compositing results in real time using the live view image.

Each means forming the superimposition processing means may be realized using software, may be realized using hardware, or may be realized using software and hardware.

The photograph printing device according to this embodiment also includes a photograph printing device which prints an image on a sticker so that the image captured and edited can be used as a photograph sticker.

(2) In each of the above-described photograph printing device, program, information storage medium, and photograph printing method, the superimposition processing means may perform the superimposition processing using a current extracted image at a preceding photographing timing as the preceding captured image.

This allows superimposition of images photographed in time series.

(3) In each of the above-described photograph printing device, program, information storage medium, and photograph printing method, the superimposition processing means may perform the superimposition processing using an image obtained by removing the background from the superimposed image as the preceding captured image.

This allows an image to be superimposed on a superimposed image previously generated (superimposition of a plurality of images). This allows superimposition of images photographed in time series.

(4) In each of the above-described photograph printing device, program, information storage medium, and photograph printing method, the live view image generation means may include a first buffer for storing a preceding captured image, a second buffer for storing a current extracted image generated in real time, and a third buffer into which a live view image obtained by compositing the image stored in the first buffer and the image stored in the second buffer is written, and may generate the live view image by determining write order of the preceding captured image and the current extracted image into the third buffer based on the positional relationship instruction input, and sequentially writing the preceding captured image and the current extracted image into the third buffer according to the determined write order.

(5) In each of the above-described photograph printing device, program, information storage medium, and photograph printing method, the superimposition processing means may replace the image stored in one of the buffers with an image obtained by removing the background from the superimposed image after a superimposition timing of the current extracted image and the preceding captured image has been determined.

This allows a reduction in the number of buffers in comparison with the case of additionally providing a buffer for an image obtained by removing the background from the superimposed image.

(6) In each of the above-described photograph printing device, program, information storage medium, and photograph printing method, the superimposition processing means may generate the superimposed image by determining the write order of the preceding captured image and the current extracted image into a given buffer based on the positional relationship instruction input, sequentially writing the preceding captured image and the current extracted image into the given buffer according to the determined write order, and setting a given color as the

background.

(7) Each of the above-described photograph printing device, program, information storage medium, and photograph printing method may include: means for generating a preview image of the latest superimposed image stored in the storage section, and outputting the preview image to the display section; and means for receiving a superimposition finish or continuation instruction input, wherein, when the superimposition finish instruction input has been received, a print image is generated based on the superimposed image corresponding to the preview image; and wherein, when the superimposition continuation instruction input has been received, the latest superimposed image corresponding to the preview image is used as the preceding captured image, and superimposed on the current extracted image.

(8) Each of the above-described photograph printing device, program, information storage medium, and photograph printing method may include: means for generating a preview image of the latest superimposed image stored in the storage section, and outputting the preview image to the display section; preceding state storage image storage means for storing the preceding captured image used when generating the latest superimposed image or the superimposed image immediately before the latest superimposed image as a preceding state storage image; and means for receiving a latest superimposed image cancellation input, wherein, when the latest superimposed image cancellation input has been received, the preceding state storage image stored in the preceding state storage image storage means is used as the preceding captured image, and superimposed on the current extracted image.

When the cancellation input has been received, the print image may be generated based on the preceding captured image stored in the preceding captured image storage means.

The print image may be generated based on the preceding captured image stored in the preceding captured image storage means when the superimposition finish instruction input has been received after the cancellation input.

(9) According to one embodiment of the invention, there is provided a photograph printing device which captures an image of an object photographed by an imaging section, edits the captured image, and prints the edited image, the photograph printing device comprising: image capture processing means for capturing an image of an object photographed in a first photographing mode or a photographing mode other than the first photographing mode, and generating a print candidate image as a print candidate; and means for generating a print image based on the print candidate image, wherein the image capture processing means includes: means for counting an execution count of the first photographing mode after starting play; photographing mode determination means for receiving a selection input indicating whether to photograph an image in the first photographing mode or a photographing mode other than the first photographing mode before photographing each print target image, and determining the photographing mode based on the selection input; means for performing first image capture processing for generating one print candidate image by compositing a plurality of photographed images when the photographing mode determination means has determined that the photographing mode is the first photographing mode; and means for performing second image capture processing for generating one print candidate image for one photographed image when the photographing mode determination means has determined that the photographing mode is a photographing mode other than the first photographing mode; and wherein the photographing mode determination means determines whether or not the execution count of the first photographing mode after starting current play has reached a predetermined number, and limits selection of the first photographing mode when the execution count has reached the predetermined number.

The first photographing mode is a photographing mode for generating one print candidate image by compositing a plurality of photographed images. When the photographing mode has been determined to be a photographing mode other than the first photographing mode, one print candidate image is generated for one photographed image.

The execution count of the first photographing mode after starting the play includes the case when the first photographing mode is selected and executed, and excludes the case when the first photographing mode is selected but is not executed.

The selection input may received through an operation section (e.g. button), or may be received through a touch panel display or the like.

The photographing mode may be selected for each print candidate image.

When the execution count of the first photographing mode has reached the predetermined number, the photographing mode determination may unconditionally limit selection of the first photographing mode, or may limit selection of the first photographing mode under a specific condition.

The processing of limiting selection of the first photographing mode may be the case where selection of the first photographing mode is not accepted (the first photographing mode can be selected, but an error occurs) or the case where the first photographing mode cannot be selected (e.g. the selection button of the first photographing mode on the touch panel is inactivated).

The predetermined number is set based on the maximum play time, the average time required for each photographing mode, a desired number of print candidate images, and the like. The predetermined number may be set at a fixed value, or may be variably set according to an external input or a change in the play conditions.

For example, when the desired number of print candidate images (e.g. four) is determined for the maximum play time (e.g. 180 seconds) determined on the assumption that 60 seconds are required for the first photographing mode on average and 30 seconds are required for the second photographing mode on average, four print candidate images can be obtained even if the first photographing mode is selected twice at the maximum. In this case, the predetermined number may be set at two.

In the first photographing mode, a plurality of photographed images must be photographed in order to obtain one print candidate image. In the photograph printing device, a predetermined time limit is generally provided for one play. Therefore, the user may enjoy photographing, whereby the number of print candidate images (i.e. image which is edited and printed on a photograph sticker) obtained within the time limit may be reduced.

According to this embodiment, whether or not the execution count of the first photographing mode after starting the play has reached the predetermined number is determined. When the execution count of the first photographing mode has reached the predetermined number, selection of the first photographing mode is limited.

Therefore, a problem can be prevented in which the number of print candidate images is reduced to a large extent.

(10) According to one embodiment of the invention, there is provided a photograph printing device which captures an image of an object photographed by an imaging section, edits the captured image, and prints the edited image, the photograph printing device comprising: image capture processing means for capturing an image of an object photographed in a first photographing mode or a photographing mode other than the first photographing mode, and generating a print candidate image as a print candidate; and means for generating a print image based on the print candidate image, wherein the image capture processing means includes: means for counting an execution count of the first photographing mode after starting play; photographing mode determination means for receiving a selection input indicating whether to photograph an image in the first photographing mode or a photographing mode other than the first photographing mode before photographing, and determining the photographing mode based on the selection input; means for performing first image capture processing for generating one print candidate image by compositing a plurality of photographed images when the photographing mode determination means has determined that the photographing mode is the first photographing mode; and means for performing second image capture processing for generating one print candidate image for one photographed image when the photographing mode determination means has determined that the photographing mode is a photographing mode other than the first photographing mode; and wherein the photographing mode determination means determines whether or not the number of images photographed in the first photographing mode after starting play satisfies a specific condition, and limits selection of the first photographing mode when the specific condition is satisfied.

(11) Each of the above-described photograph printing device, program, information storage medium, and photograph printing method may include: means for counting the number of acquired print candidate images after starting play, wherein, when the number of acquired print candidate images satisfies a specific condition, the photographing mode determination means does not limit selection of the first photographing mode.

Even if the first photographing mode has been selected a number of times greater than the predetermined number, the number of print candidate images can be ensured if a specific number of print candidate images have been acquired. In such a case, it is preferable to allow the player to play without limitations.

According to this embodiment, since selection of the first mode is not limited when the number of acquired print candidate images satisfies a specific condition, limitations to the selection can be minimized.

The specific condition relating to the number of acquired print candidate images may be determined set based on the desired number of print candidate images. For example, in the case where the desired number of print candidate images is X, selection of the first mode may not be limited when the number of acquired print candidate images is X-1.

When the number of acquired print candidate images and the remaining time satisfy a specific condition, selection of the first photographing mode may not be limited.

(12) In each of the above-described photograph printing device, program, information storage medium, and photograph printing method, the image capture processing means may include means for counting a remaining time by decrementing a maximum play time set for one play based on at least one of progress of play and an elapsed time, and determining completion of play based on the remaining time.

The remaining time may be determined by decrementing (counting down) the maximum play time along with the actual time or the progress of the game time. The remaining time may be determined by decrementing (counting down) the maximum play time along with the progress of play. The term "decrementing along with the progress of play" includes the case where decrernenting the maximum play time is suspended depending on the progress of play.

The term "completion of play is determined based on the remaining time" may be the case where the play is terminated when the remaining time has become zero, the case where the remaining time has become zero during photographing or an arbitrary photographing mode, or the case where the play is terminated after photographing or the photographing mode has been completed, for example.

(13) In each of the above-described photograph printing device, program, information storage medium, and photograph printing method, when the remaining time satisfies a specific condition, the photographing mode determination means may not limit selection of the first photographing mode.

Even if the first photographing mode has been selected a number of times greater than the predetermined number, a certain number of print candidate images can be ensured if the remaining time is equal to or greater than a specific value. In such a case, it is preferable to allow the player to play without limitations.

According to this embodiment, since selection of the first mode is not limited when the remaining time satisfies a specific condition, limitations to the selection can be minimized.

Whether or not the remaining time is equal to or greater than a specific period of time may be determined as the specific condition relating to the remaining time. When the remaining time is equal to or greater than the specific period of time, selection of the first photographing mode may not be limited.

The specific period of time may be set based on the time necessary for capturing an image in the first mode, for example. For example, when the average time necessary for capturing an image in the first mode is X seconds, selection of the first photographing mode may not be limited when the remaining time is equal to or greater than X seconds.

(14) Each of the above-described photograph printing device, program, information storage medium, and photograph printing method may include: means for setting the maximum play time based on an external input, wherein, when the photographing mode determination means determines the predetermined number based on the set maximum play time.

(15) In each of the above-described photograph printing device, program, information storage medium, and photograph printing method, when the number of acquired print candidate images and the remaining time satisfy a specific condition, the photographing mode determination means may not limit selection of the first photographing mode.

(16) Tn each of the above-described photograph printing device, program, information storage medium, and photograph printing method, the first image capture processing means may include means for performing early finish processing which generates a print candidate image at a photographing count less than a predetermined photographing count based on an instruction input from a player in the first photographing mode; and the photographing mode determination means may determine whether or not the early finish processing has been performed in current play, and may not limit selection of the first photographing mode when the early finish processing has been performed.

The term "early finish processing" refers to the case where, when an image is to be photographed X times in the first mode and the print candidate image is to be generated by superimposing and compositing X photographed images, the print candidate image is generated using photographed images in a number less than X. (17) In each of the above-described photograph printing device, program, information storage medium, and photograph printing method, the image capture processing means may include means for counting the photographing count after starting play; and the photographing mode determination means may not limit selection of the first photographing mode when the photographing count after starting play satisfies a specific condition.

The photographing count after starting the play includes photographing in the first photographing mode and photographing in a photographing mode other than the first photographing mode.

According to this embodiment, since selection of the first mode is not limited when the photographing count after starting the play satisfies a specific condition, limitations to the selection can be minimized.

As the specific condition relating to the photographing count after starting the play, selection of the first photographing mode may not be limited when the photographing count after starting the play is equal to or greater than a specific value.

When the photographing count after starting the play and the remaining time satisfy a specific condition, selection of the first photographing mode may not be limited.

(18) In each of the above-described photograph printing device, program, information storage medium, and photograph printing method, the image capture processing means may include means for counting the photographing count in the first photographing mode after starting play; and the photographing mode determination means may not limit selection of the first photographing mode when the photographing count in the first photographing mode after starting play satisfies a specific condition.

According to this embodiment, since selection of the first mode is not limited when the photographing count in the first photographing mode after starting the play satisfies a specific condition, limitations to the selection can be minimized.

As the specific condition relating to the photographing count in the first photographing mode after starting the play, selection of the first photographing mode may not be limited when the photographing count after starting the play is equal to or greater than a specific value.

(19) According to one embodiment of the invention, there is provided a photograph printing device which repeatedly performs photographing processing of photographing an object using an imaging section and generating a photographed image until a given photographing processing time limit is reached, edits the photographed image generated by the photographing processing, and prints the edited image, the photograph printing device comprising: finish control means for counting a remaining time by decrementing the photographing processing time limit based on at least one of progress of play and an elapsed time, and terminating the photographing processing when the remaining time has satisfied a finish condition; and means for counting a number of photographed images generated by the photographing processing; wherein the finish control means determines whether or not the generated photographed image and the remaining time satisfy a relief condition set in advance, and resets the remaining time when the relief condition is satisfied.

The remaining time may be determined by decrementing the photographing processing time limit along with the actual time or the progress of the game time, or may be determined by decrementing the photographing processing time limit along with the progress of play. The term "decrementing along with the progress of play" includes the case where decrementing the maximum play time is suspended depending on the progress of play.

The term "terminating the photographing processing when the remaining time has satisfied the finish condition" may be the case where the photographing processing is terminated when the remaining time has become a specific value (eg. zero), the case where the remaining time has become zero during the photographing step, or the case where the photographing processing is terminated after photographing or the photographing step has been completed, for example.

The term "resetting the remaining time" means setting the remaining time or setting an additional time so that the remaining time becomes equal to a specific period of time.

The relief condition is set as the condition relating to the generated photographed image and the remaining time. For example, a relief condition may be set in which the relief mode occurs when the number of generated photographed images is X (e.g. four) or less and the remaining time is Y seconds (e.g. 20 seconds) or less.

The photographed image refers to a completed image which is edited, for example. One photographed image may be generated by compositing a plurality of photographed images.

This embodiment relates to a photograph printing device in which the photographing processing time limit is set, and the first selection step, the first photographing step, ..., and the nth photographing step are repeatedly performed until the remaining time reaches a specific value so that at least n photographed images can be generated.

In such a photograph printing device, since the player selects a desired image from the photographed images and prints the selected image, the degrees of freedom of selection of the player are increased as the number of photographed images becomes larger, whereby the player is satisfied to a greater extent.

However, since the photographing processing time limit is set from the viewpoint of the rate of operation, and photographing is generally terminated when the remaining time becomes short, a player unfamiliar with the game may take time for selection of the setting item in the photographing processing and photographing, whereby the number of photographed images which can be acquired may be decreased.

For example, even if Z types of images can be printed, only photographed images in a number less than Z may be acquired. Tn this case, the number of types of print images which can be acquired by the player may be less than the number of types of print images provided by the photograph printing device, whereby the player is satisfied to a small extent. This prevents the player from playing the game again.

In the photograph printing device having the photographing processing time limit according to this embodiment, when the generated photographed image and the remaining time satisfy the relief condition, the remaining time is reset so that a player with a short remaining time and a small number of acquired photographed images is relieved. Therefore, this embodiment may provide a photographed image corresponding to the user's preference while ensuring the utilization efficiency of the device.

(20) According to one embodiment of the invention, there is provided a photograph printing device which repeatedly performs photographing processing of photographing an object using an imaging section and generating a photographed image until a given photographing processing time limit is reached, edits the photographed image generated by the photographing processing, and prints the edited image, the photograph printing device comprising: finish control means for counting a remaining time by decrementing the photographing processing time limit based on at least one of progress of play and an elapsed time, and terminating the photographing processing when the remaining time has satisfied a finish condition; and means for counting an execution count of the photographing processing; wherein the finish control means determines whether or not the execution count of the photographing processing and the remaining time satisfy a relief condition set in advance, and resets the remaining time when the relief condition is satisfied.

The term "terminating the photographing processing when the remaining time has satisfied the finish condition" may be the case where the photographing processing is terminated when the remaining time has become a specific value (e.g. zero), the case where the remaining time has become zero during the photographing step, or the case where the photographing processing is terminated after photographing or the photographing step has been completed, for example.

The relief condition is set as the condition relating to the execution count of the photographing processing and the remaining time. For example, a relief condition may be set in which the remaining time is reset when the execution count of the photographing processing is X' (e.g. four) or less and the remaining time is Y seconds (e.g. 20 seconds) or less.

This embodiment relates to a photograph printing device in which the photographing processing time limit is set, and the first selection step, the first photographing step, , and the nth photographing step are repeatedly performed until the remaining time reaches a specific value so that at least n photographed images can be generated.

For example, even if Z types of images can be printed, only photographed images in a number less than Z may be acquired. In this case, the number of types of print images which can be acquired by the player may be less than the number of types of print images provided by the photograph printing device, whereby the player is satisfied to a small extent. This prevents the player from playing the game again.

In the photograph printing device having the photographing processing time limit according to this embodiment, when the execution count of the photographing processing and the remaining time satisfy the relief condition, the remaining time is reset so that a player with a short remaining time and a small number of acquired photographed images is relieved. Therefore, this embodiment may provide a photographed image corresponding to the user's preference while ensuring the utilization efficiency of the device.

(21) In each of the above-described photograph printing device, program, information storage medium, and photograph printing method, the photographing processing may include a selection step of displaying a selection screen for selecting a setting item relating to photographing and receiving a selection input, and a photographing step of photographing an object based on the selection in the selection step after the selection step has been completed, and generating a photographed image.

(22) In each of the above-described photograph printing device, program, information storage medium, and photograph printing method, the finish control processing means may determine whether or not the remaining time has satisfied the finish condition in the selection step, and terminate the photographing processing when the finish control processing means has determined that the remaining time has satisfied the finish condition.

The finish control means determines whether or not the remaining time satisfies a finish condition in the selection step. When the finish control means has determined that the remaining time satisfies the finish condition, the finish control means may terminate the processing of the selection step.

(23) In each of the above-described photograph printing device, program, information storage medium, and photograph printing method, the finish control means may prevent processing from being interrupted during the photographing step irrespective of the remaining time.

According to this embodiment, after the photographing step has been started, the photographing step can be completed without interruption. Therefore, if the photographing step is started after the selection step in the relief mode, the photographing step can be completed irrespective of the remaining time.

After resetting the remaining time, decrementing the remaining time may be suspended during the photographing step, or finish determination based on the remaining time may not be performed while decrementing the remaining time.

(24) Tn each of the above-described photograph printing device, program, information storage medium, and photograph printing method, after the remaining time has been reset, the finish control means may determine whether or not the number of photographed images generated has reached a reference value when finishing the photographing processing, and, when the reference value has not been reached, the finish control means may reset the remaining time, and then determine completion of the photographing processing based on the reset remaining time.

According to this embodiment, after resetting the remaining time, the remaining time is reset when the execution count of the photographing step or the generated photographed image has not reached the reference value, irrespective of the remaining time when finishing the photographing step.

Therefore, the player can photograph an image until the execution count of the photographing step or the generated photographed image has reached at least the reference value.

Moreover, since the remaining time is not reset after the execution count of the photographing step or the generated photographed image has reached the reference value, the player can be provided with the minimum execution count of the photographing step or the minimum photographed image while ensuring the utilization efficiency of the device.

(25) In each of the above-described photograph printing device, program, information storage medium, and photograph printing method, after the remaining time has been reset, the finish control means may reset the remaining time so that the reset remaining time is shorter than the remaining time previously reset.

According to this embodiment, after resetting the remaining time, the remaining time is set to become shorter each time the remaining time is reset. This allows the player to more quickly select each time, whereby the extension of the play time can be prevented.

Preferred eniijodirnents of the invention are described below with reference to the drawings.

1. Configuration of photograph printing device FIGS. 1, 2, and 3 shows an example of an outside view of a photograph printing device (photograph vending device or photograph sticker printing device in a narrow sense) according to this embodiment. FIG. 1 shows an example of the right side of the photograph printing device according to this embodiment illustrative of the entire photograph printing device (including photographing block and editing section block), FIG. 2 is a perspective view of the photographing block of the photograph printing device according to this embodiment, and FIG. 3 is a front view of the photographing block of the photograph printing device according to this embodiment.

The user (P1 in FIG. 1) photographs an object (e.g. the user) at the front (FIG 3) of a photographing block 2 of a housing. The user (P2 in FIG. 1) then edits the photographed image using an editing block 3 provided at the back of the housing, for

example.

As shown in the perspective view of FIG. 2 and the front view of FIG. 3, the photographing block 2 of the photograph printing device according to this embodiment 1 includes a camera 10 (imaging device) for photographing an object. The caniera 10 may be implemented using a CCD camera, a C-MOS camera, a video camera, or the like.

The camera 10 photographs the front of an object and functions as an imaging section.

The photographing block 2 of the photograph printing device 1 includes a display 20. The display 20 is installed in a housing 50 at such a height that the user looks down at the display 20 so that the display screen is almost directly opposite the user. An image photographed using the camera 10 is displayed on the display 20, and the user can check whether or not the pose is appropriate while looking at the image displayed on the display 20.

As shown in FIG. 1, a base 52 and a back plate 54 are provided for the housing 50 of the photograph printing device. The base 52 is a stand on which the object (user) stands during photographing. It is desirable to put a mark on the base 52 to allow the object (user) to determine the position. The mark may be a footprint mark, or may be a line for preventing the object (user) from approaching the camera 10 too closely, for

example.

The back plate 54 (back member) blocks external light during photographing.

When applying chrornakeying for compositing an additional display object (e.g. background or character), as described later, the back plate 54 may be provided with a blue back function.

A curtain or the like may be used as the back plate 54.

As shown in FIG. 1, the photograph printing device 1 includes a photograph discharge port 40. A sticker or the like, on which an image photographed and edited is printed, is output to the discharge port 40.

2. First embodiment FIG. 4 shows an example of a block diagram of the photograph printing device according to this embodiment. The photograph printing device need not necessarily include all of the elements (each section) shown in FIG. 4. The photograph printing device may have a configuration in which some of the elements are omitted.

A photographing section 198 photographs an object and may be implemented using a CCD camera, a C-MOS camera, a video camera, or the like. The photographing section 198 functions as an object image capturing means.

An operation section 160 (e.g. pointing device, lever, or button) allows the user to select an editing content selection menu or edit an image.

A storage section 170 (RAM) serves as a work area for a processing section 100, a communication section 196, and the like. An information storage medium 180 (computer-readable medium such as CD, DVD, HDD, or ROM) stores a program, data, and the like. A program for causing a computer to function as each section according to this embodiment rogram for causing the computer to execute processing of each section) is stored in the information storage medium 180.

A display 190 displays an image, and corresponds to the photographing display shown in FIG. 2, an editing display (not shown), and the like.

A touch panel or the like is used as the photographing display 20. The photographing display 20 is configured so that the user can provide various instruction inputs (e.g. positional relationship instruction input, superimposition continuatiorilfinish instruction input, or cancellation input) by touching an input button displayed on the display.

A liquid crystal tablet, a touch panel, or the like is used as the editing display.

The editing display is configured so that the user can input a hand-written image by causing the tip of a touch pen (example of pointing device) or the like to contact the surface of the display and drawing a character or a figure. The editing display is also configured so that the user can input a stamp image by causing the tip of the touch pen to contact the surface of the display while selecting a stamp image such as a star mark or a heart mark provided in advance.

A sound output section 192 outputs sound such as game sound.

A portable information storage device 194 stores the user's personal data, editing save data, and the like.

A printing section 195 prints a photographed image on a printing medium (e.g. sticker paper, printing paper, plastic sheet, or recording layer). As examples of the printing method, various methods such as a sublimation printing method, a thermal transfer printing method, an inkjet method, and a laser printing method can be given.

As the printer, an inkjet printer, a laser printer, a dye sublimation printer, a thermal transfer printer, a melt printer, a thermal printer, a printing paper printer, an instant film printer, or the like may be used.

The communication section 196 performs various types of control for communication through a network such as the Internet. Generated image data can be transmitted through the network using the communication section 196.

The processing section 100 (processor) performs various types of processing such as game processing, image generation processing, or sound generation processing based on operation data from the operation section 160, a program, and the like. Tn this case, the processing section 100 performs various types of processing using a main storage section 172 in the storage section 170 as a work area. The function of the processing section 100 may be implemented by hardware such as various processors (e.g. CPU or DSP) or an ASIC (e.g. gate array) and a program (game program).

The processing section 100 includes an editing processing section 110, an image generation section 120, a sound generation section 130, and a superimposition processing section 140.

The editing processing section 110 edits an image captured based on editing input information from the operation section 160 and the like.

The image generation section 120 generates an image based on the photographing/editing results, and outputs the generated image to the display 190.

The sound generation section 130 performs sound processing based on the results of various types of processing performed by the processing section 100 to generate game sound such as background music (BGM), effect sound, or voice, and outputs the generated game sound to the sound output section 192.

The superimposition processing section 140 functions as means for generating a current extracted image in real time by capturing an image of an object photographed by the imaging section using an extraction color as the background as a current image, and removing the background from the current image, means for storing the current extracted image at a given timing in the storage section as a preceding captured image, means for receiving a positional relationship instruction input for indicating the positional relationship between the current extracted image and the preceding captured image when generating a superimposed image, live view image generation means for generating a live view image output to the display section by determining the positional relationship between the current extracted image and the preceding captured image based on the positional relationship instruction input, and compositing the current extracted image and the preceding captured image in real time, and superimposed image generation means for determining the positional relationship between the current extracted image and the preceding captured image based on the positional relationship instruction input, and generating a superimposed image of the current extracted image and the preceding captured image corresponding to the live view image at a given timing.

The superimposition processing section 140 may perform the superimposition processing using the current extracted image at the preceding photographing (shutter) timing as the preceding captured image.

The superimposition processing section 140 may perform the superimposition processing using an image obtained by removing the background from the superimposed image as the preceding captured image.

The live view image generation means may include a first buffer for storing a preceding captured image, a second buffer for storing a current extracted image generated in real time, and a third buffer into which a live view image obtained by compositing the image stored in the first buffer and the image stored in the second buffer is written, and may generate a live view image by determining the write order of the preceding captured image and the current extracted image into the third buffer based on the positional relationship instruction input, and sequentially writing the preceding captured image and the current extracted image into the third buffer according to the determined write order.

The superimposition processing section 140 may replace the image stored in one of the buffers with an image obtained by removing the background from the superimposed image after the superimposition timing of the current image and the preceding captured image has been determined.

The superimposition processing section 140 may generate a superimposed image by determining the write order of the preceding captured image and the current extracted image into a given buffer based on the positional relationship instruction input, sequentially writing the preceding captured image and the current extracted image into the given buffer according to the determined write order, and setting a given color as the

background.

The superimposition processing section 140 may generate a preview image of the latest superimposed image stored in the storage section, output the preview image to the display section, and receive a superimposition finish or continuation instruction input. When the superimposition processing section 140 has received the superimposition finish instruction input, the superimposition processing section 140 may generate a print image based on the superimposed image corresponding to the preview image. When the superimposition processing section 140 has received the superimposition continuation instruction input, the superimposition processing section may use the latest superimposed image corresponding to the preview image as the preceding captured image, and superimpose the preceding captured image on the current image.

The superimposition processing section 140 may generate a preview image of the latest superimposed image stored in the storage section, output the preview image to the display section, store the preceding captured image used when generating the latest superimposed image or the superimposed image immediately before the latest superimposed image as a preceding state storage image, and receive a latest superimposed image cancellation input. When the superimposition processing section has received the latest superimposed image cancellation input, the superimposition processing section 140 may use the preceding state storage image stored in a preceding state storage image storage means as the preceding captured image, and superimpose the preceding state storage image on the current image.

The communication section 196 transmits or receives data through the network such as the Internet. In more detail, the communication section 196 transmits data generated from an image photographed using the camera to an external server or the like through the network. This allows the user (object) to download the image data of the user's photograph to the user's personal computer from the server. The user can print an image on paper or a sticker using the user's printer based on the downloaded image data. An image photographed by the user may be stored in the server. The stored image may be download to the photograph printing device, and printed using the photograph printing device.

The function of the communication section 196 may be implemented using hardware such as a communication device (IC) and a communication program, for example. A configuration may also be employed in which at least one of the printing section 195 and the communication section 196 is omitted.

The photograph printing device according to this embodiment is not limited to a photograph printing device which photographs the entire object, but may be a photograph printing device which photographs only the upper part of the object.

The object photographed using the photograph printing device according to this embodiment is not limited to a human.

For example, this embodiment may also be applied to a device which photographs goods put up for auction. Tn this case, synchronizing transmission of data through the Internet using the conirnunication section 196 with putting goods up for auction provides a photograph printing device convenient for the user who sells the goods by auction.

The photograph printing device according to this embodiment may be utilized for a game device which uses a photograph of the player for the game. Specifically, the photograph printing device according to this embodiment may be allowed to function as an image capturing device for the game device.

FIG. 5 is a view illustrative of superimposition according to this embodiment.

In this embodiment, a superimposition photographing mode is provided in addition to a normal photographing mode. When the superimposition photographing mode is selected, four images can be superimposed at the maximum.

The term "superimposition" or "superimposition photographing" used herein means photographing a composite image by positioning the current object while looking at the preceding object image so that the current object image is displayed over or under the preceding object image.

A reference numeral 210 indicates an object image obtained by the first photographing.

A reference numeral 220 indicates a superimposed image in which an object image 212 obtained by the first photographing is superimposed on an object image 222 obtained by the second photographing.

When photographing the second image, the image 212 obtained by the first photographing is displayed on the display (20 in FIG. 3) as still image data, and a live view image is displayed in which the object image currently photographed using the camera (10 in FTG. 3) is displayed over or under the image 212 in the same manner as a video image. The player adjusts the position (position and posture) for the second photographing while looking at the live view image. When the player has pressed a photographing button displayed on the display at a desired timing, the image displayed at that timing is determined as still image data, and composited with the preceding image (still image data). This allows photographing of a superimposed image of two images.

The shutter may be automatically released after the time limit has been reached in a state in which the user does not press the photographing button.

In superimposition photographing, a plurality of pieces of still image data can be composited by repeating the above procedure. The still image data may be separately stored without compositing the still image data. This makes it possible to edit each still image data afterward, for example.

The term "live view image" used herein refers to an image in which a preceding captured image (image of only the object) obtained by removing the background from the preceding object image is composited in real time with a current extracted image obtained by removing the background from the image currently photographed.

A reference numeral 230 indicates a superimposed image in which the object image 212 obtained by the first photographing and the object image 222 obtained by the second photographing are superimposed on an object image 232 obtained by the third photographing.

When photographing the third image, a composite image (still image data) of the image 212 obtained by the first photographing and the object image 222 obtained by the second photographing is displayed on the display (20 in FIG. 3), and a live view image is displayed in which the object image currently photographed using the camera (10 in FIG. 3) is displayed over or under the composite image. The player adjusts the position (position and posture) for the third photographing while looking at the live view image. The player presses the photographing button displayed on the display at a desired timing to photograph a superimposed image of three images.

A reference numeral 240 indicates a superimposed image in which the object image 212 obtained by the first photographing, the object image 222 obtained by the second photographing, and the object image 232 obtained by the third photographing are superimposed on an object image 242 obtained by the fourth photographing.

When photographing the fourth image, a composite image (still image data) of the image 212 obtained by the first photographing, the object image 222 obtained by the second photographing, and the object image 232 obtained by the third photographing is displayed on the display (20 in FIG. 3), and a live view image is displayed in which the object image currently photographed using the camera (10 in FTG. 3) is displayed over or under the composite image. The player adjusts the position (position and posture) for the fourth photographing while looking at the live view image. The player presses the photographing button displayed on the display at a desired timing to photograph a superimposed image of four images.

An image may be automatically photographed (shutter may be automatically released) when a specific period of time has elapsed in a state in which the user does not press the photographing button.

FIGS. 6 to 9 are views illustrative of the photographing screen (image displayed on the display 20 shown in FIG. 3) in the superimposition photographing mode according to this embodiment.

FIG. 6 shows the photographing screen when photographing the first image.

A reference numeral 310 indicates a live view image. The live view image 310 when photographing the first image is an image obtained by compositing the object image currently being photographed using the camera (10 in FIG. 3) and a given background color by real-time chromakey processing.

In the real-time chromakey processing, a current extracted image (image in which an object portion 312 is extracted) obtained by removing the background from the image currently photographed using the camera (10 in FIG. 3) (e.g. transparent is set as alpha values of pixels of the background) is generated, and a given background color

is composited as the background.

A reference numeral 320 indicates a button for indicating the photographing timing. Since the display is formed of a touch panel, the player can indicate the photographing timing by touching the button on the display.

In this embodiment, the photographing (shutter) timing occurs after a specific period of time has elapsed after the player touched the button 320 on the screen, and the image is captured at that timing to obtain the first photographed image.

A reference numeral 330 indicates a photographing countdown display. A reference numeral 340 indicates a number-of-superimpositions display.

FIG. 7 shows the photographing screen after photographing the first image.

A reference numeral 350 indicates a preview image. The preview image 350 after photographing the first image is an image obtained by compositing the image photographed at the first photographing timing and a given background color by chromakey processing.

In the chromakey processing, an extracted image (image in which an object portion 352 is extracted) obtained by removing the background from the image photographed at the first photographing timing (e.g. transparent is set as alpha values of pixels of the background) is generated, and a given background color is composited as

the background.

Reference numerals 354 and 356 indicate buttons for superimposition finish and continuation instruction inputs (the button 354 is used for superimposition finish instruction input, and the button 356 is used for superimposition continuation instruction input). Since the display is formed of a touch panel, the player can indicate whether the player can finish or continue superimposition by touching the button 354 or 356 on the display.

When the player has pressed the superimposition finish button 354, a print image is generated based on the superimposed image corresponding to the preview image 350. When the player has pressed the superimposition continuation button 356, the image corresponding to the preview image 350 is used as the preceding captured image, and superimposed on the current image.

A reference numeral 342 indicates a number-of-superimpositions display.

FIG. 8 shows the photographing screen when photographing the second image.

A reference numeral 360 indicates a live view image. The live view image 360 when photographing the second image is an image obtained by compositing a preceding photographed image 362, an object image 364 currently photographed using the camera (10 in FIG. 3), and a given background color by real-time chromakey processing.

In the real-time chromakey processing, a preceding captured image from which the background is removed and a current extracted image (image in which an object portion 362 is extracted) obtained by removing the background from the image currently photographed using the camera (10 in FIG. 3) (e.g. transparent is set as alpha values of pixels of the background) are generated, and an image (superimposed image) is generated in which the preceding captured image and the current extracted image are composited and a given background color is composited as the background.

The reference numeral 320 indicates the button for indicating the photographing timing. Since the display is formed of a touch panel, the player can indicate the photographing timing by touching the button 320 on the display.

In this embodiment, the photographing timing occurs after a specific period of time has elapsed after the player touched the button 320 on the screen, and the image is captured at that timing to obtain the second photographed image.

A reference numeral 370 indicates a button for indicating the positional relationship between the current extracted image and the preceding captured image when generating the superimposed image. Since the display is formed of a touch panel, the player can indicate whether the player can indicate the positional relationship between the current extracted image and the preceding captured image when generating the superimposed image by touching the button 370 on the display. In this embodiment, a "mode in which the current extracted image is superimposed on the preceding captured image" and a "mode in which the preceding captured image is superimposed on the current extracted image" are provided, and the mode is switched each time the button is pressed.

In the "mode in which the current extracted image is superimposed on the preceding captured image", the live view image 360 and the superimposed image are composited on the assumption that the preceding captured image and the current extracted image have the positional relationships indicated by 410 and 412 in FIG. 10 (i.e. the current extracted image 412 is positioned in front of the preceding captured image 410 in the depth direction z).

Therefore, an image is generated in which the object portion (current extracted image) 412 of the current image is overwritten on the object portion (preceding captured image) 410 of the preceding captured image, as shown in FIG. 11B.

In the "mode in which the preceding captured image is superimposed on the current extracted image", the live view image 360 and the superimposed image are composited on the assumption that the preceding captured image and the current extracted image have the positional relationships indicated by 410 and 414 in FIG. 10 (i.e. the current extracted image 414 is positioned behind the preceding captured image 410 in the depth direction z).

Therefore, an image is generated in which the object portion (preceding captured image) 410 of the preceding captured image is overwritten on the object portion (current extracted image) 412 of the current image, as shown in FIG. 1 1A.

In this embodiment, when the player presses the positional relationship instruction button 370 during positioning for superimposition photographing while looking at the live view image, an image in which the positional relationship between the current extracted image and the preceding captured image is changed is displayed as the live view image in real time. This achieves superimposition photographing which ensures a wide range of variety in accordance with the player's demand and provides high degrees of freedom, and allows the player to generate a desired superimposed image while checking the compositing results in real time using the live view image.

The reference numeral 330 indicates the photographing countdown display.

The reference numeral 340 indicates the number-of-superimpositions display.

FIG. 9 shows the photographing screen after photographing the second image.

A reference numeral 380 indicates a preview inlage. The preview image 380 after photographing the second image is an image obtained by synthesizing the superimposed image at the second photographing timing (an object portion 382 of the first image and an object portion 382 of the second image) and a given background color by chromakey processing.

In the chromakey processing, an extracted image (image in which the object portions 382 and 383 are extracted) obtained by removing the background from the image (superimposed image) photographed at the second photographing timing (e.g. transparent is set as alpha values of pixels of the background) is generated, and a given

background color is composited as the background.

Reference numerals 384 and 386 indicate buttons for superimposition finish and continuation instruction inputs (the button 384 is used for superimposition finish instruction input, and the button 386 is used for superimposition continuation instruction input). Since the display is formed of a touch panel, the player can indicate whether to finish or continue superimposition by touching the button 384 or 386 on the display.

When the player has pressed the superimposition finish button 384, a print image is generated based on the superimposed image corresponding to the preview image 380. When the player has pressed the superimposition continuation button 386, the image corresponding to the preview image 380 is used as the preceding captured image, and superimposed on the current image.

The reference numeral 342 indicates the number-of-superimpositions display.

FIG. 12 is a view illustrative of a specific example of the superimposition image compositing processing. A reference numeral 510 indicates a preceding photographed image of an object photographed by the imaging section using an extraction color as the background before photographing a current image 530. A reference numeral 512 indicates the object portion of the preceding photographed image 510, and a reference numeral 514 indicates the background of the preceding photographed image 510. The background is of the extraction color (e.g. blue when using a blue back and green when using a green back).

In this embodiment, a preceding captured image 520 is generated which is obtained by removing the background (extraction color portion) 514 from the preceding photographed image 510 (the background may be removed by chromakey processing, for example). In the preceding captured image 520, an object portion 522 is extracted

so that a background 524 is transparent.

A reference numeral 530 indicates a current photographed image photographed using the imaging section. A reference numeral 532 indicates the object portion of the current photographed image 530, and a reference numeral 534 indicates the background of the current photographed image 530. The background is of the extraction color (e.g. blue when using a blue back and green when using a green back).

In this embodiment, a preceding captured image 520 is generated which is obtained by removing the background (extraction color portion) 534 from the current photographed image 530 (the background may be removed by chromakey processing, for example). In the current extracted image 540, an object portion 542 is extracted so

that a background 544 is transparent.

The positional relationship between the current extracted image and the preceding captured image is determined based on the positional relationship instruction input, and a live view image (570 or 580) output to the display section is generated by compositing the current extracted image 540 and the preceding captured image 520 in real time.

When the current extracted image and the preceding captured image have a positional relationship in which the current extracted image is disposed in front of the preceding captured image, a composite image as indicated by 560 can be generated by overwriting the current extracted image 540 over the preceding captured image 520.

n the composite image 560, a current object portion 564 is overwritten over a preceding object portion 562, and a background 566 is transparent.

The reference numeral 580 indicates an image obtained by compositing a given background color 586 into the background 566 of the composite image 560, which may be used as a live view image.

When the current extracted image and the preceding captured image have a positional relationship in which the current extracted image is disposed behind the preceding captured image, a composite image as indicated by 550 can be generated by overwriting the preceding captured image 520 over the current extracted image 540.

n the composite image 550, a preceding object portion 552 is overwritten over a current object portion 554, and a background 556 is transparent.

The reference numeral 570 indicates an image obtained by compositing a given background color 576 into the background 556 of the composite image 550, which may be used as a live view image.

The composite image 570 or 580 generated by performing the above processing at the photographing timing may be used as a superimposed image.

FIG. 13 is a view illustrative of a specific example of the superimposition image compositing processing.

A reference numeral 610 indicates a superimposed image generated by superimposition processing (e.g. the superimposed image 580 generated by the processing described with reference to FTG. 12). A reference numeral 612 indicates the object portion of the superimposed image 610, and a reference numeral 614 indicates the background of the superimposed image 610. The background is of a given background color or an extraction color (e.g. blue when using a blue back and green when using a green back).

In this embodiment, a preceding captured image 620 is generated which is obtained by removing the background (extraction color portion) 614 from the superimposed image 610 (the background may be removed by chrornakey processing, for example). Tn the preceding captured image 620, an object portion 622 is extracted

so that a background 624 is transparent.

Note that the removal of the background color may be omitted by using a composite image of which the background is transparent (e.g. the composite image 560 in FIG. 12) and which is generated by the preceding superimposition processing.

A reference numeral 630 indicates a current photographed image photographed using the imaging section (e.g. the third photographed image). A reference numeral 632 indicates the object portion of the current photographed image 630, and a reference numeral 634 indicates the background of the current photographed image 630. The background is of the extraction color (e.g. blue when using a blue back and green when using a green back).

In this embodiment, a preceding captured image 620 is generated which is obtained by removing the background (extraction color portion) 634 from the current photographed image 630 (the background may be removed by chromakey processing, for example). In the current extracted image 640, an object portion 642 is extracted so

that a background 644 is transparent.

The positional relationship between the current extracted image and the preceding captured image is deternined based on the positional relationship instruction input, and a live view image (670 or 680) output to the display section is generated by compositing the current extracted image 640 and the preceding captured image 620 in real time.

When the current extracted image and the preceding captured image have a positional relationship in which the current extracted image is disposed in front of the preceding captured image, a composite image as indicated by 660 can be generated by overwriting the current extracted image 640 over the preceding captured image 620.

In the composite image 660, a current object portion 664 is overwritten over a preceding object portion 662 of the preceding superimposed image, and a background 666 is transparent.

The reference numeral 680 indicates an image obtained by compositing a given background color 686 into the background 666 of the composite image 660, which may be used as a live view image.

When the current extracted image and the preceding captured image have a positional relationship in which the current extracted image is disposed behind the preceding captured image, a composite image as indicated by 650 can be generated by overwriting the preceding captured image 620 over the current extracted image 640.

n the composite image 650, a preceding object portion 652 of the preceding superimposed image is overwritten over a current object portion 654, and a background 656 is transparent.

The reference numeral 670 indicates an image obtained by compositing a given background color 676 into the background 656 of the composite image 650, which may be used as a live view image.

The composite image 670 or 680 generated by performing the above processing at the photographing timing may be used as a superimposed image.

FTG. 14 is a flowchart showing an example (live view image generation) of the superimposition processing according to this embodiment.

The following processing is performed in frame units displayed in the display section or in specific time units.

An image obtained by removing the background from the image of the object photographed by the imaging section using the extraction color as the background is stored in the storage section as the preceding captured image (step S 10).

The preceding captured image stored in the storage section is stored in a preceding buffer (layer) (step S20).

A current extracted image obtained by removing the background from the image of the object photographed by the imaging section using the extraction color as the background is stored in a current buffer (layer) (step S40).

The positional relationship between the preceding captured image and the current extracted image is determined based on the positional relationship instruction input, and a live view image is generated by compositing the preceding captured image and the current extracted image (step S50).

The positional relationship between the current extracted image and the preceding captured image is determined based on the positional relationship instruction input, and a superimposed image is generated by compositing the current extracted image and the preceding captured image at a given timing and setting a given color as

the background (step S60).

FIG. 15 is a flowchart showing an example (live view image generation) of the superimposition processing according to this embodiment.

The object image in the live view at a given timing is used as the preceding captured image (step S 100).

A current extracted image obtained by removing the background from the image of the object photographed by the imaging section using the extraction color as the background is stored in a current buffer (layer) (step S 130).

The positional relationship between the preceding captured image and the current extracted image is determined based on the positional relationship instruction input, and a live view image is generated by compositing the preceding captured image and the current extracted image (step S 140).

the background (step S 150).

FIG. 16 is a flowchart showing an example (superimposition continuation or finish processing during preview image display) of the superimposition processing according to this embodiment.

A preview image of the latest superimposed image stored in the storage section is generated and output to the display section (step S210).

A superimposition finish or continuation instruction input is received (step S220).

When the superimposition finish instruction input has been received, a print image is generated based on the superimposed image corresponding to the preview image (step S230).

When the superimposition continuation instruction input has been received, the latest superimposed image corresponding to the preview image is used as the preceding captured image and superimposed on the current image (step S240).

FTG. 17 is a flowchart showing an example (cancellation during preview image display) of the superimposition processing according to this embodiment.

The preceding captured image used when generating the latest superimposed image or the superimposed image immediately before the latest superimposed image is stored in the storage section as a preceding state storage image (step S3 10).

A preview image of the latest superimposed image stored in the storage section is generated and output to the display section (step S320).

A latest superimposed image cancellation input is received (step S330).

When the cancellation input has been received, the preceding state storage image stored in preceding state storage image storage means is used as the preceding captured image and superimposed on the current image (step S340).

3. Second embodiment FIG. 18 shows an example of a block diagram of a photograph printing device according to this embodiment. The photograph printing device need not necessarily include all of the elements (each section) shown in FIG. 18. The photograph printing device may have a configuration in which some of the elements are omitted.

A photographing section 198 photographs an object and may be implemented using a CCD camera, a C-MOS camera, a video camera, or the like. The photographing section 198 functions as object image capturing means.

A storage section 170 (RAM) serves as a work area for a processing section 100, a communication section 196, and the like. An information storage medium 180 (computer-readable medium such as CD, DVD, HDD, or ROM) stores a program, data, and the like. A program for causing a computer to function as each section according to this embodiment (program for causing the computer to execute processing of each section) is stored in the information storage medium 180.

A touch panel or the like is used as the photographing display 20. The photographing display 20 is configured so that the user can provide various instruction inputs (e.g. positional relationship instruction input, superimposition continuationlfinish instruction input, or cancellation input) by touching an input button displayed on the display.

A sound output section 192 outputs sound such as game sound.

A portable information storage device 194 stores user's personal data, editing save data, and the like.

A printing section 195 prints a photographed image on a printing media (e.g. sticker paper, printing paper, plastic sheet, or recording layer). As examples of the printing method, various methods such as a sublimation printing method, a thermal transfer printing method, an inkjet method, and a laser printing method can be given.

The processing section 100 (processor) performs various types of processing such as game processing, image generation processing, or sound generation processing based on operation data from the operation section 160, a program, and the like. In this case, the processing section 100 performs various types of processing by using a main storage section 172 in the storage section 170 as a work area. The function of the processing section 100 may be realized by hardware such as various processors (CPU, DSP, etc.) or ASIC (gate array, etc.), or by a program (game program).

The processing section 100 includes an editing processing section 110, an image generation section 120, a sound generation section 130, and an image capture processing section 1140.

The editing processing section edits an image captured based on editing input information from the operation section 160 and the like.

The image capture processing section 1140 includes an execution counter section 1141.

The execution counter section 1141 counts the execution count of the first photographing mode after starting the play.

The image capture processing section 1140 includes a photographing mode determination section 1142.

The photographing mode determination section 1142 receives a selection input indicating whether or not to photograph an image in a first photographing mode or a photographing mode other than the first photographing mode before photographing each print candidate image, and determines the photographing mode based on the selection input.

The photographing mode determination section 1142 determines whether or not the execution count of the first photographing mode after starting the play has reached a predetermined number. When the execution count of the first photographing mode has reached a predetermined number, the photographing mode determination section 1142 limits selection of the first photographing mode.

When the number of acquired print candidate images satisfies a specific condition, the photographing mode determination section 1142 may not limit selection of the first photographing mode.

When the remaining time satisfies a specific condition, the photographing mode determination section 1142 may not limit selection of the first photographing mode.

The photographing mode determination section 1142 may determine the predetermined number based on the maximum play time set in advance.

When the number of acquired print candidate images and the remaining time satisfy a specific condition, the photographing mode determination section 1142 may not limit selection of the first photographing mode.

When the photographing count after staring the play satisfies a specific condition, the photographing mode determination section 1142 may not limit selection of the first photographing mode.

The image capture processing section 1140 includes a first image capture processing section 1143.

When the photographing mode is determined to be the first photographing mode, the first image capture processing section 1143 composites a plurality of photographed images and generates one print candidate image.

The image capture processing section 1140 includes a second image capture processing section 1144.

When the photographing mode has been determined to be a photographing mode other than the first photographing mode, the second image capture processing section 1144 generates one print candidate image for one photographed image.

The image capture processing section 1140 includes a print candidate image count section 1145. The print candidate image count section 1145 counts the number of print candidate images obtained after starting the play.

The image capture processing section 1140 includes a photographing count section 1146.

The photographing count section 1146 counts the photographing count after starting the play.

The image capture processing section 1140 includes a first photographing mode photographing count section 1147. The first photographing mode photographing count section 1147 counts the number of photographs taken in the first photographing mode after starting the play.

The image capture processing section 1140 may function as means for counting the remaining time by decrementing the maximum play time set for one play based on at least one of the progress of play and the elapsed time, and determining the completion of play based on the remaining time.

The first image capture processing means may function as means for performing early finish processing which generates a print candidate image when the photographing count is less than a predetermined photographing count based on an instruction input from the player in the first photographing mode.

For example, this embodiment may also be applied to a device which photographs goods put up for auction. Tn this case, synchronizing transmission of data through the Internet using the communication section 196 with putting goods up for auction provides a photograph printing device convenient for the user who sells the goods by auction.

FTG. 19 is a flowchart illustrative of an example of the superimposition mode limitation processing according to this embodiment.

In this embodiment, processing is performed which determines whether or not the execution count of the first photographing mode (superimposition mode) after starting the play has reached a predetermined number, and, when the execution count of the first photographing mode has reached the predetermined number, limits selection of the first photographing mode.

A credit (coin) is received (step SlOb).

A superimposition execution count parameter (X) is initialized (step S 1020).

A photographing mode selection screen is displayed (step S 1030). FIG. 24 shows an example of the photographing mode selection screen. A photographing mode selection screen 1500 is displayed on the display (20 in FTGS. 2 and 3) of the photographing block. A reference numeral 1520 indicates a button image the player touches when selecting the superimposition mode, and a reference numeral 1510 indicates a button image the player touches when selecting the normal mode. In this embodiment, the normal mode or the superimposition mode can be selected by forming the display of the photographing block using a touch panel and allowing the player to touch the selection button displayed on the display.

When the superimposition mode has been selected using the photographing mode selection screen (step S 1040), whether or not the superimposition execution count parameter (X) has reached a predetermined number N is determined (step S1050).

When the superimposition execution count parameter (X) has reached the predetermined number N, a message "cannot be selected" is output, and the step S 1030 is again performed (step S 1070).

In this case, the superimposition mode selection button 1520 may be inactivated instead of outputting the message.

When the superimposition execution count parameter (X) has not reached the predetermined number N, the image capture processing in the superimposition mode is performed, and the superimposition execution count parameter (X) is incremented (step S 1060).

When the normal mode has been selected using the photographing mode selection screen (step S1040), the image capture processing in the normal mode is performed (step S 1080).

FIG. 20 is a flowchart illustrative of superimposition mode limitation processing according to another embodiment.

In this embodiment, the remaining time is counted by decrementing the maximum play time set for one play based on at least one of the progress of play and the elapsed time, and the completion of play is determined based on the remaining time.

When the remaining time satisfies a specific condition, selection of the first photographing mode is not limited.

A credit (coin) is received (step Sill 0).

The superimposition execution count parameter (X) is initialized.

The maximum play time is set, and the remaining time (Y) is counted by decrementing the maximum play time (step S 1120).

The photographing mode selection screen is displayed (step S 1130).

When the superimposition mode has been selected using the photographing mode selection screen (step S 1140), whether or not the remaining time satisfies a specific condition is determined (step S 1150). When the remaining time satisfies the specific condition, the image capture processing in the superimposition mode is performed, and the superimposition execution count parameter (X) is incremented (step Sii6O).

When the remaining time satisfies the specific condition, whether or not the superimposition execution count parameter (X) has reached a predetermined number is determined (step S 1170). When the superimposition execution count parameter (X) has reached the predetermined number, a message "cannot be selected" is output, and the step S 1130 is again performed (step S 1180).

When the superimposition execution count parameter (X) has not reached the predetermined number, the step S 1160 is performed.

When the superimposition mode is not selected (i.e. the normal mode has been selected) using the photographing mode selection screen (step S1140), the image capture processing in the normal mode is performed (step S 1190).

The photograph printing device may include means for setting the maximum play time based on an external input, and an operator may set or change the maximum play time using an external input, for example. The predetermined number used in the step S 1150 may be determined based on the set maximum play time.

FIG. 25 shows an example of a table which stores the conditions for the maximum play time and the predetermined number. The maximum play time, the predetermined number, and the condition table may be set in advance, and a predetermined number corresponding to the set maximum play time may be set referring to the table. Since the predetermined number is changed depending on the maximum play time, the predetermined number may be set at the change timing of the maximum play time. The predetermined number may be set during initialization after supplying power.

An algorithm similar to the table may be incorporated in the program instead of

using the table.

FIG. 21 is a flowchart illustrative of superimposition mode limitation processing according to another embodiment.

In this embodiment, when the number of acquired print candidate images and the remaining time satisfy specific conditions, selection of the first photographing mode is not limited.

A credit (coin) is received (step S 1210).

The superimposition execution count parameter (X) is initialized.

The maximum play time is set, and the remaining time (Y) is counted by decrementing the maximum play time. A print candidate image count parameter (Z) is initialized (step S 1220).

The photographing mode selection screen is displayed (step S 1230).

When the superimposition mode has been selected using the photographing mode selection screen (step S 1240), whether or not the remaining time (X) and the print candidate image count parameter (Z) satisfy specific conditions is determined (step S1250). When the remaining time (X) and the print candidate image count parameter (Z) satisfy the specific conditions, the image capture processing in the superimposition mode is performed, and the superimposition execution count parameter (X) and the print candidate image count parameter (Z) are incremented (step S 1260).

When the remaining time (X) and the print candidate image count parameter (Z) do not satisfy the specific conditions, whether or not the superimposition execution count parameter (X) has reached a predetermined number is determined (step S 1270).

When the superimposition execution count parameter (X) has reached the predetermined number, a message "cannot be selected" is output, and the step S 1230 is again performed (step S 1280).

In this case, the superimposition mode selection button 520 may be inactivated instead of outputting the message.

When the superimposition execution count parameter (X) has not reached the predetermined number, the step S 1260 is performed.

When the superimposition mode is not selected (i.e. the normal mode has been selected) using the photographing mode selection screen (step S 1240), the image capture processing in the normal mode is performed. The print candidate image count parameter (Z) is then incremented (step S 1290).

The specific conditions in the step S 1250 may be stored as table data, or an algorithm similar to the table niay be incorporated in the program instead of using the

table.

FIG. 26 shows an example of a table which stores the conditions for the remaining time (X) and the print candidate image count parameter (Z). The condition table of the remaining time (X) and the print candidate image count value is set in advance, and the specific conditions are determined based on the number of print candidate images and the remaining time set in the table.

For example, a reference numeral 1610 indicates a condition in which selection of the first photographing mode is not limited irrespective of the acquired print candidate image when the remaining time is in the range of 180 to 150.

A reference numeral 1620 indicates a condition in which selection of the first photographing mode is not limited when the number of acquired print candidate images is one or more when the remaining time is in the range of 150 to 120, for example.

A reference numeral 1630 indicates a condition in which selection of the first photographing mode is not limited when the number of acquired print candidate images is two or more when the remaining time is in the range of 120 to 90, for example.

A reference numeral 1640 indicates a condition in which selection of the first photographing mode is not limited when the number of acquired print candidate images is three or more when the remaining time is in the range of 90 to 0, for example.

FIG. 22 is a flowchart illustrative of superimposition mode limitation processing according to another embodiment.

In this embodiment, when the photographing count in the first photographing mode after starting the play satisfies a specific condition, selection of the first photographing mode is not limited.

A credit (coin) is received (step Si 310).

The superimposition execution count parameter (X) and a photographing count parameter (0) are initialized (step S 1320).

The photographing mode selection screen is displayed (step S 1330).

When the superimposition mode has been selected using the photographing mode selection screen (step S 1340), whether or not the photographing count parameter (0) satisfies a specific condition is determined (step S1350). When the photographing count parameter (0) satisfies the specific condition, the image capture processing in the superimposition mode is performed, the superimposition execution count parameter (X) is incremented, the photographing count in the superimposition mode is counted, and the photographing count parameter (0) is updated (step S 1360).

When the photographing count parameter (0) does not satisfy the specific condition, whether or not the superimposition execution count parameter (X) has reached a predetermined number is determined (step S 1370). When the superimposition execution count parameter (X) has reached the predetermined number, a message "cannot be selected" is output, and the step S1330 is again performed (step S1280).

When the superimposition execution count parameter (X) has not reached the predetermined number, the step S 1360 is performed.

When the superimposition mode is not selected (i.e. the normal mode has been selected) using the photographing mode selection screen (step S 1340), the image capture processing in the normal mode is performed. The photographing count in the normal mode is counted, and the photographing count parameter (0) is updated (step S 1390).

FIG. 23 is a flowchart illustrative of an example of superimposition mode limitation processing according to yet another embodiment.

In this embodiment, the photographing count in the first photographing mode after starting the play is counted, and whether or not the photographing count in the first photographing mode after starting the play satisfies a specific condition is determined.

When the specific condition is satisfied, selection of the first photographing mode is not limited.

A credit (coin) is received (step S 1410).

The photographing count parameter (0) is initialized (step S 1420).

The photographing mode selection screen is displayed (step S 1430).

When the superimposition mode has been selected using the photographing mode selection screen (step S 1440), whether or not the photographing count parameter (0) satisfies a specific condition is determined (step S 1450). When the photographing count parameter (0) satisfies the specific condition, the image capture processing in the superimposition mode is performed, the photographing count in the superimposition mode is counted, and the photographing count parameter (0) is updated (step S 1460).

When the photographing count parameter (0) does not satisfy the specific condition, a message "cannot be selected" is output, and the step S1430 is again performed (step S 1470).

When the superimposition mode is not selected (i.e. the normal mode has been selected) using the photographing mode selection screen (step S1440), the image capture processing in the normal mode is performed. The photographing count in the normal mode is counted, and the photographing count parameter (0) is updated (step S 1480).

4. Third embodiment FIG. 27 shows an example of a block diagram of a photograph printing device according to this embodiment. The photograph printing device need not necessarily include all of the elements (each section) shown in FIG. 27. The photograph printing device may have a configuration in which some of the elements are omitted.

A display 190 displays an image, and corresponds to the photographing display 20 shown in FIG. 2, an editing display (not shown), and the like.

A sound output section 192 outputs sound such as game sound.

The processing section 100 (processor) performs various types of processing such as game processing, image generation processing, or sound generation processing based on operation data from the operation section 160, a program, and the like. In this case, the processing section 100 performs various types of processing using a main storage section 172 in the storage section 170 as a work area. The function of the processing section 100 may be implemented using hardware such as various processors (CPU, DSP, etc.) or an ASIC (gate array, etc.) and a program (game program).

The processing section 100 includes an editing processing section 110, an image generation section 120, a sound generation section 130, a finish control processing section 2140, a selection step processing section 2142, a photographing step processing section 2144, and a count processing section 2148.

The finish control processing section 2140 determines whether or not the generated photographed image and the remaining time satisfy relief conditions set in advance. When the generated photographed image and the remaining time satisfy the relief conditions, the finish control processing section 2140 resets the remaining time, and then determines completion of photographing based on the reset remaining time.

The finish control processing section 2140 determines whether or not the remaining time satisfies a finish condition in the selection step. When the finish control processing section 2140 has determined that the remaining time satisfies the finish condition, the finish control processing section 2140 may terminate the photographing processing.

The finish control processing section 2140 may prevent the processing from being interrupted during the photographing step irrespective of the remaining time.

After the remaining time has been reset, the finish control processing section 2140 determines whether or not the number of photographed images generated has reached a reference value when finishing the photographing processing. When the number of photographed images generated has not reached the reference value, the finish control processing section 2140 may reset the remaining time, and then determine completion of photographing based on the reset remaining time.

After the remaining time has been reset, the finish control processing section 2140 may reset the remaining time so that the reset remaining time is shorter than the remaining time previously reset.

The selection step processing section 2142 displays a selection screen for selecting setting items set relating to photographing in the photographing step before the photographing step is performed, and receives a selection input.

The photographing step processing section 2144 performs processing in the photographing step including image capture processing which includes photographing an image of an object after the selection processing in the selection step has been completed, capturing the photographed object image, and generating the photographed image as the print candidate based on the selection in the selection step.

The count processing section 2148 counts the execution count of the photographing processing (photographing step) or the number of generated photographed images after starting the play.

FIG. 28 is a view illustrative of the flow of processing for one play in the photograph printing device according to this embodiment.

In this embodiment, an attraction screen is displayed on the display in a period before starting the play (before inserting coin) (see 2210). When a coin has been inserted (see 2212), photographing processing 2220 is started. For example, a value of seconds is set as the photographing processing time limit, and the remaining time starts to be decremented when photographing has been started.

In the photographing processing 2220, the first selection step, the first photographing step, the second selection step, the second photographing step, ..., the nth selection step, and the nth photographing step are repeatedly performed until the remaining time reaches a specific value.

In the selection step, the selection screen for selecting the setting items set relating to photographing in the photographing step is displayed before performing the photographing step, and the selection input is received.

In the selection step, the player selects various items set relating to photographing using a photographing type selection screen (see FIG. 30), a flash selection screen (see FTG. 31), a skin tone selection screen (see FTG. 32), a background selection screen (see FIG. 33), and the like.

FIG. 30 shows the photographing type selection screen. A photographing type selection screen 2500 is displayed on the display (20 in FTGS. 2 and 3) of the photographing block. A reference numeral 2520 indicates a button image the player touches when selecting the superimposition type, and a reference numeral 2510 indicates a button image the player touches when selecting the normal type. In this embodiment, the normal type or the superimposition type can be selected by forming the display of the photographing block using a touch panel and allowing the player to touch the selection button displayed on the display.

A reference numeral 2530 indicates a remaining time display. In this embodiment, the remaining time is displayed on the selection screen during the selection step, and decremented with time.

In this embodiment, a superimposition photographing type is provided in addition to a normal photographing type. When the superimposition photographing type is selected, four images can be superimposed at the maximum. In this case, the photographing step takes time.

FIG. 31 shows the flash selection screen. A flash selection screen 2600 is displayed on the display (20 in FIGS. 2 and 3) of the photographing block. A reference numeral 2610 indicates a button image the player touches when selecting a "soft" flash, and a reference numeral 2620 indicates a button image the player touches when selecting a "clear" flash. In this embodiment, the type of flash can be selected by forming the display of the photographing block using a touch panel and allowing the player to touch the selection button displayed on the display.

A photograph which allows the player to imagine the feel of the skin when photographing using each flash may be respectively displayed on the selection button images 2610 and 2620.

A reference numeral 2630 indicates a remaining time display. In this embodiment, the remaining time is displayed on the selection screen during the selection step, and decremented with time.

FIG. 32 shows an example of the skin tone selection screen. A skin tone selection screen 2700 is displayed on the display (20 in FIGS. 2 and 3) of the photographing block. Reference numerals 2710-1 to 2710-6 indicate skin tone (brightness) selection button images. Tn this embodiment, the skin tone (brightness) can be selected by forming the display of the photographing block using a touch panel and allowing the player to touch the selection button (button image) displayed on the display.

A reference numeral 2730 indicates a remaining time display. In this embodiment, the remaining time is displayed on the selection screen during the selection step, and decremented with time.

FIG. 33 shows the background selection screen. A background selection screen 2800 is displayed on the display (20 in FIGS. 2 and 3) of the photographing block.

Reference numerals 2810-1, 2810-2, ... indicate background color selection button images. In this embodiment, the background color can be selected by forming the display of the photographing block using a touch panel and allowing the player to touch the selection button (button image) displayed on the display.

A reference numeral 2830 indicates a remaining time display. In this embodiment, the remaining time is displayed on the selection screen during the selection step, and decremented with time.

In this embodiment, the screens as shown in FIGS. 30 to 33 which allow a selection input of the item relating to photographing are sequentially displayed before performing the photographing step, and the player performs the selection input.

In the photographing step, processing is performed which includes image capture processing including photographing an image of an object after the selection processing in the selection step has been completed, capturing the photographed object image, and generating the photographed image as the editing target based on the selection in the selection step.

In each photographing step, the photographed images as the editing targets can be acquired in a predetermined number determined according to the type of photographing step. Therefore, the number of photographed images which can be acquired by the player can be increased accompanying an increase in the execution count of the photographing step.

Photographing is finished when specific conditions have been satisfied (see 2222). A photographed image selection period @eriod in which the photographed image is selected) and an editing period 2240 are provided after completion of photographing. Then, print processing is then performed. Description of the print processing is omitted.

Processing is performed in a photographing booth (photographing block 2) in the periods 2220 and 2230, and processing is performed in a editing booth (editing block 3) in the period 2240.

However, since the photographing processing time limit is set from the viewpoint of the rate of operation, and photographing is generally terminated when the remaining time becomes short, a player unfamiliar with the game may take time for selection in the selection step and photographing, whereby the number of photographed images which can be acquired may be decreased. For example, even if Z types of images can be printed, only photographed images in a number less than Z may be acquired. In this case, the number of types of print images which can be acquired by the player may be less than the number of types of print images provided by the photograph printing device, whereby the player is satisfied to a small extent. This prevents the player from playing the game again.

In this embodiment, completion of the game is determined based on the remaining time. When the execution count of the photographing processing (photographing step) or the generated photographed image and the remaining time satisfy a relief condition, the remaining time is reset so that a player with a short remaining time and a small number of acquired photographed images is relieved.

FIG. 29 is a view illustrative of a specific example of transition to the relief mode according to this embodiment.

For example, when play has been stated upon insertion of a coin or the like (see 2300), a value of 180 seconds is set as the photographing processing time limit, and the remaining time starts to be decremented when photographing has been started.

In this embodiment, the remaining time is counted by decrementing the photographing processing time limit set to determine completion of photographing during one play based on at least one of the progress of play and the elapsed time, and the photographing processing is finished when the remaining time satisfies a finish condition.

In the photographing processing 2220, sets of the selection step and the photographing step, such as a first selection step 2310, a first photographing step 2320, a second selection step 2340, a second photographing step 2350, ..., are repeatedly performed until the remaining time reaches a specific value.

In this embodiment, the photographing processing time limit is set at 180 seconds, and the standard number of photographed image to be acquired is set at least four. The player can select a desired image from the photographed images and print the selected image. When the minimum number of images to be selected is X, the player is satisfied with the selection if the standard number of photographed image to be acquired is set at more than X. Therefore, the standard number of photographed image to be acquired may be set based on the minimum number of images to be selected.

For example, since the average time required for the selection step and the photographing step is about 30 seconds, an average player can acquire about six photographed images. Note that this embodiment illustrates an example in which one photographed image can be acquired by one photographing step for convenience of

description.

Consider that case where an inexperienced player has required 30 seconds for the first selection step 2310 and 60 seconds for the first photographing step 2320.

The first relief condition determination is performed when the first selection step 2310 has been completed. In this case, the remaining time is 90 seconds, and the number of photographed images is one (one photographed image is acquired in the first photographing step 2320).

The relief condition may be set as the condition relating to the generated photographed image and the remaining time. For example, a relief condition may be set in which the remaining time is reset when the number of photographed images acquired is X (eg. four) or less and the remaining time is Y seconds (e.g. 20 seconds) or less.

For example, when the relief condition is set so that the remaining time is reset when the number of photographed images acquired is four or less and the remaining time is less than 20 seconds, since this condition is not satisfied at the first relief condition determination 2330, the remaining time is not reset.

Consider that case where the player has required 20 seconds for the second selection step 2340 and 55 seconds for the second photographing step 2350.

The second relief condition determination is performed when the second selection step 2350 has been completed. Tn this case, the remaining time is 15 seconds, and the number of photographed images is two (one photographed image is respectively acquired in the first and second photographing steps 2320 and 2340).

Since at least about 20 seconds are generally required to obtain one photographed image (complete the selection step and the photographing step), "remaining time20" is set as the relief condition relating to the remaining time.

Specifically, when the remaining time is greater than 20 seconds, a photographed image can be acquired with high possibility without resetting the remaining time. When the photographed images have been acquired in a number equal to or greater than the standard number of images to be acquired (four in this example), the remaining time is not reset since the minimum standard is satisfied.

In this case, since the relief condition is satisfied, the remaining time is reset to seconds.

Consider that case where the player has required 15 seconds for the third selection step 2370 and 40 seconds for the third photographing step 2380. In this case, the remaining time becomes zero during the third photographing step 2380. In this embodiment, since the processing is not interrupted during the photographing step irrespective of the remaining time, the processing of the photographing step is continuously performed even if the remaining time has become zero, whereby the player can acquire the photographed image.

In this embodiment, after the photographing step has been started, the photographing step can be completed without interruption. Therefore, if the photographing step is started after the selection step after resetting the remaining time, the photographing step can be completed irrespective of the remaining time.

In this embodiment, whether or not the remaining time satisfies the finish condition is determined in the selection step, and the processing of the selection step is terminated when it is determined that the remaining time satisfies the finish condition.

Therefore, when the player has required a period of time equal to or greater than the reset remaining time for the third selection step, photographing is terminated during the selection step, and the next processing (editing image selection period in FIG. 28) is performed without performing the photographing step.

Since the remaining time has been reset when the third photographing step 2380 has been completed, extension determination 2390 after relief is performed. In this case, the remaining time is -35 seconds, and the number of photographed images is three.

In this embodiment, after the remaining time has been reset, whether or not the execution count of the photographing processing (photographing step) or the number of photographed images generated has reached the reference value is determined when finishing the photographing step. When the execution count or the number has not reached the reference value, the remaining time is reset, and completion of photographing is determined based on the reset remaining time.

When the reference value used in extension determination is set at a value equal to that of the relief condition (standard number of photographed images) (four in this example), since the number of generated photographed images is three, the reference value has not been reached. Therefore, the remaining time is reset to 20 seconds.

The remaining time may be reset to the same value. When resetting the remaining time after relief, the remaining time may be reset so that the reset remaining time is shorter than the remaining time previously reset.

Consider that case where the player has required 5 seconds for the fourth selection step 2400 and 10 seconds for the fourth photographing step 2410.

In this case, the remaining time is 5 seconds and the number of photographed images is four when the fourth photographing step 2410 has been completed (next extension determination 2420 in the relief mode).

Therefore, since the number of generated photographed images has reached the reference value, the remaining time is not reset, and the fifth selection mode 2430 is started in a state in which the remaining time is five seconds. Photographing is terminated when the remaining time has become zero (2440). In this embodiment, when the remaining time has become zero in the selection step, photographing is terminated without relief. If the processing is interrupted after starting the photographing step, the player is not satisfied. On the other hand, if the processing is interrupted during selection, the player may accept the situation as "timeout". Since the time limit is provided, the player must quickly select the image.

(2220) indicates the time at which the photographing processing has been completed without extending the remaining time (the initial photographing processing time limit has been completed).

FIG. 34 is a flowchart illustrative of the remaining time extension processing according to this embodiment.

An attraction screen is displayed (step S2010).

When a play start instruction input has been received, processing of the following steps S2030 to S2110 is performed (step S2020). The play start instruction input may be insertion of a coin, for example. In the case of free play, a play start button may be pressed.

The remaining time is initialized (step S2030). The photographing processing time limit (e.g. 180 seconds) provided in advance before starting the play is set as the remaining time.

The photographing processing is then performed (step S2040). In the photographing processing, the processing described with reference to FIG. 29 is performed, for example.

When the remaining time has been reset, whether or not the number of photographed images or the execution count of the photographing processing is equal to or less than a predetermined value is determined. When the number of photographed images or the execution count of photographing is equal to or less than the predetermined value, the remaining time is reset (steps S2070, S2 100, and S2 110).

When the remaining time has not been reset, whether or not the remaining time and the number of photographed images or the execution count of the photographing processing satisfy the relief condition is determined. When the relief condition is satisfied, the remaining time is reset (steps S2070, S2080, and S2090).

In this embodiment, whether or not the execution count of the photographing step or the number of generated photographed images and the remaining time satisfy the relief condition is determined. When the relief condition is satisfied, the remaining time is reset.

After the remaining time has been reset, whether or not the execution count of the photographing step or the number of generated photographed images has reached the reference value is determined when finishing the photographing step. When the execution count or the number has not reached the reference value, the remaining time is reset (the remaining time is reset or additional time is set so that the remaining time becomes equal to a predetermined time).

FIG. 36 is a flowchart illustrative of the photographing processing.

A photographing type selection input is received using the photographing type selection screen (step S2042).

A setting item selection input is received using the setting item selection screen (step S2044).

As examples of the setting item selection screen, the flash selection screen, the skin tone selection screen, the background selection screen, and the like can be given.

After the setting item selection input has been completed, photographing and image capture processing determined for each photographing type is performed to generate a photographed image (step S2046).

The number of acquired photographed images or the execution count of the photographing processing is incremented (step S2048).

FIG. 35 is a flowchart showing an example of the timeout determination processing.

In this embodiment, timeout is determined by repeatedly performing the following processing in units of a specific period of time (e.g. one second) during the photographing processing.

The remaining time is decremented (step S22 10).

Whether or not the current step is the selection step is determined. When the current step is the selection step, whether or not the remaining time is equal to or less than zero is determined. When the remaining time is equal to or less than zero, timeout processing is performed (steps S2220, S2230, and S2240).

Whether or not the current step is the selection step may be determined by providing a mode flag (ON: selection step, OFF: mode other than the selection step), and determining whether or not the current step is the selection step by checking the mode flag, for example. For example, the mode flag may be set to ON after starting the play, and the mode flag may be set to OFF when starting the photographing step.

after completing the selection step.

Whether or not the current step is the selection step may be determined based on the screen currently being displayed.

In this embodiment, whether or not the remaining time satisfies the finish condition is determined in the selection step. When it is determined that the remaining time satisfies the finish condition, the photographing finish processing (timeout processing) is performed.

In the photographing step, the game end is not terminated irrespective of the remaining time until the processing of the photographing step is completed and the photographed image is acquired.

The invention is not limited to the above-described embodiments, and various modifications can be made.

Part of requirements of any claim of the invention could be omitted from a dependent claim which depends on that claim. Moreover, part of requirements of any independent claim of the invention could be made to depend on any other independent claim.

Although only some embodiments of the invention have been described in detail above, those skilled in the art will readily appreciate that many modifications are possible in the embodiments without materially departing from the novel teachings and advantages of this invention. Accordingly, all such modifications are intended to be included within the scope of the invention.

Claims

What is claimed is: 1. A photograph printing device which repeatedly performs photographing processing of photographing an object using an imaging section and generating a photographed image until a given photographing processing time limit is reached, edits the photographed image generated by the photographing processing, and prints the edited image, the photograph printing device comprising: finish control means for counting a remaining time by decrementing the photographing processing time limit based on at least one of progress of play and an elapsed time, and terminating the photographing processing when the remaining time has satisfied a finish condition; and means for counting a number of photographed images generated by the photographing processing; wherein the finish control means determines whether or not the number of photographed images and the remaining time satisfy a relief condition set in advance, and resets the remaining time when the relief condition is satisfied.
2. A photograph printing device which repeatedly performs photographing processing of photographing an object using an imaging section and generating a photographed image until a given photographing processing time limit is reached, edits the photographed image generated by the photographing processing, and prints the edited image, the photograph printing device comprising: finish control means for counting a remaining time by decrementing the photographing processing time limit based on at least one of progress of play and an elapsed time, and terminating the photographing processing when the remaining time has satisfied a finish condition; and means for counting an execution count of the photographing processing; wherein the finish control means determines whether or not the execution count of the photographing processing and the remaining time satisfy a relief condition set in advance, and resets the remaining time when the relief condition is satisfied.
3. The photograph printing device as defined in claim 1 or 2, wherein the photographing processing includes a selection step of displaying a selection screen for selecting a setting item relating to photographing and receiving a selection input, and a photographing step of photographing an object based on the selection in the selection step after the selection step has been completed, and generating a photographed image.
4. The photograph printing device as defined in claim 3, wherein the finish control processing means determines whether or not the remaining time has satisfied the finish condition in the selection step, and terminates the photographing processing when the finish control processing means has determined that the remaining time has satisfied the finish condition.
5. The photograph printing device as defined in claim 3 or 4, wherein the finish control means prevents processing from being interrupted during the photographing step irrespective of the remaining time.
6. The photograph printing device as defined in any of claims ito 5, wherein, after the remaining time has been reset, the finish control means determines whether or not the number of photographed images generated has reached a reference value when finishing the photographing processing, and, when the reference value has not been reached, the finish control means resets the remaining time, and then determines completion of the photographing processing based on the reset remaining time.
7. The photograph printing device as defined in any of claims 1 to 6, wherein, after the remaining time has been reset, the finish control means resets the remaining time so that the reset remaining time is shorter than the remaining time previously reset.
8. A photograph printing method for a photograph printing device which repeatedly performs photographing processing of photographing an object using an imaging section and generating a photographed image until a given photographing processing time limit is reached, edits the photographed image generated by the photographing processing, and prints the edited image, the method comprising: a finish control step of counting a remaining time by decrementing the photographing processing time limit based on at least one of progress of play and an elapsed time, and terminating the photographing processing when the remaining time has satisfied a finish condition; and a step of counting a number of photographed images generated by the photographing processing; wherein the finish control step determines whether or not the number of photographed images and the remaining time satisfy a relief condition set in advance, and resets the remaining time when the relief condition is satisfied.
9. A photograph printing method for a photograph printing device which repeatedly performs photographing processing of photographing an object using an imaging section and generating a photographed image until a given photographing processing time limit is reached, edits the photographed image generated by the photographing processing, and prints the edited image, the method comprising: a finish control step of counting a remaining time by decrementing the photographing processing time limit based on at least one of progress of play and an elapsed time, and terminating the photographing processing when the remaining time has satisfied a finish condition; and a step of counting an execution count of the photographing processing; wherein the finish control step determines whether or not the execution count of the photographing processing and the remaining time satisfy a relief condition set in advance, and resets the remaining time when the relief condition is satisfied.Amendments to the claims have been filed as follows What is claimed is: 1. A photograph printing device which comprises an imaging section and is operable to repeatedly perform photographing processing until a given photographing processing time limit is reached, said processing comprising photographing an object using the imaging section and generating a photographed image, the device further being operable to edit the photographed image generated by the photographing processing, and print the edited image, the photograph printing device comprising: finish control means for counting a remaining time by decrementing the photographing processing time limit based on at least one of progress of play and an elapsed time, and terminating the photographing processing when the remaining time has satisfied a finish condition; and v" means for counting a number of photographed images generated by the photographing processing; wherein the finish control means determines whether or not the number of c'J photographed images and the remaining time satisfy a relief condition set in advance, and resets the remaining time when the relief condition is satisfied.2. A photograph printing device which comprises an imaging section and is operable to repeatedly perform photographing processing until a given photographing processing time limit is reached, said processing comprising photographing an object using the imaging section and generating a photographed image, the device further being operable to edit the photographed image generated by the photographing processing, and print the edited image, the photograph printing device comprising: finish control means for counting a remaining time by decrementing the photographing processing time limit based on at least one of progress of play and an elapsed time, and terminating the photographing processing when the remaining time has satisfied a finish condition; and means for counting an execution count of the photographing processing; wherein the finish control means determines whether or not the execution count of the photographing processing and the remaining time satisfy a relief condition set in advance, and resets the remaining time when the relief condition is satisfied.3. The photograph printing device as defined in claim 1 or 2, wherein the photographing processing includes a selection step of displaying a selection screen for selecting a setting item relating to photographing and receiving a selection input, and a photographing step of photographing an object based on the selection in the selection step after the selection step has been completed, and o generating a photographed image.4. The photograph printing device as defined in claim 3, 0. ..wherein the finish control processing means determines whether or not the c'J sj remaining time has satisfied the finish condition in the selection step, and terminates the photographing processing when the finish control processing means has determined that the remaining time has satisfied the finish condition.5. The photograph printing device as defined in claim 3 or 4, wherein the finish control means prevents processing from being interrupted during the photographing step irrespective of the remaining time.6. The photograph printing device as defined in any of claims 1 to 5, wherein, after the remaining time has been reset, the finish control means determines whether or not the number of photographed images generated has reached a reference value when finishing the photographing processing, and, when the reference value has not been reached, the finish control means resets the remaining time, and then determines completion of the photographing processing based on the reset remaining time.7. The photograph printing device as defined in any of claims 1 to 6, wherein, after the remaining time has been reset, the finish control means resets the remaining time so that the reset remaining time is shorter than the remaining time previously reset.8. A photograph printing method for a photograph printing device which comprises an imaging section and is operable to repeatedly perform photographing processing until a given photographing processing time limit is reached, said processing comprising photographing an object using the imaging section and generating a photographed image, the device further being operable to edit the photographed image generated by the photographing processing, and print the edited image, the method comprising: a finish control step of counting a remaining time by decrementing the photographing processing time limit based on at least one of progress of play and an elapsed time, and teminating the photographing processing when the remaining time has satisfied a finish condition; and a step of counting a number of photographed images generated by the photographing processing; wherein the finish control step determines whether or not the number of photographed images and the remaining time satisfy a relief condition set in advance, and resets the remaining time when the relief condition is satisfied.9. A photograph printing method for a photograph printing device which comprises an imaging section and is operable to repeatedly perform photographing processing until a given photographing processing time limit is reached, said processing comprising photographing an object using the imaging section and generating a photographed image, the device further being operable to edit the photographed image generated by the photographing processing, and print the edited image, the method comprising: a finish control step of counting a remaining time by decrementing the photographing processing time limit based on at least one of progress of play and an elapsed time, and terminating the photographing processing when the remaining time has satisfied a finish condition; and a step of counting an execution count of the photographing processing; o wherein the finish control step determines whether or not the execution count of the photographing processing and the remaining time satisfy a relief condition set in advance, and resets the remaining time when the relief condition is satisfied. c'J c'J