JP2006277065A - Layout editing system and method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To efficiently select desired images from a number of images when editing the images using a template. <P>SOLUTION: An image edition template 81 selected by a customer and images 91 to be selected are arranged in a template editing window 90. Each of the images is provided with image attribute information showing its characteristics. Each of the images is extracted as the image 91 to be selected and is displayed in the template editing window 90 only when the image attribute information matches attribute information preset for each template 81. Unnecessary image frames not to be edited in the template 81 are excluded from the subjects of selection and it is made possible to efficiently select any desired images. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention is applied to, for example, a photo studio that mainly performs commemorative photos and product photography, and can lay out images efficiently by combining images such as photographed images at predetermined positions in a template. And a method.

  In recent years, an image taken with a digital camera can be displayed on a monitor of a personal computer (information processing device) in a photo studio that specializes in taking commemorative photos and products so that print orders can be accepted on the spot. A photography system is introduced. By presenting the finished condition on a monitor when ordering a print, there is an advantage that the customer can immediately confirm the finished image, thereby stimulating the customer's willingness to purchase.

A print order is accepted by displaying a list of images obtained by digital photography on a monitor and allowing a customer to select a desired image / number of prints. In commemorative photo shooting and the like, in order to increase the added value of the service, a service of providing images to customers by converting images into albums is suitably performed. In this case, a desired template is selected from a plurality of album creation templates, and an image selected by the customer is fitted into a predetermined position in the template (in some cases, the selected image is enlarged or reduced), thereby easily and easily. An album can be created quickly (see, for example, Patent Document 1 and Patent Document 2).
JP 2003-167723 A JP 2004-240950 A

  In photography at a photo studio, it is common to shoot a plurality of times even with the same subject while changing the photographing conditions such as exposure and composition. In addition, with the digitization of shooting, unnecessary shot images can be erased with a simple operation, resulting in an extremely large number of shot images. Therefore, the system of creating an album using a template can increase the added value as a product in terms of creating an album with a story, but the customer himself can select a desired image from a large number of selection target images. Therefore, an excessive burden is imposed on the customer who performs the selection work. Therefore, in order to reduce the burden on the customer, it has been desired to reduce the effort required for image selection as much as possible.

  The present invention has been made in view of the above problems, and an object of the present invention is to provide a layout editing method and system capable of efficiently performing image selection when an image layout is edited using a template. And

  In order to achieve the above object, according to the present invention, an efficient layout is obtained by extracting as a selection target image only when the attribute information pre-assigned to the template matches the attribute information assigned to the image to be synthesized. Allows editing. That is, in the present invention, storage means for storing template attribute information determined for each template, attribute information generation means for generating image attribute information representing the characteristics of a digital image, and template attribute information corresponding to the selected template And an image extracting means for extracting the corresponding digital image only when the image attribute information matches, and a display control means for displaying the selected template image and the extracted digital image side by side on a monitor. It is characterized by having.

  The digital image is a digital photographed image obtained by photographing using a digital camera, and the image attribute information preferably includes photographing condition information. Furthermore, it is preferable that the image attribute information includes subject information obtained by image analysis of image data corresponding to a digital photographed image.

  It is preferable that the template attribute information includes combined position information indicating a combined position where the main subject is combined, and the image attribute information includes feature point position information indicating the position information of the characteristic portion of the main subject. In this case, it is preferable to synthesize the digital image with the template so that the characteristic portion coincides with the synthesis position.

  According to the present invention, only when the template attribute information corresponding to the selected template matches the image attribute information, the corresponding digital image is extracted, and the selected template and the extracted digital image are extracted. Since the images are displayed side by side on the monitor, unnecessary image frames can be excluded from the selection target, and thus the burden on the customer in image selection can be reduced.

  In addition, since image attribute information is obtained by performing image analysis on image data corresponding to a digital photographed image, it is possible to automatically generate image attribute information. Furthermore, since the synthesis position in the template is matched with the feature point position corresponding to the feature portion of the image, the template synthesis photograph having a good appearance can be easily obtained.

  The photography system 2 shown in FIG. 1 is installed in a photography studio that specializes in commemorative photography and product photography such as weddings and Shichigosan, and image data obtained by photographing with a digital camera 10, or a memory card or CD- Image data (including photographic film digitized in TIFF or JPEG format) recorded on a recording medium 11 such as R is taken into a personal computer (hereinafter abbreviated as PC) 12 as an information processing apparatus, and the image data The image (digital image) corresponding to the above is displayed on the monitor 13 of the PC 12 and an image print order is received, and the order contents are received by the printer 14 provided in the photo studio or the business printer 16 installed in the print laboratory 15. A corresponding print is created.

  The digital camera 10 and the printer 14 are connected to the PC 12 by a communication cable compliant with, for example, IEEE 1394, USB (Universal Serial Bus), a wireless LAN, or the like, and data communication with the PC 12 is possible. . Similarly, the recording medium 11 can transmit and receive data to and from the PC 12 via a dedicated driver provided in the PC 12. The print order to the print laboratory 15 is made by, for example, an internet order using an internet line or an order via an order form.

  In FIG. 2 showing the internal configuration of the digital camera 10, a CPU 20 is connected to each unit via a data bus 21 and comprehensively controls the operation of the entire digital camera 10. The ROM 22 stores various programs and data for operating the digital camera 10. The CPU 20 reads these programs and data from the ROM 22 to the RAM 23 that is a working memory, and executes various processes. Further, the CPU 20 receives an input from the operation unit 24 including a release button for performing shutter release and various setting buttons for setting an aperture, a shutter speed, a zoom magnification, a photographing sensitivity, and the like. Each part of the camera 10 is operated.

  The imaging unit 25 includes a known imaging lens and CCD, and photoelectrically converts an optical image of a subject to output digital image data. The image data output from the imaging unit 25 is temporarily stored in the RAM 23. This image data is original image data (RAW data) that has not been subjected to image processing such as white balance processing. For example, a large number of pixel data having gradation values expressed in 12 bits for each RGB color Consists of

  The image processing circuit 26 reads the original image data from the RAM 23, reduces the gradation value for each RGB color to 8 bits, and performs appropriate image processing such as white balance processing and gradation conversion processing.

  The compression / decompression processing circuit 27 performs compression processing on the processed image data that has been subjected to image processing by the image processing circuit 26 in accordance with a format defined by JPEG, and outputs compressed image data. Further, by performing a thinning operation on the processed image data, for example, 1280 × 960 pixel JPEG image data (hereinafter referred to as thumbnail image data) is output. The original image data output from the imaging unit 25, the compressed image data output from the compression / decompression processing circuit 27, and the thumbnail image data are one piece of image data together with additional information of shooting information (such as a shooting light source and an exposure state) to be described later. The files are collected and recorded on the memory card 29 via the media controller 28.

  Under the control of the LCD driver 31, the LCD 30 displays a through image of the subject image and reproduces and displays the captured image. The communication I / F 32 transmits the image data file to the PC 12 via a communication cable or a wireless LAN.

  In FIG. 3 showing the internal configuration of the PC 12, the PC 12 is connected to each part via the data bus 40, and controls the overall operation of the PC 12, and a photography system program (hereinafter simply referred to as a program). Various programs for operating the PC 12 such as 42, and various data used for these programs (for example, a template database (DB) 43, an attribute definition DB 44, an image data file 45 described later), and the like are stored. Control of a hard disk drive (HDD) 46 serving as storage means, a digital signal processor (DSP) 47 that performs various image processing on the image data when the image data is transferred from the CPU 41, and a monitor driver 48 Below the customer management window 60 (see FIG. 8). And a monitor 13 for displaying a selection window 70 (see FIG. 9) and the reception of each image data transmitted from the digital camera 10 or the recording medium 11 and a print command to the printer 14 or the business printer 16. It is comprised from communication I / F49 which mediates transmission.

  The CPU 41 reads the program 42 and various data from the HDD 46 to the RAM 50 that is a working memory, and executes various processes. Further, the CPU 41 receives an operation instruction from the operator via the operation unit 51 including a keyboard and a mouse, and operates each unit of the PC 12.

  The DSP 47 includes an image analysis circuit 52 and an attribute comparison circuit 53. The image analysis circuit 52 reads image data (either original image data, compressed image data, or thumbnail image data) included in the image data file 45 in the HDD 46, and obtains information such as the position of the main subject, clothing, and number of people. The determination is made using a known image analysis method. As will be described later, the attribute comparison circuit 53 compares attribute information such as shooting information and subject information included in the image data file 45 with attribute information provided for each album creation template described later. It is determined whether or not they match.

  In addition to the above, the HDD 37 stores customer management data indicating, for example, customer personal information and the contents of print orders. The template DB 43 stored in the HDD 46 stores album creation template data, which will be described later, and attribute information (template attribute information) included in the template in association with each other. The attribute definition DB 44 stores a database of attribute information types such as shooting information and subject information.

  As shown in FIG. 4, the attribute DB 44 is associated with shooting content information 44a representing shooting content such as a wedding ceremony, an adult ceremony, and a graduation ceremony, and shooting environment information such as a shooting light source, background, and exposure. The attribute information 44b including the type of information, the type of subject information such as the clothing of the subject, the number of people, and the like, and the contents of the attribute information of the image data file and the template attribute information based on the information in the attribute definition DB 44 Is determined. In the example shown in FIG. 4, in shooting at a wedding, background information (for example, color background, ceremony place set, location, etc.), exposure information (for example, under, appropriate, over), light source information (for example, halogen light, fluorescence) Shooting information such as a light, no light source, etc.) is defined, and one of these is selected at the time of subject shooting. On the other hand, the subject information includes information such as clothes information (for example, wedding dress, white solid, dress, etc.) and composition / pose information (for example, the number of main subjects, gender, position / posture of main subjects, etc.). This subject information is determined at the time of image analysis.

  FIG. 5 shows the contents of the template DB 43 associated with an album creation template (for example, see FIG. 10). The template DB 43 is provided with definition information indicating the photographing content and the template attribute information for each template identification ID, and is associated with the template data in the HDD 46 by the identification ID. In the example of FIG. 5, definition information of “wedding / wedding dress” is provided for the template whose identification ID is 0001, which means that the template is for a bride in a wedding dress. The corresponding attribute information includes shooting information such as “halogen light, color background, underexposure” and subject information such as “one female subject, white dress subject”. 45 is associated with the attribute information included in 45. Further, composite position information representing a difference reference point for compositing images is further provided as attribute information. This combined position information will be described later.

  As shown in FIG. 6, in the image data file 45, in addition to the above-described original image data, processed image data, and thumbnail image data, shooting content data 45a, shooting information data 45b, and subject analysis information data 45c as additional information are included. And feature point position data 45d is provided. The photographing content data 45a represents photographing content (for example, wedding ceremony, adult ceremony, etc.). The shooting information data 45b includes information such as a shooting light source (for example, halogen light), the presence / absence of a background color (for example, color background), the degree of exposure (for example, underexposure), and the like. Obtained by. On the other hand, the subject analysis information data 45c records information such as the sex, number of people, and clothing of the subject, and the image analysis circuit 52 in the PC 12 analyzes the image data (for example, processed image data or thumbnail data). It is obtained by. The photographing information data 45b and the subject analysis information data 45c are stored in the template DB 43 in the attribute comparison circuit 53 and compared with attribute information included in each template.

  The subject analysis information data 45b is determined, for example, according to the flowchart shown in FIG. First, image data in the image file is read, and the face position of the subject is determined according to a known face position determination method (step S01). Next, a clothing position is estimated from the determined face position information (S02), and a clothing candidate for the subject is extracted from the attribute definition DB 44 from the photographing content (for example, a wedding ceremony or an adult ceremony) (S03). Then, the type of clothing is estimated from the color tone and frequency characteristics of the clothing image. For example, if the color of the clothing is white, it is estimated that the wedding dress is solid white, and if the frequency characteristic of the clothing image is flat in the low frequency region, the variation in shading is small white, Otherwise, it is presumed that the wedding dress has many shades due to lace (S04). Using the same determination method, the number of subjects, gender, and pose (whether the subject is standing or sitting) are determined.

  Each image data file 45 includes feature point position information 45d representing coordinates of the position (for example, the face position) of the main subject. When an album photo is created by synthesizing images selected by a customer at a predetermined position on the template, they are synthesized so that the synthesis position determined by the template DB 43 matches the feature point position. The combination position information in the template DB 43 is determined in advance, and the feature point position information of the image data file 45 is determined during image analysis (for example, when the face position is determined).

  The program 42 includes steps from photographing with the digital camera 10, taking in image data from the recording medium 11, selection of images to be presented to customers and print orders, verification such as trimming and color adjustment, print ordering, ordering and verification. , Which can be collectively processed by the PC 12 and installed in the HDD 46 from a recording medium such as a CD-ROM or a DVD-ROM.

  Hereinafter, a procedure for assigning an image to a template and performing image editing will be described. When the program 42 is activated by an external operation via the operation unit 51, a customer management window 60 shown in FIG. 8 is displayed on the monitor 13. The customer management window 60 is used for registering a new customer, correcting or deleting registered contents, searching for a customer, searching for a customer, and the like by operation input from the operation unit 51. , Reception ID, name, phone number), shooting date and time, shooting contents (wedding, 753, baby, etc.), process progress, etc. are displayed as a list 61. In addition, on the upper part of the customer management window 60, target customer information 62 is displayed. The target customer is distinguished from other customers by a highlight display 63 (indicated by hatching in the figure) on the list 61. The customer to be selected is selected by, for example, clicking the pointer 65 corresponding to the operation of the mouse of the operation unit 51 in accordance with each customer column or pressing the cross key provided on the keyboard of the operation unit 51. It is done by operating.

  In the lower part of the customer management window 60, buttons for moving to each process (“photograph”, “import”, “select”, “order”, “composite”, “verification”, “lab order”, “in-house” Process "and" Verify "buttons) 64 are arranged. After selecting a target customer in the list 61, the pointer 65 is placed on one of these button groups 64 and clicked to move to the corresponding process, and the display is switched to the window for each process. The program 42 associates each image data obtained in the photographing process and the capturing process with customer management data such as personal information and order information and stores them in the HDD 46 so that the management can be performed for each customer.

  When the “shoot” button is clicked in the customer management window 60, the process proceeds to a shooting process for assisting the shooting of the subject by the digital camera 10. The PC 12 in the photographing process stores each image data transmitted from the digital camera 10 in association with the customer management data in the HDD 46 and displays an image represented by the image data on the monitor 13. Assist with shooting. When the “capture” button is clicked, the process proceeds to a capture step for capturing image data from the recording medium 11.

  When the “select” button is clicked, the display on the monitor 13 is switched to a selection window 70 shown in FIG. 9, and the process proceeds to a selection process for selecting a presentation to a customer and an image to be printed. In the image display area 71 of the selection window 70, all images 72 acquired in the photographing process and the capturing process are displayed for the customer selected in the customer management window 60. Each image frame 71a displayed in a divided manner includes an image 72, a file name of compressed image data representing the image 72, and a check box 73 for inputting a selection result as to whether or not to print the image 72. It is displayed.

  The check box 73 is provided with a “◯” button indicating that it is a target for a print order, a “Δ” button indicating that it is under consideration, and a “X” button indicating that it is not a target for a print order. Then, the operator determines the appearance of each image 72 together with the customer, and inputs the result into the check box 73, whereby the image 72 to be printed is selected. Also, a scroll bar 74 is provided at the right end of the image display area 71 for sequentially sending the images 72 to be displayed when all the images 72 cannot be displayed simultaneously.

  At the bottom of the image display area 71, a “selection end” button 75, an “environment setting button” 76, and a “template selection” button 77 are provided. After the selection of the image 72 to be printed is completed, when the “selection end” button 75 is clicked, the selection process ends, and the display on the monitor 13 returns from the selection window 70 to the customer management window 60. When the “environment setting button” 76 is clicked, an environment setting list (not shown) is displayed in the selection window 70. For example, a selection process such as the size (number of divisions) of the image 72 displayed in the image display area 71 is displayed. Various environment settings can be set.

  When the “template selection” button 77 is clicked, a template selection window 80 for selecting a template for creating an album is displayed as shown in FIG. For example, four templates 81 to 84 are simultaneously displayed in the template selection window 80, and a template to be edited can be selected. Each of the templates 81 to 84 is provided with layout frames 81a to 84a (indicated by hatching in the drawing) for fitting an image selected by the customer. When there are many templates prepared in advance, the templates are sequentially sent and displayed by operating the scroll bar 85.

  At the bottom of the template selection window 80, a selection button 86 for selecting a template, a cancel button 87 for canceling the template once selected, the selection of the template is completed, and the image frame is selected again for editing. A selection completion button 88 is provided.

  As described above, the corresponding attribute information is stored in the template DB 43 in each of the templates 81 to 84, and only images having the same attribute information as the template selected by the customer can be displayed. For example, when the template 81 at the upper left in the figure is selected and the selection completion button 88 is clicked, a layout editing window 90 shown in FIG. 11 is displayed. As shown in FIG. 11, the layout editing window 90 displays a list of images 91 to be inserted into the template 81 selected on the left side and the template 81 on the right side. When there are a large number of images 91 to be selected, these are sequentially sent and displayed by operating the scroll bar 92.

  For example, when the selected template 81 corresponds to the template ID 0001 in FIG. 5, the attribute information includes attribute information such as halogen light, background color, underexposure, one female subject, and the like. Then, the attribute information in the image file 45 is compared with the attribute information of the template 81, and only the matched image is extracted and displayed on the layout editing window 90. As a result, the subject on which the wedding dress is not reflected can be excluded from the selection target, and the customer can easily select a desired image.

  The selected image is inserted into the template 81 by dragging the selected image to the layout frame 81 a in the template 81. In the case of automatic synthesis, the fitting position is based on a synthesis position (for example, a position indicated by a black circle in the figure) 81b in the template 81 and a feature point position (for example, a face position) 91a of the image 91. Can be synthesized. When automatic composition is not performed, an operator or a customer operates the operation unit 46 of the PC 12 to manually determine the fitting position.

  When the “order” button is selected after image composition, the process proceeds to an ordering process for inputting the print size, the number of prints, and the like of the synthesized image, and then proceeds to a composition process for creating an original photo album. When the “certification” button is selected, the process proceeds to a calibration process in which color correction or gradation correction is performed on the image data so that the finish recommended by the photo studio in which the photography system 2 is installed is obtained.

  When the “lab order” button is selected, a lab ordering process for placing an order for the print of the image selected in the selection process to the business printer 16 of the print lab 15 with the print size and the number of prints set in the ordering process. Migrate to When the “in-house processing” button is selected, the process proceeds to an in-house processing step in which a print order is ordered from the printer 14. When the “Verify” button is selected, when a print ordered to the business printer 16 of the print laboratory 15 is delivered to the photo studio, a verification process for creating an index print for checking and verifying the contents of the print is performed. Transition.

  Next, the operation of the photography system 2 having the above configuration will be described with reference to the flowchart of FIG. First, the PC 12, the digital camera 10, the printer 14, and the business printer 16 are connected so as to be able to communicate with each other, and the photography system 2 is constructed.

  Next, the operation unit 43 is operated to start the program 38 and display the customer management window 60 (see FIG. 8) on the monitor 13. In the customer management window 60, new customers are registered, registration contents are corrected and deleted, customers are searched, and the like (step S11).

  When the “shoot” button is clicked to move to a shooting process and shooting by the digital camera 10 is started, the digital camera 10 acquires shooting information such as the type of light source and the degree of exposure. Then, the original image data, the compressed image data, and the thumbnail image data obtained by shooting are collected as an image file 45, and shooting information data is further added and stored in the HDD 46 via the communication I / Fs 32 and 49. (S12). In the capture process, the image file is captured from the recording medium 11 to the HDD 46. Each image data stored in the HDD 46 in the photographing process and the capturing process is associated with the customer management data and is collectively managed for each customer.

  Further, the PC 12 analyzes the image data included in the image file, and acquires attribute information (subject analysis information) such as the clothing of the subject (S13). This information is stored in the image file 45 together with the shooting information and used as attribute information (S14), and is compared with the attribute information stored in the template DB 43 when a template is selected, which will be described later.

  When the photographing of the subject is completed and the “select” button is clicked to move to the selection step (S15), the display on the monitor 13 is switched from the customer management window 60 to the selection window 70 (see FIG. 9). In the selection window 70, all the images 72 for the customer selected in the customer management window 60 are displayed, and the operator determines the appearance of each image 72 together with the customer, and inputs the result into the check box 73. As a result, the image 72 to be printed is selected.

  In the selection window 70, when image editing is performed using a template, a template button is clicked. Thereby, a template selection window 80 (see FIG. 10) is displayed, and the customer can select a desired template (S16). At the time of this selection, it is preferable that definition information of each template (for example, for a bride in a wedding dress, for a picture of a groom / bride) is displayed together with the templates 81-84.

  When the template is selected, the attribute information included in the template is compared with the attribute information in the image data file corresponding to the customer information (S17), and only the image data file in which these match is read out. A list of extracted images is displayed in the template editing window 90 (see FIG. 11) (S18). Thereby, since an unnecessary image is excluded from the selection target, the customer can select a desired captured image easily and quickly.

  After the image is selected (S19), the selected image is incorporated at a predetermined position of the template. At this time, if the positioning is automatically set (S20), the position and size of the image are automatically determined so that the feature point of the template matches the feature point (face position) of the photographed image. (S21). Thereby, the image can be incorporated into the template with a simple operation. On the other hand, even when the positioning setting is not automatically performed, the operator can incorporate the selected image into the template by manual operation (S22).

  While confirming the image 91 incorporated in the template, clicking the “end selection” button 94 completes the selection process.

  In the above embodiment, the image is extracted only when the attribute information completely matches. For example, the attribute information with low importance and the attribute information with high importance are determined in advance, and only the attribute information with low importance is different. In such a case, the image may be extracted. In the above embodiment, the attribute information is automatically generated. However, the operator or customer may manually input the attribute information by operating the PC 12.

  In the above embodiment, a so-called built-in HDD is shown as the storage means. However, a so-called external HDD connected via the Internet, LAN, USB, IEEE1394, or the like may be used. Further, the present invention is not limited to the HDD, and other memories such as a RAM and a flash ROM may be used as long as they can be read / written and are non-volatile memories.

  Further, in order to simplify the operation, the monitor 13 may be configured by a touch panel, and various selection operations may be performed by the customer touching the screen of the monitor 13 with a finger.

  In the above embodiment, photography at a wedding ceremony is described as an example. However, the present invention similarly applies to other photography forms, for example, product photography and creating an advertising brochure according to a template. Can be applied.

It is the schematic which shows the structure of a photography system. It is a block diagram which shows the internal structure of a digital camera. It is a block diagram which shows the internal structure of a personal computer. It is explanatory drawing which shows the content of template DB. It is explanatory drawing which shows the content of attribute information DB. It is explanatory drawing which shows the content of the image data file. It is a flowchart which shows an example of the procedure of an image analysis. It is explanatory drawing which shows a customer management window. It is explanatory drawing which shows an image selection window. It is explanatory drawing which shows a template selection window. It is explanatory drawing which shows the edit window for displaying simultaneously the selected template and the image extracted based on the attribute information of the said template, and performing layout edit. It is a flowchart which shows the process sequence in the selection process of a photography system.

Explanation of symbols

2 Photographing system 10 Digital camera 12 Personal computer (PC, information processing device)
42 Photo shooting system program 43 Template DB
44 Attribute definition DB
45 Image data file 80 Template selection window 81-84 Template 90 Editing window

Claims (5)

In a layout editing system for performing image editing by combining the digital image with the arrangement position in the template while displaying a template in which the arrangement position of the digital image is predetermined on the monitor,
Storage means for storing template attribute information determined for each template;
Attribute information generating means for generating image attribute information representing the characteristics of the digital image;
Image extracting means for extracting the corresponding digital image only when the template attribute information corresponding to the selected template matches the image attribute information;
A layout editing system comprising: display control means for displaying the selected template and the extracted digital image side by side on the monitor.   The layout editing system according to claim 1, wherein the digital image is a digital photographed image obtained by photographing using a digital camera, and the image attribute information includes information on photographing conditions.   3. The layout editing system according to claim 2, wherein the image attribute information includes subject information obtained by performing image analysis on image data corresponding to the digital photographed image.   The template attribute information includes composite position information indicating a composite position where a main subject is combined, and the image attribute information includes feature point position information indicating position information of a feature portion of the main subject, The layout editing system according to claim 1, wherein the digital image is synthesized in the template so as to coincide with a synthesis position. A layout editing method for performing image editing by combining the digital image with the arrangement position in the template while displaying a template in which the arrangement position of the digital image is predetermined on a monitor,
Generating image attribute information representing characteristics of the digital image, extracting only the digital image having image attribute information that matches the template attribute information corresponding to the selected template, and extracting the selected template And displaying the digital image side by side on the monitor.

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