JP2009088932A - Image editing device, image editing method, and image editing program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an image editing device, an image editing method and an image editing program, that can generate a color-scheme-balanced print image. <P>SOLUTION: The image editing device includes a display section 15 configured to display the print image, a memory 16 in which a plurality of frames to be put together with the print image and color discrimination data corresponding to colors of characters used for the frames are related and stored, a composing means 21 of putting together and displaying a frame 80 selected by a user and the print image 81 on the display section 15, and an input means of inputting characters L to be added to the composite image 82 of the print image 81 and frame 80, the color of the characters L input through the input means being set to a color corresponding to the color discrimination data. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to an image editing apparatus that edits a print image, and more particularly to an image editing apparatus that can edit an image read from an external recording medium and print the edited image using a printer apparatus.

  Conventionally, a print kiosk terminal that prints image data taken by an imaging device such as a digital still camera or a camera-equipped mobile phone has been installed and widely used in public places such as large-scale home appliance stores, stations, and hotels. . In this type of print kiosk terminal, a memory card in which image data brought by the user is recorded is inserted, and the image data is read from the memory card and displayed in a list on a monitor. The user designates image data to be printed from the image data displayed as a list on the monitor, and executes printing.

  Conventionally, a method has been proposed in which a print kiosk terminal combines and prints a frame that borders the periphery of the read image. The frame is designed with lettering characters and illustrations according to events such as seasons and Christmas, and it is possible to print photographs that are decorated according to user preferences, seasons, and events. This kind of frames, characters, illustrations, etc. are stored as templates in the memory in the print kiosk terminal in advance, and the user selects a desired frame from the templates displayed on the monitor and confirms the composite image Then, printing can be performed.

  Further, the print kiosk terminal can be provided with a character input means, and a user's favorite character can be written in the frame. Here, the color of the input character is determined by the user specifying from the color palette displayed on the display unit, but there are innumerable choices of the color palette and the color matching the frame is specified. It was difficult to do. The frame was created by the designer, and the color used for the lettering letters and illustrations described in advance was selected from a myriad of colors to match the color used for the frame motif and base. Therefore, it is difficult for the user to select a color that matches the frame, and the color balance may be lost depending on the color selected by the user, and colored characters may float from the frame design.

JP 2005-117438 A

  Therefore, the present invention provides an image editing apparatus, an image editing method, and an image editing program capable of easily selecting a character color that matches a preset frame design and creating a print image with a balanced color arrangement. The purpose is to provide.

  In order to solve the above-described problems, an image editing apparatus according to the present invention uses a display unit that displays a print image, a plurality of frames that are combined with the print image, and a character color that is used in the frame. A memory in which corresponding color identification data is stored in association with each other, a combining unit that combines the frame and the print image selected by the user and displays the combined image on the display unit, and a combined image of the print image and the frame. Input means for inputting a character to be added, and the color of the character input from the input means is set to a color corresponding to the color identification data.

  The image editing apparatus according to the present invention combines a display unit for displaying a print image, a memory storing a plurality of frames to be combined with the print image, the frame selected by the user and the print image. Designating an arbitrary position of a frame in the composite image displayed on the display unit, an input unit for inputting characters to be added to the print image and the composite image of the frame, and a composite unit to be displayed on the display unit And a extracting means for extracting the color at the position specified by the specifying means, and the character color of the character input by the input means is set to the color extracted by the extracting means. .

  The image editing method according to the present invention includes a step of combining the image data selected by the user and the frame data selected by the user and displaying the combined data on the display unit, and combining the thumbnail and the frame by the input unit. The step of inputting characters to be added to the image and the color identification data corresponding to the color of the character used in the selected frame are referred to, and the color of the character input from the input means is set to the color And a step of setting the color corresponding to the identification data.

  The image editing method according to the present invention includes a step of combining the image data selected by the user and the frame data selected by the user and displaying the combined data on the display unit, and combining the thumbnail and the frame by the input unit. A step of inputting characters to be added to the image, a step of extracting color identification data of a designated position of a frame in the composite image displayed on the display unit designated by the designation unit, and input from the input unit And setting the color of the character to the color extracted by the extracting means.

  The image editing program according to the present invention includes a step of combining the image data selected by the user and the frame data selected by the user on the control computer of the image editing apparatus and displaying the synthesized data on the display unit, and an input unit. Input from the input means with reference to the step of inputting characters to be added to the composite image of the thumbnail and the frame and color identification data corresponding to the color of the character used in the selected frame The step of setting the color of the written character to a color corresponding to the color identification data is executed.

  The image editing program according to the present invention includes a step of combining the image data selected by the user and the frame data selected by the user on the control computer of the image editing apparatus and displaying the synthesized data on the display unit, and an input unit. A step of inputting characters to be added to the composite image of the thumbnail and the frame, and a step of extracting color identification data of a designated position of the frame in the composite image displayed on the display unit designated by the designation means And a step of setting the color of the character input from the input means to the color extracted by the extraction means.

  According to the present invention, characters additionally input to the frame are set to the same color as the color used for the frame. Characters used in the frame in advance are characters selected by the designer from a myriad of color combinations, including combinations with lettering and base colors. In addition, by using the same color as characters or the like described in advance, it is possible to maintain a color balance in the frame.

  Hereinafter, an image editing apparatus according to the present invention will be described in detail with reference to the drawings. This image editing apparatus is installed in a public place such as a station or a hotel, and is applied to a print kiosk terminal that provides a service for printing image data stored in a removable storage medium such as a memory card brought by a user. Used in printing systems. In this printing system, a sublimation type thermal transfer printer having excellent color reproducibility is used as a printer device in view of printing a photograph.

  As shown in FIG. 1, a printing system 1 to which the present invention is applied includes an image editing apparatus 10 for displaying, selecting, and editing image data to be printed by inputting image data from a removable recording medium such as a memory card, And a printer device 30 that prints the image data selected by the image editing device 10. For example, the image editing apparatus 10 and the printer apparatus 30 are connected by wire or wirelessly, and are installed adjacent to each other or incorporated in one housing.

  As shown in FIG. 2, the image editing apparatus 10 constituting the print system 1 includes various drives for reading a removable recording medium brought by the user. Specifically, a USB flash memory reader 11 that reads out image data stored in a storage element by a USB (Universal Serial Bus) interface using a semiconductor memory such as a flash memory as a storage element, a CD (Compact Disc), a DVD (Digital Versatile) An optical disk drive 12 that reads image data from an optical disk such as a disk), a memory card reader 13 that reads image data stored in a storage element from a memory card using a semiconductor memory such as a flash memory, and a photograph brought by the user And a scanner 14 for optically reading.

  The image editing apparatus 10 displays image data input from the USB flash memory reader 11, the optical disk drive 12, the memory card reader 13, and the scanner 14, and displays the image data on the touch panel 15 that is operated by the user. An image memory 16 that temporarily stores image data, a storage unit 17 that stores log data such as the number of prints and the number of times a template such as a frame provided around the image data at the time of image printing, and the overall operation are controlled. Templates such as frames for decorating control programs and frames for image data, character and symbol tables to be added to image data, and color tables, and templates such as control programs and selected frames are temporarily loaded. RAM 19 and a predetermined time A timer 20 which includes a control unit 21 that controls the entire operation based on the input operation signal by the control program and the user.

  Further, the image editing apparatus 10 includes a printer I / F 22 that outputs image data to be printed with the printer apparatus 30, and a communication I / F 23 that communicates with an external management apparatus 40 or the like via a network such as the Internet. Yes.

  The touch panel 15 includes a display unit 15a that displays image data and the like, and an input unit 15b that generates an operation signal when operated by a user. The touch panel 15 touches the screen with a finger or a dedicated pen, detects a position touched by the finger or the dedicated pen, specifies a position on the screen, and inputs an operation signal to the control unit 21. Specifically, a change in pressure is detected, or an electric signal due to static electricity is detected to specify a position on the screen, and an operation signal is generated.

  For example, the touch panel 15 displays a plurality of image data stored in a USB flash memory, an optical disk, a memory card or the like as thumbnails, and one or more of the displayed thumbnail images can be selected. The touch panel 15 can select a plurality of frames to be combined with image data related to the selected thumbnail image, and characters and character colors to be added to the selected frame.

  The image memory 16 is a memory for storing image data to be displayed on the touch panel 15, and includes, for example, processing of selected image data, for example, zoom processing, processing for moving a zoom area, rotation processing for image data, text When the text data addition process such as the above, the synthesis process with the frame, and the like are performed, the processed image data is stored and output to the touch panel 15.

  The storage unit 17 is composed of a hard disk or the like, and records printing log data and the like. For example, the storage unit 17 stores the number of frames to be combined with image data, the number of printed sheets, and the like as log data. The log data is transmitted to the management device 40 so that the administrator can use it for reference such as the popularity degree of a template such as a frame, and is popular when the user selects a template such as a frame. It can be used to perform processing for preferentially displaying the template on the template selection screen. The log data can also be stored in a removable recording medium attached to the USB flash memory reader 11, the optical disk drive 12, the memory card reader 13, and the like. The storage unit 17 stores data such as frames.

  The ROM 18 is an EP-ROM (Erasable Programmable Read-Only Memory) or the like, and stores a browser for displaying the read image data as a thumbnail, a processing program for processing the image data, and the like. Such various programs are read into the RAM 19 according to the operation signal.

  The timer 20 measures time and a predetermined time. For example, the timer 20 stores the above log data in the storage unit 17 in association with the printing time. Further, when counting the number of prints and the number of selections within a predetermined period, a predetermined period such as one month is counted.

  The control unit 21 is configured by a CPU or the like, and performs predetermined arithmetic processing according to a program in accordance with an operation signal or the like.

  For example, when a predetermined unit image is selected on the touch panel 15, the control unit 21 performs a process of changing the display state of the selected image data and changing the display state, and processing the selected image data. In response to the operation signal, the selected image data is subjected to zoom processing, processing to move the area to be zoomed, image data rotation processing, text data addition processing, etc. The synthesis process is performed.

  The printer I / F 22 is connected to the printer device 30 in a wired or wireless manner, and outputs image data to be printed to the printer device 30. The communication I / F 23 is connected to, for example, the management device 40 via a network such as the Internet. For example, the communication I / F 23 transmits log data or the like stored in the storage unit 17 to the management device 40 according to a predetermined protocol such as TCP / IP.

  As shown in FIG. 2, a printer device 30 connected to the image editing device 10 via a printer I / F 22 includes a thermal head 31 that forms a color image by sublimating dye of an ink ribbon on plain paper or the like. The print data generation unit 32 that generates print data to be printed from the image data input from the printer I / F 22 of the image editing apparatus 10, the head control unit 33 that drives and controls the thermal head 31, and the ink that runs the ink ribbon A ribbon travel unit 34 and a recording paper transport unit 35 for transporting the recording paper are provided.

  In the thermal head 31, a plurality of heating elements are linearly arranged in the width direction of a roll paper or the like, and a driving current corresponding to print data is supplied to the heating elements, so that the plurality of heating elements are selectively selected. Make it heat up. The thermal head 31 faces the platen, presses the ink ribbon against the recording paper, and applies heat energy from the ink ribbon side to sublimate the dye and transfer the dye onto the recording paper. .

  The print data generation unit 32 converts the image data into print data. Specifically, the print data generation unit 32 performs color conversion processing that converts image data into a YMC color space that is an ink color, and performs predetermined processing such as gamma conversion processing that matches the color development characteristics of the roll paper. Then, the head control unit 34 generates a drive signal for the thermal head 31 according to the print data generated by the print data generation unit 32, and supplies the drive signal to the thermal head 31, thereby generating image data to be printed. Accordingly, the drive of the thermal head 31 is controlled. Note that the processing performed by the print data generation unit 32 may be performed by the image editing apparatus 10 and the generated print data may be output to the printer apparatus 30.

  The ink ribbon running unit 34 causes the ribbon cartridge to run the ink ribbon wound around the supply reel and the winding reel. Here, for example, yellow, cyan, magenta, and laminate film are arranged in the order of surface in the running direction, and a single photo is recorded with a set of yellow, cyan, magenta, and laminate film. It is designed to form on paper.

  The recording paper transport unit 35 includes a transport roller, a plurality of drive rollers, and the like, and transports recording paper such as roll paper from the paper feed unit to the paper discharge unit via the thermal head 31. In order to form an image on the recording paper, it is necessary to sequentially transfer yellow, cyan, magenta, and a laminate film. Therefore, the recording paper transport unit 35 first moves the recording paper in synchronization with the ink ribbon so that yellow is thermally transferred to the recording paper, and then runs the recording paper in the reverse direction to cue, Cyan is thermally transferred onto yellow, and the recording paper is run in the reverse direction to cue, so that magenta is thermally transferred onto cyan, and this process is repeated to repeat yellow, cyan, magenta, and laminate. The thermal transfer can be performed on the recording paper in the order of the film.

  Next, in the printer system 1 to which the present invention is applied, an editing process for reading image data from a removable recording medium brought by the user and synthesizing the image data and frames to be used for printing will be described. When the image editing apparatus 10 is in an operation standby state, a standby screen (not shown) is displayed on the display unit 15a of the touch panel 15. When the start button displayed on the standby screen is touched, the image editing apparatus 10 is shown in FIG. A media selection screen 50 is displayed.

  The media selection screen 50 is a screen for selecting a medium from which image data or print data is read. The USB memory, the optical disc, and various memory cards attached to the USB flash memory reader 11, the optical disc drive 12, and the memory card reader 13, respectively. The medium can be specified by touching the icon representing the.

  When a medium from which image data is read is designated, a print menu screen 51 is displayed on the display unit 15a as shown in FIG. The print menu screen 51 is used to select a printing method for the read image data. For example, L size (127 mm × 89 mm), KG size (152 mm × 102 mm), 2L (178 mm × 127 mm), A4 (297 mm × 210 mm). And a special menu icon 51b such as “Quick Print All Pictures”, “Border”, “Collage”, and “Scrapbook” are displayed.

  The print size selection icon 51a is an icon for determining the print size, and the control unit 21 sets the selected size as a default size and selects it unless the user performs a size change operation on individual image data. The printed image data is printed at the default size set by the print size selection icon 51a.

  Of the special menu icons 51b, the “Quick Print All Pictures” icon is set to print all the read image data. The “Border” icon is set to decorate the read image data using templates such as various frames. The “Collage” icon is used to edit a part of the read image data so as to form a single print image by cutting or pasting a part or all of the read image data on the read image data. The “Scrapbook” icon is used for printing by performing various edits such as cutting a part of the read image data and pasting the image data together with other image data on a single print screen.

  Other special menu icons 51b include “Creative Print” for performing editing such as “Border”, “Collage”, and “Scrapbook” for each image data, “CD Creation” for recording image data on an optical disk such as a CD-R, “Index Print” or the like for displaying a list of all images for printing is displayed. Note that the size of the print size selection icon 51a and the menu of the special menu icon 51b can be added, changed, or reduced as appropriate.

  When the “Border” icon is touched among the special menu icons 51b, the control unit 21 shifts the display on the touch panel 15 to the template selection screen 53 shown in FIG. A plurality of frame images are displayed on the frame display sheet 54 on the template selection screen 53. The frame display sheet 54 is classified according to the design type of the frame, and a tab 54a indicating the design type is provided. By touching the tab 54a, the frame display sheet 54 on which another frame design is displayed is displayed. Can do.

  Types of frame designs include "Decorative" with decorative frames, "Halloween" with Halloween motifs, and frames with events such as Christmas, New Year, birthdays and marriages. There are “Special Events” that is displayed, “Special Events-Baby” that displays frames suitable for reporting childbirth, and “Sports” that displays frames with sports motifs. Note that the types of frame display sheets on which these various frames are displayed for each design type can be added, changed, and deleted as appropriate.

  In addition, the template selection screen 53 displays a “Start Over” icon for returning to the initial screen, a “Go Back” icon for returning to the print menu screen 51, and a “Help?” Icon used when the operation is unknown.

  When the user selects a frame to be used by touching the frame screen, the frame display frame becomes thicker than the other display frames, and the background color of the frame display frame changes from that of the other frame. When the “OK” icon is touched in this state, the control unit 21 shifts the display on the touch panel 15 to the print image selection screen 52 shown in FIG. 6. At this time, the control unit 21 reads the image data stored in the previously specified removable storage medium for thumbnail display on the display unit 15 a of the touch panel 15 and stores it in the image memory 16. Then, the control unit 21 displays the image data read from the image memory 16 as a thumbnail on the display unit 15a in a predetermined order, for example, in the order of the latest shooting date and time, on the print image selection screen 52 shown in FIG.

  If the print data such as DPOF (Digital Print Order Format) (registered trademark) related to the image data is created in the memory card, the control unit 21 also reads out the print data and creates the print data. The displayed image data may be displayed as a thumbnail with priority. Thus, the user can browse from image data that is highly likely to be printed, and can efficiently search for image data that the user wants to print from among the enormous amount of image data stored in the memory card.

  As described above, when the image data is displayed as a thumbnail, the image data to be combined with the frame previously selected by the user is selected by touching the thumbnail. The control unit 21 indicates that the selected thumbnail display frame is made thicker than others, or the background color of the display frame is changed, for example, so that the selected thumbnail is displayed. When the image is selected and the “OK” icon is touched, the control unit 21 shifts the display on the touch panel 15 to the print image editing screen 55 shown in FIG.

  The print image editing screen 55 includes a photo display unit 56 that displays a composite photo 82 obtained by combining the selected frame 80 and the selected image 81, a character addition icon 57 for adding characters to the frame 80, and an addition A color selection palette 58 for changing the color of the selected character, an adjustment button 59 for adjusting the position of the character in the frame 80, a character modification button 60 for specifying a character size, a font, and the like are displayed.

  The control unit 21 synthesizes and displays the frame 80 selected on the template selection screen 53 and the thumbnail image 81 selected on the print image selection screen 52 on the photo display unit 56. In some frames 80, as shown in FIG. 7, various lettering characters 83 and illustrations 84 are arranged around the area where the selected thumbnail image 81 is displayed. Is provided. The user can write a favorite character in the frame 80 by touching the character addition icon 57.

  When the character addition icon 57 is touched, the control unit 21 displays a character palette (not shown) on the touch panel 15. The character palette includes a table of hiragana, katakana, alphabets, symbols, numbers, and the like and a kanji conversion key, and the user can specify any character by touching the touch panel 15. As shown in FIG. 7, the control unit 21 synthesizes and displays an arbitrary character string L designated and determined on the character palette in a predetermined space in the frame 80.

  The character string L displayed in the frame 80 is automatically set to the same color as the color of the lettering character 83 described in advance in the frame 80. The lettering character 83 described in advance in the frame 80 is selected and selected by a designer from an infinite number of color combinations, including combinations of lettering types and base colors. The added character has the same color as the lettering character 83 described in advance, so that the color arrangement balance in the frame 80 can be maintained.

  The control unit 21 extracts the color identification data according to the selected frame data by referring to the ROM 18 in which the frame data and the color identification data of the colors used for the characters in the frame are stored in association with each other. To do. Then, the control unit 21 sets the color of the character input by the user to the same color as the character color in the frame 80, displays it on the touch panel 15, and stores the composite image in the image memory 16.

  Note that the character color input from the character palette can be changed from the character color used in the frame 80 by designating the color displayed in the color selection palette 58. The control unit 21 displays a plurality of, for example, eight color candidates for coloring the character added in the frame 80 on the color selection palette 58, changes the character color to the color touched by the user, and stores it in the image memory 16. Store. Thereby, it can change to the character color suitable for a user preference. Note that the colors displayed in the color selection palette 58 are generally selected from colors such as red, blue, yellow, and black.

  The adjustment button 59 is used to adjust the position of the character string L written by the user in the frame 80. The control unit 21 finely moves the display position of the character string L in the direction of the touched icon when the user touches the upper, lower, left, and right icons.

  The character modification button 60 is an icon for changing the font, size, etc. of the character, and includes a font change button 60a, a character size change button 60b, a bold button 60c that makes the character bold, and an italic button that makes the character italic. An underline button 60e for underlining characters 60d is provided. When these various buttons 60a to 60e are touched, the control unit 21 modifies the character string L according to the touched button.

  The control unit 21 finishes editing the composition of the frame 80 and the thumbnail image 81 and the modification of the character string L added in the frame 80 on the print image editing screen 55 described above, and clicks “OK” at the lower right of the screen. Is touched, the print image editing screen 55 is closed, and the order confirmation screen (not shown) is displayed. On the order confirmation screen, the control unit 21 displays the ordered number and the charge for each print size and the total amount. When the OK button is touched on this order confirmation screen, the printer device 30 prints a photo.

  Note that, in the print image editing screen 55 of the image editing apparatus 10 to which the present invention is applied, the color of the character string L input by the user is only set to the color of the character written in advance in the selected frame 80. Alternatively, the color used for the frame 80 may be selected. That is, in FIG. 7, when setting the color of the character string L written in the frame 80 by the user, the user touches a part of the frame 80 to specify the color at the touched position. It may be.

  The control unit 21 detects the position touched on the touch panel 15 and extracts the color identification data of the frame 80 at the detected position. And the control part 21 sets the color according to the color identification data which extracted the color of the character input by the user, and displays it on the touch panel 15. FIG.

  Thus, by selecting the color of the character string L added in the frame 80 from the colors used in the frame 80, it is possible to easily select a character color that does not disturb the color arrangement balance. . If the lettering character 83 is described in advance in the frame 80, the additional character string L is colored in the same color as that used for the character 83 by designating the character 83, and the frame 80 is illustrated. 84 and the background 85 are described, by designating the illustration 84 and the background 85, additional characters are colored in the same color as that used for the illustration 84 and the background 85.

  When the color used for the frame 80 is designated, in addition to the touch panel 15 being directly touched by the user, a part of the frame 80 can be designated using an eyedropper tool.

1 is a perspective view showing a printing system to which the present invention is applied. 1 is a block diagram of a printing system. It is a figure which shows a media selection screen. It is a figure which shows a print menu screen. It is a figure which shows a template selection screen. It is a figure which shows a printing image selection screen. It is a figure which shows a printing image edit screen.

Explanation of symbols

1 print system, 10 image editing device, 15 touch panel, 30 printer device, 50 media selection screen, 51 print menu screen, 52 print selection screen, 53 template selection screen, 54 frame display sheet, 55 print image editing screen, 56 photo Display, 57 character addition icon, 58 color selection palette

Claims (8)

A display unit for displaying a print image;
A memory in which a plurality of frames to be combined with the print image and color identification data corresponding to a character color used in the frame are stored in association with each other;
Synthesizing means for synthesizing the frame and the print image selected by the user and displaying them on the display unit;
Input means for inputting characters to be added to the print image and the composite image of the frame;
An image editing apparatus for setting a color of a character input from the input means to a color corresponding to the color identification data.   2. The image editing apparatus according to claim 1, further comprising a color selection palette having a plurality of color candidates that are displayed on the display unit and change a color of a character input from the input unit. A display unit for displaying a print image;
A memory storing a plurality of frames to be combined with the print image;
Synthesizing means for synthesizing the frame and the print image selected by the user and displaying them on the display unit;
Input means for inputting characters to be added to the print image and the composite image of the frame;
Designating means for designating an arbitrary position of a frame in the composite image displayed on the display unit;
Extracting means for extracting the color of the position specified by the specifying means,
An image editing apparatus for setting a character color of a character input by the input unit to a color extracted by the extraction unit.   4. The image editing apparatus according to claim 3, further comprising a color selection palette having a plurality of color candidates that are displayed on the display unit and change a color of a character input from the input unit. Combining the image data selected by the user and the frame data selected by the user and displaying them on the display unit;
A step of inputting characters to be added to a composite image of the thumbnail and the frame by an input means;
Referring to color identification data corresponding to the color of the character used in the selected frame, and setting the color of the character input from the input means to a color corresponding to the color identification data. Image editing method. Combining the image data selected by the user and the frame data selected by the user and displaying them on the display unit;
A step of inputting characters to be added to a composite image of the thumbnail and the frame by an input means;
A step of extracting the color identification data of the designated position of the frame in the composite image displayed on the display unit designated by the designation means;
And a step of setting the color of the character input from the input means to the color extracted by the extraction means. In the control computer of the image editing device,
Combining the image data selected by the user and the frame data selected by the user and displaying them on the display unit;
A step of inputting characters to be added to a composite image of the thumbnail and the frame by an input means;
Referring to the color identification data corresponding to the color of the character used in the selected frame, the step of setting the color of the character input from the input means to a color corresponding to the color identification data is executed. Image editing program. In the control computer of the image editing device,
Combining the image data selected by the user and the frame data selected by the user and displaying them on the display unit;
A step of inputting characters to be added to a composite image of the thumbnail and the frame by an input means;
A step of extracting the color identification data of the designated position of the frame in the composite image displayed on the display unit designated by the designation means;
An image editing program for executing a step of setting a color of a character input from the input unit to a color extracted by the extraction unit.

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