JP2007274102A - Label image editor, label image editing/drawing system, label image editing program, and label image editing program storage medium - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a label image editor which can readily edit label images, and to provide a label image editing/drawing system, a label image editing program, and a label image editing program storage medium. <P>SOLUTION: The label image editor comprises a section 620 for analyzing data recorded on or reproduced from a DVD, having a data surface for recording data and a label surface on which a label image for visually confirming the content of record on the data surface is drawn, a section 630 for selecting a representative label image from among a plurality of candidate images, depending on the analysis results from the data analysis section 620 as a matter while being drawn into the label image, and a section 640 for creating the title of the label image, based on the analysis results from the data analysis section 620. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a label image editing apparatus for editing a label image on a recording medium having a data surface on which data is recorded and a label surface on which a label image for visually confirming the recorded contents of the data surface is drawn. , A label image editing / drawing system for editing a label image and drawing on a label surface of a recording medium, a label image editing program for causing a computer to operate as a label image editing apparatus as described above, and such a label image editing program The present invention relates to a label image editing program storage medium.

  In recent years, as recording media for recording various types of recording data such as image data, moving image data, audio data, and text data, for example, CD-R (Compact Disk Recordable), CD-RW (Compact Disk Rewriteable), and DVD (Digital Versatile Disk) is widely used. In many of such recording media, the surface opposite to the recording surface on which the recording data is recorded is a visual indication of the recorded contents such as the music title and composer when the audio data represents music. This is used as a label surface on which a label image for confirmation is described.

  As a method of drawing a label image on the label surface, for example, a method of drawing a label image indirectly on the label surface by sticking a label or the like on which the label image is printed, or a method of drawing the label image on an ink jet printer For example, a method of drawing directly on the label surface using the above. In recent years, a recording medium having a recording surface on which data is recorded by light and a label surface on which a label image is drawn by the light, and a label image is drawn by light on the label surface of such a recording medium. Devices have also been proposed (see, for example, Patent Document 1 or Patent Document 2).

Here, as a method for reducing the burden on the user in editing such a label image, the following method has been proposed. For example, when a plurality of image parts used as material for a label image are stored in a predetermined database in advance in association with various data, and the data is recorded on a recording medium, the data is stored in the database. A method has been proposed in which a label image is edited by combining associated image components in a predetermined layout (see, for example, Patent Document 3).
Japanese Patent Laid-Open No. 2002-203321 Japanese Patent Application Laid-Open No. 2004-213796 JP 2005-276313 A

  With the technique shown in Patent Document 3, when a label image is edited, the label image is automatically edited, so that the burden on the user in editing the label image is reduced.

  However, in this technique, before editing a label image for various data, it is necessary to prepare image parts to be stored in the database in association with the data, and in the preparation stage before editing the label image. There is a problem that the burden on the user is large.

  In view of the above circumstances, the present invention provides a label image editing apparatus capable of easily editing a label image, a label image editing / drawing system capable of easily editing a label image and drawing the label image on a label surface of a recording medium, and the like. An object of the present invention is to provide a label image editing program that causes a computer to operate as the above-described label image editing apparatus, and a label image editing program storage medium in which such a label image editing program is stored.

The label image editing apparatus of the present invention that achieves the above object is a recording medium having a data surface on which data is recorded and a label surface on which a label image for visually confirming the recorded contents of the data surface is drawn. In a label image editing device for editing a label image,
A data analysis unit for analyzing data recorded on the recording medium and / or data reproduced from the recording medium;
The drawing item drawn in the label image includes a drawing item display unit that displays a drawing item corresponding to an analysis result by the data analysis unit.

Here, in the label image editing apparatus of the present invention, a form of “equipped with an image creating unit that creates the label image using the drawing items displayed by the drawing item display unit”,
The form of “comprising an image creating unit that modifies a drawing item displayed by the drawing item display unit according to an operation and creates the label image using the modified drawing item” is a typical form. is there.

  According to the label image editing apparatus of the present invention, for example, a drawing item such as an image or a title that allows the user to image the recorded content is automatically displayed based on the analysis result by the data analysis unit. Then, a label image can be easily obtained by a typical operation such as forming a label image by displaying the drawing items displayed as such or by modifying the displayed drawing items. Therefore, according to the label image editing apparatus of the present invention, for example, there is no need to prepare drawing items used for editing a label image in advance in association with data recorded on a recording medium. The burden on the user is reduced both in editing and in preparation for editing. That is, according to the label image editing apparatus of the present invention, a label image can be easily edited.

Further, in the label image editing apparatus of the present invention, "with a drawing item selection unit for selecting a drawing item according to an analysis result by the data analysis unit from a plurality of candidates for the drawing item,
The drawing item display unit displays the drawing item selected by the drawing item selection unit ",
“Equipped with a drawing matter creation unit that creates the drawing matter based on the analysis result by the data analysis unit,
The form in which the drawing item display unit displays the drawing item created by the drawing item creation unit is a preferable mode.

  According to the label image editing apparatus of these preferable forms, the analysis result by the data analysis unit can be reliably reflected in the drawing matter.

  In the label image editing apparatus according to the present invention, a form in which “the drawing item display unit displays a character string as the drawing item” is also a preferable mode.

  According to this preferred form of the label image editing apparatus, it is possible to display a preferable drawing item such as a title in which the recorded content of the data surface is expressed by a simple character string.

Further, in the label image editing apparatus of the present invention, “the data is data with a name,
The data analysis unit analyzes the name given to the data as an analysis of the data.
“The above data is data with a name,
The data analysis unit analyzes the name given to the data as the analysis of the data,
As the drawing matter, a first title creation unit that creates a title of the recording medium based on an analysis result by the data analysis unit,
It is also preferable that the drawing item display unit displays the title created by the first title creation unit as the drawing item.

  According to the label image editing apparatus of these preferred forms, it is possible to reliably reflect the recorded contents of the data surface in the drawing matter via the name attached to the data. In particular, according to the latter form, the title can be obtained as a drawing matter in which such recorded contents are reliably reflected.

  In the label image editing apparatus of the present invention, a form in which “the drawing item display unit displays an image as the drawing item” is also a preferable form.

  According to this preferred form of the label image editing apparatus, it is possible to display preferable drawing items such as an image that gives an image of the recorded contents of the data surface.

In the label image editing apparatus of the present invention, “the data is data representing a plurality of images,
The data analysis unit performs image analysis for the plurality of images ",
“The above data is data representing multiple images,
The data analysis unit performs image analysis on the plurality of images,
As the drawing matter, a first image selection unit that selects one or more images of the plurality of images based on an analysis result by the data analysis unit,
A mode in which the drawing item display unit displays an image selected by the first image selection unit as the drawing item is also a preferable mode.

  According to the label image editing apparatus of these preferred forms, when the data is data representing an image, the recorded content is recognized by the image analysis, and the recognition is reflected in the drawing matter, thereby recording the recorded content. It is possible to display a title, an image, or the like that is reliably reflected as a drawing item. Further, according to the latter form, a representative image representatively representing the recorded contents can be selected as a drawing item from images represented by data.

In the label image editing apparatus of the present invention, “the data is data representing a plurality of images,
The data analysis unit performs image analysis on the plurality of images,
As the drawing matter, a second title creation unit that creates a title of the recording medium based on an analysis result by the data analysis unit,
It is also preferable that the drawing item display unit displays the title created by the second title creation unit as the drawing item.

  According to this preferred form of the label image editing apparatus, when the data is data representing an image, a title reflecting the image represented by the data is displayed as a drawing matter reflecting the recorded content of the data surface. Obtainable.

Further, in the label image editing apparatus of the present invention, “the data is data with a name,
The data analysis unit analyzes the name given to the data as the analysis of the data,
As the drawing matter, a second image selection unit that selects one or more images of a plurality of candidate images based on an analysis result by the data analysis unit,
A mode in which the drawing item display unit displays an image selected by the second image selection unit as the drawing item is also a preferable mode.

  According to this preferred form of the label image editing apparatus, an image that gives an image of the recorded content of the data surface is obtained via the name given to the data as a drawing matter reflecting the recorded content of the data surface. Etc.

  In the label image editing apparatus of the present invention, a form in which “the drawing item display unit displays the base color of the label image as the drawing item” is also a preferable form.

  According to this preferred form of the label image editing apparatus, it is possible to display, for example, the color that makes the recorded content image as the base color of the label image.

  Further, the label image editing apparatus of the present invention is a recording medium of a type in which a sticker on which a label image is printed is attached to the label surface, or a recording medium of a type in which the label image is drawn on the label surface by an inkjet printer or the like It is possible to deal with various types of recording media.

  Here, in the label image editing apparatus according to the present invention, “the recording medium has a data surface on which data is recorded with light and a label surface on which the label image is drawn with the light”. Is a preferred form.

  According to such a preferred form of label image editing apparatus, data recording and label image drawing can be performed using the same light, so that the apparatus can be further simplified.

The label image editing / drawing system of the present invention that achieves the above object includes a data surface on which data is recorded, and a label surface on which a label image for visually confirming the recorded contents of the data surface is drawn. A label image editing apparatus for editing a label image for a recording medium having
A data analysis unit for analyzing data recorded on the recording medium and / or data reproduced from the recording medium;
A label image editing device comprising a drawing matter display unit for displaying a drawing matter according to an analysis result by the data analysis unit, as a drawing matter drawn in the label image;
A label image drawing device for drawing a label image edited by the label image editing device on the label surface;
It is provided with.

  According to the label image editing / drawing system of the present invention, the label image can be easily edited by the label image editing apparatus in the label image editing / drawing system, and the label image can be edited, for example, by a CD-R or CD- It is possible to draw on the label surface of a recording medium such as RW or DVD.

Also, the label image editing program of the present invention that achieves the above object is incorporated in a computer, and a data image on which data is recorded and a label image for visually confirming the recorded contents of the data surface in the computer. In a label image editing program for editing a label image on a recording medium having a label surface on which is drawn,
On that computer
A data analysis unit for analyzing data recorded on the recording medium and / or data reproduced from the recording medium;
As a drawing matter drawn in the label image, a drawing matter display unit for displaying a drawing matter corresponding to an analysis result by the data analysis unit is constructed.

  According to the label image editing program of the present invention, a label image editing apparatus as described above that can easily edit a label image can be easily realized.

In addition, a label image editing program storage medium of the present invention that achieves the above object is incorporated in a computer, and is used to visually confirm the data surface on which data is recorded and the recorded contents of the data surface. In a label image editing program storage medium storing a label image editing program for editing a label image on a recording medium having a label surface on which the label image is drawn,
On that computer
A data analysis unit for analyzing data recorded on the recording medium and / or data reproduced from the recording medium;
As a drawing matter drawn in the label image, a label image editing program for constructing a drawing matter display unit for displaying a drawing matter corresponding to an analysis result by the data analysis unit is stored.

  The label image editing program recording medium of the present invention may be a hard disk, a memory chip, or the like in addition to a storage medium such as an FD (flexible disk), a CD-R, a CD-RW, an MO, and a DVD.

  The above-described label image editing / drawing system of the present invention, the label image editing program of the present invention, and the label image editing program storage medium of the present invention are shown only in its basic form here. In order to avoid duplication, the label image editing / drawing system, the label image editing program, and the label image editing program storage medium referred to in the present invention include various forms corresponding to the forms of the label image editing apparatus described above. .

  As described above, according to the present invention, a label image editing apparatus that can easily edit a label image, and a label image that can easily edit a label image and draw it on the label surface of a recording medium. It is possible to obtain an editing / drawing system, a label image editing program that causes a computer to operate as a label image editing apparatus as described above, and a label image editing program storage medium in which such a label image editing program is stored.

  Embodiments of the present invention will be described below with reference to the drawings.

  FIG. 1 is an external perspective view of a computer system that operates as an embodiment of a label image editing / drawing system of the present invention.

  A computer system 10 shown in FIG. 1 includes a personal computer 100 and a DVD drive 200 connected to the personal computer 100.

  As will be described later, the personal computer 100 operates as an embodiment of the label image editing apparatus of the present invention. In terms of the external configuration, the personal computer 100 is displayed on the display screen 121 in accordance with an instruction from the main body device 110. An image display device 120 that displays an image, a keyboard 130 that inputs various types of information according to key operations, and an arbitrary position on the display screen 121 are specified on the main body device 110, and the image is displayed at that position. For example, a mouse 140 for inputting an instruction corresponding to an icon or the like is provided. The main unit 110 has an FD loading port 110a for loading a flexible disk (hereinafter abbreviated as FD) and a CD-ROM loading port 110b for loading a CD-ROM.

  The DVD drive 200 corresponds to an example of a label image drawing apparatus according to the present invention, and has a DVD loading slot 200a for loading a DVD in appearance. This DVD drive 200 corresponds to a label drawing type DVD 300 having a data surface on which data is recorded with light and a label surface on which a label image is drawn with the light. It has a function of executing recording of data on the data surface by light and drawing of a label image on the label surface by the laser light. In the DVD drive 200, when data is recorded, the DVD 300 is loaded with the data surface facing downward in the drawing, and when the label image is drawn, the DVD 300 is loaded with the label surface facing downward. Is done. Here, the label drawing type DVD 300 corresponds to an example of a recording medium according to the present invention.

  Hereinafter, the internal configuration of the DVD drive 200 will be described.

  FIG. 2 is a hardware block diagram showing the internal configuration of the DVD drive 200 shown in FIG.

  The DVD drive 200 shown in FIG. 2 includes an optical pickup 201, a spindle motor 202, a rotation detector 203, an RF (Radio Frequency) amplifier 204, a decoder 205, a servo circuit 206, a stepping motor 207, a motor driver 208, an interface circuit 209, A buffer memory 210, an encoder 211, a strategy circuit 212, a frame memory 213, a data converter 214, an automatic laser power control (ALPC) circuit 215, a laser driver 216, and a control circuit 217 are provided. The DVD drive 200 is connected to the personal computer 100 also shown in FIG.

  First, recording of data on the DVD 300 in the DVD drive 200 will be described.

  As described above, the DVD drive 200 is an apparatus compatible with a label drawing type DVD. The DVD 300 loaded in the DVD drive 200 has a data surface on which data is recorded by light and a label image by the light. And a label surface to be drawn.

  At the time of data recording, the DVD 300 is loaded in the DVD drive 200 with the data surface facing downward so that the data surface faces the optical pickup 201. The loaded DVD 300 is rotationally driven by the spindle motor 202 while being held by a holding mechanism (not shown). At this time, the optimum rotation speed for recording is transmitted from the control circuit 217 to the servo circuit 206. Further, the rotation speed of the spindle motor 202 is detected by the rotation detector 203, and a speed signal representing the rotation speed is also transmitted to the servo circuit 206. The servo circuit 206 compares the two, and controls the rotation speed of the spindle motor 202 so that the rotation speed represented by the speed signal becomes the above-mentioned optimum rotation speed.

  By irradiating the data surface of the DVD 300 rotating at the controlled rotation speed in this way with laser light from the optical pickup 201 as described later, data is recorded on the data surface. The optical pickup 201 has an optical system including a laser diode, a light receiving element, a condensing lens, and the like, and data recording is performed by laser light emitted from the laser diode and condensed by the condensing lens. The optical pickup 201 also has a servo mechanism that performs minute positioning on the data surface of the condensed laser light and a focus mechanism that performs focus control on the condensing lens. The operation of these mechanisms is controlled by the servo circuit 206 in accordance with an instruction from the control circuit 217, and the accurately focused laser beam is accurately applied to the target position on the data surface of the DVD 300. At this time, the optimum laser beam intensity for recording is transmitted from the control circuit 217 to the ALPC circuit 215. The optical pickup 201 has a sensor for monitoring the intensity of the laser beam emitted from the laser diode. When the laser diode emits the laser beam, the intensity of the laser beam monitored by this sensor is also the ALPC circuit 215. To be told. The ALPC circuit 215 compares the two, and sends a control signal for matching the intensity of the laser beam emitted from the laser diode to the optimum laser beam intensity to the laser driver 216.

  Here, the data recorded on the DVD 300 is supplied from the personal computer 100 via the interface circuit 209 and temporarily stored in the buffer memory 210. The data in the buffer memory 210 is appropriately read by the encoder 211 and converted into encoded data suitable for recording on the DVD 300 by a predetermined encoding process. The encoded data is supplied to the strategy circuit 212, and is subjected to correction processing such as time axis correction by the strategy circuit 212 and then supplied to the laser driver 216.

  The laser driver 216 generates a drive signal for driving the laser diode of the optical pickup 201 in accordance with the encoded data that has undergone this correction processing, and sends the drive signal to the optical pickup 201. Then, the optical pickup 201 irradiates the data surface with laser light modulated according to the encoded data, and the encoded data is recorded on the data surface with marks generated by the laser light irradiation. . At this time, when the laser driver 216 generates the drive signal, the control signal sent from the ALPC circuit 215 is reflected in the drive signal. It will be done with strength.

  Next, reproduction of data recorded on the DVD 300 in the DVD drive 200 will be described.

  Also during the reproduction of this data, the DVD 300 is loaded so that the data surface faces the optical pickup 201 and is rotated by the spindle motor 202 at an optimum rotation speed.

  When reproducing data, the laser light emitted from the laser diode of the optical pickup 201 and reflected by the data surface of the DVD 300 is received by the light receiving element of the optical pickup 201. At this time, the intensity of the laser beam reflected on the data surface of the DVD 300 changes according to the presence or absence of the mark on the data surface. Since the presence / absence of the mark corresponds to the encoded data described above, the received light data obtained when the laser beam reflected on the data surface is received by the light receiving element is the encoded data recorded on the data surface. Encoded data equivalent to The received light data obtained by the light receiving element is amplified by the RF amplifier 204 and sent to the decoder 205. The decoder 205 performs a predetermined decoding process on the received light reception data to reproduce the data from the light reception data and send the data to the control circuit 217. The control circuit 217 sends the reproduced data to the personal computer 100 via the interface circuit 209.

  Next, drawing of a label image on the DVD 300 in the DVD drive 200 will be described.

  As described above, the DVD 300 loaded in the DVD drive 200 has a label surface on which a label image is drawn with light used for recording data on the data surface. Here, for drawing a label image on the label surface, an optical pickup 201 for recording data is used. Therefore, when the label image is drawn, the DVD 300 is loaded with the label surface facing downward so that the label surface faces the optical pickup 201.

  Image data representing a label image is supplied from the personal computer 100 via the interface circuit 209 and temporarily stored in the frame memory 213. The image data in the frame memory 213 is appropriately read out by the data converter 214 and converted into gradation image data expressing the label image represented by the image data with gradation values. This gradation image data is supplied to the laser driver 216. Then, the laser driver 216 generates a drive signal for driving the laser diode of the optical pickup 201 according to the gradation image data.

  Here, the label surface of the DVD 300 used in the present embodiment has a label color in which, when irradiated with light, a portion irradiated with the light fades. And the thinning of the label color becomes stronger as the number of times of light irradiation increases. In this embodiment, the label surface of the DVD 300 that is rotationally driven is repeatedly scanned with laser light that is appropriately turned on / off by the drive signal in accordance with the gradation value of each part of the label image represented by the gradation image data. The As a result, a portion of the label surface corresponding to each part of the label image is irradiated with the laser light at the number of times corresponding to the gradation value of each part of the label image. As a result, the label color of each part of the label surface is appropriately reduced and a label image is drawn.

  The DVD drive 200 has the configuration described above.

  Next, label image editing will be described.

  In this embodiment, the personal computer 100 connected to the DVD drive 200 operates as an embodiment of the label image editing apparatus of the present invention, so that the label image is edited.

  FIG. 3 is a hardware configuration diagram of the personal computer 100 shown in FIGS. 1 and 2.

  Inside the main unit 110 (see FIG. 1) of the personal computer 100, as shown in FIG. 3, the CPU 111 for executing various programs and the program stored in the hard disk device 113 are read and executed by the CPU 111. The main memory 112 to be expanded, the hard disk device 113 storing various programs and data, the FD drive 114 for accessing the FD 410, and the CD-ROM 420 are loaded, and the CD-ROM drive for accessing the loaded CD-ROM 420 115 and an I / O interface 116 that is connected to the DVD drive 200 of FIG. 1 and exchanges data. These various elements, and the image display device 120, keyboard 130, and mouse 140 shown in FIG. Via bus 117 They are mutually connected.

  Here, the CD-ROM 420 described above stores one embodiment of the label image editing program of the present invention for operating the personal computer 100 as one embodiment of the label image editing apparatus of the present invention. This corresponds to one embodiment of the label image editing program storage medium of the invention.

  When the CD-ROM 420 is loaded into the CD-ROM drive 115, the program stored in the CD-ROM 420 is uploaded to the personal computer 100 and written to the hard disk device 113. Thereby, the personal computer 100 operates as a label image editing apparatus.

  Next, an embodiment of the label image editing program of the present invention and an embodiment of the label image editing program storage medium of the present invention will be described.

  FIG. 4 is a conceptual diagram showing an embodiment of a label image editing program storage medium of the present invention in which an embodiment of the label image editing program of the present invention is stored.

  A CD-ROM 420 shown in FIG. 4 stores a label image editing program 500 which is an embodiment of the label image editing program of the present invention, and corresponds to an embodiment of the label image editing program storage medium of the present invention. To do.

  The label image editing program 500 includes a title acquisition unit 510, a data analysis unit 520, an image selection unit 530, a title creation unit 540, a display unit 550, an image correction unit 560, and an image creation unit 570.

  Details of each part of the label image editing program 500 will be described together with the operation of each part of one embodiment of the label image editing apparatus of the present invention. In the following description, the elements shown in FIG. 4 are referred to by using the reference numerals in the respective drawings without particularly denoting the figure numbers.

  FIG. 5 is a block diagram showing an embodiment of a label image editing apparatus of the present invention.

  A label image editing apparatus 600, which is an embodiment of the label image editing apparatus of the present invention shown in FIG. 5, is executed by installing the label image editing program 500 of FIG. 4 on the personal computer 100 of FIG. It includes a title acquisition unit 610, a data analysis unit 620, an image selection unit 630, a title creation unit 640, a display unit 650, an image correction unit 660, an image creation unit 670, and a database 680. FIG. 5 also shows the DVD drive 200 shown in FIGS. 1 and 2, and the label image editing / drawing system of the present invention includes the label image editing apparatus 600 and the DVD drive 200. A label image editing / drawing system 700 according to the embodiment is configured.

  When the label image editing program 500 of FIG. 4 is installed in the personal computer 100 of FIG. 1, the title acquisition unit 510, data analysis unit 520, image selection unit 530, title creation unit 540, display of the label image editing program 500 are displayed. The unit 550, the image correction unit 560, and the image creation unit 570 are a title acquisition unit 610, a data analysis unit 620, an image selection unit 630, a title creation unit 640, a display unit 650, and a label image editing apparatus 600 shown in FIG. An image correction unit 660 and an image creation unit 670 are constructed. Here, each element of the label image editing apparatus 600 is composed of a combination of computer hardware and an OS or application program executed by the computer, whereas the label image editing program 500 of FIG. Each element is configured only by an application program.

  Here, the data analysis unit 620 of the label image editing apparatus 600 corresponds to an example of the data analysis unit according to the present invention. The image selection unit 630 of the label image editing apparatus 600 corresponds to an example of a drawing item selection unit, a first image selection unit, and a second image selection unit according to the present invention. This corresponds to an example in which the drawing item creation unit, the first title creation unit, and the second title creation unit are combined in the present invention. The display unit 650 of the label image editing apparatus 600 corresponds to an example of the drawing item display unit referred to in the present invention, and the combination of the image correction unit 660 and the image creation unit 670 is the image creation unit referred to in the present invention. It corresponds to an example.

  Hereinafter, by describing each element of the label image editing apparatus 600 shown in FIG. 5, each element of the label image editing program 500 shown in FIG. 4 will also be described.

  The label image editing apparatus 600 edits a label image having two drawing items, a representative image and a title, which will be described later. Here, in the present embodiment, the title of the label image can be automatically created together with the representative image, or the user can input a desired title by an operation on an operation screen (not shown).

  Whether the title is acquired by user input or automatic creation is selected by the title acquisition unit 610 by a user operation. First, the title acquisition unit 610 inquires of the user on the operation screen (not shown) whether he wants to input a title or whether the label image editing apparatus 600 wants automatic creation. When the user wishes to input a title, the title acquisition unit 610 acquires the title desired by the user via the user's input operation, and uses the acquired title as the data analysis unit 620 and the title creation unit 640. And send to. On the other hand, if the user wishes to automatically create a title, the fact is transmitted to the data analysis unit 620 and the title creation unit 640.

  First, data recorded on the DVD 300 and data reproduced from the DVD 300 are input to the data analysis unit 620. Here, it is not specified how the data input to the data analysis unit 620 is obtained, but this data is stored in the hard disk device 113 of the personal computer 100 for recording on the DVD 300, for example. The data recorded on the DVD 300 may be read from the hard disk device 113, or the data recorded on the DVD 300 may be reproduced by the DVD drive 200.

  The data analysis unit 620 first determines whether the input data (hereinafter simply referred to as input data) is image type data such as image data representing an image typified by a photograph or moving image data representing a moving image. It is determined whether the data is a type other than an image, such as audio data or text data.

  When the input data is image type data, the data analysis unit 620 performs, for example, face detection for detecting a human face in the image, object analysis for determining an object in the image, or the like on the input data. A plurality of types of analysis processes are basically executed. Then, the analysis result is sent to the image selection unit 630, the title creation unit 640, and the display unit 650. However, when a title desired by the user is sent from the title acquisition unit 610, an analysis process to be performed on image data or moving image data is selected from a plurality of types of analysis processes based on the title. Only the selected analysis process is executed. Note that analysis processing for these image data and moving image data will be described in detail later with reference to actual examples.

  On the other hand, when the input data is data of a type other than an image, the data analysis unit 620 performs the following process instead of the above analysis process. Here, in the present embodiment, the input data has a format of a file (corresponding to an example of “named data” in the present invention) with a file name (corresponding to an example of the name in the present invention). Treated. When the input data is data other than an image, the data analysis unit 620 selects one keyword having the largest number of files used in the file name from a plurality of keywords prepared in advance. To do. In addition, when the input data is data of a type other than an image and the title desired by the user is sent from the title acquisition unit 610, the data analysis unit 620 includes a plurality of keywords. A keyword used in the desired title is selected. At this time, when there are a plurality of such keywords, the one keyword with the earliest word order in the desired title is selected. In this way, when the data input to the data analysis unit 620 is data of a type other than an image, unlike the case of data of an image type, one keyword is acquired and the acquired The keyword is sent to the image selection unit 630, the title creation unit 640, and the display unit 650.

  This is the end of the description of the data analysis unit 620. Next, the image selection unit 630 will be described. In the following, each of the case where the input data input to the data analysis unit 620 is image type data and the case where the input data is data other than an image will be described.

  When the input data is image type data, the image selection unit 630 first configures an image represented by the image data or a moving image represented by the moving image data based on the analysis result sent from the data analysis unit 620. From the still images, one representative image that makes the recorded content of the DVD 300 appear as a label image drawing item is selected. The selected representative image is sent to the display unit 650. The selection of the representative image will be described later in detail with reference to an actual example together with the above analysis processing.

  On the other hand, when the input data is data of a type other than an image, the representative image is obtained as follows. In the present embodiment, a plurality of candidate images for the representative image are stored in the database 680 in a one-to-one correspondence with the plurality of keywords. When one keyword obtained based on the file name and title is sent from the data analysis unit 620, the image selection unit 630 associates the keyword with the keyword from among a plurality of candidate images in the database 680. Candidate images are selected as representative images. Then, the selected representative image is sent to the display unit 650.

  Next, the operation of the title creation unit 640 will be described for each of a case where the input data is image type data and a case where the input data is data other than an image.

  When the input data is image type data, the title creation unit 640 creates a title in the label image based on the analysis result. When a title desired by the user is sent from the title acquisition unit 610, the title is adopted as a title in the label image. The title obtained by the title creation unit 640 is sent to the display unit 650. The creation of the title will be described in detail later with reference to an actual example together with the analysis processing and determination of the representative image.

  On the other hand, when the input data is data of a type other than an image, the title is determined as follows based on the keyword sent from the data analysis unit 620. In this embodiment, a plurality of title candidates are stored in the database 680 in a one-to-one correspondence with the plurality of keywords. When a keyword is sent from the data analysis unit 620, the title creation unit 640 selects a title candidate associated with the keyword from a plurality of title candidates in the database 680 as a title. Further, when a title desired by the user is sent from the title acquisition unit 610, the title is adopted as a title in the label image.

  Next, the display unit 650, the image correction unit 660, and the image creation unit 670 will be described.

  For these elements, the operation of each element hardly depends on the data type, and therefore, the explanation according to the data type as described above is not performed.

  The display unit 650 arranges the representative image sent from the image selection unit 630 and the title sent from the title creation unit 640 in a predetermined layout on the display screen 121 (see FIG. 1). indicate. Here, the DVD 300 capable of drawing a label image by light has a plurality of types of label colors (corresponding to an example of a base color in the present invention) that are original colors of the label surface. Based on the analysis result or keyword sent from the data analysis unit 620, the display unit 650 determines a label-colored DVD 300 to image the recorded contents, and the model number and label of the DVD 300 The color is displayed on the display screen and presented to the user. Then, the representative image and the title are displayed in the label color of the determined type of DVD 300. The determination of the label color of the DVD 300 will be described later in detail with reference to an actual example together with the analysis processing, determination of the representative image, and creation of the title.

  The image correction unit 660 receives a correction operation from the user for the representative image and title displayed on the label image layout by the display unit 650, and reflects the correction contents instructed by the correction operation on the display of the representative image and title.

  The image creation unit 670 creates a label image based on the representative image and title displayed by the display unit 650 and the correction content instructed by the correction operation received by the image correction unit 660 and sends the label image to the DVD drive 200.

  When the DVD 300 is loaded in the DVD drive 200 with the label surface facing downward, the label image sent from the image creation unit 670 is drawn on the label surface of the DVD 300.

  This is the end of the description of each element of the label image editing apparatus 600 shown in FIG. 5. Next, when the input data is image type data, analysis processing for data, selection of representative image Details of the processing, the title creation processing, and the DVD 300 label color determination processing will be described with reference to examples.

  In the following description, as an example, reference is made to an example in which the data recorded on the DVD 300 is a plurality of image data representing a plurality of photographs taken when a group of people went on a trip to the sea. .

  First, analysis processing for data will be described.

  In this embodiment, as analysis processing for data, group analysis for analyzing whether or not the image represented by the data is a group consisting of a plurality of persons, and the image represented by the data includes an object called the sea. There are multiple types of analysis processing, such as sea object analysis that analyzes whether or not the image is an image, and mountain object analysis that analyzes whether the image represented by the data is an image that includes a mountain object. .

  In the present embodiment, basically, these plural types of analysis processes are all performed on the data. However, when the title acquisition unit 610 acquires a title desired by the user, only the analysis process selected based on the desired title is executed on the data. For example, it is assumed that the title “sea, travel, summer of ΔΔ” is acquired. In the present embodiment, a title keyword (title word) is associated with each of the plurality of analysis processes. For example, the title word “group” is associated with the group analysis, and the title word “sea” is associated with the object analysis for the ocean. Furthermore, the above-mentioned title word “group” is associated with subwords such as “travel” and “sports”. First, since the subword “travel” is included in the title, the group analysis associated with the subword is selected. Furthermore, since the title word “sea” is included in the title, the sea object analysis associated with the title word is selected. Then, these two types of analysis processing selected based on the title are executed.

  Here, in the above example, an analysis result that is substantially meaningful for creating a label image is obtained in the group analysis and the sea object analysis among the plurality of analysis processes. Therefore, in the following, these two analysis processes will be described as a typical example of the above-described data analysis in accordance with the actual example.

  First, group analysis will be described.

  FIG. 6 is an explanatory diagram for explaining group analysis.

  In the following description, image data and an image are used without being particularly distinguished.

  First, in step S11, for each of the plurality of images G input to the data analysis unit 620, a person's face in the image is detected. In step S11, not only the presence / absence of a face in the image is detected, but also the recognition of whether or not the same face appears in a plurality of images is performed. For example, FIG. 6 shows an example in which the same face is recognized in a plurality of images G1, G2, G3, G4, G5,. First, three types of faces “A” and “B” are detected in the first image G1, and the same face “A” as that in the first image G1 is detected in the second image G2. Then, a new face “E” is detected. In addition, in the third image G3, the same faces “A” and “B” as the face shown in the first image G1 and new faces “C” and “D” are detected, and the fourth image No face is detected in the second image G4, and in the fifth image G5, the same faces “C” and “D” as those in the third image G3 and in the second image G2 are shown. The same face “E” as the detected face is detected.

  Next, in step S12, it is checked whether or not there are a plurality of types of faces appearing over a plurality of images, and whether or not the plurality of images are a group of a plurality of persons. Is determined as follows. In the example of FIG. 6, the face “A” appears in the first, second, and third images G1, G2, and G3, and the first and third images G1, G3 include “ A face “B” is shown, and faces “C” and “D” are shown in the third and fifth images G1 and G3. That is, in the example of FIG. 6, four types of faces “A”, “B”, “C”, and “D” are shown over a plurality of images, and are shown in FIG. It is determined that the plurality of images G1, G2, G3, G4, G5,...

  This is the end of the central processing in the group analysis. However, in the present embodiment, as a pre-processing in the representative image selection processing described later, from among a plurality of images to be analyzed in this group analysis, Candidate images of representative images are selected as follows in this group analysis.

  In step S13 of FIG. 6, the faces of main persons constituting the group are determined as follows from the number of detections for each of the plurality of faces detected in the processing up to step S12. First, for each detected face, the ratio of the number of images in which the face is detected to the total number of images is calculated. A face whose calculated ratio is equal to or greater than a predetermined ratio is determined as a face of a main person constituting the group. In the example of FIG. 6, each face is detected with respect to the total number N of images for each of a plurality of faces “A”, “B”, “C”, “D”, “E”, “F”,. The ratio of the number of images displayed is “10 / N”, “9 / N”, “7 / N”, “6 / N”, “2 / N”, “1 / N”,. Has been. In this example, “A”, “B”, “C”, and “D” having a ratio of “5 / N” or more are determined as the faces of main persons constituting the group.

  Finally, in step S14, all the plurality of faces determined as the faces of the main persons constituting the group (“A”, “B”, “C”, and “D” in the example of FIG. 6) are captured. The three images G3, G6, and G7 are selected as candidate images for the representative image of the label image.

  This is the end of the explanation about the group analysis, and then the sea object analysis.

  FIG. 7 is an explanatory diagram for explaining sea object analysis.

  First, in step S21, for each of the plurality of images G represented by the data to be recorded, it is determined whether or not the sea is reflected in the images. Further, it is determined whether or not the ratio of the number of images showing the sea to the total number of images G exceeds a predetermined ratio, and if it is determined that the ratio exceeds the predetermined ratio, these images are displayed. Is determined to be an image of the sea. FIG. 7 schematically shows an example in which the sea appears in a plurality of images including the first to fourth images G1, G2, G3, and G4.

  This is the end of the central processing in the sea object analysis. However, in this embodiment, in this sea object analysis, as in the above group analysis, representative image candidate images are selected from the images to be analyzed. It is selected in step S22 described below.

  In this step S22, the ratio of the sea image portion in the image is calculated for the image showing the sea. In FIG. 7, about 40% of the background of the person is occupied by the sea in the first image G1, and about 20% of the background is occupied by the sea in the second image G2. In G3, about 50% of the background is occupied by the sea, and in the fourth image G4, about 80% of the background is occupied by the sea. In step S22, three images G1, G3, and G4 in which the ratio of the image portion determined to be the sea is 50% or more are selected as candidate images for the representative image of the label image.

  This is the end of the explanation about the data analysis using the group analysis and the sea object analysis as representative examples. Next, the representative image selection process will be described with reference to the above-described examples.

  FIG. 8 is an explanatory diagram illustrating the representative image selection process.

  FIG. 8 shows a total of five images G3, G6, G7, G4, and G1 selected as candidate images in the group analysis and the sea object analysis.

  In this representative image selection process, the following points are assigned to each image. That is, for each of the group analysis and the object analysis, a point “1” is given to the corresponding image. Next, for each image, the total of the given points is calculated, and the image with the largest total of the points is selected as the representative image. In the example of FIG. 8, an image G3 having a total point “2”, that is, an image G3 selected as a candidate image in both the group analysis and the object analysis is selected as a representative image.

  This is the end of the description of the representative image selection process. Next, the title creation process will be described with reference to the above example.

  FIG. 9 is an explanatory diagram for explaining a title creation process.

  In the present embodiment, as described above, a title word and a subword are associated with each of a plurality of analysis processes executed in the above data analysis. As described above, in the group analysis, the title word “group” is associated with subwords such as “travel” and “sports”, and in the sea object analysis, the title word “sea” is associated. In the title creation process, for example, the title word or subword associated with the analysis process that obtained a positive result, such as group analysis or sea object analysis for the above example, is used for title creation. Is called.

  FIG. 9 shows two title words W1 and W2 associated with the above group analysis and sea object analysis, and the shooting date given to the image data when shooting with a digital camera or the like. The information W3 indicating that the title is created using the material W3 is also shown.

  In the example of FIG. 9, first, the first half T1 of the titles is determined based on the title word W1 “group” and the title word W2 “sea”. As described above, the title word W1 “group” is accompanied by subwords such as “travel” and “sports”. In the present embodiment, such subwords are associated with other title words. For example, the subword “travel” is associated with the title word “sea”, the title word “mountain”, and the like. When a title word with such a subword and another title word are obtained in the above data analysis, the title word is associated with another title word from the subwords with one title word. A subword is selected. In the example of FIG. 9, the subword “travel” associated with the title word “sea” is selected from the subwords attached to the title word W1 “group”.

  In this way, when title words and subwords constituting the first half T1 of the title of the label image are selected, they are arranged according to a predetermined rule to create the first half T1 of the title. FIG. 9 shows a first half T1 of a title formed by arranging a title word “sea” and a subword “travel” in this order following a blank space that can be filled in by the user at the time of correction described later.

  Further, the latter half T2 of the title such as “ΔΔ year summer” is created based on the information W3 indicating the shooting date. The latter half T2 of the title represents the time when the shooting was performed. However, the latter half T2 is created only when information indicating the date such as the shooting date is added to the data to be recorded on the DVD 300.

  Thus, when the first half T1 and the second half T2 of the title are created, these are combined to determine the final title T3.

  This is the end of the description of the title creation process. Next, the label color determination process of the DVD 300 will be described.

  In the present embodiment, the display unit 650 shown in FIG. 5 displays the model number of each of a plurality of types of DVDs having different label colors for the types of data other than images, such as the title word and the audio data and text data described above. Are stored in association with some of the keywords used in the data analysis. For example, in the present embodiment, the title word “sea” is associated with the model number of a DVD having a blue label surface. In the above example, the data analysis unit 620 shown in FIG. 5 obtains the title word “sea”, and the display unit 650 determines the blue color corresponding to the title word “sea” as the label color of the DVD 300. The

  This is the end of the details of the data analysis processing, representative image selection processing, title creation processing, and DVD 300 label color determination processing.

  After these processes, when the representative image and title in the label image and the label color of the DVD 300 on which the label image is drawn are determined, the display unit 650 shown in FIG. Are arranged in a predetermined layout, and they are displayed in the above label color.

  FIG. 10 is a schematic diagram illustrating a display example of a representative image and a title.

  In the example of FIG. 10, the title T3 created in FIG. 9 is arranged above the image G3 selected as the representative image in FIG. 9 in the figure.

  In the present embodiment, as described above, the representative image and title displayed on the display unit 650 can be corrected by the user through the correction operation in the image correction unit 660. In this correction operation, for example, a desired character can be entered in the blank portion T3a in the title T3 shown in FIG. In addition, if the title words and subwords that make up the title, or the title words and subwords themselves do not match the user's image, the title words and subwords are changed, or the titles themselves are rewritten. You can also Further, when the representative image does not match the user's image, a list of candidate images that can be displayed as a representative image is displayed by clicking the displayed representative image, and a desired candidate image is selected from the candidate images. Thus, the representative image being displayed can be changed to a candidate image.

  When the correction work as described above is completed, the image creation unit 670 shown in FIG. 5 creates image data representing a label image using such a corrected representative image and title, and sends the image data to the DVD drive 200.

  According to the present embodiment described above, a label image for the DVD can be automatically created based on the data recorded on the DVD, and the burden on the user in creating such a label image is reduced. ing.

  In the above description, as an example of the recording medium according to the present invention, a label drawing type DVD having a data surface on which data is recorded with light and a label surface on which a label image is drawn with the light is illustrated. However, the present invention is not limited to this, and the recording medium referred to in the present invention is, for example, a label output type CD-R or CD-RW capable of outputting an optical image to the label surface. Alternatively, it may be a non-label type DVD such as a sticker on which a label image is printed, affixed to the label surface, a CD-R, a CD-RW, a flexible disk (FD), or the like. In the above description, a specific example of a label drawing type DVD is not mentioned. However, as the label drawing type DVD, for example, a Labelflash (registered trademark) compatible DVD, a Lightscribe (registered trademark) compatible DVD, or the like can be used. Can be mentioned. Here, when using a Labelflash (registered trademark) compatible DVD, a Labelflash (registered trademark) compatible DVD drive is required, and when using a Lightscript (registered trademark) compatible DVD, it is compatible with Lightscribe (registered trademark). DVD drive is required.

  In the above, the label drawing type DVD drive 200 having a function of drawing a label image on the label surface opposite to the recording surface of the DVD is illustrated as an example of the label image drawing device according to the present invention. The invention is not limited to this, and the label image drawing apparatus according to the present invention may be, for example, an apparatus that outputs a label image to an area where data is not recorded on the recording surface.

  In the above description, the DVD drive 200 that records data on the DVD and draws the label image on the label surface is exemplified as an example of the label image drawing apparatus according to the present invention. However, the present invention is not limited to this. Instead, the label image drawing apparatus according to the present invention is, for example, a printer that outputs a label image on a sticker attached to a label non-drawing type recording medium (for example, DVD, CD-R, CD-RW, FD, etc.). Alternatively, it may be a label printer that outputs a label image with ink on the label surface of a non-label output type recording medium.

  In the above description, as an example of the data analysis unit according to the present invention, when the data to be recorded is image type data, and the user desires automatic title creation, a plurality of types of analysis processing are basically performed. However, the present invention is not limited to this. The data analysis unit of the present invention sequentially executes a plurality of types of analysis processing. For example, when the existence of the sea is confirmed in many images by sea object analysis, the subsequent mountain object analysis is executed. It may be omitted. According to such a form, the processing speed can be increased.

  In the above description, as an example of the title creation unit according to the present invention, for a type of data other than an image, a title creation unit that selects one title candidate from a predetermined database based on a file name and a plurality of keywords. Although 640 is illustrated, the present invention is not limited to this. The title creation unit of the present invention may create a title by appropriately selecting a word in a file name according to the usage frequency or the like for data of a type other than an image, or the data is text If it is data, a title may be created by appropriately selecting a word in a sentence represented by the text data in accordance with the frequency of use. In addition, when the data is voice data, the content represented by the voice data is analyzed by voice analysis to determine which of a plurality of types of contents such as music, conversation, natural sounds, etc. It may be one that selects a title according to the analysis result from the prepared titles.

  Further, in the above, as an example of the display unit according to the present invention, when the input data is image data, the label color of the DVD is changed based on the title word and subword obtained by the analysis processing on the image data. Although the display unit 650 to be determined is illustrated, the present invention is not limited to this. For example, when the input data is image data, the display unit of the present invention analyzes the color in the image represented by the image data, and selects the label color closest to the color in the image from a plurality of label colors. It may be one that selects.

1 is an external perspective view of a computer system that operates as an embodiment of a label image editing / drawing system of the present invention. It is a hardware block diagram which shows the internal structure of the DVD drive 200 shown in FIG. FIG. 3 is a hardware configuration diagram of the personal computer 100 shown in FIGS. 1 and 2. It is a conceptual diagram which shows one Embodiment of the label image editing program storage medium of this invention in which one Embodiment of the label image editing program of this invention was memorize | stored. It is a block diagram which shows one Embodiment of the label image editing apparatus of this invention. It is explanatory drawing explaining group analysis. It is explanatory drawing explaining the object analysis which discriminate | determines the object called a sea. It is explanatory drawing explaining the determination of the representative image of a label image in the components acquisition part 630. FIG. 7 is an explanatory diagram illustrating title determination in a title creation unit 640. FIG. It is a schematic diagram which shows the example of a display of a representative image and a title.

Explanation of symbols

10 Computer System 100 Personal Computer 110 Main Unit 110a FD Loading Port 110b CD-ROM Loading Port 111 CPU
112 Main Memory 113 Hard Disk Device 114 FD Drive 115 CD-ROM Drive 116 I / O Interface 117 Bus 120 Image Display Device 121 Display Screen 130 Keyboard 140 Mouse 200 DVD Drive 200a DVD Loading Port 201 Optical Pickup 202 Spindle Motor 203 Rotation Detector 204 RF amplifier 205 Decoder 206 Servo circuit 207 Stepping motor 208 Motor driver 209 Interface circuit 210 Buffer memory 211 Encoder 212 Strategy circuit 213 Frame memory 214 Data converter 215 Laser power automatic control (ALPC) circuit 216 Laser driver 217 Control circuit 300 DVD
410 FD
420 CD-ROM
500 Label Image Editing Program 510 Title Acquisition Unit 520 Data Analysis Unit 530 Image Selection Unit 540 Title Creation Unit 550 Display Unit 560 Image Correction Unit 570 Image Creation Unit 600 Label Image Editing Device 610 Title Acquisition Unit 620 Data Analysis Unit 630 Image Selection Unit 640 Title creation unit 650 Display unit 660 Image correction unit 670 Image creation unit 680 Database 700 Label image editing / drawing system

Claims (18)

In a label image editing apparatus for editing a label image on a recording medium having a data surface on which data is recorded and a label surface on which a label image for visually confirming the recorded contents of the data surface is drawn,
A data analysis unit for analyzing data recorded on the recording medium and / or data reproduced from the recording medium;
A label image editing apparatus, comprising: a drawing matter display unit that displays a drawing matter according to an analysis result by the data analysis unit as a drawing matter drawn in the label image.   The label image editing apparatus according to claim 1, further comprising: an image creating unit that creates the label image using the drawing items displayed by the drawing item display unit.   2. The image creating unit according to claim 1, further comprising: an image creating unit that modifies a drawing item displayed by the drawing item display unit according to an operation and creates the label image using the modified drawing item. Label image editing device. A drawing matter selection unit for selecting a drawing matter according to an analysis result by the data analysis unit from a plurality of candidates for the drawing matter,
2. The label image editing apparatus according to claim 1, wherein the drawing item display unit displays the drawing item selected by the drawing item selection unit. A drawing matter creating unit that creates the drawing matter based on an analysis result by the data analysis unit,
The label image editing apparatus according to claim 1, wherein the drawing item display unit displays the drawing item created by the drawing item creation unit.   The label image editing apparatus according to claim 1, wherein the drawing item display unit displays a character string as the drawing item. The data is data with a name;
The label image editing apparatus according to claim 1, wherein the data analysis unit analyzes a name given to the data as the analysis of the data. The data is data with a name;
The data analysis unit analyzes the name given to the data as the analysis of the data,
As the drawing matter, a first title creation unit that creates a title of the recording medium based on an analysis result by the data analysis unit,
The label image editing apparatus according to claim 1, wherein the drawing item display unit displays the title created by the first title creation unit as the drawing item.   The label image editing apparatus according to claim 1, wherein the drawing item display unit displays an image as the drawing item. The data is data representing a plurality of images,
2. The label image editing apparatus according to claim 1, wherein the data analysis unit performs image analysis on the plurality of images. The data is data representing a plurality of images,
The data analysis unit performs image analysis on the plurality of images;
A first image selection unit that selects one or more images of the plurality of images as the drawing matter based on an analysis result by the data analysis unit;
The label image editing apparatus according to claim 1, wherein the drawing item display unit displays an image selected by the first image selection unit as the drawing item. The data is data representing a plurality of images,
The data analysis unit performs image analysis on the plurality of images;
A second title creation unit that creates a title of the recording medium as the drawing matter based on an analysis result by the data analysis unit;
The label image editing apparatus according to claim 1, wherein the drawing item display unit displays a title created by the second title creation unit as the drawing item. The data is data with a name;
The data analysis unit analyzes the name given to the data as the analysis of the data,
A second image selection unit that selects one or more images of a plurality of candidate images based on the analysis result by the data analysis unit as the drawing matter;
The label image editing apparatus according to claim 1, wherein the drawing item display unit displays an image selected by the second image selection unit as the drawing item.   The label image editing apparatus according to claim 1, wherein the drawing item display unit displays a base color of the label image as the drawing item.   2. The label image editing apparatus according to claim 1, wherein the recording medium has a data surface on which data is recorded with light and a label surface on which the label image is drawn with the light. A label image editing apparatus for editing a label image on a recording medium having a data surface on which data is recorded and a label surface on which a label image for visually confirming the recorded contents of the data surface is drawn,
A data analysis unit for analyzing data recorded on the recording medium and / or data reproduced from the recording medium;
A label image editing device comprising a drawing matter display unit for displaying a drawing matter according to an analysis result by the data analysis unit as a drawing matter to be drawn in the label image; and
A label image drawing device for drawing a label image edited by the label image editing device on the label surface;
A label image editing / drawing system comprising: A label image is edited on a recording medium that is incorporated in a computer and has a data surface on which data is recorded and a label surface on which a label image for visually confirming the recorded contents of the data surface is drawn. In the label image editing program to let
On the computer,
A data analysis unit for analyzing data recorded on the recording medium and / or data reproduced from the recording medium;
A label image editing program for constructing a drawing item display unit for displaying a drawing item according to an analysis result by the data analysis unit as a drawing item to be drawn in the label image. A label image is edited on a recording medium that is incorporated in a computer and has a data surface on which data is recorded and a label surface on which a label image for visually confirming the recorded contents of the data surface is drawn. In a label image editing program storage medium in which a label image editing program to be stored is stored,
On the computer,
A data analysis unit for analyzing data recorded on the recording medium and / or data reproduced from the recording medium;
A label image editing program for storing a drawing item display unit for displaying a drawing item according to an analysis result by the data analysis unit is stored as a drawing item to be drawn in the label image. Image editing program storage medium.

Images