TW552462B - Image printer, image printing method, printing media, program and printing media unit - Google Patents

Image printer, image printing method, printing media, program and printing media unit Download PDF

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Publication number
TW552462B
TW552462B TW091107096A TW91107096A TW552462B TW 552462 B TW552462 B TW 552462B TW 091107096 A TW091107096 A TW 091107096A TW 91107096 A TW91107096 A TW 91107096A TW 552462 B TW552462 B TW 552462B
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TW
Taiwan
Prior art keywords
image
editing
display
pen
user
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TW091107096A
Other languages
Chinese (zh)
Inventor
Naoto Shiki
Koki Imai
Hiroaki Onishi
Shuichi Kawamoto
Takeshi Ishibashi
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Omron Tateisi Electronics Co
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Publication of TW552462B publication Critical patent/TW552462B/en

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Classifications

    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
    • G07F17/26—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for printing, stamping, franking, typing or teleprinting apparatus
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N1/00—Scanning, transmission or reproduction of documents or the like, e.g. facsimile transmission; Details thereof
    • H04N1/00127—Connection or combination of a still picture apparatus with another apparatus, e.g. for storage, processing or transmission of still picture signals or of information associated with a still picture
    • H04N1/00132—Connection or combination of a still picture apparatus with another apparatus, e.g. for storage, processing or transmission of still picture signals or of information associated with a still picture in a digital photofinishing system, i.e. a system where digital photographic images undergo typical photofinishing processing, e.g. printing ordering
    • H04N1/00161—Viewing or previewing
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
    • G06T11/00—2D [Two Dimensional] image generation
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N1/00—Scanning, transmission or reproduction of documents or the like, e.g. facsimile transmission; Details thereof
    • H04N1/00127—Connection or combination of a still picture apparatus with another apparatus, e.g. for storage, processing or transmission of still picture signals or of information associated with a still picture
    • H04N1/00132—Connection or combination of a still picture apparatus with another apparatus, e.g. for storage, processing or transmission of still picture signals or of information associated with a still picture in a digital photofinishing system, i.e. a system where digital photographic images undergo typical photofinishing processing, e.g. printing ordering
    • H04N1/00167—Processing or editing
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N1/00—Scanning, transmission or reproduction of documents or the like, e.g. facsimile transmission; Details thereof
    • H04N1/00127—Connection or combination of a still picture apparatus with another apparatus, e.g. for storage, processing or transmission of still picture signals or of information associated with a still picture
    • H04N1/00132—Connection or combination of a still picture apparatus with another apparatus, e.g. for storage, processing or transmission of still picture signals or of information associated with a still picture in a digital photofinishing system, i.e. a system where digital photographic images undergo typical photofinishing processing, e.g. printing ordering
    • H04N1/00185—Image output
    • H04N1/00188—Printing, e.g. prints or reprints
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N1/00—Scanning, transmission or reproduction of documents or the like, e.g. facsimile transmission; Details thereof
    • H04N1/387—Composing, repositioning or otherwise geometrically modifying originals
    • H04N1/3871—Composing, repositioning or otherwise geometrically modifying originals the composed originals being of different kinds, e.g. low- and high-resolution originals
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N1/00—Scanning, transmission or reproduction of documents or the like, e.g. facsimile transmission; Details thereof
    • H04N1/00127—Connection or combination of a still picture apparatus with another apparatus, e.g. for storage, processing or transmission of still picture signals or of information associated with a still picture
    • H04N1/00132—Connection or combination of a still picture apparatus with another apparatus, e.g. for storage, processing or transmission of still picture signals or of information associated with a still picture in a digital photofinishing system, i.e. a system where digital photographic images undergo typical photofinishing processing, e.g. printing ordering
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N1/00—Scanning, transmission or reproduction of documents or the like, e.g. facsimile transmission; Details thereof
    • H04N1/32—Circuits or arrangements for control or supervision between transmitter and receiver or between image input and image output device, e.g. between a still-image camera and its memory or between a still-image camera and a printer device
    • H04N1/34—Circuits or arrangements for control or supervision between transmitter and receiver or between image input and image output device, e.g. between a still-image camera and its memory or between a still-image camera and a printer device for coin-freed systems ; Pay systems

Abstract

The present invention relates to the image printer in which the image got by the camera can be edited. On the edit screen displayed by the editing input monitor 18, the edited object image is displayed at the edited object image display portion 111, provided with pen button 122-128, and selected when writing with input tools, and model change button 121 is provided, and selected when displaying the input tool of the stamp button. The user can write the predetermined image displayed at the edited object image display portion 111. The present invention is applicable to the picture vending machine.

Description

552462 五、 發明說明 ( 1 : ) [技術之領域] 本 發明有 關 於 圖 像 印 刷 裝 置 和 圖 像 印 刷 方 法 ，特別有 關 於 例如可 以 對 所 攝 影 到 之 圖 像 進 行 具 有 娛 樂 性之編 輯 之 圖 像印刷 裝 置 和 圖 像 印 刷 方 法 〇 [背景技術] 在 習知技 術 中 > 利 用 攝 影 機 對 使 用 者 進 行 攝 影，使 其 與 預 先準備 之 框 架 圖 像 進 行合成 印 刷 在貼 紙 或紙片 等 的 提 供，例如 照 片 貼 紙 白 動 販 賣 機 (印刷fl 1樂部（商標 )等） 是 代 表性之 圖 像 印 刷 裝 置 〇 另 外，在 此 種 圖 像 印 刷 裝 置 中 使 用 者 可 以 使用附 屬 之 筆 ，在所 攝 影 到 之 圖 像 上 ，進: 行i 編: 輯 (所 謂 之 塗寫）任意 之 文 字或圖 形 等 〇 另 外，在 最 近 爲 著 在所 攝 影 到 之 圖 像 上 可 以 進行更 複 雜 之 編輯， 所 以 在 圖 像 印 刷 裝 置 追 加 各 種 塗 寫 功能。 利 用 此 種方式 5 使 用 者 可 以 在 所 攝 影 到 之 圖 像 上 進行更 複 雜 之 編輯。 但 是，將 各 種 塗 寫 功 能 顯 示 在 編 輯 畫 面 ， 會 使使用 者 之 操 作變爲 煩 雜 爲 其 問 題 〇 因 此，在使 用 者 之 間 對 於 此 種 圖 像 印 刷 裝 置，追 加 各 種 塗寫功 能 而 且 最 好 能 夠 簡 單 的 操 作 複 雜 之編輯 作 業 0 [發日』 丨之揭示] 本 發明針 對 此 種 問 題 對 於所 攝 影 到 之 圖 像 ，可以 以 簡 單 之操作 進 行 複 雜 之 編 輯 作 3- 業 〇 552462 五、發明說明（2) 本發明之圖像印刷裝置，，其特徵是具備有：攝影裝 置，用來對被攝體進行攝影；顯示控制裝置，用來控制 利用該攝影裝置所攝影到之該被攝體之多個圖像之綜合 之顯示，和編輯用之該圖像之顯示，用以編輯該圖像之 多個筆工具或印模工具之顯示；第1選擇裝置，根據使 用者對被該顯示控制裝置控制顯示之該多個圖像之綜合 顯示實行之操作，用來選擇指定之圖像；第2選擇裝置 ，根據使用者對被該顯示控制裝置控制顯示之該多個筆 工具或印模工具實行之操作，用來選擇指定之輸入工具 ;和編輯裝置，利用該第2選擇裝置所選擇之該指定之 輸入工具，用來對第1選擇裝置所選擇之被該顯示控制 裝置控制顯示之圖像進行編輯。 攝影裝置例如由所謂之數位攝影機等之攝影裝置構成 ，顯不控制裝置例如由LCD(Liquid Crystal Display)， CRT(Cathode Ray Tube)等構成，第1選擇裝置和第2選 擇裝置例如由用以控制圖像印刷裝置之動作CPU，顯示 處理機，和觸摸面板構成，編輯裝置例如由用以控制印 刷裝置之動作CPU等構成。 使用者以顯示控制裝置控制顯示，選擇筆工具或印模 工具之任何一個，對被控制顯示之攝影到之圖像，寫入（ 編輯）愛好之文字或圖形等。 用以控制圖像印刷裝置之動作之CPU根據使用者之 選擇操作，實行將被記憶在程式記憶部之指定之圖像處 552462 五、 發明說明 ( 3 ) 理 程 式 裝 載 到 RAM， 藉 以 ‘配 置 ：使 ：用 者 •所 :選 ;擇 丨之 指 ί定 :之 :圖 紋 圖 像 和 遮 罩 圖 像 〇 在 本 發 明 之 圖 像 印 刷 裝 置 中 5 對 被 攝 體 進 行 攝 影 控 制 被 攝 影 到 之 被 攝 體 之 多 個 圖 像 之 綜 合 顯 示 要 進 行 編 輯 之 圖 像 之 顯 示 和 用 以 進 行 編 輯 圖 像 之 多 個 筆 工 具 或 印 模 之 顯 示 ， 根 據 使 用 者 對 被 控 制 顯 示 之 多 個 圖 像 之 綜 合 顯 示 所 實 行 之 操 作 5 C已巳 擇 指 定 之 圖 像 ， 根 據 使 用 者 利 用 被 控 制 顯 示 之 多 個 筆 工 具 或 印 模 工 具 所 實 行 之 操 作 選 擇 指 定 之 輸 入 工 具 利 用 被 選 擇 之 指 定 之 輸 入 工 具 ， 編 輯 被 選 擇 和 被 控 制 顯 示 之 圖 像 0 利 用 上 述 方 式 之 構 造 ， 對 於 攝 影 到 之 圖 像 > 利 用 簡 單 之 操 作 就 可 以 進 行 複 雜 之 編 輯 作 業 ， 可 以 易 於 進 行 多 個 圖 像 之 編 輯 操 作 0 利 用 此 種 方 式 圖 像 印 刷 裝 置 可 以 對 使 用 者 提 供 虽 有 娛 樂 性 之 貼 紙 0 本 發 明 之 圖 像 印 刷 裝 置 可 以 更 具 備 有 ; 印 刷 裝 置 用 來 將 該 編 輯 裝 置 所 編 輯 後 之 該 圖 像 印 刷 在 指 定 之 印 刷 媒 體 1 和 排 出 裝 置 用 來 排 出 利 用 該 印 刷 裝 置 印 刷 有 該 圖 像 之 該 印 刷 媒 體 Ο 印 刷 裝 置 例 如 由 印 刷 機 等 構 成 排 出 裝 置 例 如 由 取 出 □ 等 構 成 ， 用 來取出 印 刷 過 之 紙 〇 被 排 出 之 印 刷 媒 體 例 如 由 貼 紙 構 成 〇 筆 工 具 是 用 以 描 繪 指 定 之 模 樣 圖 像 之 工 具 Ϊ 和 編 輯 裝 置 在 被 該 顯 示 控 制 裝 置 控 5- 制 顯 示 之 該 圖 像 上 5 依 照 552462 五、發明說明（4) 該筆工具之軌跡，描繪該指定之模樣圖像。 例如，依照使用者所實行之筆之移動（軌跡），使線 之形狀變化，用來描繪指定之模樣圖像。 指定之模樣圖像例如爲圖紋，色彩，文字或圖案。 印模工具是用來配置或描繪指定之模樣圖像之工具 ，編輯裝置在被該顯示控制裝置控制顯示之該圖像上 ，依照該印模工具之位置，可以配置或描繪該指定之 模樣圖像。 編輯裝置根據使用者所實行之印模工具之操作，可 以配置成使指定之模樣圖像放大或縮小。 例如，依照使用者所實行之以筆按壓在顯示畫面之 按壓時間，使印模（圖案）之大小逐漸變大，當按壓時 間超過指定之臨限値時，使印模之大小逐漸變小。 在編輯裝置可以根據該使用者所實行之印模工具之 操作，用來變化和描繪指定之模樣圖像之色或形狀， 或是每隔一定之按壓時間，使指定之模樣圖像變大或 變小，可以以此變化方式進行描繪。 例如，依照使用者所實行之以筆按壓在顯示畫面之 按壓時間，使印模（圖案）之方向變化，或是依照使用 者所實行之筆之移動，變化印模之方向和色彩。 編輯裝置可以根據該使用者所實行之該印模工具之 操作，配置多個指定之模樣圖像。 例如，依照使用者所實行之以筆按壓在顯示畫面之 按壓時間，以筆尖作爲中心，隨機的配置多個印模。 552462 五、 發明說明 ( 5； ) 在 本 發 明 之 圖 像 印 刷 裝 置 中 更 具 備 有 登 錄 裝 置 ，根據 該 使 用 者 所 實 行 之 該 筆 工 具 或 該 印 模 工 具 之 操 作 ，用來 登 錄 所 製 成 之 白 作 圖 像 } 和 該 編 輯 裝 置 在 被 該 顯 示控制 裝 置 控 制 顯 示 之 該 圖 像 上 5 配 置 或 描 繪 被 該 登 錄 裝置登 錄 之 該 白 作 圖 像 0 登 錄 裝 置 例 如 由 顯 示 處 理 機 和 觸 摸 面 板 構 成 〇 使 用 者 使 用 筆 工 具 或 印 模 工 具 不 僅 可 以 描 繪 和登錄 所 希 望 之 圖 案 或 文 字 等 J 而 且 可 以 登 錄 在 記 錄 媒 體。另 外 除 了 描 繪 之 圖 案 或 文 字 外 亦 可 以 登 錄 攝 影 裝置所 攝 影 到 之 圖 像 作 爲 印 模 〇 本 發 明 之 圖 像 印 刷 裝 置 亦 可 以 更 具 備 有 檢 測 裝 置，從 被 該 顯 示 控 制 裝 置 控 制 顯 示 之 該 圖 像 中 檢 測 可 被該編 輯 裝 置 編 輯 之 區 域 〇 檢 測 裝 置 例 如 由 用 以 控 制 圖 像 印 刷 裝 置 之 動 作 之CPU 顯 示 處 理 機 和 觸 摸 面 板 構 成 〇 在 本 發 明 之 圖 像 印 刷 裝 置 之 情 況 時 9 檢 測 所 攝 影到之 圖 像 之 売 度 爲 指 定 之 臣品 限 値 以 上 (例如， έ 1色）之1 圖素，只 許 可 在 該 範 圍 進 行 編 輯 〇 因 此 在 變 更 編 輯 範 圍 之情況 時 使 用 者 亦 可 以 利 用 檢 測 裝 置 檢 測 可 編 輯 之 區 域。 本 發 明 之 圖 像 印 刷 裝 置 亦 可 以 更 具 備 有 校 正 裝置， 當 該 被 攝 體 之 攝 景多, 距; 離' 波丨 變更之情況時 ，用來校正亮度。 校 正 裝 置 例 如 由 用 以 控 制 圖 像 印 刷 裝 置 之 動 作 之CPU RAM， 和 程 式 記 憶 部 構 成 〇 .7- 亦 即 CPU 實 行 將 被記憶 552462 五、發明說明（6) 在程式記憶部之圖像變化値校正處理程式裝載在Ram。 利用此種方式可以校正攝影到之圖像全體之變暗之影 響。 本發明之圖像印刷方法其特徵是包含有： 攝影步驟，用來對被攝體進行攝影；顯示控制步驟， 用來控制利用該攝影步驟之處理所攝影到之該被攝體之 多個圖像之綜合之顯示，和編輯用之該圖像之顯示，用 以編輯該圖像之多個筆工具或印模工具之顯示；第1選 擇步驟，·根據使用者對被該顯示控制步驟之處理控制顯 示之該多個圖像綜合顯示實行之操作’用來選擇指定之 圖像； 第2選擇步驟，根據使用者對被該顯示控制步驟之處 理控制顯示之該多個筆工具或印模工具實行之操作，用 來選擇指定之輸入工具；和編輯步驟’利用該第2選擇 步驟之處理所選擇之該指定之輸入工具’用來對該第1 選擇步驟之處理所選擇之被該顯示控制步驟之處理控制 顯示該圖像進行編輯。 在本發明之圖像印刷方法中’對被攝體進行攝影，控 制被攝影到之被攝體之多個圖像之綜合顯示，要進行編 輯之圖像之顯示，和用以進行編輯圖像之多個筆工具或 印模工具之顯示，根據使用者對被控制顯示之多個圖像 之綜合顯示所實行之操作，選擇指定之圖像，根據使用 者利用被控制顯示之多個筆工具或印模工具所實行之操 作，選擇指定之輸入工具，編輯被選擇和被控制顯示之 圖像。 利用上述方式之構造，對於攝影到之圖像’利用簡單 552462552462 V. Description of the Invention (1 :) [Technical Field] The present invention relates to an image printing device and an image printing method, and more particularly, to an image printing method that can perform entertaining editing on photographed images, for example. Apparatus and image printing method 0 [Background Art] In the conventional arts, a camera is used to photograph a user so that it is synthesized with a frame image prepared in advance and printed on a sticker or a paper sheet, such as a photo sticker white Vending machines (printing clubs (trademarks), etc.) are representative image printing devices. In addition, in this type of image printing device, the user can use a pen attached to the photographed image. Progress: Line i Editing: Compilation (the so-called graffiti) of arbitrary text or graphics, etc. Also, recently, it is possible to work on the images taken The more complex editing row, the brush means to recover various types of coating applied to write the image printing function. In this way 5 users can edit more complicated images on the images they have taken. However, displaying various scribble functions on the editing screen will complicate the user's operation as a problem. Therefore, it is desirable to add various scribble functions to the image printing device between the users and can be easily operated. Complicated editing work 0 [Reveal] [Reveal] The present invention addresses such a problem. For the photographed image, complex editing can be performed with simple operations.-Industry 0552462 V. Description of the invention (2) This The image printing device of the invention is characterized by comprising: a photographing device for photographing a subject; and a display control device for controlling a plurality of images of the subject photographed by the photographing device The integrated display and the display of the image used for editing are used to edit the display of the pen tool or impression tool of the image; the first selection device, according to the user, controls the display of the image by the display control device. Synthesis of the multiple images The display operation is used to select the specified image; the second selection device is used to select the specified input tool according to the operation performed by the user on the plurality of pen tools or impression tools controlled and displayed by the display control device. And an editing device that uses the designated input tool selected by the second selection device to edit an image selected and displayed by the display control device selected by the first selection device. The photographing device is constituted by, for example, a so-called digital camera or the like, the display control device is constituted by, for example, LCD (Liquid Crystal Display), CRT (Cathode Ray Tube), etc., and the first selection device and the second selection device are, for example, used to control The operation CPU of the image printing apparatus, the display processor, and the touch panel are constituted, and the editing apparatus is constituted by, for example, an operation CPU for controlling the operation of the printing apparatus. The user controls the display with the display control device, selects either a pen tool or an impression tool, and writes (edits) favorite text or graphics on the image captured by the control display. The CPU used to control the operation of the image printing device executes the operation according to the user's selection to load the specified image stored in the program memory 552462. V. Description of the invention (3) The program is loaded into the RAM, so as to configure: Use: User • All: Selection; Choices: Designation: Pattern image and mask image. 0 In the image printing device of the present invention, the subject is photographed and controlled by the photograph. Comprehensive display of multiple images of the subject Display of the image to be edited and display of multiple pen tools or impressions for editing the image, according to the user's integration of the multiple images that are controlled to be displayed Display the operation performed 5C The selected image has been selected, and the specified input tool is selected according to the operation performed by the user using a plurality of pen tools or impression tools controlled to be displayed. The selected specified input is used. Tool to edit selected and controlled displayed images. 0 With the structure of the above method, for the captured images > complex editing operations can be performed with simple operations, and multiple images can be easily edited. 0 In this way, the image printing device can provide the user with an entertaining sticker. The image printing device of the present invention can be further equipped with; the printing device is used to print the image edited by the editing device on a specified The printing medium 1 and the discharging device are used to discharge the printing medium on which the image is printed by the printing device. 0 The printing device is composed of, for example, a printing press, and the discharging device is composed of, for example, taking out. The ejected print medium is composed of stickers, for example. It is a tool used to draw the specified image. The editing device is controlled by the display control device to display the image. 5 According to 552462 V. Description of the invention (4) The track of the tool, draw the specified Looks like an image. For example, according to the movement (trajectory) of the pen performed by the user, the shape of the line is changed to draw a specified pattern image. The specified appearance image is, for example, pattern, color, text or pattern. The impression tool is a tool for arranging or drawing a specified pattern image. On the image controlled and displayed by the display control device, the editing device can configure or draw the specified pattern image according to the position of the impression tool. image. The editing device may be configured to enlarge or reduce the designated image according to the operation of the impression tool performed by the user. For example, according to the pressing time that the user presses the pen on the display screen, the size of the stamp (pattern) gradually increases, and when the pressing time exceeds the specified threshold, the size of the stamp gradually decreases. The editing device can be used to change and depict the color or shape of the specified pattern image according to the operation of the impression tool performed by the user, or to make the specified pattern image larger or larger every certain pressing time. It becomes smaller and can be drawn in this way. For example, the direction of the stamp (pattern) can be changed according to the pressing time of the user pressing the pen on the display screen, or the direction and color of the stamp can be changed according to the movement of the pen performed by the user. The editing device may configure a plurality of designated pattern images according to the operation of the impression tool performed by the user. For example, a plurality of impressions are randomly arranged with the pen tip as the center according to the pressing time that the user presses the pen on the display screen. 552462 V. Description of the invention (5;) The image printing device of the present invention is further provided with a registration device, which is used to register the produced white paper according to the operation of the pen tool or the impression tool performed by the user. As the image} and the editing device on the image controlled and displayed by the display control device 5 configure or draw the white image registered by the registration device 0 The registration device is composed of a display processor and a touch panel, for example. Using a pen tool or an impression tool, a user can not only draw and register a desired pattern or character J, but also register it on a recording medium. In addition to the drawn pattern or text, the image captured by the photographing device can also be registered as a stamp. The image printing device of the present invention may further be provided with a detection device, and the image displayed by the display control device may be controlled. The detection area can be edited by the editing device. The detection device is constituted by, for example, a CPU display processor and a touch panel for controlling the operation of the image printing device. In the case of the image printing device of the present invention, 9 detections are taken. The degree of the image is 1 pixel above the designated official product limit (for example, 1 color), and only editing is allowed in this range. Therefore, when the editing range is changed, the user can also use the detection device to detect Editable area. The image printing device of the present invention may further be provided with a correction device, which is used for correcting the brightness when the subject has many scenes and distances; The calibration device is composed of, for example, a CPU RAM for controlling the operation of the image printing device, and a program memory section. 0.7- That is, the execution of the CPU will be stored 552462 V. Description of the invention (6) Image changes in the program memory section 値The calibration handler is loaded in Ram. In this way, you can correct the darkening effect of the entire image. The image printing method of the present invention is characterized by comprising: a photographing step for photographing a subject; and a display control step for controlling a plurality of pictures of the subject photographed by the processing of the photographing step. Comprehensive display of images, and display of the image for editing, display of multiple pen tools or impression tools for editing the image; the first selection step, according to the user's control of the display control steps The operation performed on the integrated display of the plurality of images displayed by the process control is used to select a specified image; the second selection step is based on the user's control of the plurality of pen tools or impressions displayed by the process control of the display control step The operation performed by the tool is used to select the specified input tool; and the editing step 'the specified input tool selected by the processing of the second selection step' is used to display the selected one of the processing of the first selection step. The processing of the control step controls displaying the image for editing. In the image printing method of the present invention, 'photograph the subject, control the comprehensive display of multiple images of the subject being photographed, display the image to be edited, and use it to edit the image The display of multiple pen tools or impression tools, according to the user's operation on the comprehensive display of multiple images to be controlled, select a specified image, and according to the user's use of the multiple pen tools that are controlled to be displayed Or the operation performed by the impression tool, select the specified input tool, and edit the selected and controlled displayed image. Utilizing the structure of the above method, it is easy to use the captured image ’552462

五、 發明說明 ( 7； ) 之 操 作 就 可 以 進 行 複 雜 之 編 輯 作 業 5 可 以 易 於 進 行 多 個 圖 像 之 編 輯 操 作 〇 利 用 此 種 方 式 圖 像 印 刷 裝 置 可 以 對 使用 者 提 供 虽 有 娛 樂 性 之 貼 紙 0 本 發 明 之 印 刷 媒 體 之 特 徵 是 利 用 上 述 之 圖 像 印 刷 方 法 印 刷 〇 印 刷 媒 體 例 如 成 爲 由 指 定 張 數 之 紙 所 構 成 之 貼 紙 〇 該 貼 紙 亦 可 以 由 相 等 大 小 之 紙 構 成 亦 可 以 由 各 種 大 小 之 紙 構 成 〇 亦 可 以 是 一 張 大 的 紙 0 另 外 印 刷 媒 體 不 只 限 於貼 紙 ， 亦 可 以 是 紙 例 如 電 話 卡 等 之 卡 片 ，T恤等之布 熱 轉 印 紙 或 大 型 廣 告 紙 等 〇 本 發 明 之 程 式其特 徵 是 以 電 腦 實 行 • 攝 影 步 驟 y 用 來 對 被 攝 體 進 行 攝 影 顯 示 控 制 步 驟 用 來 控 制 利 用 該 攝 影 步 驟 之 處 理 所 攝 影 到 之 該 被 攝 體 之 多 個 圖 像 之 綜 合 之 顯 示 和 編 輯 用 之 該 圖 像 之 顯 示 > 用 以 編 輯 該 圖 像 之 多 個 筆 工 具 或 印 模 工 具 之 顯 示 > 第 1 選 擇 步 驟 ， 根 據 使 用 者 對 被 該 顯 示 控 制 步 驟 之 處 理 控 制 顯 示 之 該 多 個 圖 像 綜 合 顯 示 實 行 之 操 作 用 來 二已β 进 擇 指 定 之 圖 像 > 第 2 選 擇 步 驟 ， 根 據 使 用 者 對 被 該 顯 示 控 制 步 驟 之 處 理 控 制 顯 示 之 該 多 個 筆 工 具 或 印 模 工 具 實 行 之 操 作 用 來 選 擇 指 定 之 輸 入 工 具 y 和 編 輯 步 驟 ， 利 用 該 第 2 々Β巳 送 擇 步 驟 之 處 理 所 CBB 进 擇 之 該 指 定 之 輸 入 工 具 用 來 對 該 第 1 々ΕΒ 擇 步 驟 之 處 理 所 擇 之 被 該 顯 示 控 制 步 驟 之 處 理 控 制 顯 示 該 圖 像 進 行 編 輯 〇 程 式 被 記 錄 在指 定 之 記 錄 媒 體 ， 例如 利 用 驅 動 機 等 讀 出 將 其 安 裝 在 圖 像 印 刷 裝 置 0 記 錄 媒 體 之 構 成 可 以 使 用 由 y=±=7 虽 洛 比 (登錄商標）軟 碟 9- 等 構 成 之 磁 碟 ，由 CD-ROM 552462 五、發明說明（8) (Compact Disk Read Only Memory)，DVD-ROM(Digital Versatile Disk)等構成之光碟，由 MD(Mini Disk)(商標） 等構成之光碟，或半導體記憶器等。 在本發明之圖像印刷裝置之程式中，對被攝體進行攝 影’控制被攝影到之被攝體之多個圖像之綜合顯示之顯 示’和要進行編輯之圖像之顯示，和用以編輯圖像之多 個筆工具或印模工具之顯示，根據使用者對被控制顯示 之多個圖像之綜合顯示所實行操作，選擇指定之圖像， 根據使用者利用被控制顯示之多個筆工具或印模工具所 實行之操作，選擇指定之輸入工具，利用被選擇之指定 之輸入工具，用來選擇和顯示被控制之圖像。 利用上述方式之構造，對於攝影到之圖像，利用簡單 之操作就可以進行複雜之編輯作業，可以易於進行多個 圖像之編輯操作。利用此種方式，圖像印刷裝置可以對 使用者提供富有娛樂性之貼紙。 本發明之印刷媒體單位使用在圖像印刷裝置，該圖像 印刷裝置具備有：攝影裝置，用來對被攝體進行攝影； 顯示控制裝置，用來控制利用該攝影裝置所攝影到之該 被攝體之多個圖像之綜合之顯示，和編輯用之該圖像之 顯示，用以編輯該圖像之多個筆工具或印模工具之顯示 ;第1選擇裝置，根據使用者對被該顯示控制裝置控制 顯示之該多個圖像之綜合顯示實行之操作，用來選擇指 定之圖像；第2選擇裝置，根據使用者對被該顯示控制 裝置控制顯示之該多個筆工具或印模工具實行之操作， 用來選擇指定之輸入工具；和編輯裝置，利用該第2選 擇裝置所選擇之該指定之輸入工具，用來對該第1選擇 裝置所選擇之被該顯示控制裝置控制顯示該圖像進行編 -10- 552462 五、發明說明（9) 輯；其特徵是具備有記憶裝置，用來記憶識別資訊藉以 識別印刷媒體單位；利用圖像印刷裝置可以辨識記憶裝 置所記憶之識別資訊。 記憶裝置例如由1C卡片，1C卡等之記憶器構成，記 憶有作爲識別資訊之固有之ID。 依照此種方式，只有在辨識到識別資訊時，才可以使 用印刷媒體單位，成爲只有爲本發明之圖像印刷裝置生 產之單位才可以使用，可以抑制純正品以外者之使用。 [圖面之簡單說明] 第1圖表示使用有本發明之圖像印刷裝置之斜視圖。 第2圖表示第1圖之圖像印刷裝置之配置之實例。 第3圖是方塊圖，用來表示第1圖之圖像印刷裝置之 內部之構造例。 第4圖表示被顯示在攝影用監視器之示範畫面。 第5圖表示被顯示在攝影用監視器之攝影模態選擇畫 面。 第6圖表示被顯示在攝影用監視器之攝影機角度選擇 畫面。 第7圖表不被顯不在攝影用監視器之另一實例之攝影 機角度選擇畫面。 第8圖表示被顯示在攝影用監視器之另一實例之攝影 機角度選擇畫面。 第9圖表示被顯示在攝影用監視器之圖像變比調整設 定晝面。 第1 0圖是流程圖，用來說明圖像變比値之校正處理。 第11圖表示被顯示在攝影用監視器之圖像確認畫面。 -11- 552462 五、發明說明（1〇) 第1 2圖是流程圖，用來說明編輯畫面之顯示處理。 第1 3圖表示被顯示在編輯輸入用監視器之初期畫面。 第1 4圖表示與被顯示在編輯輸入用監視器之與筆模態 有關之編輯畫面。 第1 5圖表示被顯示在編輯輸入用監視器之與滲潤筆有 關之編fe畫面。 第1 6圖表示被顯示在編輯輸入用監視器之另一實例之 與滲潤筆有關之編輯畫面。 第1 7 A圖表示滲潤筆之線之形狀。 第1 7 B圖表示臘筆之線之形狀。 第1 7 C圖表示空心筆之線之形狀。 第1 7 D圖表示實心標示之線之形狀。 第1 7E圖表示立體筆之線之形狀。 第1 7F圖表示肥胖筆之線之形狀。 第1 7 G圖表示模糊筆之線之形狀。 第1 8圖是流程圖，用來說明滲潤筆之描繪處理。 第1 9圖是接續第1 8圖之流程圖。 第2 0圖表示滲潤筆選擇時之遮罩圖像之配置。 第21圖表示臘筆選擇時之遮罩圖像之配置。 第2 2圖表示空心筆選擇時之遮罩圖像之配置。 第2 3圖表示是流程圖，用來§兌明貫心標不之描繪處理。 第24圖是接續第23圖之流程圖。 第2 5圖表不實心標不選擇時之遮罩Η像之配置。 第2 6圖用來說明以實心筆描繪之線之交叉之實例。 -12- 552462 五、發明說明（11) 第27圖是流程圖，用來說明立體筆之描繪處理。 第2 8圖是接續第2 7圖之流程圖。 第2 9圖是接續第2 7圖和第2 8圖之流程圖。 第30圖表示立體筆選擇時之遮罩圖像之配置。 第3 1圖表示肥胖筆選擇時之遮罩圖像之配置。 第3 2圖表示模糊筆選擇時之遮罩圖像之配置。 第3 3圖表示被顯示在編輯輸入用監視器之與印模模態 有關之編輯畫面。 第34圖是流程圖，用來說明放大印模之描繪處理。 第3 5圖是接續第3 4圖之流程圖。 第3 6圖用來說明放大印模。 第3 7圖用來說明旋轉印模。 第3 8圖用來說明七色印模。 第3 9圖是流程圖，用來說明全滿印模之描繪處理。 第4 0圖是接續第3 9圖之流程圖。 第4 1圖用來說明全滿印模。 第42圖表示被顯示在編輯輸入用監視器之與手製印模 有關之編輯畫面。 第4 3圖表示被顯示在編輯輸入用監視器之與背景刷有 關之編輯畫面。 第44圖是流程圖，用來說明背景刷處理。 第4 5圖是接續第4 4圖之流程圖。 第4 6圖表示被顯示在編輯輸入用監視器之與背景刷有 關之編輯畫面。 -13- 552462 五、發明說明（12) 第47A圖表示以使用有本發明之圖像印刷裝置製成之 使用者選擇6分割之貼紙之情況時之印刷媒體之實例。 第47B圖表示以使用有本發明之圖像印刷裝置製成之 使用者選擇混合分割之貼紙之情況時之印刷媒體之實例。 [實施本發明之最佳實施例] 第1圖是斜視圖，用來表示使用有本發明之例如以照 片貼紙自動販賣機爲代表之圖像印刷裝置1之構造例。 在圖像印刷裝置1之框體1 1之面1 1 - 1之左上方，設有 硬幣投入口，當使用者利用圖像印刷裝置1時，可以投 入指定之金額。另外，在面11-1之右上方，設有攝影引 導用揚聲器13，對使用者輸出各種聲音之引導，用來引 導攝影方法（貼紙製成之進行方法）。 在位於面11-1之中央上方之以指定之角度斜向上方之 面1卜2，設置有例如由CRT(C at hod Ray Tube)或 LCD(Liquid Crystal Display)等構成之攝影用監視器14 。攝影用監視器1 4顯示用以引導攝影方法之畫面，和利 用後面所述之攝影裝置3 1之攝影到之被攝體之圖像。 在面11-2之右側是以指定之角度斜向上方之面1 13-R ，在該面設置有操作面板1 5。操作面板1 5由使用者操作 之各種操作鈕構成，例如在調整CCD(Charge Coupled Device)攝影機32之圖像變比時等被操作。在操作面板 1 5例如配置有：「〇鈕」，對於顯示在攝影用監視器1 4 之各種選擇項目，用來決定該項目時被操作；「X鈕」， 取消決定之項目時被操作；和「+鈕」和「一鈕」等， -14- 552462 五、發明說明（彳3) 當使被顯示在攝影用攝影機14之游標等進行移動時被操 作，除此之外適當的配置有「攝影開始鈕」’當指示開 始攝影時被操作。 另外，在面11-2之左右’設有對設置面（底面）大致垂 直之面11-4L，11-4R’在各個面配置有照明裝置16-1L ，16-1R。照明裝置16-1L，16-1R在內部具有發光體（閃 光燈），依照使用者對操作面板1 5之操作’當被指示開始 攝影，記憶CCD攝影機32所取入之圖像作爲靜止圖像時 (捕捉時），配合該時序’照射被攝體。 另外，在框體11之上面之面11-5L，11-5R，亦與面 1 1-4L，1 1-4R同樣的，分別配置照明裝置16-2L，16-2R 。照明裝置16-2L，16-2R在內部具有發光體，在照明裝 置16-1L，16-1R照射被攝體之時序，使發光體發光。從 照明裝置16-2L，16-2R照射之光（閃光）被閃光反射板17 反射，照射在被攝體。亦即，閃光反射板1 7以傾斜的安 裝，成爲照射在框體1 1之正面之使用者（被攝體）。 在框體Π之上方，於左右方向之中間部，設置攝影裝 置31。在該攝影裝置31之以指定角度斜向下方之面，配 置有CCD攝影機32，和利用小型之LCD等構成之取入 圖像顯示部33。CCD攝影機32取入被攝體之圖像，取入 之圖像（動畫像）被顯示在取入圖像顯示部3 3。因爲取入 圖像顯示部3 3被設在C C D攝影機3 2之近傍，所以使用 者可以確認被顯示在取入圖像顯示部3 3之本身之圖像， 同時以視線大致面向C C D攝影機3 2之狀態，進行攝影。 -15- 552462 五、發明說明（14) CCD攝影機32根據CCD攝影機控制部86(第3圖）之 控制，依照使用者所選擇之「全身」之模態或「半身」 之模態，使設置位置移動，和在「正面」模態之攝影時 ，設置角度被設定成爲大致0度，在「向上看」之模態 之攝影時，設置角度被設定成爲大致3 0度。 在框體1 1之左側面之面1 1-6，設有由CRT或LCD等 構成之編輯輸入用監視器1 8，編輯引導用揚聲器1 9，觸 摸筆2 0，和貼紙取出口 2 1。 CCD攝影機32所攝影到之被選擇和保存作爲編輯圖像 之圖像，在使用者完成攝影處理之後，被顯示在編輯輸 入用監視器1 8。在編輯輸入用監視器1 8積層有觸摸面板 9 7 (第3圖），使用者對於被顯示在編輯輸入用顯示器1 8 之圖像，經由操作觸摸筆20，可以在編輯對象之圖像（ 以下適當的稱爲編輯對象圖像），寫入（輸入）任意之文字 或圖形等。 亦即’使用者在框體1 1之正面（面1 1 -1)前方之場所（ 以下適當的稱爲攝影空間），於對自己本身進行攝影之後 ’移動到面1 1 -6之前方之場所（以下適當的稱爲編影空間 )’對所攝影到之自己本身之圖像進行編輯。 在編輯輸入用監視器1 8顯示編輯對象圖像和各種編輯 工具之選擇鈕等。然後，編輯輸入用監視器1 8，在使用 考利用觸摸筆2 0進行寫入時，顯示依照該輸入產生之編 過之圖像。 編輯引導用揚聲器19對使用者輸出聲音引導，用來說 -16- 552462 五、發明說明（15) 明編輯之輸入方法等。 觸摸筆20依照積層在編輯輸入用監視器1 8之觸摸面 板97之位置檢測方式（例如，電阻膜式，超音波式等）構 成，當未使用在圖像編輯時，如該圖所示，掛在被設置 於面1 1 - 6之突起部。 貼紙取出口 2 1排出由指定之數目和指定之大小之多張 貼紙構成之印刷有編輯之圖像之貼紙。 第2圖表示第1圖之圖像印刷裝置1之配置例。 在與框體1 1之正面面對之位置，設置有離開指定距離 之背景面板5 1，使用者以框體Π和背景面板5·1之間之 空間作爲攝影空間，對自己本身之圖像進行攝影。在框 體11之上面，設置水平方向之遮幕框架41，在遮幕框架 41安裝遮幕42，經由遮幕軌道41a向下方延伸指定之長 度形成從外部看不見攝影空間之內部。該遮幕形成上下 方向較長，但是亦可以使大致上半部份42a成爲不透明 ’從外部看不見在攝影空間內之使用者，和使大致下半 部份42b成爲半透明，從外部可確認在攝影空間內有使 用者。 另外’在框體1 1之面1 1 -6，遮幕框架6 1被設置成包 圍編輯輸入用監視器1 8，在遮幕框架6 1經由遮幕軌道 61a安裝有遮幕62向下方延伸指定之長度。該遮幕62用 來構成從外部看不見在編輯輸入用監視器1 8之前之使用 者’和從外部看不見被顯示在編輯輸入用監視器1 8之圖 像。 -17- 552462 五、發明說明（16 ) 如第1圖和第2圖所示，經由將攝影空間和編輯空間 設在不同之位置，在有順序等待之下一個使用者時，該 使用者替換先前在攝影空間進行過攝影之使用者，進入 攝影空間，可以開始攝影。因此，可縮短攝影等待時間 ，所以可以將編輯時間設定成較長。 第3圖是方塊圖，用來表示第1圖之圖像印刷裝置1 之內部之構造例。對於第1圖已說明過之部份，將其說 明加以省略。 CPU(Central Processing Unit)81 依照被記憶在 ROM(Read Only Memory)82之程式，或從程式記億部84 裝載到RAM(R an dom Access Memory )83之程式，經由匯 流排94用來控制圖像印刷裝置1之全體動作。在RAM83 更適當的記憶有CPU81實行各種處理所需要之資料等。 程式記憶部84由硬碟和其驅動機構成，用來記憶 CPU81所實行之各種程式等，如後面所述，亦言己憶使用 者所製成之文字和圖形（後面所述之手製印模）等。驅動機 85讀出被記憶在富洛比（登錄商標）軟碟或硬碟等之磁碟 ，或CD-ROM，DVD等之光碟等之記錄媒體之程式，經 由匯流排94供給到程式記憶部84等。例如，從驅動機 85供給與被攝體之圖像合成之新的框架圖像，或編輯圖 像（手製印模）等。 在攝影裝置3 1之內部，除了上述之CCD攝影機32和 取入圖像顯示部3 3之外，亦配置有CCD攝影機控制部 8 6。C C D攝影機控制部8 6，依照使用者操作該操作面板 所輸入之CCD攝影機32之調節要求，用來控制CCD 攝影機3 2之圖像變比率和取入光量等。 保留圖像記憶部87，對於使用者進行攝影之被選擇作 爲編輯圖像之圖像，只記憶指定之張數。例如，保留圖 -18- 552462 五、發明說明（17 ) 像記憶部87記憶至6張之保留圖像（編輯對象圖像）。 硬幣處理部8 8計數從硬幣投入口 2 1投入之硬幣，當 判定爲已投入作爲圖像之製作費用之預先設定之指定金 額時，就將該信息通知CPU81。 印刷機89取得預先保存在貼紙單位9 1之貼紙92，在 具有多個貼紙被配置在指定之位置和大小之貼紙92，印 刷編輯過之圖像。利用印刷機8 9印刷過之貼紙92，被排 出到貼紙取出口 2 1，藉以提供給使用者。 ID卡片讀寫器90以接觸或非接觸讀出附加在貼紙單位 91之被記憶在ID卡片93之識別資訊，將其輸出到CPU 8 1 。CPU81根據供給自ID卡片讀寫器90之識別資訊，判 定被裝著之貼紙單位9 1是否爲在圖像印刷裝置1中可利 用之單位，只有在判定爲可利用之單位時，才使印刷機 8 9等成爲可動作。 亦即，利用CPU81用來管理在圖像印刷裝置中成爲可 利用之貼紙單位9 1之識別資訊。利用此種方式，可以抑 制利用不與圖像印刷裝置1對應（不純正）之貼紙。另外， 利用ID卡片93亦可以管理貼紙92之剩餘量等。另外， 亦可以利用在貼紙單位印刷之條碼，貼紙和被設定利用 之1C卡等，確認貼紙單位是否純正，或是亦可以利用貼 紙單位之尺寸，形狀等確認機械上之不能裝塡。 貼紙單位91對圖像印刷裝置1成爲可裝卸，在內部裝 置貼紙92,和在ID卡片讀寫機90可讀取之ID之指定之 位置，附加ID卡片93。在被附加於貼紙單位9 1之ID卡 片93，寫入ID用來管理用以辨別各個貼紙單位92之識 別資訊等。另外，ID卡片93亦可以與貼紙92形成一體 ，成爲不可分離。 聲音輸出控制部95根據來自CPU81之控制，用來控制 -19- 552462 五、發明說明（18) 攝影引導用揚聲器13，輸出各種聲音引導用來說明攝影 方法等’或例如取入靜止圖像時之快門音等之效果音。 另外一方面，聲音輸出控制部98控制編輯引導用揚聲器 1 9 ’輸出各種聲音引導用來說明編輯方法等，或寫入到 圖像時所產生之效果音等。利用此種方式，在攝影引導 用揚聲器1 3和編輯引導用揚聲器1 9，依照需要輸出互不 相同之聲音。 顯示處理機96在完成攝影處理，使用者開始圖像編輯 時，將從保留圖像記憶部87經由匯流排94轉送至之保 留圖像，記憶在內藏之記憶器96A。然後，顯示處理機 96 ’當在觸摸面板97進行編輯輸入時，在編輯對象圖像 上，檢測其輸入位置，反映在編輯對象圖像，顯示在編 輯輸入用監視器18。另外，在第3圖中，所示者是編輯 輸入用監視器1 8和觸摸面板9 7在不同之位置，但是實 際上是積層的配置。 下面將說明上述之圖像印刷裝置1之攝影處理。 C P U 8 1實行將被記憶在程式記憶部8 4之顯示控制程式 裝載到RAM83，例如，如第4圖所示，在攝影用監視器 1 4顯示攝影之進行方法等之示範畫面（以下稱爲示範畫 面）。 CPU81根據來自硬幣處理部88之輸出，當已投入指定 之費用（貼紙之製成費用）時，就在攝影用監視器1 4順序 的顯示攝影模態，攝影機角度，或圖像變比調整等之設 定畫面，和實行將被記憶在程式記憶部8 4之攝影處理程 式裝載到RAM83，在取入圖像顯示部33顯示該CCD攝 影機3 2所攝影到動畫像。 第5圖表示被顯示在攝影用監視器1 4之模態選擇畫面 。如該圖所示，在模態選擇畫面顯示「以+ / -鈕選擇攝 影模態」之信號，和顯示「快樂攝影」之模態和「攝影 -20- 552462 五、 發明說明 (19) 機 白 由 攝 影 」之模態之功能說明。使用者在該模態選擇 晝 面 經 由 操作該操作面板1 5之「+鈕」’可以選擇「 快 樂 攝 影 J 之模態，經由操作「一鈕」，可以選擇「攝 影 機 白 由 攝 影」之模態。 例 如 在 第5圖所示之模態選擇畫面，當使用者操作 該 操 作 面 板 15之「+鈕」時，CPU81就在攝影用監視器 1 4 例 如 顯 示如第6圖所示攝影機角度選擇畫面。 在 第 6 圖 所示之攝影機角度選擇畫面，顯示「以+ / - 鈕 々BB 擇 攝 影 機角度」之信息。使用者在該攝影機角度選 擇 畫 面 經 由操作該操作面板1 5之「+鈕」，可以選擇 厂 半 身 (橫向較長）」之模態，經由操作鈕」，可以選 擇 厂 全 身 (縱向較長）」之模態。 在 第 6 圖 所示之攝影機角度選擇畫面中，當使用者操 作 該 操 作 面 板15之「+鈕」或「-鈕」時，CPU81就在 攝 影 用 監 視 器1 4，例如顯示第7圖所示之攝影機角度選 擇 畫 面 〇 在 第 7 圖 所示之攝影機角度選擇畫面中，顯示「以+ / — 鈕 選 擇 攝 影機角度」之信息。使用者在該攝影機角度 選 擇 畫 面 經由操作該操作面板1 5之「+鈕」，可以選 擇 厂 向 上 看 」之模態，以使用者之臉部稍微向上之狀態 進 行 攝 影 5 另外，經由操作「一鈕」，可以選擇「正面 j 之 模 態 以使用者面向正面之狀態進行攝影。 在 第 7 圖 所示之攝影機角度選擇畫面，當使用者選擇 該 操 作 面 板 1 5之「+鈕」時，根據CCD攝影機控制部 86 之 ，控 ί制， CCD攝影機32之設置角度被設定成爲大致 30 度， 當 選 擇「一鈕」時，CCD攝影機32之設置角度被 設 定 成 爲 大 致〇度。 另 外 在 第5圖所示之模態選擇畫面中，當使用者操 作 該 操 作 面 板15之「—鈕」時，CPU81就在攝影用監視 -21 - 552462 五、發明說明（2〇) 器1 4，顯示第6圖所示之攝影機角度選擇畫面，然後， 當使用者操作「+鈕」或「一鈕」時，就顯示如第8圖 所示之攝影機角度設定畫面。 在第8圖所示之攝影機角度設定畫面’顯示「以+ / -鈕自由設定攝影機角度」之信息。使用者在該攝影機角 度選擇畫面，經由操作該操作面板1 5之「+鈕」或「一 鈕」，可以在例如〇至45度之範圍自由的設定CCD攝影 機32之設置角度。 依照此種方式，使用者在選擇「快樂攝影」之模態之 情況時，只選擇攝影機角度，就可以設定CCD攝影機32 之設置角度，在選擇「攝影機自由攝影」之模態之情況 時，可以自由的設定CCD攝影機32之設置角度。 依照上述之方式，當攝影模態和攝影機角度被設定後 ，C P U 8 1就在攝影用監視器1 4 ’例如顯示第9圖所示之 圖像變比調整設定畫面。 在第9圖所示之圖像變比調整設定畫面’顯示「以+ / -鈕調整圖像變比」。準備好時按下開始鈕之信息。使 用者在該圖像變比調整設定畫面’經由操作該操作面板 15之「+鈕」或「一鈕」，可以用來進行CCD攝影機32 之圖像變比調整，和經由操作攝影開始鈕可以開始攝影。 在進行C C D攝影機3 2之圖像變比調整時’由於機器特 性（亦即，因爲透鏡之最大光圈變小），所以攝影到之圖像 全體（包含背景）會變暗。在此，經由進行圖像變比値之校 正處理，可以保持攝影到之圖像全體之亮度。 下將將參照第1 〇圖之流裎圖’用來說明圖像變比値之 校正處理。另外，攝影條件是照明等爲一定者，圖像變 比値Z爲1至5之5階段成爲可調整，通常（無圖像變比 )是 Z = 1。 -22- 552462 五、發明說明（21) 首先’圖像印刷裝置1之工廠出貨之前處理是對每一 個圖像變比値，以自（W)、灰（G)、黑（B)之3片之面板被 攝影，取得攝影圖像A 1至A5，被攝影之面板之中心之 點（亦即攝影畫面之中心）被設定在亮度値W、G、B。利 用此種方式，圖像變比値Z = 1之亮度値被設定爲W(A 1) ，G(A1)，B(A1)，圖像變比値Z = 2之亮度値被設定爲 W(A2)，G(A2)，B(A2)，圖像變比値Z= 3之亮度値被設 定爲W(A3)，G(A3)，B(A3)，圖像變比値Z = 4之亮度値 被設定爲W(A4)，G(A4)，B(A4)，圖像變比値Z二5之亮 度値被設定爲W(A5)，G(A5)，B(A5)。 然後，分別算出圖像變比値2至5與最小圖像變比値 (亦即，圖像變比値Z = 1)之亮度値W，G，B之差分d。 亦即，圖像變比値Z = 2與最小圖像變比値之差分被設定 成爲 dl(Wl = W(A1)—W(A2)，G1 = G(A1)—G(A2)，B1 = B(A1)-B(A2)) ，圖像變比値Z = 3與最小圖像變比値之差分被設定成爲 d2(W2= W(A1)—W(A3)，G2=G(A1)-G(A3)，B2 = B(A1) —B(A3)) ，圖像變比値Z = 4與最小圖像變比値之差分被設定成爲 d3(W3= W(A1)—W(A4)，G3 = G(A1)—G(A4)，B3 = B(A1) —B(A4)) ，圖像變比値Z = 5與最小圖像變比値之差分被設定成爲 d4(W4 = W(Al) —W(A5)，G4=G(A1) —G(A5)，B4 = B(A1)—B(A5))。 利用以上之設定値，將面板本來之亮度値定爲W二 W(A1)，G = G(A1)，B = B(A1)，以近似連結直線式（1)算 出差分 dl = ((B，B1)，（G，G1)，（W，W1))。 y 1 = α 1 · χ + ^ 1 ...(1) 在上述之式（1)中，αΐ，/31爲任意之値，所算出之値 -23- 552462 五、發明說明（22) yl表示由於圖像變比變暗之程度（亮度變位）。同樣的， 近似 •連 結直 線 式 (2)至（4)分別算出差分 d2 至d4 。另外 a 2 至 a 4 » 和 1 β ^ 2至々4爲任意之値。 y2 = a 2 · x + β 2 ... (2) y3 = a 3 · x + β 3 ... (3) y 4 二 a 4 · x + β 4 _ · · (4) 依照 此 種方 式 5 對於圖像變比値Ζ二2 至 5之每一個： 獲得亮度變位之式（1)至式（4)，亦即獲得亮度調整用之變 換參數，將該等之變換參數設定在圖像變比値校正處理 程式。利用此種方式，當選擇指定之圖像變比値時，使 用與該圖像變比値對應之變換參數，施加亮度調整之圖 像處理。 在步驟SI，CPU81判定使用者是否操作該操作面板15 之「+鈕」或「一鈕」和是否進行圖像變比調整，重複 進行判定處理直至有進行圖像變比調整。然後，在步驟 S 1，當判定爲有進行圖像變比調整之情況時，就前進到 步驟S2，CPU81根據來自使用者之操作輸入，決定圖像 變比値Z。 在步驟S3，CPU81判定使者是否指示攝影，亦即是否 有攝影開始鈕被操作，重複進行判定處理直至指定進行 攝影。然後，在步驟S3，當判定爲指示攝影之情況時就 前進到步驟S4，CPU81接受來自使用者之操作入（圖像變 比値）’控制C C D攝影機控制部8 6 ’和根據來自操作面 板1 5之輸出（攝影開始鈕之輸出信號），依照需要，在攝 -24- 552462 五、發明說明（23) 影用監視器1 4顯示遞減計數指示器。c P U 8 1在成爲攝影 時序時，控制照明裝置1 6 - 1 L，1 6 -1 R，和照明裝置1 6 - 2 L ，16-2R，以閃光照射在被攝體，和在該瞬間，將利用CCD 攝影機3 2取入之圖像，作爲靜止圖像的暫時保存在保留 圖像記憶部8 7。 在步驟S5, CPU81判定步驟S2之處理所決定之圖像變 比値Z是否爲最小値（亦即Z= 1 )，當判定爲不是最小値之 情況時’就前進到步驟S 6，將被記憶在程式記憶部8 4之 圖像變比値校正處理程式裝載到RAM83的實行，依照步 驟S 2之處理所決定之圖像變比値，用來決定變換參數。 例如，在圖像變比値Z = 2之情況時，以該式（1)決定變換 參數。 在步驟S7, CPU81使用步驟S6之處理所決定之變換參 數，變換（校正）G亮度，R亮度，和B亮度。在步驟S8 ，CPU81利用在步驟S7之處理被變換之亮度値，用來產 生校正圖像，將其記憶在保留圖像記憶部87，然後使處 理結束。 利用以上之處理，可以校正由於圖像變比調整使攝影 到之圖像全體變暗之影響。 另外，對於每一個圖像變比値，分解成R，G，B成分 ，將各色成分變換成爲白黑明暗狀態，可以依照上述之 方式算出亮度變位之直線式。 CPU81將被保存在保留圖像記憶部87之靜止圖像之確 認畫面顯示在攝影用監視器1 4。利用此種方式，顯示如 -25- 552462 五、發明說明（24) 第1 1圖所示之圖像確認畫面。如該圖所示，在圖像確認 晝面顯不「這個好嗎？按下〇/ X鈕。」之信息，使用者 經由操作該操作面板1 5之「设鈕」或「Θ鈕」，可以用V. Description of the invention (7;) The operation can perform complex editing operations. 5 It is easy to edit multiple images. In this way, the image printing device can provide users with entertaining stickers. 0 copies The printing medium of the invention is characterized by being printed using the above-mentioned image printing method. The printing medium is, for example, a sticker made of a specified number of sheets of paper. The sticker can also be made of paper of the same size or of various sizes. It can also be a large piece of paper. In addition, the printing medium is not limited to stickers. It can also be paper such as phone cards, thermal transfer paper such as T-shirts, or large advertising paper. Photographing step y is used to perform photographic display control on the subject This step is used to control the comprehensive display of multiple images of the subject captured by the processing of the photographing step and the display of the image for editing > multiple pen tools for editing the image or Display of the impression tool > The first selection step, according to the operation performed by the user on the integrated display of the plurality of images displayed by the processing control of the display control step, is used to select the designated image by β. 2 selection step, which is used to select the specified input tool y and edit step according to the operation performed by the user on the plurality of pen tools or impression tools displayed by the processing control of the display control step, using the second 々Β々 送The designated input tool selected by the CBB of the selected step is used to display the selected by the processing control of the display control step of the processing of the 1st ΕΕΒ optional step. The image is edited. The program is recorded on a designated recording medium. For example, it is read out by a driver and installed on the image printing device. The structure of the recording medium can be changed from y = ± = 7. CD-ROM 552462 and other discs, CD-ROM 552462 V. Description of the invention (8) (Compact Disk Read Only Memory), DVD-ROM (Digital Versatile Disk) and other discs, including MD (Mini Disk) (trademark ), Etc., or semiconductor memory. In the program of the image printing apparatus of the present invention, the subject is photographed 'controlling the display of the comprehensive display of multiple images of the subject photographed' and the display of the image to be edited, and With the display of multiple pen tools or impression tools for editing images, according to the user's operation on the comprehensive display of the multiple images that are controlled to be displayed, the designated image is selected, and as many as the user uses the controlled display For operations performed by a pen tool or impression tool, select a specified input tool, and use the selected specified input tool to select and display the controlled image. With the structure of the above method, for the captured images, complex editing operations can be performed with simple operations, and multiple images can be easily edited. In this way, the image printing apparatus can provide users with entertaining stickers. The printing medium unit of the present invention is used in an image printing apparatus, the image printing apparatus is provided with: a photographing device for photographing a subject; and a display control device for controlling the subject photographed by the photographing device Comprehensive display of multiple images of the subject, and display of the image used for editing, display of multiple pen tools or impression tools for editing the image; the first selection device, according to the user's The display control device controls an operation performed by the comprehensive display of the plurality of images displayed to select a specified image; the second selection device, according to the user, controls the plurality of pen tools or the plurality of pen tools displayed by the display control device or An operation performed by the impression tool to select a specified input tool; and an editing device using the specified input tool selected by the second selection device to be used by the display control device selected by the first selection device Control display of this image for editing -10- 552462 V. Description of the invention (9) series; It is characterized by having a memory device for memorizing identification information to identify the print media unit; Image printing device identification memory means can set the identification information of the memory. The memory device is composed of, for example, a 1C card, a 1C card, or the like, and stores an ID unique to the identification information. In this way, only when the identification information is recognized, the print media unit can be used, and only the unit produced for the image printing device of the present invention can be used, which can inhibit the use of non-genuine products. [Brief Description of Drawings] FIG. 1 is a perspective view showing an image printing apparatus using the present invention. Fig. 2 shows an example of the arrangement of the image printing apparatus of Fig. 1. Fig. 3 is a block diagram showing a configuration example inside the image printing apparatus of Fig. 1; Fig. 4 shows an exemplary screen displayed on a photography monitor. Fig. 5 shows a photographing mode selection screen displayed on a photographing monitor. Fig. 6 shows a camera angle selection screen displayed on a photography monitor. The seventh chart is not displayed on the camera angle selection screen of another example of a photography monitor. Fig. 8 shows a camera angle selection screen displayed on another example of a photography monitor. Fig. 9 shows an image transformation ratio adjustment setting day surface displayed on a photography monitor. FIG. 10 is a flowchart for explaining the correction process of the image transformation ratio. Fig. 11 shows an image confirmation screen displayed on a photography monitor. -11- 552462 V. Description of the invention (10) Figure 12 is a flowchart for explaining the display process of the editing screen. Figure 13 shows the initial screen displayed on the monitor for editing input. Figure 14 shows the editing screen related to the pen mode displayed on the monitor for editing input. Fig. 15 shows an edit screen related to the pen which is displayed on the monitor for editing input. Fig. 16 shows an editing screen related to a pen which is displayed on another example of the editing input monitor. Figure 17A shows the shape of the pen line. Fig. 17B shows the shape of the crayons. Figure 17C shows the shape of the line of the hollow pen. Figure 17 D shows the shape of the solid line. Figure 17E shows the shape of the line of the three-dimensional pen. Figure 17F shows the shape of the fat pen line. Figure 17G shows the shape of the lines of the fuzzy pen. FIG. 18 is a flowchart for describing the drawing process of the pen. Fig. 19 is a flowchart following Fig. 18; Figure 20 shows the layout of the mask image when the pen is selected. Fig. 21 shows the arrangement of the mask image when the crayons are selected. Figure 22 shows the layout of the mask image when the hollow pen is selected. Fig. 23 shows a flow chart for the process of depicting the inconsistency of the heart. Fig. 24 is a flowchart following Fig. 23; Figure 2 5 The configuration of the mask artifact when the solid mark is not selected. Fig. 26 is used to illustrate an example of the intersection of lines drawn with a solid pen. -12- 552462 V. Description of the Invention (11) Figure 27 is a flowchart for describing the drawing process of the three-dimensional pen. Fig. 28 is a flowchart following Fig. 27. Fig. 29 is a flowchart following Figs. 27 and 28. FIG. 30 shows the arrangement of the mask image when the three-dimensional pen is selected. Figure 31 shows the layout of the mask image when a fat pen is selected. Figure 32 shows the layout of the mask image when the blur pen is selected. Fig. 33 shows the editing screen related to the impression mode displayed on the editing input monitor. Fig. 34 is a flowchart for explaining the drawing process of the enlarged stamp. Fig. 35 is a flowchart following Fig. 34. Figures 3 and 6 are used to illustrate the enlarged impression. Figures 3 to 7 are used to illustrate the rotary impression. Figures 3 to 8 illustrate the seven-color impression. Fig. 39 is a flowchart for describing the drawing process of the full impression. Figure 40 is a flowchart following Figure 39. Figure 41 is used to illustrate the full impression. Fig. 42 shows an editing screen related to a handmade stamp displayed on the editing input monitor. Fig. 43 shows the editing screen related to the background brush displayed on the editing input monitor. Fig. 44 is a flowchart for explaining background brush processing. Fig. 45 is a flowchart following Fig. 44. Figures 4 and 6 show the editing screen related to the background brush displayed on the editing input monitor. -13- 552462 V. Description of the invention (12) Figure 47A shows an example of a printing medium when the user selects a 6-part sticker made by using the image printing apparatus of the present invention. Fig. 47B shows an example of a printing medium in the case where a user selects a mixed divided sticker made by using the image printing apparatus of the present invention. [Best Embodiment for Carrying Out the Invention] Fig. 1 is a perspective view showing a configuration example of an image printing apparatus 1 using, for example, a photo sticker vending machine as an example. A coin input slot is provided on the upper left of the surface 1 1-1 of the frame 11 of the image printing apparatus 1. When the user uses the image printing apparatus 1, a specified amount can be deposited. In addition, at the upper right of the face 11-1, a photographing guide speaker 13 is provided, which guides the user to output various sounds for guiding the photographing method (how to make a sticker). A photographing monitor 14 composed of, for example, a CRT (C at hod ray tube) or an LCD (Liquid Crystal Display) is provided on the surface 1 to 2 which is positioned obliquely upward at a predetermined angle above the center of the surface 11-1. . The photographing monitor 14 displays a screen for guiding a photographing method, and an image of a subject captured by the photographing device 31 described later. On the right side of the surface 11-2, a surface 1 13-R inclined obliquely upward at a specified angle is provided with an operation panel 15 on the surface. The operation panel 15 is composed of various operation buttons operated by a user, and is operated, for example, when adjusting the image conversion ratio of a CCD (Charge Coupled Device) camera 32. The operation panel 15 is configured with, for example, "button 0" for various selection items displayed on the photography monitor 14 for determining the item to be operated; and "button X" for operating when the determined item is cancelled; And "+ button" and "one button", etc., -14- 552462 V. Description of the Invention (彳 3) It is operated when the cursor or the like displayed on the camera 14 is moved. Other suitable configurations include: "Shooting start button" is operated when instructing to start shooting. In addition, on the left and right sides of the surface 11-2, surfaces 11-4L, 11-4R, which are substantially perpendicular to the installation surface (bottom surface), are provided with lighting devices 16-1L, 16-1R on each surface. The lighting devices 16-1L and 16-1R have a luminous body (flash light) inside, according to the user's operation on the operation panel 15 'When instructed to start shooting, the image taken by the CCD camera 32 is stored as a still image (During capture), irradiate the subject in accordance with this timing. In addition, the surfaces 11-5L and 11-5R on the upper surface of the housing 11 are the same as the surfaces 1 1-4L and 1 1-4R, respectively, and the lighting devices 16-2L and 16-2R are respectively arranged. The illuminating devices 16-2L and 16-2R have illuminants inside, and the illuminating devices 16-1L and 16-1R illuminate the subject at a timing so that the illuminants emit light. The light (flash) radiated from the illuminating devices 16-2L and 16-2R is reflected by the flash reflecting plate 17 and hits the subject. That is, the flash reflecting plate 17 is installed obliquely and becomes a user (subject) irradiated on the front surface of the frame body 1 1. Above the frame Π, a photographing device 31 is provided at a middle portion in the left-right direction. A CCD camera 32 and a take-in image display section 33 made up of a compact LCD or the like are arranged on the surface of the photographing device 31 obliquely downward at a predetermined angle. The CCD camera 32 captures an image of the subject, and the captured image (animated image) is displayed on the captured image display section 33. Since the taken-in image display section 33 is provided near the CCD camera 32, the user can confirm the image displayed on the taken-in image display section 33, and face the CCD camera 3 2 with the line of sight. In this state, photography is performed. -15- 552462 V. Description of the invention (14) The CCD camera 32 is set according to the control of the CCD camera control section 86 (Fig. 3) according to the "full body" mode or "half body" mode selected by the user. When the position is moved and when shooting in the "frontal" mode, the setting angle is set to approximately 0 degrees, and in the "looking up" mode, the setting angle is set to approximately 30 degrees. On the left side of the housing 1 1 1 1-6, there are an edit input monitor 18 composed of a CRT or an LCD, an edit guide speaker 19, a touch pen 20, and a sticker take-out port 2 1 . The image picked up by the CCD camera 32 and selected as an edited image is displayed on the editing input monitor 18 after the user completes the photographing process. A touch panel 9 7 (Figure 3) is stacked on the monitor 18 for editing input, and the user can operate the touch pen 20 on the image displayed on the monitor 18 for editing input by operating the touch pen 20 to edit the image ( Hereinafter, it is referred to as an image to be edited appropriately, and arbitrary characters or graphics are written (entered). That is, 'the user moves to a place before face 1 1 -6 after taking a picture of himself' in a place in front of the front face of the frame 11 (face 1 1 -1) (hereinafter appropriately referred to as a photography space). Place (hereafter appropriately referred to as the editing space) 'edits the image of himself taken. On the editing input monitor 18, the image to be edited and the selection buttons of various editing tools are displayed. Then, when the monitor 18 for editing input is used for writing with the touch pen 20, the edited image generated according to the input is displayed. The editing guide speaker 19 outputs sound guidance to the user, for example, -16-552462 V. Description of the invention (15) Input method of editing, etc. The touch pen 20 is constructed according to the position detection method (for example, resistive film type, ultrasonic type, etc.) of the touch panel 97 of the monitor 18 for editing input. When it is not used for image editing, as shown in the figure, It is hung on the protrusions provided on the surfaces 1 1 to 6. Sticker take-out port 2 1 The sticker with the edited image printed out of the specified number and size of stickers is ejected. Fig. 2 shows an example of the arrangement of the image printing apparatus 1 of Fig. 1. At the position facing the front of the frame 11, a background panel 5 1 is provided at a specified distance. The user uses the space between the frame Π and the background panel 5.1 as the photographing space to view his own image. For photography. A mask frame 41 in the horizontal direction is provided on the top of the frame body 11. A mask 42 is mounted on the mask frame 41, and the designated length is extended downward through the mask rail 41a to form the interior of the photographing space that is invisible from the outside. This shade is formed in a long vertical direction, but it is also possible to make approximately the upper half 42a opaque. 'The user in the photographing space is not visible from the outside, and the approximately lower half 42b is made translucent, which can be confirmed from the outside. There are users in the photography space. In addition, on the surface 1 1 -6 of the frame body 11, a mask frame 61 is provided to surround the editing input monitor 18, and a mask 62 is mounted on the mask frame 61 to extend downward through the mask rail 61 a. The specified length. This mask 62 is used to constitute a user 'who is not visible before the editing input monitor 18 from the outside and an image displayed on the editing input monitor 18 which is not visible from the outside. -17- 552462 V. Description of the invention (16) As shown in Figure 1 and Figure 2, by setting the photography space and the editing space at different positions, and waiting for the next user in sequence, the user replaces Users who have taken photos in the photography space before entering the photography space can start photography. Therefore, the waiting time for shooting can be shortened, so the editing time can be set longer. Fig. 3 is a block diagram showing a configuration example of the inside of the image printing apparatus 1 of Fig. 1. The description of the part already shown in Fig. 1 is omitted. CPU (Central Processing Unit) 81 According to the program stored in ROM (Read Only Memory) 82, or the program loaded from the program memory section 84 to RAM (R an dom Access Memory) 83, it is used to control the map via the bus 94 The entire operation of the image printing apparatus 1. The RAM 83 more appropriately stores data necessary for the CPU 81 to perform various processes. The program memory section 84 is composed of a hard disk and a driver thereof, and is used to store various programs and the like executed by the CPU 81. As described later, it also recalls characters and graphics made by the user (hand-made impressions described later). )Wait. The driver 85 reads a program stored in a recording medium such as a floppy (registered trademark) floppy disk or hard disk, or a CD-ROM, DVD, or other optical disk, and supplies it to the program memory section via a bus 94. 84 and so on. For example, the driver 85 supplies a new frame image synthesized with the image of the subject, or edits the image (manufactured impression). Inside the imaging device 31, in addition to the above-mentioned CCD camera 32 and the taken-in image display section 33, a CCD camera control section 86 is also disposed. The CC camera control unit 86 is used to control the image change ratio and the amount of incoming light of the CCD camera 32 according to the adjustment requirements of the CCD camera 32 input by the user by operating the operation panel. The retained image memory section 87 memorizes only the designated number of images selected by the user as edited images for shooting. For example, retain Figure -18-552462. V. Description of the Invention (17) The retained image (edited image) is stored in the image memory 87 to 6 pieces. The coin processing unit 88 counts the coins deposited from the coin insertion port 21, and when it is determined that a predetermined amount set in advance as an image production cost has been charged, it notifies the CPU 81 of this information. The printing machine 89 obtains the sticker 92 previously stored in the sticker unit 91, and prints the edited image on the sticker 92 having a plurality of stickers arranged at a designated position and size. The sticker 92 printed by the printer 8 9 is discharged to the sticker take-out port 21 to provide it to the user. The ID card reader / writer 90 reads the identification information stored in the ID card 93 attached to the sticker unit 91 in a contact or non-contact manner, and outputs it to the CPU 8 1. The CPU 81 determines whether the attached sticker unit 91 is a unit usable in the image printing apparatus 1 based on the identification information supplied from the ID card reader / writer 90, and causes printing only when it is determined to be an available unit Machines 8 and 9 become operational. That is, the CPU 81 is used to manage the identification information of the sticker unit 91 which becomes available in the image printing apparatus. In this way, it is possible to suppress the use of stickers that are not compatible with the image printing apparatus 1 (impure). In addition, the ID card 93 can also manage the remaining amount of the sticker 92 and the like. In addition, you can also use the barcode printed on the sticker unit, the sticker and the 1C card that is set to be used to confirm whether the sticker unit is genuine, or you can use the size and shape of the sticker unit to confirm that the machine cannot be installed. The sticker unit 91 is attachable to and detachable from the image printing apparatus 1, and a sticker 92 is installed inside and an ID card 93 is attached to a designated position of an ID that can be read by the ID card reader / writer 90. In the ID card 93 attached to the sticker unit 91, an ID is written to manage identification information and the like for identifying each sticker unit 92. In addition, the ID card 93 can also be integrated with the sticker 92 and become inseparable. The sound output control unit 95 is used to control -19-552462 according to the control from the CPU 81. 5. Description of the invention (18) The speaker 13 for photography guides outputs various sound guides for explaining the photography methods, etc., or when taking still images. Effect sounds such as shutter sounds. On the other hand, the sound output control unit 98 controls the editing guide speaker 19 'to output various sound guides for explaining the editing method or the like, or effect sounds generated when writing to an image. In this way, the speakers for photography guide 13 and the speakers for editing guide 19 output different sounds as required. When the display processor 96 completes the photographing process and the user starts image editing, the retained image transferred from the retained image memory section 87 via the bus 94 is stored in the built-in memory 96A. Then, when the display processor 96 'performs editing input on the touch panel 97, the input position on the editing target image is detected, reflected on the editing target image, and displayed on the editing input monitor 18. In addition, in Fig. 3, the monitors 18 for editing and input and the touch panel 97 are shown at different positions, but they are actually stacked. The photographing processing of the image printing apparatus 1 described above will be described below. The CPU 8 1 loads the display control program stored in the program memory 8 4 into the RAM 83. For example, as shown in FIG. 4, a demonstration screen (hereinafter referred to as a method of shooting) is displayed on the photography monitor 14. Demo screen). Based on the output from the coin processing unit 88, the CPU 81 displays the shooting mode, camera angle, or image ratio adjustment in sequence on the photography monitor 14 when the specified fee (the cost of making the sticker) has been input. The setting screen and the image processing program stored in the program memory section 84 are loaded into the RAM 83, and the captured image display section 33 displays a moving image captured by the CCD camera 32. FIG. 5 shows a modal selection screen displayed on the photography monitor 14. As shown in the figure, on the modal selection screen, the signal of "selecting the photography mode with the + /-buttons" is displayed, and the mode of "happy photography" and "photography-20-552462" are displayed. V. Description of the invention (19) machine The functional description of the mode of "White Photography". The user selects the daytime mode in this mode by operating the "+ button" of the operation panel 15 to select the "Happy Photography J mode, and by operating the" One Button ", he can select the" camera white photography "mode. . For example, in the modal selection screen shown in Fig. 5, when the user operates the "+ button" of the operation panel 15, the CPU 81 displays the camera angle selection screen shown in Fig. 6 for example. On the camera angle selection screen shown in Figure 6, the message "Select camera angle with + /-button 々BB" is displayed. The user can select the mode of the factory half body (longer horizontal) by operating the "+ button" of the operation panel 15 on the camera angle selection screen, and can select the whole factory (longer vertical) by operating the button. " Of the modality. In the camera angle selection screen shown in FIG. 6, when the user operates the “+ button” or “-button” of the operation panel 15, the CPU 81 displays on the photography monitor 14, for example, as shown in FIG. 7. Camera angle selection screen 0 In the camera angle selection screen shown in Figure 7, the message "Select camera angle with + /-buttons" is displayed. The user selects the mode of "View from the factory" by operating the "+ button" on the operation panel 1 5 on the camera angle selection screen, and takes the picture with the user's face slightly upward. 5 In addition, Button ", you can select" front j mode to take pictures with the user facing the front. In the camera angle selection screen shown in Figure 7, when the user selects the "+ button" of the operation panel 15, according to Controlled by the CCD camera control unit 86, the setting angle of the CCD camera 32 is set to approximately 30 degrees. When "One Button" is selected, the setting angle of the CCD camera 32 is set to approximately 0 degrees. In addition, in the modal selection screen shown in Fig. 5, when the user operates the "-button" of the operation panel 15, the CPU 81 is in the monitoring for photography-21-552462 V. Description of the invention (20) Device 1 4 , The camera angle selection screen shown in FIG. 6 is displayed, and then, when the user operates “+ button” or “one button”, the camera angle setting screen shown in FIG. 8 is displayed. On the camera angle setting screen 'shown in Fig. 8, the message "Freely set camera angle with + /-buttons" is displayed. On the camera angle selection screen, the user can freely set the setting angle of the CCD camera 32 in the range of 0 to 45 degrees by operating the "+ button" or "one button" of the operation panel 15. In this way, when the user selects the "happy photography" mode, the user can set the angle of the CCD camera 32 only by selecting the camera angle. When selecting the "camera free photography" mode, he can The setting angle of the CCD camera 32 can be freely set. According to the method described above, after the shooting mode and the camera angle are set, C P U 8 1 displays the image transformation ratio adjustment setting screen shown in FIG. 9 on the shooting monitor 1 4 ′, for example. "Adjust image ratio with +/- buttons" is displayed on the image ratio adjustment setting screen 'shown in FIG. Information on pressing the start button when ready. The user can adjust the image ratio of the CCD camera 32 by operating the "+ button" or "one button" of the operation panel 15 on the image ratio adjustment setting screen, and by operating the shooting start button. Start photography. When the image conversion ratio adjustment of the CC camera D 2 is performed ′, due to the characteristics of the machine (that is, because the maximum aperture of the lens becomes smaller), the entire image (including the background) taken will be darkened. Here, by performing correction processing of the image conversion ratio, the brightness of the entire image captured can be maintained. The correction process of the image transformation ratio will be described below with reference to the flow chart of FIG. In addition, the shooting conditions are constant, and the image transformation ratio 値 Z is adjustable from 5 to 5 steps. Usually (no image transformation ratio) is Z = 1. -22- 552462 V. Description of the invention (21) First, the processing of the image printing device 1 before shipment from the factory is to change the ratio of each image, from (W), gray (G), and black (B). Three panels were photographed to obtain photographic images A 1 to A5, and the center point of the photographed panel (that is, the center of the photographic screen) was set at brightness 値 W, G, and B. In this way, the brightness 値 of the image transformation ratio 値 Z = 1 is set to W (A 1), G (A1), B (A1), and the brightness 图像 of the image transformation ratio 値 Z = 2 is set to W (A2), G (A2), B (A2), brightness of image transformation ratio = Z = 3 is set to W (A3), G (A3), B (A3), image transformation ratio 値 Z = The brightness of 4 is set to W (A4), G (A4), B (A4), and the image transformation ratio 値 The brightness of Z 二 5 is set to W (A5), G (A5), B (A5) . Then, the differences d between the brightness 値 W, G, and B of the image transformation ratios 値 2 to 5 and the minimum image transformation ratio 値 (that is, the image transformation ratio 値 Z = 1) are calculated. That is, the difference between the image transformation ratio 値 Z = 2 and the minimum image transformation ratio 値 is set to dl (Wl = W (A1) —W (A2), G1 = G (A1) —G (A2), B1 = B (A1) -B (A2)), the difference between the image transformation ratio 値 Z = 3 and the minimum image transformation ratio 値 is set to d2 (W2 = W (A1) —W (A3), G2 = G ( A1) -G (A3), B2 = B (A1) —B (A3)), the difference between the image transformation ratio 値 Z = 4 and the minimum image transformation ratio 値 is set to d3 (W3 = W (A1) — W (A4), G3 = G (A1)-G (A4), B3 = B (A1)-B (A4)), the difference between the image transformation ratio 値 Z = 5 and the minimum image transformation ratio 値 is set as d4 (W4 = W (Al)-W (A5), G4 = G (A1)-G (A5), B4 = B (A1)-B (A5)). Using the above settings, set the original brightness of the panel to W = W (A1), G = G (A1), B = B (A1), and calculate the difference dl = ((B , B1), (G, G1), (W, W1)). y 1 = α 1 · χ + ^ 1 ... (1) In the above formula (1), αΐ, / 31 is an arbitrary 値, and the calculated 値 -23- 552462 V. Description of the invention (22) yl Indicates the degree of darkening due to the image ratio (brightness shift). Similarly, the approximate • connected linear equations (2) to (4) calculate the differences d2 to d4, respectively. In addition, a 2 to a 4 »and 1 β ^ 2 to 々4 are arbitrary ones. y2 = a 2 · x + β 2 ... (2) y3 = a 3 · x + β 3 ... (3) y 4 two a 4 · x + β 4 _ · · (4) in this way 5 For each of the image transformation ratios 値 Z2 2 to 5: Obtain the equations (1) to (4) for the brightness displacement, that is, obtain the transformation parameters for brightness adjustment, and set these transformation parameters in the figure Image transformation ratio 値 correction processing program. In this way, when a specified image transformation ratio 选择 is selected, a transformation parameter corresponding to the image transformation ratio 値 is used to apply image processing of brightness adjustment. In step SI, the CPU 81 determines whether the user operates the "+ button" or "one button" of the operation panel 15 and whether to perform the image ratio adjustment, and repeats the determination processing until the image ratio adjustment is performed. Then, in step S1, when it is determined that the image transformation ratio is adjusted, the process proceeds to step S2, and the CPU 81 determines the image transformation ratio 値 Z based on an operation input from the user. In step S3, the CPU 81 determines whether the messenger has instructed shooting, that is, whether a shooting start button has been operated, and repeats the determination processing until the shooting is designated. Then, in step S3, when it is determined that photography is instructed, the process proceeds to step S4, and the CPU 81 accepts the operation input from the user (the image conversion ratio ')' controls the CCD camera control unit 8 6 ', The output of 5 (the output signal of the shooting start button), according to the need, in the photo-24-552462 V. Description of the invention (23) The video monitor 1 4 displays the countdown indicator. c PU 8 1 controls the lighting device 16-1 L, 16-1 R, and lighting device 16-2 L, 16-2R when it becomes a shooting sequence, and illuminates the subject with a flash, and at this instant The images captured by the CCD camera 32 are temporarily stored in the retained image storage section 87 as a still image. In step S5, the CPU 81 determines whether the image transformation ratio 値 Z determined by the processing of step S2 is the minimum 値 (that is, Z = 1), and when it is determined that it is not the minimum 値, it proceeds to step S6 and will be The image transformation ratio 値 correction processing program stored in the program memory section 84 is loaded into the RAM 83 for execution, and the image transformation ratio 値 determined in accordance with the processing of step S 2 is used to determine the transformation parameters. For example, when the image transformation ratio 値 Z = 2, the transformation parameters are determined by the equation (1). In step S7, the CPU 81 converts (corrects) the G brightness, the R brightness, and the B brightness using the conversion parameters determined by the processing of step S6. In step S8, the CPU 81 uses the luminance 値 converted in the processing in step S7 to generate a corrected image, stores it in the retained image storage section 87, and then ends the processing. With the above processing, it is possible to correct the effect of darkening the entire captured image due to the image ratio adjustment. In addition, for each image transformation ratio 値, it is decomposed into R, G, and B components, and each color component is converted into a white, black, and dark state. The linear formula of the brightness displacement can be calculated in the manner described above. The CPU 81 displays the confirmation screen of the still image stored in the retained image memory section 87 on the photography monitor 14. In this way, the image confirmation screen as shown in Figure 11 of Figure -25. 552462 V. Description of Invention (24) is displayed. As shown in the figure, in the image, the message "Is this okay? Press the 〇 / X button." Is displayed on the daytime surface. The user operates the "setting button" or "Θ button" of the operation panel 15 by Can use

^ 〇 X 來選擇是否保存被顯示之圖像作爲保留圖像。 CPU81根據來自操作面板15之輸出（選擇是否保存作 爲保留圖像之輸出信號），在指示保存作爲保留圖像之情 況時，就將被暫存保存之圖像直接記憶在保留圖像記憶 部87，在不指示保存作爲保留圖像之情況時，就將被暫 時保存在保留圖像記憶部8 7之圖像消除。另外，依照需 要，當使用者調整被記憶作爲保留圖像之圖像之亮度時 ，就以該位準之亮度將保留圖像保存在保留圖像記憶部 87 〇 CPU8 1在剩餘可攝影張數爲「〇張」或使用者操作「攝 影結束鈕」時，就在攝影用顯示器1 4顯示貼紙之分割數 之選擇畫面（圖中未顯示）。然後，當選擇貼紙時，CPU 81 就在攝影用監視器1 4顯示編輯處理之引導畫面（圖中未 顯示），催促使用者實行編輯處理。利用此種方式，使用 者移動到編輯空間，可以開始保留圖像之編輯處理。 另外，這時CPU81確認顯示處理機96之動作狀態’判 別在編輯空間是否有正在進行編輯處理之其他使用者’ 或是確認印刷機8 9之動作狀態’是否在將編輯過之圖像 印刷在貼紙之印刷途中，在判定爲有進行編輯處理之其 他使用者，或印刷中之情況時，亦即，在不能立即進行 編輯處理之情況時，對於使用者’可以進行保留圖像之 -26- 552462 五、發明說明（25) 攝影修正，或進行指定之競賽。利用此種方式，使用者 進行保留圖像之攝影修正，或進行指定之競賽，在編輯 處理前之時間可以不會無聊的等待。 下面將詳細的說明圖像印刷裝置1之編輯處理。以下 亦將編輯處理適當的稱爲塗寫。 首先，參照第1 2圖之流程圖用來說明編輯畫面之顯示 處理。 當使用者完成攝影處理時，就在步驟S 1 1，C P U 8 1等待 使用者選擇所要之分割數之貼紙，在判定爲有貼紙被選 擇時，就在步驟S 1 2 ’ CPU 8 1將被記憶在保留圖像記憶部 8 7之保留圖像轉送到顯示處理機9 6。在步驟s 1 3，顯示 處理機96將從保留圖像記憶8 7轉送來之保留圖像記憶 在內藏記憶器96A，和在編輯輸入用監視器1 8，例如顯 示第1 3圖所示之初期畫面。 在第1 3圖所示之初期畫面顯示有：對話塊1 〇丨，用來 顯示「顯示筆/印模之任何一方之鈕？」之信息；筆鈕 1 0 2 ’當顯示「筆」之輸入工具時被選擇；印模鈕丨〇 3， g通不「印模」之輸入工具時被選擇；和限制時間顯示 部1 〇 4，用來表示作爲進行編輯處理之時間之預先設定之 限制時間。 使用者在第1 3圖所示之初期畫面，使用觸摸筆2 〇選 擇筆鈕1 0 2或印模鈕丨〇 3，可以用來以「筆輸入模態」或 「印模輸入模態」之模態進行編輯處理。 在第13圖所示之初期畫面，使用者使用觸摸筆2〇，當 -27- 552462 五、發明說明（26) 選擇（壓下）筆鈕1 0 2時，就在步驟s 1 4，C P U 8 1判斷筆鈕 1 〇 2是否被選擇’當判斷爲筆鈕1 0 2被選擇之情況時，就 在步驟S15，CPU81經由顯示處理機96在編輯輸入用監 視器1 8，顯示如第1 4圖所示之「筆輸入模態」之編輯畫 面。 在步驟S14，當CPU 81判斷爲筆鈕1〇2未被選擇（而是 印模鈕103被選擇）之情況時，就在步驟S16，CPU81經 由顯示處理機96，在編輯輸入用監視器1 8，顯示「印模 輸入模態」之編畫面。另外，「印模輸入模態」之編輯 畫面是以印模鈕171至177(後面所述之第33圖）代替第 14圖所示之「筆輸入模態」之編輯畫面之筆鈕122至128 ，其他之部份因爲相同，所以圖中加以省略。 在第1 4圖所示之編輯畫面配置有：編輯對象圖像顯示 部1 1 1，用來顯示由使用者選擇作爲編輯對象圖像之圖像 ;編輯對象圖像選擇部1 1 2，用來綜合的顯示被保存在內 藏記憶器96A之保留圖像；模態變換鈕1 2 1，當變換成爲 「印模輸入模態」之編輯畫面時被選擇；筆鈕1 22至1 28 ，在以各種輸入工具（寫入工具）進行塗寫時被選擇；刷子 鈕1 2 9，在設定塗寫範圍時被選擇；設定鈕1 3 0至1 3 4， 在設定塗寫範圍之臨限値之情況時被選擇；圖像方向變 換鈕1 3 5，在變換圖像方向時（此處之情況是使圖像成爲 縱向）被選擇；橡皮擦鈕1 3 6，在抹除輸入之塗寫之一部 份時被選擇；重作鈕1 3 7，在重作（取消）輸入之塗寫時被 選擇；重作鈕1 3 8，在回到沒有塗寫之圖像時被選擇；和 -28- 552462 五、發明說明（27) 結束鈕1 3 9，在結束塗寫（編輯處理）時被選擇。 在第14圖所示之編輯畫面，在編輯對象對象圖像選擇 部1 1 2，顯示被保存在內藏記億器96 A之保留圖像之綜合 顯示。另外，在編輯對象圖像顯示部Π1顯示被保存在 內藏記憶器9 ό之保留圖像中之最初被保存之圖像，使用 者在第1 4圖所示之編輯畫面，使用觸摸筆2〇，選擇編輯 對象圖像選擇部1 1 2之綜合顯示·中之任何一個，用來將 被顯示在編輯對象圖像顯示部1 1 1之圖像之顯示’變換 成爲所欲編輯之圖像之顯示，可以對該圖像進行編輯。 當使用者使用觸摸筆2 0，選擇編輯對象圖像選擇部1 1 2 之綜合顯示中之任何一個時，就在步驟S 1 7，C P U 8 1判斷 編輯對象圖像選擇部1 1 2之綜合顯示是否被選擇’在判 斷爲有被選擇之情況時，就在步驟S 1 8 ’顯示處理機9 6 將在步驟S 1 7所選擇之綜合顯示之圖像，顯示在編輯輸 入用監視器1 8之編輯對象圖像顯示部Π 1 ° 使用者要對被顯示在編輯對象圖像顯示部1 1 1之圖像 進行編輯之情況時，因爲編輯對象圖像選擇部112之綜 合顯示未被選擇，所以在步驟s 1 7判斷爲編輯對象圖像 選擇部1 1 2之綜合顯示未被選擇，使被顯示在編輯對象 圖像顯示部1 11之圖像之顯示保持不變。 另外，即使被顯示在編輯對象圖像顯示部111之圖像 之編輯中，使用者亦可以使用觸摸筆2 0，選擇編輯對象 圖像選擇部1 1 2之綜合顯示，變更進行編輯之圖像。 其次，使用者對於上述方式之被顯示在編輯對象顯示 -29- 552462 五、發明說明（28) 部π1之指定之圖像，因爲進行愛好之塗寫，所以在第 1 4圖所示之編輯畫面，使用觸摸筆2 0，選擇筆鈕1 2 2至 1 2 8之任何一個。 例如，在第1 4圖所示之編輯畫面，使用者使用觸摸筆 20，當選擇附加有「滲潤筆」之名稱之筆鈕122時，CPU 81 就經由顯示處理機96，在編輯輸入用監視器1 8，例如顯 示第1 5圖所示之與「滲潤筆」有關之調色盤1 5 1。 在第14圖所示之編輯畫面顯示「以筆之移動速度成爲 變粗或變細！」之信息，和顯示調色盤1 5 1用來選擇指 定之圖紋（圖案）或色彩。使用者可以使用觸摸筆20，在 該編輯畫面選擇被顯示在調色板1 5 1之所希望之圖紋或 色彩。 當使用者從該調色盤1 5 1之中選擇指定之圖紋或色彩 時，或是選擇被配置在調色盤1 5 1之下方之關閉鈕1 5 2 時，CPU8 1就將該調色盤1 5 1關閉，例如變換成爲第1 6 圖所示之編輯畫面。 在第1 6圖所示之編輯畫面，第1 5圖所示之調色盤被 變換成爲1列之調色盤1 6 1，和配置當選擇筆之粗細時被 選擇之筆粗細調色盤1 62，以及顯示第1 5圖所示之調色 盤151(全部之圖紋和色彩）時被選擇之全顯示鈕163。另 外，筆之粗細亦可以內定選擇最細者。 使用者在第1 6圖所示之編輯畫面中，使用觸摸筆20 ，從調色盤1 6 1中選擇所希望之圖紋或色彩，或在調色 盤1 6 1未顯示有所希望之圖紋或色彩時，就操作翻捲鈕 -30- 552462 五、發明說明（29) 161L，161R，或全顯示鈕163用來顯示所希望之圖紋或 色 彩 和進 行 CBB 进 擇 〇 然 後，使 用者 從 筆 粗細調色盤162之 中 選 擇指 定 之 筆 之 粗 細，可 以用 來 對 被顯示在編輯對象 圖 像 顯示 部 1 11 之 圖 像進行 愛好 之 文 字或圖形之寫入（塗 寫 )。 第 1 7A 圖 至 第 1 7G •圖表示 由使 [用 丨者選擇各種筆之情況 時 ， 在編 輯 對 象 圖 像 顯示部 111 描 繪 之線（文字或圖形等 之 形 狀）。 第 1 7A 圖 表 示 選 擇 附加有 「滲 潤 筆 」之名稱之筆鈕122 之 情 況時 所 描 繪 之 線 之形狀 〇 第 1 7B 圖 表 示 選 擇 附加有 「臘 筆 J 之名稱之筆鈕123 之 情 況時 所 描 繪 之 線 之形狀 0 第 1 7C 圖 表 示 C巳巳 培 擇 附加有 「空 心 J 之名稱之筆鈕124 之 情 況時 所 描 繪 之 線 之形狀 0 第 1 7D 圖 表 示 選 擇 附加有 「實 心 標 示」之名稱之筆鈕 125之情^ 兄時所描繪之線之形狀 〇 第 17E 圖 表 示 選 擇 附加有 「立 體 筆 」之名稱之筆鈕126 之 情 況時 所 描 繪 之 線 之形狀 0 第 1 7F 圖 表 示 巳 培 擇 附加有 「肥胖 J 之名稱之筆鈕127 之 情 況時 所 描 繪 之 線 之形狀 0 第 1 7G 圖 表 示 々BB 进 擇 附加有 「模 糊 J 之名稱之筆鈕128 之情況時所描繪之線之形狀。 下面將參照第1 8圖和第丨9圖之流程圖，用來說明「 滲潤筆」之描繪處理。 - 31- 552462 五、發明說明（3〇) 在步驟S21，CPU81判定使用者是否選擇附加有「滲潤 筆」之多稱之筆鈕1 2 2，重複進行此種判定處理直至筆鈕 1 2 2被選擇。在步驟S 2 1，當判定爲筆鈕1 2 2被選擇之情 況時，就前進到步驟S22，CPU81實行將與「滲潤筆」對 應之圖像處理程式從程式記憶部84裝載到RAM83，用來 進行描繪層之初期化。 在步驟S23, CPU81選擇使用者所指定之筆之粗細和圖 紋圖像。然後’如第2 0圖所不，C P U 8 1配置使用者所選 擇之指定之圖紋圖像，在其上配置「滲潤筆」用之遮罩 圖像。 在步驟S24，CPU8 1使「滲潤筆」之軌跡資訊和軌跡區 域初期化，在步驟S25進行筆尖區域之初期設定。在步 驟S 2 6，C P U 8 1確認編輯輸入用監視器1 8上之觸摸筆2 0 之位置。 在步驟S2 7，CPU8 1判定觸摸筆20是否接觸（按壓）在 編輯輸入用監視器1 8上，當判定爲有觸摸筆2 0之接觸 時，就前進到步驟S28，判定觸摸筆20是否移動到編輯 輸入用監視器1 8上。 在步驟S28，當判定爲有觸摸筆20之移動時，就前進 到步驟S29，CPU8 1測定觸摸筆20之編輯輸入用監視器 18上之移動量。在步驟S30，CPU81依照以步驟S29之 處理所測定到之觸摸筆2 0之移動量，縮小筆尖區域。 在步驟S28，當判定爲觸摸筆20未在編輯輸入用監視 器18上移動時，就前進到步驟S31，CPlj81使筆尖區域 -32- 552462 五、發明說明（31) 以指定之比率擴大。另外，該比率預先被任意的設定。 在步驟S32，CPU81將筆尖區域合成在軌跡區域，和在 步驟S 3 3，於將軌跡區域合成到描畫層之後，回到步驟 S26，重複進行上述之處理。 在步驟S27，當判定爲觸摸筆20未接觸在編輯輸入用 監視器1 8上，亦即觸摸筆20離開編輯輸入用監視器1 8 之情況時，就前進到步驟S34，CPU81確定描繪層。利用 此種方式，依照每單位時間之觸摸筆之移動量，以筆形 成滲潤之線。 在步驟S3 5，CPU81判定是否繼續使用附加有「滲潤筆 」之名稱之筆鈕1 22，亦即，再度的判定使用者是否使觸 摸筆2 0接觸在編輯輸入用監視器1 8上，在判定爲繼續 使用筆鈕1 22之情況時，就回到步驟S24，重複其以後之 處理。然後，在步驟S35，當判定爲未繼續使用筆鈕122 ，亦即，例如由使用者選擇其他之筆，或選擇後面所述 之印模，或結束編輯作業，或已經過限制時間之情況時 ，就使處理結束。 下面將說明「臘筆」之描繪處理。 當使用者選擇附加有「臘筆」之名稱之筆鈕1 2 3時， CPU81就實行將與「臘筆」對應之圖像處理程式從程式 記憶部84裝載到RAM83，用來進行描繪層之初期化。然 後，CPU8 1選擇使用者所指定之筆之粗細和圖紋圖像， 如第2 1圖所示，配置「臘筆」用之遮罩圖像。當使用者 以觸摸筆20按壓在編輯輸入用監視器1 8上同時使其移 -33- 552462 五、發明說明（32 ) 動時，C P U 8 1就將軌跡區域合成在描繪層。依照此種方 式’利用使用者所選擇之圖紋或色彩，以臘筆描繪，成 爲掠過之線。 下面將說明「空心筆」之描繪處理。 當使用者選擇附加有「空心」之名稱之筆鈕1 2 4時， C U P 8 1就實行將與「空心筆」對應之圖像處理程式從程 式|5憶部8 4裝載到R A Μ 8 3 ’用進行描繪層之初期化。然 後，CPU 8 1選擇使用者所指定之筆之粗細和圖紋圖像， 如第22圖所示，配置「空心筆」用之遮罩圖像。當使用 者以觸摸筆20按壓在編輯輸入用監視器1 8上同時使其 移動時，CPU81就在筆之移動區域之中央塗繪白色（RGB =254 : 2 54 : 2 5 4)，在其周圍塗繪使用者所選擇之圖紋或 色彩，將軌跡區域合成在描繪層。利用此種方式形成空 心線。另外，當筆之移動區域之座標爲RGB = 2 54 : 254 :2 54(亦即，白色）之情況時，塗繪未具有邊緣，在線之 重合時，施加使白色部份成爲1個面積之圖像處理。 其次，參照第23圖和第24圖之流程圖，用來說明广 實心標示」之描繪處理。 在步驟S51，CPU81判定使用者是否選擇附加有「實心 標示」之名稱之筆鈕1 2 5，重複進行該判定處理直至筆鈕 1 2 5被選擇。在步驟S 5 1，當判定爲筆鈕1 2 5被選擇之情 況時，就前進到步驟S 5 2 ’ C P U 8 1實行將與「實心標不」 對應之圖像處理程式從程式記憶部84裝載到RAM83 ’用 來進行描繪層之初期化。 -34- 552462 五、發明說明（33) 在步驟S 5 3，CPU 8 1選擇使用者所指定之筆之粗細和圖 紋圖像。然後，如第25圖所示，CPU81配置使用者所選 胃之指定之圖紋圖像，在其上配置「實心標示」用之遮 ΐ圖像，然後再在其上配置描繪層。 在步驟S54，CPU81對「實心標示」之軌跡資訊和軌跡 ®域進行初期化，在步驟S55，進行筆尖區域之初期設定 。在步驟S5 6，CPU81確認編輯輸入用監視器18上之觸 摸筆20之位置。 在步驟S57，CPU81判定觸摸筆20是否接觸（按壓）在 編輯輸入用監視器丨8上，當判定爲觸摸筆20有接觸之 情況時，就前進到步驟S 5 8，判定筆尖區域是否與軌跡區 域交叉。 在步驟S 5 8，當判定爲筆尖區域和軌跡區域有交叉（例 如有文字與軌道區域交叉）之情況時，就前進到步驟S 5 9 ’如第26圖所示，CPU81將軌跡區域之交叉部分成爲外 側區域A，透明區域Β，和中央區域C之3個區域。 在步驟S60，CPU81對透明區域B作畫（描繪）中央區域 C，在步驟S 6 1，對外側區域A作畫透明區域B或中央區 域C。另外，對中央區域C不作畫任何區域。 在步驟S 5 8，當判定爲筆尖區域未與軌跡區域交叉時， 就前進到步驟S62，CPU81將筆尖區域合成在描繪層。在 步驟S63，CPU81將筆之移動區域合成在暫定之軌跡資訊 之圖像，回到步驟S 5 6，重複進行上述之處理。 在步驟S 5 7，當判定爲觸摸筆2 0未接觸在編輯輸入用 -35- 552462 五、發明說明（34) 監視器1 8上，亦即觸摸筆20離開編輯輸入用監視器i 8 之情況時，就前進到步驟S64，CPU8 1確定描繪層。利用 此種方式，在筆之移動區域之中央，塗寫使用者所選擇 之圖紋或色彩（亦即花紋），用來形成實心線。 在步驟S65，CPU81判定是否繼續使用附加有「實心標 示」之名稱之筆鈕1 2 5，在判定爲繼續使用筆鈕1 2 5之情 況時，回到步驟S 5 4，重複進行其以後之處理。然後，在 步驟S65，當判定爲不繼續使用筆鈕125時，就使處理結 束。 其次，參照第27圖至第29圖之流程圖，用來說明「 立體筆」之描繪處理。 在步驟S81，CPU81判定使用者是否選擇附加有「立體 筆」之名稱之筆鈕1 26，重複進行該判定處理直至筆鈕 126被選擇。在步驟S81，當判定爲筆鈕126被選擇時， 就前進到步驟S82，CPU81實行將與「立體筆」對應之圖 像處理程式，從程式記憶部84裝載到RAM83，進行描繪 層之初期化，和在步驟S83進行高度資訊之初期化。 在步驟S84，CPU81選擇使用者所選擇之筆之筆尖區域 高度資訊，圖紋（亦即，立體化之圖像），光源，和視點， 如第3 0圖所示，配置使用者所選擇之指定之圖紋圖像， 在其上配置「立體筆」用之遮罩圖像，再在其上配置高 度層。另外，該高度層被製作成爲具有〇至25 5之亮度 値之圖像，被利用作爲筆形狀。 在步驟S85, CPU81設定步驟S84之處理所選擇之筆尖 區域之高度資訊。在步驟S86, CPU 81進行筆之移動區域 之初期設定，在步驟S87，將旗標Poff設定成爲〇。在步 驟S8 8，CPU81確認編輯輸入用監視器18上之觸模筆20 -36- 552462 五、發明說明（35) 之位置，在步驟S89，判定觸摸筆20是否接觸（按壓）在 編輯輸入用監視器1 8上。 在步驟S89，當判定爲有觸摸筆20接觸之情況時，就 前進到步驟S90，CPU81將旗標P〇ff設定成爲1。在步驟 S91，CPU81使筆尖區域和高度資訊檔案進行每一個對應 點之高度之比較，在步驟S92，根據比較之結果更新高度 資訊檔案。在步驟S93, CPU81將筆之移動區域合成在暫 定之軌跡資訊之圖像，回到步驟S 8 8，重複進行其以後之 處理。 在步驟S89，當判定爲觸摸筆20未接觸在編輯輸入用 監視器1 8上，亦即，觸摸筆20離開編輯輸入用監視器 18時，就前進到步驟S94，CPU81判定旗標Poff是否爲 1，在判定爲旗標Poff不爲1之情況時，回到步驟S 8 8， 重複進行其以後之處理。 在步驟S94，當判定旗標Poff爲1之情況時，就前進 到步驟S95，CPU81將旗標Poff設定成爲0。在步驟S96 ，CPU81對於與移動區域對應之各點，以假想之狀態， 利用鄰接之3點形成三角形。在步驟S97，CPU81算出對 三角形之各點構成之三角形之面之法線向量。 在步驟S98，CPU81利用所算出之法線向量，光源之位 置，和視點資訊，用來算出亮度。在步驟S98，CPU81算 出移動區域R ’ G，B値，作爲考慮到亮度之圖紋之圖像 。在步驟S 1 0 0，CPU8 1合成描繪層和筆之移動區域，然 後在步驟S 1 0 1，確定描繪層。利用此種方式形成具有立 體感之線。 在步驟S 1 0 2 ’ c P U 8 1判定是否繼續使用附加有「立體 筆」之名稱之筆鈕1 2 6，在判定爲繼續使用筆鈕i 2 6之情 -37- 552462 五、發明說明（36) 況時，就回到步驟S 8 7，重複進行其以後之處理。另外， 在步驟S 1 0 2判定爲不繼續使用筆鈕1 2 6之情況時，就使 處理結束。 下面將說明「肥胖筆」之描繪處理。 CPU81在使用者選擇具有「月巴胖」之名稱之筆紐127 時，就實行將與「肥胖筆」對應之圖像處理程式從程式 記憶部84裝載到RAM83，進行描繪層之初期化。然後， CPIJ81選擇使用者所指定之筆之粗細和圖紋圖像，在其 上配置高度層。當使用者將觸摸筆20按壓在編輯輸入用 監視器18上同時進行移動時，CPU81就變更遮罩圖像之 高度和粗細之尺寸，和即使是相同之粗細亦使位置偏移 ，以此方式使軌跡區域合成在描繪層。亦即，演算與「 立體筆」相同，但是每次發生筆之移動時，就變更遮罩 圖像之高度和粗細之尺寸。 下面將說明「模糊筆」之描繪處理。 當使用者選擇附加有「模糊」之名稱之筆鈕1 28時， CPU8 1就實行將與「模糊筆」對應之圖像處理程式從程 式記憶部84裝置到RAM83，進行描繪層之初期化。然後 ’ CPU 8 1選擇使用者所指定之筆之粗細和圖紋圖像，如 第32圖所示，配置使用者所選擇之指定之圖紋圖像，在 其上配置「模糊筆」用之遮罩圖像（具有亮度之圖像）。當 使用者將觸摸筆20按壓在編輯輸入用監視器1 8上同時 進行移動時’ CPU81就將軌跡區域合成在描繪層。利用 此種方式，形成表現模擬之線。另外，當與選擇立體筆 -38- 552462 五、發明說明（37) 之情況比較時，可以形成具有更柔軟感之線，但是因爲 未施加重疊處理，所以交叉部份被分斷。 回到第1 3圖所示之初期畫面，當使用者使用觸摸筆20 ’用來選擇（按下）印模鈕103時，或是在如第14圖所示 之編輯畫面，選擇模態變換鈕1 2 1時，C P U 8 1經由顯示 處理機96，將「印模輸入模態」之編輯畫面（圖中未顯示 )，顯示在編輯輸入用監視器1 8，和在該編輯畫面，當使 用者選擇具有「印模」之名稱之印模鈕1 72時，例如， 就顯示如第3 3圖所示之與「印模」有關之調色板1 8 1。 在第3 3圖所示之編輯畫面，顯示「正常或半透明之印 模！」之信息，和用以選擇指定之圖案（印模）之調色盤， 變換成爲「筆輸入模態」之編輯畫面時被選擇之模態變 換鈕171，以各種輸入工具（寫入工具）塗寫時被選擇之印 模鈕1 72至1 77。如該圖所示，該編輯畫面之構造，基本 上與第1 4圖所示之編輯畫面之構造相同，只變更與「印 模輸入模態」有關之輸入工具。使用者在該編輯畫面， 可以使用觸摸筆2 0選擇被顯示在調色盤1 8 1之指定之圖 案。 當使用者從調色盤1 8 1中選擇指定之圖案時，或是選 擇被配置在調色盤181之下方之關閉鈕182時，CPU 81 就關閉該調色盤1 8 1，全顯示編輯對象圖像顯示部1 1 1， 和如第1 6圖所示，顯示1列之調色盤1 61，和選擇筆之 粗細時被選擇之筆粗細調色盤1 62等。 使用者使用觸摸筆20經由選擇印模172至177之任何 -39- 552462 五、發明說明（38) 一個，可以對被顯示在編輯對象圖像顯示部1 ί 1之指定 之圖像，寫入愛好之圖案，或是如後面所述，登錄自己 製成之圖案（印模）。 下面將參照第3 4圖和第3 5圖之流程圖，用來說明「 放大印模」之描繪處理。 在步驟S121，CPU81判定使用者是否選擇附加有「放 大印模」之名稱之印模鈕1 73，重複進行該判定處理直至 印模鈕1 73被選擇。在步驟S 1 2 1，當判定爲印刷模1 73 被選擇之情況時，就前進到步驟S122，CPU81實行將與 「放大印模」對應之圖像處理程式從程式記憶部84裝載 到RAM83，進行描繪層之初期化。 在步驟S123，CPU81設定放大縮小之比率，印模圖像 之大小，和未超過限定區域之放大次數Τ(例如5次）。 在步驟S124，CPU81選擇使用者所選擇之印模之圖案 ，和與該圖案對應之遮罩圖像。在步驟S125，CPU81利 用編輯輸入用監視器1 8上之觸摸筆20，用來設定描繪位 置。在步驟S126，PU81對步驟S123之處理所選擇之圖 案和遮罩圖像進行合成。 在步驟S127，CPU81更合成描繪層，和圖案與遮罩圖 像之合成圖像。在步驟S128，CPU81計測使用者將觸摸 筆20按壓在編輯輸入用監視器1 8上同時保持靜止之時 間，在步驟S 1 2 9，C P U 8 1依照步驟S 1 2 8之處理所計測到 之經過時間，用來決定放大率或縮小率。 在步驟S 1 3 0，C P U 8 1根據步驟S 1 2 8之處理所決定之放 -40- 552462 五、發明說明（39) 大率或縮小率，用來進行圖案和遮罩圖像之放大或縮小 處理。 例如，在按壓之經過時間爲t，放大/縮小之進行變換 之時間（放大次數）爲T，和自然數η(二0，1，2，…）時， 在 2nT^ t ^ (2n+l)T 之情況，進行放大處理，在 (2n+l)T^ t ^ 2(n+l) 之情況，進行縮小處理。 亦即，如第36圖所示，CPU81隨著時間之經過，使印 模之大小逐漸變大，當超過指定之臨限値時，使印模之 大小逐漸變小。 在步驟S13 1，CPU81判定觸摸筆20是否接觸在編輯輸 入用監視器1 8上，當判定爲有觸摸筆20接觸之情況時 ，就回到步驟S 1 29，重複進行其以後之處理。 在步驟S 1 3 1，當判定爲觸摸筆20未接觸在編輯輸入用 監視器1 8上之情況時，就前進到步驟S132，CPU81確定 描繪層和使處理結束。 下面將說明「旋轉印模」之描繪處理。 當使用者選擇附加有「旋轉印模」之名稱之印模鈕1 74 時，CPU 8 1就將與「旋轉印模」對應之圖像處理程式從 程式記憶部84裝載到RAM83，進行描繪層之初期化。然 後，CPU81選擇使用者所指定之圖案和遮罩圖像，使該， 等合成，和使描繪層和圖案與遮罩圖像之合成圖像合成 -41 - 552462 五、發明說明（4〇) 。依照使用者將觸摸筆2 0按壓在編輯輸入用監視器1 8 上和保持靜止之時間，CPU8 1如第3 7圖所示的變化印模 之方向。 下面將說明「七色印模」之描繪處理。 當使用者選擇附加有「七色印模」之名稱之印模鈕1 7 5 時，CPU81就實行將與「七色印模」對應之圖像處理程 式從程式記憶部84裝載到RAM63，進行描繪層之初期化 。然後，CPU81選擇使用者所指定之印模之圖案和遮罩 圖像，對該等進行合成，和合成描繪層和圖案與遮罩圖 像之合成圖像。當使用者將觸摸筆2 0按壓在編輯輸入用 監視器18上和進行移動時，CPU81就如第38圖所示， 變化印模之方向，和依照筆之軌跡隨機的變化印模之色 彩。 例如，在經過時間11之情況，印模之方向不旋轉（亦即 ，保持爲〇度）圖案被設定爲紅色，在經過時間12之情況 時，印模之方向被旋轉- 90度，和圖像被設定爲紫色， 在經過時間t3之情況時，印模之方向從正向被旋轉- 1 80 度和圖案被設定爲藍色，然後在經過時間t4之情況時， 印模之方向被旋轉- 270度和圖案被設定爲水色。 下面將參照第3 9圖和第40圖之流程圖用來說明「全 滿印模」之描繪處理。 在步驟S 1 5 1，CPU8 1判定使用者是否選擇附加有「全 滿印模」之名稱之印模鈕1 77，重複進行該判定處理直至 印模鈕1 77被選擇。在步驟S 1 5 1，當判定爲印模鈕1 77 -42- 552462 五、發明說明（41) 被選擇之情況時，就前進到步驟S152，CPU81實行將與 「全滿印模」對應之圖像處理程式從程式記憶部84裝載 到RAM83，進行描繪層之初期化。 在步驟S153，CPU81將與筆尖爲中心之指定幅度之配 置區域（正方形）設定作爲限制區域。在步驟S154，CPU81 依照使用者所選擇之印模之圖案，和與該圖案對應之遮 罩圖像。在步驟S155，CPU81設定編輯輸入用監視器18 上之觸摸筆20之描繪位置。 在步驟S156，CPU81進行配置區域之初期設定，在步 驟S 1 5 7，決定配置區域內之隨機點，亦即印模之配置位 置。在步驟S158，CPU81使步驟S154之處理所選擇之圖 案和遮罩圖像進行合成。 在步驟S159，CPU81更進一步的合成描繪層，和圖案 與遮罩圖像之合成圖像。在步驟S160，CPU81決定與使 用者將觸摸筆20按壓在編輯輸入用監視器1 8上同時保 持靜止之時間對應之配置區域。 在步驟S161，CPU81在不超過限制區域之範圍，將步 驟S 1 5 9之處理所合成之圖案和遮罩圖像，配置在步驟 S 1 5 7之處理所決定之配置位置。亦即，如第4 1圖所示， CPU8 1依照經過時間增力[]印模之數目，和將該印模配置 在隨機之位置。 在步驟S162, CPU81判定觸摸筆20是否接觸在編輯輸 入用監視器1 8上，當判定爲觸摸筆2 0有接觸之情況時 ，就回到步驟S 1 5 7，重複進行其以後之處理。 -43- 552462 五、發明說明（42) 在步驟S 1 6 2，當判定爲觸摸筆2 0未接觸在編輯輸入用 監視器18上之情況時，就前進到S163，CPU81確定描繪 層，使處理結束。 第4 2圖表示選擇附加有「手製印模」之名稱之印模鈕 1 7 6之情況時所顯示之編輯畫面。 在第4 2圖所示之編輯畫面，顯示有印模製成顯示部1 9 i ’在該顯示部內顯示有：印模製成部1 9 2，由使用者用來 製成（描繪）手製印模；印模登錄鈕1 9 3，當使用者登錄寫 入之印模時被選擇；和返回鈕1 94，當回到第3 3圖所示 之編輯畫面時被選擇。此種編輯畫面之構造基本上與第 1 4圖所不之編輯畫面之構造相同。 使用者例如在印模製成部1 92描繪所希望之圖案或文 字等，經由選擇印模登錄鈕1 93，可以將這時所製成之印 模（以下亦適當的稱爲手製印模）登錄在印模型1 7 2至1 7 7 之任何一個’或全部。另外，除了使用者描繪之圖案或 文字外’亦可以登錄先前攝影到之圖像作爲手製印模。 另外’在登錄有指定數以上之印模之情況時，從已登 錄之印模之中，削除最早之印模，登錄新的手製印模。 另外，使用者製成手製印模，在不選擇登錄鈕1 93，而是 選擇返回鈕1 9 4之情況時，使用者可以使用限於編輯中 之手製印模。 另外，亦可以將所製成之手製印模之資料，記錄在使 用者本身所準備之記憶器卡或富洛比（登錄商標）軟碟等 之記錄媒體。亦即，例如當使用者將記憶器卡或富洛比 -44 - 552462 五、發明說明（43) (登錄商標）軟碟裝著在驅動機8 5 ’進行操作用來記錄手 製印模之資料時，CPU8 1就接受來自使用者之操作輸入 ，將手製印模之資料記錄在被裝著於驅動機8 5之記錄媒 體。經由驅動器8 5讀出被記錄在記錄媒體之手製印模資 料，可以登錄在印模鈕1 72至1 77之任何一個或全部。 另外，手製印模除了登錄在印模鈕1 72至1 77之任何 一個或全部外，亦可以另外顯示手製印模調色盤。 在使用有本發明之圖像印刷裝置i中，檢測所攝影到 之圖像之亮度（RGB之値）在指定之臨限値以上（例如白色） 之圖素，設定成只有在該範圍可以塗寫。 但是，亦有不能正確塗寫範圍之情況，或在所檢測到 之塗寫範圍以外，使用者亦希望塗寫之情況等。這時， 依照需要，CPU81，例如，在第14圖所示之編輯畫面之 編輯開始時，對於使用者，顯示「變更欲塗寫之範圍時 ，選擇背景刷」之信息，選擇刷子鈕1 29和用以設定描 繪範圍之設定鈕1 3 0至1 3 5之任何一個。 然後’當使用者選擇附加有「背景刷子」之名稱之刷 子鈕129時，CPU81經由顯示處理機在編輯輸入用監視 器1 8 ’例如顯示第43圖所示之「塗寫在鈕所指定之範圍 丨」之信息，催促使用者進行塗寫範圍（臨限値）之選擇。 下面將參照第44圖和第45圖之流程圖用來說明背景 塗寫之處理。 在步驟S181，CPU81判定使用者是否選擇背景刷子鈕 1 29 ’重複進行處理直至背景刷子鈕129被選擇。然後， -45- 552462 五、發明說明（44 ) 在步驟S 1 8 1，當判定爲背景刷子鈕1 29被選擇時，就前 進到步驟S182，CPU81實行將被記憶在程式記憶部84 之背景檢測程式裝載到RAM83，進行描繪層之初期化’ 和在步驟S 1 8 3，使塗寫許可旗標初期化成爲〇 N。 在步驟S184，CPU81判定使用者是否選擇所希望之臨 限値，亦即是否選擇用以設定塗寫範圍之設定鈕1 3 0至 1 3 4之任何一個，重複進行判定處理直至所希望之臨限値 被選擇。在步驟S 1 8 4，當所希望之臨限値被選擇之情況 時，就前進到步驟S 1 8 5，CPU 8 1使塗寫許可旗標初期化 成爲OFF。 在步驟S186，CPU81將攝影資料分解成爲每一個RGB 之區域。在步驟S 1 8 7，C P U 8 1分別取得與步驟S 1 8 4之處 理所選擇之塗寫範圍對應之R、G、B値之臨限値，或描 繪許可範圍。 例如，在步驟S 1 8 4，當選擇附加有「各處均可刷」之 名稱之設定鈕1 3 0之情況時，因爲可以對全部之區域進 行塗寫，所以R、G、B値之描繪許可範圍均取得〇至2 5 5。 另外，例如在步驟S 1 8 4，當選擇附加有「相當寬廣」 之名稱之設定鈕1 3 1之情況時，對於B之値b，取得B 値之臨限値爲b - 1 10，R値之描繪許可範圍爲rG [b-30 ，b + 5]，G値之描繪許可範圍爲ge[b-5，b+10]。 另外，例如在步驟S 1 8 4，當選擇附加有「塗寫範圍寬 廣」之名稱之設定鈕1 3 2之情況時，B値之臨限値爲匕^ 1 4 0，R値之描繪許可範圍爲r e [b - 3 0，b + 5 ]，G値之描 -46- 552462 五、發明說明（45) 繪許可範圍爲g[b-5 ’ b+1 〇]。 另外，例如在步驟s 1 84，當選擇附加有「只有背景OK 」之名稱之設定鈕1 3 3之情況時’ B値之臨限値爲b g 1 7 0 ，R値之描繪許可範圍爲r [b-30，b + 5]，G値之描繪許 可範圍 g [b-5，b+10]。 另外，例如在步驟S 1 84，當選擇附加有「塗寫範圍狹 小」之名稱之設定鈕1 34之情況時，B値之臨限値爲b -110，R値之描繪許可範圍爲ι· [b-30，b + 5]，G値之描 繪許可範圍爲g [b-5，b + 10]。 在步驟S188, CPU81使在步驟S187之處理所取得之描 繪許可範圍和攝影資料之各個圖素之R成分進行比較。 在步驟S189, CPU8 1使在步驟S187之處理所取得之描繪 許可範圍和攝影資料之各個圖素之G成分進行比較。在 步驟S190, CPU81使在步驟S187之處理所取得之臨限値 和攝影資料之各個圖素之B成分進行比較。 在步驟S191，CPU81根據步驟S188至190之比較結果 ，檢測B成分超過臨限値，而且R成分和G成分分別在 描繪許可範圍內之區域，將該區域之許可旗標設定爲ON 〇 另外，在步驟S 1 84，當選擇附加有「各處均可刷」之 名稱之設定鈕1 3 0之情況時，因爲檢測攝影資料之全部 之區域，所以步驟S1 88至S190之處理可以省略。當此 種情況，在步驟S 1 9 1，將攝影資料之全體區域之許可旗 標設定成爲ON。 -47- 552462 五、發明說明（46) 在步驟S 192，CPU81判定使用者是否使用觸摸筆20 輸入塗寫，重複進行判定處理直至塗寫被輸入。在步驟 S 1 92，當判定爲有塗寫被輸入之情況時，就前進到步驟 S193，CPU81只在塗寫旗標被設定爲ON區域，在描繪層 合成圖紋和遮罩圖像（利用筆之塗寫），或是圖案和遮罩圖 像（利用印模之塗寫）。另外一方面，在塗寫旗標被設定爲 OFF之區域，因爲不許可塗寫，所以即使使用者使用觸 摸筆2 0在該區域塗寫時，實際上亦不顯示該塗寫。 在步驟S 1 94，CPU8 1判定是否指定修正區域，亦即使 用者是否指定利用橡皮擦鈕1 3 6之操作修正塗寫區域中 之指定之區域。 在步驟S 1 94，當判定爲有修正區域被指定之情況時， 就前進到步驟S 1 9 5，C P U 8 1使與修正區域對應之描繪層 之値透明化。利用此種方式，抹除指定區域之塗寫。 在步驟S 1 94，當判定爲修正區域未被指定之情況時， 就跨越步驟S195之處理，前進到步驟S196。在步驟S196 ，CPU81確定描繪層，在步驟S197，判定塗寫是否結束 ，亦即，判定是否已經過限制時間，或攝影結束鈕1 6 5 是否被操作，在判定爲塗寫未結束之情況時，就回到步 驟S 1 92，重複進行其以後之處理。在步驟S 1 97，當判定 爲塗寫已結束之情況時，就使處理結束。 依照此種方式，背景塗寫處理只在具有指定亮度之區 域許可塗寫，在許可塗寫之區域，可以以使用者所選擇 之圖紋或印模等進行塗寫。另外，在許可塗寫之全體區 -48- 552462 五、發明說明（47) 域，亦可以一起的塗寫指定之圖紋。 例如，在第43圖所示之編輯畫面中，當使用者選擇背 景刷子鈕129，選擇附加有「只有背景〇κ」之名稱之設 定鈕133時，CPU81實行第44圖和第45圖所說明之背 景塗寫處理，只檢測背景（攝影到之圖像以外之部份）。然 後，在使用者選擇所希望之圖紋或色彩之後，當選擇鈕 201時，如第46圖所示，只在被設定作爲塗寫範圍之背 景，一起塗寫指定之圖紋。 另外，在編輯開始時或塗寫範圍選擇時，通常只在可 塗寫之區域顯示，或是在不可塗寫之區域顯示較淡，或 是利用掩蔽顯不用來防止意外之塗寫。 另外，顯示處理機96將被選擇作爲編輯對象圖像之圖 像，記憶在2個之框架緩衝器，經由被輸入之編輯資料 反映在被記憶於一方之框架緩衝器之圖像，即使有使用 者誤塗寫之情況時，經由選擇重作鈕1 3 7或1 3 8，可以取 消該編輯。另外，在取消該編輯後，被記憶在另外一方 之框架緩衝器（未反映編輯者）之圖像之對應部份之資料 ，反映在用以反映編輯資料之圖像，取消其編輯。 第47A圖和第47B圖表示利用上述之圖像印刷裝置1 所製成之印刷媒體（貼紙）92之實例。 第47A圖表示例如使用者選擇6分割之貼紙之情況時 之印刷媒體。在該實例之貼紙印刷有使用者所塗寫之1 種之圖像。 第47B圖表示例如使用者選擇混合分割之貼紙之情況 -49- 552462 五、 發明說明 (48 ) 時 之 印 刷媒 體。在該實例之貼紙印刷有使 用 者 所塗寫之2 種 之 圖 像。 依 照 上述 之方式，經由提供各種之輸入 工 具 (筆或印模 等 )， 使用者可以進行對攝影到之圖像之複雜寫入，可以 獲 得 呈 有娛 樂性之貼紙。 在 以 上之 說明中，印刷媒體不只限於貼 紙 例如，亦 可 以 印 刷在 指定尺寸之紙，或廣告用之紙 等 〇 另外’亦 可 以 將 攝影 和編輯過之圖像資料記錄在使 用 者 本身所準 備 之 虽 洛比 (登錄商標）軟碟等之記錄媒體 〇 . 另: 外，即使在 此 種 印 刷媒 體或記錄媒體之情況時，亦可 以 應 用在該圖 像 印 刷 裝置 1，利用識別資訊進行管理。 另 外 ，在 以上之說明中是將攝影空間和 編 輯 空間設置 在 不 同 之位 置，但是亦可以使攝影空間和 編 輯 空間兼用 〇 在 此 種情 況，亦可以使用被設置在攝影 空 間 之攝影用 監 視 器 1 4作爲編輯輸入用監視器，亦可以在攝影用監視 器 1 4之近傍另外配置編輯輸入用監視器。 > [產業上之利用可能性] 依 昭 J\ \\ 上述 方式之本發明時，對於攝影到 之 圖 像，可以 簡 單 而 且迅 速的進行更複雜之編輯作業， 可 以 易於進行 多 個 圖 像之 編輯操作。利用此種方式，使 用 者 可以獲得 邑 有 娛 樂性 之貼紙。 [參考符號之說明] 1 . ——圖像印刷裝置 15 _ •操作面板 -50- 552462 五、發明說明（49) 18.....編輯輸入用監視器 20.....觸摸筆 3 1.....攝影裝置 32.....CCD攝影機 81.....CPU 83 .....RAM 84 .....程式記憶部 96.....顯示處理機 -51 -^ 〇 X to choose whether to save the displayed image as a retained image.  The CPU 81 selects whether to save it as an output signal for retaining images based on the output from the operation panel 15 ( When instructed to save as a retained image, The temporarily stored image is directly stored in the retained image memory section 87, When not instructed to save as a retained image, The images temporarily stored in the retained image memory section 87 will be erased. In addition, As needed, When a user adjusts the brightness of an image that is memorized as a retained image, The retained image is stored in the retained image memory at the brightness of this level. 87 CPU8 1 When the number of remaining photographs is "0" or the user operates the "end of shooting" The selection screen for the number of divisions of the sticker is displayed on the photography display 14 (not shown). then, When selecting a sticker, The CPU 81 displays the guidance screen for editing processing on the photography monitor 14 (not shown in the figure). Urge users to implement editing. In this way, The user moves to the editing space, You can start the editing process of retaining the image.  In addition, At this time, the CPU 81 confirms that the operation state of the display processor 96 is 'determining whether there are other users who are performing editing processing in the editing space' or whether the operation state of the printing machine 89 is printing the edited image on a sticker en route, When other users are determined to have edited, Or in print, that is, When editing cannot be performed immediately, For users ’can keep images -26- 552462 5. Invention description (25) Photography correction, Or run a designated competition. In this way, The user makes a photography correction of the retained image, Or a designated competition, Don't wait boringly before editing.  The editing process of the image printing apparatus 1 will be described in detail below. Hereinafter, the editing process is appropriately referred to as scribble.  First of all, The flowchart of Fig. 12 is used to explain the display process of the edit screen.  When the user completes the photography process, Just at step S 1 1 C P U 8 1 Wait until the user selects the desired number of stickers. When it is determined that a sticker is selected, Just in step S 1 2 ', the CPU 8 1 transfers the reserved image stored in the reserved image storage section 87 to the display processor 96. At step s 1 3, The display processor 96 transfers the retained image memory transferred from the retained image memory 87 to the built-in memory 96A, And in edit input monitor 1 8, For example, the initial screen shown in Fig. 13 is displayed.  The initial screen shown in Figure 13 shows: Dialog block 1 〇 丨, The button used to display "Either show pen / impression? " Pen button 1 0 2 ’is selected when" pen "input tool is displayed; Impression button 丨 〇 3,  g is selected when the input tool is not “impression”; And limited time display section 104, It is used to indicate a preset limit time as a time for editing processing.  The user's initial screen shown in Figure 13 Use the touch pen 2 〇 to select the pen button 102 or the impression button 丨 〇 3, It can be used to edit in the mode of "pen input mode" or "impression input mode".  In the initial screen shown in Figure 13, The user uses the touch pen 20, When -27- 552462 five, Description of the invention (26) When the pen button 1 0 2 is selected (depressed), Right at step s 1 4 C P U 8 1 Judge whether the pen button 1 〇 2 is selected ’When it is judged that the pen button 1 2 is selected, Just in step S15, The CPU 81 is in a monitor 18 for editing input via the display processor 96, The editing screen of "Pen Input Mode" shown in Figure 14 is displayed.  In step S14, When the CPU 81 determines that the pen button 102 is not selected (but the impression button 103 is selected), Just in step S16, The CPU 81 passes the display processor 96, In edit input monitor 1 8 The editing screen of "Impression input mode" is displayed. In addition, The editing screen of the "impression input mode" is the stamp buttons 122 to 128 of the editing screen of the "pen input mode" shown in Fig. 14 with the impression buttons 171 to 177 (described later in Fig. 33) The other parts are the same, So omitted in the figure.  The editing screen shown in Figure 14 is configured with: Edit target image display section 1 1 1, Used to display the image selected by the user as the editing target image; Editing target image selection section 1 1 2 The comprehensive display is saved in the retained image of the built-in memory 96A; Modal change button 1 2 1, It is selected when it is changed into the edit screen of "Impression Input Mode"; Pen buttons 1 22 to 1 28, Select when writing with various input tools (writing tools); Brush button 1 2 9 Select when setting the scribble range; Setting buttons 1 3 0 to 1 3 4,  Select when setting the threshold of the scribble range; Image orientation change button 1 3 5, Selected when changing the orientation of the image (here the image is made portrait); Eraser button 1 3 6, Selected when erasing a part of the entered scribble; Redo button 1 3 7, Select when rewriting (canceling) the input scratching; Redo button 1 3 8, Selected when returning to an unpainted image; And -28- 552462 five, Invention description (27) End button 1 3 9, It is selected when finishing the scribing (editing process).  In the edit screen shown in Figure 14, In the editing target image selection section 1 1 2 Displays the comprehensive display of the retained image stored in the built-in 96A. In addition, The edited image display section Π1 displays the first image stored in the retained image of the built-in memory 9 and The user edits the screen shown in Figure 14 Use the touch pen 2〇, Select any one of the comprehensive display · 1, 2 of the target image selection section, It is used to convert the display of the image displayed on the editing object image display section 1 1 1 into the display of the image to be edited. This image can be edited.  When the user uses the touch pen 2 0, When any one of the comprehensive display of the editing target image selection section 1 1 2 is selected, Just at step S 1 7 C P U 8 1 determines whether the comprehensive display of the editing target image selection unit 1 1 2 is selected. Just in step S 1 8 ′, the display processor 9 6 will display the comprehensively selected image selected in step S 1 7. When the user wants to edit the image displayed on the editing target image display section 1 1 1 displayed on the editing input monitor 1 8, Because the comprehensive display of the editing target image selection section 112 is not selected, Therefore, it is determined in step s 1 7 that the comprehensive display of the editing target image selection section 1 1 2 is not selected. The display of the image displayed on the editing target image display section 11 is maintained.  In addition, Even when the image is displayed on the editing target image display section 111, Users can also use the stylus 2 0, Select editing target Comprehensive display of image selection section 1 1 2 Change the image for editing.  Secondly, The user is displayed in the editing object display for the above method -29- 552462 V. Invention Description (28) The designated image of π1, Because of hobbies, So in the edit screen shown in Figure 14 Use the touch pen 2 0, Select any of the pen buttons 1 2 2 to 1 2 8.  E.g, In the editing screen shown in Figure 14 The user uses the stylus 20, When selecting the pen button 122 with the name "Penetration Pen", CPU 81 passes display processor 96, In edit input monitor 1 8 For example, the color palette 1 51 related to the "moistening pen" shown in Fig. 15 is displayed.  On the edit screen shown in Figure 14, "It becomes thicker or thinner with the pen's moving speed!" " The display palette 1 5 1 is used to select the specified pattern (pattern) or color. The user can use the touch pen 20, In this editing screen, a desired pattern or color to be displayed on the palette 1 51 is selected.  When the user selects a specified pattern or color from the palette 1 51, Or when the close button 1 5 2 arranged below the palette 1 5 1 is selected, CPU8 1 turns off the palette 1 5 1, For example, it changes to the editing screen shown in Figure 16.  In the edit screen shown in Figure 16 The color palette shown in Fig. 15 is transformed into a color palette 1 6 1 of one row. And configure the selected pen thickness palette 1 62 when the pen thickness is selected, And the full display button 163 selected when the color palette 151 (all patterns and colors) shown in FIG. 15 is displayed. In addition, The thickness of the pen can also be selected by default.  In the editing screen shown in Figure 16 Use touch pen 20, Select the desired pattern or color from the palette 1 6 1 Or when the desired pattern or color is not displayed on the palette 1 6 1 Just operate the scroll button -30- 552462 Invention description (29) 161L, 161R, Or the full display button 163 is used to display a desired pattern or color and to perform CBB selection. Then, The user selects the specified pen thickness from the pen thickness palette 162, It can be used to write (paint) the favorite text or graphics on the images displayed on the image display section 1 11 of the editing target.               Figure 1 7A to 1 7G • The figures show that when [the user selects various pens,  Lines (shapes such as text or graphics) are drawn in the editing object image display section 111.              Fig. 17A shows the shape of the line drawn when the pen button 122 with the name "Penetrating pen" is selected. Fig. 7B shows the case when the pen button 123 with the name "crayon J" is selected. Shape of the drawn line 0 Fig. 7C shows the shape of the line drawn when C 巳 巳 Pei chooses the pen button 124 with the name "Hollow J" 0 Fig. 7D shows the selection of the line with "solid mark" Feelings of the name of the pen button 125 ^ The shape of the line drawn in the brothers. Figure 17E shows the shape of the line drawn when the pen button 126 with the name of "three-dimensional pen" is selected. Figure 1 7F shows 巳Select the shape of the line drawn when "button J127 with the name of obese J" is added. Figure 1 7G shows the line drawn when BB adds the button 128 with "fuzzy J name". Its shape.  The following will refer to the flowcharts in Figures 18 and 9 It is used to describe the drawing process of "infiltration pen".  -31- 552462 V. Description of the Invention (30) In step S21, CPU81 determines whether the user chooses to add a pen button called "penetrating pen" 1 2 2 This determination process is repeated until the pen button 1 2 2 is selected. In step S 2 1, When it is determined that the pen button 1 2 2 is selected, Proceed to step S22, The CPU 81 executes loading an image processing program corresponding to the "moistening pen" from the program memory 84 into the RAM 83 It is used to initialize the drawing layer.  In step S23,  The CPU 81 selects the thickness and pattern image of the pen specified by the user. Then ’as shown in Figure 20, C P U 8 1Configure the specified pattern image selected by the user. Place a mask image for the "moistening pen" on it.  In step S24, CPU8 1 initializes the trajectory information and trajectory area of the "moistening pen", Initial setting of the pen tip area is performed in step S25. In step S 2 6 C P U 8 1 Check the position of the touch pen 2 0 on the monitor 18 for editing input.  In step S2 7, The CPU 8 1 determines whether the touch pen 20 is in contact (pressed) on the editing input monitor 18, When it is determined that there is contact with the touch pen 20, Proceed to step S28, It is determined whether the touch pen 20 is moved to the monitor 18 for editing input.  In step S28, When it is determined that there is movement of the touch pen 20, Proceed to step S29, The CPU 8 1 measures the amount of movement on the monitor 18 for editing input of the touch pen 20. In step S30, The CPU 81 follows the movement amount of the touch pen 20 measured in the process of step S29, Reduce the pen tip area.  In step S28, When it is determined that the touch pen 20 is not moved on the monitor 18 for editing input, Proceed to step S31, CPlj81 makes the nib area -32- 552462 DESCRIPTION OF THE INVENTION (31) Enlarged at a specified ratio. In addition, This ratio is arbitrarily set in advance.  In step S32, CPU81 synthesizes the pen tip area in the track area, And at step S 3 3, After compositing the trajectory area to the paint layer, Returning to step S26, Repeat the above process.  In step S27, When it is determined that the touch pen 20 is not in contact with the monitor 18 for editing input, That is, when the touch pen 20 leaves the editing input monitor 18, Proceed to step S34, The CPU 81 determines a drawing layer. In this way, According to the movement amount of the touch pen per unit time, Form a penetrating line with a pen.  In step S3 5, CPU81 determines whether to continue to use the pen button 1 22 with the name of "penetrating pen", that is, It is determined again whether or not the user touches the stylus pen 20 on the editing input monitor 18, When it is determined that the use of the pen button 1 22 is continued, It returns to step S24, Repeat subsequent processing. then, In step S35, When it is determined that the pen button 122 is not continued to be used, that is, For example, the user chooses another pen, Or select the impression described later, Or end the editing job, Or when the time limit has passed, Let the process end.  The drawing process of "crayon" will be described below.  When the user selects the pen button with the name "crayon" 1 2 3,  The CPU 81 loads the image processing program corresponding to the "crayon" from the program memory 84 to the RAM 83. Used to initialize the drawing layer. Then, CPU8 1 selects the thickness and texture image of the pen specified by the user.  As shown in Figure 21, Place a "crayon" to mask the image. When the user presses the touch pen 20 on the editing input monitor 18 and moves it at the same time -33- 552462 V. Invention Description (32) C P U 8 1 combines the trajectory area on the drawing layer. In this way ’using the pattern or color chosen by the user, Painted with crayons, Become a passing line.  The drawing process of the "hollow pen" will be described below.  When the user selects the pen button 1 2 4 with the name "Hollow",  C U P 8 1 initializes the drawing layer by loading the image processing program corresponding to the “hollow pen” from the program | Then, CPU 8 1 selects the thickness and texture image of the pen specified by the user.  As shown in Figure 22, Place a "hollow pen" to mask the image. When the user presses the touch pen 20 on the editing input monitor 18 and moves it at the same time, CPU81 paints white in the center of the pen's moving area (RGB = 254:  2 54:  2 5 4), Paint the pattern or color selected by the user around it. The trajectory area is synthesized on the drawing layer. A hollow line is formed in this way. In addition, When the coordinate of the pen's moving area is RGB = 2 54:  254: 2 54 (i.e. White), Painted without edges, When online overlaps, Image processing is performed so that the white portion becomes one area.  Secondly, Referring to the flowcharts in Figures 23 and 24, It is used to describe the drawing process of the broad solid mark.  In step S51, CPU81 determines whether the user has selected a pen button with the name of "Solid Mark" 1 2 5 This determination process is repeated until the pen button 1 2 5 is selected. In step S 5 1, When it is determined that the pen button 1 2 5 is selected, The process proceeds to step S 5 2 ′ C P U 8 1 to load an image processing program corresponding to the “solid mark” from the program memory 84 to the RAM 83 ′ to initialize the drawing layer.  -34- 552462 V. DESCRIPTION OF THE INVENTION (33) In step S 5 3, The CPU 8 1 selects the thickness and pattern image of the pen specified by the user. then, As shown in Figure 25, The CPU 81 configures a specified pattern image of the stomach selected by the user. Place a "solid mark" on it to obscure the image, Then place a paint layer on it.  In step S54, The CPU81 initializes the trajectory information and the trajectory ® field of the "solid label", In step S55, Initially set the pen tip area. In step S5 6, The CPU 81 confirms the position of the touch pen 20 on the monitor 18 for editing input.  In step S57, The CPU 81 determines whether the touch pen 20 is touching (pressing) on the editing input monitor 丨 8, When it is determined that the touch pen 20 is in contact, Proceed to step S 5 8 Determine whether the pen tip area crosses the track area.  At step S 5 8 When it is determined that the pen tip area and the track area intersect (for example, if the text crosses the track area) It proceeds to step S 5 9 ′ as shown in FIG. 26. The CPU 81 makes the intersection of the trajectory area into the outer area A. Transparent area B, And 3 of the central area C.  In step S60, The CPU 81 draws (draws) the central area C on the transparent area B, In step S 6 1, A transparent area B or a central area C is drawn for the outer area A. In addition, No area is drawn for the central area C.  At step S 5 8 When it is determined that the pen tip area does not cross the track area,  Proceed to step S62, The CPU 81 synthesizes the pen tip area on the drawing layer. At step S63, CPU81 synthesizes the moving area of the pen into an image of tentative track information, Returning to step S 5 6 Repeat the above process.  In steps S 5 7 When it is determined that the touch pen 2 is not in contact with the editing input -35- 552462 5. DESCRIPTION OF THE INVENTION (34) On the monitor 18, That is, when the touch pen 20 leaves the monitor 8 for editing input, Proceed to step S64, The CPU 8 determines the drawing layer. In this way, In the center of the pen's moving area, Scribble the pattern or color (i.e. pattern) chosen by the user, Used to form solid lines.  In step S65, CPU81 determines whether to continue to use the pen button with the name “Solid indication” 1 2 5 When it is determined that the use of the pen button 1 2 5 is continued, Returning to step S 5 4, The subsequent processing is repeated. then, At step S65, When it is determined not to continue using the pen button 125, Let the process end.  Secondly, Referring to the flowcharts in Figures 27 to 29, It is used to describe the drawing process of "3D pen".  In step S81, The CPU 81 determines whether the user selects the pen button 1 26 with the name "stereo pen", This determination processing is repeated until the pen button 126 is selected. In step S81, When it is determined that the pen button 126 is selected,  Proceed to step S82, The CPU 81 executes an image processing program corresponding to the "stereo pen", Loaded from program memory 84 to RAM 83, Initialize the drawing layer, And the initialization of the height information is performed in step S83.  In step S84, CPU81 selects the height information of the pen tip area selected by the user. Pattern (that is, Three-dimensional image), light source, And viewpoints,  As shown in Figure 30, Configure the specified pattern image selected by the user,  Place a mask image for the "stereo pen" on it, A height layer is arranged thereon. In addition, The height layer is made into an image with a brightness 値 of 0 to 25 5, Used as a pen shape.  In step S85,  The CPU 81 sets the height information of the pen tip area selected in the process of step S84. In step S86,  The CPU 81 performs the initial setting of the pen moving area. In step S87, The flag Poff is set to zero. In step S8 8, CPU81 confirms the stylus pen 20 -36- 552462 on the monitor 18 for editing input Invention Location (35), In step S89, It is determined whether the touch pen 20 is touching (pressing) on the monitor 18 for editing input.  In step S89, When it is determined that the touch pen 20 is in contact, Proceed to step S90, The CPU 81 sets the flag POFF to 1. In step S91, CPU81 compares the height of each corresponding point between the pen tip area and the height information file. In step S92, The height information file is updated based on the comparison result. In step S93,  CPU81 synthesizes the moving area of the pen into an image of tentative trajectory information, Returning to step S 8 8, Repeat the subsequent processing.  In step S89, When it is determined that the touch pen 20 is not in contact with the monitor 18 for editing input, that is, When the stylus 20 leaves the editing input monitor 18, Proceed to step S94, CPU81 determines whether the flag Poff is 1, When it is determined that the flag Poff is not 1, Returning to step S 8 8,  The subsequent processing is repeated.  In step S94, When it is determined that the flag Poff is 1, Proceed to step S95, The CPU 81 sets the flag Poff to zero. In step S96, For each point corresponding to the moving area, the CPU 81, In an imaginary state,  Use adjacent 3 points to form a triangle. In step S97, The CPU 81 calculates a normal vector of the face of the triangle formed by the points of the triangle.  In step S98, CPU81 uses the calculated normal vector, The position of the light source, And viewpoint information, Used to calculate brightness. In step S98, CPU81 calculates the moving area R ′ G, B 値, As an image considering the brightness of the pattern. At step S 1 0 0, CPU8 1 synthetic drawing layer and pen moving area, Then at step S 1 0 1, Determine the drawing layer. In this way, a solid line is formed.  At step S 1 0 2 ′ c P U 8 1 it is determined whether to continue to use the pen button 1 2 6 with the name of “stereo pen”, In the case of determining to continue using the pen button i 2 6 -37- 552462 V. Invention description (36) Return to step S 8 7 The subsequent processing is repeated. In addition,  When it is determined in step S 1 0 2 that the use of the pen button 1 2 6 is not continued, Let the process end.  The drawing processing of the "fat pen" will be described below.  When the CPU81 selects the pen button 127 with the name of "Monthly fat", The image processing program corresponding to the "fat pen" is loaded from the program memory 84 to the RAM 83, Initialize the drawing layer. then,  CPIJ81 selects the thickness and texture image of the pen specified by the user. A height layer is arranged thereon. When the user moves the touch pen 20 while pressing the touch pen 20 on the editing input monitor 18, The CPU 81 changes the height and thickness of the mask image. And even the same thickness shifts the position, In this way, the trajectory area is synthesized on the drawing layer. that is, The calculation is the same as the "solid pen", But every time the pen moves, Change the height and thickness of the mask image.  The drawing processing of the "fuzzy pen" will be described below.  When the user selects the pen button 1 28 with the name "fuzzy",  The CPU 81 executes an image processing program corresponding to the "fuzzy pen" from the program memory 84 to the RAM 83. Initialize the drawing layer. Then ’CPU 8 1 selects the thickness and texture image of the pen specified by the user. As shown in Figure 32, Configure the specified pattern image selected by the user, A mask image (an image with brightness) for the "blurring pen" is arranged thereon. When the user presses the touch pen 20 on the editing input monitor 18 and moves at the same time ', the CPU 81 combines the trajectory area on the drawing layer. In this way, Form a line of performance simulation. In addition, When and choose three-dimensional pen -38- 552462 Description of Invention (37) Can form a softer thread, But because no overlap is applied, So the cross section is broken.  Back to the initial screen shown in Figure 13 When the user uses the touch pen 20 'to select (press) the impression button 103, Or in the edit screen shown in Figure 14, When the modal change button 1 2 1 is selected, C P U 8 1 via display processor 96, Enter the "Impression Input Modal" edit screen (not shown in the figure). Display on edit input monitor 1 8, And in this edit screen, When the user selects the impression button 1 72 with the name "impression", E.g,  The color palette 1 8 1 related to the "impression" as shown in Fig. 33 is displayed.  In the editing screen shown in Figure 33, "Normal or translucent impression!" " And a palette for selecting a specified pattern (impression),  The selected modal change button 171 when changing to the "pen input modal" edit screen, The stamp buttons 1 72 to 1 77 that were selected when painting with various input tools (writing tools). As shown in the figure, The structure of the edit screen, Basically the same structure as the edit screen shown in Figure 14 Only the input tools related to "Impression Input Modal" are changed. The user is on that edit screen.  You can use the touch pen 20 to select a specific pattern to be displayed on the palette 1 81.  When the user selects the designated pattern from the palette 1 81, Or, when the close button 182 arranged under the color palette 181 is selected, The CPU 81 closes the palette 1 8 1, Full display editing target image display section 1 1 1,  And as shown in Figure 16 Display 1 row of color palettes 1 61, And the selected pen thickness palette 1 62 when the pen thickness is selected.  The user uses the touch pen 20 to select any of the impressions 172 to 177 -39- 552462 5. Invention Description (38) A, The designated image displayed on the editing target image display section 1 ί 1 can be displayed. Write a pattern of hobby, Or as described later, Register your own pattern (impression).  The following will refer to the flowcharts of Figures 34 and 35, It is used to describe the drawing process of "enlarged impression".  In step S121, The CPU 81 determines whether the user selects the impression button 1 73 with the name “Enlarge the impression”, This determination process is repeated until the impression button 1 73 is selected. In step S 1 2 1, When it is determined that the printing die 1 73 is selected, Proceed to step S122, The CPU 81 loads the image processing program corresponding to the "enlarged impression" from the program memory 84 to the RAM 83. Initialize the drawing layer.  In step S123, CPU81 sets the enlargement and reduction ratio, The size of the impression image, And the number of magnifications T (for example, 5 times) not exceeding the limited area.  In step S124, CPU81 selects the pattern of the impression selected by the user. And a mask image corresponding to the pattern. In step S125, The CPU 81 uses the touch pen 20 on the monitor 18 for editing input, Used to set the drawing position. In step S126, PU81 synthesizes the pattern and mask image selected in the process of step S123.  In step S127, CPU81 more synthetic drawing layer, And the composite image of the pattern and mask image. In step S128, The CPU 81 measures the time when the user presses the touch pen 20 on the editing input monitor 18 while keeping it still, In step S 1 2 9, C P U 8 1 The elapsed time measured in accordance with the processing of step S 1 2 8 Used to determine the magnification or reduction.  In step S 1 3 0, C P U 8 1 Release according to the processing of step S 1 2 8 -40- 552462 V. Description of the invention (39) Large rate or reduced rate, It is used to enlarge or reduce the pattern and mask image.  E.g, The elapsed time after pressing is t, The time for zooming in / out (the number of magnifications) is T, And the natural number η (two 0, 1, 2, …)Time,  In the case of 2nT ^ t ^ (2n + l) T, Zoom in, In the case of (2n + l) T ^ t ^ 2 (n + l), Perform reduction processing.  that is, As shown in Figure 36, CPU81 over time, Gradually increase the size of the impression, When the specified threshold is exceeded, Make the die size gradually smaller.  In step S13 1, The CPU 81 determines whether the touch pen 20 is in contact with the monitor 18 for editing input, When it is determined that the touch pen 20 is in contact, Return to step S 1 29, The subsequent processing is repeated.  In step S 1 3 1, When it is determined that the touch pen 20 is not in contact with the monitor 18 for editing input, Proceed to step S132, The CPU 81 determines the drawing layer and ends the processing.  The drawing processing of the "rotary impression" will be described below.  When the user selects the impression button 1 74 with the name "rotary impression", The CPU 8 1 loads the image processing program corresponding to the “rotary impression” from the program memory 84 to the RAM 83. Initialize the drawing layer. Then, CPU81 selects the pattern and mask image specified by the user. Make that,  And so on, Combining painted layers and patterns with mask images -41-552462 V. Description of the invention (40). According to the time that the user presses the touch pen 20 on the editing input monitor 18 and keeps it still, The CPU 8 1 changes the orientation of the die as shown in Fig. 37.  The drawing processing of the "seven-color impression" will be described below.  When the user selects the impression button 1 7 5 with the name of "seven-color impression", The CPU 81 loads the image processing program corresponding to the "seven-color impression" from the program memory 84 to the RAM 63. Initialize the drawing layer. then, The CPU 81 selects the pattern and mask image of the die designated by the user. Synthesizing these, Synthesizes composite images of paint layers and patterns and mask images. When the user presses the touch pen 20 on the editing input monitor 18 and moves, CPU81 is shown in Figure 38.  Change the direction of the impression, And randomly change the color of the impression according to the track of the pen.  E.g, In the case of elapsed time 11, The orientation of the die is not rotated (i.e., (Keep at 0 degrees) the pattern is set to red, When time 12 elapses, The orientation of the impression is rotated-90 degrees, And the image is set to purple,  When time t3 elapses, The orientation of the die is rotated from the front-1 80 degrees and the pattern is set to blue, When time t4 elapses,  The orientation of the die is rotated-270 degrees and the pattern is set to aqua.  The drawing process of "full impression" will be described below with reference to the flowcharts in Figs. 39 and 40.  In step S 1 5 1, CPU8 1 determines whether the user chooses the impression button 1 77 with the name "full impression", This determination process is repeated until the impression button 177 is selected. In step S 1 5 1, When judged as impression button 1 77 -42- 552462 5. Invention Description (41) When selected, Proceed to step S152, The CPU 81 executes loading an image processing program corresponding to the "full impression" from the program memory 84 to the RAM 83. Initialize the drawing layer.  In step S153, The CPU 81 sets a configuration area (square) of a specified width centered on the pen tip as a restricted area. In step S154, CPU81 According to the pattern of the impression selected by the user, And a mask image corresponding to the pattern. In step S155, The CPU 81 sets a drawing position of the touch pen 20 on the editing input monitor 18.  In step S156, The CPU81 performs initial setting of the layout area. In step S 1 5 7, Decide random points in the allocation area, That is, the configuration position of the die. In step S158, The CPU 81 synthesizes the pattern and the mask image selected in the process of step S154.  In step S159, CPU81 further synthesizes the drawing layer, And pattern A composite image with a mask image. In step S160, The CPU 81 determines an arrangement area corresponding to the time when the user presses the touch pen 20 on the editing input monitor 18 while keeping it still.  In step S161, CPU81 is in a range not exceeding the restricted area, Combining the pattern and mask image synthesized in step S 1 5 9 The placement is determined by the placement position determined by the processing of step S 1 5 7. that is, As shown in Figure 41,  CPU8 1 boosts the number of impressions according to the elapsed time, And arrange the impression at a random position.  In step S162,  The CPU 81 determines whether the touch pen 20 is in contact with the monitor 18 for editing input, When it is determined that the touch pen 20 is in contact, Then return to step S 1 5 7 The subsequent processing is repeated.  -43- 552462 V. DESCRIPTION OF THE INVENTION (42) In step S 1 6 2 When it is determined that the touch pen 20 is not in contact with the monitor 18 for editing input, Proceed to S163, CPU81 determines the rendering layer, End the processing.  Figure 4-2 shows the editing screen displayed when the impression button 1 7 6 with the name "manufactured impression" is selected.  In the editing screen shown in Figure 4 2 The display part 1 9 i ′ showing the impression is displayed in the display part: Impression making section 1 9 2 ， Used by users to make (draw) hand-made impressions; Impression registration button 1 9 3, It is selected when the user logs in the written impression; And back button 1 94, It is selected when returning to the editing screen shown in Figure 33. The structure of this editing screen is basically the same as that of the editing screen shown in Fig. 14.  The user, for example, draws a desired pattern or text on the impression making section 192, By selecting the impression registration button 1 93, The impressions made at this time (hereinafter also referred to as “handmade impressions” as appropriate) can be registered in any one or all of the impressions 1 72 to 1 7. In addition, In addition to the pattern or text drawn by the user, it is also possible to register a previously photographed image as a hand-made impression.  In addition, “When there are more than a specified number of impressions, From the registered impressions, To remove the earliest impressions, Register a new handmade impression.  In addition, Users make hand-made impressions, Without selecting the login button 1 93, But when the back button 1 9 4 is selected, Users can use hand-made impressions limited to editing.  In addition, The information of the hand-made impressions can also be made, It is recorded on a recording medium such as a memory card or a floppy (registered trademark) floppy disk prepared by the user. that is, For example, when the user inserts a memory card or Froby -44-552462 Description of the Invention (43) (registered trademark) A floppy disk is mounted on a drive 8 5 ′ and is used to record data of a manual impression. CPU8 1 accepts the operation input from the user. The data of the hand-made stamp is recorded on a recording medium mounted on the driver 85. Read out the hand-made impression data recorded on the recording medium via drive 85, It can be registered in any or all of the impression buttons 1 72 to 1 77.  In addition, Handmade impressions except for any or all of the impression buttons 1 72 to 1 77, You can also display a hand-made impression palette.  In the image printing apparatus i using the present invention, Detect pixels whose brightness (the RGB range) of the captured image is above a specified threshold (for example, white), It is set to be scribbled only in this range.  but, In some cases, the range cannot be correctly written. Or outside the range of scribbles detected, Users also want to write the situation. At this time,  As needed CPU81, E.g, At the start of editing on the editing screen shown in Figure 14, For users, "When changing the range you want to draw, Select background brush "message, Select any of the brush buttons 1 29 and the setting buttons 1 3 0 to 1 3 5 for setting the drawing range.  Then ’when the user selects the brush button 129 with the name“ background brush ”, The CPU 81 displays the information of "the range designated by the graffiti button 丨" as shown in FIG. 43 on the monitor 18 for editing input via the display processor. The user is urged to choose a scribble area (threshold).  The process of background scribing will be described below with reference to the flowcharts of Figs. 44 and 45.  In step S181, The CPU 81 determines whether the user selects the background brush button 1 29 'and repeats the process until the background brush button 129 is selected. then,  -45- 552462 V. Invention Description (44) In step S 1 8 1, When it is determined that the background brush button 1 29 is selected, Just go to step S182, The CPU 81 executes loading the background detection program stored in the program memory 84 into the RAM 83, Initialize the drawing layer 'and in step S 1 8 3, Initialize the graffiti permission flag to 0 N.  In step S184, The CPU 81 determines whether the user selects a desired threshold, That is, whether to select any of the setting buttons 1 3 0 to 1 3 4 for setting the graffiti range, The determination process is repeated until the desired threshold 値 is selected. In step S 1 8 4, When the desired threshold is selected, Proceed to step S 1 8 5 The CPU 8 1 initializes the scribing permission flag to OFF.  In step S186, The CPU 81 decomposes the photographic data into each RGB area. In step S 1 8 7, C P U 8 1 respectively obtain R, corresponding to the scribing range selected in step S 1 8 4 G, B 値 的 临 限 値, Or draw the permitted range.  E.g, In step S 1 8 4, When selecting the setting button 1 3 0 with the name "can be brushed everywhere", Because all areas can be scribbled, So R, G, B 値 's drawing permission range has been obtained from 0 to 25.5.  In addition, For example, at step S 1 8 4 When selecting the setting button 1 3 1 with a "quite broad" name, For 値 b of B, Get the threshold of B 値 b-1 10, R 値 's drawing permission range is rG [b-30, b + 5], G 値 's drawing permission range is ge [b-5, b + 10].  In addition, For example, at step S 1 8 4 When selecting the setting button 1 3 2 with the name "Wide range of writing", The threshold of B 値 is 匕 ^ 1 4 0, R 値 's drawing permission range is r e [b-3 0, b + 5], The description of G 値 -46- 552462 V. Description of the invention (45) The permitted range of drawing is g [b-5 ′ b + 1 〇].  In addition, For example at step s 1 84, When selecting the setting button 1 3 3 with the name "only the background is OK", the threshold of B 値 is b g 1 7 0, R 値 's drawing permission range is r [b-30, b + 5], G 値 's drawing permission range g [b-5, b + 10].  In addition, For example, in step S 1 84, When selecting the setting button 1 34 with the name "narrowing range", The threshold of B 値 is b -110, The scope of R 描绘 's drawing permission is ι · [b-30, b + 5], G 値 's drawing permission range is g [b-5, b + 10].  In step S188,  The CPU 81 compares the drawing permission range obtained in the processing of step S187 with the R component of each pixel of the photographic data.  In step S189,  The CPU 81 compares the drawing permission range obtained in the processing of step S187 with the G component of each pixel of the photographic data. In step S190,  The CPU 81 compares the threshold value obtained in the processing of step S187 with the B component of each pixel of the photographic data.  In step S191, CPU81 according to the comparison result of steps S188 to 190, Detection of component B exceeding the threshold, In addition, the R and G components are in areas that are within the allowable range. Set the permission flag of this area to ON. In step S 1 84, When selecting the setting button 1 3 0 with the name "can be brushed everywhere", Because the entire area of the photographic data is detected, Therefore, the processing of steps S1 88 to S190 can be omitted. When this happens, In step S 1 9 1, Set the permission flag for all areas of the photographic data to ON.  -47- 552462 V. Description of the Invention (46) In step S192, The CPU 81 determines whether the user uses the touch pen 20 to input scribble, The determination process is repeated until the scribble is input. At step S 1 92, When it is determined that the scribble has been input, Proceed to step S193, CPU81 is only set when the scribble flag is set to ON. Combine drawing and masking images on the drawing layer (using pen to draw), Or patterns and mask images (painted with stamps). on the other hand, In the area where the scribble flag is set to OFF, Because graffiti is not allowed, So even if the user uses the stylus 20 to draw on the area, The scribble is not actually displayed.  In step S 1 94, CPU8 1 determines whether to specify a correction area, Even if the user specifies to use the eraser button 1 3 6 to correct the designated area in the overwriting area.  In step S 1 94, When it is determined that a correction area is specified,  Proceed to step S 1 9 5 C P U 8 1 Transparency of the drawing layer corresponding to the correction area. In this way, Erase the specified area.  In step S 1 94, When it is determined that the correction area is not specified,  The process of step S195 is skipped, Proceed to step S196. In step S196, CPU81 determines the drawing layer, In step S197, Determine if the scribble is over, that is, Determine if the time limit has elapsed, Or whether the shooting end button 1 6 5 is operated, When it is judged that the writing is not completed, Then return to step S 1 92, The subsequent processing is repeated. In step S 1 97, When it is determined that the writing has ended, Let the process end.  In this way, The background scribble process is allowed to scribble only in the area with the specified brightness. In areas where scribbling is permitted, It can be painted with patterns or stamps selected by the user. In addition, In the whole area of permission to write -48- 552462 Invention Description (47) domain, You can also paint the specified pattern together.  E.g, In the edit screen shown in Figure 43, When the user selects the background brush button 129, When setting button 133 with the name "Only background κ" is selected, The CPU 81 executes the background scribing processing described in FIG. 44 and FIG. 45, Detect only the background (the part other than the captured image). Then, After the user selects the desired pattern or color, When button 201 is selected, As shown in Figure 46, Only when set as the background of the scribble range, Paint the specified pattern together.  In addition, At the start of editing or when selecting a scribble range, Usually only displayed in the area that can be drawn, Or lighter in areas that are not scribbleable, Or use the mask to prevent accidental writing.  In addition, The display processor 96 will select the image as the editing target image, Memorized in 2 frame buffers, The image that is reflected in the frame buffer stored in one side through the input edited data, Even if the user miswrites it, By selecting the redo button 1 3 7 or 1 3 8, You can cancel the edit. In addition, After canceling the edit, Data of the corresponding part of the image stored in the frame buffer (not reflecting the editor) on the other side, Reflected in the image used to reflect the edited data, Cancel its editing.  47A and 47B show examples of a printing medium (sticker) 92 made using the image printing apparatus 1 described above.  Fig. 47A shows a print medium when, for example, a user selects a six-part sticker. In this example, a sticker is printed with an image of one type drawn by the user.  Figure 47B shows, for example, the case where the user selects a mixed divided sticker.  Disclosure of Invention (48) The printing medium. In this example, the sticker is printed with two images drawn by the user.        In the manner described above, By providing various input tools (pen or impression, etc.),  Users can perform complex writing of the captured images, You can get entertaining stickers.       In the description above, Printed media is not limited to sticker paper, for example, It can also be printed on paper of a specified size. Or advertising paper, etc. 〇 In addition, you can also record the photographed and edited image data on a recording medium such as a Lobi (registered trademark) floppy disk prepared by the user. 〇  In addition, even in the case of such a printing medium or a recording medium, it can be applied to the image printing apparatus 1 and managed using identification information. In addition, in the above description, the shooting space and the editing space are set at different positions, but the shooting space and the editing space can be used at the same time. In this case, the photography monitor 1 installed in the shooting space can also be used. 4 is used as a monitor for editing input, and a monitor for editing input may be separately arranged near the monitor 14 for photography. > [Usability in industry] According to the above-mentioned method of the present invention, it is possible to easily and quickly perform more complex editing operations on the photographed images, and it is easy to perform multiple image operations. Edit operation. In this way, users can get fun stickers. [Explanation of reference symbols] 1.    ——Image printing device 15 _ • Operation panel -50- 552462 V. Description of the invention (49) 18. . . . . Edit input monitor 20. . . . . Touch pen 3 1. . . . . Photographic device 32. . . . . CCD camera 81. . . . . CPU 83. . . . . RAM 84. . . . . Program memory 96. . . . . Display Processor -51-

Claims (1)

552462 六、申請專利範圍 1. 一種圖像印刷裝置，其特徵是具備有： 攝影裝置，用來對被攝體進行攝影； 顯示控制裝置，用來控制利用該攝影裝置所攝影到之 該被攝體之多個圖像之綜合顯示，和編輯用之該圖像之 顯示，用以編輯該圖像之多個筆工具或印模工具之顯示； 第1選擇裝置，根據使用者對被該顯示控制裝置控制 顯示之該多個圖像之綜合顯示實行之操作，用來選擇指 定之圖像； 第2選擇裝置，根據使用者對被該顯示控制裝置控制 顯示之該多個筆工具或印模工具實行之操作，用來選擇 指定之輸入工具；和 編輯裝置，利用該第2選擇裝置所選擇之該指定之輸 入工具，用來對該第1選擇裝置所選擇之被該顯示控制 裝置控制顯示該圖像進行編輯。 2·如申請專利範圍第1項之圖像印刷裝置，其中更具備有 印刷裝置，用來將該編輯裝置所編輯後之該圖像印刷 在指定之印刷媒體；和 排出裝置，用來排出利用該印刷裝置印刷有該圖像之 該印刷媒體。 3.如申請專利範圍第1項之圖像印刷裝置，其中 該筆工具是用以描繪指定之模樣圖像之工具；和 該編輯裝置在被該顯示控制裝置控制顯示之該圖像 上，依照該筆工具之軌跡，描繪該指定之模樣圖像。 -52- 552462 ~、申請專利範圍 4.如申請專利範圍第1項之圖像印刷裝置，其中上述之編 輯裝置在被該顯示控制裝置控制顯示之該圖像上，依照 該印模工具之位置，配置或描繪該指定之模樣圖像。 5 ·如申請專利範圍第4項之圖像印刷裝置，其中該編輯裝 置被配置成根據該使用者所實行之該印模工具之操作 ’用來使該指定之模樣圖像擴大或縮小。 6.如申請專利範圍第4項之圖像印刷裝置，其中上述之編 輯裝置根據該使用者所實行之該印模工具之操作，用來 變化和描繪該指定之模樣圖像之色或形狀。 7·如申請專利範圍第4項之圖像印刷裝置，其中該編輯裝 置根據該使用者所實行之該印模工具之操作，配置多個 指定之模樣圖像。 8 ·如申請專利範圍第1項之圖像印刷裝置，其中 更具備有登錄裝曹據該使用者所實行之該筆工具 或該印模工具之操作，用來登錄所製成之自作圖像；和 該編輯裝置在被該顯示控制裝置控制顯示之該圖像 上’配置或描繪被該登錄裝置登錄之該自作圖像。 9.如申請專利範圍第1項之圖像印刷裝置，其中更具備有 檢測裝置’從被該顯示控制裝置控制顯示之該圖像中， 檢測可被該編輯裝置編輯之區域。 1 〇.如申請專利範圍第丨項之圖像印刷裝置，其中更具備有 k正裝置’當該被攝體之攝影距離被變更之情況時，用 來校正亮度。 Π · —種圖像印刷方法，其特徵是包含有： -53 · 552462 六、申請專利範圍 攝影步驟，用來對被攝體進行攝影； 顯示控制步驟，用來控制利用該攝影步驟之處理所攝 影到之該被攝體之多個圖像之綜合之顯示，和編輯用之 該圖像之顯示，用以編輯該圖像之多個筆工具或印模工具 之顯示； 第1選擇步驟，根據使用者對被該顯示控制步驟之處 理控制顯示之該多個圖像之綜合顯示實行之操作，用來 選擇指定之圖像； 第2選擇步驟，根據使用者對被該顯示控制步驟之處 理控制顯示之該多個筆工具或印模工具實行之操作，用 來選擇指定之輸入工具；和 編輯步驟，利用該第2選擇步驟之處理所選擇之該指 定之輸入工具，用來對該第1選擇步驟之處理所選擇之 被該顯示控制步驟之處理控制顯示該圖像進行編輯。 1 2. —種印刷媒體，其特徵是利用申請專利範圍第1 1項之 圖像印刷方法印刷。 1 3 . —種程式，其是以電腦實行： 攝影步驟，用來對被攝體進行攝影； 顯示控制步驟，用來控制利用該攝影步驟之處理所攝 影到之該被攝體之多個圖像之綜合之顯示，和編輯用之 該圖像之顯示，用以編輯該圖像之多個筆工具或印模工具 之顯示； 第1選擇步驟，根據使用者對被該顯示控制步驟之處 理控制顯示之該多個圖像之綜合顯示實行之操作，用來 -54- 552462 六、申請專利範圍 選擇指定之圖像； 第2選擇步驟，根據使用者對被該顯示控制步驟之處 理控制顯示之該多個筆工具或印模工具實行之操作’用 來選擇指定之輸入工具；和 編輯步驟，利用該第2選擇步驟之處理所選擇之該指 定之輸入工具，用來對該第1選擇步驟之處理所選擇之 被該顯示控制步驟之處理控制顯示該圖像進行編輯° 1 4. 一種印刷媒體單位，使用在圖像印刷裝置，該圖像印刷 裝置具備有： 攝影裝置，用來對被攝體進行攝影； 顯示控制裝置，用來控制利用該攝影裝置所攝影到之 該被攝體之多個圖像之綜合之顯示，和編輯用之該圖像 之顯示，用以編輯該圖像之多個筆工具或印模工具之顯示； 第1選擇裝置，根據使用者對被該顯示控制裝置控制 顯示之該多個圖像之綜合顯示實行之操作’用來選擇指 定之圖像； 第2選擇裝置，根據使用者對被該顯示控制裝置控制 顯示之該多個筆工具或印模工具實行之操作’用來選擇 指定之輸入工具；和 編輯裝置，利用該第2選擇裝置所選擇之該指定之輸 入工具，用來對該第1選擇裝置所選擇之被該顯示控制 裝置控制顯示該圖像進行編輯； 其特徵是具備有記憶裝置，用來記憶識別資訊藉以識 別該印刷媒體單位； -55- 552462 六、申請專利範圍 利用該圖像印刷裝置可以辨認該記憶裝置所記憶之該 識別資訊。 -56-552462 6. Scope of patent application 1. An image printing device, comprising: a photographing device for photographing a subject; a display control device for controlling the subject photographed by the photographing device Comprehensive display of multiple images of the body, and display of the image used for editing, display of multiple pen tools or impression tools for editing the image; the first selection device, which is displayed according to the user's needs The operation performed by the control device to control the integrated display of the plurality of images for selecting a specified image; the second selection device, according to the user, controls the plurality of pen tools or impressions displayed by the display control device. The operation performed by the tool is used to select a designated input tool; and the editing device uses the designated input tool selected by the second selection device to control the display selected by the display control device to the first selection device. The image is edited. 2. The image printing device according to item 1 of the scope of patent application, which further includes a printing device for printing the image edited by the editing device on a designated printing medium; and a discharging device for discharging and using The printing device prints the image on the print medium. 3. The image printing device according to item 1 of the scope of patent application, wherein the pen tool is a tool for drawing a specified image; and the editing device is on the image controlled and displayed by the display control device in accordance with The trajectory of the pen tool depicts the specified appearance image. -52- 552462 ~, patent application scope 4. The image printing device such as the first patent application scope, wherein the above-mentioned editing device is in accordance with the position of the impression tool on the image controlled and displayed by the display control device. , Configure or draw the specified look image. 5. The image printing device according to item 4 of the scope of patent application, wherein the editing device is configured to expand or reduce the specified pattern image according to the operation of the impression tool performed by the user. 6. The image printing device according to item 4 of the scope of patent application, wherein the above-mentioned editing device is used to change and depict the color or shape of the designated pattern image according to the operation of the impression tool performed by the user. 7. The image printing device according to item 4 of the scope of patent application, wherein the editing device configures a plurality of designated pattern images according to the operation of the impression tool performed by the user. 8 · If the image printing device in the scope of patent application No. 1 is further equipped with the operation of registering the tool or the impression tool performed by the user to register the self-made image made ; And the editing device 'arranges or depicts the self-made image registered by the registration device on the image controlled and displayed by the display control device. 9. The image printing device according to item 1 of the patent application range, further comprising a detection device 'for detecting an area editable by the editing device from the image controlled and displayed by the display control device. 10. The image printing device according to item 丨 of the patent application scope, which further includes a k-positive device 'for correcting the brightness when the shooting distance of the subject is changed. Π · — An image printing method, which is characterized by: -53 · 552462 VI. Patent application photography steps for photographing the subject; Display control steps for controlling the processing station using the photography steps The integrated display of multiple images of the subject photographed, and the display of the image used for editing, the display of multiple pen tools or impression tools for editing the image; the first selection step, The operation performed by the user on the integrated display of the plurality of images displayed by the processing control of the display control step is used to select a specified image; the second selection step is based on the user's processing of the display control step Controls the operations performed by the plurality of pen tools or impression tools to select a specified input tool; and an editing step to use the processing of the second selection step to select the specified input tool to use for the first 1 Processing of the selection step The selected image is displayed for editing by the processing control of the display control step. 1 2. A type of printing medium, characterized in that it is printed using the image printing method of item 11 of the scope of patent application. 1 3. — A program implemented by a computer: a photographing step for photographing a subject; a display control step for controlling a plurality of pictures of the subject photographed by the processing of the photographing step Comprehensive display of images, and display of the image for editing, display of multiple pen tools or impression tools for editing the image; the first selection step, according to the user's processing of the display control step Control the operation of the integrated display of the multiple images to be used for -54- 552462 6. Select the specified image for the patent application range; The second selection step controls the display according to the user's processing of the display control step The operations performed by the plurality of pen tools or impression tools are used to select a specified input tool; and an editing step uses the processing of the second selection step to select the specified input tool for the first selection The processing of the step is selected to be displayed and edited by the display control of the display control step. 1 4. A printing medium unit used in an image printing device, the image is printed The brush device is provided with: a photographing device for photographing a subject; a display control device for controlling a comprehensive display of a plurality of images of the subject photographed by the photographing device, and for editing The display of the image is used to edit the display of multiple pen tools or impression tools of the image; the first selection device is implemented according to the user's comprehensive display of the multiple images controlled and displayed by the display control device. Operation 'for selecting a specified image; a second selection device for selecting a specified input tool according to a user's operation on the plurality of pen tools or impression tools controlled and displayed by the display control device; and The editing device uses the designated input tool selected by the second selection device to edit and display the image selected by the first selection device and controlled by the display control device; and is characterized by having a memory device, Used to memorize identification information to identify the print media unit; -55- 552462 VI. Patent application scope The image printing device can be used to identify the memory device The identifying information of the memory. -56-
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