TW200937343A - Region specifying device, line drawing processor, region specifying program and line drawing processing program - Google Patents

Region specifying device, line drawing processor, region specifying program and line drawing processing program Download PDF

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Publication number
TW200937343A
TW200937343A TW098103055A TW98103055A TW200937343A TW 200937343 A TW200937343 A TW 200937343A TW 098103055 A TW098103055 A TW 098103055A TW 98103055 A TW98103055 A TW 98103055A TW 200937343 A TW200937343 A TW 200937343A
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Taiwan
Prior art keywords
closed
character
area
specifying
closed area
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TW098103055A
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Chinese (zh)
Inventor
Itaru Furukawa
Taku Mizuno
Tsuyoshi Kubota
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Dainippon Screen Mfg
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Publication of TW200937343A publication Critical patent/TW200937343A/en

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
    • G06T11/00—2D [Two Dimensional] image generation
    • G06T11/40—Filling a planar surface by adding surface attributes, e.g. colour or texture

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  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Processing Or Creating Images (AREA)
  • User Interface Of Digital Computer (AREA)

Abstract

An area designation apparatus which is capable of easily designating a closed area of a character expressed by a line drawing when realizing colorizing of a cartoon. A multiple closed area designation pointer is provided with a characteristic portion designation window (TW) and a plurality of area designation points (RP1 to RP3). The characteristic portion designation window (TW) is used for designating the characteristic portion (TP) of a line-drawn character. The area designation points (RP) are used for designating a plurality of closed areas (LA1 to LA3) constituting the line-drawn character. When the characteristic portion designation window (TW) is disposed on the characteristic portion (TP) of the line-drawn character by an operator's operation, the respective closed areas (LA1 to LA3) of the line-drawn character are designated by corresponding area designation points (RP1 to RP3) along with the disposing operation. That is, only the simple operation of designating the characteristic portion (TP) of the line-drawn character can batch designate the closed areas (LA1 to LA3) constituting the line-drawn character.

Description

200937343 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種對以線晝來表現並且包含複數個封閉 區域之角色指定該角色之封閉區域的區域指定裝置及區域 指定程式、以及對該角色之封閉區域進行著色處理之線晝 1 處理裝置及線畫處理程式β 【先前技術】200937343 VI. Description of the Invention: [Technical Field] The present invention relates to an area specifying device and a region specifying program for designating a closed area of a character by a character represented by a line and including a plurality of closed areas, and A line for coloring processing of a closed area of a character 昼 1 processing device and line drawing processing program β [Prior Art]

所謂漫晝（Manga)係指以具有日本獨特風格（單色）之線畫 而描繪者。例如，作為單色漫畫中之色調表現或者感情表 現等，係藉由使用各種各樣之色調、網紋、效果線及純色 等之黑白（單色）描繪來實現。藉由此類表現方法，使得漫 畫具有不同於英語之連環晝（c〇mic)之韻味。 又如上所述，漫畫係以黑白描缚來實現，因此於將漫 畫作為出版物而印刷（輸出）之情形時，通常係採用單色印 刷技術。該單色印刷技術與彩色印刷技術相比具有成本方 面之優勢（廉價）。 然而，近年來，能夠訂閱、閱覽經電子資料化之漫畫之 網站遽增，從而經由終端裝置之監視器(例如，行動電話 之液晶監視器）來欣賞漫畫之齡增多。χ，終端裝置之 監視通常可進行彩辛顧+ 田& 逆仃杉色顯不。因此，對単色漫畫亦開始要 求彩色化（著色，Coloring)。 特別是在曰本以外之國家’幾乎不存在上述單色漫畫之 文m 4了在日本以外之國家開展包含紙張在内之 出版事業’必需使漫畫彩色化。 137996.doc 200937343 又，漫畫中描繪有多個人物專角色。因此必需重複進行 對角色之著色作業。例如，當於1個晝面中平均出現丨〜2名 角色時，在1個頁面中大概會出現5〜10個左右之角色。因 此，於總共連载有10集左右之一冊單行本中，描繪有共計 1000個以上之角色，且必需對所有角色進行著色作業。特 別是為使人們能夠在知覺上敏感地分辨出臉部之不同，要 求角色之臉部著色具有一定品質。 如上所述，為使漫畫彩色化而必需進行著色作業時，對 線晝進行著色處理之技術本身自先前開始便眾所周知（例 如專利文獻1)。 [專利文獻1]曰本專利第2835752號 【發明内容】 [發明所欲解決之問題] 然而，專利文獻1之技術中，應對未著色線晝之各區域 著上之色彩’係藉由對已著色圖像之區域及未著色之線畫 區域此兩區域之重心及外切矩形尺寸進行比較來確定。 即’專利文獻1之技術存在若未與已著色圖像進行比 較’則將無法對未著色之角色進行著色處理之問題。其結 果為，不合適將專利文獻1之技術應用於必需對角色重複 執行著色處理之漫晝之彩色化中。 又，如上所述，要求角色之臉部之著色具有一定品質。 因此’於進行漫畫之彩色化時’必需對同一個角色實施同 一種著色處理。 因此，本發明之目的在於提供一種在實現漫晝之彩色化 137996.doc 200937343 時能夠容易地指定藉由線畫而表現之角色之封閉區域的區 域指定裝置。 又’本發明之目的在於提供一種在實現漫晝之彩色化 2 ’能夠對藉由線畫而表現之角色之封閉區域高效地進行 著色的線畫處理裝置。 • [解決問題之技術手段] ' &了解決上述問題，第-發明係-種區域指定裝置，其 肖徵在於，其係對藉由線畫來表現並且包含複數個封閉區 © 域之角色指定該角色之封閉區域者，其包括：顯示機構； 以及複數個封閉區域指定機構，其藉由配置於上述顯示機 構中所顯不之上述角色上之複數個封閉區域指定指標而一 次性指定上述角色之特徵部分及上述角色之封閉區域；且 上述複數個封閉區域指定指標包括指定上述角色之上述特 徵部分之特徵部分指定窗口、以及以上述特徵部分指定窗 口為基準而配置於特定位置上以指定上述角色之封閉區域 之複數個區域指定點。 # Χ ’第二發明如第一發明之區域指定裝置，其中上述複 數個封閉區域指定部包括使上述特徵部分指定窗口對應於 • 丨述角色之上述特徵部分之特徵部分指定窗口設定機構、 、 錢設定上述複數個區域指定點之區域指定點設定機構。 又’第二發明如第二發明之區域指定裝置，其中上述區 域指定點設定機構於設定上述複數個區域指定點時，設定 賴由各區域指定點所指定之封閉區域著上之色彩。 又’第四發明如第二發明之區域指定裝置，其中區域指 137996.doc 200937343 定圖形係以上述複數個F h 個&域“疋點中之所對應之區域指定 點為中心而設定之圖形，μ、+,如， 闺化上述複數個區域指定機構係一次 性指定與各區域指定圖形重疊之封閉區域。 又，第五發明如签_ ηη ^ 發月之區域指定裝置，其中上述複 數個封閉區域指定機禮可；隹Α & 飛構了進仃複數個封閉區域指定指標之 放大或縮小操作。 又，第六發明如笛—JV nn m如第#明之區域指定裝置，其中上述複 數個封閉區域指定機構可推 飛楫7進仃複數個封閉區域指定指標 旋轉操作。 第發月係種線畫處理裝置，其特徵在於，使用 第一發明之區域指定裝置’對藉由線晝而表現並且包含複 數個封閉區域之角色進行著色處理。 又’第八發明係一種镇當泠 裡綠畫處理裝置，其特徵在於， 對藉由線晝來表現並且包含 、 3復數個封閉區域之角色進行著 色處理者’其包括：顯示機 . 複數個封閉區域指定指標 魯 顯不機構，其使上述顯示撫 丁機構顯不複數個封閉區域指定指 標’其中該複數個封閉區域沪 匕埤知疋指標包括指定上述角声之 特徵部分之特徵部分指定窗 以上述特徵部分指定 ® 口為基準而配置於特定位 A > β k ν 乂知疋上述角色之封閉區 域之複數個區域指定點. 疋點，特徵部分登錄機構，其登錚藉由 上述特徵部分指定窗口所指 、㈣藉由 相疋之上述角色之特徵部分；特 徵部为檢索機構，其自顯示 ^ 丄 切顯不機構中之線畫，檢 索具有與藉由上述特徵部分登 微 構而登錄之特徵部分相 同之㈣之角色；指標移動機構，其使上述複數個封閉區 137996.doc 200937343 域扣疋指標移動，以使上述特徵部分指定窗口位於藉由上 述特徵部分檢索機構所檢索到之角色之部分中、與藉由上 述特徵部分登錄機構而登錄之特徵部分相對應之部分；複 數個封閉區域指定機構，其根據藉由上述指標移動機構而 移動之上述複數個封閉區域指定指標之各區域指定點，一 次性指定藉由上述特徵部分檢索機構而檢索到之角色之封 =區域；以及著色機構，其對藉由上述複數個封閉區域指 疋機構而次性指定之封閉區域執行著色處理。 又，第九發明如第八發明之線畫處理裝置，其中複數個 封閉區域指定指帛顯示機構包括使上述特徵部分指定窗口 對應於上述角色之上述特徵部分之特徵部分指定窗口設定 機構、以及設定上述複數個區域指定點之區域指定點設定 機構。 又，第十發明如第九發明之線畫處理裝置，其中上述區 域指定點設定機構於設定上述複數個區域指定點時，設定 I 對藉由各區域指定點所指定之封閉區域著上之色彩。 又，第十一發明如第九發明之線畫處理裝置，其中區域 2定圖形係以上述複數個區域指定點中之所對應之區域指 定點為中心巾設定之圖形，上述複數個封閉區域指定指標 4示機構係、—人性指定與各區域指定圖％重叠之封閉區 域。 又，第十二發明如第八發明之線畫處理裝置，其中上述 指標移動機構包括複數個封閉區域指定指標變倍機構，其 使上述複數個封閉區域指定指標變倍及移動，以使藉由上 137996.doc 200937343 述特徵部分登錄機構而登錄之特徵部分與藉由上述特徵部 分檢索機構而檢索到之角色之特徵性部分相一致。 又’第十三發明如第八發明之線晝處理裝置，其中上述 才日標移動機構包括複數個封閉區域指定指標旋轉機構，其 使上述複數個封閉區域指定指標旋轉及移動，以使藉由I 述特徵部分登錄機構而登錄之特徵部分與藉由上述特徵部 分檢索機構而檢索到之角色之特徵性部分相一致。 又，第十四發明係一種電腦可讀取之區域指定程式，其 特徵在於’其係對藉由線畫來表現並且包含複數個封閉區 域之角色執行指定該角色之封閉區域的處理者，藉由上述 電腦來執仃上述區域指定程式時，使上述電腦執行如下= 驟：顯示步驟，將上述角色顯示於顯示機構中；以及複數 個封閉區域指定步驟’藉由顯示於上述顯示機構中且配置 於上述角色上之複數個封閉區域指定指標，而一次性指定 上述角色之特徵部分與上述角色之封閉區域；且上述複數 =封閉區域指定指標包括減上述角色之上述特徵部分之 特徵部分指定窗口、以及以上述特徵部分指定窗口為基準 特定位置上以指定上述角色之封閉區域之複數個 &域指定點。 又’第十五發明係一種電腦可讀取之線畫處理程式，豆 域:二線畫來表現並且包含複數個_ 述電腦來執行上述藉由上 步驟..顯示步述電腦執行如下 將上述角色顯不於顯示機構中；複數個 «37996.doc 200937343 ==指標顯示步驟，將複數個封閉區域指定指標 颂不於上述顯示機構中， 包括指定上述角色之❹該複數個封閉區域指定指標 以卜、fM 特徵部分之特徵部分指定窗口、以及 ==部分指定窗口為基準而配置於特定位置上以指 .錄步：ΐ之封閉區域之複數個區域指定點；特徵部分登 .色Hi由上述特徵部分指定窗口而衫之上述角 構中：分檢特徵部分檢索步驟，自顯示於上述顯示機 Φ — 索具有與藉由上述特徵部分登錄機構而登 = 相同之形狀之角色;指標移動㈣，使上： =:Γ域指定指標移動，上述特徵部分指定窗 、藉由上述特徵部分檢索機構而檢索到之角色之部分 庙、與藉由上述特徵部分登錄機構而登錄之特徵部分相對 複數個封閉區域指定步驟，根據藉由上述指標 巾移動之上述複數個封閉區域指定指標之各區域 曰定點’ -次性指定藉由上述特徵部分檢索機構而檢索到 ❹=色之封閉區域；以及著色步驟’對藉由上述複數個封 閉區域指定機構而—次性指定之封閉區域執行著色處理。 [發明之效果] . ㈣第一發明至七發明’當藉由操作人員之操作而將特 - 徵部分指定窗口配置於角色之特徵部分上時，伴隨㈣配 置動作’藉由所對應之區域指定點而指定角色之各= 域。即’僅藉由指定角色之特徵部分這一簡單操作，便可 -次性指定構成角色之複數個區域。因此，使用者可容易 地札疋角色之各封閉區域，從而可減輕使用者之角色指定 137996.doc 200937343 負擔。 特別是根據第 各封閉區域之處 處理。 發明，能夠高效地執行容易指定角色之 里、以及對所指定之封閉區域進行著色之 人The so-called Manga refers to a person who draws a line drawing with a unique Japanese style (monochrome). For example, it is realized by a black-and-white (monochrome) drawing using various colors, textures, effect lines, and solid colors as a color expression or an emotional expression in a monochrome cartoon. With this kind of expression method, the diffuse painting has a charm similar to that of English. As described above, the comics are realized by black and white tracing, and therefore, in the case of printing (outputting) the diffuse painting as a publication, a monochrome printing technique is usually employed. This monochrome printing technique has the advantage of cost (cheap) compared to color printing technology. However, in recent years, the number of websites that can subscribe to and view electronically-generated comics has increased, and the age of comics has been increased through monitors of terminal devices (for example, liquid crystal monitors for mobile phones). χ, the monitoring of the terminal device can usually be performed by Cai Xin Gu + Tian & Therefore, coloring comics are also beginning to require coloring. In particular, in the countries other than 曰本, there is almost no such thing as a monochromatic manga. The publication business including paper is carried out in a country other than Japan. 137996.doc 200937343 In addition, there are a number of characters in the comics. Therefore, it is necessary to repeat the coloring work for the character. For example, when 丨~2 characters appear on average in one face, about 5 to 10 characters will appear in one page. Therefore, in a total of about 10 episodes of a series of books, a total of more than 1000 characters are depicted, and all characters must be colored. In particular, in order to enable people to sensitively distinguish the difference in the face, the face coloration of the character is required to have a certain quality. As described above, in order to colorize a comic, it is necessary to perform a coloring operation, and the technique of coloring the thread is known from the beginning (for example, Patent Document 1). [Patent Document 1] Japanese Patent No. 2835752 [Disclosure] [Problems to be Solved by the Invention] However, in the technique of Patent Document 1, the color of each region of the uncolored line 应对 should be dealt with by The area of the colored image and the uncolored line drawing area are determined by comparing the center of gravity of the two areas with the size of the circumscribed rectangle. That is, the technique of Patent Document 1 has a problem that the uncolored character cannot be colored if it is not compared with the colored image. As a result, it is inappropriate to apply the technique of Patent Document 1 to the gradual colorization in which it is necessary to repeatedly perform coloring processing on a character. Further, as described above, it is required that the color of the face of the character has a certain quality. Therefore, it is necessary to perform the same coloring process on the same character when coloring comics. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide an area specifying device capable of easily specifying an enclosed area of a character represented by a line drawing when colorization of 137996.doc 200937343 is realized. Further, it is an object of the present invention to provide a line drawing processing apparatus capable of efficiently coloring a closed area of a character represented by a line drawing in order to realize colorization of the roaming. • [Technical means to solve the problem] ' & to solve the above problem, the first-invention-type area specifying device, which is characterized by the fact that it is represented by line drawing and contains the roles of a plurality of closed areas © Designating a closed area of the character, comprising: a display mechanism; and a plurality of closed area specifying means for designating the one-time by one of a plurality of closed area specifying indicators disposed on the character displayed in the display means a characteristic portion of the character and the closed region of the character; and the plurality of closed region specifying indicators include a feature portion specifying window that specifies the feature portion of the character, and is configured to be specified at a specific position based on the specified portion of the feature portion to specify A plurality of areas of the closed area of the above character specify points. The second aspect of the invention is the area specifying device of the first aspect, wherein the plurality of closed area specifying units include a feature portion specifying window setting mechanism for causing the feature portion specifying window to correspond to the feature portion of the character to be described, and money The area specifying point setting mechanism of the plurality of area designated points is set. According to a second aspect of the invention, in the area specifying device of the second aspect, the area specifying point setting means sets the color of the closed area specified by the designated point of each area when the plurality of area specifying points are set. Further, the fourth invention is the area specifying device according to the second aspect of the present invention, wherein the region refers to the 137996.doc 200937343 fixed pattern which is set with the center of the plurality of F h & The pattern, μ, +, for example, the above-mentioned plurality of area specifying mechanisms are one-time designated closed areas overlapping with the designated patterns of the respective areas. Further, the fifth invention is a zone specifying device such as a sign _ηη ^ The closed area specifies the machine ritual; 隹Α & 飞 了 仃 仃 仃 仃 仃 仃 仃 — — — — — — — — — — — — — — — — — — — — — — — — — — — — A plurality of closed area specifying mechanisms can push the fly 楫 7 into a plurality of closed areas to specify the index rotation operation. The first month line type line drawing processing device is characterized in that the area specifying device of the first invention is used And the performance and includes a plurality of characters in the closed area for coloring processing. The 'eighth invention is a town-like green painting processing device, which is characterized by To represent and include, 3 characters of the closed area for the coloring processer's including: display machine. A plurality of closed areas specify indicators that are not displayed, which makes the display of the above-mentioned display institutions a number of closed areas specified indicators ' The plurality of closed areas, the 匕埤 匕埤 疋 包括 包括 包括 包括 指定 指定 指定 指定 指定 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征 特征a plurality of area designation points of the closed area. The defect part, the feature part registration mechanism, the login part is specified by the above-mentioned feature part designation window, and (4) by the corresponding feature part of the above character; the feature part is a retrieval mechanism, From the display ^ 丄 显 显 线 线 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The domain deduction indicator moves so that the above-mentioned feature part designation window is located by the above-mentioned feature part retrieval mechanism a portion corresponding to the feature portion registered by the feature portion registration means in the part of the character; a plurality of closed area specifying means for specifying the index based on the plurality of closed areas moved by the index moving means Each of the designated points of the region specifies the seal=region of the character retrieved by the feature portion search mechanism at a time; and a coloring mechanism that performs the closed region that is sub-specified by the plurality of closed region indexing mechanisms Further, the ninth invention is the line drawing processing apparatus of the eighth aspect, wherein the plurality of closed area specifying finger pointing display means includes a feature portion specifying window setting mechanism for causing the feature portion specifying window to correspond to the feature portion of the character And an area specifying point setting mechanism for setting the plurality of area designated points. According to a tenth aspect of the invention, in the line drawing processing device of the ninth aspect, the area specifying point setting means sets the color of the closed area specified by the designated point of each area when the plurality of area designated points are set. . According to a ninth aspect of the present invention, in the line drawing processing device of the ninth aspect, the area 2 fixed pattern is a pattern set by the center designated point of the plurality of area designated points, wherein the plurality of closed areas are specified Indicator 4 shows the closed area of the institution, the humanity designation and the % of the designated maps of each region. According to a twelfth invention, in the line drawing processing device of the eighth aspect, the index moving mechanism includes a plurality of closed area specifying index changing mechanisms that multiply and move the plurality of closed area specifying indexes by The feature portion registered in the feature portion registration mechanism is consistent with the characteristic portion of the character retrieved by the feature portion search mechanism. According to a thirteenth invention, the wire cassette processing apparatus of the eighth aspect, wherein the above-mentioned Japanese standard moving mechanism includes a plurality of closed area specifying index rotating mechanisms that rotate and move the plurality of closed area specifying indexes to enable The feature portion registered by the feature portion registration means is identical to the characteristic portion of the character retrieved by the feature portion search means. Further, the fourteenth invention is a computer readable area specifying program, which is characterized in that it is a processor that performs a character specifying a closed area of the character by a character represented by a line drawing and including a plurality of closed areas. When the computer specifies the program for specifying the area, the computer performs the following steps: a display step of displaying the character in the display unit; and a plurality of closed area specifying steps 'by being displayed in the display unit and configured Specifying an indicator in a plurality of closed areas on the character, and designating a feature part of the character and a closed area of the character at a time; and the plural=closed area specifying indicator includes a feature part specifying window that reduces the feature part of the character, And a plurality of & domain designation points specifying a closed area of the above character at a specific position based on the specified portion of the feature portion. Further, the fifteenth invention is a computer readable line drawing processing program, which is represented by a second line drawing and includes a plurality of computers to perform the above steps. The display step is performed as follows. The role is not displayed in the display mechanism; a plurality of «37996.doc 200937343 == indicator display steps, the plurality of closed area specified indicators are not in the above display mechanism, including the specified number of closed areas specified indicators of the above roles The characteristic part designation window of the b, fM feature part, and the == part designation window are arranged at a specific position as a reference to refer to a plurality of area designation points of the closed area of the recording step; the characteristic part is colored. The feature portion specifies a window and the above-mentioned corner structure of the shirt: the sorting feature portion searching step is self-displayed on the display machine Φ--the role having the same shape as the sign-in mechanism by the feature portion registration mechanism; the index movement (4), The upper: =: Γ domain specified index moves, the above-mentioned feature part designation window, a part of the character retrieved by the above-mentioned feature part retrieval mechanism, And a plurality of closed region specifying steps associated with the feature portion registered by the feature portion registration mechanism, and determining, by the plurality of closed region specifying indicators by the index towel The partial search means retrieves the closed area of the color = color; and the coloring step 'performs the coloring process to the closed area specified by the plurality of closed area specifying means. [Effects of the Invention] (4) The first invention to the seventh invention 'When the special-specified portion designation window is placed on the feature portion of the character by the operation of the operator, the (four) configuration action 'is designated by the corresponding region Point to each of the roles = domain. That is, by simply specifying the characteristic part of the character, it is possible to specify a plurality of areas constituting the character. Therefore, the user can easily sing the closed areas of the character, thereby reducing the burden on the user's role designation 137996.doc 200937343. In particular, it is handled according to the first enclosed area. Invented, it is possible to efficiently perform a person who can easily specify a character and color the designated closed area

很骒第八發明至 之特徵部分相同之形L: 當檢索到具有與所登錄 封閉區域指定奸移Γ ’指標移動機構使複數個 索到之角色之=使特徵部分指定窗口位於所檢 徵邙八相針雁”與藉由特徵部分登錄機構而登錄之特 徵口Ρ刀相對應的部分。 又伴隨耆複數個封閉區域指定指 "0 Α域指定點指定所檢索到之角色之各封閉區°因此’無需操作人員進行特殊之操作，便可高效地_次性指定複數個封閉區域，並對所㈣之各封閉區域進行 著色。It is very difficult for the eighth invention to be the same as the characteristic part of the L: when the search has the same as the registered closed area, the index moving mechanism makes the plural number of the selected characters = the feature part designation window is located. The eight-phase needle geese corresponds to the part of the characteristic slasher registered by the characteristic part registration mechanism. It is also accompanied by a plurality of closed area designation points "0 指定 domain specified points specify the closed areas of the retrieved characters ° Therefore, 'no need for the operator to perform special operations, it is possible to efficiently specify a plurality of closed areas and color the closed areas of (4).

又’根據第十四發明，可將讀人區域指定程式之電腦用 作第一發明之區域指定裝置。 進而，根據第十五發明，可將讀入線畫處理程式之電腦 用作第八發明之線晝處理裝置。【實施方式】 以下’利用圖式對實施本發明之最佳形態進行說明。 <第1實施形態> 圖1係用以表示本發明之第1實施形態之區域指定裝置J 之構成之圖。區域指定裝置1係通常所使用之個人電腦， 其包括 CPU(Central Processing Unit，中央處理單元）u、 顯示部12、輸入部13、網路I/F(interface，介面）14、媒趙 137996.doc • 10- 200937343 驅動器1 5、記憶部1 6以及記憶體1 7。 aim控制整個區域指定裝lqCPUu藉由在記憶體17 ㈣域㈣裝置丨之各種功能。此處， 程式1 8 1係記錄於例如媒體碟片j 8中。 顯示部12用以在自藉由例如線畫而表現之角色中指定複 • ㈣封閉區域時顯示所需之資訊。輸人部U包括滑^及鍵 * 盤，用以供操作人員對區域指定裝置1輸入指示。 網路I/F14係用以連接區域指定震置1與網路（省略圖 〇 *)。區域指定裝置1經由網路工心，自網路（嗜略圖示）接 收用以指定複數個封閉區域之線晝資料LD。又於本實 施形態中，實現區域指定裝置丨之功能之程式181亦可自飼 服器（省略圖示）下載。 媒體驅動器15係用以讀取媒體碟片18中所記錄之程式 18丨。而且，區域指定裝置！之功能係藉由利用媒體驅動器 15所讀取之程式181來實現。 ❹ η己隐。卩16儲存藉由媒體驅動器15而讀取之程式Μ卜記 憶體17於（：1>1；11執行程式181時，用作工作區。藉由將程 式181讀入至s己憶體17中，並藉由CPU11來執行程式181， . 而於記憶體1 7中實現複數個封閉區域指定部1 71以及著色 .部172之功能。 複數個封閉區域指定部1 71依照操作人員對區域指定裝 置1之操作，而於線畫資料LD中指定構成藉由線晝而表現 之角色之複數個封閉區域。 圖2係用以表示藉由線畫而表現之角色之一例之圖。如 137996.doc 200937343 圖2所示’線晝角色LW係藉由將複數個封閉區域LA1、 LA2、LA3與對角色加以特定之特徵性部分即特徵部分τρ 加以組合來表現。 封閉區域LAI、LA2、LA3分別係用以表現角色之封閉 區域。例如，封閉區域LA1表現帽子，封閉區域lA2表現 臉部，封閉區域LA3表現軀體。而且，複數個封閉區域之 * 集合表現角色。 、徵邛分TP係為了對角色加以特定而賦予之特徵性部 ^此處’漫畫中之角色發揮著對讀者而言之自他識別功 月包即，為了對角色加以特定，多會對該角色賦予特徵性 邛刀。例如，於圖2中，「蝴蝶領結」係用以與其他角色區 別開之對角色加以特定之特徵性部分。上述用以對角色加 以特定之部分係、角色之特徵性部分，其於後述之處理中用 作成為用以指定複數個封閉區域之基準之特徵部分Τρ。 為了私疋構成上述線畫角色LW之複數個封閉區域，複 數個封閉區域指定部171將可藉由輸入部13來操作之複數 個封閉區域指定指標HP顯示於顯示部12中。此處，複數個 封閉區域指定指標HP係用以自藉由線畫資料⑶而表現之 線畫角色LW ’ -次性指定特徵部分τρ以及構成該線畫角 色LW之複數個封閉區域。 圖3係用以表示複數個封閉區域指定指標Η P之-例之 圖。複數個封閉區域指定指標HP係顯示於顯示部12中且可 藉由輸入部13而操作之指標之一種。 複數個封閉區域指定指標HP包括特徵部分指定窗口顶 I37996.doc 200937343 以及配置於特定位置上之複數個區域指定點尺卩。例如，圖 3所示之複數個封閉區域指定指標Hp包括三個區域指定點 RP1、RP2、RP3。再者，特徵部分指定窗〇Tw之形狀並 不限定於矩形，區域指定點RP之數量並不限定於三個。Further, according to the fourteenth aspect of the invention, the computer of the reading area specifying program can be used as the area specifying means of the first invention. Further, according to the fifteenth aspect of the invention, the computer that reads the line drawing processing program can be used as the line processing device of the eighth invention. [Embodiment] Hereinafter, the best mode for carrying out the invention will be described using the drawings. <First Embodiment> FIG. 1 is a view showing a configuration of a region specifying device J according to a first embodiment of the present invention. The area specifying device 1 is a personal computer commonly used, and includes a CPU (Central Processing Unit) u, a display unit 12, an input unit 13, a network I/F (interface) 14, and a media 137996. Doc • 10- 200937343 Driver 1 5, Memory Unit 1 6 and Memory 1 7. The aim controls the entire area to specify the various functions of the lqCPUu by means of the device in the memory (4) domain (4). Here, the program 1 8 1 is recorded in, for example, the media disc j 8 . The display unit 12 is for displaying the desired information when specifying a (4) closed area from a character represented by, for example, a line drawing. The input unit U includes a slide and a key * for the operator to input an instruction to the area specifying device 1. The network I/F 14 is used to connect the area to specify the location 1 and the network (omit picture 〇 *). The area specifying means 1 receives the line data LD for specifying a plurality of closed areas from the network (the icon) through the network work center. Further, in the present embodiment, the program 181 for realizing the function of the area specifying means can be downloaded from the feeder (not shown). The media drive 15 is for reading the program recorded in the media disc 18. Moreover, the area designation device! The function is implemented by using the program 181 read by the media drive 15. ❹ η has hidden.卩16 stores the program read by the media drive 15 and the memory 17 is used as a work area when (:1>1;11 executes the program 181. By reading the program 181 into the suffix 17 And the CPU 11 executes the program 181, and realizes the functions of the plurality of closed area specifying units 71 and the coloring unit 172 in the memory 17. The plurality of closed area specifying units 1 71 designate the area according to the operator. In the operation of 1, the plurality of closed areas constituting the character represented by the line 指定 are specified in the line drawing data LD. Fig. 2 is a diagram showing an example of a character represented by a line drawing, such as 137996.doc 200937343 The 'line character LW' shown in Fig. 2 is represented by combining a plurality of closed areas LA1, LA2, LA3 with the characteristic part τρ which is specific to the character. The closed areas LAI, LA2, LA3 are respectively A closed area for expressing a character. For example, the closed area LA1 represents a hat, the closed area 1A2 represents a face, and the closed area LA3 represents a body. Moreover, the * sets of a plurality of closed areas represent a character. The character is given to the characteristic part. The character in the manga plays a role in the recognition of the reader. In order to specify the character, the character is given a characteristic tool. For example, for example. In Fig. 2, the "bow tie" is a characteristic part that is used to distinguish the character from the other characters. The above-mentioned part of the character and the characteristic part of the character are treated as described later. It is used as a feature portion 用以 ρ for specifying a plurality of closed regions. In order to construct a plurality of closed regions constituting the above-mentioned line drawing character LW, a plurality of closed region specifying portions 171 can be operated by the input portion 13. A plurality of closed area specifying indicators HP are displayed on the display unit 12. Here, a plurality of closed area specifying indexes HP are used for the line drawing character LW'-sub-specified characteristic part τρ expressed by the line drawing material (3) and A plurality of closed areas constituting the line drawing character LW. Fig. 3 is a diagram showing an example of a plurality of closed area specifying indexes 。 P. A plurality of closed area specifying indicators HP system One of the indicators that are displayed in the display unit 12 and operable by the input unit 13. The plurality of closed area specifying indicators HP includes a feature portion designation window top I37996.doc 200937343 and a plurality of area designation points arranged at a specific position For example, the plurality of closed area specifying indicators Hp shown in FIG. 3 includes three area specifying points RP1, RP2, and RP3. Further, the shape of the characteristic part specifying window Tw is not limited to a rectangle, and the area specifying point RP The number is not limited to three.

特徵部分指定窗口TW係用以指定線畫角色LWi特徵部 分tp。即’當操作人員操作輸人部13，而使特徵部分指定 窗口 TW位於線晝角色LW上時，將由該特徵部分指定窗9口 tw所包圍之部分指定為該線晝角色Lw之特徵部分。 又，當為了指定特徵部分TP而設定特徵部分指定窗口 Tw 時，亦一併設定區域指定點RP。 區域指定點RP係用以指定構成線晝角色Lw之複數個封 閉區域之指定點。區域指定點Rp配置於自特徵部分指定窗 口 tw算起敎距離之位置上。例如，於圖3中， 點RP1指定封閉區域LA1，區域指定點Rp2指定封閉區域 LA2，區域指定點RP3指定封閉區域lA3。 圖4係用以表示將複數個封閉區域指定指標Hp顯示於線 晝角色LW上之狀態之圖。如圖4所示，當操作人員操作輸 入部13，而使特徵部分指定窗口 tw位於線畫角色Lw之特 徵部分TP上時，各區域指定點Rp(Rpi〜Rp3)分別位於封閉 區域LAI LA2、LA3上。因此，各區域指定點Rp可—次 性指定所對應之封閉區域LA1、la2、LA3。 於使用有該複數個封閉區域指定指標Hp之複數個封閉 區域指定中，係一次性指定複數個封閉區域。又，藉由複 數個封閉區域指定指標Hp而指定之各封閉區域之位置係以 137996.doc 13 200937343 對角色進行特定之特徵性部分為中心來確定的。因此，藉 由使用複數個封閉區域指定指標HP，能可靠地指定構成所 需之角色之複數個封閉區域。又，僅藉由以特徵部分打收 納於特徵部分指定窗口 丁界内之方式而粗略操作一下複數 ㈣閉區域指定指標HP ’便可容易地指定複數個封閉區 域。 . 又，複數個封閉區域指定部m中，作為顯示複數個封 閉區域指定指標HP之功能之相關構成，包括特徵部分指定 © f =設定部mi、區域指定點設定部1712、複數個封閉區 域指定指標變倍部1713、以及複數個封閉區域指定指標旋 轉部1714。 ' 特徵部分指定窗口設定部1711設定針對特徵部分τρ之特 徵部分指定窗口 TW。按照來自輸入部13之操作，自顯示 ，部U中之線晝角色LW ’指定用以對該角色加以特 $之特徵性部分，藉此進行特徵部分指定窗nTw之設 ❷ $。作為特徵部分指定窗口 TW之設定方法係，由操作^ 員操作輸人部13，來描繪内含有作為線晝之特徵性部分之 特徵部分TP的矩形◎而且，特徵部分指定窗口設定部1711 ' 將所描繪之該矩形設定為特徵部分指定窗DTW。此時， 為了内含特徵部分TP而描繪之形狀不僅可為矩形， 圓形或橢圓形等。 為 區域指定點設定部m 2係設定位於自特徵部分指定窗口 tw算起特定距離處之複數個區域指定點尺卩。即，於設定 好特徵部分指定窗口TW之後’當由操作人員操作輸：二 137996.doc -14- 200937343 13而指定構成線晝角色LW之複數個封閉區域上之位置 時’區域指定點設定部1712將該指定之該位置設定為配置 區域指定點RP之位置。又，區域指定點設定部丨7丨2於進行 複數個區域指定點RP之設定時，設定對藉由該區域指定點 RP而指定之封閉區域著上之色彩。 圖5係用以表示藉由特徵部分指定窗口設定部丨71丨及區 域指定點設定部1712而設定之複數個封閉區域指定指標Hp 之資料構造之圖。複數個封閉區域指定指標HP如上所述， 包括特徵部分指定窗口 TW以及複數個區域指定點RPe因 此，如圖5所示’複數個封閉區域指定指標hp具有特徵部 分指定窗口 TW之資料構造以及區域指定點Rp之資料構 造。又，如圖5所示，特徵部分指定窗口 TW具有表示為矩 形之「rectangle(矩形）」、及兩個頂點之座標值。又，各區 域扎疋點RP(RP1~RP3)具有自特徵部分指定窗口 tw之重 心點之偏移值、以及色彩資訊。 返回至圖1 ’複數個封閉區域指定指標變倍部丨7丨3於指 定複數個封閉區域之情形時，執行對複數個封閉區域指定 指標HP之尺寸加以變更之功能。角色於漫畫作品中會以各 種各樣之大小來表現’因此，在指定用以著色之封閉區域 時’必需與其尺寸之變化相對應。因此，為了對於以各種 各樣之尺寸來表現之角色亦能夠應對，複數個封閉區域指 定指標變倍部1713根據操作人員對輸入部13之操作而變更 複數個封閉區域指定指標HP之尺寸。 複數個封閉區域指定指標旋轉部丨7丨4於指定出複數個封 137996.doc •15- 200937343 閉區域之情形時，執行使複數個封閉區域指定指標HP旋轉 之功能’此處，角色於漫畫作品中係以各種各樣之角度來 表現。因此，於指定用以著色之封閉區域時，必需使複數 個封閉區域指定指標HP對應於角色之角度。由此，為了對 於以各種各樣角度來表現之角色亦能夠應對，複數個封閉 區域指定指標旋轉部1714根據操作人員對輸入部13之操作 而使複數個封閉區域指定指標HP旋轉。 著色部172對藉由複數個封閉區域指定部m而指定之複 數個封閉區域進行著色處理。對線畫之封閉區域所進行之 著色處理可使用周知之各種方法。又，於藉由複數個封閉 區域指定指標HP而指定之區域即便看起來為封閉區域，但 實際上卻存在斷線等而並非為封閉區域時，亦可實施連線 處理等來執行封閉區域化處理。 圖6係用以說明區域指定裝置丨之動作之流程圖。首先， 於步驟si中’區域指定裝置！進行、線畫資料ld之獲取及顯 示。此處’線畫資料LD亦可經由網路1/1?部14而自網路（省 略圖不）獲取。又’作為線晝資料LD，亦可使用媒體碟片 18中所記錄之線畫資料LDe此外，亦可使用藉由區域指 定裝置1之線畫作成功能(省略圖示)而作成之線晝資料 LD所獲取之線畫資料LD將顯示於顯示部η中。其結果 為，操作人員能夠觀察到藉由線晝而表現之線畫角色 LW。 其次，於步驟S2中，推并益虹The feature portion designation window TW is used to specify the line drawing character LWi feature portion tp. That is, when the operator operates the input unit 13 and the feature portion designation window TW is placed on the line character LW, the portion surrounded by the feature portion designation window 9 port tw is designated as the feature portion of the line character Lw. Further, when the feature portion designation window Tw is set for specifying the feature portion TP, the region designation point RP is also set. The area designation point RP is used to designate a designated point of a plurality of closed areas constituting the line character Lw. The area designation point Rp is disposed at a position from the characteristic portion specifying window tw. For example, in Fig. 3, the point RP1 designates the closed area LA1, the area designation point Rp2 designates the closed area LA2, and the area designation point RP3 designates the closed area 1A3. Fig. 4 is a view showing a state in which a plurality of closed area specifying indexes Hp are displayed on the line character LW. As shown in FIG. 4, when the operator operates the input unit 13 so that the feature portion designation window tw is located on the feature portion TP of the line drawing character Lw, each of the area designation points Rp (Rpi to Rp3) is located in the closed area LAI LA2, respectively. On LA3. Therefore, each region designation point Rp can specify the corresponding closed regions LA1, la2, LA3. In a plurality of closed area designations using the plurality of closed area specifying indicators Hp, a plurality of closed areas are designated at a time. Further, the position of each closed area designated by the plurality of closed area specifying indexes Hp is determined centering on a specific characteristic part of the character by 137996.doc 13 200937343. Therefore, by using a plurality of closed area designation indexes HP, it is possible to reliably specify a plurality of closed areas constituting a desired character. Further, a plurality of closed areas can be easily designated by roughly operating the plural (4) closed area specifying index HP' by the feature portion in the manner of the feature portion designating the window. Further, in the plurality of closed region specifying units m, as a correlation structure for displaying a plurality of closed region specifying indexes HP, the feature portion designation includes a f = setting unit mi, a region specifying point setting portion 1712, and a plurality of closed region designations. The index magnification unit 1713 and the plurality of closed region designation index rotation units 1714. The feature portion designation window setting portion 1711 sets the feature portion designation window TW for the feature portion τρ. In accordance with the operation from the input unit 13, from the display, the line character LW' in the portion U designates a characteristic portion for the character to be used, thereby setting the feature portion designation window nTw. As a setting method of the feature portion designation window TW, the operator operates the input unit 13 to draw a rectangle ◎ containing the feature portion TP as a characteristic portion of the line ◎. Further, the feature portion designation window setting portion 1711' The rectangle depicted is set as the feature portion designation window DTW. At this time, the shape drawn for the feature portion TP may be not only a rectangle, a circle, an ellipse or the like. The area designation point setting unit m 2 sets a plurality of area designation point sizes located at a specific distance from the feature part designation window tw. That is, after the feature portion designating window TW is set, 'When the operator operates the input: 137996.doc -14-200937343 13 and specifies the position on the plurality of closed areas constituting the line character LW', the area specifying point setting unit 1712 sets the designated position to the position of the configuration area designation point RP. Further, when the area designation point setting unit 丨7丨2 sets the plurality of area designation points RP, the color of the closed area designated by the area designation point RP is set. Fig. 5 is a view showing a data structure of a plurality of closed region specifying indexes Hp which are set by the feature portion specifying window setting unit 71 and the area specifying point setting unit 1712. The plurality of closed area designation indexes HP include the feature part designation window TW and the plurality of area designation points RPe as described above. Therefore, as shown in FIG. 5, the plurality of closed area designation indicators hp have the data structure and area of the feature part designation window TW. Specify the data structure of point Rp. Further, as shown in Fig. 5, the feature portion designation window TW has a "rectangle" which is represented by a rectangle, and coordinate values of the two vertices. Further, each zone tie point RP (RP1 to RP3) has an offset value from the center of gravity of the feature portion designation window tw, and color information. Returning to Fig. 1 'A plurality of closed area designation index changing units 丨7丨3, when a plurality of closed areas are specified, a function of changing the size of a plurality of closed area specifying indexes HP is performed. Characters are represented in a variety of sizes in comic works. Therefore, when specifying a closed area for coloring, it must correspond to a change in its size. Therefore, in order to cope with the characters expressed in various sizes, the plurality of closed region specifying index changing units 1713 change the size of the plurality of closed region specifying indexes HP in accordance with the operation of the input unit 13 by the operator. A plurality of closed areas specify the index rotation unit 丨7丨4 to perform a function of rotating a plurality of closed areas specifying the index HP when a plurality of seals 137996.doc •15-200937343 closed area are specified. The works are expressed in a variety of perspectives. Therefore, when designating a closed area for coloring, it is necessary to have a plurality of closed area specifying indicators HP corresponding to the angle of the character. Therefore, in order to cope with the characters expressed in various angles, the plurality of closed region specifying index rotating units 1714 rotate a plurality of closed region specifying indexes HP in accordance with the operation of the input unit 13 by the operator. The coloring unit 172 performs coloring processing on a plurality of closed regions designated by the plurality of closed region specifying units m. Various methods known in the art for coloring the closed area of the line drawing can be used. Further, even if the area designated by the plurality of closed area specifying indexes HP appears to be a closed area, when there is actually a disconnection or the like, and is not a closed area, it is also possible to perform a closed area by performing a connection process or the like. deal with. Fig. 6 is a flow chart for explaining the operation of the area specifying means. First, in the step si, the area designation device! The acquisition and display of the line drawing data ld. Here, the line drawing data LD can also be obtained from the network (not shown) via the network 1/1 unit 14. Further, as the line data LD, the line drawing data LDe recorded in the media disc 18 can be used, and the line data created by the line drawing function of the area specifying device 1 (not shown) can be used. The line drawing data LD acquired by the LD will be displayed in the display portion η. As a result, the operator can observe the line drawing character LW expressed by the line. Secondly, in step S2, push and benefit rainbow

進订複數個封閉區域指定指標H P 之設定。操作人員操作輪入邱η二攸t 掏入部13而將對所顯示之線畫角色 I37996.doc -16 - 200937343 LW加以特定之特徵性部分指定為特徵部分τρ。特徵部分 指定窗口設定部1711根據該指定，設定與特徵部分τρ之指 定處理相對應之特徵部分指定窗口 TW。 繼特徵部分指定窗口 TW之設定之後，操作人員對輸入 部13進行操作來指定構成線晝角色Lw之複數個封閉區 域。區域指定點設定部1712根據該指定，對應於封閉區域 指定處理而設定區域指定點RI^又，操作人員指定欲對與 各區域指定點RP相對應之封閉區域著上之色彩，如此，區 域心疋點設定部1 7 12於設定複數個區域指定點RP時，一併 設定應對各封閉區域著上之色彩。 若設定好特徵部分指定窗口 TW與複數個區域指定點 RP，則複數個封閉區域指定部171會將該特徵部分指定窗 口 TW與複數個區域指定點RP之組合設定為複數個封閉區 域指定指標HP ^而且，將設定後之複數個封閉區域指定指 標HP用於以後進行之封閉區域指定處理。 繼而，於步驟S3中，操作人員操作輸入部13來指定構成 線畫角色LW之複數個封閉區域。步驟S3中之複數個封閉 區域指定’基本上如圖4所示，係使用複數個封閉區域指 定指標HP來進行。 圖7係用以說明使用有複數個封閉區域指定指標Hp之複 數個封閉區域之指定方法之圖。如圖7所示，使用有複數 個封閉區域指定指標HP之複數個封閉區域之指定可應用各 種方法。 圖7(a)、（b)係用以說明如下方法之圖，該方法係關於步 137996.doc 200937343 驟μ中設定複數個封閉區域指定指標11卩時所使用之線畫 角色LW(參照圖4)’自尺寸大於該線晝角色…之線畫角色 讓 '或尺寸小於該線畫角色LW之線晝角色Lws之中，指 定構成該等角色之複數個區域之方法。 圖7(a)中’為了自尺寸大於設定複數個封閉區域指定指 標HP時所使用之線畫角色LW之線畫角色Lwb中指定複數 個封閉區域，已對複數個封閉區域指定指標Hp之尺寸進行 變更。此處，複數個封閉區域指定指標Hp之尺寸變更係根 據來自輸入部13之輸入操作（例如，操作人員一面按下輸 入部13之鍵盤上之「ctri」鍵一面使滑鼠所包含之滾輪旋 轉之操作），藉由複數個封閉區域指定指標變倍部〗713放 大複數個封閉區域指定指標HP來實現。 又，當自尺寸小於設定複數個封閉區域指定指標Hp時 所使用之線晝角色LW之線畫角色LWs*，指定複數個封閉 區域時（參照圖7(b))，操作人員一面按下輸入部13之鍵盤 上之「Ctrl」鍵，一面使滑鼠所包含之滚輪朝向與放大時 相反之方向旋轉。根據該操作，複數個封閉區域指定指樣 變倍部17 1 3使複數個封閉區域指定指標η p縮小。 因此’即便同種線畫角色之尺寸於每次出現於漫畫作品 中時均不相同，區域指定裝置i亦可容易地指定構成線晝 角色LW之複數個封閉區域。 圖7(c)係用以說明如下方法之圖’該方法係關於步驟S2 中設定複數個封閉區域指定指標HP時所使用之線畫角色 LW(參照圖4)，自使該線畫角色LW旋轉後之姿態之線畫角 137996.doc 200937343 色LWr之中，指定構成該線晝角色LWr之複數個區域之方 法。 圖7(c)中，為了自使設定複數個封閉區域指定指標時 所使用之線晝角色LW旋轉特定角度後之線晝角色LWr之中 才曰定複數個封閉區域，已對複數個封閉區域指定指標Hp之 角度（姿態）進行變更。此處，複數個封閉區域指定指標Hp ^角度變更係藉由根據來自輸入部13之輸入操作（例如， 操作人員一面按下輸入部13之鍵盤上之「shift」鍵一面使 π鼠所包含之滾輪旋轉之操作），由複數個封閉區域指定 指標旋轉部1714在維持著複數個封閉區域指定指標Ηρ之縱 桉比之情況下使複數個封閉區域指定指標HP旋轉來實現。 又，妩轉方向可僅為一個方向，亦可朝兩個方向旋轉。 如此，即便係同種線晝角色每次出現於漫畫作品中時角 度（姿態）均不相同，區域指定裝置丨亦可容易地指定構成線 晝角色LW之複數個封閉區域。 圖7(d)係用以說明如下方法之圖，該方法係關於步驟μ 中叹疋複數個封閉區域指定指標Hp時所使用之線晝角色 LW(參照圖4)，自將該線畫角色LW表現為朝向側面之線畫 角色LWy中，指定構成該線畫角色LWy之複數個區域之方 法。 此處當叹疋複數個封閉區域指定指標HP時所使用之 線畫角色LW表現為朝向側面之線畫角色LWy之情形時，多 會將α畫之角色（線畫角色LWy)表現為與實際之人體不 同。例如，如圖7(d)所示，儘管線晝角色LWy之臉部係朝 137996.doc 200937343 向側面’但身體之表現卻不存在與設定時之線畫角色lw 之表現大有不同之部分。若為此種情形，則藉由設定時之 複數個封閉區域指定指標HP，亦可對線畫角色Lwy指定複 數個封閉區域》 如此’即便同種線晝角色之朝向於每次出現於漫晝作品 中時多少有些不同，區域指定裝置i亦可容易地指定構成 線畫角色LW之複數個封閉區域。 再者’於圖7之說” ’係對使複數個封閉區域指定指 標HP放大、縮小或旋轉之動作個別地加以說明，㈣等動 作亦可同時進行。 繼而’於步驟S4中’執行是否對線晝資料LD中所含之 所有線畫角色LW已進行封閉區域指定之判定。當對所有 線畫角色LW並未進行封閉區域指定之情形時，返回至步 驟S3而重複進行封閉區域指定處理。並且，若已完成對所 有線畫角色LW之封閉區域指定，則進入至步驟& ❹ 於步㈣t，著色部172以所設定之色料複數個 區域指定指標HP之各區域指定點以進行著色。藉此 色部172無需操作人貞之操作便可對各線晝角色LW之封門 區域執行著色處理。 4 如此，當圖i所示之區域指定裝置！如圖6所示之流 般進行動作時’區域指定裝置1能夠容易地指定對線晝： 色LW之各封閉區域所著上之色彩。 内 <第2實施形態> 於第1實施形態中，係將構成線晝角色LW之複數個封閉 137996.doc -20- 200937343 區域之指定設為根據操作人員所作出之對輸入部13之輸入 動作，藉由複數個封閉區域指定指標HP而進行者來進行說 明。然而，指定複數個封閉區域之技術並不限定於第1實 施形態之技術。 圖8係用以表示本發明之第2實施形態之線畫處理裝置ι 〇 之構成的圖。線晝處理裝置10係通常所使用之個人電腦， 其包括CPU111、顯示部112、輸入部113、網路I/FU4、媒 體驅動器115、記憶部116以及記憶體117。The setting of the plurality of closed areas specifies the index H P . The operator operates the wheel to enter the section 13 and designates the characteristic part of the displayed line character I37996.doc -16 - 200937343 LW as the feature part τρ. The feature portion designation window setting unit 1711 sets the feature portion designation window TW corresponding to the designation process of the feature portion τρ in accordance with the designation. Following the setting of the feature portion designation window TW, the operator operates the input unit 13 to designate a plurality of closed areas constituting the line character Lw. The area designation point setting unit 1712 sets the area designation point RI^ corresponding to the closed area specifying process in accordance with the designation, and the operator specifies the color to be applied to the closed area corresponding to each area designated point RP, and thus, the area heart When setting a plurality of area designation points RP, the defect setting unit 1 7 sets a color to be applied to each closed area. When the feature portion designation window TW and the plurality of region designation points RP are set, the plurality of closed region specifying sections 171 sets the combination of the feature portion designation window TW and the plurality of region designation points RP as a plurality of closed region designation indexes HP. ^ Moreover, the plurality of closed area specifying indicators HP after the setting are used for the closed area specifying process to be performed later. Then, in step S3, the operator operates the input unit 13 to designate a plurality of closed areas constituting the line drawing character LW. The plurality of closed area designations in step S3 are substantially as shown in Fig. 4, using a plurality of closed areas specifying the index HP. Fig. 7 is a view for explaining a designation method of a plurality of closed areas using a plurality of closed area specifying indexes Hp. As shown in Fig. 7, various methods can be applied using the designation of a plurality of closed areas having a plurality of closed area specifying indicators HP. 7(a) and 7(b) are diagrams for explaining the method of the line drawing character LW used when setting a plurality of closed area specifying indexes 11卩 in step 137996.doc 200937343. 4) 'The method of arranging a plurality of areas constituting the characters from the line character 让 character Lws whose size is larger than the line 昼 character... or 'the size smaller than the line character LW'. In FIG. 7(a), a plurality of closed areas are specified in the line drawing character Lwb of the line drawing character LW used when the size is larger than the setting of the plurality of closed area specifying indexes HP, and the size of the index Hp has been specified for the plurality of closed areas. Make changes. Here, the size change of the plurality of closed area specifying indexes Hp is based on an input operation from the input unit 13 (for example, the operator rotates the wheel included in the mouse while pressing the "ctri" key on the keyboard of the input unit 13 The operation is performed by a plurality of closed region specifying index magnification units 713 amplifying a plurality of closed region specifying indicators HP. Further, when the self-size is smaller than the line drawing character LWs* of the line character LW used when setting the plurality of closed area specifying indexes Hp, when a plurality of closed areas are designated (refer to FIG. 7(b)), the operator presses the input. The "Ctrl" key on the keyboard of the part 13 rotates the wheel included in the mouse in the opposite direction to the magnification. According to this operation, the plurality of closed region specifying finger magnification portions 17 1 3 narrows the plurality of closed region specifying indexes η p . Therefore, even if the size of the same line drawing character is different each time it appears in a comic book, the area specifying means i can easily specify a plurality of closed areas constituting the line character LW. Fig. 7(c) is a diagram for explaining the method of the following method. The method relates to the line drawing character LW (refer to Fig. 4) used when setting a plurality of closed area specifying indexes HP in step S2, and the line drawing character LW is made. The line drawing angle of the rotated posture 137996.doc 200937343 Among the color LWr, a method of constituting a plurality of regions constituting the line character LWr is specified. In FIG. 7(c), in order to customize a plurality of closed areas among the line characters LWr after the rotation of the line character L character LW used for setting a plurality of closed area specifying indexes, a plurality of closed areas have been determined. The angle (attitude) of the specified index Hp is changed. Here, the plurality of closed area specifying indexes Hp ^ angle change is performed by the input operation from the input unit 13 (for example, the operator includes the "shift" key on the keyboard of the input unit 13 while the π mouse is included. In the operation of the rotation of the roller, the plurality of closed region specifying index rotating portions 1714 realize the rotation of the plurality of closed region specifying indexes HP while maintaining the median ratio of the plurality of closed region specifying indexes Ηρ. Moreover, the twisting direction can be only one direction, and can also be rotated in two directions. Thus, even if the angles (postures) are different each time the same type of character appears in the comic book, the area specifying means can easily specify a plurality of closed areas constituting the line character LW. Fig. 7(d) is a diagram for explaining a method for the line character LLW (refer to Fig. 4) used when sighing a plurality of closed areas to specify the index Hp in the step μ, from the line drawing character The LW is expressed as a line drawing character LWy toward the side, and a method of constituting a plurality of areas of the line drawing character LWy is specified. Here, when the line character LW used in the sighing of a plurality of closed areas specifying the index HP is expressed as a line drawing character LWy toward the side, the character of the alpha painting (line drawing character LWy) is expressed as actual and actual. The human body is different. For example, as shown in Fig. 7(d), although the face of the line character LWy is directed to the side of 137996.doc 200937343, the performance of the body does not differ greatly from the performance of the line drawing character lw at the time of setting. . If this is the case, the specified index HP can be specified by a plurality of closed regions at the time of setting, and a plurality of closed regions can be specified for the line drawing character Lwy. Thus, even if the same kind of line character is oriented each time in the comic works The middle time is somewhat different, and the area specifying means i can also easily specify a plurality of closed areas constituting the line drawing character LW. Further, 'the explanation in FIG. 7' is an operation for amplifying, reducing, or rotating a plurality of closed region specifying indexes HP, and the operations such as (4) may be simultaneously performed. Then, 'in step S4' is performed or not. All the line drawing characters LW included in the line data LD have been subjected to the determination of the closed area designation. When the closed area designation is not performed for all the line drawing characters LW, the process returns to step S3 and the closed area specifying process is repeated. Further, if the closed area designation of all the line drawing characters LW has been completed, the process proceeds to step & step (4) t, and the coloring unit 172 specifies the points of the respective areas of the index HP by the set color material to perform coloring. Thus, the color portion 172 can perform coloring processing on the gate region of each of the line characters LW without the operation of the operator. 4 Thus, when the area specifying device shown in Fig. i acts as shown in Fig. 6 ' The area specifying device 1 can easily specify the color of the closed area of the line 昼: color LW. In the second embodiment, in the first embodiment, the line is formed. The plurality of closed characters 137996.doc -20- 200937343 The designation of the area is set based on the input operation of the input unit 13 by the operator, and is performed by a plurality of closed area specifying indicators HP. The technique of designating a plurality of closed areas is not limited to the technique of the first embodiment. Fig. 8 is a view showing the configuration of the line drawing processing apparatus according to the second embodiment of the present invention. A personal computer generally used includes a CPU 111, a display unit 112, an input unit 113, a network I/FU 4, a media drive 115, a storage unit 116, and a memory 117.

CPIHH控制整個線畫處理裝置1〇。cpu⑴藉由在記憶 體H7中執行程式1181而實現線畫處理裝置⑺之各種功 能。此處，程式11 8 1係記錄於例如媒體碟片i丨8中。 顯不部112係用以在自藉由例如線晝而表現之角色中指 定複數個封閉區域時，顯示所需之資訊。輸人部⑴包括 滑鼠及鍵盤，用以供操作人員對線晝處理裝置Μ輸入指 示0 網路咖4用以連接線畫處理裝置1〇與網路（省略圖 不）。線畫處理裝置1()經由網路1/?114,自網路（省略圖示） 接收用以指定複數個封閉區域之線畫資料ld。又，於本 實施形態中’實現線畫處理裝置1〇之功能之程式"Η亦可 自伺服器（省略圓示）下載。 «驅動器U5用以讀取媒體碟片118中所記錄之程式 ㈣二’線晝處理裝置1〇之功能係藉由利用媒體驅動 器U5而磧取之程式1181來實現。 記憶部116儲存藉由媒體驅動器115而讀取之程式（⑻。 137996.doc -21 - 200937343 記憶體11 7於CPU 11執行程式1181時，用作工作區。將程 式1181讀入至記憶體117中，並藉由cpum執行程式 Π81 ’藉此於記憶體117中實現複數個封閉區域指定指標 顯示部1171、特徵部分登錄部1172、特徵部分檢索部 1173、複數個封閉區域指定指標移動部丨丨74、複數個封閉 區域指定部11 75、以及著色部1176之功能。 複數個封閉區域指定指標顯示部11 71使複數個封閉區域 指定指標HP顯示於顯示部1丨2中。藉由該複數個封閉區域 指定指標HP之顯示，而於線畫資料LD中指定構成藉由線 畫而表現之角色之複數個封閉區域。 再者，線晝資料LD中之線畫角色LW與上述所說明者相 同，故而於此省略說明。又，複數個封閉區域指定指標Hp 亦與上述所說明者相同，故而於此省略說明。 複數個封閉區域指定指標顯示部丨丨7丨中，作為顯示複數 個封閉區域指定指標HP之功能之相關構成，包括特徵部分 指定窗口設定部117U以及區域指定點設定部11712。特徵 部分指定窗口設定部11711以及區域指定點設定部11712之 功能與上述所說明之特徵部分指定窗口設定部丨7丨丨以及區 域指定點設定部1712之功能相同，故而此處省略說明。 特徵部分登錄部1丨72登錄藉由特徵部分指定窗口 Tw而 指定之線晝角色之特徵部分τρ之形狀。登錄特徵部分^ 於後述之處理中，係用於線晝角色Lw之檢索處理、以及 與檢索線晝角色LW相對應之複數個封閉區域指定指標Hp 之選擇處理。再者，特徵部分τρ係根據操作人貝經由輸人 137996.doc -22· 200937343 部113所進行之操作來指定。 特徵部勿檢索部1173進行如下處理，即，自線畫資料 LD中檢索具有與藉由特徵部分登錄部1172而登錄之特徵部 分tp相同之形狀之線畫角色LW。即，特徵部分檢索部 1173將所登錄之特徵部分τρ之形狀作為模板來檢索具有 形狀與該模板相一致之特徵性部分之線晝角色LW。又， 特徵部分檢索部1173選擇與檢索到之線晝角色lw相對應 之複數個封閉區域指定指標Hp。 ❹ ❹ 再者，藉由特徵部分檢索部1173而進行之檢索亦可採用 其他圖像檢索之相關周知技術。 如圖8所示，特徵部分檢索部1173包括特徵部分變倍部 11731以及特徵部分旋轉部11732，以運算出對用以對複數 個封閉區域指定指標Hp加以變倍之變倍率、以及用以使複 數個封閉區域指定指標Hp旋轉之角度。 特徵部分變倍部11731於已登錄之特徵部分τρ(以下僅稱 為「登錄部分J )'與檢索到之線畫角tLW之特徵性部分 (以下僅稱為「檢索部分」）即便形狀相一致但尺寸不一致 之情形時，運算出檢索部分之尺寸㈣於登錄部分之尺寸 之變倍率。運算出之變倍率用於後述之藉由複數個封閉區 域指定指標變倍部11741之處理》 特徵部分旋轉部11732於所登錄之特徵部分TP與檢索到 之線晝角色LW之特徵性部分即便形狀相一致但配置角度 不一致之情形時，運算出以登錄部分之姿態為基準時之檢 索部分之姿態（旋轉角度：配置角度）。所運算出之角度用 I37996.doc -23- 200937343 於後述之藉由複數個封閉區域指定指標旋轉部n742之處 理。 複數個封閉區域指定指標移動部11 74使複數個封閉區域 指定指標HP移動’以使特徵部分指定窗口 tw位於藉由特 徵部分檢索部1173而檢索到之線畫角色lw之特徵性部分 " (即’與所登錄之特徵部分TP相對應之部分即，複數個 • 封閉區域指定指標移動部1174可使複數個封閉區域指定指 標HP移動’以使所登錄之特徵部分τρ與線晝角色Lw之被 © 檢索到之特徵性部分相一致。藉此，可自線晝角色Lw中 指定構成該線畫角色LW之複數個封閉區域。 如圖8所示，複數個封閉區域指定指標移動部丨174包括 複數個封閉區域指定指標變倍部11741以及複數個封閉區 域指定指標旋轉部11742。 複數個封閉區域指定指標變倍部丨丨74丨以藉由特徵部分 變倍部11 73 1而求得之變倍率來對複數個封閉區域指定指 ❹標HP加以變倍。繼而，複數個封閉區域指定指標變倍部 11741使複數個封閉區域指定指標Hp移動，以使所登錄之 特徵部分TP與檢索到之線畫角色LW之特徵性部分相一 - 致。 .複數個封閉區域指定指標旋轉部！丨742以藉由特徵部分 旋轉部11 732而求得之角度使複數個封閉區域指定指標HP 旋轉。繼而，複數個封閉區域指定指標旋轉部ii742=複 數個封閉區域指定指標HP移動，以使所登錄之特徵部分 TP與檢索到之線畫角色LWi特徵性部分相一致。 137996.doc •24- 200937343 複數個封閉區域指定部11 75根據藉由複數個封閉區域指 定指標移動部11 74而移動之複數個封閉區域指定指標HP之 各區域指定點RP，一次性指定構成所檢索到之線畫角色 LW之複數個封閉區域。The CPIHH controls the entire line drawing processing device 1〇. Cpu(1) implements various functions of the line drawing processing device (7) by executing the program 1181 in the memory H7. Here, the program 11 8 1 is recorded in, for example, the media disc i 8 . The display portion 112 is used to display the desired information when a plurality of closed areas are specified from a character represented by, for example, a line. The input unit (1) includes a mouse and a keyboard for the operator to input the indication to the line processing device. The network coffee 4 is used to connect the line drawing processing device 1 to the network (omitted from the figure). The line drawing processing device 1 () receives the line drawing data ld for specifying a plurality of closed areas from the network (not shown) via the network 1/?114. Further, in the present embodiment, the program "realizing the function of the line drawing processing device 1" can also be downloaded from the server (omitted from the circle). «The driver U5 is used to read the program recorded in the media disc 118. (4) The function of the second processing unit 1 is realized by the program 1181 captured by the media driver U5. The memory unit 116 stores the program read by the media drive 115 ((8). 137996.doc -21 - 200937343 The memory 11 7 is used as a work area when the CPU 11 executes the program 1181. The program 1181 is read into the memory 117. In the memory 117, a plurality of closed area specifying index display units 1171, a feature part registration unit 1172, a feature part search unit 1173, and a plurality of closed area specifying index moving units are realized by the cpum execution program 81'. 74. The function of the plurality of closed area specifying units 11 75 and the coloring unit 1176. The plurality of closed area specifying index display units 11 71 display a plurality of closed area specifying indexes HP on the display unit 1丨2. The closed area specifies the display of the indicator HP, and a plurality of closed areas constituting the character represented by the line drawing are specified in the line drawing data LD. Furthermore, the line drawing character LW in the line item LD is the same as described above. Therefore, the description of the plurality of closed area specifying indexes Hp is also the same as that described above, and thus the description thereof will be omitted. In the display unit 7 as a function for displaying a plurality of closed area specifying indexes HP, the feature portion specifying window setting unit 117U and the area specifying point setting unit 11712. The feature portion specifying window setting unit 11711 and the area specifying point are included. The functions of the setting unit 11712 are the same as those of the feature portion specifying window setting unit 丨7丨丨 and the area specifying point setting unit 1712 described above, and thus the description thereof will be omitted. The feature portion registration unit 1丨72 is registered by the feature portion. The shape of the characteristic part τρ of the character 昼 character specified by the window Tw. The registration feature part ^ is used for the processing of the line character Lw and the plurality of closed areas corresponding to the search line character LW in the processing described later. In addition, the feature portion τρ is specified based on the operation performed by the operator 137996.doc -22· 200937343 113. The feature portion search unit 1173 performs the following processing, that is, The line drawing data LD is searched for the same shape as the feature portion tp registered by the feature portion registration unit 1172. The feature portion search unit 1173 searches the shape of the registered feature portion τρ as a template to search for the line character LW having the characteristic portion whose shape matches the template. Further, the feature portion search unit 1173 selects and The plurality of closed area specifying indexes Hp corresponding to the retrieved line character lw. ❹ ❹ Further, the search by the feature part search unit 1173 may employ other well-known techniques for image retrieval. The feature portion search unit 1173 includes a feature portion zooming unit 11731 and a feature portion rotating portion 11732 to calculate a magnification ratio for multiplying a plurality of closed region specifying indexes Hp, and for making a plurality of closed regions. Specifies the angle at which the indicator Hp is rotated. The characteristic partial magnification unit 11731 is identical in shape to the registered characteristic portion τρ (hereinafter simply referred to as "registered portion J)" and the characteristic portion of the retrieved line drawing angle tLW (hereinafter simply referred to as "search portion"). However, in the case where the sizes are inconsistent, the size of the search portion (4) is calculated as the magnification of the size of the registered portion. The calculated magnification ratio is used for the processing of specifying the index magnification unit 11741 by a plurality of closed regions, which will be described later. The feature portion rotation unit 11732, even if the characteristic portion of the registered feature portion TP and the retrieved line character LW is shaped. When they are identical but the arrangement angles do not match, the posture (rotation angle: arrangement angle) of the search portion when the posture of the registration portion is used as a reference is calculated. The calculated angle is specified by I37996.doc -23- 200937343 as described later by a plurality of closed regions specifying the index rotating portion n742. The plurality of closed region specifying index moving units 11 74 move the plurality of closed region specifying indexes HP such that the feature portion specifying window tw is located in the characteristic portion of the line drawing character lw retrieved by the feature portion searching portion 1173" That is, the portion corresponding to the registered feature portion TP, that is, the plurality of closed region specifying index moving portions 1174 can move the plurality of closed region specifying indexes HP to make the registered feature portion τρ and the line character Lw The characteristic parts retrieved by © are identical. Thereby, a plurality of closed areas constituting the line drawing character LW can be specified from the line character Lw. As shown in Fig. 8, a plurality of closed area specifying index moving parts 174 The plurality of closed region specifying index changing portions 11741 and the plurality of closed region specifying index rotating portions 11742 are included. The plurality of closed region specifying index changing portions 74 are obtained by the characteristic partial zooming portion 11 73 1 The zoom ratio is used to multiply the plurality of closed area designation targets HP. Then, the plurality of closed areas specify the index change unit 11741 to make a plurality of closed areas The specified index Hp is moved such that the registered feature portion TP is coincident with the characteristic portion of the retrieved line drawing character LW. The plurality of closed regions specify the index rotating portion 丨 742 to be rotated by the feature portion 11 The angle obtained by 732 rotates the plurality of closed area specifying indicators HP. Then, the plurality of closed area specifying index rotating parts ii742=the plurality of closed areas specifying the index HP moving so that the registered characteristic part TP and the retrieved line The characteristic part of the character LWi is identical. 137996.doc •24- 200937343 A plurality of closed area specifying units 11 75 specify the areas of the index HP based on a plurality of closed areas that are moved by the plurality of closed area specifying index moving parts 11 74 The specified point RP specifies a plurality of closed areas constituting the retrieved line drawing character LW at a time.

如此’於藉由複數個封閉區域指定部1175而執行之複數 個封閉區域指定中’係使用複數個封閉區域指定指標Hp而 一次性指定複數個封閉區域。又，藉由複數個封閉區域指 定指標HP而指定之各封閉區域之位置，將以對角色加以特 定之特徵性部分為中心來確定。因此，藉由使用複數個封 閉區域指定指標HP，能夠可靠地指定構成所需之角色之複 數個封閉區域。又，根據所登錄之特徵部分τρ檢索線畫角 色LW，並選擇所對應之複數個封閉區域指定指標Ηρ。因 此，線晝處理裝置10無需經操作人員之特殊操作，便可有 效地指定複數個封閉區域。 著色部1176對藉由複數個封閉區域指定部1175而指定之 複數個封閉區域’―次性執行著色處理。對線畫之封閉區 域之著色處理可使用周知之各種方法。又，#藉1 :閉區：指定指標HP而指定之區域即便看起來 域，但實際上卻存在斷線等而並非封閉區域時， 連線處理等來執行封閉區域化處理。 執仃 圖9係用以說明線晝處理裝置10之動作之流程圖。 =驟咖、_之動作與圖6之流程圖中之步㈣ 相同，因此省略說明。 S2 步驟S103中， 特徵部分登錄部1172登 錄設定特徵部分指 137996.doc -25- 200937343 定窗口時(步驟讀)所使用之特徵部分 以說明特徵部分TP之登錄動作之圓。 圖0係用 圖1〇⑷係用以表示步驟s㈣ 口 時之狀態之圖，特徵部分指定窗口 ^指定窗 顯示於顯示部112中。為使圖10⑷所示之特徵^徵部分丁p 部分登錄至登錄部1172，操作人員操作輸°刀2徵 特徵部分登錄部1172之功能。 而執行 ❹ φ 特徵部分登錄部1172為了根_作人胃之 徵部分TP之登錄，而刪除 寺 線畫。此處，所謂之多餘線晝，二：一内之多餘 M . 餘線晝係指於以特徵部分TP作為 模Γ檢索其他線”有可能成為雜訊之線晝 圖^⑷所示，藉由特徵部分指定窗口TW而指定為特 二刀之部分係線晝角色LW<蝴蝶領結部分。又，作 :特：部分TP而必需之部分係與蝴蝶領結之形狀相關之線 tr此以外之部分（線畫）則並非必需。因此，特徵部分 ’、、^1172執行多餘線晝之刪除處理。 圖叫b)係表示藉由特徵部分登錄部ii72而登錄之特徵部 :金之圖°如圖_所示’自特徵部分指定窗口TW内之 二’刪除作為特徵部㈣所必需之線(即，與蝴蝶領結 / Μ目關之線畫）以外之線畫。繼而’特徵部分登錄部 2於進行上述刪除處理之後，登錄特徵部分ΤΡ之形狀。 '圖10⑷係用以表示藉由特徵部分登錄部i i 72而登錄之特 徵部分tp之資料構造的圖。如圖ι〇⑷所示，作為登錄資 ;斗儲存有特徵部分登錄m(Identity，識別碼）「①」、特 137996.doc •26- 200937343 徵。p分尺寸「size」、以及特徵部分實際資料「加」。 特徵部分登細係Μ唯—朗所㈣之各㈣部分TP 之識別碼。 特徵部分尺寸係儲存有特徵部分ΤΡ2尺寸者。作為特徵 部分尺寸，儲存有例如特徵部分丁？之外切矩形尺寸。 特徵部分實際資料係表示特徵部分τρ之形狀之資料，其 係、點陣圖形式、運行長度形式、或向量形式等之表示特徵 #ΤΡ形狀之資料。特徵部分實際資料係用於例如特徵部 〇 分檢索中之圖案匹配。 返回至圖9，於步驟S104中，特徵部分檢索部1173檢索 具有與步驟S1G3中所登錄之特徵部分仍目―致之形狀之線 晝角色LW。特徵部分檢索部1173為了自線畫資料❿進行 圖像檢索’進行以例如所登錄之特徵部分τρ之形狀為模板 之模板匹配。 步驟S1G5中，特徵部分檢索部1173對所登錄之特徵部分 _ τρ與檢索到之線晝角色LW之特徵部分進行比較。並且， 當自線畫角色LW檢索到（發現）與所登錄之特徵部分丁卩相 -致之部分時，進人至步驟S1Q8。另―方面，於未檢索到 之情形時’進入至步驟S106。 ㈣S1G6巾’特徵部分檢索部⑴城所登錄之特徵部分 TP與檢索到之線畫角色Lw之特徵部分比較此兩者之形 狀及尺寸。繼而，於判定為兩者之尺寸不同而兩者形狀相 一致時，特徵部分變倍部11731對變倍率MG進行運算。將 運算出之變倍率MG加以儲存之後，進入至步驟sl〇8。另 137996.doc -27· 200937343Thus, the plurality of closed area designations executed by the plurality of closed area specifying units 1175 use a plurality of closed area specifying indexes Hp to specify a plurality of closed areas at a time. Further, the position of each closed area designated by the plurality of closed areas specifying the index HP is determined centering on a specific characteristic portion of the character. Therefore, by using the plurality of closed area specifying indicators HP, it is possible to reliably specify a plurality of closed areas constituting the desired character. Further, the line drawing character LW is searched based on the registered feature portion τρ, and the corresponding plurality of closed area specifying indexes Ηρ are selected. Therefore, the winding processing device 10 can efficiently specify a plurality of closed areas without special operations by the operator. The coloring unit 1176 performs coloring processing on a plurality of closed areas ‘specified by the plurality of closed area specifying units 1175. For the coloring treatment of the closed area of the line drawing, various methods known in the art can be used. Further, #借1: Closed area: The area designated by the designation index HP is actually a closed area, but it is not closed, and the connection processing is performed to perform the closed area processing. FIG. 9 is a flow chart for explaining the operation of the winding processing apparatus 10. The operation of the squirrel and the _ is the same as the step (4) in the flowchart of Fig. 6, and therefore the description is omitted. In step S103, the feature portion registration unit 1172 registers the feature portion used in the setting feature portion 137996.doc - 25 - 200937343 when the window is fixed (step reading) to explain the circle of the registration operation of the feature portion TP. Fig. 1 is a diagram showing the state of the step s (four) port, and the feature portion designation window ^ designation window is displayed on the display portion 112. In order to register the feature portion shown in Fig. 10 (4) to the registration portion 1172, the operator operates the function of the feature portion registration portion 1172. On the other hand, the execution ❹ φ characteristic portion registration unit 1172 deletes the temple line drawing for the root _ registration of the human stomach portion TP. Here, the so-called extra line 昼, two: the extra M in one. The remaining line 指 refers to the search for other lines using the feature part TP as a model. It is possible to become a line of noise, as shown in Figure 4 (4), by The feature portion specifies the window TW and is designated as the part of the special knives, the character LW<bow bow tie portion. Also, the special part: the part of the TP is the part of the line tr related to the shape of the bow tie ( The line drawing is not necessary. Therefore, the feature parts ', ^ 1172 perform the deletion process of the extra line 。. The figure is called b) is the feature part registered by the feature part registration part ii72: the gold figure ° as shown in the figure _ The 'Second from the feature part designation window TW' is shown as a line drawing other than the line necessary for the feature part (4) (ie, the line drawing with the bow tie/eyes). Then the 'feature part registration part 2 is performed. After the above-described deletion processing, the shape of the feature portion 登录 is registered. Fig. 10 (4) is a diagram showing the data structure of the feature portion tp registered by the feature portion registration unit ii 72. As shown in Fig. 10 (4), ; bucket storage has a feature part Record m (Identity, ID) "①" special 137996.doc • 26- 200937343 levy. The p-size "size" and the actual data of the feature part are "plus". The feature part is the identification code of the part TP of each (4) part of Weiwei (4). The feature portion size is stored in the feature portion ΤΡ 2 size. As a feature part size, is it stored, for example, as a feature part? Cut the rectangle size outside. The actual data of the feature part is the data indicating the shape of the feature part τρ, which is a representation of the feature, the dot pattern form, the run length form, or the vector form. The feature part actual data is used, for example, for pattern matching in feature retrieval. Returning to Fig. 9, in step S104, the feature portion search unit 1173 searches for the line character LW having the shape that is still in the view of the feature portion registered in step S1G3. The feature portion search unit 1173 performs template search for the image data from the line drawing data, for example, by using the shape of the registered feature portion τρ as a template. In step S1G5, the feature portion search unit 1173 compares the registered feature portion _ τρ with the feature portion of the retrieved line character LW. Further, when the portion of the registered feature portion is found (discovered) from the line drawing character LW, the process proceeds to step S1Q8. On the other hand, if it is not retrieved, the process proceeds to step S106. (4) S1G6 towel's characteristic part search unit (1) The characteristic part registered by the city TP compares the shape and size of the two characteristic parts of the retrieved line drawing character Lw. Then, when it is determined that the sizes of the two are different and the shapes of the two are identical, the feature partial magnification unit 11731 calculates the magnification ratio MG. After the calculated magnification ratio MG is stored, the process proceeds to step sl8. Another 137996.doc -27· 200937343

一方面，於未運算出變倍率Μσ之情形時，進入至 S107 。 W 於步驟S107中，與步驟S1〇6同樣地，特徵部分檢索部 1173就所登錄之特徵部分τρ與檢索到之線畫角色LW之特 徵部分，比較此兩者之形狀及姿態（旋轉角度）。繼而，於 判定為兩者之姿態不同而兩者形狀相一致之情形時，特徵 部分旋轉部11732對以所登錄之特徵部分ΤΡ之姿態為基準 時之旋轉角度AN進行運算。將運算出之旋轉角度八1^加以 © 儲存之後，進入至步驟S108，另一方面，於未運算出旋轉 角度AN之情形時，返回至步驟s丨〇4。 此處，於上述之說明中，以依序執行步驟sl〇6、sl〇7之 方式而進行說明，但步驟8106、S107之處理順序亦可相反 (即’亦可繼步驟S107之後執行步驟S106)。又。亦可同時 執行步驟S106及步驟S107之處理。 步驟S1 05〜S107中，於檢索到具有與所登錄之特徵部分 TP相一致之形狀之線畫角色lw時，複數個封閉區域指定 〇 指標移動部11 74選擇與特徵部分TP相對應之複數個封閉區 域指定指標HP，並且使所選擇之複數個封閉區域指定指標 • HP移動。藉此，利用圖4所示之方法，指定構成線畫角色 . LW之複數個封閉區域（S108)。 圖11係用以說明使用有複數個封閉區域指定指標HP之複 數個封閉區域之指定方法之圖。如圖11所示，使用有複數 個封閉區域指定指標HP之複數個封閉區域之指定可應用各 種方法。 I37996.doc • 28 - 200937343 圖11 (a)、（b)係用以說明如下方法之圖，該方法係關於 步驟S102中設定複數個冑閉區域指冑指標Hp時所使用之 線畫角色參照圖4)，自尺寸大於該線畫角色Lw之線畫 角色LWb、或尺寸小於該線畫角色LW之線畫角色LWs中， 才曰疋構成該等角色之複數個區域之方法。 圖H(a)中，為了自尺寸大於設定複數個封閉區域指定指 標HP時所使用之線畫角色LW之線畫角色LWb中指定複數 個封閉區域，已對複數個封閉區域指定指標Hp之尺寸進行 變更。此處，複數個封閉區域指定指標Hp之尺寸變更，係 藉由複數個封閉區域指定指標變倍部n 74丨使用預先藉由 特徵部分變倍部11731而運算出之變倍率]^(}，放大複數個 封閉區域指定指標HP來實現。 又，於自尺寸小於設定複數個封閉區域指定指標Hp時 所使用之線晝角色LW之尺寸之線畫角色LWs中指定複數個 封閉區域時（參照圖11(b))，複數個封閉區域指定指標變倍 部11741使用預先藉由特徵部分變倍部11731而運算出之變 倍率MG ’來縮小複數個封閉區域指定指標Hp。 因此，即便係同種線晝角色之尺寸於每次出現於漫畫作 品中時均不相同’線畫處理裝置10亦可容易地指定構成線 晝角色LW之複數個封閉區域。 圖11(c)係用以說明如下方法之圖’該方法係關於步驟 S102中設定複數個封閉區域指定指標hp時所使用之線晝 角色LW(參照圖4)，自使該線晝角&LW旋轉後之姿態之線 畫角色LWr中’指定構成該線晝角色LWr之複數個區域之 137996.doc •29· 200937343 方法。On the other hand, when the magnification ratio Μσ is not calculated, the process proceeds to S107. In step S107, similarly to step S1〇6, the feature portion search unit 1173 compares the shape and posture (rotation angle) of the registered feature portion τρ with the feature portion of the retrieved line drawing character LW. . Then, when it is determined that the postures of the two are different and the shapes of the two are identical, the feature portion rotating portion 11732 calculates the rotation angle AN when the posture of the registered feature portion ΤΡ is used as a reference. When the calculated rotation angle is equal to or equal to 1, the process proceeds to step S108. On the other hand, when the rotation angle AN is not calculated, the process returns to step s4. Here, in the above description, the steps S1〇6, sl7 are sequentially performed, but the processing order of the steps 8106 and S107 may be reversed (ie, the step S106 may be performed after the step S107). ). also. The processing of steps S106 and S107 can also be performed simultaneously. In steps S1 05 to S107, when the line drawing character lw having the shape conforming to the registered feature portion TP is retrieved, the plurality of closed area specifying 〇 index moving units 11 74 selects a plurality of pieces corresponding to the feature portion TP. The enclosed area specifies the indicator HP and the selected multiple enclosed areas specify the indicator • HP moves. Thereby, a plurality of closed areas constituting the line drawing character LW are designated by the method shown in Fig. 4 (S108). Fig. 11 is a view for explaining a designation method of a plurality of closed areas using a plurality of closed area specifying indexes HP. As shown in Fig. 11, various methods can be applied using the designation of a plurality of closed areas having a plurality of closed area specifying indicators HP. I37996.doc • 28 - 200937343 Figure 11 (a) and (b) are diagrams for explaining the method of the line drawing role used when setting a plurality of closed area index indicators Hp in step S102. 4), a method of forming a plurality of regions of the character from a line drawing character LWb having a size larger than the line drawing character Lw or a line drawing character LWs having a size smaller than the line drawing character LW. In Fig. H(a), in order to specify a plurality of closed areas in the line drawing character LWb of the line drawing character LW used when the size is larger than the setting of the plurality of closed area specifying indexes HP, the size of the index Hp has been specified for the plurality of closed areas. Make changes. Here, the size change of the plurality of closed area specifying indexes Hp is performed by using a plurality of closed area specifying index changing units n 74 and using the variable magnification calculated by the characteristic partial zooming unit 11731]^(}, It is realized by amplifying a plurality of closed area specifying indexes HP. Further, when a plurality of closed areas are specified in the line drawing character LWs whose size is smaller than the size of the line character LW used when setting the plurality of closed area specifying indexes Hp (refer to the figure) 11(b)), the plurality of closed region specifying index magnification units 11741 reduce the plurality of closed region specifying indexes Hp using the variable magnification MG' calculated in advance by the characteristic partial magnification changing unit 11731. Therefore, even the same kind of line The size of the character is different each time it appears in a comic book. The line drawing processing device 10 can also easily designate a plurality of closed areas constituting the line character LW. Fig. 11(c) is a diagram for explaining the following method. The method of the present invention relates to the line character LW (refer to FIG. 4) used when a plurality of closed area specifying indicators hp are set in step S102, and the line of the posture after the line angle & LW is rotated. LWr role in '137996.doc • 29 · 200937343 methods plurality of regions of the line day LWr role of designated constitution.

圖11(c)中，為了自使設定複數個封閉區域指定指標Hp 時所使用之線晝角色LW旋轉特定角度後之線晝角色LWr中 指定複數個封閉區域，已對複數個封閉區域指定指標Hpi 角度（姿態）進行變更。此處，複數個封閉區域指定指標Hp 之角度變更，係藉由複數個封閉區域指定指標旋轉部 11742使用預先藉由特徵部分旋轉部11732而運算出之旋轉 角度AN，在維持著複數個封閉區域指定指標Hpi縱橫比 之情況下使複數個封閉區域指定指標Hp旋轉來實現。又， 旋轉方向可僅為一個方向，亦可朝兩個方向旋轉。 如此，即便同種線畫角色之角度（姿態）於每次出現於漫 畫作品中時均不相同’線晝處理裝置1〇亦可容易地指定構 成線晝角色LW之複數個封閉區域。 圖11 (d)係用以說明如下方法夕圍 ^ 广不忐之圖，該方法係關於步驟 S102中設定複數個封閉區域指定指標Ηρ時所使用之線畫 角色LW(參照圖4)，自將該線畫角色…表現為朝向側面： 線畫角色LWy中，指定構成續錄童 苒成°亥線晝角色LWy之複數個區域 之方法。 此處’當將設定複數個封閉區域指定指標HP時所使用 之線畫角色LW表現為朝向側面之線畫角色…時，多會將 漫晝角色（線晝角色LWy)表現成& _ ^表現為與實際之人體不同。例 如，如圖11(d)所示，儘管線晝条 角色LWy之臉部係朝向側 面，但身體之表現卻不存在與設 朝门側 現大有不同之部分。若為如此 表 ^則藉由設定時之複數 137996.doc • 30 - 200937343 個封閉區域指定指標Hp，亦可對後書备 封閉區域。 對線畫角色^指定複數個 如此’即便同種線畫角色之朝向於每次出現 中時多少有些不同，線畫處理裝置1Q亦可容易地指: 線晝角色LW之複數個封閉區域。 再者’於圖U之說明中’係對使複數個封閉區域指定指 標HP放大、縮小或旋轉之動作個別地加以說明，但 作亦可同時進行。 步驟SH)9中，執行判定是否對線畫角色中所含之所有線 晝角色LW已進行封閉區域之指定。於未對所有線晝角色 LW進行封閉區域之指定之情形時，返回至步驟s⑽’並 重複基於特徵部分TP之檢索處理。而且，若已完成對所有 線畫角色LW之封閉區域之指定，則進入至步驟su〇。In FIG. 11(c), in order to specify a plurality of closed areas in the line character LWr after the rotation of the line character L character LW used to set the plurality of closed area specifying indexes Hp, a plurality of closed areas have been specified. The Hpi angle (pose) is changed. Here, the angle change of the plurality of closed region specifying indexes Hp is performed by the plurality of closed region specifying index rotating portions 11742 using the rotation angle AN calculated in advance by the characteristic portion rotating portion 11732 to maintain a plurality of closed regions. When the aspect ratio Hpi is specified, a plurality of closed region specifying indexes Hp are rotated to realize. Moreover, the direction of rotation can be only one direction, and can also be rotated in two directions. Thus, even if the angle (attitude) of the same line drawing character is different each time it appears in the drawing work, the line processing device 1 can easily specify a plurality of closed areas constituting the line character LW. Fig. 11 (d) is a diagram for explaining the method of the following method, which relates to the line drawing character LW (refer to Fig. 4) used when setting a plurality of closed area specifying indexes Ηρ in step S102, The line drawing character... is expressed as a side face: In the line drawing character LWy, a method of constituting a plurality of areas in which the childhood is converted into a character line LWy is specified. Here, when the line drawing character LW used when setting a plurality of closed area specifying indicators HP is expressed as a line drawing character toward the side, the roman character (line character LWy) is often expressed as & _ ^ It behaves differently from the actual human body. For example, as shown in Fig. 11(d), although the face of the stringer character LWy is oriented to the side, the body does not have a portion different from that of the door. If this is the case, the closed area can be prepared for the subsequent book by setting the plural 137996.doc • 30 - 200937343 closed area designation index Hp. Specifying a plurality of characters for the line drawing character such that even if the orientation of the same line drawing character is somewhat different in each occurrence, the line drawing processing device 1Q can easily refer to: a plurality of closed areas of the line character LW. Further, in the description of Fig. U, the operation of enlarging, reducing, or rotating a plurality of closed region designation indexes HP is individually described, but it may be performed simultaneously. In step SH) 9, it is determined whether or not the designation of the closed area has been performed for all the line characters LW included in the line drawing character. When the designation of the closed area is not performed for all of the line characters LW, the process returns to step s(10)' and the search processing based on the feature portion TP is repeated. Moreover, if the designation of the closed area of all the line drawing characters LW has been completed, the process proceeds to step su.

步驟S11G中’著色部1176以所設定之色彩來對複數個封 閉區域指定指標HP之各區域指定點R 參 著色部u76無需操作人員之操作，便可對各線畫角藉色此^ 之封閉區域執行著色處理。 如此，當圖8所示之線畫處理裝置1〇如圖9所示之流程圖 般進行動作時，線畫處理裝置10可容易地指定對線畫角色 LW之各封閉區域所著上之色彩。 <變形例1> 以上為了簡化說明，係設為僅存在一個複數個封閉區 域指定指標HP來進行說明，但複數個封閉區域指定指標 HP之個數並不限定於此。例如，亦可準備與線畫資細 137996.doc -31 - 200937343 中所含之線畫角色LW之個數相應之個數之複數個封閉區 域指定指標HP。 於此情形時’操作人員可容易地對複數個線畫角色Lw 之各個執行著色處理。因此，著色處理之作業效率得到提 南。 <變形例2> ❹ Ο 又，於以上之說明中，係將複數個封閉區域指定指標 HP設為將特徵部分指定窗口 TW與區域指定點Rp配置於一 條直線上來進行說明，但複數個封閉區域指定指標1115之構 成並不限定於此。 圖12係用以表示複數個封閉區域指定指標之其他例之 圖。圖12(a)之複數個封閉區域指定指標Ηρι係將複數個區 域指定點RP相料特徵部分指冑窗口，而呈放射狀配置 者。而且’圖12⑷所示之複數個封閉區域指定指標HP1適 合於自例如圖12 ( b )所示之線晝角色L w d工指定複數個封閉 圖1 2⑷之複數個封閉區域指定指標h p 2係將複數個區域 指定點RP相對於特徵部分指定”向偏㈣ 配置。圖12⑷所示之複數個封閉區域指定指標HP2適合於 二例如圖12⑷所示之線畫角色_指定複數個封閉區 域0 137996.doc -32- 200937343 <變形例3> 以上之說明中，係將複數個封閉區域指定指標Hp中所 含之複數個區域指定點RP之形狀設為點狀來進行說明，但 區域指定點RP之形狀並不限定於此。例如，亦可藉由以區 域指定點RP為中心（進而言之，包含區域指定點Rp)之區域 即區域指定圖形RF，來指定線畫角色[霤之各封閉區域。 圖1 3係用以說明包含複數個區域指定圖形RF來代替複數 個區域指定點RP之複數個封閉區域指定指標Hp3之圖。 圖13(a)係用以說明包含複數個區域指定圖形尺卩之複數 個封閉區域指定指標HP3之構成之圖。如圖13(a)所示，複 數個封閉區域指定指標HP3包括特徵部分指定窗口TW、以 及配置於特定位置上之區域指定圖形RF1、RF2、RF3。區 域指定圖形RF1、RF2、RF3分別係以區域指定點Rpi、 RP2、RP3為中心之圓形區域。與該區域指定圖形RF重疊 之封閉區域被指定為著色區域。 圖13(b)係用以表示藉由特徵部分指定窗口設定部 1711(或11711)、以及區域指定點設定部ni2(或11712)而 設定之複數個封閉區域指定指標HP3之資料構造之圖β 圖13(b)之特徵部分指定窗口 TW以及複數個區域指定點 RP之相關資料構造與圖5所示者相同。又，複數個封閉區 域指定指標HP3之資料構造中，如圖13(b)所示，追加有與 區域指定圖形RF相關之資料。即，作為區域指定圖形 RF，設定有「eircle(圓形）」，且對於半徑「r」亦進行有設 定。此處儲存有5(mm)之半徑「r」。作為半徑rr」之單 137996.doc -33- 200937343 位’亦可使用mm以外之像素或Q等。 再者’用作區域指定圖形RF之圖形亦可使用除圓形以外 之橢圓或矩形等之圖形。又，區域指定圖形肌、勝 RF3之尺寸既可均設定為相同值，亦可針對每個區域指定 圖形RF而設定為不同值。 圖13(e)係用以說明使用複數個封閉區域指定指標來 指定線晝角色LWx之封閉區域之方法之圖。如圖Η⑷所 不，區域指定點RP|構成線晝角色LWx之封閉區域偏離。 因此，使用圖3所示之複數個封閉區域指定指標Hp將無法 疋構成線畫角色lwx之封閉區域。例如，如圖i3(c)m 示，區域指定圖形RF1之區域指定點位於封閉區域LA1(對 應於人物之帽子）之外。 與此相對，於使用有複數個封閉區域指定指標HP3之情 形時，區域指定圖形RFi 一部分將與線畫角色LWx之封閉 區域重疊。例如，如圖i3(e)所示，區域指定圖形丄之— 部分將與封閉區域LA1重疊。㈣，可一次性指定複數個 區域。又，能夠容易地指定應著色之封閉區域。 如上所述，複數個封閉區域指定指標HP可形成為操作 人員所期望之構成，因此能夠容易地執行對線晝角色LW 之著色處理。 【圖式簡單說明】 圖1係用以說明第1實施形態之區域指定裝置之構成之 圖。 圖2係用以表示藉由線晝而表現之角色之一例之圖。 137996.doc -34- 200937343 圖3係用以表示複數個封閉區域指定指標之一例之圖。 圖4係用以表示線畫角色上顯示有複數個封閉區域指定 指標之狀態之圖。 圖5係用以表示複數個封閉區域指定指標之資料構造之 圖。 圖6係用以說明第1實施形態之區域指定裝置之動作之流 • 程圖。 圖7(a)〜(d)係用以說明使用有複數個封閉區域指定指標 © 之複數個封閉區域之指定方法。 圖8係用以說明第2實施形態之線畫處理裝置之構成之 圖。 圖9係用以說明第2實施形態之線晝處理裝置之動作之流 程圖。 ' 圖10(a)〜(c)係用以說明登錄特徵部分之動作之圖。 圖11(a)〜(d)係用以說明使用有複數個封閉區域指定指標 之複數個封閉區域之指定方法。 ❹ 圖12(a)〜(d)係用以表示複數個封閉區域指定指標之其他 例之圖。 ' 圖13(a)〜(e)係用以表示複數個封閉區域指定指標之其他 例之圖。 【主要元件符號說明】 1 10 11 、 111In the step S11G, the "coloring unit 1176" specifies the point R of the plurality of closed area specifying indexes HP with the set color. The coloring unit u76 can perform the closed area of each line by the operator without the operation of the operator. Perform shading processing. Thus, when the line drawing processing apparatus 1 shown in FIG. 8 operates as shown in the flowchart of FIG. 9, the line drawing processing apparatus 10 can easily specify the color of each closed area of the line drawing character LW. . <Modification 1> Although the above description has been made to simplify the description, only a plurality of closed area specifying indexes HP are described, but the number of the plurality of closed area specifying indexes HP is not limited thereto. For example, a plurality of closed area designation indicators HP corresponding to the number of line drawing characters LW included in the line drawing 137996.doc -31 - 200937343 may be prepared. In this case, the operator can easily perform coloring processing on each of the plurality of line drawing characters Lw. Therefore, the efficiency of the coloring process is improved. <Modification 2> ❹ Ο In the above description, a plurality of closed region specifying indexes HP are set such that the feature portion designation window TW and the region designation point Rp are arranged on a straight line, but a plurality of closed The configuration of the area specifying index 1115 is not limited to this. Fig. 12 is a view showing another example of a plurality of closed area specifying indexes. In Fig. 12(a), a plurality of closed area specifying indicators Η ι ι 系 系 系 系 系 RP RP RP RP RP RP RP RP RP RP RP RP RP RP RP RP RP RP RP RP RP RP RP RP RP RP Moreover, the plurality of closed area designation indexes HP1 shown in Fig. 12(4) are suitable for specifying a plurality of closed area designation indicators hp 2 system from a plurality of closed areas of the closed figure 1 2 (4), for example, the line character L wd shown in Fig. 12 (b). The plurality of area designation points RP are assigned to the partial (four) configuration with respect to the feature portion. The plurality of closed area designation indicators HP2 shown in Fig. 12 (4) are suitable for two, for example, the line drawing character shown in Fig. 12 (4), specifying a plurality of closed areas 0 137996. Doc-32-200937343 <Modification 3> In the above description, the shape of the plurality of area designation points RP included in the plurality of closed area specifying indexes Hp is described as a dot shape, but the area designation point RP The shape is not limited to this. For example, the line drawing character may be specified by the area designation point RP centering on the area specifying point RP (in other words, the area specifying point Rp). Fig. 1 is a diagram for explaining a plurality of closed area specifying indexes Hp3 including a plurality of area specifying patterns RF instead of a plurality of area specifying points RP. Fig. 13(a) is for explaining a plurality of areas. The domain designation map of the plurality of closed areas specifying the index HP3 of the graphic ruler. As shown in FIG. 13(a), the plurality of closed area specifying indicators HP3 includes the feature part specifying window TW and the area designation arranged at the specific position. The patterns RF1, RF2, and RF3. The area designation patterns RF1, RF2, and RF3 are circular areas centered on the area designation points Rpi, RP2, and RP3, respectively, and the closed area overlapping with the area designation pattern RF is designated as the coloring area. 13(b) is a diagram showing a data structure of a plurality of closed region specifying indexes HP3 set by the feature portion specifying window setting portion 1711 (or 11711) and the region specifying point setting portion ni2 (or 11712). The structure of the related part designation window TW of 13(b) and the related data structure of the plurality of area designation points RP are the same as those shown in Fig. 5. Further, in the data structure of the plurality of closed area designation indexes HP3, as shown in Fig. 13(b) In addition, information related to the area designation pattern RF is added. That is, "eircle" is set as the area designation pattern RF, and the radius "r" is also set. Here, a radius "r" of 5 (mm) is stored. As the single 137996.doc -33- 200937343 bit of the radius rr", a pixel other than mm or Q or the like can be used. Further, the pattern used as the area designation pattern RF may also use an ellipse or a rectangle other than a circle. Further, the size of the region-designated graphic muscle and the winning RF3 can be set to the same value, and the graphic RF can be specified for each region to be set to a different value. Fig. 13(e) is a diagram for explaining a method of specifying a closed area of the line character LWx using a plurality of closed area specifying indexes. As shown in Fig. 4 (4), the area designated point RP| deviates from the closed area of the line character LWx. Therefore, the use of the plurality of closed area specifying indicators Hp shown in Fig. 3 will not constitute the closed area of the line drawing character lwx. For example, as shown in Fig. i3(c)m, the area designation point of the area designation pattern RF1 is outside the closed area LA1 (corresponding to the character's hat). On the other hand, when a plurality of closed area specifying indicators HP3 are used, a part of the area specifying figure RFi will overlap with the closed area of the line drawing character LWx. For example, as shown in Fig. i3(e), the portion of the area designation pattern will overlap with the closed area LA1. (4) Multiple areas can be specified at one time. Moreover, the closed area to be colored can be easily specified. As described above, the plurality of closed area specifying indexes HP can be formed into a configuration desired by the operator, and thus the coloring process for the line character LW can be easily performed. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view for explaining the configuration of a region specifying device according to a first embodiment. Fig. 2 is a diagram showing an example of a character represented by a line. 137996.doc -34- 200937343 Figure 3 is a diagram showing an example of a plurality of closed area designation indicators. Fig. 4 is a view showing a state in which a plurality of closed area specifying indexes are displayed on a line drawing character. Figure 5 is a diagram showing the data structure of a plurality of closed area designation indicators. Fig. 6 is a flow chart for explaining the operation of the area specifying device of the first embodiment. 7(a) to (d) are diagrams for explaining a method of specifying a plurality of closed areas using a plurality of closed area specifying indexes ©. Fig. 8 is a view for explaining the configuration of a line drawing processing apparatus according to a second embodiment. Fig. 9 is a flow chart for explaining the operation of the winding device of the second embodiment. 10(a) to (c) are diagrams for explaining the operation of the registration feature portion. 11(a) to (d) are diagrams for explaining a method of specifying a plurality of closed areas using a plurality of closed area specifying indexes. ❹ Figures 12(a) to (d) are diagrams showing other examples of a plurality of closed area designation indexes. Figs. 13(a) to (e) are diagrams showing other examples of a plurality of closed area specifying indexes. [Main component symbol description] 1 10 11 , 111

區域指定裝置 線畫處理裝置 CPU 137996.doc ·35· 200937343Area designation device Line drawing processing device CPU 137996.doc ·35· 200937343

顯示部 輸入部 網路I/F 12 、 112 13 、 113 14 、 114 15 、 115 16 、 116 ' 17 、 117 171 、 1175 172 、 1176 Ο 181 、 1181 碟片驅動器 記憶部 記憶體 複數個封閉區域指定部 著色部 程式 1171 1172 1173 1174 1711 、 11711Display unit input unit network I/F 12, 112 13 , 113 14 , 114 15 , 115 16 , 116 ' 17 , 117 171 , 1175 172 , 1176 181 181 , 1181 Disc drive memory unit memory multiple closed area designation Part coloring program 1171 1172 1173 1174 1711 , 11711

1712 、 11712 1713 、 11741 1714 、 11742 11731 11732 HP、HP1、HP2、HP3 複數個封閉區域指定指標 顯示部 特徵部分登錄部 特徵部分檢索部 複數個封閉區域指定指標 移動部 特徵部分指定窗口設定部 區域指定點設定部 複數個封閉區域指定指標 變倍部 複數個封閉區域指定指標 旋轉部 特徵部分變倍部 特徵部分旋轉部 複數個封閉區域指定指標 137996.doc -36- 200937343 LW、LWb、LWdl、LWd2、1712, 11712 1713, 11741 1714, 11742 11731 11732 HP, HP1, HP2, HP3 Multiple closed area designation index display part feature part registration part feature part search part plural closed area designation index moving part feature part designation window setting part area designation Point setting section plural closed area specifying index changing section plural closed area specifying index rotating part characteristic part zooming part characteristic part rotating part plural closed area specifying index 137996.doc -36- 200937343 LW, LWb, LWdl, LWd2

LWs、LWy、LWx RF、RF1、RF2、RF3 RP、RP1、RP2、RP3 TP TW LAI、LA2、LA3 LD 封閉區域 線畫資料 線晝角色 區域指定圖形 區域指定點 特徵部分 特徵部分指定窗口LWs, LWy, LWx RF, RF1, RF2, RF3 RP, RP1, RP2, RP3 TP TW LAI, LA2, LA3 LD Closed area Line drawing data Line 昼 Character Area specified graphic Area specified point Characteristic part Characteristic part specified window

137996.doc -37·137996.doc -37·

Claims (1)

200937343 七、申請專利範圍： l 一種區域指定裝置，其特徵在於： 其係對藉由線畫來表現並且包含複數個封閉區域之角 色指定該角色之封閉區域者，其包括： (a)顯示機構；以及 W複數個封閉區域指定機構，其藉由配置於上述顯 ' 示機構中㈣示之上述角色上之複數個封閉區域指定指 標，而-次性指定上述角色之特徵部分以及上述角色之 φ 封閉區域； 上述複數個封閉區域指定指標包括： 特徵部分指定窗口，其指定上述角色之上述特徵部 分；以及 複數個區域指定點，其以上述特徵部分指定窗口為 基準而配置於特定位置上，用以指定上述角色之封閉 區域。 2. 如請求項1之區域指定裝置，其中 ^ 上述複數個封閉區域指定部包括： (b-Ι)特徵部分指定窗口設定機構，其使上述特徵部 . 分指定窗口對應於上述角色之上述特徵部分；以及 (b·2)區域指定點設定機構，其設定上述複數個區域 指定點。 3. 如5青求項2之區域指定裝置，其中 上述區域指定點設定機構於設定上述複數個區域指定 點時，設定對藉由各區域指定點而指定之封閉區域所著 137996.doc 200937343 上之色彩。 4_如請求項2之區域指定裝置，其中 區域指定圖形係以上述複數個區域指定點中之所對應 之區域指定點為中心而設定之圖形， 上述複數個區域指定機構係一次性指定與各區域指定 圖形重疊之封閉區域。 5.如請求項1之區域指定裝置，其中 上述複數個封閉區域指定機構可進行複數個封閉區域 & 指定指標之放大或縮小操作。 6·如請求項1之區域指定裝置，其中 上述複數個封閉區域指定機構可進行複數個封閉區域 指定指標之旋轉操作。 7· —種線晝處理裝置，其特徵在於： 使用請求項！之區域指定裝置，纟對藉由線晝而表現 並且包含複數個封閉區域之角色進行著色處理。 一種線晝處理裝置，其特徵在於： :、係對藉由線晝而表現並且包含複數個封閉區域之角 色進行著色處理者，其包括： (a)顯示機構； (b)複數個封閉區域指定指標顯示機構200937343 VII. Patent application scope: l A region specifying device, which is characterized in that: a person who is represented by a line drawing and includes a plurality of closed areas to designate a closed area of the character, including: (a) display mechanism And a plurality of closed area specifying means for specifying a plurality of closed area specifying indicators on the above-mentioned characters in the above-mentioned display means (four), and sub-specifying the characteristic parts of the above characters and the above-mentioned characters The closed area; the plurality of closed area specifying indicators includes: a feature part designation window that specifies the feature portion of the character; and a plurality of area designation points that are arranged at a specific position based on the feature part designation window To specify a closed area for the above roles. 2. The area specifying device of claim 1, wherein the plurality of closed area specifying units include: (b-Ι) a character portion specifying window setting mechanism that causes the feature portion to specify a window corresponding to the above feature of the character And a (b. 2) area designation point setting mechanism that sets the plurality of area designation points. 3. The area specifying device according to the item 5, wherein the area specifying point setting means sets the closed area designated by the designated point of each area to 137996.doc 200937343 when setting the plurality of area designated points. The color. 4) The area specifying device of claim 2, wherein the area specifying graphic is a graphic set centering on a specified area of the plurality of area specifying points, wherein the plurality of area specifying institutions are specified at one time The area specifies the enclosed area where the graphics overlap. 5. The area specifying device of claim 1, wherein the plurality of closed area specifying means can perform a plurality of closed areas & enlargement or reduction operations of the specified index. 6. The area specifying device of claim 1, wherein the plurality of closed area specifying means can perform a rotating operation of the plurality of closed area specifying indicators. 7·—The type of line processing device, which is characterized by: Using the request item! The area specifying means performs coloring on the character represented by the line and including a plurality of closed areas. A wire loop processing apparatus, characterized by: a coloring process performed on a character represented by a line and including a plurality of closed areas, comprising: (a) a display mechanism; (b) a plurality of closed area designations Indicator display mechanism 置於特定位置上並且指定上 示機構，其使上述顯 指定指標，其中該複數個封 述角色之特徵部分之特徵部 定窗口為基準而配 述角色之封閉區域之複數個 137996.doc 200937343 區域指定點； 特徵部分登錄機構’其登錄藉由上述特徵部分指 疋® 口而扣疋之上述角色之特徵部分； ⑷特徵部分檢线構，其自顯示於上述顯示機構中 之線晝’檢索具有與藉由上述特徵部分登錄機構而登錄 之特徵部分相同之形狀之角色； 、 ❹ ❹ ⑷指標移動機構，其使上述複數個封閉區域指定^ 標移動，以使上述特徵部分指^窗口位於藉由上述特^ ，分檢索機構而檢索到之角色之部分中與藉由上述特徵 部分登錄機構而登錄之特徵部分相對應之部分； (0複數個封閉區域指定機構，其根據藉由上述指標 移動機構而移動之上述複數個封閉區域指定指標之各區 域才曰疋點’一次性指定藉由上述特徵部分檢索機構而檢 索到之角色之封閉區域；以及 (g)著色機構，其對.藉由上述複數個封閉區域指定機 構而一次性指定之封閉區域執行著色處理。 9.如請求項8之線畫處理裝置，其中 複數個封閉區域指定指標顯示機構包括： (b·1)特徵部分指定窗口設定機構，其使上述特徵部 分指定窗口對應於上述角色之上述特徵部分；以及 (b 2)區域指定點設定機構，其設定上述複數個區域 指定點。 1 〇·如請求項9之線畫處理裝置，其中 上述區域指定點設定機構於設定上述複數個區域指定 137996.doc 200937343 而指定之封閉區域所著 點時’設定對藉由各區域指定點 上之色彩。 11.如請求項9之線畫處理裝置，其中 區域指定圖形係以上述複數個區域指定點中之 之區域指定點為中心而設定之圖形， ‘、' 上述複數個封閉區域指定指標顯示機構係一次性 與各區域指定圖形重疊之封閉區域。 曰Positioned at a specific position and designated by the above-mentioned display means, wherein the plurality of 137996.doc 200937343 areas of the closed area of the character are defined as the reference by the characteristic part of the feature part of the plurality of quotation characters a specified portion; a feature portion registration mechanism 'registers a feature portion of the above-mentioned character that is deducted by the above-mentioned feature portion index port; (4) a feature portion check line structure that has a line 昼 'retrieved from the display mechanism a character having the same shape as the feature portion registered by the feature portion registration mechanism; ❹ ❹ (4) an index moving mechanism that moves the plurality of closed region designation targets so that the feature portion refers to the window a portion corresponding to the feature portion registered by the feature portion registration means in the part of the character searched by the search means; (0) a plurality of closed area specifying means according to the moving means by the index And moving the above-mentioned multiple closed areas to specify the indicators of each area is only a one-time a closed area of the character retrieved by the feature portion search means; and (g) a coloring mechanism that performs a coloring process on the closed area specified by the plurality of closed area specifying means at one time. The line drawing processing device of claim 8, wherein the plurality of closed area specifying index display means comprises: (b1) a feature portion specifying window setting mechanism that causes the feature portion specifying window to correspond to the feature portion of the character; and b 2) an area specifying point setting means for setting the plurality of area specifying points. The line drawing processing apparatus of claim 9, wherein the area specifying point setting means sets the plurality of areas to specify 137996.doc 200937343 When the designated closed area is marked, 'sets the color on the specified point by each area. 11. The line drawing processing apparatus of claim 9, wherein the area specifying graphic is specified by the area of the plurality of specified areas The point is centered and the graphic is set, ','. The above multiple closed areas specify the indicator display mechanism. Designated closed area overlaps with the regional pattern. Said 1 2.如請求項8之線畫處理裝置，其中 上述指標移動機構包括： (f-i)複數個封閉區域指定指標變倍機構，其使上 複數個封閉區域指^指標變倍及移動，以使藉由上述特 徵部分登錄機構而登錄之特徵部分與藉由上述特徵部八 檢索機構而檢索到之角色之特徵性部分相一致。刀 13.如請求項8之線畫處理裝置，其中 上述指標移動機構包括： (f-2)複數個封閉區域指定指標旋轉機構，其使上述 複數個封閉區域指定指標旋轉及移動，以使藉由上述特 徵部分登錄機構而登錄之特徵部分與藉由上述特 檢索機構而檢索到之角色之特徵性部分相一致。 14.種區域指定程式，其特徵在於： 閉區域之角 可讀取者； ’使上述電 其係對藉由線晝而表現並且包含複數 色執行指;t該角色之封閉區域的處理且, 藉由上述電腦來執行上述區域指定程: 腦執行如下步驟： 137996.doc 200937343 ⑷顯不步驟，使上述角色顯示於顯示機構中丨以及 (b)複數個封閉區域指定步驟，藉由顯示於上述顯示 機構中且配置於上述角色上之複數個封閉區域指定指 標’而—次性衫上述角色之特徵部分與上述角色之封 閉區域； 上述複數個封閉區域指定指標包括： 特徵部分指定窗口，立指 ，、扣疋上述角色之上述特徵部 分；以及1. The line drawing processing device of claim 8, wherein the indicator moving mechanism comprises: (fi) a plurality of closed area specifying index zooming mechanisms, wherein the plurality of closed areas are indexed and moved, so that The feature portion registered by the feature portion registration means coincides with the characteristic portion of the character retrieved by the feature portion eight search means. The reticle processing apparatus of claim 8, wherein the index moving mechanism comprises: (f-2) a plurality of closed area specifying index rotating mechanisms that rotate and move the plurality of closed area specifying indexes to make The feature portion registered by the feature portion registration means coincides with the characteristic portion of the character retrieved by the special search means. 14. A region specifying program, characterized in that: the corner of the closed region is readable; 'the electrical system is represented by a line and includes a plurality of color execution fingers; t the processing of the closed region of the character, and Performing the above-mentioned area designation by the above computer: The brain performs the following steps: 137996.doc 200937343 (4) showing steps to display the character in the display mechanism and (b) a plurality of closed area specifying steps, as shown above a plurality of closed area specifying indicators in the display mechanism and disposed on the character, and a feature part of the character and the closed area of the character; the plurality of closed area specifying indicators include: a feature part designation window, a vertical finger , deducting the above-mentioned features of the above roles; ❹ 其以上述特徵部分指定窗口為 上’用以指定上述角色之封閉 複數個區域指定點， 基準而配置於特定位置 區域。 15. —種線畫處理程式，其特徵在於·· 其係對藉由線晝而表現並且包含複數個封閉區域之角 色執行該角色之封閉區域之著色處理且電腦可讀取者； 藉由上述電腦來執行上述線畫處理程式時，使上述電 腦執行如下步驟： (a)顯示步驟，使上述角色顯示於顯示機構中； (?複數個封閉區域指定指標顯示步驟，使複數個封 閉區域指定指標顯示於上述顯示機構中，其中該複數個 J〔區域扣定指標包括指定上述角色之特徵部分之特徵 刀札定_口、以及以上述特徵部分指定窗口為基準而 置於特尺位置上以指定上述角色之封閉區域之複數個 區域指定點； ⑷特徵部分登錄步驟’登錄藉由上述特徵部分指定 137996.doc 200937343 窗口而指定之上述角色之特徵部分； (d)特徵部分檢索步驟，自 _ 線畫’檢索具有與藉由上述特:二上述顯示機構中之 特徵部分相同之形狀之角^ ^登錄機構而登錄之 ⑷指標移動步驟’使上述複數個 移動，以使上述特徵部分指定裔埤晶疋扣標 分檢索機構而檢索到之角色之部分=藉由上述特徵部 ❹ 分登錄機構而登錄之特徵部分相對應之、上迷特徵部 ⑴複數個封閉區域指定步驟，根據藉：上 :::而移動之上述複數個封閉區域指定指標= :角色-次性指定藉由上述特徵部分檢索機構而檢索 到之角色之封閉區域；以及 而(-^生色Λ驟，對藉由上述複數個封閉區域指定機構 -人日疋之封閉區域執行著色處理。 ❹ 137996.doc❹ The above-mentioned feature portion designation window is used to designate a closed plurality of region designation points of the above character, and is arranged in a specific location region based on the reference. 15. A line drawing processing program, characterized in that: it performs a coloring process on a closed area of the character and a computer readable by a character represented by a line and comprising a plurality of closed areas; When the computer executes the above-mentioned line drawing processing program, the computer performs the following steps: (a) displaying the steps to display the characters in the display mechanism; (? a plurality of closed areas specifying indicator display steps, so that a plurality of closed areas specify indicators Displayed in the above display mechanism, wherein the plurality of J [regional deduction indicators include a characteristic knife setting_port specifying a characteristic portion of the character, and placing the special tool position on the basis of the feature portion designation window to specify a plurality of area designation points of the closed area of the above character; (4) a feature part registration step 'registering the feature part of the above character specified by the above-mentioned feature part designation 137996.doc 200937343 window; (d) feature part retrieval step, from the _ line Drawing 'search has the same shape as the feature part in the above display mechanism (4) indicator moving step '4' of moving the above-mentioned plurality of characters so that the above-mentioned feature part designates the part of the character retrieved by the indexing unit of the genus = by the above characteristic part The characteristic part corresponding to the login mechanism and the characteristic part (1) a plurality of closed area specifying steps, the plurality of closed areas specified by the borrowing: upper::: specified index =: role-sub-special designation by the above The closed area of the character retrieved by the feature part retrieval means; and (-^ coloring step, performing coloring processing on the closed area by the plurality of closed area specifying institutions - the person's sundial. ❹ 137996.doc
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