TW200416695A - Method for managing animation chunk data and its attribute information for use in an interactive disc - Google Patents
Method for managing animation chunk data and its attribute information for use in an interactive disc Download PDFInfo
- Publication number
- TW200416695A TW200416695A TW92134926A TW92134926A TW200416695A TW 200416695 A TW200416695 A TW 200416695A TW 92134926 A TW92134926 A TW 92134926A TW 92134926 A TW92134926 A TW 92134926A TW 200416695 A TW200416695 A TW 200416695A
- Authority
- TW
- Taiwan
- Prior art keywords
- information
- data
- item
- scope
- patent application
- Prior art date
Links
Classifications
-
- G—PHYSICS
- G11—INFORMATION STORAGE
- G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
- G11B27/00—Editing; Indexing; Addressing; Timing or synchronising; Monitoring; Measuring tape travel
- G11B27/10—Indexing; Addressing; Timing or synchronising; Measuring tape travel
- G11B27/102—Programmed access in sequence to addressed parts of tracks of operating record carriers
- G11B27/105—Programmed access in sequence to addressed parts of tracks of operating record carriers of operating discs
-
- G—PHYSICS
- G11—INFORMATION STORAGE
- G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
- G11B2220/00—Record carriers by type
- G11B2220/20—Disc-shaped record carriers
- G11B2220/25—Disc-shaped record carriers characterised in that the disc is based on a specific recording technology
- G11B2220/2537—Optical discs
- G11B2220/2562—DVDs [digital versatile discs]; Digital video discs; MMCDs; HDCDs
Landscapes
- Television Signal Processing For Recording (AREA)
- Signal Processing For Digital Recording And Reproducing (AREA)
- Processing Or Creating Images (AREA)
- Controls And Circuits For Display Device (AREA)
- Information Transfer Between Computers (AREA)
Abstract
Description
玖、發明說明： 【發明所屬之技術領域 本叙月係有關於用來 &理動晝區塊資料及其屬性資訊 的一方法，而動畫區堍杳 資4其屬性f訊是用在—強化的導 覽媒體上，例如一互勤-V止rtf: Λ 動式先碟，更特別是用來管理用 Ι-DVD(互動式數位多立 用途衫曰光碟）或eDVD(強化的數位多 用途影音光碟）之動書厂祕戈^ —&塊資料及其屬性資訊的一方法，因 而它能夠使與音訊/視訊 优訊關聯的各種動晝資料複製。 【先前技術】 存數位資料。數位多用途 記錄媒體，其能夠永久記錄及 資料，還有高品質的動晝資料。 光碟（DVD)包含（1)一資料串流 高密度光碟能夠記錄及餘 光碟（DVDs)是高容量的 不僅高品質的數位音訊 一數位多用途影音 錄區域用於記錄一數位的資料 一導覽資料的記錄區域用於控 錄的導覽資料。 影音 儲存 的記 串流，例如動晝資料，及（2) 制動晝資料的播放所需之記 因此首先一般DVD播放機讀取在導覽資料記錄區域 所記錄的導覽資料。如果DVD置於播放機中，此播放機儲 存所讀取的導覽資料在播放機所提供的一記憶體中，及使用 此導覽資料，重製記錄於資料串流記錄區域内的動畫資料。 DVD播放機複製在DVD上所記錄的動晝資料，因此一使用 者能看到及聽到DVD上所記錄的動畫。发明, Description of the invention: [Technical field to which the invention belongs] The present month is a method for & manipulating the daytime block data and its attribute information, and the animation area data 4 is used for- On enhanced navigation media, such as a Mutin-V only rtf: Λ moving disc, more specifically used to manage I-DVD (Interactive Digital Multipurpose Shirt) or eDVD (Enhanced Digital Multi The use of audio and video discs), a secret method of the bookstore ^ & block data and its attribute information, so that it can make a variety of audio and video associated with daily dynamic data replication. [Prior art] Store digital data. Digital multi-purpose recording media, which can permanently record and data, as well as high-quality daily data. Optical disc (DVD) contains (1) a data stream, high-density discs can be recorded and DVDs are high-capacity, not only high-quality digital audio, a digital multi-purpose video recording area, for recording a digital data, a tour The recording area of the data is used for controlled navigation data. Audio and video stored stream, such as dynamic day data, and (2) brake required to play the day data, so first a general DVD player reads the navigation data recorded in the navigation data recording area. If the DVD is placed in the player, this player stores the read navigation data in a memory provided by the player, and uses this navigation data to reproduce the animation data recorded in the data stream recording area . The DVD player reproduces the dynamic data recorded on the DVD, so a user can see and hear the animation recorded on the DVD.
關聯於音訊/視訊資料的播放之附加資訊會在一 DVD 200416695 上記錄。這資訊可包含檔案類型的内容檔案（例如，一 HTML (超本文標記語言），一 SMIL(同步化的多媒體整合語言）， 一 CSS(層疊樣式表），一描述語言（即ECMAScript)，資料類 型的内容檔案（例如，影像資料（例如JPEG JPEG或者PNG )、 音訊資料（例如AC-3、MPEG音訊、DTS ，或者SDDS)，動 晝資料（例如MNG ))及文字/字型資料。 一互動式數位多用途影音光碟（Ι-DVD)的標準化持續在 進行。根據使用者的互動要求來複製Ι-DVD上所記錄的音 訊/視㉝資料。在使j-DVDs商品化之處，關聯於主要音訊/ 視訊資料之各種内容的供給，透過數位記錄媒體將更流行， 而對使用者造成更大的便利。 一種用於接收/讀取上面所確認來自一内容祠服器之各 種内容檔案且能同時複製DVDs上記錄的主要音訊/視訊資 料的方法被實施。因此，當接收到一使用者的要求時，需要 —種有效方法來複製像各種動晝資料之主要音訊/視訊資料 及與它有關的内容。 【發明内容】 • 依據一或更多的實施例，提供管理動晝資料及相關控制 貝料之方法，該相關控制資料是用以記錄在一強化的導覽 某體上此方法包含以區塊資料格式建構含有第一圖形檔案 的動畫資料成為一第一圖形MNG檔案，其中上述第一圖形 檔案包含一第一標頭部分、一第二結尾部分、第一控制資料 和含有附加資料的一框架；及在一強化的導覽媒體上記錄 4 2〇〇4l6695 此第一圖形檔案。 含有附加資料的框架包含一第二圖形檔案。含有附加資 科的框架包含一第二圖形檔案。含有附加資料的框架包含一 第二圖形檔案及一第三圖形檔案的至少一者。第二圖形檔案 包含第二影像資料及用於控制在第一圖形檔案中之動晝資 料的播放之第二控制資料。 在一些實施例中，第三檔案包含第三影像資料及用於控 制第一圖形槽案中動畫資料的播放之第三控制資料。此強化 的導覽媒體是一互動式數位多用途影音光碟(I-DvD)。第二 圖形檔案及第三圖形檔案的至少一者包含用於控制第一影 像資料的播放之第四控制資訊。第一圖形檔案可更包含終止 動作資訊、實際的像素量大小資訊、調色板資訊，及透明度 資訊。 第/圖形檔案也可更包含例如一終止動作資訊、實際的 像素量大小貝訊、調色板資訊，在含有附加資料的框架前所 建構的透月度負Λ中至少一者。這含有附加資料的框架包含 第二圖形檔案及第三圖形檔案至少一者的複數個。第二圖形 槽案包含第二標頭資訊、第二影像資料，及第二影像結尾資 訊中炱少一者。 在，些實施例中，第二圖％ PNG稽案更包含第二實際 的像素量大小資訊、第二標帛RGB(紅綠藍）資訊、第二 gamma資訊、第二關鍵色度資訊、第二調色板資訊，及第二 透明度資訊之至少一者。第二實際的像素量大小資訊、第二 樑準RGB資訊、第二gamma資訊、第二關鍵色度資訊、第 5 200416695 是在第二標頭 二調色板資訊，及第二透明度資訊之至少一 資訊和第二物件影像資料之間建構的。夕 利用第二實際的像素量 π第-⑽ | 大小資訊、第二標準RGB資 訊、第一gamma資訊、第二關鍵色度 & 訊，及第二透明度資訊之至少一 、 第一凋色板貝 放。第二11开彡；~人# 以控制第二影像資料的播 放第一圖形檔案包含第三標頭資訊、楚 及第三影像結尾資訊之至少一者。 二物件影像資料， 在-或更多的實施例中，第三圖形槽 的像素量大小資訊、第三標準R(j 〃 U第二實際 第三關鍵色度資訊、第=調 。、第三gamma資訊、 至少-者。第… 板資訊，及第三透明度資訊之 至/者第二實際的像素 %、筮一 貝訊、第三標準RGB資 δί1 第一 gamma資訊、第三Μ城a 訊，及第三透明度資訊之至一少度資訊、第三調色板資 及第三物件影像資料之間建構的者是在第三腦標頭資訊 在另一實施例中，第三實 準RGB資訊、第一 除的像素量大小資訊、第三標 千 第二gamma資訊 調色板資° 第三關鍵色度資訊、第三 貧訊及第二透明度資訊之咕 三JPEG (靜離旦彡你『 至 >、一者被利用來控制第 [静態衫像壓縮標準） 依據另一實 ·資料的播放。 X轭例，一強化 音訊/視訊）資斜·山 W導覽媒體包含音訊/視訊（Α 针，由一強化的導 資料的複製之導醫次刺· 爷覽播放機來控制音訊/視訊 見貝，及用j> 之結構上的組態，甘士…於包裝音訊/視訊及控制資料 架，該資料框架包含一呈 〜構上的組態包含一資料框 圖形檔案包含第 二有動晝^訊的第-圖形檔案。第- °β貝料，及至少一第二區塊資料及第 6 200416695 三區塊資料。 第一區塊資料包含第一標頭框架識別符；第一結尾框 架識別符；及第-控制資訊。在某些實施例中，由—強化的 導覽播放機包裝用於複製的動畫資料之—強化的導覽資料 …構，此資料結構包含一含有音訊/視訊（a/v)資料的第一圖 形檔案；由一強化的導覽播放機用來控制音訊/視訊資料的 複製之導覽資料。 此音訊/視訊資料及導覽資料被包裝成為第一區塊資 料，及第一區塊資料及第三區塊資料之至少一者。第一區塊 資料包含一第一標頭框架識別符；一第一結尾框架識別 符，及第一控制資訊。第二區塊資料包含一第二標頭框架識 別符，一第二結尾框架識別符；及第二控制資訊。在某些實 奴例中，舉例而言，第三區塊資料包含一第三標頭框架識別 符’一第二結尾框架識別符；及第三控制資訊。 又依據另一實施例，管理動晝資料及對於記錄在一強化 的導覽媒體上之相關控制資料的一方法，該方法包含以區塊 資料格式建構含有音訊/視訊影像資料的動晝資料成為一 MNG(多影像的網路圖形）檔案，其中上述之MNG檔案包含 一 MNG的標頭部分、一 mng的結尾部分、一 MNG的控制 資料和含有附加資料的一框架；及在一強化的導覽媒體上 記錄此MNG檔案。 含有附加資料的框架包含pNG(便攜式網路圖形）檔案。 含有附加資料的框架包含一 JNG(JPEG網路圖形）檔案。此 含有附加資料的框架包含一 pNG(便攜式網路圖形）檔案及 7 一 JNG(JPEG網路圖形）檔案之至少一者。 影像資料及用於控制在MNG檔案中之動 此PNG檔案和此jng檔案之至少一 一音訊/視訊影像資料的播放之第四控制 包含終止動作資訊。MNG檔案更可包含 資訊。MNG檔案更可包含調色板資訊及 某些實施例中，MNG檔案包含一終止動 素量大小資訊 '調色板資訊、在含有附加 構的透明度資訊。 此含有附加資料的框架可包含PNG : 至少一者的複數個。PNG檔案包含PNG損 影像資料，及第二影像結尾資訊的至少_ 包含第二實際的像素量大小資訊、第二標 二gamma資訊、第二關鍵色度資訊、第 第二透明度資訊的至少一者。 第二實際的像素量大小資訊、第二標 二gamma資訊、第二關鍵色度資訊、第 第二透明度資訊的至少一者是在PNG pNG影像資料之間建構的。第二實際的 第二標準RGB資訊、第二gamma資訊、第 第二調色板資訊，及第二透明度資訊的至 制此物件PNG影像資料的播放。 JNG檔案包含JNG標頭資訊、物件 及第三影像結尾資訊之至少一者。JNG檔 PNG檔案包含PNG 晝資料的播放。 者包含用於控制第 資訊。MNG檔案更 實際的像素量大小 透明度的資訊。在 作資訊、實際的像 資料的框架前所建 樓案及JNG檔案之 ^頭資訊、物件PNG -者。PNG檔案更 準RGB資訊、第 一調色板資訊，及 準RGB資訊、第 一調色板資訊，及 標頭資訊及物件 像素量大小資訊、 ;二關鍵色度資訊、 少一者被利用來控 JPEG影像資料， 案更包含第三實際 200416695 的像素量大小資訊、第三標準RGB資訊、第三gamma資訊' 第一關鍵色度資訊、第三調色板資訊，及第三透明度資訊之 至少一者。 在某些實施例中，第三實際的像素量大小資訊、第三標 準RGB資訊、第三gamma資訊、第三關鍵色度資訊、第三 調色板資訊，及第三透明度資訊之至少一者是在jng標頭 貝訊及物件JPEG影像資料之間被建構的。第三實際的像素 量大小資訊、第三標準RGB資訊、第三gamma資訊、第三 關鍵色度資訊、第三調色板資訊，及第三透明度資訊之至少 一者被利用來控制物件jpEG影像資料的播放。 依據本發明的一或更多的實施例，一強化的導覽媒體包 含音訊/視訊（A/V)資料；由一強化的導覽播放機來控制音 訊/視訊資料的複製之導覽資料；及用於包裝此音訊/視訊 及控制的資料之結構上的組態，其中上述之結構上的組態包 含一 > 料框架，該資料框架包含一具有動晝資訊的一 MNG(多影像的網路圖形）檔案。 MNG檔案包含MNG區塊資料；及pNG(便攜式網路圖 形）區塊資料和JNG(JPEG網路圖形）區塊資料之至少一者。 MNG區塊資料包含一 MNG標頭框架識別符；一 mn(}結尾 框架識別符；及MNG控制資訊。由一強化的導覽播放機包 裝用於複製的動晝資料之一強化的導覽資料結構，此資料結 構包含一含有音訊/視訊（A/V)資料的第一圖形檔案；由一 強化的導覽播放機用來控制音訊/視訊資料的複製之導覽資 料0 9 200416695 這音訊/視訊資料及導覽資料包裝成為一第一圖形資料 格式，及第二圖形資料格式及第三圖形資料格式之至少一 者。第一圖形資料格式包含一第一標頭框架識別符；一第一 結尾框架識別符；及第一控制資訊。第二圖形資料袼式包含 一第二標頭框架識別符；一第二結尾框架識別符；及第二 控制資訊。在某些實施例中1三圖形f料格式包含第三標 頭框架識別符；第三結尾框架識別符；及第三控制資訊。 又依據另一實施例，用於管理動晝資料及用於管理在一 強化的導覽媒體上所記錄之相關控制資料之一資料結構，此 資料結構以區塊資料格式包含動晝資料，該動畫資料包含第 —影像資料成n圖形檔案’其令上述之I圖形禮案 包含一第一標頭部分、一笛如、 第一…尾部分、第一控制資料及含 有附加資料的一框架。 & 3有附加資料的框架包含一第二圖形檔案。這含有附 加資料的框架包含第三圖形檔案。這含有附加資料的框架包 含第二圖形槽案及第三圖形檔案之至少—者。第二圖形檔案 包含第二影像資料及用於控制第—圖形檔案中動畫資料的 播放之第二控制資料。 第二檔案包含第三影像資料及用於控制第一圖形檔案 中動畫資料的播放之第三控制資料。在一實施例中，例如， 此強化的導覽媒體是-互動式數位多用途影音光碟 (Ι-DVD)。 第一圖形檔案及第二圖形檔案的至少一者包含用於控 制第一音訊/視訊影像資料的播放之第四控制資訊。第一圖 10 200416695 形檔案更包含終止動作資訊。第一圖形檔案更包含實際的像 素量大小資訊。第一圖形檔案更包含調色板資訊。第一圖形 檔案更包含透明度資訊。 在一實施例中，第一圖形檔案包含一個終止動作資訊、 實際的像素量大小資訊、調色板資訊，在含有附加資料的框 架前所建構的透明度資訊中至少一者，並且此含有附加資料 的框架包含第二圖形檔案及第三圖形檔案至少一者的複數 個。 第二圖形檔案包含第二標頭資訊、第二物件影像資料， 及第二影像結尾資訊中至少一者。第二圖形檔案更可包含第 二實際的像素量大小資訊、第二標準資訊、第二gamma資 訊、第二關鍵色度資訊、第二調色板資訊，及第二透明度資 訊中至少一者。 在一或更多的實施例中，第二實際的像素量大小資訊、 第二標準資訊、第二gamma資訊、第二關鍵色度資訊、第 二調色板資訊，及第二透明度資訊是在第二標頭資訊和第二 物件影像資料之間建構的。第二實際的像素量大小資訊、第 二標準RGB資訊、第二gamma資訊、第二關鍵色度資訊、 第二調色板資訊，及第二透明度資訊之至少一者被利用以控 制第二物件影像資料的播放。 第三圖形檔案包含第三標頭資訊、第三物件影像資料， 及第三影像結尾資訊之至少一者。第三圖形檔案更包含第三 實際的像素量大小資訊、第三標準RGB資訊、第三gamma 資訊、第三關鍵色度資訊、第三調色板資訊，及第三透明度 11 200416695 資訊之至少一者。第三實際的像素量大小資訊、第三標準 RGB資訊、第三gamma資訊、第三關鍵色度資訊、第三調 色板資訊，及第三透明度資訊之至少一者是在第三標頭資訊 及第三物件影像資料之間建構的。 第三實際的像素量大小資訊、第三標準RGB資訊、第 三gamma資訊、第三關鍵色度資訊、第三調色板資訊，及 第二透明度資訊之至少一者是被利用以控制第三物件影像 資料的播放。 又在其他的實施例中，一強化的導覽媒體包含音訊/視 訊（A/V)資料；由一強化的導覽播放機來控制音訊/視訊資 料的複製的導覽資料；及用於包裴此音訊/視訊及控制資料 之結構上的組態，其中上述之結構上的組態包含一資料框 架’該資料框架包含一具有動畫資訊的一 MNG(多影像的網 路圖形）槽案。 MNG檔案包含MNG區塊資料；及例如PNG(便攜式網 路圖形）區塊資料和JNg(jpeg網路圖形）區塊資料的至少 一者。在某些實施例中，MNG區塊資料包含一 MNG標頭框 架識別符、一 MNG結尾框架識別符及MNG控制資訊。第 一圖形檔案可為一 MNG(多影像的網路圖形）檔案。第二圖 形檔案可為一 JNG(JPEG網路圖形）檔案。如在某些實施例 中’第一圖形檔案係為一 MNG(多影像的網路圖形）檔案’ 第二圖形檔案係為一 PNG檔案，第三圖形檔案係為一 JNG 檔案。 本發明的這些及其他的實施例也將對那些熟悉此技藝 12 200416695 者從以下具有參考附圖之實施例的詳細描述變得容易明顯， 本發明係沒局限於任何特定所揭露的實施例。 【實施方式】 參閱第1圖，提供一強化的導覽播放機，或像是ENAV 或者Ι-DVD播放機的一互動式光碟播放機^ 一或更多的實 施例被描述為關聯於一 Ι-DVD或強化的導覽（EnaV)光碟或 者光碟播放機。應該理解到這關聯性是透過例子。因此，在 這裡提供的系統及方法也許適用於任何類型的記錄媒體或 内容播放機裝置。 如第1圖的一 Ι-DVD播放機之互動式光碟播放機包含 一 ENAV引擎100。ENAV引擎100包含一網路管理者1〇用 以從連接到網路的一内容伺服器300下載ENAV的内容， 及一 ENAV緩衝器11用以預載入在一内容光碟400上所記 錄ENAV的内容（例如，Ι-DVD)。一文件處理器12是用來接 收 ENAV文件及也可含有執行有關於ENAV文件的資料處 理作業。 一元件解碼器1 3用來解碼文字資料及元件資料例如音 訊、影像、字型，及使用視訊或音訊的動晝資料，一 ENAV 界面處理者1 4用於控制ΕΝ AV緩衝器11、執行關聯於從文 件處理器1 2所接收的一控制信號之必要作業、接收/傳送一 使用者觸發信號、DVD觸發信號、一 DVD狀態信號，^ 一 DVD控制信號；及例如，在一或更多實施例中也可包含一 用以輸出音訊及視訊的影音顯析器15。 13 200416695 ENAV引擎100被連接到一 DVD-視訊播放引擎200。 一内容伺服器3 00被連接到網路管理員1 0及傳送關聯於 I-DVD 400 上所記錄以複數個資料檔案的形式之音訊/視訊 資料的各種内容資料。舉例而言，如在第2圖所示，根據 XHTML文件檔案單元和它們有關組成影像、動晝、.音訊或 文字/字型資料的ENAV單元，可傳送ENAV内容資料。 可傳送動晝資料例如一 MNG(多媒體網路圖形）檔案 所寫入的一資料格式。動晝資料的MNG檔案更可包含例如 一 PNG(便攜式網路圖形）檔案或一 JNG (JPEG網路圖形）檔 案。 參閱第3圖，提供一 MNG區塊資料組態和PNG及JNG 區塊資料組態。例如，MNG標頭資訊（MHDR)是被記錄在 MNG檔案的前頭上。MNG結尾資訊（MEND)是被記錄在 MNG檔案的後面結尾上。在MNG檔案中，更記錄著一 PNG 檔案及影像資料的一 JNG檔案。在某些實施例中，用於控 制 PNG及 JNG檔案之影像資料的播放之各種控制資訊 (TERM、pHYs等等）能選擇地被記錄在MNG檔案中。 PNG標頭資訊（IHDR)是被記錄在PNG檔案的前頭上， 並且PNG結尾資訊（IEND)是被記錄在PNG檔案的後面結尾 上。以動晝影像形式來顯示的物件影像資料（IDAT)及用於控 制物件影像資料（IDAT)的播放之控制資訊（pHYs、sRGB等 等）能選擇地被記錄在PNG檔案中。 JNG標頭資訊（JHDR)可被記錄在JNG檔案的前頭上， 並且JNG結尾資訊（IEND)可被記錄在JNG檔案的後面結尾 14 200416695 上。以動晝影像形式顯示的JPEG影像資料（JDAT)及用於控 制JPEG影像資料（JDAT)的播放之控制資訊（pHYs、sRGB等 等）能選擇地被記錄在JNG檔案中。 在一實施例中，作為動晝資料的MNG檔案是從内容伺 服器300接收，而暫時被儲存在ENAV緩衝器11中.。在其 他實施例中，MNG檔案是讀取自I-DVD 400之一指定的記 錄欄位，而暫時被儲存在ENAV緩衝器11中。如在第4圖 所示，用來以動晝影像形式使MNG檔案的資料複製之含於 元件解碼器13中的動晝解碼器可更包含一 MNG-LC解碼器 130、一 PNG 解碼器 131、一 JNG 區塊剖析器 132、一 JPEG 解碼器133，及佈局管理者134。 因此，依據一實施例，從I-DVD 400或内容提供者伺服 器3 00中讀取動晝資料的MNG檔案，其透過MNG-LC解碼 器130分成PNG檔案及JNG檔案。含於MNG檔案中的控 制資訊也分成PNG及JNG檔案，然輸出到MNG佈局管理 者 134。 在一些實施例中，PNG解碼器13 1解碼PNG檔案。含 於 PNG 檔案中的控制資訊及經解碼的物件影像被傳給 MNG佈局管理者134。JNG檔案在 JNG 區塊剖析器 132 中分成控制資訊及JPEG的影像資料。 KNG檔案的控制資訊被傳給MNG佈局管理者 134。 JPEG影像資料在JPEG解碼器133中被解碼為JPEG影像， 然後傳給MNG佈局管理者134。在一些實施例中，JNG區 塊剖析器132及JPEG解碼器133能整合為一體。例如，根 15 200416695 據區塊資料的類型，分類MNG_LC解碼器13〇中的控制資 訊及檔案的分割動作、PNG解碼器131，及jng區塊剖析 器 132 〇 MNG佈局管理者134參考MNG控制資訊、Μ控制 資訊，及JNG控制資訊而以動晝影像形式複製出這些經解 碼的物件影像及JPEG影像，該動晝影像形式係關聯於由 DVD引擎所複製的主要音訊/視訊資料。 這互動式光碟播放機能複製從400所讀取的主 要音訊/視訊資料，及同時能以與主要音訊/視訊資料關聯的 動晝影像形式複製來自内容伺服器3〇〇或Ι-ϋνΕ) 400任一者 所讀取之動晝資料的MNG檔案。 為了有效地記錄附加的控制資訊，其為在^DVD上用 於控制上述之動晝影像的播放所需要的控制資訊，將在下文 更詳細描述一用於管理互動式光碟的動晝控制資訊之方 法。值得注意的是在此所提供的數值及參數或檔案名稱是經 由例子，在其他實施例中及基於實作，可使用另外選擇的數 值或命名慣用法。 參閱第5圖，對應含在動畫資料的MNG檔案中的關鍵 控制區塊之MNG標頭資訊（MHDR)包含“ Frame —width”資 訊（例如，0到720)及“ Frame—height”資訊（例如，0到480 (576))作為限制一框架尺寸，及“ Ticks_per—second”資訊 (例如，達到24)作為限制一框架速率。 同樣，MNG標頭資訊（MHDR)可更包含例如“ Nominal一 layer—count，，資訊、“ Nominal_frame一count ” 資訊、 16 200416695 “ Nominal —frame 一 time” 資訊，及 “ Simplicity—profile” 資 訊。用於表明MNG檔案的結尾之MNG結尾資訊（MEND)被 記錄為一規定的註解“空區塊”。 參閱第6圖，對應於MNG檔案的影像定義區塊之DEFI (定義一物件）資訊可包含例如“Object_id”資訊、“Do_not 一 show” 資訊、“Concreteflag” 資訊、“X—location” 資訊、 “Y —location” 資訊、“ Left 一 cb” 資訊、“ Right_cb” 資訊、 “Top — cb”資訊，及“Bottom_cb”資訊。依據一實施例， 如果有一物件，其“ Object—id”資訊及“ Concreteflag”資 訊被省略，並且“ Do_not_show”資訊被記錄為一規定值” 0x00可視的”。 例如’除了 “ Right一cb”及“ Bottom —cb”資訊之外， 其他資訊被記錄為一規定的值“預設值〇 ” 。“ PLTE ” (全球調色板）資訊包含例如用作表明許多紅/綠/藍（R/G/B) 色彩之指定的資訊“最大值（256x3)位元組”。“tRNS”（全 球透明度）資訊包含例如用作表明紅/綠/藍色彩的透明度。 MNG檔案可更包含IHDR/JHDR資訊、IDAT/JDAT資訊， 及 IEND 資訊。“TERM” 資訊包含 “ Termination—action” 資訊、“ Action 一 after—iteration” 資訊、“ Delay” 資訊，及 “ Iteration—max” 資訊。如果 “ Termination—action” 資訊是 ” ，它意指是動畫框架之最後的顯示狀態。如果 “ Termination—action”資訊是“ 1 ” ，它意指是動畫框架在 完全顯示之後自動地消失。 如果“ Termination—action”資訊是“ 2” ，它意指是動 17 200416695 旦框木回到初始框架狀態。如果“ Termination_action”資 县 “ ” ^ 3 ，它意指是動晝框架開始在他們的涉及範圍内顯 示動作例如從他們的第一框架到他們的最後框架。 例如’如果 “ Action一after—iteration” 資訊是 “ 〇” ，它 意指是動晝框架之最後的顯示狀態。如果“ Action_after 一iteration”資訊是“丨”，它意指是動晝框架在完全顯示之 後自動地消失。如果“ Action一after_iteration ”資訊是 “ 2” ’它意指是動晝框架回到初始框架狀態。 、Delay”資訊是表明從一播放時間至下一播放時間的 一閒置時期。“ Iteration一max”資訊是表明能夠以此最大值 反覆讀取動晝框架。例如，在一無窮播放模式情況下，‘‘反 覆最大值”被記錄為“0X7FFFFFF” 。 參閱第7圖，對應於MNG檔案的影像顯示區塊之“背 景”資訊包含“紅色背景”資訊、“綠色背景”資訊及“藍 色背景”資訊。此“背景”資訊是適用於建立動晝框架的背 景色彩。 “ FRAM” （框架定義）資訊例如包含“框架一模式，’資 訊及定義在MNG-LC版本1.0中的“子框架—名稱”資訊。 對應含在動畫資料的PNG檔案中之關鍵PNG區塊的 “ IHDR” （影像標頭）資訊包含“寬度”資訊（例如，〇到 720)及“高度”資訊（例如，0到480(576))作為限制ϊ-dvd 的一顯示螢幕之一寬度及高度。 “位元深度”資訊、“色彩類型”資訊、“壓縮方法” 資訊、“濾波方法”資訊及“交錯方法”資訊也可在一或更 18 6695 多的實施例裡。如作為“位元深度，，資訊，如果調色板資料 適用於一調色板的顯示索引的資料長度例如是等於值 “8” ，28資料表示法是可用的，所以能夠顯示256種色彩。 用來顯示影像的色彩之“色彩類型，，資訊是基於一 PNG格式。“壓縮方法，，資訊及“濾波方法，，資訊沒設置 成任何功旎。交錯方法，，資訊被記錄為不支援一交錯功能 之一指定的值“ 0x00” 。Additional information related to the playback of audio / video data is recorded on a DVD 200416695. This information may include content files of the file type (for example, an HTML (Super Text Markup Language), a SMIL (Synchronized Multimedia Integration Language), a CSS (Cascading Style Sheets), a description language (ie ECMAScript), data type Content files (such as image data (such as JPEG, JPEG, or PNG), audio data (such as AC-3, MPEG audio, DTS, or SDDS), dynamic data (such as MNG)), and text / font data. An interaction The standardization of digital versatile video discs (I-DVD) is continuing. Reproduction of audio / video data recorded on I-DVD according to user interaction requirements. Where commercializing j-DVDs is related to The supply of various contents of main audio / video data will be more popular through digital recording media, which will bring greater convenience to users. One is used to receive / read various content files identified above from a content server and A method capable of copying the main audio / video data recorded on DVDs at the same time is implemented. Therefore, when a user's request is received, an effective method is needed to copy images Main audio / video data and related content of moving day data. [Summary of the Invention] • According to one or more embodiments, provide a method for managing moving day data and related control materials. The related control data is used to Recording on an enhanced navigation body This method includes constructing an animation data containing a first graphic file in a block data format into a first graphic MNG file, wherein the first graphic file includes a first header portion, a The second ending part, the first control data and a frame containing additional information; and recording the first graphic file of 4200416695 on an enhanced navigation medium. The frame containing the additional information includes a second graphic file. The frame containing additional resources includes a second graphic file. The frame containing additional information includes at least one of a second graphic file and a third graphic file. The second graphic file contains second image data and is used to control the first image file. The second control data for playing the moving day data in a graphic file. In some embodiments, the third file includes the third image data and is used for The third control data that controls the playback of animation data in the first graphics slot. This enhanced navigation medium is an interactive digital versatile video disc (I-DvD). At least one of the second graphics file and the third graphics file This file contains the fourth control information used to control the playback of the first image data. The first graphic file can further include termination information, actual pixel size information, palette information, and transparency information. The first / graphic file can also It also contains, for example, at least one of a termination action information, the actual number of pixels, the palette information, and the negative meniscus Λ constructed before the frame containing the additional data. This frame containing the additional data includes a second graphic A plurality of files and at least one of the third graphics file. The second graphics slot contains at least one of the second header information, the second image data, and the end information of the second image. In some embodiments, the second image% PNG audit further includes the second actual pixel size information, the second standard RGB (red green blue) information, the second gamma information, the second key chroma information, the first At least one of second palette information and second transparency information. The second actual pixel size information, the second beam quasi-RGB information, the second gamma information, the second key chrominance information, and the fifth 200416695 are at least the second palette information in the second header and the second transparency information. Constructed between a piece of information and image data of a second object. Let ’s use the second actual number of pixels πth -⑽ | size information, second standard RGB information, first gamma information, second key chroma & information, and at least one of the second transparency information, the first fader Bebang.第二 11 开 彡 ； ~ 人 # to control the playback of the second image data. The first graphic file contains at least one of the third header information, the Chu, and the third image end information. Two object image data, in-or more embodiments, the pixel size information of the third graphics slot, the third standard R (j 〃 U the second actual third key chromaticity information, the third key, the third key, and the third The gamma information, at least-the first, the third board information, and the third transparency information, the second actual pixel%, the first pixel information, the third standard RGB information δ1 the first gamma information, the third M city a signal And the third transparency information, the first degree information, the third palette information, and the third object image data are constructed in the third brain header information. In another embodiment, the third true RGB Information, the first divided pixel size information, the third standard second gamma information palette information ° third key chroma information, third poor information and second transparency information "To > one is used to control the playback of the [static shirt image compression standard] according to another reality and data. X yoke example, an enhanced audio / video) information oblique · mountain W navigation media contains audio / video (A needle, a guide from a copy of an enhanced guide material. Machine to control audio / video see shell, and use j > structure configuration, Ganshi ... in packaging audio / video and control data frame, the data frame contains a rendering ~ structured configuration contains a data frame graphic The file contains the second-graphic file with the second moving day information. The-° β shell material, and at least one second block data and six 200416695 three block data. The first block data includes the first header frame Identifier; first ending frame identifier; and-control information. In some embodiments, the enhanced navigation material packaged by the-enhanced navigation player for reproduction-the enhanced navigation information ... structure, this information The structure contains a first graphic file containing audio / video (a / v) data; navigation data used by an enhanced navigation player to control the reproduction of audio / video data. This audio / video data and navigation data Is packaged into at least one of the first block data, and at least one of the first block data and the third block data. The first block data includes a first header frame identifier; a first end frame identifier, and First control information. Second zone The data includes a second header frame identifier, a second end frame identifier, and second control information. In some examples, for example, the third block data includes a third header frame identifier And a third control information. According to another embodiment, a method for managing dynamic data and related control data recorded on an enhanced navigation medium, the method includes The block data format constructs dynamic data containing audio / video image data into a MNG (multi-image network graphics) file, where the above MNG file includes a MNG header portion, a mng end portion, and a MNG Control data and a framework containing additional information; and record this MNG file on an enhanced navigation medium. Frames with additional information include pNG (Portable Network Graphics) files. The frame with additional information contains a JNG (JPEG Network Graphics) file. This frame with additional information includes at least one of a pNG (Portable Network Graphics) file and 7 a JNG (JPEG Network Graphics) file. Image data and controls for controlling movement in MNG files The fourth control of the playback of at least one audio / video image data of this PNG file and this jng file contains termination action information. MNG files can also contain information. The MNG file may further include palette information, and in some embodiments, the MNG file includes a termination amount information, a palette information, and transparency information with additional structure. This frame with additional information may contain PNG: a plurality of at least one. The PNG file contains PNG loss image data and at least one of the end information of the second image._ Contains at least one of the second actual pixel size information, the second standard second gamma information, the second key chroma information, and the second transparency information. . At least one of the second actual pixel size information, the second target second gamma information, the second key chrominance information, and the second transparency information is constructed between the PNG pNG image data. The second actual second standard RGB information, second gamma information, second palette information, and second transparency information control the playback of PNG image data of this object. The JNG file contains at least one of JNG header information, objects, and third image ending information. JNG file PNG file contains the playback of PNG daily data. This contains information for controlling the first section. MNG files are more actual pixel size and transparency information. Header information, object PNG-created in the building case and JNG file before making a frame of information and actual image data. PNG files are more accurate RGB information, first palette information, and quasi-RGB information, first palette information, and header information and object pixel size information, two key chromaticity information, one less is used Control JPEG image data, the case also contains the third actual 200416695 pixel size information, the third standard RGB information, the third gamma information 'the first key chromaticity information, the third palette information, and the third transparency information at least One. In some embodiments, at least one of the third actual pixel size information, the third standard RGB information, the third gamma information, the third key chromaticity information, the third palette information, and the third transparency information. It is constructed between jng header Besson and object JPEG image data. At least one of the third actual pixel size information, the third standard RGB information, the third gamma information, the third key chroma information, the third palette information, and the third transparency information is used to control the object jpEG image Data playback. According to one or more embodiments of the present invention, an enhanced navigation medium includes audio / video (A / V) data; an enhanced navigation player controls navigation data for reproduction of audio / video data; And a structural configuration for packaging this audio / video and control data, wherein the above structural configuration includes a > data frame, which includes a MNG (multi-image Web graphics) files. The MNG file contains MNG block data; and at least one of pNG (Portable Network Graphics) block data and JNG (JPEG Network Graphics) block data. The MNG block data includes an MNG header frame identifier; an mn (} end frame identifier; and MNG control information. The navigation data is enhanced by one of the dynamic data packaged by an enhanced navigation player for reproduction Structure, this data structure contains a first graphic file containing audio / video (A / V) data; navigation data used by an enhanced navigation player to control the reproduction of audio / video data 0 9 200416695 This audio / The video data and navigation data are packaged into at least one of a first graphic data format, and at least one of a second graphic data format and a third graphic data format. The first graphic data format includes a first header frame identifier; a first End frame identifier; and first control information. The second graphic data pattern includes a second header frame identifier; a second end frame identifier; and second control information. In some embodiments, one or three graphics The f data format includes a third header frame identifier; a third end frame identifier; and third control information. According to another embodiment, it is used to manage dynamic data and to manage an enhanced One of the relevant control data recorded on the media is a data structure. This data structure contains dynamic data in a block data format. The animation data contains the first image data into an n-graphics file. The first header section, the first, the last ... the first control information and a frame containing additional information. &Amp; 3 The frame with additional information contains a second graphic file. The frame with additional information contains The third graphics file. This frame containing additional information includes at least one of the second graphics slot and the third graphics file. The second graphics file contains the second image data and controls the playback of the animation data in the first graphics file. The second control data. The second file includes the third image data and the third control data for controlling the playback of the animation data in the first graphic file. In one embodiment, for example, the enhanced navigation medium is an interactive type. Digital versatile video disc (I-DVD). At least one of the first graphics file and the second graphics file contains data for controlling the first audio / video image data. The fourth control information of the playback. The first picture 10 200416695 The shape file also contains the termination action information. The first graphic file also contains the actual pixel size information. The first graphic file also contains the palette information. The first graphic file is more Contains transparency information. In an embodiment, the first graphic file includes at least one of termination information, actual pixel size information, palette information, transparency information constructed before the frame containing the additional data, and This frame containing additional data includes a plurality of at least one of a second graphic file and a third graphic file. The second graphic file includes at least one of the second header information, the second object image data, and the second image end information. The second graphic file may further include at least one of the second actual pixel size information, the second standard information, the second gamma information, the second key chroma information, the second palette information, and the second transparency information. . In one or more embodiments, the second actual pixel size information, the second standard information, the second gamma information, the second key chroma information, the second palette information, and the second transparency information are in Constructed between the second header information and the second object image data. At least one of the second actual pixel size information, the second standard RGB information, the second gamma information, the second key chroma information, the second palette information, and the second transparency information is used to control the second object Playback of video data. The third graphics file includes at least one of third header information, third object image data, and third image end information. The third graphic file further includes at least one of the third actual pixel size information, the third standard RGB information, the third gamma information, the third key chroma information, the third palette information, and the third transparency 11 200416695 information. By. At least one of the third actual pixel size information, the third standard RGB information, the third gamma information, the third key chroma information, the third palette information, and the third transparency information is in the third header information. And third object image data. At least one of the third actual pixel size information, the third standard RGB information, the third gamma information, the third key chroma information, the third palette information, and the second transparency information is used to control the third Object image data playback. In still other embodiments, an enhanced navigation medium includes audio / video (A / V) data; an enhanced navigation player controls the reproduction of audio / video data; and navigation data; and This is the structural configuration of the audio / video and control data. The above-mentioned structural configuration includes a data frame. The data frame includes a MNG (Multi-Image Network Graphics) slot with animation information. The MNG file contains MNG block data; and at least one of PNG (portable network graphics) block data and JNg (jpeg network graphics) block data, for example. In some embodiments, the MNG block data includes an MNG header frame identifier, an MNG end frame identifier, and MNG control information. The first graphics file can be a MNG (Multi-Image Network Graphics) file. The second graphic file may be a JNG (JPEG Network Graphics) file. For example, in some embodiments, the 'first graphics file is a MNG (Multi-Image Network Graphics) file' The second graphics file is a PNG file, and the third graphics file is a JNG file. These and other embodiments of the present invention will also become apparent to those skilled in the art from the following detailed description of embodiments with reference to the accompanying drawings. The present invention is not limited to any particular disclosed embodiment. [Embodiment] Referring to FIG. 1, an enhanced navigation player or an interactive optical disc player such as an ENAV or an I-DVD player is provided. One or more embodiments are described as being related to one -DVD or enhanced tour (EnaV) disc or disc player. It should be understood that this correlation is by way of example. Therefore, the systems and methods provided herein may be applicable to any type of recording media or content player device. The interactive disc player of an I-DVD player as shown in FIG. 1 includes an ENAV engine 100. The ENAV engine 100 includes a network manager 10 for downloading ENAV content from a content server 300 connected to the network, and an ENAV buffer 11 for preloading ENAV recorded on a content disc 400. Content (for example, 1-DVD). A file processor 12 is used to receive ENAV files and may also contain data processing operations related to ENAV files. A component decoder 13 is used to decode text data and component data such as audio, video, fonts, and dynamic data using video or audio. An ENAV interface processor 14 is used to control the EN AV buffer 11 and perform associations. Necessary operations for a control signal received from the file processor 12, receiving / transmitting a user trigger signal, a DVD trigger signal, a DVD status signal, a DVD control signal; and, for example, one or more implementations The example may also include an audiovisual analyzer 15 for outputting audio and video. 13 200416695 ENAV engine 100 is connected to a DVD-video playback engine 200. A content server 3 00 is connected to the network manager 10 and transmits various content data associated with audio / video data recorded in the form of a plurality of data files recorded on the I-DVD 400. For example, as shown in Figure 2, ENAV content data can be transmitted based on XHTML file file units and their ENAV units that make up image, motion, audio, or text / font data. It can transmit dynamic data such as a data format written in a MNG (Multimedia Network Graphics) file. The MNG file of the daily data can further include, for example, a PNG (Portable Network Graphics) file or a JNG (JPEG Network Graphics) file. Refer to Figure 3 for a MNG block data configuration and PNG and JNG block data configuration. For example, MNG header information (MHDR) is recorded on the front of the MNG file. MNG ending information (MEND) is recorded at the end of the MNG file. In the MNG file, a PNG file and a JNG file of image data are recorded. In some embodiments, various control information (TERM, pHYs, etc.) for controlling the playback of image data of PNG and JNG files can be selectively recorded in the MNG file. PNG header information (IHDR) is recorded on the front of the PNG file, and PNG end information (IEND) is recorded on the back of the PNG file. Object image data (IDAT) displayed in the form of moving day images and control information (pHYs, sRGB, etc.) for controlling the playback of object image data (IDAT) can be selectively recorded in the PNG file. JNG header information (JHDR) can be recorded on the front of the JNG file, and JNG end information (IEND) can be recorded on the back of the JNG file 14 200416695. JPEG image data (JDAT) displayed in the form of moving day and day images and control information (pHYs, sRGB, etc.) for controlling the playback of JPEG image data (JDAT) can be selectively recorded in the JNG file. In one embodiment, the MNG file as the daily data is received from the content server 300 and temporarily stored in the ENAV buffer 11. In other embodiments, the MNG file is read from a designated recording field of one of the I-DVDs 400, and is temporarily stored in the ENAV buffer 11. As shown in FIG. 4, the moving day decoder included in the component decoder 13 for copying the data of the MNG file in the form of moving day images may further include a MNG-LC decoder 130 and a PNG decoder 131. , A JNG block parser 132, a JPEG decoder 133, and a layout manager 134. Therefore, according to an embodiment, the MNG file of the daily data is read from the I-DVD 400 or the content provider server 300, which is divided into a PNG file and a JNG file by the MNG-LC decoder 130. The control information contained in the MNG file is also divided into PNG and JNG files, and then output to the MNG layout manager 134. In some embodiments, the PNG decoder 131 decodes a PNG archive. The control information and decoded object images contained in the PNG file are passed to the MNG layout manager 134. The JNG file is divided into control information and JPEG image data in the JNG block parser 132. The control information of the KNG file is transmitted to the MNG layout manager 134. The JPEG image data is decoded into a JPEG image in the JPEG decoder 133, and then transmitted to the MNG layout manager 134. In some embodiments, the JNG tile parser 132 and the JPEG decoder 133 can be integrated into one. For example, root 15 200416695 classifies the control information in MNG_LC decoder 13 and the division of files according to the type of block data, PNG decoder 131, and jng block parser 132. MNG layout manager 134 refers to MNG control information , M control information, and JNG control information to reproduce these decoded object images and JPEG images in a moving day image format, which is related to the main audio / video data copied by the DVD engine. This interactive disc player can copy the main audio / video data read from 400, and at the same time can copy from the content server 300 or Ι-ΙνΕ in the form of moving image associated with the main audio / video data) 400 MNG file of daily data read by one. In order to effectively record the additional control information, it is the control information required to control the playback of the above-mentioned moving day image on the DVD, and a detailed description of a moving day control information for managing an interactive optical disc will be described in more detail below. method. It is worth noting that the values and parameters or file names provided here are examples, in other embodiments and based on implementation, alternative values or naming conventions may be used. Referring to FIG. 5, the MNG header information (MHDR) corresponding to the key control block contained in the MNG file of the animation data includes "Frame — width" information (for example, 0 to 720) and "Frame-height" information (for example, , 0 to 480 (576)) as a limit for a frame size, and "Ticks_per_second" information (for example, up to 24) as a limit for a frame rate. Similarly, the MNG header information (MHDR) may further include, for example, "Nominal_layer_count", information, "Nominal_frame_count" information, 16 200416695 "Nominal_frame_time" information, and "Siplicity_profile" information. Use The MNG ending information (MEND) indicating the end of the MNG file is recorded as a prescribed annotation "empty block". Referring to FIG. 6, the DEFI (definition an object) information corresponding to the image definition block of the MNG file may include For example, "Object_id" information, "Do_not one show" information, "Concreteflag" information, "X-location" information, "Y-location" information, "Left-cb" information, "Right_cb" information, "Top-cb" information And "Bottom_cb" information. According to an embodiment, if there is an object, its "Object_id" information and "Concreteflag" information are omitted, and the "Do_not_show" information is recorded as a specified value "0x00 visible". For example, ' Except for "Right-cb" and "Bottom-cb" information, other information is recorded as a prescribed value "default value. "." PLTE "(Global Palette) information contains, for example," maximum (256x3) bytes "used as a designation to indicate many red / green / blue (R / G / B) colors." TRNS "( (Global Transparency) information includes, for example, transparency used to indicate red / green / blue color. MNG files may further include IHDR / JHDR information, IDAT / JDAT information, and IEND information. “TERM” information includes “Termination-action” information, “ Action—after-iteration ”information,“ Delay ”information, and“ Iteration-max ”information. If the“ Termination-action ”information is”, it means the last display state of the animation frame. If the "Termination-action" information is "1", it means that the animation frame disappears automatically after it is fully displayed. If the "Termination-action" information is "2", it means to move 17 200416695 Once the frame is back to the initial frame state. If "Termination_action" is "^^ 3", it means that the moving frame starts to show actions within their scope, such as from their first frame to their last frame. For example, 'If the "Action-after-iteration" information is "0", it means the last display state of the moving day frame. If the "Action_after_iteration" message is "丨", it means that the moving day frame disappears automatically after it is fully displayed. If the "Action_after_iteration" information is "2", it means that the moving frame returns to the initial frame state. "Delay" information indicates an idle period from one playback time to the next playback time. "Iteration-max" information indicates that the daily frame can be read repeatedly at this maximum value. For example, in the case of an infinite playback mode, "Repeat Maximum" is recorded as "0X7FFFFFF". Referring to Fig. 7, the "background" information corresponding to the image display block of the MNG file includes "red background" information, "green background" information, and "blue background" information. This "background" information is the background colors that are used to create a moving day frame. "FRAM" (frame definition) information includes, for example, "frame-mode," information, and "subframe-name" information defined in MNG-LC version 1.0. Corresponds to the key PNG blocks contained in the PNG file of the animation data. The "IHDR" (Image Header) information contains "Width" information (for example, 0 to 720) and "Height" information (for example, 0 to 480 (576)) as restrictions on the width and height of one display screen of ϊ-dvd The "bit depth" information, "color type" information, "compression method" information, "filtering method" information, and "interlacing method" information can also be used in one or more embodiments with more than 6695. For example, as "bit Depth, information, if the palette data is suitable for a palette display index, the data length is equal to the value "8", for example, 28 data representations are available, so 256 colors can be displayed. The color type used to display the color of the image is based on a PNG format. The compression method, information, and filtering method, the information is not set to any function. The interlaced method, the information is recorded as not supported. One of the interleaving functions specifies the value "0x00".
PLTE (調色板）資訊包含“最大值（256x3)位元組，， 資訊用以分別表明紅/綠/藍色彩的—最大值256種。 “hdat” （影像資料）資訊記錄真實影像資料。用來表明pNG 稽案的結尾之一“IEND”資訊被記錄為_規定的註解“空 區塊”。 參閱第9圖’對應PNG槽案的輔助pN(}區塊之 “tRNS” （透明度）資訊包含作為表明例如256種紅/綠/藍 色彩的透明度之“最大值256位元組，，資訊。“ gAMA” (Gamma)資訊包含一固定的值例如“ 45455 sRgb” ，其適用 於支援sRGB(標準RGB色彩办，當^ ^ ^ ^ 〜i間）的運用。除非使用這 SRGB，對“gAMA”（Gamma)資訊而言例如包含另一值而 非 “ 45455 sRGB”是可行的。 ”資訊 “紅色點y”資訊 “CHRM”（主要色度）資訊可包含“白色點 “白色點y”資訊、“紅色點X”次％ 貝訊The PLTE (palette) information contains "maximum (256x3) bytes. The information is used to indicate the maximum of 256 red / green / blue colors. The maximum is 256 types." "Hdat" (video data) information records real video data. The "IEND" information used to indicate that one of the end of the pNG audit case is recorded as the "annotated block" of the required comment. See Figure 9 'tRNS' (transparency) of the auxiliary pN (} block corresponding to the PNG slot case. The information contains "maximum 256 bytes," which indicates the transparency of, for example, 256 red / green / blue colors. The "gAMA" (Gamma) information contains a fixed value such as "45455 sRgb", which is suitable for supporting sRGB (Standard RGB color office, when ^ ^ ^ ^ ~ i). Unless this SRGB is used, it is feasible for "gAMA" (Gamma) information to include another value instead of "45455 sRGB". "Information "Red point y" information "CHRM" (main chroma) information may include "white point" "white point y" information, "red point X" times%
Y 藍色點 資訊，及 “綠色點X”資訊、“綠色點 “藍色點y”資訊。 “cHRM”資訊可更包含“ ，加a SRGB (標準RGB色彩空間 19 200416695Y blue dot information, and "green dot X" information, "green dot" blue dot y "information." CHRM "information may further include" ", plus a SRGB (standard RGB color space 19 200416695
資訊及”及“pHYs”（實際的像素尺度）資訊。在“pHYs” 資訊上所記錄的“每單位X像素，，資訊表明一顯示晝面比 例，例如4:3或16:9。 “每單位y像素，，表明例如一 NTSC 或PAL的一值。 參閱第10圖，對應在動晝資料的JNG檔案中所含有 的關鍵JNG區塊之“ JHDR” （JNG標頭）資訊包含“寬度” 資訊（0到720)及“高度，，資訊（例如，〇到480(576))用以 限制一顯示螢幕的寬度及高度，並且“位元深度”資訊、 “色彩類型”資訊、“影像取樣深度”資訊、“影像壓縮方 法”資訊及“影像交錯方法，，資訊。 “影像取樣深度”資訊包含一指定的值例如“ 0x08” 用來限制JPEG檔案影像的取樣資料之位元尺寸為8位元。 “影像壓縮方法”資訊用作例如在I-DvDs中所限制的iso 10918-1之H〇ffman碼的一 JPEG壓縮。“影像交錯方法” 資訊包含一指定的值“ 〇χ〇〇，，作為支援一序列的壓縮。 JHDR”資訊可更包含例如“ Alpha取樣深度，，資訊、 Alpha壓縮方法，，資訊、“Alpha濾波方法，，及“Alpha ^錯方法資訊。此參考特性“ Alpha，，是一透明度指標， ，且例如‘ Alpha取樣深度，，資訊是一 Alpha值。倘若 Pha取樣冰度資訊是例如4 ，則能夠產生Alpha值為 2 4 〇 Λ 不支援交錯功能，“ Alpha交錯方法，，資訊被 〇己錄為—值“0x00，， 〇 “τηΔΤ,，r旦，你次上，、勿 n JDAT (影像資料）資訊記錄真實的 衫像資料。例士 田 用於表明JNG檔案的結尾之一 “ ienD” 20 200416695 資訊被記錄為一規定的註解“空區塊”。 參閱第11圖，對應JNG檔案的辅助JNG區塊之 “ gAMA，，（Gamma)資訊包含一固定的值例如“ 45455 sRGB” ，其適用於支援SRGB(標準RGB色彩空間）的運用。 “ cHRM ” （主要色度）資訊例如可包含“白色點X.資訊、 “白色點y”資訊、“紅色點X”資訊、“紅色點y”資訊、 “綠色點X”資訊、“綠色點y” 、 “藍色點X”資訊，及 “藍色點y”資訊。 ‘‘ cHRm”資訊可更包含“ srGB” （標準RGB色彩空間） 資訊及’’及“pHYs” （實際的像素尺度）資訊。在“pHYs” 資訊上所記錄的“每單位x像素，，資訊表明一顯示晝面比 例，例如4:3或16:9。在某些實施例中，“每單位y像素” 表明例如一 NTSC或PAL的一值。 因此，在使一内容光碟的主要音訊/視訊資料及内容資 料複製之一互動式光碟播放機中，根據本發明的一系統來分 類動畫資料的MNG檔案成為一 png檔案及一 JNG檔案， 該動畫資料的MNG檔案是含在從^DVD赤咖—μ ^ 〜&隹伙丄u v u或内容伺服器處所 收到的内容資料中。 此時，系統解碼在各自槽案中所含有的影像資料，及以 各種動畫影像形式透過在上面所述槽案中含有的控制資訊 使這影像資料冑製’戶斤以依據一或更多的實施例，這互動式 光碟播放機能夠使與主要音訊/視訊資料關聯的這動晝資料 有效地複製。 應該理解到程式、模組、處理過程、 处、狂方法，等等在這裡 21 200416695 描述僅不範的實作而沒與任何特定電腦、設備或電腦的編程 語言有關或者限制。寧願，依據在此所提供的教導，可使用 含有實作的邏輯碼之各種類型的一般計算機器或裝置。 並且，執行本方法的步驟之順序純粹為自然說明性。事 實上，除非由本揭露指出，否則能夠以任何次序或者以平行 方式來執行些步驟。如那些術語是目前眾所周知的，可在 更體軟體’或任何它們的結合中來執行本發明的方法。 尤其疋，本發明可由作業於一電腦或任何類型的電腦上 的軟體韌體，或代碼來實現本方法。此外，實施本發明的 軟體可在任何媒體（例如，唯讀記憶體、隨機存取記憶體、 磁媒體、打孔帶或卡、光碟（CD)、數位多用途影音光碟（DVD) 等等）中包含電腦指令。 此外，這樣的軟體也可以在一載波中所實施之一電腦信 號的形式’或透過連接到網際網路的電腦上所提供的網頁來 存取。於疋，除非由本揭露特地陳述，否則本發明不局限於 任何特定平台。 因此’提供用於管理一互動式光碟的動晝資料之方法及 系統。關於較佳的實施例已經在上面描述了本發明。然而， 那些熟悉此技藝者將認識到在這些較佳的實施例中可作變 化及修改而沒有悖離本發明的範圍。 在上面描述的實施例是要在所有方面僅視為說明性而 不是以任何方式的限制性。因此，其他示範的實施例，能夠 支援本發明的各方面之系統架構、平臺，及實作可利用而沒 有悖離在這裡描述的基本特性。 22 200416695 所揭露的這些實施例特性及各種其他調適性和組合皆 在本發明的範圍之内。本發明是由這些申請專利範圍及它們 同等物的全部範圍所定義。 【圖式簡單說明】 所包含以提供對本發明更進一步的了解之附圖，其併 入且構成說明書的一部分。此附圖說明本發明的實施例， 且連同敘述以作為解釋本發明的原理。 第1圖為依據本發明的一實施例，說明一互動式的光碟 播放機用以管理在一互動式的光碟中所使用的動晝資料及 它的屬性資訊； 第2圖為依據本發明的一實施例，說明一方法用以複製 在Ι-DVD上所記錄要關聯於動晝資料的音訊/視訊資料之一 圖式； 第3圖為依據本發明的一實施例，一示範的動晝資料之 圖形檔案組態； 第4圖為一動晝解碼器的一方塊圖於第1圖的一元件解 碼器中； 第5、6和7圖分別顯示用於一圖形檔案組態之示範的資 料結構； 第8圖和第9圖分別顯示另一圖形檔案組態的例子；及 第1 0圖和第1 1圖為依據本發明的一或更多實施例，顯 示又另一圖形檔案組態的例子。 23 200416695 根據一或更多實施例，由在不同圖中之相同的數字所 參考本發明的特點、元件，和態樣表示相同、相等，和類 似的特點、元件，和態樣。Information and "and" pHYs "(actual pixel scale) information. The" pixels per unit of X pixels "recorded in the" pHYs "information indicates that a day-to-day ratio is displayed, such as 4: 3 or 16: 9. "Y pixels per unit, indicating a value such as NTSC or PAL. Refer to Figure 10," JHDR "(JNG header) information corresponding to the key JNG blocks contained in the JNG file of the dynamic data contains" "Width" information (0 to 720) and "height, information (for example, 0 to 480 (576)) is used to limit the width and height of a display screen, and" bit depth "information," color type "information," "Image Sampling Depth" information, "Image Compression Method" information, and "Image Interleaving Method," information. "Image Sampling Depth" information contains a specified value such as "0x08" to limit the bit size of the sampled data of the JPEG file image to 8 bits. The "Image Compression Method" information is used as a JPEG compression of the Huffman code of iso 10918-1, which is restricted in I-DvDs, for example. The "Image Interleave Method" information contains a specified value "0χ〇 〇, as a sequence of compression. The JHDR information may further include, for example, "alpha sampling depth, information, alpha compression method, information," alpha filtering method, "and" alpha alpha error method information. This reference characteristic "Alpha" is a transparency index, and for example, 'Alpha sampling depth, the information is an Alpha value. If the Pha sampling ice degree information is, for example, 4, it can generate an Alpha value of 2 4 Λ Function, "Alpha interlaced method," information has been recorded as-value "0x00 ,, 〇" τηΔΤ ,, r, once, you, JDAT (image data) information records the real shirt image data. Example: “ienD” used to indicate one of the end of the JNG file. 20 200416695 The information is recorded as a prescribed annotation “empty block”. Referring to Figure 11, the "gAMA," (Gamma) information of the auxiliary JNG block corresponding to the JNG file contains a fixed value such as "45455 sRGB", which is suitable for applications that support SRGB (standard RGB color space). "CHRM" (Main chromaticity) information may include, for example, "white point X. information," white point y "information," red point X "information," red point y "information," green point X "information," green point y ", "Blue Dot X" information, and "Blue Dot y" information. ”cHRm” information may further include “srGB” (standard RGB color space) information and ”and“ pHYs ”(actual pixel scale) information. The“ PHYs ”information recorded on the“ pHYs ”information, information Indicate that a day-to-day ratio is displayed, such as 4: 3 or 16: 9. In some embodiments, "y pixels per unit" indicates a value such as an NTSC or PAL. Therefore, in an interactive optical disc player that reproduces the main audio / video data and content data of a content disc, the MNG file that classifies animation data according to a system of the present invention becomes a png file and a JNG file. The animation The MNG file of the data is contained in the content data received from ^ DVD 赤 咖啡 —μ ^ ~ & 隹 丄 uvu or a content server. At this time, the system decodes the image data contained in the respective slot cases, and uses various control images contained in the above slot cases to make this image data in the form of various animation images based on one or more In an embodiment, the interactive optical disc player can effectively reproduce the moving data associated with the main audio / video data. It should be understood that programs, modules, processes, procedures, methods, etc. are described here. 21 200416695 describes only non-standard implementations and is not related or restricted to any particular computer, device, or computer programming language. Rather, in accordance with the teaching provided herein, various types of general computing machines or devices containing implemented logic codes may be used. Moreover, the order in which the steps of the method are performed is purely illustrative. In fact, the steps can be performed in any order or in a parallel manner, unless indicated by this disclosure. As those terms are currently well known, the method of the invention can be performed in more software 'or any combination thereof. In particular, the present invention can implement the method by software firmware or code operating on a computer or any type of computer. In addition, the software implementing the present invention can be used on any medium (for example, read-only memory, random access memory, magnetic media, punched tapes or cards, compact discs (CDs), digital versatile video discs (DVDs), etc.) Contains computer instructions. In addition, such software can also be accessed in the form of a computer signal 'implemented in a carrier wave or through a web page provided on a computer connected to the Internet. Yu Zheng, unless specifically stated by this disclosure, the present invention is not limited to any particular platform. Therefore, a method and system for managing moving day data of an interactive optical disc are provided. The invention has been described above with respect to the preferred embodiment. However, those skilled in the art will recognize that changes and modifications may be made in these preferred embodiments without departing from the scope of the invention. The embodiments described above are to be considered in all respects only as illustrative and not restrictive in any way. Therefore, other exemplary embodiments can support system architectures, platforms, and implementations of various aspects of the present invention without departing from the basic characteristics described herein. 22 200416695 The characteristics of these embodiments and various other adaptability and combinations disclosed are within the scope of the present invention. The invention is defined by the scope of these patent applications and their full scope of equivalents. [Brief Description of the Drawings] The accompanying drawings are included to provide a further understanding of the present invention and are incorporated in and constitute a part of the specification. The drawings illustrate embodiments of the invention and together with the description serve to explain the principles of the invention. FIG. 1 illustrates an interactive optical disc player for managing moving day data and its attribute information used in an interactive optical disc according to an embodiment of the present invention; and FIG. 2 illustrates an interactive optical disc player according to the present invention. An embodiment illustrating a method for copying audio / video data recorded on I-DVD to be associated with moving day data; FIG. 3 is an exemplary moving day according to an embodiment of the present invention Figure file configuration of data; Figure 4 is a block diagram of a moving day decoder in a component decoder of Figure 1; Figures 5, 6 and 7 show the data for a model file configuration example Structure; Figures 8 and 9 show examples of another graphic file configuration, respectively; and Figures 10 and 11 show another graphic file configuration according to one or more embodiments of the present invention example of. 23 200416695 According to one or more embodiments, features, elements, and aspects of the invention that are referred to by the same numerals in different figures represent the same, equivalent, and similar features, elements, and aspects.
【元件代表符號簡單說明】 10 網路管理者 11 ENAV緩衝器 12 文件處理器 13 元件解碼器 14 ENAV界面處理者 15 影音顯析器 100 ENAV引擎 200 DVD-視訊播放引擎 300 内容伺服器 400 内容光碟 130 MNG-LC解碼器 131 PNG解碼器 132 JNG區塊剖析器 133 JPEG解碼器 134 佈局管理者[Simple description of component representative symbols] 10 Network manager 11 ENAV buffer 12 File processor 13 Component decoder 14 ENAV interface processor 15 Audio and video analyzer 100 ENAV engine 200 DVD-video playback engine 300 Content server 400 Content disc 130 MNG-LC decoder 131 PNG decoder 132 JNG block parser 133 JPEG decoder 134 Layout manager
24twenty four
Claims (1)
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US44634603P | 2003-02-10 | 2003-02-10 | |
| KR1020030014458A KR100574823B1 (en) | 2003-03-07 | 2003-03-07 | Method for managing animation chunk data and attribute information for interactive optical disc |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| TW200416695A true TW200416695A (en) | 2004-09-01 |
| TWI288923B TWI288923B (en) | 2007-10-21 |
Family
ID=36714544
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW92134926A TWI288923B (en) | 2003-02-10 | 2003-12-10 | Method of managing picture data and related control data on a recording medium |
Country Status (6)
| Country | Link |
|---|---|
| EP (1) | EP1597723A4 (en) |
| AU (1) | AU2003269519A1 (en) |
| BR (1) | BR0318098A (en) |
| RU (2) | RU2005125410A (en) |
| TW (1) | TWI288923B (en) |
| WO (1) | WO2004084196A1 (en) |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1997007504A1 (en) * | 1995-08-21 | 1997-02-27 | Matsushita Electric Industrial Co., Ltd. | Multimedia optical disk capable of developing scenes with full unexpectedness on the basis of interactive control, its reproduction apparatus and its reproduction method |
| JP3327917B2 (en) * | 1995-09-29 | 2002-09-24 | 松下電器産業株式会社 | Recording method, recording device, and optical disk |
| JP2857142B1 (en) * | 1996-04-01 | 1999-02-10 | 株式会社東芝 | optical disk |
| JPH10145722A (en) * | 1996-11-07 | 1998-05-29 | Sony Corp | Reproducing control data generation device and method therefor |
| AU1115001A (en) * | 1999-10-22 | 2001-05-08 | Activesky, Inc. | An object oriented video system |
| KR100408285B1 (en) * | 2001-05-24 | 2003-12-03 | 삼성전자주식회사 | Optical recording medium on which multi-modulated header signals are recorded, method and apparatus for recording the header signals, method and apparatus for reproducing the header signals |
| EP1669996A3 (en) * | 2001-06-14 | 2006-07-05 | Samsung Electronics Co., Ltd. | Information strorage medium containing preload information, apparatus and method for reproducing therefor |
| BR0318070A (en) * | 2003-01-29 | 2006-01-17 | Lg Electronics Inc | Method and apparatus for managing animation data for an interactive disc |
-
2003
- 2003-10-11 WO PCT/KR2003/002098 patent/WO2004084196A1/en not_active Application Discontinuation
- 2003-10-11 RU RU2005125410/28A patent/RU2005125410A/en not_active Application Discontinuation
- 2003-10-11 EP EP03751514A patent/EP1597723A4/en not_active Withdrawn
- 2003-10-11 BR BR0318098-0A patent/BR0318098A/en not_active IP Right Cessation
- 2003-10-11 AU AU2003269519A patent/AU2003269519A1/en not_active Abandoned
- 2003-12-10 TW TW92134926A patent/TWI288923B/en active
-
2007
- 2007-09-20 RU RU2007134979/28A patent/RU2007134979A/en not_active Application Discontinuation
Also Published As
| Publication number | Publication date |
|---|---|
| BR0318098A (en) | 2005-12-20 |
| RU2007134979A (en) | 2009-03-27 |
| EP1597723A1 (en) | 2005-11-23 |
| RU2005125410A (en) | 2006-06-27 |
| TWI288923B (en) | 2007-10-21 |
| WO2004084196A1 (en) | 2004-09-30 |
| EP1597723A4 (en) | 2008-08-20 |
| AU2003269519A1 (en) | 2004-10-11 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US9620172B2 (en) | Systems and methods for converting interactive multimedia content authored for distribution via a physical medium for electronic distribution | |
| EP1463056A1 (en) | Data recording method; data deletion method; data display method; recording apparatus; recording medium; and program | |
| US20060146660A1 (en) | Optical disc, reproducing device, program, reproducing method, recording method | |
| US8305379B2 (en) | Method for managing animation chunk data and its attribute information for use in an interactive disc | |
| US20080007557A1 (en) | Method and apparatus for managing animation data of an interactive disc | |
| RU2355049C2 (en) | Presentation method for auxiliary data for interactive recording medium | |
| JP2008035535A (en) | Method and apparatus for managing animation data of interactive optical disc | |
| TW200416695A (en) | Method for managing animation chunk data and its attribute information for use in an interactive disc | |
| CN1759439B (en) | Method for recording image data on a recording medium and ralated method for controlling data | |
| CN100520939C (en) | Method and apparatus for managing animation data of an interactive disc | |
| EP1876598A2 (en) | Method and apparatus for managing animation data of an interactive DVD. | |
| EP1876589A2 (en) | Method for managing animation chunk data and its attribute information for use in an interactive disc | |
| KR20050101302A (en) | Method for managing animation chunk data and attribute information for interactive optical disc |