201246045 六、發明說明： 【發明所属之技術領域】 -種電子擋板純及其方法，特別係指—種透過獨立圖形元 件的顯示㈣形元件的翻度設定差異赵_制者介面顯示 畫面遮蔽效果的系統及其方法。 【先前技術】 ' 圖形使用者介面是—種人機溝通介面，其係透個形化的元 '件提供使用者透過如：滑鼠、鍵盤、觸控裝置...等不同的輸入裝 置執行系統功能的操作。透過圖形使用者介面，對於系統指令不 熟悉的-般錢者也可贿易且快速的完成需要複雜祕指令才 能操作的系統功能，減少了使用者與機器之間的操作斷層。 -般作㈣統賴形制者介面巾，無論是閱讀文字、觀看 〜片/劉覽網頁…等各種操作，經常會產生無法只顯示部分顯示 晝面的問題。舉例來說，當使用者錢pDF騎程式複習以往曾 經測驗過的題目時，有時錢者可能會想要雜答案的部分再次 測試相同題目’由於PDF可能無法刪除部分文字，因此對於使用 '者來說只能辭動遮蔽或是_視窗的重疊的方式來遮擋需要遮 擋的部分。 ，然而，對於使用者來說軸可斜動遮蔽需要遮擋的部分， ，當執行其他操作時，—旦手_了顯衫面，需要遮蔽的範圍 就會.4現’因此無法持續的產生遮蔽效果。此外，以其他視窗重 疊的$式來賴’經常也會因為遮鋪_不同需要調整視窗大 小’當使用者需要使用視窗時，便必須將視_整回原來的最適 大小’對於使用者來說也產生許多不必要的重複操作，易造成使 201246045 用者的不便。 ,綜上所述，可知先前技術中長期以來一直存在無法以獨立圖 形讀持續遮_形使用者界面中齡畫面_題，因此有必要 提出改進的技術手段，來解決此一問題。 【發明内容】 有鑒於先刖技術存在以獨立圖形元件持續遮蔽圖形使用者界 面中顯示晝面的問題，本發明遂揭露—種電子擔板純及其方: 法，其中： 本發明所揭露之電子擋板系統’其透過圖形使用者介面接收 使用者透過輸入裝置所產生的至少一操作訊號，所述之系統包 含.控糖、组，用以接收及比對至少一操作訊號，並觸發對應的 模組執行；設定模組，用以接收並儲存電子擋板的屬性的設定， 其中所述之電子擋板的屬性至少包含遮蔽範®、顯示位置、擋板 材質、第一透明度及第二透明度；繪圖模組，用以根據遮蔽範圍、 擋板材質及第-透明度繪製電子触，並於f子擋板被顯示期間 接收到控制模組比對出至少一操作訊號為標記訊號時，以第二透 明度更新繪製電子擋板上的標記區域後觸發更新電子擋板的顯， 示；及顯示模組，用以於接收到控制模組比對出至少一操作訊號 ， 為顯示訊號時，於圖形使用者介面中的顯示位置顯示電子擋板， 並於繪圖模組更新繪製電子擋板後更新電子擋板的顯示。 本發明所揭露之電子擋板方法，其透過圖形使用者介面接收 使用者透過輸入裝置所產生的至少一操作訊號，所述之方法包含 下列步驟：接收電子擋板的屬性的設定，其中所述之電子擋板的 屬性至少包含遮蔽範圍、顯示位置、擋板材質、第一透明度及第201246045 VI. Description of the invention: [Technical field to which the invention pertains] - An electronic baffle pure method and a method thereof, in particular, a display through a separate graphic element (four) shaped element, a difference in the setting of the turning dimension, a display screen masking The system of effects and its methods. [Prior Art] 'The graphical user interface is a human-machine communication interface, which is a user-friendly interface that provides users with different input devices such as: mouse, keyboard, touch device, etc. The operation of system functions. Through the graphical user interface, those who are unfamiliar with system instructions can also easily and quickly complete system functions that require complex secret commands to operate, reducing operational faults between the user and the machine. - General (4) Depending on the format of the interface, whether it is reading text, watching ~ film / Liu Wang page ... and so on, often there is a problem that can not only display part of the display. For example, when the user pDF rides a review of a question that has been tested in the past, sometimes the money person may want to test the same question again in the part of the miscellaneous answer. 'Because the PDF may not be able to delete part of the text, In this case, only the occlusion or _ window overlap can be used to block the part that needs to be occluded. However, for the user, the shaft can be obliquely shielded from the part that needs to be occluded. When performing other operations, the range that needs to be shielded will be visibly. effect. In addition, the $style overlap of other windows is often used to adjust the window size because of the need to use the window. When the user needs to use the window, the user must adjust the size to the original optimal size. It also produces a lot of unnecessary repetitive operations, which is easy to cause the inconvenience to the users of 201246045. In summary, it can be seen that in the prior art, there has been a long-standing problem of not being able to read the continuous mask-shaped user interface middle-age picture in an independent pattern, so it is necessary to propose an improved technical means to solve this problem. SUMMARY OF THE INVENTION In view of the prior art, there is a problem that the independent graphic elements continuously shield the display surface in the graphical user interface, and the present invention discloses an electronic carrier and a method thereof, wherein: The electronic bezel system receives at least one operation signal generated by the user through the input device through the graphical user interface, and the system includes a sugar control group for receiving and comparing at least one operation signal, and triggering the corresponding The module is executed; the setting module is configured to receive and store the setting of the attribute of the electronic baffle, wherein the attribute of the electronic baffle includes at least a masking area, a display position, a baffle material, a first transparency, and a second Transparency; a drawing module for drawing an electronic touch according to the shielding range, the baffle material and the first transparency, and receiving the control module during the display of the f sub-baffle to compare the at least one operation signal to the marking signal The second transparency update triggers the display of the marked area on the electronic baffle to trigger the display of the electronic baffle; and the display module is configured to receive the control module ratio For at least one operation signal, when the signal is displayed, the electronic baffle is displayed at the display position in the graphical user interface, and the display of the electronic baffle is updated after the drawing module updates and draws the electronic baffle. The electronic baffle method of the present invention receives at least one operation signal generated by a user through an input device through a graphical user interface, the method comprising the steps of: receiving a setting of an attribute of the electronic baffle, wherein The properties of the electronic baffle include at least the shielding range, display position, baffle material, first transparency and
4 S 201246045 二透明度；及持續接收並比對操作訊號，其中：當比對出至少一 操作訊號為顯示訊號時，於圖形使用者介面中的顯示位置顯示根 據遮蔽範圍、擋板材質及第一透明度繪製的電子擋板；及當比對 出至少一操作訊號為標記訊號時，顯示以第二透明度更新標記區 域的電子擋板。 本發明所揭露之系統與方法如上，與先前技術之間的差異在 於本發明係具有透過於圖形使用者介面根據遮蔽範圍、顯示位 置、擋板材質及第一透明度等設定顯示電子擋板，並供使用者於 電子擋板上產生標記產生第二透明度的至少一標記區域的技術手 段。 透過上述的技術手段，本發明可透過電子擋板透明度的設定 差異產生圖形使用者介面中顯示畫面的不同遮蔽效果，進而達成 最佳化部分顯示效果的技術功效。 【實施方式】 以下將配合圖式及實施例來詳細說明本發明之實施方式，藉 此對本發明如何應用技術手段來解決技術問題並達成技術功效的 實現過程能充分理解並據以實施。 首先，請先參考「第1圖」’為本發明所述之電子擋板系統的 方塊圖’其包含控制模組101、設定模組1〇2、綠圖模組1〇3及顯 示模組104。本發明所述之電子擋板系統係透過圖形使用者介面 100接收使用者透過輸入裝置(圖中未示)所產生的至少一操作訊號 105，其中所述的輸入裝置可以是滑鼠、鍵盤、觸控裝置或是其他 可產生操作訊號的裝置。圖形使用者介面100,指的是以圖形元件 將使用者與系統介接的介面，使用者可於顯示的圖形使用者介面 5 201246045 100上使用輸入裝置來產生操作訊號，當系統執行對應#工作時， 圖形使用者介面1〇〇上的顯示畫面也會產生變化。 控制模、组10卜負責接收輸入裝置透過圖形使用者介面1〇〇 產生的操作訊號105 ’並進一步比對出操作訊號1〇5所對應的執行 工作’例如：設定、標記、圖形元件顯示或隱藏的切換、選取或 其他的執行工作。由於產生__個特定的執行卫作可能是由使用者 在圖形使用者介面1〇〇所輸入的多個操作訊號形成，例如：移動、 選取、輸入·.·等’因此控繼组1〇1將會比對所接收到的操作訊 號為何再觸發執行誠職I舉絲說，於本發财當控制模 組ιοί比對出操作訊號105為顯示訊號時，則顯示模組1〇4將會 被觸發並執行顯示’當控制模組1〇1比對出操作訊號1〇5為標記 訊號時嘴_組103將會觀發並更崎製電子驗中的標記 區域。在此所賴標記峨，可以是使用者透過輸人裝置拖_ 形使用者介φ巾的滑鼠㈣或是透侧控峨祕選取後所產生 =一個反白標記、矩形、圓形、直線…等，本發明於此則不針對 標記訊號在電子檔板上所能產生的標記區域的形式加以限定，於 本發明所屬領域具通常知識者應可理解彳壬何可產生標記區域的訊 號應在本發明所述的標記訊號的範疇中，在此則不加贅述。 。又疋模組102 ,負責接收並儲存電子擋板的屬性的設定。所 述的電子擋板的屬性至少包含電子擋板的雜範圍、顯示位置、 擋板材質、第-透明度及第二透明度，然本發明所舉的屬性僅為 電子擋板至少需包含關性，實際上仍可在關性之外添加其他 與電子擋板相關的屬性，並不以本發明所述的為限。 於本發明所述的遮蔽範圍，可以是圖形使用者介面的全 201246045 當使用者設定遮蔽範圍為全螢幕時， t面均會被電子檔板所覆蓋，若設定 螢幕或部分區塊。舉例來說， 例如：目前使用的子視窗、目前瀏覽的 將會產生一塊僅遮蔽部分區塊的電子擋板。 整個圖形使用者介面的顯示晝茂 遮蔽範圍為部分區塊時，彳列如· 完整文件頁面…等，將舍甚斗 此外’遮蔽範圍也可以是與電子檔板的形狀有關 ，例如：圓形、 方形歧使用魏製出來的特殊形狀.··等的遮蔽範圍，而不同的 遮蔽範圍可以產生出不同的遮蔽效果。在此遮蔽範圍雖僅舉部分 =子加以說明’但任何本領域具通常知識者均可在本發明揭露的 刖提下理解麟細方式’任何與本發明所述的遮蔽範圍 具有相似功用的其他屬性，均應在本發明的範射，科以本發 明所舉例者為限。 於本發明所述的顯示位置，指的是電子擋板在圖形使用者介 面⑽當+顯示的位置’可以是透過設定座標的方式將電子播板 顯不在特定座標位置上，例如：顯雜置設定她G)，則電子擔 板於顯不時可峨示在座標為_)的位置上。 -於本發明所述的擋板材質，可以是單一或多個顯示色彩、不 2的顯示樣式、圖片或其他可以使電子擋板產生特殊底色的設 疋。第-透明度及第二㈣度均為透為Q〜觸％的透明度設 疋值其中0/〇表示完全不透明，100%表示完全透明。播板材質 搭配第-透明度及第二透明度麟定’可以產生類似於塗抹效果 的電子擋板。舉例來說，電子擋板顯示時擋板材質為全黑色、第 一透明度為0%、第二透明度為励％ ’則電子擋板將會如同一塊 黑色板子遮擋住後面顯示晝面，當使用者於黑色的電子擋板上以 標記(例如：晝筆筆觸)產生標記區域時’標記區域將會以完全透明 7 201246045 ,弋進行4不，此時標記區域後方的顯示晝面都可以被顯示出 里p其』不效果類似於一塊塗滿黑色油漆的玻璃，僅擦去部分 :色油後’擦去油漆的區域其玻璃後的東西將會再度顯示出 、日°承則-例再舉另—個例子來說，當第—透明度為 100%、第二 、又為。時貞lj電子擋板跟標記區域將會呈現類似於透明玻璃 上僅有某些部分以黑色油漆塗抹的效果。然在此雖然透明度以0% 及100/〇進行說明’實際上透明度可以為〇0/。〜100%範圍中的任何 值在此則不針對第一透明度與第二透明度的值加以限定，而針 對第-透明度及第二透明度之間的不同高低設定方式應為本發明 所屬領域具通常知識者所能理解，在此則不加贊述。 繪圖模組103，負責根據遮蔽範圍、擋板材質及第一透明度 綠製電子擋板106’並於電子擋板1()6被顯示期間接收到控制模組 ιοί比對出的標記訊號時’以第二透明度更新繪製電子擋板 上的標記(1域，接著觸發顯示顯1Q4更新電子擋板1G6的顯示。 顯示模組104，負責於接收到控制模組101比對出的顯示訊 旎時，於圖形使用者介面100的顯示位置顯示緣圖模组1〇3繪製 完成的電子擋板106,當繪賴組1Q3以第二義度更崎製電子， 擋板106上的標記區域後，顯示模组1〇4也負責將更新緣製後的 電子擋板106顯示出來。 本發明所述之電子擋板系統透過前述的模組可以產生圖形使 用者介面100中顯示晝面的遮蔽效果，然此之外，本發明設定模 組102更用以接收並儲存標記區域的顯示位置的設定，當使用者 變更標記區域的顯示位置的設定時，繪圖模組1〇3將會更新繪製 電子槽板106，接著再透過顯示模組1〇4更新顯示。藉匕標記區域 201246045 可以作為電子做1G6上的-個_元件隨著使用者設定的顯示 位置在電子碰上祕，更進—步提升絲晝_遮蔽效果。 接下來’請參考「第2圖」，為本發明所述之電子檔板方法的 流程圖，將用以說明本發明的實施流裎。 本發明所述之電子擋板方法透過_使用者介面接收使用者 透過如：滑鼠、鍵盤、觸控裝置.··等輸入裝置所產生的至少一操 作訊號。首先，系統將會先接收電子擋板關性的設定，其中所 述之屬性至少包含遮蔽細、顯示位置、擋板材質、第一透明度 及第一透明度(步驟2()1)，然本發明所舉的屬性僅為電子擔板至少 需包含的雜’實社仍可在關性之外添加其他與電子擔板相 關的屬性，並不以本發贿述的為限。❹卜，由於範圍、顯 不位置、擋板材質、第—透明度及第二透明度均已補前的部分 進行說明，此處則不加贅述。 接著，系統將會持續接收並比對操作訊號(步驟2〇2)，當接收 到顯示訊號時，系統將會於圖形使用者介面的顯示位置顯示根據 遮蔽範圍、擋板材質及第一透明度繪製的電子擋板(步驟2〇3a)， 當電子擋板顯示期間接收到標記訊號時，系統將會顯示以第二透 明度更新標記區域的電子擋板(步驟2〇3b)。 本發明的電子擋板方法除了前述步驟之外，更包含接收並儲 存標記區域的顯示位置的設定，更新繪製電子檔板再進行顯示的 步驟，藉此標記區域可以作為電子檔板上的一個圖形元件隨著使 用者設定的顯示位置在電子檔板上移動，更進一步提升顯示晝面 的遮蔽效果。 接下來’將以幾個實施例來說明本發明的實施方式。 201246045 首先，於本發明所產生的電子擋板為一個圖形元件，而本發 明所述之電子擔板系統及其方法可以應用於不同功能的系統中， 如：文書編輯系統、語言學習系統、影像播放系統或是其他系統， 也可以是以一個支援電子擋板相關操作的獨立系統單獨存在。 請先參考「第3A圖」〜「第3D圖」，為一個本發明所述的 電子擋板的第一實施態樣，其中第一透明度小於第二透明度，則 假設根據一個設定的遮蔽範圍、擋板材質及第一透明度可繪製出 如「第3A圖」所示的電子擋板30〇,則如「第3B圖」所示，當 使用者透過輸入裝置控制標記指示元件3〇1在電子擋板3⑽上產 生“s己區域302 a夺’標記區域302將會以第二透明度更新顯示， 此時電子擋板300後的顯示晝面將會被顯示出來。電子擋板3⑽ 的屬性’包含遮蔽範、顯示位置、撐板材質、第一透明度及第 二透明度等’均可以是祕預，也可以是使用者奴的。舉 例來說，如「第3CS1」，假設預設的顯示位置為第一顯示位置如， 則使用者可以再透過輪入|置將電子擋板獨移動到第二顯示位 置上。 、此外，需要特別說明的是，假設使用者係以滑鼠游標3〇4透1 過圖形使用者介面進行系統操作，則當滑鼠游標观紅標記區： 域302時，滑鼠游標可移動標記區域，如「第3D圖」所示，為「第 3C圖」移動標記區域3〇2後的示意圖，藉此標記區域观可以作 為電^播板3〇〇上的一個獨立元件隨著使用者的設定移動，更進 一步提升顯示晝面的遮蔽效果。 接著，請參考「第4A 電子擋板的第二實施態樣， 圖」〜「第4D圖」，為本發明所述的 假设電子擋板400的第一透明度大於 201246045 第二透明度’則此時如「第4A圖」所示，當電子擋板4〇〇顯示時， 電子擋板働後方的顯示畫面將會被顯示出來，在使用的過程中 使用者同樣可以變更電子擋板400的屬性，如「第4B圖」所示， 可以自第一顯示位置401將電子擋板400移動到其他的顯示位 置。接著，請參考「第4C圖」，當透過輸入裝置控制標記指示元 件402並在電子擋板4〇〇上產生標記區域4〇3時，由於第二透明 度小於第一透明度，此時電子擋板4〇〇標記區域4〇3後面的顯示 畫面將會被遮蔽起來。 請參考「第4D圖」，同樣地，當滑鼠游標4〇4落在標記區域 403時也可以移動標記區域4〇3，藉此標記區域4〇3可以作為電子 擋板400上的一個獨立元件隨著使用者的設定移動，更進一步提 升顯示畫面的遮蔽效果。 接下來將配合「第5A圖」〜「第5D圖」，以一個應用有本 發明的測驗學習系統產生電子擋板的過程作為—個實施例來說明 本發明如何應用於具有特殊功能的系統中。 請先參考「第5A圖」，假設圖形使用者介面5〇〇中開啟了測 驗學習系統的測驗結果顯示視窗510,使用者可以透過設定工具列 311對電子擋板的遮蔽範圍、顯示位置、擋板材質、第一透明度及 第二透明度進行蚊，若無設定的屬性則可使料賴設的設定 值。假設使用者設定的遮蔽範圍為1〇〇xl5〇像素，則當使用者觸 發了顯示電子擋板的功能鍵310時，如「第5B圖」所示，電子擋 板300將會顯示於設定_示位置中。此外，遮蔽細也可以設 定為如「第5C圖」所示的電子擋板·，以目前使用的子視窗的 顯示區塊為遮蔽範圍。或是可如「第5D圖」所示，電子擔板3〇〇 201246045 的遮蔽範圍為一個圓形的遮蔽範圍。由於遮蔽範圍可依據使用者 設定的電子擋板形狀及大小而變化，因此使用者可以選擇最符合 需求的方式產生對應的電子擋板300。 假設在本實施例中，第一透明度小於第二透明度，則若在「第 5B圖」及「第5C圖」中所示的電子擋板3〇〇上產生標記區域時， 將會產生類似於「第3A圖」〜「第3C圖」所示的部分遮蔽效果， 藉此當使用者在複習測驗試題時便可以遮蔽其他不需要顯示的資 訊，對同一測驗試題再次作答。雖然在本實施例中以測驗學習系 統為例進行說明，但本發明可以應用於任何具特殊功能的系統， 例如.影像播放系統、文書編輯系統…等，並不以測驗學習系統 為限。 雖然本實施例中「第5A圖」〜「第5D圖」繪示的方式是以 第一透明度小於第二透明度的電子擋板為例進行說明，實際上也 可以採用「第4A圖」〜「第4D圖」的第一透明度大於第二透明 度的方式產生電子擋板，產生效果類似於「第4A圖」〜「第4D 圖」，在此則不加贅述。 接下來將配合「第6A圖」〜「第6D圖」，以一個獨立運作 的電子擋板程式產生電子擋板的過程作為另一個實施例來說明本 發明如何在圖形使用者介面上產生遮蔽效果。 請參考「第6A圖」’假設圖形使用者介面60〇中目前顯示了 電子擋板程式的操作介面61〇及使財的影片播放視窗62〇,當使 用者觸發了顯示電子擔板的功能鍵31〇 _，電子擋板將會被顯示 =圖形使用者介面_巾。_的電讀板的遮蔽細可以是如 第6B圖」所示的電子擋板3〇〇以使用者設定的大小顯示，也可 201246045 k ®」所#的電子#_進行全螢幕顯*。全勞幕 介面61G也可以持續存在於圖形使用者介面600中 使用者权疋及操作電子擋板細。如「第6D圖」所示，當使用 者在電子擋板300中標記出標記區域⑽時，標記區域63〇田後的 顯示畫面也將會被顯示出來。 同樣地，雖然在「第6A圖」〜「第6D圖」中雖缺以 明度小於第二透明度的電子擋板遍為例進行說明，實際上本^ 施例也可以採用「第4Α圖」〜「第4D圖」第一透明度大於第二 透明度的電子擋板實施，其實施的效果將會如「第4a圖」〜「第 4D圖」所示，在此則不加贅述。 雖，本發明所揭露之實施方式如上，惟所述之内容並非用以 直接限林發狀專娜賴圍。任何本發崎屬技術領域中具 有通常知識者，在不脫離本發明所揭露之精神和範圍的前提下了 =以在實施㈣式上及細紅作些許之更動^本發明之專利保護 範圍，仍須以所附之申請專利範圍所界定者為準。 【圖式簡單說明】 第1圖為本發明電子擋板系統的方塊圖。 第2圖為本發明電子擋板方法的流程圖。 一第3A圖〜第3D圖為本發明所述之電子擋板的第一實施態樣 不意圖。 第4A圖〜第4D圖為本發明所述之電子擋板的第二實施態樣 示意圖。 第5A圖〜第5D圖為本發明應用於特殊功能系統的實施例示 意圖。 13 201246045 。 第6八圖〜第6D圖為本發明作為獨立系統運作的實施例示意 圖0 【主要元件符號說明】 100 圖形使用者介面 102 設定模組 104 顯示模組 106 電子擋板 301 標記指示元件 303 第一顯示位置 310 功能鍵 400 電子擋板 402 標記指示元件 404 滑鼠游標 510 測驗結果顯示視窗 610 操作介面 630 標5己區域 101 控制模組 103 繪圖模組 105 操作訊號 300 電子擂板 302 標記區域 304 滑鼠游標 311 設定工具列 401 第一顯示位置 403 標記區域 500 圖形使用者介面 600 圖形使用者介面 620 影片播放視窗 步驟201接收電子擋板的遮蔽範圍、顯示位置、擋板材 質、第一透明度及第二透明度等屬性的設定 步驟202 持續接收並比對操作訊號 步驟203a於圖形使用者介面中顯示位置顯示根據遮蔽範 圍、擋板材質及第一透明度繪製的電子擋板 步驟203b顯示以第二透明度更新標記區域的電子擋板4 S 201246045 2 transparency; and continuously receiving and comparing operation signals, wherein: when at least one operation signal is compared as a display signal, the display position in the graphical user interface is displayed according to the shielding range, the baffle material and the first The electronic baffle drawn by the transparency; and when the at least one operation signal is compared as the mark signal, the electronic baffle of the mark area is updated with the second transparency. The system and method disclosed in the present invention are different from the prior art in that the present invention has a display electronic display panel according to a masking range, a display position, a baffle material, and a first transparency through a graphical user interface. A technique for the user to create at least one marked area on the electronic baffle that produces a second transparency. Through the above technical means, the present invention can generate different shielding effects of the display screen in the graphic user interface through the setting difference of the transparency of the electronic baffle, thereby achieving the technical effect of optimizing the partial display effect. [Embodiment] Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings and embodiments, and thus the implementation of the present invention to solve the technical problems and achieve the technical effects can be fully understood and implemented. First, please refer to "Figure 1" for a block diagram of the electronic bezel system of the present invention, which includes a control module 101, a setting module 1〇2, a green image module 1〇3, and a display module. 104. The electronic bezel system of the present invention receives at least one operation signal 105 generated by a user through an input device (not shown) through a graphical user interface 100, wherein the input device can be a mouse, a keyboard, or the like. Touch device or other device that can generate an operation signal. The graphical user interface 100 refers to a interface between the user and the system by using a graphic component. The user can use the input device to generate an operation signal on the displayed graphical user interface 5 201246045 100, when the system performs the corresponding work. The display on the graphical user interface 1 也会 also changes. The control module, group 10 is responsible for receiving the operation signal 105' generated by the input device through the graphical user interface 1' and further comparing the execution work corresponding to the operation signal 1〇5, for example: setting, marking, graphic component display or Hidden switching, selection, or other execution work. Since the generation of __ specific execution escorts may be formed by a plurality of operation signals input by the user in the graphical user interface, for example: moving, selecting, inputting, etc., thus controlling the group 1〇 1 will compare the received operation signal and then trigger the execution of the job. I said that when the control module ιοί compares the operation signal 105 to the display signal, the display module 1〇4 will It will be triggered and the display will be executed. 'When the control module 1〇1 compares the operation signal 1〇5 to the mark signal, the mouth_group 103 will observe and further mark the marked area in the electronic test. Here, the mark 峨 can be generated by the user dragging the mouse (4) of the user's φ towel through the input device or by selecting the side control key = an anti-white mark, a rectangle, a circle, a straight line In this case, the present invention does not limit the form of the marking area that can be generated on the electronic fence by the marking signal. It should be understood by those skilled in the art to which the marking area can be generated. In the scope of the marking signal according to the present invention, it will not be described here. . The UI module 102 is responsible for receiving and storing the settings of the attributes of the electronic shutter. The property of the electronic baffle includes at least a mismatch range of the electronic baffle, a display position, a baffle material, a first transparency, and a second transparency. However, the property of the present invention is that only the electronic baffle needs to include at least a property. In fact, other properties associated with the electronic baffle may be added in addition to the ambiguity, and are not limited to the scope of the present invention. The masking range described in the present invention may be the full user interface of the graphical user interface. When the user sets the masking range to full screen, the t-plane is covered by the electronic shutter, if the screen or part of the block is set. For example, for example, the currently used sub-window, currently viewed, will produce an electronic baffle that only blocks a portion of the block. When the display of the entire graphical user interface is part of the block, the queues such as the complete file page, etc., will be used in addition to the 'shading range' may also be related to the shape of the electronic baffle, for example: The square shape uses the special shape of the Wei.. and other shielding ranges, and different shielding ranges can produce different shielding effects. In this case, the scope of the masking is only a part of the description of the sub-sections, but any one of ordinary skill in the art can understand the succinct mode in the disclosure of the present invention. Any other function having similar functions to the masking range described in the present invention. The attributes are all intended to be within the scope of the invention, and are limited by the examples of the invention. In the display position of the present invention, it is meant that the electronic baffle in the graphical user interface (10) when the position of the display is 'displayed' can be used to display the electronic display board at a specific coordinate position, for example, display miscellaneous When setting her G), the electronic board can be displayed at the position of the coordinate _). - The material of the baffle according to the present invention may be a single or multiple display colors, a display style of no, a picture or other design that allows the electronic baffle to produce a special background color. The first-transparency and the second (fourth) degrees are the transparency values of Q~touch%, where 0/〇 means completely opaque and 100% means completely transparent. The material of the board is matched with the first - transparency and the second transparency - to produce an electronic baffle similar to the smear effect. For example, when the electronic baffle is displayed, the baffle material is all black, the first transparency is 0%, and the second transparency is the excitation %', then the electronic baffle will block the back display as a black plate, when the user When the mark area is generated by a mark (for example, a stroke of a pen) on the black electronic baffle, the mark area will be completely transparent 7 201246045, and the display area behind the mark area can be displayed. It doesn't work like a piece of glass painted with black paint, only the part is wiped off: after the color oil, the area after the glass is wiped off, the thing behind the glass will be displayed again, and the day will continue to show the case. For example, when the first - transparency is 100%, the second, and again. The 挡板lj electronic bezel and marking area will look similar to the effect of black paint on only certain parts of the clear glass. Although the transparency is described here as 0% and 100/〇, the actual transparency can be 〇0/. Any value in the range of ~100% is not limited here for the values of the first transparency and the second transparency, and the setting method for the difference between the first transparency and the second transparency should be the general knowledge of the field to which the invention pertains. Anyone can understand that there is no comment here. The drawing module 103 is responsible for receiving the control signal ιοί compared to the marking signal according to the shielding range, the baffle material and the first transparent green electronic barrier 106' and during the display of the electronic barrier 1 () 6 Updating the mark on the electronic baffle with the second transparency (1 field, and then triggering the display 1Q4 to update the display of the electronic baffle 1G6. The display module 104 is responsible for receiving the display of the control module 101. The electronic baffle 106 drawn by the edge image module 1〇3 is displayed at the display position of the graphical user interface 100. When the painted group 1Q3 is more abruptly electronic, the marked area on the baffle 106 is The display module 1〇4 is also responsible for displaying the updated electronic baffle 106. The electronic baffle system of the present invention can generate the shading effect of displaying the kneading surface in the graphical user interface 100 through the foregoing module. In addition, the setting module 102 of the present invention is further configured to receive and store the setting of the display position of the marked area. When the user changes the setting of the display position of the marked area, the drawing module 1〇3 will update the drawing electronic slot. Board 106 Then, the display module 1〇4 is used to update the display. The borrowing mark area 201246045 can be used as an electronic component on the 1G6. The display position of the user is in the electronic touch, and the wire is further improved. Next, 'Please refer to FIG. 2, which is a flow chart of the electronic baffle method according to the present invention, which will be used to explain the implementation of the present invention. The electronic baffle method of the present invention transmits _ The user interface receives at least one operation signal generated by the user through an input device such as a mouse, a keyboard, a touch device, etc. First, the system will first receive the setting of the electronic barrier, wherein the The attribute includes at least a masking, a display position, a baffle material, a first transparency, and a first transparency (step 2()1). However, the attribute of the present invention is only a miscellaneous of the electronic board. Adding other attributes related to the electronic board outside of the relationship is not limited to the one issued by the bribe. Because of the scope, the position, the baffle material, the transparency and the second transparency have been added. The former part The description will not be repeated here. Next, the system will continue to receive and compare the operation signals (step 2〇2). When receiving the display signal, the system will display the coverage according to the display position of the graphic user interface. The baffle material and the electronic baffle drawn by the first transparency (step 2〇3a), when the mark signal is received during the display of the electronic baffle, the system will display the electronic baffle with the second transparency update mark area (step 2 〇3b) The electronic baffle method of the present invention further comprises, in addition to the foregoing steps, a setting for receiving and storing the display position of the marked area, updating the step of drawing the electronic baffle and then performing display, whereby the marked area can be used as an electronic baffle A graphic element on the electronic component moves along the display position set by the user, thereby further enhancing the shielding effect of the display surface. Next, embodiments of the present invention will be described in terms of several embodiments. 201246045 Firstly, the electronic baffle produced by the present invention is a graphic element, and the electronic slab system and method thereof according to the present invention can be applied to systems with different functions, such as: a document editing system, a language learning system, and an image. The playback system or other system can also be a separate system that supports the operation of the electronic bezel. Please refer to "3A" to "3D", which is a first embodiment of the electronic baffle according to the present invention, wherein the first transparency is smaller than the second transparency, and it is assumed that according to a set shielding range, The baffle material and the first transparency can be used to draw the electronic baffle 30〇 as shown in “3A”. As shown in “3B”, when the user controls the mark indicating component 3〇1 in the electronic device through the input device The "small area 302a" mark area 302 on the baffle 3 (10) will be updated with the second transparency display, and the display side behind the electronic baffle 300 will be displayed. The attribute 'includes' of the electronic baffle 3 (10) The masking range, display position, gusset material, first transparency and second transparency can be either secret or user slaves. For example, if "3CS1", the default display position is assumed to be If the first display position is, the user can move the electronic shutter to the second display position by using the wheel insertion. In addition, it should be specially stated that if the user performs the system operation with the mouse cursor 3〇4 through the graphical user interface, the mouse cursor can be moved when the mouse cursor is in the red mark area: field 302. The marked area, as shown in "3D", is a schematic diagram of the "3C figure" after moving the mark area 3〇2, whereby the mark area view can be used as a separate component on the electric board 3〇〇 The setting movement of the person further enhances the shielding effect of the display surface. Next, please refer to "the second embodiment of the 4A electronic baffle, the figure" to the "4D view", which is the assumption that the first transparency of the electronic baffle 400 is greater than 201246045, the second transparency is As shown in "Fig. 4A", when the electronic shutter 4 is displayed, the display screen behind the electronic shutter 将会 will be displayed, and the user can also change the properties of the electronic shutter 400 during use. As shown in "Fig. 4B", the electronic shutter 400 can be moved from the first display position 401 to another display position. Next, please refer to "FIG. 4C". When the mark indicating element 402 is controlled by the input device and the marking area 4〇3 is generated on the electronic baffle 4〇〇, since the second transparency is smaller than the first transparency, the electronic baffle at this time The display screen behind the 4〇〇 mark area 4〇3 will be obscured. Please refer to "4D". Similarly, when the mouse cursor 4〇4 falls on the marking area 403, the marking area 4〇3 can also be moved, whereby the marking area 4〇3 can be used as an independent on the electronic shutter 400. The component moves with the user's settings, further enhancing the shadowing effect of the display screen. Next, in conjunction with "5A" to "5D", a process of generating an electronic baffle using the test learning system of the present invention will be described as an embodiment to explain how the present invention is applied to a system having special functions. . Please refer to "5A" first, assuming that the test result display window 510 of the test learning system is turned on in the graphical user interface 5, and the user can set the shield range, display position, and block of the electronic shutter through the setting toolbar 311. The board material, the first transparency and the second transparency are used for mosquitoes. If there is no set property, the set value of the material can be set. Assuming that the masking range set by the user is 1〇〇xl5〇 pixels, when the user triggers the function key 310 displaying the electronic baffle, as shown in “5B”, the electronic baffle 300 will be displayed in the setting_ In the position shown. Further, the masking fineness may be set as an electronic baffle as shown in "Fig. 5C", and the display block of the sub-window currently used is a shielding range. Alternatively, as shown in "5D", the shielding range of the electronic board 3〇〇 201246045 is a circular shielding range. Since the shielding range can be changed according to the shape and size of the electronic shutter set by the user, the user can select the electronic fence 300 corresponding to the demand. It is assumed that in the present embodiment, when the first transparency is smaller than the second transparency, if a marked area is generated on the electronic shutter 3 所示 shown in "5B" and "5C", a similarity will occur. Partial shading effect shown in "3A" to "3C", so that when the user reviews the test questions, they can mask other information that is not required to be displayed, and answer the same quiz test again. Although the test learning system is taken as an example in the present embodiment, the present invention can be applied to any system having a special function, such as a video playback system, a document editing system, etc., and is not limited to the test learning system. The "5A" to "5D" diagrams in the present embodiment are described by taking an electronic baffle having a first transparency smaller than the second transparency as an example. In fact, "4A" to "" can also be used. The first transparency of the 4D image is greater than the second transparency to produce an electronic baffle, and the effect is similar to "4A" to "4D", and will not be described here. Next, the process of generating an electronic baffle by an independently operated electronic baffle program will be described as another embodiment to explain how the present invention produces a shadowing effect on a graphical user interface. . Please refer to "Picture 6A". Suppose the graphical user interface 60〇 currently displays the operation interface 61 of the electronic bezel program and the video playback window 62〇, when the user triggers the function key for displaying the electronic tablet. 31〇_, the electronic bezel will be displayed = graphical user interface _ towel. The shielding of the electro-reading plate of _ can be displayed by the user-set size as shown in Fig. 6B, or the full-screen display can be performed by the electronic #_ of 201246045 k ®"#. The full screen interface 61G can also persist in the graphical user interface 600. The user rights and operating electronic bezel are fine. As shown in Fig. 6D, when the user marks the mark area (10) in the electronic shutter 300, the display screen after the mark area 63 is also displayed. Similarly, although the electronic baffle having a brightness less than the second transparency is not described in the "6A" to "6D", the "4th drawing" can be used in the present embodiment. The "4D" first optical transparency is greater than the second transparency. The implementation effect will be as shown in "4a" to "4D", and will not be described here. Although the embodiments disclosed in the present invention are as above, the content described above is not intended to directly limit the appearance of Lin Fa. Anyone having ordinary knowledge in the technical field of the present invention, without departing from the spirit and scope of the present invention, will be able to make a slight change in the implementation of (4) and fine red. It must still be determined by the scope of the attached patent application. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram of an electronic baffle system of the present invention. 2 is a flow chart of the electronic baffle method of the present invention. A 3A to 3D are the first embodiment of the electronic baffle according to the present invention. 4A to 4D are schematic views showing a second embodiment of the electronic baffle according to the present invention. 5A to 5D are diagrams showing an embodiment of the present invention applied to a special function system. 13 201246045. FIG. 6 to FIG. 6D are schematic diagrams of an embodiment of the present invention operating as a stand-alone system. [Key element symbol description] 100 graphic user interface 102 setting module 104 display module 106 electronic shutter 301 mark indicating component 303 first Display position 310 Function key 400 Electronic baffle 402 Marking indicator component 404 Mouse cursor 510 Test result display window 610 Operation interface 630 Standard area 105 Control module 103 Drawing module 105 Operation signal 300 Electronic seesaw 302 Marking area 304 Sliding Mouse cursor 311 setting tool column 401 first display position 403 mark area 500 graphic user interface 600 graphic user interface 620 video playback window step 201 receives the shielding range, display position, baffle material, first transparency and the first The setting step 202 of the second transparency and the like is continued to receive and compare the operation signal step 203a to the display position in the graphical user interface to display the electronic bezel according to the shielding range, the baffle material and the first transparency. The step 203b is updated with the second transparency. Electronic baffle in the marked area