201145141 丄 ”-0296-TWXX 34455twf.doc/n 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種物件移動方法，且特別是有關於 一種移動操作介面上具有數個子物件之母物件的方法，以 及實現此方法的電子裝置。 【先前技術】 操作介面係用以讓使用者和電子裝置互動，進而取得 需要的操作結果。而為了讓使用者能更便利地使用電子裝 置’關於操作介面的設計也日趨多元化。除了常見的圖示 及表單等元件之外’動晝特效的添入更大幅提升了操作介 面的使用樂趣。 以利用微軟新一代展示層架構（Windows Presentation foundation ’ WPF)所開發的動晝為例，由於構成動晝的 每個物件可包括一或數個圖層，因此當物件的數量越多201145141 丄"-0296-TWXX 34455twf.doc/n VI. Description of the Invention: [Technical Field] The present invention relates to an object moving method, and more particularly to a mother having a plurality of sub-objects on a mobile operating interface The method of the object, and the electronic device for implementing the method. [Prior Art] The operation interface is used for the user to interact with the electronic device to obtain the desired operation result, and the user can use the electronic device more conveniently. The design of the operation interface is also increasingly diversified. In addition to the common components such as icons and forms, the addition of dynamic effects has greatly enhanced the fun of the operation interface. To take advantage of Microsoft's next-generation display layer architecture (Windows Presentation Foundation ' For example, the dynamics developed by WPF), since each object constituting the moving piece can include one or several layers, the more the number of objects
時，便容易造成系統運作效率低落。特別是在構成動晝的 所有物件並未完全㈣在電子裝置的S幕可視範圍之内， 且電子裝置之螢幕解析度較大的情況下，當需要移動物件 之際，經常必須面臨電子裝置的中央處理器使用率過高， 而導致物件移動速度過慢甚至晝面停頓等情況。不難想 t，作不流暢的操作介面十分容㈣仙者的使用觀感 造成負面影響。 【發明内容】 201145141 ^〇296-TWXX34455twfdoc/n 有鑑於此，本發明提供一種物 動操作介面上的物件時，降低電子二以在移 用率。 电于褒置之中央處理器的使 本發明提供一種電子裝置，得以在 面上的物件時，確保系統運作的流暢;者移動麵作" 本發明提出-種物件移動方法，用 二物件，且第- 部份的第一替代圖片顯示於螢幕 ，字至； 事件來移動第—替代圖片。圍：以及根據移動 圖片目前顯示在螢幕可視範圍的::在 範圍子物件中，重新決定顯示梅可視 示至LtT之—實施例中’此物件移動方法更包括在顯 母物二。，的第—替代圖片於螢幕可視範圍後，隱藏第-在移神件林錢， 並且隱臧第一替代圖片。 >仍旰 物件在Ϊ發：其中操作介面更恤 物件的t 多個第二子物件均位於第—子 移動二。此方法更包括當偵測到對應於第二母物件的 :=二得表示第:母物件的第-替代圖片，將： 事件移動第-母::片幕可視範圍’ μ據移動 移動第一母物件。备移動事件不存在時，根據第一替 0296-TWXX 344S5twf doc/n 201145141 代圖片目前顯示在螢幕可視範圍 部份’自第一母物件所包括的 件遮蔽的 定顯示在螢幕可視範圍中的第一子物件。中，重新決 從另一觀點來看，本發明裎 示模組、彳貞職組、圖#生—種電子裝置，包括顯 顯示模組用以顯示一以及控制模組。其中， 件’且第-母物件二 示模、组，用以_是否有對應於第J物=模_接顯 圖片生成模纽執接偵測模組， :勺移動事件。 -母物件的移動事件時，圖】模到對應於第 組與顯示模組，ί中= 測模組、圖片生成模 顯示於顯示模組所定義第-替代圖片 移動第-替代圖片。當_槿细 =艮據移動事件 控制模組根據第-替代圖片 件不存在時， 份：自第一母物件所包括的所有】幕可视範圍的部 顯示在螢幕可視範圍中的第—子物件。件重新決定 母物:Γ二 =二斷】要移動具有數個子物件的 ，件需在具有數 先將下方的母物件及其所包 勿件的上方移動時，亦 移動上方物件。據此將能在移動物為圖片，接著再 央處理器使用率，進而避免晝面停頓的裝置之中 v-〇i96-TWXX 34455twf.doc/r 201145141 為讓本發明之上述特徵和優點能更明顯錢，下 舉貫施例’並配合所附圖式作詳細說明如下。 、 【實施方式】 圖1疋依照本發明之一實施例 ，。電子裝置1。。包括顯示模組u。、侧 == 片生成模'组130以及控制模組14〇 、At the time, it is easy to cause the system to operate inefficiently. In particular, when all the objects constituting the moving parts are not completely (4) within the visible range of the S-screen of the electronic device, and the screen resolution of the electronic device is large, when the object needs to be moved, it is often necessary to face the electronic device. The CPU usage is too high, causing the object to move too slowly or even pause. It's not hard to think about it. It's very easy to make a smooth interface. (4) The use of the immortal has a negative impact. SUMMARY OF THE INVENTION In view of the above, the present invention provides an electronic device for reducing the rate of transfer when the object is physically manipulated on the interface. The present invention provides an electronic device that ensures the smooth operation of the system when the object on the surface is moved. The moving surface is made by the present invention. And the first alternative picture of the first part is displayed on the screen, the word to; the event to move the first - substitute picture. Circumference: and according to the moving picture currently displayed in the visible range of the screen: In the range of sub-objects, it is decided to display the display to the LtT - in the embodiment, the object moving method is further included in the display object 2 . The first-substitute image is hidden behind the screen, hiding the first-in-the-money money, and concealing the first alternative picture. > Still 物 Objects are in burst: where the operation interface is more t-objects t multiple second sub-objects are located in the first-sub-movement two. The method further includes: when detecting: corresponding to the second parent object: = two to represent the first: substitute image of the parent object, the event: moving the event - mother:: the screen visible range 'μ according to the mobile movement first Mother object. When the standby movement event does not exist, according to the first replacement 0296-TWXX 344S5twf doc/n 201145141 generation picture is currently displayed in the visible range of the screen 'the part covered by the first parent object is displayed in the visible range of the screen A child object. From another point of view, the present invention shows a module, a squad, a picture, and a display device for displaying a control module. Wherein, the piece 'and the first-parent object two show the mode and the group, whether the _ corresponds to the Jth object=module_connected picture generation module connection detection module, the spoon movement event. - When the parent object moves, the image corresponds to the first group and the display module, ίzhong = test module, and the image generation mode is displayed in the display module to define the first-alternative picture to move the first-alternative picture. When the mobile event control module does not exist according to the first-alternative picture, the part: the part of the visible range of the screen included in the first parent object is displayed in the visible range of the screen. object. The piece is re-determined. The parent object: Γ2 = 2nd break. To move the object with several sub-objects, the upper object is also moved when there is a number of pieces moving above the parent object and its package. According to this, it will be possible to make the above features and advantages of the present invention more in the case where the moving object is a picture, and then the processor usage rate is further avoided, thereby avoiding the pause of the kneading. v-〇i96-TWXX 34455twf.doc/r 201145141 Obviously, the following is a detailed description of the following examples. [Embodiment] FIG. 1 is an embodiment of the present invention. Electronic device 1. . Includes display module u. , side == slice generation mode 'group 130 and control module 14〇,
機、個人數位助理、智慧型手機或電腦系統等等 不對電子裝置100的種類加以限制。 W 顯示模組1H)可為觸控式絲 的各種操作介面。在本實施二 物二，子:::丨:巧&每個母物件均個別具有數個子 牛子物件例如疋介面工具集（ 多個圖層構成的物件，在此並 二:乂-或 的子物件隨因包括 ::時’一物件在母 偵測模組120係輕接至顧千描& 物件而產生的事二：來== 測使用^觸幕模組120可以是觸控感測器’則貞 觸碰物作物件所產生的各類事件。而當顯示上 為液晶榮幕時，摘測模址12〇可以是軟體元件，以 201145141 --------0296-TWXX 34455twf.doc/n 偵測使用者透過滑鼠或鍵盤等輪 所引發的各類事件。 狀點錢操作物件時 圖片生成模組130耦接至偵測模組12〇。 用以在偵測模組12。_到對應於=$ 件時，產生對應的替代圖片。1中 +的移動事 利用硬體元件(例如處理器）：軟體==二： 元件的組合來實作。 干次硬體及軟體 =莫？。細 _11〇、細莫組 片生成模2 130。在對應於母物件的移 時，控制模組刚會利用圖片生成模組 =、、，貝存在 制，進而降低在移動母物件= 未繪示)的使用率。在本實= :件===件(例如處理器)， ,為了進-步說明在需要移動母物件 發下：舉另一實施例來對本發明進： 依"本發明之-實施例崎示之物件移動方法 在本實施例中，顯示模組110所 Γ已Γ=Τ母物件具有數個第 模組 過顯示模組110觀看位於:幕==二 201145141 PNA1-SW-0296-TWXX 34455twf.doc/n 首先如步驟21〇所示，當债測模級12〇#測到對岸於 第一母物件的移動事件時，圖片生成模組130取得表;：'第 ^物件的第-替代圖片。其中，圖片生成模組13㈣依 照第-母物件的開發環境採取對應的方式來產生其_ 片。舉例來說，倘若第一母物件係以微 展θ 構（Wlnd0ws Ρ職劇icm Fmmdatk)n，WPF 層木 :圖=成模組130可使用該架構中的特定功:: 接著再將其匯出成第一替代圖片。 讀結構， 接下來在步驟220中，控制模組〗 -替代圖片顯示於營幕可視範圍以取代第4二， 根據移動事件來移動第―替代圖π步 並且 螢= 的大小超過螢幕可視範圍，控制模組;40會2 螢幕可視範圍之邊界與第—母物件的相對位置 第-替代圖片顯示於螢幕可視範圍。而若第 ^伤的 二;，視範圍，控制模組H0則會根據第 幕可視範圍來決定要顯示全部或d 替代_====來移動二 片，進而“等 圍中看到第一替代圖片的不同區域。視乾 二：制模組140便會不斷地根據移動事件來=牛第尚1 最後如步驟230所示，當侧模組⑽判斷移動事件 201145141 .^ ,,-0296-TWXX 34455twf doc/n 不存在時，控制模組14〇根據第 幕可視範圍的部份，自第一母顯示在聋 句話說，控制模:==以。換 :母物件與榮幕可視範圍之間的相 二會使第 圖片目前與勞幕可視範圍之間的相對位置 第1代 於實際被移動的第一替代I =進行移動。由 而能大幅減少電子裝置觸之中勿件J因 :動完畢之後，第—替代圖片才會被換回原始的第= ^是依照本發明之另 法的流程圖。本實施例^移_ 4A 動方 410為例來對本發明進行說 所干勿件 410包括複數個第—子物件A〜F且其勿件 (即件D、E、F)已顯示在榮幕可視範圍42:中件 測到對應於7驟二反覆判斷是否俄 第-母物件41〇的移動事:的。若偵測到對應於 成· m取得Πΐ 驟320中，圖片生 圖犯所示之莖Γ ·件410的第一替代圖片（如 少部#替代圖片430)，並由控制模組140將至 i :Γ:Γ，30顯示於榮幕可視範圍^ 及隱藏第-母物件_。在她謝，母物件 -0296-TWXX 34455twf.doc/n 201145141 410的方式例如是更改第一母物件41〇的屬性，而由於第 一子物件A〜F均為第一母物件41〇的一部份，因此在 藏第：母物件410後，其所包括的所有第一子物件亦將^ 之隱藏。 接著如步驟330所示，控制模組14〇根據移動 動第-替代圖片430。在本實施例中，例如是向 一替代圖片430 (如圖4C所示）。 事件t妾步驟340所示’偵測模組120持續判斷移動 事件疋否存在。右移動事件仍存在，則回到步驟33〇 控制模組140繼續根據移動事件來移動第一替 430。例如，繼續向右移動第一替代圖片獨。 片 而當移動事件不存在時，則如步驟3s〇所示 組140取消隱藏第一母物件，並根據第一替代^ 顯示在螢幕可視範圍420的部份， 圖片 括的所有第一子物件中，重新決定出要顯示在包 f樣+的第一子物件，最後再隱藏第-替代圖片43/ ，例=，假設對應於第一母物件的移動事 〇 Ιΐί情況下消失，在控制模組140完成步驟350所^ 動作後’則如圖4Ε所示，控制模组14 = 物⑽，此時會決定將第一子物件“、㈡:忿： 可視範圍420，並障齑坌一兹也面u .，，貝不於鸯幕 孩曰 臧第替代圖片430。比較圖4D蛊圖 制模組在將第—替侧還原j :母物件410時，會參考第一替代圖片43(m瑩幕可^第 圍420的相對位置以決定第一母物件彻的位置。靶 -0296-TWXX 34455twf.doc/n 201145141 I τ» 圖5是依照本發明之又一實施例所綠示之物件移動方 法的流程圖，而圖6是依照本發明之—實施例所繪示之兩 個母物件的不意圖。在本實施例中，電子裝置刚的操 介面除了包括第-母物件61〇之外，另外還包括第二母物 件㈣。第一母物件610包括七個第-子物件（即第_子 物^^、^、卜⑺’第二母物件㈣則包二 四個^二子物件（即第二子物件卜2、3、4)。如圖^ =勿件62G所包括之所有第二子物件均位於所有 層。亦即’在第一母物件610與第二母物 第二母物件㈣収屬於上層嶋層物件，而 望Ιίί㈣510所示，在摘測模組叫負測到對庫於 第一母物件620的移動貝關對應於 示第-物牛⑽的第一替代圖片圖片生成模㈣取得表 母物件•由二幕動了;；^^ =面上移動多圖層物件的方式相同或相似以 幕可視範圍且未被第二母圖片目前顯示在鸯 物件610所包括的所 20遮蔽的部份，自第一母 幕可視範圍中的子物件中，重新決定顯示在Ϊ 子物件。換言之，控制⑽在^ 201145141 ^-0296-tWXX 34455twf.doc/r 二母物件620停止移動之後，會將第一替代圖片恢復為第 一母物件610。 如圖5所示，當有一物件（例如第二母物件62〇)需 要在一個具有多圖層之複雜物件（例如第一母物件61〇) 的上方移動時，控制模組14〇會將位於下層的複雜物件替 換為圖片，進而降低在移動上層物件時電子裝置1〇〇之中 央處理器的使用率，從而避免畫面停頓的情況產生。 ，7是依照本發明之再一實施例所繪示之物件移動方 法的流程圖’延續上述實施例，電子裝置刚 一母物件610與第二母物件620,且第—母物件610 的圖層K的圖層物件’而第二母物件㈣則是屬於上層 m 步驟710所示’圖片生成模組130麵測模組 得表干第^對應於第二母物件62G的移動事件時，分別取 物件6、2〇的：物=〇的第一替代圖片，以及表示第二母 刀叶ozu的第二替代圖片。 替代’控制模組140將至少部份的第〆 圍，並根據移二T的第二替代圖片顯示於螢幕可視範 很璩移動事件移動第二替代圖片。 „步驟730所示，當偵測模組 :存在時’控制模組140根據第二替代圖片3:動2 件中，重自第—母物件所包括的所有第二子物 放㈣Ϊ &要顯示在螢幕可視範财㈣二子祕， χ 1代圖片目前顯示在螢幕可視_且未被第二 12 201145141 v-0296-TWXX 34455twf.doc/n 替代圖片遮蔽的部份，自第一母物件所包括的所有第—子 物件中，重新決定要顯示在螢幕可視範圍中的第一子物件。 在本實施例中，當偵測到對應於上層母物件的移動事 件時，圖片生成模組13〇會產生分別表示上下兩層母物件 的兩張替代圖片，且控制模組140會以移動上層母物件之 替代圖片來取代移動上層母物件的動作。等到判定不再雨 要移動上層母物件之後’控制模組刚才將兩張替代圖二 ，原成原有的上層母物件以及下層母物件。據此達 中央處理器使用率的目的。 在上述實施例巾，控繼、组14〇在將至少部份 — 德代ί片與至少部份的第二替代圖片顯示於螢幕可視範圍 ⑽因此制者透過絲可視範圍係看 到兩個母物件的替代圖片，而並非看到母物件本身看 模組12〇判斷對應於第二母物件㈣的移動事 決定ί龜後’控制模組14◦會取消隱藏第一母物件、重新 、疋要顯*在螢幕可視範重新 控制二藏= 件，並且隱藏=替f範圍的是哪些第二子物 括之本發明並不對操作介面及其所包 多個圖居制。任何在操作介面中具有 法來降低移動母所述之物件移動方 13 201145141 -〇296-TWXX34455twf.doc/n 综上所述’本發明所述之電子 有多圖層的複雜母物件需被移動時，Si: 3移動結束後才將替代圖片還原 據此’此在移動物件的過程中降低 率，進而產生較流暢的畫面移動效果。< _使用 雖然本發明已以實施觸露如上，然其並制以限 本叙明，任何所屬技術領域中具有通常知識者，在 本發明之精神和範㈣’當可作些許之更動與潤飾，故本 發明之保護範圍當視後附之申請專利範_界定者為準。 【圖式簡單說明】 圖1疋依照本發明之一實施例所繪示之電子裝置的方 塊圖。 圖2是依照本發明之一實施例所繪示之物件移動方法 的流程圖。 / 圖3疋依照本發明之另一實施例所繪示之物件移動方 法的流程圖。 圖4Α、4Β、4C ' 4D、4Ε是依照本發明之一實施例所 繪示之移動第一母物件的示意圖。 圖5是依照本發明之又一實施例所繪示之物件移動方 法的流程圖。 圖6是依照本發明之一實施例所繪示之兩個母物件的 ，”-0296-TWXX 34455twf_doc/n 201145141 示意圖。 圖7是依照本發明之再一實施例所繪示之物件移動方 法的流程圖。 【主要元件符號說明】 100 電子裝置 110 顯示模組 120 偵測模組 130 圖片生成模組 140 控制模組 210〜230、310〜350、510〜530、610〜630 :步驟 410、610 :第一母物件 420 :螢幕可視範圍 430 :第一替代圖片 A、B、C、D、E、F、G:第一子物件 620 :第二母物件 卜2、3、4 :第二子物件 15Machines, personal digital assistants, smart phones or computer systems, etc. do not limit the type of electronic device 100. The W display module 1H) can be used for various operating interfaces of the touch wire. In the second embodiment of the present invention, the sub-:::丨: Qiao & each parent object has several sub-objects, such as the interface tool set (a plurality of layers of objects, here and two: 乂- or children) The object includes: when: an object in the mother detection module 120 is lightly connected to the Gu Qiantu & object generated by the second: come == test use ^ touch screen module 120 can be touch sensing The device's touches the various events generated by the crop parts. When the LCD screen is displayed on the screen, the dice test module address 12 can be a software component, with 201145141 --------0296-TWXX 34455twf .doc/n detects various events caused by the user through the mouse or the keyboard. The image generation module 130 is coupled to the detection module 12〇 when the object is operated. 12. _ to correspond to = $ pieces, the corresponding substitute picture is generated. The movement of + in 1 uses hardware components (such as processor): software == two: combination of components to implement. Software = Mo?. Fine _11 〇, fine Mo group is generated modulo 2 130. When corresponding to the movement of the parent object, the control module will just use the picture to generate The module =, ,, and the presence of the shell, thereby reducing the usage rate of the moving parent object = not shown. In the present =: piece === piece (for example, processor), in order to further explain the need to move the parent piece to send: another embodiment to the present invention: According to the invention - the embodiment of the In the present embodiment, the display module 110 is configured to have a plurality of first modules over the display module 110. The screen is located at: Curtain == 2 201145141 PNA1-SW-0296-TWXX 34455twf .doc/n First, as shown in step 21, when the debt measurement level 12〇# detects a movement event on the first parent object, the picture generation module 130 obtains the table;: the first replacement of the 'th object' image. The picture generation module 13 (4) generates a slice according to the development environment of the first-parent object in a corresponding manner. For example, if the first parent object is in the form of a differential θ (Wlnd0ws ic F icm Fmmdatk) n, the WPF layer: Figure = module 130 can use the specific work in the architecture:: The first alternative picture. Reading the structure, next in step 220, the control module - the substitute image is displayed in the visible range of the camp to replace the fourth and second, according to the movement event to move the "alternative map" step and the size of the firefly = exceeds the visible range of the screen, The control module; 40 will be 2 the boundary of the visible range of the screen and the relative position of the first - parent object - the alternate picture is displayed in the visible range of the screen. If the second is the second injury, the control module H0 will decide to display all or d instead of _==== to move the two pieces according to the visible range of the scene, and then “see the first in the circle” Replace the different areas of the picture. Depending on the dry two: the system module 140 will continue to be based on the mobile event = Niu Di Shang 1 Finally, as shown in step 230, when the side module (10) determines the movement event 201145141 .^ ,,-0296- When TWXX 34455twf doc/n does not exist, the control module 14 显示 displays from the first mother according to the part of the visible range of the scene, in other words, the control mode: == to. Change: the parent object and the visible range of the screen The phase between the two will cause the relative position between the current picture and the visible range of the screen to be moved by the first generation I = which is actually moved. This can greatly reduce the contact of the electronic device. After the completion of the movement, the first substitute image is replaced by the original first = ^ is a flow chart according to another method of the present invention. This embodiment moves the _ 4A moving 410 as an example to describe the present invention. 410 includes a plurality of first-sub-objects A~F and its components (ie, pieces D, E, F) have been displayed in the glory Visual range 42: The middle part is determined to correspond to the 7th step and the second step to determine whether the Russian-female object 41〇 moves. If it is detected in the corresponding 320, the picture is generated. The stem Γ Γ 第一 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 410 In her thanks, the parent object-0296-TWXX 34455twf.doc/n 201145141 410 is for example modified to change the properties of the first parent object 41〇, since the first child objects A to F are all the first parent object 41〇. In some parts, therefore, after the Tibetan: parent object 410, all of the first sub-objects included therein will also be hidden. Next, as shown in step 330, the control module 14 动 moves the first-substituting picture 430 according to the movement. In this embodiment, for example, an alternative picture 430 is displayed (as shown in FIG. 4C). Event t妾 step 340 shows that the detection module 120 continuously determines whether the movement event exists or not. The right movement event still exists, then Going to step 33, the control module 140 continues to move the first substitute 430 according to the movement event. For example, continue to the right. Moving the first substitute picture alone. When the moving event does not exist, the group 140 is unhidden as shown in step 3s, and is displayed on the portion of the screen visible range 420 according to the first alternative ^, the picture includes In all the first sub-objects, the first sub-object to be displayed in the package f-type is re-determined, and finally the first-substitute picture 43/, example =, is assumed, corresponding to the movement of the first parent object. After disappearing, after the control module 140 completes the action of step 350, then, as shown in FIG. 4A, the control module 14 = object (10), and then the first sub-object ", (2): 忿: visible range 420, is determined. And the obstacles are also a face of u.,, Bell is not the curtain of the child's first alternative picture 430. Comparing FIG. 4D 蛊 模组 模组 还原 还原 还原 还原 : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Target-0296-TWXX 34455twf.doc/n 201145141 I τ» FIG. 5 is a flow chart of a method for moving an object in green according to still another embodiment of the present invention, and FIG. 6 is a drawing in accordance with an embodiment of the present invention. In the present embodiment, the interface of the electronic device includes a second parent member (four) in addition to the first parent member 61. The first parent member 610 includes seven. The first-sub-object (ie the first _ sub-object ^^, ^, Bu (7) 'the second parent object (four) is wrapped in two four ^ two sub-objects (ie the second sub-objects 2, 3, 4). Figure ^ = All of the second sub-objects included in the piece 62G are located in all layers. That is, 'the first parent object 610 and the second parent second parent object (four) are included in the upper layer of the object, and the view is shown in FIG. The module is called negatively detecting the movement of the library to the first parent object 620. The first alternative picture picture corresponding to the first object (10) Molding (4) Obtaining the parent object • Moved by the second scene; ^^ = The way to move the multi-layer object on the surface is the same or similar to the visible range of the screen and is not currently displayed by the second parent image in the object 610 20 shaded parts, from the sub-objects in the visible range of the first mother screen, re-determined to display in the Ϊ object. In other words, control (10) at ^ 201145141 ^-0296-tWXX 34455twf.doc / r two parent object 620 stop moving Thereafter, the first substitute picture is restored to the first parent object 610. As shown in Figure 5, when an object (e.g., the second parent object 62) needs to be in a complex object having multiple layers (e.g., the first parent object 61) When moving above the 〇), the control module 14 替换 replaces the complex object located in the lower layer with a picture, thereby reducing the usage rate of the central processing unit of the electronic device 1 when moving the upper object, thereby avoiding the occurrence of the screen pause. 7 is a flow chart of a method for moving an object according to still another embodiment of the present invention. Continuing the above embodiment, the electronic device is just a parent object 610 and a second parent member 620, and the first parent member 610 The layer object ' of the layer K' and the second parent object (4) belong to the upper layer m, and the image generation module 130 of the image generation module 130 has a surface event corresponding to the movement event of the second parent object 62G. The object 6, 2〇: the first substitute picture of the object = 〇, and the second substitute picture representing the second mother blade ozu. The alternative 'control module 140 will at least part of the third circumference, and according to the shift two T The second alternative picture is displayed on the screen visual mode. The moving event moves the second alternative picture. „Step 730, when the detection module: exists, the control module 140 is based on the second alternative picture 3: moving 2 pieces , all the second sub-objects included in the first-mother object are placed (four) Ϊ & to be displayed on the screen visual fan (four) two sub-secret, χ 1 generation picture is currently displayed on the screen visible _ and not the second 12 201145141 v-0296 -TWXX 34455twf.doc/n In place of the shaded portion of the image, the first sub-object to be displayed in the visible range of the screen is re-determined from all of the first sub-objects included in the first parent object. In this embodiment, when a motion event corresponding to the upper parent object is detected, the image generation module 13 generates two substitute pictures respectively representing the upper and lower layers of the parent object, and the control module 140 moves the upper layer. An alternative picture of the parent object replaces the action of moving the upper parent object. Wait until it is determined that it is no longer raining. After moving the upper parent object, the control module has just replaced the two upper two figures, the original upper parent and the lower parent. According to this, the purpose of the CPU usage is reached. In the above embodiment, the control unit displays at least a portion of the Dede ί 片 and at least a portion of the second alternative picture in the visible range of the screen (10), so that the manufacturer sees the two mothers through the visible range of the wire. An alternative picture of the object, but not the parent object itself. The module 12 determines the movement corresponding to the second parent object (4). The control module 14 will unhide the first parent object, re-send, and The display is re-controlled in the screen view, and the hidden========================================================================= Any object moving in the operation interface to reduce the movement of the object described by the mobile parent 13 201145141 - 〇 296-TWXX34455twf.doc / n In summary, the complex mother object of the electronic layer having multiple layers of the present invention needs to be moved , Si: 3 After the end of the movement, the replacement image is restored accordingly. This reduces the rate during the movement of the object, thereby producing a smoother picture movement effect. < _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Therefore, the scope of protection of the present invention is subject to the definition of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of an electronic device according to an embodiment of the invention. 2 is a flow chart of a method of moving an object in accordance with an embodiment of the present invention. / Figure 3 is a flow chart showing the method of moving an object in accordance with another embodiment of the present invention. 4A, 4B, 4C '4D, 4Ε are schematic views of moving a first parent member in accordance with an embodiment of the present invention. Figure 5 is a flow chart showing the method of moving an object in accordance with still another embodiment of the present invention. 6 is a schematic diagram of "0296-TWXX 34455 twf_doc/n 201145141" of two parent objects according to an embodiment of the present invention. FIG. 7 is a diagram showing an object moving method according to still another embodiment of the present invention. Flowchart. [Main component symbol description] 100 electronic device 110 display module 120 detection module 130 image generation module 140 control modules 210 to 230, 310 to 350, 510 to 530, 610 to 630: steps 410, 610 : first parent object 420: screen visible range 430: first alternative picture A, B, C, D, E, F, G: first child object 620: second mother object, 2, 3, 4: second child Object 15