200923760 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種提供一圖形化使用者介面的方法， 包含： 在一螢幕上顯示主要呈現内容， 顯不一特定使用者介面元件，其具有相對在該螢幕上的 顯不區域的一邊界的一第一區段的一第一定向。 本發明亦關於一種控制一圖形化使用者介面的系統，其 經組態用以：致使在一螢幕上顯示主要呈現内容；以及致 使在該螢幕上顯示一特定使用者介面元件’其具有相對於 在δ亥螢幕上的一顯示區域的一邊界之一第一區段之一第一 定向。 本發明亦關於一種資料處理系統，包含： 一顯示裝置， 一輸入裝置，以及 一控制一圖形化使用者介面之系統。 本發明亦關於一電腦程式化。 【先前技術】 美國專利2006/0244734揭示了一種促進使用者與顯示在 一大型觸摸系統的一觸摸表面上的一影像互動的方法。該 觸摸表面上的該顯示影像的至少一區域被重新產生在一使 用者可存取位置，並且該重新產生的區域被映射到該顯示 影像的對應部分，使得使用者與該重新產生的區域的互動 被轉譯成與該顯示影像的該對應部分的互動。回應於顯示 133044.doc 200923760 在該觸摸表面的底部角落的一觸發按鈕的致動，調用一絕 對鏡像拉式應用程式。當該觸發按叙被致動且該絕對鏡像 模式被㈣k，鄰近該觸摸表面的頂部邊緣的該顯示影像 的該部分被重新產生且被鏡射到鄰近該觸摸表面的該底部 邊緣。如果回應於使用者接觸而更新該顯示影像，則在鄰 近該觸摸表面的該底部出現的該顯示影像的該重新產生部 刀中重新緣製發生在該顯示影像的該頂部部分的更新。如200923760 IX. Description of the Invention: [Technical Field] The present invention relates to a method for providing a graphical user interface, comprising: displaying a main presentation content on a screen, showing a specific user interface component having A first orientation of a first segment relative to a boundary of the display area on the screen. The invention also relates to a system for controlling a graphical user interface configured to: cause a primary presentation content to be displayed on a screen; and cause a particular user interface component to be displayed on the screen A first orientation of one of the first segments of a boundary of a display area on the δHai screen. The invention also relates to a data processing system comprising: a display device, an input device, and a system for controlling a graphical user interface. The invention also relates to a computer stylization. [Prior Art] U.S. Patent No. 2006/0244734 discloses a method of facilitating user interaction with an image displayed on a touch surface of a large touch system. At least one area of the display image on the touch surface is regenerated in a user accessible location, and the regenerated area is mapped to a corresponding portion of the display image such that the user and the regenerated area The interaction is translated into an interaction with the corresponding portion of the displayed image. In response to the display 133044.doc 200923760 In the actuation of a trigger button at the bottom corner of the touch surface, an absolutely mirrored pull application is invoked. When the trigger is actuated and the absolute mirror mode is (4)k, the portion of the display image adjacent the top edge of the touch surface is regenerated and mirrored to the bottom edge adjacent the touch surface. If the display image is updated in response to user contact, the regeneration of the top portion of the display image occurs in the re-created portion of the display image that appears adjacent to the bottom of the touch surface. Such as
果該觸摸表面的對立邊顯示不同的使用者可互動物件，則 α亥觸摸表面的該等邊可被鏡射。 延種方法的一問題在於，其主要適合在直立位置中的螢 幕。當-相對大型螢幕被水平定位時，使用者可被定位在 沿者邊界的任何點並希望與該圖形化使用者介面互動。當 鄰近對立邊緣的部分被鏡射時，這使在該螢幕周圍的位置 :使用者失去定向。再者’除非控制位於接近邊緣，否則 -相對大型區域必須被鏡射。假使對立區域沒有被鏡射， 但是其中—區域被重新產生（即複製），則該顯示影像的— 相對大部分被從視線移走，與使用者定位接近的部分仍然 可互動。 【發明内容】 本發明的一項目的係提供一種控制圖形化使用者介面的 方法及I統’以及-種用於配合供定位在各邊的使用者使 用之大尺寸螢幕的資料處理系統及電腦程式。 此目的係藉由根據本發明之方法予以達成，該方法勺 含： /匕 133044.doc 200923760 回應於與該圖形化使用者介面的使用者互動； 相對於該主要呈現内容與該螢幕而重新定位該特定使用 者介面元件；以及 改變該經重新定位之使用者介面元件的定向到—第二定 向，該第二定向相對於該邊界的該第—區段不同於該第: 定向’但是相對於該邊界的—第二區段對應於該第 向。 藉由相對於該主要呈現内容與該螢幕(而不是相對於該 ^要呈現内容的-區段）而重新定位該特定使用者介面元 彳，其他使用者是不太失去定向。藉由改變該經重新定位 之使用者介面元件的定向到一第二定向（該第二定向相對 於该邊界的該第一區段不同於嗲 ^ 苐—疋向的，但是相對於 邊界的一第二區段對應於該第-定向），該經重新定位 之使用者介面元件可保持其相對於該邊界的該區段的定 向，其中希望與它互動的使用者已經自己定位好了。因 此’ s亥使用者介面元件可銘蘇B 1 g 、 ®騎T移動且可使料位置範圍被增 加。适允許使用者互動發生在榮幕的所有邊。 在實知例中，該第二區段係基於該經重新定位之使用 者介面元件的位置予以決定。 、一種效應是該方法使最合適的定向能夠被確定而不需要 定位該使用者。可從該使用去八 位w1 太 者；丨面凡件被重新定位到的該 位置推斷该使用者的位置。因此，一 使用者介面元件，而不需要_ 田口予该 的系統進-步輸入。要猎由—用於控制該使用者介面 133044.doc 200923760 m實〜例中，按照使用者輸人將該特定使用者介面元 件重新定位到—範圍新位置之一者。 因此’該❹者能夠控制該特定使用者介面 :之處。因此，該方法適合用於相對大勞幕。在矩形營 =:下’該邊緣與該特定使用者介面元件沿著該邊緣 被重新疋位的該位置兩者都是可控制的。 在-：施例中’回應於與一裝置之使用者互動而重新定 立謂疋使用者介面元件以用於谓測在 之觸摸輸入。 位置 這表明S亥方法的一相對有效率的.始士安 件用者人而1 了有效羊的實施方案。能夠觸到該 二種/^'對於有效率使用該介面是重要的。提供了 特定使用者介面元件將被定位在何處的簡單且 相對準確的方法。 早1 在一實施例中，該特定使用者介 新位置，該新位置在至+…破重新疋位在- 置在至^ 一座標中相對應於 入的-序列偵測位置之一最後位置。 #觸摸輸 性這:決：在多個伯測觸摸輸入位置的情況下的任何模糊 /、了此例如是一示意動作被拖髮橫 情況。 京恭的表面的 在實施例中，回應於由該裝置偵測到之橫越該 -不意動作而重新定位該特定使用者介面元件。If the opposite sides of the touch surface display different user-interactive objects, the sides of the alpha-touch surface can be mirrored. One problem with the extended method is that it is primarily suitable for screens in an upright position. When the relatively large screen is positioned horizontally, the user can be positioned at any point along the border of the user and wish to interact with the graphical user interface. When the portion adjacent to the opposite edge is mirrored, this causes the position around the screen: the user loses orientation. Furthermore, 'unless the control is located close to the edge, the relatively large area must be mirrored. If the opposite area is not mirrored, but where the area is regenerated (i.e., copied), then the majority of the displayed image is removed from the line of sight and the portion that is close to the user's position remains interactive. SUMMARY OF THE INVENTION An object of the present invention is to provide a method and a computer for controlling a graphical user interface and a data processing system and computer for matching a large-sized screen for users positioned on each side. Program. This object is achieved by a method according to the invention, the method comprising: /匕133044.doc 200923760 in response to user interaction with the graphical user interface; repositioning relative to the primary presentation content and the screen The particular user interface component; and changing the orientation of the repositioned user interface component to a second orientation that is different from the first orientation of the second orientation relative to the boundary: The second section of the boundary corresponds to the first direction. By relocating the particular user interface element relative to the primary presentation content and the screen (rather than the - section relative to the content to be rendered), other users are less likely to lose orientation. By changing the orientation of the repositioned user interface element to a second orientation (the second orientation is different from the first section of the boundary, but opposite to the boundary) The second segment corresponds to the first orientation, and the repositioned user interface element maintains its orientation relative to the segment of the boundary, wherein the user wishing to interact with it has positioned itself. Therefore, the user interface of the shai can be changed to B 1 g and ® to move T and the range of material positions can be increased. User interaction is allowed to occur on all sides of the screen. In a known example, the second segment is determined based on the location of the repositioned user interface component. An effect is that the method enables the most appropriate orientation to be determined without the need to locate the user. The user can go to the eight-bit w1 too; the position where the face is repositioned is to infer the position of the user. Therefore, a user interface component does not require _ Taguchi to enter the system for further input. In order to control the user interface, the user interface is relocated to one of the new ranges of the range according to the user input. Therefore, the latter can control the specific user interface: where. Therefore, the method is suitable for relatively large screens. At the rectangular camp =: lower, the edge and the location at which the particular user interface component is repositioned along the edge are controllable. In the -: embodiment, in response to interaction with a user of a device, the user interface component is re-defined for use in the touch input. Location This indicates a relatively efficient implementation of the Shai method. Being able to touch these two types is important for efficient use of the interface. It provides a simple and relatively accurate method of where a particular user interface component will be located. 1 In an embodiment, the specific user introduces a new position, and the new position is at the end of the - sequence detection position corresponding to the input to the +... . #触摸输性: This: Any blurring in the case of multiple home touch input positions, this is, for example, a schematic action being dragged. In the embodiment, the specific user interface component is repositioned in response to the traversal detected by the device.
-種效應-般是避免無意識地移動該特 件，因為該螢幕的僅僅觸 者）丨面7L -種一般完善界以導致位移。必須作出 思動作（其被辨識為—指令）以重新 133044.doc •10- 200923760 定位該特定使用者介面元件。 在一實施例中，回應於在該螢幕之一保留區域中偵測到 之觸摸輸入而重新定位該特定使用者介面元件。 -種效應是將關於使用者介面元件的重新排列的觸摸輸 入與關於憑藉該使时介面控制的應用程式的觸摸輸入分 開°亥保留區域一般未精確地對應於該使用者介面元件。 而是’該保留區域可能位於使用者可觸到該保留區域之 處。-種效應是不需要提供一指標裝χ，比如藉由 操縱桿控制的一游標。 在一實施例中，根據相對於顯示在該螢幕上之另一個使 用者介面元件之—位置的使用者觸摸輸人之-偵測位置， 從複數個可移動使用者介面元件之中選擇該特定使八 面元件。The effect is generally to avoid unintentional movement of the feature, since the only touch of the screen is 7L - the general perfection to cause displacement. A thought action (which is identified as an instruction) must be made to re-position the specific user interface component 133044.doc •10- 200923760. In one embodiment, the particular user interface component is repositioned in response to a touch input detected in a reserved area of the screen. The effect is that the touch input relating to the rearrangement of the user interface elements and the touch input for the application controlled by the time interface interface generally do not accurately correspond to the user interface element. Rather, the reserved area may be located where the user can reach the reserved area. The effect is that there is no need to provide an indicator device, such as a cursor controlled by a joystick. In one embodiment, the particular one of the plurality of removable user interface elements is selected based on a user-touched-detected location relative to a location of another user interface component displayed on the screen. Make eight-sided components.
一種效應是限制使用者需要提供的不同輸人數目以重新 ㈣該使用者介面。導致該等特定使用者介面元件的—特 定者的重新定位的輸入序列亦較短，因此改良可用 理資源的使用效率。 在一實施例中，從複數個可移動使用者介面㈣ 擇該特定使用者介面元件係藉由： 提供該複數個可移動使用者介 的-可視指示； 午之者的選擇 回應於與該圖形化使用者介面的使用者互 擇；以及 "域 回應於與該圖形化使用者介面之進_步㈣者互動，選 133044.doc 200923760 擇該等可移動使用者介面元侔 使用者介面元件。^件之^前敎者料該特定 二：施例適合用於不需在該特定使用者介面元件原始位 置的觸摸輸入的使用者互動。 在一實施例中，該特定使用去八_ . 者’丨面凡件包含一介面工具 集（widget)用於將使用者鹼 輸入轉換成輸入資料以由一資料 處理裝置使用。 十 # ^中’m具純簡為是-使料與其互動的 ί用者介面元件。_該介面m讀取提供在其上的 4的能力是相對重要的’使得本實施例表示—種改良圖 形化使用者介面的效率之實施方案。 在一實施例中，該特定使用 一 疋便用者）丨面兀件被限制於圍繞顯 示該主要呈現内容的嗜罄篡 " 營幕之—區域的一保留區域内之位 置。 一種效應是能夠—直伴梏 且侏得4主要呈現内容在該螢幕周圍 的所有潛在使用者的視野内。 種f月況τ ’ §亥4呆留區_係沿著該顯示區域之邊界 予以定位。 一種效應是改良該特玄你田人 寻疋使用者介面元件被重新定位的效 率。僅可能定位該特定使用去八 t之便用者介面凡件在從該螢幕的邊緣 潛在地可存取的位置。 根據本發明的另_能媒 λ 心樣用於控制圖形化使用者介面的 該系統經組態用以使該牯 定及特疋使用者介面元件顯示在新位 置’該新位置具有—筮— 弟一疋向，該第二定向相對於該邊界 133044.doc 12 200923760 的該第一區段不同於該第一定向，但是相對於該邊界的一 第二區段對應於該第一定向。 在一實施例中，該系統經組態用以執行一種根據本發明 之方法。 根據另一態樣，根據本發明之該資料處理系統包含一用 於控制圖形化使用者介面的系統。 根據另一態樣，根據本發明之該電腦程式包含一組指 f k. :，當被併入在一機器可讀媒體中時可使—具有資訊處‘ 能力的系統執行一種根據本發明之方法。 【實施方式】 :於說明目的介紹的-種資料處理裝置1包含一中央處 理單元2與主記憶體3。該資料處理裝置丨進一步包含」= 料儲存裝置4以用於儲存資料以 八衣應用耘式的電腦程 式馬。一圖形化使用者介面 批>▲ 又ρ⑺么田该專應用程式被 執仃時與該等應用程式互動。 一步包含-顯貝料處理裝置】進 3顯不裝置5與一圖形化處理單元6。 該顯示裝置5包含一約一公 -Ψ，,. 的相對大尺寸的螢幕。在 /例t ’該勞幕被提供在—框架中並且由― 支撐，以使該螢幕能夠被放置 ° 於以下"八> 敌置在一般水平平面t。歸因於 、下更充刀描述的特徵，多個使用者 該圖形化使用去八& 士 ®、兀4平面並與 亿便用者介面有效率地互動。 一輸入裝置能夠彳自：目彳+ # _ w ^ 偵在该顯示裝置5的該螢墓 置的觸摸輸入。該輪螢幕上的-位 主r丄 J被包括在一電Μ彳；化 表面波觸摸螢幕面板、 电F式面板、- 式觸摸螢幕面板或一應變儀 I33044.doc -13- 200923760 觸摸螢幕面板中，或者該輪入裝置可能是基於散佈信號技 術或聲波脈衝辨識、或使用一紅外線感測器的陣列，其等 俄測該顯示裝置5的該螢幕的表面鄰近的一調變光束的中 斷。在下文中’將假設該輸入裝置能夠同時偵測在該螢幕 上的多個位置的觸摸輸入。 參考圖2’在該螢幕的顯示區域中顯示一第一介面工具 集8與一第二介面工具集9。該第一介面工具集8與該第二 介面工具集9被放置在由一内部邊界1〇與一外部邊界丨丨界 定的一第一保留區域内。該内部邊界丨〇與該外部邊界丨丨被 編碼成使該圖形化使用者介面能夠被提供的軟體。該等邊 界不是實體邊界。該内部邊界1〇圍繞該螢幕的一中央區域 14，使用時，該圖形化使用者介面的主要呈現内容被顯示 在中央區域14中。 在圖2中，該第一介面工具集8與該第二介面工具集9係 以直立定向顯示在相對於該螢幕的該顯示區域的一第—邊 緣12的第一位置。該第一邊緣12是該螢幕的該顯示區域的 該邊界的最接近區段。如果在一第二邊緣13的一使用者希 望使用(例如)該第一介面工具集8 ’則使用者憑藉觸摸輸入 的一序列偵測位置15來輸入圖3中所說明的一示意動作。 此不意動作被輸入在由—邊界16與該螢幕的該顯示區域的 該邊界所界定的一第二保留區域中。 參考圖6,該資料處理裝置Η貞測在該第二保留區域的觸 摸輸入(步驟17)’以及隨後偵測該適當的示意 18)以用於移動該第-介面工具集8。在該說明的實：例 133044.doc 14 200923760 中’該資料處理裝置1根據前面步驟1 8中偵剩到的該示咅 動作而選擇該第一介面工具集8與該第二介面工具集9之一 合適者（步驟19)。該偵測之序列位置的一最後位置i5d對應 於該資料處理裝置1決定（步驟20)的該第一介面工具集8的 新位置。 假如該新位置係在由該内部邊界10與該外部邊界丨丨所界 定的該第一保留區域内，則該第一介面工具集8被重新定 位（步驟2!)在一第二位置，如圖5中所說明。在該過程中， 忒第一介面工具集8的定向被改變為一第二定向。該第二 定向相對於該第一邊緣丨2不同於在該第一位置的該定向。 J而，s亥第二定向相對於該第二邊緣丨3係相同於相對於該 第邊緣12的該原始定向。該第一介面工具集8保持相對 於"亥螢幕的該顯示區域的該邊界的該最接近區段的相同定 向。在該說明的實施例中，對於中間位置亦適用（圖句。在 圖4中，該第一介面工具集8在該中間位置最接近一第三邊 緣22。在這位置，該第一介面工具集8相對於該第三邊緣 22具有與它相對於在其原始位置的該第一邊緣1 2相同的定 向。圖4的螢幕視圖隨著該第一介面工具集8被沿著該螢幕 的遠顯示區域的該邊界在該第一保留區域内移動而實際上 可能顯示給該使用者。在另一實施例中，在重新定位期間 中間位置未被顯示。 在圖5中描繪的情況下，使用者可進一步重新定位該第 "面工具集8’或者繼續重新定位該第二介面工具集9。 為了允許使用相同類型的示意動作，選擇該第一介面工具 133044.doc •15- 200923760 集8與該第二介面工具集9-者的該步驟19是基於相胸 營幕上的該第一介面工具集8的位置的一使用者觸摸輸入 的摘測位置。因此，對庫於箱生也〜 — 一 α、預先決疋類型示意動作的觸摸 輸入的-第-债測位置序列23將意味著該第一介面工呈华 8將被重新定位，而觸摸輪入的一第二偵測位置序列 意味著該第二介面工具集9將被重新定位。 f 人在又—實施例（圖中杨示）中，從複數個可移動使用者 "面π件之間選擇該特定使用者介面元件係藉由：提供複 數個可移動使用者介面元件一者的當前選擇的一可視指 不；回應於在由該邊界16界定的該第二保留區域内以 意動作的-特定部分的形式的觸摸輸入’在該第一介面工 具集8與該第二介面工具集9 一者的周圍緣出反白顯示，該 反白顯示提供該當前選擇的視覺化指示；回應於觸摸輸入 的位置移動(例如經由按照當前選擇中的所要改變而沿著 該第二保留區域拖幾一示意動作到左邊或到右旬，” 選擇被改變’並且該反白顯示移動以跟隨當前選擇。^ 第-介面工具集8與該第二介面工具集9之一所要者二 顯不時，該使用者完成該示意動作，以便回應於與該圖形 化使用者介面的進-步使用者互動，使該等可移動使用者 介面元件之該當前選擇者成為被重新定位的該特定使用者 介面元件。合適的觸摸輸入序列的完成包含舉起用於提供 觸^輸入序列的不意動作’加上一第二示意動作（例如在 一第一手指旁邊放置一第二丰招、 弗一予扣）U及然後兩者都釋放， 或隨著該示意動作被拖氧橫越該螢幕而改變定向。 133044.doc -16· 200923760 在對前面討論的兩項實施例的替代實施例中 先決定示意動作而選擇且—起重新定位介面工且集89 在任何情況下，該等介面工具集8、9隨著該等介面工 移動穿過該第一保留區域佯 /…、 福持5玄4 "面工具集相對於該螢 幕的該顯示區域的該邊界的最接近區段的定向。因此 於®亥營幕周圍的多個侍用各从 士 使用者的任何—者可更加有效率的使 用该等介面工具集。 應注意以上描述㈣等實㈣m明是_本發明， 以及熟習此項技術者將能夠設計很多替換實施例而不偏離 所附請求項的範圍。在請求項中，放置在括弧之間的任何 兀件符號不應視為限制該請求項。動詞”包括"及其變化形 式的使用不排除除了請求項中提出的元件或步驟以外的= 件或步驟的存在。, 仔*在7^件别面的冠詞”一”或”一個'，不排除 存在複數個此等元件。可憑藉包括數個不同元件的硬體以 及二適合程式化電腦來實施本發明。在列舉數個構件的裝 置明求項卜逆些構件的數者可藉由硬體的一個且相同的 項目予以具體。某些構件被列舉在相互不同的附屬請求項 中的僅有事實並不表示這些構件的組合不能用於優勢。、 作為-替代做法，該顯示裝置5可包含一具有除了矩形 以外的形狀的營幕。該營幕可以是摘圓形或三角形中 有直邊的營幕的情況下，相對於其控制被定向的—邊界= 區段將是無窮長度的，使得該等控制隨著它們沿著該邊界 被重新定位合適地保持它們的定向相對於該螢幕邊界的— 切線。 133044.doc 200923760 該第 一保留區域與該第 界。 二保留區域可重合或共用一邊 4習此項技術者將明白"構件" μ 一 稱千愿、未I包含任何硬體（比如 的或積體：路或電子元件)或軟體(比如程式或程式的 :二連操作或被設計成執行-特定功能，不論 疋單獨或連同其他功能不私3 把不,疋獨立或與其他元件合作。 "電腦程式”應被理解成音為儲， 心μ… n料在—電腦可讀媒體（比如光 碟）上的任何軟體產品、 田、.周路（比如網際網路）可下葡 的，或以其他任何形式市場上購得。 【圖式簡單說明】 圖，該資料處理裴置包含 於控制圖形化使用者介面 ，其繪示一種提供該圖形 ’其繪示提供該圖形化使 圖1是一資料處理裝置的示意 一顯示裝置、一輸入裝置及—用 的系統； 圖2是第一螢幕視圖的示意圖 化使用者介面的方法； 圖3疋第二螢幕視圖的示意圖 用者介面的該方法； 示意圖，其繪示一使用者介面元 圖4是第三螢幕視圖的 件被重新定位； 圖5是第四螢幕視圖的示意圖，其繪示該經重新定位之 使用者介面元件；以及 圖6是一流㈣，其綠示一種提供一使用者介面在輪廟 中的方法。 【主要元件符號說明】 133044.doc •18 ‘ 200923760 1 資料處理裝置 2 中央處理單元 3 主記憶體 4 資料儲存裝置 5 顯示裝置 6 圖形化處理單元 8 第一介面工具集 9 第二介面工具集 10 内部邊界 11 外部邊界 12 第一邊緣 13 第二邊緣 14 中央區域 15a-15d 偵測到的位置 16 邊界 22 第三邊緣 23a-23d 偵測到的位置 24a-24d 偵測到的位置 133044.doc -19-One effect is to limit the number of different inputs that the user needs to provide to re- (4) the user interface. The input sequence resulting in the repositioning of the particular user interface elements is also shorter, thus improving the efficiency of use of available resources. In one embodiment, the specific user interface component is selected from a plurality of removable user interfaces (4) by: providing a visual indication of the plurality of removable user interfaces; the selection of the noon is in response to the graphic User selection of the user interface; and " domain response to interact with the graphical user interface, select 133044.doc 200923760 to select these mobile user interface user interface components . The second component is suitable for user interaction without the need for touch input at the original location of the particular user interface component. In one embodiment, the particular use device includes an interface widget for converting user base input to input data for use by a data processing device. Ten #^中'm has a simple user interface component that interacts with it. The ability of the interface m to read the 4 provided thereon is relatively important, such that the present embodiment represents an implementation that improves the efficiency of the graphical user interface. In one embodiment, the particular use of the user interface is limited to a location within a reserved area of the area surrounding the display of the primary presentation content. One effect is the ability to be able to collide and to find that 4 is primarily present in the field of view of all potential users around the screen. The f month condition τ ' § hai 4 retention area _ is positioned along the boundary of the display area. One effect is to improve the efficiency of the Teutian search for user interface elements being repositioned. It is only possible to locate the particular user's interface that is potentially accessible from the edge of the screen. The system for controlling a graphical user interface in accordance with the present invention is configured to cause the predetermined and special user interface component to be displayed in a new location 'the new location has —筮— The first orientation of the second orientation relative to the boundary 133044.doc 12 200923760 is different from the first orientation, but a second section relative to the boundary corresponds to the first orientation. In an embodiment, the system is configured to perform a method in accordance with the present invention. According to another aspect, the data processing system in accordance with the present invention includes a system for controlling a graphical user interface. According to another aspect, the computer program according to the present invention comprises a set of fingers f k. : when incorporated in a machine readable medium, the system having the capability of having information can perform a method according to the present invention method. [Embodiment]: A data processing apparatus 1 introduced for illustrative purposes includes a central processing unit 2 and a main memory 3. The data processing device further includes a "material storage device 4" for storing data in a computer-style horse. A graphical user interface batch > ▲ and ρ (7) Motian interact with these applications when they are executed. The one-step inclusion-displaying material processing device has a device 5 and a graphic processing unit 6. The display device 5 comprises a relatively large size screen of about one mega-meter. In / case t ' the curtain is provided in the frame and supported by - so that the screen can be placed ° below "eight" against the general horizontal plane t. Due to the features described in the following, multiple users use this graphically to go to the eight & amps, 兀4 planes and interact efficiently with the user interface. An input device can be accessed from: + _ w ^ to detect the touch input of the cemetery of the display device 5. The main r丄J on the screen is included in an electric Μ彳; surface wave touch screen panel, electric F panel, - touch screen panel or a strain gauge I33044.doc -13- 200923760 touch screen panel Or, the wheeling device may be based on a spread signal technique or sonic pulse recognition, or an array of infrared sensors, such as an interruption of a modulated beam of light adjacent the surface of the screen of the display device 5. In the following, it will be assumed that the input device is capable of simultaneously detecting touch inputs at a plurality of locations on the screen. Referring to Figure 2', a first interface tool set 8 and a second interface tool set 9 are displayed in the display area of the screen. The first interface tool set 8 and the second interface tool set 9 are placed in a first reserved area bounded by an internal boundary 1 〇 and an external boundary 丨丨. The inner boundary 丨〇 and the outer boundary 丨丨 are encoded into software that enables the graphical user interface to be provided. These boundaries are not physical boundaries. The inner boundary 1 is surrounded by a central area 14 of the screen, and the primary presentation of the graphical user interface is displayed in the central area 14 when in use. In Fig. 2, the first interface tool set 8 and the second interface tool set 9 are displayed in an upright orientation at a first position relative to a first edge 12 of the display area of the screen. The first edge 12 is the closest segment of the boundary of the display area of the screen. If a user at a second edge 13 wishes to use, for example, the first interface tool set 8', the user enters a schematic action illustrated in FIG. 3 by a sequence of detected positions 15 of the touch input. This unintentional action is entered in a second reserved area defined by the boundary of the border 16 and the display area of the screen. Referring to Figure 6, the data processing device detects a touch input (step 17)' in the second reserved area and subsequently detects the appropriate indication 18) for moving the first interface tool set 8. In the description of the example: Example 133044.doc 14 200923760, the data processing apparatus 1 selects the first interface tool set 8 and the second interface tool set 9 according to the gesture action detected in the previous step 18. One of the appropriate (step 19). A final position i5d of the detected sequence position corresponds to a new position of the first interface tool set 8 determined by the data processing device 1 (step 20). If the new location is within the first reserved area defined by the inner boundary 10 and the outer boundary 则, the first interface tool set 8 is repositioned (step 2!) in a second location, such as This is illustrated in Figure 5. During this process, the orientation of the first interface tool set 8 is changed to a second orientation. The second orientation is different from the orientation at the first location relative to the first edge 丨2. J, the second orientation of the second edge is the same as the original orientation relative to the second edge 12 with respect to the second edge. The first interface tool set 8 maintains the same orientation of the closest segment of the boundary of the display area of the "Hai screen". In the illustrated embodiment, it is also applicable to the intermediate position (Fig. 4, the first interface tool set 8 is closest to a third edge 22 at the intermediate position. In this position, the first interface tool The set 8 has the same orientation relative to the third edge 22 as it is relative to the first edge 12 in its original position. The screen view of Figure 4 is along the screen of the first interface tool set 8 along the screen. The boundary of the display area moves within the first reserved area and may actually be displayed to the user. In another embodiment, the intermediate position is not displayed during repositioning. In the case depicted in Figure 5, The first "face tool set 8' can be further repositioned or the second interface tool set 9 can be repositioned. To allow the same type of gesture to be used, select the first interface tool 133044.doc •15- 200923760 Episode 8 The step 19 of the second interface tool set 9 is based on a user's touch input position of the position of the first interface tool set 8 on the screen of the chest screen. Therefore, the library is also in the box. ~ — one α The pre-determined type of touch input-first-debt measurement position sequence 23 will mean that the first interface worker 8 will be repositioned, and a second detection position sequence of the touch wheel means that The second interface tool set 9 will be repositioned. f In the embodiment (the embodiment shown in the figure), the specific user interface component is selected from a plurality of movable users" Providing a visual indication of a current selection of one of a plurality of movable user interface elements; responding to a touch input in the form of a specific portion of the intentional action within the second reserved area defined by the boundary 16 The peripheral edge of the first interface tool set 8 and the second interface tool set 9 are highlighted, the highlight display provides a visual indication of the current selection; the positional movement in response to the touch input (eg, via current Select the desired change in the selection and drag a few gestures along the second reserved area to the left or to the right, "Select is changed" and the highlight display moves to follow the current selection. ^ First - interface tool set 8 and The user of the second interface tool set 9 is required to perform the gesture in response to the interaction with the user of the graphical user interface to enable the mobile user interface. The current selector of the component becomes the particular user interface component that is repositioned. Completion of the appropriate touch input sequence includes lifting an unintended action to provide a touch input sequence plus a second gesture (eg, in a Place a second bump next to a finger, and then release the U and then both, or change the orientation as the gesture is dragged across the screen. 133044.doc -16· 200923760 An alternative embodiment of the two embodiments discussed first determines the gesture to select and - repositions the interface and sets 89. In any case, the interface tools 8, 9 move through the interface with the interface The first reserved area 佯/..., the orientation of the face tool set relative to the closest segment of the boundary of the display area of the screen. Therefore, it is possible to use these interface tools more efficiently by any of the various service users around the company. It is to be noted that the above description (4) and the like are intended to be illustrative of the invention, and those skilled in the art will be able to devise many alternative embodiments without departing from the scope of the appended claims. In a request item, any symbol that is placed between parentheses should not be considered to limit the request. The use of the verb "including " and its variants does not exclude the presence of the <RTI ID=0.0> </ RTI> </ RTI> <RTI ID=0.0> </ RTI> </ RTI> <RTIgt; It is not excluded that there are a plurality of such elements. The invention can be implemented by means of a hardware comprising several different components and two suitable computerized computers. The number of components in the device enumerating several components can be specified by one and the same item of hardware. The mere fact that certain components are recited in mutually different sub-claims does not mean that the combination of these components cannot be used to advantage. As an alternative, the display device 5 may comprise a camp having a shape other than a rectangle. The battalion may be in the case of a dome with a straight edge in a circle or triangle, with respect to its control being oriented - the boundary = segments will be infinite length such that the controls follow them along the boundary Repositioned to properly maintain their orientation - tangent to the screen boundary. 133044.doc 200923760 The first reserved area and the first boundary. The second reserved area can be overlapped or shared. The skilled person will understand that "component" μ is a thousand, not including any hardware (such as or integrated: road or electronic components) or software (such as programs) Or programmatic: two-way operation or designed to perform-specific functions, whether alone or in combination with other functions, not independent, or independent or with other components. "computer program" should be understood as sound storage, Heart μ... n material - any software product, field, road (such as the Internet) on a computer readable medium (such as a CD) can be shipped, or in any other form commercially available. BRIEF DESCRIPTION OF THE DRAWINGS The data processing device is included in a control graphical user interface, which is a schematic display device for providing a graphical representation of the data processing device. FIG. 2 is a schematic diagram of a user interface of the first screen view; FIG. 3 is a schematic diagram of the user interface of the second screen view; Figure 4 is a third screen view of the component being repositioned; Figure 5 is a schematic view of the fourth screen view showing the repositioned user interface component; and Figure 6 is a first class (four), green display A method of user interface in the wheel temple. [Main component symbol description] 133044.doc •18 ' 200923760 1 Data processing device 2 Central processing unit 3 Main memory 4 Data storage device 5 Display device 6 Graphic processing unit 8 One interface tool set 9 Second interface tool set 10 Internal boundary 11 External boundary 12 First edge 13 Second edge 14 Central area 15a-15d Detected position 16 Boundary 22 Third edge 23a-23d Detected position 24a -24d detected position 133044.doc -19-