200923755 九、發明說明： 【發明所屬之技術領域】 本發明係關於電腦系統之視窗晝面操作，尤指一種於 視窗晝面中可以依據選項的使用頻率而自動調整顯示選項 5 外觀大小之方法及載有該方法之電腦可讀取記錄媒體。 【先前技術】 在現今個人電腦的使用上’一般係以執行視窗作業系 統並以顯示視窗畫面（window)來對使用者顯示資訊，如 10圖1所示之視窗晝面11中，通常具有多個選項（ic〇n)12，每 一選項係代表電腦系統中之可執行的物件，當使用者以例 如滑鼠等輸入裝置點選視窗晝面u中之一選項時，系統將 啟動其所對應之程式。 一般於電腦系統之視窗畫面u中所顯示之選項12均具 15有相同之大小，而隨著視窗使用者在電腦系統中新增料 之增加，在同一視窗畫面Η中所顯示之選項12也隨之增 加，此將導致在有限面積之視窗畫面u中充滿了多數之選 項12,而其中有大部分選項12是極少被使用者點選的，此 將造成使用者尋找所要點選之常用選項12的極大困擾， 2〇故，如何在電腦系統之視窗畫面叫供使用者快速找到所 要選項之方便性’以提升電腦操作之便利，實為一亟需解 決之課題。 【發明内容】 200923755 本發明之目的係在提供一種於視窗晝面中依據使用頻 率而自動調整顯示選項外觀大小之方法及載有該方法之電 腦可讀取記錄媒體，俾以大幅提升電腦操作之便利性。 依據本發明之一特色，本發明係提出一種於視窗畫面 5中依據使用頻率而自動調整顯示選項外觀大小之方法，該 視窗畫面中顯示有多個選項，該方法包括有下列步驟：（A) 接收該視窗晝面中之一選項被點選後產生之訊號；（B)更新 〇 該選項於該視窗晝面中被點選之次數；（C)依據步驟（B)中該 選項被點選之次數，藉以計算出該選項被點選之頻率；以 10及（D)依據步驟（C)中該選項被點選之頻率，調整顯示該選項 於該視窗畫面中之外觀大小。 依據本發明之另一特色，本發明係提出一種於視窗晝 面中自動調整顯示選項外觀大小之方法，纟中該視窗畫面 顯示有多個選項，該方法包括有下列步驟：（A)接收該視窗 15晝面中至少一選項被點選後產生之訊號；及（B)依據該選項 v 被點選產生之訊號，調整顯示該選項於該視窗晝面中之外 ' 觀大小。依據本發明之又一特色，本發明係提出一種電腦 可讀取記錄媒體，係載有一軟體程式，並在該電腦安裝有 一系統程式，用以在一顯示裝置上顯示一視窗畫面，該視 20窗畫面顯示有多個選項，其中該軟體程式可提供該電腦執 行以下步驟.⑷接收該視窗晝面中之一選項被點選後產生 的訊號；⑻錢㈣微純窗畫面點選之次數；（c) 依據該選項被點選之次數，藉以計算產生出該選項被點選 200923755 之頻率；以及（D)依據該選項被點選之頻率，調整顯示該選 項於該視窗畫面中之外觀大小。 依據本發明之又一特色，本發明係提出一種電腦可讀 取記錄媒體，其儲存有用以使一電腦執行下列步驟的—程 5式·（A)在一顯示裝置上輸出顯示一視窗畫面，該視窗晝面 顯示有多個選項，（B)接收該視窗畫面中至少一選項被點選 後產生之訊號；及（C)依據該選項被點選產生之訊號，調整 顯示該選項於該視窗晝面中之外觀大小。 依據本發明之又一特色，本發明係提出一種電腦可讀 10取記錄媒體，其儲存有用以使一電腦執行下列步驟的一程 式：（A)在-顯示裝置上輸出顯示一視窗畫自，該視窗畫面 顯示有多個選項；（B)接收該視窗晝面中之一選項被點選後 產生的訊號；（C)更新該選項於該視窗畫面中被點選之次 數；（D)依據該選項被點選之次數，藉以計算產生出該選項 15被點選之頻率；以及（E)依據該選項被點選之頻率，調整顯 示該選項於該視窗畫面中之外觀大小。 【實施方式】 、圖2係顯示m统之架構，其可用以執行本發明之 20於視窗畫面中顯示依據使用頻率自動調整選項大小之方 法，如圖所示，電腦系統包含顯示裝置21、處理器22、記 憶體23、輸入裝置24、顯示控制器25、及儲存裝置％等°， 輸入裝置24可包含滑鼠241及鍵盤⑽，顯示控制器25斑輸 入裝置24係連接至處理器22及記憶體23以進行電腦系统之 200923755 操作輸入及輪出等，顯示控制器25並用以處理顯示在顯示 裝置21上之視訊資料，儲存裝置％係例如為硬碟或光碟 機，用以儲存系統程式、應用程式及使用者資料等。 電腦系統一般係於系統程式（Operating system )下執 5行各種應用程式，例如文書處理程式、繪圖程式、科學運 算程式、瀏覽程式、電子郵件程式等，如圖2所示，用於電 腦系統所執行的系統程式29中提供有使用者介面應用程式 Ο 291、選項服務應用程式292、及選項大小調整應用程式 293,如同其他軟體程式，該等應用程式291，292,293是儲存 10 於電腦系統之儲存裝置26 (例如硬碟）中，並被載入至記 憶體23中以執行之。 使用者介面應用程式291是用以在顯示裝置21上處理 例如為選項27之圖形元件，其中選項27係代表電腦系統中 可由使用者點選以開啟與其設定功能相對應的物件，如圖2 15 所示’選項27可代表例如磁碟、文件、應用程式、應用程 ( 式的捷徑或資料夾等物件，使用者可藉由操作滑鼠241來點 選顯示於視窗畫面211之選項27,並由該使用者介面應用程 式291依據該點選的選項27，以啟動該選項27所對應之物 件。選項服務應用程式292係用以控制該記憶體23或顯示控 20 制器25之記憶體内的資料存取，以及管理該選項27之影像 輸出資料，並將所要顯示之選項影像資料輸出至顯示控制 器進行處理。選項大小調整應用程式293則用以決定於顯示 裝置21之視窗晝面211上所要顯示之選項27的大小。 200923755 如圖3所示，於顯示裝置21之視窗畫面211上所顯示之 選項27於初始狀態係具有相同之預設大小，其中每一選項 27所代表之物件在電腦系統中具有一識別碼，例如在圖3中 的選項271、272、273、274、275、276分別是對應於表格 5 中的識別碼 2315、5438、0146、3612、1 892、3762 ,前述 的選項大小調整應用程式293紀錄每一選項27被點選之次 數，並可同時紀錄該選項27所顯示的視窗畫面211中所有的 選項27被點選之總次數；另者，前述的選項大小調整應用 程式293亦可針對該選項27在預設的一段時間内被點選之 10次數進行紀錄。經由前述的選項大小調整應用程式293進行 紀錄之後，每一選項27將被賦予一大小值，例如在初始狀 態時，每一選項27被點選之使用次數的起始值為而所被 賦予之大小值皆為1，代表每一選項27皆被以一預設的初始 大小顯示於視窗畫面211上。 15 圖4顯示本發明之於視窗晝面211令依據使用頻率自動 調整顯示選項外觀大小之方法的流程圖，首先，使用者以 滑鼠241點選顯示於視窗晝面211上之一選項27 (步驟 S401)，對應此點選之操作，與該選項27所對應之物件將 被執仃，且選項大小調整應用程式293在接收到該選項π被 20 =選後產生的訊冑’將被點選之選項27的點選次數增加一 人，且可同時將該視窗畫面211中所有的選項被點選之總次 數增加-次（步驟S4〇2)，藉此，可以統計該選項π被使 =者點選開啟使用之頻率，例如，該選項27被使用者點選 啟使用之頻率被定義為該選項27被點選之次數除以於視 200923755 窗晝面211中的所有選項被點選之總次數（步驟S4〇3)，根 據該選項27被使用者點選開啟使用之頻率，前述選項大小 調整應用程式293即調整顯示該選項27於該視窗畫面211中 之外觀大小，以使其能以預設比例進行變化（步驟S4〇4)。 5 如圖5所示，於電腦系統中可設定多數個臨界值，例如 臨界值1-4，其中臨界值1<臨界值2<臨界值3<臨界值4，於 本實施例中’臨界值1-4分別預設為〇.2、0.4、0.6、0.8，此 Ο 等臨界值1-4即定義出五個區間1-5,每一區間對應一大小值 1-5 ’其中大小值ι<大小值2<大小值3<大小值4<大小值5， 10 於本實施例中’大小值1-5分別為1、2、3、4、5，於前述 步驟S404中，係根據每一選項27被使用者點選開啟使用之 頻率的值是落在哪一區間而選擇以該區間所對應之大小值 來作為該選項27之大小值，以便於達到使該選項能夠以被 點選之頻率大小來變化控制該選項27在視窗晝面211上的 I5 顯不大小之尺寸。 ,. 本發明於視窗畫面211中依據使用頻率自動調整顯示 選項外觀大小之方法具有另一個實施例。首先，使用者以 滑鼠點選顯示於視窗畫面211上之一選項27，對應此點選之 操作’與該選項27所對應之物件將被執行，且選項大小調 20 整應用程式293在接收到該選項27被點選後產生的訊號，將 被點選之選項27的點選次數增加一次，藉此，可以統計該 選項27被使用者點選開啟使用之頻率，例如，該選項27被 使用者點選開啟使用之頻率是被定義為該選項27在預設的 一段時間内被點選之次數；根據該選項27被使用者點選開 200923755 啟使用之頻率’前述選項大小調整應用程式293即調整顯示 該選項27於該視窗畫面211中之外觀大小’以使其能以預設 比例進行變化。 如圖6所示，係在電腦系統在經使用一段時間後，視窗 5 晝面211中依據使用頻率自動調整選項大小後之顯示結 果，其中被點選頻率最高之選項271(對應於識別碼2315)具 有相對最大之顯示尺寸，其次為被點選頻率次高之選項 〇 272(對應於識別碼5438) ’其顯示尺寸則僅次於選項271大 小’因而，即使在視窗晝面211中充滿了很多之選項，由於 10常用之選項271，272具有相對較大之尺寸顯示於視窗晝面 211中，所以使用者可以很容易地找到所要點選之選項 271，272’而大幅提升電腦操作之便利性。 圖7顯示本發明之於視窗畫面211中依據使用頻率自動 調整顯示選項外觀大小之方法的又一實施例之流程圖，即 15 當使用者以滑鼠241點選顯示於視窗畫面211上之一選項27 ( (步驟S701)，該選項大小調整應用程式293在接收到該選 項27被點選後產生的訊號，即可以該選項27於該視窗畫面 211中的前一次所顯示的外觀大小尺寸為計算基準，而以一 預先设定的比例去計算及調整顯示該選項27於該視窗畫面 20 211中之外觀大小（步驟S702)。例如，該選項27起始的外 觀大小假定被設定為1CM(如選項的高度），當該選項27被點 選一次後，即以事先預設的固定比例i 2倍變化其外觀大 小’此時該選項27外觀大小即被改變為12CM，當該選項” 外觀大小未超過一預設最大值（例如6CM)時，則輸出顯 200923755 示選項27於視窗晝面211中（步驟S703 );而當該選項27下 一次再被點選一次時，即以前一次的外觀大小1 .2cm為基 準’以預設的固定比例1.2倍進行比例變化的計算，此時該 選項27外觀大小即被改變為1.44CM，藉以輸出顯示於視窗 5 晝面211中’餘此類推’而當當該選項27外觀大小超過該預 設最大值時’則將該選項27外觀大小設為該預設最大值（步 驟S704)，以避免選項27外觀過大。如此該選項每經點選 一次，即可以1·2倍的預設比例改變其外觀大小。由於該選 項每經過一次使用者的點選使用後，該選項大小調整應用 1〇 程式293即可依據事先預設的比例改變該選項的外觀大 小，並輸出顯示於視窗晝面211中，故可勿需再事先計算產 生或參考其被點選使用的頻率。 且本發明上述執行步驟，可以電腦語言寫成以便執 行，而该寫成之軟體程式可以儲存於任何微處理單元可以 15辨識、解讀之紀錄媒體，或包含有該紀錄媒體之物品及裝 置。其不限為任何形式，該物品可為硬碟、軟碟、光碟、 ZIP、MO、1C晶片、隨機存取記憶體（RAM)，或任何熟悉 此項技藝者所可使用之包含有該紀錄媒體之物品。再者: 本實施例雖主要係以一電腦系統來做說明，但其技術内容 20並不僅限於使用在一般的電腦系統，舉凡可執行視窗作業 系統’並可顯示視窗晝面（―）來對使用者顯示資訊 的相關產品，例如個人行動電話、掌上型電腦、智慧型手 機、個人數位助理器或股票機等，皆屬於本發明可適用及 保護的範圍。由於本發明之更新作業系統之方法已揭露完 12 200923755 整如前’任何熟悉電腦語言者閱讀本發明說明書即知如何 撰寫軟體程式，故有關軟體程式細節部分不在此贅述。 上述實施例僅係為了方便說明而舉例而已，本發明所 主張之權利範圍自應以申請專利範圍所述為準，而非僅限 5 於上述實施例。 【圖式簡單說明】 圖1係顯不習知視窗晝面具有多個選項。 圖2係顯示圖2係顯示一電腦系統之架構，其可用以執 10 行本發明之於視窗畫面中顯示依據使用頻率自動調整顯示 選項外觀大小之方法》 圖3係為視窗晝面上所顯示之選項的初始狀態示意圖。 圖4係為本發明於視窗晝面中顯示依據使用頻率自動 調整選項大小之方法的流程圖。 15 圖5係顯示以多數個臨界值來決定選項大小之調整。 I， 圖6係為視窗畫面上所顯示之選項為依據使用頻率而 自動調整其外觀大小之示意圖。 圖7係為本發明於視窗晝面中顯示依據使用頻率自動 調整選項大小之方法的又一實施例之流程圖。 20 選項12 視窗畫面211 【主要元件符號說明 視窗晝面11 顯示裝置21 處理器22 13 200923755 記憶體23 輸入裝置24 顯示控制器25 儲存裝置26 滑鼠241 選項 27、271、272 鍵盤242 5 系統程式29 使用者介面應用程式291 選項服務應用程式292 選項大小調整應用程式293 步驟 S401 〜S404、S701-S704 10 14200923755 IX. Description of the Invention: [Technical Field] The present invention relates to a window operation of a computer system, and more particularly to a method for automatically adjusting the appearance of a display option 5 according to the frequency of use of an option in a window The computer carrying the method can read the recording medium. [Prior Art] In the use of today's personal computers, it is generally used to execute a window operating system and display a window to a user by displaying a window. For example, in the window 11 shown in FIG. Options (ic〇n)12, each of which represents an executable object in the computer system. When the user clicks on one of the options in the window u, such as a mouse, the system will start its location. Corresponding program. Generally, the options 12 displayed in the window screen u of the computer system have the same size, and as the window user increases the amount of new materials in the computer system, the option 12 displayed in the same window screen is also This will increase, which will result in a large number of windows in the limited area of the screen u, and most of the options 12 are rarely selected by the user, which will cause the user to find the commonly used options. The great trouble of 12, 2, therefore, how to quickly find the convenience of the desired option in the window screen of the computer system to improve the convenience of computer operation is a problem to be solved. SUMMARY OF THE INVENTION The purpose of the present invention is to provide a method for automatically adjusting the size of a display option according to the frequency of use in a window and a computer readable recording medium carrying the method, thereby greatly improving the operation of the computer. Convenience. According to a feature of the present invention, the present invention provides a method for automatically adjusting the appearance size of a display option according to the frequency of use in the window screen 5. The window screen displays a plurality of options, and the method includes the following steps: (A) Receiving the signal generated when one of the options in the window is clicked; (B) updating the number of times the option is selected in the window; (C) being selected according to the option in step (B) The number of times to calculate the frequency at which the option is selected; adjust the display of the appearance of the option in the window by 10 and (D) according to the frequency at which the option is selected in step (C). According to another feature of the present invention, the present invention provides a method for automatically adjusting the size of a display option in a window, wherein the window screen displays a plurality of options, and the method includes the following steps: (A) receiving the The signal generated by at least one of the options in the window 15 is selected; and (B) the signal generated by clicking on the option v is adjusted to display the option to be outside the window. According to still another feature of the present invention, the present invention provides a computer readable recording medium, which is provided with a software program, and a system program is installed on the computer for displaying a window image on a display device. The window screen displays a plurality of options, wherein the software program can provide the computer to perform the following steps. (4) receiving a signal generated after one of the options in the window is selected; (8) the number of times the money (four) micro-pure window screen is selected; (c) based on the number of times the option is selected, to calculate the frequency at which the option is clicked on 200923755; and (D) to adjust the appearance of the option in the window based on the frequency at which the option is selected . According to still another feature of the present invention, the present invention provides a computer readable recording medium, which stores a window for displaying a window on a display device, which is useful for causing a computer to perform the following steps. The window displays a plurality of options, (B) receiving a signal generated by at least one of the options in the window screen being clicked; and (C) selecting a signal generated according to the option, and adjusting the display of the option in the window The size of the appearance in the face. According to still another feature of the present invention, the present invention provides a computer readable 10 recording medium storing a program for causing a computer to perform the following steps: (A) outputting a window display on the display device, The window screen displays a plurality of options; (B) receiving a signal generated by clicking one of the options in the window; (C) updating the number of times the option is selected in the window screen; (D) The number of times the option is clicked to calculate the frequency at which the option 15 is clicked; and (E) the frequency at which the option is displayed in the window based on the frequency at which the option is selected. [Embodiment] FIG. 2 is a diagram showing the architecture of the m system, which can be used to execute the method of automatically displaying the size of the option according to the frequency of use in the window of the present invention. As shown, the computer system includes the display device 21 and processing. The device 22, the memory device 23, the input device 24, the display controller 25, and the storage device %, etc., the input device 24 can include a mouse 241 and a keyboard (10), and the display controller 25 is connected to the processor 22 and The memory device 23 is used for inputting and rotating the computer system 200923755, and the display controller 25 is configured to process the video data displayed on the display device 21. The storage device % is, for example, a hard disk or a CD player for storing the system program. , application and user data, etc. The computer system generally executes five lines of various applications, such as word processing programs, drawing programs, scientific computing programs, browsing programs, email programs, etc., as shown in Figure 2, for computer systems. The system program 29 is provided with a user interface application 291, an option service application 292, and an option size adjustment application 293. Like other software programs, the applications 291, 292, 293 are stored in a computer system. The device 26 (e.g., a hard disk) is loaded into the memory 23 to execute it. The user interface application 291 is configured to process a graphical component such as option 27 on the display device 21, wherein the option 27 represents a computer system that can be clicked by the user to open an object corresponding to the set function, as shown in FIG. The 'option 27' shown may represent, for example, a disk, a file, an application, an application (a shortcut or a folder, etc., the user can click on the option 27 displayed on the window screen 211 by operating the mouse 241, and The user interface application 291 activates the object corresponding to the option 27 according to the selected option 27. The option service application 292 is used to control the memory of the memory 23 or the display controller 25. Accessing the data and managing the image output data of the option 27, and outputting the selected image data to be displayed to the display controller for processing. The option size adjustment application 293 is used to determine the window 211 of the display device 21. The size of the option 27 to be displayed is displayed. 200923755 As shown in FIG. 3, the option 27 displayed on the window screen 211 of the display device 21 has a phase in the initial state. The preset size, wherein the object represented by each option 27 has an identification code in the computer system, for example, the options 271, 272, 273, 274, 275, 276 in FIG. 3 correspond to the identification in Table 5, respectively. The codes 2315, 5438, 0146, 3612, 1 892, 3762, the aforementioned option size adjustment application 293 records the number of times each option 27 is clicked, and simultaneously records all the options in the window screen 211 displayed by the option 27. 27 The total number of times selected; alternatively, the option size adjustment application 293 may also record the number of times selected by the option 27 within a preset period of time. The application size is adjusted by the option size described above. After the record is made, each option 27 will be given a size value, for example, in the initial state, the start value of each option 27 is selected and the size value is given as 1, representing each The option 27 is displayed on the window screen 211 with a preset initial size. 15 Figure 4 shows the flow of the method for automatically adjusting the appearance of the display option according to the frequency of use in the window 211 of the present invention. First, the user selects one of the options 27 displayed on the window 211 by the mouse 241 (step S401), corresponding to the operation of the selection, the object corresponding to the option 27 will be executed, and the size of the option The adjustment application 293 increases the number of clicks of the option 27 to be clicked after receiving the option π by 20 = selection, and simultaneously selects all the options in the window screen 211. The total number of times is increased - times (step S4 〇 2), whereby it is possible to count the frequency at which the option π is selected to be used, for example, the frequency at which the option 27 is selected by the user is defined as the option. The number of 27 points selected is divided by the total number of times all the options in the window 211 of 200923755 are selected (step S4〇3), according to the frequency of the option 27 being turned on by the user, the size of the above option is adjusted. The application 293 adjusts the size of the appearance of the option 27 in the window screen 211 so that it can be changed in a preset ratio (step S4〇4). 5 As shown in FIG. 5, a plurality of threshold values may be set in the computer system, such as a threshold value of 1-4, wherein the threshold value 1 < threshold value 2 < threshold value 3 < threshold value 4, in this embodiment 'threshold value 1-4 are preset to 〇.2, 0.4, 0.6, and 0.8, respectively. The thresholds 1-4 are defined as five intervals 1-5, and each interval corresponds to a size value of 1-5 'where the size value is ι<; size value 2 < size value 3 < size value 4 < size value 5, 10 In the present embodiment, the size values 1-5 are 1, 2, 3, 4, 5, respectively, in the foregoing step S404, according to each An option 27 is selected by the user to select the frequency at which the value of the frequency is used, and the size value corresponding to the interval is selected as the size value of the option 27, so as to enable the option to be selected. The frequency size varies to control the size of the I5 display size of the option 27 on the window 211. The present invention has another embodiment in the window screen 211 for automatically adjusting the size of the display option according to the frequency of use. First, the user selects one of the options 27 displayed on the window screen 211 by the mouse, corresponding to the selected operation 'the object corresponding to the option 27 will be executed, and the size of the option is 20 The signal generated after the option 27 is clicked will be incremented once by the number of clicks of the selected option 27, thereby counting the frequency at which the option 27 is clicked and opened by the user, for example, the option 27 is The frequency at which the user clicks on the use is defined as the number of times the option 27 is clicked within a preset period of time; according to the option 27, the user clicks on the frequency of 200923755 to use the option size adjustment application. 293 adjusts the size of the appearance of the option 27 in the window screen 211 so that it can be changed in a preset ratio. As shown in FIG. 6, after the computer system is used for a period of time, the display result of the option size is automatically adjusted according to the frequency of use in the window 5 昼 211, wherein the option 271 with the highest frequency is selected (corresponding to the identification code 2315). ) has the largest display size, followed by the next highest selected frequency 〇 272 (corresponding to the identification code 5438) 'the display size is second only to the size of the option 271', thus even if the window 211 is full Many options, because the 10 commonly used options 271, 272 have a relatively large size displayed in the window 211, so the user can easily find the option 271, 272' to greatly improve the convenience of computer operation. Sex. FIG. 7 is a flow chart showing still another embodiment of the method for automatically adjusting the size of the display option according to the frequency of use in the window screen 211, that is, 15 when the user clicks on the window 211 by clicking the mouse 241. Option 27 ((Step S701), the option size adjustment application 293 receives the signal generated after the option 27 is clicked, that is, the appearance size of the previous display of the option 27 in the window screen 211 is The reference is calculated, and the appearance size of the option 27 in the window screen 20 211 is calculated and adjusted at a predetermined ratio (step S702). For example, the appearance size of the option 27 is assumed to be set to 1 CM ( If the height of the option is selected, when the option 27 is clicked once, the appearance size is changed by 2 times the preset fixed ratio i. At this time, the size of the option 27 is changed to 12CM, when the option is When the size does not exceed a preset maximum value (for example, 6 CM), the output 200923755 is displayed in the window 211 (step S703); and when the option 27 is clicked again next time, The appearance size of one time is 1.2 cm as the reference. The calculation of the proportional change at a preset fixed ratio of 1.2 times is changed to 1.44 CM, and the output is displayed in the window 211 Such a push 'When the size of the option 27 exceeds the preset maximum value' then set the size of the option 27 to the preset maximum value (step S704) to avoid the appearance of the option 27 being too large. Once selected, the appearance size can be changed by a preset ratio of 1. 2 times. Since this option is used once after the user clicks, the option size adjustment application 1 can be changed according to the preset ratio. The size of the option is displayed in the window 211, so that it is not necessary to calculate in advance the frequency of the selected or used reference. The above-mentioned execution steps of the present invention can be written in a computer language for execution. The written software program can be stored in any recording medium that can be recognized and interpreted by the micro processing unit, or the items and devices containing the recording medium. In the form, the article can be a hard disk, a floppy disk, a compact disc, a ZIP, an MO, a 1C chip, a random access memory (RAM), or any item that can be used by those skilled in the art to include the recording medium. Although the present embodiment is mainly described by a computer system, the technical content 20 is not limited to use in a general computer system, and the executable window operating system can be used to display the window (-). Related products that display information, such as personal mobile phones, palmtop computers, smart phones, personal digital assistants, or stock machines, are all within the scope of application and protection of the present invention. Exposure 12 200923755 As before, anyone who is familiar with computer language reads the instructions of the present invention and knows how to write software programs. Therefore, the details of the software programs are not described here. The above-described embodiments are merely examples for convenience of description, and the scope of the claims is intended to be limited to the above embodiments. [Simple description of the diagram] Figure 1 shows that there are multiple options for the window. 2 is a diagram showing the architecture of a computer system, which can be used to display the appearance of the display option according to the frequency of use in the window screen of the present invention. FIG. 3 is displayed on the window surface. A schematic diagram of the initial state of the option. Fig. 4 is a flow chart showing a method for automatically adjusting the size of an option according to the frequency of use in the window of the present invention. 15 Figure 5 shows the adjustment of the size of the option with a number of thresholds. I, Figure 6 is a schematic diagram showing the options displayed on the window screen to automatically adjust the size of the appearance according to the frequency of use. FIG. 7 is a flow chart showing still another embodiment of a method for automatically adjusting an option size according to a frequency of use in a window of the present invention. 20 Option 12 Window Screen 211 [Main Component Symbol Description Window 11 Display Device 21 Processor 22 13 200923755 Memory 23 Input Device 24 Display Controller 25 Storage Device 26 Mouse 241 Options 27, 271, 272 Keyboard 242 5 System Program 29 User Interface Application 291 Option Service Application 292 Option Size Adjustment Application 293 Steps S401 to S404, S701-S704 10 14