201133324 六、發明說明： 【發明所屬之技術領域】 一種輸入方法與裝置，且特別是一種執行多點觸控之方法及 其系統。 【先前技術】 作業系統(Operating System ’簡稱〇s)是一種電腦系統軟體， 用以作為應用程式的執行環境以及電腦的操作介面。一般而言， 作業系統之任務包括對硬體龍、的直接監管、計算資源(如内儲、 處理器使用時間)的管理、以及提供各類應用程式服務，讓使用者 透過鍵盤、螢幕等輸出/輸入設備來控制電腦。隨著圖形式使用者 ㈣interfaee’ GUI ’ _謂的視毅峨術的成 '作業系統更包括透過視覺化的視窗介面操控/使用電腦，此類 作業系統X稱為「視g作業祕」。隨著魏硬體技織昇，作業 系統可開料倾窗介轉執行對於習知技術而 吕，僅能_鍵盤、滑鼠或執跡料方式移_放各應用程式。 ^科技的進步，連帶著各式各樣的輸人周邊也隨之興起。 不⑽勞幕的發展’使用者可以透過手指觸碰螢幕來選擇 :特=:程式的視窗、咖^ …簡稱心7;，在=第二視窗嶋統(一 相關功能。 dGWS 7中更是内建觸碰式螢幕的 201133324 使用者可以藉由手指在觸碰式螢幕1〇〇上的滑動帶動榮幕 中的目標物件110的縮放或移動，請參考「第1圖」，其係為習知 技術的多點觸控示意圖。WindGWS 7的多點觸控功能係以多隻手指 的移動作為對目標物件11〇的操作。微軟公司將這些利用多關 控功能所執行的各項方歧義絲勢猶。目前Wind_7支援 i筆勢縮放、單指或雙指移動、旋轉、雙指輕點與按住並輕 點的各項筆勢操作 舉例來說，#使用者用兩隻手指點選觸碰榮 幕上的任—隨時，WindQws 7 _會啟動錄输魏。當兩隻 才曰的相對距離加大時，則將該圖檔放大；反之，則將該圖片縮 雖j Windows 7提供了此項服務，但對於沒有觸碰式螢幕 的使用者而言，是無法享關此-魏的便利性。 【發明内容】 馨於以上的問題，—種執行多點觸控之方法，其係透過滑鼠 用以執行視窗作業系統的多點觸控功能。 為達上述目的’本發明所揭露之執行多點觸控之方法包括以 下步驟·啟動視窗作業系統後，載人監練序；由監控程序偵測 滑鼠是否被按壓捕鍵；當滑鼠被觀魏鍵時，職控程序呼 叫視窗作業系統㈣闕控功能；若狀的游標位於目標物件上 時’則由監控程序酬料所輸出的輸出訊號，令多點觸控功能 執行相應的筆勢操作。 本發明之系統’翻於執行視窗作業祕的電腦，透過滑鼠 201133324 件進201133324 VI. Description of the Invention: [Technical Field] The present invention relates to an input method and apparatus, and more particularly to a method and system for performing multi-touch. [Prior Art] The operating system (Operating System) is a computer system software used as an execution environment of an application and an operation interface of a computer. In general, the tasks of the operating system include direct supervision of hardware dragons, management of computing resources (such as internal storage, processor usage time), and provision of various application services for users to output through keyboards, screens, etc. / Input device to control the computer. With the graphical user (4) interfaee' GUI ’ _ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ ─ With the Wei hardware technology woven, the operating system can be used to open the window for the implementation of the conventional technology, and can only be used for _ keyboard, mouse or stalking. The progress of science and technology, along with a variety of input and loss around the rise. No (10) The development of the curtains' user can touch the screen through the finger to select: special =: program window, coffee ^ ... referred to as heart 7; in = second window system (a related function. dGWS 7 is even more The 201133324 user with built-in touch screen can zoom or move the target object 110 in the honor screen by sliding the finger on the touch screen. Please refer to "1", which is a habit. The multi-touch diagram of the technology is known. The multi-touch function of WindGWS 7 uses the movement of multiple fingers as the operation of the target object. Microsoft has used these various ambiguous wires performed by the multi-control function. At present, Wind_7 supports i-character zoom, single-finger or two-finger movement, rotation, two-finger tap, hold and tap, and various gestures. For example, #user selects touch with two fingers. On-the-spot—At any time, WindQws 7 _ will start recording and transferring Wei. When the relative distance between the two players increases, the image file will be enlarged; otherwise, the image will be reduced. Service, but for users without a touch screen It is impossible to enjoy this - Wei's convenience. [Invention] The above problems, a method of performing multi-touch, is performed by a mouse to perform multi-touch function of the window operating system. The above-mentioned purpose is as follows: The method for performing multi-touch disclosed in the present invention includes the following steps: after starting the window operating system, the manned training sequence; the monitoring program detects whether the mouse is pressed or not; when the mouse is viewed Wei Jianshi, the job control program calls the window operation system (4) the control function; if the cursor is located on the target object, the output signal output by the monitoring program will enable the multi-touch function to perform the corresponding gesture operation. The system 'turns over the computer that performs the window job secret, through the mouse 201133324
。為達上述目的，本發明所揭露之系統包括：電腦、滑鼠與監 控私序，❹、電性連接於電腦；在電腦上運行監控程序，其中監 控程=可以破喊於滑鼠驅動程式巾或者是獨立的應肺序；滑 气又置力月b鍵’監控程序用以監控該功能鍵是否被按壓；當 滑=_能鍵被按壓時，監控程序呼叫視窗作業系統的多點觸控 ^右'月鼠的樹示位於目標物件之上時，則多點觸控功能根據 I控程序所傳來的訊號執行相應的筆勢操作。 、述可知本發明之滑鼠裝置預先定義按壓滑鼠按鍵同時 滚動滾輪所㈣之訊號，藉由簡單的滑鼠按鍵或滾動滑鼠， 傳达模擬「多點觸控」時送出之峨(訊號組），因此㈣者由單手 操控滑鼠’即可立即達到上述之多點觸控的功能，簡化視窗作業 系統之目標物件的縮放或移動。 有關本發_特徵與實作，_合®示作最佳實施例詳細說 明如下。 【實施方式】 在下列較佳實施例中詳細說明本發明之裝置及其連線方法。 然而本發明之概念村胁其他顧。町列舉之實施例僅用於 說明本發明之目的純行方法，並_以關其翻。在本實施 例中視窗作鮮統修是Wind_ 7作鮮、統在—些實施例亦 201133324 可應用於其他視窗作業系統，諸如wind_处或視窗化 等’但不限定其範圍。在本發明所述的視窗作業系統中會顯示不 同的目標物件’而目標物件的種類可以是應用程式(包括其功能選 項）、圖像檔案或是文件檔案。 口月參考「第2A圖」所示’其係為本發明之架構示意圖。在「第 2A圖」中係包括有個人電腦21〇與電腦輸入裝置。個人電腦綱 中運行視S作#彡統230與監触序·。本發明之電腦輸入裝置 係以-滑鼠22〇為例，包括但不侷限於滑鼠22〇、軌跡球⑽触哗鲁 等等之電腦輸入裝置；以及執行於視窗作業系統23〇的監控程序 240。本發明可應縣—般具有左鍵、右鍵、雜頁控制模組的滑 鼠220上，亦可以設置於具有獨立的功能鍵221的滑鼠22〇。監控 程序240可以被内嵌於滑鼠22〇的驅動程式内、勃體的方式内建 於滑鼠220中、或是以獨立的應用程序被執行。在「第2A圖」中 係以監控程序240執行於個人電腦210中作為說明，對於本領域 者亦可將監控程序240内嵌於滑鼠220的韌體(如「第2B圖」所籲 示）。 當滑鼠220被連接至個人電腦21〇時，監控程序240會被啟 動並且即時的監控滑鼠220所傳出的各項訊號。在滑鼠22〇的移 動過程中或按壓按鍵時均會輸出不同的訊號至個人電腦21〇。 其中’為能清楚的解說滑鼠220為執行多點觸控功能所輸出 的不同訊號，在此更定義滑鼠220所輸出的訊號分別為第一訊號 201133324 v 與第二訊號。第-訊號係為滑鼠被按壓功能鍵後所發出的多點觸 控功能需求訊號。第二訊號係為滑鼠被按壓功能鍵後，再按壓按 鍵(其係包括按壓左/右鍵與滚動捲頁控制模組)或移動滑鼠(意即滑 鼠移動的執跡)所發出的訊號。 处當滑鼠22〇的游標位於目標物件25〇上且滑鼠挪被按壓功 能鍵221輸出第一訊號時，則監控程序mo根據滑鼠挪按鍵訊 籲號產生對應之多點觸控訊號組用以呼叫視窗作業系統MO的多點 觸控功能’藉以對目標物件25〇進行相應的處理。其中，功能鍵 221除了可以是獨立的按鍵，也可以是但不限定為左鍵、右鍵的依 序按壓、左右鍵的同時按壓或者是左鍵、右鍵與捲頁控制模組的 依序按壓與捲動的組合。 在多點觸控功能被開啟後，監控程序24〇會判斷該滑鼠22〇 所輸出的第二訊號’並且將第—訊號及第二峨轉為絕對座標訊 φ號，再將其傳送給多點觸控功能，使其多點觸控功能根據所輸出 的絕對座標訊號來決定相應的筆勢操作。為能清楚解說本發明的 整體運作過程，還請配合「第3圖」所示，其係為本發明之運作 流程示意圖。本發明的主要運作流程包括以下步驟： 步驟S310 :啟動視窗作業系統後，載入監控程序； 步驟S320:由監控程序偵測滑鼠是否發出第一訊號(意即被按 壓功能鍵）； 步驟S330 :當監控程序偵測到滑鼠的第一訊號，則監控程序 201133324 抓取目前游標所在的座標作為第一絕對座標訊 號’並呼叫視窗作業系統的多點觸控功能，再接 收滑鼠所輸出的第二訊號並轉成第二絕對座標訊 號，再將第一絕對座標訊號及第二絕對座標訊號 的位置傳送給多點觸控功能執行相應的筆勢操 作；以及 步驟S340 :若監控程序並無偵測到滑鼠的第一訊號，則該滑 鼠會依序輸出移動相對座標訊號給個人電腦，執 行一般滑鼠的游標功能。 當視窗作業系統230被啟動後，則視窗作業系統230即刻载 入監控程序240並運行該監控程序240。由該監控程序240隨時的 監控滑鼠220的功能鍵221是否被按壓。當功能鍵221被按壓後， 個人電腦210上的監控程序240隨即發送相應的訊號給視窗作業 系統230。由監控程序240呼叫視窗作業系統230的多點觸控功能 (對應步驟S310〜S340)。在Windows 7中係以内建多點觸控功能， 但在其他視窗作業系統230中亦可以透過作業系統呼叫新安裝的 多點觸控功能。 其中前述的第一絕對座標訊號係為按壓滑鼠220的功能鍵 221後(發出第一訊號）’監控程序即將目前游標所在的座標作為絕 對座標並輸出給視窗作業系統的訊號。第二絕對座標則是按壓滑 鼠220功能鍵221之後’監控程序即會將滑鼠220所做的任何動 201133324 條出第二訊讎換成絕對座標並輸出給視窗作㈣統的訊號。 接著，在步驟S33G t多關控功能係根據滑鼠22()所輸出的 訊號執行相應的筆勢操作(對應步驟⑽〜步驟S33〇)。以下針對 各種的筆勢操作進行解說。 _本實施態樣係以滑鼠220對目標物件25〇進行拖矣的移動進 仃說明。若滑鼠22G輸出直線移動的第二訊號，财關控功能 根據滑鼠220触移執跡對目標物件25〇執行筆勢操作之步驟， 其係包括以下步驟，並請配合「第4八圖」所示： 步驟S411 .監控I序細滑鼠發出第—訊號時的當前的位置 視為第一絕對座標位置； 步驟S412 :監控程序伽滑鼠發㈣二訊號時直線移動的當 前位置視為第二絕對座標位置；以及 步驟S413 :監難序將第―_座標位置及第二絕對座標位 置傳入視®作業系統的多點觸控功能，然後多點 觸控功能再根據第一絕對座標位置及第二絕對 座標位置之間的位移向量，用以將目標物件從當 前的位置進行移動。 在此一實施態樣中戶斤述的作業系統係以微軟公司的Wind〇ws 7為說明。請同時配合參考「第5A圖」〜「第5C圖」所示，其 係分別為目標物件於第一絕對座標位置移動至第二絕對座標位置 的移動過程示意圖。 201133324 在「第5A圖」中係以螢幕晝面中的圖像作為目標物件· 進行說明。當滑鼠220游標位於目標物件⑽上且使用者健滑 鼠220上的功能鍵221(其係設置於「第5八圖」滑鼠挪左側，按 雜隨即發出第一訊號)後，監控程序細隨即啟動多點觸控功 能，監控程序根據滑鼠220所輸出的第一訊號將滑鼠22〇的 游標在赠作業祕230中的絕對座標記錄為第—絕對座標位置。 立接著’將滑鼠220移動到相異於第一絕對座標位置的另一位 置(意即發料二訊號)，由監控程序_將此—位置記錄為第二絕 對座標位置。監控程序24G再㈣—絕對座標位置與第二絕對座 0置之_直線位移執跡傳給多點觸控功能。多關控功能根 據第-絕對座標位置與第二絕對座標位置_师向量，將 物件250於當前位置移動至相應的位置(如「第5b圖」所移^ 距離）換。之’滑鼠22〇在切換為多點觸控功能後所移動的方向 與距離’將喊目標物件25G的移動方向與距離。最後， 220完成移動後，放開魏鍵221即可完成目標物件 處理(如「第5C圖」所示）。 動之 除了則述目標物件25〇的的移動外，本發明亦可以根據滑 220的移動對目標物件25()進行旋轉的筆勢操特滑請發出 、第訊號係為非直線運動(旋轉)的執跡’則多點觸控功能根據严 鼠220的位移轨跡_標物件25〇執行筆勢操作之步驟，請參二 「第4B圖」所示： 201133324 、 步驟S421:監控程序以滑鼠發出第一訊號時的當前的位置視 為第一絕對座標位置； 步驟S422 ·監控程序係以滑鼠發出第二訊號時旋轉的位移轨 跡之當前位置視為第二絕對座標位置；以及 步驟S423 :監控程序將第一絕對座標位置及第二絕對座標位 置傳入視窗作業系統的多點觸控功能，然後多點 ^ 觸控功能再根據第一絕對座標位置及第二絕對座 標位置之間旋轉的位移向量，用以將目標物件進 行旋轉的移動。 為進一步說明目標物件250的旋轉處理過程，還請同時參考 「第6A圖」〜「第6C圖」所示。當滑鼠220游標位於目標物件 250上且使用者按壓滑鼠22〇上的功能鍵221(其係設置於「第6a 圖」滑鼠22G左側）’監練序24〇在接收到滑鼠22()輸出第一訊 籲號後隨即啟動多點觸控功能。監控程序24〇根據滑鼠MO所輸出 的第-訊號當前位置記錄為第一絕對座標位置。接著，將滑鼠22〇 旋轉移動到另一位置(意即發出第二訊號)，監控程序240將此-位 置記錄為第二絕對座標位置，監控程序24〇再將第一絕對座標位 :、第一絕對座_位置之間的旋轉位移軌跡傳給多點觸控功能於 此同時’目標物件25〇會以第—絕對座標為中心，根據滑鼠22〇 所移動的輪與雜騎度，使得目標物件25G進機轉。換言 喊在移動的過程巾也連帶的使目標物件㈣產生旋轉的視 11 201133324 覺效果(如「第6B圖」與「第6C圖」所示）。 多點觸控功能的另一特點就是對於目標物件250進行縮小/放. To achieve the above objective, the system disclosed by the present invention includes: a computer, a mouse and a monitoring private sequence, and is electrically connected to a computer; and a monitoring program is run on the computer, wherein the monitoring process can be shouted at the mouse driver towel. Or the independent lung sequence; the slippery force and the monthly b button 'monitoring program to monitor whether the function key is pressed; when the sliding = _ can be pressed, the monitoring program calls the multi-touch of the window operating system ^ When the right mouse's tree is above the target object, the multi-touch function performs the corresponding gesture operation according to the signal from the I control program. It can be seen that the mouse device of the present invention pre-defines the signal of pressing the mouse button and scrolling the wheel (4), and transmits the signal when the analog "multi-touch" is sent by a simple mouse button or a scroll mouse ( The signal group), therefore, the (four) one-handed control of the mouse' can immediately achieve the above multi-touch function, simplifying the zooming or moving of the target object of the window operating system. Regarding the present invention, the features and implementations, the best embodiment of the invention is described in detail below. [Embodiment] The apparatus of the present invention and its wiring method will be described in detail in the following preferred embodiments. However, the concept of the present invention is threatened by other villages. The examples cited in the town are only used to illustrate the pure line method of the present invention, and are to be turned over. In this embodiment, the window is freshly modified, and the embodiment is also applicable to other window operating systems, such as wind_ or windowing, etc., but the scope is not limited. In the window operating system of the present invention, different target objects are displayed, and the type of the target object may be an application (including its function options), an image file, or a file file. The month is referred to as "Figure 2A", which is a schematic diagram of the structure of the present invention. In "Plan 2A", a personal computer 21" and a computer input device are included. In the personal computer program, run S as #彡统230 and monitor the order. The computer input device of the present invention is exemplified by a mouse 22 ,, including but not limited to a computer input device such as a mouse 22 〇, a trackball (10), and a monitoring program executed in the window operating system 23 〇 240. The present invention can be applied to a mouse 220 having a left button, a right button, and a miscellaneous page control module, or a mouse 22 having a separate function button 221. The monitoring program 240 can be built into the mouse 220 in a driver embedded in the mouse, or in a separate application. In the "FIG. 2A", the monitoring program 240 is executed in the personal computer 210 as an explanation. For the person skilled in the art, the monitoring program 240 can also be embedded in the firmware of the mouse 220 (as claimed in "FIG. 2B"). ). When the mouse 220 is connected to the personal computer 21, the monitoring program 240 is activated and instantly monitors the various signals transmitted by the mouse 220. Different signals are output to the PC 21 during the movement of the mouse 22 或 or when the button is pressed. The signal output from the mouse 220 is the first signal 201133324 v and the second signal. The first signal is the multi-touch function demand signal sent by the mouse after the function key is pressed. The second signal is issued after the mouse is pressed by the function key, and then the button is pressed (which includes pressing the left/right button and the scrolling page control module) or moving the mouse (meaning the mouse movement is performed). Signal. When the cursor of the mouse 22 is located on the target object 25〇 and the mouse is pressed to press the function key 221 to output the first signal, the monitoring program mo generates a corresponding multi-touch signal group according to the mouse button. The multi-touch function for calling the window operating system MO' is used to process the target object 25〇 accordingly. The function key 221 may be an independent button, but may be, but not limited to, a left button, a right button, a right button, a left and right button, or a left button, a right button, and a page control module. The combination of scrolling. After the multi-touch function is turned on, the monitoring program 24〇 determines the second signal output by the mouse 22〇 and converts the first signal and the second signal to the absolute coordinate signal φ number, and then transmits the same to The multi-touch function enables its multi-touch function to determine the corresponding gesture operation based on the absolute coordinate signal output. In order to clearly explain the overall operation of the present invention, please also refer to the "Fig. 3", which is a schematic diagram of the operational flow of the present invention. The main operational procedure of the present invention includes the following steps: Step S310: After the Windows operating system is started, the monitoring program is loaded; Step S320: The monitoring program detects whether the mouse sends the first signal (ie, the pressed function key); Step S330 When the monitoring program detects the first signal of the mouse, the monitoring program 201133324 grabs the coordinate of the current cursor as the first absolute coordinate signal' and calls the multi-touch function of the window operating system, and then receives the output of the mouse. The second signal is converted into a second absolute coordinate signal, and the position of the first absolute coordinate signal and the second absolute coordinate signal is transmitted to the multi-touch function to perform a corresponding gesture operation; and step S340: if the monitoring program does not When the first signal of the mouse is detected, the mouse will sequentially output the moving relative coordinate signal to the personal computer to perform the cursor function of the general mouse. When the Windows operating system 230 is launched, the Windows operating system 230 is immediately loaded into the monitoring program 240 and runs the monitoring program 240. The monitor program 240 monitors whether the function key 221 of the mouse 220 is pressed at any time. When the function key 221 is pressed, the monitoring program 240 on the personal computer 210 sends a corresponding signal to the window operating system 230. The multi-touch function of the window operating system 230 is called by the monitoring program 240 (corresponding to steps S310 to S340). The built-in multi-touch function is implemented in Windows 7, but in other Windows operating systems 230, the newly installed multi-touch function can also be called through the operating system. The first absolute coordinate signal is the function of pressing the function key 221 of the mouse 220 (the first signal is sent). The monitoring program uses the coordinate of the current cursor as the absolute coordinate and outputs the signal to the window operating system. The second absolute coordinate is that after the mouse 220 function key 221 is pressed, the monitoring program will replace any motion made by the mouse 220 with the second signal of the 201133324 into an absolute coordinate and output it to the window for the signal. Next, in step S33G, the multi-gate control function performs a corresponding gesture operation according to the signal output by the mouse 22() (corresponding to steps (10) to S33). The following is a description of various gesture operations. The present embodiment is a description of the movement of the target object 25〇 by the mouse 220. If the mouse 22G outputs a second signal that moves linearly, the financial control function performs the gesture operation on the target object 25〇 according to the mouse 220 touch execution, which includes the following steps, and please cooperate with the "4th 8th" As shown in the following: Step S411. The current position when the first-order fine mouse sends the first signal is regarded as the first absolute coordinate position; Step S412: the current position of the linear movement when the monitoring program is squirming (four) and two signals is regarded as the first The second absolute coordinate position; and step S413: the monitoring sequence transmits the _ coordinate position and the second absolute coordinate position to the multi-touch function of the visual system, and then the multi-touch function is further based on the first absolute coordinate position. And a displacement vector between the second absolute coordinate position for moving the target object from the current position. In this embodiment, the operating system of the household is described by Microsoft's Wind〇ws 7. Please also refer to the "5A" to "5C" diagrams, which are schematic diagrams of the movement process of the target object moving from the first absolute coordinate position to the second absolute coordinate position. 201133324 In "5A", the image in the screen is used as the target object. When the mouse 220 cursor is located on the target object (10) and the function key 221 on the user's healthy mouse 220 (which is set to the left side of the "5th eight-th drawing" mouse, the first signal is sent immediately), the monitoring program The multi-touch function is started immediately, and the monitoring program records the absolute coordinates of the cursor of the mouse 22〇 in the job secret 230 as the first-absolute coordinate position according to the first signal output by the mouse 220. Next, the mouse 220 is moved to another position (i.e., the second signal) that is different from the first absolute coordinate position, and the monitor program_records the position as the second absolute coordinate position. The monitoring program 24G (4) - the absolute coordinate position and the second absolute seat 0 - the linear displacement track is transmitted to the multi-touch function. The multi-gate control function moves the object 250 to the corresponding position (such as the distance moved by "Fig. 5b" according to the first-absolute coordinate position and the second absolute coordinate position_师 vector. The direction and distance that the 'mouse 22' moves after switching to the multi-touch function will scream the direction and distance of movement of the target object 25G. Finally, after the 220 is completed, release the Wei key 221 to complete the target object processing (as shown in Figure 5C). In addition to the movement of the target object 25〇, the present invention can also be applied to the movement of the target object 25() according to the movement of the slide 220, and the signal is non-linear (rotation). Execution's multi-touch function according to the displacement track of the squirrel 220 _ standard object 25 〇 perform the gesture operation step, please refer to the second "Figure 4B": 201133324, step S421: the monitoring program is issued by the mouse The current position at the time of the first signal is regarded as the first absolute coordinate position; Step S422: The monitoring program is regarded as the second absolute coordinate position by the current position of the displacement trajectory rotated when the second signal is emitted by the mouse; and step S423: The monitoring program transmits the first absolute coordinate position and the second absolute coordinate position to the multi-touch function of the window operating system, and then the multi-point touch function is further rotated according to the first absolute coordinate position and the second absolute coordinate position. A displacement vector used to rotate the target object. To further explain the rotation process of the target object 250, please also refer to "6A" to "6C". When the mouse 220 cursor is located on the target object 250 and the user presses the function key 221 on the mouse 22 ( (the system is set on the left side of the "21a figure" mouse 22G) "the training order 24 〇 receives the mouse 22 () After the first call is output, the multi-touch function is activated. The monitoring program 24 records the first position of the first signal according to the current position of the first signal output by the mouse MO. Then, the mouse 22〇 is rotated and moved to another position (that is, the second signal is sent), the monitoring program 240 records the position as the second absolute coordinate position, and the monitoring program 24 then sets the first absolute coordinate position: The rotational displacement trajectory between the first absolute seat_position is transmitted to the multi-touch function. At the same time, the target object 25〇 is centered on the first-absolute coordinate, and the wheel and the riding degree according to the mouse 22〇 are moved. The target object 25G is caused to rotate. In other words, the moving process towel is also associated with the target object (4) to produce a rotating view (as shown in Figure 6B and Figure 6C). Another feature of the multi-touch function is to reduce/place the target object 250.
大因此本發明的另一實施態樣可以透過滑鼠22續目標物件MO 進行多點_功能_放。若賴22()的觀控纖_捲動訊 號(係為第二訊號)，則多點觸控功能根據滑鼠220的位移軌跡對目 標物件執行筆勢操作之步驟，其係包括以下步驟，並請參考 「第4C圖」所示： 步驟S431 :監控程序以滑鼠發出的第—訊號時的當前位置視 為第一絕對座標位置； 步驟S432 ·監控程序以滑鼠輸出第二訊號時之捲頁控制模組 當時的捲動量轉換為第二絕對座標位置；以及 步驟S433 :赌料將第—麟座標位置及第二輯座標位 置傳入作業系統的多點觸控功能，然後多點觸控 功能再根據第一絕對座標位置及第二絕對座標 位置之捲頁控制模組的捲動量對目標物件進行 縮放。 在此一實施態樣中’使用者可以透過滑鼠22〇來執行縮放功 能的筆勢操作。縮放目標物件250的處理與前述移動/旋轉的處理 有所差異，以下請參考「第7A圖」〜「第7D圖」所示。若對目 標物件250進行縮放時，使用者首先將滑鼠22〇游標移動至目標 物件250上並按壓功能鍵221(意即發出第一訊號）。當多點觸控功 12 201133324 v %被啟動時控程序24G根據滑鼠220所輸出的第—訊號當前 位^記錄為第-絕對座標位置。接著，滾動滑鼠的捲頁控制模組(意 :發出第二訊號）’監控程序則將捲頁控制模組之當時的捲動 量轉換為第二絕對座標位置，監控程序24〇再將第—絕對座標位 置與第二絕對座標位置的變化量傳給多點觸控魏，由多點觸控 功能執行目標物件250的縮放處理。 • 在習知技術中利用觸碰式顯示面板對目標物件25〇進行縮放 的處理過程係用兩支(或以上)的手指選定目標物件25〇的兩點，並 =兩隻手指來將目標物件25G進行縮放。而本發明係為能以單 /月鼠220達到多點按定與縮放的目的^所以在啟動多關控功 此後’監控程序240會揭取目標物件25〇的視窗大小與畫面上的 座^位置’並且根據目標物件250的視窗大小分別在目標物件250 的邊界(目標物件250的邊界係為角落或邊緣)上模擬手指按壓的 ⑩觸控訊號(請參考「第7A圖」中虛線手指）。 當使財向前滚動捲頁控制模組時，射闕控功能係將目 標物件250進行放大。反之，當使用者向後滾動捲頁控制模組， 則多點觸控功能係將目標物件250進行縮小。 由上述可知，本發明之滑鼠22G震置預蚊義按壓滑鼠22〇 按鍵同時滾動滚輪所送出之訊號，藉由簡單的按壓滑鼠22〇按鍵 或滚動'月鼠220 ’傳送模擬「多點觸控」時送出之訊號(訊號組）， 因此使用者由單手馳滑鼠π㈣卩可立即達到上述之多點觸控的 13 201133324 功能’簡化視窗作業系統230之目標物件250的縮放或移動。 雖然本發明以前述之較佳實施例揭露如上，然其並非用以限 定本發明，任何熟習相像技藝者，在不脫離本發明之精神和範圍 内，當可作些許之更動與潤飾，因此本發明之專利保護範圍須視 本說明書所附之申請專利範圍所界定者為準。 【圖式簡單說明】 第1圖係為習知技術的多點觸控示意圖。 第2A圖係為本發明之架構示意圖。 第2B圖係為本發明之另一種架構示意圖。 第3圖係為本發明之運作流程示意圖。 第4A圖係為本發明之第一實施態樣流程示意圖。 第4B圖係為本發明之第二實施態樣流程示意圖。 第4C圖係為本發明之第三實施態樣流程示意圖。 第5A圖係為本發明之目標物件位於第一絕對座標並移動至 第一絕對座標的移動過程示意圖。 第®係為本發明之目標物件位於第_絕對座標並移動至 第二絕對座標的移動過程示意圖。 第冗_為本_之目標物件錄第―_絲並移動至 第二絕對座標的移動過程示意圖。 第6A圖係為本發明之目標物件旋轉前之示意圖。 第狃圖係為本發明之目標物件旋轉中之示意圖。. 201133324 第6C圖係為本發明之目標物件旋轉後之示意圖。 第7A圖係為本發明之目標物件放大前之示意圖。 第7B圖係為本發明之目標物件放大後之示意圖。 第7C圖係為本發明之目標物件縮小前之示意圖。 第7D圖係為本發明之目標物件縮小後之示意圖。 【主要元件符號說明】 100 觸碰式榮幕 110 目標物件 210 個人電腦 220 滑鼠 221 功能鍵 230 視窗作業系統 240 監控程序 250 目標物件 15Therefore, another embodiment of the present invention can perform multi-point_function_release by the mouse 22 continuing the target object MO. If the tracking control signal of the 22 () is a second signal, the multi-touch function performs a gesture operation on the target object according to the displacement trajectory of the mouse 220, which includes the following steps, and Please refer to "4C": Step S431: The current position of the monitoring program with the first signal from the mouse is regarded as the first absolute coordinate position; Step S432 · The monitoring program outputs the second signal with the mouse The scrolling amount of the page control module is converted into the second absolute coordinate position; and step S433: the gambling material passes the first-coordinate coordinate position and the second coordinate position to the multi-touch function of the operating system, and then multi-touch The function then scales the target object according to the scrolling amount of the page curl control module of the first absolute coordinate position and the second absolute coordinate position. In this embodiment, the user can perform the gesture operation of the zoom function through the mouse 22〇. The processing of scaling the object 250 is different from the processing of the above-described movement/rotation. Please refer to "7A" to "7D" below. If the target object 250 is zoomed, the user first moves the mouse 22 〇 cursor to the target object 250 and presses the function key 221 (meaning that the first signal is issued). When the multi-touch function 12 201133324 v % is activated, the control program 24G records the first-to-absolute coordinate position according to the first signal of the first signal output by the mouse 220. Then, scrolling the mouse's volume control module (meaning: issuing a second signal) 'monitoring program converts the current volume of the volume control module to the second absolute coordinate position, and the monitoring program 24 will be the first - The amount of change between the absolute coordinate position and the second absolute coordinate position is transmitted to the multi-touch UI, and the multi-touch function performs the scaling processing of the target object 250. • In the prior art, the process of scaling the target object 25 by using the touch display panel is to select two points of the target object 25 by two (or more) fingers, and = two fingers to target the object 25G to zoom. However, the present invention is capable of multi-clicking and zooming with the single/month mouse 220. Therefore, after the multi-control control is started, the monitor program 240 will extract the window size of the target object and the frame on the screen. The position 'and the 10 touch signals of the finger pressing are simulated on the boundary of the target object 250 (the boundary of the target object 250 is a corner or an edge) according to the window size of the target object 250 (please refer to the dotted finger in "No. 7A") . When the cash is scrolled forward by the page control module, the shot control function enlarges the target object 250. Conversely, when the user scrolls the roll page control module backwards, the multi-touch function reduces the target object 250. It can be seen from the above that the mouse 22G of the present invention shakes the pre-mosquito pressing mouse 22 〇 button and simultaneously scrolls the signal sent by the scroll wheel, by simply pressing the mouse 22 〇 button or scrolling 'moon mouse 220 ' to transmit the simulation " Multi-touch" signal (signal group), so the user can immediately achieve the above multi-touch by a single-handed mouse π (four) 13 13 201133324 Function 'Simplify the zoom of the target object 250 of the window operating system 230 Or move. While the present invention has been described above in terms of the preferred embodiments thereof, it is not intended to limit the invention, and the invention may be modified and modified without departing from the spirit and scope of the invention. The patent protection scope of the invention is subject to the definition of the scope of the patent application attached to the specification. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic diagram of a multi-touch of the prior art. Figure 2A is a schematic diagram of the architecture of the present invention. Figure 2B is a schematic diagram of another architecture of the present invention. Figure 3 is a schematic diagram of the operational flow of the present invention. 4A is a schematic flow chart of the first embodiment of the present invention. Figure 4B is a schematic flow chart of the second embodiment of the present invention. Figure 4C is a schematic flow chart of the third embodiment of the present invention. Figure 5A is a schematic view showing the movement process of the target object of the present invention at the first absolute coordinate and moving to the first absolute coordinate. The first is a schematic diagram of the movement process in which the target object of the present invention is located at the _th absolute coordinate and moved to the second absolute coordinate. The redundant process is the schematic diagram of the moving process of the second absolute coordinate. Figure 6A is a schematic view of the object of the present invention before it is rotated. The figure is a schematic diagram of the object in the rotation of the object of the present invention. 201133324 Figure 6C is a schematic diagram of the object of the present invention after rotation. Fig. 7A is a schematic view showing the object before the enlargement of the object of the present invention. Fig. 7B is a schematic view showing the enlarged object of the present invention. Figure 7C is a schematic view of the object of the present invention before it is reduced. The 7D figure is a schematic view of the object of the present invention after being reduced. [Main component symbol description] 100 Touch-type glory 110 Target object 210 Personal computer 220 Mouse 221 Function key 230 Window operating system 240 Monitor program 250 Target object 15