I3639>83 九、發明說明： 【發明所屬之技術領域】 •本發明係關於一種用於電子裴置的互動方法， , 有關於一種透過觸控顯示面板與電子裝置互動的方法。’ 【先前技術】 數位ί 2式Ϊ示面板的應用越來越廣’例如：手機' PDA、 .5;實^^，使以:解各的1:1= 重=鱗實體按鍵的輕不對，則可能無法讓電子產品 購買該電子產品的意願。 瓣電子產叩，而降低 • 耗子產品配置有觸控顯示面板，則廠商可設計 攄互ΞίΓί電子產品的互動流程’進轉觸控顯示面板依 if ?示必要的虛擬按鍵。依據該互動流程，觸控顯 I字單次步驟中只顯示必要的幾個虛擬按鍵，再輔以 所。使用者闕虛擬按鍵後，電子產品再依據 征:L土 、加'私讓觸控顯示面板顯示必要的虛擬按鍵，提 彳ΐί，ΐΐ °藉此’使用者操作電子產品時，毋需學習操 、s二兩® /、而根據觸控顯示面板所提供的資訊及虛擬按鍵， 的虛擬按鍵點選即可。進而，讓電子產品的使用者 力更佳’而且電子產品的學習曲線可較為陡山肖， 亦即使用者可正確操作電子產品的學習時間較短。 5 除此之外，觸控面板更可提昇產品設計的自由度與質 感由於使用者需透過實體按鍵輸入指令以操作電子產品， 号實體按鍵數目及位置受限於電子產品的設計，因此使用者 操作電子^品的方法較為受限且不易學習。但是，由於觸控 j可顯示虛擬按鍵，因此設計f子產品的廠商可彈性地調 ，虛，按鍵的位置及互動流程。若所設計的顯示晝面及互動 '肌程需要更動，断透過更新滅或倾以達成更動產品的 f的’而不需更動電子產品的電路設計或硬體設計。當铁， ^於f品可不需實體按_|設，因此整體外觀可更加簡 、’產品進而提昇了質感與增加與其他產品的區隔性。 觸，，面板賴有著增加產品易用度與提昇產品質感的 旦疋觸控式面板的應用一直以來皆受限於點選式的互 動方式。換言之，觸控顯示面板的互動方式 ;生匕:也因此無法進-步增進電子產品的使用 因此’本發明係提供一種互動式電子裝置及其互動方 法，以解決上述問題及提供更佳的互動性。 【發明内容】 斗，ϋ明之―粑嘴在於提供—種用於電子裝置之互動方 /可^進電子裝置的易用性以及互動性。 明之施例，該電子裝置存有ϋ像，本發 明之互動方法包含下列步驟。 顏首感應在該電子衫之—觸錢μ板上之一第一 =選執，者最觸碰形成一點觸碰一線軌跡或一 觸批弟一觸碰形成該圈選軌跡，則控制該 觸控顯不面板依__軌跡局部地放大顯示 於此實施例中，該第一觸碰形成該圈選執跡，則該互動 方法進一步包含下列步驟。首先，依據該圈選執跡計算出一 圈選矩形，該圈選矩形係内接於該圈選執跡繞該第一圖 像之一子圖像。接著，依據該觸控顯示面板之一第一尺寸及 第二尺寸，控制該觸控顯示面板適度地放大顯 此外’該觸控顯示面板包含用以顯示―功能圖示之一人 =面=藏碰於該人機介面區域之外形成該點 電子裝置另存有-第二圖像，若賴控顯示面板以一單 觸卿成魏輪，碰制該觸控 ㈣另ΐ有I複數張圖像，若該觸控顯示面板以-多 第===列圖Ϊ ’且該 顯示另-組圖像。 袖控顯不面板以序列排列 =線執跡及圈選軌跡的判斷，該觸 ===== 寬度“ 一根據一具體實施例，本發明之互 早兀、觸控顯示面板以及運算 一二置匕3儲存 J算5控顯示板用喊應-第-觸碰【像圖 面板上形麻於該觸控顯示 依據該圈馳料规放舰觸控顯示面板 過不抒置妓絲方法係透 而，可與電 : 圖像。進而，電子裝置不需裝設額外的硬體按 ϊ卢過更新軟體軸體以更改互動流程及對應 硬體的電子裝置可應用於不同用途上，進ί 降低成本及增加產品應用面的廣度。 附圖精神可以藉由以下的發明詳述及所 【實施方式】 般而5，使用者可透過圖一 Α所示之數位相機丨來拍 照以產生目像’在於触械丨背後賴示面峨看所拍攝 的圖像。但疋，透過觸控顯示面板10以及本發明之互動方 法，可讓使用者輕易地傳達指令給數位相機。藉此，觸控顯 示面板可依據使用者指令顯示圖像，例如：更新圖像、放大 圖像及隱藏圖像等。需注意的是，本發明之互動式電子裝置 並不限於圖一 A所示之數位相機〗，但以具有觸控顯示面板 為必要。 功能二·:圖—B係身示圖—A中的數位相機1之 顯示面板10、運胃算電數位相機1包含觸控 ^Γίίίΐ« 電子訊:==象面板。最後’觸控顯示面板根據觸發 動方ίΐ，二，圖二係繪示根據本發明—具體實施例之互 不本孓月之互動方法包含下列步驟。 著，：ί步：Lt驟^雷Ϊ控顯示面板10感應-觸碰。接 可钒仃步驟S11，運异電路12判斷 賴像模式、多張圖像模式或放大ί ' 7评 興步驟S12的執行順序可顛倒，亦g生 執行步驟S12再執行步驟su。最笪政]1 P先 圖像模式及不同觸碰類型，分別控制 電 j不同 對應的步驟(步驟S13至步驟S19的其觸中H驟）。執订相 ㈣右f f 以單張圖像模式顯示且賴碰係於觸 篇:il?點觸碰，則執行步驟犯，如圖三aJ =斤「示 板10包含用以顯示功能圖示七 人機；丨面區域刚，當不希望功能圖示η遮蔽所顯示的第— 1363983 圖2 F1時’手指之該觸碰可於該人機介面區域_之 點觸碰，則運算電路12隱藏功能圖示n，= 卜面= 10能完整地顯示第-圖像！^。 綱徑顯不面板I3639>83 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to an interactive method for an electronic device, and relates to a method for interacting with an electronic device through a touch display panel. ' [Prior Art] Digital ί 2 type display panel is more and more widely used, for example: mobile phone 'PDA, .5; real ^^, to: solve each 1:1 = weight = scale physical button is not right , the willingness of electronic products to purchase the electronic product may not be available. The valve is electronically produced and lowered. • The mouse product is equipped with a touch display panel, so the manufacturer can design the interactive process of the electronic product. The input touch display panel displays the necessary virtual buttons according to if. According to the interactive process, only a few virtual keys are displayed in a single step of the touch display I word, and then supplemented by the same. After the user presses the virtual button, the electronic product is based on the sign: L soil, plus 'private touch display panel to display the necessary virtual button, mention 彳ΐ, ΐΐ ° by this user's operation of electronic products, no need to learn s two or two ® /, according to the information provided by the touch display panel and the virtual button, the virtual button can be selected. Furthermore, the user of the electronic product is better, and the learning curve of the electronic product can be steeper, that is, the learning time for the user to operate the electronic product correctly is shorter. 5 In addition, the touch panel can enhance the freedom and texture of the product design. Since the user needs to input commands through the physical buttons to operate the electronic products, the number and position of the physical buttons are limited by the design of the electronic products, so the user The method of operating electronic products is limited and difficult to learn. However, since the touch j can display virtual keys, the manufacturer of the f-product can be flexibly adjusted, virtual, and the position and interaction process of the keys. If the design of the display surface and the interaction 'the muscle process needs to be changed, the break through the update or tilt to achieve the f of the moving product' does not require the circuit design or hardware design of the electronic product. When iron, ^ can not be physically required to press _|, so the overall appearance can be more simple, 'products further enhance the texture and increase the separation from other products. Touch, the panel has increased the ease of use of the product and improved the texture of the product. The application of the touch panel has been limited by the point-and-click interaction. In other words, the interactive manner of the touch display panel; the production of enamel: and therefore the inability to further enhance the use of electronic products. Therefore, the present invention provides an interactive electronic device and an interactive method thereof to solve the above problems and provide better interaction. Sex. SUMMARY OF THE INVENTION 斗 ϋ ϋ 粑 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于In the example of the invention, the electronic device has an image, and the interactive method of the present invention comprises the following steps. Yan Shou induction is one of the first choices in the electronic shirt-touching μ board. The most touches form a touch of a line track or a touch of a brother touches to form the circled track, then the touch is controlled. The control panel is partially enlarged according to the __ trajectory. In this embodiment, the first touch forms the circle selection, and the interaction method further includes the following steps. First, a circle of selection rectangles is calculated according to the circle selection track, and the circle selection rectangle is connected to the circle selection for a sub-image of the first image. Then, according to the first size and the second size of the touch display panel, the touch display panel is controlled to be appropriately enlarged. The touch display panel includes a function image for displaying one of the functions. Forming the point electronic device outside the human-machine interface area and storing a second image, if the control panel is in a single touch, the touch is touched (4) and the other plurality of images are If the touch display panel has a multi-number === column map 且 ' and the other-group image is displayed. The sleeve control display panel is judged by sequence arrangement = line representation and circle selection track, the touch ===== width "1 according to a specific embodiment, the invention is early, the touch display panel and the operation one or two匕3 storage J count 5 control display panel with shouting - first-touch [image panel on the shape of the touch display according to the circle Through, the electricity: image. In turn, the electronic device does not need to install additional hardware buttons to update the software shaft to change the interactive process and the corresponding hardware of the electronic device can be applied to different purposes, The cost can be reduced and the breadth of the product application surface can be increased. The spirit of the drawings can be as follows by using the following detailed description of the invention and the embodiment, and the user can take a picture through the digital camera shown in FIG. 'The image taken after looking at the back of the device is visible. However, through the touch display panel 10 and the interactive method of the present invention, the user can easily transmit commands to the digital camera. Display panel can be displayed according to user instructions For example, the image is updated, the image is enlarged, the image is hidden, etc. It should be noted that the interactive electronic device of the present invention is not limited to the digital camera shown in FIG. Necessary. Function 2: Picture-B is the picture-A digital display camera 1 of the display panel 10, the digital camera 1 contains the touch ^Γίίίΐ« electronic message: == image panel. Finally 'touch The display panel is based on the triggering action, and the second embodiment of the present invention comprises the following steps in accordance with the present invention. The interactive method of the present invention includes the following steps: ,, step: Lt ^ Ϊ Ϊ 显示 显示 display panel 10 Inductive-touch. In step S11, the operation circuit 12 determines the image mode, the plurality of image modes, or the enlargement sequence. The execution order of the step S12 can be reversed, and the step S12 is performed again. Su. The most ruling] 1 P first image mode and different touch types, respectively control the different steps of the electrical j (the step of step S13 to step S19 hit H). Binding phase (four) right ff to a single map Like the mode display and the touch is tied to the touch: il? point touch, then execute the step Offense, as shown in Figure 3 aJ = jin "The display board 10 contains the seven-person machine for displaying the function; the face area is just, when you don't want the function icon η to shield the displayed first - 1363983 Figure 2 F1 'The touch of the finger When the touch can be touched at the point of the human interface area, the arithmetic circuit 12 hides the function icon n, = the surface = 10 can completely display the first image! ^.
若觸機抑板1G以單_賴_示且簡碰係 ^顯不面板10上形成線執跡，則執行步驟sm，如圖四A Γ/，戶^田=! A所示，觸控顯示面板1〇顯示第一圖 胃使用者她看上-張圖像或下—賴糾，可於觸 控』不面板1G上移動-段距離，則運算電路12控制觸控顯 不面板1G顯不-橫移圖片效果，如圖四B所示。最後^觸 控顯示面板10顯示第二圖像F2，如圖四c所示。 若觸，穌面板1G以單_雜式纟蹄且簡碰係 控―面板1_0上形成圈選軌跡，則執行步驟S15，如圖五A ^圖五c所示。運算電路u控麵控齡面板1()依據圈選 軌跡C2局部地放大顯示第一圖像n，而局部放大的步驟係 陳述於後。|先’如圖五A所示，手指於觸控顯示面板1〇 上移動以形成一曲線且該曲線被判定為圈選軌跡，則運算電 路12依據圈選軌跡C2計算出一個圈選矩形C1。圈選^跡 C2係内接於圈選矩形C1，且圈選矩形C1環繞第一圖像们 之子圖像F12。接著，運算電路12控制觸控顯示面板1〇產 生逐漸放大顯不的效果，如圖五B所示。最後，運算電路12 依據觸控顯示面板10之解析度及子圖像F12之尺寸，將子圖 像F12適度地放大顯示，如圖五c所示的子圖像ρΐ2'。由於 子圖像F12的尺寸(40x60)之長寬比不同於觸控顯示面板解析 度(320x240)之長寬比，若子圖像F12依照觸控顯示面板10 之橫向解析度放大，則放大後的圖像尺寸(32〇χ48〇)超出面板 解析度(320x240)。若子圖像F12依照觸控顯示面板10之縱 向解析度放大，則放大後的圖像尺寸(l60x24〇)可不超出面板 解析度(320x240 ’進而放大後的子圖像F12能全部顯示於觸 10 丄 控顯示面板10上。再者，ώ 於放大圖像之寬度於析f320像素)大 上的範圍(子圖像Fam/L於此例子中’真正顯示於面板 總而言之，運算電路後的圈選矩形C1。 干面：圈選執跡C1的範圍又能符合觸控顯 不面板解析度的子圖像F12·(尺寸320x24〇)。 顯 购以多關像模式顯示且_碰係於觸 =斤Γ:如圖六Α所示，觸控顯示面板1。二^ 了第：M 關像。若手指於觸控顯示面板1G上點選 圖則運鼻，路12控制觸控顯示面板10產生從ί張 後，換至早張f像模式的效果，如圖六Β所示。最 c所示Γ不面板以單張圖像模式顯示第三圖像F3，如圖六 若巧顯示面板1()以多關像模式顯示且該觸碰係於觸 不板10上形成線軌跡，則執行步驟S17，如圖七A至 i干。如圖七A所示’觸控顯示面板10以序列排列 於數位相機i中的一組圖像(第一圖像F卜第二圖像 於朽ί二圖像F3)，位於中央的第―圖像F1之顯示尺寸係大 於兩糾第二圖像F2及第三圖像F3的顯示尺寸。若手 ^、宣^控面板1G上由左至右滑動—距離且被判定為線軌跡， 後路12控制觸控顯示面板1〇更新所排列顯示的圖 # ’P字弟了圖像F1漸進地移至右侧並縮小顯示尺寸，第三圖 3漸，地移至中央並放大顯示尺寸，並新增第四圖像 ^左側顯示，如圖七B所示。最後，圖七c中的觸控顯示面 =序列排列顯示存於數位相機中的另一組圖像(第四圖 4、第二圖像F3、第一圖像pi)。相較於圖七a，圖七c 11 1363983 所顯示的触圖像係更新了—張圖像，但是更 於一張，也可一次更新兩張或三張。 又 多張圖賴式除了圖七A至圖七C中的序 外，逛可有多維陣列圖像模式。如圖八A所示 ^式If the touch panel suppresses the panel 1G and the line is displayed on the panel 10, the step sm is performed, as shown in FIG. 4A Γ/, the household ^ field =! A, the touch The display panel 1〇 displays the first image of the stomach user. She looks at the image or the bottom-left correction, and can move on the panel 1G without touching the segment distance, and the operation circuit 12 controls the touch display panel 1G display. Do not - traverse the picture effect, as shown in Figure 4B. Finally, the touch panel 10 displays the second image F2 as shown in Fig. 4c. If it is touched, the panel 1G is formed with a single _ 杂 且 hoof and the simple touch control system - panel 1_0 forms a circled trajectory, then step S15 is performed, as shown in FIG. 5A ^ FIG. The arithmetic circuit u control surface control panel 1 () partially enlarges and displays the first image n according to the circle selection track C2, and the step of partial enlargement is stated later. First, as shown in FIG. 5A, the finger moves on the touch display panel 1〇 to form a curve and the curve is determined as a circled track, and the operation circuit 12 calculates a circle of the circle C1 according to the circled track C2. . The circle selection trace C2 is internally connected to the circle selection rectangle C1, and the circle selection rectangle C1 surrounds the sub-image F12 of the first image. Next, the arithmetic circuit 12 controls the touch display panel 1 to produce an effect of gradually magnifying, as shown in FIG. 5B. Finally, the arithmetic circuit 12 appropriately displays the sub-image F12 in a magnified manner according to the resolution of the touch display panel 10 and the size of the sub-image F12, as shown in the fifth image ρ ΐ 2 ′. Since the aspect ratio of the size (40x60) of the sub-image F12 is different from the aspect ratio of the touch display panel resolution (320x240), if the sub-image F12 is enlarged according to the lateral resolution of the touch display panel 10, the enlarged The image size (32〇χ48〇) exceeds the panel resolution (320x240). If the sub-image F12 is enlarged according to the vertical resolution of the touch display panel 10, the enlarged image size (l60x24〇) may not exceed the panel resolution (320x240', and then the enlarged sub-image F12 can be displayed on the touch 10 丄. Control the display panel 10. Further, the width of the enlarged image is over the range of f320 pixels. (Sub-image Fam/L is actually displayed in the panel in this example, and the circle is selected after the operation circuit. C1. Dry surface: The range of the circle C1 can be matched with the sub-image F12· (size 320x24〇) of the touch panel display resolution. The display is displayed in the multi-image mode and the _ touch is touched. Γ: As shown in Fig. 6 , the touch display panel is 1. The second image is: M. If the finger clicks on the touch display panel 1G, the road 12 controls the touch display panel 10 to generate the slave image. After the ί, change to the effect of the early Zhang image mode, as shown in Figure 6. The most c is not the panel to display the third image F3 in a single image mode, as shown in Figure 6 In the multi-image mode, and the touch is formed on the touch panel 10 to form a line trajectory, step S17 is executed, as shown in the figure. A to i. As shown in FIG. 7A, the touch display panel 10 is sequentially arranged in a group of images in the digital camera i (the first image F is the second image in the second image F3). The display size of the first image F1 located at the center is larger than the display size of the second image F2 and the third image F3. If the hand and the control panel 1G slide from left to right - the distance is determined as The line track, the rear path 12 controls the touch display panel 1〇 to update the displayed image. The image F1 progressively moves to the right side and reduces the display size, and the third figure 3 gradually moves to the center and Enlarge the display size, and add the fourth image ^ left display, as shown in Figure 7B. Finally, the touch display surface in Figure 7c = sequence display shows another set of images stored in the digital camera (the first Figure 4, the second image F3, the first image pi). Compared to Figure 7a, the touch image displayed in Figure 7 c 11 1363983 updates the image, but more than one, You can update two or three at a time. In addition to the sequence in Figure 7A to Figure 7C, you can have a multi-dimensional array image mode as shown in Figure 8A.
，10以二維陣列排列顯示-組圖像，係分別顯;=不 ,'Ε及F。若觸控顯示面板1〇以多張圖像模式 碰係於觸控顯示面板1G上形成線軌跡，則算路 = 觸控顯示面板1〇產生橫移圖片效果，如圖：電二:控, 觸控顯示面板10以二維陣列排列顯示另 = 別顯示字母A、B、C及D。相較於圖八A，圖八 組圖像更新兩張圖像。當'然，二維陣列的排列不限於2χ= 式’也可用3χ3(橫向張數等於縱向張數）、Μ橫向張 陣歹或Μ橫向張數Α於縱向張數)等各種多維 3排列方式。因此，對應不同多轉列排列方式，更新張 數f不同’例如：4x6的排列可-次更新6張，3料的排列可 一-人更新4張、5x2的排列可一次更新2張。, 10 in a two-dimensional array of display - group images, respectively, respectively; = no, 'Ε and F. If the touch display panel 1 is connected to the touch display panel 1G to form a line trajectory in multiple image modes, the calculation path = touch display panel 1 〇 produces a traverse picture effect, as shown in the figure: electricity 2: control, The touch display panel 10 displays in a two-dimensional array and displays the letters A, B, C, and D. Compared to Figure 8A, the eight sets of images update two images. When 'Ran, the arrangement of the two-dimensional array is not limited to 2χ=式', and various multi-dimensional 3 arrangements such as 3χ3 (the number of horizontal sheets is equal to the number of vertical sheets), the horizontal transverse array or the horizontal number of sheets, and the number of vertical sheets are used. . Therefore, the number of updated sheets f is different for different multi-column arrangement patterns. For example, the arrangement of 4x6 can be updated six times, and the arrangement of three materials can be updated by one person by four, and the arrangement of 5x2 can be updated two times at a time.
不限 若觸控顯示面板10以多張圖像模式顯示且該觸碰係於觸 ^ =面板K)上形細選執跡，則互動方法關最初始的步 若觸控顯示面板1G以放大圖像模式顯示—圖像且該觸碰 係於觸控顯示面板10上形成點觸碰，則執行步驟⑽，運算 ，路控賴控顯雜板1G _鱗_賴式示未放大 的該圖像。此-情況係可應用於放大圖像(圖二所示之步驟 S15)後的接續動作。 ^觸控顯示面板以放大圖像模式顯示，且該觸碰係於觸 控顯示面板10上形成線軌跡，則執行步驟S19，如圖九A及 12 丄咖柳 圖九B所示。圖九A中，手指 ，動的同時’圖中的大樓便同時跟隨^朝f上 上方移動，亦即運算電路12控制觸動軌跡而朝右 示的圖像，Μ岡推仏、a r 工⑼員不面板1〇更新所顯 所不’手指朝右下方移動的同時，圖中^ ^九B 手指移動_^朝訂方機ruTt樓^也同時賴 控顯千而缸m β 士 / 之運异電路12控制觸 ‘二二板10即恰更新所顯示的圖像。同樣 ‘ f圈選執跡：則圖像檢視區域也跟隨手指的圈‘蒋 接動作。' 、 步驟 S15)後的 傻撮ΐ述Ϊ容對於不關像顯示模式(單_像模式、多張圖 圈^圖像模式)及不同觸碰類型(點觸碰、線執跡、 ^除此之外，於上述步驟si3(單張圖 用到的功能圖示11於本發明中亦有功 體按顯示面板的優點’數位相機可將需要的實 鍵數里降至最低。圖—Α所示紐位減丨的觸控頻示 =10因此幾乎涵蓋了整個機體背面’以最大化觸控面板的 進而提昇圖像觀看的真實感，以及增加使用觸控顯示 面板的便利性。由於少了實體按鍵，因此，圖三A中的觸控 ，示面板10可包含用以顯示功能圖示n之人機介面區^ 100。功能圖示II可包含多個虛擬按鍵，用以取代傳統數位 1機的實體按鍵。例如：圖三A中的多個虛擬按鍵從左至右 分別執行的功能為：删除圖像、下一張圖像、上一張圖像、 減少圖像放大倍率、增加圖像放大倍率、切換圖像模式。當 然，本發明不限於此，這些虛擬按鍵可由内建的軔體或軟體 所設定，因此還可增加其他按鍵或功能。 13 切換Ϊ: 碰中的 包切換按鍵110。當 於單張圖像模式及#:路12控制觸控顯示面板10 觸控顯示面 按鍵110時，則運算電路12且虽使用者點選切換 張圖像模式。相反地， 工綱控顯不面板10切換到多 式，則觸控顯示_二換工到^面^^;前^多張圖像模 圖像模式又細分為岸碰圖像Μ。當然’若多張 式，則切換按鍵110被觸碰後'象以兩種模 S張圖像、序列排列圖像、多維陣列“圖ϊΐ: 像模包:係=五c所示的放大圖 相機丨之峨㈣2,另細於數位 對應ί:ί 了 種;碰方式的相 示本發明用以判斷板 Β。圖十Α鱗 說明的是，以下的之示f圖。需補充 是由於_碰麵稍義，因此收程，但 门"^十Β所示’觸控顯示面板Η)盆上定Μ箱〜 C3。首先，執行步驟S12。 】二::六疋文預定矩形 連續移動範圍，亦即本和 :f不面板10感應該觸碰之 停止時，則運算電路田121己好下j不面板10上的連續移動 乾圓接者，執行步驟S122，判斷該 連續移動範圍是否大於預定矩形C3之一長度，同時a =預定矩形C3之-寬度。最後，若判斷^為是^執^ 二斷該觸碰於觸控顯示面板ι〇上形成線執跡。 右判斷結果為否，亦即，不符合線轨跡的判斷， 判斷該觸碰於觸控顯示面板1〇上形成圈選執跡。二 十^所不，連續移動範圍R1大於預定矩形C3的長度又 預疋矩形C3的寬度，因此連續移動範圍R1可判定為線勒 圖ΛΛ中的連續移絲圍μ雖然大於預定矩形 t預^矩形C3的寬度，不符合線軌跡的 職4 sm) ’因此連續移動範圍幻被判定為圈選軌跡。 、/相較於先前技術，本發明之互動式電子 2係，過不同觸碰類型及不同圖像顯示模式；忑 硬體按鍵，且能_地透過更新軟體或 初體或軟體，具有同樣硬體的子有不程及内容的 上，進而降低成本及增加產品應用面it應用於不同用途 述本=322 實施，之詳述，係希望 能更加清楚描 施例來對本發明之加以限:二揭f的較佳具體實 據上述鱗明作最寬廣I解範圍的範♦應該根 變以及具相等性的安排。 致使其涵蓋所有可能的改 1363983 【圖式簡單說明】 圖一 A係繪示根據本發明一具體實施例之數位相機之示 意圖。 圖一B係繪示圖一A中的數位相機之功能方塊圖。 圖二係繪示根據本發明一具體實施例之互動方法之示意 圖。 圖三A至圖三B係繪示對應圖二中的步驟S13之互動示 意圖。。 圖四A至圖四C係繪示對應圖二中的步驟S14之互動示 意圖。 圖五A至圖五C係繪示對應圖二中的步驟S15之互動示 意圖。 圖六A至圖六C係繪示對應圖二中的步驟S16之互動示 意圖。 圖七A至圖七C係繪示對應圖二中的步驟S17之互動示 意圖。 圖八A至圖八C係繪示對應圖二中的步驟S17之另一互 動示意圖。 圖九A及圖九B係繪示對應圖二中的步驟S19之互動示 意圖。 圖十A係繪示判斷本發明用以判斷線軌跡及圈選執跡的 方法之流程圖。 16If the touch display panel 10 is displayed in a plurality of image modes and the touch is on the touch panel K), the interactive method is the first step if the touch display panel 1G is enlarged. Image mode display-image and the touch is formed on the touch display panel 10 to form a point touch, then step (10) is performed, and the operation is performed, and the road control is displayed on the touch panel 1G _ scale_ image. This-case can be applied to the subsequent motion after the enlarged image (step S15 shown in Fig. 2). The touch display panel is displayed in an enlarged image mode, and the touch forms a line trajectory on the touch control display panel 10, and then step S19 is performed, as shown in Figs. 9A and 12B. In Fig. 9A, the finger and the moving side of the building at the same time 'the building in the figure will follow the upward movement of the upper side of the f, that is, the image of the operation circuit 12 controlling the touch trajectory and pointing to the right, Μ冈仏, ar (9) When the panel is not updated, the finger is moving toward the lower right side. At the same time, the ^^9 B finger moves _^ toward the ordering machine ruTt floor ^ also controls the thousand and the cylinder m β 士 / The circuit 12 controls the touch of the 'two boards' 10 to update the displayed image. Similarly, the ‘f circle is selected: the image view area also follows the circle of the finger ‘Jiang’s action. After the ', step S15), the silly description of the content is not related to the display mode (single_image mode, multiple picture circle ^ image mode) and different touch types (point touch, line obstruction, ^ division) In addition, in the above step si3 (the function diagram 11 used in the single picture also has the advantage of the display panel in the present invention), the digital camera can minimize the number of real keys required. The touch frequency of the button is reduced to 10, so it covers almost the entire back of the body to maximize the realism of the touch panel and enhance the viewing of the image, and to increase the convenience of using the touch display panel. The physical button, therefore, the touch panel in FIG. 3A, the display panel 10 can include a human interface area 100 for displaying the function icon n. The function icon II can include multiple virtual buttons to replace the traditional digit 1 The physical button of the machine. For example, the functions of multiple virtual buttons in Figure 3A from left to right are: delete image, next image, previous image, reduce image magnification, increase image Image magnification, switching image mode. Of course, the invention is not limited These virtual buttons can be set by the built-in carcass or software, so other buttons or functions can be added. 13 Switch Ϊ: The packet switching button 110 that is touched. When in single image mode and #:路12 control touch When the display panel 10 is touch-displayed, the operation circuit 12 and the user click to switch the image mode. Conversely, if the panel 10 is switched to the multi-type, the touch display _ two ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ Image, sequence arrangement image, multi-dimensional array "Figure: image package: system = five c shown in the enlarged picture camera 四 (4) 2, another finer than the digital correspondence ί: ί; It is used to judge the board. The ten scales are shown in the following figure. The following picture shows the f picture. It needs to be added because the _face is slightly different, so the door is closed, but the door "^10Β's touch display panelΗ The pot is fixed to the box ~ C3. First, step S12 is performed. 】 2:: Six 疋 text predetermined rectangular continuous moving range, that is, the sum: f When the board 10 senses the stop of the touch, the operation circuit field 121 has performed the continuous moving dry round on the panel 10, and step S122 is performed to determine whether the continuous movement range is greater than a length of the predetermined rectangle C3. a = the width of the predetermined rectangle C3. Finally, if it is judged that ^ is ^ ^ ^ ^ 2 break, touch the touch display panel to form a line trace. The right judgment result is no, that is, does not conform to the line track Judging by the trace, it is judged that the touch touches the touch display panel 1〇 to form a circle selection executable. Twenty-two, the continuous movement range R1 is larger than the length of the predetermined rectangle C3 and the width of the rectangle C3 is preliminarily, so the continuous movement range R1 can be determined that the continuous moving wire circumference μ in the line drawing 大于 is larger than the width of the predetermined rectangle t pre-cursor C3, and does not conform to the position of the line trajectory 4 sm) ' Therefore, the continuous moving range illusion is determined as the circled trajectory. Compared with the prior art, the interactive electronic 2 system of the present invention has different touch types and different image display modes; the hard keys are pressed, and the software can be equally hard by updating the software or the initial body or the software body. The body has its own problems and content, which in turn reduces the cost and increases the application of the product. It is applied to different purposes. 322 implementation, the detailed description is intended to more clearly describe the invention to limit the invention: The preferred embodiment of the above-mentioned scales is that the scope of the broadest range of solutions should be rooted and equal. </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; Figure 1B is a functional block diagram of the digital camera in Figure 1A. Figure 2 is a schematic illustration of an interactive method in accordance with an embodiment of the present invention. 3A to 3B show an interactive diagram corresponding to step S13 in Fig. 2. . 4A to 4C show an interactive diagram corresponding to step S14 in Fig. 2. 5A to 5C show an interactive diagram corresponding to step S15 in Fig. 2. 6A to 6C show an interactive diagram corresponding to step S16 in Fig. 2. 7A to 7C show an interactive diagram corresponding to step S17 in Fig. 2. 8A to 8C are diagrams showing another interaction corresponding to step S17 in Fig. 2. 9A and 9B show an interactive diagram corresponding to step S19 in Fig. 2. Figure 10A is a flow chart showing the method for judging the line trajectory and circle selection of the present invention. 16