200950850 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種產生虛擬主題物之方法、行動 置及數位資料儲存媒體，且特別是有關於振動檢出裝置^ 二種產生虛擬主題物之方法、行動裝置及數位資料儲存媒 體0 【先前技術】 由於行動電話（mobile phone)、個人數位助理 (Personal Digital Assistant ’ PDA)及個人數位助理 手機等行動袈置具有攜帶方便及輕薄化之特性，已成為現 代人不可或缺之配備。因此，業界係將各種不同功能整合 至行動裝置中，以符合使用者多樣化之需求。 另一方面，隨著健康意識之抬頭，健康管理係為曰漸 受到重視之課題。因此，用以檢測運動量之裝置如計步器 之使用係越來越普遍。使用者係可藉由計步器所偵測到之 資訊如步伐數、時間、消耗之熱量等，得知自身之運動量 疋否充足。然而’目前市面上之計步器係以數值之輸出方 式’將步伐數、時間、消耗之熱量等資訊顯示於螢幕上。 以使用者的觀感而言，此種數值輸出方式相當不具吸引 力’且無法與使用者自身之體型做連結。此外，目前市面 上之计步器雖可偵測使用者的運動量資訊，但在使用者無 運動時，卻無法提醒使用者已有一段時間未運動。上述之 原因，常導致使用者無法持之以怪的運動。 200950850200950850 IX. Description of the Invention: [Technical Field] The present invention relates to a method for generating a virtual theme, an action setting and a digital data storage medium, and more particularly to a vibration detecting device Method, mobile device and digital data storage medium 0 [Prior technology] Mobile devices, personal digital assistants (PDAs) and personal digital assistant mobile phones are easy to carry and light and thin. Has become an indispensable equipment for modern people. As a result, the industry has integrated a variety of different functions into mobile devices to meet the diverse needs of users. On the other hand, with the rise of health awareness, the Department of Health Management has become a subject of increasing attention. Therefore, the use of devices such as pedometers for detecting the amount of exercise is becoming more and more popular. The user can know whether the amount of exercise is sufficient by the information detected by the pedometer, such as the number of steps, time, and calories burned. However, the current pedometers on the market display the number of steps, time, and calories burned on the screen in numerical output mode. In terms of the user's perception, such a numerical output method is rather unattractive and cannot be linked to the user's own body shape. In addition, although the pedometer on the market can detect the amount of exercise information of the user, when the user has no motion, the user cannot be reminded that the user has not exercised for a certain period of time. The above reasons often result in users not being able to hold on to the strange movements. 200950850
1 W^0Z4^A 【發明内容】 本發明係有關於一種產生虛擬主題物之方法、行動裝 置及數位資料儲存媒體，係藉由振動檢出裝置偵測行動裝 置之振動資料，據以調整虛擬主題物之體型。藉此，藉由 圖像來模擬使用者之體型狀況，並提供使用者圖形化介 面，以提醒使用者目前之運動量是否足夠。 根據本發明之第一方面，提出一種產生虛擬主題物之 ❹ 方法。產生虛擬主題物之方法適用於具有一振動檢出裝置 之一行動裝置，並包括以下步驟。產生具有一虛擬主題物 之一圖像。藉由振動檢出裝置偵測行動裝置之一振動資 料。根據振動資料調整圖像之虛擬主題物之體型，並顯示 調整後之圖像。 根據本發明之第二方面，提出一種行動裝置，此裝置 包括一處理單元、一振動檢出裝置及一蝥幕。處理單元用 以產生具有一虛擬主題物之一圖像。振動檢出裝置用以偵 論 測行動裝置之一振動資料。處理單元更用以根據振動資料 調整圖像之虛擬主題物之體型。螢幕用以顯示調整後之圖 像。 根據本發明之第三方面，提出一種數位資料儲存媒 體。數位資料儲存媒體具有一行動裝置可執行之複數個指 令，以供行動裝置執行此些指令後執行一產生虛擬主題物 之方法。產生虛擬主題物之方法包括以下步驟。產生具有 一虛擬主題物之一圖像。藉由振動檢出裝置偵測行動裝置 6 200950850 1 WHozHr/v 之一振動資料。根據振動資料調整圖像之虛擬主題物之體 型，並顯示調整後之圖像。 為讓本發明之上述内容能更明顯易懂，下文特舉一較 佳實施例，並配合所附圖式，作詳細說明如下： 【實施方式】 請同時參照第1圖至第3圖，第1圖繪示執行本發明 之產生虛擬主題物之方法之行動裝置100之方塊圖，第2 ❹ 圖繪示第1圖之螢幕130之模擬圖之第一例，第3圖繪示 第1圖之螢幕130之模擬圖之第二例。如第1圖所示，行 動裝置100例如是一行動電話（mobi le phone)、一個人 數位助理（personal digital assistant，PDA)、一個人 數位助理手機或一掌上型遊樂器，並包括一處理單元 110、一振動檢出裝置120以及一螢幕130。如第2圖所示， 處理單元110用以產生具有一虛擬主題物Vsl之一圖像 131，虛擬主題物Vsl例如是一人像。振動檢出裝置120 ® 係用以偵測行動裝置100之一振動資料Vd。振動檢出裝置 120例如包括一加速度感測器（acceleration sensor)、 一重力感測器（G-sensor)或其他可偵測到行動裝置100 移動之裝置，而振動資料Vd例如是行動裝置之晃動次數， 例如使用者行走、跑步或上下樓梯的步數，跳躍如跳繩的 次數等等，在此以使用者行走之腳步次數為例。處理單元 110根據振動資料Vd調整圖像131之虛擬主題物Vsl之體 型，以產生具有虛擬主題物Vs2之圖像132。螢幕130則 7 200950850 λ vvnwz.nri~v 用以顯示圖像132。 如此一來，當使用者攜帶行動裝置100進行行走、跑 步、上下樓梯或跳躍等運動而使得行動裝置1〇〇晃動，虛 擬主物題會隨著使用者之運動量呈現不同之體型。例如， 當振動檢出裝置120偵測行動裝置100之晃動次數為5〇〇〇 次，表示使用者攜帶行動裝置1〇〇行走約5000步且為足 夠之運動量，則處理單元110將體型較胖之虛擬主題物Vsl 調整為體型較痩之虛擬主題物Vs2。如此一來，使用者可 ® 藉由虛擬主題物直接聯想到自身之體型，以提供使用者較 為有趣且直覺性高之圖形化介面。藉此，來提醒使用者目 前之運動量是否足夠，並可讓使用者可根據虛擬主題物之 體型增加或減少運動量，以提供使用者對自身健康進行控 管之依據。 於本實施例中，處理單元110係根據振動資料”放 大或縮小虛擬主題物Vsl之寬度’以改變虛擬主題物vsi φ 之胖痩程度以呈現不同之體型。然而，於另一實施例中， 處理單元110係依據振動資料Vd調整虛擬主題物Vsl之 局部體態，如調整為小腹微凸或大腿纖細。 於本實施例中’行動裝置100更包括一計時器140用 以產生一時間參數Pt。時間參數Pt例如是從處理單元n〇 產生圖像131至需調整虛擬主題物Vsl之體型時所累計之 時間，或是從處理單元110上次調整虛擬主題物Vsi之體 型時至此次需調整虛擬主題物Vsl之體型時所累計之時 間。更進一步來說，處理單元110係根據時間參數pt及 200950850 1 WHOZHr/\ 振動資料Vd調整虛擬主題物Vsi之體型。另外，處理單 元110亦可根據時間參數Pt及振動資料Vd產生一卡路里 消耗值Cv ’並根據卡路里消耗值Cv調整虛擬主題物Vsl 之體型。 以下係以第2圖繪示之於1月1曰產生具有虛擬主題 物Vsl之圖像131 ’及第3圖繪示之於1月2日產生具有 虛擬主題物Vs2之圖像132為例做說明。於1月2日時， ❹計時器產生之時間參數Pt為從1月1曰累計至！月2 曰之時間，即為一天，且振動資料Vd例如是5〇〇〇步。處 理單元110根據時間參數Pt (一天）及振動資料Vd(5〇〇〇 步）產生之卡路里消耗值〇為250卡。由於一天消耗250 卡為充足之運動量，因此處理單元11〇根據卡路里消耗值 Cv將虛擬主題物Vsl調整為體型較痩之虛擬主題物ye。 藉此，以提醒使用者自1月！日至日已具有足夠之 運動量。 ⑩ 如第4圖所示，其繪示第1圖之螢幕之模擬圖之第三 ^ °以下係以第2圖繪示之於！月i日產生具有虛擬主題 物Vsl之圖像13卜及第4圖繪示之於i月.2日產生具有 虛擬主題物Vs3之圖像133為例做說明。於丨月2日時， 計時器140產生之時間參數Pt，為從i月！日累計至ι月2 曰之時間’即為-天’且振動資料Vd，例如是1〇〇〇步。處 :單=ιι〇根據時間參數Pt，（D及振動資料Vd，（_ 產生之卡路里消耗值Cv，為5〇卡。由於一天消耗肋 為不足之運動量’因此處理單元11G根據卡路里消耗值 9 200950850 (V將虛擬主題物Vsl娜為體型 藉此，以提醒使用者自！月】日幻=擬主祕Vs3。 充足。 乃1曰至1月2曰之運動量係不 得顯較二it路里消耗值CV、CV，與振動資料Vd、Vd， „幕130上，以告知使用者目 以及已累積之運動量。 下俗里 ❹ ❹ 主題==單元⑴可直接根據振動資料調整虛擬 =VS的體型。例如，當振動資料〜為_步時， 量’因此處理單元110將虛擬主題物w 擬主題物Vs2。或者，當振動資諸 為1〇〇〇步_，則代表不足之運動量，因 則將虛擬1物Vsl難為體型較収虛擬主題物Vs3。 到拓’當振動檢出裝置120於時間參數pt内未偵測 3動資料Vd，表示使用者於時間參數Pt内未進行^ =’，理單元110係調整圖像131之虛擬主題物Vsl之 4用主題物Vsl之體型調整為肥胖，以提 春备p a動里。再者，當振動檢出裝置120於時間 數p所仙狀㈣㈣Vd未判—振動資料臨界 ，，不使用者於時間參數以未達到足夠之運動量則 ,單元11〇將圖像131之虛擬主題物vsi之體型調整為 較肥胖。振動資料臨界值例如是對應於時間參數pt之 少運動量。 再者，於本實施例中，圖像丨31係為一預定圖像。當 使用者執行一應用程式P(未繪示），使行動裝置100執行 200950850 1 VV ΓΛ. 產生虛擬主題物之方法並產生具有虛擬主題物Vsl之圖像 131，處理單元110係將此預定圖像設定為圖像131。然而， 於另一實施例中，處理單元110係根據使用者設定之一體 型資料來產生圖像131。體型資料係包括身高、體重及年 紀之至少一者，或者是更詳細的資料包括胸圍、腰圍、臀 圍等資料。使用者例如是藉由顯示於螢幕130之一輸入介 面來輸入體型資料，處理單元110係根據此輸入介面所接 收到之體型資料產生圖像131。 ❹ 此外，於本實施例中，當圖像131產生後，處理單元 110係於應用程式P再次被執行時才根據振動資料Vd及時 間參數Pt調整虛擬主題物Vsl之體型，並於螢幕130上 顯示圖像132或133。然而，於其他實施例中，應用程式 P係以常駐型態配置於行動裝置100中，處理單元110係 根據振動資料Vd及時間參數Pt動態地調整虛擬主題物 Vsl之體型，且圖像132或133係動態地顯示於螢幕130。 請同時參照第5圖，其繪示依照本發明較佳實施例之 ® 產生虛擬主題物之方法之流程圖之一例。本實施例之產生 虛擬主題物之方法例如是利用第1圖中之行動裝置100來 執行第5圖中之各個步驟，但並不以此為限。此技術領域 中具有通常知識者應可明瞭產生虛擬主題物之方法之步 驟及順序亦可依據實際應用狀況進行修飾與調整。以下係 以第2圖及第3圖所繪示之圖像131及132為例做說明。 首先，如步驟S510所示，處理單元110產生具有虛 擬主題物Vsl之圖像131。虛擬主題物Vsl例如是一人像。 11 200950850 1 ννπυ^ΗΓ/\ 圖像131例如是預定圖像或根據使用者於輸入介面設定之 體型資料所產生。體型資料係包括身高、體重及年紀之至 少一者，或者是更詳細的資料包括胸圍、腰圍、臀圍等資 料。 接著，如步驟S520所示，藉由振動檢出裝置120偵 測行動裝置100之振動資料Vd。振動檢出裝置120例如包 括加速度感測器、重力感測器或其他可偵測到行動裝置 100移動之裝置，而振動資料Vd例如是行動裝置之晃動次 ❹ 數。其次，如步驟S530所示，於螢幕130上顯示振動資 料Vd，以告知使用者目前已累積之運動量。 之後，如步驟S540所示，處理單元110亦可根據振 動資料Vd及時間參數Pt產生卡路里消耗值Cv。振動資料 Vd例如是5000步，時間參數Pt例如是一天，且卡路里消 耗值Cv例如是250卡。接著，如步驟S550所示，於螢幕 130上顯示卡路里消耗值Cv，以告知使用者目前已消耗之 卡路里。 ® 其次，如步驟S560所示，處理單元110根據卡路里 消耗值Cv調整圖像131之虛擬主題物Vsl之體型，以產 生具有虛擬主題物Vs2之圖像132，並將圖像132顯示於 螢幕130上。於本實施例中，處理單元110係將虛擬主題 物Vsl之寬度按照比例放大或縮小，來改變虛擬主題物Vsl 之胖瘦程度以呈現不同之體型。此外，於另一實施例中， 處理單元110係調整虛擬主題物Vsl之局部體態以呈現不 同之體型，如調整為小腹微凸或大腿纖細。 12 2009508501 W^0Z4^A [Summary] The present invention relates to a method for generating a virtual theme, a mobile device, and a digital data storage medium, wherein the vibration detecting device detects the vibration data of the mobile device, thereby adjusting the virtual The size of the subject matter. In this way, the image is used to simulate the user's body condition, and the user's graphical interface is provided to remind the user whether the current amount of exercise is sufficient. According to a first aspect of the invention, a method of generating a virtual subject matter is presented. The method of generating a virtual subject matter is applicable to a mobile device having a vibration detecting device and includes the following steps. Produces an image with one of the virtual themes. The vibration detecting device detects the vibration information of one of the mobile devices. The shape of the virtual theme of the image is adjusted according to the vibration data, and the adjusted image is displayed. According to a second aspect of the present invention, a mobile device is proposed, the device comprising a processing unit, a vibration detecting device and a curtain. The processing unit is operative to generate an image having one of the virtual subjects. The vibration detecting device is configured to detect vibration data of one of the mobile devices. The processing unit is further configured to adjust the shape of the virtual theme of the image according to the vibration data. The screen is used to display the adjusted image. According to a third aspect of the invention, a digital data storage medium is provided. The digital data storage medium has a plurality of instructions executable by the mobile device for the mobile device to execute the instructions to generate a virtual subject. The method of generating a virtual theme includes the following steps. An image having one of the virtual subjects is generated. Detecting the mobile device by the vibration detecting device 6 200950850 1 WHozHr/v One of the vibration data. The shape of the virtual theme of the image is adjusted according to the vibration data, and the adjusted image is displayed. In order to make the above description of the present invention more comprehensible, a preferred embodiment will be described below in detail with reference to the accompanying drawings. FIG. 1 to FIG. 1 is a block diagram showing a mobile device 100 for performing the method for generating a virtual theme of the present invention, FIG. 2 is a first example of a simulation diagram of the screen 130 of FIG. 1, and FIG. 3 is a first diagram. The second example of the simulation of the screen 130. As shown in FIG. 1 , the mobile device 100 is, for example, a mobi le phone, a personal digital assistant (PDA), a number of assistant mobile phones or a handheld game, and includes a processing unit 110. A vibration detecting device 120 and a screen 130. As shown in FIG. 2, the processing unit 110 is configured to generate an image 131 having one of the virtual themes Vs1, and the virtual theme Vs1 is, for example, a portrait. The vibration detecting device 120 is for detecting the vibration data Vd of one of the mobile devices 100. The vibration detecting device 120 includes, for example, an acceleration sensor, a gravity sensor (G-sensor), or other device that can detect the movement of the mobile device 100, and the vibration data Vd is, for example, a shaking of the mobile device. The number of times, such as the number of steps the user walks, runs, or goes up and down the stairs, the number of jumps such as skipping, etc., is exemplified by the number of steps the user walks. The processing unit 110 adjusts the size of the virtual theme Vs1 of the image 131 based on the vibration data Vd to generate an image 132 having the virtual theme Vs2. The screen 130 is 7 200950850 λ vvnwz.nri~v for displaying the image 132. In this way, when the user carries the mobile device 100 to perform walking, running, going up and down stairs or jumping, and the like, the mobile device 1 is shaken, and the virtual main object will appear different body shape according to the amount of movement of the user. For example, when the vibration detecting device 120 detects that the number of shaking of the mobile device 100 is 5 times, indicating that the user carries the mobile device 1 and walks about 5000 steps and is sufficient for the amount of exercise, the processing unit 110 is fatter. The virtual theme Vsl is adjusted to the virtual theme Vs2. In this way, the user can directly associate the body shape with the virtual theme to provide a more interesting and intuitive graphical interface for the user. In this way, the user is reminded whether the current amount of exercise is sufficient, and the user can increase or decrease the amount of exercise according to the size of the virtual theme to provide the basis for the user to control his or her health. In this embodiment, the processing unit 110 changes the width of the virtual theme Vs1 according to the vibration data to change the fatness of the virtual theme vsi φ to present different body types. However, in another embodiment, The processing unit 110 adjusts the local body state of the virtual subject matter Vs1 according to the vibration data Vd, such as adjusting to a small belly micro-convex or a thigh slender. In the embodiment, the mobile device 100 further includes a timer 140 for generating a time parameter Pt. The time parameter Pt is, for example, the time accumulated from the processing unit n〇 generating the image 131 to the body shape of the virtual theme Vs1 to be adjusted, or from the time when the processing unit 110 last adjusted the body type of the virtual theme Vsi to adjust the virtual time to this time. Further, the processing unit 110 adjusts the body shape of the virtual theme Vsi according to the time parameter pt and the 200950850 1 WHOZHr/\vibration data Vd. In addition, the processing unit 110 may also be based on time. The parameter Pt and the vibration data Vd generate a calorie consumption value Cv' and adjust the body shape of the virtual subject matter Vsl according to the calorie consumption value Cv. The image 131 of the virtual theme Vsl is generated in FIG. 2 and the image 132 having the virtual theme Vs2 is generated on January 2 as an example. On January 2, the time parameter Pt generated by the chirp timer is the time from January 1 to the time of 2 months, which is one day, and the vibration data Vd is, for example, 5 steps. The processing unit 110 according to the time The parameter Pt (one day) and the vibration data Vd (5 steps) generate a calorie consumption value of 250. Since the consumption of 250 cards per day is a sufficient amount of exercise, the processing unit 11 will virtual subject matter according to the calorie consumption value Cv. Vsl is adjusted to a virtual subject matter ye. This is to remind the user that there is enough exercise since January! Day to day. 10 As shown in Figure 4, it shows the simulation of the screen of Figure 1. The third figure below is shown in Fig. 2 on the image of the virtual theme Vsl 13 and the fourth picture is shown on i. The second day is generated with the virtual theme Vs3 The image 133 is taken as an example. On the 2nd day of the month, the time parameter Pt generated by the timer 140 is shown. In order to accumulate from i month! day to ι月2曰, the time is 'day' and the vibration data Vd is, for example, 1 step. At: single = ιι〇 according to the time parameter Pt, (D and vibration data Vd , (_ The calorie consumption value Cv generated is 5 〇 card. Since the consuming rib is the insufficient amount of exercise per day, the processing unit 11G uses the calorie consumption value 9 200950850 (V will use the virtual theme Vslna as the body type to remind the use) From! Month] Day Magic = Promise Master Vs3. Adequate. The movement amount from 1曰 to January 2曰 shall not be comparable to the consumption value of CV, CV, and vibration data Vd, Vd, „幕130 To inform the user of the purpose and the amount of exercise that has been accumulated. The lower part of the ❹ ❹ theme == unit (1) can directly adjust the virtual =VS body shape according to the vibration data. For example, when the vibration data is _step, the quantity 'and therefore the processing unit 110 will virtualize the subject w to the subject matter Vs2. Alternatively, when the vibration is 1 step _, it represents the amount of insufficient movement, so that it is difficult to compare the virtual object Vsl to the virtual theme Vs3. When the vibration detecting device 120 does not detect the 3 moving data Vd in the time parameter pt, it indicates that the user does not perform ^=' in the time parameter Pt, and the processing unit 110 adjusts the virtual theme Vsl of the image 131. 4 Adjust the body shape of the theme Vsl to obesity, in order to improve the spring preparation. Furthermore, when the vibration detecting device 120 is in the state of time p (4) (four) Vd is not determined - the vibration data is critical, and if the user does not reach a sufficient amount of motion in the time parameter, the unit 11 〇 the virtual theme of the image 131 The body shape of vsi is adjusted to be more obese. The vibration data threshold is, for example, a small amount of motion corresponding to the time parameter pt. Furthermore, in the present embodiment, the image frame 31 is a predetermined image. When the user executes an application P (not shown), the mobile device 100 executes the 200950850 1 VV. The method of generating the virtual theme and generates the image 131 having the virtual theme Vsl, and the processing unit 110 performs the predetermined map. The image is set to image 131. However, in another embodiment, the processing unit 110 generates the image 131 based on a body profile set by the user. Body type data includes at least one of height, weight and age, or more detailed information including chest circumference, waist circumference, and hip circumference. The user inputs the body type data by, for example, displaying one of the input interfaces of the screen 130, and the processing unit 110 generates the image 131 based on the body type data received by the input interface. In addition, in the embodiment, after the image 131 is generated, the processing unit 110 adjusts the body shape of the virtual theme Vs1 according to the vibration data Vd and the time parameter Pt when the application P is executed again, and is displayed on the screen 130. Image 132 or 133 is displayed. However, in other embodiments, the application program P is configured in the mobile device 100 in a resident mode, and the processing unit 110 dynamically adjusts the body shape of the virtual theme Vs1 according to the vibration data Vd and the time parameter Pt, and the image 132 or The 133 series is dynamically displayed on the screen 130. Please also refer to FIG. 5, which illustrates an example of a flow chart of a method for generating a virtual subject in accordance with a preferred embodiment of the present invention. The method for generating the virtual subject matter in the embodiment is, for example, the steps of the fifth figure are performed by using the mobile device 100 in FIG. 1, but is not limited thereto. Those of ordinary skill in the art should understand that the steps and sequence of methods for generating virtual subject matter can also be modified and adjusted depending on the actual application. The following description will be made by taking the images 131 and 132 shown in Figs. 2 and 3 as an example. First, as shown in step S510, the processing unit 110 generates an image 131 having a virtual subject matter Vsl. The virtual theme Vsl is, for example, a portrait. 11 200950850 1 ννπυ^ΗΓ/\ The image 131 is, for example, a predetermined image or generated based on the body type data set by the user on the input interface. Body type data includes at least one of height, weight and age, or more detailed information including chest circumference, waist circumference, hip circumference and other information. Next, as shown in step S520, the vibration detecting means 120 detects the vibration data Vd of the mobile device 100. The vibration detecting device 120 includes, for example, an acceleration sensor, a gravity sensor, or other device that can detect the movement of the mobile device 100, and the vibration data Vd is, for example, the number of shaking of the mobile device. Next, as shown in step S530, the vibration data Vd is displayed on the screen 130 to inform the user of the amount of exercise that has been accumulated so far. Thereafter, as shown in step S540, the processing unit 110 may also generate the calorie consumption value Cv based on the vibration data Vd and the time parameter Pt. The vibration data Vd is, for example, 5000 steps, the time parameter Pt is, for example, one day, and the calorie consumption value Cv is, for example, 250 cards. Next, as shown in step S550, the calorie consumption value Cv is displayed on the screen 130 to inform the user of the calories currently consumed. ® Next, as shown in step S560, the processing unit 110 adjusts the body shape of the virtual theme Vs1 of the image 131 according to the calorie consumption value Cv to generate an image 132 having the virtual theme Vs2, and displays the image 132 on the screen 130. on. In this embodiment, the processing unit 110 enlarges or reduces the width of the virtual theme Vs1 to change the fatness and thinness of the virtual theme Vs1 to present different body types. In addition, in another embodiment, the processing unit 110 adjusts the local body state of the virtual theme Vs1 to present different body shapes, such as adjusting to a small belly micro-convex or a thigh slender. 12 200950850
1 W4624PA 再者，於步驟S560中，當振動檢出裝置120於時間 參數Pt内未偵測到振動資料Vd，或是振動檢出裝置120 於時間參數Pt所偵測到之振動資料Vd未達到振動資料臨 界值，則處理單元110將圖像131之虛擬主題物Vsl之體 型調整為較肥胖。 此外，於本實施例中，處理單元110係於應用程式P 被執行時才調整虛擬主題物Vsl之體型，並於螢幕130上 顯示圖像132。然而，於其他實施例中，處理單元110係 ® 動態地調整虛擬主題物Vsl之體型，且圖像132係動態地 顯示於螢幕130。 上述產生虛擬主題物之方法例如以程式碼寫成並儲 存於行動裝置100可執行之一數位資料儲存媒體中。數位 資料儲存媒體例如是安全數位（Secure Digital，SD)卡、 記憶棒（Memory Stick，MS)或多媒體記憶卡（Multimedia Card，MMC)，並可供行動裝置100執行後，具有上述產生 虛擬主題物功能。 ® 本發明上述實施例所揭露之產生虛擬主題物之方 法、行動裝置及數位資料儲存媒體，係根據行動裝置之振 動資料及時間參數，據以調整虛擬主題物之體型。因此， 當使用者攜帶行動裝置行走、跑步、上下樓梯或跳躍而使 得行動裝置晃動，虛擬主題物係隨著振動資料調整為不同 體型，例如是調整為較胖、較痩、小腹微凸或大腿纖細。 此外，當行動裝置於一時間内沒有偵測到振動資料，或是 於此時間内偵測到之振動資料未達到預定值，表示使用者 13 200950850 之運動量不足夠，則虛擬主題物會被調整成較肥胖之體 型。如此一來，使用者可藉由虛擬主題物直接聯想到自身 之體型，以提供使用者較為有趣且直覺性高之圖形化介 面。藉此，模擬使用者之體型狀況，以提醒使用者目前之 運動量是否足夠。此外，使用者可根據虛擬主題物之體型 增加或減少運動量，以提供使用者對自身健康進行控管之 依據。 綜上所述，雖然本發明已以較佳實施例揭露如上，然 ® 其並非用以限定本發明。本發明所屬技術領域中具有通常 知識者，在不脫離本發明之精神和範圍内，當可作各種之 更動與潤飾。因此，本發明之保護範圍當視後附之申請專 利範圍所界定者為準。1 W4624PA Furthermore, in step S560, when the vibration detecting device 120 does not detect the vibration data Vd in the time parameter Pt, or the vibration data Vd detected by the vibration detecting device 120 in the time parameter Pt does not reach The vibration data threshold value, the processing unit 110 adjusts the body shape of the virtual theme Vsl of the image 131 to be relatively obese. In addition, in the embodiment, the processing unit 110 adjusts the body shape of the virtual theme Vs1 when the application P is executed, and displays the image 132 on the screen 130. However, in other embodiments, the processing unit 110 dynamically adjusts the size of the virtual theme Vs1 and the image 132 is dynamically displayed on the screen 130. The method for generating a virtual theme is, for example, written in a code and stored in a digital data storage medium executable by the mobile device 100. The digital data storage medium is, for example, a Secure Digital (SD) card, a Memory Stick (MS) or a Multimedia Memory Card (MMC), and is executable by the mobile device 100 to have the above-mentioned virtual theme. Features. The method for generating a virtual subject matter, the mobile device, and the digital data storage medium disclosed in the above embodiments of the present invention are based on the vibration data and the time parameter of the mobile device, thereby adjusting the body shape of the virtual theme. Therefore, when the user carries the mobile device to walk, run, climb the stairs or jump to make the mobile device shake, the virtual theme is adjusted to different body types according to the vibration data, for example, it is adjusted to be fatter, more squat, small belly slightly convex or thigh. slim. In addition, when the mobile device does not detect the vibration data for a period of time, or the vibration data detected during the time does not reach the predetermined value, indicating that the amount of motion of the user 13 200950850 is insufficient, the virtual subject matter is adjusted. It is a more obese body. In this way, the user can directly associate his or her body shape with the virtual theme to provide a more interesting and intuitive graphical interface for the user. In this way, the user's body condition is simulated to remind the user whether the current amount of exercise is sufficient. In addition, the user can increase or decrease the amount of exercise according to the size of the virtual theme to provide the basis for the user to control their own health. In conclusion, the present invention has been disclosed above in terms of preferred embodiments, and is not intended to limit the invention. Those skilled in the art can make various changes and modifications without departing from the spirit and scope of the invention. Therefore, the scope of the invention is defined by the scope of the appended claims.
14 20095085014 200950850
1 W40/4FA 【圖式簡單說明】 第1圖繪示執行本發明之產生虛擬主題物之方法之 行動裝置之方塊圖。 第2圖繪示第1圖之螢幕之模擬圖之第一例。 第3圖繪示第1圖之螢幕之模擬圖之第二例。 第4圖繪示第1圖之螢幕之模擬圖之第三例。 第5圖繪示依照本發明較佳實施例之產生虛擬主題 物之方法之流程圖之一例。 【主要元件符號說明】 100 :行動裝置 110 :處理單元 120 :振動檢出裝置 130 :螢幕 13卜 132、133 :圖像 140 :計時器 翁 W Cv、Cv’ ：卡路里消耗值1 W40/4FA [Simplified Schematic Description] Fig. 1 is a block diagram showing a mobile device for carrying out the method for generating a virtual subject matter of the present invention. Fig. 2 is a view showing the first example of the simulation of the screen of Fig. 1. Fig. 3 is a view showing a second example of the simulation of the screen of Fig. 1. Fig. 4 is a view showing a third example of the simulation of the screen of Fig. 1. Figure 5 is a flow chart showing an example of a method for generating a virtual subject in accordance with a preferred embodiment of the present invention. [Description of main component symbols] 100: Mobile device 110: Processing unit 120: Vibration detecting device 130: Screen 13 Bu 132, 133: Image 140: Timer Weng W Cv, Cv': Calorie consumption value
Pt :時間參數 Vd、Vd’ ：振動資料 Vsl、Vs2、Vs3 :虛擬主題物 15Pt : time parameter Vd, Vd' : vibration data Vsl, Vs2, Vs3: virtual subject matter 15