TWI633461B - 用於操縱使用者介面物件之電腦實施方法、非暫時性電腦可讀儲存媒體及電子器件 - Google Patents
用於操縱使用者介面物件之電腦實施方法、非暫時性電腦可讀儲存媒體及電子器件 Download PDFInfo
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
- G06F3/04847—Interaction techniques to control parameter settings, e.g. interaction with sliders or dials
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- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/033—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor
- G06F3/0362—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor with detection of 1D translations or rotations of an operating part of the device, e.g. scroll wheels, sliders, knobs, rollers or belts
-
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- G04—HOROLOGY
- G04G—ELECTRONIC TIME-PIECES
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Abstract
本發明揭示一種基於一可按壓旋鈕之移動的在一個人電子器件上之使用者介面導覽。該器件可基於可按壓旋鈕移動來選擇供顯示之沿一z軸配置之資訊的一適當層級。該導覽可基於該可按壓旋鈕之一角速度。
Description
本申請案主張以下各者之優先權:2013年9月3日申請之題為「CROWN INPUT FOR A WEARABLE ELECTRONIC DEVICE」的美國臨時專利申請案第61/873,356號;2013年9月3日申請之題為「USER INTERFACE OBJECT MANIPULATIONS IN A USER INTERFACE」的美國臨時專利申請案第61/873,359號;2013年9月3日申請之題為「USER INTERFACE FOR MANIPULATING USER INTERFACE OBJECTS」的美國臨時專利申請案第61/959,851號;及2013年9月3日申請之題為「USER INTERFACE FOR MANIPULATING USER INTERFACE OBJECTS WITH MAGNETIC PROPERTIES」的美國臨時專利申請案第61/873,360號。此等申請案之內容出於所有目的而以全文引用之方式併入本文中。
本申請案係關於以下同在申請中之申請案:在2014年9月3日申請同時茲附上標題「CROWN INPUT FOR A WEARABLE ELECTRONIC DEVICE」的美國非臨時專利申請案(指定Nicholas Zambetti等人為發明人);在2014年9月3日申請同時茲附上標題「USER INTERFACE OBJECT MANIPULATIONS IN A USER INTERFACE」的美國非臨時專利申請案(指定Nicholas Zambetti等人為發明人);在2014年9月3日申請同時茲附上標題「MANIPULATING
USER INTERFACE OBJECTS IN A USER INTERFACE」的美國非臨時專利申請案(指定Nicholas Zambetti等人為發明人);及在2012年12月29日申請之標題為「Device,Method,and Graphical User Interface for Manipulating User Interface Objects with Visual and/or Haptic Feedback」的美國臨時專利申請案61/747,278號。此等申請案之內容出於所有目的而以全文引用之方式併入本文中。
所揭示之實施例大體而言係關於電子器件之使用者介面,包括(但不限於)電子手錶之使用者介面。
先進之個人電子器件可具有小外形尺寸。例示性個人電子器件包括(但不限於)平板電腦及智慧電話。此等個人電子器件之使用涉及在亦具有小外形尺寸之顯示螢幕上的使用者介面物件之操縱,從而補充個人電子器件之設計。
使用者可在個人電子器件上執行之例示性操縱可包括導覽階層、選擇使用者介面物件、調整使用者介面物件之位置、大小及縮放或以其他方式操縱使用者介面。例示性使用者介面物件包括數位影像、視訊、文字、圖示、控制元件(諸如,按鈕)及其他圖形。
用於在減小之大小的個人電子器件上操縱使用者介面物件的現有方法可為無效的。另外,現有方法大體提供不及較佳精度之精度。
在一些實施例中,揭示用於基於可按壓旋鈕之移動來導覽個人電子器件上之使用者介面的技術。亦揭示用於執行上文所描述之程序的系統及電腦可讀儲存媒體。
100‧‧‧電子器件
102‧‧‧主體
104‧‧‧帶
106‧‧‧觸控螢幕
108‧‧‧可按壓旋鈕
110‧‧‧按鈕
112‧‧‧按鈕
114‧‧‧按鈕
200‧‧‧螢幕
204‧‧‧圖示
206‧‧‧圖示
208‧‧‧圖示
300‧‧‧螢幕
302‧‧‧方向
304‧‧‧圖示
306‧‧‧圖示
308‧‧‧圖示
310‧‧‧圖示
312‧‧‧圖示
400‧‧‧螢幕
402‧‧‧方向
500‧‧‧螢幕
502‧‧‧方向
504‧‧‧圖示
600‧‧‧螢幕
602‧‧‧方向
604‧‧‧圖示
700‧‧‧螢幕
702‧‧‧方向
704‧‧‧圖示
802‧‧‧方向
804‧‧‧應用程式
902‧‧‧x軸
904‧‧‧y軸
906‧‧‧軸
908‧‧‧平面
910‧‧‧平面
912‧‧‧平面
1102‧‧‧不可見圓圈
1104‧‧‧不可見圓圈
1106‧‧‧圖示
1202‧‧‧網格
1204‧‧‧圖示
1302‧‧‧方向
1402‧‧‧網格
1502‧‧‧網格
1504‧‧‧圖示
1602‧‧‧可按壓旋鈕旋轉
1702‧‧‧網格
1802‧‧‧網格
1902‧‧‧可按壓旋鈕旋轉
2002‧‧‧網格
2102‧‧‧網格
2106‧‧‧圖示
2108‧‧‧網格
2110‧‧‧可按壓旋鈕旋轉
2202‧‧‧網格
2204‧‧‧方向
2206‧‧‧左方向
2208‧‧‧網格
2304‧‧‧位置
2306‧‧‧圖示
2310‧‧‧列
2312‧‧‧列
2402‧‧‧網格
2404‧‧‧方向
2406‧‧‧圖示
2408‧‧‧圖示
2412‧‧‧圖示
2502‧‧‧網格
2506‧‧‧網格
2510‧‧‧應用程式
2512‧‧‧圖示群組
2514‧‧‧觸控螢幕位置
2516‧‧‧圖示
2520‧‧‧功能群組
2600‧‧‧網格
2602‧‧‧壁紙
2604‧‧‧可按壓旋鈕旋轉
2606‧‧‧網格
2608‧‧‧向左方向
2610‧‧‧網格
2702‧‧‧螢幕
2704‧‧‧螢幕
2706‧‧‧螢幕
2708‧‧‧螢幕
2802‧‧‧網格
2804‧‧‧圖示
2902‧‧‧上下文訊息
3004‧‧‧頁面(圖示)
3006‧‧‧頁面(圖示)
3102‧‧‧撥號盤
3104‧‧‧方向
3106‧‧‧方向
3202‧‧‧縮圖清單
3204‧‧‧圖示
3206‧‧‧縮圖
3302‧‧‧圖示
3400‧‧‧外邊界圓圈
3402‧‧‧內圓圈
3404‧‧‧圖示
3408‧‧‧圖示
3500‧‧‧程序
3510‧‧‧區塊
3520‧‧‧區塊
3530‧‧‧區塊
3540‧‧‧區塊
3550‧‧‧區塊
3560‧‧‧區塊
3600‧‧‧計算系統
3602‧‧‧匯流排
3604‧‧‧I/O部分
3606‧‧‧電腦處理器
3608‧‧‧記憶體部分
3610‧‧‧顯示器
3612‧‧‧觸敏組件
3614‧‧‧可按壓旋鈕
3616‧‧‧輸入器件
3618‧‧‧通信單元
3620‧‧‧感測器組
3700‧‧‧個人電子器件
3800‧‧‧個人電子器件
3900‧‧‧個人電子器件
4002‧‧‧網格
4004‧‧‧圖示
4006‧‧‧圖示
4008‧‧‧圖示
4010‧‧‧位置
4102‧‧‧平面
4104‧‧‧平面
4106‧‧‧平面
4202‧‧‧網格
4204‧‧‧圖示群組
4206‧‧‧圖示群組
圖1說明一例示性個人電子器件。
圖2說明一例示性使用者介面。
圖3說明一例示性使用者介面。
圖4說明一例示性使用者介面。
圖5說明一例示性使用者介面。
圖6說明一例示性使用者介面。
圖7說明一例示性使用者介面。
圖8說明一例示性使用者介面。
圖9說明使用者介面之例示性邏輯結構。
圖10說明一例示性使用者介面。
圖11說明一例示性使用者介面。
圖12說明一例示性使用者介面。
圖13說明一例示性使用者介面轉變。
圖14說明一例示性使用者介面。
圖15說明一例示性使用者介面。
圖16說明一例示性使用者介面轉變。
圖17說明一例示性使用者介面。
圖18說明一例示性使用者介面。
圖19說明一例示性使用者介面轉變。
圖20說明一例示性使用者介面。
圖21說明一例示性使用者介面。
圖22說明一例示性使用者介面及轉變。
圖23說明一例示性使用者介面。
圖24說明一例示性使用者介面及轉變。
圖25A及圖25B說明一例示性使用者介面。
圖26說明一例示性使用者介面。
圖27說明一例示性使用者介面及轉變。
圖28說明一例示性使用者介面。
圖29說明一例示性使用者介面。
圖30說明一例示性使用者介面及轉變。
圖31說明一例示性使用者介面。
圖32說明一例示性使用者介面。
圖33說明一例示性使用者介面。
圖34說明一例示性使用者介面。
圖35說明一例示性程序。
圖36說明一例示性計算系統。
圖37說明一例示性個人電子器件。
圖38說明一例示性個人電子器件。
圖39說明一例示性個人電子器件。
圖40說明一例示性使用者介面。
圖41說明使用者介面之例示性邏輯結構。
圖42說明一例示性使用者介面。
在揭示內容及實例之以下描述中,對隨附圖式進行參考,其中藉由說明而展示了可加以實踐之特定實例。應理解,可實踐其他實例且可在不脫離本發明之範疇的情況下進行結構改變。
圖1說明例示性個人電子器件100。在所說明之實例中,器件100為手錶,其大體包括主體102及用於將器件100附加至使用者身體的帶104。亦即,器件100為穿戴式。主體102可經設計成與帶104耦接。器件100可具有觸敏顯示器螢幕(下文中為觸控螢幕)106及可按壓旋鈕108。在一些實施例中,器件100可具有一或多個按鈕110、112及114。在一些實施例中,器件100不具有按鈕110、112或114。
習知地,在手錶之上下文中,術語‘可按壓旋鈕’指代位於用於給
手錶上發條之柄軸頂上的蓋。在個人電子器件之上下文中,可按壓旋鈕可為電子器件之實體組件而非觸敏顯示器上之虛擬可按壓旋鈕。可按壓旋鈕108可為以下之機械意義:其可連接至感測器以用於將可按壓旋鈕之實體移動轉換成電信號。可按壓旋鈕108可在兩個旋轉方向(例如,向前及向後)上旋轉。可按壓旋鈕108亦可朝器件100之主體推進及/或拉離器件100。可按壓旋鈕108可為觸敏式(例如,使用可偵測使用者是否正觸摸可按壓旋鈕的電容性觸摸技術)。此外,可按壓旋鈕108可另外在一或多個方向上搖擺或沿一軌道(沿一邊緣)或至少部分地在主體102之周邊周圍平移。在一些實例中,可使用一個以上之可按壓旋鈕108。可按壓旋鈕108之視覺外觀可(但無需)類似於習知手錶之可按壓旋鈕。本文中所描述之實例指代可按壓旋鈕旋轉、推進、拉動及/或觸摸,以上各者中之每一者構成可按壓旋鈕之實體狀態。
按鈕110、112及114(若被包括)可各自為實體或觸敏按鈕。亦即,該等按鈕可為(例如)實體按鈕或電容性按鈕。另外,主體102(其可包括表框)可在表框上具有充當按鈕之預定區域。
觸控螢幕106可包括一顯示器件(諸如,液晶顯示器(LCD)、發光二極體(LED)顯示器、有機發光二極體(OLED)顯示器或其類似者),該顯示器件部分地或完全定位於使用任何所要觸摸感測技術(諸如,互電容觸摸感測、自電容觸摸感測、電阻性觸摸感測、投影掃描觸摸感測或其類似者)所實施之觸控感測器面板的後面或前面。觸控螢幕106可允許使用者藉由使用一或多個手指或其他物件觸摸懸停於觸控感測器面板附近來執行各種功能。
在一些實例中,器件100可另外包括用於偵測施加至顯示器之力或壓力的一或多個壓力感測器(未圖示)。施加至觸控螢幕106之力或壓力可被用作至器件100之輸入以執行任何所要操作(諸如,作出選擇、進入或退出選單、引起額外選項/動作之顯示,或其類似者)。在
一些實例中,可基於施加至觸控螢幕106之力或壓力的量來執行不同操作。該一或多個壓力感測器可另外被用來判定力被施加至觸控螢幕106的位置。
1. 基於可按壓旋鈕之使用者介面控制
圖2至圖7說明對可按壓旋鈕108(圖1)之移動作出回應的例示性使用者介面。圖2展示可由器件100顯示之例示性螢幕200。螢幕200可為(例如)在器件100通電後即出現或當器件100之觸控螢幕顯示器通電時(包括自睡眠狀態喚醒)最初出現的主螢幕。圖示204、206及208可顯示於螢幕200中。在一些實施例中,該等圖示可對應於器件100上可操作之應用程式,其意謂該等應用程式可安裝至器件100上及/或可執行為器件100上之服務。圖示上之觸摸(例如,手指觸按)導致啟動對應應用程式,其意謂該應用程式執行於器件100之前景中且出現在觸控螢幕106上。在一些實施中,該等圖示可對應於文字文件、媒體項目、網頁、電子郵件訊息或其類似者。
器件100可自可用圖示之較大集合當中選擇圖示204、206及208以供顯示於螢幕200上,此係因為此等圖示當下具有關於使用者之資訊。舉例而言,圖示204可對應於訊息傳遞應用程式(其中使用者正好接收到一傳入之訊息),且圖示206可對應於日程表應用程式(其中使用者具有即將到來的日程表約會條目)。
圖3展示例示性螢幕300,其可回應於當顯示螢幕200(圖2)時在方向302上之可按壓旋鈕108的旋轉而由器件100顯示。螢幕300可展示(例如)先前由使用者自可用圖示之較大集合選擇的使用者之中意圖示。又,螢幕300可包括由器件100基於使用者對圖示之存取頻率而自可用圖示之較大集合選擇的圖示。顯示於螢幕300中之例示性圖示304、306、308、310及312可各自對應於器件100上可操作之應用程式。圖示上之觸摸(例如,手指觸按)導致啟動對應應用程式。
圖4展示例示性螢幕400,其可回應於當顯示螢幕300(圖3)時在方向402上之可按壓旋鈕108的旋轉而由器件100顯示。螢幕400可展示(例如)對應於器件100上可操作之所有應用程式。因為大量應用程式在器件100上可操作,所以螢幕400可包括大量圖示。當顯示許多圖示時,該等圖示可相應地經設定大小,使得其可配合於觸控螢幕106內,或經設定大小使得至少代表性數目或預定百分比之圖示可可見地配合於觸控螢幕106內。
圖5展示例示性螢幕500,其可回應於當顯示螢幕400(圖4)時在方向502上之可按壓旋鈕108的旋轉而由器件100顯示。螢幕500可展示(例如)對應於器件100上可操作之應用程式之子集的圖示。因為與螢幕400相比螢幕500上顯示較少圖示,所以與螢幕400上之圖示的顯示相比顯示於螢幕500上之圖示(例如,圖示504)可變得較大且可具有額外保真度。舉例而言,螢幕500上之圖示可具有呈文字及/或成像之形式的指標,該等指標識別其之對應應用程式。如所展示,圖示504使用字母「c」來暗示對應應用程式之名稱以「c」開始(如在時鐘中)。在一些實施例中,圖示上之觸摸(例如,手指觸按)導致啟動對應應用程式。
圖6展示例示性螢幕600,其可回應於可按壓旋鈕108在方向602上之旋轉而由器件100顯示。與螢幕500相比,螢幕600可展示(例如)圖示之經進一步篩選的子集,其對應於器件100上可操作之應用程式。因為與螢幕500(圖5)相比螢幕600上顯示更少之圖示,所以與螢幕200、300、400及500上之圖示的顯示相比被顯示之圖示(例如,圖示604)可進一步放大且可具有額外保真度。舉例而言,圖示604可具有顯示當前時間之時鐘的影像。在一些實施例中,圖示上之觸摸(例如,手指觸按)導致啟動對應應用程式。
圖7及圖8分別展示例示性螢幕700及800,其可回應於當顯示螢
幕600(圖6)時在方向702上之可按壓旋鈕108的旋轉而由器件100顯示。
參看圖7,在一些實施例中,可回應於當顯示螢幕600(圖6)時在方向702上之可按壓旋鈕旋轉來顯示螢幕700。與先前螢幕相比,因為螢幕700上顯示單一圖示704,所以圖示704可具有額外保真度。舉例而言,圖示704可具有時鐘之影像,該時鐘顯示雙曆資訊連同當前時間。圖示704上之觸摸(例如,手指觸按)導致啟動對應應用程式。
轉至圖8,在一些實施例中,可回應於當顯示螢幕600(圖6)時在方向802上之可按壓旋鈕旋轉來顯示螢幕800。螢幕800展示在器件100之前景中操作的應用程式804,該應用程式對應於圖示704(圖7)。亦即,應用程式804係回應於方向802上之可按壓旋鈕旋轉而啟動。例示性應用程式804可為提供鬧鐘特徵之時鐘應用程式。又,在一些實施例中,螢幕800回應於當顯示螢幕700(圖7)時在方向802上之可按壓旋鈕旋轉而變成被顯示。
上文所描述之螢幕200-700(圖2至圖7)可沿軸在邏輯上被組織為資訊之平面。在此組織下,可將圖示之一給定螢幕看作由兩個軸(例如,x軸及y軸)界定之平面,該平面具有空間上定位於其上之圖示。可沿正交於x軸或y軸中之至少一者的第三軸(稱為z軸)來組織多個平面。(z軸可垂直於由x軸及y軸形成之平面。)
此邏輯組織係由圖9來說明,其中x軸902及y軸904形成與器件100(圖1)之觸控螢幕表面共平面的平面且z軸906垂直於由軸902及904形成之x/y平面。平面908可對應於螢幕200(圖2)。平面910可對應於螢幕300(圖3)。平面912可表示圖示(表示個人電子器件之可操作應用程式)之集合。因此,平面912之不同視點可對應於螢幕400-700(圖4至圖7)。平面908及910可與平面912相關,因為平面908及910可各自包括在平面912上可用之圖示的子集。可經由可按壓旋鈕移動(諸如,
可按壓旋鈕旋轉)來選擇待顯示於個人電子器件上之特定資訊平面(亦即,圖示之螢幕)。亦即,可按壓旋鈕移動可被用來周遊與軸906相交之資訊平面,或用來提供一給定平面(例如,平面912)之替代視圖。
在一些實施例中,當經由可按壓旋鈕移動到達z軸之末端(例如,最頂部平面或最底部平面)時,所顯示之資訊(例如,圖示螢幕)產生一橡皮帶式生成線效應以指示已到達該末端。考慮使用者已經由可按壓旋鈕輸入到達最底部資訊平面的情形。當使用者在相同方向上提供額外可按壓旋鈕輸入時,所顯示之圖示集合根據可按壓旋鈕移動而收縮(達到可能的程度)直至移動停止為止。當可按壓旋鈕移動停止時,所顯示之圖示經由螢幕上動畫而自其收縮之大小回復至其正常大小,藉此產生橡皮帶式生成線之視覺效應。
此邏輯組織之一個顯著益處係不同資訊平面無需為(但可為)彼此之經縮放子集。亦即,舉例而言,平面908及910可含有來自在個人電子器件上可用之彼等圖示的全部不同圖示,但可由使用者有效地存取不同資訊平面。
替代地,螢幕200-700(圖2至圖7)可在邏輯上被組織為屬於個人電子器件之不同模態狀態的資訊子集。舉例而言,在此組織下,螢幕200及300可對應於器件之第一模態狀態及第二模態狀態,且螢幕400-700可對應於第三模態狀態。個人電子器件可回應於可按壓旋鈕推進來循環模態狀態且可分別在第一模態狀態及第二模態狀態中顯示螢幕200或300。在替代性實施例中,可使用按鈕110、112或114來循環模態狀態。當多個螢幕在一特定模態狀態(例如,第三模態狀態)內可用時,器件可基於可按壓旋鈕旋轉而自一個螢幕(例如,300)之顯示切換至另一螢幕(例如,400)。螢幕上使用者介面器件(諸如,分頁點)可被用來指示供在一特定模態狀態內顯示之額外螢幕的可用性。
此邏輯配置係由圖41來說明。如所展示,平面4102及4104可分
別對應於螢幕200(圖2)及300(圖3)。平面4106可表示圖示(表示個人電子器件之可操作應用程式)之集合。因此,平面4106之不同視點可對應於螢幕400-700(圖4至圖7)。可經由可按壓旋鈕移動(諸如,可按壓旋鈕推進)來選擇待顯示於個人電子器件上之特定資訊平面(亦即,圖示之螢幕)。
2. 基於速度之可按壓旋鈕控制
器件100(圖1)可在判定是否應用另一圖示螢幕來替換一個圖示螢幕中考慮可按壓旋鈕108(圖1)之旋轉的角速度。具體言之,器件100可在將一個圖示螢幕之顯示改變至另一圖示螢幕之前需要可按壓旋鈕108旋轉高於一預定角速度。以此方式,雖然非為使用者故意之緩慢可按壓旋鈕108旋轉可仍使器件100接收指示角位移之可按壓旋鈕輸入,但無需將該位移解譯為具有充分速度以引起非故意之使用者介面更新。出於此目的對預定角速度之選擇可取決於數個因素,諸如當前顯示之圖示的密度、當前顯示之圖示的視覺配置等等。
在一些實施例中,對於在圖示之螢幕之間切換所必要的可按壓旋鈕旋轉之最小角速度直接對應於可按壓旋鈕108(圖1)之瞬時角速度,其意謂器件100之使用者介面本質上在可按壓旋鈕108達到充分角速度時作出回應。在一些實施例中,對於在圖示之螢幕之間切換所必要的可按壓旋鈕旋轉之最小角速度係基於(但並非直接等於)可按壓旋鈕108之瞬時(「當前」)角速度的所計算之速度。在此等實施例中,器件100可根據方程式1來保持在離散時刻T的所計算之可按壓旋鈕(角)速度V:VT=V(T-1)+△VCROWN-△VDRAG. (方程式1)
在方程式1中,VT表示在時間T之所計算之可按壓旋鈕速度(速率及方向),V(T-1)表示在時間T-1之先前速度(速率及方向),△VCROWN表示在時間T由經由可按壓旋鈕之旋轉所施加之力引起的速度之改變,
且△VDRAG表示歸因於拖曳力之速度改變。所施加之力(其經由△VCROWN來反映)可取決於可按壓旋鈕之角旋轉之當前速度。因此,△VCROWN亦可取決於可按壓旋鈕之當前角速度。以此方式,器件100可不僅基於瞬時可按壓旋鈕速度而且基於使用者輸入(呈在多個時間間隔中之可按壓旋鈕移動的形式)來提供使用者介面互動,即使彼等時間間隔被精細地劃分亦如此。通常,應注意,在缺乏呈△VCROWN之形式之使用者輸入的情況下,VT將根據方程式1基於△VDRAG而接近於(且變成)零,但VT在無呈可按壓旋鈕旋轉之形式之使用者輸入(△VCROWN)的情況下將不改變符號。
通常,可按壓旋鈕之角旋轉的速度愈大,則△VCROWN之值將愈大。然而,可按壓旋鈕之角旋轉的速度與△VCROWN之間的實際映射可取決於所要之使用者介面效應而變化。舉例而言,可使用可按壓旋鈕之角旋轉之速度與△VCROWN之間的各種線性或非線性映射。在另一實例中,映射可取決於圖示之數目及/或當前正顯示之圖示配置。
又,△VDRAG可呈現各種值。舉例而言,△VDRAG可取決於可按壓旋鈕旋轉之速度,使得在較大之速度下可產生速度之較大對立改變(△VDRAG)。在另一實例中,△VDRAG可具有恆定值。在又一實例中,△VDRAG可基於當前所顯示之圖示的數目及/或當前所顯示之圖示配置。應瞭解,可改變△VCROWN及△VDRAG之上述要求以產生所要之使用者介面效應。
如可自方程式1所見,只要△VCROWN大於△VDRAG,所保持之速度(VT)便可繼續增加。另外,即使當無△VCROWN輸入被接收時,VT仍可具有非零值,其意謂在使用者不旋轉可按壓旋鈕的情況下使用者介面螢幕可繼續改變。當此發生時,螢幕可基於在使用者停止旋轉可按壓旋鈕時所保持之速度及△VDRAG分量而停止改變。
在一些實施例中,當可按壓旋鈕在對應於旋轉方向之方向(其與
當前使用者介面改變相反)上旋轉時,可將V(T-1)分量重設至零值,從而在不必提供足以使VT偏移之力的情況下允許使用者快速改變該等螢幕改變之方向。
在其他實施例中,使用除可按壓旋鈕旋轉之外的不同實體可按壓旋鈕狀態來導覽所顯示之圖示。
3. 使用者介面外觀
圖示可呈現各種視覺外觀。舉例而言,圖示之形狀可為矩形,如圖10中所展示。作為另一實例,圖示可為圓形,如圖2至圖7中所展示。另外,圖示可呈現各種空間配置方案,其意謂可沿不可見網格之列及行來配置圖示。網格可為對稱或非對稱的。舉例而言,在圖10中,使用對稱網格。舉例而言,在圖5中,使用一非對稱網格,其具有配置於第一列上之x個圖示及沿第二列配置之y個圖示。
圖11說明一徑向圖示配置方案,其中圓形圖示沿不同直徑之不可見圓圈1102及1104的圓周而得以對準。不可見圓圈1102及1104為(但無需為)同心。沿不同之不可見圓圈所配置的圖示(諸如,圖示1106)可具有不同大小。如所展示,沿不可見圓圈1102所配置之圖示較接近於器件100之中心且大於沿不可見圓圈1104所配置之彼等圖示。又,雖然圖11中未予以說明,但呈徑向配置之圖示可沿兩個以上之不可見圓圈加以配置。
一特定圖示自徑向圖示配置之中心而被定位的距離可取決於不同因素。舉例而言,該距離可與該圖示之使用頻率成比例,頻繁使用之圖示較接近於中心。作為另一實例,該距離可取決於是否已針對該圖示(對應於該圖示之應用程式)而接收到傳入之通知。作為另一實例,該距離可為使用者定義的,或可由器件100以其他方式判定(亦即,策展)。
圖25A說明圖示被配置成圖示群組。關於網格2502,顯示四個圖
示群組(包括圖示群組2512)。回應於觸摸式輸入(諸如,在群組2512上之觸控螢幕位置2514處的手指觸按),可以放大形式來顯示群組2512內之圖示。在網格2506中,以放大形式來顯示群組2512內之圖示(包括圖示2516)。圖25B說明應用程式功能性被配置成群組。關於網格2508,如上文所論述,圖示群組2512之四個圖示被顯示於網格2506上。對圖示2516之選擇(例如,經由手指觸按2518)可導致顯示由應用程式2510(其對應於圖示2508)提供之功能群組2520。
圖示群組之大小及形狀可為有組織的或定義的。所定義之圖示群組(諸如,網格2502(圖25A)中之圖示群組2512)共用一預定義之群組大小及群組形狀。圖42中所展示之有組織之圖示群組可為使用者定義之群組大小及/或群組形狀。舉例而言,網格4202中之圖示群組4204及4206為不同之使用者定義之形狀及大小。在一些實施例中,使用執行於位於個人電子器件外部之電腦上且被下載至個人電子器件上的軟體來定義有組織之圖示群組。
圖30說明一圖示配置方案,其中圖示經配置成類似於名片盒之頁面。例示性名片盒3002之頁面可回應於可按壓旋鈕旋轉而翻轉。舉例而言,頁面(圖示)3004可回應於可按壓旋鈕旋轉而向下翻轉至頁面(圖示)3006上。
圖31說明一圖示配置方案,其中圖示係配置於一自旋撥號盤之外圓周上。例示性自旋撥號盤3102可回應於可按壓旋鈕旋轉而自旋。舉例而言,方向3104上之可按壓旋鈕旋轉可使撥號盤3102在相同方向(3106)上自旋。又,可按壓旋鈕推進(或拉動)可改變3102中之行的數目,從而允許剩餘行之圖示放大及/或具有增加之保真度。
圖32說明呈縮圖清單202之形式的圖示配置方案。例示性縮圖清單3202內之圖示3204可具有對應縮圖3206。可經由可按壓旋鈕旋轉來周遊縮圖清單3202之圖示。可直接藉由觸摸對應縮圖3206來選擇供顯
示之特定圖示(諸如,圖示3204)。
圖33說明一配置方案,其中圖示係與不可見球體或多面體之表面對準。可顯示位於不可見球體之前景表面上的圖示(諸如,圖示3302)。位於不可見球體之表面之遠側上的圖示未被顯示。不可見球體可回應於可按壓旋鈕旋轉及/或觸控螢幕輸入而旋轉,藉此改變所顯示之特定圖示。
在操作期間,器件100(圖1)可使用上文所描述之圖示配置方案中的一或多者。由器件10使用之該(等)特定配置可為使用者選擇的及/或系統選擇的。亦即,可准許使用者識別供顯示之一或多個較佳配置。又,可由器件100基於準則(諸如,安裝於器件上之應用程式的總數、頻繁存取之圖示的數目,等等)來選擇配置。
另外,一特定圖示配置方案內之圖示的特定排序及置放可為使用者選擇的及/或系統選擇的。舉例而言,可准許使用者指定一圖示在給定螢幕上的位置。又,可由器件100基於準則(諸如,特定圖示之使用頻率、所計算之相關性,等等)來判定(亦即,策展)圖示置放。
4. 對使用者輸入之回應
所顯示之圖示可對使用者輸入作出回應。圖12至圖14說明回應於可按壓旋鈕旋轉對所顯示之圖示的重新配置。在圖12中,沿3×3對稱網格1202來顯示九個圖示。圖示1204被顯示於網格1202之右上位置中。如上文關於圖4至圖7所論述,可按壓旋鈕108之旋轉可使器件100減少所顯示之圖示的數目。舉例而言,可按壓旋鈕108之旋轉可使器件100顯示2×2網格,藉此減少所顯示之圖示的數目。圖13說明回應於方向1302上之可按壓旋鈕旋轉而至2×2網格的例示性轉變。如所展示,回應於可按壓旋鈕旋轉1302,圖示1204在螢幕上可見地自圖12之3×3網格中的其右上位置平移至待顯示之2×2網格中的其新位置。具體言之,如圖14中所展示,圖示1204被平移至2×2網格1402之左下角。
另外,在自網格1202平移之後將保持顯示於2×2網格中的圖示被放大且被定位至2×2網格1402中。
圖15至圖17說明回應於可按壓旋鈕旋轉之對圖示的另一重新配置。在圖15中,沿3×3對稱網格1502來顯示九個圖示。圖示1504被顯示於網格1502之右上位置中。如圖16中所展示,回應於可按壓旋鈕旋轉1602,圖示1504在其平移至待顯示之2×2網格中的其新位置中時自網格1502(圖15)中之其位置而被平移離開螢幕。換言之,在由圖16所說明之轉變期間,圖示1504可被分裂成兩個部分,該等部分被顯示於器件100之觸控螢幕的兩個單獨、非鄰接位置中。更具體言之,雖然在圖示1504被平移離開螢幕時圖示1504之一個部分保持部分地顯示於右上角中,但在其被平移於螢幕上時1504之剩餘部分被部分地顯示於左下角中。如圖17中所展示,圖示1504被平移至2×2網格1702之左下角。另外,在自網格1502平移之後將保持顯示於2×2網格中的圖示被放大且被定位至2×2網格1702中。
圖18至圖20說明回應於可按壓旋鈕旋轉之對圖示的另一重新配置。在圖18中,沿3×3對稱網格1802來顯示九個圖示。如圖19中所展示,回應於可按壓旋鈕旋轉1902,沿網格1802(圖18)之右邊界及底邊界的圖示自顯示器而被移除,而剩餘圖示被放大。剩餘圖示經顯示為被放大,如圖20之網格2002中所展示。
應注意,在圖12至圖20中所展示之例示性螢幕中,顯示於左上角中之圖示(亦即,標記為「A」)係錨定的,其意謂上述轉變不會使該圖示移離左上角。然而,有可能經由使用者輸入來解除錨定此圖示,如下文所論述。
圖21說明回應於觸控螢幕輸入對圖示之重新配置。如所展示,圖示2106顯示於4×4網格2012之底列中。回應於圖示2106上之手指觸按2104,顯示3×3網格2108,其中圖示2106在中心中被放大。值得注
意的係,顯示於網格2012中之圖示(標記為「A」)不再顯示於網格2108中。圖21亦說明回應於可按壓旋鈕旋轉對所顯示之圖示的更新。具體言之,回應於可按壓旋鈕旋轉2110,圖示2106進一步放大且變成顯示於螢幕上之唯一圖示。
圖22說明回應於器件100之移動對圖示之重新配置。可使用一或多個感測器(例如,陀螺儀)來偵測器件移動。如所展示,各種圖示被顯示於網格2202中。回應於器件100在方向2204上之傾斜,所顯示之圖示在方向2206上平移,從而導致在網格2208中顯示不同圖示。具體言之,回應於器件100在方向2204上之向左傾斜,網格2202之圖示在左方向2206上平移。在一些實施例中,平移可為遞增的,使得當單一列或行轉變至顯示器上時,單一列或行轉變離開。替代地,當一組全新圖示轉變至顯示器上時,整個螢幕之圖示可轉變離開。
圖23說明回應於觸控螢幕輸入的圖示外觀之改變。如所展示,回應於位置2304處之觸摸,圖示2306變得放大。值得注意的係,圖示2306並非位於位置2304處,相反,圖示2306(在其未放大狀態中)係位於在沿著列2312之觸摸位置2304上面的列2310中。以此方式,既因為圖示被放大亦因為圖示未由觸摸器件100之潛在不透明物件所阻擋而看不見,所以圖示2306之使用者可見性得到改良。應注意,可回應於附近觸摸來放大一個以上之圖示。可以不同放大級別來放大多個圖示,該等放大級別與在被放大之每一圖示與觸摸位置之間的距離成反比。
圖40說明圖示移動,該等圖示移動說明附近圖示之間的實體互動。如所展示,網格4002包括以一徑向配置所配置之數個圖示。回應於位置4010處之觸摸式輸入,數個圖示被放大至處於不同放大級別。值得注意的係,圖示4004之放大可使鄰近圖示4006及4008移動遠離圖示4004,使得該等圖示不會彼此阻擋而看不見。
圖24說明圖示移動,該等圖示移動說明圖示與網格邊界之間的互動。如所展示,根據非對稱網格2402來顯示數個圖示。所顯示之圖示包括未壓縮之圖示2408。回應於在方向2404上之呈向右示意動作之形式的觸摸式輸入,位於網格2402之右邊界上的圖示可被壓縮成壓縮之圖示2406,使得較主要地以放大抑或未放大形式而顯示網格2402左側的圖示。又,回應於在向左方向2406上之觸摸示意動作,位於網格2402之左邊界上的圖示可被壓縮成壓縮之圖示2412,使得較主要地顯示網格2402右側的圖示。上述互動在允許使用者容易檢視及選擇一圖示時允許同時顯示所有或實質上所有圖示。應注意,雖然未展示,但此壓縮可發生於對稱網格中。
圖34說明圖示移動,該等圖示移動說明網格邊界與附近圖示之間的互動。在圖34之徑向配置中,圖示被配置於不可見內圓圈3402與不可見外邊界圓圈3400之間。可基於器件100之觸控螢幕的實體大小來為外圓圈3400設定大小。可基於設計及/或使用者偏好來為內圓圈3402設定大小。亦可基於使用者輸入(諸如,可按壓旋鈕旋轉)來為內圓圈3402設定大小。內圓圈3402可對其表面區域內之觸控螢幕輸入作出回應。舉例而言,可將發生於內圓圈3402之表面區域內的下觸及隨後之觸摸移動解譯為內圓圈3402之水平移動(panning)。當內圓圈3402水平移動時,可基於內圓圈3402與外圓圈3400之間的可用間距、正被顯示之圖示的數目及鄰近圖示之大小來為配置於內圓圈3402與外圓圈3400之間的圖示(諸如,圖示3404及3408)重新設定大小。舉例而言,回應於圓圈3402之向右水平移動,圖示3404之大小可增加,且圖示3404之放大可使圖示3408之大小減小。
應注意,在缺乏使用者輸入的情況下,所顯示之圖示可經程式化以在螢幕上移動,從而防止螢幕預燒。又,圖示配置可對多觸摸示意動作作出回應。舉例而言,器件100(圖1)之觸控螢幕上的二指向下
示意動作可導致顯示諸如狀態欄之系統資訊。作為另一實例,其中兩個手指在相反方向上移動的二指示意動作可組態器件100(圖1)以供左手或右手使用。
5. 額外特徵
轉回至圖2,主螢幕200可顯示系統產生之資訊(諸如,鬧鐘)。舉例而言,主螢幕200可顯示使用者已就坐歷時延長之持續時間且鍛煉係秩序井然的提醒。又,螢幕200可顯示建議休息,此係因為使用者在第二天上午具有繁忙之日程表。由轉回至圖3,當器件100與塢耦接時,可顯示螢幕300。
圖26說明壁紙2602之使用以在圖示之網格中幫助使用者導覽。如所展示,網格2600具有相對大的數目之圖示。回應於可按壓旋鈕旋轉2604,來自網格2600之圖示的一子集被放大且顯示於網格2606中。另外,亦顯示壁紙2602之顯示於該子集之背景中的對應部分,其意謂(例如)若來自網格2600之左上像限的圖示變成顯示於網格2606中,則壁紙2602之左上像限亦藉由網格2606而被顯示。亦如所展示,回應於向左方向2608上之觸摸示意動作,器件100可顯示來自網格2600之圖示的另一子集。舉例而言,在網格2610中,顯示來自網格2600之右上像限的圖示連同壁紙之右上像限。以此方式,使用者可相對於可用於顯示於器件100上之全體圖示來判定一組當前顯示之圖示之間的關係。
圖27說明圖示之一例示性配置,其中該配置將資訊(例如,當前時間資訊)提供至使用者。可回應於可按壓旋鈕移動來顯示該配置。又,可在使用者輸入無活動之一預定週期之後而顯示該配置。舉例而言,可在使用者輸入無活動之一預定週期之後而顯示螢幕2702(其使用小型圖示來展示當前時間)。另外,回應於可按壓旋鈕旋轉,螢幕2702可轉變歷經螢幕2704及2706而至螢幕2708,該螢幕2708展示圖示
之網格。
圖28說明圖示之例示性配置(網格2802),其中所顯示之圖示的色彩及/或強度可回應於傳入之資訊而改變。舉例而言,對應於訊息傳遞應用程式之圖示2804可在新訊息到達時消隱或發光。在一些實施例中,消隱或發光可對應於應用程式儲存器中之一應用程式的風行度或該應用程式在使用者之較大生態系統中的使用頻率。另外,網格2802之圖示可展示表示應用程式儲存器中之可用之一組較大應用程式(除所安裝之彼等應用程式以外)的圖示。
圖29說明上下文訊息之例示性顯示。可回應於偵測到使用者對可按壓旋鈕108之觸摸來顯示一上下文訊息。上下文訊息指示可按壓旋鈕108之當前功能性,其可取決於當前操作於器件100之前景中的應用程式而呈現不同功能。舉例而言,當音樂應用程式操作於器件100之前景中時,可按壓旋鈕108上之觸摸可導致以音量指示器之形式來顯示上下文訊息2902,該音量指示器可向使用者指示可按壓旋鈕108之當前功能性係音量控制。
圖35描繪用於提供上文所描述之使用者介面技術的例示性程序3500。在區塊3510處,接收基於可按壓旋鈕移動及/或可按壓旋鈕觸摸之輸入。可按壓旋鈕移動可為旋轉、推進及/或拉動。在區塊3520處,基於由接收之輸入所表示之可按壓旋鈕移動之類型來作出決定。若接收之輸入表示可按壓旋鈕旋轉,則處理進行至區塊3530。若接收之輸入表示可按壓旋鈕推進或拉動,則處理進行至區塊3550。若接收之輸入表示可按壓旋鈕觸摸(無旋轉或推進/拉動),則處理進行至區塊3560。在區塊3530處,可判定當前顯示之螢幕及其對應之沿z軸906(圖9)的位置。另外,可判定沿z軸906之資訊之鄰近層級。可基於由接收之輸入所表示的可按壓旋鈕旋轉之方向來判定鄰近層級。在區塊3540處,可顯示圖示之對應網格(諸如,由圖4至圖7中之每一者說明的彼等網格)。在
區塊3550處,可顯示主螢幕(諸如,圖2之例示性螢幕200)。在替代例中,可顯示使用者中意螢幕(諸如,圖3之例示性螢幕300)。在區塊3560處,可顯示上下文訊息(諸如,圖29之例示性上下文訊息2902)。
圖36描繪用於提供上文所描述之使用者介面技術的例示性計算系統3600。在一些實施例中,計算系統3600可形成器件100。如所展示,計算系統3600可具有匯流排3602,該匯流排將I/O部分3604、一或多個電腦處理器3606及記憶體部分3608連接在一起。記憶體部分3608可含有用於實施上述技術(包括程序3500(圖35))之電腦可執行指令及/或資料。I/O部分3604可連接至顯示器3610,該顯示器可具有觸敏組件3612。I/O部分3604可連接至可按壓旋鈕3614。I/O部分3604可連接至輸入器件3616,該輸入器件可包括按鈕。I/O部分3604可連接至通信單元3618,該通信單元可提供(例如)Wi-Fi、藍芽及/或蜂巢式特徵。I/O部分3604可連接至感測器組3620,該感測器組可具有陀螺儀、GPS感測器、光感測器、陀螺儀、加速度計及/或其組合。應注意,上述組件中之一或多者可為晶載系統之一部分。
計算系統3600之記憶體部分3608可為用於儲存電腦可執行指令之非暫時性電腦可讀儲存媒體,該等指令在由一或多個電腦處理器3606執行時(例如)可使該等電腦處理器執行上文所描述之使用者介面技術(包括程序3500(圖35))。電腦可執行指令亦可儲存及/或傳送於任何非暫時性電腦可讀儲存媒體內以供指令執行系統、裝置或器件使用或結合指令執行系統、裝置或器件而使用,指令執行系統、裝置或器件係諸如基於電腦之系統、含有處理器之系統,或可自該指令執行系統、裝置或器件提取指令且執行該等指令之其他系統。出於此文件之目的,「非暫時性電腦可讀儲存媒體」可為可含有或儲存供指令執行系統、裝置或器件使用或結合指令執行系統、裝置或器件而使用之程式的任何媒體。非暫時性電腦可讀儲存媒體可包括(但不限於)磁性、
光學及/或半導體儲存器。此儲存器之實例包括磁碟、基於CD、DVD或藍光技術之光碟以及RAM、ROM、EPROM、快閃記憶體及固態記憶體。
計算系統3600並不限於圖36之組件及組態,而是可包括呈多個組態之其他或額外組件。在一些實施例中,系統3600可形成如圖37中所展示之個人電子器件3700(其為平板電腦)。在一些實施例中,計算系統3600可形成如圖38中所展示之個人電子器件3800(其為行動電話)。在一些實施例中,計算系統3600可形成如圖39中所展示之個人電子器件3900(其為攜帶型音樂器件)。
雖然已參看隨附圖式完整地描述了揭示內容及實例,但應注意,各種改變及修改將變得為熟習此項技術者所顯而易見。此等改變及修改將理解為被包括於如由附加之申請專利範圍所界定的揭示內容及實例之範疇內。
Claims (62)
- 一種用於操縱使用者介面物件之電腦實施方法,其包含:在一穿戴式電子器件之一觸敏顯示器上顯示第一複數個圖示;基於該穿戴式電子器件之一實體可按壓旋鈕的一移動來接收輸入;及回應於該接收之輸入,在該觸敏顯示器上用第二複數個圖示來替換該第一複數個圖示,其中該第二複數個圖示係該第一複數個圖示之一子集。
- 如請求項1之方法,其中該穿戴式電子器件為一手錶。
- 如請求項1之方法,其中該移動係該實體可按壓旋鈕上之一推進、拉動。
- 如請求項1之方法,其中該移動係該實體可按壓旋鈕之一旋轉。
- 如請求項4之方法,其中該旋轉係在一第一旋轉方向上。
- 如請求項4之方法,其中該旋轉超出一預定角速度臨限值。
- 如請求項1之方法,其中該實體可按壓旋鈕包含經組態以感測一觸摸式輸入之一電容性觸控感測器,且其中該接收之輸入係進一步基於該實體可按壓旋鈕上之該觸摸式輸入。
- 如請求項1之方法,其中該第一複數個圖示中之一第一圖示與一應用程式相關聯,且該第二複數個圖示中之一第二圖示與相同之該應用程式相關聯,該方法進一步包含:當顯示該第二複數個圖示時,顯示具有關於該應用程式之資訊的該第二圖示,及當顯示該第一複數個圖示時,顯示具有關於該應用程式之不同資訊的該第一圖示。
- 如請求項1之方法,其中該接收之輸入係在一第一方向上之一第一接收之輸入,該方法進一步包含:基於該實體可按壓旋鈕之一第二移動來接收一第二輸入;及回應於該第二接收之輸入,在該觸敏顯示器上用該第一複數個圖示來替換該第二複數個圖示。
- 如請求項9之方法,其中該第二移動係該實體可按壓旋鈕在與該第一方向相反之一第二方向上的一旋轉。
- 如請求項9之方法,其中該第二移動係該實體可按壓旋鈕之一推進或拉動。
- 如請求項1之方法,其中該接收之輸入係在一第一旋轉方向上之一第一接收之輸入,該方法進一步包含:基於該實體可按壓旋鈕之一第二移動來接收一第二輸入,其中該第二移動係該第一旋轉方向上之一旋轉;及回應於該第二接收之輸入,用第三複數個圖示來替換該第二複數個圖示之該顯示,其中該第三複數個圖示係該第二複數個圖示之一子集。
- 如請求項1之方法,其中該接收之輸入係在一第一方向上之一第一接收之輸入,該方法進一步包含:基於該實體可按壓旋鈕之一第二移動來接收一第二輸入,其中該第二移動係該第一方向上之一旋轉;及回應於該第二接收之輸入,啟動與該第二複數個圖示中之一圖示相關聯的一應用程式。
- 如請求項1之方法,該方法進一步包含:接收表示一應用程式中之一活動的資訊,其中該應用程式對應於一所顯示之圖示;及回應於該接收之資訊,更改該所顯示之圖示之一外觀。
- 如請求項14之方法,其中該更改係消隱、改變色彩及動畫製作中之一或多者。
- 如請求項1之方法,其中該第一複數個圖示包括一右上圖示及該第一複數個圖示中之該右上圖示未顯示於該第二複數個圖示之部份。
- 如請求項1之方法,其中該第一複數個圖示包括一右上圖示及該第一複數個圖示中之該右上圖示係顯示為該第二複數個圖示中之一第二最上列中的一最左圖示。
- 如請求項17之方法,其中該第一複數個圖示之該顯示至該第二複數個圖示的該替換包含:將該第一複數個圖示中之一圖示自該觸敏顯示器之一第一位置平移至該觸敏顯示器之一第二位置,其中在該平移期間該圖示係整個顯示於該觸敏顯示器上。
- 如請求項17之方法,其中該第一複數個圖示之該顯示至該第二複數個圖示的該替換包含:在該觸敏顯示器之一第一位置處僅顯示該第一複數個圖示中之一圖示的一部分;及在該觸敏顯示器之一第二位置中顯示該圖示之剩餘部分,其中該第一位置及該第二位置係分離的。
- 如請求項1之方法,其中該實體可按壓旋鈕為一機械可按壓旋鈕。
- 一種用於操縱使用者介面物件之非暫時性電腦可讀儲存媒體,該非暫時性電腦可讀儲存媒體具有電腦可執行指令,該等指令在由一或多個電腦處理器執行時使該一或多個電腦處理器進行以下操作:在一穿戴式電子器件之一觸敏顯示器上顯示第一複數個圖示;基於該穿戴式電子器件之一實體可按壓旋鈕的一移動來接收輸入;及回應於該接收之輸入,在該觸敏顯示器上用第二複數個圖示來替換該第一複數個圖示,其中該第二複數個圖示係該第一複數個圖示之一子集。
- 如請求項21之非暫時性電腦可讀儲存媒體,其中該穿戴式電子器件為一手錶。
- 如請求項21之非暫時性電腦可讀儲存媒體,其中該移動係該實體可按壓旋鈕上之一推進、拉動。
- 如請求項21之非暫時性電腦可讀儲存媒體,其中該移動為該實體可按壓旋鈕之一旋轉。
- 如請求項24之非暫時性電腦可讀儲存媒體,其中該旋轉係在一第一旋轉方向上。
- 如請求項24之非暫時性電腦可讀儲存媒體,其中該旋轉超出一預定角速度臨限值。
- 如請求項21之非暫時性電腦可讀儲存媒體,其中該實體可按壓旋鈕包含經組態以感測一觸摸式輸入之一電容性觸控感測器,且其中該接收之輸入係進一步基於該實體可按壓旋鈕上之該觸摸式輸入。
- 如請求項21之非暫時性電腦可讀儲存媒體,其中該第一複數個圖示中之一第一圖示與一應用程式相關聯,且該第二複數個圖示中之一第二圖示與相同之該應用程式相關聯,該非暫時性電腦可讀儲存媒體進一步包含用於進行以下操作之電腦可執行指令:當顯示該第二複數個圖示時,顯示具有關於該應用程式之資訊的該第二圖示,及當顯示該第一複數個圖示時,顯示具有關於該應用程式之不同資訊的該第一圖示。
- 如請求項21之非暫時性電腦可讀儲存媒體,其中該接收之輸入係在一第一方向上之一第一接收之輸入,該等電腦可執行指令進一步包含用於進行以下操作之指令:基於該實體可按壓旋鈕之一第二移動來接收一第二輸入;及回應於該第二接收之輸入,在該觸敏顯示器上用該第一複數個圖示來替換該第二複數個圖示。
- 如請求項29之非暫時性電腦可讀儲存媒體,其中該第二移動係該實體可按壓旋鈕在與該第一方向相反之一第二方向上的一旋轉。
- 如請求項29之非暫時性電腦可讀儲存媒體,其中該第二移動係該實體可按壓旋鈕之一推進或拉動。
- 如請求項21之非暫時性電腦可讀儲存媒體,其中該接收之輸入係在一第一旋轉方向上之一第一接收之輸入,該非暫時性電腦可讀儲存媒體進一步包含用於進行以下操作之電腦可執行指令:基於該實體可按壓旋鈕之一第二移動來接收一第二輸入,其中該第二移動係該第一旋轉方向上之一旋轉;及回應於該第二接收之輸入,用第三複數個圖示來替換該第二複數個圖示之該顯示,其中該第三複數個圖示係該第二複數個圖示之一子集。
- 如請求項21之非暫時性電腦可讀儲存媒體,其中該接收之輸入係在一第一方向上之一第一接收之輸入,該非暫時性電腦可讀儲存媒體進一步包含用於進行以下操作之電腦可執行指令:基於該實體可按壓旋鈕之一第二移動來接收一第二輸入,其中該第二移動係該第一方向上之一旋轉;及回應於該第二接收之輸入,啟動與該第二複數個圖示中之一圖示相關聯的一應用程式。
- 如請求項21之非暫時性電腦可讀儲存媒體,其進一步包含用於進行以下操作之電腦可執行指令:接收表示一應用程式中之一活動的資訊,其中該應用程式對應於一所顯示之圖示;及回應於該接收之資訊,更改該所顯示之圖示之一外觀。
- 如請求項34之非暫時性電腦可讀儲存媒體,其中該更改係消隱、改變色彩及動畫製作中之一或多者。
- 如請求項21之非暫時性電腦可讀儲存媒體,其中該第一複數個圖示包括一右上圖示及該第一複數個圖示中之該右上圖示未顯示於該第二複數個圖示之部份。
- 如請求項21之非暫時性電腦可讀儲存媒體,其中該第一複數個圖示包括一右上圖示及該第一複數個圖示中之該右上圖示係顯示為該第二複數個圖示中之一第二最上列中的一最左圖示。
- 如請求項37之非暫時性電腦可讀儲存媒體,其中該第一複數個圖示之該顯示至該第二複數個圖示的該替換包含:將該第一複數個圖示中之一圖示自該觸敏顯示器之一第一位置平移至該觸敏顯示器之一第二位置,其中在該平移期間該圖示係整個顯示於該觸敏顯示器上。
- 如請求項37之非暫時性電腦可讀儲存媒體,其中該第一複數個圖示之該顯示至該第二複數個圖示的該替換包含:在該觸敏顯示器之一第一位置處僅顯示該第一複數個圖示中之一圖示的一部分;及在該觸敏顯示器之一第二位置中顯示該圖示之剩餘部分,其中該第一位置及該第二位置係分離的。
- 如請求項21之非暫時性電腦可讀儲存媒體,其中該實體可按壓旋鈕為一機械可按壓旋鈕。
- 一種用於操縱使用者介面物件之電子器件,其包含:一或多個處理器;一實體可按壓旋鈕,其操作地耦接至該一或多個處理器;及一觸敏顯示器,其操作地耦接至該一或多個處理器,其中該電子器件係一穿戴式電子器件,該一或多個處理器經組態以進行以下操作:在該穿戴式電子器件之該觸敏顯示器上顯示第一複數個圖示;基於該穿戴式電子器件之該實體可按壓旋鈕的一移動來接收輸入;及回應於該接收之輸入,在該觸敏顯示器上用第二複數個圖示來替換該第一複數個圖示,其中該第二複數個圖示係該第一複數個圖示之一子集。
- 如請求項41之器件,其中該電子器件為一手錶。
- 如請求項41之器件,其中該移動係該實體可按壓旋鈕上之一推進、拉動。
- 如請求項41之器件,其中該移動係該實體可按壓旋鈕之一旋轉。
- 如請求項44之器件,其中該旋轉係在一第一旋轉方向上。
- 如請求項44之器件,其中該旋轉超出一預定角速度臨限值。
- 如請求項41之器件,其中該實體可按壓旋鈕包含經組態以感測一觸摸式輸入之一電容性觸控感測器,且其中該接收之輸入係進一步基於該實體可按壓旋鈕上之該觸摸式輸入。
- 如請求項41之器件,其中該第一複數個圖示中之一第一圖示與一應用程式相關聯,且該第二複數個圖示中之一第二圖示與相同之該應用程式相關聯,該一或多個處理器經進一步組態以進行以下操作:當顯示該第二複數個圖示時,顯示具有關於該應用程式之資訊的該第二圖示,及當顯示該第一複數個圖示時,顯示具有關於該應用程式之不同資訊的該第一圖示。
- 如請求項41之器件,其中該接收之輸入係在一第一方向上之一第一接收之輸入,該一或多個處理器經進一步組態以進行以下操作:基於該實體可按壓旋鈕之一第二移動來接收一第二輸入;及回應於該第二接收之輸入,在該觸敏顯示器上用該第一複數個圖示來替換該第二複數個圖示。
- 如請求項49之器件,其中該第二移動係該實體可按壓旋鈕在與該第一方向相反之一第二方向上的一旋轉。
- 如請求項49之器件,其中該第二移動係該實體可按壓旋鈕之一推進或拉動。
- 如請求項41之器件,其中該接收之輸入係在一第一旋轉方向上之一第一接收之輸入,該一或多個處理器經進一步組態以進行以下操作:基於該實體可按壓旋鈕之一第二移動來接收一第二輸入,其中該第二移動係該第一旋轉方向上之一旋轉;及回應於該第二接收之輸入,用第三複數個圖示來替換該第二複數個圖示之該顯示,其中該第三複數個圖示係該第二複數個圖示之一子集。
- 如請求項41之器件,其中該接收之輸入係在一第一方向上之一第一接收之輸入,該一或多個處理器經進一步組態以進行以下操作:基於該實體可按壓旋鈕之一第二移動來接收一第二輸入,其中該第二移動係該第一方向上之一旋轉;及回應於該第二接收之輸入,啟動與該第二複數個圖示中之一圖示相關聯的一應用程式。
- 如請求項41之器件,該一或多個處理器進一步經組態以進行以下操作:接收表示一應用程式中之一活動的資訊,其中該應用程式對應於一所顯示之圖示;及回應於該接收之資訊,更改該所顯示之圖示之一外觀。
- 如請求項54之器件,其中該更改係消隱、改變色彩及動畫製作中之一或多者。
- 如請求項41之器件,其中該第一複數個圖示包括一右上圖示及該第一複數個圖示中之該右上圖示未顯示於該第二複數個圖示之部份。
- 如請求項41之器件,其中該第一複數個圖示包括一右上圖示及該第一複數個圖示中之該右上圖示係顯示為該第二複數個圖示中之一第二最上列中的一最左圖示。
- 如請求項57之器件,其中該第一複數個圖示之該顯示至該第二複數個圖示的該替換包含:將該第一複數個圖示中之一圖示自該觸敏顯示器之一第一位置平移至該觸敏顯示器之一第二位置,其中在該平移期間該圖示係整個顯示於該觸敏顯示器上。
- 如請求項57之器件,其中該第一複數個圖示之該顯示至該第二複數個圖示的該替換包含:在該觸敏顯示器之一第一位置處僅顯示該第一複數個圖示中之一圖示的一部分;及在該觸敏顯示器之一第二位置中顯示該圖示之剩餘部分,其中該第一位置及該第二位置係分離的。
- 如請求項41之器件,其中該實體可按壓旋鈕為一機械可按壓旋鈕。
- 如請求項41之器件,其進一步包含用於偵測施加至該觸敏顯示器之一力的一或多個感測器。
- 如請求項41之器件,其進一步包含用於偵測該實體可按壓旋鈕上之一觸摸的一感測器。
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