Apple Inc.

Richard I Mander

Gitta B Salomon

Daniel Eric Rose

Yin Yin Wong

Susan L Booker

Timothy R Oren

Stephanie L Houde

Michael Chen

S Joy Mountford

Ian S Small

Leo M Degen

A method and apparatus for organizing information in a computer filing system. The method and apparatus include the creation of a pile comprising a collection of documents and displaying a graphical representation of the collection of documents. The method and apparatus further include browsing the collection of documents by pointing a cursor at a particular item in the collection of documents to reveal an indicia for the particular item in the collection of documents. The filing system can automatically divide a pile (e.g. a collection of documents from an electronic mail network) into subpiles on the basis of the content of each document in the pile, and the filing system, at the user's request can automatically file away documents into existing piles in the computer system on the basis of a similarity match between the content (or other internal representation) of the document and the content (or other internal representation) of existing piles in the computer system. The filing system can also create a pile from a sample document by using the internal representation of the document as the internal representation of the new pile. The computer filing system provides various interfaces in connection with piles to the user of the system to provide feedback and other information to the user, including information concerning the documents and piles in the computer's filing system.

Method and apparatus for organizing information in a computer system

A method and apparatus for organizing information in a computer filing system. The method and apparatus include the creation of a pile comprising a collection of documents and displaying a graphical representation of the collection of documents. The method and apparatus further include browsing the collection of documents by pointing a cursor at a particular item in the collection of documents to reveal an indicia for the particular item in the collection of documents. The filing system can automatically divide a pile (e.g. a collection of documents from an electronic mail network) into subpiles on the basis of the content of each document in the pile, and the filing system, at the users request can automatically file away documents into existing piles in the computer system on the basis of a similarity match between the content (or other internal representation) of the document and the content (or other internal representation) of existing piles in the computer system. The filing system can also create a pile from a sample document by using the internal representation of the document as the internal representation of the new pile. The computer filing system provides various interfaces in connection with piles to the user of the system to provide feedback and other information to the user, including information concerning the documents and piles in the computer's filing system.

A user interface provides, in a fixed screen display, for both decoupling head and body turning and for integrating them without the need for specialized equipment. Using successive synchronized viewport and contained display image movement steps, the present invention first cues the user that their body is facing in the same direction as their head. Then, by simulating the head-turn/body-turn process that humans follow when looking around for something, the invention cues the user to understand that when they look around, they are turning first their head and then their body.

Motion movement cueing through synchronized display port and image

A method and apparatus for marking audio data as it is recorded, and a user interface for the audio data in a computerized system, is disclosed. A recorder, such as a tape recorder, having a plurality of marker buttons is provided. The audio data is recorded on one channel of a magnetic tape. Any time one of the marker buttons is pressed, a distinct tone is recorded on another channel of the tape as a marker. The audio data and markers are then transferred to the computer system. The user interface provides a graphical display of the audio data, and provides graphical markers which correspond to the marker buttons on the recorder. The audio data can be accessed at any random point, including a point marked by a marker. Without changing modes, a user can access the data at any random point, stop play, select a new point to initiate playback and restart playback, and change the speed of playback. Additional functions, such as editing, zooming the display and changing the form of the graphical display, are also provided.

Recording method and apparatus and audio data user interface

A method and apparatus for transparently switching between viewing modes in a computer system is described. The method and apparatus of the present invention includes a bounding area and a smaller reference region within that bounding area. The bounding area is typically a computer display screen or a window within that screen. The reference region is an implicitly or explicitly defined boundary within the bounding region. The system and method allows for automatic switching between two viewing techniques within the bounding area, based on the location of the cursor location relative to the defined reference region and bounding area. Switching between viewing modes occurs when the cursor passes across the reference region whether the mouse button is up or down. This allows the user to easily change between viewing methods without having to take explicit steps to switch between the two modes by making a selection from a selection palette or keyboard to initiate the switch.

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Menlo Park, CA, United States of America

Richard I Mander