Abstract:
A system and method for converting a note-based audio object to a Pulse Code Modulated (PCM) audio format is disclosed. An electronic computer device includes a memory containing a note-based audio object and a lookup table, the note-based audio object containing note frequency information. A processor is configured for converting the note-based audio object to a Pulse Code Modulated (PCM) stream having a plurality of sample points, the converting including: generating a PCM value for each sample point based upon the note frequency and the trigonometric function evaluations, selecting an entry from the look-up table based upon the note frequency information, a sampling frequency, and a sample point number, and determining a step size within the look-up table based upon a ratio between the note frequency information and the sampling frequency.
Abstract:
A method of ensuring that data sent to a handheld wireless communications device is written to non-volatile memory is disclosed. In a device, where data is initially written to a first volatile memory and then written to a second volatile memory before being written from the second volatile memory to a non-volatile memory, software code is implemented that causes the writing of the data to non-volatile memory concurrently with the writing of the data to the second volatile memory. The software code may incorporate operating system commands (such as Windows OS).
Abstract:
Embodiments described herein provide a user with the ability to download a selected attachment document that is associated with a message received on a mobile device. Attachment data corresponding to the selected attachment document can be downloaded according to at least one of a native application attachment content handling option and a client-server attachment content handling option.
Abstract:
A method and apparatus for transforming a display image on a display from a first orientation to a second orientation, the method having the steps of: breaking up the display image into multiple sub-images; and transforming each of the multiple sub-images individually, the transforming step including selecting a pixel, determining a transformed location for the pixel, and writing the pixel to a display buffer.
Abstract:
Embodiments described herein provide a user with the ability to download a selected attachment document that is associated with a message received on a mobile device. Attachment data corresponding to the selected attachment document can be downloaded according to at least one of a native application attachment content handling option and a client-server attachment content handling option.
Abstract:
Embodiments described herein provide a user with the ability to download a selected attachment document that is associated with a message received on a mobile device. Attachment data corresponding to the selected attachment document can be downloaded according to at least one of a native application attachment content handling option and a client-server attachment content handling option.
Abstract:
Embodiments described herein provide a user with the ability to download a selected attachment document that is associated with a message received on a mobile device. Attachment data corresponding to the selected attachment document can be downloaded according to at least one of a native application attachment content handling option and a client-server attachment content handling option.
Abstract:
Embodiments described herein provide a user with the ability to download a selected attachment document that is associated with a message received on a mobile device. Attachment data corresponding to the selected attachment document can be downloaded according to at least one of a native application attachment content handling option and a client-server attachment content handling option.
Abstract:
A method and apparatus for transforming a display image on a display from a first orientation to a second orientation, the method having the steps of: breaking up the display image into multiple sub-images; and transforming each of the multiple sub-images individually, the transforming step including selecting a pixel, determining a transformed location for the pixel, and writing the pixel to a display buffer.