Abstract: A method, system and computer program product for prioritizing responses to communications. Various metrics (e.g., the duration of time spent in creating the communication, the number of keystrokes used in creating the communication, the number of words used in creating the communication, the number of mistakes made and corrected in creating the communication, and the number of attachments to the communication) associated with creating a communication are recorded which are used to assess an effort provided by the author in creating the communication. A weighted priority to be associated with responses to the communication is determined based on these recorded metrics. The weighted priority is then assigned to responses to such a communication. In this manner, the responses to the created communication will be able to be prioritized based on the weighted priority thereby enabling the author to determine which responses are more important to read than other responses.

Abstract: A method, system and computer program product for prioritizing responses to communications. Various metrics (e.g., the duration of time spent in creating the communication, the number of keystrokes used in creating the communication, the number of words used in creating the communication, the number of mistakes made and corrected in creating the communication, and the number of attachments to the communication) associated with creating a communication are recorded which are used to assess an effort provided by the author in creating the communication. A weighted priority to be associated with responses to the communication is determined based on these recorded metrics. The weighted priority is then assigned to responses to such a communication. In this manner, the responses to the created communication will be able to be prioritized based on the weighted priority thereby enabling the author to determine which responses are more important to read than other responses.

Abstract: A graphical user interface for direct control of data displayed in a window-based computing environment. A slider element is displayed which is variable in size according to user input. The slider defines a selected area of an image, which is then displayed. The scope of the selected area corresponds to the size of the slider. The resizable slider is then resized by a user's direct manipulation, e.g. by a click-and-drag technique, to redefine the selected area, which is then displayed. The scope of the redefined selected area corresponds to the size of the resized slider. Accordingly, a user directly controls (by resizing the slider) the scope of data displayed in a window, and directly controls the presentation of data by translating the slider to define various selected areas. More than one independently resizable slider may intersect to define the selected area and provide independent control of scope in various directions.

Abstract: A graphical user interface for direct control of data displayed in a window-based computing environment. A slider element is displayed which is variable in size according to user input. The slider defines a selected area of an image, which is then displayed. The scope of the selected area corresponds to the size of the slider. The resizable slider is then resized by a user's direct manipulation, e.g. by a click-and-drag technique, to redefine the selected area, which is then displayed. The scope of the redefined selected area corresponds to the size of the resized slider. Accordingly, a user directly controls (by resizing the slider) the scope of data displayed in a window, and directly controls the presentation of data by translating the slider to define various selected areas. More than one independently resizable slider may intersect to define the selected area and provide independent control of scope in various directions.