Pictorial user interface for establishing time of day and geographical or environmental context on a computer display or other monitor

Claim 2

Apparatus for providing a pictorial user interface comprising: means for storing a predetermined sequence of digitally encoded time-lapse images indicative of the passage of time; means for displaying each of the stored time-lapse images in the predetermined sequence; means for providing a real-time clock signal; and means responsive to the real-time clock signal for sequentially accessing the stored time-lapse images for causing the display means to display the time-lapse images in the predetermined sequence to provide a pictorial user interface on the display means that simulates the passage of time synchronized with the real-time clock signal.

Claim 3

Apparatus according to claim 1 wherein the means for providing a real-time clock signal provides at least one of a date and a time of day.

Claim 4

Apparatus according to claim 2, further comprising means for providing actual sunrise and sunset times for a given date at a given geographical location and wherein a first time-lapse image is marked as a sunrise frame and a second time-lapse image is marked as a sunset frame and the means responsive to the real-time clock signal for sequentially accessing the stored time-lapse images for causing the display means to display the time-lapse images in the predetermined sequence to provide a pictorial user interface on the display means that simulates the passage of time synchronized with the real-time clock signal is responsive the actual sunrise and sunset times and synchronizes the sunrise frame to the actual sunrise time and the sunset frame to the actual sunset time so that the sequence of time-lapse images is displayed to provide a daylight period corresponding to the daylight period on the given date.

Claim 5

Apparatus according to claim 3, further comprising means for providing actual dawn and dusk times for the given date at a given geographical location and wherein a third time-lapse image is marked as a dawn frame and a fourth time-lapse image is marked as a dusk frame and the means responsive to the real-time clock signal for sequentially accessing the stored time-lapse images for causing the display means to display the time-lapse images in the predetermined sequence to provide a pictorial user interface on the display means that simulates the passage of time synchronized with the real-time clock signal is responsive the actual dawn and dusk times and synchronizes the dawn frame to the actual dawn time and the dusk frame to the actual dusk time so that the sequence of time-lapse images is displayed to provide a daylight period including morning and evening twilight periods corresponding to the daylight period on the given date.

Claim 6

Apparatus according to claim 1 wherein the means responsive to the real-time clock signal for sequentially accessing the stored time-lapse images for causing the display means to display the time-lapse images in the predetermined sequence to provide a pictorial user interface on the display means that simulates the passage of time synchronized with the real-time clock signal causes the time-lapse images to be displayed in a first window on the display means, and further comprising means for providing second time-lapse images wherein the means responsive to the real-time clock signal for sequentially accessing the stored time-lapse images for causing the display means to display the time-lapse images in the predetermined sequence to provide a pictorial user interface on the display means that simulates the passage of time synchronized with the real-time clock signal is also responsive to the real-time clock signal for sequentially accessing the second time-lapse images for causing the display means to display the second time-lapse images in a second window on the display means.

Claim 7

Apparatus according to claim 5 wherein the means for providing the second time-lapse images is located one of locally and remotely to the storage means.

Claim 8

Apparatus according to claim 1 wherein the digitally encoded time-lapse images are scanned time-lapse photographic images.

Claim 9

Apparatus according to claim 7 wherein the time-lapse images are images of one of a selected outdoor scene to provide geographical context and a selected other scene to provide environmental context.

Claim 10

Apparatus according to claim 7 wherein one of the time-lapse images is marked as a start frame and the means responsive to the real-time clock signal for sequentially accessing the stored time-lapse images for causing the display means to display the time-lapse images in the predetermined sequence to provide a pictorial user interface on the display means that simulates the passage of time synchronized with the real-time clock signal synchronizes to the start frame to determine where in the predetermined sequence to begin the sequence of time-lapse images to be displayed.

Claim 11

Apparatus according to claim 1 wherein the means for storing the predetermined sequence of digitally encoded time-lapse images is one of a CD-ROM and a computer hard disk.

Claim 12

Apparatus according to claim 1 wherein the means for displaying each of the stored time-lapse images in the predetermined sequence is a computer video display.

Claim 13

Apparatus according to claim 1 wherein the means for providing a real-time clock signal is a computer system clock.

Claim 16

The method according to claim 13 wherein the real-time clock signal provides at least one of a date and a time of day.

Claim 17

The method according to claim 14, further comprising the step of providing actual sunrise and sunset times for a given date at a given geographical location and wherein a first time-lapse image is marked as a sunrise frame and a second time-lapse image is marked as a sunset frame and the step of responding to the real-time clock signal for sequentially accessing the stored time-lapse images for causing the display means to display the time-lapse images in the predetermined sequence to provide a pictorial user interface on the display means that simulates the passage of time synchronized with the real-time clock signal responds to the actual sunrise and sunset times and synchronizes the sunrise frame to the actual sunrise time and the sunset frame to the actual sunset time so that the sequence of time-lapse images is displayed to provide a daylight period corresponding to the daylight period on the given date.

Claim 18

The method according to claim 15, further comprising the step of providing actual dawn and dusk times for the given date at a given geographical location and wherein a third time-lapse image is marked as a dawn frame and a fourth time-lapse image is marked as a dusk frame and the step of responding to the real-time clock signal for sequentially accessing the stored time-lapse images for causing the display means to display the time-lapse images in the predetermined sequence to provide a pictorial user interface on the display means that simulates the passage of time synchronized with the real-time clock signal responds to the actual dawn and dusk times and synchronizes the dawn frame to the actual dawn time and the dusk frame to the actual dusk time so that the sequence of time-lapse images is displayed to provide a daylight period including morning and evening twilight periods corresponding to the daylight period on the given date.

Claim 19

The method according to claim 16, further comprising the step of selecting the given geographical location.

Claim 20

The method according to claim 15, further comprising the step of selecting the given geographical location.

Claim 21

The method according to claim 13 wherein the digitally encoded time-lapse images are scanned time-lapse photographic images.

Claim 22

The method according to claim 19 wherein the time-lapse images are images of one of a selected outdoor scene to provide geographical context and a selected other scene to provide environmental context.

Claim 23

The method according to claim 19 wherein one of the time-lapse images is marked as a start frame and the step of responding to the real-time clock signal for sequentially accessing the stored time-lapse images for causing the display means to display the time-lapse images in the predetermined sequence to provide a pictorial user interface on the display means that simulates the passage of time synchronized with the real-time clock signal is synchronized to the start frame to determine where in the predetermined sequence to begin the sequence of time-lapse images to be displayed.

Claim 24

The method according to claim 13, further comprising the steps of providing means for selection of a predetermined sequence of digitally encoded time-lapse images indicative of the passage of time and selecting the predetermined sequence to be displayed.

Claim 25

The method according to claim 22, further comprising the step of previewing the selected predetermined sequence.

Claim 26

The method according to claim 22 wherein the selected predetermined sequence is automatically changed upon the occurrence of one of each start-up of the display means and at a given time of day.

Claim 27

The method according to claim 13 wherein the step of storing the predetermined sequence of digitally encoded time-lapse images comprises the steps of providing one of a CD-ROM and a computer hard disk and storing the predetermined sequence of digitally encoded time-lapse images on the one of the CD-ROM and the computer hard disk.

Claim 28

The method according to claim 13 wherein the means for displaying each of the stored time-lapse images in the predetermined sequence is a computer video display.

Claim 29

The method according to claim 13 wherein the step of providing a real-time clock signal comprises the steps of providing a computer system clock and generating the real-time clock signal using the computer system clock.