System and method for managing digital images

1. A method for providing a user interface algorithm to manage a plurality of digital images that are arranged in an order, comprising:

presenting one of said digital images;

receiving user input to delete said one of said plurality of digital images;

deleting said one of said plurality of digital images in response to said user input; and

concurrently presenting a portion of an image prior to said deleted one of said plurality of digital images and presenting a portion of an image subsequent to said deleted one of said plurality of digital images in place of presentation of said deleted one of said plurality of digital images.

2. The method of claim 1 further comprising:

receiving second user input to scroll through said plurality of digital images; and

presenting one of (i) all of said image prior to said deleted one of said plurality of digital images and (ii) all of said image subsequent to said deleted one of said plurality of digital images in response to said second user input.

3. The method of claim 1 further comprising:

presenting one of (i) all of said image prior to said deleted one of said plurality of digital images and (ii) all of said image subsequent to said deleted one of said plurality of digital images after a predetermined amount of time.

4. The method of claim 1 wherein said concurrently presenting includes:

scrolling said portion of said image prior to said deleted one over a first portion of said deleted one on a display; and

scrolling said portion of said image subsequent to said deleted one over a second portion of said deleted one on said display.

5. The method of claim 4 further comprising:

scaling said deleted one of said plurality of digital images while scrolling said portions of said image prior and said image subsequent over said deleted one.

6. The method of claim 1 wherein said presenting, receiving, deleting, and concurrently presenting are performed by a digital camera.

7. A digital imaging device, comprising:

memory for storing a plurality of digital images that are arranged in an order;

a display for displaying a digital image;

a user input element for receiving user input; and

a user interface process for managing said plurality of digital images responsive to said user input element, said user interface process including:

code for presenting one of said digital images;

code for receiving user input to delete said one of said plurality of digital images; and

code for concurrently presenting, on said display, a portion of an image prior to said deleted one of said plurality of digital images and presenting, on said display, a portion of an image subsequent to said deleted one of said plurality of digital images in place of presentation of said deleted one of said plurality of digital images.

8. The digital imaging device of claim 7 wherein said user interface process further comprises:

code for presenting one of (i) all of said image prior to said deleted one of said plurality of digital images and (ii) all of said image subsequent to said deleted one of said plurality of digital images in response to second user input after user input is received to delete said delete one of said plurality of digital images.

9. The digital imaging device of claim 7 further comprising:

code for presenting one of (i) all of said image prior to said deleted one of said plurality of digital images and (ii) all of said image subsequent to said deleted one of said plurality of digital images after a predetermined amount of time.

10. The digital imaging device of claim 7 wherein said code for concurrently presenting comprises:

code for scrolling said portion of said image prior to said deleted one over a first portion of said deleted one on a display; and

code for scrolling said portion of said image subsequent to said deleted one over a second portion of said deleted one on said display.

11. The digital imaging device of claim 10 further comprising:

code for scaling said deleted one of said plurality of digital images while scrolling said portions of said image prior and said image subsequent over said deleted one.

12. A method of processing a plurality of digital images arranged in a preset order in a digital imaging device in response to user input, comprising:

a) determining a user scrolling direction in response to user scrolling inputs;

b) at least partially deleting a displayed image in response to a user image deletion input;

c) based upon the determined scrolling direction, displaying at least a portion of the next image in the scrolling direction after the deleted image unless the deleted image was the first or last image in the preset order.

13. The method of claim 12 further comprising:

sensing whether the deleted image was the first or last image in the preset order;

if the deleted image was the first or last image in the preset order, reversing the scrolling direction from the sensed scrolling direction to a new scrolling direction; and

displaying at least a portion of the next image in the new scrolling direction after the deleted image.

14. A system for processing a plurality of digital images arranged in a preset order in response to user input, comprising:

means for determining a user scrolling direction in response to user scrolling inputs;

means for deleting a displayed image in response to a user image deletion input;

means for displaying the next image after the deleted image according to the determined scrolling direction unless the deleted image was the first or last image in the preset order;

means for sensing whether the deleted image was the first or last image in the preset order; and

means for reversing the scrolling direction from the sensed scrolling direction to a new scrolling direction and for displaying at least a portion of the next image after the deleted image according to the new scrolling direction, wherein said means for reversing and displaying is operable when said means for sensing senses that the deleted image was the first or last image in the present order.