Abstract:
Methods and systems of reversing edit operations of a media-rich project are disclosed. In one embodiment, the method comprises, offering to a user an editing action on a pre-edited view of a media-rich project, in which the editing action after being performed on the pre-edited view displays a first-edited view of the project; saving, in response to the user switching to a second view, the first-edited view as a last-edited view; and reversing, in response to a user reverse action, the editing action of the last-edited view by initiating a reverse function, in which the reverse function comprises two steps, in which a first step causes the editor to exit from the second view and to land on the last-edited view, and a second step causes the last-edited view to revert to the pre-edited view.
Abstract:
Methods and systems for editing media rich photo projects are disclosed. In one embodiment, the present invention uses drag and drop features to add a photo to a spread, to remove a photo from the spread, and/or to create a new spread. In another embodiment, drop areas are utilized to facilitate addition and removal of photos at an editor. In another embodiment, drop targets are determined by an animated highlight of a drop target, a time delay allowing a user to wait until a drop target is auto-selected by the pre-set rules of the editor, and pre-set rules of a drop target as determined by the location of a drop. Furthermore, drop targets are determined by location coordinates of a photo over the spread before being dropped, proximity of a dragged photo with a photo slot, or a pre-calculated photo slot based on pre-set rules.
Abstract:
Methods and systems for editing media rich photo projects are disclosed. In one embodiment, the present invention uses drag and drop features to add a photo to a spread, to remove a photo from the spread, and/or to create a new spread. In another embodiment, drop areas are utilized to facilitate addition and removal of photos at an editor. In another embodiment, drop targets are determined by an animated highlight of a drop target, a time delay allowing a user to wait until a drop target is auto-selected by the pre-set rules of the editor, and pre-set rules of a drop target as determined by the location of a drop. Furthermore, drop targets are determined by location coordinates of a photo over the spread before being dropped, proximity of a dragged photo with a photo slot, or a pre-calculated photo slot based on pre-set rules.