Abstract: In certain embodiments, threshold-based automated rearrangement of object representations on a graphical user interface (GUI) may be facilitated. In some embodiments, a user selection to organize objects based on one or more specific criteria may be received, where the specific criteria is a rearrangement threshold corresponding to a maximum number of rearrangement operations to be performed with respect to a set of objects. Placement of the objects may be determined based on the rearrangement threshold such that one or more objects are rearranged in a component to attempt to create an available region within which a given next object fits in the component without exceeding the rearrangement threshold. The object representations of the objects may be automatically moved to regions of a component representation of the component on the GUI based on the determined placement of the objects.

Abstract: In certain embodiments, threshold-based automated rearrangement of object representations on a graphical user interface (GUI) may be facilitated. In some embodiments, a user selection to organize objects based on one or more specific criteria may be received, where the specific criteria is a rearrangement threshold corresponding to a maximum number of rearrangement operations to be performed with respect to a set of objects. Placement of the objects may be determined based on the rearrangement threshold such that one or more objects are rearranged in a component to attempt to create an available region within which a given next object fits in the component without exceeding the rearrangement threshold. The object representations of the objects may be automatically moved to regions of a component representation of the component on the GUI based on the determined placement of the objects.

Abstract: A system and method for determining an optimal number and size of standardized containers for shipping product items in a purchase order is provided. Shipping by using standardized containers is different from standard shipping since the shipping rate for a standardized container of a particular size may be fixed irrespective of the number of items that are actually put into such a container. With such standardized shipping containers, customers may simply place an item in a selected shipping container and ship the item at a fixed price, regardless of weight of the item or destination. The systems and methods may determine the optimal number by minimizing the number of standardized containers using a cornering technique. The systems and methods may determine the optimal size of the standardized containers by re-evaluating the size of each of the standardized containers within the determined optimal number of containers.