1. A method for image management comprising steps performed by a processor, said method comprising: in the processor, accessing image data for an image containing objects; generating graphical representations of the objects based upon centroids of the objects; determining the centroids and the sizes of the graphical representations; determining the locations of the centroids of the graphical representations; determining morphologies of the graphical representations based upon the determined locations of the centroids, wherein the morphologies of the graphical representations comprise physical relationships of the graphical representations with respect to each other; and assigning human readable lexical representations of the locations of the centroids, the sizes, the colors and morphologies of the graphical representations.
1. A method for image management comprising steps performed by a processor, said method comprising: in the processor, accessing image data for an image containing objects; generating graphical representations of the objects based upon centroids of the objects; determining the centroids and the sizes of the graphical representations; determining the locations of the centroids of the graphical representations; determining morphologies of the graphical representations based upon the determined locations of the centroids, wherein the morphologies of the graphical representations comprise physical relationships of the graphical representations with respect to each other; and assigning human readable lexical representations of the locations of the centroids, the sizes, the colors and morphologies of the graphical representations. 7. The method according to claim 1 , further comprising: charting the locations of the centroids on a morpho-lexical histogram, dividing the morpho-lexical histogram into a plurality of virtual regions, wherein determining the morphologies of the graphical representations further comprises determining which of the graphical representations are contained within which of the plurality of virtual regions, and wherein assigning human readable lexical representations of the morphologies of the graphical representations further comprises assigning human readable lexical representations of the morphologies based upon the relationships between the virtual regions and the graphical representations contained within the virtual regions.