Abstract: A method of automatically processing geospatial data is implemented by apparatus including a processor, storage and memory. Base geospatial data is obtained relating to plots of land and buildings, and first geospatial data is identified describing a first real-world plot of land and second geospatial data is identified describing a first real-world building standing on it, the building having an unknown real-world orientation. Using the second geospatial data, a first polygon is created that encompasses the building. Using the first geospatial data, a portion polygon is identified that is not in the first polygon, which defines a portion of the plot of land. Its orientation with respect to the real-world orientation of the building is identified. The portion polygon and data relating to the portion of the plot of land are stored for display.

Abstract: The present invention relates to a tablet package that contains a predetermined number of tablet(s) and a predetermined quantity of liquid. The liquid in such tablet package is stored within a reservoir and is seperated from the tablet(s). The tablet(s) in such package is stored within a sealed compartment located in a closure member (e.g. a screw cap), which functions to close the reservoir and retains the liquid within the reservoir prior to use of the tablet package. The sealed compartment for storing the tablet(s) preferably has a breakable sheet through which the tablet(s) can be ejected. More preferably, the container has separating means (e.g. a grill member) located between the breakable sheet and the reservoir to prevent the tablet(s) from entering the liquid.