1. A method of creating a plurality of digital images from a corresponding plurality of photographic images contained on a strip of photographic film, the method comprising: scanning the film strip to create a digital representation of the film strip, the digital representation of the film strip including a digital image for each of the plurality of photographic images, the digital representation of the film strip and each of the digital images made up of a multiplicity of pixels with each pixel having an intensity value associated with it; determining an original range of intensity values in the digital representation of the film strip by identifying the lowest and the highest intensity values in the digital representation of the film strip; generating an expanded range of intensity values from the original range of intensity values by linearly mapping each intensity value in the digital representation of the film strip to an intensity value in the expanded range; generating a gamma-corrected range of intensity values by nonlinearly mapping each intensity value in the digital representation of the film strip to an intensity value in the gamma-corrected range according to a nonlinear graph that compensates for the nonlinear relationship between the density of deposits on a film and the exposure of the film; determining a beginning range of intensity values in each digital image by identifying the lowest and the highest intensity value in the digital image; and generating an enlarged range of intensity values for said each digital image by linearly mapping each intensity value in the digital image to an intensity value in the enlarged range for the digital image.