1. A chemiluminescence imaging system comprising: a sensor array including a plurality of pixels operable to capture a plurality of pseudo-random images; a multispectral mask array having a first plurality of cells with each cell of the first plurality of cells associated with a respective pixel and being one of a plurality of band-pass filter types with the plurality of band-pass filter types being randomly distributed across the multispectral mask, where each of the band-pass filter types is associated with a respective pseudo-random image included in the plurality of pseudo-random images; an attenuation filter array adjacent to the multispectral mask array and having a second plurality of cells with each cell of the second plurality of cells associated with a respective cell of the first plurality of cells of the multispectral mask array for obtaining proper exposure of each of the plurality of pixels; and a computer having an image reconstruction algorithm, wherein each of the pseudo-random images is based on less than an entirety of the plurality of pixels such that each pseudo-random image is sparse, wherein the algorithm is operable to construct a plurality of whole images based on the plurality of pseudo-random images, wherein each of the whole images corresponds to a respective one of the plurality of pseudo-random images, and wherein each of the whole images corresponds to the entirety of the plurality of pixels.