Initially wrote a library given perceptually uniform graphical/color representation to complex fields representing transverse wave amplitudes. I built a connected computational and experimental deformable mirror control system to realize partial coherence with different radial coherence functions. Using raveled eigenvector methods I generated 2d statistical phase screens, and determined two coherence functions that are realizable in experiment given physical limitations. Using linear influence function modeling I achieved model-based single shot control of transverse phasing to verify experimental realization of two different radial coherence functions.
