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Generating Excited State Energies based on Diffusion Monte Carlo Ground State: H7O3+ and H9O4+

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This code takes a DMC wave function and calculates the vibrational frequencies and intensities using the ground state approximation outlined by McCoy et. al here (https://doi.org/10.1021/jp811352c).

Some of this is inhereted code from a previous member of our group, so most of the infrastructure of this code was not written by me (DMCClusters.py, CalculateSpectrum.py, molecularInfo.py) however I have made serious modifications to basically all of the code, including vectorization and extensions like calculating a reduced-dimensional Hamiltonian and overlap matrix. In the future, I may restructure this code to become more generalizable.

In addition, all the other .py files are my own work within the context of this original code.

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Generating Excited State Energies based on Diffusion Monte Carlo Ground State: H7O3+ and H9O4+

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