Utilities

Detailed Description

Modules
	Analyze Green's functions
	Methods to analyze the degenerate blocks of a Green's function and use those blocks to symmetrize the Green's function object.
	Double Counting
	The implementation of the double counting correction within DFT+DMFT. We abstract phenomenological term into an additional "solver" that takes as input a Green's function and returns the double counting correction to the self-energy and/or the doube counting correction to the total energy. This solver is useful for cases when the double counting can not be absorbed into the chemical potential (e.g., charge self-consistent DFT+DMFT d-p models, etc.).
	File I/O
	The checkpoint object allows users to seamlessly save their results within their DMFT calculation to an organized HDF5 file.
	Root finders
	Generic root finder methods for finding the roots of a scalar function \(f(x)\).