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At low temperature, for a given imaginary frequency cutoff uniform sampling will generate hundreds of, even thousands of Matsubara frequency points. This can be optimized by the IR sampling technique as explained in this paper.
In this PR we added the support of this function in EpwCalculation and SuperConWorkChain in case of full-bandwidth anisotropic calculation.
We update the parameters and added the required filobj into the package so that it will be uploaded into the remote folder for the calculation.