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Utilities
--
oct-casida_spectrum
--
oct-center-geom
--
oct-conductivity_spectrum
--
oct-convert
--
oct-local_multipoles
--
oct-photoelectron_spectrum
--
oct-propagation_spectrum
--- PropagationSpectrumDampFactor
--- PropagationSpectrumDampMode
--- PropagationSpectrumEndTime
--- PropagationSpectrumEnergyStep
--- PropagationSpectrumMaxEnergy
--- PropagationSpectrumMinEnergy
--- PropagationSpectrumSigmaDiagonalization
--- PropagationSpectrumStartTime
--- PropagationSpectrumSymmetrizeSigma
--- PropagationSpectrumTransform
--- PropagationSpectrumType
--- SpectrumMethod
--- SpectrumSignalNoise
--- TransientAbsorptionReference
--
oct-spin_susceptibility
--
oct-unfold
--
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PropagationSpectrumDampMode
PropagationSpectrumDampMode
Section Utilities::oct-propagation_spectrum
Type integer
Decides which damping/filtering is to be applied in order to
calculate spectra by calculating a Fourier transform. The
default is polynomial damping, except when SpectrumMethod = compressed_sensing .
In that case the default is none.
Options :
none :
No filtering at all.
exponential :
Exponential filtering, corresponding to a Lorentzian-shaped spectrum.
polynomial :
Third-order polynomial damping.
gaussian :
Gaussian damping.
Source information
td/spectrum.F90 : 205
call parse_variable ( namespace , 'PropagationSpectrumDampMode' , default , spectrum % damp )
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