@@ -345,29 +345,6 @@ function steadystate_fourier(
345345 return _steadystate_fourier (L_0, L_p, L_m, ωd, solver; n_max = n_max, tol = tol, kwargs... )
346346end
347347
348- function steadystate_fourier (
349- H_0:: QuantumObject{OpType1} ,
350- H_p:: QuantumObject{OpType2} ,
351- H_m:: QuantumObject{OpType3} ,
352- ωd:: Number ,
353- c_ops:: Union{Nothing,AbstractVector,Tuple} = nothing ;
354- n_max:: Integer = 2 ,
355- tol:: R = 1e-8 ,
356- solver:: FSolver = SteadyStateLinearSolver (),
357- kwargs... ,
358- ) where {
359- OpType1<: Union{Operator,SuperOperator} ,
360- OpType2<: Union{Operator,SuperOperator} ,
361- OpType3<: Union{Operator,SuperOperator} ,
362- R<: Real ,
363- FSolver<: SteadyStateSolver ,
364- }
365- L_0 = liouvillian (H_0, c_ops)
366- L_p = liouvillian (H_p)
367- L_m = liouvillian (H_m)
368- return _steadystate_fourier (L_0, L_p, L_m, ωd, solver; n_max = n_max, tol = tol, kwargs... )
369- end
370-
371348function _steadystate_fourier (
372349 L_0:: QuantumObject{SuperOperator} ,
373350 L_p:: QuantumObject{SuperOperator} ,
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