diff --git a/src/Binning/Binning.jl b/src/Binning/Binning.jl
index b439c897e..5c395a4ed 100644
--- a/src/Binning/Binning.jl
+++ b/src/Binning/Binning.jl
@@ -189,10 +189,11 @@ end
 """
     unit_resolution_binning_parameters(sc::SampledCorrelations)
 
-Create [`BinningParameters`](@ref) which place one histogram bin centered at each possible `(q,ω)` scattering vector of the crystal.
-This is the finest possible binning without creating bins with zero scattering vectors in them.
+Create [`BinningParameters`](@ref) which place one histogram bin centered at
+each possible `(q,ω)` scattering vector of the crystal. This is the finest
+possible binning without creating bins with zero scattering vectors in them.
 """
-function unit_resolution_binning_parameters(sc; negative_energies=true)
+function unit_resolution_binning_parameters(sc::SampledCorrelations; negative_energies=true)
     ωvals = available_energies_including_zero(sc; negative_energies)
 
     good_qs = available_wave_vectors(sc)
@@ -221,6 +222,14 @@ function unit_resolution_binning_parameters(sc; negative_energies=true)
     params
 end
 
+function Sunny.unit_resolution_binning_parameters(isc::SampledCorrelationsStatic; kwargs...)
+    params = Sunny.unit_resolution_binning_parameters(isc.parent; kwargs...)
+    # Integrate over all energies
+    params.binstart[4] = -Inf
+    params.binwidth[4] = Inf
+    params
+end
+
 function Base.copy(p::BinningParameters)
     BinningParameters(copy(p.binstart), copy(p.binend), copy(p.binwidth), copy(p.covectors))
 end
diff --git a/test/test_binning.jl b/test/test_binning.jl
index 100f6fceb..0180c7275 100644
--- a/test/test_binning.jl
+++ b/test/test_binning.jl
@@ -35,15 +35,6 @@ end
     sys = System(cryst, [1 => Moment(s=1/2, g=2)], :dipole; dims=(5,5,1))
     randomize_spins!(sys)
 
-    # This should be added to Sunny (oops)
-    function Sunny.unit_resolution_binning_parameters(isc::SampledCorrelationsStatic; kwargs...)
-        params = Sunny.unit_resolution_binning_parameters(isc.parent; kwargs...)
-        # Integrate over all energies
-        params.binstart[4] = -Inf
-        params.binwidth[4] = Inf
-        params
-    end
-
     static_corrs = SampledCorrelationsStatic(sys; measure=ssf_trace(sys))
     add_sample!(static_corrs,sys)