diff --git a/src/Operators/finitedifference.jl b/src/Operators/finitedifference.jl
index 61321b8ca9..061db35826 100644
--- a/src/Operators/finitedifference.jl
+++ b/src/Operators/finitedifference.jl
@@ -1817,7 +1817,7 @@ struct VanLeerLimiter <: AbstractTVDLimiter end
 end
 
 @inline function compute_limiter_coeff(r, ::RHalfLimiter)
-    return one(eltype(r)) * 1/2
+    return one(eltype(r)) * 1 / 2
 end
 
 @inline function compute_limiter_coeff(r, ::RMaxLimiter)
@@ -1829,26 +1829,22 @@ end
 end
 
 @inline function compute_limiter_coeff(r, ::KorenLimiter)
-    return max(zero(eltype(r)), min(2r, min(1 + 2r/3, 2), 2))
+    return max(zero(eltype(r)), min(2r, min(1 + 2r / 3, 2), 2))
 end
 
 @inline function compute_limiter_coeff(r, ::SuperbeeLimiter)
-    return max(
-               zero(eltype(r)),
-               min(one(eltype(r)), r),
-               min(2, r)
-           )
+    return max(zero(eltype(r)), min(one(eltype(r)), r), min(2, r))
 end
 
 @inline function compute_limiter_coeff(r, ::MonotonizedCentralLimiter)
-    return max(zero(eltype(r)), min(2r, (1+r)/2, 2))
+    return max(zero(eltype(r)), min(2r, (1 + r) / 2, 2))
 end
 
 @inline function compute_limiter_coeff(r, ::VanLeerLimiter)
-    return (r + abs(r))/(1 + abs(r) + eps(eltype(r)))
+    return (r + abs(r)) / (1 + abs(r) + eps(eltype(r)))
 end
 # ??? Do we want to allow flux method types to be determined here? 
-struct TVDLimitedFlux{BCS} <: AdvectionOperator 
+struct TVDLimitedFlux{BCS} <: AdvectionOperator
     bcs::BCS
 end
 
@@ -1863,16 +1859,7 @@ return_space(
     Φ_space::AllCenterFiniteDifferenceSpace,
 ) = A_space
 
-function fct_tvd(
-    Aⱼ₋₁₂,
-    Aⱼ₊₁₂,
-    Aⱼ₊₃₂,
-    ϕⱼ₋₁,
-    ϕⱼ,
-    ϕⱼ₊₁,
-    ϕⱼ₊₂,
-    rⱼ₊₁₂
-)
+function fct_tvd(Aⱼ₋₁₂, Aⱼ₊₁₂, Aⱼ₊₃₂, ϕⱼ₋₁, ϕⱼ, ϕⱼ₊₁, ϕⱼ₊₂, rⱼ₊₁₂)
     # 1/dt is in ϕⱼ₋₁, ϕⱼ, ϕⱼ₊₁, ϕⱼ₊₂, ϕⱼ₋₁ᵗᵈ, ϕⱼᵗᵈ, ϕⱼ₊₁ᵗᵈ, ϕⱼ₊₂ᵗᵈ
     stable_zero = zero(eltype(Aⱼ₊₁₂))
     stable_one = one(eltype(Aⱼ₊₁₂))
@@ -1916,21 +1903,12 @@ Base.@propagate_inbounds function stencil_interior(
     rⱼ₊₁₂ = compute_slope_ratio(ϕⱼ, ϕⱼ₋₁, ϕⱼ₊₁)
 
     return Geometry.Contravariant3Vector(
-        fct_tvd(
-            Aⱼ₋₁₂,
-            Aⱼ₊₁₂,
-            Aⱼ₊₃₂,
-            ϕⱼ₋₁,
-            ϕⱼ,
-            ϕⱼ₊₁,
-            ϕⱼ₊₂,
-            rⱼ₊₁₂
-        ),
+        fct_tvd(Aⱼ₋₁₂, Aⱼ₊₁₂, Aⱼ₊₃₂, ϕⱼ₋₁, ϕⱼ, ϕⱼ₊₁, ϕⱼ₊₂, rⱼ₊₁₂),
     )
 end
 
 @inline function compute_slope_ratio(ϕⱼ, ϕⱼ₋₁, ϕⱼ₊₁)
-    return (ϕⱼ - ϕⱼ₋₁)/(ϕⱼ₊₁ - ϕⱼ + eps(eltype(ϕⱼ)))
+    return (ϕⱼ - ϕⱼ₋₁) / (ϕⱼ₊₁ - ϕⱼ + eps(eltype(ϕⱼ)))
 end