Add brandn

src/banded/BandedMatrix.jl

@@ -163,7 +163,7 @@ promote_rule(::Type{BandedMatrix{T1, C1}}, ::Type{BandedMatrix{T2, C2}}) where {
     BandedMatrix{promote_type(T1,T2), promote_type(C1, C2)}
 
 
-for (op,bop) in ((:(rand),:brand),)
+for (op,bop) in ((:rand,:brand), (:randn,:brandn))
     @eval begin
         $bop(::Type{T},n::Integer,m::Integer,a::Integer,b::Integer) where {T} =
             _BandedMatrix($op(T,max(0,b+a+1),m),n,a,b)
@@ -193,6 +193,13 @@ Creates an `n×m` banded matrix  with random numbers in the bandwidth of type `T
 """
 brand
 
+"""
+    brandn(T,n,m,l,u)
+
+Creates an `n×m` banded matrix  with random normals in the bandwidth of type `T` with bandwidths `(l,u)`
+"""
+brand
+
 ## Conversions from AbstractArrays, we include FillArrays in case `zeros` is ever faster
 BandedMatrix{T}(A::AbstractMatrix, bnds::NTuple{2,Integer}) where T =
     BandedMatrix{T, Matrix{T}}(A, bnds)