used.) An example of correct usage of Val would be: function filter3(A::AbstractArray{T,N}) where {T,N} kernel = array3(1, Val(N)) filter(A, kernel) end In this example, N is passed as a parameter order functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the der functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the

used.) An example of correct usage of Val would be: function filter3(A::AbstractArray{T,N}) where {T,N} kernel = array3(1, Val(N)) filter(A, kernel) end In this example, N is passed as a parameter order functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the der functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the

used.) An example of correct usage of Val would be: function filter3(A::AbstractArray{T,N}) where {T,N} kernel = array3(1, Val(N)) filter(A, kernel) end In this example, N is passed as a parameter order functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the der functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the

used.) An example of correct usage of Val would be: function filter3(A::AbstractArray{T,N}) where {T,N} kernel = array3(1, Val(N)) filter(A, kernel) end In this example, N is passed as a parameter order functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the der functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the

used.) An example of correct usage of Val would be: function filter3(A::AbstractArray{T,N}) where {T,N} kernel = array3(1, Val(N)) filter(A, kernel) end In this example, N is passed as a parameter order functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the der functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the

used.) An example of correct usage of Val would be: function filter3(A::AbstractArray{T,N}) where {T,N} kernel = array3(1, Val(N)) filter(A, kernel) end In this example, N is passed as a parameter order functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the der functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the

used.) An example of correct usage of Val would be: function filter3(A::AbstractArray{T,N}) where {T,N} kernel = array3(1, Val(N)) filter(A, kernel) end In this example, N is passed as a parameter order functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the der functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the

used.) An example of correct usage of Val would be: function filter3(A::AbstractArray{T,N}) where {T,N} kernel = array3(1, Val(N)) filter(A, kernel) end In this example, N is passed as a parameter order functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the der functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the

used.) An example of correct usage of Val would be: function filter3(A::AbstractArray{T,N}) where {T,N} kernel = array3(1, Val(N)) filter(A, kernel) end In this example, N is passed as a parameter order functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the der functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the

used.) An example of correct usage of Val would be: function filter3(A::AbstractArray{T,N}) where {T,N} kernel = array3(1, Val(N)) filter(A, kernel) end In this example, N is passed as a parameter order functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the der functions filter and filter!, allowing users to write filter(z->z>3, x) and filter!(z->z>3, x) as alternatives to the corresponding transliterations x[x.>3] and x = x[x.>3]. Using filter! reduces the