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pass init to prod in normalization #81

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merged 10 commits into from
Feb 6, 2024
Merged

pass init to prod in normalization #81

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bfc776c
pass init to prod in normalization
jishnub Nov 4, 2022
e6ab576
Bounds check for region
jishnub Nov 5, 2022
c46d78c
remove test for empty region
jishnub Nov 5, 2022
1beeace
add type assertion
jishnub Nov 5, 2022
d72ed96
Add fallback checkindex method
jishnub Nov 5, 2022
cb0e1d6
fixes to boundscheck
jishnub Nov 11, 2022
629ac70
Use init=1 in normalization
jishnub Feb 5, 2024
b9eb1dc
Remove explicit bounds checking
jishnub Feb 6, 2024
8192688
Use prod instead of mapreduce
jishnub Feb 6, 2024
42d157b
revert to using mapreduce
jishnub Feb 6, 2024
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9 changes: 8 additions & 1 deletion src/definitions.jl
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Expand Up @@ -271,7 +271,14 @@ summary(p::ScaledPlan) = string(p.scale, " * ", summary(p.p))
*(p::Plan, I::UniformScaling) = ScaledPlan(p, I.λ)

# Normalization for ifft, given unscaled bfft, is 1/prod(dimensions)
normalization(::Type{T}, sz, region) where T = one(T) / Int(prod(sz[r] for r in region))::Int
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# ensure that region is a subset of eachindex(sz).
_checkindex(sz, region::AbstractVector) = checkindex(Bool, sz, region)
# this method handles the case where region is not an array, e.g. it is a Tuple
_checkindex(sz, region) = all(r -> checkindex(Bool, eachindex(sz), r), region)
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function normalization(::Type{T}, sz, region) where T
@boundscheck !isempty(region) && _checkindex(eachindex(sz), region)
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one(T) / mapreduce(r -> Int(@inbounds sz[r])::Int, *, region; init=oneunit(eltype(sz)))::Int
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end
normalization(X, region) = normalization(real(eltype(X)), size(X), region)

plan_ifft(x::AbstractArray, region; kws...) =
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