Comments (2)
Your first example could be written:
julia> testm2 == @reduce _[_,j] := sum(i) table[i,j,1,1]
true
In the second, are you hoping to get an array of arrays? Perhaps like this:
julia> @reduce test3[k,l][_,j] := sum(i) table[i,j,k,l]
2×2 Matrix{TransmuteDims.TransmutedDimsArray{Float64, 2, (0, 1), (2,), SubArray{Float64, 1, Array{Float64, 3}, Tuple{Base.Slice{Base.OneTo{Int64}}, Int64, Int64}, true}}}:
[0.94672 0.889256] [0.44493 1.67686]
[1.11919 1.04312] [1.1044 0.49902]
julia> test3[1,1] == testm2
true
from tensorcast.jl.
Thanks. You are definitely right. Actually, I use this code just as an example. Since TensorCast
also includes summation over indices, we can solve the second problem easily by @reduce
. My original question also calls package Trapz
to perform numerical integration over the first dimension. Just I want to simplify the process I substitute to sum
to express my idea in brief.
from tensorcast.jl.
Related Issues (20)
- Smarter repeat?
- Use vector of indexes HOT 3
- World Age Issues with TensorCast calls from pyJulia HOT 3
- Exploit `einops` for docs / tests / advertising
- Slicing an array produces `Vector{<:SubArray}`, hence allocates HOT 4
- Indices which run over a shorter range than `axes(A,d)` HOT 9
- Extra singleton dimension appears during casting HOT 2
- cannot @cast on views of other @cast results HOT 3
- @cast for remaining n-1 dimensions, e.g, add noise to a tensor of column vectors HOT 1
- @cast works for hcat but not for [ ] HOT 1
- @cast on functions with tuples as lvalues HOT 3
- Concatenation / forced indexing HOT 1
- @cast into an SMatrix HOT 3
- Interpolation & scope HOT 1
- Performance of nested reductions HOT 1
- Expr -> Symbol MethodError when combining mapslices and reshapes HOT 1
- Support for AxisKeys
- array arguments in @cast indexing HOT 1
- Error in summation within @reduce HOT 1
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from tensorcast.jl.