@@ -192,65 +192,6 @@ function Base.getindex(
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return blocks (a)[Int (Block (I))]
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end
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- # Outputs a `BlockUnitRange`.
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- function sub_axis (a:: AbstractUnitRange , indices)
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- return error (" Not implemented" )
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- end
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-
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- # TODO : Use `GradedUnitRanges.blockedunitrange_getindices`.
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- # Outputs a `BlockUnitRange`.
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- function sub_axis (a:: AbstractUnitRange , indices:: AbstractUnitRange )
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- return only (axes (blockedunitrange_getindices (a, indices)))
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- end
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-
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- # TODO : Use `GradedUnitRanges.blockedunitrange_getindices`.
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- # Outputs a `BlockUnitRange`.
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- function sub_axis (a:: AbstractUnitRange , indices:: BlockSlice{<:BlockRange{1}} )
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- return sub_axis (a, indices. block)
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- end
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-
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- # TODO : Use `GradedUnitRanges.blockedunitrange_getindices`.
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- # Outputs a `BlockUnitRange`.
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- function sub_axis (a:: AbstractUnitRange , indices:: BlockSlice{<:Block{1}} )
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- return sub_axis (a, Block (indices))
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- end
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-
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- # TODO : Use `GradedUnitRanges.blockedunitrange_getindices`.
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- # Outputs a `BlockUnitRange`.
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- function sub_axis (a:: AbstractUnitRange , indices:: BlockSlice{<:BlockIndexRange{1}} )
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- return sub_axis (a, indices. block)
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- end
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-
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- function sub_axis (a:: AbstractUnitRange , indices:: BlockIndices )
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- return sub_axis (a, indices. blocks)
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- end
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-
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- # TODO : Use `GradedUnitRanges.blockedunitrange_getindices`.
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- # Outputs a `BlockUnitRange`.
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- function sub_axis (a:: AbstractUnitRange , indices:: Block )
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- return only (axes (blockedunitrange_getindices (a, indices)))
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- end
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-
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- # TODO : Use `GradedUnitRanges.blockedunitrange_getindices`.
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- # Outputs a `BlockUnitRange`.
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- function sub_axis (a:: AbstractUnitRange , indices:: BlockIndexRange )
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- return only (axes (blockedunitrange_getindices (a, indices)))
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- end
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-
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- # TODO : Use `GradedUnitRanges.blockedunitrange_getindices`.
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- # Outputs a `BlockUnitRange`.
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- function sub_axis (a:: AbstractUnitRange , indices:: AbstractVector{<:Block} )
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- return blockedrange ([length (a[index]) for index in indices])
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- end
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-
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- # TODO : Use `GradedUnitRanges.blockedunitrange_getindices`.
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- # TODO : Merge blocks.
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- function sub_axis (a:: AbstractUnitRange , indices:: BlockVector{<:Block} )
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- # `collect` is needed here, otherwise a `PseudoBlockVector` is
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- # constructed.
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- return blockedrange ([length (a[index]) for index in collect (indices)])
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- end
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-
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# TODO : Use `Tuple` conversion once
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# BlockArrays.jl PR is merged.
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block_to_cartesianindex (b:: Block ) = CartesianIndex (b. n)
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