example the non-standard version number v"0.3-" is used, with a trailing -: this notation is a Julia extension of the standard, and it's used to indicate a version which is lower than any 0.3 release, including check should be modified like this: v"0.2-" <= VERSION. Another non-standard version specification extension allows one to use a trailing + to express an upper limit on build versions, e.g. VERSION > v"0 METHODS 170 input = convert(AbstractArray{Eltype}, input) output = similar(input, Eltype) As an extension of this, in cases where the algorithm needs a copy of the input array, convert is insufficient

example the non-standard version number v"0.3-" is used, with a trailing -: this notation is a Julia extension of the standard, and it's used to indicate a version which is lower than any 0.3 release, including check should be modified like this: v"0.2-" <= VERSION. Another non-standard version specification extension allows one to use a trailing + to express an upper limit on build versions, e.g. VERSION > v"0 METHODS 170 input = convert(AbstractArray{Eltype}, input) output = similar(input, Eltype) As an extension of this, in cases where the algorithm needs a copy of the input array, convert is insufficient

example the non-standard version number v"0.3-" is used, with a trailing -: this notation is a Julia extension of the standard, and it's used to indicate a version which is lower than any 0.3 release, including check should be modified like this: v"0.2-" <= VERSION. Another non-standard version specification extension allows one to use a trailing + to express an upper limit on build versions, e.g. VERSION > v"0 METHODS 170 input = convert(AbstractArray{Eltype}, input) output = similar(input, Eltype) As an extension of this, in cases where the algorithm needs a copy of the input array, convert is insufficient

example the non-standard version number v"0.3-" is used, with a trailing -: this notation is a Julia extension of the standard, and it's used to indicate a version which is lower than any 0.3 release, including check should be modified like this: v"0.2-" <= VERSION. Another non-standard version specification extension allows one to use a trailing + to express an upper limit on build versions, e.g. VERSION > v"0 METHODS 170 input = convert(AbstractArray{Eltype}, input) output = similar(input, Eltype) As an extension of this, in cases where the algorithm needs a copy of the input array, convert is insufficient

example the non-standard version number v"0.3-" is used, with a trailing -: this notation is a Julia extension of the standard, and it's used to indicate a version which is lower than any 0.3 release, including check should be modified like this: v"0.2-" <= VERSION. Another non-standard version specification extension allows one to use a trailing + to express an upper limit on build versions, e.g. VERSION > v"0 METHODS 170 input = convert(AbstractArray{Eltype}, input) output = similar(input, Eltype) As an extension of this, in cases where the algorithm needs a copy of the input array, convert is insufficient

example the non-standard version number v"0.3-" is used, with a trailing -: this notation is a Julia extension of the standard, and it's used to indicate a version which is lower than any 0.3 release, including check should be modified like this: v"0.2-" <= VERSION. Another non-standard version specification extension allows one to use a trailing + to express an upper limit on build versions, e.g. VERSION > v"0 same type: input = convert(AbstractArray{Eltype}, input) output = similar(input, Eltype) As an extension of this, in cases where the algorithm needs a copy of the input array, convert is insufficient

example the non-standard version number v"0.3-" is used, with a trailing -: this notation is a Julia extension of the standard, and it's used to indicate a version which is lower than any 0.3 release, including check should be modified like this: v"0.2-" <= VERSION. Another non-standard version specification extension allows one to use a trailing + to express an upper limit on build versions, e.g. VERSION > v"0 same type: input = convert(AbstractArray{Eltype}, input) output = similar(input, Eltype) As an extension of this, in cases where the algorithm needs a copy of the input array, convert is insufficient

example the non-standard version number v"0.3-" is used, with a trailing -: this notation is a Julia extension of the standard, and it's used to indicate a version which is lower than any 0.3 release, including check should be modified like this: v"0.2-" <= VERSION. Another non-standard version specification extension allows one to use a trailing + to express an upper limit on build versions, e.g. VERSION > v"0 METHODS 170 input = convert(AbstractArray{Eltype}, input) output = similar(input, Eltype) As an extension of this, in cases where the algorithm needs a copy of the input array, convert is insufficient

example the non-standard version number v"0.3-" is used, with a trailing -: this notation is a Julia extension of the standard, and it's used to indicate a version which is lower than any 0.3 release, including check should be modified like this: v"0.2-" <= VERSION. Another non-standard version specification extension allows one to use a trailing + to express an upper limit on build versions, e.g. VERSION > v"0 same type: input = convert(AbstractArray{Eltype}, input) output = similar(input, Eltype) As an extension of this, in cases where the algorithm needs a copy of the input array, convert is insufficient

example the non-standard version number v"0.3-" is used, with a trailing -: this notation is a Julia extension of the standard, and it's used to indicate a version which is lower than any 0.3 release, including check should be modified like this: v"0.2-" <= VERSION. Another non-standard version specification extension allows one to use a trailing + to express an upper limit on build versions, e.g. VERSION > v"0 same type: input = convert(AbstractArray{Eltype}, input) output = similar(input, Eltype) As an extension of this, in cases where the algorithm needs a copy of the input array, convert is insufficient