OK, that works fine. Thanks. I think it would be a good idea to drop the
matlab-ism in future versions.
Patrik
On Thursday, November 17, 2016 at 11:51:09 AM UTC+1, Simon Byrne wrote:
> I'm not familiar with the package in question, but this line:
>
> w = Any[ 0.1*randn(1,13), 0 ]
>
> may be wha
I'm not familiar with the package in question, but this line:
w = Any[ 0.1*randn(1,13), 0 ]
may be what is causing the problem. It is creating a 2-element Vector, the
first element of which is a 1x13 Matrix, and the second element is a scalar
0. The analogous object in R would be:
W = list(mat
I guess I should have explained my problem clearer. If I run the code
without w[1,(w[1].-(z))] = 0, and do:
dump(w)
Array{Any}((2,))
1:
Array{Float64}((1,13))
[-0.681392 0.595298 … 0.893845 -3.5044]
2: Float64 22.447679788630705
and
println(w[1])
[-0.681392 0.595298 -0.394906 0.776983 -1.1
good things to know about how indexing works
The indices for a Vector, or a column or row of a Matrix start at *1*
```
length(avector) # gets the number of elements in avector
avector[1]# gets the first item in avector
avector[end] # gets the final item in avector
avector[1:end]
