Thanks
On Tuesday, March 31, 2015 at 8:49:22 PM UTC+13, Milan Bouchet-Valat wrote:
>
> Le lundi 30 mars 2015 à 18:03 -0700, Steve Cordwell a écrit :
> > Actually there were some bugs in the code. The following code works:
> >
> > zero_mask!{T,N}(a::AbstractArray{T,N},
UTC+13, Steve Cordwell wrote:
>
> Say I want to be able to set the value of an array to zero where a boolean
> mask array is false, then I can define this function:
>
> zero_mask!(a::AbstractArray, mask::AbstractArray{Bool}) = setindex!(a,
> zero(T), find(!mask))
>
>
Say I want to be able to set the value of an array to zero where a boolean
mask array is false, then I can define this function:
zero_mask!(a::AbstractArray, mask::AbstractArray{Bool}) = setindex!(a,
zero(T), find(!mask))
I have a function that constructs arrays and part of its job is to ca
zeros, ones, rand etc all work in this way also
On Friday, December 19, 2014 7:45:43 PM UTC+13, Steve Cordwell wrote:
>
> To get a 3 dimensional array using the syntax Stefan described, you need
> to tell it the number of indices along each dimesion. Eg `Array(Int, 3, 4,
> 5)` prod
:11 PM UTC-5, Steve Cordwell wrote:
>>
>>
>> Hi John,
>>
>> `help(Array)` is telling you to use Array(SomeType, some_num_of_dims). If
>> it was telling you about the type it would look more like this:
&
Hi John,
`help(Array)` is telling you to use Array(SomeType, some_num_of_dims). If
it was telling you about the type it would look more like this:
> help(Int)
DataType :
Int64
Hi,
I have been playing around with Float16 arrays and I haven't been able to
figure out what is going on in this case, and whether it is expected
behaviour. According to the Wikipedia article half precision floating point
numbers are used for data storage and not for computations.
I was surpr
