Julia is a nightmare for peer reviewability.
Gonum exists largely because Matlab, NumPy and Julia did not satisfy.
On Fri, 2019-01-04 at 00:06 -0800, minfo...@arcor.de wrote:
> Am Mittwoch, 2. Januar 2019 22:51:07 UTC+1 schrieb kortschak:
> >
> >
> > Yeah, Gonum is 5 years old, and yet because
On Fri, Jan 4, 2019, 09:06 Am Mittwoch, 2. Januar 2019 22:51:07 UTC+1 schrieb kortschak:
>>
>> Yeah, Gonum is 5 years old, and yet because of the design of the
>> language handles some aspects of numerical and scientific coding far
>> better than Matlab/NumPy
>>
>>
> This is more than debatable.
Am Mittwoch, 2. Januar 2019 22:51:07 UTC+1 schrieb kortschak:
>
> Yeah, Gonum is 5 years old, and yet because of the design of the
> language handles some aspects of numerical and scientific coding far
> better than Matlab/NumPy
>
>
This is more than debatable. Don't underestimate scientific
Yeah, Gonum is 5 years old, and yet because of the design of the
language handles some aspects of numerical and scientific coding far
better than Matlab/NumPy - the rest is a work in progress.
On Wed, 2019-01-02 at 04:26 -0800, minfo...@arcor.de wrote:
> Thanks for mentioning Gonum. While IMO it
Thanks for mentioning Gonum. While IMO it does not play in the Matlab or
NumPy league,
the math basics are there.
After all golang is just a ..lang.. and no control development toolbox.
Am Mittwoch, 2. Januar 2019 00:52:01 UTC+1 schrieb kortschak:
> Who uses [][]T for this?
>
> Gonum has
>
>
> 2) what hardware should I use? RaspberryPI, or some super Arduino? or a
> more specific microcontroller, perhaps controlled by a R-PI?
>
suggest UP2 board => fully supported by Intel, best x86-64 dev board so
far.
https://up-board.org/upsquared/specifications/
> 3) what OS?
On Tue, 01 Jan 2019 15:40:41 -0800 Pat Farrell wrote:
>
> On Monday, December 31, 2018 at 4:19:50 PM UTC-5, minf...@arcor.de wrote:
> >
> > So perhaps you should saddle your horse backwards, and then decide if
> > Golang as front-end development language
> > is really the right choice for you.
And we have these.
On Tue, 2019-01-01 at 15:43 -0800, Pat Farrell wrote:
>
> On Tuesday, January 1, 2019 at 6:07:03 PM UTC-5, robert engels wrote:
> >
> >
> > Wouldn’t you wrap the slices custom structs with a domain specific
> > interface? You can create whatever notation is needed...
> >
>
Who uses [][]T for this?
Gonum has implementations for many of the things that you would need
here and other projects provide other aspects.
On Tue, 2019-01-01 at 14:52 -0800, minfo...@arcor.de wrote:
>
> Am Montag, 31. Dezember 2018 23:06:23 UTC+1 schrieb kortschak:
> >
> >
> > Where do we
On Tuesday, January 1, 2019 at 6:07:03 PM UTC-5, robert engels wrote:
>
> Wouldn’t you wrap the slices custom structs with a domain specific
> interface? You can create whatever notation is needed...
>
Perhaps I'm naive but I was expecting that a two dimensional metric
of quaternions would be
On Monday, December 31, 2018 at 4:19:50 PM UTC-5, minf...@arcor.de wrote:
>
> So perhaps you should saddle your horse backwards, and then decide if
> Golang as front-end development language
> is really the right choice for you. And then Golang doesn't treat complex
> matrix algebra well...
>
>
Wouldn’t you wrap the slices custom structs with a domain specific interface?
You can create whatever notation is needed...
> On Jan 1, 2019, at 4:52 PM, minfo...@arcor.de wrote:
>
>
>
> Am Montag, 31. Dezember 2018 23:06:23 UTC+1 schrieb kortschak:
> Where do we fall down?
>
> On Mon,
Am Montag, 31. Dezember 2018 23:06:23 UTC+1 schrieb kortschak:
>
> Where do we fall down?
>
> On Mon, 2018-12-31 at 01:38 -0800, minf...@arcor.de wrote:
> > And then Golang doesn't treat complex
> > matrix algebra well...
>
You really want to do controller design with go's 2-dimensional
Where do we fall down?
On Mon, 2018-12-31 at 01:38 -0800, minfo...@arcor.de wrote:
> And then Golang doesn't treat complex
> matrix algebra well...
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Am Sonntag, 30. Dezember 2018 06:05:25 UTC+1 schrieb Pat Farrell:
>
> I need a project to motivate myself into writing some non-trivial go. So I
> want to learn about implementing control theory, sensors, etc. Things like
> IMU (gyro, 3D magnetic compass, and accelerometer) GPS. Not only do I
It's easy to use Go on the Raspberry Pi (with or without
cross-compilation), and AFAIK you can gain low-level access to the hardware
in almost the same way than in C.
For example, you can use all the features of the GPIO by mmap-ing the
registers dedicated to its control (under linux the
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