A slightly different approach. Rather than search out all alignments
and then deduce their degrees of rotation, I mean now to specify as
input the degrees for which rotations are to be generated.
Example: given a graph of one dot -- 22j10 -- I'd input that value with
a rotation choice -- 15 d
22j10 (* ^@:j.@:o.&(%&180)) 15
18.6622j15.3533
Make the middle part a named verb if you like.
Henry Rich
On 12/7/2023 11:48 AM, 'PMA' via Programming wrote:
A slightly different approach. Rather than search out all alignments
and then deduce their degrees of rotation, I mean now to specify
Just right. I've got it as
rotate =: 4 : 0
<. 0.5 + x (* ^@:j.@:o.&(%&180)) y
)
Yaaay. Thanks, Henry!
P
On 12/7/23 12:20, Henry Rich wrote:
22j10 (* ^@:j.@:o.&(%&180)) 15
18.6622j15.3533
Make the middle part a named verb if you like.
Henry Rich
On 12/7/2023 11:48 AM, 'PMA' via Prog
Or, more simply
22j10*^j.o.15%180
18.6622j15.3533
That said, you could also use J's notation for entering complex
numbers using polar coordinates
22j10*1ad15
18.6622j15.3533
I hope this makes sense,
--
Raul
On Thu, Dec 7, 2023 at 12:20 PM Henry Rich wrote:
>
> 22j10 (* ^@:j.@:o.&(
Thanks Raul. Interesting -- I'll look into the polar too
On 12/7/23 13:51, Raul Miller wrote:
Or, more simply
22j10*^j.o.15%180
18.6622j15.3533
That said, you could also use J's notation for entering complex
numbers using polar coordinates
22j10*1ad15
18.6622j15.3533
I hope this mak
