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from Linda.
Note that some mail
Behalf
Of Xiao-Yong Jin
Sent: Friday, April 14, 2017 9:00 PM
To: programm...@jsoftware.com
Subject: Re: [Jprogramming] Complex functions ...
> On Apr 14, 2017, at 7:49 PM, Linda A Alvord wrote:
>
> First is there a limit in size to emails send to the forum?
Your messages have gone throug
> On Apr 14, 2017, at 7:49 PM, Linda A Alvord wrote:
>
> First is there a limit in size to emails send to the forum?
Your messages have gone through alright. This may be the fifth time?
Check:
http://jsoftware.com/pipermail/programming/2017-April/date.html
First is there a limit in size to emails send to the forum?
Here's a shortened message that I hope will get delivered.
If this image is a clock face, in an hour the grayscale image goes from
white to black correctly.
If you use the RGB palette that is not the case.
load 'plot'
at2=: 1
erns.
>
> Linda
>
> -----Original Message-----
> From: Programming [mailto:programming-boun...@forums.jsoftware.com] On
> Behalf Of Jo van Schalkwyk
> Sent: Friday, April 14, 2017 6:18 AM
> To: programm...@jsoftware.com
> Subject: Re: [Jprogramming] Complex functio
Andrew, These are fascinating images.
Several years ago I tried to convince people that GRB would be a better
palette than RGB. I used Cliff's image, your first pattern, and rotated it
90 degrees. If you think of this as the face of a clock, then in an hour the
GRB palette goes from white to b
interesting discoveries with your other patterns.
Linda
-Original Message-
From: Programming [mailto:programming-boun...@forums.jsoftware.com] On Behalf
Of Jo van Schalkwyk
Sent: Friday, April 14, 2017 6:18 AM
To: programm...@jsoftware.com
Subject: Re: [Jprogramming] Complex functions visualization
H
0 /~ i:500)
>> (gray RGB) viewmat (D=.at2"0 /~ i:500)
>> (gray GRB) viewmat (D=.at2"0 /~ i:500)
>>
>> (Another little exercise for JHS)
>>
>> Maybe you'll make some interesting discoveries with your other patterns.
>>
>> Linda
>>
r other patterns.
>
> Linda
>
> -Original Message-
> From: Programming [mailto:programming-boun...@forums.jsoftware.com] On
> Behalf Of Andrew Nikitin
> Sent: Tuesday, April 11, 2017 11:39 AM
> To: J programming
> Subject: [Jprogramming] Complex functions visua
interesting discoveries with your other patterns.
Linda
-Original Message-
From: Programming [mailto:programming-boun...@forums.jsoftware.com] On Behalf
Of Andrew Nikitin
Sent: Tuesday, April 11, 2017 11:39 AM
To: J programming
Subject: [Jprogramming] Complex functions visualization
I read a book &quo
at2"0 /~ i:500)
(Another good JHS exercise)
Linda
-Original Message-
From: Programming [mailto:programming-boun...@forums.jsoftware.com] On Behalf
Of Andrew Nikitin
Sent: Tuesday, April 11, 2017 11:39 AM
To: J programming
Subject: [Jprogramming] Complex functions visualization
I read a
Andrew, beautiful job putting this up on the JSoftware page, interesting and
very nicely done !!
> On 13 Apr 2017, at 10:20 pm, Andrew Nikitin wrote:
>
> I have updated phase portraits page
> http://code.jsoftware.com/wiki/User:Andrew_Nikitin/Phase_portraits
>
> Now it includes several alter
Thanks for the grey palettes. Being colorblind, I miss some of the
information in the color plots, even though I think they are prettier.
Dave
On 4/13/2017 8:20 AM, Andrew Nikitin wrote:
I have updated phase portraits page
http://code.jsoftware.com/wiki/User:Andrew_Nikitin/Phase_portraits
I have updated phase portraits page
http://code.jsoftware.com/wiki/User:Andrew_Nikitin/Phase_portraits
Now it includes several alternative palettes and a sampler that demonstrates
their appearance.
--
For information about J for
Consider drawing the complex plane such that 1 is upwards and i is to the
right. Then complex conjugation correspond to left-right symmetry, which is
more familiar than up-down symmetry.
Bo.
Den 17:57 tirsdag den 11. april 2017 skrev Roger Hui
:
V. cool.
On Tue, Apr 11, 2017 at 8:3
V. cool.
On Tue, Apr 11, 2017 at 8:39 AM, Andrew Nikitin wrote:
> I read a book "Visual Complex Functions" by Elias Wegert.
>
> In it autor argues for so called phase portraits as a good way to visualize
> complex function of one complex variable. Each function value is
> represented by
> a pix
I read a book "Visual Complex Functions" by Elias Wegert.
In it autor argues for so called phase portraits as a good way to visualize
complex function of one complex variable. Each function value is represented by
a pixel with a hue (which is an angular quantity) equal to function value's
phase an
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