AAt this stage
this mostly represents the d.c. characteristics as seen in
a diode datasheet or from a
spice simulator ,
A
complex Newton iteration might also be efficient in this instance
.
Presently
I'm looking at modeling the response for an arbitrary input
signal , to do so
discrete convolution is required ; this most likely
can be
implemented , within fractint , via the Z-Transform .
There's at least one
region where a minibrot seems to appear , as mentioned
in the comments .
The diode
characteristics vary for varying temperature , I successfully
modelled this , however
I didn't bother including this in this particular
fracint formula .
----- Original Message -----
Sent: Friday, July 17, 2009 1:34 PM
Subject: Re: [Fractint] Diode
Animation?
.
Well, I finally got it to work with tweax; it is one
of the most interesting images I have seen, like with all the dots. However,
there are no parameters to tweak so I can't do a morph animation, or as I was
hoping, something that would model electricity thru a diode or
something.
Zooming in gets you nowhere fast; zooming out is ok for a
few orders, then it STOPS at about E-005. You cant back out further - keep
getting the same image. (I have seen this before. Strange)
.
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