Hi William,
> I recall many years ago programming the 80387 maths coprocessor chip at the
> assembly level to generate the fastest Mandlebrot set I could. If I recall
> correctly, it ran at 25 MHz, which I think was the fastest any 80386/80376
> chip run at.
Wow ! Advanced technology ! I
On Tue, Mar 2, 2010 at 5:28 PM, Dr. David Kirkby
wrote:
> William Stein wrote:
>>
>> Hi,
>>
>> A student of mine is going to add to sage the capability of plotting
>> lots and lots of fractals easily. E.g.,
>>
>> sage: fractals.[tab]
>> lots of stuff
>>
>> sage: fractals.julia([params]).sho
William Stein wrote:
Hi,
A student of mine is going to add to sage the capability of plotting
lots and lots of fractals easily. E.g.,
sage: fractals.[tab]
lots of stuff
sage: fractals.julia([params]).show(figsize=10)
[up pops a julia set]
The trac ticket where this starts is here
2010/3/2 Florent Hivert :
> Hi William,
>
>> A student of mine is going to add to sage the capability of plotting
>> lots and lots of fractals easily. E.g.,
> [...]
>> The point of this email: if you like plotting fractals, and have some
>> potentially useful code to contribute, then please p
Hi William,
> A student of mine is going to add to sage the capability of plotting
> lots and lots of fractals easily. E.g.,
[...]
> The point of this email: if you like plotting fractals, and have some
> potentially useful code to contribute, then please post to this thread
> or http://tra
Hi,
A student of mine is going to add to sage the capability of plotting
lots and lots of fractals easily. E.g.,
sage: fractals.[tab]
lots of stuff
sage: fractals.julia([params]).show(figsize=10)
[up pops a julia set]
The trac ticket where this starts is here:
http://trac.sagemath.
