Thomas Grill a écrit :
I forgot to mention that vibrez_pure (http://vibrez.net/vibrez_pure)
I forgot to try pd-devel, many thanks!
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I forgot to mention that vibrez_pure (http://vibrez.net/vibrez_pure)
contains a high-resolution math library (hr) with many objects that use
two-float lists to represent double precision numbers. There are both
message and signal objects. If double precision (about 15 decimal
digits) is enough
Hans-Christoph Steiner schrieb:
It seems that it would be useful to create a defacto standard for long
numbers. It could just be a list of two floats:
[87891234 987234.23(
or maybe a special selector:
[long 87891234 987234.23(
I imagine this lib has something like that.
Exactly, it
Hi everybody
Working on a project that needs really long numbers. I'm sure there's
a way of doing it that's obvious to those with better math brains and
more experience, but I basically need to keep Pd from slipping into
scientific notation.
Can anybody offer hints on how to split up really long
On Fri, 21 Dec 2007, Dafydd Hughes wrote:
Working on a project that needs really long numbers. I'm sure there's a
way of doing it that's obvious to those with better math brains and more
experience, but I basically need to keep Pd from slipping into
scientific notation.
Everybody learned
On Fri, 2007-12-21 at 19:29 +0100, Roman Haefeli wrote:
http://romanhaefeli.net/very_long_number.png
i forgot to mention, that the classes [symbol2list] and [list2symbol]
are part of zexy.
roman
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i assume, you don't want to perform calculations with these big numbers.
or better i should say, i hope, because this wouldn't be possible (at
least with pd on 32bit machines).
if you are only interested in the visual representation (e.g when
displaying phone numbers) then you could convert your
On Fri, 21 Dec 2007, Roman Haefeli wrote:
i assume, you don't want to perform calculations with these big numbers.
or better i should say, i hope, because this wouldn't be possible (at
least with pd on 32bit machines).
Everything is possible. Try this:
ruby -e p 3**3
If you don't have
Thanks for your help, Mathieu and Roman
As it turns out, while I don't want to perform calculations so much, I
do need to translate these long numbers into rotations in Gem, so I
need them more or less intact.
Looks like it's Python for the crunching then.
Thanks again!
cheers
dafydd
On Dec
Hey thanks Thomas
You folks are awesome.
cheers
dafydd
On Dec 21, 2007 4:30 PM, Thomas Grill [EMAIL PROTECTED] wrote:
Hi Dafydd,
attached is an archive of a few abstractions and a small Python helper
script which uses the Python decimal module for calculation of large
numbers with py/pyext
I always wonder when you say large numbers and rotation...
Do you really need large numbers? I never checked if its slower to
rotateXYZ to 360*100 compared to rotation to 360.
.b.
Dafydd Hughes wrote:
Thanks for your help, Mathieu and Roman
As it turns out, while I don't want to perform
On Fri, 21 Dec 2007, B. Bogart wrote:
I always wonder when you say large numbers and rotation...
Do you really need large numbers? I never checked if its slower to
rotateXYZ to 360*100 compared to rotation to 360.
I really wonder why Dafydd wants large numbers for rotation. I thought
that
Mathieu Bouchard a écrit :
On Fri, 21 Dec 2007, B. Bogart wrote:
I always wonder when you say large numbers and rotation...
Do you really need large numbers? I never checked if its slower to
rotateXYZ to 360*100 compared to rotation to 360.
I really wonder why Dafydd wants large numbers
I wish it was something as noble as gravitation, but it's just a clock
which counts seconds from about 3BC to now. It's easier to do
using [mod] on the counters, but the way it's animated means it makes
a smooth transition around the dial then jumps back to 0 instead of
smoothly moving on.
Dafydd Hughes a écrit :
I wish it was something as noble as gravitation, but it's just a clock
which counts seconds from about 3BC to now. It's easier to do
using [mod] on the counters, but the way it's animated means it makes
a smooth transition around the dial then jumps back to 0
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