On Aug 23, 6:12 am, W. eWatson [EMAIL PROTECTED] wrote:
The other night I surveyed a site for astronomical use by measuring the
altitude (0-90 degrees above the horizon) and az (azimuth, 0 degrees north
clockwise around the site to 360 degrees, almost north again) of obstacles,
trees. My
W. eWatson wrote:
The other night I surveyed a site for astronomical use by measuring the
altitude (0-90 degrees above the horizon) and az (azimuth, 0 degrees
north clockwise around the site to 360 degrees, almost north again) of
obstacles, trees. My purpose was to feed this profile of
W. eWatson schreef:
I completed a Win Python program and it has generated the necessary data,
which I have in turn used successfully with the telescope software. Is there
some way to turn this into an executable program for people who do not have
Python?
Yes, you can use py2exe
What modules do I need to use pylab? I've installed scipy and numpy.
http://matplotlib.sourceforge.net/
--
Have Fun,
David A.
Powered by Gentoo GNU/LINUX
http://www.linuxcrazy.com
--
http://mail.python.org/mailman/listinfo/python-list
David wrote:
What modules do I need to use pylab? I've installed scipy and numpy.
http://matplotlib.sourceforge.net/
I'm using Python 2.4. The install looks pretty complicated for Windows. It
doesn't seem like matplotlib is a module.
--
Wayne Watson (Watson Adventures, Prop.,
http://matplotlib.sourceforge.net/
I'm using Python 2.4. The install looks pretty complicated for Windows.
It doesn't seem like matplotlib is a module.
Maybe going with the enthought edition would be easiest for you as it is
a very complete set of tools all in one package. It's at
On Aug 23, 10:11 am, Scott David Daniels [EMAIL PROTECTED]
wrote:
W. eWatson wrote:
...
I'm working on this now, but my knowledge of python needs refreshing.
Right now I have a file of all the az,el data I've collected, and I'd
like to open it with Python for XP. However, Python doesn't
Maric Michaud wrote:
Le Saturday 23 August 2008 01:12:48 W. eWatson, vous avez écrit :
The other night I surveyed a site for astronomical use by measuring the
altitude (0-90 degrees above the horizon) and az (azimuth, 0 degrees north
clockwise around the site to 360 degrees, almost north again)
Carl Banks wrote:
On Aug 22, 7:12 pm, W. eWatson [EMAIL PROTECTED] wrote:
Is there some simple operational device in Python that would allow me to
create an array (vector) of 360 points from my data by interpolating between
azimuth points when necessary? All my data I rounded to the nearest
W. eWatson wrote:
...
I'm working on this now, but my knowledge of python needs refreshing.
Right now I have a file of all the az,el data I've collected, and I'd
like to open it with Python for XP. However, Python doesn't like this:
junkfile = open('c:\tmp\junkpythonfile','w')
I get
Scott David Daniels wrote:
W. eWatson wrote:
...
I'm working on this now, but my knowledge of python needs refreshing.
Right now I have a file of all the az,el data I've collected, and I'd
like to open it with Python for XP. However, Python doesn't like this:
junkfile =
W. eWatson wrote:
The other night I surveyed a site for astronomical use by measuring the
altitude (0-90 degrees above the horizon) and az (azimuth, 0 degrees
north clockwise around the site to 360 degrees, almost north again) of
obstacles, trees. My purpose was to feed this profile of
I completed a Win Python program and it has generated the necessary data,
which I have in turn used successfully with the telescope software. Is there
some way to turn this into an executable program for people who do not have
Python?
--
Wayne Watson (Watson Adventures, Prop.,
tom wrote:
W. eWatson wrote:
The other night I surveyed a site for astronomical use by measuring
the altitude (0-90 degrees above the horizon) and az (azimuth, 0
degrees north clockwise around the site to 360 degrees, almost north
again) of obstacles, trees. My purpose was to feed this
Dennis Lee Bieber wrote:
On Fri, 22 Aug 2008 23:18:17 -0700, W. eWatson
[EMAIL PROTECTED] declaimed the following in comp.lang.python:
I'll take a look. I just posted above yours with a more insightful set of
data than the first three pointer. Yes, some way of bisecting, or chopping
is the
W. eWatson wrote:
tom wrote:
W. eWatson wrote:
The other night I surveyed a site for astronomical use by measuring
the altitude (0-90 degrees above the horizon) and az (azimuth, 0
degrees north clockwise around the site to 360 degrees, almost north
again) of obstacles, trees. My purpose was
tom wrote:
Both scipy and matplotlib are not part of the standard Python
distribution so they would need to be installed separately. Scipy is
useful for scientific data analysis, and matplotlib is useful for making
plots.
For a review of a really nice looking wrapper around lots of
tom wrote:
W. eWatson wrote:
tom wrote:
W. eWatson wrote:
The other night I surveyed a site for astronomical use by measuring
the altitude (0-90 degrees above the horizon) and az (azimuth, 0
degrees north clockwise around the site to 360 degrees, almost north
again) of obstacles, trees. My
On Aug 22, 6:12 pm, W. eWatson [EMAIL PROTECTED] wrote:
The other night I surveyed a site for astronomical use by measuring the
altitude (0-90 degrees above the horizon) and az (azimuth, 0 degrees north
clockwise around the site to 360 degrees, almost north again) of obstacles,
trees. My
Mensanator wrote:
On Aug 22, 6:12 pm, W. eWatson [EMAIL PROTECTED] wrote:
The other night I surveyed a site for astronomical use by measuring the
altitude (0-90 degrees above the horizon) and az (azimuth, 0 degrees north
clockwise around the site to 360 degrees, almost north again) of
Le Saturday 23 August 2008 01:12:48 W. eWatson, vous avez écrit :
The other night I surveyed a site for astronomical use by measuring the
altitude (0-90 degrees above the horizon) and az (azimuth, 0 degrees north
clockwise around the site to 360 degrees, almost north again) of obstacles,
On Aug 22, 7:12 pm, W. eWatson [EMAIL PROTECTED] wrote:
Is there some simple operational device in Python that would allow me to
create an array (vector) of 360 points from my data by interpolating between
azimuth points when necessary? All my data I rounded to the nearest integer.
Maybe
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