[AstroPy] Back to Python. Precession and PhysConst code.
Russell Owen
rowen at uw.edu
Wed Jan 25 15:22:46 EST 2012
Yes to all that. It is pure python. Install it using distutils as usual.
-- Russell
On Jan 25, 2012, at 11:45 AM, Wayne Watson wrote:
> Thanks, but it looks like your PyPI is in a tar file. I'm using Win7. RO 2.9.3 is a download. I see some refs to Win, but I'm not sure what to make of them.
>
> On 1/25/2012 9:34 AM, Russell Owen wrote:
>> You have an incomplete package. Download RO from PyPI. The stuff you are looking for is in RO.Astro. euler is included in the package.
>>
>> -- Russell
>>
>> On Jan 24, 2012, at 8:29 PM, Wayne Watson wrote:
>>
>>> It's been quite awhile since I used python, but I was digging around on
>>> PC for something on precession, and discovered some code for it,
>>> prec.py. Here are the first few lines.
>>>
>>> #!/usr/bin/env python
>>> """
>>> History:
>>> P.T.Wallace Starlink 10 July 1994
>>> 2002-07-08 ROwen Converted to Python.
>>> 2007-04-24 ROwen Converted from Numeric to numpy (in test code).
>>> """
>>> import RO.PhysConst
>>> from euler import *
>>> ...
>>> ...
>>>
>>> It dies on RO.PhysConst when I run it. Probably a further difficulty is
>>> the euler reference.
>>> I have the code for RO.PhysConst.py
>>>
>>> What needs to be done to successfully execute prec.py?
>>>
>>> --
>>> Wayne Watson (Watson Adventures, Prop., Nevada City, CA)
>>>
>>> (121.015 Deg. W, 39.262 Deg. N) GMT-8 hr std. time)
>>> Obz Site: 39° 15' 7" N, 121° 2' 32" W, 2700 feet
>>>
>>> In 2904 there will be 5 solar eclipses.
>>> On July 16, 2185 the longest solar
>>> eclipse inf 5k years will occur, 7 min.
>>>
>>> Web Page:<www.speckledwithstars.net/>
>>>
>>>
>>> _______________________________________________
>>> AstroPy mailing list
>>> AstroPy at scipy.org
>>> http://mail.scipy.org/mailman/listinfo/astropy
>>
>
> --
> Wayne Watson (Watson Adventures, Prop., Nevada City, CA)
>
> (121.015 Deg. W, 39.262 Deg. N) GMT-8 hr std. time)
> Obz Site: 39° 15' 7" N, 121° 2' 32" W, 2700 feet
>
> In 2904 there will be 5 solar eclipses.
> On July 16, 2185 the longest solar
> eclipse inf 5k years will occur, 7 min.
>
> Web Page:<www.speckledwithstars.net/>
>
>
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