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:::Ok. I'll look some up in a book. Any astronomy book has that stuff. Give me a day or two... | :::Ok. I'll look some up in a book. Any astronomy book has that stuff. Give me a day or two... | ||
:::Follow the Link I put in the article. It will take you to a page that, among other things, tells you how to run QBasic under various operating systems. I'm a bit nervous of having you translate the program without being able to run the original. [[User:DOwenWilliams|DOwenWilliams]] 19:04, 31 May 2011 (PDT) David | :::Follow the Link I put in the article. It will take you to a page that, among other things, tells you how to run QBasic under various operating systems. I'm a bit nervous of having you translate the program without being able to run the original. [[User:DOwenWilliams|DOwenWilliams]] 19:04, 31 May 2011 (PDT) David | ||
Ok. Here is a little table of the Equation of Time and the Solar Declination on the first day of each month of the year: | |||
Month Eq of T Decl'n | |||
. | |||
Jan -3'12 -23'04 | |||
Feb -13'33 -17'20 | |||
Mar -12'34 -7'49 | |||
Apr -4'08 4'18 | |||
May 2'51 14'54 | |||
Jun 2'25 21'58 | |||
Jul -3'33 23'09 | |||
Aug -6'16 18'10 | |||
Sep -0'12 8'30 | |||
Oct 10'05 -2'57 | |||
Nov 16'20 -14'14 | |||
Dec 11'11 -21'43 | |||
The Equation of Time is in minutes and seconds, separated by an apostrophe. The Declination is in degrees and minutes, also separated by an apostrophe. My program just calculates the E of T in minutes and fractions, and the Decl'n in degrees and fractions. | |||
Good enough? | |||
[[User:DOwenWilliams|DOwenWilliams]] 18:14, 1 June 2011 (PDT) David Williams |
Revision as of 01:14, 2 June 2011
Code to calculate Equation of Time and Solar Declination
Hey
I'm wondering if you'd find it useful to have your calculation code translated into python or php. I would be more than willing if you have the interest --Tahnok 13:08, 31 May 2011 (PDT)
- Honestly, I do not think I would use it. However, there may be plenty of other people here who would love to have it. For the public good, go right ahead!
- However, please be sure that your translated code works right. A while ago, someone translated a program of mine into C. I was grateful, until people pointed out that it did not work...
- DOwenWilliams 14:57, 31 May 2011 (PDT) David Williams
- Would you mind providing me with a couple of test outputs? I can't seem to get qbasic to run with ubuntu --Tahnok 18:20, 31 May 2011 (PDT)
- Ok. I'll look some up in a book. Any astronomy book has that stuff. Give me a day or two...
- Follow the Link I put in the article. It will take you to a page that, among other things, tells you how to run QBasic under various operating systems. I'm a bit nervous of having you translate the program without being able to run the original. DOwenWilliams 19:04, 31 May 2011 (PDT) David
- Would you mind providing me with a couple of test outputs? I can't seem to get qbasic to run with ubuntu --Tahnok 18:20, 31 May 2011 (PDT)
Ok. Here is a little table of the Equation of Time and the Solar Declination on the first day of each month of the year:
Month Eq of T Decl'n . Jan -3'12 -23'04 Feb -13'33 -17'20 Mar -12'34 -7'49 Apr -4'08 4'18 May 2'51 14'54 Jun 2'25 21'58 Jul -3'33 23'09 Aug -6'16 18'10 Sep -0'12 8'30 Oct 10'05 -2'57 Nov 16'20 -14'14 Dec 11'11 -21'43
The Equation of Time is in minutes and seconds, separated by an apostrophe. The Declination is in degrees and minutes, also separated by an apostrophe. My program just calculates the E of T in minutes and fractions, and the Decl'n in degrees and fractions.
Good enough?
DOwenWilliams 18:14, 1 June 2011 (PDT) David Williams