Name | Daystar JSON |
Version |
1.0.1
JSON |
| download |
home_page | |
Summary | Solar calculation class for Python |
upload_time | 2023-05-18 03:37:46 |
maintainer | |
docs_url | None |
author | Siddhu Pendyala |
requires_python | >=3.6 |
license | |
keywords |
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VCS |
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bugtrack_url |
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requirements |
No requirements were recorded.
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Travis-CI |
No Travis.
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coveralls test coverage |
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# Daystar
Daystar is a python library that provides a convenient class for Solar calculations based off of my other library _Solarflare_. Check out Solarflare at https://pypi.org/project/Solarflare/
In order to use this library, just create an instance of the daystar class:
```python
from Daystar import *
sun = Daystar(latitude, longitude)
```
The functions provided are (they all default to datetime.datetime.now()):
- `risetime(date)`: returns the sunrise
- `settime(date)`: returns the sunset
- `solarnoon(date)`: returns the solar noon time
- `hrangle(date)`: returns the hour angle for the time and date
- `coordinates(date)`: returns a dictionary with declination and right ascension ("dec" and "ra")
- `mean(date)`: returns the mean anomaly
- `true(date)`: returns the true anomaly
- `ceq(date)`: returns the equation of center
- `solar_julian(date)`: returns "rise" and "set" dictionary with sunrise and sunset julian dates
- `alt(date)`: returns solar altitude
- `azi(date)`: returns the solar azimuth
- `nadir(date)`: returns the time of nadir
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"description": "# Daystar\nDaystar is a python library that provides a convenient class for Solar calculations based off of my other library _Solarflare_. Check out Solarflare at https://pypi.org/project/Solarflare/\n\nIn order to use this library, just create an instance of the daystar class:\n\n```python\nfrom Daystar import *\nsun = Daystar(latitude, longitude)\n```\n\nThe functions provided are (they all default to datetime.datetime.now()):\n - `risetime(date)`: returns the sunrise \n - `settime(date)`: returns the sunset\n - `solarnoon(date)`: returns the solar noon time\n - `hrangle(date)`: returns the hour angle for the time and date\n - `coordinates(date)`: returns a dictionary with declination and right ascension (\"dec\" and \"ra\")\n - `mean(date)`: returns the mean anomaly\n - `true(date)`: returns the true anomaly\n - `ceq(date)`: returns the equation of center\n - `solar_julian(date)`: returns \"rise\" and \"set\" dictionary with sunrise and sunset julian dates\n - `alt(date)`: returns solar altitude\n - `azi(date)`: returns the solar azimuth\n - `nadir(date)`: returns the time of nadir\n",
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