Metadata-Version: 2.1
Name: solarsystem
Version: 0.1.1
Summary: Our Solar System. Planet's positions, Sun's and Moon' s position and rise/set
Home-page: https://github.com/IoannisNasios/solarsystem
Author: Ioannis Nasios
Author-email: nasioannis5@gmail.com
License: UNKNOWN
Download-URL: https://github.com/IoannisNasios/solarsystem/archive/0.1.1.tar.gz
Description: 
        ### **SOLARSYSTEM** 
        
        **Our Solar System consists of:**
        
        * our Star, the Sun
        * 8 Planets: Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus and Neptune
        * Some dwarf Planets: Pluto, Ceres, Eris, (Haumea, Makemake, Quaoar, Sedna, Orcus, 2007 OR10, not yet included here)
        * Some Centaurs: Chiron (onlyone included here)
        * Many moons orbiting planets. Our Moon (Selene in Greek  or Luna in Latin) is orbiting Earth
        
        
        **solarsystem** is a library for finding position of **planets** around **Sun** or around **Earth**.
        
        
        Also with solarsystem we can find positions around Sun/Earth of **dwarf planets** (only 3 planets so far) and **Chiron Centaur**
        and position of **moon** around Earth
        
        
        Furthermore we compute sunrise/sunset, moonrise/moonset and moon phase for given place (geocoordinates).
        
        
        Except all computation above with this library a set of usefull functions are included with which we can **convert between coordinate systems**:
        
        * Transform spherical to rectangular projection.
        * Transform rectangular to spherical projection.
        * Transform ecliptic to equatorial projection.
        * Transform equatorial to ecliptic projection.
        * Transform eclipitc to spherical projection.
        * Transform spherical to eclipitc projection.
        
        
        &nbsp;   &nbsp;   &nbsp;   
        
        
        #### **Quick start**
        
        ```python
        import solarsystem
        ```
        
        Initialize class
        
        
        ```python
        H = solarsystem.Heliocentric(year=2020, month=1, day=1, hour=12, minute=0 )
        ```
        
        Compute position of planets around sun
        
        
        ```python
        planets_dict=H.planets()
        print('Planet','   \t','Longitude','   \t','Latitude','   \t','Distance in AU')
        for planet in planets_dict:
            pos=planets_dict[planet]
            print(planet,'   \t',round(pos[0],2),'   \t',round(pos[1],2),'   \t',round(pos[2],2))
        ```
        
        
        ```python
        # Planet      Longitude    Latitude    Distance in AU
        # Mercury     263.83       -4.06        0.47
        # Venus       5.23         -3.22        0.73
        # Earth       79.47         0.0         0.98
        # Mars        214.38        0.49        1.59
        # Jupyter     276.1         0.1         5.23
        # Saturn      292.51        0.05        10.05
        # Uranus      35.35         359.52      19.81
        # Neptune     348.02       -1.04        29.91
        # Pluto       292.75        359.33      33.88
        # Ceres       290.87       -5.4         2.92
        # Chiron      4.33          2.94        18.81
        # Eris        23.55        -11.74       96.0
        ```
        
        &nbsp;   &nbsp;   &nbsp;   
        
        #### **Examples - Use Cases**
        
        * Solar System Live: https://github.com/IoannisNasios/solarsystem/blob/master/examples/Solar_System_Live.ipynb.
            * Plot planets around Sun, watch where planets are around Sun
            * Get the Geocentric positions of Sun, planets, nano planets, our Moon and 1 Centaur
        
        * RiseSet Calendar : https://github.com/IoannisNasios/solarsystem/blob/master/examples/RiseSet_Calendar.ipynb.
            * Time of sun rise and set within each day
            Time of moon rise and set within each day
            Moon phase - percent of illumination
        
        
        &nbsp;   &nbsp;   &nbsp;   
        
        #### **Documentation**
        
        [readthedocs](https://solarsystem.readthedocs.io/en/master/index.html)
        
        
        &nbsp;   &nbsp;   &nbsp;   
        
        #### **Installation** 
        
        instasll from Pypi:
        ```python
        pip install solarsystem
        ```
        
        Latest version from source:
        ```python
        pip install git+https://github.com/IoannisNasios/solarsystem
        ```
        
        &nbsp;   &nbsp;   &nbsp;   
        
        #### **Requirements**
        
        No requirements, no additional libraries needs to be installed.
        
        Exception: example notebook [Solar System Live](https://github.com/IoannisNasios/solarsystem/blob/master/examples/Solar_System_Live.ipynb), matplotlib is needed in order to view the plot
        
        
        &nbsp;   &nbsp;   &nbsp;   
        
        #### **License**
        solarsystem is MIT-licensed.
        Read [License](https://github.com/IoannisNasios/solarsystem/blob/master/LICENSE)
        
        
Platform: UNKNOWN
Classifier: Programming Language :: Python :: 3
Classifier: License :: OSI Approved :: MIT License
Classifier: Operating System :: OS Independent
Requires-Python: >=3.0
Description-Content-Type: text/markdown
