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Python module for interacting with Trans-Neptunian Object Database on DESOPER. Use requires a working DES username & password.

Project Description
TNODatabase
===============================

version number: 0.0.7
author: Kyle Franson, Lynus Zullo

Introduction
------------

- This package allows for easy user interface with the TNO database set
up on DESOPER.
- Gives users the ability to add or remove candidates and see relevant
information regarding both observations and orbits.

Architecture
------------

- The database has four major tables:
- TNOBS: Individual observations of candidates. Includes information
such as ra, dec, mag, and much much more!
- TNORBIT: Orbits of both reported and unreported candidates. Includes
information such as chisq, a, e, i. Each orbit has an ID, which is
the same as the designation for known candidates, and an orbitID,
which helps us link observations to orbits.
- TNOLINK: List of observations that are associated to a particular
orbit. Links observations to orbit with a unique orbitID.
- TNOSTAT: Contains information about quality of candidates.

Requirements
------------

- Easyaccess module (http://matias-ck.com/easyaccess/#/Home)
- PyOrbfit (orbit fitting code)
- Valid DES username and password

Installation / Usage
--------------------

To install use pip:

::

$ pip install TNODatabase

Or clone the repo:

::

$ git clone https://github.com/kfranson/TNODatabase.git
$ python setup.py install

Configuration
-------------

- The module has no menu or modifiable settings. There is no
configuration

Troubleshooting
---------------

- For all troubleshooting question contact either lynusz@umich.edu or
kfranson@umich.edu

FAQ
---

- Q: How do I get started?
- A: After installing (‘pip install TNODatabase’) you will want to
create a new python project and ‘import TNODatabase’. Next, create a
class object inside your file ‘db = TNODatabase.Connect()’. Now you
should be able to call any function you want. ‘db.[function\_name]’

- Q: How do I add a candidate?
- A: Users can add a candidate by passing either a csv file, a pandas
data frame, or a minor planet center text file. The relevant
functions are:
- add\_candidate\_from\_csv(csv\_file, season, name(optional))
- add\_candidate\_from\_mpc(file\_name, canid)
- add\_candidate(can\_table, season, name(optional),
designation(optional))
- Q: How can I see information about a candidate?
- A: The most basic way to see information about a candidate is to use
the appropriate SQL query inside of easyaccess. However, there are
several functions inside of TNODatabase that streamline the process.
Call these and provide appropriate arguments.

- In order to see comprehensive documentation simply type in terminal
‘help(TNODatabase)’

Contributing
------------

- Lynus Zullo (lynusz@umich.edu)
- Kyle Franson (kfranson@umich.edu)
Release History

Release History

This version
History Node

0.0.7

History Node

0.0.6

History Node

0.0.5

History Node

0.0.1

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TNODatabase-0.0.7.tar.gz (15.0 kB) Copy SHA256 Checksum SHA256 Source May 18, 2017

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