#!/usr/bin/env python

"""Perform a likelihood analysis for Fermi LAT data.

You should have completed all of the event selection and exposure

calculations in quickAnalysis before using this moduel.

First, generate a default config file:

> quickLike (-i|--initialize)

Then edit the config file to match your specific analysis by filling

out the various options. Rename the config file from example.cfg to

<basename>.cfg where <basename> is a user defined prefix; usually the

name of your source of interest but not necisarily so.

If you haven't created a model file (if you have, make sure it's

called <basename>_model.xml before you use this module) you can create

one from the 2FGL by running

> quickAnalysis (-x|--xml=)<basename>

To run this, you need to have all of the relevant diffuse model files

and the 2FGL catalog file in your working directory as well as

<basename>_filtered_gti.fits in your working directory. See the

documentation for quickAnalysis for more details.

Once you have a config file (<basename>.cfg) and model file

(<basename>_model.xml) you can then run python and execute the other

functions within the python interpreter.

This module logs all of the steps to a file called

<basename>_quickAnalysis.log as well as to the screen.

"""

__author__ = 'Jeremy S. Perkins (FSSC)'

__version__ = '0.2.0'

import re

import os

import sys

import quickUtils as qU

import pyLikelihood as pyLike

import UnbinnedAnalysis as UbAn

import BinnedAnalysis as BAn

import numpy as np

from UpperLimits import UpperLimits

from LikelihoodState import LikelihoodState

class quickLike:

return failure

def printCLIHelp():

""" %(cmd,cmd)

# Command-line interface

def cli():

printCLIHelp()

if __name__ == '__main__': cli()