regression/linear_regression.py
def find_curve(X=0,y=0,alpha=100):
    """
        NOTE TO SELF: USE numpy -- it's written in C and a zillion times faster than python functions for arrays and such
        
        Need to include docstring here. A brief explanation of the function

        X: A brief explanation of this variable
        y: A brief explanation of this variable
        alpha: This one too
    """
    print('Finding curve')

        NOTE TO SELF: USE numpy -- it's written in C and a zillion times faster than python functions for arrays and such
        
        Need to include docstring here. A brief explanation of the function

        X: A brief explanation of this variable
        y: A brief explanation of this variable
        alpha: This one too
    
NOTE TO SELF: USE numpy -- it's written in C and a zillion times faster than python functions for arrays and such
Need to include docstring here. A brief explanation of the function

A brief explanation of this variable
y: A brief explanation of this variable
alpha: This one too
NOTE TO SELF : USE numpy -- it ' s written in C and a zillion times faster than python functions for arrays and such Need to include docstring here . A brief explanation of the function A brief explanation of this variable y : A brief explanation of this variable alpha : This one too
def find_curve(X=0,y=0,alpha=100):
    print('Finding curve')
def find_curve ( X = 0 , y = 0 , alpha = 100 ) : print ( 'Finding curve' )
NOTE TO SELF: USE numpy -- it's written in C and a zillion times faster than python functions for arrays and such
Need to include docstring here.
NOTE TO SELF : USE numpy -- it ' s written in C and a zillion times faster than python functions for arrays and such Need to include docstring here .
"""
        NOTE TO SELF: USE numpy -- it's written in C and a zillion times faster than python functions for arrays and such
        
        Need to include docstring here. A brief explanation of the function

        X: A brief explanation of this variable
        y: A brief explanation of this variable
        alpha: This one too
    """
X
y
alpha