#!/usr/bin/env python

# import system modules
#
import os
import sys

# Class: Toaster
#
# This class facilitates handling a parameter file that controls
# how many sweeps are done to generate a det curve.
#
class Toaster:

    # define a constructor
    #
    def	__init__(self):
        self.height_d = []
        self.width_d = float(0.0)
        self.length_d = float(0.0)
        self.models_d = []
    # end of constructor

    # method: print stuff
    #
    # arguments: none
    #
    # return: values are printed to stdout
    #
    def	myprint(self):

        # print	the	data
	#
        print("height =	", self.height_d)
        print("width = ", self.width_d)
        print("length = ", self.length_d)
        print("models =	", self.models_d)
        
        # exit gracefully
        #
        return
        # end of function

    # method: set stuff
    #
    # arguments: height, width, length
    #
    # return: none
    #
    def	myset(self, height, width, length, model):

        # set the data
        #
        self.height_d.append(height)
        self.width_d = width
        self.length_d = length
        self.models_d.append(model)
            
        # exit	gracefully
        #
        return
        # end of function
                                
# end of class

# main	program
#
def main(argv):
    
    # declare parameters
    #
    toaster = Toaster();
    toaster1 = Toaster();
                                
    # set some values
    #
    print("toaster...")
    toaster.myset(float(27), float(-27), float(99), "bosch")
    toaster.myset(float(27), float(-27), float(99), "cuisinart")
    toaster.myprint();

    # another interesting way to call a function
    #
    print("toaster1...")
    toaster1 = Toaster();
    toaster1.myset(model = "bosch", width=float(99),
                   length=float(35), height=float(27))
    toaster1.myprint();    


# begin	gracefully
#
if __name__ == "__main__":
    main(sys.argv[0:])
                                
#
# end of file