class_docstr: This operation is a Lines object and fills it values by executing a
  division on the numerator / denominator arguments and avoiding a division
  by zero exception or an indetermination by checking the
  denominator/numerator pair
  
  Params:
    - a: numerator (numeric or iterable object ... mostly a Lines object)
    - b: denominator (numeric or iterable object ... mostly a Lines object)
    - single (def: +inf): value to apply if division is x / 0
    - dual (def: 0.0): value to apply if division is 0 / 0
class_docstr_tok: ["This","operation","is","a","Lines","object","and","fills","it","values","by","executing","a","division","on","the","numerator","\/","denominator","arguments","and","avoiding","a","division","by","zero","exception","or","an","indetermination","by","checking","the","denominator\/numerator","pair","Params",":","-","a",":","numerator","(","numeric","or","iterable","object","...","mostly","a","Lines","object",")","-","b",":","denominator","(","numeric","or","iterable","object","...","mostly","a","Lines","object",")","-","single","(","def",":","+inf",")",":","value","to","apply","if","division","is","x","\/","0","-","dual","(","def",":","0.0",")",":","value","to","apply","if","division","is","0","\/","0"]
code: def __init__(self, a, b, single=float("inf"), dual=0.0):
      super(DivZeroByZero, self).__init__(a, b)
      self.a = a
      self.b = b
      self.single = single
      self.dual = dual
  
imports: from __future__ import absolute_import, division, print_function, unicode_literals
  import functools
  import math
  from .linebuffer import LineActions
  from .utils.py3 import cmp, range
label_desc: Use image node_id 1 to create a new DivZeroByZero object from inherited base classes: Logic with example: obj = DivZeroByZero(a, b, single, dual)