new_contents: #Global Variables. Can ask for input in later versions
  juliaC=[-1,0]
  xMin=-2
  xMax=2
  yMin=-2
  yMax=2
  resolution=10
  sizeLimit=[10,10]
  iterationsLimit=1000
  
  #Main Code starts here
  def PlotJulia():          			# Overall Function to make a 2D array and fill it
    outputTable = []					# Initializes the list.
    for i in range(0,resolution):			# Make a list of rows, to the resolution wanted.
      for j in range(0,resolution):		# In each row list, make a list of columns.
        outputTable[i][j]=findNumber(i,j)	# fill each cell with a value
    return outputTable
        
  def findNumber(i,j):					# function to find how many iterations before the number explodes. 
    iterations=0					# 
    x=xMin+j(xMax-xMin)/resolution		# transform array j coordinate to complex plane x coordinates?
    y=yMax-i(yMax-yMin)/resolution	# transform array i coordinate to complex plane y coordinate
    while (x^2<sizelimit[0]) and (y^2<sizelimit[1]) and (iterations<iterationsLimit): 
  	x,y=(x*x-y*y+juliaC[0]),(2*x*y+juliaC[1])	# apply function
  	iterations+=1					# increment iterations counter
    return iterations					# output as function value
  
  print(str(PlotJulia()))
  
subject: Create Code.py