human
Solve the following python programming problem given the following code:
# Let us first define colour red
# We'll work with RGB for colours
# So for accepted variants we'll make a list of 3-lists.

class colourlist(list):
    """Just lists of 3-lists with some fancy methods to work with RGB colours
    """
    
    def add_deviations(self, d=8): # Magical numbers are so magical!
        """Adds deviations for RGB colours to a given list.
           Warning! Too huge - it takes forever.
           
           Input: list of 3-lists
           Output: None (side-effects - changes the list)
        """
    
        #l = l[:] Nah, let's make it a method
        l = self
    
        v = len(l)
        max_deviation = d
    
        for i in range(v): # Iterate through the list of colours
        
            for j in range(-max_deviation, max_deviation+1): 
                # Actually it is the deviation.
                
                #for k in range(3): # RGB! (no "a"s here)
                    
                newcolour = self[i][:] # Take one of the original colours
                newcolour[0] = abs(newcolour[0]+j) # Create a deviation
                l.append(newcolour) 
                # Append new colour to the end of the list. 
                # <- Here it is changed!
                for j in range(-max_deviation, max_deviation+1): 
                    # Work with all the possibilities with this d
                    newcolour1 = newcolour[:]
                    newcolour1[1] = abs(newcolour1[1]+j)
                    l.append(newcolour1) 
                    # Append new colour to the end of the list. Yeah! 
                    # <- Here it is changed!
                
                    for j in range(-max_deviation, max_deviation+1): 
                        # Work with all the possibilities with this d
                        newcolour2 = newcolour1[:]
                        newcolour2[2] = abs(newcolour2[2]+j)
                        l.append(newcolour2) # Append new colour to the end of the list. Yeah! 
                        # <- Here it is changed!
    
       ...
Given the above code, generate some markdown instructions for it.
assistant
#Here is the Python program you requested.

Outline
The outline of the idea is:

Find the red lines that represent parallel synchronization signal above
Calculate their size
"Synchromize with rows below" (according to the rules of the code)
...
PROFIT!

!!! Things to keep in mind:

deviations of red
deviations of black
noise - it might just break everything!
beginning and end of image...
...

A rather simple PNG we'll work with first: