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The Sclence of Computing II Program: Sort Comparisons and Sw…

The Sclence of Computing II Program: Sort Comparisons and Swaps. Reloaded Your task in this programming assignment is to update your previous Python program that implemented Living with Cyber the following sorting algorithms . Bubble sort Optimized bubble sort . Selection sort e Insertion sort Recall that you had each sorting algorithm not only sort a list, but additionally provide the number of comparisons and swaps made during the sorting process! In this program, you will additionally provide the results of each sorting algorithms comparisons and swaps to a module that will graph them, side-by-side. This module (called plot) will be provided to you. To make this all work, the mechanism required to properly provide the module with the sorting algorithm comparison and swap results is carefully defined. You will often find that such requirements are provided to you when writing your own programs (even in industry). Someone else has defined some useful functions that you care to use, and you must provide data and obtain any returned results as the designers have defined it. In this case, save the provided plot module in the same location as your Python source code for this program. Import the plot module as follows: from plot import plot In this program, you must call a function called plot and provide it four lists as arguments. Each list should contain two values: (1) the number of comparison for a sorting algorithm, and (2) the number of swaps for a sorting algorithm – in that order. Suppose, for example, that the bubble sont required 312 comparisons and 191 swaps. The following list would therefore be correct bubble 1312,191) Such a list for each sorting algorithm must be generated and passed to the plot function in the plot module as follows plot (bubble, optimized, selection, insertion) Of course, this assumes that the four lists have been stored in the variables bubble, optimized, selection, and insertion. If the plot function in the plot module has not been uniquety impoted G e, if the entire plot library has been imported instead as import plot), then the follow ing function call is approprsate plot.plot (bubble. optimized, selection, insertion) Pay attention to the order of the lists The plot module expects them in this ordel Good coding style would have each sorting algorithm detined in its own function, taking an unsotted list as imput sorting the list (accurately recording the number of comparisons and swaps made, and returning the number of comparisons and swaps made as output The output can he returned as two

 
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