PROGRAM SORTING INTRODUCTION
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INFORMATION
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This season of PTIML I am going to implement multiple different sorting 
algorithms in a bunch of languages. 
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CHARACTERISTICS
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This season covers comparison and non-comparison sorting techniques with
different trade-offs in time complexity, memory use, stability, and adaptiveness.
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SORTING INPUT
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All implementations use Sorting_Input.txt as their input.  This file contains 
one signed decimal integer per line. Programs read every line, convert it to an 
integer, and sort the resulting array.  They will then output the sorted values 
into a file. The data includes negative values, zero, duplicate values, and 
values in unsorted order.  Each program should display information as they run,
including what algorithm, language, input file, and output file they are using
as well as how long the sort took.
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SORTING ALGORITHMS
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EPISODE #	ALGORITHM
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	1		Heapsort
	2		Introsort
	3		Merge Sort
	4		Tournament Sort
	5		Tree Sort
	6		Block Sort
	7		Smoothsort
	8		Timsort
    9		Patience Sort
   10		Cubesort
   11		Quicksort
   12		Fluxsort
   13		Crumsort
   14		Library Sort
   15		Shellsort
   16		Comb Sort
   17		Insertion Sort
   18		Bubble Sort
   19		Cocktail Shaker Sort
   20		Gnome Sort
   21		Odd-Even Sort
   22		Strand Sort
   23		Selection Sort
   24		Cycle Sort
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LANGUAGES TO IMPLEMENT IN
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#	LANGUAGE		IDE
--	---------		----------------------------------------------
01	Ada				GNAT Studio
02	BASIC			GW-BASIC
03	C\C++			Borland C++
04	C#				Visual Studio 2019
05	COBOL			OpenCobolIDE
06	Java			Eclipse
07	Lua				ZeroBrane Studio
08	Pascal			Turbo Pascal
09	Perl			Notepad++ -> Command Line
10	PowerShell		Notepad++ -> Windows PowerShell
11	Python			Idle
12	VB .NET			Visual Studio 2019
13	Haskell			Emacs	
14	x64 Assembly	GUI Turbo Assembler
---6502 Atari---
15	6502 Assembly	Atari Assembler Editor
16  Atari BASIC		Atari BASIC Editor
17	C				Deep Blue C
---68000 Atari---
15  GFA Basic		GFA Basic Atari ST
18	68000 Assembly	GFA Assembler for Atari ST
19  C				Borland's Turbo C for Atari ST