Finished the Logical Steps for Partition.java

src/Assignments/A2/Partition.java

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+// Name: Jonathan Turner
+// Class: CS 4306/01
+// Term: Spring 2024
+// Instructor: Dr. Haddad
+// Assignment: 2
+// IDE Name: IntelliJ
+/*
+Algorithm Design Block
+    Algorithm title: Finding Equal Disjoint Sets
+
+    Logical steps:
+        Step 1: Get the number of items in the set as user input.
+        Step 2: Get the elements in the set as user input.
+        Step 3: Add all the elements to the list and save it to a variable.
+        Step 4: If the sum is odd, there is no disjoint sets and it is not possible.
+        Step 5: Set a variable that will hold the first set and second set representing the disjoint and initialize it to null.
+        Step 6: Create a List that holds a list of elements which represent each subset.
+        Step 7: Generate the subsets using a subset generation method. (Ex. Bit Shift Counting)
+        Step 8: Iterate through all the subsets that were generate.
+        Step 9: If the current iteration's sum is equal to half of the total sum, move to step 11. Otherwise, continue iterating.
+        Step 10: If the value is not found, then there is no disjoint equal subsets. End algorithm.
+        Step 11: Assign the first set's variable to the current iteration's values.
+        Step 12: Assign the second set's variable to the values of the original set that are not in the first set.
+        Step 13: Return the results of the two equal disjoint sets that were found.
+
+    Pseudocode Syntax:
+
+
+    Big-O Analysis: (Based on Implementation)
+
+    Best-Case Scenario:
+    Worse-Case Scenario:
+    Average-Case:
+
+    Big O =>
+*/
+package Assignments.A2;
+
+public class Partition {
+
+}