diff --git a/Node.py b/Node.py
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+##!/usr/bin/env python3
+## coding: utf-8
+
+## File: LinkedSeq.py, based on DoubleLinkedSeq from edu.colorado.collections
+## This is an assignment for students to complete
+
+###############################################################################
+# A Node provides a node for a linked list with 
+# double data in each node.
+#
+# Note:
+#   Lists of nodes can be made of any length, limited only by the amount of
+#   free memory in the heap. But beyond Integer.MAX_VALUE,
+#   the answer from listLength is incorrect because of arithmetic
+#   overflow. 
+#
+#
+# ChangeLog: Michael Main 
+#            C. Mikijanic
+#
+# Version
+#   January 1, 2024
+#
+##############################################################################/
+class Node:
+
+   ## Invariant of the Node class:
+   ##   1. The node's double data is in the instance variable data.
+   ##   2. For the final node of a list, the link part is None.
+   ##      Otherwise, the link part is a reference to the
+   ##      next node of the list. 
+
+
+   ###
+   # Initialize a node with a specified initial data and link to the next
+   # node. Note that the initialLink may be the None reference, 
+   # which indicates that the new node has nothing after it.
+   # Argument: initialData
+   #   the initial data of this new node
+   # Argument: initialLink
+   #   a reference to the node after this new node--this reference may be None
+   #   to indicate that there is no node after this new node.
+   # Post Condition:
+   #   This node contains the specified data and link to the next node.
+   ##/   
+   #Creates first two nodes and adds data objects
+   def __init__(self, initialData, initialLink=None):
+      self.data = initialData
+      self.link = initialLink
+   __init__
+
+   ###
+   # Modification method to add a new node after this node.   
+   # Argument: item
+   #   the data to place in the new node
+   # Post Condition:
+   #   A new node has been created and placed after this node.
+   #   The data for the new node is item. Any other nodes
+   #   that used to be after this node are now after the new node.
+   # Exception: MemoryError
+   #   Indicates that there is insufficient memory for a new 
+   #   Node. 
+   ##/
+   def addNodeAfter(self, item):   
+      self.link = Node(item)
+             
+   
+   
+   ###
+   # Accessor method to get the data from this node.   
+   # Argument: - none
+   # Returns
+   #   the data from this node
+   ###
+   def getData(self):   
+      return self.data
+   
+   
+   
+   
+   ###
+   # Accessor method to get a reference to the next node after this node. 
+   # Argument: - none
+   # Returns
+   #   a reference to the node after this node (or the None reference if there
+   #   is nothing after this node)
+   ##/
+   #Gets next node location using none method because no next node
+   def getLink(self):
+      return self.link                                           
+    
+    
+    
+   ###
+   # Copy a list.
+   # Argument: source
+   #   the head of a linked list that will be copied (which may be
+   #   an empty list in where source is None)
+   # Returns
+   #   The method has made a copy of the linked list starting at 
+   #   source. The return value is the head reference for the
+   #   copy. 
+   # Exception: MemoryError
+   #   Indicates that there is insufficient memory for the new list.   
+   ##/ 
+   def listCopy(source):
+      if source == None:
+         return None
+      copylist = Node(source.data)
+      copytail = copylist.Node
+      while source.link != None:
+         source = source.link
+         copytail.AddNodeAfer(source.data)
+         copytail = copytail.link
+      return copytail
+   
+   ###
+   # Copy a list, returning both a head and tail reference for the copy.
+   # Argument: source
+   #   the head of a linked list that will be copied (which may be
+   #   an empty list in where source is None)
+   # Returns
+   #   The method has made a copy of the linked list starting at 
+   #   source.  The return value is an
+   #   array where the [0] element is a head reference for the copy and the [1]
+   #   element is a tail reference for the copy.
+   # Exception: MemoryError
+   #   Indicates that there is insufficient memory for the new list.   
+   ##
+
+   def listCopyWithTail(source):
+      answer = [Node]*2
+      if source == None:
+         return answer
+      copyhead = Node(source.data.new)
+      copytail = copyhead
+      while source.link != None:
+         copytail.addNodeAfter(source.data)
+         copytail = copytail.link
+         answer[0] = copyhead
+         answer[1] = copytail
+      return answer
+   
+   ###
+   # Compute the number of nodes in a linked list.
+   # Argument: head
+   #   the head reference for a linked list (which may be an empty list
+   #   with a None head)
+   # Returns
+   #   the number of nodes in the list with the given head 
+   # Note:
+   #   A wrong answer occurs for lists longer than the max value of integers in Python.     
+   ##/   
+   def listLength(self, head):
+      while self in head:
+         return self
+   
+   ###
+   # Copy part of a list, providing a head and tail reference for the new copy. 
+   # Argument: start/end
+   #   references to two nodes of a linked list
+   # Argument: copyHead/copyTail
+   #   the method sets these to refer to the head and tail node of the new
+   #   list that is created
+   # @precondition
+   #   start and end are non-None references to nodes
+   #   on the same linked list,
+   #   with the start node at or before the end node. 
+   # Returns
+   #   The method has made a copy of the part of a linked list, from the
+   #   specified start node to the specified end node. The return value is an
+   #   array where the [0] component is a head reference for the copy and the
+   #   [1] component is a tail reference for the copy.
+   # Exception: TypeError
+   #   Indicates that start and end are not references
+   #   to nodes on the same list.
+   # Exception: TypeError
+   #   Indicates that start is None.
+   # Exception: MemoryError
+   #   Indicates that there is insufficient memory for the new list.    
+   ##/   
+   def listPart(self, start, end):
+      if start != None:
+         answer = [Node]*2
+         copyhead = Node(start,data,None)
+         copytail = copyhead
+         cursor = start
+         while cursor != end:
+            cursor = cursor.link
+            if cursor != None:
+               print("Error!")
+            copytail.addNodeAfter(cursor.data)
+            copytail = copytail.links
+      answer[0] = copyhead
+      answer[1] = copytail
+      return answer
+
+   
+   
+   ###
+   # Find a node at a specified position in a linked list.
+   # Argument: head
+   #   the head reference for a linked list (which may be an empty list in
+   #   which case the head is None)
+   # Argument: position
+   #   a node number
+   # @precondition
+   #   position > 0.
+   # Returns
+   #   The return value is a reference to the node at the specified position in
+   #   the list. (The head node is position 1, the next node is position 2, and
+   #   so on.) If there is no such position (because the list is too short),
+   #   then the None reference is returned.
+   # Exception: TypeError
+   #   Indicates that position is not positive.    
+   ##/   
+   def listPosition(head, position):
+         if position == 0:
+            return Node[1]
+         elif position == 1:
+            return Node[2]
+         elif position < 0:
+            return TypeError
+         
+   
+
+
+   ###
+   # Search for a particular piece of data in a linked list.
+   # Argument: head
+   #   the head reference for a linked list (which may be an empty list in
+   #   which case the head is None)
+   # Argument: target
+   #   a piece of data to search for
+   # Returns
+   #   The return value is a reference to the first node that contains the
+   #   specified target. If there is no such node, the None reference is 
+   #   returned.     
+   ##/   
+   def listSearch(head, target):
+      Node = head
+      if target != Node[target]:
+         return None
+      else:
+         return Node[target]
+   
+   
+
+   
+   ###
+   # Modification method to remove the node after this node.   
+   # Argument: - none
+   # @precondition
+   #   This node must not be the tail node of the list.
+   # Post Condition:
+   #   The node after this node has been removed from the linked list.
+   #   If there were further nodes after that one, they are still
+   #   present on the list.
+   # Exception: TypeError
+   #   Indicates that this was the tail node of the list, so there is nothing
+   #   after it to remove.
+   ##
+   def removeNodeAfter(self):
+      if Node[self] == 0:
+         del(Node[2])
+      elif Node[self] == 1:
+         return TypeError
+   
+   
+   ###
+   # Modification method to set the data in this node.   
+   # Argument: newData
+   #   the new data to place in this node
+   # Post Condition:
+   #   The data of this node has been set to newData.
+   ##/
+   def setData(self, newData):   
+      set(self[newData])
+
+
+
+                                                                  
+   
+   
+   ###
+   # Modification method to set the link to the next node after this node.
+   # Argument: newLink
+   #   a reference to the node that should appear after this node in the linked
+   #   list (or the None reference if there is no node after this node)
+   # Post Condition:
+   #   The link to the node after this node has been set to newLink.
+   #   Any other node (that used to be in this link) is no longer connected to
+   #   this node.
+   ##/
+   def setLink(self, newLink):             
+      set(self[newLink])
+   
+Node
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