}//end of addRoom
/*this method was to find the current location of the player and return it.
* it will take two arguements, the players location node as well as the list. It will start from the head and traverse
* throught the list until the location matches the node in the list which it will return.
* created by Caleb Mathomes on 17/12/14*/
public GameNode findLocation(GameNode location, GameList list)
{
GameNode current = list.head;
while (location != current)
{
current = current.next;
}
return current;
}//end of findLocation
}//end of GameList
/*this will begin pointing nodes from the head to the tail of the list by setting the first node to the head
* and each time just setting the next pointer to the new node added to the list
* it takes in the new node and checks if there is a head. If its empty, that new node is set to the head of the
* list otherwise it will look at where the next pointer is until it reaches the tail and sets the tail to the new
* node.
* created by Caleb Mathomes on 11/11/14 */
public void addNode(GameNode newNode)
{
//checks the head
if (head == null)
{
head = newNode;
}
else
{
//otherwise traverse to the tail
GameNode current = head;
while (current.getNode() != null)
{
current = current.getNode();
}
current.setNode(newNode);
//newNode.setPrevNode(current);
}
}
}//end of getBlockName
/*this method will set the node that has been passed in to point to the next node
* it takes a single argument which is used to set to the next value.
* created on 11/11/14 by Caleb Mathomes*/
public void setNode(GameNode newNode)
{
this.next = newNode;
}//end of setNode
}//end of check name
/*this method will create the board the players will traverse through
*each new instance of a node passes in the new information that node will contain
*the first value will identify which node it is
*the second value identifies the name of that node
*the third identifies whether it is a doorway node or not
*the fourth identifies if it is a board node and the last value identifies if it is a room node or not*/
public void populateBoard()
{
//these will be the board nodes, 7 of which are doorway nodes as well as board nodes
GameNode sqaure1 = new GameNode(1, "block 1", false, true, false);
GameNode sqaure2 = new GameNode(2, "block 2", true, true, false);
GameNode sqaure3 = new GameNode(3, "block 3", false, true, false);
GameNode sqaure4 = new GameNode(4, "block 4", true, true, false);
GameNode sqaure5 = new GameNode(5, "block 5", false, true, false);
GameNode sqaure6 = new GameNode(6, "block 6", false, true, false);
GameNode sqaure7 = new GameNode(7, "block 7", false, true, false);
GameNode sqaure8 = new GameNode(8, "block 8", false, true, false);
GameNode sqaure9 = new GameNode(9, "block 9", false, true, false);
GameNode sqaure10 = new GameNode(10, "block 10", true, true, false);
GameNode sqaure11 = new GameNode(11, "block 11", false, true, false);
GameNode sqaure12 = new GameNode(12, "block 12", false, true, false);
GameNode sqaure13 = new GameNode(13, "block 13", false, true, false);
GameNode sqaure14 = new GameNode(14, "block 14", true, true, false);
GameNode sqaure15 = new GameNode(15, "block 15", false, true, false);
GameNode sqaure16 = new GameNode(16, "block 16", true, true, false);
GameNode sqaure17 = new GameNode(17, "block 17", false, true, false);
GameNode sqaure18 = new GameNode(18, "block 18", true, true, false);
GameNode sqaure19 = new GameNode(19, "block 19", false, true, false);
GameNode sqaure20 = new GameNode(20, "block 20", false, true, false);
GameNode sqaure21 = new GameNode(21, "block 21", false, true, false);
GameNode sqaure22 = new GameNode(22, "block 22", true, true, false);
GameNode sqaure23 = new GameNode(23, "block 23", false, true, false);
GameNode sqaure24 = new GameNode(24, "block 24", false, true, false);
//these are the room nodes
GameNode room1 = new GameNode(17, "Lecture Theatre", false, false, true);
GameNode room2 = new GameNode(13, "Research Lab", false, true, true);
GameNode room3 = new GameNode(14, "Laptop Lab", false, true, true);
GameNode room4 = new GameNode(15, "Network Lab", false, true, true);
GameNode room5 = new GameNode(16, "School Office", false, true, true);
GameNode room6 = new GameNode(13, "CEO11", false, true, true);
GameNode room7 = new GameNode(14, "Foyer", false, true, true);
//each node is then added to the list
cList.addNode(sqaure1);
cList.addNode(sqaure2);
cList.addNode(sqaure3);
cList.addNode(sqaure4);
cList.addNode(sqaure5);
cList.addNode(sqaure6);
cList.addNode(sqaure7);
cList.addNode(sqaure8);
cList.addNode(sqaure9);
cList.addNode(sqaure10);
cList.addNode(sqaure11);
cList.addNode(sqaure12);
cList.addNode(sqaure13);
cList.addNode(sqaure14);
cList.addNode(sqaure15);
cList.addNode(sqaure16);
cList.addNode(sqaure17);
cList.addNode(sqaure18);
cList.addNode(sqaure19);
cList.addNode(sqaure20);
cList.addNode(sqaure21);
cList.addNode(sqaure22);
cList.addNode(sqaure23);
cList.addNode(sqaure24);
//each room is added to the list
cList.addRoom(room1, sqaure2);
cList.addRoom(room2, sqaure4);
cList.addRoom(room3, sqaure10);
cList.addRoom(room4, sqaure14);
cList.addRoom(room5, sqaure16);
cList.addRoom(room6, sqaure18);
cList.addRoom(room7, sqaure22);
//this final call will link the last node added to the head of the list
cList.findLast(cList);
}//end of populateBoard
/*this method sets the pointer from a board node to a room node
* it takes two GameNode arguements which points the board node to the room and the rooms pointer back to the board node
* created on 25/11/14 by Caleb Mathomes*/
public void addRoom(GameNode roomNode, GameNode currentNode)
{
currentNode.room = roomNode;
roomNode.next = currentNode;
}//end of addRoom
/*the constructor to the GameList which will always set the value of the head to null
* created by Caleb Mathomes on 11/11/14*/
public GameList()
{
head = null;
}//end of GameList
}//end of addPlayer
/*this is a basic set location where the GameNode passed in is set to the location of the player changing its
* location to the new one.
* Created by Caleb Mathomes 09/12/14*/
public void setLocation(GameNode newLocation)
{
location = newLocation;
}//end of setLocation