public static void MortgageUtility(UtilityTile utlity)
{
// Check if property can be mortgaged first - No houses and not already mortgaged
if (!utlity.MortgageStatus)
{
utlity.MortgageStatus = true; // Set mortgage status to True
utlity.Owner.BankPaysPlayer(utlity.getMortgageValue); // Pay the owner of the property the mortgage value of the property
}
else
Game1.debugMessageQueue.addMessageToQueue("Warning: Utility cannot be mortgaged");
}
public static void UnmortgageUtility(UtilityTile utility)
{
// Check if property is mortgaged
if (utility.MortgageStatus)
{
int payment = (int)(utility.getMortgageValue * 1.1f); // Calculate mortgage + 10% interest
utility.Owner.PlayerPaysBank(payment); // Pay bank amount
}
else
{
Game1.debugMessageQueue.addMessageToQueue("Warning: Utility cannot be unmortgaged");
}
}
public static void MortgageUtility(UtilityTile utlity)
{
// Check if property can be mortgaged first - No houses and not already mortgaged
if (!utlity.MortgageStatus)
{
utlity.MortgageStatus = true; // Set mortgage status to True
utlity.Owner.BankPaysPlayer(utlity.getMortgageValue); // Pay the owner of the property the mortgage value of the property
}
else
{
Game1.debugMessageQueue.addMessageToQueue("Warning: Utility cannot be mortgaged");
}
}
public bool PurchaseUtility(UtilityTile utility)
{
if (Money >= utility.getPropertyPrice)
{
Game1.debugMessageQueue.addMessageToQueue("Player \"" + this.getName + "\" purchased \"" + utility.getName + "\" for $" + utility.getPropertyPrice);
removeMoney(utility.getPropertyPrice);
utility.Owner = this;
netWorth += utility.getPropertyPrice;
return(true);
}
else
{
Game1.debugMessageQueue.addMessageToQueue("Player \"" + this.getName + "\" does not have enough to purchase \"" + utility.getName + "\"");
return(false);
}
}
public void InitializeTiles(Tile[] tiles)
{
// This probably isn't the most efficient way of creating the Tiles,
// But it'll only be run once at the start of a game.
// XML Reading Variables
XmlReader xmlReader;
xmlReader = XmlReader.Create("GameData/PropertyCards.xml"); // Set the XML file to read
// First, reserve spots in array for non-property Tiles
tiles[0] = new Tile("Go", TileType.Go);
tiles[5] = new Tile("Special Luxury", TileType.SpecialLuxuryTax);
tiles[8] = new Tile("Chance", TileType.Chance);
tiles[12] = new Tile("Hello Baby", TileType.Jail);
tiles[15] = new UtilityTile("Soshi Bond");
tiles[20] = new Tile("Community Chest", TileType.CommunityChest);
tiles[24] = new Tile("Fan Meeting", TileType.FanMeeting);
tiles[27] = new Tile("Chance", TileType.Chance);
tiles[33] = new UtilityTile("Forever 9");
tiles[36] = new Tile("Babysit Kyung San", TileType.GoToJail);
tiles[40] = new Tile("Community Chest", TileType.CommunityChest);
tiles[45] = new Tile("Shopping Spree", TileType.ShoppingSpree);
// Fill in the gaps with Colored Property Tiles
int counter = 0; // Keep track of current location in array
Color currentColor = Color.White; // Keep track of current Color in XML
string currentTileName = ""; // Keep track of current Tile Name
string currentMember = ""; // Name of SNSD member who owns the Property
int currentBaseRent = 0; // Rent
int currentHouse1Rent = 0; // Rent with 1 House
int currentHouse2Rent = 0; // Rent with 2 Houses
int currentHouse3Rent = 0; // Rent with 3 Houses
int currentHouse4Rent = 0; // Rent with 4 Houses
int currentHotelRent = 0; // Rent with Hotel
int currentMortgageValue = 0; // Mortgage Value
int currentHouseCost = 0; // Cost for each house
int currentHotelCost = 0; // Cost for Hotel (+ 4 houses)
int currentPropertyPrice = 0; // Cost to initially purchase property
int propertyCardInfoCounter = 0; // This is a counter to ensure that the current property card has read all the required data
// Read in XML data for Properties
while (xmlReader.Read())
{
XmlNodeType nodeType = xmlReader.NodeType;
if (nodeType == XmlNodeType.Element)
{
switch (xmlReader.Name)
{
// If the current element is a Color
case "Color":
// Checks if there is only one attribute
// THIS MUST BE TRUE! Otherwise the XML structure is wrong
if (xmlReader.AttributeCount == 1)
{
try
{
currentColor = getColorFromNumber(Convert.ToInt16(xmlReader.GetAttribute(0)));
}
catch (Exception e)
{
Console.Error.WriteLine("Warning: Invalid color value in XML file. " + " ERROR: " + e.Message);
}
}
else
{
Console.Error.WriteLine("Warning: Color in XML file is missing attribute value");
}
break;
// If the current element is a Tile
case "Tile":
if (xmlReader.AttributeCount == 1)
{
try
{
currentTileName = xmlReader.GetAttribute(0);
propertyCardInfoCounter++;
}
catch (Exception e)
{
Console.Error.WriteLine("Warning: Invalid string value in XML file. " + " ERROR: " + e.Message);
}
}
else
{
Console.Error.WriteLine("Warning: Tile in XML file is missing attribute value");
}
break;
case "Member":
currentMember = ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter);
break;
case "Rent":
currentBaseRent = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "House1Rent":
currentHouse1Rent = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "House2Rent":
currentHouse2Rent = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "House3Rent":
currentHouse3Rent = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "House4Rent":
currentHouse4Rent = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "Hotel":
currentHotelRent = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "Mortgage Value":
currentMortgageValue = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "HouseCost":
currentHouseCost = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "HotelCost":
currentHotelCost = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "PropertyPrice":
currentPropertyPrice = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
// Check if enough data has been pulled
if (propertyCardInfoCounter == 11)
{
// Skip over pre-made tiles
while (tiles[counter] != null)
{
counter++;
}
// Create the Tile
tiles[counter] = new PropertyTile(
TileType.Property,
currentTileName,
currentColor,
currentBaseRent,
currentHouse1Rent,
currentHouse2Rent,
currentHouse3Rent,
currentHouse4Rent,
currentHotelRent,
currentMortgageValue,
currentHouseCost,
currentHotelCost,
currentPropertyPrice);
// Reset the Card Counter
propertyCardInfoCounter = 0;
}
else
{
Console.Error.WriteLine("ERROR! Tile is missing data");
}
break;
}
}
}
}
public void InitializeTiles(Tile[] tiles)
{
// This probably isn't the most efficient way of creating the Tiles,
// But it'll only be run once at the start of a game.
// XML Reading Variables
XmlReader xmlReader;
xmlReader = XmlReader.Create("GameData/PropertyCards.xml"); // Set the XML file to read
// First, reserve spots in array for non-property Tiles
tiles[0] = new Tile("Go", TileType.Go);
tiles[5] = new Tile("Special Luxury", TileType.SpecialLuxuryTax);
tiles[8] = new Tile("Chance", TileType.Chance);
tiles[12] = new Tile("Hello Baby", TileType.Jail);
tiles[15] = new UtilityTile("Soshi Bond");
tiles[20] = new Tile("Community Chest", TileType.CommunityChest);
tiles[24] = new Tile("Fan Meeting", TileType.FanMeeting);
tiles[27] = new Tile("Chance", TileType.Chance);
tiles[33] = new UtilityTile("Forever 9");
tiles[36] = new Tile("Babysit Kyung San", TileType.GoToJail);
tiles[40] = new Tile("Community Chest", TileType.CommunityChest);
tiles[45] = new Tile("Shopping Spree", TileType.ShoppingSpree);
// Fill in the gaps with Colored Property Tiles
int counter = 0; // Keep track of current location in array
Color currentColor = Color.White; // Keep track of current Color in XML
string currentTileName = ""; // Keep track of current Tile Name
string currentMember = ""; // Name of SNSD member who owns the Property
int currentBaseRent = 0; // Rent
int currentHouse1Rent = 0; // Rent with 1 House
int currentHouse2Rent = 0; // Rent with 2 Houses
int currentHouse3Rent = 0; // Rent with 3 Houses
int currentHouse4Rent = 0; // Rent with 4 Houses
int currentHotelRent = 0; // Rent with Hotel
int currentMortgageValue = 0; // Mortgage Value
int currentHouseCost = 0; // Cost for each house
int currentHotelCost = 0; // Cost for Hotel (+ 4 houses)
int currentPropertyPrice = 0; // Cost to initially purchase property
int propertyCardInfoCounter = 0; // This is a counter to ensure that the current property card has read all the required data
// Read in XML data for Properties
while (xmlReader.Read())
{
XmlNodeType nodeType = xmlReader.NodeType;
if (nodeType == XmlNodeType.Element)
{
switch (xmlReader.Name)
{
// If the current element is a Color
case "Color":
// Checks if there is only one attribute
// THIS MUST BE TRUE! Otherwise the XML structure is wrong
if (xmlReader.AttributeCount == 1)
{
try
{
currentColor = getColorFromNumber(Convert.ToInt16(xmlReader.GetAttribute(0)));
}
catch (Exception e)
{
Console.Error.WriteLine("Warning: Invalid color value in XML file. " + " ERROR: " + e.Message);
}
}
else
Console.Error.WriteLine("Warning: Color in XML file is missing attribute value");
break;
// If the current element is a Tile
case "Tile":
if (xmlReader.AttributeCount == 1)
{
try
{
currentTileName = xmlReader.GetAttribute(0);
propertyCardInfoCounter++;
}
catch (Exception e)
{
Console.Error.WriteLine("Warning: Invalid string value in XML file. " + " ERROR: " + e.Message);
}
}
else
Console.Error.WriteLine("Warning: Tile in XML file is missing attribute value");
break;
case "Member":
currentMember = ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter);
break;
case "Rent":
currentBaseRent = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "House1Rent":
currentHouse1Rent = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "House2Rent":
currentHouse2Rent = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "House3Rent":
currentHouse3Rent = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "House4Rent":
currentHouse4Rent = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "Hotel":
currentHotelRent = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "Mortgage Value":
currentMortgageValue = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "HouseCost":
currentHouseCost = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "HotelCost":
currentHotelCost = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
break;
case "PropertyPrice":
currentPropertyPrice = Convert.ToUInt16(ReadStringFromCurrentNode(xmlReader, ref propertyCardInfoCounter));
// Check if enough data has been pulled
if (propertyCardInfoCounter == 11)
{
// Skip over pre-made tiles
while (tiles[counter] != null)
counter++;
// Create the Tile
tiles[counter] = new PropertyTile(
TileType.Property,
currentTileName,
currentColor,
currentBaseRent,
currentHouse1Rent,
currentHouse2Rent,
currentHouse3Rent,
currentHouse4Rent,
currentHotelRent,
currentMortgageValue,
currentHouseCost,
currentHotelCost,
currentPropertyPrice);
// Reset the Card Counter
propertyCardInfoCounter = 0;
}
else
Console.Error.WriteLine("ERROR! Tile is missing data");
break;
}
}
}
}
public static void UnmortgageUtility(UtilityTile utility)
{
// Check if property is mortgaged
if (utility.MortgageStatus)
{
int payment = (int)(utility.getMortgageValue * 1.1f); // Calculate mortgage + 10% interest
utility.Owner.PlayerPaysBank(payment); // Pay bank amount
}
else
Game1.debugMessageQueue.addMessageToQueue("Warning: Utility cannot be unmortgaged");
}
private void PlayerOptions(Player player)
{
int currentTile = player.CurrentBoardPosition;
TileType currentTileType = Tiles[currentTile].getTileType;
optionPurchaseOrAuctionProperty = false;
optionDevelopProperty = false;
// Determine Player Options and take any actions required
switch (currentTileType)
{
case TileType.Property:
PropertyTile currentProperty = (PropertyTile)Tiles[currentTile];
if (currentProperty.Owner == null) // If the property is not owned yet
{
optionPurchaseOrAuctionProperty = true;
}
else if (currentProperty.Owner != player && !currentProperty.MortgageStatus) // If the property is owned by another player and not mortgaged
{
if (player.getMoney >= currentProperty.getRent) // Check if the player has enough money to pay Rent
{
player.CurrentPlayerPaysPlayer(currentProperty.Owner, currentProperty.getRent); // Pay rent
turnPhase = 2; // Go to next phase
}
else
{
optionPromptMortgageOrTrade = true; // Player must decide to mortgage or trade to get money
}
}
else
{
// Otherwise, player landed on his or her own property, so go to next phase
turnPhase = 2;
}
break;
case TileType.Utility:
UtilityTile currentUtility = (UtilityTile)Tiles[currentTile];
UtilityTile otherUtility;
if (currentTile == 15)
{
otherUtility = (UtilityTile)Tiles[33];
}
else
{
otherUtility = (UtilityTile)Tiles[15];
}
if (currentUtility.Owner == null) // If the property is not owned yet
{
optionPurchaseOrAuctionUtility = true;
}
else if (currentUtility.Owner != player && !currentUtility.MortgageStatus) // If the property is owned by another player
{
int utilityRent; // Calculate the amount to pay for Utility Rent
if (currentUtility.Owner == otherUtility.Owner) // Check if player owns both utilities
{
utilityRent = (int)currentDiceRoll * 10;
}
else
{
utilityRent = (int)currentDiceRoll * 4;
}
if (player.getMoney >= utilityRent) // Check if the player has enough money to pay Rent
{
player.CurrentPlayerPaysPlayer(currentUtility.Owner, utilityRent); // Pay rent
turnPhase = 2; // Go to next phase
}
else
{
optionPromptMortgageOrTrade = true; // Player must decide to mortgage or trade to get money
}
}
else
{
// Otherwise, player landed on his or her own property, so go to next phase
turnPhase = 2;
}
break;
case TileType.Chance:
Card drawnChanceCard = ChanceCards.drawCard(); // Draw the Chance card
SoshiLandGameFunctions.FollowCardInstructions(drawnChanceCard, player, ListOfPlayers);
turnPhase = 2;
break;
case TileType.CommunityChest:
Card drawnCommunityChestCard = CommunityChestCards.drawCard(); // Draw the Community Chest card
SoshiLandGameFunctions.FollowCardInstructions(drawnCommunityChestCard, player, ListOfPlayers);
turnPhase = 2;
break;
case TileType.FanMeeting:
turnPhase = 2; // Nothing happens, so go to last phase
break;
case TileType.Jail:
turnPhase = 2; // Nothing happens, so go to last phase
break;
case TileType.ShoppingSpree:
currentTurnsPlayers.PlayerPaysBank(75); // Pay Bank taxes
turnPhase = 2;
break;
case TileType.SpecialLuxuryTax:
Game1.debugMessageQueue.addMessageToQueue("Player " + "\"" + currentTurnsPlayers.getName + "\"" + " must choose to pay 10% of net worth, or $200");
Game1.debugMessageQueue.addMessageToQueue("Press K to pay 10% of net worth, or L to pay $200");
optionPromptLuxuryTax = true;
break;
case TileType.GoToJail:
SoshiLandGameFunctions.MovePlayerToJail(player);
break;
case TileType.Go:
turnPhase = 2;
break;
}
optionsCalculated = true;
if (Game1.DEBUG)
{
string optionsMessage = "Options Available: Trade,";
if (optionDevelopProperty)
{
optionsMessage = optionsMessage + " Develop,";
}
if (optionPurchaseOrAuctionProperty || optionPurchaseOrAuctionUtility)
{
optionsMessage = optionsMessage + " Purchase/Auction";
}
Game1.debugMessageQueue.addMessageToQueue(optionsMessage);
}
}
public bool PurchaseUtility(UtilityTile utility)
{
if (Money >= utility.getPropertyPrice)
{
Game1.debugMessageQueue.addMessageToQueue("Player \"" + this.getName + "\" purchased \"" + utility.getName + "\" for $" + utility.getPropertyPrice);
removeMoney(utility.getPropertyPrice);
utility.Owner = this;
netWorth += utility.getPropertyPrice;
return true;
}
else
{
Game1.debugMessageQueue.addMessageToQueue("Player \"" + this.getName + "\" does not have enough to purchase \"" + utility.getName + "\"");
return false;
}
}
