private int TopCardIndex; //represents the top card on the deck, ie the first non-discarded card
//METHODS
//called when deck is initialized
public void ShuffleDeck()
{
String allDescriptions = Resources.CardDescriptions;
int cardIDMod = 0; //used to assign correct cardIDs
UI ui = new UI();
if (this.DeckType == DeckType.CommunityChest)
{
Cards = new Card[17]; //wipe deck
allDescriptions = allDescriptions.Substring(16, allDescriptions.IndexOf("Chance")); //+14 for 'communitychest', +2 for cr and lf
ui.UIDebug("Community Chest Deck initializing...");
}
else
{
Cards = new Card[16];
cardIDMod = 17;
allDescriptions = allDescriptions.Substring(allDescriptions.IndexOf("Chance") + 8); //+6 for 'chance', + 2 for cr and lf
ui.UIDebug("Chance Deck initializing...");
}
String[] cardDescriptions = new String[Cards.Length];
Card[] orderedCards = new Card[Cards.Length];
StringReader reader = new StringReader(allDescriptions);
for (int i = 0; i <= (Cards.Length - 1); i++)
{
String line = reader.ReadLine();
orderedCards[i] = new Card(i + cardIDMod, line);
}//foreach
reader.Close();
ui.UIDebug("Deck is now in proper order. Shuffling...");
//Begin Fisher-Yates shuffling algorithm
Random rand = new Random();
int n = orderedCards.Length;
for (int i = 0; i <= n - 1; i++)
{
int j = rand.Next(i, n);
Card tempCard = orderedCards[i];
orderedCards[i] = orderedCards[j];
orderedCards[j] = tempCard;
}//for
this.Cards = orderedCards;
this.TopCardIndex = 0;
ui.UIDebug("Deck has been shuffled.");
}//ShuffleDeck
//METHODS
//called when deck is initialized
public void ShuffleDeck()
{
String allDescriptions = Resources.CardDescriptions;
int cardIDMod = 0; //used to assign correct cardIDs
UI ui = new UI();
if (this.DeckType == DeckType.CommunityChest)
{
Cards = new Card[17]; //wipe deck
allDescriptions = allDescriptions.Substring(16, allDescriptions.IndexOf("Chance")); //+14 for 'communitychest', +2 for cr and lf
ui.UIDebug("Community Chest Deck initializing...");
} else {
Cards = new Card[16];
cardIDMod = 17;
allDescriptions = allDescriptions.Substring(allDescriptions.IndexOf("Chance") + 8); //+6 for 'chance', + 2 for cr and lf
ui.UIDebug("Chance Deck initializing...");
}
String[] cardDescriptions = new String[Cards.Length];
Card[] orderedCards = new Card[Cards.Length];
StringReader reader = new StringReader(allDescriptions);
for(int i = 0; i <= (Cards.Length - 1); i++)
{
String line = reader.ReadLine();
orderedCards[i] = new Card(i + cardIDMod, line);
}//foreach
reader.Close();
ui.UIDebug("Deck is now in proper order. Shuffling...");
//Begin Fisher-Yates shuffling algorithm
Random rand = new Random();
int n = orderedCards.Length;
for(int i = 0; i <= n - 1; i++)
{
int j = rand.Next(i, n);
Card tempCard = orderedCards[i];
orderedCards[i] = orderedCards[j];
orderedCards[j] = tempCard;
}//for
this.Cards = orderedCards;
this.TopCardIndex = 0;
ui.UIDebug("Deck has been shuffled.");
}
}//BoardfileReader
public Board CreateBoard()
{
String line = "";
String[] strValues;
int[] intValues;
StreamReader stmReader;
Char delimitChar = ',';
Board resultBoard;
ui.UIDebug("Attempting to create board...");
try{
stmReader = new StreamReader(mBoardPath);
resultBoard = new Board();
ui.UIDebug("Board stream initalized!");
for (int i = 1; i <= resultBoard.BoardSpaces.Length - 1; i++)
{
line = stmReader.ReadLine();
strValues = line.Split(delimitChar);
intValues = new int[strValues.Length];
//create int array for int values such as rent, mortagage, etc
for (int j = 0; j <= strValues.Length - 1; j++)
{
try
{
intValues[j] = int.Parse(strValues[j]);
}//try
catch (FormatException ex)
{
intValues[j] = 0;
ex.GetType();
} //catch
} //for
//ugly switch, need to revise in the future
switch (strValues[0])
{
case "Property":
Rent tempRent = new Rent(intValues[5], intValues[6], intValues[7], intValues[8], intValues[9], intValues[10]);
Tiles.Property thisProp = new Tiles.Property(intValues[2], strValues[1], (PropertyColor)intValues[4], intValues[3], tempRent, intValues[11]);
resultBoard.BoardSpaces[i] = thisProp;
//add the property to the proper color group, see Enums for more details
resultBoard.ColorGroups[(int)thisProp.Color].AddProperty(thisProp);
break;
case "Railroad":
resultBoard.BoardSpaces[i] = new Tiles.Railroad(intValues[2], strValues[1]);
break;
case "Utility":
resultBoard.BoardSpaces[i] = new Tiles.Utility(intValues[2], strValues[1]);
break;
case "LuxuryTax":
resultBoard.BoardSpaces[i] = new Tiles.LuxuryTax(intValues[2], strValues[1]);
break;
case "IncomeTax":
resultBoard.BoardSpaces[i] = new Tiles.IncomeTax(intValues[2], strValues[1]);
break;
case "CommunityChest":
resultBoard.BoardSpaces[i] = new Tiles.CommunityChest(intValues[2], strValues[1]);
break;
case "Chance":
resultBoard.BoardSpaces[i] = new Tiles.Chance(intValues[2], strValues[1]);
break;
case "Go":
resultBoard.BoardSpaces[i] = new Tiles.Go(intValues[2], strValues[1]);
break;
case "GoToJail":
resultBoard.BoardSpaces[i] = new Tiles.GoToJail(intValues[2], strValues[1]);
break;
case "Jail":
resultBoard.BoardSpaces[i] = new Tiles.Jail(intValues[2], strValues[1]);
break;
case "FreeParking":
resultBoard.BoardSpaces[i] = new Tiles.FreeParking(intValues[2], strValues[1]);
break;
default:
ui.Error("The BoardReader was unable to determine space type!");
break;
} //switch
} //for
} //try (open streamreader)
catch (FileNotFoundException ex) {
ui.Error("Stream couldn't be found.", ex);
return(null);
}//catch FileNotFound (streamreader)
return(resultBoard);
} //CreateBoard