public LaneSpace(int spaceId, int x, int y, Color color, RotateEnum rotate) : base(spaceId, x, y, color, rotate)
{
double sizeMultiplier = FormatManager.GetSizeMultiplier();
int CornerWidth = (int)(150 * sizeMultiplier);
int CornerHeight = (int)(150 * sizeMultiplier);
int LaneWidth = (int)(100 * sizeMultiplier);
int LaneHeight = (int)(150 * sizeMultiplier);
size = new Size(LaneWidth, LaneHeight);
}
//Reads text file and generates board spaces.
//Creates 40 spaces
public void LoadBoardFromFile()
{
//Determines the dimensions of the spaces and the starting
//locations for the four board lanes.
double sizeMultiplier = FormatManager.GetSizeMultiplier();
int SpaceSize = (int)((size.Width / 11) * sizeMultiplier);
int LaneOneY = SpaceSize * 9 + SpaceSize;
int LaneTwoX = 0;
int LaneThreeY = 0;
int LaneFourX = SpaceSize * 9 + SpaceSize;
//Variables for reading the text file
int i = 1;
int x = 0;
int id;
String spaceType;
String line;
String[] lineSplit;
char token = ',';
reader = new StreamReader(fileLocation);
//Add the four constant spaces and the inner board (rectangle within board).
innerBoard = new RectangleObject(LaneTwoX + SpaceSize, LaneThreeY + SpaceSize, new Size(SpaceSize * 9, SpaceSize * 9));
boardSpaces.Add(new JailSpace(JAIL_SPACE_ID, LaneOneY, LaneOneY, Color.White, new Size(SpaceSize, SpaceSize), RotateEnum.DoNotRotate));
boardSpaces.Add(new FreeParkingSpace(FREE_PARKING_SPACE_ID, LaneTwoX, LaneOneY, Color.White, new Size(SpaceSize, SpaceSize), RotateEnum.Rotate270));
boardSpaces.Add(new GoToJailSpace(GO_TO_JAIL_SPACE_ID, LaneTwoX, LaneThreeY, Color.White, new Size(SpaceSize, SpaceSize), RotateEnum.Rotate180));
boardSpaces.Add(new GoSpace(GO_SPACE_ID, LaneFourX, LaneThreeY, Color.White, new Size(SpaceSize, SpaceSize), RotateEnum.Rotate90));
//Reads the whole file and generates a board space for each line
while (!reader.EndOfStream)
{
line = reader.ReadLine();
lineSplit = line.Split(token);
spaceType = lineSplit[0];
//Moves to next lane once the lane is filled
if (i == 10)
{
i = 1;
x++;
}
//Keeps the id consistent across lanes
id = (i + (x * 10));
//Used to determine what kind of board space to create
//Each case is a space type and each if is a lane
switch (spaceType)
{
case "Property":
Property property = new Property(lineSplit[1], int.Parse(lineSplit[2]), 0, Color.FromName(lineSplit[3].Trim()));
if (x == 0)
{
boardSpaces.Add(new PropertySpace(id, LaneFourX, (i * SpaceSize) + (SpaceSize - SpaceSize), property, new Size(SpaceSize, SpaceSize), RotateEnum.Rotate90));
}
else if (x == 1)
{
boardSpaces.Add(new PropertySpace(id, ((10 - i) * SpaceSize) + (SpaceSize - SpaceSize), LaneOneY, property, new Size(SpaceSize, SpaceSize), RotateEnum.DoNotRotate));
}
else if (x == 2)
{
boardSpaces.Add(new PropertySpace(id, LaneTwoX, ((10 - i) * SpaceSize) + (SpaceSize - SpaceSize), property, new Size(SpaceSize, SpaceSize), RotateEnum.Rotate270));
}
else
{
boardSpaces.Add(new PropertySpace(id, (i * SpaceSize) + (SpaceSize - SpaceSize), LaneThreeY, property, new Size(SpaceSize, SpaceSize), RotateEnum.Rotate180));
}
break;
case "Railroad":
Railroad railroad = new Railroad(lineSplit[1], int.Parse(lineSplit[2]));
if (x == 0)
{
boardSpaces.Add(new RailroadSpace(id, LaneFourX, (i * SpaceSize) + (SpaceSize - SpaceSize), railroad, new Size(SpaceSize, SpaceSize), RotateEnum.Rotate90));
}
else if (x == 1)
{
boardSpaces.Add(new RailroadSpace(id, ((10 - i) * SpaceSize) + (SpaceSize - SpaceSize), LaneOneY, railroad, new Size(SpaceSize, SpaceSize), RotateEnum.DoNotRotate));
}
else if (x == 2)
{
boardSpaces.Add(new RailroadSpace(id, LaneTwoX, ((10 - i) * SpaceSize) + (SpaceSize - SpaceSize), railroad, new Size(SpaceSize, SpaceSize), RotateEnum.Rotate270));
}
else
{
boardSpaces.Add(new RailroadSpace(id, (i * SpaceSize) + (SpaceSize - SpaceSize), LaneThreeY, railroad, new Size(SpaceSize, SpaceSize), RotateEnum.Rotate180));
}
break;
case "CommunityChest":
if (x == 0)
{
boardSpaces.Add(new CommunityChestSpace(id, LaneFourX, (i * SpaceSize) + (SpaceSize - SpaceSize), new Size(SpaceSize, SpaceSize), RotateEnum.Rotate90));
}
else if (x == 1)
{
boardSpaces.Add(new CommunityChestSpace(id, ((10 - i) * SpaceSize) + (SpaceSize - SpaceSize), LaneOneY, new Size(SpaceSize, SpaceSize), RotateEnum.DoNotRotate));
}
else if (x == 0)
{
boardSpaces.Add(new CommunityChestSpace(id, LaneTwoX, ((10 - i) * SpaceSize) + (SpaceSize - SpaceSize), new Size(SpaceSize, SpaceSize), RotateEnum.Rotate270));
}
else
{
boardSpaces.Add(new CommunityChestSpace(id, (i * SpaceSize) + (SpaceSize - SpaceSize), LaneThreeY, new Size(SpaceSize, SpaceSize), RotateEnum.Rotate180));
}
break;
case "Chance":
if (x == 0)
{
boardSpaces.Add(new ChanceSpace(id, LaneFourX, (i * SpaceSize) + (SpaceSize - SpaceSize), new Size(SpaceSize, SpaceSize), RotateEnum.Rotate90));
}
else if (x == 1)
{
boardSpaces.Add(new ChanceSpace(id, ((10 - i) * SpaceSize) + (SpaceSize - SpaceSize), LaneOneY, new Size(SpaceSize, SpaceSize), RotateEnum.DoNotRotate));
}
else if (x == 2)
{
boardSpaces.Add(new ChanceSpace(id, LaneTwoX, ((10 - i) * SpaceSize) + (SpaceSize - SpaceSize), new Size(SpaceSize, SpaceSize), RotateEnum.Rotate270));
}
else
{
boardSpaces.Add(new ChanceSpace(id, (i * SpaceSize) + (SpaceSize - SpaceSize), LaneThreeY, new Size(SpaceSize, SpaceSize), RotateEnum.Rotate180));
}
break;
case "Utility":
Utility utility = new Utility(lineSplit[1], 100);
if (x == 0)
{
boardSpaces.Add(new UtilitySpace(id, LaneFourX, (i * SpaceSize) + (SpaceSize - SpaceSize), utility, new Size(SpaceSize, SpaceSize), RotateEnum.Rotate90));
}
else if (x == 1)
{
boardSpaces.Add(new UtilitySpace(id, ((10 - i) * SpaceSize) + (SpaceSize - SpaceSize), LaneOneY, utility, new Size(SpaceSize, SpaceSize), RotateEnum.DoNotRotate));
}
else if (x == 2)
{
boardSpaces.Add(new UtilitySpace(id, LaneTwoX, ((10 - i) * SpaceSize) + (SpaceSize - SpaceSize), utility, new Size(SpaceSize, SpaceSize), RotateEnum.Rotate270));
}
else
{
boardSpaces.Add(new UtilitySpace(id, (i * SpaceSize) + (SpaceSize - SpaceSize), LaneThreeY, utility, new Size(SpaceSize, SpaceSize), RotateEnum.Rotate180));
}
break;
}
i++;
}
reader.Close();
}
