public void RandomlyRotateFlipTiles(Die dieRed, Chip chpBridge)
{
int iBridgesUsed = 0;
// Iterate through each tile, manipulating it within the list
for (int iIndex = 0; iIndex < lstTiles.Count; iIndex++)
{
// Roll the die
int iFace = TokenUtilities.rndGenerator.Next(0, dieRed.Faces.Count);
DieFace dFace = (DieFace)(dieRed.Faces[iFace]);
// Act on the results
Tile currentTile = (Tile)(lstTiles[iIndex]);
if ((null != currentTile.ReverseSideTile) && (dFace.Bams > 0))
{
// Flip the tile and replaced it in the list
currentTile = currentTile.ReverseSideTile;
lstTiles[iIndex] = currentTile;
}
// Add a bridge if it is not the last tile
if ((dFace.Diamonds > 0) && (iBridgesUsed < 2) && (iIndex < (lstTiles.Count - 1)))
{
currentTile.Bridge = chpBridge;
iBridgesUsed++;
}
// Rotate the tile clockwise, based on the number of swords rolled
currentTile.RotateTile(dFace.Swords);
}
}
public Die(XmlNode xmlDie)
{
lstFaces = new ArrayList();
if (null == xmlDie)
{
// Nothing to parse
return;
}
if ((null != xmlDie.Attributes) && (null != xmlDie.Attributes["Color"]))
{
sName = xmlDie.Attributes["Color"].Value;
}
if (null != xmlDie.ChildNodes)
{
foreach (XmlNode infoElement in xmlDie.ChildNodes)
{
// Only support the "Face" element
if (infoElement.Name == "Face")
{
DieFace newDieFace = new DieFace();
string sFaceContent = infoElement.InnerText;
string[] faceConents = sFaceContent.ToLower().Split(",".ToCharArray());
foreach (string sContentItem in faceConents)
{
switch (sContentItem)
{
case "sword":
newDieFace.Swords++;
break;
case "shield":
newDieFace.Shields++;
break;
case "bam":
newDieFace.Bams++;
break;
case "diamond":
newDieFace.Diamonds++;
break;
default:
break;
}
}
lstFaces.Add(newDieFace);
}
}
}
}
public void AddChips(Die dieGreen, Chip chpStart, Chip chpExit, Chip chpDoor)
{
// Add the start chip to the first tile
((Tile)(lstTiles[0])).Start = chpStart;
// Add the exit chip to the last tile
((Tile)(lstTiles[lstTiles.Count - 1])).Exit = chpExit;
// Iterate through each tile, adding the appropriate number of doors
int iTotalDoors = 0;
for (int iIndex = 0; iIndex < lstTiles.Count; iIndex++)
{
// Roll the die
int iFace = TokenUtilities.rndGenerator.Next(0, dieGreen.Faces.Count);
DieFace dFace = (DieFace)(dieGreen.Faces[iFace]);
// Act on the results
Tile currentTile = (Tile)(lstTiles[iIndex]);
int iDoorsForThisTile = (0 == dFace.Shields)? 1 : dFace.Shields;
currentTile.Doors = iDoorsForThisTile;
iTotalDoors += iDoorsForThisTile;
currentTile.Door = chpDoor;
}
// Can only have a maximum of 15 doors spread across all the tiles. Randomly remove any extra doors.
if (15 < iTotalDoors)
{
int iDoorsLeftToRemove = iTotalDoors - 15;
while (0 < iDoorsLeftToRemove)
{
int iTileIndexToRemoveDoor = TokenUtilities.rndGenerator.Next(0, lstTiles.Count);
Tile tTileToExamine = (Tile)(lstTiles[iTileIndexToRemoveDoor]);
if (1 < tTileToExamine.Doors) // Must leave at least one door
{
tTileToExamine.Doors -= 1;
iDoorsLeftToRemove--;
}
}
}
}
