public override void Generate(BoardGenerator boardGenerator)
{
char charToWrite;
if (!useDefaultEmptyChar)
{
charToWrite = alternateCharToUse;
}
else
{
charToWrite = boardGenerator.boardGenerationProfile.boardLibrary.GetDefaultEmptyChar();
}
Vector2 startLocation = startLocations[Random.Range(0, startLocations.Length)];
GridPosition startPosition = boardGenerator.Vector2ToGridPosition(startLocation);
GridPosition targetPosition = boardGenerator.GetRandomGridPosition();
GridPosition currentPosition = startPosition;
for (int i = 0; i < tunnelMaxLength; i++)
{
if (RollPercentage(turnPercentChance))
{
targetPosition = boardGenerator.GetRandomGridPosition();
}
if (spawnRandomRoomsOnTunnel)
{
if (RollPercentage(roomSpawnChance))
{
RoomTemplate randTemplate = roomTemplates[Random.Range(0, roomTemplates.Length)];
boardGenerator.DrawTemplate(currentPosition.x, currentPosition.y, randTemplate, overwriteFilledSpaces, generatesEmptySpace);
}
}
Dig(boardGenerator, currentPosition, targetPosition, charToWrite);
}
if (spawnRoomOnTunnelEnd)
{
RoomTemplate randTemplate = roomTemplates[Random.Range(0, roomTemplates.Length)];
boardGenerator.DrawTemplate(currentPosition.x, currentPosition.y, randTemplate, overwriteFilledSpaces, generatesEmptySpace);
}
}
public override void Generate(BoardGenerator boardGenerator)
{
char charToWrite;
if (!useDefaultEmptyChar)
{
charToWrite = alternateCharToUse;
}
else
{
charToWrite = boardGenerator.boardGenerationProfile.boardLibrary.GetDefaultEmptyChar();
}
Vector2 startLocation = startLocations[Random.Range(0, startLocations.Length)];
GridPosition startPosition = boardGenerator.Vector2ToGridPosition(startLocation);
GridPosition targetPosition = boardGenerator.GetRandomGridPosition();
GridPosition currentPosition = startPosition;
for (int i = 0; i < tunnelLength; i++)
{
if (RollPercentage(turnPercentChance))
{
GridPosition turnPosition = boardGenerator.GetRandomGridPosition();
while (turnPosition.x == targetPosition.x || turnPosition.y == targetPosition.y)
{
turnPosition = boardGenerator.GetRandomGridPosition();
}
targetPosition = turnPosition;
}
if (spawnRandomRoomsOnTunnel)
{
if (RollPercentage(roomSpawnChance))
{
RoomTemplate randTemplate = roomTemplates[Random.Range(0, roomTemplates.Length)];
boardGenerator.DrawTemplate(currentPosition.x, currentPosition.y, randTemplate, overwriteFilledSpaces, generatesEmptySpace);
}
}
List <GeneratorWanderTunnel> branchTunnelerList = new List <GeneratorWanderTunnel>();
if (RollPercentage(branchPercentChance))
{
GeneratorWanderTunnel wanderTunneler = ScriptableObject.CreateInstance <GeneratorWanderTunnel>();
wanderTunneler.tunnelMaxLength = branchTunnel.tunnelMaxLength;
wanderTunneler.overwriteFilledSpaces = branchTunnel.overwriteFilledSpaces;
wanderTunneler.useDefaultEmptyChar = branchTunnel.useDefaultEmptyChar;
wanderTunneler.alternateCharToUse = branchTunnel.alternateCharToUse;
wanderTunneler.startLocations = new Vector2[1];
wanderTunneler.startLocations[0] = new Vector2(currentPosition.x, currentPosition.y);
wanderTunneler.roomTemplates = branchTunnel.roomTemplates;
wanderTunneler.spawnRoomsOnTunnelTurn = branchTunnel.spawnRoomsOnTunnelTurn;
wanderTunneler.spawnRoomOnTunnelEnd = branchTunnel.spawnRoomOnTunnelEnd;
wanderTunneler.turnNoiseValue = branchTunnel.turnNoiseValue;
branchTunnelerList.Add(wanderTunneler);
}
for (int j = 0; j < branchTunnelerList.Count; j++)
{
branchTunnelerList[j].Generate(boardGenerator);
}
Dig(boardGenerator, currentPosition, targetPosition, charToWrite);
}
if (spawnRandomRoomsOnTunnel)
{
RoomTemplate randTemplate = roomTemplates[Random.Range(0, roomTemplates.Length)];
boardGenerator.DrawTemplate(currentPosition.x, currentPosition.y, randTemplate, overwriteFilledSpaces, generatesEmptySpace);
}
}
