public override List <ShapeBlock> GenerateShapeBlocks(int lowerBoundX, int lowerBoundY, int upperBoundX, int upperBoundY, int?startY = null)
{
var blocks = new List <ShapeBlock>();
var random = RandomNumber.GetInstance();
var curY = startY ?? lowerBoundY;
for (var curX = lowerBoundX; curX < upperBoundX; curX += random.Next(2, 4))
{
var length = Math.Min(random.Next(2, 5), upperBoundX - curX);
MapShapeX(blocks, curX, curY, length);
curX += length;
curY = Math.Max(lowerBoundY, Math.Min(curY + random.Next(-3, 4), upperBoundY));
}
return(blocks);
}
public override List <ShapeBlock> GenerateShapeBlocks(int lowerBoundX, int lowerBoundY, int upperBoundX, int upperBoundY, int?startY)
{
Logging.Instance.Write("Randomly segmented generation strategy used.");
var blocks = new List <ShapeBlock>();
var random = RandomNumber.GetInstance();
var curY = startY ?? random.Next(lowerBoundY, upperBoundY);
for (int curX = lowerBoundX; curX < upperBoundX;)
{
var vertical = random.NextDouble() >= 0.5;
if (vertical)
{
var blockLength = random.Next(2, 3);
var downwards = random.NextDouble() >= 0.5;
int newY;
if (downwards)
{
newY = Math.Max(curY - blockLength, lowerBoundY);
MapShapeY(blocks, curX, newY, curY - newY + 1);
}
else
{
newY = Math.Min(curY + blockLength, upperBoundY - 1);
MapShapeY(blocks, curX, curY, newY - curY + 1);
}
curY = newY;
curX += 1;
}
else
{
var blockLength = random.Next(2, 4);
var newX = Math.Min(curX + blockLength, upperBoundX - 1);
MapShapeX(blocks, curX, curY, newX - curX + 1);
curX = newX + 1;
}
}
return(blocks);
}
