void RemoveSquare(SquarePos pos)
{
ushort x1 = pos.X, x2 = (ushort)(pos.X + 1), y = 4, z1 = pos.Z, z2 = (ushort)(pos.Z + 1);
Cuboid(x1, y, z1, x2, y, z2, Block.yellow, mapon);
Thread.Sleep(speed);
Cuboid(x1, y, z1, x2, y, z2, Block.orange, mapon);
Thread.Sleep(speed);
Cuboid(x1, y, z1, x2, y, z2, Block.red, mapon);
Thread.Sleep(speed);
Cuboid(x1, y, z1, x2, y, z2, Block.air, mapon);
//beneath this is checking the glass next to the square
bool up = false, left = false, right = false, down = false;
//directly next to
if (mapon.GetTile(x1, y, (ushort)(z2 + 2)) == Block.air) //right
{
mapon.Blockchange(x1, y, (ushort)(z2 + 1), Block.air);
mapon.Blockchange(x2, y, (ushort)(z2 + 1), Block.air);
right = true;
}
if (mapon.GetTile(x1, y, (ushort)(z1 - 2)) == Block.air) //left
{
mapon.Blockchange(x1, y, (ushort)(z1 - 1), Block.air);
mapon.Blockchange(x2, y, (ushort)(z1 - 1), Block.air);
left = true;
}
if (mapon.GetTile((ushort)(x2 + 2), y, z1) == Block.air) //up
{
mapon.Blockchange((ushort)(x2 + 1), y, z1, Block.air);
mapon.Blockchange((ushort)(x2 + 1), y, z2, Block.air);
up = true;
}
if (mapon.GetTile((ushort)(x1 - 2), y, z1) == Block.air) //down
{
mapon.Blockchange((ushort)(x1 - 1), y, z1, Block.air);
mapon.Blockchange((ushort)(x1 - 1), y, z2, Block.air);
down = true;
}
//diagonal >:(
if ((mapon.GetTile((ushort)(x1 - 2), y, (ushort)(z1 - 2)) == Block.air) && left && down) //bottom left
{
mapon.Blockchange((ushort)(x1 - 1), y, (ushort)(z1 - 1), Block.air);
}
if ((mapon.GetTile((ushort)(x1 - 2), y, (ushort)(z2 + 2)) == Block.air) && right && down) //bottom right
{
mapon.Blockchange((ushort)(x1 - 1), y, (ushort)(z2 + 1), Block.air);
}
if ((mapon.GetTile((ushort)(x2 + 2), y, (ushort)(z1 - 2)) == Block.air) && left && up) //top left
{
mapon.Blockchange((ushort)(x2 + 1), y, (ushort)(z1 - 1), Block.air);
}
if ((mapon.GetTile((ushort)(x2 + 2), y, (ushort)(z2 + 2)) == Block.air) && right && up) //top right
{
mapon.Blockchange((ushort)(x2 + 1), y, (ushort)(z2 + 1), Block.air);
}
}
void RemoveSquare(SquarePos pos)
{
ushort x1 = pos.X, x2 = (ushort)(pos.X + 1), y = 4, z1 = pos.Z, z2 = (ushort)(pos.Z + 1);
Cuboid(x1, y, z1, x2, y, z2, Block.Yellow, Map);
Thread.Sleep(Interval);
Cuboid(x1, y, z1, x2, y, z2, Block.Orange, Map);
Thread.Sleep(Interval);
Cuboid(x1, y, z1, x2, y, z2, Block.Red, Map);
Thread.Sleep(Interval);
Cuboid(x1, y, z1, x2, y, z2, Block.Air, Map);
// Remove glass borders if neighbouring squared were previously removed.
bool airMaxX = false, airMinZ = false, airMaxZ = false, airMinX = false;
if (Map.IsAirAt(x1, y, (ushort)(z2 + 2)))
{
Map.Blockchange(x1, y, (ushort)(z2 + 1), ExtBlock.Air);
Map.Blockchange(x2, y, (ushort)(z2 + 1), ExtBlock.Air);
airMaxZ = true;
}
if (Map.IsAirAt(x1, y, (ushort)(z1 - 2)))
{
Map.Blockchange(x1, y, (ushort)(z1 - 1), ExtBlock.Air);
Map.Blockchange(x2, y, (ushort)(z1 - 1), ExtBlock.Air);
airMinZ = true;
}
if (Map.IsAirAt((ushort)(x2 + 2), y, z1))
{
Map.Blockchange((ushort)(x2 + 1), y, z1, ExtBlock.Air);
Map.Blockchange((ushort)(x2 + 1), y, z2, ExtBlock.Air);
airMaxX = true;
}
if (Map.IsAirAt((ushort)(x1 - 2), y, z1))
{
Map.Blockchange((ushort)(x1 - 1), y, z1, ExtBlock.Air);
Map.Blockchange((ushort)(x1 - 1), y, z2, ExtBlock.Air);
airMinX = true;
}
// Remove glass borders for diagonals too.
if (Map.IsAirAt((ushort)(x1 - 2), y, (ushort)(z1 - 2)) && airMinX && airMinZ)
{
Map.Blockchange((ushort)(x1 - 1), y, (ushort)(z1 - 1), ExtBlock.Air);
}
if (Map.IsAirAt((ushort)(x1 - 2), y, (ushort)(z2 + 2)) && airMinX && airMaxZ)
{
Map.Blockchange((ushort)(x1 - 1), y, (ushort)(z2 + 1), ExtBlock.Air);
}
if (Map.IsAirAt((ushort)(x2 + 2), y, (ushort)(z1 - 2)) && airMaxX && airMinZ)
{
Map.Blockchange((ushort)(x2 + 1), y, (ushort)(z1 - 1), ExtBlock.Air);
}
if (Map.IsAirAt((ushort)(x2 + 2), y, (ushort)(z2 + 2)) && airMaxX && airMaxZ)
{
Map.Blockchange((ushort)(x2 + 1), y, (ushort)(z2 + 1), ExtBlock.Air);
}
}
void RemoveSquares()
{
Random rng = new Random();
while (RoundInProgress && Running && squaresLeft.Count > 0 && Remaining.Count > 0)
{
int i = rng.Next(squaresLeft.Count);
SquarePos nextSquare = squaresLeft[i];
squaresLeft.RemoveAt(i);
RemoveSquare(nextSquare);
if (!Running || !RoundInProgress)
{
return;
}
UpdateAllStatus1();
}
}
void RemoveRandomSquares()
{
while (squaresLeft.Count > 0 && playersleftlist.Count != 0 &&
(gamestatus == CountdownGameStatus.InProgress || gamestatus == CountdownGameStatus.Finished))
{
Random number = new Random();
int index = number.Next(squaresLeft.Count);
SquarePos nextsquare = squaresLeft[index];
squaresLeft.RemoveAt(index);
RemoveSquare(nextsquare);
if (squaresLeft.Count % 10 == 0 && gamestatus != CountdownGameStatus.Finished)
{
mapon.ChatLevel(squaresLeft.Count + " Squares Left and " + playersleftlist.Count + " Players left!!");
}
if (cancel)
{
End(null);
}
}
}
void RemoveSquares()
{
Random rng = new Random();
while (Status == CountdownGameStatus.RoundInProgress && squaresLeft.Count > 0 && Remaining.Count != 0)
{
int i = rng.Next(squaresLeft.Count);
SquarePos nextSquare = squaresLeft[i];
squaresLeft.RemoveAt(i);
RemoveSquare(nextSquare);
if (squaresLeft.Count % 10 == 0)
{
if (Status != CountdownGameStatus.RoundInProgress)
{
return;
}
Map.ChatLevel(squaresLeft.Count + " squares left and " + Remaining.Count + " players remaining!");
}
}
}
void RemoveSquare(SquarePos pos)
{
ushort x1 = pos.X, x2 = (ushort)(pos.X + 1), z1 = pos.Z, z2 = (ushort)(pos.Z + 1);
Cuboid(x1, 4, z1, x2, 4, z2, Block.Yellow);
bulk.Flush();
Thread.Sleep(Interval);
Cuboid(x1, 4, z1, x2, 4, z2, Block.Orange);
bulk.Flush();
Thread.Sleep(Interval);
Cuboid(x1, 4, z1, x2, 4, z2, Block.Red);
bulk.Flush();
Thread.Sleep(Interval);
Cuboid(x1, 4, z1, x2, 4, z2, Block.Air);
bulk.Flush();
// Remove glass borders, if neighbouring squares were previously removed
bool airMaxX = false, airMinZ = false, airMaxZ = false, airMinX = false;
if (Map.IsAirAt(x1, 4, (ushort)(z2 + 2)))
{
Map.Blockchange(x1, 4, (ushort)(z2 + 1), Block.Air);
Map.Blockchange(x2, 4, (ushort)(z2 + 1), Block.Air);
airMaxZ = true;
}
if (Map.IsAirAt(x1, 4, (ushort)(z1 - 2)))
{
Map.Blockchange(x1, 4, (ushort)(z1 - 1), Block.Air);
Map.Blockchange(x2, 4, (ushort)(z1 - 1), Block.Air);
airMinZ = true;
}
if (Map.IsAirAt((ushort)(x2 + 2), 4, z1))
{
Map.Blockchange((ushort)(x2 + 1), 4, z1, Block.Air);
Map.Blockchange((ushort)(x2 + 1), 4, z2, Block.Air);
airMaxX = true;
}
if (Map.IsAirAt((ushort)(x1 - 2), 4, z1))
{
Map.Blockchange((ushort)(x1 - 1), 4, z1, Block.Air);
Map.Blockchange((ushort)(x1 - 1), 4, z2, Block.Air);
airMinX = true;
}
// Remove glass borders, if all neighbours to this corner have been removed
if (Map.IsAirAt((ushort)(x1 - 2), 4, (ushort)(z1 - 2)) && airMinX && airMinZ)
{
Map.Blockchange((ushort)(x1 - 1), 4, (ushort)(z1 - 1), Block.Air);
}
if (Map.IsAirAt((ushort)(x1 - 2), 4, (ushort)(z2 + 2)) && airMinX && airMaxZ)
{
Map.Blockchange((ushort)(x1 - 1), 4, (ushort)(z2 + 1), Block.Air);
}
if (Map.IsAirAt((ushort)(x2 + 2), 4, (ushort)(z1 - 2)) && airMaxX && airMinZ)
{
Map.Blockchange((ushort)(x2 + 1), 4, (ushort)(z1 - 1), Block.Air);
}
if (Map.IsAirAt((ushort)(x2 + 2), 4, (ushort)(z2 + 2)) && airMaxX && airMaxZ)
{
Map.Blockchange((ushort)(x2 + 1), 4, (ushort)(z2 + 1), Block.Air);
}
}