private void GenRooms(object sender, EventArgs e) //generate rooms (button pressed)
{
int t; //used to swap minwide and maxwide
if (!int.TryParse(numbertries.Text, out numtries))
{
numtries = 5000; //set number tries from form
}
if (!int.TryParse(minimumwidth.Text, out minwide))
{
minwide = 50; //set minimum width from form
}
if (!int.TryParse(maximumwidth.Text, out maxwide))
{
maxwide = 100; //set maximum width from form
}
if (maxwide < minwide)
{
t = minwide; minwide = maxwide; maxwide = t;
} //if maximum width less than minimum width, swap them
if (!int.TryParse(spaceadded.Text, out spacer))
{
spacer = 50; //set spacer size from form
}
numrooms = 0; //number rooms = 0
for (int i = 0; i < maxrooms; i++)
{
isroom[i] = false; //clear all rooms
}
keepgoing = true; //set flag to keep going
while (keepgoing) //while we should keep going
{
if (!AddRoom())
{
keepgoing = false; //if unable to add a room, clear keep going flag (stop)
}
}
tunnelsizetext.Enabled = true; //Enable tunnel size text on form
tunnelsize.Enabled = true; //Enable tunnel size on form
gentunnels.Enabled = true; //Enable get tunnels button
numtunnels = 0; //number tunnels = 0
for (int i = 0; i < maxtunnels; i++)
{
istunnel[i] = false; //clear all tunnels
}
DoSort(); //sort rooms
MapArea.Invalidate(); //redraw map area
InfoArea.Invalidate(); //redraw info area
}
private void GenerateTunnels(object sender, EventArgs e) //generate tunnels (button pressed)
{
if (!int.TryParse(tunnelsize.Text, out int size))
{
size = 24; //get tunnel size from form
}
numtunnels = 0; //set number tunnels to 0
Tunnel path, endpath; //temporary tunnels storage
for (int i = 0; i < maxtunnels; i++)
{
istunnel[i] = false; //clear all tunnels
}
int first = 0; //set first to 0
for (int i = 0; i < maxrooms; i++) //use first room
{
if (isroom[i]) //if room exists
{
first = i; //set first to room number
i = maxrooms; //exit loop
}
}
keepgoing = true; //set keep going flag to true
while (keepgoing) //while we are supposed to keep going
{
int next = 0; //set next room to 0
for (int i = first + 1; i < maxrooms; i++) //use first room (after first)
{
if (isroom[i]) //if room exists
{
next = i; //set next to room number
i = maxrooms; //exit loop
}
}
if (next == 0)
{
keepgoing = false; //if there was no next room, we are done
}
else //otherwise (keep going)
{
int dist = rooms[next].GetDistance(rooms[first]); //get distance from first room to next room
for (int i = first - 1; i > -1; i--) //check all rooms before first room (already processed rooms)
{
if (rooms[next].GetDistance(rooms[i]) < dist) //if room is at a shorter distance
{
first = i; //set first to that room number
dist = rooms[next].GetDistance(rooms[first]); //set that room's distance for further testing
}
}
rooms[first].GetDir(rooms[next], out int xdir, out int ydir); //get hint for direction
if (Math.Abs(xdir) > Math.Abs(ydir)) //if x distance is greater than y distance
{
if (xdir > 0) //if x direction is positive
{
path = new Tunnel(rooms[first].LastX() + 1, rooms[first].MidY() - size / 2, size); //make first tunnel
path = AddTunnel(path, 0, 0); //add it to tunnels
path = AddTunnel(path, size, 0); //add next tunnel
endpath = new Tunnel(rooms[next].X - size + 1, rooms[next].MidY() - size / 2, size); //make end tunnel
}
else //otherwise (x direction is negative)
{
path = new Tunnel(rooms[first].X - size + 1, rooms[first].MidY() - size / 2, size); //make first tunnel
path = AddTunnel(path, 0, 0); //add it to tunnels
path = AddTunnel(path, -size, 0); //add next tunnel
endpath = new Tunnel(rooms[next].LastX() + 1, rooms[next].MidY() - size / 2, size); //make end tunnel
}
}
else //otherwise (y distance greater than x distance)
{
if (ydir > 0) //if y direction is positive
{
path = new Tunnel(rooms[first].MidX() - size / 2, rooms[first].LastY() + 1, size); //make first tunnel
path = AddTunnel(path, 0, 0); //add it to tunnels
path = AddTunnel(path, 0, size); //add next tunnel
endpath = new Tunnel(rooms[next].MidX() - size / 2, rooms[next].Y - size + 1, size); //make end tunnel
}
else //otherwise (y direction is negative)
{
path = new Tunnel(rooms[first].MidX() - size / 2, rooms[first].Y - size + 1, size); //make first tunnel
path = AddTunnel(path, 0, 0); //add it to tunnels
path = AddTunnel(path, 0, -size); //add next tunnel
endpath = new Tunnel(rooms[next].MidX() - size / 2, rooms[next].LastY() + 1, size); //make end tunnel
}
}
while (!path.IsHit(rooms[next])) //while tunnel has not reached next room
{
path.GetDir(endpath, out xdir, out ydir); //get hint for direction to end tunnel
if ((xdir < size) && (-size < xdir) && (ydir < size) && (-size < ydir))
{
path.GetDir(rooms[next], out xdir, out ydir); //if end tunnel too close, use next room
}
if (Math.Abs(xdir) > Math.Abs(ydir)) //if x distance greater than y distance
{
if (xdir > 0)
{
path = AddTunnel(path, size, 0); //if x direction positive, add tunnel that way
}
else
{
path = AddTunnel(path, -size, 0); //otherwise (x direction negative), add tunnel that way
}
}
else //otherwise (y distance greater than x distance)
{
if (ydir > 0)
{
path = AddTunnel(path, 0, size); //if y direction position, add tunnel that way
}
else
{
path = AddTunnel(path, 0, -size); //otherwise (y direction negative), add tunnel that way
}
}
}
first = next; //set first room to next room (set as processed)
}
}
MapArea.Invalidate(); //redraw map area
InfoArea.Invalidate(); //redraw information area
}
