public Transform openatrandom()
{
locationscd randloc = mixedavailablelocations.Dequeue();
mixedavailablelocations.Enqueue(randloc);
return(sectoronlevel[randloc.x, randloc.y]);
}
public locationscd atrandomloc()
{
locationscd randloc = mixedlocations.Dequeue();
mixedlocations.Enqueue(randloc);
return(randloc);
}
public void LevelCreation()
{
sectoronlevel = new Transform[(int)gridscale.x, (int)gridscale.y];
if (transform.Find(fulllevel))
{
DestroyImmediate(transform.Find(fulllevel).gameObject);
}
thefullloc = new List <locationscd>();
for (int xaxis = 0; xaxis < gridscale.x; xaxis++)
{
for (int yaxis = 0; yaxis < gridscale.y; yaxis++)
{
thefullloc.Add(new locationscd(xaxis, yaxis));
}
}
mixedlocations = new Queue <locationscd>(Shuffling.Fisher(thefullloc.ToArray(), index));
playerspawnpoint = new locationscd((int)gridscale.x / 2, (int)gridscale.y / 2);
Transform thecompleted = new GameObject(fulllevel).transform;
thecompleted.parent = transform;
for (int xaxis = 0; xaxis < gridscale.x; xaxis++)
{
for (int yaxis = 0; yaxis < gridscale.y; yaxis++)
{
Vector3 SectionLocation = locationtopos(xaxis, yaxis);
Transform thegridsection = Instantiate(prefgrid, SectionLocation, Quaternion.Euler(Vector3.right * 90)) as Transform;
thegridsection.parent = thecompleted;
thegridsection.localScale = Vector3.one * (1 - borders);
sectoronlevel[xaxis, yaxis] = thegridsection;
}
}
bool[,] hurdlelocations = new bool[(int)gridscale.x, (int)gridscale.y];
int numberofhurdle = (int)(gridscale.x * gridscale.y * hurdlepercent);
int howmany = 0;
List <locationscd> everyavailable = new List <locationscd> (thefullloc);
for (int check = 0; check < numberofhurdle; check++)
{
randomh = Random.Range(0, 2);
for (int i = 0; i < 3; i++)
{
if (randomh == i)
{
hurdlepref = hurdles[i];
}
}
locationscd rndlocation = atrandomloc();
hurdlelocations[rndlocation.x, rndlocation.y] = true;
howmany++;
if (rndlocation != playerspawnpoint)
{
Vector3 hurdleloc = locationtopos(rndlocation.x, rndlocation.y);
Transform newhurdle = Instantiate(hurdlepref, hurdleloc + Vector3.up * 0.50f, Quaternion.identity) as Transform;
newhurdle.parent = thecompleted;
everyavailable.Remove(rndlocation);
}
else
{
hurdlelocations[rndlocation.x, rndlocation.y] = false;
howmany--;
}
}
mixedavailablelocations = new Queue <locationscd>(Shuffling.Fisher(everyavailable.ToArray(), index));
}
