public void Simulate(Stopwatch sw, int processingTime)
{
for (int i = 0; i < rand.Next(0, 3); i++)
{
Ash.Pos = Ash.Pos.Move(Util.ToRadians(rand.Next(0, 360)), rand.Next(0, 1000));
SimulateTurn();
if (!Humans.Any() || !Zombies.Any() || sw.ElapsedMilliseconds >= processingTime)
{
return;
}
}
var targetZ = Zombies[rand.Next(0, Zombies.Length - 1)];
while (Humans.Any() && Zombies.Any() && sw.ElapsedMilliseconds < processingTime)
{
if (!Zombies.Any(z => z.Id == targetZ.Id))
{
targetZ = Zombies[rand.Next(0, Zombies.Length - 1)];
}
int distance = Ash.Pos.DistanceTo(targetZ.NextPos);
distance = distance > 3000 ? 1000 : rand.Next(distance - 2000, 1000);
Ash.Pos = Ash.Pos.MoveToward(targetZ.NextPos, distance);
SimulateTurn();
}
}
public void Simulate(Stopwatch sw, int processingTime)
{
var targetZ = Zombies[rand.Next(0, Zombies.Length - 1)];
while (Humans.Any() && Zombies.Any() && sw.ElapsedMilliseconds < processingTime)
{
if (!Zombies.Any(z => z.Id == targetZ.Id))
{
targetZ = Zombies[rand.Next(0, Zombies.Length - 1)];
}
int distance = Ash.Pos.DistanceTo(targetZ.NextPos);
distance = distance > 3000 ? 1000 : rand.Next(distance - 2000, 1000);
var angle = Util.ToDegrees(Util.AngleBetween(Ash.Pos, targetZ.NextPos));
angle += rand.Next(-10, 10);
Ash.Pos = Ash.Pos.Move(Util.ToRadians(angle), distance);
SimulateTurn();
}
}
