private void Reset()
{
Generator.Finish();
Solver.Finish();
FinishedWithPhase = false;
Phase = Phases.Generating;
Looping = true;
Auto = false;
Maze.Reset();
ResetTileMap();
Generator.Start();
}
/* At each step, all CurrentMinions spawn new Minions in all the open spots adjacent to them.
* These new RecruitMinions then replace the CurrentMinions, and CurrentMinions become Cells
* All cells also update their color pattern to reflect distance traveled.
*/
private void StepWithMinions()
{
foreach (BFSminion m in this.CurrentMinions)
{
foreach (Location l in m.masterAct())
{
this.addMinion(l);
}
Location minionLoc = m.Location;
BFScell bCell = new BFScell(Grid, minionLoc, this);
Cells.Add(bCell);
}
foreach (BFScell b in Cells)
{
b.UpdateColors();
}
this.killMinions();
this.Steps++;
if (this.CurrentMinions.Count() == 0)
{
if (!(Grid.Get(Target) is BFSminion || Grid.Get(Target) is BFScell))
{
Grid.Reset();
CurrentMinions.Clear();
RecruitMinions.Clear();
Cells.Clear();
Phase = 1;
Steps = 0;
return;
}
this.Phase++;
Grid.Remove(Location);
MoveTo(Target);
}
}