static void QualityTests(int mapSize, int iter, int subIter, string fileName)
{
AStarDiagnostic diagnostic;
using (StreamWriter file = new StreamWriter(fileName)) {
for (int i = 0; i < iter; i++)
{
Map.Map map = new Map.Map(mapSize, new MapSeed((int)(mapSize / 2.5), (int)(mapSize / 5.0), (int)(mapSize / 7.5)), i);
for (int j = 0; j < subIter; j++)
{
Write($"{i}\t{j}\t");
MapField start = map[rand.Next(mapSize), rand.Next(mapSize)];
MapField stop = map[rand.Next(mapSize), rand.Next(mapSize)];
while (!start.IsAvaliable)
{
start = map[rand.Next(mapSize), rand.Next(mapSize)];
}
while (!stop.IsAvaliable || stop == start)
{
stop = map[rand.Next(mapSize), rand.Next(mapSize)];
}
Write("E\t");
diagnostic = new AStarDiagnostic(new Stopwatch());
diagnostic.Time.Start();
try { AStar(start, stop, EuclideanDistance, ref diagnostic); } catch (FieldNotAvaliableException) { }
diagnostic.Time.Stop();
file.WriteLine($"{i}\tEucildesian\t{diagnostic.Time.Elapsed.TotalMilliseconds}\t{diagnostic.Iterations}\t{diagnostic.TotalCost}\t{diagnostic.TotalLength}");
Write("M\t");
diagnostic = new AStarDiagnostic(new Stopwatch());
diagnostic.Time.Start();
try { AStar(start, stop, ManhattanDistance, ref diagnostic); } catch (FieldNotAvaliableException) { }
diagnostic.Time.Stop();
file.WriteLine($"{i}\tManhattan\t{diagnostic.Time.Elapsed.TotalMilliseconds}\t{diagnostic.Iterations}\t{diagnostic.TotalCost}\t{diagnostic.TotalLength}");
Write("N\t");
diagnostic = new AStarDiagnostic(new Stopwatch());
diagnostic.Time.Start();
try { AStar(start, stop, NullDistance, ref diagnostic); } catch (FieldNotAvaliableException) { }
diagnostic.Time.Stop();
file.WriteLine($"{i}\tNull\t{diagnostic.Time.Elapsed.TotalMilliseconds}\t{diagnostic.Iterations}\t{diagnostic.TotalCost}\t{diagnostic.TotalLength}");
WriteLine("END");
file.Flush();
}
GC.Collect();
}
}
}
static void PerformanceTests(int mapSize, int iter, string fileName)
{
AStarDiagnostic diagnostic;
using (StreamWriter file = new StreamWriter(fileName)) {
for (int i = 0; i < iter + 1; i++)
{
if (i == 105)
{
continue;
}
Write($"{i}\t");
Map.Map map = new Map.Map(mapSize, new MapSeed((int)(mapSize / 2.5), (int)(mapSize / 5.0), (int)(mapSize / 7.5)), i);
RenderTexture render = new RenderTexture((uint)(mapSize * MapField.ScreenSize),
(uint)(mapSize * MapField.ScreenSize), true)
{
Smooth = true,
};
render.Draw(map);
render.Texture.CopyToImage().SaveToFile($@"map_{i}.png");
MapField start = map.First(field => field.IsAvaliable);
MapField stop = map.Reverse().First(field => field.IsAvaliable);
Write("E\t");
diagnostic = new AStarDiagnostic(new Stopwatch());
diagnostic.Time.Start();
try { AStar(start, stop, EuclideanDistance, ref diagnostic); } catch (FieldNotAvaliableException) { }
diagnostic.Time.Stop();
file.WriteLine($"{i}\tEucildesian\t{diagnostic.Time.Elapsed.TotalMilliseconds}\t{diagnostic.Iterations}\t{diagnostic.TotalCost}\t{diagnostic.TotalLength}");
Write("M\t");
diagnostic = new AStarDiagnostic(new Stopwatch());
diagnostic.Time.Start();
try { AStar(start, stop, ManhattanDistance, ref diagnostic); } catch (FieldNotAvaliableException) { }
diagnostic.Time.Stop();
file.WriteLine($"{i}\tManhattan\t{diagnostic.Time.Elapsed.TotalMilliseconds}\t{diagnostic.Iterations}\t{diagnostic.TotalCost}\t{diagnostic.TotalLength}");
Write("N\t");
diagnostic = new AStarDiagnostic(new Stopwatch());
diagnostic.Time.Start();
try { AStar(start, stop, NullDistance, ref diagnostic); } catch (FieldNotAvaliableException) { }
diagnostic.Time.Stop();
file.WriteLine($"{i}\tNull\t{diagnostic.Time.Elapsed.TotalMilliseconds}\t{diagnostic.Iterations}\t{diagnostic.TotalCost}\t{diagnostic.TotalLength}");
WriteLine("END");
file.Flush();
GC.Collect();
}
}
}
