diff --git a/Server/Server.cs b/Server/Server.cs
index d612e74..85479af 100644
--- a/Server/Server.cs
+++ b/Server/Server.cs
@@ -119,9 +119,9 @@ public class Server
         
         Queue<Thread> calcThreads = new();
 
-        for (double roadLevelPriority = 0.02; roadLevelPriority > 0; roadLevelPriority -= 0.001)
+        for (double roadLevelPriority = 0.016; roadLevelPriority < 0.02; roadLevelPriority += 0.0002)
         {
-            for (double maxAngle = 5; maxAngle < 45; maxAngle += 5)
+            for (double maxAngle = 25; maxAngle < 35; maxAngle += 1)
             {
                 double priority = roadLevelPriority;
                 double angle = maxAngle;
@@ -129,7 +129,7 @@ public class Server
                 {
                     Pathfinder testresult = new Pathfinder(rm, priority, angle).AStar(start,
                         finish, Tag.SpeedType.car);
-                    string fileName = $"angle{angle:00}_level{priority:0.000}.result";
+                    string fileName = $"angle{angle:00}_level{priority:0.0000}.result";
                     testresult.SaveResult(Path.Join(parentFolder, fileName));
                 }));
             }
@@ -140,7 +140,7 @@ public class Server
         DateTime startTime = DateTime.Now;
 
         HashSet<Thread> runningThreads = new();
-        while (calcThreads.Count > 0)
+        while (calcThreads.Count > 0 || runningThreads.Count > 0)
         {
             while (runningThreads.Count < threads && calcThreads.Count > 0)
             {
@@ -154,7 +154,7 @@ public class Server
             if (newCompletedTasks > 0)
             {
                 TimeSpan elapsedTime = DateTime.Now - startTime;
-                Console.WriteLine($"To calculate: {calcThreads.Count}/{totalTasks} Time Average: {(elapsedTime)/(completedTasks)} Elapsed: {elapsedTime} Remaining: {(elapsedTime)/(completedTasks)*calcThreads.Count}");
+                Console.WriteLine($"To calculate: {calcThreads.Count}(+{runningThreads.Count})/{totalTasks} Time Average: {(elapsedTime)/(completedTasks)} Elapsed: {elapsedTime} Remaining: {(elapsedTime)/(completedTasks)*calcThreads.Count}");
             }
         }
     }