/// <summary>
/// Calls the Transform function for given floor. Moves and Scales all the floors faces
/// </summary>
/// <param name="floor"></param>
public void Transform()
{
foreach (Floor floor in variation.GetFloors())
{
currentFloor = floor;
foreach (Face face in currentFloor.GetFaces()) //iterate through all faces
{
if (face.GetMoveVector() != new Vector2(0, 0)) //if moveVector exists
{
List <Vertex> verticesToMove = new List <Vertex>();
AddFaceToMove(face, ref verticesToMove);
List <Face> checkedFaces = new List <Face>()
{
face
};
if (face.GetObjectType() != "stair")
{
AddAttachedToMove(face, face.GetMoveVector(), checkedFaces, ref verticesToMove); //find faces which need to be added to the list
}
else
{
FindStairVertices(variation.GetFloors(), floor, verticesToMove);
}
Move(face.GetMoveVector(), ref verticesToMove);
//verticesToMove.Clear();
//checkedFaces.Clear();
}
if (face.GetScale() != 0)
{
//CalculateMidpoint
Vector2 midPoint = face.CalculateMidPoint();
int diminuend = 0;
if (face.GetVertices()[0] == face.GetVertices()[face.GetVertices().Count - 1])
{
diminuend = 1;
}
//GetLongestEdge
for (int i = 0; i < face.GetVertices().Count - diminuend; i++)
{
Vector2 straight = face.GetVertices()[i].ToVector2() - midPoint;
Vector2 moveVector;
if (Math.Abs(straight.X) > Math.Abs(straight.Y))
{
moveVector = new Vector2(straight.X * face.GetScale(), straight.Y);
}
else
{
moveVector = new Vector2(straight.X, straight.Y * face.GetScale());
}
face.GetVertices()[i].VertexVector = midPoint + moveVector;
}
}
}
}
}
public static void ParseFloor(string path, FileStatus filestatus, Variation variation)
{
foreach (Floor floor in variation.GetFloors())
{
Parser.ParseFloor(path, filestatus, variation, floor);
}
}
static void Main(string[] args)
{
string sourceDirectory = "C:\\Users\\Janik\\Source\\Repos\\myRepos\\Thesis\\projects\\baseProject";
string path = "C:\\Users\\Janik\\Source\\Repos\\myRepos\\Thesis\\projects\\baseProject\\project1_res\\geometry";
string[] filePaths = Directory.GetFiles(path, "*.floor");
int floorCount = filePaths.Length;
string inputXMLpath = "C:\\Users\\Janik\\source\\repos\\myRepos\\Thesis\\intputXML\\input.floor";
List <Variation> listOfVariations = new List <Variation>();
Globals.xmlInput.Load(inputXMLpath);
Variation variation = InitVariation(filePaths, path, inputXMLpath);
UncertaintyManager uncertaintyManger = new UncertaintyManager(Globals.GetDepthOfUncertainty()); //add meaningful depth
Console.WriteLine("Instantiated uncertaintymanger");
uncertaintyManger.InitUncertaintyManager(variation);
Console.WriteLine("initialized uncertainty Manger");
int possibility = uncertaintyManger.GetPosibilities() - 1;
Console.WriteLine("eachedPointOfPermutation!");
int parallelSimulations = 0;
while (possibility >= 0)
{
Console.WriteLine("Reached loop!");
Variation possibleVariation = ObjectExtensions.Copy(variation);
Manipulator manipulator = new Manipulator(possibleVariation);
manipulator.SetModifiedMoveVectors(uncertaintyManger.GetPermutation(possibility));
manipulator.Transform(); //HIER LIEGT DER FEHLER
string newPath = "C:\\Users\\Janik\\Source\\Repos\\myRepos\\Thesis\\projects\\project" + possibility;
string rootPath = newPath.Copy();
Directory.CreateDirectory(newPath);
Copy(sourceDirectory, newPath);
newPath = Path.Combine(newPath + "\\project1_res\\geometry");
foreach (Floor floor in possibleVariation.GetFloors())
{
Globals.xmlDoc.Load(Path.Combine(path + "\\" + floor.GetID()));
Parser.ParseFloor(newPath, FileStatus.write, possibleVariation, floor); //Hier noch ergängen, zielpfad plus object name
}
Console.WriteLine("Terminated one process successfully");
////Console.ReadLine();
possibility--;
var processInfo = new ProcessStartInfo("java.exe", "-jar C:\\Users\\Janik\\Desktop\\1.5.6.jar --filename=" + rootPath + "\\project1.crowdit --lastStep=" + Globals.lastStep);
{
processInfo.CreateNoWindow = false;
processInfo.UseShellExecute = true;
Console.WriteLine("SIMULATION STARTED");
parallelSimulations++;
}
Process proc;
if ((proc = Process.Start(processInfo)) == null)
{
throw new InvalidOperationException("??");
}
while (parallelSimulations >= 6)
{
if (proc.HasExited == true)
{
parallelSimulations--;
proc.Close();
}
Console.WriteLine("Waiting for simulation to finish");
}
//proc.WaitForExit();
//int exitCode = proc.ExitCode;
//proc.Close();
}
Console.WriteLine("All floor successfully manipulated and simulated!");
Console.ReadLine();
}