public void InitEdges()
{
if (edges == null)
{
edges = new List <Edge>();
}
int count = vertices.Count;
//if (vertices[0] == vertices[vertices.Count-1])
// count--; //In case for last Vertex to be the same as first vertex, we do reduce to count by one to not have a
for (int i = 0; i < count - 1; i++)
{
edges.Add(new Edge(variation.FindVertex(vertices[i]), variation.FindVertex(vertices[i + 1])));
}
if (vertices.Count == 4)
{
edges.Add(new Edge(variation.FindVertex(vertices[3]), variation.FindVertex(vertices[0])));
}
}
/// <summary>
/// Parse Xml.Floor into our fileformat
/// </summary>
/// <param name="path">The path we are reading from and into</param>
/// <param name="fileStatus">read and write</param>
public static void ParseFloor(string path, FileStatus fileStatus, Variation variation, Floor floor)
{
XmlDocument tempXmlDoc = Globals.xmlDoc; //copy our document, so that if we save the changes it doesnt get defined
if (fileStatus == FileStatus.input)
{
tempXmlDoc = Globals.xmlInput;
}
foreach (string objectType in Globals.objectTypes) //Iterate through all simObjs (wall, door ...)
{
XmlNodeList genericNodes = tempXmlDoc.SelectNodes("//floor/layer/" + objectType);
{
foreach (XmlNode genericNode in genericNodes)
{
Face tempObj = new Face(genericNode.Attributes["id"].Value, ref variation, SetObjectType(genericNode.Attributes["id"].Value));
XmlNodeList pointNodes = genericNode.ChildNodes;
switch (fileStatus)
{
case FileStatus.read:
{
List <Vertex> vertices = new List <Vertex>(); //Empty list containing the vertices of the face beeing created
foreach (XmlNode pointNode in pointNodes)
{
Vertex tempVertex = new Vertex(); //Empty Vertex object
float x = float.Parse(pointNode.Attributes["x"].Value, Globals.culture);
float y = float.Parse(pointNode.Attributes["y"].Value, Globals.culture);
if (variation.FindVertex(x, y) != null) //Check if thge vertex was already created
{
vertices.Add(variation.FindVertex(x, y)); //if so, add the vertex to the list
}
else
{
tempVertex = new Vertex(x, y);
variation.AddVertex(tempVertex);
vertices.Add(tempVertex); //ifnot, create a new vertex and add it to the list
}
}
Face testObj = new Face(genericNode.Attributes["id"].Value, ref variation, SetObjectType(genericNode.Attributes["id"].Value));
testObj.AddVertex(vertices); //add the vertex list to our tempObj
variation.SetFacesVertices(testObj); //setup the face reference for the vertices in the globals.vertices
floor.AddFace(testObj); //add the face to our floors facelist
break;
}
case FileStatus.write:
{
int i = 0;
foreach (XmlNode pointNode in pointNodes)
{
pointNode.Attributes["x"].Value = floor.GetFace(genericNode.Attributes["id"].Value).GetVertices()[i].ToVector2().X.ToString().Replace(",", ".");
pointNode.Attributes["y"].Value = floor.GetFace(genericNode.Attributes["id"].Value).GetVertices()[i].ToVector2().Y.ToString().Replace(",", ".");
i++;
}
break;
}
case FileStatus.input:
{
foreach (Face face in floor.GetFaces())
{
if (face.GetFaceName() == genericNode.Attributes["id"].Value)
{
floor.AddFacesToMove();
foreach (XmlNode pointNode in pointNodes)
{
if (pointNode.Attributes["Type"].Value == "Move")
{
float x = float.Parse(pointNode.Attributes["x"].Value, Globals.culture);
float y = float.Parse(pointNode.Attributes["y"].Value, Globals.culture);
face.SetMoveVector(new Vector2(x, y));
}
if (pointNode.Attributes["Type"].Value == "Scale")
{
float scaleFactor = float.Parse(pointNode.Attributes["factor"].Value, Globals.culture);
face.SetScale(scaleFactor);
}
}
}
}
break;
}
}
}
}
}
if (fileStatus == FileStatus.write)
{
Globals.xmlDoc.Save(Path.Combine(path + "\\" + floor.GetID()));
Console.WriteLine("Successfully created and updated: " + path);
//Console.ReadLine();
}
}