public void SetupSim()
{
if (pLocalRoot == null)
{
pLocalRoot = HUB.simRoot.Duplicate();
}
XMLTree rn = pLocalRoot.Duplicate(); // sim node (not sim list but <Simulation>)
// setup environment
fps = int.Parse(rn.children.ElementAt(0).content);
g = double.Parse(rn.children.ElementAt(1).content);
gA = double.Parse(rn.children.ElementAt(2).content);
resetTime = int.Parse(rn.children.ElementAt(3).content);
XMLTree o = rn.children.ElementAt(4); // object list
// setup build ellipse
int c = o.children.Count;
UIObjects = new Ellipse[c];
eObjects = new EngineCircle[c];
vectors = new Vector[c];
int i = 0;
foreach (XMLTree n in o.children) // foreach object in simulation, build ellipse
{
BuildEllipse(i, // index
double.Parse(n.children.ElementAt(0).content), // xPos
double.Parse(n.children.ElementAt(1).content), // yPos
double.Parse(n.children.ElementAt(2).content), // radius
byte.Parse(n.children.ElementAt(5).children.ElementAt(0).content), // a
byte.Parse(n.children.ElementAt(5).children.ElementAt(1).content), // r
byte.Parse(n.children.ElementAt(5).children.ElementAt(2).content), // g
byte.Parse(n.children.ElementAt(5).children.ElementAt(3).content), // b
double.Parse(n.children.ElementAt(6).children.ElementAt(2).content), // mag
double.Parse(n.children.ElementAt(6).children.ElementAt(3).content), // angle
double.Parse(n.children.ElementAt(6).children.ElementAt(0).content), // xV
double.Parse(n.children.ElementAt(6).children.ElementAt(1).content), // yV
double.Parse(n.children.ElementAt(3).content), // mass
double.Parse(n.children.ElementAt(4).content)); // e
i++;
}
// UserEdits
SimStackPanel.Children.Clear();
if (rn.children.Count == 6) // If simulation has UserEdits
{
o = rn.children.ElementAt(5); // UserEdits list
List <int[]> targetList = new List <int[]>(o.children.Count); // List of arrays that will be added to int[][] targets
foreach (XMLTree n in o.children) // for each object available for edit
{
int objectID; // ObjectID from xml
// If the ObjectID from the xml is not valid, then throw an exception
if ((!int.TryParse(n.children.ElementAt(0).content, out objectID)) || objectID >= eObjects.Length)
{
throw new InvalidDataException("XML format error: <objectID>" + n.children.ElementAt(0).content + "</objectID>. " + n.children.ElementAt(0).content + " is not a valid objectID.");
}
int[] tempArray = new int[n.children.Count]; // array to be added to targetList
tempArray[0] = objectID;
for (i = 1; i < n.children.Count; i++) // goes through each target of object available for edit
{
int target; // targeted value ID of taret object from xml
// If the target tag's content from the xml is not valid then throw an exception
if ((!int.TryParse(n.children.ElementAt(i).content, out target)) || target > 8)
{
throw new InvalidDataException("XML format error: <target>" + n.children.ElementAt(i).content + "</target>. " + n.children.ElementAt(i).content + " is not a valid target.");
}
tempArray[i] = target; // add <target> value to array
// Setup the TextBox user will input values into
TextBox b = new TextBox();
b.Width = 100; // set width of box to 80 pixels
b.CharacterReceived += TextBoxHandler; // call handler when new character is received
// add objectID # to box access key, to the left of the '|' the integer is the objectID,
//to the right it is the target value, access key is like a name for the textbox
b.AccessKey += objectID + "|" + target;
switch (target)
{
case 0:
b.PlaceholderText = "x pos";
break;
case 1:
b.PlaceholderText = "y pos";
break;
case 2:
b.PlaceholderText = "radius";
break;
case 3:
b.PlaceholderText = "mass";
break;
case 4:
b.PlaceholderText = "elasticiy";
break;
case 5:
b.PlaceholderText = "x velocity";
break;
case 6:
b.PlaceholderText = "y velocity";
break;
case 7:
b.PlaceholderText = "velocity";
break;
case 8:
b.PlaceholderText = "direction";
break;
}
SimStackPanel.Children.Add(b);
}
targetList.Add(tempArray); // add array to list
}
targets = targetList.ToArray(); // targets = list
}
// Add a reset Button
Button resetB = new Button();
resetB.Content = "Reset";
resetB.Width = 100;
resetB.Click += Reset;
SimStackPanel.Children.Add(resetB);
}
