public objectX Analyse()
{
bool lFace = false;
string TargetFace = "";
int FacesAdded = 0;
List <objX> objects = new List <objX>();
objX workObject = new objX();
List <Face3D> readyToAdd = new List <Face3D>();
int i = 1;
int xID = 0;
foreach (string s in FileInput)
{
string input = s;
if (s.Contains("//"))
{
input = s.Substring(0, s.IndexOf("//"));
}
if (input.StartsWith("object:"))
{
if (lFace)
{
DrawInRed("Error on Line " + i.ToString() + ": Expected objectX Face. Got new objectX");
}
string name = input.Substring(input.IndexOf('"')).Substring(0, input.IndexOf('"')).Replace(@"""", "");
string LastVectors = input.Substring(input.IndexOf(":("));
LastVectors = LastVectors.Replace(":", "");
// MessageBox.Show(LastVectors);
Vector3[] rV = RetriveVectors(LastVectors);
if (!NameExists(name))
{
AddName(name);
workObject = new objX();
workObject.Name = name;
workObject.Position = rV[0];
workObject.Rotation = rV[1];
workObject.RotationOffset = rV[2];
}
else
{
DrawInRed("Error on Line " + i.ToString() + @": objectX """ + name + @""" exists more than once");
}
FacesAdded = 0;
lFace = true;
}
else if (input.StartsWith(":"))
{
if (!lFace)
{
DrawInRed("Error on Line " + i.ToString() + @": Expected anything but "":"". Got "":""");
}
else
{
}
if (FacesAdded == 0)
{
DrawInYellow("Warning on Line " + i.ToString() + @": ObjectX has no faces");
}
FacesAdded = 0;
lFace = false;
// objects.Add(workObject);
workObject.objectFaces = readyToAdd.ToArray();
objects.Add(workObject);
readyToAdd.Clear();
}
else if (input.StartsWith("("))
{
if (!lFace)
{
DrawInRed("Error on Line " + i.ToString() + @": Expected new objectX. Got objectX Face");
}
else
{
Color facecolor = new Color();
Vector3[] fourCoords = new Vector3[0];
int amount = (input.Length - input.Replace(")(", "").Length) / 2;
FacesAdded++;
if (amount > 3)
{
DrawInRed("Error on Line " + i.ToString() + @": Maximum of 4 Vector3 or 2 Colors per objectX Face");
}
if (!input.Contains(".(") | !input.Contains("."))
{
DrawInRed("Error on Line " + i.ToString() + @": No Color Found For objectX Face");
}
else
{
string colSplit = input.Substring(input.IndexOf('.'));
if (!colSplit.Contains(";"))
{
DrawInRed("Error on Line " + i.ToString() + @": Expected "";""");
}
else
{
colSplit = colSplit.Replace(";", "");
}
if (colSplit.Contains('.'))
{
colSplit = colSplit.Replace(".", "");
}
if (colSplit.Contains(')'))
{
colSplit = colSplit.Replace(")", "");
}
if (colSplit.Contains('('))
{
colSplit = colSplit.Replace("(", "");
}
facecolor = ParseColor(colSplit, i);
}
if (input.Contains("."))
{
string dataSplit = input.Substring(0, input.IndexOf('.'));
int Amount = (dataSplit.Length - dataSplit.Replace(")(", "").Length) / 2;
if (Amount < 2 || Amount > 3)
{
DrawInRed("Error on Line " + i.ToString() + @": Only Three or Four Vector3 Positions are accepted");
}
else
{
fourCoords = RetriveVectors(dataSplit);
}
}
else
{
DrawInRed("Error on Line " + i.ToString() + @": Failed To Extract Face Data");
}
readyToAdd.Add(new Face3D(fourCoords, facecolor, 0));
}
}
i++;
}
objectX output = new objectX();
output.objXData = objects.ToArray();
return(output);
}
public Bitmap ProcessData(Vector3 camPos, Vector3 camRot, objectX objectXData, Vector3 lightPosition, bool reBake = false)
{
GC.Collect();
Bitmap bmp = new Bitmap(BitmapWidth, BitmapHeight);
objX[] TransformedObjects = new objX[objectXData.objXData.Length];
List <Face3D> TransformedFaces = new List <Face3D>();
Stopwatch sww = new Stopwatch();
sww.Start();
foreach (objX xData in objectXData.objXData)
{
int i = 0;
foreach (Face3D fData in xData.objectFaces)
{
Vector3[] FinalCoords = new Vector3[fData.FourCoords.Length];
int ii = 0;
foreach (Vector3 vData in fData.FourCoords)
{
Vector3 newXYZ = vData + xData.Position; //Moves The 3 Dimensional Point to the new Point
Vector3 newRot = FindNewPosition(newXYZ, xData.RotationOffset + xData.Position, xData.Rotation); //Calculates The new Vector3 Position After A Rotation
Vector3 newOUT = FindNewPosition(newRot, camPos, camRot); //Calculates The Final Vector3 Point For The Camera Rotation
FinalCoords[ii] = newOUT;
ii++;
}
TransformedFaces.Add(new Face3D(FinalCoords, fData.col, fData.drawOrder));
i++;
}
}
TransformedFaces = SortList(TransformedFaces, camPos); //Faces Sorted From Futherst To Closest
sww.Stop();
Console.WriteLine(sww.ElapsedMilliseconds.ToString() + "ms to process Faces");
Stopwatch sw = new Stopwatch();
sw.Start();
foreach (Face3D fData in TransformedFaces)
{
Vector2[] outputPositions = new Vector2[fData.FourCoords.Length];
int i = 0;
foreach (Vector3 vData in fData.FourCoords)
{
i++;
if (!XYZtoXY(vData, camPos, FOV, out outputPositions[i - 1], AspectRatio))
{
continue; //TODO: Add A Better Camera Position Checking System
}
}
DrawFace(outputPositions, fData.col, bmp, false);
}
sw.Stop();
Console.WriteLine(sw.ElapsedMilliseconds.ToString() + "ms to render Faces");
// RayCast(new Vector3(0, 0, 0), new Vector3(25, 25, 25), objectXData);
return(bmp);
}
