public CoordHeading FindEntry(int Playfield, int DestinationNumber)
{
CoordHeading ret = new CoordHeading();
ret.Coordinates.x = -1;
foreach (WallCollision.Line l in WallCollision.Destinations[Playfield].Playfield.Lines)
{
if (l.ID != DestinationNumber)
{
continue;
}
ret.Coordinates.x = (l.LineStartPoint.X + l.LineEndPoint.X) / 2;
ret.Coordinates.y = (l.LineStartPoint.Y + l.LineEndPoint.Y) / 2;
ret.Coordinates.z = (l.LineStartPoint.Z + l.LineEndPoint.Z) / 2;
// TODO: Calculate the right Quaternion for the heading...
// - Algorithman
Quaternion q =
new Quaternion(
new Vector3(
(l.LineEndPoint.X - l.LineStartPoint.X), 1, -(l.LineEndPoint.Z - l.LineStartPoint.Z)));
ret.Heading.x = q.x;
ret.Heading.y = q.y;
ret.Heading.z = q.z;
ret.Heading.w = q.w;
}
return ret;
}
public static CoordHeading GetCoord(LineSegment lineSegment, float x, float z, AOCoord coordinates)
{
CoordHeading coordHeading = new CoordHeading();
foreach (Line line in Destinations[lineSegment.ZoneToPlayfield].Playfield.Lines)
{
if (line.ID == lineSegment.ZoneToIndex)
{
int incX = 0;
int incZ = 0;
Vector3 temp = new Vector3(
line.LineEndPoint.X - line.LineStartPoint.X, 0, line.LineEndPoint.Z - line.LineStartPoint.Z);
double factor = 1.0 / Math.Sqrt(Math.Pow(temp.x, 2) + Math.Pow(temp.z, 2));
temp.x = temp.x * factor;
temp.z = temp.z * factor;
if (line.LineStartPoint.X >= line.LineEndPoint.X)
{
coordHeading.Coordinates.x = line.LineEndPoint.X;
if (Math.Abs(lineSegment.VectorA.X - lineSegment.VectorB.X) >= 1)
{
if (lineSegment.VectorA.X > lineSegment.VectorB.X)
{
coordHeading.Coordinates.x += Math.Abs(line.LineEndPoint.X - line.LineStartPoint.X)
*
(Math.Abs(x - lineSegment.VectorB.X)
/ Math.Abs(lineSegment.VectorA.X - lineSegment.VectorB.X));
incZ = 1;
}
else
{
coordHeading.Coordinates.x += Math.Abs(line.LineEndPoint.X - line.LineStartPoint.X)
*
(Math.Abs(x - lineSegment.VectorA.X)
/ Math.Abs(lineSegment.VectorA.X - lineSegment.VectorB.X));
incZ = -1;
}
}
}
else
{
coordHeading.Coordinates.x = line.LineStartPoint.X;
if (Math.Abs(lineSegment.VectorA.X - lineSegment.VectorB.X) >= 1)
{
if (lineSegment.VectorA.X > lineSegment.VectorB.X)
{
coordHeading.Coordinates.x += Math.Abs(line.LineEndPoint.X - line.LineStartPoint.X)
*
(Math.Abs(x - lineSegment.VectorB.X)
/ Math.Abs(lineSegment.VectorA.X - lineSegment.VectorB.X));
incZ = -1;
}
else
{
coordHeading.Coordinates.x += Math.Abs(line.LineEndPoint.X - line.LineStartPoint.X)
*
(Math.Abs(x - lineSegment.VectorA.X)
/ Math.Abs(lineSegment.VectorA.X - lineSegment.VectorB.X));
incZ = 1;
}
}
}
if (line.LineStartPoint.Z >= line.LineEndPoint.Z)
{
coordHeading.Coordinates.z = line.LineEndPoint.Z;
if (Math.Abs(lineSegment.VectorA.Z - lineSegment.VectorB.Z) >= 1)
{
if (lineSegment.VectorA.Z > lineSegment.VectorB.Z)
{
coordHeading.Coordinates.z += Math.Abs(line.LineStartPoint.Z - line.LineEndPoint.Z)
*
(Math.Abs(z - lineSegment.VectorB.Z)
/ Math.Abs(lineSegment.VectorA.Z - lineSegment.VectorB.Z));
incX = -1;
}
else
{
coordHeading.Coordinates.z += Math.Abs(line.LineStartPoint.Z - line.LineEndPoint.Z)
*
(Math.Abs(z - lineSegment.VectorA.Z)
/ Math.Abs(lineSegment.VectorA.Z - lineSegment.VectorB.Z));
incX = 1;
}
}
}
else
{
coordHeading.Coordinates.z = line.LineStartPoint.Z;
if (Math.Abs(lineSegment.VectorA.Z - lineSegment.VectorB.Z) >= 1)
{
if (lineSegment.VectorA.Z > lineSegment.VectorB.Z)
{
coordHeading.Coordinates.z += Math.Abs(line.LineStartPoint.Z - line.LineEndPoint.Z)
*
(Math.Abs(z - lineSegment.VectorB.Z)
/ Math.Abs(lineSegment.VectorA.Z - lineSegment.VectorB.Z));
incX = 1;
}
else
{
coordHeading.Coordinates.z += Math.Abs(line.LineStartPoint.Z - line.LineEndPoint.Z)
*
(Math.Abs(z - lineSegment.VectorA.Z)
/ Math.Abs(lineSegment.VectorA.Z - lineSegment.VectorB.Z));
incX = -1;
}
}
}
if ((coordHeading.Coordinates.y < line.LineStartPoint.Y) || (coordinates.y < line.LineEndPoint.Y))
{
if (line.LineStartPoint.Y >= line.LineEndPoint.Y)
{
coordHeading.Coordinates.y = line.LineStartPoint.Y;
}
else
{
coordHeading.Coordinates.y = line.LineEndPoint.Y;
}
}
temp.x = temp.x * incZ * 4;
temp.z = temp.z * incX * 4;
coordHeading.Coordinates.x += Convert.ToSingle(temp.z);
coordHeading.Coordinates.z += Convert.ToSingle(temp.x);
temp.y = temp.x;
temp.x = -temp.z;
temp.z = temp.y;
temp.y = 0;
temp = temp.Normalize();
coordHeading.Heading = coordHeading.Heading.GenerateRotationFromDirectionVector(temp);
break;
}
}
return coordHeading;
}
