public static Model[] GetModelsFromType(TrenchType type)
{
switch (type)
{
case TrenchType.Platform: return(TrenchPlatform);
case TrenchType.Straight: return(TrenchStraight);
case TrenchType.T: return(TrenchT);
case TrenchType.Intersection: return(TrenchIntersection);
case TrenchType.Elbow: return(TrenchElbow);
default: return(TrenchPlatform);
}
}
static Vector3[] calculateTurretDelta(float rotation, Vector3 delta1, Vector3 delta2, TrenchType type)
{
Vector3[] deltas = new Vector3[] { Vector3.Zero, Vector3.Zero };
switch (rotation)
{
case 0f:
deltas[0] = new Vector3(delta1.X, delta1.Y, delta1.Z);
deltas[1] = new Vector3(delta2.X, delta2.Y, delta2.Z);
break;
case 90f:
deltas[0] = new Vector3(delta1.Z, delta1.Y, -delta1.X);
deltas[1] = new Vector3(delta2.Z, delta2.Y, -delta2.X);
break;
case 180f:
deltas[0] = new Vector3(-delta1.X, delta1.Y, -delta1.Z);
deltas[1] = new Vector3(-delta2.X, delta2.Y, -delta2.Z);
break;
case 270f:
switch (type)
{
case TrenchType.Straight:
deltas[0] = new Vector3(delta1.Z, delta1.Y, -delta1.X);
deltas[1] = new Vector3(delta2.Z, delta2.Y, -delta2.X);
break;
case TrenchType.T:
deltas[0] = new Vector3(-delta1.Z, delta1.Y, delta1.X);
deltas[1] = new Vector3(-delta2.Z, delta2.Y, delta2.X);
break;
case TrenchType.Elbow:
deltas[0] = new Vector3(-delta1.Z, delta1.Y, delta1.X);
deltas[1] = new Vector3(-delta2.Z, delta2.Y, delta2.X);
break;
default:
deltas[0] = new Vector3(delta1.Z, delta1.Y, -delta1.X);
deltas[1] = new Vector3(delta2.Z, delta2.Y, -delta2.X);
break;
}
break;
}
return(deltas);
}
public Trench(TrenchType t, float r)
{
Game = TGCGame.Instance;
Type = t;
Rotation = r;
}
