void GenerateArcParameters(Vector3 winSize)
{
angle = Random.Range(45, 60);
ArcGenerator arcGenerator = new ArcGenerator();
int arcPoints = BaseObjSizes.openingArcSize.y - 3;
outerArcF = arcGenerator.Generate(angle, winSize.x, new Vector3(0, winSize.y, 0), arcPoints);
outerArcB = arcGenerator.Generate(angle, winSize.x, new Vector3(0, winSize.y, frameDimensions.z), arcPoints);
float addX = (winSize.x - (winSize.x - frameDimensions.x * 2)) / 2;
innerArcF = arcGenerator.Generate(angle, winSize.x - frameDimensions.x * 2, new Vector3(addX, winSize.y, 0), arcPoints);
innerArcB = arcGenerator.Generate(angle, winSize.x - frameDimensions.x * 2, new Vector3(addX, winSize.y, frameDimensions.z), arcPoints);
float arcHeight = outerArcB[arcPoints / 2 - 1].y - outerArcB[0].y;
for (int i = 0; i < outerArcF.Length; i++)
{
outerArcF[i].y -= arcHeight;
outerArcB[i].y -= arcHeight;
innerArcF[i].y -= arcHeight;
innerArcB[i].y -= arcHeight;
}
}
private void Awake()
{
player = GetComponentInParent <Player>();
exitPoint = transform.Find("Exit Point");
hitRaycastStart = transform.Find("Hit Raycast Start");
arcGenerator = transform.Find("Arc Generator").GetComponent <ArcGenerator>();
}
public MoveCameraToPositionAction(Camera camera, Vector3 toPosition, Vector3 toLookAt)
{
if (Vector3.DistanceSquared(camera.Position, toPosition) > 400)
{
var ag = new ArcGenerator(5);
ag.CreateArc(camera.Position, toPosition, Vector3.Up, Vector3.Distance(camera.Position, toPosition)/8);
_path = ag.Points;
}
else
_path = new[] {camera.Position, toPosition};
_fromYaw = camera.Yaw;
_toPosition = toPosition;
_toLookAt = toLookAt;
_toYaw = (float) Math.Atan2(toPosition.X - toLookAt.X, toPosition.Z - toLookAt.Z);
//Debug.Print("ToPos: {0} ToLookAt: {1} ToYaw: {2}", _toPosition, _toLookAt, MathUtil.RadiansToDegrees(_toYaw));
var angle = _fromYaw - _toYaw;
if (angle > MathUtil.Pi)
_fromYaw -= MathUtil.TwoPi;
else if (angle < -MathUtil.Pi)
_fromYaw += MathUtil.TwoPi;
}
private static void processOneIsland(
List<ArcVertex> lines,
CodeIsland island,
VProgram vp,
Dictionary<string, CodeIsland> modules)
{
if (island.VAssembly.Is3DParty)
return;
var arc = new ArcGenerator(4);
foreach (var vclass in island.Classes.Values)
{
var arcStart = lines.Count;
var done = new HashSet<VisionClass> {vclass};
foreach (var vmethod in vclass.VClass.VMethods)
foreach (var name in vmethod.Calling)
{
VMethod callTo;
if (!vp.VMethods.TryGetValue(name, out callTo))
continue;
CodeIsland islandD;
if (!modules.TryGetValue(callTo.AssemblyName, out islandD))
continue;
var calledClass = islandD.Classes[callTo.VClass.FullName];
vclass.CalledClasses.Add(calledClass);
if (done.Contains(calledClass))
continue;
done.Add(calledClass);
var v1 = island.World.TranslationVector + new Vector3(vclass.X, vclass.Height, vclass.Y);
var v2 = islandD.World.TranslationVector + new Vector3(calledClass.X , calledClass.Height, calledClass.Y);
var distance = Vector3.Distance(v1, v2)/8;
arc.CreateArc(
v1,
v2,
Vector3.Up,
distance);
var arcStart2 = lines.Count;
arc.StoreVertices(
lines,
(p, f, idx) =>
{
var c = 0.25f + f/2;
return new ArcVertex(
p,
new Color(c, c, 1 - c, 1f),
(idx%2) == 1 ? 0 : (MathUtil.TwoPi*(int) (distance/16 + 1)));
});
//calledClass.IncomingArcs.Add(new StartAndCount { Start = arcStart2, Count = lines.Count - arcStart2 });
}
vclass.OutgoingArcs = new StartAndCount {Start = arcStart, Count = lines.Count - arcStart};
}
}
