protected override void Setup()
{
base.Setup();
if (Instance == null)
{
Instance = this;
}
this.KeyPress += PongPaddleView_KeyPress;
int shapeSize = Math.Min(this.Width, this.Height);
int shapeSizeThird = shapeSize / 3;
int strokeWidth = 10;
int strokeWidthHalf = strokeWidth / 2;
// setup details on paint used for arc
_paintArc.SetStyle(Paint.Style.Stroke);
_paintArc.StrokeWidth = strokeWidth;
// setup details on paint used for rect
_paintRect.SetStyle(Paint.Style.Fill);
// setup details on paint used for rect
_paintDebug.SetStyle(Paint.Style.Stroke);
Path pathArc = new Path();
// add the arc slightly smaller then the drawable size will be to prevent clipping
pathArc.AddArc(0, 0, shapeSize - strokeWidthHalf, shapeSize - strokeWidthHalf, 75, 30);
_drawableArc.Shape = new PathShape(pathArc, shapeSize, shapeSize);
_drawableArc.Paint.Set(_paintArc);
// set collision bounds
pathArc.ComputeBounds(CollisionBounds, true);
CollisionBounds.Inset(-strokeWidthHalf, -strokeWidthHalf);
RectF arcBounds = new RectF();
pathArc.ComputeBounds(arcBounds, true);
arcBounds.Top -= strokeWidthHalf;
arcBounds.Bottom -= strokeWidthHalf;
Path pathRect = new Path();
pathRect.AddRect(arcBounds, Path.Direction.Cw);
_drawableRect.Shape = new PathShape(pathRect, shapeSize, shapeSize);
_drawableRect.Paint.Set(_paintRect);
// setup debug drawable
pathArc.ComputeBounds(arcBounds, true);
arcBounds.Inset(-strokeWidthHalf, -strokeWidthHalf);
arcBounds.Bottom -= strokeWidthHalf;
Path pathDebug = new Path();
pathDebug.AddRect(arcBounds, Path.Direction.Cw);
_drawableDebug.Shape = new PathShape(pathDebug, shapeSize, shapeSize);
_drawableDebug.Paint.Set(_paintDebug);
}
public override bool VerifyCollision(ITouchable other)
{
var colliding = CollisionBounds.IntersectsWith(other.CollisionBounds);
if (!(other is Shape) && colliding)
{
this.colliding = true;
}
return(colliding);
}
// START
void Start()
{
spriteRenderer = GetComponent <SpriteRenderer>();
rb = GetComponent <Rigidbody2D>();
gravity = GetComponent <GravityController>();
Bounds spriteBounds = spriteRenderer.sprite.bounds;
bounds = new CollisionBounds(spriteBounds, gameObject, boundsScale, boundsOffset);
}
public bool VerifyCollision(ITouchable other)
{
if (other is Shoot shoot)
{
if (shoot.Cannon.Support == this)
{
return(false);
}
}
return(CollisionBounds.IntersectsWith(other.CollisionBounds));
}
public override bool VerifyCollision(ITouchable other)
{
var colliding = CollisionBounds.IntersectsWith(other.CollisionBounds);
if (!(other is Block) && colliding)
{
return(this.colliding = true);
}
else
{
return(colliding);
}
}
private void UpdateFormTitle()
{
string fn = CollisionBounds?.GetTitle() ?? "untitled";
Text = fn + ((CollisionBounds?.HasChanged ?? false) ? "*" : "");
}
public override bool VerifyCollision(ITouchable other)
{
return(CollisionBounds.IntersectsWith(other.CollisionBounds));
}
public string GetFullNameString(string defval)
{
string name = defval;
if (MultipleSelection)
{
name = "Multiple items";
}
else if (EntityDef != null)
{
name = EntityDef._CEntityDef.archetypeName.ToString();
}
else if (Archetype != null)
{
name = Archetype.Hash.ToString();
}
else if (CollisionBounds != null)
{
name = CollisionBounds.GetName();
}
if (Geometry != null)
{
name += " (" + GeometryIndex.ToString() + ")";
}
if (TimeCycleModifier != null)
{
name = TimeCycleModifier.CTimeCycleModifier.name.ToString();
}
if (BoxOccluder != null)
{
name = "BoxOccluder " + (BoxOccluder.Ymap?.Name ?? "") + ": " + BoxOccluder.Index.ToString();
}
if (OccludeModel != null)
{
name = "OccludeModel " + (OccludeModel.Ymap?.Name ?? "") + ": " + OccludeModel.Index.ToString();
}
if (CarGenerator != null)
{
name = CarGenerator.NameString();
}
if (EntityExtension != null)
{
name += ": " + EntityExtension.Name;
}
if (ArchetypeExtension != null)
{
name += ": " + ArchetypeExtension.Name;
}
if (WaterQuad != null)
{
name = "WaterQuad " + WaterQuad.ToString();
}
if (NavPoly != null)
{
name = "NavPoly " + NavPoly.ToString();
}
if (NavPoint != null)
{
name = "NavPoint " + NavPoint.ToString();
}
if (NavPortal != null)
{
name = "NavPortal " + NavPortal.ToString();
}
if (PathNode != null)
{
name = "PathNode " + PathNode.AreaID.ToString() + "." + PathNode.NodeID.ToString();// + FloatUtil.GetVector3String(PathNode.Position);
}
if (TrainTrackNode != null)
{
name = "TrainTrackNode " + FloatUtil.GetVector3String(TrainTrackNode.Position);
}
if (ScenarioNode != null)
{
name = ScenarioNode.ToString();
}
if (Audio != null)
{
name = Audio.ShortTypeName + " " + Audio.GetNameString();// + FloatUtil.GetVector3String(Audio.InnerPos);
}
if (MloRoomDef != null)
{
name = "MloRoomDef " + MloRoomDef.RoomName;
}
return(name);
}
public void Transform(float X, float Y, float Z)
{
if (collisionTree.Count < 1)
{
testCollision(0, 0, 0);
}
translation = new Vector3(X, Y, Z);
return;
float x = X;
float y = Y;
float z = Z;
//TODO: Somehow update collisiontree
//return;
if (origtree == null)
{
origtree = new CollisionBounds[collisionTree.Count];
for (int i = 0; i < origtree.Length; i++)
{
origtree[i] = new CollisionBounds(null, null);
}
for (int i = 0; i < origtree.Length; i++)
{
List<ObjVertex> vt = new List<ObjVertex>();
foreach (ObjVertex et in collisionTree[i].Key)
{
vt.Add(new ObjVertex() { Vertex = et.Vertex });
}
origtree[i].Key = vt.ToArray();
float[] data = new float[collisionTree[i].Value.Length];
Buffer.BlockCopy(collisionTree[i].Value, 0, data, 0, data.Length * sizeof(float));
origtree[i].Value = data;
}
}
CollisionBounds[] tempray = new CollisionBounds[origtree.Length];
for (int i = 0; i < origtree.Length; i++)
{
tempray[i] = new CollisionBounds(null, null);
}
for (int i = 0; i < origtree.Length; i++)
{
List<ObjVertex> vt = new List<ObjVertex>();
foreach (ObjVertex et in origtree[i].Key)
{
vt.Add(new ObjVertex() { Vertex = et.Vertex });
}
tempray[i].Key = vt.ToArray();
float[] data = new float[origtree[i].Value.Length];
Buffer.BlockCopy(origtree[i].Value, 0, data, 0, data.Length * sizeof(float));
tempray[i].Value = data;
}
collisionTree = new List<CollisionBounds>(tempray);
foreach (CollisionBounds et in collisionTree)
{
foreach (ObjVertex ett in et.Key)
{
ett.Vertex.X -= x;
ett.Vertex.Y -= y;
ett.Vertex.Z -= z;
}
et.Value[0] -= x;
et.Value[1] -= y;
et.Value[2] -= z;
et.Value[3] -= x;
et.Value[4] -= y;
et.Value[5] -= z;
}
return;
Vector3 transformation = new Vector3(x,y,z);
foreach(ObjQuad e in quads) {
ObjVertex vertex = vertices[e.Index0];
vertex.Vertex.X+=transformation.X;
vertex.Vertex.Y+=transformation.Y;
vertex.Vertex.Z+=transformation.Z;
vertices[e.Index0] = vertex;
vertex = vertices[e.Index1];
vertex.Vertex.X+=transformation.X;
vertex.Vertex.Y+=transformation.Y;
vertex.Vertex.Z+=transformation.Z;
vertices[e.Index1] = vertex;
vertex = vertices[e.Index2];
vertex.Vertex.X+=transformation.X;
vertex.Vertex.Y+=transformation.Y;
vertex.Vertex.Z+=transformation.Z;
vertices[e.Index2] = vertex;
vertex = vertices[e.Index3];
vertex.Vertex.X+=transformation.X;
vertex.Vertex.Y+=transformation.Y;
vertex.Vertex.Z+=transformation.Z;
vertices[e.Index3] = vertex;
}
foreach(ObjTriangle e in triangles) {
ObjVertex vertex = vertices[e.Index0];
vertex.Vertex.X+=transformation.X;
vertex.Vertex.Y+=transformation.Y;
vertex.Vertex.Z+=transformation.Z;
vertex = vertices[e.Index1];
vertex.Vertex.X+=transformation.X;
vertex.Vertex.Y+=transformation.Y;
vertex.Vertex.Z+=transformation.Z;
vertex = vertices[e.Index2];
vertex.Vertex.X+=transformation.X;
vertex.Vertex.Y+=transformation.Y;
vertex.Vertex.Z+=transformation.Z;
}
}
public string GetNameString(string defval)
{
string name = defval;
if (MultipleSelection)
{
name = "Multiple items";
}
else if (EntityDef != null)
{
name = EntityDef.CEntityDef.archetypeName.ToString();
}
else if (Archetype != null)
{
name = Archetype.Hash.ToString();
}
else if (TimeCycleModifier != null)
{
name = TimeCycleModifier.CTimeCycleModifier.name.ToString();
}
else if (CarGenerator != null)
{
name = CarGenerator.CCarGen.carModel.ToString();
}
else if (DistantLodLights != null)
{
name = DistantLodLights.Ymap?.Name ?? "";
}
else if (CollisionBounds != null)
{
name = CollisionBounds.GetName();
}
if (EntityExtension != null)
{
name = EntityExtension.Name;
}
if (ArchetypeExtension != null)
{
name = ArchetypeExtension.Name;
}
if (WaterQuad != null)
{
name = "WaterQuad " + WaterQuad.ToString();
}
if (NavPoly != null)
{
name = "NavPoly " + NavPoly.ToString();
}
if (NavPoint != null)
{
name = "NavPoint " + NavPoint.ToString();
}
if (NavPortal != null)
{
name = "NavPortal " + NavPortal.ToString();
}
if (PathNode != null)
{
name = "PathNode " + PathNode.AreaID.ToString() + "." + PathNode.NodeID.ToString(); //+ FloatUtil.GetVector3String(PathNode.Position);
}
if (TrainTrackNode != null)
{
name = "TrainTrackNode " + FloatUtil.GetVector3String(TrainTrackNode.Position);
}
if (ScenarioNode != null)
{
name = ScenarioNode.ToString();
}
if (Audio != null)
{
name = Audio.ShortTypeName + " " + Audio.GetNameString();// FloatUtil.GetVector3String(Audio.InnerPos);
}
if (MloRoomDef != null)
{
name = "MloRoomDef " + MloRoomDef.RoomName;
}
return(name);
}
/// <summary>
/// Kolize s obdelnikem
/// </summary>
/// <param name="rectangle">
/// Bounding box objektu se kterym se kontroluje kolize
/// </param>
/// <returns></returns>
public virtual bool RectIntersects(Rect rectangle)
{
return(CollisionBounds.IntersectsWith(rectangle));
}
/// <summary>
/// Kontrola jestli doslo ke kolizi
/// </summary>
/// <param name="gameObject">
/// Objekt se kterym doslo ke kolizi
/// </param>
/// <returns></returns>
public virtual bool Intersects(IGameObject gameObject)
{
return(CollisionBounds.IntersectsWith(gameObject.CollisionBounds));
}