public void Update(Map map)
{
if (_wet == false)
{
_trail.Update(_position, _velocity, 1);
}
UpdateLine();
_bubbleTime.Update();
_InWater = false;
if (CompareF.LineBoundaryVsMap(map.WaterTree, _track).Count > 0)
{
_InWater = true;
if (_bubbleTime.Ready == true)
{
Game1.mapLive.mapParticles.Add(new ParticleBubble(_position));
_bubbleTime.Reset();
}
}
if (_wet == true && _wet != _wetPreviousFrame)
{
_velocity /= 4;
_trail.LeftParticle();
}
foreach (Inpc npc in map.MapNpcs)
{
if (npc.Friendly == false)
{
List <Vector2Object> intersections = CompareF.LineIntersectionRectangle(npc, new LineObject(npc, _track.Line));
if ((intersections?.Count > 0 || CompareF.RectangleVsVector2(npc.Boundary, _track.Line.End) == true) && (_from is Player))
{
Damage(new Vector2Object(npc, _position), npc);
AfterCollision(map, new Vector2Object(npc, _position));
break;
}
}
}
Vector2Object hitPos = null;
if (OutOfmap(this, out hitPos) == true)
{
AfterCollision(map, new Vector2Object(Game1.mapLive, _position));
}
if (CollisionWithMovables(map, this, out hitPos) == true)
{
AfterCollision(map, hitPos);
}
if (RemoveOnMapCollision(map.MapTree, this, out hitPos) == true)
{
AfterCollision(map, hitPos);
}
_velocity = CompareF.RotateVector2(_velocity, (float)(Math.Sin(Game1.Time * 16) / 64f));
_timeTrail.Update();
if (_timeTrail.Ready == true || _wet == true)
{
if (_wet == false)
{
List <Vector2> vectors = LineSegmentF.PointsOnLine(_position.ShiftOverDistance(32, (float)(CompareF.VectorToAngle(_velocity) + Math.PI)), _oldInterpol, 64);
foreach (Vector2 vector in vectors)
{
for (int i = 0; i < 3; i++)
{
Game1.mapLive.mapParticles.Add(new ParticleCircleSmoke(vector + new Vector2(Globals.GlobalRandom.Next(-8, 9), Globals.GlobalRandom.Next(-8, 9)), Game1.Textures["SmokeCircle"]));
}
}
}
_timeTrail.Reset();
_oldInterpol = _position;
}
_wetPreviousFrame = _wet;
GetWet(map);
}
