private void Tick(Object source, ElapsedEventArgs e)
{
if (!Game.IsRunning())
{
return;
}
int l = 0;
int c = 0;
for (int py = 0; py < Points.Count; py++)
{
for (int px = 0; px < Points[py].Count; px++)
{
// Update Point
Points[py][px].Update(UpdateTimerDeltaTime);
// Update Display Objects
if (px == 0 || py == 0)
{
continue;
}
if (Points[py][px].PointLeft != null)
{
Lines[l].Size = new Vector2f(Utils.Distance(Points[py][px].PointLeft.Position, Points[py][px].Position), Lines[l].Size.Y);
Lines[l].Position = Points[py][px].Position;
Lines[l].Rotation = (float)Utils.GetAngle(Points[py][px].Position, Points[py][px].PointLeft.Position);
l++;
}
if (Points[py][px].PointAbove != null)
{
Lines[l].Size = new Vector2f(Utils.Distance(Points[py][px].PointAbove.Position, Points[py][px].Position), Lines[l].Size.Y);
Lines[l].Position = Points[py][px].Position;
Lines[l].Rotation = (float)Utils.GetAngle(Points[py][px].Position, Points[py][px].PointAbove.Position);
l++;
}
Corners[c++].Position = Points[py][px].Position;
}
}
}
protected override void Tick(object source = null, System.Timers.ElapsedEventArgs e = null)
{
if (!Waypoint.Equals(new Vector2f(-1, -1)))
{
base.Tick(source, e);
return;
}
if (!ReachedBeach)
{
// Generate path to Beach
int pointCount = Utils.RandomInt(10, 20);
float originalAngle = (float)Utils.GetAngle(Game.Island.Position, Obj.Position);
Vector2f destination = Utils.GetPointInDirection(Game.Island.Position, originalAngle, Game.Island.Radius + 132.5f);
float originalDistance = Utils.Distance(Obj.Position, destination);
Vector2f pos;
for (int i = 0; i < pointCount; i++)
{
pos = Utils.GetPointInDirection(Obj.Position, (float)(Utils.GetAngle(Obj.Position, destination)), (originalDistance / pointCount) * (i + 1));
if (i != pointCount - 1 && (i + 1) % 2 == 0)
{
pos += Utils.GetPointInDirection(new Vector2f(), originalAngle + (Utils.RandomInt() == 1 ? 90 : -90), Utils.RandomInt(10, 40));
}
AddWaypointToPath(pos);
}
//Debug_ShowWaypoints();
}
else if (((Ship)Obj).AmountOfInfantry <= 0)
{
// Generate path off screen
LeavingArea = true;
Obj.CanMove = false; // Can't move until Ship rotates to first waypoint in path
if (Obj.Model is AnimatedSprite)
{
Obj.Model.Sprite.Color = new Color(255, 255, 255, 100);
if (Obj.FlashOnDamageBright)
{
Obj.FlashOnDamageOriginalColor = Obj.Model.Color; // just in case the Ship's Colour has already been changed temporarily
}
Obj.Model.Play();
}
else
{
Obj.Model.Color = new Color(255, 255, 255, 100);
if (Obj.FlashOnDamageBright)
{
Obj.FlashOnDamageOriginalColor = Obj.Model.Color; // just in case the Ship's Colour has already been changed temporarily
}
}
int pointCount = Utils.RandomInt(4, 15);
float originalAngle = (float)Utils.GetAngle(Game.Island.Position, Obj.Position) + (Utils.RandomInt(50, 80) * (Utils.RandomInt() == 1 ? 1 : -1));
Vector2f intersectPoint = Utils.RaycastAgainstBounds(Game.Bounds, Game.Center, Utils.GetPointInDirection(Game.Center, originalAngle, Game.Size.X));
Vector2f destination = Utils.GetPointInDirection(intersectPoint, originalAngle, 200);
float originalDistance = Utils.Distance(Obj.Position, destination);
Vector2f pos;
for (int i = 0; i < pointCount; i++)
{
pos = Utils.GetPointInDirection(Obj.Position, (float)(Utils.GetAngle(Obj.Position, destination)), (originalDistance / pointCount) * (i + 1));
if (i != pointCount - 1 && (i + 1) % 2 == 0)
{
pos += Utils.GetPointInDirection(new Vector2f(), originalAngle + (Utils.RandomInt() == 1 ? 90 : -90), Utils.RandomInt(10, 40));
}
AddWaypointToPath(pos);
}
}
base.Tick(source, e);
}
public WaterRipples(Game Game, Vector2f Size, int Gap = 90, int LineThickness = 8, Color Colour = default(Color))
{
this.Game = Game;
//Colour = new Color(94, 190, 255, 255);
// Generate Points
int GAP_HALF = Gap / 2;
int yc = 0;
for (int py = -GAP_HALF; py < Size.Y + Gap; py += Gap)
{
Points.Add(new List <WaterRipplePoint>());
for (int px = -GAP_HALF; px < Size.X + Gap; px += Gap)
{
WaterRipplePoint p = new WaterRipplePoint(px, py);
if (Points[yc].Count != 0)
{
p.PointLeft = Points[yc][Points[yc].Count - 1];
}
if (yc != 0)
{
p.PointAbove = Points[yc - 1][Points[yc].Count];
}
Points[yc].Add(p);
}
yc++;
}
// add random additional points
int yCount = Points.Count;
for (int py = 1; py < yCount; py++)
{
int xCount = Points[py].Count;
int px;
for (px = 1; px < xCount; px++)
{
// add random additional points along the y axis (just add them at the end of the current x List)
if (Utils.RandomInt(0, 3) == 0)
{
continue;
}
WaterRipplePoint pointY = new WaterRipplePoint(Points[py][px].X + (Utils.RandomInt((int)(Gap * 0.1), (int)(Gap * 0.4)) * (Utils.RandomInt() == 1 ? 1 : -1)),
Points[py][px].Y + GAP_HALF);
pointY.PointAbove = Points[py][px];
Points[py].Add(pointY);
if (py < Points.Count - 1)
{
Points[py + 1][px].PointAbove = pointY;
}
}
for (px = 1; px < xCount; px++)
{
// add random additional points along the x axis
if (Utils.RandomInt(0, 3) == 0)
{
continue;
}
WaterRipplePoint pointX = new WaterRipplePoint(Points[py][px - 1].X + GAP_HALF,
Points[py][px].Y + (Utils.RandomInt((int)(Gap * 0.1), (int)(Gap * 0.4)) * (Utils.RandomInt() == 1 ? 1 : -1)));
pointX.PointLeft = Points[py][px - 1];
pointX.MoveDirection.X = Utils.RandomInt() == 1 || px == Points[py].Count - 1 ? Points[py][px - 1].MoveDirection.X : Points[py][px + 1].MoveDirection.X;
Points[py].Insert(px, pointX);
Points[py][px + 1].PointLeft = Points[py][px];
px++;
xCount++;
}
}
Displace();
// Draw
for (int py = 1; py < Points.Count; py++)
{
for (int px = 1; px < Points[py].Count; px++)
{
RectangleShape l;
if (Points[py][px].PointLeft != null)
{
l = new RectangleShape(new Vector2f(Utils.Distance(Points[py][px].PointLeft.Position, Points[py][px].Position), LineThickness));
l.FillColor = Colour;
l.Origin = new Vector2f(0, LineThickness / 2);
l.Position = Points[py][px].Position;
l.Rotation = (float)Utils.GetAngle(Points[py][px].Position, Points[py][px].PointLeft.Position);
AddChild(l);
Lines.Add(l);
}
if (Points[py][px].PointAbove != null)
{
l = new RectangleShape(new Vector2f(Utils.Distance(Points[py][px].PointAbove.Position, Points[py][px].Position), LineThickness));
l.FillColor = Colour;
l.Origin = new Vector2f(0, LineThickness / 2);
l.Position = Points[py][px].Position;
l.Rotation = (float)Utils.GetAngle(Points[py][px].Position, Points[py][px].PointAbove.Position);
AddChild(l);
Lines.Add(l);
}
CircleShape corner = new CircleShape(LineThickness / 2);
corner.FillColor = Colour;
corner.Origin = new Vector2f(corner.Radius, corner.Radius);
corner.Position = Points[py][px].Position;
AddChild(corner);
Corners.Add(corner);
}
}
}
