protected override void InitControl(ISceneObject me)
{
if (!(me.CollisionShape is SquareCollisionShape))
{
throw new Exception("Collision shape must be Square");
}
cs = me.CollisionShape as SquareCollisionShape;
}
public FloatingText(string text, Vector position, float time, FloatingTextType type, float fontSize, bool send)
{
Text = text;
Position = position;
TotalTime = time;
RemainingTime = time;
Type = type;
FontSize = fontSize;
Send = send;
CS = new SquareCollisionShape();
LastCollisionMovedUp = false;
CollisionArea = new Rect();
}
public void ReadObject(NetIncomingMessage msg)
{
msg.ReadObjectStatPowerUp(this);
SquareCollisionShape cs = new SquareCollisionShape();
cs.Position = Position;
cs.Size = Size;
cs.Rotation = Rotation;
CollisionShape = cs;
IList <IControl> controls = msg.ReadControls();
foreach (Control c in controls)
{
AddControl(c);
}
}
/// <summary>
/// prepocitava velikost kolizniho obdelniku floating textu tak, ze k nemu pricte poskytnuty kolizni obdelnik
/// kolizni obdelnik udava oblast, ve ktere doslo ke kolizi a uz v ni neni opakovane zkouseno hledat volne misto
/// </summary>
/// <param name="squareCollisionShape"></param>
private void UpdateCollisionArea(FloatingText ft, SquareCollisionShape cs)
{
// leva
double x1 = ft.CollisionArea.Left;
if (cs.Position.X < ft.CollisionArea.Left)
{
x1 = cs.Position.X - 1;
}
// prava
double x2 = ft.CollisionArea.Right;
if (cs.Position.X + cs.Size.Width > ft.CollisionArea.Right)
{
x2 = cs.Position.X + cs.Size.Width + 1;
}
// horni
double y1 = ft.CollisionArea.Top;
if (cs.Position.Y < ft.CollisionArea.Top)
{
y1 = cs.Position.Y - 1;
}
// dolni
double y2 = ft.CollisionArea.Bottom;
if (cs.Position.Y + cs.Size.Height > ft.CollisionArea.Bottom)
{
y2 = cs.Position.Y + cs.Size.Height + 1;
}
ft.CollisionArea = new Rect(x1, y1, x2 - x1, y2 - y1);
if (CollisionShapeVisualization)
{
ShowCA(ft);
}
}
public static StatPowerUp CreateStatPowerUp(ServerMgr mgr, DeviceType type)
{
Random randomGenerator = mgr.GetRandomGenerator();
StatPowerUp s = new StatPowerUp(null, IdMgr.GetNewId(0));
s.Size = new Size(20, 20);
bool headingRight = randomGenerator.Next(10) > 5 ? true : false;
s.Position = GetPositionOnEdgeOfLowerOrbitArea(randomGenerator, headingRight, (int)s.Size.Width / 2);
s.Direction = headingRight ? new Vector(1, 0) : new Vector(-1, 0);
s.Rotation = mgr.GetRandomGenerator().Next(360);
s.PowerUpType = type;
SquareCollisionShape cs = new SquareCollisionShape();
cs.Position = s.Position;
cs.Size = s.Size;
cs.Rotation = s.Rotation;
s.CollisionShape = cs;
NewtonianMovementControl nmc = new NewtonianMovementControl();
nmc.Speed = mgr.GetRandomGenerator().Next(SharedDef.MIN_POWERUP_SPEED * 10, SharedDef.MAX_POWERUP_SPEED * 10) / 10.0f;
s.AddControl(nmc);
LinearRotationControl lrc = new LinearRotationControl();
lrc.RotationSpeed = mgr.GetRandomGenerator().Next(SharedDef.MIN_ASTEROID_ROTATION_SPEED, SharedDef.MAX_ASTEROID_ROTATION_SPEED) / 10.0f;
s.AddControl(lrc);
s.AddControl(new StickySquareCollisionShapeControl());
s.AddControl(new StatPowerUpCollisionReactionControl());
return(s);
}
