public void Draw()
{
if (_selected)
{
SwinGame.DrawCircle(Color.Green, _location.X * 32 + 16f, _location.Y * 32 + 16f, 16f);
}
SwinGame.DrawBitmap(Directory.GetCurrentDirectory() + "\\Resources\\RoverResources\\Rover.png", _location.X * 32, _location.Y * 32);
}
public override void DrawOutline()
{
SwinGame.DrawCircle(Color.Black, x1, y1, 3);
SwinGame.DrawCircle(Color.Black, x1, y1, 4);
SwinGame.DrawCircle(Color.Black, x2, y2, 3);
SwinGame.DrawCircle(Color.Black, x2, y2, 4);
}
public override void Draw()
{
if (_isActive && _isvisible)
{
SwinGame.DrawCircle(Color.Green, DrawX, DrawY, Size);
}
else if (!_isActive)
{
_isvisible = false;
}
}
public override void Draw()
{
if (Outline)
{
SwinGame.DrawCircle(Color, X, Y, Radius);
}
else
{
SwinGame.FillCircle(Color, X, Y, Radius);
}
}
/// <summary>
/// Draw this instance, draw range when selected, draw attack when attacking.
/// </summary>
public override void Draw()
{
if (_selected)
{
DrawRange();
}
if (_attackTime > 0)
{
SwinGame.DrawCircle(Color.AliceBlue, _position[0], _position[1], _range);
}
SwinGame.FillCircle(Color.Aqua, _position[0], _position[1], _size);
}
public override void Draw()
{
if (_visible)
{
if (_thrustAnimActive)
{
DrawThrust();
}
//Here's where the actual ship gets drawn
double directionInRadians = (Math.PI * _direction) / 180;
float x1 = _x + (SHIP_HEIGHT * (float)Math.Sin(directionInRadians));
float y1 = _y - (SHIP_HEIGHT * (float)Math.Cos(directionInRadians));
float x2 = _x + (SHIP_WIDTH * (float)Math.Cos(directionInRadians));
float y2 = _y + (SHIP_WIDTH * (float)Math.Sin(directionInRadians));
float x3 = _x - (SHIP_WIDTH * (float)Math.Cos(directionInRadians));
float y3 = _y - (SHIP_WIDTH * (float)Math.Sin(directionInRadians));
_shape = SwinGame.CreateTriangle(x1, y1, x2, y2, x3, y3);
SwinGame.FillTriangle(_colour, _shape);
}
if (_visible || (_mercyTimer > 0))
{
_missiles.DrawAll();
}
//Draws life counter next to ship during the mercy period after respawning
if ((_mercyTimer > 0) && (LivesEnabled))
{
SwinGame.DrawText(string.Format("x " + _lives), _colour, SwinGame.FontNamed("tinyFont"), _x + 40, _y - 10);
}
//Draws explosion animation if the player is dead
if (_respawnTimer > RESPAWN_LENGTH - 90)
{
if (_respawnTimer % 10 >= 5)
{
SwinGame.DrawCircle(Color.Red, _x, _y, 10);
SwinGame.DrawCircle(_colour, _x, _y, 20);
}
if (_respawnTimer % 10 < 5)
{
SwinGame.DrawCircle(_colour, _x, _y, 15);
SwinGame.DrawCircle(Color.Red, _x, _y, 25);
}
}
}
public void Draw(Color colour)
{
if (!_inControl)
{
for (int i = 0; i < 32; i++)
{
for (int j = 0; j < 18; j++)
{
if (_forces[i, j].Magnitude != 0)
{
SwinGame.DrawCircle(colour, i * 60 + 30, j * 60 + 30, 2);
SwinGame.DrawLine(colour, i * 60 + 30, j * 60 + 30, _forces[i, j].X + (i * 60) + 30, _forces[i, j].Y + (j * 60) + 30);
}
}
}
}
}
public override void Draw()
{
SwinGame.FillRectangle(Color.White,
Pos.X + Camera.Pos.X,
Pos.Y + _height / 2 - 1 + Camera.Pos.Y,
_width,
2);
SwinGame.FillRectangle(Color.White,
Pos.X + Camera.Pos.X,
Pos.Y + Camera.Pos.Y,
4,
_height);
SwinGame.FillRectangle(Color.White,
Pos.X + Camera.Pos.X + _width,
Pos.Y + Camera.Pos.Y,
4,
_height);
foreach (Player p in _a3RData.Players)
{
SwinGame.FillCircle(Color.White,
Camera.Pos.X + Pos.X + (_width * (p.Pos.X / (float)_a3RData.Terrain.Map.Length)),
Camera.Pos.Y + Pos.Y + _height / 2 - 1,
3);
}
Player s = _a3RData.SelectedPlayer;
SwinGame.DrawCircle(Color.Purple,
Camera.Pos.X + Pos.X + (_width * (s.Pos.X / (float)_a3RData.Terrain.Map.Length)),
Camera.Pos.Y + Pos.Y + _height / 2 - 1,
5);
SwinGame.DrawCircle(Color.Orange,
Camera.Pos.X + Pos.X +
(_width * (s.Character.LastProjectilePosition.X / (float)_a3RData.Terrain.Map.Length)),
Camera.Pos.Y + Pos.Y + _height / 2 - 1,
3);
}
////////////////////////////////////////////////////////////////////////////////////////////////////
public override void Draw()
{
SwinGame.FillEllipse(_colour, _position.X - (_size / 2), _position.Y - (_size / 2), _size, _size);
if (_selected)
{
SwinGame.DrawEllipse(Color.White, _position.X - (_size / 2), _position.Y - (_size / 2), _size, _size);
}
SwinGame.DrawLine(_colour, SwinGame.LineFromVector(_position.X, _position.Y, SwinGame.VectorFromAngle(_angleFacing, 100)));
SwinGame.DrawLine(_colour, SwinGame.LineFromVector(_position.X, _position.Y, SwinGame.VectorFromAngle(_angleFacing + (_fov / 2), 100)));
SwinGame.DrawLine(_colour, SwinGame.LineFromVector(_position.X, _position.Y, SwinGame.VectorFromAngle(_angleFacing - (_fov / 2), 100)));
//SwinGame.DrawText(SwinGame.VectorAngle(_movementVector) + "", Color.White, _position.X, _position.Y - 50);
//SwinGame.DrawText(_movementVector.Magnitude + "", Color.White, _position.X, _position.Y - 10);
SwinGame.DrawLine(Color.White, _position.X, _position.Y, _movementVector.X + _position.X, _movementVector.Y + _position.Y);
SwinGame.DrawLine(Color.White, _position.X, _position.Y, (_movementVector.X * 7) + _position.X, (_movementVector.Y * 7) + _position.Y);
float normalX = (SwinGame.VectorNormal(_movementVector).X *(12));
float normalY = (SwinGame.VectorNormal(_movementVector).Y *(12));
SwinGame.DrawLine(Color.White, _position.X + normalX, _position.Y + normalY, (_movementVector.X * 7) + _position.X + normalX, (_movementVector.Y * 7) + _position.Y + normalY);
SwinGame.DrawLine(Color.White, _position.X - normalX, _position.Y - normalY, (_movementVector.X * 7) + _position.X - normalX, (_movementVector.Y * 7) + _position.Y - normalY);
SwinGame.DrawLine(_colour, _destination.X - 3, _destination.Y, _destination.X + 3, _destination.Y);
SwinGame.DrawLine(_colour, _destination.X, _destination.Y - 3, _destination.X, _destination.Y + 3);
Color temp = SwinGame.RGBAColor(_colour.R, _colour.G, _colour.B, _colour.A);
SwinGame.DrawCircle(temp, _enLastSeen, _size);
SwinGame.DrawText(_health + "", Color.White, _position);
//_movementManager.Draw(_colour);
}
public void DrawPoints()
{
int x = _rectangle._x;
int y = _rectangle._y;
int w = _rectangle._w;
int h = _rectangle._h;
SwinGame.DrawRectangle(SwinGame.ColorBlack(), x - w, y - h, w * 2, h * 2);
// SwinGame.DrawRectangle(SwinGame.ColorBlack(), _rectangle._x - 1 - _rectangle._w , _rectangle._y - 1 - _rectangle._h, 2 + (_rectangle._w *2),2+( _rectangle._h *2));
//SwinGame.DrawRectangle(SwinGame.ColorWhite(), _rectangle._x - _rectangle._w, _rectangle._y - _rectangle._h, _rectangle._w *2, _rectangle._h *2);
foreach (Point pt in ptList)
{
SwinGame.DrawCircle(SwinGame.ColorBlack(), pt._x, pt._y, 1);
}
if (divided)
{
NorthWest.DrawPoints();
NorthEast.DrawPoints();
SouthWest.DrawPoints();
SouthEast.DrawPoints();
}
}
public override void DrawOutline()
{
SwinGame.DrawCircle(Color.Black, this.X, this.Y, _radius + 2);
}
/// <summary>
/// Draw the range of the tower
/// </summary>
public void DrawRange()
{
SwinGame.DrawCircle(Color.Grey, _position[0], _position[1], _range);
}
public override void DrawOutline()
{
SwinGame.DrawCircle(Color.Black, this.X, this.Y, 2);
SwinGame.DrawCircle(Color.Black, this.X + _length, this.Y, 2);
}
public override void DrawOutline()
{
SwinGame.DrawCircle(Color.Black, X, Y, _radius);
SwinGame.DrawCircle(Color.Black, X, Y, _radius + 1);
SwinGame.DrawCircle(Color.Black, X, Y, _radius + 2);
}
public bool IsAt(Point2D point)
{
SwinGame.DrawCircle(Color.Black, _hitBox);
return(SwinGame.PointInCircle(point, _hitBox));
}
public virtual void Draw()
{
SwinGame.DrawBitmap(MyBitmap(), _position.X, _position.Y);
SwinGame.DrawCircle(Color.Black, _hitBox);
}
public override void DrawOutline()
{
SwinGame.DrawCircle(Color.Black, X, Y, 5);
SwinGame.DrawCircle(Color.Black, _XFinal, _YFinal, 5);
}
public override void DrawOutline()
{
SwinGame.DrawCircle(Color.Black, (PosX), (PosY), 20);
SwinGame.DrawCircle(Color.Black, PosXEnd, PosYEnd, 20);
}
public override void DrawOutline()
{
SwinGame.DrawCircle(Color.Black, PosX, PosY, (_radius + 2));
}
public override void DrawOutline()
{
SwinGame.DrawCircle(Color, X, Y, 3);
SwinGame.DrawCircle(Color, _x2, _y2, 3);
}
//
//
public void DrawOutline()
{
SwinGame.DrawCircle(Color.DeepPink, _locationX + 100 / 2 - 2, _locationY + 100 / 2 - 2, Radius + 4);
}
public override void DrawOutline()
{
SwinGame.DrawCircle(Color.Black, X, Y, 2);
}
public override void DrawOutline()
{
SwinGame.DrawCircle(Color, X - 1, Y - 1, _radius + 2);
}