// This class is kind of weird
// First of all, all elements are drawn to external texture, why?
// To ensure that the HUD is
// a) drawn all at once
// b) drawn over everything else (we will draw the HUD last in the draw order of the main draw function)
// and c) not a part of collision detection
// This also allows us to define custom behavior for drawing whatever sprites are added to
// the HUD's list of sprites to draw. And adjust the color of the entire HUD itself.
public HUD(Game game, GraphicsDevice d)
: base(new RenderTarget2D(d,
d.PresentationParameters.BackBufferWidth,
d.PresentationParameters.BackBufferHeight,
false,
d.PresentationParameters.BackBufferFormat,
DepthFormat.Depth24), false)
{
BasicSprite hud_key_frame = new BasicSprite(game, "hud_key_frame", false);
hud_key_frame.spriteSize = new Point(60, 60);
hud_key_frame.spritePos = new Vector2(740, 0);
BasicSprite hud_health_frame = new BasicSprite(game, "health_bar_frame", false);
hud_health_frame.spriteSize = new Point(200, 30);
hud_health_frame.spritePos = new Vector2(1, 0);
BasicSprite hud_health_color = new BasicSprite(game, "health_bar_color", false);
hud_health_color.spriteSize = new Point(202, 32);
hud_health_color.spritePos = new Vector2(0, 0);
hud_key_frame.addTo(hudSprites);
hud_health_color.addTo(hudSprites);
hud_health_frame.addTo(hudSprites);
gd = d;
}
// This class is kind of weird
// First of all, all elements are drawn to external texture, why?
// To ensure that the HUD is
// a) drawn all at once
// b) drawn over everything else (we will draw the HUD last in the draw order of the main draw function)
// and c) not a part of collision detection
// This also allows us to define custom behavior for drawing whatever sprites are added to
// the HUD's list of sprites to draw. And adjust the color of the entire HUD itself.
public HUD(Game game, GraphicsDevice d) : base(new RenderTarget2D(d,
d.PresentationParameters.BackBufferWidth,
d.PresentationParameters.BackBufferHeight,
false,
d.PresentationParameters.BackBufferFormat,
DepthFormat.Depth24), false)
{
BasicSprite hud_key_frame = new BasicSprite(game, "hud_key_frame", false);
hud_key_frame.spriteSize = new Point(60, 60);
hud_key_frame.spritePos = new Vector2(740, 0);
BasicSprite hud_health_frame = new BasicSprite(game, "health_bar_frame", false);
hud_health_frame.spriteSize = new Point(200, 30);
hud_health_frame.spritePos = new Vector2(1, 0);
BasicSprite hud_health_color = new BasicSprite(game, "health_bar_color", false);
hud_health_color.spriteSize = new Point(202, 32);
hud_health_color.spritePos = new Vector2(0, 0);
hud_key_frame.addTo(hudSprites);
hud_health_color.addTo(hudSprites);
hud_health_frame.addTo(hudSprites);
gd = d;
}
public AboutScreen(Game game)
{
about = new BasicSprite(game, "Interface\\aboutPage", false);
about.spritePos = new Vector2(0, 100);
returnButton = new BasicSprite(game, "Interface\\return", false);
returnButton.spritePos = new Vector2(690, 20);
about.addTo(aboutSprites);
returnButton.addTo(aboutSprites);
}
// This class is kind of weird
// First of all, all elements are drawn to external texture, why?
// To ensure that the HUD is
// a) drawn all at once
// b) drawn over everything else
// and c) not a part of collision detection (most important reason)
// This also allows us to define custom behavior for drawing whatever sprites are added to
// the HUD's list of sprites to draw. And adjust the color of the entire HUD itself.
public HUD(Game game)
: base(new RenderTarget2D(game.GraphicsDevice,
game.GraphicsDevice.PresentationParameters.BackBufferWidth,
game.GraphicsDevice.PresentationParameters.BackBufferHeight), false)
{
spriteTex = new RenderTarget2D(game.GraphicsDevice,
game.GraphicsDevice.PresentationParameters.BackBufferWidth,
game.GraphicsDevice.PresentationParameters.BackBufferHeight);
BasicSprite hud_key_frame = new BasicSprite(game, "hud_key_frame", false);
hud_key_frame.spriteSize = new Point(60, 60);
hud_key_frame.spritePos = new Vector2(740, 0);
BasicSprite hud_health_frame = new BasicSprite(game, "health_bar_frame", false);
hud_health_frame.spriteSize = new Point(200, 30);
hud_health_frame.spritePos = new Vector2(1, 0);
BasicSprite hud_insanity_frame = new BasicSprite(game, "insanity_bar_frame", false);
hud_insanity_frame.spriteSize = new Point(200, 30);
hud_insanity_frame.spritePos = new Vector2(211, 0);
healthBar = new Bar(game, "health_bar_color");
healthBar.spriteSize = new Point(202, 32);
healthBar.spritePos = new Vector2(0, 0);
healthBar.level = 100;
insanityBar = new Bar(game, "insanity_bar_color");
insanityBar.spriteSize = new Point(0, 32);
insanityBar.spritePos = new Vector2(210, 0);
insanityBar.level = 0;
hud_key_frame.addTo(hudSprites);
healthBar.addTo(hudSprites);
hud_health_frame.addTo(hudSprites);
insanityBar.addTo(hudSprites);
hud_insanity_frame.addTo(hudSprites);
gd = game.GraphicsDevice;
}
public void addStatic(BasicSprite s)
{
s.addTo(statics);
s.addTo(collidables);
}
public void addFadeInObject(BasicSprite s)
{
s.addTo(fadeIns);
}
