public void Reset(Player player)
{
rageMode = false;
rageMeter = 0;
beating = false;
coverEyes = false;
bag = false;
player.spine.anim("sc_dummy", 0, false);
}
public void Draw(SpriteBatch spriteBatch, Player spieler)
{
for (int i = 0; i < tilesCount; i++)
{
if (!texture[i].IsDisposed)
{
spriteBatch.Draw(texture[i], new Vector2(position.X + (i * 3840), position.Y), Color.White);
}
}
}
public override void Update(GraphicsDeviceManager graphics, Player spieler, Map karte)
{
viewport.Y = 0;
viewport.X = 0;
UpdateTransformation(graphics); //Abgekapselt damit Camera für Menü ohne Spieler verwendbar ist.
}
public void Reset(GameTime gameTime, Player player)
{
Sound.Stop("ashbrett_breath");
Sound.Stop("sweetcheeks_enrage");
if (spieler.lifes != 0)
{
foreach (Enemy enemy2 in karte.enemies)
{
enemy2.Reset();
}
karte.Reset();
spieler.Reset();
hero.Reset();
princess.Reset(player);
}
princess.ResetRage(gameTime);
}
public void StartReset(GameTime gameTime, Player player)
{
Sound.Stop("ashbrett_breath");
Sound.Stop("sweetcheeks_enrage");
if (spieler.lifes != 0)
{
foreach (Enemy enemy2 in karte.enemies)
{
enemy2.StartReset();
enemy2.Save();
}
karte.StartReset();
karte.Save();
spieler.StartReset();
spieler.Save((int)spieler.position.X);
hero.StartReset();
hero.Save();
princess.StartReset(player);
princess.Save();
}
princess.ResetRage(gameTime);
}
public void Update(GameTime gameTime, Player player, Map map)
{
spine.skeleton.X = player.position.X;
spine.skeleton.Y = player.position.Y;
if (bag)
{
ResetRage(gameTime);
}
else if (!beating && !coverEyes)
{
player.spine.animationState.ClearTrack(2);
}
if (beating)
{
if (Game1.time.TotalMilliseconds > beatingTimer + (spine.skeleton.Data.FindAnimation("cloud").Duration * 1000)) //Kloppwolke zu Ende?
{
beating = false;
rageMode = false;
player.spine.Clear(2);
rageMeter = 0;
rageTimer = Game1.time.TotalMilliseconds;
//spine.animationState.ClearTrack(0);
}
}
else if (coverEyes)
{
if (Game1.time.TotalMilliseconds > (coverTimer + (float)coverTime)) //CoverEyes beenden?
{
coverEyes = false;
rageMode = false;
player.spine.Clear(2);
rageMeter = 0;
rageTimer = Game1.time.TotalMilliseconds;
}
}
if (rageMode)
{
rageMeter += 100 / ((float)enrageSpeed * 60); //RageUp
if (Game1.input.rechts)
{
if (pressedLeft)
{
rageMeter -= unrageSpeed; //RageDown
pressedLeft = false;
}
}
else if (Game1.input.links)
{
if (!pressedLeft)
{
rageMeter -= unrageSpeed; //RageDown
pressedLeft = true;
}
}
if (rageMeter > rageLimit && !coverEyes && !beating) //Enrage?!?
{
if (!player.fall && !player.jump)
{
player.spine.Clear(2);
randomNumber = randomGen.Next(0, 100); //Augen zu halten vs hart aufs Maul!
if (randomNumber <= 50)
{
beating = true;
beatingTimer = Game1.time.TotalMilliseconds;
int tempFlipState;
if (spine.skeleton.FlipX)
{
tempFlipState = 1;
}
else
{
tempFlipState = 2;
}
spine.anim("cloud", tempFlipState, false);
//ENRAAAAAGGGGEEEE!!!!!!!!!!!!!!!!!
}
else
{
coverEyes = true;
player.spine.anim("sc_cover_eyes", 0, true);
coverTimer = Game1.time.TotalMilliseconds;
//Deine Mudda enraged!
}
}
}
if (rageMeter <= 0)
{
Sound.Stop("sweetcheeks_enrage");
rageMode = false;
player.spine.Clear(2);
rageMeter = 0;
}
}
else if (Game1.time.TotalMilliseconds > (rageTimer + (float)rageWarmup)) //RageWarmup
{
if (player.CollisionCheckedVector(0, 1, map.blocks, map).X == 0) //Nur auf dem Boden enragen
{
rageTimer = Game1.time.TotalMilliseconds;
randomNumber = randomGen.Next(0, 100);
if (randomNumber <= rageChance)
{
//Teste Enrage-Bedingungen
Sound.Play("sweetcheeks_enrage");
rageMode = true;
player.spine.anim("sc_escape", 0, true);
}
}
else
{
rageTimer = Game1.time.TotalMilliseconds - ((float)rageWarmup * 0.2f); //Wenn Spieler wieder auf den Boden kommt nach kurzer Zeit enragen
}
}
}
public virtual void Update(GraphicsDeviceManager graphics, Player spieler, Map karte)
{
//Kamera an Spieler anpassen
int leftspace = Convert.ToInt32((double)Game1.luaInstance["cameraLeftspace"]);
int rightspace = Convert.ToInt32((double)Game1.luaInstance["cameraRightspace"]);
int bottomspace = Convert.ToInt32((double)Game1.luaInstance["cameraBottomspace"]);
int topspace = Convert.ToInt32((double)Game1.luaInstance["cameraTopspace"]);
int maxbewegung = Convert.ToInt32((double)Game1.luaInstance["cameraMaxBewegung"]);
int bewegungsteps = Convert.ToInt32((double)Game1.luaInstance["cameraBewegungSteps"]);
if (Game1.input.camR)
{
if (camerabewegung < maxbewegung)
camerabewegung += bewegungsteps;
}
else if (Game1.input.camL)
{
if (camerabewegung > -maxbewegung)
camerabewegung -= bewegungsteps;
}
else if(camerabewegung != 0)
{
if (camerabewegung > 0)
camerabewegung -= bewegungsteps;
else
camerabewegung += bewegungsteps;
}
if (viewport.X + leftspace > spieler.position.X) //Scrolling nach links
{
viewport.X = (int)spieler.position.X - leftspace;
}
else if (viewport.X + viewport.Width - rightspace < spieler.position.X) //Scrolling nach rechts
{
viewport.X = (int)spieler.position.X - (viewport.Width - rightspace);
}
if (viewport.X < 0) //Linker Maprand
{
viewport.X = 0;
}
else if (viewport.X > karte.size.X - viewport.Width) //Rechter Maprand
{
viewport.X = (int)karte.size.X - viewport.Width;
}
if (viewport.X + camerabewegung > 0 && viewport.X + camerabewegung < karte.size.X - viewport.Width)
viewport.X += camerabewegung;
else if (viewport.X + camerabewegung > karte.size.X-viewport.Width) //Rechter Maprand
viewport.X = (int)karte.size.X - viewport.Width;
else if(viewport.X + camerabewegung < 0)
viewport.X = 0;
if (viewport.Y + topspace > spieler.position.Y) //Scrolling nach oben
{
viewport.Y = (int)spieler.position.Y - topspace;
}
else if (viewport.Y + viewport.Height - bottomspace < spieler.position.Y) //Scrolling nach unten
{
viewport.Y = (int)spieler.position.Y - (viewport.Height - bottomspace);
}
if (viewport.Y < 0) //Oberer Maprand
{
viewport.Y = 0;
}
else if (viewport.Y > karte.size.Y - viewport.Height) //Unterer Maprand
{
viewport.Y = (int)karte.size.Y - viewport.Height;
}
UpdateTransformation(graphics); //Abgekapselt damit Camera für Menü ohne Spieler verwendbar ist.
}
public void Generate(Player spieler,Hero hero)
{
//generiere Das Level (erzeuge neue Objekte in der List) anhand der Levelmap
int moving_last = 0;
int break_x_last = 0;
int break_x_anzahl = 0;
int break_y_last = 0;
int break_y_anzahl = 0;
int moving_anzahl = 0;
for (int i = 0; i < levelMap.Width; i++)
{
for (int t = 0; t < levelMap.Height; t++)
{
string type = "";
if (pixelRGBA[i, t, 3] == 0)
{
}
else
{
String color = pixelRGBA[i, t, 0] + "," + pixelRGBA[i, t, 1] + "," + pixelRGBA[i, t, 2];
if (pixelRGBA[i, t, 1] == 255 && pixelRGBA[i, t, 2] == 255)
{
kipoints.Add(new KIPoint(new Vector2(i * 48, t * 48), pixelRGBA[i, t, 0]));
}
switch (color)
{
case "255,100,255":
spieler.spine.skeleton.X = i*48;
spieler.spine.skeleton.Y = t * 48;
spieler.position.Y = spieler.spine.skeleton.Y;
spieler.position.X = spieler.spine.skeleton.X;
spieler.cbox.Update(spieler.position);
spieler.checkpoint = spieler.position;
break;
case "255,115,255":
hero.spine.skeleton.X = i * 48;
hero.spine.skeleton.Y = t * 48;
hero.position.Y = hero.spine.skeleton.Y;
hero.position.X = hero.spine.skeleton.X;
hero.cbox.Update(hero.position);
hero.checkpoint = hero.position;
break;
case "147,17,126":
type = "checkpoint";
checkpoints.Add(new Checkpoint(i * 48, false));
break;
case "39,118,33":
type = "moving";
blocks.Add(new Block(new Vector2(i * 48, t * 48), type));
if (moving_last + 1 != i)
{
moving_anzahl++;
}
moving_last = i;
break;
case "119,0,255":
type = "breakable";
blocks.Add(new Block(new Vector2(i * 48, t * 48), type));
if (break_x_last + 1 != i)
{
break_x_anzahl++;
}
break_x_last = i;
break;
case "119,20,255":
type = "breakable_verticale";
blocks.Add(new Block(new Vector2(i * 48, t * 48), type));
if (break_y_last + 1 != t)
{
break_y_anzahl++;
}
break_y_last = t;
break;
case "180,165,0":
type = "movingend";
blocks.Add(new Block(new Vector2(i * 48, t * 48), type));
break;
case "104,60,17":
type = "underground_earth";
blocks.Add(new Block(new Vector2(i * 48, t * 48), type));
break;
case "0,255,0":
type = "ground_grass";
blocks.Add(new Block(new Vector2(i * 48, t * 48), type));
break;
case "0,0,255":
type = "water";
blocks.Add(new Block(new Vector2(i * 48, t * 48), type));
break;
case "0,0,0":
type = "hase";
enemies.Add(new Bunny(new Vector2(i * 48, t * 48), 1,true));
break;
case "255,255,0":
type = "zeit";
items.Add(new Item(new Vector2(i * 48, t * 48 -96 +48), type));
break;
case "180,150,140":
type = "bag";
items.Add(new Item(new Vector2(i * 48, t * 48 -96+48), type));
break;
case "171,140,188":
type = "herz";
items.Add(new Item(new Vector2(i * 48, t * 48 - 96 + 48), type));
break;
case "255,200,200":
type = "monkey";
items.Add(new Item(new Vector2(i * 48, t * 48 - 96 + 48), type));
break;
case "50,50,50":
type = "monkey";
enemies.Add(new Monkey(new Vector2(i * 48, t * 48), 2, true));
break;
case "255,255,100":
type = "banana";
items.Add(new Item(new Vector2(i * 48, t * 48 - 96 + 48), type));
break;
case "255,0,0":
type = "trigger";
Block b = new Block(new Vector2(i * 48, t * 48), type);
blocks.Add(b);
triggers.Add(new Trigger(new Vector2(i * 48, t * 48),b));
break;
case "153,0,0":
type = "triggerend";
blocks.Add(new Block(new Vector2(i * 48, t * 48), type));
break;
case "155,0,0":
type = "triggerdoor";
blocks.Add(new Block(new Vector2(i * 48, t * 48), type));
break;
}
}
}
}
for (int i = 0; i < moving_anzahl; i++)
{
mblocks.Add(new MovingBlock(blocks));
}
int id = 0;
for (int i = 0; i < break_x_anzahl; i++)
{
breakblocks.Add(new Breakable(blocks,false,id));
id++;
}
for (int i = 0; i < break_y_anzahl; i++)
{
breakblocks.Add(new Breakable(blocks, true, id));
id++;
}
checkpoints.Add(new Checkpoint((int)size.X - 100, true)); //Ende
for (int i = 0; i < triggers.Count(); ++i)
{
Trigger trigger = triggers.ElementAt(i);
trigger.Check(blocks);
}
Save();
}
