private void InitSpells()
{
//testing function
Action <List <Sprite> > spell = (sprites) =>
{
var fireballAnimation = new Dictionary <string, Animation>()
{
{ "fireball", new Animation(State.Content.Load <Texture2D>("Projectiles/fireball"), 1, 6)
{
FrameSpeed = 0.05f
} }
};
var animation = new AnimationSprite(fireballAnimation, GlobalOrigin);
animation.Position -= animation.Origin * animation.Scale;
sprites.Add(animation);
};
Func <bool> canExecute = () =>
{
return(true);
};
Spellbar.Add(SpellDepository.TrippleFireball(this));
Spellbar.Add(new Spell(spell, 15, State.Content.Load <Texture2D>("Projectiles/projectile"), 1));
Spellbar.Add(new Spell(spell, 20, State.Content.Load <Texture2D>("Projectiles/fireball_icon"), 1));
Spellbar.Add(new Spell(spell, 25, State.Content.Load <Texture2D>("Projectiles/projectile"), 1));
}
private void CastSpells(List <Sprite> sprites)
{
if (currentKey.IsKeyDown(input.ShootUp) && currentKey.IsKeyUp(input.ShootDown) && currentKey.IsKeyUp(input.ShootLeft) && currentKey.IsKeyUp(input.ShootRight))
{
AttackDirection.X = 0;
AttackDirection.Y = -1;
CastAutoAttack(sprites);
animationManager.Animation.SetRow(3);
}
if (currentKey.IsKeyDown(input.ShootDown) && currentKey.IsKeyUp(input.ShootUp) && currentKey.IsKeyUp(input.ShootLeft) && currentKey.IsKeyUp(input.ShootRight))
{
AttackDirection.X = 0;
AttackDirection.Y = 1;
CastAutoAttack(sprites);
animationManager.Animation.SetRow(0);
}
if (currentKey.IsKeyDown(input.ShootRight) && currentKey.IsKeyUp(input.ShootUp) && currentKey.IsKeyUp(input.ShootLeft) && currentKey.IsKeyUp(input.ShootDown))
{
AttackDirection.X = 1;
AttackDirection.Y = 0;
CastAutoAttack(sprites);
animationManager.Animation.SetRow(2);
}
if (currentKey.IsKeyDown(input.ShootLeft) && currentKey.IsKeyUp(input.ShootUp) && currentKey.IsKeyUp(input.ShootDown) && currentKey.IsKeyUp(input.ShootRight))
{
AttackDirection.X = -1;
AttackDirection.Y = 0;
CastAutoAttack(sprites);
animationManager.Animation.SetRow(1);
}
if (currentKey.IsKeyDown(input.Spell1) && !previousKey.IsKeyDown(input.Spell1))
{
Spellbar.GetSpell(0)?.Cast(sprites);
}
if (currentKey.IsKeyDown(input.Spell2) && !previousKey.IsKeyDown(input.Spell2))
{
Spellbar.GetSpell(1)?.Cast(sprites);
}
if (currentKey.IsKeyDown(input.Spell3) && !previousKey.IsKeyDown(input.Spell3))
{
Spellbar.GetSpell(2)?.Cast(sprites);
}
if (currentKey.IsKeyDown(input.Spell4) && !previousKey.IsKeyDown(input.Spell4))
{
Spellbar.GetSpell(3)?.Cast(sprites);
}
if (currentKey.IsKeyDown(input.Spell5) && !previousKey.IsKeyDown(input.Spell5))
{
Spellbar.GetSpell(4)?.Cast(sprites);
}
if (currentKey.IsKeyDown(input.Spell6) && !previousKey.IsKeyDown(input.Spell6))
{
Spellbar.GetSpell(5)?.Cast(sprites);
}
}
public Player(Dictionary <string, Animation> animations, Vector2 position, Identity identity) : base(animations, position)
{
currentKey = Keyboard.GetState();
previousKey = Keyboard.GetState();
velocity = new Vector2(0f);
input = new Input();
Scale = 1.2f;
baseAttackSpeed = 1f;
AttackDirection = new Vector2(0, -1);
Inventory = new Inventory();
Spellbar = new Spellbar();
Faction = Faction.FRIENDLY;
level = 1;
XP = 0;
CharacterPoints = 5;
nextLevelXP = 100;
this.Identity = identity;
InitAutoattack();
InitSpells();
}
public void Draw(SpriteBatch spriteBatch)
{
foreach (List <Tile> row in Tiles)
{
foreach (Tile tile in row)
{
tile.Draw(spriteBatch, tile.PosX * Tile.diameter, tile.PosY * Tile.diameter);
}
}
EndTurnBox.Draw(spriteBatch);
if (HighlightedTile != null)
{
spriteBatch.Draw(
Textures.TileHighlight,
new Vector2((HighlightedTile.PosX * Tile.diameter) + HighlightBorderWidth, (HighlightedTile.PosY * Tile.diameter) + HighlightBorderWidth),
Color.White);
}
int offset = (Tile.diameter / 2) - (Hero.diameter / 2);
foreach (Hero hero in Heroes)
{
hero.Draw(spriteBatch, (hero.PosX * Tile.diameter) + offset, (hero.PosY * Tile.diameter) + offset);
}
if (SelectedHero != null)
{
spriteBatch.Draw(
Textures.SelectedHero,
new Vector2((SelectedHero.PosX * Tile.diameter) + offset - HighlightBorderWidth, (SelectedHero.PosY * Tile.diameter) + offset - HighlightBorderWidth),
Color.White);
StatsBox.DrawHeroStats(spriteBatch, SelectedHero, true);
}
if (HighlightedHero != null && HighlightedHero != SelectedHero)
{
StatsBox.DrawHeroStats(spriteBatch, HighlightedHero, false);
}
if (SelectedHero != null)
{
Spellbar.Draw(spriteBatch, SelectedHero);
}
if (HighlightedAbility != null)
{
StatsBox.DrawAbilityStats(spriteBatch, HighlightedAbility);
}
if (SelectedAbility != null && HighlightedTile != null)
{
Texture2D filter;
bool validTarget = SelectedAbility.ValidateTarget(HighlightedTile);
if (validTarget)
{
filter = Textures.GreenFilter;
}
else
{
filter = Textures.RedFilter;
}
List <Tile> affectedTiles = SelectedAbility.GetAffectedTiles(HighlightedTile);
foreach (Tile tile in affectedTiles)
{
int posX = (tile.PosX * Tile.diameter) + HighlightBorderWidth;
int posY = (tile.PosY * Tile.diameter) + HighlightBorderWidth;
spriteBatch.Draw(filter, new Vector2(posX, posY), new Color(Color.White, 0.1f));
}
}
#endregion
}
