public HealthPowerUp(DecimalPoint location, GameWorld gameWorld)
: base(location, gameWorld)
{
Image = Properties.Resources.heart;
health = 500;
DropChance = 50;
}
public Player(Image image, GameWorld gameWorld)
{
double speed = 0.000001;
this.MotionBehavior = new NormalMotionBehavior(this, gameWorld);
MotionBehavior.CanMoveThroughWall = false;
Location = new DecimalPoint(300, 150);
Image = image;
Angle = 0;
ActualSpeed = 0;
Acceleration = 0.3;
TargetSpeed = 0;
Inertia = new DecimalPoint(0.5, 0.5);
DrawBehavior = new TopDownRotationDrawBehavior(this);
//((GrowingImageDrawBehavior)DrawBehavior).SpeedX = 10;
//((GrowingImageDrawBehavior)DrawBehavior).SpeedY = 10;
//((GrowingImageDrawBehavior) DrawBehavior).SizeChanged += (Size) =>
//{
// if (Size.Width > 400)
// {
// ((GrowingImageDrawBehavior)DrawBehavior).SpeedX = -2;
// ((GrowingImageDrawBehavior)DrawBehavior).SpeedY = -2;
// }
// if (((GrowingImageDrawBehavior) DrawBehavior).SpeedY < 0)
// {
// ((GrowingImageDrawBehavior)DrawBehavior).SpeedX = 0 - (int)speed;
// ((GrowingImageDrawBehavior)DrawBehavior).SpeedY = 0 - (int)speed;
// speed += speed;
// }
//};
Paralax = Paralax.Middleground;
IsPhysicalObject = true;
}
/// <summary>
/// Checks if object is within the spcified range
/// </summary>
/// <param name="range">The range to check</param>
/// <returns>Returns true if the object is within range</returns>
public static bool IsInRange(DecimalPoint source, DecimalPoint destination, int range)
{
bool x = Math.Abs(source.X - destination.X) < range;
bool y = Math.Abs(source.Y - destination.Y) < range;
return(x && y);
}
public CircleMotionBehavior(IGameObject gameObject, GameWorld gw, DecimalPoint center)
: base(gameObject, gw)
{
Center = center;
Range = 200;
angle = 0;
}
public CircleMotionBehavior(IGameObject gameObject, GameWorld gw, DecimalPoint center) : base(gameObject, gw)
{
Center = center;
range = gw.GetDistance(center, gameObject.Location);
Range = 180;
angle = GameWorld.CalcAngle(GameObject.Location.ToPoint(), Center.ToPoint());
}
private void Init()
{
Energy = new Mana(300);
Health = new Health(1000);
DrawBehavior = new TopDownRotationDrawBehavior(this);
Level = 1;
Experience = new NormalExperience();
Inertia = new DecimalPoint(0.5, 0.5);
Acceleration = 5;
IsPhysicalObject = true;
Paralax = Paralax.Middleground;
SpellHandler = new SpellHandler(GameWorld, this);
AttackMap = new Dictionary <ActionSlot, Func <Spell> >();
ExperienceWhenKilled = 300;
Loot = new Loot();
Loot.Items.Add(new HealthPowerUp(Location, GameWorld));
Experience.LevelUp += Experience_LevelUp;
Killed += Character_Killed;
}
protected Character(GameWorld gameWorld, DecimalPoint location)
{
Location = location;
GameWorld = gameWorld;
MotionBehavior = new NormalMotionBehavior(this, gameWorld);
Targets = new List <Type>();
Init();
}
/// <summary>
/// MotionBehavior contructor
/// </summary>
/// <param name="gameObject">GameObject</param>
/// <param name="gw">GameWorld</param>
protected MotionBehavior(IGameObject gameObject, GameWorld gw)
{
this.GameObject = gameObject;
this.gw = gw;
Speed = new DecimalPoint(0, 0);
NewSpeed = new DecimalPoint(0, 0);
CanMoveThroughWall = false;
}
public CircleMotionBehavior(IGameObject gameObject, GameWorld gw, DecimalPoint center)
: base(gameObject, gw)
{
Center = center;
range = gw.GetDistance(center, gameObject.Location);
Range = 180;
angle = GameWorld.CalcAngle(GameObject.Location.ToPoint(), Center.ToPoint());
}
public EvasiveMotionBehavior(IGameObject gameObject, GameWorld gw, DecimalPoint targetLocation) : base(gameObject, gw)
{
TargetLocation = targetLocation;
MinRange = 200;
MidRange = 400;
MaxRange = 1000;
this.targetSpeed = gameObject.TargetSpeed;
}
/// <summary>
/// MotionBehavior contructor
/// </summary>
/// <param name="gameObject">GameObject</param>
/// <param name="gw">GameWorld</param>
protected MotionBehavior(IGameObject gameObject, GameWorld gw)
{
this.GameObject = gameObject;
this.Gw = gw;
Speed = new DecimalPoint(0, 0);
NewSpeed = new DecimalPoint(0, 0);
CanMoveThroughWall = false;
}
protected Character(GameWorld gameWorld, DecimalPoint location)
{
Location = location;
GameWorld = gameWorld;
MotionBehavior = new NormalMotionBehavior(this, gameWorld);
Targets = new List<Type>();
Init();
}
public EvasiveMotionBehavior(IGameObject gameObject, GameWorld gw, DecimalPoint targetLocation)
: base(gameObject, gw)
{
TargetLocation = targetLocation;
MinRange = 200;
MidRange = 400;
MaxRange = 1000;
this.targetSpeed = gameObject.TargetSpeed;
}
public Monster(GameWorld gameWorld, DecimalPoint location) : base(gameWorld, location)
{
Image = Properties.Resources.MonsterSmall;
Inertia.X = 2;
Inertia.Y = 2;
TargetSpeed = 7;
DrawBehavior.IsCircle = true;
MotionBehavior = new WanderingMotionBehavior(this, gameWorld);
CreateAttackMap();
}
/// <summary>
/// Checks if the object is within two ranges
/// </summary>
/// <param name="minRange">Minimum range</param>
/// <param name="maxRange">Maximum range</param>
/// <returns>Returns true if the object is within the two ranges</returns>
public static bool IsInRange(DecimalPoint source, DecimalPoint destination, int minRange, int maxRange)
{
double x = Math.Abs(source.X - destination.X);
double y = Math.Abs(source.Y - destination.Y);
bool inX = x > minRange && x < maxRange;
bool inY = y > minRange && x < maxRange;
return(inX || inY);
}
public Monster(GameWorld gameWorld, DecimalPoint location)
: base(gameWorld, location)
{
Image = Properties.Resources.MonsterSmall;
Inertia.X = 2;
Inertia.Y = 2;
TargetSpeed = 7;
DrawBehavior.IsCircle = true;
MotionBehavior = new WanderingMotionBehavior(this, gameWorld);
CreateAttackMap();
}
public Player(GameWorld gameWorld, DecimalPoint location) : base(gameWorld, location)
{
Image = Properties.Resources.Player;
Acceleration = 2;
Inertia.X = 2;
Inertia.Y = 2;
DrawBehavior.IsCircle = true;
Health.Max = 5000;
Health.Current = Health.Max;
Targets.Add(typeof(Enemy));
CreateAttackMap();
}
protected PowerUp(DecimalPoint location, GameWorld gameWorld)
{
Location = location;
GameWorld = gameWorld;
GameWorld.Collision += gameWorld_Collision;
Inertia = new DecimalPoint(0, 0);
MotionBehavior = new StationaryMotionBehavior(this, gameWorld);
Paralax = Paralax.Middleground;
DrawBehavior = new TopDownRotationDrawBehavior(this);
IsPhysicalObject = false;
}
private void Init()
{
gw.Collision += gw_Collision;
Acceleration = 2;
Inertia = new DecimalPoint(5, 5);
TargetSpeed = 30;
MotionBehavior = new NormalMotionBehavior(this, gw);
MotionBehavior.WallCollision += MotionBehavior_WallCollision;
gw.GameObjects.Add(this);
DrawBehavior = new TopDownRotationDrawBehavior(this);
Paralax = Paralax.Foreground;
IsPhysicalObject = false;
}
protected PowerUp(DecimalPoint location, GameWorld gameWorld)
{
Location = location;
GameWorld = gameWorld;
GameWorld.Collision += gameWorld_Collision;
Inertia = new DecimalPoint(0, 0);
MotionBehavior = new StationaryMotionBehavior(this, gameWorld);
Paralax = Paralax.Middleground;
DrawBehavior = new TopDownRotationDrawBehavior(this);
IsPhysicalObject = false;
}
public Player(GameWorld gameWorld, DecimalPoint location)
: base(gameWorld, location)
{
Image = Properties.Resources.Player;
Acceleration = 2;
Inertia.X = 2;
Inertia.Y = 2;
DrawBehavior.IsCircle = true;
Health.Max = 5000;
Health.Current = Health.Max;
Targets.Add(typeof(Enemy));
CreateAttackMap();
}
public Enemy(Image image, GameWorld gameWorld)
{
Image = image;
this.MotionBehavior = new NormalMotionBehavior(this, gameWorld);
Location = new DecimalPoint(300, 150);
Image = image;
Angle = 0;
ActualSpeed = 0;
Acceleration = 0.3;
TargetSpeed = 0;
Inertia = new DecimalPoint(0.5, 0.5);
DrawBehavior = new TopDownRotationDrawBehavior(this);
Paralax = Paralax.Middleground;
IsPhysicalObject = true;
}
public Enemy(Image image, GameWorld gameWorld)
{
Image = image;
this.MotionBehavior = new NormalMotionBehavior(this, gameWorld);
Location = new DecimalPoint(300, 150);
Image = image;
Angle = 0;
ActualSpeed = 0;
Acceleration = 0.3;
TargetSpeed = 0;
Inertia = new DecimalPoint(0.5, 0.5);
DrawBehavior = new TopDownRotationDrawBehavior(this);
Paralax = Paralax.Middleground;
IsPhysicalObject = true;
}
private void Init()
{
Tile t = new Tile(Resources.Grass, 0);
TileRepository.Add(t);
t = new Tile(Resources.Rock, 1);
t.IsSolid = true;
TileRepository.Add(t);
Tile brick = new Tile(Properties.Resources.BrickWall, 2);
brick.IsSolid = true;
TileRepository.Add(brick);
Tile grassstone = new Tile(Properties.Resources.FloorsMedieval, 3);
grassstone.IsSolid = false;
TileRepository.Add(grassstone);
Player = CreatePlayer();
gameWorld.Player = Player;
gameWorld.GameObjects.Add(Player);
Random r = new Random();
for (int i = 0; i < 5; i++)
{
DecimalPoint loc;
int x;
int y;
do
{
x = r.Next(2000);
y = r.Next(2000);
loc = new DecimalPoint(x, y);
} while (gameWorld.GetTile(x / Tile.Width, y / Tile.Height).IsSolid);
Enemy monster = new Monster(gameWorld, loc);
gameWorld.GameObjects.Add(monster);
}
if (Loaded != null)
{
Loaded(this, EventArgs.Empty);
}
}
private void Init()
{
Acceleration = 5;
Angle = Source.Target != null ? (int)GameWorld.CalcAngle(Source.Location.ToPoint(), Source.Target.Location.ToPoint()) : Source.Angle;
Cost = 20;
Damage = 200;
DamageBehavior = new NormalDamageBehavior(Source, Source.Targets, (int)Damage);
DrawBehavior = new TopDownRotationDrawBehavior(this);
Inertia = new DecimalPoint(5, 5);
ActualSpeed = Source.ActualSpeed;
Location = new DecimalPoint(Source.Location.X, Source.Location.Y);
MotionBehavior = new NormalMotionBehavior(this, GameWorld);
Paralax = Paralax.Middleground;
TargetSpeed = 20;
IsPhysicalObject = false;
MotionBehavior.CanMoveThroughObjects = true;
SpellHandler = Source.SpellHandler;
SpellHandler.Spells.Add(this);
AttackBehaviors = new List <IAttackBehavior>();
GameWorld.Collision += GameWorld_Collision;
GameWorld.Split += GameWorld_Split;
}
public Player(Image image, GameWorld gameWorld)
{
double speed = 0.000001;
this.MotionBehavior = new NormalMotionBehavior(this, gameWorld);
MotionBehavior.CanMoveThroughWall = false;
Location = new DecimalPoint(300, 150);
Image = image;
Angle = 0;
ActualSpeed = 0;
Acceleration = 0.3;
TargetSpeed = 0;
Inertia = new DecimalPoint(0.5, 0.5);
DrawBehavior = new TopDownRotationDrawBehavior(this);
//((GrowingImageDrawBehavior)DrawBehavior).SpeedX = 10;
//((GrowingImageDrawBehavior)DrawBehavior).SpeedY = 10;
//((GrowingImageDrawBehavior) DrawBehavior).SizeChanged += (Size) =>
//{
// if (Size.Width > 400)
// {
// ((GrowingImageDrawBehavior)DrawBehavior).SpeedX = -2;
// ((GrowingImageDrawBehavior)DrawBehavior).SpeedY = -2;
// }
// if (((GrowingImageDrawBehavior) DrawBehavior).SpeedY < 0)
// {
// ((GrowingImageDrawBehavior)DrawBehavior).SpeedX = 0 - (int)speed;
// ((GrowingImageDrawBehavior)DrawBehavior).SpeedY = 0 - (int)speed;
// speed += speed;
// }
//};
Paralax = Paralax.Middleground;
IsPhysicalObject = true;
}
protected override DecimalPoint VisitDecimalPoint(DecimalPoint node)
{
visitedDecimalPoint = true;
Assert.IsTrue(node.Value == ".");
return(base.VisitDecimalPoint(node));
}
private void Init()
{
Acceleration = 5;
Angle = Source.Target != null ? (int)GameWorld.CalcAngle(Source.Location.ToPoint(), Source.Target.Location.ToPoint()) : Source.Angle;
Cost = 20;
Damage = 200;
DamageBehavior = new NormalDamageBehavior(Source, Source.Targets, (int)Damage);
DrawBehavior = new TopDownRotationDrawBehavior(this);
Inertia = new DecimalPoint(5, 5);
ActualSpeed = Source.ActualSpeed;
Location = new DecimalPoint(Source.Location.X, Source.Location.Y);
MotionBehavior = new NormalMotionBehavior(this, GameWorld);
Paralax = Paralax.Middleground;
TargetSpeed = 20;
IsPhysicalObject = false;
MotionBehavior.CanMoveThroughObjects = true;
SpellHandler = Source.SpellHandler;
SpellHandler.Spells.Add(this);
AttackBehaviors = new List<IAttackBehavior>();
GameWorld.Collision += GameWorld_Collision;
GameWorld.Split += GameWorld_Split;
}
public OffensiveMotionBehavior(IGameObject gameObject, GameWorld gameWorld, DecimalPoint targetLocation)
: base(gameObject, gameWorld)
{
this.TargetLocation = targetLocation;
}
protected Enemy(GameWorld gameWorld, DecimalPoint location)
: base(gameWorld, location)
{
Targets.Add(typeof(Player));
Target = gameWorld.Player;
}
public MotionEventArgs(DecimalPoint distanceMoved, double totalDistanceMoved)
{
DistanceMoved = distanceMoved;
TotalDistanceMoved = totalDistanceMoved;
}
protected Enemy(GameWorld gameWorld, DecimalPoint location) : base(gameWorld, location)
{
Targets.Add(typeof(Player));
Target = gameWorld.Player;
}
public CircleMotionBehavior(IGameObject gameObject, GameWorld gw, DecimalPoint center) : base(gameObject, gw)
{
Center = center;
Range = 200;
angle = 0;
}
/// <summary>
/// Checks if object is within the spcified range
/// </summary>
/// <param name="range">The range to check</param>
/// <returns>Returns true if the object is within range</returns>
public static bool IsInRange(DecimalPoint source, DecimalPoint destination, int range)
{
bool x = Math.Abs(source.X - destination.X) < range;
bool y = Math.Abs(source.Y - destination.Y) < range;
return x && y;
}
private void Init()
{
Tile t = new Tile(Resources.Grass, 0);
TileRepository.Add(t);
t = new Tile(Resources.Rock, 1);
t.IsSolid = true;
TileRepository.Add(t);
Tile brick = new Tile(Properties.Resources.BrickWall, 2);
brick.IsSolid = true;
TileRepository.Add(brick);
Tile grassstone = new Tile(Properties.Resources.FloorsMedieval, 3);
grassstone.IsSolid = false;
TileRepository.Add(grassstone);
Player = CreatePlayer();
gameWorld.Player = Player;
gameWorld.GameObjects.Add(Player);
Random r = new Random();
for (int i = 0; i < 5; i++)
{
DecimalPoint loc;
int x;
int y;
do
{
x = r.Next(2000);
y = r.Next(2000);
loc = new DecimalPoint(x, y);
} while (gameWorld.GetTile(x / Tile.Width, y / Tile.Height).IsSolid);
Enemy monster = new Monster(gameWorld, loc);
gameWorld.GameObjects.Add(monster);
}
if(Loaded != null) Loaded(this, EventArgs.Empty);
}
public OffensiveMotionBehavior(IGameObject gameObject, GameWorld gameWorld, DecimalPoint targetLocation)
: base(gameObject, gameWorld)
{
this.TargetLocation = targetLocation;
}
public HealthPowerUp(DecimalPoint location, GameWorld gameWorld) : base(location, gameWorld)
{
Image = Properties.Resources.heart;
health = 500;
DropChance = 50;
}
public DecimalPoint GetDistance(DecimalPoint location, DecimalPoint destination)
{
return(new DecimalPoint(Math.Abs(location.X - destination.X), Math.Abs(location.Y - destination.Y)));
}
public double GetDistance(DecimalPoint location, DecimalPoint destination)
{
return Math.Sqrt(Math.Pow(location.X - destination.X, 2) + Math.Pow(location.Y - destination.Y, 2));
}
public IEnumerable<IGameObject> GetClosestGameObjects(DecimalPoint location, int range)
{
return GameObjects.Where(x => GetDistance(location, x.Location) < range && x.IsPhysicalObject);
}
/// <summary>
/// Checks if the object is within two ranges
/// </summary>
/// <param name="minRange">Minimum range</param>
/// <param name="maxRange">Maximum range</param>
/// <returns>Returns true if the object is within the two ranges</returns>
public static bool IsInRange(DecimalPoint source, DecimalPoint destination, int minRange, int maxRange)
{
double x = Math.Abs(source.X - destination.X);
double y = Math.Abs(source.Y - destination.Y);
bool inX = x > minRange && x < maxRange;
bool inY = y > minRange && x < maxRange;
return inX || inY;
}
protected virtual DecimalPoint VisitDecimalPoint(DecimalPoint node)
{
return(VisitSyntaxNode(node) as DecimalPoint);
}
private void Init()
{
Energy = new Mana(300);
Health = new Health(1000);
DrawBehavior = new TopDownRotationDrawBehavior(this);
Level = 1;
Experience = new NormalExperience();
Inertia = new DecimalPoint(0.5, 0.5);
Acceleration = 5;
IsPhysicalObject = true;
Paralax = Paralax.Middleground;
SpellHandler = new SpellHandler(GameWorld, this);
AttackMap = new Dictionary<ActionSlot, Func<Spell>>();
ExperienceWhenKilled = 300;
Loot = new Loot();
Loot.Items.Add(new HealthPowerUp(Location, GameWorld));
Experience.LevelUp += Experience_LevelUp;
Killed += Character_Killed;
}
public IEnumerable <IGameObject> GetClosestGameObjects(DecimalPoint location, int range)
{
return(GameObjects.Where(x => GetDistance(location, x.Location) < range && x.IsPhysicalObject));
}
private void Init()
{
gw.Collision += gw_Collision;
Acceleration = 2;
Inertia = new DecimalPoint(5, 5);
TargetSpeed = 30;
MotionBehavior = new NormalMotionBehavior(this, gw);
MotionBehavior.WallCollision += MotionBehavior_WallCollision;
gw.GameObjects.Add(this);
DrawBehavior = new TopDownRotationDrawBehavior(this);
Paralax = Paralax.Foreground;
IsPhysicalObject = false;
}
public double GetDistance(DecimalPoint location, DecimalPoint destination)
{
return(Math.Sqrt(Math.Pow(location.X - destination.X, 2) + Math.Pow(location.Y - destination.Y, 2)));
}
public MotionEventArgs(DecimalPoint distanceMoved, double totalDistanceMoved)
{
DistanceMoved = distanceMoved;
TotalDistanceMoved = totalDistanceMoved;
}
