public Elemental(RoomScene room, byte subType, FVector pos, Dictionary <string, short> paramList) : base(room, subType, pos, paramList)
{
// Physics, Collisions, etc.
this.physics = new Physics(this);
this.SetCollide(CollideEnum.NoTileCollide);
// Assign Flight Behavior
this.behavior = FlightBehavior.AssignFlightMotion(this, paramList);
}
public PlatformMove(RoomScene room, byte subType, FVector pos, Dictionary <string, short> paramList) : base(room, subType, pos, paramList)
{
this.Meta = Systems.mapper.ObjectMetaData[(byte)ObjectEnum.PlatformMove].meta;
this.AssignSubType(subType);
this.AssignBoundsByAtlas(0, 0, 0, 0);
// Assign Flight Behavior
this.behavior = FlightBehavior.AssignFlightMotion(this, paramList);
}
public Dire(RoomScene room, byte subType, FVector pos, Dictionary <string, short> paramList) : base(room, subType, pos, paramList)
{
this.Meta = Systems.mapper.ObjectMetaData[(byte)ObjectEnum.Dire].meta;
// Physics, Collisions, etc.
this.physics = new Physics(this);
this.shellCollision = true;
this.SetCollide(CollideEnum.NoTileCollide);
// Assign Flight Behavior
this.behavior = FlightBehavior.AssignFlightMotion(this, paramList);
this.AssignSubType(subType);
this.AssignBoundsByAtlas(6, 28, -28, -6);
}
public ClusterDot(RoomScene room, byte subType, FVector pos, Dictionary <string, short> paramList) : base(room, subType, pos, paramList)
{
this.Meta = Systems.mapper.ObjectMetaData[(byte)ObjectEnum.ClusterDot].meta;
// Physics, Collisions, etc.
this.physics = new Physics(this);
this.SetCollide(CollideEnum.NoCollide);
this.AssignSubType(subType);
this.AssignBoundsByAtlas(16, 16, -16, -16);
// Add Behavior to Clusters
// Note: Must be after Atlas Bounds (it depends on it).
this.behavior = FlightBehavior.AssignFlightMotion(this, paramList);
}
public Saw(RoomScene room, byte subType, FVector pos, Dictionary <string, short> paramList) : base(room, subType, pos, paramList)
{
this.Meta = Systems.mapper.ObjectMetaData[(byte)ObjectEnum.Saw].meta;
// Physics, Collisions, etc.
this.physics = new Physics(this);
this.SetCollide(CollideEnum.NoTileCollide);
// Assign Flight Behavior
this.behavior = FlightBehavior.AssignFlightMotion(this, paramList);
this.Damage = DamageStrength.Standard;
this.AssignSubType(subType);
}
public HoveringEye(RoomScene room, byte subType, FVector pos, Dictionary <string, short> paramList) : base(room, subType, pos, paramList)
{
this.Meta = Systems.mapper.ObjectMetaData[(byte)ObjectEnum.HoveringEye].meta;
// Physics, Collisions, etc.
this.physics = new Physics(this);
this.shellCollision = true;
this.SetCollide(CollideEnum.NoTileCollide);
// Assign Flight Behavior
this.behavior = FlightBehavior.AssignFlightMotion(this, paramList);
// Attack Details
this.attack = new AttackSequence(paramList);
this.attSpeed = FInt.Create(paramList == null || !paramList.ContainsKey("speed") ? BaseAttackSpeed : paramList["speed"] * 0.01 * BaseAttackSpeed);
this.attSpread = FInt.Create(paramList == null || !paramList.ContainsKey("spread") ? 0.3f : paramList["spread"] * 0.01f * 0.3f);
this.attCount = (byte)(paramList == null || !paramList.ContainsKey("count") ? 1 : paramList["count"]);
this.AssignSubType(subType);
this.AssignBoundsByAtlas(6, 6, -6, -6);
}
public MallardDuck()
{
QuackBehavior = new QuackBehavior();
FlightBehavior = new FlightBehavior();
}