public override Block CreateBlock(Type type, Moves facing)
{
Block ret = null;
IBlockTickBehavior nullTick = NullTickBehavior.Instance;
IButtonBehavior nullButton = NullButtonBehavior.Instance;
CloneBehavior nullClone = NullCloneBehavior.Instance;
ITrapReleaseBehavior defaultTrap = DefaultTrapReleaseBehavior.Instance;
BlockReaction canMove = CanMove.Instance;
BlockReaction cannotMove = CannotMove.Instance;
IDestroyBehavior defaultDestroy = DefaultDestroyBehavior.Instance;
switch (type)
{
case Type.BLOB:
ret = new Block(type, facing, BlobTickBehavior.Instance, canMove, CreatureTo.Instance, nullButton, BlobCloneBehavior.Instance, defaultTrap, defaultDestroy);
break;
case Type.BLOCK:
ret = new Block(type, facing, nullTick, canMove, BlockTo.Instance, nullButton, CloneSameDirection.Instance, defaultTrap, defaultDestroy);
break;
case Type.BLUEBUTTON:
ret = new Block(type, facing, nullTick, canMove, BlueButtonTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.BLUEKEY:
ret = new Block(type, facing, nullTick, canMove, BlueKeyTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.BLUELOCK:
ret = new Block(type, facing, nullTick, canMove, BlueLockTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.BLUEWALLFAKE:
ret = new Block(type, facing, nullTick, canMove, BlueWallFakeTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.BLUEWALLREAL:
ret = new Block(type, facing, nullTick, canMove, BlueWallRealTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.BOMB:
ret = new Block(type, facing, nullTick, canMove, BombTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.BROWNBUTTON:
ret = new Block(type, facing, nullTick, BrownButtonFrom.Instance, BrownButtonTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.BUG:
ret = new Block(type, facing, BugTickBehavior.Instance, canMove, CreatureTo.Instance, nullButton, CloneBoss.Instance, ControllerTrapReleaseBehavior.Instance, defaultDestroy);
break;
case Type.BURNEDCHIP:
break;
case Type.CHIP:
ret = new Block(type, facing, ChipTickBehavior.Instance, canMove, ChipTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
Game.Instance.Chip = ret;
break;
case Type.CLONEBLOCK:
break;
case Type.CLONEMACHINE:
ret = new Block(type, facing, nullTick, cannotMove, cannotMove, CloneMachineBehavior.Instance, nullClone, defaultTrap, defaultDestroy);
break;
case Type.COMPUTERCHIP:
ret = new Block(type, facing, nullTick, canMove, ComputerChipTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.DIRT:
ret = new Block(type, facing, nullTick, canMove, DirtTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.DROWNEDCHIP:
break;
case Type.EXIT:
ret = new Block(type, facing, nullTick, canMove, ExitTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.FAKEEXIT:
break;
case Type.FIRE:
ret = new Block(type, facing, nullTick, canMove, FireTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.FIREBOOTS:
ret = new Block(type, facing, nullTick, canMove, FirebootsTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.FIREBALL:
ret = new Block(type, facing, FireballTickBehavior.Instance, canMove, CreatureTo.Instance, nullButton, CloneSameDirection.Instance, defaultTrap, defaultDestroy);
break;
case Type.FLIPPERS:
ret = new Block(type, facing, nullTick, canMove, FlippersTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.FLOOR:
ret = new Block();
ret.SetType(Type.FLOOR);
break;
case Type.FORCEFLOOR:
ret = new Block(type, facing, nullTick, canMove, ForceFloorTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.RANDOMFORCEFLOOR:
ret = new Block(type, facing, nullTick, canMove, RandomForceFloorTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.GLIDER:
ret = new Block(type, facing, GliderTickBehavior.Instance, canMove, CreatureTo.Instance, nullButton, CloneSameDirection.Instance, defaultTrap, defaultDestroy);
break;
case Type.GRAVEL:
ret = new Block(type, facing, nullTick, canMove, GravelTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.GREENBUTTON:
ret = new Block(type, facing, nullTick, canMove, GreenButtonTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.GREENKEY:
ret = new Block(type, facing, nullTick, canMove, GreenKeyTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.GREENLOCK:
ret = new Block(type, facing, nullTick, canMove, GreenLockTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.HIDDENWALL:
ret = new Block(type, facing, nullTick, canMove, BlueWallRealTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.HINT:
ret = new Block(type, facing, nullTick, HintFrom.Instance, HintTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.ICE:
ret = new Block(type, facing, nullTick, IceFrom.Instance, IceTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.ICECORNER:
ret = new Block(type, facing, nullTick, IceFrom.Instance, IceCornerTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.ICEBLOCK: // ?
break;
case Type.ICESKATES:
ret = new Block(type, facing, nullTick, canMove, IceskatesTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.INVISIBLEWALL:
ret = new Block(type, facing, nullTick, canMove, cannotMove, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.LOCK:
break;
case Type.PARAMECIUM:
ret = new Block(type, facing, ParameciumTickBehavior.Instance, canMove, CreatureTo.Instance, nullButton, CloneBoss.Instance, ControllerTrapReleaseBehavior.Instance, defaultDestroy);
break;
case Type.PINKBALL:
ret = new Block(type, facing, PinkballTickBehavior.Instance, canMove, CreatureTo.Instance, nullButton, CloneSameDirection.Instance, defaultTrap, defaultDestroy);
break;
case Type.RECESSEDWALL:
ret = new Block(type, facing, nullTick, canMove, RecessedWallTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.REDBUTTON:
ret = new Block(type, facing, nullTick, canMove, RedButtonTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.REDKEY:
ret = new Block(type, facing, nullTick, canMove, RedKeyTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.REDLOCK:
ret = new Block(type, facing, nullTick, canMove, RedLockTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.SOCKET:
ret = new Block(type, facing, nullTick, canMove, SocketTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.SUCTIONBOOTS:
ret = new Block(type, facing, nullTick, canMove, SuctionbootsTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.SWIMMINGCHIP:
break;
case Type.TANK:
TankBehavior tb = new TankBehavior();
IButtonBehavior bb = tb;
ret = new Block(type, facing, tb, canMove, CreatureTo.Instance, bb, CloneSameDirection.Instance, defaultTrap, defaultDestroy);
Buttons.AddBlueButtonsListener(ret);
break;
case Type.TEETH:
ret = new Block(type, facing, TeethTickBehavior.Instance, canMove, CreatureTo.Instance, nullButton, CloneBoss.Instance, ControllerTrapReleaseBehavior.Instance, defaultDestroy);
break;
case Type.TELEPORT:
ret = new Block(type, facing, nullTick, canMove, TeleportTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.THIEF:
ret = new Block(type, facing, nullTick, canMove, ThiefTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.THINWALL:
ret = new Block(type, facing, nullTick, ThinWallFrom.Instance, ThinWallTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.THINWALLSE:
ret = new Block(type, facing, nullTick, ThinWallSeFrom.Instance, ThinWallSeTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.TOGGLEWALLCLOSED: // Yes, fallthrough
case Type.TOGGLEWALLOPEN:
ret = new Block(type, facing, nullTick, canMove, ToggleWallTo.Instance, ToggleWallBehavior.Instance, nullClone, defaultTrap, defaultDestroy);
Buttons.AddGreenButtonsListener(ret);
break;
case Type.TRAP:
ret = new Block(type, facing, nullTick, cannotMove, TrapTo.Instance, TrapBehavior.Instance, nullClone, defaultTrap, defaultDestroy);
break;
case Type.WALKER:
ret = new Block(type, facing, WalkerTickBehavior.Instance, canMove, CreatureTo.Instance, nullButton, CloneSameDirection.Instance, defaultTrap, defaultDestroy);
break;
case Type.WALL:
ret = new Block(type, facing, nullTick, canMove, cannotMove, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.WATER:
ret = new Block(type, facing, nullTick, WaterFrom.Instance, WaterTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.YELLOWKEY:
ret = new Block(type, facing, nullTick, canMove, YellowKeyTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
case Type.YELLOWLOCK:
ret = new Block(type, facing, nullTick, canMove, YellowLockTo.Instance, nullButton, nullClone, defaultTrap, defaultDestroy);
break;
}
if (ret == null)
{
// System.out.println("The block requested hasn't been implemented. Using default behaviors");
ret = new Block(type, facing);
}
return(ret);
}
/// <summary>
/// Questo metodo controlla se ci sono collisioni tra la palla e il blocco corrente: restituisce una coppia di valori tra cui
/// un enum che indica quale tipo di interazione c'è stata tra il blocco e la palla e l'altra serve per inizializzare il cambiamento
/// di traiettoria della palla.
/// </summary>
/// <param name="thisTime">Tempo in cui cercare la collisione</param>
/// <param name="b">Palla da testare per le collisioni</param>
/// <returns></returns>
protected KeyValuePair <BlockReaction, float> ballCollision(long thisTime, Ball b)
{
BlockReaction res = BlockReaction.None;
float offset = 0;
if (doITouchTheBall(b) && isEnabled)
{
Matrix m = new Matrix();
m.RotateAt(b.Rotation, Center);
PointF rotBall = MatrixUtils.TransformPointF(m, b.Center);
bool underX = rotBall.X < Center.X - Constants.BlockWidth / 2;
bool underY = rotBall.Y < Center.Y - Constants.BlockWidth / 2;
bool overX = rotBall.X > Center.X + Constants.BlockWidth / 2;
bool overY = rotBall.Y > Center.Y + Constants.BlockWidth / 2;
bool inX = !(underX || overX);
bool inY = !(underY || overY);
bool moreXthanY = Math.Abs(rotBall.X - Center.X) > Math.Abs(rotBall.Y - Center.Y);
if (inX && underY)
{
offset = -Constants.BlockWidth * 0.75f - (rotBall.Y - Center.Y);
if (b.IsStateAlso(BallState.Flying))
{
res = BlockReaction.Land;
}
else
{
res = BlockReaction.MoveTo;
}
layingBall = b;
}
else if (overY && !moreXthanY)
{
if (b.IsStateAlso(BallState.Flying))
{
res = BlockReaction.BounceDown;
}
offset = Constants.BlockWidth * 0.75f - (rotBall.Y - Center.Y) + 1;
}
else if (underX)
{
if (b.IsStateAlso(BallState.Flying))
{
res = BlockReaction.BounceLeft;
}
offset = -Constants.BlockWidth * 0.75f - (rotBall.X - Center.X) - 1;
}
else if (overX)
{
if (b.IsStateAlso(BallState.Flying))
{
res = BlockReaction.BounceRight;
}
offset = Constants.BlockWidth * 0.75f - (rotBall.X - Center.X) + 1;
}
else if (inX && inY)
{
res = BlockReaction.Die;
}
Console.Write("");//Line("There was an interaction: " + res.ToString() + ", with offset of " + offset.ToString() + " units.");
}
else
{
layingBall = NullBall;
}
return(new KeyValuePair <BlockReaction, float>(res, offset));
}
