public MoveModel newMove(MoveStats stats, bool right)
{
//foreach (MoveModel moveModel in moves) if (moveModel.Stats.Equals(stats)) return null;
MoveModel move = new MoveModel(stats, right, playerIndex);
moves.Add(move);
return move;
}
private void SuperKeyDown(float directionX, float directionY, float downTimer, int playerIndex)
{
if (model.resetTimeLeft <= 0)
{
if (!model.attackMode)
{
MoveStats moveStats;
if (navigation.X == 0 && navigation.Y == 0)
{
moveStats = stats.x;
}
else if (Math.Abs(navigation.X) > Math.Abs(navigation.Y))
{
moveStats = stats.xLR;
model.faceRight = navigation.X > 0;
}
else if (navigation.Y > 0) moveStats = stats.xDown;
else if (model.jumpsLeft > 0)
{
moveStats = stats.xUp;
model.jumpsLeft = 0;
}
else return;
if (moveStats != null)
{
currentMove = moves.newMove(moveStats, model.faceRight);
if (currentMove == null) return;
if (currentMove.Stats.Type == MoveType.Charge)
{
model.setState(CharacterState.charging);
}
else
{
model.setState(CharacterState.attacking, currentMove.Stats);
if (currentMove.Stats.Start == 0) moves.StartMove(view.Position, view.Velocity, currentMove);
if (currentMove.Stats.Adjustable) adjustAngle = model.faceRight ? currentMove.Stats.StartAngle : Math.PI - currentMove.Stats.StartAngle;
}
}
}
else if (currentMove.Stats.Adjustable && currentMove.attackTimeLeft <= 0)
{
model.attackMode = false;
NaturalState();
}
}
}
private void HitKeyDown(float directionX, float directionY, float downTimer, int playerIndex)
{
if (model.resetTimeLeft <= 0)
{
if (!model.attackMode)
{
MoveStats moveStats;
if ((newXdir || newYdir) && (Math.Abs(navigation.X) > 0.9 || newYdir && Math.Abs(navigation.Y) > 0.9))
{
if (Math.Abs(navigation.X) >= Math.Abs(navigation.Y) || (!model.inAir && navigation.Y > 0) || (view.VelocityY < -stats.jumpStartVelocity + 2 && navigation.Y < 0)) moveStats = newXdir? stats.aLR : stats.a;
else moveStats = model.inAir && navigation.Y > 0 ? stats.aDown : stats.aUp;
}
else moveStats = stats.a;
if (moveStats != null)
{
currentMove = moves.newMove(moveStats, model.faceRight);
if (currentMove == null) return;
if (currentMove.Stats.Type == MoveType.Charge)
{
model.setState(CharacterState.charging, currentMove.Stats);
}
else
{
model.setState(CharacterState.attacking, currentMove.Stats);
if (currentMove.Stats.Start == 0) moves.StartMove(view.Position, view.Velocity, currentMove);
if (currentMove.Stats.Adjustable) adjustAngle = model.faceRight ? currentMove.Stats.StartAngle : Math.PI - currentMove.Stats.StartAngle;
}
}
}
else if (currentMove.Stats.Adjustable)
{
model.attackMode = false;
NaturalState();
}
}
}
public void StartMove(Vector2 characterPosition, Vector2 characterVelocity, MoveModel move)
{
if (!move.Started)
{
move.Img = Img.AddPosition(characterPosition + move.Stats.SqFrom * move.Xdirection);
move.Img.SetBoundBox(World, (int)move.Stats.SqSize.X, (int)move.Stats.SqSize.Y, Vector2.Zero, Category.Cat20, Category.Cat11);
move.Img.BoundBox.IgnoreGravity = true;
move.Img.BoundBox.IsStatic = false;
move.Img.BoundBox.UserData = move;
move.Started = true;
if (move.Stats.Type == MoveType.Range)
{
move.Img.BoundBox.LinearVelocity = move.Stats.BulletVelocity * move.Xdirection;
Img.AnimateFrame(move.Img, move.Stats.AniBulletFrom, move.Stats.AniBulletTo, 14);
//if (move.Xdirection == new Vector2(-1, 1)) move.Img.
if (move.Stats.Gravity) move.Img.BoundBox.IgnoreGravity = false;
move.Img.BoundBox.CollidesWith = Category.Cat11 | Category.Cat10 | Category.Cat9 | Category.Cat8 | Category.Cat7;
if (move.Stats.Explotion != null)
move.Img.BoundBox.CollisionCategories = Category.Cat31;
move.Img.BoundBox.OnCollision += Collision;
}
else
{
Vector2 velocity = ConvertUnits.ToSimUnits((move.Stats.SqTo - move.Stats.SqFrom) / (move.Stats.End - move.Stats.Start) * 1000) * move.Xdirection;
velocity = move.Stats.SqFrom == move.Stats.SqTo ? characterVelocity : velocity + characterVelocity;
move.Img.BoundBox.LinearVelocity = velocity;
move.Img.CurrentFrame = -1;
}
}
}
public void RemoveMove(MoveModel move)
{
moves.Remove(move);
}
public void EndMove(MoveModel move)
{
Img.RemovePosition(move.Img);
}
