public NumberSlot(EquationInput owner, int offsetX, int offsetY, bool reassignable)
{
Owner = owner;
OffsetX = offsetX;
OffsetY = offsetY;
Size = new Point(44, 44);
Reassignable = reassignable;
CollisionType = "slot";
}
private void AddInput()
{
Input = new EquationInput((MainGame.Width / 2) - 337 / 2, MainGame.Height);
var left = new Vector2(Input.X - 50, 250);
var right = new Vector2(Input.X + 80, 250);
Input.Actions.AddAction(new CallFunction(delegate() { PauseClocks(); }), true);
Input.Actions.AddAction(new TweenPositionTo(Input, CurrentPlayer == PlayerOne ? left : right, 2f, Tweening.Back.EaseOut), true);
Input.Actions.AddAction(new CallFunction(delegate() { ResumeCurrentClock(); }), true);
Input.Actions.AddAction(new WaitForEquationInput(Input, EquationInputType.Equation), true);
Input.Actions.AddAction(new CallFunction(delegate() { PauseClocks(); }), true);
Input.Actions.AddAction(new CallFunction(delegate() { SwitchCurrentPlayer(); }), true);
Input.Actions.AddAction(new TweenPositionTo(Input, CurrentPlayer == PlayerOne ? right : left, 2f, Tweening.Back.EaseOut), true);
Input.Actions.AddAction(new CallFunction(delegate() { ResumeCurrentClock(); }), true);
Input.Actions.AddAction(new WaitForEquationInput(Input, EquationInputType.Product), true);
Input.Actions.AddAction(new CallFunction(delegate() { PauseClocks(); }), true);
Input.Actions.AddAction(new EndEquationInput(Input), true);
Input.Actions.AddAction(new CallFunction(delegate() {
if (!Input.IsAnswerCorrect) {
if (CurrentPlayer == PlayerOne) {
PlayerOneClock.SubtractTime();
} else {
PlayerTwoClock.SubtractTime();
}
}
RemoveEntity(Input);
AddInput();
}), true);
AddEntity(Input);
Input.FirstEquationSlot.Player = Input.SecondEquationSlot.Player = CurrentPlayer == PlayerOne ? PlayerOne : PlayerTwo;
Input.FirstProductSlot.Player = Input.SecondProductSlot.Player = CurrentPlayer == PlayerOne ? PlayerTwo : PlayerOne;
}
private void AddRandomBalloons(EquationInput input)
{
var rand = new Random();
var ball1 = new Balloon(input.X, input.Y, rand.Next(0, 11));
var ball2 = new Balloon(input.X, input.Y, rand.Next(0, 11));
AddEntity(ball1);
AddEntity(ball2);
ball1.AttachTo(Input.FirstEquationSlot);
Input.FirstEquationSlot.Balloon = ball1;
ball1.BalloonBody.CollidesWith = Category.None;
ball2.AttachTo(Input.SecondEquationSlot);
Input.SecondEquationSlot.Balloon = ball2;
ball2.BalloonBody.CollidesWith = Category.None;
}
private void AddInput()
{
Input = new EquationInput((MainGame.Width / 2) - 337 / 2, MainGame.Height);
//Input.CurrentPlayer = CurrentPlayer;
var center = new Vector2((MainGame.Width / 2) - (337 / 2), 200);
Input.Actions.AddAction(new CallFunction(delegate() { PauseClock(); }), true);
Input.Actions.AddAction(new CallFunction(delegate() { ShuffleBalloons(); }), true);
Input.Actions.AddAction(new TweenPositionTo(Input, center, 2f, Tweening.Back.EaseOut), true);
Input.Actions.AddAction(new CallFunction(delegate() { ResumeCurrentClock(); }), true);
Input.Actions.AddAction(new WaitForEquationInput(Input, EquationInputType.Product), true);
Input.Actions.AddAction(new CallFunction(delegate() { PauseClock(); }), true);
Input.Actions.AddAction(new EndEquationInput(Input), true);
Input.Actions.AddAction(new CallFunction(delegate() {
if (!Input.IsAnswerCorrect) {
MainClock.SubtractTime();
} else {
MainClock.AddTime();
Score.AddPoints();
}
RemoveEntity(Input);
AddInput();
}), true);
AddEntity(Input);
AddRandomBalloons(Input);
Input.FirstEquationSlot.Player = Input.SecondEquationSlot.Player = null;
Input.FirstProductSlot.Player = null;
Input.SecondProductSlot.Player = null;
}
public EndEquationInput(EquationInput input)
{
Input = input;
}
private void AddBalloons(EquationInput input)
{
var rand = new Random();
var ball1 = new Balloon((int)input.X, (int)input.Y, 5);
var ball2 = new Balloon((int)input.X, (int)input.Y, 6);
AddEntity(ball1);
AddEntity(ball2);
ball1.AttachTo(Input.FirstEquationSlot);
Input.FirstEquationSlot.Balloon = ball1;
ball2.AttachTo(Input.SecondEquationSlot);
Input.SecondEquationSlot.Balloon = ball2;
}
public WaitForEquationInput(EquationInput input, EquationInputType type)
{
Input = input;
Type = type;
}
private void AddRandomBalloons(EquationInput input)
{
switch (input.CurrentOperator) {
case Settings.type.Multiplication:
AddBalloonsMultipliction(input);
break;
case Settings.type.Addition:
AddBalloonsAddition(input);
break;
case Settings.type.Subtraction:
AddBalloonsSubtraction(input);
break;
}
//if ((input.CurrentOperator == Settings.type.Subtraction) && (ball1.Number < ball2.Number)) {
// RemoveEntity(ball1);
// RemoveEntity(ball2);
// RemoveEntity(ball3);
// RemoveEntity(ball4);
// AddRandomBalloons(input);
//}
}
private void AddBalloonsSubtraction(EquationInput input)
{
var rand = new Random(); int Number1 = rand.Next(11, 100);
int Number2 = rand.Next(10, Number1 - 1);
var ball1 = new Balloon((int)input.X, (int)input.Y, GetIntArray(Number1)[0]);
var ball2 = new Balloon((int)input.X, (int)input.Y, GetIntArray(Number2)[0]);
var ball3 = new Balloon((int)input.X, (int)input.Y, GetIntArray(Number1)[1]);
var ball4 = new Balloon((int)input.X, (int)input.Y, GetIntArray(Number2)[1]);
AddEntity(ball1);
AddEntity(ball2);
AddEntity(ball3);
AddEntity(ball4);
ball1.AttachTo(Input.FirstEquationSlot);
Input.FirstEquationSlot.Balloon = ball1;
ball1.BalloonBody.CollidesWith = Category.None;
ball2.AttachTo(Input.SecondEquationSlot);
Input.SecondEquationSlot.Balloon = ball2;
ball2.BalloonBody.CollidesWith = Category.None;
ball3.AttachTo(Input.ThirdEquationSlot);
Input.ThirdEquationSlot.Balloon = ball3;
ball3.BalloonBody.CollidesWith = Category.None;
ball4.AttachTo(Input.FourthEquationSlot);
Input.FourthEquationSlot.Balloon = ball4;
ball4.BalloonBody.CollidesWith = Category.None;
}
