private void ComposeSequence()
{
sequence = SuperInvoke.CreateSequence();
movementDuration = SliderInScene.value / 2f; // 2 movements of equal duration
sequence.AddMethod(() => bombMover.MoveTo(new Vector2(0, 2.2f), movementDuration)); // move up
sequence.AddDelay(movementDuration);
// after the previous delay, rotate and move to right and down
sequence.AddMethod(() => bombRotator.RotateZ(20f));
sequence.AddMethod(() => bombMover.MoveTo(new Vector2(4.5f, -0.5f), movementDuration));
sequence.AddDelay(movementDuration);
// at the end, bomb explodes
sequence.AddMethod(() => bombScaler.Scale(0));
sequence.AddMethod(() => explosion.Play());
}
void Update()
{
if (TriggerMovement)
{
TriggerMovement = false;
SuperInvoke.Run(() => sphereMover.MoveTo(myDirection), Delay); // Main line. Parameterized method execution delayed.
}
}
private void ComposeSequence()
{
sequence = SuperInvoke.CreateSequence();
sequence.AddMethod(ResetTransform); // reset position, scale, and rotation for every repeat
// divided by two because there are two movements in two different point
// so that the repeat and the movements are synced, i.e. total movements time = repeat rate
float oneMovementDuration = RepeatRate / 2f;
sequence.AddMethod(() => bombMover.MoveTo(new Vector2(0, 2.2f), oneMovementDuration)); // move to up
sequence.AddDelay(oneMovementDuration);
sequence.AddMethod(() => bombRotator.RotateZ(20f));
sequence.AddMethod(() => bombMover.MoveTo(new Vector2(4.5f, -0.5f), oneMovementDuration));
sequence.AddDelay(oneMovementDuration);
sequence.AddMethod(() => bombScaler.Scale(0));
sequence.AddMethod(() => explosion.Play());
}
private void moveCubeToRight()
{
cubeMover.MoveTo(Direction.RIGHT);
}
private void moveCubeToRight()
{
cubeMover.ReturnToInitialPosition();
cubeMover.MoveTo(Direction.RIGHT, repeatRate); //Same Repeat Rate to be synced with the movement and the repeat rate.
}