private void StartChargeShot()
{
shotChargeIndicator.Show();
chargeShotCoroutine = StartCoroutine(TransitionUtility.LerpFloat((value) =>
{
this.shotSpeed = value;
shotChargeIndicator.FillAmount = value;
},
startValue: baseShotSpeed, endValue: maxShotSpeed,
duration: maxChargeShotTime,
useGameTime: true, animationCurve: chargeShotCurve)
);
}
public void GameOverFunction()
{
endText.color = GameManager.instance.winner.teamColor.color;
endText.text = endTextContent;
// Start "Game!" text lerp
StartCoroutine(
TransitionUtility.LerpFloat(
(float value) =>
{
float scaledProgress = textSize.Evaluate(value);
endText.fontSize = (int)Mathf.Lerp(
minTextSize, maxTextSize, scaledProgress);
},
0.0f, 1.0f,
textLerpDuration));
}
// Warning: this function may be called any time the player presses the A
// button (or whatever xbox controller button is bound to shoot). This
// includes dash
private void OnShootPressed()
{
bool shootTimerRunning = shootTimer != null;
bool alreadyChargingShot = chargeShot != null;
if (stateManager.IsInState(State.Posession) &&
shootTimerRunning && !alreadyChargingShot)
{
shotChargeIndicator.Show();
chargeShot = StartCoroutine(TransitionUtility.LerpFloat((value) =>
{
this.shotSpeed = value;
shotChargeIndicator.FillAmount = value;
},
startValue: baseShotSpeed, endValue: maxShotSpeed,
duration: maxChargeShotTime,
useGameTime: true, animationCurve: chargeShotCurve));
}
}
private IEnumerator ResetCountdown()
{
restartText.text = "Resetting in: ";
for (int i = SecondsBeforeReset; i > 0; --i)
{
restartCount.text = i.ToString();
StartCoroutine(
TransitionUtility.LerpFloat(
(float value) =>
{
float scaledProgress = restartCountSize.Evaluate(value);
restartCount.fontSize = (int)Mathf.Lerp(
minRestartCountSize, maxRestartCountSize, scaledProgress);
},
0.0f, 1.0f,
restartCountDuration));
yield return(new WaitForSecondsRealtime(restartCountDuration + epsilon));
}
SceneStateManager.instance.Load(Scene.Court);
}
