public string TestBonusWheel()
{
// Create a dictionary to store the results so it's flexible if we change the rewards or values later
// Dictionary uses a composite key based on the reward + the value, ie (Gems, 35)
Dictionary <(BonusReward.BonusRewardType, int), int> countOfOutcomes = new Dictionary <(BonusReward.BonusRewardType, int), int>();
// Add predicted results to compare against, in order to judge the test as Passed or Failed
Dictionary <(BonusReward.BonusRewardType, int), float> predictedResults = new Dictionary <(BonusReward.BonusRewardType, int), float>();
predictedResults.Add((BonusReward.BonusRewardType.Life, 30), 20.0f);
predictedResults.Add((BonusReward.BonusRewardType.Brush, 30), 20.0f);
predictedResults.Add((BonusReward.BonusRewardType.Gems, 30), 20.0f);
predictedResults.Add((BonusReward.BonusRewardType.Hammer, 30), 20.0f);
predictedResults.Add((BonusReward.BonusRewardType.Coins, 30), 20.0f);
predictedResults.Add((BonusReward.BonusRewardType.Brush, 1), 20.0f);
predictedResults.Add((BonusReward.BonusRewardType.Gems, 75), 20.0f);
predictedResults.Add((BonusReward.BonusRewardType.Hammer, 1), 20.0f);
// Run the test, compiling the results
for (int i = 0; i < numTestsToPerform; i++)
{
BonusReward bonusReward = this.gameObject.GetComponent <GameManager>().TestBonusWheel();
if (countOfOutcomes.ContainsKey((bonusReward.rewardType, bonusReward.value)))
{
countOfOutcomes[(bonusReward.rewardType, bonusReward.value)] = countOfOutcomes[(bonusReward.rewardType, bonusReward.value)] + 1;
public void Reset()
{
this.targetReward = null;
this.bonusWheel.SetActive(true);
this.spinButton.SetActive(true);
this.claimButton.SetActive(false);
this.bonusWheelItem.gameObject.SetActive(false);
this.isAnimating = false;
this.timeAtAnimationStart = 0;
this.timeAtEaseOutStart = 0;
this.rotationAngleAtEaseOutStart = 0;
this.startRotationAngle = 0;
this.targetRotationAngle = 0;
this.previousRotationAngle = 0;
this.currentRotationAngle = 0;
this.currentSpeed = 1.0f;
this.didStartEaseOut = false;
this.wheelContainer.localRotation = Quaternion.Euler(0, 0, this.currentRotationAngle);
this.blurredWheel.color = new Color(this.blurredWheel.color.r, this.blurredWheel.color.g, this.blurredWheel.color.b, 0);
if (!this.spinButton.GetComponent <Animator>().isInitialized)
{
this.spinButton.GetComponent <Animator>().Rebind();
}
if (!this.claimButton.GetComponent <Animator>().isInitialized)
{
this.claimButton.GetComponent <Animator>().Rebind();
}
}
private void GiveRewardToPlayer(BonusReward bonusReward)
{
switch (bonusReward.rewardType)
{
case BonusReward.BonusRewardType.None:
// Do nothing, no reward to give
break;
case BonusReward.BonusRewardType.Life:
GameManager.sharedInstance.AddToPlayerLives(bonusReward.value);
break;
case BonusReward.BonusRewardType.Brush:
GameManager.sharedInstance.AddToPlayerBrushes(bonusReward.value);
break;
case BonusReward.BonusRewardType.Gems:
GameManager.sharedInstance.AddToPlayerGems(bonusReward.value);
break;
case BonusReward.BonusRewardType.Hammer:
GameManager.sharedInstance.AddToPlayerHammers(bonusReward.value);
break;
case BonusReward.BonusRewardType.Coins:
GameManager.sharedInstance.AddToPlayerCoins(bonusReward.value);
break;
case BonusReward.BonusRewardType.Count:
// Do nothing, not an actual valid reward type
break;
}
}
// This method both initiates the spin animation as well as returns the resultant reward,
// so that it can be processed and the user's. Calling w/ shouldPlayAnimation = false
// allows for testing without triggering animation.
private BonusReward SpinWheelWithAnimation(bool shouldPlayAnimation = true)
{
// Get target reward
float randomPercentage = Random.Range(0, 100.0f);
BonusReward bonusReward = null;
float cumulativeDropChance = 0;
int bonusIndex = 0;
foreach (BonusReward reward in this.bonusRewards)
{
cumulativeDropChance += reward.dropChance;
if (randomPercentage < cumulativeDropChance)
{
bonusReward = reward;
break;
}
bonusIndex++;
}
// TODO: Play animation based on target reward (bonusIndex)
if (shouldPlayAnimation)
{
this.targetRotationAngle = (((float)bonusIndex + 0.5f) / (float)numWheelSections) * 360.0f;
StartAnimationTowardsTarget();
}
return(bonusReward);
}
public void Spin()
{
// TODO: Play SFX
// Check if wheel hasn't been spun yet before spinning
if (!this.isAnimating)
{
this.targetReward = SpinWheelWithAnimation(true);
}
}
public void ClaimReward()
{
// TODO: Play SFX
if (this.targetReward != null)
{
GiveRewardToPlayer(this.targetReward);
this.targetReward = null;
this.bonusWheelItem.gameObject.SetActive(false);
}
}
public void SetVisibilityWithBonusReward(BonusReward bonusReward)
{
heartIcon.SetActive(false);
brushIcon.SetActive(false);
gemIcon.SetActive(false);
hammerIcon.SetActive(false);
coinIcon.SetActive(false);
primaryText.gameObject.SetActive(false);
heartPrimaryText.gameObject.SetActive(false);
heartSecondaryText.gameObject.SetActive(false);
switch (bonusReward.rewardType)
{
case BonusReward.BonusRewardType.None:
// Do nothing
break;
case BonusReward.BonusRewardType.Life:
heartIcon.SetActive(true);
heartPrimaryText.gameObject.SetActive(true);
heartSecondaryText.gameObject.SetActive(true);
heartPrimaryText.text = "x" + bonusReward.value;
heartSecondaryText.text = "mins";
break;
case BonusReward.BonusRewardType.Brush:
brushIcon.SetActive(true);
primaryText.gameObject.SetActive(true);
primaryText.text = "x" + bonusReward.value;
break;
case BonusReward.BonusRewardType.Gems:
gemIcon.SetActive(true);
primaryText.gameObject.SetActive(true);
primaryText.text = "x" + bonusReward.value;
break;
case BonusReward.BonusRewardType.Hammer:
hammerIcon.SetActive(true);
primaryText.gameObject.SetActive(true);
primaryText.text = "x" + bonusReward.value;
break;
case BonusReward.BonusRewardType.Coins:
coinIcon.SetActive(true);
primaryText.gameObject.SetActive(true);
primaryText.text = "x" + bonusReward.value;
break;
case BonusReward.BonusRewardType.Count:
// Do nothing, not an actual valid reward type
break;
}
}
