void OnTriggerEnter(Collider other)
{
if (other.gameObject == player)
{
if (playerAmmo.AddAmmo(ammo))
{
Destroy(gameObject);
}
}
}
public void ApplyItemEffect(int itemIndex)
{
//Sets clickedItem to the item in player's inventory
clickedItem = playerInventory.inventory[itemIndex];
currentBuffs.AddBuff(clickedItem);
switch (clickedItem.itemType)
{
#region Item is a consumable
case Item.ItemType.Consumable:
currentConsumable = (Consumable)playerInventory.inventory[itemIndex];
#region Setting most used Consumables
if (usedConsumables.Contains(currentConsumable))
{
consumableUses[usedConsumables.IndexOf(currentConsumable)]++;
}
else
{
usedConsumables.Add(currentConsumable);
consumableUses.Add(1);
}
topThreeConsumables = new Consumable[3];
int tempMax = 0, firstIndex = 0, secondIndex = 0;
for (int i = 0; i < usedConsumables.Count; i++) //Setting the total max value from the uses Counter. At the end, firstIndex should point the the most used consumable
{
if (consumableUses[i] > tempMax)
{
firstIndex = i;
tempMax = consumableUses[i];
}
}
topThreeConsumables[0] = usedConsumables[firstIndex];
tempMax = 0;
for (int i = 0; i < usedConsumables.Count; i++) //Sees which value is the highest, while still being lower than the highest value. secondIndex should point to the second highest value
{
if (consumableUses[i] > tempMax && usedConsumables[i] != usedConsumables[firstIndex])
{
secondIndex = i;
tempMax = consumableUses[i];
}
}
topThreeConsumables[1] = usedConsumables[secondIndex];
tempMax = 0;
for (int i = 0; i < usedConsumables.Count; i++)
{
if (consumableUses[i] > tempMax && usedConsumables[i] != usedConsumables[secondIndex])
{
firstIndex = 1;
tempMax = consumableUses[1];
}
}
topThreeConsumables[2] = usedConsumables[firstIndex];
if (topThreeConsumables[1] == topThreeConsumables[0])
{
topThreeConsumables[1] = null;
}
if (topThreeConsumables[2] == topThreeConsumables[0])
{
topThreeConsumables[2] = null;
}
if (topThreeConsumables[2] == topThreeConsumables[1])
{
topThreeConsumables[2] = null;
}
if (topThreeConsumables[2] == topThreeConsumables[1] && topThreeConsumables[1] == topThreeConsumables[0])
{
topThreeConsumables[1] = null;
topThreeConsumables[2] = null;
}
#endregion
switch (currentConsumable.consumableType)
{
case Consumable.Type.HealthPotion:
HealthSinglePlayer health = playerInventory.gameObject.GetComponent <HealthSinglePlayer>();
if (currentConsumable.amountNumberType == Consumable.NumberType.Percentage)
{
float tempPercentage;
if (currentConsumable.amountToAffectBy > 100)
{
tempPercentage = 100;
}
else
{
tempPercentage = currentConsumable.amountToAffectBy;
}
health.HealPercentage(tempPercentage);
}
else
{
health.HealNumber(currentConsumable.amountToAffectBy);
}
break;
case Consumable.Type.StealthPotion:
if (currentConsumable.amountNumberType == Consumable.NumberType.Percentage)
{
StartCoroutine(ApplyStealthPotion(currentConsumable.effectTime, currentConsumable.amountToAffectBy, true));
}
else
{
StartCoroutine(ApplyStealthPotion(currentConsumable.effectTime, currentConsumable.amountToAffectBy, false));
}
break;
case Consumable.Type.SpeedPotion:
if (currentConsumable.amountNumberType == Consumable.NumberType.Percentage)
{
StartCoroutine(ApplySpeedPotion(currentConsumable.effectTime, currentConsumable.amountToAffectBy, true));
}
else
{
StartCoroutine(ApplySpeedPotion(currentConsumable.effectTime, currentConsumable.amountToAffectBy, false));
}
break;
case Consumable.Type.StaminaPotion:
if (currentConsumable.effectTime == -1)
{
if (currentConsumable.amountNumberType == Consumable.NumberType.FlatNumber)
{
StartCoroutine(ApplyStaminaPotionImmediately(currentConsumable.amountToAffectBy, false));
}
else
{
StartCoroutine(ApplyStaminaPotionImmediately(currentConsumable.amountToAffectBy, true));
}
}
else
{
if (currentConsumable.amountNumberType == Consumable.NumberType.FlatNumber)
{
StartCoroutine(ApplyStaminaPotionOverTime(currentConsumable.effectTime, currentConsumable.amountToAffectBy, false));
}
else
{
StartCoroutine(ApplyStaminaPotionOverTime(currentConsumable.effectTime, currentConsumable.amountToAffectBy, true));
}
}
break;
case Consumable.Type.AccuracyPotion:
break;
case Consumable.Type.JumpPotion:
if (currentConsumable.amountNumberType == Consumable.NumberType.FlatNumber)
{
StartCoroutine(ApplyJumpPotion(currentConsumable.effectTime, currentConsumable.amountToAffectBy, false));
}
else
{
StartCoroutine(ApplyJumpPotion(currentConsumable.effectTime, currentConsumable.amountToAffectBy, true));
}
break;
case Consumable.Type.ReloadSpeed:
if (currentConsumable.amountNumberType == Consumable.NumberType.FlatNumber)
{
StartCoroutine(ApplyReloadSpeedPotion(currentConsumable.effectTime, currentConsumable.amountToAffectBy, false));
}
else
{
StartCoroutine(ApplyReloadSpeedPotion(currentConsumable.effectTime, currentConsumable.amountToAffectBy, true));
}
break;
}
break;
#endregion
#region Item is armor
case Item.ItemType.Armor:
Armor currentArmor = (Armor)clickedItem;
Armor returnedArmor = playerArmor.EquipArmor(currentArmor);
playerHealth.ChangeDamageReduction(currentArmor.damageReductionAmount);
switch (currentArmor.additionalEffectType)
{
case Armor.AdditionalEffectType.IncreaseAccuracy:
if (currentArmor.additionalEffectNumberType == Armor.AdditionalEffectNumberType.FlatNumber)
{
float tempNum = currentArmor.additionalEffectAmount;
playerProperties.ChangeAccuracyModifierFlatNumber(tempNum);
}
else
{
playerProperties.ChangeAccuracyModifierPercentage(currentArmor.additionalEffectAmount);
}
break;
case Armor.AdditionalEffectType.IncreaseStealth:
if (currentArmor.additionalEffectNumberType == Armor.AdditionalEffectNumberType.FlatNumber)
{
playerProperties.ChangeDetectionModifierFlatNumber(currentArmor.additionalEffectAmount);
}
else
{
playerProperties.ChangeDetectionModifierPercentage(currentArmor.additionalEffectAmount);
}
break;
case Armor.AdditionalEffectType.MaxHealth:
if (currentArmor.additionalEffectNumberType == Armor.AdditionalEffectNumberType.FlatNumber)
{
playerHealth.IncreaseMaxHealthFlatNumber(currentArmor.additionalEffectAmount);
}
else
{
playerHealth.IncreaseMaxHealthPercentage(currentArmor.additionalEffectAmount);
}
break;
case Armor.AdditionalEffectType.MaxStamina:
if (currentArmor.additionalEffectNumberType == Armor.AdditionalEffectNumberType.FlatNumber)
{
playerStamina.IncreaseMaxStaminaFlatNumber(currentArmor.additionalEffectAmount);
}
else
{
playerStamina.IncreaseMaxStaminaPercentage(currentArmor.additionalEffectAmount);
}
break;
case Armor.AdditionalEffectType.MaxWeight:
break;
case Armor.AdditionalEffectType.NoAdditionalEffect:
break;
}
if (returnedArmor != null)
{
playerHealth.ChangeDamageReduction(0 - returnedArmor.damageReductionAmount);
switch (returnedArmor.additionalEffectType)
{
case Armor.AdditionalEffectType.IncreaseAccuracy:
if (returnedArmor.additionalEffectNumberType == Armor.AdditionalEffectNumberType.FlatNumber)
{
playerProperties.ChangeAccuracyModifierFlatNumber(0 - returnedArmor.additionalEffectAmount);
}
else
{
float tempAmountToIncrease, tempPercentage;
tempPercentage = returnedArmor.additionalEffectAmount;
tempPercentage = 100 - tempPercentage;
tempPercentage /= 100;
tempAmountToIncrease = playerProperties.accuracyModifier / tempPercentage;
tempAmountToIncrease = tempAmountToIncrease - playerProperties.accuracyModifier;
playerProperties.ChangeAccuracyModifierFlatNumber(0 - tempAmountToIncrease);
}
break;
case Armor.AdditionalEffectType.IncreaseStealth:
if (returnedArmor.additionalEffectNumberType == Armor.AdditionalEffectNumberType.FlatNumber)
{
playerProperties.ChangeDetectionModifierFlatNumber(0 - returnedArmor.additionalEffectAmount);
}
else
{
float tempAmountToIncrease, tempPercentage;
tempPercentage = returnedArmor.additionalEffectAmount;
tempPercentage = 100 - tempPercentage;
tempPercentage /= 100;
tempAmountToIncrease = playerProperties.detectionModifier / tempPercentage;
tempAmountToIncrease = tempAmountToIncrease - playerProperties.detectionModifier;
playerProperties.ChangeDetectionModifierFlatNumber(0 - tempAmountToIncrease);
}
break;
case Armor.AdditionalEffectType.MaxHealth:
if (returnedArmor.additionalEffectNumberType == Armor.AdditionalEffectNumberType.FlatNumber)
{
playerHealth.IncreaseMaxHealthFlatNumber(0 - returnedArmor.additionalEffectAmount);
}
else
{
float tempAmountToIncrease, tempPercentage;
tempPercentage = returnedArmor.additionalEffectAmount;
tempPercentage /= 100;
tempAmountToIncrease = playerHealth.maxHealth / (tempPercentage + 1);
tempAmountToIncrease = playerHealth.maxHealth - tempAmountToIncrease;
playerHealth.IncreaseMaxHealthFlatNumber(0 - tempAmountToIncrease);
}
break;
case Armor.AdditionalEffectType.MaxStamina:
if (returnedArmor.additionalEffectNumberType == Armor.AdditionalEffectNumberType.FlatNumber)
{
playerStamina.IncreaseMaxStaminaFlatNumber(0 - returnedArmor.additionalEffectAmount);
}
else
{
float tempAmountToIncrease, tempPercentage;
tempPercentage = returnedArmor.additionalEffectAmount;
tempPercentage /= 100;
tempAmountToIncrease = playerStamina.maxStamina / (tempPercentage + 1);
tempAmountToIncrease = playerStamina.maxStamina - tempAmountToIncrease;
playerStamina.IncreaseMaxStaminaFlatNumber(0 - tempAmountToIncrease);
}
break;
case Armor.AdditionalEffectType.MaxWeight:
break;
}
}
break;
#endregion
#region Item is Attachment
case Item.ItemType.Attachment:
tempAttachment = (Attachment)clickedItem;
attachmentUI.SetAttachment(tempAttachment);
StartCoroutine("SelectWeaponToAttach", itemIndex);
break;
#endregion
case Item.ItemType.Ammo:
Ammo ammo = (Ammo)clickedItem;
playerAmmo.AddAmmo(playerInventory.itemNumberInStack[itemIndex], ammo.ammoType);
break;
default:
break;
}
if (clickedItem.itemType != Item.ItemType.Attachment)
{
playerInventory.itemNumberInStack[itemIndex]--;
}
if (playerInventory.itemNumberInStack[itemIndex] <= 0)
{
playerInventory.inventory.RemoveAt(itemIndex);
playerInventory.itemNumberInStack.RemoveAt(itemIndex);
}
}
override protected bool Pickup()
{
return(playerAmmo.AddAmmo(ammoAmount));
}