public void LoadData()
{
//load data
startLocation = JsonDataManager.gameData.playerStartLocation;
playerHealthComp.CurrentHealth = JsonDataManager.gameData.playerHealth;
defaultMovementSpeed = JsonDataManager.gameData.defaultMovementSpeed;
playerHealthComp.maxHealth = JsonDataManager.gameData.playerMaxHealth;
_playerEnergy.playerMaxEnergy = JsonDataManager.gameData.playerMaxEnergy;
playerHealthComp.canHealthRegen = JsonDataManager.gameData.canHealthRegen;
DamageMultiplier = JsonDataManager.gameData.damageMultiplier;
currentMovementSpeed = defaultMovementSpeed;
_playerEnergy.currentEnergy = _playerEnergy.playerMaxEnergy;
_playerEnergy.EnergyAmountCalc();
playerHealthComp.CurrentHealth = playerHealthComp.maxHealth;
playerHealthComp.HealthRegenCalc();
transform.position = startLocation;
_uiManager.UpdateHealthSlider();
_uiManager.UpdateEnergySlider();
if (playerHealthComp.canHealthRegen)
{
_uiManager.healthRegenStatus.text = _uiManager.regenStatusOn;
}
else
{
_uiManager.healthRegenStatus.text = _uiManager.regenStatusOff;
}
Debug.Log("Player position loaded");
}
public void PlayerEnergyUpgrade(float amount, int cost)
{
if (_playerEnergyPoints.energyPoints >= cost && _currentEnergyUpgrade < _maxEnergyUpgrade)
{
_playerEnergyPoints.AddRemovePoints(-cost);
_playerEnergy.playerMaxEnergy += amount;
_playerEnergy.currentEnergy = _playerEnergy.playerMaxEnergy;
_playerEnergy.EnergyAmountCalc();
EnergyUpgradeAmount += EnergyUpgradeAmount * _upgradeValueMultiplier;
int newEnergyUpgradeCost = Mathf.RoundToInt(EnergyUpgradeCost * _upgradeCostMultiplier);
EnergyUpgradeCost += newEnergyUpgradeCost;
_currentEnergyUpgrade++;
print("Upgrade complete");
EnergyUpgradesLeft = _maxEnergyUpgrade - _currentEnergyUpgrade;
_uiManager.UpdateUpgradesCount(EnergyUpgradesLeft, _uiManager.energyUpgradeLeft);
}
else
{
print("max upgrades reached");
}
}