public void CalculateStrength()
{
_strength = (UpgradesController.Instance.UpgradesDictionary[Upgrade.Upgrade1] + 1) *
UpgradesController.CalculateMultiplier(Upgrade.Upgrade1);
_strength += _strength * _prestigeCrystals * _prestigeCrystalsMultiplier;
UpdateMiningPowerText();
}
public void Init()
{
GameObject clickmesh = GameObject.Find("Clickmesh");
speed = clickmesh.GetComponent <Speed>();
upgrades = clickmesh.GetComponent <Upgrades>();
upgrades.Init();
upgradesController = clickmesh.GetComponent <UpgradesController>();
upgradesController.Init();
boost = clickmesh.GetComponent <Boost>();
eventObjects = GameObject.Find("/Game").GetComponent <AutoSaver> ().eventManager.eventObjects;
}
private void Awake()
{
if (Instance == null)
{
DontDestroyOnLoad(gameObject);
Instance = this;
}
else if (Instance != this)
{
Destroy(gameObject);
}
}
private void UpdateText()
{
var prestigeBonus = GameController.Instance.GetPrestigeCrystals() *
GameController.Instance.GetPrestigeCrystalsMultiplier();
var productivity = _upgradeValues.Productivity * UpgradesController.CalculateMultiplier(Upgrade);
productivity += productivity * prestigeBonus;
if (Upgrade.Equals(Upgrade.Upgrade1))
{
var strength = GameController.Instance.GetStrength();
UpgradeDescription.text =
"Increases <b>DMG</b> by <b>" + MoneyConverter.ConvertNumber(productivity) + "</b>.";
ActualProductivity.text = "Current <b>DMG</b> is <b>" + MoneyConverter.ConvertNumber(strength) + "</b>.";
if (!UpgradesController.Instance.UpgradesDictionary.ContainsKey(Upgrade))
{
return;
}
NextMultiplier.text =
"x" + UpgradesController.GetClosestMultiplier(Upgrade);
}
else if (Upgrade.Equals(Upgrade.Upgrade2))
{
UpgradeDescription.text = "Shortens auto mining interval by <b>" + _upgradeValues.Productivity + "s</b>.";
ActualProductivity.text =
"Current mining interval is <b>" + GameController.Instance.GetMiningSpeed() + "s</b>.";
NextMultiplier.text = "";
}
else
{
var autoStrength = UpgradesController.CalculateUpgradeProductivity(Upgrade);
autoStrength += autoStrength * prestigeBonus;
UpgradeDescription.text =
"Increases <b>DPS</b> by <b>" + MoneyConverter.ConvertNumber(productivity) + "</b>.";
ActualProductivity.text =
"Current <b>DPS</b> is <b>" + MoneyConverter.ConvertNumber(autoStrength) + "</b>.";
if (!UpgradesController.Instance.UpgradesDictionary.ContainsKey(Upgrade))
{
return;
}
NextMultiplier.text =
"x" + UpgradesController.GetClosestMultiplier(Upgrade);
}
}
void Start()
{
UpgradesController = new UpgradesController();
BonusDictionary = new BonusDictionary();
PreBonusActiveIncome = ActiveIncome;
PreBonusPassiveIncome = PassiveIncome;
PreBonusPassiveIncomeInterval = PassiveIncomeInterval;
UpgradesController.InitializeUpdatesCount();
UpgradesController.SetNextActiveIncomeUpgradeCost(ActiveIncome);
UpgradesController.SetNextPassiveIncomeUpgradeCost();
UpgradesController.SetNextPassiveIncomeIntervalUpgradeCost();
UpdateAllTexts();
StartPassiveIncomeCoroutine();
}
public void CalculateAutoStrength()
{
double autoStrength = 0;
foreach (var upgrade in UpgradesController.Instance.UpgradesDictionary.Keys)
{
if (!upgrade.Equals(Upgrade.Upgrade1) && !upgrade.Equals(Upgrade.Upgrade2))
{
if (UpgradesConsts.GetUpgradeValues(upgrade) != null)
{
autoStrength += UpgradesConsts.GetUpgradeValues(upgrade).Productivity *
UpgradesController.Instance.UpgradesDictionary[upgrade] *
UpgradesController.CalculateMultiplier(upgrade);
}
}
}
autoStrength += autoStrength * _prestigeCrystals * _prestigeCrystalsMultiplier;
_autoStrength = autoStrength;
UpdateMiningPowerText();
}
public void Setup(RectTransform healthUI, GameStateInfo info)
{
playerInfo = info;
UpgradesController u = UpgradesController.Instance;
healthMax = u.GetHealthValue(info.levelHealth);
healthCurrent = healthMax;
this.healthUI = healthUI;
movementSpeed = u.GetMovementValue(info.levelMovementSpeed);
bullet.AdjustFireRate(u.GetFireRateValue(info.levelFireRate));
//create object pool for bullets
bullet.Setup();
//NEW INPUT SYSTEM
input = new Input_Gameplay();
input.GamePlay.Exit.performed += (ctx) =>
{
//temporary so player can exit level
DEATH();
};
input.GamePlay.Move.performed += (ctx) =>
{
velocity = (transform.forward * ctx.ReadValue <Vector2>().y + transform.right * ctx.ReadValue <Vector2>().x).normalized;
};
input.GamePlay.Aim.performed += (ctx) =>
{
local = (transform.forward * ctx.ReadValue <Vector2>().y + transform.right * ctx.ReadValue <Vector2>().x).normalized;
//Debug.Log($"<color==green>Hello World!!</color>");
};
input.GamePlay.AimMouse.performed += (ctx) =>
{
Debug.Log($"<color=white>{ctx.ReadValue<Vector2>()}</color>");
Vector2 dir = (ctx.ReadValue <Vector2>() - new Vector2(Screen.width / 2f, Screen.height / 2f)).normalized;
local = (transform.forward * dir.y + transform.right * dir.x).normalized;
};
input.GamePlay.Fire.started += (ctx) =>
{
bullet.BeginFire(body);
};
input.GamePlay.Fire.canceled += (ctx) =>
{
bullet.StopFire();
};
input.GamePlay.Enable();
//set values
map = GameController.Instance.GetMap().transform;
//sketchy...
transform.position = map.GetChild(0).transform.position;
mapLayer = GameController.Instance.GetMapLayer();
obstacleLayer = GameController.Instance.GetObstacleLayer();
//make sure player is setup correctly
RaycastHit hit;
if (Physics.Raycast(transform.position, (map.position - transform.position).normalized, out hit, float.PositiveInfinity, mapLayer))
{
transform.position = hit.point + hit.normal;
transform.rotation = Quaternion.FromToRotation(transform.up, hit.normal) * transform.rotation;
}
}
void Start()
{
upgradesController = GetComponent <UpgradesController>();
spawner = GetComponent <Spawner>();
}
private void Start()
{
costs = UpgradesController.Instance;
}