public void SelectNewColony(int index)
{
_activeColony = _colonies[index];
//UI stuff to swap colony UI
UpdateEncounter(_activeColony);
_regionUIHandler.UpdateRegionUI(_activeColony);
}
private void Start()
{
//Updates ui
SecondsToSurvive = SecondsToSurvive;
CurrentDNA = CurrentDNA;
CurrentHoney = CurrentHoney;
//initial colony is the first one
_activeColony = _colonies[0];
SelectNewColony(0);
StartCoroutine(TimeLoss());
StartCoroutine(HoneyLoss());
StartCoroutine(DNAGain());
StartCoroutine(GenerateRegion());
//Starting regions
for (int i = 0; i < _startingRegions; ++i)
{
int temperature = Random.Range(-1, 2);
int predator = Random.Range(0, 2);
int radiusAroundCenter = 3;
float randX = (_gridDimensions.x / 2) + Random.Range(-radiusAroundCenter, radiusAroundCenter - 1);
float randY = (_gridDimensions.y / 2) + Random.Range(-radiusAroundCenter, radiusAroundCenter - 1);
Vector2 coords = new Vector2(randX, randY);
CreateRegion(coords, temperature, predator);
}
}
//TODO: Energy Formulas
private float energyCost(Region rNum, beeColony colonyNum)
{
float timeDif = 0f;
timeDif = timeTaken(rNum, colonyNum);
return(HiveManager.Instance.HoneyLossPerInterval * timeDif * 2);
}
//TODO: Honey formulas
public int totalHoneyGathered(Region rNum, beeColony colonyNum)
{
int honeyAmount = 500; //TODO: grab value from hive
int predatorInfluence = 20;
int energyInfluence = 2;
float energyVal = energyGather(honeyAmount, rNum, colonyNum);
return(Mathf.CeilToInt((rNum.PredatorLevel * predatorInfluence) + (energyVal * energyInfluence)));
}
public void InitializeGroup(beeColony c = null, Region r = null, float energyDrainRate = 0, float tickRate = 0)
{
_currentColony = c;
_currentRegion = r;
if (c && r)
{
_curColonyEnergy = Formulas.Instance.energyGather(HiveManager.Instance.CurrentHoney, _currentRegion, _currentColony);
_curColBeeCount = c.numBees;
}
_energyDrainRate = energyDrainRate;
ENCOUNTER_TICK_RATE = tickRate;
}
//TODO: Predator & Temperature formulas
public void killBees(Region rNum, beeColony colonyNum)
{
int tempBees = 0;
for (int i = 0; i < colonyNum.numBees - 1; ++i)
{
if (Random.Range(0, 7 + colonyNum.AntiPredator) < rNum.PredatorLevel)
{
tempBees++;
}
}
colonyNum.numBees -= tempBees;
}
/// <summary>
/// Get's total energy used for gathering while at a region.
/// Travel Costs included
/// </summary>
/// <param name="honeyTotal"></param>
/// <param name="rNum"></param>
/// <param name="colonyNum"></param>
/// <returns></returns>
public float energyGather(int honeyTotal, Region rNum, beeColony colonyNum)
{
float energyOffset = 0f;
energyOffset = energyCost(rNum, colonyNum);
if ((honeyTotal / 4) - energyOffset <= 0)
{
return(0);
}
else
{
return((honeyTotal / 4) - energyOffset + colonyNum.EnergyUpgrade);
}
}
/// <summary>
/// Updates the region UI
/// </summary>
/// <param name="r"></param>
/// <param name="c"></param>
public void UpdateRegionUI(beeColony c, Region r = null)
{
if (!r && !_currentRegion)
{
return;
}
if (r)
{
_currentRegion = r;
}
UpdateTemperature(_currentRegion);
UpdatePredator(_currentRegion);
_regionRemainingHoney.text = _currentRegion.RemainingHoneyCapacity.ToString();
_distanceToHive.text = _currentRegion.HiveDistance.ToString("F1") + " mi.";
_regionRisk.text = Formulas.Instance.showPotential(_currentRegion, c).ToString() + "%";
}
public void PopulateInfo(beeColony c, Region r)
{
if (c != null)
{
_currentColony = c;
}
if (r != null)
{
_currentRegion = r;
}
Debug.Log(_currentColony + " | " + _currentRegion);
if (_currentColony && _currentRegion)
{
//Update UI stuff here
}
}
public void UpdateEncounter(beeColony c)
{
_encountersHandler.PopulateInfo(c, null);
}
//Time helper formula
private float timeTaken(Region rNum, beeColony colonyNum)
{
return(rNum.HiveDistance / colonyNum.Speed);
}
public float showPotential(Region rNum, beeColony colonyNum)
{
return(tInfluence(rNum, colonyNum) * 100);
//returns % value of potential honey gain, can multiply later to view how much gain there actually is
}
public float tInfluence(Region rNum, beeColony colonyNum)
{
float tValue = Mathf.Abs(rNum.Temperature + colonyNum.TemperatureResistance);
return((20 - tValue) / 20);
}
public void _updateColonyUI(beeColony currentColony)
{
_numBees = currentColony.numBees;
_currentSpeed = currentColony.Speed;
}