//backup data for undo
// Use this for initialization
void Start()
{
gamelength = 50;
turn = 0;
//initializing default game variable values
data = new BackgroundData(10000, Random.Range(60, 80), 10000, 3);
AverageTemperature = data.Temperature;
//lake
data.WaterSources[0] = new WaterSource("Lake", 100000, 5000, 1, 1);
//aquifer
data.WaterSources[1] = new WaterSource("Aquifer", 100000, 5000, 1, 1);
//shipments
data.WaterSources[2] = new WaterSource("Shipment", 0, 0, 1, 10);
//set initial water towers
data.CalculateWaterDistributionRate();
//Set Initial Rain Interval and TurnCount
RainTurnCount = Random.Range(2, 4);
RainInterval = Random.Range(3, 5);
AverageRainInterval = RainInterval;
//reseting event icons/text
WinText.SetActive(false);
// Rain.enabled = false;
Drought.SetActive(false);
Monsoon.SetActive(false);
MigrationIn.SetActive(false);
MigrationOut.SetActive(false);
WarmFront.SetActive(false);
ColdFront.SetActive(false);
LoseText.SetActive(false);
LoseCounterText.text = "Lives: 10";
//buttons
Endturn.onClick.AddListener(EndturnListener);
LakeReserve.maxValue = data.WaterSources[0].GetReserve();
AquiferReserve.maxValue = data.WaterSources[1].GetReserve();
ShipmentReserve.maxValue = 50000;
City.SetLakeMax(100000);
City.SetLakeCurrent(LakeReserve.maxValue);
WTInvestment.onClick.AddListener(delegate { SetCurrentInvestment(0); });
LKInvestment.onClick.AddListener(delegate { SetCurrentInvestment(1); });
AQInvestment.onClick.AddListener(delegate { SetCurrentInvestment(2); });
Invest1000.onClick.AddListener(delegate { InvestInCurrent(1000); });
Invest2000.onClick.AddListener(delegate { InvestInCurrent(2000); });
Invest5000.onClick.AddListener(delegate { InvestInCurrent(5000); });
WaterShipment.onClick.AddListener(delegate { SetCurrentInvestment(3); });
}
//backup data for undo
// Use this for initialization
void Start()
{
gamelength = 50;
turn = 0;
data = new BackgroundData(10000, 80, 10000, 3);
//lake
data.WaterSources[0] = new WaterSource("Lake", 100000, 7000, .5, .5);
//aquifer
data.WaterSources[1] = new WaterSource("Aquifer", 100000, 7000, .5, .5);
//shipments
data.WaterSources[2] = new WaterSource("Shipment", 0, 0, 1, 10);
//set initial water towers
data.CalculateWaterDistributionRate();
//Set Initial Rain Interval and TurnCount
RainTurnCount = Random.Range(2, 4);
RainInterval = Random.Range(3, 5);
AverageRainInterval = RainInterval;
//reseting event icons/text
WinText.enabled = false;
Rain.enabled = false;
Drought.enabled = false;
Monsoon.enabled = false;
MigrationIn.enabled = false;
MigrationOut.enabled = false;
WarmFront.enabled = false;
ColdFront.enabled = false;
LoseText.enabled = false;
LoseCounterText.text = "Lose Counter: 10";
//buttons
Endturn.onClick.AddListener(EndturnListener);
WTInvestment.onClick.AddListener(delegate { WTInvestmentListener(1000); });
LKInvestment.onClick.AddListener(delegate { ResourceInvestmentListener(data.WaterSources[0], 1000); });
AQInvestment.onClick.AddListener(delegate { ResourceInvestmentListener(data.WaterSources[1], 1000); });
WaterShipment.onClick.AddListener(delegate { WaterShipmentListener(data.WaterSources[2], 1000); });
}
//button listeners
private void EndturnListener()
{
if (turn < gamelength)
{
if (LoseCounter == 0)
{
LoseText.SetActive(true);
turn = 50;
}
else if (data.WaterDistributionRate < data.WaterConsumptionRate)
{
LoseCounter--;
LoseCounterText.text = "Lives: " + LoseCounter.ToString();
}
data.ExtractWaterSources();
Debug.Log("Lake Reserve: " + data.WaterSources[0].GetReserve() + " Max Reserve: " + 100000);
City.SetLakeCurrent(data.WaterSources[0].GetReserve());
if (RainTurnCount == 0)
{
data.SetEvent(0, Random.Range(10, 20));
RainTurnCount = RainInterval;
City.SetRainEnabled(true);
}
else
{
City.SetRainEnabled(false);
RainTurnCount--;
}
if (CurrentTempEventTurnCount != 0 && CurrentTempEvent < 2)
{
if (CurrentTempEvent == 0)
{
data.SetEvent(1, Random.Range(5, 7));
CurrentTempEventTurnCount--;
WarmFront.SetActive(true);
ColdFront.SetActive(false);
}
else if (CurrentTempEvent == 1)
{
data.SetEvent(2, Random.Range(5, 7));
CurrentTempEventTurnCount--;
WarmFront.SetActive(false);
ColdFront.SetActive(true);
}
}
else
{
if (CurrentTempEventTurnCount > 0)
{
CurrentTempEventTurnCount--;
}
if (data.Temperature < AverageTemperature)
{
data.SetEvent(1, Random.Range(3, 5));
}
else
{
data.SetEvent(2, Random.Range(3, 5));
}
WarmFront.SetActive(false);
ColdFront.SetActive(false);
}
if (CurrentPopEventTurnCount != 0 && CurrentPopEvent < 2)
{
if (CurrentPopEvent == 0)
{
data.SetEvent(3, Random.Range(1000, 5000));
CurrentPopEventTurnCount--;
MigrationIn.SetActive(true);
MigrationOut.SetActive(false);
}
else if (CurrentPopEvent == 1)
{
data.SetEvent(4, Random.Range(1000, 5000));
CurrentPopEventTurnCount--;
MigrationIn.SetActive(false);
MigrationOut.SetActive(true);
}
}
else
{
if (CurrentPopEventTurnCount > 0)
{
CurrentPopEventTurnCount--;
}
MigrationIn.SetActive(false);
MigrationOut.SetActive(false);
}
if (CurrentRainEventTurnCount != 0 && CurrentRainEvent < 2)
{
if (CurrentRainEvent == 0)
{
Drought.SetActive(true);
Monsoon.SetActive(false);
CurrentRainEventTurnCount--;
}
else if (CurrentRainEvent == 1)
{
Drought.SetActive(false);
Monsoon.SetActive(true);
CurrentRainEventTurnCount--;
}
}
else
{
if (CurrentRainEventTurnCount > 0)
{
CurrentRainEventTurnCount--;
}
Drought.SetActive(false);
Monsoon.SetActive(false);
}
data.IncrementPopulation(10);
data.CalculateWaterDistributionRate();
data.IncrementFund();
turn++;
GenerateEvents();
Debug.Log("Current Rain Event: " + CurrentRainEvent + ". Turn Count: " + CurrentRainEventTurnCount +
"| Current Pop Event: " + CurrentPopEvent + ". Turn Count: " + CurrentPopEventTurnCount +
"| Current Temp Event: " + CurrentTempEvent + ". Turn Count: " + CurrentTempEventTurnCount);
}
else if (turn == gamelength)
{
WinText.SetActive(true);
}
}
//button listeners
private void EndturnListener()
{
if (turn < gamelength)
{
if (LoseCounter == 0)
{
LoseText.enabled = true;
turn = 50;
}
else if (data.WaterDistributionRate < data.WaterConsumptionRate)
{
LoseCounter--;
LoseCounterText.text = "Lose Counter: " + LoseCounter.ToString();
}
data.ExtractWaterSources();
if (RainTurnCount == 0)
{
data.SetEvent(0, Random.Range(5000, 10000));
RainTurnCount = RainInterval;
Rain.enabled = true;
}
else
{
Rain.enabled = false;
RainTurnCount--;
}
if (CurrentTempEvent == 0)
{
data.SetEvent(1, Random.Range(5, 7));
CurrentTempEventTurnCount--;
WarmFront.enabled = true;
ColdFront.enabled = false;
}
else if (CurrentTempEvent == 1)
{
data.SetEvent(2, Random.Range(5, 7));
CurrentTempEventTurnCount--;
WarmFront.enabled = false;
ColdFront.enabled = true;
}
else
{
WarmFront.enabled = false;
ColdFront.enabled = false;
}
if (CurrentPopEvent == 0)
{
data.SetEvent(3, Random.Range(5000, 10000));
CurrentPopEventTurnCount--;
MigrationIn.enabled = true;
MigrationOut.enabled = false;
}
else if (CurrentPopEvent == 1)
{
data.SetEvent(4, Random.Range(5000, 10000));
CurrentPopEventTurnCount--;
MigrationIn.enabled = false;
MigrationOut.enabled = true;
}
else
{
MigrationIn.enabled = false;
MigrationOut.enabled = false;
}
if (CurrentRainEvent == 0)
{
Drought.enabled = true;
Monsoon.enabled = false;
CurrentRainEventTurnCount--;
}
else if (CurrentRainEvent == 1)
{
Drought.enabled = false;
Monsoon.enabled = true;
CurrentRainEventTurnCount--;
}
else
{
Drought.enabled = false;
Monsoon.enabled = false;
}
data.IncrementPopulation(10);
data.CalculateWaterDistributionRate();
data.IncrementFund();
turn++;
GenerateEvents();
}
else if (turn == gamelength)
{
WinText.text = "You Win";
}
}