public void UpdateResourceCount(ResourceValues changes)
{
// The TurnController did put the production and the received trades in `changes`
current.Add(changes);
// Calculate subsequent food and energy loss based off population
current.food -= current.TotalPopulation;
current.energy -= current.TotalPopulation;
// Take the biggest discontent or 0 if none
int popUnsatisfied = Math.Max(0, Math.Max(-current.food, -current.energy));
// Cap population turning angry by the current happy population
int popTurningAngry = Math.Min(current.population, popUnsatisfied);
current.population -= popTurningAngry;
current.populationAngry += popTurningAngry;
// Ensure we don't have any negative food or energy
current.SetMin(0);
// Clear trades from last turn
trade.Reset();
UpdateUI();
}
public ResourceValues AddPopulation(ResourceValues v)
{
population += v.population;
populationAngry += v.populationAngry;
return(this);
}
public void UpgradeTypeWithValues(ResourceType type, ResourceValues addValues)
{
foreach (Resource r in GetResourcesWithType(type))
{
r.UpgradeValues(addValues);
}
}
public bool LessEqual(ResourceValues v)
{
return(food <= v.food &&
energy <= v.energy &&
polution <= v.polution &&
population <= v.population &&
populationAngry <= v.populationAngry);
}
//only used for Policy requirements
public ResourceValues Subtract(ResourceValues v)
{
food -= v.food;
energy -= v.energy;
population -= v.population;
return(this);
}
public ResourceValues AddProduced(ResourceValues v)
{
food += v.food;
energy += v.energy;
population += v.population;
//polution += v.polution;
return(this);
}
public ResourceValues Add(ResourceValues v)
{
food += v.food;
energy += v.energy;
polution += v.polution;
population += v.population;
populationAngry += v.populationAngry;
return(this);
}
//turn execution
public void Clicked()
{
if ((currentTurn < turnLimit) && (gameOver == false))
{
currentTurn += 1;
turnDisplay.text = "End turn " + currentTurn;
//sea level calculations
seaLevel.UpdateSeaLevel();
/* Collect effective production after eventual flood */
p1Production.UpdateProduction();
p2Production.UpdateProduction();
/* Apply delayed actions first */
foreach (Action action in ActionsForTurn(currentTurn))
{
action();
}
ResourceValues playerOneResources = p2Resources.trade;
ResourceValues playerTwoResources = p1Resources.trade;
//collecting all the resources
playerOneResources.Add(p1Production.production);
playerTwoResources.Add(p2Production.production);
//update game with new amount of resources from production on every turn but 1st
p1Resources.UpdateResourceCount(playerOneResources);
p2Resources.UpdateResourceCount(playerTwoResources);
//draw a new hand of policies for each players
p1Cards.DrawNewHand();
p2Cards.DrawNewHand();
}
else if (currentTurn == turnLimit)
{
currentTurn += 1; // Increment so we don't restart the music each click
musicController.PlayLevel(4);
GameOver("You win!");
}
}
private void AddSource(Resource resource)
{
ResourceValues v = resource.TotalValues;
if (v.food != 0)
{
foodSources.Add(resource.title + ": " + v.food.ToString(SOURCE_FORMAT));
}
if (v.energy != 0)
{
energySources.Add(resource.title + ": " + v.energy.ToString(SOURCE_FORMAT));
}
if (v.population != 0)
{
popsSources.Add(resource.title + ": " + v.population.ToString(SOURCE_FORMAT));
}
if (v.populationAngry != 0)
{
popsAngrySources.Add(resource.title + ": " + v.populationAngry.ToString(SOURCE_FORMAT));
}
}
public void UpgradeValues(ResourceValues addedValues)
{
bonusValues.Add(addedValues);
UpdateTooltip();
}
