static int Tax(Data.Demographics demographics)
{
var tax = Mathf.Min(demographics.population, demographics.taxation);
demographics.population -= tax;
return(tax);
}
static void SetNewPopulation(Data.Demographics demographics)
{
float overCapacityFactor = 70f;
int nativityCap = 40;
int burdenRoll = 20;
//Add last round's additions to general population
demographics.population += demographics.nativity;
//Balance carrying capacity
var carryingCapacity = demographics.carryingCapacity * (demographics.capitol ? capitolCarryingCapacityFactor : 1);
var burden = Mathf.RoundToInt(Mathf.Max((float)demographics.population / (float)carryingCapacity, 0.5f) * overCapacityFactor);
//Deaths
demographics.deathToll = 0;
while (burden > 0)
{
demographics.deathToll += Dice.Roll(burdenRoll);
burden -= burdenRoll;
}
if (demographics.warState == Data.Demographics.StateOfWar.AtWar)
{
demographics.deathToll += Dice.Roll(warCost);
}
else if (demographics.warState == Data.Demographics.StateOfWar.WarTorn)
{
demographics.deathToll += Dice.Roll(warTornCost);
}
if (demographics.civilianState == Data.Demographics.StateOfCivils.Revolution)
{
demographics.deathToll += Dice.Roll(revolutionCost);
}
demographics.population -= demographics.deathToll;
//Calculate newborns
if (demographics.population > 1)
{
demographics.nativity = Mathf.Max(Mathf.Min(demographics.population, demographics.carryingCapacity) / demographics.birthRate, nativityCap) + Dice.Roll(3);
}
else if (demographics.population == 1)
{
demographics.nativity = Dice.Roll(2);
}
else
{
demographics.nativity = 0;
}
}
static void SetCivilianState(Data.Demographics demographics, int tax)
{
int dieA = 0;
int dieB = 0;
int dieC = 0;
int dieD = 0;
float happyTaxLevel = 0.01f;
float acceptableTaxLevel = 0.1f;
int successRoll = 15;
int failRoll = 6;
int critFailRoll = 3;
if (demographics.affiliationStatus == Data.Demographics.Affiliation.Neutral)
{
demographics.civilianState = Data.Demographics.StateOfCivils.AtPeace;
return;
}
switch (demographics.warState)
{
case Data.Demographics.StateOfWar.AtWar:
dieA = 6;
break;
case Data.Demographics.StateOfWar.WarTorn:
dieA = 4;
break;
case Data.Demographics.StateOfWar.AtPeace:
dieA = 6;
dieB = 6;
break;
}
switch (demographics.affiliationStatus)
{
case Data.Demographics.Affiliation.Claimed:
dieD = 10;
break;
}
var taxFraction = (float)tax / (float)demographics.population;
if (taxFraction < happyTaxLevel)
{
dieC = 12;
}
else if (taxFraction < acceptableTaxLevel)
{
dieC = 6;
}
var roll = Dice.SumRoll(dieA, dieB, dieC, dieD);
if (roll <= critFailRoll)
{
demographics.civilianState = Data.Demographics.StateOfCivils.Revolution;
}
else if (roll <= failRoll)
{
if (demographics.civilianState == Data.Demographics.StateOfCivils.AtPeace)
{
demographics.civilianState = Data.Demographics.StateOfCivils.Discontent;
}
else
{
demographics.civilianState = Data.Demographics.StateOfCivils.Revolution;
}
}
else if (roll >= successRoll)
{
if (demographics.civilianState == Data.Demographics.StateOfCivils.Revolution)
{
demographics.civilianState = Data.Demographics.StateOfCivils.Discontent;
}
else
{
demographics.civilianState = Data.Demographics.StateOfCivils.AtPeace;
}
}
}