public override double computeUtility(Person voter, VoteOption option, List <ReasonMsg> msgs)
{
double u = option.getBaseUtility(voter);
Person p = option.person;
double benefitU = voter.getRelation(p).getLiking() * voter.map.param.utility_singleUseCure;
msgs.Add(new ReasonMsg("Benefit to " + p.getFullName(), benefitU));
u += benefitU;
bool hasDisease = false;
foreach (Property pr in voter.getLocation().properties)
{
if (pr.proto.isDisease)
{
hasDisease = true;
break;
}
}
if (hasDisease && p != voter)
{
//We're considering giving this cure to another
//This option doesn't help me. If I'm corrupt, I'll naturally be angry at not being given help
double localU = voter.getSelfInterest() * voter.threat_plague.threat * World.staticMap.param.utility_selfInterestFromThreat * 1.5;
if (localU != 0)
{
msgs.Add(new ReasonMsg("Does not help me personally", localU));
u += localU;
}
}
return(u);
}
public override double computeUtility(Person p, VoteOption option, List <ReasonMsg> msgs)
{
double u = option.getBaseUtility(p);
if (option.index == NO_RESPONSE)
{
msgs.Add(new ReasonMsg("Neutral Option", 0));
}
if (option.index == AGENT_TO_MEDIC)
{
double localU = Unit_Investigator.getSwitchUtility(p, (Unit_Investigator)option.unit, Unit_Investigator.unitState.medic);
localU *= p.map.param.utility_swapAgentRolesMult;
msgs.Add(new ReasonMsg("Balance of agent skills vs balance of threats", localU));
u += localU;
}
if (option.index == AGENT_TO_BASIC)
{
double localU = Unit_Investigator.getSwitchUtility(p, (Unit_Investigator)option.unit, Unit_Investigator.unitState.basic);
localU *= p.map.param.utility_swapAgentRolesMult;
msgs.Add(new ReasonMsg("Balance of agent skills vs balance of threats", localU));
u += localU;
}
if (option.index == QUARANTINE)
{
//First part is your personal utility. How much am I, personally, affected?
double localU = p.threat_plague.threat;
bool amNeighbour = false;
bool hasDisease = false;
foreach (Property p2 in p.getLocation().properties)
{
if (p2.proto.isDisease)
{
hasDisease = true; break;
}
}
if (hasDisease)
{
//This option doesn't help me. It's already here. If I'm corrupt, I'll naturally be angry at not being given help
localU = p.getSelfInterest() * p.threat_plague.threat * World.staticMap.param.utility_selfInterestFromThreat;
if (localU != 0)
{
msgs.Add(new ReasonMsg("Does not help me personally", localU));
u += localU;
}
}
else
{
//I do not have the disease. Best to vote to keep it that way.
foreach (Location l2 in p.getLocation().getNeighbours())
{
foreach (Property p2 in l2.properties)
{
if (p2.proto.isDisease)
{
amNeighbour = true; break;
}
}
}
if (amNeighbour)
{
localU *= 1.5;
}
else
{
localU *= 0.66;
}
localU *= p.getSelfInterest() * -1 * World.staticMap.param.utility_selfInterestFromThreat; //Note this param is negative as it is petulance
if (localU != 0)
{
msgs.Add(new ReasonMsg("Desire to keep self safe from disease", localU));
u += localU;
}
}
//Second part is the benefit to the nation
int nNeighbours = 0;
double nSocLocs = 0;
foreach (Location l2 in p.map.locations)
{
if (l2.soc == p.society)
{
nSocLocs += 1;
}
else
{
continue;
}
hasDisease = false;
foreach (Property p2 in l2.properties)
{
if (p2.proto.isDisease)
{
hasDisease = true; break;
}
}
if (hasDisease)
{
foreach (Location l3 in l2.getNeighbours())
{
if (l3.soc != p.society)
{
continue;
}
bool l3HasDisease = false;
foreach (Property p2 in l3.properties)
{
if (p2.proto.isDisease)
{
l3HasDisease = true; break;
}
}
if (!l3HasDisease)
{
//Location 3 doesn not have the disease, but l2 does. Therefore it is a spread vector
//Since we're taking a risk for each link, we can double-count L3s.
nNeighbours += 1;
}
}
}
}
localU = nNeighbours;
if (nSocLocs > 0)
{
localU /= nSocLocs;
} //Normalise for society size
localU *= p.threat_plague.threat;
localU *= p.map.param.utility_plagueResponseMultPerRiskItem;
localU *= Math.Max(0, Math.Min(1, 1 - p.getSelfInterest()));//Clamp that between [0,1]
if (localU != 0)
{
msgs.Add(new ReasonMsg("Benefit to nation: Number of locations at risk", localU));
u += localU;
}
}
if (option.index == TREATMENT)
{
//First part is your personal utility. How much am I, personally, affected?
double localU = p.threat_plague.threat;
bool hasDisease = false;
foreach (Property p2 in p.getLocation().properties)
{
if (p2.proto.isDisease)
{
hasDisease = true; break;
}
}
if (hasDisease)
{
//I have the disease. Gotta invest in that sweet cure
localU *= p.getSelfInterest() * -1 * World.staticMap.param.utility_selfInterestFromThreat;//Note this param is negative as it is petulance
if (localU != 0)
{
msgs.Add(new ReasonMsg("Desire to save self from disease", localU));
u += localU;
}
}
else
{
//This option doesn't help me. It's already here. If I'm corrupt, I'll naturally be angry at not being given help
localU = p.getSelfInterest() * p.threat_plague.threat * World.staticMap.param.utility_selfInterestFromThreat;
if (localU != 0)
{
msgs.Add(new ReasonMsg("Does not help me personally", localU));
u += localU;
}
}
//Second part is the benefit to the nation
int nDiseased = 0;
double nSocLocs = 0;
foreach (Location l2 in p.map.locations)
{
if (l2.soc == p.society)
{
nSocLocs += 1;
}
else
{
continue;
}
foreach (Property p2 in l2.properties)
{
if (p2.proto.isDisease)
{
nDiseased += 1; break;
}
}
}
localU = nDiseased;
if (nSocLocs > 0)
{
localU /= nSocLocs;
} //Normalise for society size
localU *= p.threat_plague.threat;
localU *= p.map.param.utility_plagueResponseMultPerRiskItem;
localU *= Math.Max(0, Math.Min(1, 1 - p.getSelfInterest()));//Clamp that between [0,1]
if (localU != 0)
{
msgs.Add(new ReasonMsg("Benefit to nation: Number of locations infected", localU));
u += localU;
}
}
return(u);
}
public override double computeUtility(Person p, VoteOption option, List <ReasonMsg> msgs)
{
double u = option.getBaseUtility(p);
double concernLevel = p.threat_agents.threat; //curr 0 to 200
concernLevel += (100 * p.awareness) + (100 * p.map.worldPanic); //0 to 400
concernLevel /= 4;
concernLevel = Math.Min(concernLevel, (p.map.worldPanic * 100) + 20);
concernLevel *= (1 - p.shadow);
if (p.state == Person.personState.enthralled || p.state == Person.personState.broken)
{
concernLevel = 0;
}
//Define the range at which this manner of response is appropriate
double responseLevelMin = 0;
double responseLevelMax = 0;
if (option.index == DEFEND_PROVINCE)
{
responseLevelMin = 10;
responseLevelMax = 40;
int evidenceFound = 0;
foreach (Evidence ev in foundEvidence)
{
if (ev.locationFound.province.index == option.province)
{
evidenceFound += 1;
}
}
double localU = World.staticMap.param.utility_defendEvidenceProvince * evidenceFound * (1 - p.shadow);
msgs.Add(new ReasonMsg("Amount of evidence found in " + society.map.provinces[option.province].name + " province", localU));
u += localU;
localU = 0;
foreach (Person person in society.people)
{
if (person.getLocation() != null && person.getLocation().province.index == option.province)
{
localU += p.getRelation(person.index).getLiking() * World.staticMap.param.utility_agentDefendProvinceLikingMult;
}
}
string add = "";
msgs.Add(new ReasonMsg("Liking for nobles in province" + add, localU));
u += localU;
if (p.getLocation().province.index != option.province)
{
localU = p.getSelfInterest() * p.threat_agents.threat * World.staticMap.param.utility_selfInterestFromThreat;
if (localU != 0)
{
msgs.Add(new ReasonMsg("Does not help me personally", localU));
u += localU;
}
}
else
{
localU = -1 * p.getSelfInterest() * p.threat_agents.threat * World.staticMap.param.utility_selfInterestFromThreat;
if (localU != 0)
{
msgs.Add(new ReasonMsg("Helps me personally", localU));
u += localU;
}
}
}
if (option.index == NATIONWIDE_SECURITY)
{
responseLevelMin = 10;
responseLevelMax = 40;
double localU = World.staticMap.param.utility_evidenceResonseBaseline * (concernLevel / 100);
msgs.Add(new ReasonMsg("Base Desirability", localU));
u += localU;
localU = p.getSelfInterest() * p.threat_agents.threat * World.staticMap.param.utility_selfInterestFromThreat / 2;
if (localU != 0)
{
msgs.Add(new ReasonMsg("Doesn't maximise my provinces' defences", localU));
u += localU;
}
}
if (option.index == NO_RESPONSE)
{
responseLevelMin = 0;
responseLevelMax = 10;
if (p.getGreatestThreat() != null && p.getGreatestThreat() != p.threat_agents)
{
double localU = World.staticMap.param.utility_greatestThreatDelta * 0.5;
msgs.Add(new ReasonMsg("Not our greatest threat", localU));
u += localU;
}
else
{
double localU = -World.staticMap.param.utility_greatestThreatDelta;
msgs.Add(new ReasonMsg("Dark Agents are our greatest threat", localU));
u += localU;
}
}
if (option.index == EXPELL_ALL_FOREIGN_AGENTS)
{
responseLevelMin = 75;
responseLevelMax = 100;
double n = 0;
foreach (Unit unit in society.map.units)
{
if (unit.society == society)
{
continue;
}
if (society.enemies.Contains(unit) == false)
{
n += 1;
}
}
if (n > 0)
{
msgs.Add(new ReasonMsg("So many potential enemies!", concernLevel));
u += concernLevel;
}
}
if (option.index == LOCKDOWN_PROVINCE)
{
responseLevelMin = 40;
responseLevelMax = 100;
int evidenceFound = 0;
foreach (Evidence ev in foundEvidence)
{
if (ev.locationFound.province.index == option.province)
{
evidenceFound += 1;
}
}
double localU = World.staticMap.param.utility_defendEvidenceProvince * evidenceFound * (1 - p.shadow);
msgs.Add(new ReasonMsg("Amount of evidence found in " + society.map.provinces[option.province].name + " province", localU));
u += localU;
localU = 0;
foreach (Person person in society.people)
{
if (person.getLocation() != null && person.getLocation().province.index == option.province)
{
localU += p.getRelation(person.index).getLiking() * World.staticMap.param.utility_agentDefendProvinceLikingMult;
}
}
string add = "" + (int)(localU);
msgs.Add(new ReasonMsg("Liking for nobles in province" + add, localU));
u += localU;
if (p.getLocation().province.index != option.province)
{
localU = p.getSelfInterest() * p.threat_agents.threat * World.staticMap.param.utility_selfInterestFromThreat;
if (localU != 0)
{
msgs.Add(new ReasonMsg("Does not help me personally", localU));
u += localU;
}
}
else
{
localU = -1 * p.getSelfInterest() * p.threat_agents.threat * World.staticMap.param.utility_selfInterestFromThreat;
if (localU != 0)
{
msgs.Add(new ReasonMsg("Helps me personally", localU));
u += localU;
}
}
}
if (option.index == AGENT_TO_INVESTIGATOR)
{
responseLevelMin = 0;
responseLevelMax = 100;
Unit_Investigator inv = (Unit_Investigator)option.unit;
double localU = Unit_Investigator.getSwitchUtility(p, (Unit_Investigator)option.unit, Unit_Investigator.unitState.investigator);
localU *= p.map.param.utility_swapAgentRolesMult;
msgs.Add(new ReasonMsg("Balance of agent skills vs balance of threats", localU));
u += localU;
bool hasSuspicions = false;
foreach (RelObj rel in inv.person.relations.Values)
{
if (inv.location.map.persons[rel.them] == null)
{
continue;
}
if (rel.suspicion > 0 && inv.location.map.persons[rel.them].unit != null && inv.location.map.units.Contains(inv.location.map.persons[rel.them].unit))
{
hasSuspicions = true;
}
}
if (hasSuspicions)
{
localU = 12;
msgs.Add(new ReasonMsg("Has a suspect", localU));
u += localU;
}
}
if (option.index == AGENT_TO_BASIC)
{
responseLevelMin = 0;
responseLevelMax = 100;
double localU = Unit_Investigator.getSwitchUtility(p, (Unit_Investigator)option.unit, Unit_Investigator.unitState.basic);
localU *= p.map.param.utility_swapAgentRolesMult;
msgs.Add(new ReasonMsg("Balance of agent skills vs balance of threats", localU));
u += localU;
}
if (concernLevel > responseLevelMax)
{
double delta = responseLevelMax - concernLevel;
delta *= society.map.param.utility_extremeismScaling;
double localU = delta;
msgs.Add(new ReasonMsg("Too weak response for current concern level (" + (int)(concernLevel) + "%)", localU));
u += localU;
}
if (concernLevel < responseLevelMin)
{
double delta = concernLevel - responseLevelMin;
delta *= society.map.param.utility_extremeismScaling;
double localU = delta;
msgs.Add(new ReasonMsg("Too extreme for current concern level (" + (int)(concernLevel) + "%)", localU));
u += localU;
}
return(u);
}
