public SettlementInfo ClosestSettlementOfFaction(Faction faction)
{
InitListOfSettlements();
var travelTicks = maxTicksToNeighbour;
SettlementInfo closestSettlement = null;
if (listOfSettlements == null)
{
return(null);
}
foreach (var si in listOfSettlements)
{
if (si.settlement.Faction != faction)
{
continue;
}
var travelTicksFromHere =
CaravanArrivalTimeEstimator.EstimatedTicksToArrive(si.settlement.Tile, Tile, null);
if (travelTicksFromHere >= travelTicks)
{
continue;
}
closestSettlement = si;
travelTicks = travelTicksFromHere;
}
return(closestSettlement);
}
public void startHelping(Faction faction, RoadConstructionSite site, Pawn negotiator)
{
// Test success or failure of the negotiator, plus amount of help obtained (based on negotiation value & roll)
float negotiationValue = negotiator.GetStatValue(StatDefOf.NegotiationAbility, true);
float failChance = helpRequestFailChance / negotiationValue;
float roll = Rand.Value;
float amountOfHelp = helpBaseAmount * (1 + negotiationValue * roll * 5);
//Log.Message(String.Format("[RotR] - Negotiation for road construction help : negotiation value = {0:0.00} , fail chance = {1:P} , roll = {2:0.00} , help = {3:0.00}", negotiationValue , failChance, roll , amountOfHelp));
// Calculate how long the faction needs to start helping
SettlementInfo closestSettlement = site.closestSettlementOfFaction(faction);
int tick = Find.TickManager.TicksGame + closestSettlement.distance;
// Determine amount of help per tick
float amountPerTick = Math.Max(Rand.Gaussian(helpPerTickMedian, helpPerTickVariance), helpPerTickMin);
setCurrentlyHelping(faction);
site.initiateFactionHelp(faction, tick, amountOfHelp, amountPerTick);
}
public SettlementInfo closestSettlementOfFaction(Faction faction)
{
initListOfSettlements();
int travelTicks = maxTicksToNeighbour;
SettlementInfo closestSettlement = null;
if (listOfSettlements != null)
{
foreach (SettlementInfo si in listOfSettlements)
{
if (si.settlement.Faction == faction)
{
int travelTicksFromHere = CaravanArrivalTimeEstimator.EstimatedTicksToArrive(si.settlement.Tile, Tile, null);
if (travelTicksFromHere < travelTicks)
{
closestSettlement = si;
travelTicks = travelTicksFromHere;
}
}
}
}
return(closestSettlement);
}
