public override double ShouldAccept()
{
bool accept = true;
// check if the base meets ALL the user's requirements
if (!PassesBasicAcceptRequirements())
{
if (!Opponent.IsForcedAttack)
{
return(0);
}
}
//Check to see if the settings are favoring Gold or Elixir...
IgnoreGold = (CurrentSetting("Ignore Gold") == 1);
IgnoreElixir = (CurrentSetting("Ignore Elixir") == 1);
var minTargets = CurrentSetting("Minimum Exposed Targets");
//If ignoring Gold, Reduce the min required targets by half.
if (IgnoreGold)
{
Log.Info($"{Tag}Ignoring Gold Storages/Collectors");
}
//If ignoring Gold, Reduce the min required targets by half.
if (IgnoreElixir)
{
Log.Info($"{Tag}Ignoring Elixir Storages/Collectors");
}
var acceptableTargetRange = CurrentSetting("Acceptable Target Range");
acceptableTargetRange = acceptableTargetRange * acceptableTargetRange;
int ripeCollectors = 0;
double avgfillState = 0;
double avgCollectorLvel = 0;
var activeBase = !Opponent.IsDead();
//Check how many Collectors are Ripe for the taking (outside walls)
ripeCollectors = HumanLikeAlgorithms.CountRipeCollectors(algorithmName, acceptableTargetRange, IgnoreGold, IgnoreElixir, AttackId, out avgfillState, out avgCollectorLvel, CacheBehavior.Default, activeBase);
if (activeBase)
{
var minFillLevel = (double)(CurrentSetting("Min Collector Fill Level"));
if (Opponent.IsForcedAttack)
{
Log.Info($"{Tag}Forced Attack! Actual Fillstate: {(avgfillState * 10).ToString("F1")} Normal FillState Req: {minFillLevel}.");
}
else if ((avgfillState * 10) < minFillLevel)
{
//FillState is too Low. Skip
Log.Warning($"{Tag}Skipping - Avg fillstate is too low: {(avgfillState * 10).ToString("F1")}. Must be > {minFillLevel}.");
accept = false;
}
else
{
Log.Info($"{Tag}Avg Collector Fillstate Accepted: {(avgfillState * 10).ToString("F1")} > {minFillLevel}.");
}
var minAvgCollectorLevel = CurrentSetting("Min Average Collector Level");
if (Opponent.IsForcedAttack)
{
Log.Info($"{Tag}Forced Attack! Avg Collector Level: {avgCollectorLvel.ToString("F1")} Normal Collector Lvl Req: {minAvgCollectorLevel}.");
}
else if (avgCollectorLvel < minAvgCollectorLevel && accept)
{
//Level of Collectors is too low.
Log.Warning($"{Tag}Skipping - Avg Collector Level is too low: {avgCollectorLvel.ToString("F1")}. Must be > {minAvgCollectorLevel}.");
accept = false;
}
else if (accept)
{
Log.Info($"{Tag}Avg Collector Level Accepted: {avgCollectorLvel.ToString("F1")} > {minAvgCollectorLevel}.");
}
}
else
{
//Log some info about the AvgCollectorLevel and Fill State
Log.Info($"{Tag}Avg Collector Fillstate: {(avgfillState * 10).ToString("F1")}");
Log.Info($"{Tag}Avg Collector Level: {avgCollectorLvel.ToString("F1")}");
}
if (Opponent.IsForcedAttack)
{
Log.Info($"{Tag}Forced Attack! {ripeCollectors} targets found outside walls. Normal Min={minTargets}");
}
else if (ripeCollectors < minTargets && accept)
{
Log.Warning($"{Tag}Skipping - {ripeCollectors} targets were found outside the wall. Min={minTargets}");
accept = false;
}
else if (accept)
{
Log.Debug($"{Tag}{ripeCollectors} targets found outside walls. Min={minTargets}");
}
double returnVal = 0;
if (accept || Opponent.IsForcedAttack)
{
returnVal = .99;
}
return(returnVal);
}
public override double ShouldAccept()
{
int returnVal = 0;
// check if the base meets ALL the user's requirements
if (!Opponent.MeetsRequirements(BaseRequirements.All))
{
return(0);
}
//Check if the base is dead.
if (Opponent.IsDead(true))
{
//Check to see if the settings are favoring Gold or Elixir.. (if a resource is set to ZERO, Ignore that resource when searching for targets)
if (!UserSettings.DeadSearch.NeedsOnlyOneRequirementForAttack)
{
IgnoreGold = (UserSettings.DeadSearch.MinGold == 0);
IgnoreElixir = (UserSettings.DeadSearch.MinElixir == 0);
}
var minTargets = _minimumExposedTargets;
//If ignoring Gold, Reduce the min required targets by half.
if (IgnoreGold)
{
Log.Info($"[Human Barch] Minimum Gold = 0 - Ignoring Gold Storages/Collectors");
minTargets = (int)Math.Floor(Convert.ToDouble(minTargets) / 2d);
}
//If ignoring Gold, Reduce the min required targets by half.
if (IgnoreElixir)
{
Log.Info($"[Human Barch] Minimum Elixir = 0 - Ignoring Elixir Storages/Collectors");
minTargets = (int)Math.Floor(Convert.ToDouble(minTargets) / 2d);;
}
if (minTargets == 0)
{
minTargets = 1; //if Gold AND Elixir are Ignored, there should be at least 1 target (DE) in order to attack.
}
//Check how many Collectors are Ripe for the taking (outside walls)
int ripeCollectors = HumanLikeAlgorithms.CountRipeCollectors(_minimumDistanceToCollectors, IgnoreGold, IgnoreElixir);
Log.Info($"[Human Barch] {ripeCollectors} targets found outside walls. Min={minTargets}");
if (ripeCollectors < minTargets)
{
Log.Info($"[Human Barch] Skipping - {ripeCollectors} targets were found outside the wall. Min={minTargets}");
returnVal = 0;
}
else
{
return(1);
}
}
else
{
//Check to see if the settings are favoring Gold or Elixir.. (if a resource is set to ZERO, Ignore that resource when searching for targets)
if (!UserSettings.ActiveSearch.NeedsOnlyOneRequirementForAttack)
{
IgnoreGold = (UserSettings.ActiveSearch.MinGold == 0);
IgnoreElixir = (UserSettings.ActiveSearch.MinElixir == 0);
}
TownHall townHall = TownHall.Find(CacheBehavior.Default);
if (townHall.CanSnipe())
{
//The TH is positioned so we might be able to snipe it.
Log.Info($"[Human Barch] Sniping Active Town Hall!");
return(1);
}
else
{
Log.Info($"[Human Barch] Skipping Active Base, TH is not Snipable.");
//This is a live base, and we can't snipe the TH. Ignore the Loot Requirements, and always Skip.
returnVal = 0;
}
}
return(returnVal);
}