private void CalculateEZImpedance(List<Impedance> imps, int maxPlayers, string name, out Impedance toAdd)
{
float duration = 20 * 60 * 1000,
freq = 20 * 60,
chance = 1f;
Dictionary<bool, int> BreakCounts = new Dictionary<bool, int>() {
{ false, 0 },
{ true, 0 },
};
Dictionary<PLAYER_ROLES, int> ARCounts = new Dictionary<PLAYER_ROLES, int>() {
{ PLAYER_ROLES.MainTank, 0 },
{ PLAYER_ROLES.OffTank, 0 },
{ PLAYER_ROLES.TertiaryTank, 0 },
{ PLAYER_ROLES.MeleeDPS, 0 },
{ PLAYER_ROLES.RangedDPS, 0 },
{ PLAYER_ROLES.RaidHealer, 0 },
{ PLAYER_ROLES.MainTankHealer, 0 },
{ PLAYER_ROLES.OffAndTertTankHealer, 0 },
};
//
foreach (Impedance t in imps)
{
duration = Math.Min(duration, t.Duration);
freq = Math.Min(freq, t.Frequency);
chance = Math.Min(chance, t.Chance);
BreakCounts[t.Breakable]++;
for (int i = 0; i < (int)PLAYER_ROLES.RaidHealer; i++)
{
if (t.AffectsRole[(PLAYER_ROLES)i]) { ARCounts[(PLAYER_ROLES)i]++; }
}
}
//
bool snb = false;
foreach (bool nb in BreakCounts.Keys)
{
if (BreakCounts[nb] > BreakCounts[snb]) { snb = nb; }
if (BreakCounts[snb] == BreakCounts[false]) { snb = false; }
}
toAdd = new Impedance
{
Name = name,
Duration = duration,
Frequency = freq,
Chance = chance,
Breakable = snb,
};
foreach (PLAYER_ROLES pr in ARCounts.Keys)
{
toAdd.AffectsRole[pr] = ((float)ARCounts[pr] / (float)imps.Count) > 0.25f; // at least 25% of the affected roles matched
}
}
private void CalculateAvgImpedance(List<Impedance> imps, float fightDur, int maxPlayers, string name, out Impedance toAdd)
{
float duration = 0,
freq = 0,
chance = 0,
phaseUptime = 0;
Dictionary<bool, int> BreakCounts = new Dictionary<bool, int>() {
{ false, 0 },
{ true, 0 },
};
Dictionary<PLAYER_ROLES, int> ARCounts = new Dictionary<PLAYER_ROLES, int>() {
{ PLAYER_ROLES.MainTank, 0 },
{ PLAYER_ROLES.OffTank, 0 },
{ PLAYER_ROLES.TertiaryTank, 0 },
{ PLAYER_ROLES.MeleeDPS, 0 },
{ PLAYER_ROLES.RangedDPS, 0 },
{ PLAYER_ROLES.RaidHealer, 0 },
{ PLAYER_ROLES.MainTankHealer, 0 },
{ PLAYER_ROLES.OffAndTertTankHealer, 0 },
};
//
foreach (Impedance t in imps)
{
duration += t.Duration;
freq += t.Frequency;
chance += t.Chance;
phaseUptime += t.FightUptimePercent;
BreakCounts[t.Breakable]++;
for (int i = 0; i < (int)PLAYER_ROLES.RaidHealer; i++)
{
if (t.AffectsRole[(PLAYER_ROLES)i]) { ARCounts[(PLAYER_ROLES)i]++; }
}
}
//
duration /= (float)imps.Count;
freq /= (float)imps.Count;
chance /= (float)imps.Count;
phaseUptime /= (float)imps.Count;
//
bool snb = false;
foreach (bool nb in BreakCounts.Keys)
{
if (BreakCounts[nb] > BreakCounts[snb]) { snb = nb; }
if (BreakCounts[snb] == BreakCounts[false]) { snb = false; }
}
toAdd = new Impedance
{
Name = name,
Duration = duration,
Frequency = freq,
Chance = chance,
Breakable = snb,
FightDuration = fightDur,
};
toAdd.PhaseTimes[1] = new float[] { 0, fightDur * phaseUptime };
foreach (PLAYER_ROLES pr in ARCounts.Keys)
{
toAdd.AffectsRole[pr] = ((float)ARCounts[pr] / (float)imps.Count) > 0.25f; // at least 25% of the affected roles matched
}
}
public Impedance(Impedance i) {
Impedance clone = (Impedance)i.MemberwiseClone();
Frequency = clone.Frequency;
Duration = clone.Duration;
Chance = clone.Chance;
Breakable = clone.Breakable;
}