private void PopulateSingleUseValues(Dictionary <string, string> dictValues, string szName, DKability eAbility)
{
dictValues.Add(szName, string.Format("{0:N0} ({1:N2} DPS)*{2:N0} ({3:N2} TPS)", DPUdamSub[(int)eAbility], DPUdpsSub[(int)eAbility], DPUthreatSub[(int)eAbility], DPUtpsSub[(int)eAbility]));
}
private void PopulateSingleUseValues(Dictionary<string, string> dictValues, string szName, DKability eAbility)
{
dictValues.Add(szName, string.Format("{0:N0} ({1:N2} DPS)*{2:N0} ({3:N2} TPS)", DPUdamSub[(int)eAbility], DPUdpsSub[(int)eAbility], DPUthreatSub[(int)eAbility], DPUtpsSub[(int)eAbility]));
}
/// <summary>
/// Get the first Instance of ability used based on DKAbility Index.
/// </summary>
/// <param name="DKAi">Index value for ability from enum DKability</param>
/// <returns></returns>
public static AbilityDK_Base GetAbilityOfType(List<AbilityDK_Base> l_Rot, DKability DKAi)
{
if (null != l_Rot)
{
foreach (AbilityDK_Base a in l_Rot)
{
if (a.AbilityIndex == (int)DKAi)
return a;
}
}
return null;
}
/// <summary>
/// Get the first Instance of ability used based on DKAbility Index.
/// </summary>
/// <param name="DKAi">Index value for ability from enum DKability</param>
/// <returns></returns>
public AbilityDK_Base GetAbilityOfType(DKability DKAi)
{
return GetAbilityOfType(ml_Rot, DKAi);
}
public uint Count(DKability t)
{
uint uContains = 0;
if (null != ml_Rot)
{
foreach (AbilityDK_Base ab in ml_Rot)
{
if (ab.AbilityIndex == (int)t)
uContains++;
}
}
return uContains;
}
public bool Contains(DKability t)
{
bool bContains = false;
if (null != ml_Rot)
{
foreach (AbilityDK_Base ab in ml_Rot)
{
if (ab.AbilityIndex == (int)t)
bContains = true;
}
}
return bContains;
}