public virtual float GetXActs(AttackTableSelector i, float acts, bool isMH)
{
AttackTable table = (isMH ? MHAtkTable : OHAtkTable);
float retVal = 0f;
switch (i)
{
case AttackTableSelector.Missed: { retVal = acts * table.Miss; break; }
case AttackTableSelector.Dodged: { retVal = acts * table.Dodge; break; }
case AttackTableSelector.Parried: { retVal = acts * table.Parry; break; }
case AttackTableSelector.Blocked: { retVal = acts * table.Block; break; }
case AttackTableSelector.Crit: { retVal = acts * table.Crit; break; }
case AttackTableSelector.Glance: { retVal = acts * table.Glance; break; }
case AttackTableSelector.Hit: { retVal = acts * table.Hit; break; }
default: { break; }
}
return(retVal);
}
/*public virtual float ContainCritValue(bool IsMH) {
* //float BaseCrit = IsMH ? combatFactors._c_mhycrit : combatFactors._c_ohycrit;
* return Math.Min(1f, (IsMH ? combatFactors._c_mhycrit : combatFactors._c_ohycrit) + BonusCritChance);
* }*/
public virtual float GetXActs(AttackTableSelector i, float acts)
{
float retVal = 0f;
switch (i)
{
case AttackTableSelector.Missed: { retVal = acts * RWAtkTable.Miss; break; }
case AttackTableSelector.Crit: { retVal = acts * RWAtkTable.Crit; break; }
case AttackTableSelector.Hit: { retVal = acts * RWAtkTable.Hit; break; }
default: { break; }
}
return(retVal);
}
/*public virtual float ContainCritValue(bool IsMH) {
* //float BaseCrit = IsMH ? combatFactors._c_mhycrit : combatFactors._c_ohycrit;
* return Math.Min(1f, (IsMH ? combatFactors._c_mhycrit : combatFactors._c_ohycrit) + BonusCritChance);
* }*/
protected virtual float GetXActs(AttackTableSelector i, float acts)
{
float retVal = 0f;
switch (i)
{
case AttackTableSelector.Missed: { retVal = acts * RWAtkTable.Miss; break; }
//case AttackTableSelector.Dodged: { retVal = acts * RWAtkTable.Dodge; break; }
//case AttackTableSelector.Parried: { retVal = acts * RWAtkTable.Parry; break; }
//case AttackTableSelector.Blocked: { retVal = acts * RWAtkTable.Block; break; }
//case AttackTableSelector.Glance: { retVal = acts * RWAtkTable.Glance; break; }
case AttackTableSelector.Crit: { retVal = acts * RWAtkTable.Crit; break; }
case AttackTableSelector.Hit: { retVal = acts * RWAtkTable.Hit; break; }
default: { break; }
}
return(retVal);
}
/*public virtual float ContainCritValue(bool IsMH) {
//float BaseCrit = IsMH ? combatFactors._c_mhycrit : combatFactors._c_ohycrit;
return Math.Min(1f, (IsMH ? combatFactors._c_mhycrit : combatFactors._c_ohycrit) + BonusCritChance);
}*/
public virtual float GetXActs(AttackTableSelector i, float acts)
{
float retVal = 0f;
switch (i)
{
case AttackTableSelector.Missed: { retVal = acts * RWAtkTable.Miss; break; }
case AttackTableSelector.Crit: { retVal = acts * RWAtkTable.Crit; break; }
case AttackTableSelector.Hit: { retVal = acts * RWAtkTable.Hit; break; }
default: { break; }
}
return retVal;
}
//public virtual float ContainCritValue_MH { get { return Math.Min(1f, DPSWarrChar.CombatFactors.Cmhycrit + BonusCritChance); } }
//public virtual float ContainCritValue_OH { get { return Math.Min(1f, DPSWarrChar.CombatFactors.Cohycrit + BonusCritChance); } }
/*public virtual float ContainCritValue(bool IsMH) {
//float BaseCrit = IsMH ? DPSWarrChar.CombatFactors.Cmhycrit : DPSWarrChar.CombatFactors.Cohycrit;
return Math.Min(1f, (IsMH ? DPSWarrChar.CombatFactors.Cmhycrit : DPSWarrChar.CombatFactors.Cohycrit) + BonusCritChance);
}*/
protected float GetXActs(AttackTableSelector i, float acts)
{
float retVal = 0f;
switch (i)
{
case AttackTableSelector.Missed: { retVal = acts * MHAtkTable.Miss; break; }
case AttackTableSelector.Dodged: { retVal = acts * MHAtkTable.Dodge; break; }
case AttackTableSelector.Parried: { retVal = acts * MHAtkTable.Parry; break; }
case AttackTableSelector.Blocked: { retVal = acts * MHAtkTable.Block; break; }
case AttackTableSelector.Glance: { retVal = acts * MHAtkTable.Glance; break; }
case AttackTableSelector.Critical: { retVal = acts * MHAtkTable.Crit; break; }
case AttackTableSelector.Hit: { retVal = acts * MHAtkTable.Hit; break; }
default: { break; }
}
return retVal;
}
public virtual float GetXActs(AttackTableSelector i, float acts, bool isMH) {
AttackTable table = (isMH ? MHAtkTable : OHAtkTable);
float retVal = 0f;
switch (i) {
case AttackTableSelector.Missed: { retVal = acts * table.Miss; break; }
case AttackTableSelector.Dodged: { retVal = acts * table.Dodge; break; }
case AttackTableSelector.Parried: { retVal = acts * table.Parry; break; }
case AttackTableSelector.Blocked: { retVal = acts * table.Block; break; }
case AttackTableSelector.Critical: { retVal = acts * table.Crit; break; }
case AttackTableSelector.Glance: { retVal = acts * table.Glance; break; }
case AttackTableSelector.Hit: { retVal = acts * table.Hit; break; }
default: { break; }
}
return retVal;
}