/* What does this skill do?
*
* Passive effect: Increase balance on attack, decrease balance on evade
* Actice effect:
* Everything: Reset balance
* Everything else: +15 damage
*/
public override Modifier Resolve(SkillTree move, MoveInfo ufeMove, bool p1UsedMove, bool passive)
{
Modifier mod = new Modifier();
if (passive)
{
// Scale balance using a sigmoid
if (p1UsedMove)
{
Dictionary <string, string> atLeast = new Dictionary <string, string>()
{
{ Constants.indexBalance, Constants.STARTING_BALANCE.ToString() }
};
// Scale upwards when at least STARTING_BALANCE
if (balanceScript.VerifyActiveEffect(atLeast, null, null, Constants.p1Key))
{
balanceScript.PassiveEffect(Constants.STARTING_BALANCE + float.Parse(balanceScript.CurrentValue(Constants.p1Key, Constants.indexBalance)) * (Constants.MAX_BALANCE - Constants.STARTING_BALANCE) / Constants.MAX_BALANCE, Constants.p1Key, set: true);
}
// Scale downwards when at most STARTING_BALANCE
else
{
balanceScript.PassiveEffect(Constants.MIN_BALANCE + float.Parse(balanceScript.CurrentValue(Constants.p1Key, Constants.indexBalance)) * (Constants.STARTING_BALANCE - Constants.MIN_BALANCE) / Constants.MAX_BALANCE, Constants.p1Key, set: true);
}
}
else
{
Dictionary <string, string> atLeast = new Dictionary <string, string>()
{
{ Constants.indexBalance, Constants.STARTING_BALANCE.ToString() }
};
// Scale upwards when at least STARTING_BALANCE
if (balanceScript.VerifyActiveEffect(atLeast, null, null, Constants.p2Key))
{
balanceScript.PassiveEffect(Constants.STARTING_BALANCE + float.Parse(balanceScript.CurrentValue(Constants.p2Key, Constants.indexBalance)) * (Constants.MAX_BALANCE - Constants.STARTING_BALANCE) / Constants.MAX_BALANCE, Constants.p2Key, set: true);
}
// Scale downwards when at most STARTING_BALANCE
else
{
balanceScript.PassiveEffect(Constants.MIN_BALANCE + float.Parse(balanceScript.CurrentValue(Constants.p2Key, Constants.indexBalance)) * (Constants.STARTING_BALANCE - Constants.MIN_BALANCE) / Constants.MAX_BALANCE, Constants.p2Key, set: true);
}
}
}
else
{
Dictionary <string, string> atMost = new Dictionary <string, string>()
{
{ Constants.indexBalance, maxBalance.ToString() }
},
atLeast = new Dictionary <string, string>()
{
{ Constants.indexBalance, resetBalanceAt.ToString() }
};
// Do something depending on the move that called it
switch (move.move)
{
case Constants.BASIC:
case Constants.STRONG:
case Constants.GRAB:
if (p1UsedMove)
{
if (balanceScript.VerifyActiveEffect(null, atMost, null, Constants.p1Key))
{
mod = new Modifier(0, extraDamage, 0, "");
// Reset stacks
balanceScript.PassiveEffect(0.0f, Constants.p1Key, index: attackCount, set: true);
balanceScript.PassiveEffect(0.0f, Constants.p1Key, index: evadeCount, set: true);
}
}
else
{
if (balanceScript.VerifyActiveEffect(null, atMost, null, Constants.p2Key))
{
mod = new Modifier(0, extraDamage, 0, "");
// Reset stacks
balanceScript.PassiveEffect(0.0f, Constants.p2Key, index: attackCount, set: true);
balanceScript.PassiveEffect(0.0f, Constants.p2Key, index: evadeCount, set: true);
}
}
break;
case Constants.EVADE:
// On evade, calculate whether or not values should be reset
if (p1UsedMove)
{
if (balanceScript.VerifyActiveEffect(atLeast, null, null, Constants.p1Key))
{
balanceScript.PassiveEffect(Constants.STARTING_BALANCE, Constants.p1Key, set: true);
balanceScript.PassiveEffect(0.0f, Constants.p1Key, index: attackCount, set: true);
balanceScript.PassiveEffect(0.0f, Constants.p1Key, index: evadeCount, set: true);
}
}
else
{
if (balanceScript.VerifyActiveEffect(atLeast, null, null, Constants.p2Key))
{
balanceScript.PassiveEffect(Constants.STARTING_BALANCE, Constants.p2Key, set: true);
balanceScript.PassiveEffect(0.0f, Constants.p2Key, index: attackCount, set: true);
balanceScript.PassiveEffect(0.0f, Constants.p2Key, index: evadeCount, set: true);
}
}
break;
default:
break;
}
}
return(mod);
}
