IEnumerator UseMoveCo(AtkTurn theturn)
{
double dam = 0;
double origdam = 0;
int paracheck = 100;
int numhits = 0;
bool multihit = false;
bool mixedupfail = false;
Monster.SubMonster atk = theturn.atk;
Monster.SubMonster def = theturn.def;
Move.SubMove themove = theturn.atkmove;
int typecheck = Types.CheckWeakness(themove.type, def.Type);
bool statimmune = false;
bool dodamage = themove.dodamage;
bool movefailed = false;
if (themove.self)
{
statimmune = true;
}
if (themove.status == Monster.Status.none)
{
statimmune = true;
}
TheQueue.AddQueue(atk.Name + " used " + themove.Name + "!");
//separate
if (atk.status.Contains(Monster.Status.paralyze) || atk.status.Contains(Monster.Status.frozen))
{
paracheck = (int)UnityEngine.Random.Range((int)0, (int)3);
if (paracheck != 0)
{
TheQueue.AddQueue(atk.Name + "'s status prevented it from moving!");
usingmove = false;
yield break;
}
}
else if (atk.status.Contains(Monster.Status.asleep))
{
if ((int)UnityEngine.Random.Range((int)0, (int)5) == 0)
{
TheQueue.AddQueue(atk.Name + " is still sleeping!");
TheQueue.AddQueue(atk.Name + " just woke up");
atk.SetStatus(Monster.Status.none, 1);
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UpStats();
}
else
{
TheQueue.AddQueue(atk.Name + " is still sleeping!");
usingmove = false;
yield break;
}
}
themove.Use();
if (def.status.Contains(Monster.Status.evading))
{
if ((themove.dodamage || (!themove.self && themove.status != Monster.Status.none)))
{
if ((int)UnityEngine.Random.Range((int)0, (int)4) > 0)
{
TheQueue.AddQueue(def.Name + " evaded the move!");
if (themove.hurtself)
{
TheQueue.AddQueue(atk.Name + " hurt itself!");
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
TheQueue.AddQueue("It caused " + themove.hurtselfdam + " damage!");
UpHealth();
atk.Damage(themove.hurtselfdam);
if (atk.isDead())
{
TheQueue.AddQueue(atk.Name + " died!!!");
}
}
usingmove = false;
yield break;
}
}
}
dam = themove.GiveDam();
dam *= (1 + (atk.ATK / 200));
dam = System.Math.Round(dam, 2);
//maybe move this switch statement within themove.hit()
if (themove.dodamage || !statimmune)
{
switch (def.thequirk.quirk)
{
case Monster.QuirkType.none:
break;
case Monster.QuirkType.bouncer:
if (themove.mt == def.thequirk.afmt && themove.dodamage)
{
TheQueue.AddQueue(def.Name + "'s " + def.thequirk.Name + " caused the move to bounce back!"); //,false);
atk.Damage(dam / 2);
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UpHealth();
dodamage = false;
movefailed = true;
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UpHealth();
TheQueue.AddQueue("It caused " + dam / 2 + " damage!"); //,true);
if (!themove.hurtself)
{
usingmove = false;
yield break;
}
}
break;
case Monster.QuirkType.dodger:
if (themove.mt == def.thequirk.afmt && themove.dodamage)
{
if ((int)UnityEngine.Random.Range(0, 2) == 0)
{
break;
}
else
{
dodamage = false;
movefailed = true;
TheQueue.AddQueue(def.Name + "'s " + def.thequirk.Name + " caused them to dodge!"); //,false);
if (!themove.hurtself)
{
usingmove = false;
yield break;
}
}
}
break;
case Monster.QuirkType.givestatus:
if (themove.mt == def.thequirk.afmt && themove.dodamage && !atk.status.Contains(def.thequirk.givestatus))
{
if (atk.thequirk.quirk == Monster.QuirkType.statimmune)
{
if (atk.thequirk.givestatus == def.thequirk.givestatus)
{
break;
}
else
{
TheQueue.AddQueue("The move caused a status rebound!");
atk.SetStatus(def.thequirk.givestatus, def.thequirk.statlen);
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UpStats();
}
}
else
{
TheQueue.AddQueue("The move caused a status rebound!");
atk.SetStatus(def.thequirk.givestatus, def.thequirk.statlen);
//unless the attacker is immune to this status effect
}
}
break;
case Monster.QuirkType.healer:
if (def.thequirk.aftype == themove.type && themove.dodamage)
{
dodamage = false;
movefailed = true;
TheQueue.AddQueue("The moved caused " + def.Name + " to heal!");
def.Heal(def.thequirk.healhurt);
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UpHealth();
if (!themove.hurtself)
{
usingmove = false;
yield break;
}
}
break;
case Monster.QuirkType.healerMT:
if (def.thequirk.afmt == themove.mt && themove.dodamage)
{
movefailed = true;
dodamage = false;
//add quirk name
TheQueue.AddQueue("The moved caused " + def.Name + " to heal!");
def.Heal(def.thequirk.healhurt);
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UpHealth();
if (!themove.hurtself)
{
usingmove = false;
yield break;
}
}
break;
case Monster.QuirkType.hurter:
if (def.thequirk.afmt == themove.mt && themove.dodamage)
{
//add quirk name
TheQueue.AddQueue("The moved caused " + atk.Name + " to take " + def.thequirk.healhurt + " damage!");
atk.Damage(def.thequirk.healhurt);
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UpHealth();
//if (atkr.isDead()) return;
}
break;
case Monster.QuirkType.hurterT:
if (def.thequirk.aftype == themove.type && themove.dodamage)
{
//add quirk name
TheQueue.AddQueue("The moved caused " + atk.Name + " to take damage!");
atk.Damage(def.thequirk.healhurt);
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UpHealth();
//if (atkr.isDead()) return;
}
break;
case Monster.QuirkType.mtimmune:
if (themove.mt == def.thequirk.afmt && themove.dodamage)
{
movefailed = true;
//add quirk name
dodamage = false;
TheQueue.AddQueue(def.Name + " is immune to this type of move!");
if (!themove.hurtself)
{
usingmove = false;
yield break;
}
}
break;
case Monster.QuirkType.statimmune:
if (themove.status == def.thequirk.givestatus && !themove.self)
{
//add quirk name
statimmune = true;
TheQueue.AddQueue(def.Name + " is immune to " + themove.Name + "'s status effect!");
}
break;
case Monster.QuirkType.typeimmune:
if (themove.type == def.thequirk.aftype && themove.dodamage)
{
//add quirk name
dodamage = false;
movefailed = true;
TheQueue.AddQueue(def.Name + " is immune to this type!");
if (!themove.hurtself)
{
usingmove = false;
yield break;
}
}
break;
}
}
if (themove.Hit())
{
if (dodamage)
{
dam = themove.GiveDam();
dam *= (1 + (atk.ATK / 200));
//dam = System.Math.Round(dam, 2);
if (atk.status.Contains(Monster.Status.doubled))
{
dam *= 2;
TheQueue.AddQueue(atk.Name + "'s status caused double damage!");
}
if (atk.status.Contains(Monster.Status.halved))
{
dam *= .5;
TheQueue.AddQueue(atk.Name + "'s status caused half damage!");
}
if (atk.status.Contains(Monster.Status.high))
{
dam *= .7;
TheQueue.AddQueue(atk.Name + "'s status caused reduced damage!");
}
if (atk.status.Contains(Monster.Status.mixedup))
{
if ((int)UnityEngine.Random.Range((int)0, (int)2) == 0)
{
TheQueue.AddQueue(atk.Name + " hurt itself instead!");
dam = System.Math.Round(dam, 2);
atk.Damage(dam / 2);
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UpHealth();
TheQueue.AddQueue("It did " + dam / 2 + " damage!");
mixedupfail = true;
dodamage = false;
statimmune = true;
}
}
if (def.status.Contains(Monster.Status.annoyed) && !mixedupfail)
{
//print("poopoo");
dam *= 1.4;
TheQueue.AddQueue(def.Name + "'s status caused increased damage!");
}
if (def.status.Contains(Monster.Status.cold) && !mixedupfail)
{
dam *= 1.4;
TheQueue.AddQueue(def.Name + "'s status caused increased damage!");
}
if (dodamage)
{
if (typecheck == 2)
{
TheQueue.AddQueue("MEGA WEAKNESS! INSTAKILL!");
dam *= 3000;
}
else if (typecheck == 1)
{
TheQueue.AddQueue("Super effective!");
dam *= 2;
/*if (themove.Crit())
* {
* dam *= 2;
* TheQueue.AddQueue("Critical hit!");
* }*/
//def.Damage(dam);
//TheQueue.AddQueue("It did " + dam + " damage!");
}
else if (typecheck == 0)
{
/*if (themove.Crit())
* {
* dam *= 1.5;
* TheQueue.AddQueue("Critical hit!");
* }*/
//Damage(dam);
//TheQueue.AddQueue("It did " + dam + " damage!");
}
else if (typecheck == -1)
{
TheQueue.AddQueue("Not very effective");
dam /= 1.5;
//Damage(dam);
//TheQueue.AddQueue("It did " + dam + " damage!");
}
else if (typecheck == -2)
{
movefailed = true;
statimmune = true;
dodamage = false;
mixedupfail = true;
TheQueue.AddQueue("The move had no effect!");
}
else if (typecheck == -3)
{
movefailed = true;
dodamage = false;
mixedupfail = true;
TheQueue.AddQueue("The move caused " + dam + " points of healing!");
def.Heal(dam);
statimmune = true;
}
if (!mixedupfail)
{
dam = Math.Round(dam, 2);
origdam = dam;
if (themove.multihit && UnityEngine.Random.Range(0, 100f) < themove.MHP)
{
multihit = true;
TheQueue.AddQueue("Multi hit move!");
}
if (!multihit)
{
if (themove.Crit())
{
dam *= 1.5;
TheQueue.AddQueue("Critical hit!");
}
TheQueue.AddQueue("It did " + dam + " damage!");
def.Damage(dam);
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UnityEngine.Random.InitState((int)System.DateTime.Now.Ticks);
UpHealth();
}
else if (multihit)
{
if (themove.Crit())
{
dam *= 1.5;
TheQueue.AddQueue("Critical hit!");
}
TheQueue.AddQueue("First hit did " + dam + " damage!");
def.Damage(dam);
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UnityEngine.Random.InitState((int)System.DateTime.Now.Ticks);
UpHealth();
numhits = 2;
dam = origdam * (double)UnityEngine.Random.Range(.9f, 1.1f);
dam = Math.Round(dam, 2);
if (themove.Crit())
{
dam *= 1.5;
TheQueue.AddQueue("Critical hit!");
}
TheQueue.AddQueue("Second hit did " + dam + " damage!");
def.Damage(dam);
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UpHealth();
if (themove.maxhits > 2)
{
for (int i = 3; i <= themove.maxhits; i++)
{
if (UnityEngine.Random.Range(0, 100f) < themove.MHP)
{
dam = origdam * (double)UnityEngine.Random.Range(.8f, 1.2f);
dam = Math.Round(dam, 2);
if (themove.Crit())
{
dam *= 1.5;
TheQueue.AddQueue("Critical hit!");
}
def.Damage(dam);
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UpHealth();
UnityEngine.Random.InitState((int)System.DateTime.Now.Ticks);
numhits = i;
TheQueue.AddQueue("Hit " + i + " did " + dam + " damage!");
}
else
{
break;
}
}
}
TheQueue.AddQueue(numhits + " hits!");
}
}
}
}
if (!def.isDead() && !statimmune && themove.status != Monster.Status.none)
{
def.SetStatus(themove.status, themove.statlen);
}
//else if (!def.isDead() && !statimmune && themove.status != Monster.Status.none && def.status != Monster.Status.none && themove.statoverride)
//def.SetStatus(themove.status, themove.statlen);
else if (!def.isDead() && themove.status != Monster.Status.none && !themove.self && statimmune)
{
TheQueue.AddQueue(themove.Name + "'s status effect failed!");
}
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UpStats();
if (themove.hurtself)
{
TheQueue.AddQueue(atk.Name + " hurt itself!");
TheQueue.AddQueue("It caused " + themove.hurtselfdam + " damage!");
//health bar animation
atk.Damage(themove.hurtselfdam);
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UpHealth();
}
else if (themove.healself && !movefailed)
{
TheQueue.AddQueue(themove.Name + " caused " + atk.Name + " to heal!");
TheQueue.AddQueue(atk.Name + " healed " + themove.hurtselfdam + " health!");
//health bar animation
atk.Heal(themove.hurtselfdam);
}
if (themove.self && !atk.status.Contains(themove.status) && !atk.isDead())
{
TheQueue.AddQueue(themove.Name + " gave " + atk.Name + " a status effect!");
atk.SetStatus(themove.status, themove.statlen);
statimmune = true;
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
//if(themove.healself)
//return;
}
/*else if (themove.self && atk.status != Monster.Status.none && themove.statoverride && !atk.isDead())
* {
* TheQueue.AddQueue(themove.Name + " gave " + atk.Name + " a status effect!");
* atk.SetStatus(themove.status, themove.statlen);
* statimmune = true;
* }*/
else if (themove.self && atk.status.Contains(themove.status) && !atk.isDead())
{
TheQueue.AddQueue(atk.Name + " failed to give itself a status effect!");
}
if (def.isDead())
{
TheQueue.AddQueue(def.Name + " died!!!");
}
if (atk.isDead())
{
TheQueue.AddQueue(atk.Name + " died!!!");
}
}
else
{
TheQueue.AddQueue(atk.Name + "'s attack missed!");
}
//UpStats();
usingmove = false;
}
IEnumerator MonTurn(TurnType tt)
{
switch (tt)
{
case TurnType.none:
break;
case TurnType.attack:
atkturn.atk = p2mon;
atkturn.def = p1mon;
atkturn.atkmove = turnmove2;
usingmove = true;
StartCoroutine("UseMoveCo", atkturn);
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UpHealth();
break;
case TurnType.change:
p2mon = changeto2;
changeto2 = new Monster.SubMonster();
UpHealth();
TheQueue.AddQueue("P2 has changed m0nst3rz to " + p2mon.Name + "!");
break;
}
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
if (!p2mon.isDead())
{
p2mon.StatLenUpdate();
while (TheQueue.QCount() > 0)
{
yield return(new WaitForEndOfFrame());
}
UpHealth();
}
if (p1mon.isDead() && p2mon.isDead())
{
TheQueue.AddQueue("Both m0nst3rz have died!");
player1.moninv.RemoveMonster(p1mon);
p1mon = new Monster.SubMonster();
player2.moninv.RemoveMonster(p2mon);
p2mon = new Monster.SubMonster();
if (player1.moninv.HasAnActive() && player2.moninv.HasAnActive())
{
TheQueue.curdead = true;
while (p1mon.Name == "" || p2mon.Name == "")
{
yield return(new WaitForEndOfFrame());
}
}
else if (!player1.moninv.HasAnActive() && !player2.moninv.HasAnActive())
{
TheQueue.AddQueue("It's a tie!!!");
}
else if (!player2.moninv.HasAnActive())
{
TheQueue.AddQueue("P1 out of m0nst3rz!");
TheQueue.AddQueue("P2 wins!!!");
}
else if (!player1.moninv.HasAnActive())
{
TheQueue.AddQueue("P2 out of m0nst3rz!");
TheQueue.AddQueue("P1 wins!!!");
}
yield break;
}
else if (p1mon.isDead())
{
player1.moninv.RemoveMonster(p1mon);
if (player1.moninv.HasAnActive())
{
//player1.moninv.RemoveMonster(p1mon);
p1mon = new Monster.SubMonster();
TheQueue.curdead = true;
while (p1mon.Name == "")
{
yield return(new WaitForEndOfFrame());
}
}
else
{
//player1.moninv.RemoveMonster(p1mon);
p1mon = new Monster.SubMonster();
TheQueue.AddQueue("P1 is out of m0nst3rz!!!");
TheQueue.AddQueue("P2 Wins!");
//TheQueue.gohome = true; //DISCONNECT
yield break;
}
}
else if (p2mon.isDead())
{
player2.moninv.RemoveMonster(p2mon);
if (player2.moninv.HasAnActive())
{
//player2.moninv.RemoveMonster(p2mon);
p2mon = new Monster.SubMonster();
TheQueue.curdead = true;
while (p2mon.Name == "")
{
yield return(new WaitForEndOfFrame());
}
}
else
{
//player1.moninv.RemoveMonster(p1mon);
p2mon = new Monster.SubMonster();
TheQueue.AddQueue("P2 is out of m0nst3rz!!!");
TheQueue.AddQueue("P1 Wins!");
//TheQueue.gohome = true; //DISCONNECT
yield break;
}
}
if (TheQueue.QCount() == 0)
{
turn2 = false;
}
}