bool CheckAccHit(SkillCalc skill, TerasCalcs source, TerasCalcs target)
{
if (skill.baseSkill.AlwaysHit == true)
{
return(true);
}
float skillAccuracy = skill.baseSkill.Accuracy;
int accuracy = source.BoostStats[Stat.accuracy];
int evasion = target.BoostStats[Stat.evasion];
var boostValues = new float[] { 1f, 4f / 3f, 5f / 3f, 2f, 7f / 3f, 8f / 3f, 3f };
if (accuracy > 0)
{
skillAccuracy *= boostValues[accuracy];
}
else
{
skillAccuracy /= boostValues[-accuracy];
}
if (evasion > 0)
{
skillAccuracy /= boostValues[evasion];
}
else
{
skillAccuracy *= boostValues[-evasion];
}
return(UnityEngine.Random.Range(1, 101) <= skillAccuracy);
}
IEnumerator RunSkillEffects(SkillEffects effects, TerasCalcs source, TerasCalcs target, SkillTarget targetedAt)
{
// stat boosting
if (effects.Boosts != null)
{
if (targetedAt == SkillTarget.self)
{
source.ApplyBoost(effects.Boosts);
}
else
{
target.ApplyBoost(effects.Boosts);
}
}
//Status condition
if (effects.Status != ConditionID.none)
{
target.SetStatus(effects.Status);
}
//Volotile status condition
if (effects.VolotileStatus != ConditionID.none)
{
target.SetVolotileStatus(effects.VolotileStatus);
}
yield return(ShowStatusChanges(source));
yield return(ShowStatusChanges(target));
}
// Function to take damage
public DamageDetails TakeDamage(SkillCalc skill, TerasCalcs attacker)
{
// check for critical hit
float critical = 1f;
if (Random.value * 100f <= 6.25)
{
critical = 2f;
}
// check element effectiveness
float element = ElementEffectiveness.GetEffectiveness(skill.baseSkill.SkillElement, attacker._baseTeras.FirstElement) * ElementEffectiveness.GetEffectiveness(skill.baseSkill.SkillElement, attacker._baseTeras.SecondElement);
// set details of damage
var DMG_Details = new DamageDetails()
{
Critical = critical,
ElementEffectiveness = element,
Fainted = false
};
// calculate damage
float modifiers = 1 * element * critical;
float a = (2 * attacker.level + 10) / 250f;
float d = a * skill.baseSkill.Damage * ((float)attacker._baseTeras.Attack / _baseTeras.Defense);
int damage = Mathf.FloorToInt(d * modifiers);
// substract health
this.Health -= damage;
UpdateHP(damage);
return(DMG_Details);
}
IEnumerator ShowStatusChanges(TerasCalcs teras)
{
while (teras.StatusChanges.Count > 0)
{
var message = teras.StatusChanges.Dequeue();
yield return(dialogBox.TypeDialog(message));
}
}
// sets name, level and health bar
public void setData(TerasCalcs teras)
{
_teras = teras;
nameText.text = _teras._baseTeras.Name;
levelText.text = "Level: " + _teras.Level;
HealthBar.setHealth((float)_teras.Health / _teras.CalculateMaxHealthStat);
}
IEnumerator SwitchTeras(TerasCalcs nextTeras)
{
if (playerUnit.teras.Health > 0)
{
yield return(dialogBox.TypeDialog($"Return {playerUnit.teras._baseTeras.Name}"));
playerUnit.FaintAnim();
yield return(new WaitForSeconds(2f));
}
// setup player
playerUnit.Setup(nextTeras);
// set skills of player
dialogBox.SetSkillNames(nextTeras.Skills);
yield return(StartCoroutine(dialogBox.TypeDialog($"Fight {nextTeras._baseTeras.Name}!")));
state = BattleState.RunningTurn;
}
// sets name, level and health bar
public void setData(TerasCalcs teras)
{
_teras = teras;
nameText.text = teras._baseTeras.Name;
levelText.text = "Level: " + teras.Level;
HealthBar.setHealth((float)teras.Health / teras.CalculateMaxHealthStat);
StatusColors = new Dictionary <ConditionID, Color>()
{
{ ConditionID.poison, poisonClr },
{ ConditionID.paralysis, paralyzeClr },
{ ConditionID.burn, burnClr },
{ ConditionID.sleep, sleepClr },
};
SetStatusText();
_teras.OnStatusChange += SetStatusText;
}
// sets images for enemy or player teras
public void Setup(TerasCalcs terasSetup)
{
teras = terasSetup;
// set image
if (isPlayerUnit)
{
image.sprite = teras._baseTeras.BackSprite;
}
else
{
image.sprite = teras._baseTeras.FrontSprite;
}
image.color = originalColor;
hud.setData(terasSetup);
EnterToBattleAnim();
}
// When the object is created sets up UI for battle
public void StartBattle(TerasParty PLAYER, TerasCalcs WILD_TERAS)
{
playersParty = PLAYER;
wild = WILD_TERAS;
StartCoroutine(SetupBattle());
}
