// function to highlight skills and update skill details
public void UpdateSkillSelection(int selectedSkill, SkillCalc skill)
{
// highlight selected skill
for (int i = 0; i < skillText.Count; i++)
{
if (i == selectedSkill)
{
skillText[i].color = highletedColor;
}
else
{
skillText[i].color = Color.black;
}
}
// update skill details
useLeftText.text = $"Use Left: {skill.UseLeft}/{skill.baseSkill.UseLeft}";
elementText.text = skill.baseSkill.SkillElement.ToString();
// visual feedback for player that has no use left
if (skill.UseLeft == 0)
{
useLeftText.color = Color.red;
}
else
{
useLeftText.color = Color.black;
}
}
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);
}
// 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 RunSkill(BattleUnit source, BattleUnit target, SkillCalc skill)
{
bool canMove = source.teras.OnBeforeMove();
if (!canMove)
{
yield return(ShowStatusChanges(source.teras));
yield return(source.Hud.UpdateHP());
yield break;
}
skill.UseLeft--;
yield return(dialogBox.TypeDialog($"{source.teras._baseTeras.Name} used {skill.baseSkill.Name}!"));
if (CheckAccHit(skill, source.teras, target.teras) == true)
{
source.AttackAnim();
yield return(new WaitForSeconds(1f));
target.GetHitAnim();
// Check for status condition
if (skill.baseSkill.Category == SkillCategory.Status)
{
yield return(RunSkillEffects(skill.baseSkill.Effects, source.teras, target.teras, skill.baseSkill.SkillTarget));
}
// if its not a damaging move deal damage
if (skill.baseSkill.Category.CompareTo(SkillCategory.Status) <= 0)
{
var damageDetails = target.teras.TakeDamage(skill, source.teras);
yield return(target.Hud.UpdateHP());
yield return(ShowDamageDetails(damageDetails));
}
if (skill.baseSkill.SecondaryEffects != null && skill.baseSkill.SecondaryEffects.Count > 0 && target.teras.Health > 0)
{
foreach (var secondary in skill.baseSkill.SecondaryEffects)
{
var random = UnityEngine.Random.Range(1, 101);
if (random <= secondary.Chance)
{
yield return(RunSkillEffects(secondary, source.teras, target.teras, secondary.Target));
}
}
}
// if the opposing teras fainted make battle over event true to end battle
if (target.teras.Health <= 0)
{
yield return(dialogBox.TypeDialog($"{target.teras._baseTeras.Name} fainted!"));
target.FaintAnim();
yield return(new WaitForSeconds(2f));
CheckBattleOver(target);
}
}
else
{
yield return(dialogBox.TypeDialog($"{source.teras._baseTeras.Name} missed its attack!"));
}
}
