public int GetStatLevel(StatNames id)
{
switch (id)
{
case StatNames.HP:
return(hp);
break;
case StatNames.SPD:
return(speed);
break;
case StatNames.PASSIVE:
return(passiveSkill);
break;
case StatNames.SKILL:
return(skill);
break;
default:
break;
}
return(1);
}
public void displayStatRequirement(Transform parentPanel, StatNames type, int amount)
{
GameObject resInstance = Instantiate(requirementPrefab, parentPanel.transform.position, parentPanel.transform.rotation, parentPanel);
resInstance.transform.GetChild(0).GetComponent <Text>().text = amount.ToString();
resInstance.transform.GetChild(1).GetComponent <Image>().sprite = getStatIcon(type);
resInstance.GetComponent <RequirementDataHolder>().reqAmount = amount;
resInstance.GetComponent <RequirementDataHolder>().reqName = type.ToString();
}
private static float CalcMulti(StatNames calcStat, StatNames positiveStat, StatNames negativeStat)
{
if (calcStat == positiveStat)
{
return(1.1f);
}
else if (calcStat == negativeStat)
{
return(0.9f);
}
else
{
return(1);
}
}
public static int CalcCurrentModifier(StatNames stat, int statValue, IEnumerable <CreateItem> items)
{
// Based on the equipted items and given an initial stat value,
// returns the effective stat modifier.
int effectiveStatValue = statValue;
if (items != null)
{
effectiveStatValue += items
.Where((x) => x.Modifier != null && x.Modifier.AffectedValue == stat)
.Select((x) => x.Modifier.Value)
.Sum();
}
int mod = CalcModifier(effectiveStatValue);
return(mod);
// A future refactor might involve tracking the effective stat values
// as items are equipted and un-equipted.
}
private Sprite getStatIcon(StatNames type)
{
switch (type)
{
case StatNames.Health:
return(healthIcon);
break;
case StatNames.Strength:
return(strIcon);
break;
default:
return(strIcon);
break;
}
}
public void IncrementLevelToStat(StatNames id)
{
switch (id)
{
case StatNames.HP:
hp++;
break;
case StatNames.SPD:
speed++;
break;
case StatNames.PASSIVE:
passiveSkill++;
break;
case StatNames.SKILL:
skill++;
break;
}
}
private void ProcessCommand(StatNames currentStat, string command)
{
switch (currentStat)
{
case StatNames.Warrior:
this.ProcessWarrior(command);
break;
case StatNames.Rogue:
this.ProcessRogue(command);
break;
case StatNames.Mage:
this.ProcessMage(command);
break;
default:
break;
}
this.RefreshScreen();
}
private void ProcessCommand(StatNames currentStat, string command)
{
switch (currentStat)
{
case StatNames.Warrior:
this.ProcessWarrior(command);
break;
case StatNames.Rogue:
this.ProcessRogue(command);
break;
case StatNames.Mage:
this.ProcessMage(command);
break;
default:
break;
}
this.RefreshScreen();
}
public static string StatName(StatNames sn, bool abbreviation = false, Dictionary <string, string> customStatNames = null)
{
return(StatName((int)sn, abbreviation, customStatNames));
}
public float MultAffinity; // used with taming effectiveness
public CreatureStat(StatNames s)
{
Stat = s;
}
public static string StatName(StatNames sn, bool abbreviation = false, bool glowSpecies = false)
{
return(StatName((int)sn, abbreviation, glowSpecies));
}
public static float GetMultiplier(BasePokemon.Natures nature, string statName)
{
StatNames stat = StatNames.Attack;
switch (statName.ToLower())
{
case "attack":
case "atk":
stat = StatNames.Attack;
break;
case "defense":
case "def":
stat = StatNames.Defense;
break;
case "spattack":
case "spatk":
case "specialattack":
stat = StatNames.SpAttack;
break;
case "spdefense":
case "spdef":
case "specialdefense":
stat = StatNames.SpDefense;
break;
case "speed":
stat = StatNames.Speed;
break;
}
switch (nature)
{
case BasePokemon.Natures.Hardy:
return(1);
case BasePokemon.Natures.Lonely:
return(CalcMulti(stat, StatNames.Attack, StatNames.Defense));
case BasePokemon.Natures.Brave:
return(CalcMulti(stat, StatNames.Attack, StatNames.Speed));
case BasePokemon.Natures.Adamant:
return(CalcMulti(stat, StatNames.Attack, StatNames.SpAttack));
case BasePokemon.Natures.Naughty:
return(CalcMulti(stat, StatNames.Attack, StatNames.SpDefense));
case BasePokemon.Natures.Bold:
return(CalcMulti(stat, StatNames.Defense, StatNames.Attack));
case BasePokemon.Natures.Docile:
return(1);
case BasePokemon.Natures.Relaxed:
return(CalcMulti(stat, StatNames.Defense, StatNames.Speed));
case BasePokemon.Natures.Impish:
return(CalcMulti(stat, StatNames.Defense, StatNames.SpAttack));
case BasePokemon.Natures.Lax:
return(CalcMulti(stat, StatNames.Defense, StatNames.SpDefense));
case BasePokemon.Natures.Timid:
return(CalcMulti(stat, StatNames.Speed, StatNames.Attack));
case BasePokemon.Natures.Hasty:
return(CalcMulti(stat, StatNames.Speed, StatNames.Defense));
case BasePokemon.Natures.Jolly:
return(CalcMulti(stat, StatNames.Speed, StatNames.SpAttack));
case BasePokemon.Natures.Naive:
return(CalcMulti(stat, StatNames.Speed, StatNames.SpDefense));
case BasePokemon.Natures.Modest:
return(CalcMulti(stat, StatNames.SpAttack, StatNames.Attack));
case BasePokemon.Natures.Mild:
return(CalcMulti(stat, StatNames.SpAttack, StatNames.Defense));
case BasePokemon.Natures.Quiet:
return(CalcMulti(stat, StatNames.SpAttack, StatNames.Speed));
case BasePokemon.Natures.Bashful:
return(1);
case BasePokemon.Natures.Rash:
return(CalcMulti(stat, StatNames.SpAttack, StatNames.SpDefense));
case BasePokemon.Natures.Calm:
return(CalcMulti(stat, StatNames.SpDefense, StatNames.Attack));
case BasePokemon.Natures.Gentle:
return(CalcMulti(stat, StatNames.SpDefense, StatNames.Defense));
case BasePokemon.Natures.Sassy:
return(CalcMulti(stat, StatNames.SpDefense, StatNames.Speed));
case BasePokemon.Natures.Careful:
return(CalcMulti(stat, StatNames.SpDefense, StatNames.SpAttack));
case BasePokemon.Natures.Quirky:
return(1);
case BasePokemon.Natures.Serious:
return(1);
default:
return(1);
}
}
