public AuricaSpell GetSpellMatchFromString(string componentString)
{
string[] componentSeperator = new string[] { ", " };
string[] splitComponents = componentString.Split(componentSeperator, System.StringSplitOptions.None);
List <AuricaSpellComponent> components = new List <AuricaSpellComponent>();
foreach (string componentName in splitComponents)
{
foreach (AuricaSpellComponent c in allComponents)
{
if (c.c_name == componentName)
{
components.Add(c);
break;
}
}
}
AuricaSpell spellMatch = null;
int bestMatchCorrectComponents = 0;
foreach (AuricaSpell s in allSpells)
{
if (s.CheckComponents(components) && s.GetNumberOfMatchingComponents(components) > bestMatchCorrectComponents)
{
spellMatch = s;
bestMatchCorrectComponents = s.GetNumberOfMatchingComponents(components);
}
}
return(spellMatch);
}
public void CacheCurrentSpell(string key)
{
string componentString = "";
foreach (AuricaSpellComponent c in currentComponents)
{
componentString += c.c_name + ", ";
}
componentString = componentString.Substring(0, componentString.Length - 2);
Debug.Log("Caching spell: " + componentString);
if (cachedSpells.ContainsKey(key))
{
cachedSpells[key] = new CachedSpell(componentString);
}
else
{
cachedSpells.Add(key, new CachedSpell(componentString));
}
PlayerPrefs.SetString("CachedSpell_" + key, componentString);
Debug.Log("Spell cached under key: CachedSpell_" + key + " with string -> " + componentString);
AuricaSpell match = Cast();
try {
BindingUIPanel.LocalInstance.SetBind(key, match);
} catch {
Debug.Log("No spell found for binding...");
BindingUIPanel.LocalInstance.SetBind(key, null);
}
}
public void PopulateFromSpell(AuricaSpell s)
{
spell = s;
title.text = spell.c_name;
description.text = spell.description;
targetDistDisplay.SetDistribution(spell.targetDistribution);
targetDistDisplayValues.SetDistribution(spell.targetDistribution);
// Debug.Log("IDEAL AURA: "+spell.IdealAuraCalculation().ToString());
if (!isCasterAgnostic)
{
spellEfficacyText.text = string.Format("{0:N2}", AuricaCaster.LocalCaster.GetSpellStrength() * 100f) + "%";
manaCostText.text = string.Format("{0:N2}", AuricaCaster.LocalCaster.GetManaCost());
}
if (componentUIList != null)
{
componentUIList.ResetList();
foreach (var component in spell.keyComponents)
{
componentUIList.AddComponent(component);
}
}
if (gameObject.activeInHierarchy)
{
StartCoroutine(SetTargetDist(spell.targetDistribution));
}
}
public void CheckComponents()
{
spell = AuricaCaster.LocalCaster.Cast();
try {
if (spell.c_name != null)
{
if (isHidden)
{
ShowSpell();
}
PopulateFromSpell(spell);
}
} catch {
// do nothing, no spell match
}
}
public void CacheSpell(string key, string spell)
{
Debug.Log("Caching spell: " + spell);
if (cachedSpells.ContainsKey(key))
{
cachedSpells[key] = new CachedSpell(spell);
}
else
{
cachedSpells.Add(key, new CachedSpell(spell));
}
PlayerPrefs.SetString("CachedSpell_" + key, spell);
AuricaSpell match = CastSpellByName(spell);
try {
BindingUIPanel.LocalInstance.SetBind(key, match);
} catch {
Debug.Log("No spell found for binding...");
BindingUIPanel.LocalInstance.SetBind(key, null);
}
}
public AuricaSpell GetSpellMatch(List <AuricaSpellComponent> components, ManaDistribution distribution)
{
int bestMatchCorrectComponents = 0;
AuricaSpell spellMatch = null;
foreach (AuricaSpell s in allSpells)
{
// Debug.Log("Check Spell: " + s.c_name + " IsMatch: " + s.CheckComponents(components) + " Error: " + s.GetError(distribution)+" Num matching components: "+s.GetNumberOfMatchingComponents(components));
if (s.CheckComponents(components) && s.GetNumberOfMatchingComponents(components) > bestMatchCorrectComponents)
{
spellMatch = s;
bestMatchCorrectComponents = s.GetNumberOfMatchingComponents(components);
spellStrength = (spellMatch.errorThreshold - s.GetError(distribution)) / spellMatch.errorThreshold + 0.3f;
if (spellStrength < 0.25f)
{
spellStrength = 0.25f;
}
}
}
return(spellMatch);
}
public void AddComponent(AuricaSpellComponent component)
{
if (currentIndex >= maxComponents)
{
HideAllComponents();
}
ComponentPanels[currentIndex].gameObject.SetActive(true);
ComponentPanels[currentIndex].SetComponent(component, allGlyphs);
currentIndex += 1;
spell = AuricaCaster.LocalCaster.Cast();
if (spell != null && spell.c_name != null)
{
spellText.gameObject.SetActive(true);
spellText.text = spell.c_name.ToUpper();
foreach (SideBarComponent item in ComponentPanels)
{
item.ActivateComponent(spell);
}
}
}
public void Startup()
{
dict.Add("q", bindQ);
dict.Add("e", bindE);
dict.Add("r", bindR);
dict.Add("1", bind1);
dict.Add("2", bind2);
dict.Add("3", bind3);
if (PlayerPrefs.HasKey("CachedSpell_e"))
{
SetBind("e", AuricaCaster.LocalCaster.GetSpellMatchFromString(PlayerPrefs.GetString("CachedSpell_e")));
}
if (PlayerPrefs.HasKey("CachedSpell_q"))
{
SetBind("q", AuricaCaster.LocalCaster.GetSpellMatchFromString(PlayerPrefs.GetString("CachedSpell_q")));
}
if (PlayerPrefs.HasKey("CachedSpell_1"))
{
SetBind("1", AuricaCaster.LocalCaster.GetSpellMatchFromString(PlayerPrefs.GetString("CachedSpell_1")));
}
if (PlayerPrefs.HasKey("CachedSpell_2"))
{
SetBind("2", AuricaCaster.LocalCaster.GetSpellMatchFromString(PlayerPrefs.GetString("CachedSpell_2")));
}
if (PlayerPrefs.HasKey("CachedSpell_3"))
{
SetBind("3", AuricaCaster.LocalCaster.GetSpellMatchFromString(PlayerPrefs.GetString("CachedSpell_3")));
}
if (PlayerPrefs.HasKey("CachedSpell_r"))
{
string componentString = PlayerPrefs.GetString("CachedSpell_r");
// Debug.Log("Try to find spell name for: "+componentString);
AuricaSpell spell = AuricaCaster.LocalCaster.GetSpellMatchFromString(componentString);
// Debug.Log("Found spell name: "+spell.c_name);
SetBind("r", spell);
}
}
public void SetSpell(AuricaSpell s)
{
spell = s;
SetTitle(s.c_name);
}
public void SetBind(string key, AuricaSpell spell)
{
Debug.Log("Set graphics for key: " + key + " with spell: " + spell.c_name);
dict[key].SetButtonGraphics(spell);
}
