| public Lookup ( string fname, LookupType type, SkillDef, scontext = null, Character, ccontext = null, Character, tcontext = null, Equipment, econtext = null, Item, icontext = null, Formula, f = null ) : float | ||
| fname | string | |
| type | LookupType | |
| scontext | SkillDef, | |
| ccontext | Character, | |
| tcontext | Character, | |
| econtext | Equipment, | |
| icontext | Item, | |
| f | Formula, | |
| return | float | |
public float Lookup(
string fname, LookupType type,
SkillDef scontext=null,
Character ccontext=null,
Character tcontext=null,
Equipment econtext=null,
Item icontext=null,
Formula f=null
)
{
switch(type) {
case LookupType.Auto: {
float ret =
(icontext != null ? icontext.GetParam(fname) :
(econtext != null ? econtext.GetParam(fname) :
(scontext != null ? scontext.GetParam(fname) :
(ccontext != null ? ccontext.GetStat(fname) :
(tcontext != null ? tcontext.GetStat(fname) :
(HasFormula(fname) ? LookupFormula(fname).GetValue(this, scontext, ccontext, tcontext, econtext, icontext) : float.NaN))))));
if(float.IsNaN(ret)) {
Debug.LogError("auto lookup failed for "+fname);
}
return ret;
}
case LookupType.SkillParam:
return scontext.GetParam(fname);
case LookupType.ItemParam: {
if(icontext == null && scontext != null) {
icontext = scontext.InvolvedItem;
}
if(icontext == null && econtext != null) {
icontext = econtext.baseItem;
}
return icontext.GetParam(fname, scontext);
}
case LookupType.ReactedItemParam: {
icontext = scontext.currentReactedSkill.InvolvedItem;
return icontext.GetParam(fname, scontext);
}
case LookupType.ActorStat:
if(scontext != null) { return scontext.character.GetStat(fname); }
if(econtext != null) { return econtext.wielder.GetStat(fname); }
if(ccontext != null) { return ccontext.GetStat(fname); }
Debug.LogError("Cannot find actor stat "+fname);
return float.NaN;
case LookupType.ActorMountStat: {
Character m = null;
if(scontext != null) { m = scontext.character.mountedCharacter; }
if(econtext != null) { m = econtext.wielder.mountedCharacter; }
if(ccontext != null) { m = ccontext.mountedCharacter; }
// Debug.Log("lookup "+fname+" on mount "+m+" ? "+(m != null ? m.GetStat(fname) : 0));
if(m != null) {
return m.GetStat(fname);
}
Debug.LogError("Cannot find actor mount stat "+fname);
return float.NaN;
}
case LookupType.ActorMounterStat: {
Character m = null;
if(scontext != null) { m = scontext.character.mountingCharacter; }
if(econtext != null) { m = econtext.wielder.mountingCharacter; }
if(ccontext != null) { m = ccontext.mountingCharacter; }
if(m != null) {
return m.GetStat(fname);
}
Debug.LogError("Cannot find actor mounter stat "+fname);
return float.NaN;
}
case LookupType.ActorEquipmentParam:
if(scontext != null) {
ccontext = scontext.character;
} else if(ccontext == null && econtext != null) {
if(econtext.Matches(f.equipmentSlots, f.equipmentCategories)) {
return econtext.GetParam(fname);
} else {
ccontext = econtext.wielder;
}
}
return LookupEquipmentParamOn(fname, type, ccontext, f, scontext);
case LookupType.ActorMountEquipmentParam:
if(scontext != null) {
ccontext = scontext.character.mountedCharacter;
} else if(ccontext == null && econtext != null) {
if(econtext.Matches(f.equipmentSlots, f.equipmentCategories)) {
return econtext.GetParam(fname);
} else {
ccontext = econtext.wielder.mountedCharacter;
}
}
return LookupEquipmentParamOn(fname, type, ccontext, f, scontext);
case LookupType.ActorMounterEquipmentParam:
if(scontext != null) {
ccontext = scontext.character.mountingCharacter;
} else if(ccontext == null && econtext != null) {
if(econtext.Matches(f.equipmentSlots, f.equipmentCategories)) {
return econtext.GetParam(fname);
} else {
ccontext = econtext.wielder.mountingCharacter;
}
}
return LookupEquipmentParamOn(fname, type, ccontext, f, scontext);
case LookupType.ActorStatusEffect:
case LookupType.ActorMountStatusEffect:
case LookupType.ActorMounterStatusEffect:
Debug.LogError("lookup semantics not defined for own status effect "+fname);
return float.NaN;
case LookupType.ActorSkillParam:
//TODO: look up skill by slot, name, type?
if(scontext != null) { return scontext.GetParam(fname); }
Debug.LogError("Cannot find skill param "+fname);
return float.NaN;
case LookupType.TargetStat:
if(scontext != null) { return scontext.currentTargetCharacter.GetStat(fname); }
if(tcontext != null) { return tcontext.GetStat(fname); }
Debug.LogError("Cannot find target stat "+fname);
return float.NaN;
case LookupType.TargetMountStat: {
Character m = null;
if(scontext != null) { m = scontext.currentTargetCharacter.mountedCharacter; }
if(tcontext != null) { m = tcontext.mountedCharacter; }
if(m != null) { return m.GetStat(fname); }
Debug.LogError("Cannot find target stat "+fname);
return float.NaN;
}
case LookupType.TargetMounterStat: {
Character m = null;
if(scontext != null) { m = scontext.currentTargetCharacter.mountingCharacter; }
if(tcontext != null) { m = tcontext.mountingCharacter; }
if(m != null) { return m.GetStat(fname); }
Debug.LogError("Cannot find target stat "+fname);
return float.NaN;
}
case LookupType.TargetEquipmentParam:
if(scontext != null) {
ccontext = scontext.currentTargetCharacter;
} else if(tcontext != null) {
ccontext = tcontext;
} else {
ccontext = null;
}
return LookupEquipmentParamOn(fname, type, ccontext, f, scontext);
case LookupType.TargetMountEquipmentParam:
if(scontext != null) {
ccontext = scontext.currentTargetCharacter.mountedCharacter;
} else if(tcontext != null) {
ccontext = tcontext.mountedCharacter;
} else {
ccontext = null;
}
return LookupEquipmentParamOn(fname, type, ccontext, f, scontext);
case LookupType.TargetMounterEquipmentParam:
if(scontext != null) {
ccontext = scontext.currentTargetCharacter.mountingCharacter;
} else if(tcontext != null) {
ccontext = tcontext.mountingCharacter;
} else {
ccontext = null;
}
return LookupEquipmentParamOn(fname, type, ccontext, f, scontext);
case LookupType.TargetStatusEffect:
case LookupType.TargetMountStatusEffect:
case LookupType.TargetMounterStatusEffect:
Debug.LogError("lookup semantics not defined for target status effect "+fname);
return float.NaN;
case LookupType.TargetSkillParam:
case LookupType.ActorMountSkillParam:
case LookupType.ActorMounterSkillParam:
case LookupType.TargetMountSkillParam:
case LookupType.TargetMounterSkillParam:
//TODO: look up skill by slot, name, type?
Debug.LogError("Cannot find "+type+" "+fname);
return float.NaN;
case LookupType.NamedFormula:
if(!HasFormula(fname)) {
Debug.LogError("Missing formula "+fname);
return float.NaN;
}
// Debug.Log("F:"+LookupFormula(fname));
return LookupFormula(fname).GetValue(this, scontext, ccontext, tcontext, econtext, icontext);
case LookupType.ReactedSkillParam:
if(scontext != null) {
return scontext.currentReactedSkill.GetParam(fname);
}
Debug.LogError("Cannot find reacted skill for "+fname);
return float.NaN;
case LookupType.ReactedEffectType:
if(scontext != null) {
//ignore lookupRef
string[] fnames = f.searchReactedStatNames;
var results = scontext.currentReactedSkill.lastEffects.
Where(fx => fx.Matches(fnames, f.searchReactedStatChanges, f.searchReactedEffectCategories)).
Select(fx => fx.value);
switch(f.mergeMode) {
case FormulaMergeMode.Sum:
return results.Sum();
case FormulaMergeMode.Mean:
return results.Average(x => x);
case FormulaMergeMode.Min:
return results.Min(x => x);
case FormulaMergeMode.Max:
return results.Max(x => x);
case FormulaMergeMode.First:
return results.First();
case FormulaMergeMode.Last:
return results.Last();
case FormulaMergeMode.Nth:
return results.ElementAt(f.mergeNth);
}
} else {
Debug.LogError("Skill effect lookups require a skill context.");
return float.NaN;
}
Debug.LogError("Cannot find reacted effects for "+f);
return float.NaN;
case LookupType.SkillEffectType:
if(scontext != null) {
string[] fnames = f.searchReactedStatNames;
//ignore lookupRef
var results = scontext.lastEffects.
Where(fx => fx.Matches(fnames, f.searchReactedStatChanges, f.searchReactedEffectCategories)).
Select(fx => fx.value);
switch(f.mergeMode) {
case FormulaMergeMode.Sum:
return results.Sum();
case FormulaMergeMode.Mean:
return results.Average(x => x);
case FormulaMergeMode.Min:
return results.Min(x => x);
case FormulaMergeMode.Max:
return results.Max(x => x);
case FormulaMergeMode.First:
return results.First();
case FormulaMergeMode.Last:
return results.Last();
case FormulaMergeMode.Nth:
Debug.Log("nth "+f.mergeNth+" is "+results.ElementAt(f.mergeNth));
return results.ElementAt(f.mergeNth);
}
} else {
Debug.LogError("Skill effect lookups require a skill context.");
return float.NaN;
}
Debug.LogError("Cannot find effects for "+f);
return float.NaN;
}
Debug.LogError("failed to look up "+type+" "+fname+" with context s:"+scontext+", c:"+ccontext+", e:"+econtext+", i:"+icontext+" and formula "+f);
return float.NaN;
}
public float GetValue(
Formulae fdb,
SkillDef scontext = null,
Character ccontext = null,
Character tcontext = null,
Equipment econtext = null,
Item icontext = null
)
{
if (firstTime)
{
lookupReference = lookupReference == null ? "" : lookupReference.NormalizeName();
firstTime = false;
}
// if(scontext != null && scontext.currentTargetCharacter != null) {
// Debug.Log("get value from "+this);
// }
float result = float.NaN;
switch (formulaType)
{
case FormulaType.Constant:
result = constantValue;
break;
case FormulaType.Lookup:
result = fdb.Lookup(lookupReference, lookupType, scontext, ccontext, tcontext, econtext, icontext, this);
break;
case FormulaType.ReactedEffectValue:
if (scontext == null)
{
Debug.LogError("No skill context.");
return(float.NaN);
}
if (scontext.currentReactedEffect == null)
{
Debug.LogError("Skill context is reacting to no particular effect.");
return(float.NaN);
}
result = scontext.currentReactedEffect.value;
break;
case FormulaType.SkillEffectValue:
if (scontext == null)
{
Debug.LogError("No skill context.");
return(float.NaN);
}
if (scontext.lastEffects == null || scontext.lastEffects.Count == 0)
{
Debug.LogError("Skill context has no prior effects.");
return(float.NaN);
}
result = scontext.lastEffects[scontext.lastEffects.Count - 1].value;
break;
case FormulaType.Add:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
for (int i = 1; i < arguments.Count; i++)
{
result += arguments[i].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
}
break;
case FormulaType.Subtract:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
for (int i = 1; i < arguments.Count; i++)
{
result -= arguments[i].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
}
break;
case FormulaType.Multiply:
if (arguments == null)
{
Debug.LogError("no args at all! " + name + ":" + text);
}
if (arguments[0] == null)
{
if (arguments[1] != null)
{
Debug.Log("a1 was ok, it's " + arguments[1].name + ":" + arguments[1].text + " " + arguments[1].formulaType + "." + arguments[1].lookupType + " => " + arguments[1].lookupReference);
}
Debug.LogError("nm " + name + " txt " + text + " args " + arguments.Count);
}
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
for (int i = 1; i < arguments.Count; i++)
{
result *= arguments[i].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
}
// Debug.Log("multiplied to "+result);
break;
case FormulaType.Divide:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
for (int i = 1; i < arguments.Count; i++)
{
result /= arguments[i].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
}
// Debug.Log("divided to "+result);
break;
case FormulaType.IntDivide:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
for (int i = 1; i < arguments.Count; i++)
{
result = (float)((int)(result / arguments[i].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext)));
}
result = (float)((int)result);
// Debug.Log("int divided to "+result);
break;
case FormulaType.Trunc:
result = (float)((int)arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
break;
case FormulaType.And:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
for (int i = 1; i < arguments.Count; i++)
{
result = ((result != 0) && (arguments[i].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) != 0)) ? 1 : 0;
}
break;
case FormulaType.Or:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
for (int i = 1; i < arguments.Count; i++)
{
result = ((result != 0) || (arguments[i].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) != 0)) ? 1 : 0;
}
break;
case FormulaType.Not:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) != 0 ? 0 : 1;
break;
case FormulaType.Remainder:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
for (int i = 1; i < arguments.Count; i++)
{
result = result % arguments[i].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
}
break;
case FormulaType.Exponent:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
if (arguments.Count == 1)
{
result = result * result;
}
else
{
for (int i = 1; i < arguments.Count; i++)
{
result = Mathf.Pow(result, arguments[i].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
}
}
break;
case FormulaType.Root:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
if (arguments.Count == 1)
{
result = Mathf.Sqrt(result);
}
else
{
for (int i = 1; i < arguments.Count; i++)
{
result = Mathf.Pow(result, 1.0f / arguments[i].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
}
}
break;
case FormulaType.Mean:
result = arguments.Sum(a => a.GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext)) / arguments.Count();
break;
case FormulaType.Min:
result = arguments.Min(a => a.GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
break;
case FormulaType.Max:
result = arguments.Max(a => a.GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
break;
case FormulaType.RandomRange: {
float low = 0, high = 1;
if (arguments.Count >= 2)
{
low = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
high = arguments[1].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
}
else if (arguments.Count == 1)
{
high = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
}
result = Random.Range(low, high);
break;
}
case FormulaType.ClampRange: {
float r = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
float low = 0, high = 1;
if (arguments.Count >= 2)
{
low = arguments[1].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
}
if (arguments.Count >= 3)
{
high = arguments[2].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
}
result = Mathf.Clamp(r, low, high);
break;
}
case FormulaType.RoundDown:
result = Mathf.Floor(arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
break;
case FormulaType.RoundUp:
result = Mathf.Ceil(arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
break;
case FormulaType.Round:
result = Mathf.Round(arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
break;
case FormulaType.AbsoluteValue:
result = Mathf.Abs(arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
break;
case FormulaType.Negate:
result = -1 * arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
// Debug.Log("negated to "+result);
break;
case FormulaType.Equal:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) == arguments[1].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) ? 1 : 0;
break;
case FormulaType.NotEqual:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) != arguments[1].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) ? 1 : 0;
break;
case FormulaType.GreaterThan:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) > arguments[1].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) ? 1 : 0;
break;
case FormulaType.GreaterThanOrEqual:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) >= arguments[1].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) ? 1 : 0;
break;
case FormulaType.LessThan:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) < arguments[1].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) ? 1 : 0;
break;
case FormulaType.LessThanOrEqual:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) <= arguments[1].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) ? 1 : 0;
break;
case FormulaType.Any:
result = arguments[Random.Range(0, arguments.Count)].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
break;
case FormulaType.LookupSuccessful:
result = fdb.CanLookup(lookupReference, lookupType, scontext, ccontext, null, econtext, icontext, this) ? 1 : 0;
break;
case FormulaType.LookupOrElse:
if (fdb.CanLookup(lookupReference, lookupType, scontext, ccontext, null, econtext, icontext, this))
{
result = fdb.Lookup(lookupReference, lookupType, scontext, ccontext, tcontext, econtext, icontext, this);
}
else
{
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
}
break;
case FormulaType.BranchIfNotZero:
result = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) != 0 ?
arguments[1].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) :
arguments[2].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
break;
case FormulaType.BranchApplierSide:
result = FacingSwitch(fdb, StatEffectTarget.Applier, scontext, ccontext, tcontext, econtext, icontext);
break;
case FormulaType.BranchAppliedSide:
result = FacingSwitch(fdb, StatEffectTarget.Applied, scontext, ccontext, tcontext, econtext, icontext);
break;
case FormulaType.BranchPDF: {
result = float.NaN;
float rval = Random.value;
float val = 0;
int halfLen = arguments.Count / 2;
for (int i = 0; i < halfLen; i++)
{
val += arguments[i].GetValue(
fdb,
scontext,
ccontext,
tcontext,
econtext,
icontext
);
// Debug.Log("branch cond check "+val+" against "+rval);
if (val >= rval)
{
result = arguments[i + halfLen].GetValue(
fdb,
scontext,
ccontext,
tcontext,
econtext,
icontext
);
// Debug.Log("got "+result);
break;
}
}
if (float.IsNaN(result))
{
Debug.LogError("PDF adds up to less than 1");
}
break;
}
case FormulaType.BranchCond: {
result = float.NaN;
int halfLen = arguments.Count / 2;
for (int i = 0; i < halfLen; i++)
{
if (arguments[i].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) != 0)
{
result = arguments[i + halfLen].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
break;
}
}
if (float.IsNaN(result))
{
Debug.LogError("No cond branch applied");
}
break;
}
case FormulaType.BranchSwitch: {
result = float.NaN;
float val = arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
int halfLen = (arguments.Count - 1) / 2;
for (int i = 1; (i - 1) < halfLen; i++)
{
if (!NullFormula(arguments[i]) &&
arguments[i].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext) == val)
{
result = arguments[i + halfLen].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
break;
}
}
if (float.IsNaN(result))
{
for (int i = 1; (i - 1) < halfLen; i++)
{
if (NullFormula(arguments[i]) && !NullFormula(arguments[i + halfLen]))
{
result = arguments[i + halfLen].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext);
break;
}
}
}
if (float.IsNaN(result))
{
Debug.LogError("No cond branch applied");
}
break;
}
case FormulaType.TargetIsNull:
result = (scontext != null ? scontext.currentTargetCharacter == null : tcontext == null) ? 1 : 0;
break;
case FormulaType.TargetIsNotNull:
result = (scontext != null ? scontext.currentTargetCharacter != null : tcontext != null) ? 1 : 0;
break;
}
lastValue = result;
return(result);
}
