private void FindNext()
{
_realRadius =
_searchRadius + UpgradeTree.PlayerArchive.ExtraBulletSpecialLevel * SystemOption.ExBombRadiusPerL *
0.1f * SystemOption.SceneScale;
Collider2D[] enemies = Physics2D.OverlapCircleAll(transform.position, _realRadius, 1 << LayerMask.NameToLayer("Hit"));
List <CharacterDistance> cdList = new List <CharacterDistance>();
Debug.Log(enemies.Length);
if (enemies.Length > 1)
{
for (int i = 0; i < enemies.Length; i++)
{
if (enemies[i].CompareTag("Monster"))
{
Vector3 deltaPos = enemies[i].gameObject.transform.position - transform.position;
CharacterDistance cd = new CharacterDistance(enemies[i].gameObject, deltaPos.magnitude);
cdList.Add(cd);
}
}
if (cdList.Count > 1)
{
cdList.Sort(new DistanceComparer());
_nextTarget = cdList[1].Character.transform.position;
//transform.parent = cdList[1].Character.gameObject.transform;
cdList[0].Character.gameObject.GetComponent <State>().Hurt(_lazerState.Damage + UpgradeTree.PlayerArchive.ExtraAttackLevel, _lazerState.Shootername, _lazerState.Shooter.Gunname.ToString());
Attenuation();
}
else
{
_nextTarget = cdList[0].Character.transform.position;
//transform.parent = cdList[0].Character.gameObject.transform;
cdList[0].Character.gameObject.GetComponent <State>().Hurt(_lazerState.Damage + UpgradeTree.PlayerArchive.ExtraAttackLevel, _lazerState.Shootername, _lazerState.Shooter.Gunname.ToString());
}
_count++;
}
else
{
_lazerState.Destoryself();
}
}
private List <string> addDistanceReaction(List <string> fuzzyRules, CharacterDistance distance, string reaction, int frequency)
{
fuzzyRules.Add(
AIRule.Rule_IF +
AICondition.Distance_Self +
AIRule.Rule_IS +
distance +
AIRule.Rule_THEN +
reaction +
AIRule.Rule_IS +
GetDesirabilityValue(frequency)
);
return(fuzzyRules);
}
private List <string> addSystematicRules(List <string> fuzzyRules, CharacterDistance preferableDistance, string reaction, int multiplier, int frequencyVariant, bool parabola)
{
if (frequencyVariant == 0)
{
return(fuzzyRules);
}
// predefined values for preferableDistance == CharacterDistance.VeryClose
int veryCloseVariant = 0;
int closeVariant = 0;
int midVariant = 0;
int farVariant = 0;
int veryFarVariant = 0;
int parabolaVariant = parabola? -1: 1;
if (preferableDistance == CharacterDistance.VeryClose)
{
veryCloseVariant = parabola? frequencyVariant : frequencyVariant - 3;
closeVariant = frequencyVariant + (1 * multiplier * parabolaVariant);
midVariant = frequencyVariant + (2 * multiplier * parabolaVariant);
farVariant = frequencyVariant + (3 * multiplier * parabolaVariant);
veryFarVariant = frequencyVariant + (5 * multiplier * parabolaVariant);
}
else if (preferableDistance == CharacterDistance.Close)
{
veryCloseVariant = frequencyVariant - (1 * multiplier);
closeVariant = parabola? frequencyVariant : frequencyVariant - 3;
midVariant = frequencyVariant + (1 * multiplier * parabolaVariant);
farVariant = frequencyVariant + (2 * multiplier * parabolaVariant);
veryFarVariant = frequencyVariant + (3 * multiplier * parabolaVariant);
}
else if (preferableDistance == CharacterDistance.Mid)
{
veryCloseVariant = frequencyVariant - (2 * multiplier);
closeVariant = frequencyVariant - (1 * multiplier);
midVariant = parabola? frequencyVariant : frequencyVariant - 3;
farVariant = frequencyVariant + (1 * multiplier * parabolaVariant);
veryFarVariant = frequencyVariant + (2 * multiplier * parabolaVariant);
}
else if (preferableDistance == CharacterDistance.Far)
{
veryCloseVariant = frequencyVariant - (3 * multiplier);
closeVariant = frequencyVariant - (2 * multiplier);
midVariant = frequencyVariant - (1 * multiplier);
farVariant = parabola? frequencyVariant : frequencyVariant - 3;
veryFarVariant = frequencyVariant + (1 * multiplier * parabolaVariant);
}
else if (preferableDistance == CharacterDistance.VeryFar)
{
veryCloseVariant = frequencyVariant - (5 * multiplier);
closeVariant = frequencyVariant - (3 * multiplier);
midVariant = frequencyVariant - (2 * multiplier);
farVariant = frequencyVariant - (1 * multiplier);
veryFarVariant = parabola? frequencyVariant : frequencyVariant - 3;
}
//---------------------------------------------------------------------------------------------------------
// Add Conditions:
//---------------------------------------------------------------------------------------------------------
//if (parabola || preferableDistance != CharacterDistance.VeryClose){
fuzzyRules.Add(
AIRule.Rule_IF +
AICondition.Distance_Self +
AIRule.Rule_IS +
CharacterDistance.VeryClose +
AIRule.Rule_THEN +
reaction +
AIRule.Rule_IS +
GetDesirabilityValue(veryCloseVariant)
);
//}
//if (parabola || preferableDistance != CharacterDistance.Close){
fuzzyRules.Add(
AIRule.Rule_IF +
AICondition.Distance_Self +
AIRule.Rule_IS +
CharacterDistance.Close +
AIRule.Rule_THEN +
reaction +
AIRule.Rule_IS +
GetDesirabilityValue(closeVariant)
);
//}
//if (parabola || preferableDistance != CharacterDistance.Mid){
fuzzyRules.Add(
AIRule.Rule_IF +
AICondition.Distance_Self +
AIRule.Rule_IS +
CharacterDistance.Mid +
AIRule.Rule_THEN +
reaction +
AIRule.Rule_IS +
GetDesirabilityValue(midVariant)
);
//}
//if (parabola || preferableDistance != CharacterDistance.Far){
fuzzyRules.Add(
AIRule.Rule_IF +
AICondition.Distance_Self +
AIRule.Rule_IS +
CharacterDistance.Far +
AIRule.Rule_THEN +
reaction +
AIRule.Rule_IS +
GetDesirabilityValue(farVariant)
);
//}
//if (parabola || preferableDistance != CharacterDistance.VeryFar){
fuzzyRules.Add(
AIRule.Rule_IF +
AICondition.Distance_Self +
AIRule.Rule_IS +
CharacterDistance.VeryFar +
AIRule.Rule_THEN +
reaction +
AIRule.Rule_IS +
GetDesirabilityValue(veryFarVariant)
);
//}
return(fuzzyRules);
}
private List <string> addSystematicRules(List <string> fuzzyRules, CharacterDistance preferableDistance, string reaction, int multiplier, int frequencyVariant)
{
return(addSystematicRules(fuzzyRules, preferableDistance, reaction, multiplier, frequencyVariant, false));
}
private List<string> addSystematicRules(List<string> fuzzyRules, CharacterDistance preferableDistance, string reaction, int multiplier, int frequencyVariant, bool parabola)
{
if (frequencyVariant == 0) return fuzzyRules;
// predefined values for preferableDistance == CharacterDistance.VeryClose
int veryCloseVariant = 0;
int closeVariant = 0;
int midVariant = 0;
int farVariant = 0;
int veryFarVariant = 0;
int parabolaVariant = parabola? -1: 1;
if (preferableDistance == CharacterDistance.VeryClose){
veryCloseVariant = parabola? frequencyVariant : frequencyVariant - 3;
closeVariant = frequencyVariant + (1 * multiplier * parabolaVariant);
midVariant = frequencyVariant + (2 * multiplier * parabolaVariant);
farVariant = frequencyVariant + (3 * multiplier * parabolaVariant);
veryFarVariant = frequencyVariant + (5 * multiplier * parabolaVariant);
}else if (preferableDistance == CharacterDistance.Close){
veryCloseVariant = frequencyVariant - (1 * multiplier);
closeVariant = parabola? frequencyVariant : frequencyVariant - 3;
midVariant = frequencyVariant + (1 * multiplier * parabolaVariant);
farVariant = frequencyVariant + (2 * multiplier * parabolaVariant);
veryFarVariant = frequencyVariant + (3 * multiplier * parabolaVariant);
}else if (preferableDistance == CharacterDistance.Mid){
veryCloseVariant = frequencyVariant - (2 * multiplier);
closeVariant = frequencyVariant - (1 * multiplier);
midVariant = parabola? frequencyVariant : frequencyVariant - 3;
farVariant = frequencyVariant + (1 * multiplier * parabolaVariant);
veryFarVariant = frequencyVariant + (2 * multiplier * parabolaVariant);
}else if (preferableDistance == CharacterDistance.Far){
veryCloseVariant = frequencyVariant - (3 * multiplier);
closeVariant = frequencyVariant - (2 * multiplier);
midVariant = frequencyVariant - (1 * multiplier);
farVariant = parabola? frequencyVariant : frequencyVariant - 3;
veryFarVariant = frequencyVariant + (1 * multiplier * parabolaVariant);
}else if (preferableDistance == CharacterDistance.VeryFar){
veryCloseVariant = frequencyVariant - (5 * multiplier);
closeVariant = frequencyVariant - (3 * multiplier);
midVariant = frequencyVariant - (2 * multiplier);
farVariant = frequencyVariant - (1 * multiplier);
veryFarVariant = parabola? frequencyVariant : frequencyVariant - 3;
}
//---------------------------------------------------------------------------------------------------------
// Add Conditions:
//---------------------------------------------------------------------------------------------------------
//if (parabola || preferableDistance != CharacterDistance.VeryClose){
fuzzyRules.Add(
AIRule.Rule_IF +
AICondition.Distance_Self +
AIRule.Rule_IS +
CharacterDistance.VeryClose +
AIRule.Rule_THEN +
reaction +
AIRule.Rule_IS +
GetDesirabilityValue(veryCloseVariant)
);
//}
//if (parabola || preferableDistance != CharacterDistance.Close){
fuzzyRules.Add(
AIRule.Rule_IF +
AICondition.Distance_Self +
AIRule.Rule_IS +
CharacterDistance.Close +
AIRule.Rule_THEN +
reaction +
AIRule.Rule_IS +
GetDesirabilityValue(closeVariant)
);
//}
//if (parabola || preferableDistance != CharacterDistance.Mid){
fuzzyRules.Add(
AIRule.Rule_IF +
AICondition.Distance_Self +
AIRule.Rule_IS +
CharacterDistance.Mid +
AIRule.Rule_THEN +
reaction +
AIRule.Rule_IS +
GetDesirabilityValue(midVariant)
);
//}
//if (parabola || preferableDistance != CharacterDistance.Far){
fuzzyRules.Add(
AIRule.Rule_IF +
AICondition.Distance_Self +
AIRule.Rule_IS +
CharacterDistance.Far +
AIRule.Rule_THEN +
reaction +
AIRule.Rule_IS +
GetDesirabilityValue(farVariant)
);
//}
//if (parabola || preferableDistance != CharacterDistance.VeryFar){
fuzzyRules.Add(
AIRule.Rule_IF +
AICondition.Distance_Self +
AIRule.Rule_IS +
CharacterDistance.VeryFar +
AIRule.Rule_THEN +
reaction +
AIRule.Rule_IS +
GetDesirabilityValue(veryFarVariant)
);
//}
return fuzzyRules;
}
private List<string> addSystematicRules(List<string> fuzzyRules, CharacterDistance preferableDistance, string reaction, int multiplier, int frequencyVariant)
{
return addSystematicRules(fuzzyRules, preferableDistance, reaction, multiplier, frequencyVariant, false);
}
private List<string> addDistanceReaction(List<string> fuzzyRules, CharacterDistance distance, string reaction, int frequency)
{
fuzzyRules.Add(
AIRule.Rule_IF +
AICondition.Distance_Self +
AIRule.Rule_IS +
distance +
AIRule.Rule_THEN +
reaction +
AIRule.Rule_IS +
GetDesirabilityValue(frequency)
);
return fuzzyRules;
}