public void ChangeStat(statType stat, int statValue)
{
switch (stat)
{
case statType.Health:
{
health = statValue;
break;
}
case statType.Slime:
{
slime = statValue;
break;
}
case statType.ActionPoints:
{
actionPoints = statValue;
break;
}
case statType.ExpPool:
{
expPool = statValue;
break;
}
case statType.ElementSlots:
{
elementSlots = Mathf.Clamp(statValue, 0, 7);
break;
}
}
}
public void AddToStat(statType stat, element element, int increment)
{
switch (stat)
{
case statType.Damage:
{
fixedDamageStats[element] += increment;
break;
}
case statType.DamagePercent:
{
percentDamageStats[element] += increment;
break;
}
case statType.Res:
{
fixedResStats[element] += increment;
break;
}
case statType.Health:
{
health += increment;
break;
}
case statType.Slime:
{
slime += increment;
break;
}
case statType.ActionPoints:
{
actionPoints += increment;
break;
}
case statType.ExpPool:
{
expPool += increment;
break;
}
case statType.ElementSlots:
{
elementSlots += increment;
break;
}
}
}
public StatWrapper(statType type, int valueAvgCount)
{
curStatType = type;
// Using the just set curStatType, initialize the counter for that stat.
initializeCounter();
// Create & Populate the value array used for averaging stat readings.
valueArray = new int[valueAvgCount];
for (int i = 0; i < valueArray.Length; i++)
{
getValue(); // Fill the valueArray with initial data.
}
}
public StatWrapper(statType type, int valueAvgCount)
{
curStatType = type;
// Using the just set curStatType, initialize the counter for that stat.
initializeCounter();
// Create & Populate the value array used for averaging stat readings.
valueArray = new int[valueAvgCount];
for (int i = 0; i < valueArray.Length; i++)
{
getValue(); // Fill the valueArray with initial data.
}
}
public void ChangeStat(statType stat, element element, int statValue)
{
switch (stat)
{
case statType.Damage:
{
fixedDamageStats[element] = statValue;
break;
}
case statType.DamagePercent:
{
percentDamageStats[element] = statValue;
break;
}
case statType.Res:
{
fixedResStats[element] = statValue;
break;
}
}
}
/// <summary>
/// Performs focal statistics
/// </summary>
/// <param name="inRaster"></param>
/// <param name="window">defined neighborhood window</param>
/// <param name="stat">defined statistic from imageAnaysisUtil enum</param>
/// <param name="outRst">the name of the output raster</param>
public IGeoProcessorResult focalRaster(object inRaster, IGPSANeighborhood window, statType stat, string outRst)
{
FocalStatistics fstats = new FocalStatistics();
fstats.neighborhood = window;
fstats.out_raster = outRst;
fstats.statistics_type = stat.ToString();
fstats.in_raster = inRaster;
return(gpExecute(fstats));
}
public bool StatCheck(statType stat, int reqAmt, int curStat)
{
return(curStat >= reqAmt ? true : false);
}
// Use this for initialization
void Start()
{
nType = statType.attack;
}
public void UpdateText(statType stat)
{
switch (stat)
{
case statType.hp:
_healthText.text = "Hp: " + $"<color=green>{__currentHp} / {__maxHp}</color>";
break;
case statType.dexterity:
_dexteirtyText.text = "Dex: " + $"<color=green>{__dexterity}</color>";
break;
case statType.coins:
_coinsText.text = "$: " + $"<color=green>{__coins}</color>";
break;
/*case statType.intelligence:
* _intelligenceText.text = "Int: " + $"<color=green>{__intelligence}</color>";
* break;*/
case statType.strength:
_strengthText.text = "Str: " + $"<color=green>{__strength}</color>";
break;
case statType.endurance:
_enduranceText.text = "End: " + $"<color=green>{__endurance}</color>";
break;
case statType.experience:
_experienceText.text = "Exp: " + $"<color=green>{__experience} / {__experienceNeededToLvlUp}</color>";
break;
case statType.lvl:
_lvlText.text = "Lvl: " + $"<color=green>{lvl}</color>";
break;
case statType.ac:
_acText.text = "AC: " + $"<color=green>{armorClass}</color>";
break;
case statType.noise:
_noiseText.text = "Noise: " + $"<color=green>{__noise}</color>";
break;
case statType.blood:
_bloodText.text = "Blood: " + $"<color=red>{__blood}%</color>";
break;
case statType.sanity:
if (__sanity <= 20)
{
_sanityText.text = "Sanit: " + $"<color=red>{__sanity}% <size=15>(Insane)</size></color>";
}
else if (__sanity <= 50)
{
_sanityText.text = "Sanit: " + $"<color=red>{__sanity}% <size=15>(Paranoid)</size></color>";
}
else if (__sanity <= 70)
{
_sanityText.text = "Sanit: " + $"<color=red>{__sanity}% <size=15>(Nervous)</size></color>";
}
else
{
_sanityText.text = "Sanit: " + $"<color=red>{__sanity}% <size=15>(Excellent)</size></color>";
}
break;
}
} //update stats in ui
/// <summary>
/// Performs focal statistics
/// </summary>
/// <param name="inRaster"></param>
/// <param name="window">defined neighborhood window</param>
/// <param name="stat">defined statistic from imageAnaysisUtil enum</param>
/// <param name="outRst">the name of the output raster</param>
public IGeoProcessorResult focalRaster(object inRaster, IGPSANeighborhood window, statType stat, string outRst)
{
FocalStatistics fstats = new FocalStatistics();
fstats.neighborhood = window;
fstats.out_raster = outRst;
fstats.statistics_type = stat.ToString();
fstats.in_raster = inRaster;
return gpExecute(fstats);
}
private IStat getStatTotal(statType type)
{
return(stats.First(l => l.type.Equals(type)));
}
