public void CloneStats(Critter critter)
{
offense = critter.GetOffense();
defense = critter.GetDefense();
baseSpeed = critter.GetBaseSpeed();
sense = critter.GetSense();
sneak = critter.GetSneak();
size = critter.GetSize();
breedRate = critter.GetBreedRate();
metabolism = critter.GetMetabolism();
biomePref = critter.GetBiomePrefs();
climateFocus = critter.GetClimateFocus();
climatePref = critter.GetClimatePref();
climateRange = critter.GetClimateRange();
geoPref = critter.GetGeoPrefs();
tempFocus = critter.GetTempFocus();
tempPref = critter.GetTempPref();
tempRange = critter.GetTempRange();
evoMod = critter.GetEvoMod();
migrateMod = critter.GetMigrateMod();
}
public int CalculateHabEffect(Hex habitat, Critter critter)
{
float climate = habitat.GetClimateVal();
float temp = habitat.GetTempVal();
float critterClimateFocus = critter.GetClimateFocus();
float critterClimatePref = critter.GetClimatePref();
float critterClimateRange = critter.GetClimateRange();
float critterTempFocus = critter.GetTempFocus();
float critterTempPref = critter.GetTempPref();
float critterTempRange = critter.GetTempRange();
Hex.BiomeType biome = habitat.GetBiomeType();
Hex.Geography geo = habitat.GetGeography();
int score = 0;
//Calculates for all boon fields to create a positive score for a good habitat fit.
foreach(BiomeAdaptition item in BiomeBoons){
if((Hex.BiomeType)(item) == biome){
score++;
}
}
foreach(statSliderChange item in ClimateBoons){
score += CheckStatSliderVal(item, critterClimatePref, critterClimateRange, critterClimateFocus, climate, 1);
if (item == statSliderChange.FOCUS) { critterClimateFocus++; }
else if (item == statSliderChange.PREF) { critterClimatePref++; }
else if (item == statSliderChange.RANGE) { critterClimateRange++; }
}
foreach(GeoAdaptation item in GeoBoons){
if((Hex.Geography)(item) == geo){
score++;
}
}
foreach(statSliderChange item in TempBoons){
score += CheckStatSliderVal(item, critterTempPref, critterTempRange, critterTempFocus, temp, 1);
if (item == statSliderChange.FOCUS) { critterTempFocus++; }
else if (item == statSliderChange.PREF) { critterTempPref++; }
else if (item == statSliderChange.RANGE) { critterTempRange++; }
}
//Calculates for all bane fields to create a negative score for a bad habitat fit.
foreach(BiomeAdaptition item in BiomeBanes){
if((Hex.BiomeType)(item) == biome){
score--;
}
}
foreach(statSliderChange item in ClimateBanes){
score += CheckStatSliderVal(item, critterClimatePref, critterClimateRange, critterClimateFocus, climate, -1);
if (item == statSliderChange.FOCUS) { critterClimateFocus--; }
else if (item == statSliderChange.PREF) { critterClimatePref--; }
else if (item == statSliderChange.RANGE) { critterClimateRange--; }
}
foreach(GeoAdaptation item in GeoBanes){
if((Hex.Geography)(item) == geo){
score--;
}
}
foreach(statSliderChange item in TempBanes){
score += CheckStatSliderVal(item, critterTempPref, critterTempRange, critterTempFocus, temp, -1);
if (item == statSliderChange.FOCUS) { critterTempFocus--; }
else if (item == statSliderChange.PREF) { critterTempPref--; }
else if (item == statSliderChange.RANGE) { critterTempRange--; }
}
return score;
}
private void SetHandleTransform(Critter critter, state newState)
{
RectTransform rect = handle.GetComponent<RectTransform>();
Vector3 handSize;
Vector3 handPos = new Vector3(0, rect.anchoredPosition.y);
float sliderWidth = (slider.GetComponent<RectTransform>().sizeDelta.x - 10);
float width = 0;
float incVal = sliderWidth / 45;
if (newState == state.CLIMATE)
{
width = 1 + (critter.GetClimateRange() * incVal * 2);
handPos = new Vector3((critter.GetClimatePref() * incVal), rect.anchoredPosition.y);
}
if (newState == state.TEMP)
{
width = 1 + (critter.GetTempRange() * incVal * 2);
handPos = new Vector3((critter.GetTempPref() * incVal), rect.anchoredPosition.y);
}
handSize = new Vector3(width, rect.sizeDelta.y);
rect.sizeDelta = handSize;
rect.anchoredPosition = handPos;
ClampPosition(rect, incVal);
}
