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package binnie.core.genetics;
import binnie.Binnie;
import binnie.core.BinnieCore;
import binnie.core.language.ManagerLanguage;
import binnie.core.resource.ManagerResource;
import binnie.extratrees.ExtraTrees;
import forestry.api.genetics.IAllele;
import forestry.api.genetics.IAlleleInteger;
import forestry.api.genetics.IBreedingTracker;
import forestry.api.genetics.IChromosomeType;
import forestry.api.genetics.IMutation;
import forestry.api.genetics.ISpeciesRoot;
import forestry.api.lepidopterology.EnumButterflyChromosome;
import forestry.api.lepidopterology.EnumFlutterType;
import forestry.api.lepidopterology.IButterflyRoot;
import forestry.api.lepidopterology.ILepidopteristTracker;
import java.util.TreeSet;
import net.minecraft.entity.player.EntityPlayer;
import net.minecraft.item.ItemStack;
class MothBreedingSystem
extends BreedingSystem
{
public MothBreedingSystem()
{
this.iconUndiscovered = Binnie.Resource.getItemIcon(ExtraTrees.instance, "icon/undiscoveredMoth");
this.iconDiscovered = Binnie.Resource.getItemIcon(ExtraTrees.instance, "icon/discoveredMoth");
}
public float getChance(IMutation mutation, EntityPlayer player, IAllele species1, IAllele species2)
{
return 0.0F;
}
public ISpeciesRoot getSpeciesRoot()
{
return Binnie.Genetics.getButterflyRoot();
}
public int getColour()
{
return 62194;
}
public Class<? extends IBreedingTracker> getTrackerClass()
{
return ILepidopteristTracker.class;
}
public String getAlleleName(IChromosomeType chromosome, IAllele allele)
{
if (chromosome == EnumButterflyChromosome.METABOLISM)
{
int metabolism = ((IAlleleInteger)allele).getValue();
if (metabolism >= 19) {
return Binnie.Language.localise(BinnieCore.instance, "allele.metabolism.highest");
}
if (metabolism >= 16) {
return Binnie.Language.localise(BinnieCore.instance, "allele.metabolism.higher");
}
if (metabolism >= 13) {
return Binnie.Language.localise(BinnieCore.instance, "allele.metabolism.high");
}
if (metabolism >= 10) {
return Binnie.Language.localise(BinnieCore.instance, "allele.metabolism.normal");
}
if (metabolism >= 7) {
return Binnie.Language.localise(BinnieCore.instance, "allele.metabolism.slow");
}
if (metabolism >= 4) {
return Binnie.Language.localise(BinnieCore.instance, "allele.metabolism.slower");
}
return Binnie.Language.localise(BinnieCore.instance, "allele.metabolism.slowest");
}
if (chromosome == EnumButterflyChromosome.FERTILITY)
{
int metabolism = ((IAlleleInteger)allele).getValue();
return metabolism + "x";
}
return super.getAlleleName(chromosome, allele);
}
public boolean isDNAManipulable(ItemStack member)
{
return ((IButterflyRoot)getSpeciesRoot()).getType(member) == EnumFlutterType.SERUM;
}
public int[] getActiveTypes()
{
return new int[] { EnumFlutterType.BUTTERFLY.ordinal(), EnumFlutterType.CATERPILLAR.ordinal(), EnumFlutterType.SERUM.ordinal() };
}
public void addExtraAlleles(IChromosomeType chromosome, TreeSet<IAllele> alleles)
{
switch (1.$SwitchMap$forestry$api$lepidopterology$EnumButterflyChromosome[((EnumButterflyChromosome)chromosome).ordinal()])
{
case 1:
for (ForestryAllele.Int a : ForestryAllele.Int.values()) {
alleles.add(a.getAllele());
}
break;
case 2:
for (ForestryAllele.Lifespan a : ForestryAllele.Lifespan.values()) {
alleles.add(a.getAllele());
}
break;
case 3:
for (ForestryAllele.Int a : ForestryAllele.Int.values()) {
alleles.add(a.getAllele());
}
break;
case 4:
case 5:
case 6:
for (ForestryAllele.Bool a : ForestryAllele.Bool.values()) {
alleles.add(a.getAllele());
}
break;
case 7:
for (ForestryAllele.Size a : ForestryAllele.Size.values()) {
alleles.add(a.getAllele());
}
break;
case 8:
for (ForestryAllele.Speed a : ForestryAllele.Speed.values()) {
alleles.add(a.getAllele());
}
break;
case 9:
case 10:
for (Tolerance a : Tolerance.values()) {
alleles.add(a.getAllele());
}
break;
}
}
}
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