use of forestry.api.arboriculture.ITreeGenome in project Binnie by ForestryMC.
the class PagePlanksTrees method getTreesThatMakePlanks.
private static Collection<IAlleleSpecies> getTreesThatMakePlanks(ItemStack fruit, boolean master, World world, GameProfile player) {
if (fruit == null) {
return new ArrayList<>();
}
ITreeRoot treeRoot = TreeManager.treeRoot;
IBreedingSystem system = Binnie.GENETICS.getSystem(treeRoot);
final Collection<IAlleleSpecies> set = master ? system.getAllSpecies() : system.getDiscoveredSpecies(world, player);
final List<IAlleleSpecies> found = new ArrayList<>();
for (final IAlleleSpecies species : set) {
final IAlleleTreeSpecies tSpecies = (IAlleleTreeSpecies) species;
ITreeGenome genome = treeRoot.templateAsGenome(treeRoot.getTemplate(tSpecies));
IAlleleTreeSpecies treeSpecies = genome.getPrimary();
final ItemStack woodStack = treeSpecies.getWoodProvider().getWoodStack();
ItemStack plankProduct = LumbermillRecipeManager.getPlankProduct(woodStack, world);
if (!plankProduct.isEmpty() && fruit.isItemEqual(plankProduct)) {
found.add(species);
}
}
return found;
}
use of forestry.api.arboriculture.ITreeGenome in project Binnie by ForestryMC.
the class PageSpeciesTreeGenome method onValueChanged.
// TODO: unused ?
/*public static String tolerated(final boolean t) {
if (t) {
return I18N.localise("binniecore.gui.tolerated");
}
return I18N.localise("binniecore.gui.nottolerated");
}*/
@Override
public void onValueChanged(final IAlleleSpecies species) {
this.deleteAllChildren();
final IAllele[] template = TreeManager.treeRoot.getTemplate(species.getUID());
if (template == null) {
return;
}
final ITree tree = TreeManager.treeRoot.templateAsIndividual(template);
final ITreeGenome genome = tree.getGenome();
final IAlleleTreeSpecies treeSpecies = genome.getPrimary();
final int w = 144;
final int h = 176;
new ControlText(this, new Area(0, 4, w, 16), this.getValue().toString(), TextJustification.MIDDLE_CENTER);
final ControlScrollableContent scrollable = new ControlScrollableContent(this, 4, 20, w - 8, h - 8 - 16, 12);
final Control contents = new Control(scrollable, 0, 0, w - 8 - 12, h - 8 - 16);
final int tw = w - 8 - 12;
final int w2 = 65;
final int w3 = tw - 50;
int y = 0;
final int th = 14;
final int th2 = 18;
final IBreedingSystem syst = Binnie.GENETICS.getSystem(TreeManager.treeRoot);
new ControlText(contents, new Area(w2, y, w3, th), treeSpecies.getPlantType().toString(), TextJustification.MIDDLE_LEFT);
y += th;
new ControlText(contents, new Area(0, y, w2, th), I18N.localise("binniecore.gui.temperature.short") + " : ", TextJustification.MIDDLE_RIGHT);
new ControlText(contents, new Area(w2, y, w3, th), treeSpecies.getTemperature().getName(), TextJustification.MIDDLE_LEFT);
y += th;
Minecraft minecraft = Minecraft.getMinecraft();
World world = minecraft.world;
TextureMap map = minecraft.getTextureMapBlocks();
ILeafSpriteProvider spriteProvider = treeSpecies.getLeafSpriteProvider();
TextureAtlasSprite leaf = map.getAtlasSprite(spriteProvider.getSprite(false, false).toString());
int leafColour = spriteProvider.getColor(false);
new ControlText(contents, new Area(0, y, w2, th2), I18N.localise("extratrees.gui.database.leaves") + " : ", TextJustification.MIDDLE_RIGHT);
new ControlBlockIconDisplay(contents, w2, y, leaf).setColor(leafColour);
IFruitProvider fruitProvider = genome.getFruitProvider();
ResourceLocation fruitSprite = fruitProvider.getSprite(genome, world, BlockPos.ORIGIN, 100);
if (fruitSprite != null && !treeSpecies.getUID().equals("forestry.treeOak")) {
TextureAtlasSprite fruit = map.getAtlasSprite(fruitSprite.toString());
int fruitColour = fruitProvider.getColour(genome, world, BlockPos.ORIGIN, 100);
new ControlBlockIconDisplay(contents, w2, y, fruit).setColor(fruitColour);
}
y += th2;
Map<ItemStack, Float> products = fruitProvider.getProducts();
ItemStack log = treeSpecies.getWoodProvider().getWoodStack();
if (log.isEmpty()) {
new ControlText(contents, new Area(0, y, w2, th2), I18N.localise("extratrees.gui.database.log") + " : ", TextJustification.MIDDLE_RIGHT);
final ControlItemDisplay display = new ControlItemDisplay(contents, w2, y);
display.setItemStack(log);
display.setTooltip();
y += th2;
}
new ControlText(contents, new Area(0, y, w2, th), syst.getChromosomeShortName(EnumTreeChromosome.HEIGHT) + " : ", TextJustification.MIDDLE_RIGHT);
new ControlText(contents, new Area(w2, y, w3, th), genome.getHeight() + "x", TextJustification.MIDDLE_LEFT);
y += th;
new ControlText(contents, new Area(0, y, w2, th), syst.getChromosomeShortName(EnumTreeChromosome.FERTILITY) + " : ", TextJustification.MIDDLE_RIGHT);
new ControlText(contents, new Area(w2, y, w3, th), genome.getFertility() + "x", TextJustification.MIDDLE_LEFT);
y += th;
List<ItemStack> fruits = new ArrayList<>(products.keySet());
if (!fruits.isEmpty()) {
new ControlText(contents, new Area(0, y, w2, th2), syst.getChromosomeShortName(EnumTreeChromosome.FRUITS) + " : ", TextJustification.MIDDLE_RIGHT);
for (ItemStack fruitw : fruits) {
final ControlItemDisplay display2 = new ControlItemDisplay(contents, w2, y);
display2.setItemStack(fruitw);
display2.setTooltip();
y += th2;
}
}
new ControlText(contents, new Area(0, y, w2, th), syst.getChromosomeShortName(EnumTreeChromosome.YIELD) + " : ", TextJustification.MIDDLE_RIGHT);
new ControlText(contents, new Area(w2, y, w3, th), genome.getYield() + "x", TextJustification.MIDDLE_LEFT);
y += th;
new ControlText(contents, new Area(0, y, w2, th), syst.getChromosomeShortName(EnumTreeChromosome.SAPPINESS) + " : ", TextJustification.MIDDLE_RIGHT);
new ControlText(contents, new Area(w2, y, w3, th), genome.getSappiness() + "x", TextJustification.MIDDLE_LEFT);
y += th;
new ControlText(contents, new Area(0, y, w2, th), syst.getChromosomeShortName(EnumTreeChromosome.MATURATION) + " : ", TextJustification.MIDDLE_RIGHT);
new ControlText(contents, new Area(w2, y, w3, th), genome.getMaturationTime() + "x", TextJustification.MIDDLE_LEFT);
y += th;
new ControlText(contents, new Area(0, y, w2, th), syst.getChromosomeShortName(EnumTreeChromosome.GIRTH) + " : ", TextJustification.MIDDLE_RIGHT);
new ControlText(contents, new Area(w2, y, w3, th), genome.getGirth() + "x" + genome.getGirth(), TextJustification.MIDDLE_LEFT);
y += th;
contents.setSize(new Point(contents.getSize().xPos(), y));
scrollable.setScrollableContent(contents);
}
use of forestry.api.arboriculture.ITreeGenome in project Binnie by ForestryMC.
the class BlockETDefaultLeaves method getLeafDrop.
@Override
protected void getLeafDrop(NonNullList<ItemStack> drops, World world, @Nullable GameProfile playerProfile, BlockPos pos, float saplingModifier, int fortune) {
ITree tree = getTree(world, pos);
if (tree == null) {
return;
}
// Add saplings
List<ITree> saplings = tree.getSaplings(world, playerProfile, pos, saplingModifier);
for (ITree sapling : saplings) {
if (sapling != null) {
drops.add(TreeManager.treeRoot.getMemberStack(sapling, EnumGermlingType.SAPLING));
}
}
// Add fruits
ITreeGenome genome = tree.getGenome();
IFruitProvider fruitProvider = genome.getFruitProvider();
if (fruitProvider.isFruitLeaf(genome, world, pos)) {
NonNullList<ItemStack> produceStacks = tree.produceStacks(world, pos, Integer.MAX_VALUE);
drops.addAll(produceStacks);
}
}
use of forestry.api.arboriculture.ITreeGenome in project Binnie by ForestryMC.
the class BlockETDefaultLeaves method colorMultiplier.
@Override
@SideOnly(Side.CLIENT)
public int colorMultiplier(IBlockState state, @Nullable IBlockAccess worldIn, @Nullable BlockPos pos, int tintIndex) {
ETTreeDefinition treeDefinition = getTreeDefinition(state);
if (treeDefinition == null) {
treeDefinition = ETTreeDefinition.OrchardApple;
}
ITreeGenome genome = treeDefinition.getGenome();
if (tintIndex == 0) {
return genome.getPrimary().getLeafSpriteProvider().getColor(false);
} else {
IFruitProvider fruitProvider = genome.getFruitProvider();
return fruitProvider.getDecorativeColor();
}
}
use of forestry.api.arboriculture.ITreeGenome in project Binnie by ForestryMC.
the class BlockETDecorativeLeaves method colorMultiplier.
@Override
@SideOnly(Side.CLIENT)
public int colorMultiplier(IBlockState state, @Nullable IBlockAccess worldIn, @Nullable BlockPos pos, int tintIndex) {
ETTreeDefinition treeDefinition = state.getValue(getVariant());
ITreeGenome genome = treeDefinition.getGenome();
if (tintIndex == 0) {
return genome.getPrimary().getLeafSpriteProvider().getColor(false);
} else {
IFruitProvider fruitProvider = genome.getFruitProvider();
return fruitProvider.getDecorativeColor();
}
}
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