public EntityChickenTFC(World par1World) {
super(par1World);
this.setSize(0.3F, 0.7F);
this.timeUntilNextEgg = 9999; // Here we set the vanilla egg timer to 9999
this.nextEgg = TFC_Time.getTotalTicks() + EggTime;
hunger = 168000;
mateSizeMod = 1f;
sex = rand.nextInt(2);
this.tasks.taskEntries.clear();
this.tasks.addTask(0, new EntityAISwimming(this));
this.tasks.addTask(1, new EntityAIPanic(this, 1.4D));
this.tasks.addTask(4, new EntityAIFollowParent(this, 1.1D));
this.tasks.addTask(5, new EntityAIWander(this, 1.0D));
this.tasks.addTask(6, new EntityAIWatchClosest(this, EntityPlayer.class, 6.0F));
this.tasks.addTask(7, new EntityAILookIdle(this));
this.tasks.addTask(6, this.aiEatGrass);
addAI();
size_mod =
(((rand.nextInt((degreeOfDiversion + 1) * 10) * (rand.nextBoolean() ? 1 : -1)) / 100f) + 1F)
* (1.0F - 0.1F * sex);
// We hijack the growingAge to hold the day of birth rather
// than number of ticks to next growth event. We want spawned
// animals to be adults, so we set their birthdays far enough back
// in time such that they reach adulthood now.
//
this.setAge((int) TFC_Time.getTotalDays() - getNumberOfDaysToAdult());
// For Testing Only(makes spawned animals into babies)
// this.setGrowingAge((int) TFC_Time.getTotalDays());
}
public EntityChickenTFC(World world, IAnimal mother, ArrayList<Float> data) {
this(world);
float father_size = data.get(0);
this.posX = ((EntityLivingBase) mother).posX;
this.posY = ((EntityLivingBase) mother).posY;
this.posZ = ((EntityLivingBase) mother).posZ;
size_mod =
(((rand.nextInt(degreeOfDiversion + 1) * 10 * (rand.nextBoolean() ? 1 : -1)) / 100f) + 1F)
* (1.0F - 0.1F * sex)
* (float) Math.sqrt((mother.getSize() + father_size) / 1.9F);
size_mod = Math.min(Math.max(size_mod, 0.7F), 1.3f);
// We hijack the growingAge to hold the day of birth rather
// than number of ticks to next growth event.
//
this.setAge((int) TFC_Time.getTotalDays());
}
public EntityChickenTFC(
World world, double posX, double posY, double posZ, NBTTagCompound genes) {
this(world);
this.posX = posX;
this.posY = posY;
this.posZ = posZ;
float m_size = genes.getFloat("m_size");
float f_size = genes.getFloat("f_size");
size_mod =
(((rand.nextInt(degreeOfDiversion + 1) * (rand.nextBoolean() ? 1 : -1)) / 10f) + 1F)
* (1.0F - 0.1F * sex)
* (float) Math.sqrt((m_size + f_size) / 1.9F);
// size_mod = Math.min(Math.max(size_mod, 0.7F),1.3f);
// We hijack the growingAge to hold the day of birth rather
// than number of ticks to next growth event.
//
this.setAge((int) TFC_Time.getTotalDays());
}
@Override
public boolean isAdult() {
return getBirthDay() + getNumberOfDaysToAdult() <= TFC_Time.getTotalDays();
}
