private void reproduction(
int x,
int y,
ArrayList<Life> life,
int minx,
int maxx,
int miny,
int maxy) // Make another dino that is the same and set age to baby
{
// Make a dino
Dino d = makeCopy(this);
d.age = Age.BABY;
d.setCoord(x, y);
d.turns = 0; // Set the turns the creature has taken to
diseaseCnt = 30; // Reset diseaseCnt for new dinos
if (Math.random() < 0.8)
d.disease = false; // 80% chance to not get the disease if original dino has disease
// Add to life
life.add(d);
}
public Life interact(ArrayList<Life> life, int minx, int maxx, int miny, int maxy) {
// Survival chance is calculated using the dino's age, size, and speed
double survival = 1;
// Make a copy of the current dino
Dino cur = makeCopy(this);
for (int i = 0; i < life.size(); i++) { // Go through the arraylist
Life d = life.get(i);
int dist =
(int)
Math.sqrt(
Math.pow(x - d.x, 2) + Math.pow(z - d.z, 2)); // Get the distance between the two
if (d.code != Name.TREE && d != this && dist <= 1) { // Make sure it's a dino and not itself
if (((Dino) d).code == code
&& dist <= 1) { // Same dino -> reproduction, make sure they are not baby or juvenile
if (((Dino) d).age.getValue() > Age.JUVENILE.getValue()
&& age.getValue() > Age.JUVENILE.getValue()
&& Math.random() < reprod)
reproduction((int) x, (int) z, life, minx, maxx, miny, maxy);
} else if ((carnivore || ((Dino) d).carnivore)
&& ((Dino) d).age != Age.BABY) { // May die if one fo them is a carnivore
survival =
(1.0 * size * spd * age.ageMulti())
/ (2.0 * ((Dino) d).size * ((Dino) d).spd * ((Dino) d).age.ageMulti());
if (Math.random()
> survival) { // If creature dies all food levels of nearby dinos are replenished
cur.alive = false;
feed(life);
}
}
if (((Dino) d).disease && Math.random() < 0.3) infect(); // 30% chance to spread disease
}
if (!carnivore && d.code == Name.TREE && dist <= 1) food = 200; // Max out food
}
if (food <= 0 || diseaseCnt <= 0) cur.alive = false;
return cur;
}