protected Move reproduceTowardsFood(MoveInput input) {
for (int i = 1, size = input.getFoodPresent().length; i < size; i++) {
if (!shouldMoveToLocation(i, input)) continue;
return reproductionMove(i);
}
return null;
}
@Override
public Move move(MoveInput input) {
System.out.println(
"Brethren: "
+ getMemory().getOwnPopulationRatio()
+ " cutoff: "
+ brethrenCutoff
+ "brethren: "
+ getMemory().getBrethrenSeen()
+ " neighbors: "
+ getMemory().getNeighborsSeen());
if (getMemory().getBiomassRatio() > cutoff) return null;
if (getMemory().getOwnPopulationRatio() > brethrenCutoff) return null;
if (PlayerUtil.noEmptyNeighboringSpaces(input)) return null;
if (!shouldReproduce(input)) return null;
Move move = reproduceTowardsFood(input);
if (move != null) return move;
if (input.noNeighborAt(getPreferredReproduceDirection()))
return reproductionMove(getPreferredReproduceDirection());
return randomReproduce(input);
}
protected boolean okToMoveToLocation(int i, MoveInput input) {
return !input.isNeighborAt(i);
}
protected boolean shouldMoveToLocation(int i, MoveInput input) {
return input.isFoodPresentAt(i) && !input.isNeighborAt(i);
}
protected boolean weHaveEnoughEnergyToReproduce(MoveInput input) {
return input.getEnergyLeft() > getPlayer().getMaximumEnergyPerOrganismM() * 0.75
&& nStepsHavePassedSinceWeLastHadChild(10);
}