private void Play()
{
if (current_iteraction < iteractions)
{
if (current_iteraction == 0)
{
current_state = problem.getRandomState();
int key = LearningCharacter.toKeyState(
max_hp,
max_energy,
current_state.getCharacterPosition().z_index,
current_state.getCharacterPosition().x_index);
current_state = all_states[key];
this.gameObject.transform.position = current_state.getCharacterPosition().position_vector();
hp_text_object.text = "" + max_hp;
energy_text_object.text = "" + max_energy;
}
if (!is_moving)
{
Action bestAction = store.getBestAction(current_state);
Pair new_move = bestAction.execute(current_state);
float distance = Vector3.Distance(current_state.getCharacterPosition().position_vector(), new_move.new_state.getCharacterPosition().position_vector());
inc = distance / seconds_per_action;
dir = (new_move.new_state.getCharacterPosition().position_vector() -
current_state.getCharacterPosition().position_vector());
current_state = new_move.new_state;
is_moving = true;
current_iteraction++;
hp_text_object.text = "" + current_state.getHp();
energy_text_object.text = "" + current_state.getEnergy();
actions_text_object.text += bestAction.ToString() + ", ";
Debug.Log("AÇÃO --- " + bestAction.ToString());
}
else
{
andar(dir / inc);
}
if (current_state.getHp() == 0)
{
Debug.Log("MORREU HP = 0");
current_iteraction = iteractions;
}
}
}
private void Learn()
{
if (current_try < tries)
{
if (new_try)
{
current_try++;
current_state = problem.getRandomState();
new_try = false;
//Debug.Log("Try number " + current_try);
}
if (current_iteraction < iteractions)
{
// alpha,gamma, rho, nu
QLearning(problem, 0.7f, 0.75f, 0.2f, 0.1f);
current_iteraction++;
// if is dead restarts
if (current_state.getHp() == 0)
{
Debug.Log("restarts.... (dies)");
current_iteraction = 0;
new_try = true;
}
}
else
{
Debug.Log("Success!!!!");
current_iteraction = 0;
new_try = true;
}
}
else
{
current_try = 0;
//Debug.Log("End and save");
//save = true;
store.writeMatrix();
Debug.Log("Saved");
}
}
