virtual bool test (const Array<double,1> state,
const Array<double,1> action)
{
double h = 0.0001;
bool all_pass = true;
// state derivative REWARD
//
Array<double,1> _hs(4);
Array<double,1> res_st(4);
for (int i=0; i<4; i++)
{
_hs = 0;
_hs(i) = h;
Array<double,1> s1(4);
s1 = state + _hs;
Array<double,1> s2(4);
s2 = state - _hs;
res_st(i) = (get_reward(s1)-get_reward(s2)) / (2*h);
}
Array<double,1> dState (4);
dState = dd_R_state(state);
if ( sum(abs(res_st-dState)) > 0.001) {
all_pass = false;
std::cout << "FoodSource::test() state derivative of REWARD failed!\n";
std::cout << "derivative: " << dState << std::endl;
std::cout << "stencil: " << res_st << std::endl;
}
// state derivative TIME
//
Array<double,2> res_st2(4,4);
res_st2 = 0;
for (int i=0; i<4; i++)
{
_hs = 0;
_hs(i) = h;
Array<double,1> s1(4);
s1 = state + _hs;
Array<double,1> s2(4);
s2 = state - _hs;
res_st2(TIME,i) = (get_time(s1)-get_time(s2)) / (2*h);
}
Array<double,2> dState2 (4,4);
dState2 = dd_T_state(state);
if ( sum(abs(res_st2-dState2)) > 0.001) {
all_pass = false;
std::cout << "FoodSource::test() state derivative of TIME failed!\n";
std::cout << "derivative: " << dState2 << std::endl;
std::cout << "stencil: " << res_st2 << std::endl;
}
return all_pass;
};
struct BotThinkFunc* botRun(struct BotState* state){
static int runNextPulse = 0;
static const int runPulseTimeout = 25;
if( runNextPulse < qbTickCount() ) {
qbLog("heartbeat");
//memset(&state->gs, 0, sizeof(state->gs));
qbGetGameState(&state->gs);
if(!begun)
{
learner.set_num_features(22);
learner.set_eta(0.1);
learner.init(0.1, 0.3, 0.0);
qbLog("Before tick: %d", qbTickCount());
getPlayerInfo(&state->gs, state->name);
getItemIndices(state->gs);
qbMovementOrder(zero_a, zero_v, 0);
qbLog("After tick: %d", qbTickCount());
begun = true;
}
qbLog("Before time: %d", qbTickCount());
//parseItems(state->gs);
getClosestEntities(state->gs);
qbLog("getting next action");
int action = learner.learning_step(&state->gs, closest_entities, get_reward(state->gs));
if(state->gs.player.health < 0)
{
qbMovementOrder(zero_a, forward_v, 1);
getPlayerInfo(&state->gs, state->name);
getItemIndices(state->gs);
state->gs.player.angle = 0.0;
num_deaths++;
}
else
{
perform_action(&state->gs, action);
}
//qbMovementOrder(zero_a, forward_v, 1);
//LogPlayerInfo(state->gs);
qbLog("After time: %d", qbTickCount());
//populateItemList(state->gs);
//parseEntities(state->gs);
//runTowardEntity(1, state->gs);
runNextPulse = qbTickCount() + runPulseTimeout;
}
/*
#ifdef WIN32
Sleep(QB_MIN_FRAMETIME);
#else
usleep(QB_MIN_FRAMETIME * 1000);
#endif*/
return NULL;
}
