void
UwTDMA_frame::changeStatus()
{
packet_sent_curr_slot_ = 0;
if (slot_status == UW_TDMA_STATUS_NOT_MY_SLOT) {
my_slots_counter++;
if (debug_)
std::cout << NOW << " ID:" << addr
<< ", my_slots_counter:" << my_slots_counter << std::endl;
}
if (slot_status == UW_TDMA_STATUS_MY_SLOT) {
slot_status = UW_TDMA_STATUS_NOT_MY_SLOT;
int num_jumping_slots =
getNextMySlot()->first - getCurrentSlot()->first;
num_jumping_slots = num_jumping_slots > 0
? num_jumping_slots
: num_jumping_slots + tot_slots;
double nextSlotTime =
(num_jumping_slots - 1) * slot_duration + guard_time;
tdma_timer.resched(nextSlotTime);
if (debug_ < -5)
std::cout << NOW << " Off ID " << addr << " " << nextSlotTime << ""
<< std::endl;
if (sea_trial_)
out_file_stats << left << "[" << getEpoch() << "]::" << NOW
<< "::TDMA_node(" << addr << ")::Off timeslot "
<< getCurrentSlot()->first << std::endl;
} else
UwTDMA::changeStatus();
}
void playBlackJack(struct Player* player, struct Player* dealer)
{
int i;
printFramedText("Game start");
printf("\n");
initPlayer(player, FALSE);
initPlayer(dealer, TRUE);
shuffleCards(&s_cardDeck);
for(i = 0; i < 2; i++) {
drawCard(player);
}
for(i = 0; i < 2; i++) {
drawCard(dealer);
}
showCards(player, dealer);
// In case of same card, ask if player splits card.
if(canSplitCard(player)){
if(getUserDecision("You have two same number cards. Split card ?")) {
printFramedText("Player split card");
printf("\n");
splitCard(player);
showCards(player, dealer);
}
}
// Player draw card.
while(player->isStand == FALSE) {
if(player->isSplit) printf("[Slot %d] ", (int)getCurrentSlotID(player));
if(getUserDecision("Draw one more card ?")) {
printFramedText("Player draw card");
printf("\n");
drawCard(player);
showCards(player, dealer);
}
else {
struct CardSlot* slot = getCurrentSlot(player);
slot->isEndDraw = TRUE;
}
player->isStand = isStand(player);
}
// Dealer draw card.
while(isStand(dealer) == FALSE) {
drawCard(dealer);
}
dealer->isStand = TRUE;
// Show play result.
printFramedText("Dealer draw card");
printf("\n");
showCards(player, dealer);
printPlayResult(player, dealer);
onGameEnd();
}
void printPlayResult(struct Player* player, struct Player* dealer)
{
struct CardSlot* playerSlot = &player->slot;
struct CardSlot* playerSpSlot = &player->spSlot;
struct CardSlot* dealerSlot = getCurrentSlot(dealer);
const char* scorePrefix = player->isSplit ? " [Slot1] Score: " : " Score: ";
enum PlayResult result;
printf("Dealer\n");
printSlotScore(dealerSlot, " Score: ", TRUE, TRUE);
printf("Player\n");
printSlotScore(playerSlot, scorePrefix, TRUE, FALSE);
result = getPlayResultBySlot(playerSlot, dealerSlot);
printf(" => You %s\n", ResultStr[result]);
if(player->isSplit) {
printSlotScore(playerSpSlot, " [Slot2] Score: ", TRUE, FALSE);
result = getPlayResultBySlot(playerSpSlot, dealerSlot);
printf(" => You %s\n", ResultStr[result]);
}
printf("\n");
}
enum SlotID getCurrentSlotID(struct Player* player)
{
enum SlotID curSlotID = BASE_SLOT_ID;
if(getCurrentSlot(player) == &player->spSlot) {
curSlotID = SPLIT_SLOT_ID;
}
return curSlotID;
}
void SFXController::_onParameterEvent( SFXParameter* parameter, SFXParameterEvent event )
{
Parent::_onParameterEvent( parameter, event );
// Implement cursor semantic.
if( event == SFXParameterEvent_ValueChanged
&& parameter->getChannel() == SFXChannelCursor )
{
U32 slot = U32( mFloor( parameter->getValue() ) );
if( slot != getCurrentSlot() )
setCurrentSlot( slot );
}
}
void UnlockManager::findWhatWasUnlocked(int points_before, int points_now,
std::vector<std::string>& tracks,
std::vector<std::string>& gps)
{
for (AllChallengesType::iterator it = m_all_challenges.begin();
it != m_all_challenges.end(); it++)
{
ChallengeData* c = it->second;
if (c->getNumTrophies() > points_before &&
c->getNumTrophies() <= points_now )
{
if (c->getMode() == ChallengeData::CM_SINGLE_RACE && c->getTrackId() != "")
{
if (!getCurrentSlot()->isLocked(c->getTrackId()))
tracks.push_back(c->getTrackId());
}
else if (c->getMode() == ChallengeData::CM_GRAND_PRIX && c->getGPId() != "")
{
if (!getCurrentSlot()->isLocked(c->getGPId()))
gps.push_back(c->getGPId());
}
}
}
}
void drawCard(struct Player* player)
{
struct CardSlot* slot = getCurrentSlot(player);
int newCard;
#ifdef BJDEBUG
const char* drawer = player->isDealer ? "Dealer" : "Player";
printf("[DEBUG] %s draw card\n", drawer);
newCard = drawCard_d();
#else
newCard = serveCard(&s_cardDeck);
#endif
pushCardToSlot(slot, newCard);
calcScoreState(slot, player->isDealer, player->isSplit);
}
void UnlockManager::updateActiveChallengeList()
{
getCurrentSlot()->computeActive();
}
QVector2D QBlockDiagramLinkEnd::computeDir() const
{
if(getCurrentSlot() == NULL) return QVector2D(0,0);
return QVector2D( cos(getCurrentSlot()->getLinkDirectionAngle()*M_PI/180.f), sin(getCurrentSlot()->getLinkDirectionAngle()*M_PI/180.f) );
}
