void TestProtocol::checkGPS() {
addState(GPSWaiting);
checkGPSTimer->setSingleShot(true);
connect(checkGPSTimer, &QTimer::timeout, [=]() {
addState(GPSReady);
addState(GPSHasTime);
addState(GPSHasPos);
removeState(GPSWaiting);
emit positionAvailable(DEFAULT_LATITUDE, DEFAULT_LONGITUDE, DEFAULT_ALTITUDE);
emit checkedGPS(true);
});
checkGPSTimer->start(2000);
}
void CBitThemAllApp::startGame(){
addState("juego", new CGameState(this, _game));
addState("menu", new CMenuState(this, _game));
addState("stress", new CStressTest(this));
//addState("button", new CButtonTest(this));
addState("video", new CVideoTest(this));
addState("camera", new CCameraTest(this));
setState("menu");
}
void DFA::addTransition(int stateI, int stateD, int symbol, bool rangeCheck) {
if (rangeCheck) {
if (!isValid(symbol))
throw Exception("Invalid transition symbol");
}
addState(stateI);
addState(stateD);
// ensure there's no transition on this symbol already
int existDest = getTransitionState(stateI, symbol);
if (existDest >= 0 && existDest != stateD)
throw Exception("State already has transition symbol");
DFAState &s = getState(stateI);
s.addTransition(stateD, symbol);
}
///
/// \brief UpdateSnakePos Offsets the snake, sets up the state of the head
/// and moves the rest of the body
/// \param _head
/// \param io_tail
/// \param _dir The direction the head should move
///
void updateSnakePos(Node * _head,
Node ** io_tail,
Move _dir)
{
if(_head != NULL && *io_tail!=NULL)
{
if(_dir != NOTMOVING)
{
const int segmentRadius = _head->pos.h;
const int moveOffset = segmentRadius/4;
Node newNeck = *_head; // Keep track of the head's old position
addState(_head, MOVING);
moveSprite(_dir, &_head->pos, moveOffset);
// Store the last move direction so the head
// points in the right direction when there is no input
_head->idleDirection = _dir;
shiftSnakeBody(_head, io_tail, &newNeck.pos);
}
else
{
removeState(_head, MOVING);
}
}
}
void BaseCar::initFSM()
{
FSMState line;
line.setName(CarState::Line);
line.enterCallback = CC_CALLBACK_0(BaseCar::enterLineCallBack, this);
line.updateCallback = CC_CALLBACK_1(BaseCar::lineUpdate, this);
addState(line);
FSMState circle;
circle.setName(CarState::Circle);
circle.enterCallback = CC_CALLBACK_0(BaseCar::enterCircleCallBack, this);
circle.updateCallback = CC_CALLBACK_1(BaseCar::circleUpdate, this);
addState(circle);
setNextState(CarState::Line);
}
/** Saves a state using the GameProtocol function to combine several
* independent rewinders to write one state.
*/
void RewindManager::saveState()
{
PROFILER_PUSH_CPU_MARKER("RewindManager - save state", 0x20, 0x7F, 0x20);
auto gp = GameProtocol::lock();
if (!gp)
return;
gp->startNewState();
m_overall_state_size = 0;
std::vector<std::string> rewinder_using;
for (auto& p : m_all_rewinder)
{
// TODO: check if it's worth passing in a sufficiently large buffer from
// GameProtocol - this would save the copy operation.
BareNetworkString* buffer = NULL;
if (auto r = p.second.lock())
buffer = r->saveState(&rewinder_using);
if (buffer != NULL)
{
m_overall_state_size += buffer->size();
gp->addState(buffer);
}
delete buffer; // buffer can be freed
}
gp->finalizeState(rewinder_using);
PROFILER_POP_CPU_MARKER();
} // saveState
void StatesEditorView::createNewState()
{
if (currentState().isBaseState())
addState();
else
duplicateCurrentState();
}
ImperviousRunoff::ImperviousRunoff() {
addInPort(ADD_PARAMETERS(rain_in)); //in mm
addOutPort(ADD_PARAMETERS(out_sw));
addParameter(ADD_PARAMETERS(area)); // in m2
addState(ADD_PARAMETERS(run_off));
}
void MainWindow::showTransistionDiagram() {
qDebug() << "\n[*] MainWindow::showTransistionDiagram";
if (mProject == NULL) {
qCritical() << "[-] Project is not active.";
return;
}
if (mTabWidget->indexOf(mTransistionDiagram) != -1) {
qDebug() << "[+] Removing Existing Transistion Diagram";
mTabWidget->removeTab(mTabWidget->indexOf(mTransistionDiagram));
delete mTransistionDiagram;
}
qDebug() << "[+] Opening new Transistion Diagram Tab";
mTransistionDiagram = new TransistionDiagramWidget(mProject);
mTabWidget->insertTab(1, mTransistionDiagram, "TransistionDiagram");
mTabWidget->setCurrentIndex(1);
qDebug() << "[+] Connecting signals to Transistion Diagram Slots";
connect(mAddStateAction, SIGNAL(triggered()), mTransistionDiagram, SLOT(addState()));
connect(mDeleteStateAction, SIGNAL(triggered()), mTransistionDiagram, SLOT(removeSelected()));
connect(mMakeLinkAction, SIGNAL(triggered()), mTransistionDiagram, SLOT(addLink()));
connect(mDeleteLinkAction, SIGNAL(triggered()), mTransistionDiagram, SLOT(removeSelected()));
connect(mZoomInAction, SIGNAL(triggered()), mTransistionDiagram, SLOT(zoomIn()));
connect(mZoomOutAction, SIGNAL(triggered()), mTransistionDiagram, SLOT(zoomOut()));
}
void clearState( SLSF::State state ) {
if ( stateAlreadyRegistered( state ) ) {
getTransConnectorMap( state ).clear();
} else {
addState( state );
}
}
void
osc::StateHandler::useSipDictionary()
{
DEBUG_STACK_FRAME;
addState(new osc::SipDictionary());
m_hasSipDictionary = true;
}
void Regex::step()
{
next_states.clear();
current_states_copy.clear();
for(const auto& s:current_states)
{
if(s->out1 != nullptr)
{
addNextStates(s->out1);
}
if(s->out2 != nullptr)
{
addNextStates(s->out2);
}
}
while(!next_states.empty())
{
StatePtr s = *next_states.rbegin();
next_states.pop_back();
if(s->out1 != nullptr)
{
addNextStates(s->out1);
}
if(s->out2 != nullptr)
{
addNextStates(s->out2);
}
if(!s->out1 && !s->out2 && s->finalStatus)
addState(current_states_copy, s);
}
current_states = current_states_copy;
if(!current_states.empty() && !success) //success为真，代表刚成功进入一个assert，而assert是非占位符，不能cur+1。避免assert在末尾的情况。
++cur;
success = false; //和上面success对应
}
/**
Adds a state to the state map, the creation queue and to a
Compartment with the given id
@param state
@param compartmentId
@return Returns the amount of state space allocated.
@warning Once you pass a state pointer into this method, you must
not use it again. It may be invalid.
*/
size_t
osc::StateHandler::addState(osc::State *state,
osc::compartment_id_t const &compartmentId,
osc::u16 priority)
{
DEBUG_STACK_FRAME;
state->retain();
osc::Compartment * compartment = getCompartment(compartmentId);
compartment->writeLock();
// Truncating as defined in RFC 3320 6.2.2
size_t max_size = compartment->totalStateMemoryAvailable();
if( (state->getStateSize() + 64) > max_size )
{
state->truncate(max_size - 64);
}
// Add to the global state map. If this state is a duplicate of
// a state that is already present, then addState will
// delete the state that was passed in and return a pointer
// to its doppelganger.
state = addState(state);
compartment->addState(state, priority);
compartment->unlock();
compartment->release();
state->release();
return 0;
}
Game::Game(void* handle, int show) {
this->handle = handle;
this->show = show;
apiObjects = new APIObjects(handle, show);
addState(new Menu(this));
//addState(new World(this, DefaultMap()));
}
void undo() const override
{
auto& scenar = m_scenarioPath.find();
auto& globalEvent = scenar.event(m_destinationEventId);
Deserializer<DataStream> s{m_serializedEvent};
auto recreatedEvent = new EventModel{s, &scenar};
auto states_in_event = recreatedEvent->states();
// we remove and re-add states in recreated event
// to ensure correct parentship between elements.
for(auto stateId : states_in_event)
{
recreatedEvent->removeState(stateId);
globalEvent.removeState(stateId);
}
for(auto stateId : states_in_event)
{
recreatedEvent->addState(stateId);
scenar.states.at(stateId).setEventId(m_movingEventId);
}
scenar.events.add(recreatedEvent);
if(recreatedEvent->timeNode() != globalEvent.timeNode())
{
auto& tn = scenar.timeNode(globalEvent.timeNode());
tn.addEvent(m_movingEventId);
m_mergeTimeNodesCommand->undo();
}
updateEventExtent(m_destinationEventId, scenar);
}
RWHT::RWHT() {
addParameter(ADD_PARAMETERS(storage_volume))
.setUnit("m^3");
addInPort(ADD_PARAMETERS(in_sw));
addInPort(ADD_PARAMETERS(in_np));
addOutPort(ADD_PARAMETERS(out_sw));
addOutPort(ADD_PARAMETERS(out_np));
addState(ADD_PARAMETERS(spills));
addState(ADD_PARAMETERS(dry));
addState(ADD_PARAMETERS(storage_behaviour));
addState(ADD_PARAMETERS(provided_volume));
}
// create the realted state under this statement
int SMFsm::initialization()
{
m_mainState = new MainIdle(this);
m_chargeState = new ChargerState(this);
QFinalState *finalState =new QFinalState(this);
addState(m_mainState);
addState(m_chargeState);
addState(finalState);
// add Transaction
m_mainState->addTransition(m_mainState,SIGNAL(gotoCharge()),m_chargeState);
m_chargeState->addTransition(m_chargeState,SIGNAL(moveToIdle()),m_mainState);
setInitialState(m_mainState);
qDebug() << "SMFsm :: initialization";
}
void StateMachine::init()
{
// Create and states
SM_State *state_PowerOn = new SM_State_PowerOn(); addState(state_PowerOn);
SM_State *state_PassThrough = new SM_State_PassThrough(); addState(state_PassThrough);
SM_State *state_Disarmed = new SM_State_Disarmed(); addState(state_Disarmed);
SM_State *state_Armed_Acro = new SM_State_Armed_Acro(); addState(state_Armed_Acro);
// Add connections
state_PowerOn->addConnection (state_PassThrough, static_cast<SMConditionFnc>(&SM_State_PowerOn::conditionPassThrough));
state_PowerOn->addConnection (state_Disarmed, static_cast<SMConditionFnc>(&SM_State_PowerOn::conditionDisarmed));
state_Disarmed->addConnection (state_Armed_Acro, static_cast<SMConditionFnc>(&SM_State_Disarmed::conditionArmed_Acro));
state_Armed_Acro->addConnection(state_Disarmed, static_cast<SMConditionFnc>(&SM_State_Armed_Acro::conditionDisarmed));
// Set initial state
current_state_ = state_PowerOn;
}
QtMaterialTextFieldStateMachine::QtMaterialTextFieldStateMachine(QtMaterialTextField *parent)
: QStateMachine(parent),
m_textField(parent),
m_normalState(new QState),
m_focusedState(new QState),
m_label(0),
m_offsetAnimation(0),
m_colorAnimation(0),
m_progress(0.0)
{
Q_ASSERT(parent);
addState(m_normalState);
addState(m_focusedState);
setInitialState(m_normalState);
QEventTransition *transition;
QPropertyAnimation *animation;
transition = new QEventTransition(parent, QEvent::FocusIn);
transition->setTargetState(m_focusedState);
m_normalState->addTransition(transition);
animation = new QPropertyAnimation(this, "progress", this);
animation->setEasingCurve(QEasingCurve::InCubic);
animation->setDuration(310);
transition->addAnimation(animation);
transition = new QEventTransition(parent, QEvent::FocusOut);
transition->setTargetState(m_normalState);
m_focusedState->addTransition(transition);
animation = new QPropertyAnimation(this, "progress", this);
animation->setEasingCurve(QEasingCurve::OutCubic);
animation->setDuration(310);
transition->addAnimation(animation);
m_normalState->assignProperty(this, "progress", 0);
m_focusedState->assignProperty(this, "progress", 1);
setupProperties();
connect(m_textField, SIGNAL(textChanged(QString)), this, SLOT(setupProperties()));
}
std::list<Successor>
ReducedModel::transition(State* s, Action* a)
{
ReducedState* rs = static_cast<ReducedState*>(s);
std::vector<bool> primaryIndicators;
if (!useFullTransition_)
reducedTransition_->
setPrimary(rs->originalState(), a, primaryIndicators);
std::list<Successor> successors;
std::list<Successor> originalSuccessors =
originalProblem_->transition(rs->originalState(), a);
double totalProbability = 0.0;
int i = 0;
for (Successor const & origSucc : originalSuccessors) {
State* next = nullptr;
bool isPrimaryOutcome = useFullTransition_ || primaryIndicators[i];
if (useContPlanEvaluationTransition_) {
int add = isPrimaryOutcome && rs->exceptionCount() != k_ ? 0 : 1;
next = addState(
new ReducedState(origSucc.su_state,
(rs->exceptionCount() + add) % (k_ + 1),
this));
} else {
if (isPrimaryOutcome) {
next = addState(new ReducedState(origSucc.su_state,
rs->exceptionCount(),
this));
} else if (rs->exceptionCount() < k_) {
next = addState(new ReducedState(origSucc.su_state,
rs->exceptionCount() + 1,
this));
}
}
if (next != nullptr) {
successors.push_back(Successor(next, origSucc.su_prob));
totalProbability += origSucc.su_prob;
}
i++;
}
for (Successor & successor : successors) {
successor.su_prob /= totalProbability;
}
return successors;
}
void AddCharacterDialog::addNewState()
{
QString state = mUi.stateEdit->text();
QString filepath = mUi.browseImageButton->filePath();
addState(state, filepath);
mUi.stateEdit->setText("");
mUi.browseImageButton->setFilePath("");
mUi.addStateButton->setDisabled(true);
}
void StateStorage::setClientInfo( State state, const ClientInfoRefPtr c )
{
//Check to make sure this is a valid state.
if(! isState(state) )
{
addState(state);
}
//Update the state's info.
stateInfos[state] = c;
}
bool StateStorage::addInitialState( State initialState )
{
bool inserted = initialStates.insert(initialState).second;
if (inserted) {
// It wasn't a initial state, so we might not have seen it
addState(initialState);
}
return inserted;
}
bool StateStorage::addFinalState( State finalState )
{
bool inserted = finalStates.insert(finalState).second;
if (inserted) {
// It wasn't a final state, so we might not have seen it
addState(finalState);
}
return inserted;
}
void ViewMachine::setup(LayoutUpdater *updater)
{
if (not updater) {
qCritical() << __PRETTY_FUNCTION__
<< "No updater specified. Aborting setup.";
return;
}
setChildMode(QState::ExclusiveStates);
QState *main = 0;
QState *symbols0 = 0;
QState *symbols1 = 0;
// addState makes state machine to be a parent of passed state,
// so we don't have to care about deleting states explicitly.
addState(main = new QState);
addState(symbols0 = new QState);
addState(symbols1 = new QState);
setInitialState(main);
main->setObjectName(main_state);
symbols0->setObjectName(symbols0_state);
symbols1->setObjectName(symbols1_state);
main->addTransition(updater, SIGNAL(symKeyReleased()), symbols0);
connect(main, SIGNAL(entered()),
updater, SLOT(switchToMainView()));
symbols0->addTransition(updater, SIGNAL(symKeyReleased()), main);
symbols0->addTransition(updater, SIGNAL(symSwitcherReleased()), symbols1);
connect(symbols0, SIGNAL(entered()),
updater, SLOT(switchToPrimarySymView()));
symbols1->addTransition(updater, SIGNAL(symKeyReleased()), main);
symbols1->addTransition(updater, SIGNAL(symSwitcherReleased()), symbols0);
connect(symbols1, SIGNAL(entered()),
updater, SLOT(switchToSecondarySymView()));
// Defer to first main loop iteration:
QTimer::singleShot(0, this, SLOT(start()));
}
void StateMachine::loadStateMachineVariables(GameObjectData* dataObj)
{
for(auto kv : dataObj->getObjectMap("states"))
{
addState(new State(_owner, kv.second), kv.first);
}
_defaultState = dataObj->getString("defaultState");
setCurrentState(_defaultState);
}
void Grammar::computeSuccessors(LR1State &state) {
//dump(state); pause();
BitSet itemsDone(state.m_items.size()); // this is correct!
for(UINT i = 0; i < state.m_items.size(); i++) {
if(itemsDone.contains(i)) {
continue;
}
const LR1Item &origItem = state.m_items[i];
if(isAcceptItem(origItem)) {
continue; // No successor, but accept
}
const Production &origProduction = getProduction(origItem);
if(origItem.m_dot < origProduction.getLength()) { // origItem is A -> alfa . X beta [la]
CompactIntArray successorItems;
successorItems.add(i);
int symbolNr = origProduction.m_rightSide[origItem.m_dot];
LR1State newState(getStateCount());
const LR1Item newItem(true, origItem.m_prod, origItem.m_dot+1, origItem.m_la); // newItem is A -> alfa X . beta [la] (kernelItem)
newState.addItem(newItem);
itemsDone += i;
for(UINT k = i+1; k < state.m_items.size(); k++) {
if(itemsDone.contains(k)) {
continue;
}
const LR1Item &sameSymbolItem = state.m_items[k];
const Production &sameSymbolProd = getProduction(sameSymbolItem);
if(sameSymbolItem.m_dot < sameSymbolProd.getLength()
&& sameSymbolProd.m_rightSide[sameSymbolItem.m_dot] == symbolNr) { // sameSymbolItem is C -> gamma . X zeta [la1]
const LR1Item newItem1(true, sameSymbolItem.m_prod, sameSymbolItem.m_dot+1, sameSymbolItem.m_la); // newItem1 is C -> gamma X . zeta [la1] (kernelItem)
newState.addItem(newItem1);
itemsDone += k;
successorItems.add(k);
}
}
newState.sortItems();
int succStateIndex = findState(newState);
if(succStateIndex < 0) {
computeClosure(newState, true);
succStateIndex = addState(newState);
} else {
if(mergeLookahead(m_states[succStateIndex], newState)) {
m_unfinishedSet.add(succStateIndex);
// printf(_T(")%d ", succStateIndex);
}
}
assert(succStateIndex >= 0);
for(size_t j = 0; j < successorItems.size(); j++) {
state.m_items[successorItems[j]].m_succ = succStateIndex;
}
}
}
}
void DRDirectionalLight::enableDebugShape( bool enable )
{
if ( enable )
{
addState( *m_material );
}
else
{
removeState( *m_material );
}
}
void ShiftMachine::setup(LayoutUpdater *updater)
{
if (not updater) {
qCritical() << __PRETTY_FUNCTION__
<< "No updater specified. Aborting setup.";
return;
}
setChildMode(QState::ExclusiveStates);
QState *no_shift = 0;
QState *latched_shift = 0;
QState *caps_lock = 0;
// addState makes state machine to be a parent of passed state,
// so we don't have to care about deleting states explicitly.
addState(no_shift = new QState);
addState(latched_shift = new QState);
addState(caps_lock = new QState);
setInitialState(no_shift);
no_shift->setObjectName(no_shift_state);
latched_shift->setObjectName(latched_shift_state);
caps_lock->setObjectName(caps_lock_state);
connect(no_shift, SIGNAL(entered()),
updater, SLOT(syncLayoutToView()));
connect(latched_shift, SIGNAL(entered()),
updater, SLOT(syncLayoutToView()));
connect(caps_lock, SIGNAL(entered()),
updater, SLOT(syncLayoutToView()));
no_shift->addTransition(updater, SIGNAL(shiftPressed()), latched_shift);
no_shift->addTransition(updater, SIGNAL(autoCapsActivated()), latched_shift);
latched_shift->addTransition(updater, SIGNAL(shiftCancelled()), no_shift);
latched_shift->addTransition(updater, SIGNAL(shiftReleased()), caps_lock);
caps_lock->addTransition(updater, SIGNAL(shiftReleased()), no_shift);
// Defer to first main loop iteration:
QTimer::singleShot(0, this, SLOT(start()));
}
DRDirectionalLight::DRDirectionalLight( DirectionalLight& light )
: DebugGeometry( &light )
, m_light( light )
, m_mesh( NULL )
{
Vector endPos;
endPos.setMul( Quad_0010, Float_2 );
m_mesh = DebugGeometryBuilder::createArrow( 0.2f, Quad_0, endPos );
m_material = new SingleColorDebugMat( Color( 255, 242, 61 ) );
setMesh( *m_mesh );
addState( *m_material );
}